diff --git a/BrunelSys/CMakeLists.txt b/BrunelSys/CMakeLists.txt deleted file mode 100644 index cd1b8ac0f54833fbf1f9a84fa1650a99d644ef8b..0000000000000000000000000000000000000000 --- a/BrunelSys/CMakeLists.txt +++ /dev/null @@ -1,16 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2021 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -#[=======================================================================[.rst: -BrunelSys ---------- -#]=======================================================================] - -gaudi_add_tests(QMTest) diff --git a/BrunelSys/tests/options/testBrunel.py b/BrunelSys/tests/options/testBrunel.py deleted file mode 100755 index fdda890725750cea44371cd7f70297780e6a7f2f..0000000000000000000000000000000000000000 --- a/BrunelSys/tests/options/testBrunel.py +++ /dev/null @@ -1,32 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -##################################################################### -# File for running a Brunel initialisation test with default geometry -##################################################################### - -from Configurables import Brunel -from Gaudi.Configuration import * - -Brunel().EvtMax = 0 -Brunel().DataType = "Upgrade" -Brunel().InputType = "MDF" -Brunel().Monitors = ["FPE", "SC"] -Brunel().DisableTiming = True - -# Needed to switch off Lumi event handling and pick up SIMCOND while waiting for real MDF files! -Brunel().Simulation = True - -# Database tags are temporary, this test should test the defaults but currently default is HEAD and does not work -Brunel().CondDBtag = "upgrade/sim-20180530-vc-md100" -Brunel().DDDBtag = "upgrade/dddb-20170301" - -# Switch off output -ApplicationMgr().OutStream = [] diff --git a/BrunelSys/tests/qmtest/brunelsys.qms/brunelsys.qmt b/BrunelSys/tests/qmtest/brunelsys.qms/brunelsys.qmt deleted file mode 100755 index feec4765e13b74a186c3ef2c9128e4a8b106572f..0000000000000000000000000000000000000000 --- a/BrunelSys/tests/qmtest/brunelsys.qms/brunelsys.qmt +++ /dev/null @@ -1,38 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<!-- -####################################################### -# SUMMARY OF THIS TEST -# ................... -# Author: rlambert -# Purpose: -# Prerequisites: -# Common failure modes, severities and cures: -# . SEVERE: Segfault or raised exception, stderr, nonzero return code -# . MAJOR: additional FATAL/ERROR messages always a major problem. no ERROR messages should ever be printed when running this test. -# . MINOR: additional WARNING messages, it is unclear how severe these may be, you will need to hunt down the cause and either fix the problem or suppress the warning. -# . EXPECTED: There are always small differences in output from one stack to the next, if there are such small differences they need to be understood, and then the reference files need to be updated. -####################################################### ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="args"><set><text>../options/testBrunel.py</text> - <text>--option</text> - <text>from Gaudi.Configuration import MessageSvc; MessageSvc().countInactive=True</text> - </set></argument> - <argument name="reference"><text>../refs/testBrunel.ref</text></argument> - <argument name="error_reference"><text>../../../Rec/Brunel/tests/refs/empty.ref</text></argument> - <argument name="validator"><text> -from Brunel.QMTest.BrunelExclusions import preprocessor -validateWithReference(preproc = preprocessor) -</text></argument> -</extension> diff --git a/BrunelSys/tests/refs/testBrunel.ref b/BrunelSys/tests/refs/testBrunel.ref deleted file mode 100644 index 49c92181cc50d70f33feb99f3f758d27be860dfb..0000000000000000000000000000000000000000 --- a/BrunelSys/tests/refs/testBrunel.ref +++ /dev/null @@ -1,679 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 0 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 61 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -ProtoElectronMon INFO Will only look at track type(s) = ['Long', 'Downstream'] -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel.dst' SVC='RootCnvSvc' OPT='REC' -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel.dst' SVC='FileRecordCnvSvc' OPT='REC' -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 0 events processed -BrunelInit SUCCESS ================================================================== -FutureEcalClust INFO Built <0> cellular automaton clusters/event with <0> iterations (min,max)=(1.79769e+308,-1.79769e+308) on average -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 0 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 0 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 0 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 0 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 0 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 0 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 0 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 0 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -GenFSRMerge INFO ========== Merging GenFSR ========== -DstWriter INFO Events output: 0 -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 0 -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 0 -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 1 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 1 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 0 | 0 | 0 | 0 | 0 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 0 | 0 | 0 | 0 | 0 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 0 | 0 | 0 | 0 | 0 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 0 | 0 | 0 | 0 | 0 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Selected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | nRichTracks | "# Rich Tracks / Event" | 0 | 0 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 0 | 0 | 0 | 0 | 0 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 0 | 0 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 0 | 0 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 0 | 0 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 0 | 0 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 0 | 0 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 0 | 0 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 0 | 0 | 0 | 0 | 0 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 0 | 0 | 0 | 0 | 0 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 0 | 0 | 0 | 0 | 0 | - | deuteron/dll | "deuteron DLL" | 0 | 0 | 0 | 0 | 0 | - | electron/dll | "electron DLL" | 0 | 0 | 0 | 0 | 0 | - | kaon/dll | "kaon DLL" | 0 | 0 | 0 | 0 | 0 | - | muon/dll | "muon DLL" | 0 | 0 | 0 | 0 | 0 | - | pion/dll | "pion DLL" | 0 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 0 | 0 | 0 | 0 | 0 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Selected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | nRichTracks | "# Rich Tracks / Event" | 0 | 0 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 0 | 0 | 0 | 0 | 0 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 0 | 0 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 0 | 0 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 0 | 0 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 0 | 0 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 0 | 0 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 0 | 0 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 0 | 0 | 0 | 0 | 0 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 0 | 0 | 0 | 0 | 0 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 0 | 0 | 0 | 0 | 0 | - | deuteron/dll | "deuteron DLL" | 0 | 0 | 0 | 0 | 0 | - | electron/dll | "electron DLL" | 0 | 0 | 0 | 0 | 0 | - | kaon/dll | "kaon DLL" | 0 | 0 | 0 | 0 | 0 | - | muon/dll | "muon DLL" | 0 | 0 | 0 | 0 | 0 | - | pion/dll | "pion DLL" | 0 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 0 | 0 | 0 | 0 | 0 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Selected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | nRichTracks | "# Rich Tracks / Event" | 0 | 0 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 0 | 0 | 0 | 0 | 0 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 0 | 0 | 0 | 0 | 0 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 0 | 0 | 0 | 0 | 0 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 0 | 0 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 0 | 0 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 0 | 0 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 0 | 0 | 0 | 0 | 0 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 0 | 0 | 0 | 0 | 0 | - | deuteron/dll | "deuteron DLL" | 0 | 0 | 0 | 0 | 0 | - | electron/dll | "electron DLL" | 0 | 0 | 0 | 0 | 0 | - | kaon/dll | "kaon DLL" | 0 | 0 | 0 | 0 | 0 | - | muon/dll | "muon DLL" | 0 | 0 | 0 | 0 | 0 | - | pion/dll | "pion DLL" | 0 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 0 | 0 | 0 | 0 | 0 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/effVP | "RICH Track Sel. Eff. V P" | 0 | 0 | 0 | 0 | 0 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 0 | 0 | 0 | 0 | 0 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 0 | 0 | 0 | 0 | 0 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/effVP | "RICH Track Sel. Eff. V P" | 0 | 0 | 0 | 0 | 0 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 0 | 0 | 0 | 0 | 0 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 0 | 0 | 0 | 0 | 0 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/effVP | "RICH Track Sel. Eff. V P" | 0 | 0 | 0 | 0 | 0 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 0 | 0 | 0 | 0 | 0 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 0 | 0 | 0 | 0 | 0 | diff --git a/BrunelSys/tests/refs/testBrunel.ref.dbg b/BrunelSys/tests/refs/testBrunel.ref.dbg deleted file mode 100644 index 5ed475f9fcbfda9191f09aeb5cfd6460ab79ea0a..0000000000000000000000000000000000000000 --- a/BrunelSys/tests/refs/testBrunel.ref.dbg +++ /dev/null @@ -1,749 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 0 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 61 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -ProtoElectronMon INFO Will only look at track type(s) = ['Long', 'Downstream'] -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel.dst' SVC='RootCnvSvc' OPT='REC' -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel.dst' SVC='FileRecordCnvSvc' OPT='REC' -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 0 events processed -BrunelInit SUCCESS ================================================================== -FutureEcalClust INFO Built <0> cellular automaton clusters/event with <0> iterations (min,max)=(1.79769e+308,-1.79769e+308) on average -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 0 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 0 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 0 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 0 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 0 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 0 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 0 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 0 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -GenFSRMerge INFO ========== Merging GenFSR ========== -DstWriter INFO Events output: 0 -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 0 -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 0 -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -Listing sources of Unprotected and Unseen messages -========================================================== - Message Source | Level | Count - ANNGPID.ANNGPIDDownstreamElectron | DEBUG | 3 - ANNGPID.ANNGPIDDownstreamGhost | DEBUG | 3 - ANNGPID.ANNGPIDDownstreamKaon | DEBUG | 3 - ANNGPID.ANNGPIDDownstreamMuon | DEBUG | 3 - ANNGPID.ANNGPIDDownstreamPion | DEBUG | 3 - ANNGPID.ANNGPIDDownstreamProton | DEBUG | 3 - ANNGPID.ANNGPIDLongElectron | DEBUG | 3 - ANNGPID.ANNGPIDLongGhost | DEBUG | 3 - ANNGPID.ANNGPIDLongKaon | DEBUG | 3 - ANNGPID.ANNGPIDLongMuon | DEBUG | 3 - ANNGPID.ANNGPIDLongPion | DEBUG | 3 - ANNGPID.ANNGPIDLongProton | DEBUG | 3 - ANNGPID.ANNGPIDUpstreamElectron | DEBUG | 3 - ANNGPID.ANNGPIDUpstreamGhost | DEBUG | 3 - ANNGPID.ANNGPIDUpstreamKaon | DEBUG | 3 - ANNGPID.ANNGPIDUpstreamMuon | DEBUG | 3 - ANNGPID.ANNGPIDUpstreamPion | DEBUG | 3 - ANNGPID.ANNGPIDUpstreamProton | DEBUG | 3 - ChargedProtoANNPIDMoni | DEBUG | 1 - DeFTDetector | DEBUG | 1 - FileCatalog | DEBUG | 1 - FileRecordCnvSvc | VERBOSE | 3 - FileRecordCnvSvc | DEBUG | 4 - RiCKResDown | DEBUG | 1 - RiCKResDownTight | DEBUG | 1 - RiCKResLong | DEBUG | 1 - RiCKResLongTight | DEBUG | 1 - RiCKResUp | DEBUG | 1 - RiCKResUpTight | DEBUG | 1 - RiDownTrkEff | DEBUG | 1 - RiLongTrkEff | DEBUG | 1 - RiTkDetectableYieldsDown | DEBUG | 1 - RiTkDetectableYieldsLong | DEBUG | 1 - RiTkDetectableYieldsUp | DEBUG | 1 - RiTkEmittedYieldsDown | DEBUG | 1 - RiTkEmittedYieldsLong | DEBUG | 1 - RiTkEmittedYieldsUp | DEBUG | 1 - RiTkGeomEffsDown | DEBUG | 1 - RiTkGeomEffsLong | DEBUG | 1 - RiTkGeomEffsUp | DEBUG | 1 - RiTkMaterialDown | DEBUG | 1 - RiTkMaterialLong | DEBUG | 1 - RiTkMaterialUp | DEBUG | 1 - RiTkSignalYieldsDown | DEBUG | 1 - RiTkSignalYieldsLong | DEBUG | 1 - RiTkSignalYieldsUp | DEBUG | 1 - RiUpTrkEff | DEBUG | 1 - Rich1/PMTPanel0 | DEBUG | 1 - Rich1/PMTPanel1 | DEBUG | 1 - Rich2/PMTPanel0 | DEBUG | 1 - Rich2/PMTPanel1 | DEBUG | 1 - RichDLLsDown | DEBUG | 1 - RichDLLsLong | DEBUG | 1 - RichDLLsUp | DEBUG | 1 - RichMassRingsDown | DEBUG | 1 - RichMassRingsLong | DEBUG | 1 - RichMassRingsUp | DEBUG | 1 - RichRecPixBkgsDown | DEBUG | 1 - RichRecPixBkgsLong | DEBUG | 1 - RichRecPixBkgsUp | DEBUG | 1 - RichRecPixelClusters | DEBUG | 1 - RichRecPixelQC | DEBUG | 1 - RootCnvSvc | DEBUG | 3 - RootHistSvc | DEBUG | 1 - ToolSvc.SequencerTimerTool | DEBUG | 1 - ToolSvc.SequencerTimerTool | INFO | 127 -========================================================== -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 1 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 1 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 0 | 0 | 0 | 0 | 0 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 0 | 0 | 0 | 0 | 0 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 0 | 0 | 0 | 0 | 0 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 0 | 0 | 0 | 0 | 0 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Selected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | nRichTracks | "# Rich Tracks / Event" | 0 | 0 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 0 | 0 | 0 | 0 | 0 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 0 | 0 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 0 | 0 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 0 | 0 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 0 | 0 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 0 | 0 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 0 | 0 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 0 | 0 | 0 | 0 | 0 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 0 | 0 | 0 | 0 | 0 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 0 | 0 | 0 | 0 | 0 | - | deuteron/dll | "deuteron DLL" | 0 | 0 | 0 | 0 | 0 | - | electron/dll | "electron DLL" | 0 | 0 | 0 | 0 | 0 | - | kaon/dll | "kaon DLL" | 0 | 0 | 0 | 0 | 0 | - | muon/dll | "muon DLL" | 0 | 0 | 0 | 0 | 0 | - | pion/dll | "pion DLL" | 0 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 0 | 0 | 0 | 0 | 0 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Selected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | nRichTracks | "# Rich Tracks / Event" | 0 | 0 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 0 | 0 | 0 | 0 | 0 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 0 | 0 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 0 | 0 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 0 | 0 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 0 | 0 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 0 | 0 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 0 | 0 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 0 | 0 | 0 | 0 | 0 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 0 | 0 | 0 | 0 | 0 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 0 | 0 | 0 | 0 | 0 | - | deuteron/dll | "deuteron DLL" | 0 | 0 | 0 | 0 | 0 | - | electron/dll | "electron DLL" | 0 | 0 | 0 | 0 | 0 | - | kaon/dll | "kaon DLL" | 0 | 0 | 0 | 0 | 0 | - | muon/dll | "muon DLL" | 0 | 0 | 0 | 0 | 0 | - | pion/dll | "pion DLL" | 0 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 0 | 0 | 0 | 0 | 0 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Selected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | nRichTracks | "# Rich Tracks / Event" | 0 | 0 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 0 | 0 | 0 | 0 | 0 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 0 | 0 | 0 | 0 | 0 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 0 | 0 | 0 | 0 | 0 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 0 | 0 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 0 | 0 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 0 | 0 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 0 | 0 | 0 | 0 | 0 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 0 | 0 | 0 | 0 | 0 | - | deuteron/dll | "deuteron DLL" | 0 | 0 | 0 | 0 | 0 | - | electron/dll | "electron DLL" | 0 | 0 | 0 | 0 | 0 | - | kaon/dll | "kaon DLL" | 0 | 0 | 0 | 0 | 0 | - | muon/dll | "muon DLL" | 0 | 0 | 0 | 0 | 0 | - | pion/dll | "pion DLL" | 0 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 0 | 0 | 0 | 0 | 0 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/effVP | "RICH Track Sel. Eff. V P" | 0 | 0 | 0 | 0 | 0 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 0 | 0 | 0 | 0 | 0 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 0 | 0 | 0 | 0 | 0 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/effVP | "RICH Track Sel. Eff. V P" | 0 | 0 | 0 | 0 | 0 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 0 | 0 | 0 | 0 | 0 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 0 | 0 | 0 | 0 | 0 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/effVP | "RICH Track Sel. Eff. V P" | 0 | 0 | 0 | 0 | 0 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 0 | 0 | 0 | 0 | 0 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 0 | 0 | 0 | 0 | 0 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 0 | 0 | 0 | 0 | 0 | diff --git a/CMakeLists.txt b/CMakeLists.txt deleted file mode 100644 index be756f9a71d6aa8407f2e0c438ec1c111bf7a9a0..0000000000000000000000000000000000000000 --- a/CMakeLists.txt +++ /dev/null @@ -1,40 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2021 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -cmake_minimum_required(VERSION 3.15) - -project(Brunel VERSION 62.0 - LANGUAGES CXX) - -# Enable testing with CTest/CDash -include(CTest) - -# CTest module adds a default timeout of 1500 seconds, but our tests may take more time. -set(DART_TESTING_TIMEOUT 0 CACHE STRING - "Maximum time allowed before CTest will kill the test." - FORCE) - - -list(PREPEND CMAKE_MODULE_PATH - ${PROJECT_SOURCE_DIR}/cmake -) - -# Dependencies -set(WITH_Brunel_PRIVATE_DEPENDENCIES TRUE) -include(BrunelDependencies) - -# -- Subdirectories -lhcb_add_subdirectories( - BrunelSys - Rec/Brunel - Rec/BrunelCache -) - -lhcb_finalize_configuration(NO_EXPORT) diff --git a/CONTRIBUTING.md b/CONTRIBUTING.md deleted file mode 100644 index f3fd0730bd24fa2de4e560d01246716ab4869f6d..0000000000000000000000000000000000000000 --- a/CONTRIBUTING.md +++ /dev/null @@ -1,36 +0,0 @@ -# General information - -In addition to `master`, this project contains several officialy maintained branches, with names such as `XXX-patches`. -They are all protected, meaning that code cannot be pushed into them directly but only through merge requests (MRs). -This helps with the validation of code prior to making it available in the official branches for future releases. - -## Available supported branches - -- `master` branch: only for regression testing of reconstruction for run 3. Builds on current supported platforms against latest version of Gaudi - -- `run2-patches` branch: new developments and updates targeting runs 1+2 reprocessing. Builds on current supported platfroms against latest version of Gaudi - -- `2018-patches` branch: for patches to Brunel (`Reco18`) in 2018 simulation workflows. Builds with gcc62 on centos7 - -- `2017-patches` branch: for patches to Brunel (`Reco17`) in 2017 simulation workflows. Builds with gcc62 on centos7 - -- `2016-patches` branch: for patches to Brunel (`Reco16`) in 2016 simulation workflows. Builds with gcc49 on slc6 - -- `reco15-patches` branch: for patches to Brunel (`Reco15`) in 2015 simulation workflows. Builds with gcc49 on slc6 - -- `reco14-patches` branch: for patches to Brunel (`Reco14`) in run 1 simulation workflows. Builds with gcc46 on slc5. Requires CMT - - -## Where to commit code to - -- Bug fixes specific to a given processing should be committed to the corresponding `XXX-patches` branch. - -- Any changes or fixes for Run 1 and Run 2 analysis (or re-reconstruction, re-stripping) should go to the `run2-patches` branch. - They will then be propagated to `master` (if relevant also for Upgrade) by the applications managers. - Fixes also relevant to specific `XXX-patches` branches should be flagged as such, they will be propagated by the applications managers. - -- Any changes specific to Upgrade should *only* got to `master`. When making a MR to `master`, please make it initially as WIP and add -a comment when it is ready to be tested. The release manager will then test it initially in one nightly slot and, if successful, -remove the WIP for general testing. - -In doubt, please get in touch before creating a MR. diff --git a/README.md b/README.md new file mode 100644 index 0000000000000000000000000000000000000000..12a7a1c604248af0a2c5687fa1e8f3fbb91a44eb --- /dev/null +++ b/README.md @@ -0,0 +1,17 @@ +# :warning: Brunel is retired for Run 3 :warning: + +The LHCb reconstruction programme Brunel was retired after Run2 and replaced by Moore from Run3 onwards. The Run1 and Run2 software is maintained on the branches listed below + +## Available supported branches + +- `run2-patches` branch: new developments and updates targeting runs 1+2 reprocessing. Builds on current supported platfroms against latest version of Gaudi + +- `2018-patches` branch: for patches to Brunel (`Reco18`) in 2018 simulation workflows. Builds with gcc62 on centos7 + +- `2017-patches` branch: for patches to Brunel (`Reco17`) in 2017 simulation workflows. Builds with gcc62 on centos7 + +- `2016-patches` branch: for patches to Brunel (`Reco16`) in 2016 simulation workflows. Builds with gcc49 on slc6 + +- `reco15-patches` branch: for patches to Brunel (`Reco15`) in 2015 simulation workflows. Builds with gcc49 on slc6 + +- `reco14-patches` branch: for patches to Brunel (`Reco14`) in run 1 simulation workflows. Builds with gcc46 on slc5. Requires CMT diff --git a/Rec/Brunel/CMakeLists.txt b/Rec/Brunel/CMakeLists.txt deleted file mode 100644 index 47638ff5b21d7e585b9753d88b5663af9e61268a..0000000000000000000000000000000000000000 --- a/Rec/Brunel/CMakeLists.txt +++ /dev/null @@ -1,21 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -#[=======================================================================[.rst: -Rec/Brunel ----------- -#]=======================================================================] - -gaudi_install(PYTHON) -gaudi_generate_confuserdb(Brunel.Configuration) - -lhcb_env(SET BRUNELOPTS ${CMAKE_CURRENT_SOURCE_DIR}/options) - -gaudi_add_tests(QMTest) diff --git a/Rec/Brunel/doc/release.notes b/Rec/Brunel/doc/release.notes deleted file mode 100755 index c2a29eff46296dff78b7a3819a0e023eb3cf22bd..0000000000000000000000000000000000000000 --- a/Rec/Brunel/doc/release.notes +++ /dev/null @@ -1,4885 +0,0 @@ -<PRE> -Package: Rec/Brunel -Package Coordinator: Marco Cattaneo -Purpose: LHCb reconstruction program - -THESE RELEASE NOTES ARE NO LONGER MAINTAINED. SEE BrunelSys/doc/release.notes - -</PRE><H1><A NAME=v50r0>2016-03-31 Brunel v50r0</A></H1><PRE> -This version uses projects LHCb v40r1, Lbcom v18r1, Rec v19r1, Gaudi v27r1 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to configuration - . Extend DataType support to all Run 2 DataTypes (2015,2016,2017,2018). - -- Changes to references to reflect changes since v49r2 - . Follow introduction of Deuteron particle hypothesis - . Fix two bugs in PatLongLivedTracking, use new chi2-cut in x-layer fit - . Only rebuild Bdl tables on magnet polarity or current change (PatVeloTT) - . Speed improvements of PatVeloTTHybridTool (and some efficiency improvements) - (PatVeloTT) - . Add new default tuning for Run 2 data, "MC15TuneV1" (ChargedProtoANNPID) - . Follow changes in debug printout of algorithms in Gaudi v27r1 - . New tuning for forward tracks to remove ghosts (PatAlgorithms) - . New tuning for Rich - . Remove Velo tracks in FittedHLT1VeloTracks container that don't belong to a PV - (RecConf) - . Update to L0DU to support using previous BX in trigger decision - -- Changes to tests - . Remove temporary RegexpReplacer that was introduced in v49r2 to deal with the - name change of the HltError sequence - . Remove MC09 tests and options - . Add brunel-mc10-notruth to replace brunel-mc09-notruth - . Modify brunel-mc10-withtruth to test some of the options that were tested by - brunel-mc09-withtruth - . Modify brunel-mc11-xdst to test Brunel().Histograms="Expert". - . Add sim08-invfield-up and sim08-invfield-down tests to replace - brunel-mc09-withtruth-invfield - TODO: understand field up/down differences.... - . Remove setting of InitialTime in 2015magdown test, no longer needed - . Add a placeholder for 2016magdown test. Currently a copy of 2015magdown but - with DataType=2016 - -</PRE><H1><A NAME=v49r2>2016-02-05 Brunel v49r2</A></H1><PRE> -This version uses projects LHCb v40r0, Lbcom v18r0, Rec v19r0, Gaudi v27r0 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to references to reflect changes since v49r1 - . Avoid the use of exception handling to find out whether there already is an - object on the TES (CaloReco) - . Make 'PrHybridSeeding' the default (instead of PrSeedingXLayers) in the - upgrade tracking sequence (TrackSys, PrAlgorithms) - . Cleanup and fixes in CaloDet - . Convert QuarticSolver::solve calls RichPhotonRecoUsingQuarticSoln back to - double precision (RichRecPhotonTools) - . Added flag to TrackStateProvider to turn off on-demand cache - (TrackExtrapolators) - . Updates to photon reconstruction (RichRecPhotonTools etc.) - . Fix bug in adding of overlap hits (PatVeloTT) - . Fix Calo reproducibility issues (CaloPIDs) - . Modified Configuration.py to allow the GenFSR merging and propagation - . Add Hlt{1|2}FilterCode options that can be used to filter events - before reconstruction. Rename the existing HltFilterSeq to the more - logical HltErrorFilterSeq and take the name for the new filter sequence - -- Changes to tests - . References now taken from x86_64-slc6-gcc49-opt tests - . Add a test of the HLT filter functionality - . Add a (temporary) RegexpReplacer to deal with the name change of the - HltError sequence - -</PRE><H1><A NAME=v49r1>2015-11-25 Brunel v49r1</A></H1><PRE> -This version uses projects LHCb v39r2, Lbcom v17r2, Rec v18r3, Gaudi v26r4 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to references to reflect changes since v49r0 - . In brunel-lumiconddbchecker.ref and test-FSR.ref, follow LHCBPS-1434 patch: - LHCbApp() now assigns OdinTimeDecoder as EventClockSvc().EventTimeDecoder - when processing real data (LHCbAlgs) - . In 2015-em.ref, follow LHCBCNDB-567 (use "Stripping20" Calo settings for - 2015 data prior to TS2). CondDB tag cond-20151016 (DDDB) - . Add ghost probability histogram to TrackMonitor - . Changes in TTStationHitManager (causing changes in PatLongLivedTracking) - . Changes in FTHitExpectation - . Changes in PrimaryVertex class packing - . Changes in RichRecPhotonTools - . New hit and slope tolerances in UT clustering (PrVeloUT) - -- Changes to tests - . Add 2015magdown test, reco of 2015 pp 25ns data - . Remove obsolete inclusion of $APPCONFIGOPTS/Brunel/saveFittedVeloTracks.py - in 2015-em, 2015-em-rdst tests, already done by default for 2015 DataType - . Remove temporary RegexpReplacers for forward compatibility with GAUDI-1078 - -</PRE><H1><A NAME=v49r0>2015-10-13 Brunel v49r0</A></H1><PRE> -This version uses projects LHCb v39r1, Lbcom v17r1, Rec v18r2, Gaudi v26r4 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to references to reflect changes since v48r2 - . Follow fix to FastVeloTracking matching of RZ track to Phi hits when beam is - off centre (FastVelo) - . Follow reintroduction of "Stripping21" calo reconstruction for 2015 data, - via cond-20150828 LHCBCOND tag (DDDB) - . Follow introduction of counters in PatAddTTCoord - . Follow change in order of upgrade tracking sequence - -- Changes to tests - . Add temporary RegexpReplacers for forward compatibility with GAUDI-1078 - . Follow GAUDI-1078 - . Remove brunel-cheatedpr.error_ref following fix in error with :: in ROOT - directory names - -</PRE><H1><A NAME=v48r2>2015-08-25 Brunel v48r2</A></H1><PRE> -This version uses projects LHCb v39r0, Lbcom v17r0, Rec v18r1, Gaudi v26r3 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to configuration - . Add saving of ClosestToBeam state for Velo tracks for 2015 DataType - -</PRE><H1><A NAME=v48r1>2015-08-06 Brunel v48r1</A></H1><PRE> -This version uses projects LHCb v39r0, Lbcom v17r0, Rec v18r1, Gaudi v26r3 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to references to reflect changes since v48r0 - . Fix to PrPixelTrack concerning memory layout of hit classes (PrPixel v1r13) - . Switch on ghost probability in TrackBestTrackCreator for Run II tracking. Cuts - set to chi2=4 and ghost prob = 0.4 (TrackSys v9r10) - -- Changes to tests - . Change 2015-em input file to a file more representative of the 2015 EM data - taking period - . Improve protections in readdstfsr against changes to ONLINE_2008 - initialisation that depend on environment in which the test is run. - -</PRE><H1><A NAME=v48r0>2015-07-22 Brunel v48r0</A></H1><PRE> -This version uses projects LHCb v39r0, Lbcom v17r0, Rec v18r0, Gaudi v26r3 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to references to reflect changes since v47r9 - . Remove list of detectors to process for FieldOff as it was the same as for - FieldOn - just, CALO and RICH processing order was inverted. (RecConf v2r22) - . Follow changes in Rich Alignment monitoring (RichAlignment v1r12) - . Inherit PrPixelHitManager from Decoder::ToolBase (PrPixel v1r12) - . Updates in TT and IT TrackMonitors (TrackMonitors v2r9) - . Replace MuonIDAlg by MuonIDAlgLite in all configurations except 2008, 2009, - MC09, Upgrade (MuonID v9r16) - . Replace PatDownstream by PatLongLivedTracking in Run2 configuration - (TrackSys v9r9) - . Change some warning messages to info in TrackMasterFitter (TrackFitter v5r7) - -- Changes to configuration - . In OnlineMode, set CondDB().Online = True if not already set. - . Filter fitted Velo tracks for PV reconstruction in 2015 such that they use - less space on the DST. - . Remove "" in TrackToDST setting in Configuration.py - -- Changes to tests - . In brunel-mc10-withtruth, use sim-20140625-vc-md100 tag (2010 compatible, but - not MC10 compatible), to pick up muon-20140505 tag, needed by MuonIDAlgLite - . Remove fixedfile-sim2010, compatibility.qms/fixedfile-r08s12b-2010, - compatibility.qms/fixedfile-sim2010.qmt tests, since this particular simcond - tag is no longer supported by this release and a more recent working tag is - already tested by the corresponding "-latestdb" and "-globaldb" tests. - -</PRE><H1><A NAME=v47r9>2015-06-18 Brunel v47r9</A></H1><PRE> -This version uses projects LHCb v38r7, Lbcom v16r6, Rec v17r7, Gaudi v26r2 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to references to reflect changes since v47r8 - . Follow latest LHCBCOND tags for 2015 (DDDB v1r77) - . Follow introduction of CALIBOFF partition (DetCond v12r42) - . Follow introduction of Run Stamp check (DetCond v12r42) - . Print average number of real tracks per VELO track (TrackTools v5r10) - . Fix TrackVelodEdxCharge in 2015 configuration (TrackTools v5r10) - . Put back TrackLikelyhood ExtraInfo in 2015 configuration (TrackSys v9r8) - -- Changes to tests - . Add an EventClockSvc().InitialTime to 2015 tests, to avoid changes in - initialisation output every time current magnet polarity changes - . 2015-em, 2015-em-rdst tests now use latest CondDB tags for 2015 - -</PRE><H1><A NAME=v47r8>2015-06-08 Brunel v47r8</A></H1><PRE> -This version uses projects LHCb v38r7, Lbcom v16r6, Rec v17r7, Gaudi v26r2 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to tests - . Remove 2015-magdown and 2015-magdown-rdst tests that were using a 2012 test - file, and replace them with 2015-em, 2015-em-rdst using the first 2015 data - -</PRE><H1><A NAME=v47r7>2015-05-28 Brunel v47r7</A></H1><PRE> -This version uses projects LHCb v38r7, Lbcom v16r6, Rec v17r7, Gaudi v26r2 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to configuration - . Do not run MCRichDigitSummaryUnpacker explicitly in MCLinksUnpackSeq, as this - breaks with LDST. Just run it on demand when/if needed by the Check sequence. - . Change default DataType to 2015 - . Change default SplitRawEventOutput to 4.1 if DataType is not a Run 1 DataType - (in which case default remains 4.0) - -- Changes to references to reflect changes since v47r6 - . Follow MCRichDigitSummaryUnpacker configuration change - . Follow changes to tracking in Rec v17r7 - -</PRE><H1><A NAME=v47r6p1>2015-05-04 Brunel v47r6p1</A></H1><PRE> -This version uses projects LHCb v38r6, Lbcom v16r5, Rec v17r6, Gaudi v26r1 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Identical to v47r6, to pick GaudiConf v19r9 in BrunelSys - -</PRE><H1><A NAME=v47r6>2015-04-28 Brunel v47r6</A></H1><PRE> -This version uses projects LHCb v38r6, Lbcom v16r5, Rec v17r6, Gaudi v26r1 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to configuration - . Add RDST output type, same as DST without RawEvent - . Remove obsolete SDST input and output types - -- Changes to references to reflect changes since v47r5 - . Follow further tracking and geometry optimisations - . Follow separation of track type groups in the RICH reconstruction - . Follow new MDMS corrections in Run1 CondDB tags - . Follow new 2015 tracking sequence in 2015 tests - -- Changes to QMTests - . Add 2015magdown-rdst.qmt, same as 2015magdown with output to rdst - . Remove SDST test cases - -</PRE><H1><A NAME=v47r5>2015-02-27 Brunel v47r5</A></H1><PRE> -This version uses projects LHCb v38r5, Lbcom v16r4, Rec v17r5, Gaudi v26r1 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to Configuration - . OnlineBrunel will run on the output of Hlt1, so don't try to decode - Hlt2DecReports in OnlineMode. - . Add support for Brunel().SpecialData += ['pGun'] - -- Changes to references to reflect changes since v47r4 - . Follow changes in upgrade forward tracking (triangle fixing) - . Follow changes in PrSeedingXLayers (baseline, baseline-ut, baseline-25ns) - . Follow various tracking improvements - . For data type '2015' PatVeloTTHybrid instead of PatVeloTT is run - . Follow replacement of ConfigTarFileAccesSvc by ConfigCDBAccessSvc - . Follow tuning of uncertainty of point on magnetic plane in downstream - tracking, change zMagnet parametrisation - . Follow optimisation of Rich photon reconstruction - . Follow use of StateProvider instead of extrapolator to move states in Rich - (RichRecTrackTools) - . Follow vetoing of out of time OT hit pairs - -- Changes to QMTests - . Add brunel.sim08-pgun test to test SpecialData=["pGun"] option - . Fix compatibility tests to use root: instead of castor: protocol and to - ignore detector description warnings when using old (2010) tags - . Clean up exclusions in repro2012magdown test - -</PRE><H1><A NAME=v47r4>2015-01-15 Brunel v47r4</A></H1><PRE> -This version uses projects LHCb v38r4, Lbcom v16r3, Rec v17r4, Gaudi v26r0 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to references to reflect changes since v47r3p1 - . Follow code optimisations - . Follow change to 3 piece trajectory approximation in OT (OTDet) - . Follow switch of the internal representation of the magnetic field grid to - single precision (DetDesc, Magnet) - . Fix bug in PatAddTTCoord in 'returnTTClusters' which caused wrong chi2 to be - returned (PatAlgorithms) - . New parametrisations in 'PatMatchTool', lower ghost rate and higher - efficiency, mostly for low p tracks (PatAlgorithms) - . Update default tunes to use MC12TuneV2 for all data types (removes - dependency on NeuroBayes, previously used for pre-2011 data and MC) - (ChargedProtoANNPID) - -- Changes to QMTests - . Remove enableANNPrintout.py and all use of it, was needed to print - NeuroBayes errors, therefore obsolete since NB is not used anymore. - -</PRE><H1><A NAME=v47r3p1>2014-12-15 Brunel v47r3</A></H1><PRE> -This version uses projects LHCb v38r3p1, Lbcom v16r2p1, Rec v17r3p1 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Identical to v47r3 but with Root6 dependency - -</PRE><H1><A NAME=v47r3>2014-12-15 Brunel v47r3</A></H1><PRE> -This version uses projects LHCb v38r3, Lbcom v16r2, Rec v17r3 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes in references to reflect changes in FTDet - . Change in Det/FTDet "CreateDetSegment" to correct for a bug in the z0 computation, - and also to make this routine less geometry version dependent. - -- Changes in Configuration - . Change to Hlt decoding and filtering to use 'split' TES locations - and thus support 2015 real data (backward compatible for Run1 data) - -- Changes to QMTests - . Do not set InitialTime="Now" in 2012 tests - . Add test brunel.2012-bigevents, placeholder for test on events that - had huge processing times in Reco14/Stripping21 tests - -- Changes to references to reflect changes since v47r2p1 - . Added a rejection for too many tracks using the same phi clusters (FastVelo) - . Replace TrackMatch by PatMatch for all configurations - . New implementation of the search for compatible hits in PatAddTTCoord - (PatAlgorithms) - . FTDet changes - . Fix bug introduced in decoding that prevented the proper decoding of TAE - event (STDAQ) - . Unprotected debug fixes (RichTools, RichGlobalPID, CaloReco) - . Changes to OT monolayer alignment (OTDet) - . Fix in PatDownstream such that hits in at least three layers are required - (PatAlgorithms) - . use ancestor information in TrackBestTrackCreator (TrackUtils) - -</PRE><H1><A NAME=v47r2p1>2014-09-17 Brunel v47r2p1</A></H1><PRE> -This version uses projects LHCb v38r2p1, Lbcom v16r1p1, Rec v17r2p1 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Identical to v47r2 but with Root6 dependency - -</PRE><H1><A NAME=v47r2>2014-09-17 Brunel v47r2</A></H1><PRE> -This version uses projects LHCb v38r2, Lbcom v16r1, Rec v17r2 - and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- New functionality - . Add support for LDST - -- Changes to references to reflect changes since v47r1 - . Change to hit classes to facilitate exploitation of hit-level parallelism in - chi^2 fits (PrKernel, TfKernel, PrPixel) - . CaloMergedPi0 : fix bug that affect sub-seed definition in some - configurations (CaloReco) - . Configuration.py : decrease MergedPi0Pt threshold from 2 GeV to 1.5 GeV - (CaloReco) - . New calorimeter calibration in cond-20141007 (DDDB) - . use new SIMDChi2Fit framework in PatSeeding (PatAlgorithm) - -- Bug fixes - . Properly propagate OutputLevel to GlobalRecoChecks configurable (was not - happening due to typo in Configuration.py) - -- Changes to QMTests - . In BrunelExclusions.py: future proof upgrade tests against change in FTDet - initialisation printout. Can be removed once we are on LHCb v38r3 stack - . brunel.sim08 test now outputs LDST format - -</PRE><H1><A NAME=v47r1>2014-09-15 Brunel v47r1</A></H1><PRE> -This version uses projects LHCb v38r1, Lbcom v16r0p1, - Rec v17r1 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- New functionality - . Add support for 2015 DataType - . Add possibility to reprocess from DST without rerunning the tracking, - enabled by Brunel().SkipTracking=True. - Currently not implemented for MC (is it needed?) or for upgrade - -- Changes to persistency - . Change default RawEvent output version to 4.0 (requires RawEventFormat v1r1): - RawEvent/Other further split into RawEvent/{Velo,Tracker,Unstripped} - -- Changes to references to reflect changes since v47r0 - . Propagate energy/position corrections to the photon/electron covariance - (CaloReco, CaloPIDs) - . Extrapolate electron to CaloHypo (CaloPIDs) - . Performance updates to PrDownstream (PrAlgorithms) - . Vectorization of PrPixelTrack::fit and PrPixelTrack::covariance, conversion - of double to float (PrPixel) - . Performance updates to PatForward (PatAlgorithms, TfKernel) - . Hide TrackEventFitter counters behind MsgLevel(INFO) (TrackFitter) - . PatSeedingTool: use BloomFilter for fast overlap checking (PatAlgorithms) - . Use standard tracking sequence also for 2010 data. Previously was using - TsaSeed instead of PatSeed and non-standard GECs (TrackSys) - . NeutralProtoPAlg : add ClusterCode & ClusterFrac as extra info - (RecEvent, CaloInterfaces, CaloTools, GlobalReco) - -- Changes to QMTests - . Added repro2012reco14skiptracking, tests Brunel().SkipTracking functionality - Checks also that RawEvent output version 4.0 can be recombined back to 2.0 - (Reco14 version) - . brunel-mc11a-xdst.qmt now explicitly tests RawEvent output version 2.0 - (a few other tests adapted to default output version 4.0) - . Added 2015magdown to test 2015 DataType configuration. Currently uses 2012 - raw data, to be updated... - . BrunelExclusions.py: - o Temporarily exclude changes related to change in RawEvent output format - o Clean up obsolete exclusions - -</PRE><H1><A NAME=v47r0>2014-07-21 Brunel v47r0</A></H1><PRE> -This version uses projects LHCb v38r0, Lbcom v16r0, - Rec v17r0 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to references to reflect changes since v46r1 - . New DDDB global tag for 2010 - . Fix unprotected debugs in FileRecordCnvSvc - . Minor changes to VP pattern recognition (PrPixel, VPTools) - . Major changes to Calo reconstruction - . Increased memory usage due to Root6 - -- Changes to QMTests - . Move all upgrade test files to TestFileDB and CERN-SWTEST-EOS - . Added brunel-cheatedpr test: checks ideal PR tracking and - VELO monitoring tuples - -</PRE><H1><A NAME=v46r1>2014-06-10 Brunel v46r1</A></H1><PRE> -This version uses projects LHCb v37r3, Lbcom v15r2p1, - Rec v16r3 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to references to reflect changes since v46r0 - . Updated Upgrade references for FT changes (PrAlgorithms v1r12, FTDet v2r7) - . Fix unprotected debugs (MuonID v9r11, RichAlignment v1r9) - . Improve handling of missing RawEvent in HltDecReportsDecoder (HltDAQ v4r4) - -- Changes to QMTests - . Added SC and FPE monitors to all tests that did not have them. - -</PRE><H1><A NAME=v46r0>2014-05-15 Brunel v46r0</A></H1><PRE> -This version uses projects LHCb v37r2, Lbcom v15r2, - Rec v16r2 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to Configuration.py - . Add new boolean Brunel().OnlineMode property. Default is False. Option is - propagated to the underlying configurables, to allow them to as needed tweak - the Brunel configuration as required Online - -- Changes to references to reflect changes since v45r1 - . Fix in PatSeedingTool to reduce ghost rate and avoid FPE (Tf/PatAlgorithms) - . Change default LHCbCond tag for 2010 to 2014328 - (new Tracking alignment, new OT T0 database) (Det/DDDB) - . Reimplement the tanh approximation in WalkRelation (Det/OTDet) - . Use float instead of double where possible (Tf/PatVeloTT) - . PatForward: added option to flag seeds as used; added counter (PatAlgorithms) - . Add X-correction for track-cluster matching (CaloPIDs) - . Fix unprotected debug() (CaloPIDs, CaloDet, CaloMoniDst, RichRecQC) - . Implement changes to RICH run by run calibrations when OnlineMode = True - (RichRecSys, RichRecQC) - . Use same data n-1 scale factors in all photon reconstruction tools, to - synchronise offline and HLT tunings (RichRecPhotonTools) - -- Changes to QMTests - . Pick up brunel-mc11a-xdst PFN from TestFileDB - . Update brunel2011magdown to test the option Brunel().OnlineMode=True - -</PRE><H1><A NAME=v45r1>2014-03-20 Brunel v45r1</A></H1><PRE> -This version uses projects LHCb v37r1, Lbcom v15r1, - Rec v16r1 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to QMTests - . In BrunelExclusions.py, remove EventSelector PFN exclusion, now in GaudiConf - -- Changes to references to reflect changes since v45r0 - . Optimised VeloUT for speed (PrVeloUT) - . New references for upgrade to follow VP changes - . Follow reduced Calodet verbosity (CaloDet) - . Follow reduced MagneticFieldSvc verbosity (Det/Magnet) - -</PRE><H1><A NAME=v45r0>2014-02-25 Brunel v45r0</A></H1><PRE> -This version uses projects LCG 66, Gaudi v25r0, LHCb v37r0, Lbcom v15r0, - Rec v16r0 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to Configuration.py - . Remove Persistency option - . Remove never used UpgradeDets slot - . Clean up propagation to LHCbApp of Detectors slot - -- Changes to example options - . Fix 2008 RAW data options following changes to Castor setup at CERN - -- Changes to QMTests - . repro2013-pa test now sets Brunel().SpecialData += ['pA'] instead of - explicitly setting the Reco14r1 GECs - . Fix several tests to take input data via TestFileDB - -- Changes to references to reflect changes since v44r9 - . Minor adapation for using large + small pmts for RICH upgrade - (RichRecPhotonTools, RichRecTrackTools) - . New PrCounter/PrChecker - . Use vdt implementation of tanh in OTDet - . Follow reduced verbosity in Raw Bank decoders - . Follow fixes to floating point exceptions - . Follow renaming PatPixel->PrPixel - . Update of PrSeedingXLayers - -</PRE><H1><A NAME=v44r9>2013-12-16 Brunel v44r9</A></H1><PRE> -This version uses projects LCG 66, Gaudi v24r2, LHCb v36r4, Lbcom v14r4, - Rec v15r4 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to Configuration.py - . No SPD/Prs property is only set if no user RecoSequence is defined - or if "PROTO" is in user RecoSequence - . Major change! To add the DecoderDB and DAQSys to Brunel - - new option SplitRawEventInput (for reconfiguring decoders) - - new option SplitRawEventOutput (for juggling before writing) - . Writing delegated to DSTConf, juggling to the RawEventJuggler, - reconfiguring to DecodeRawData() - . Decoders now found via the DecoderDB - -- Changes to QMTests - . Updated full Upgrade test suite and removed old tests. - - baseline - - baseline-25ns - - baseline-ut - - minimal - - calo_nospdprs - - muon_nom1 - . Add test and options for reprocessing of 2013 pA data without GECs. Includes - event that was failing prior to FastVelo fix (brunel.repro-2013pa) - . Added tests of DecoderDB use cases, mainly in existing tests but also new - tests splittostrip17rawevent and repro2012recombine - . brunel-mc11a-xdst now also writes out xdst - . upgrade baseline references updated to reflect VP changes - -- Update valgrind.job to use gaudirun.py directly - -- Changes to example options - . Remove explicit setting of DATAFILEs, pick them up from PRConfig TestFileDB - Requires PRConfig > v1r6p3 - -- Changes to references to reflect changes since v44r8p1 (branch release) - . Changed UT number of hits from 8 to 4 and use LastMeasurement state (PrVeloUT) - . Some more fixes to run with no M1 (MuonID) - . Follow DecoderDB development - . Move matching algorithm before downstream in RecoUpgradeTracking.py (TrackSys) - -- Changes to references to reflect changes since v44r8 - . Fixed bug when making R cluster VELO tracks crossing sectors (FastVelo) - . Fix inconsistency in PatFwdTool::fitStereoCandidate, where a X layer was - marked as a stereo layer (PatAlgorithms) - -</PRE><H1><A NAME=v44r8>2013-10-25 Brunel v44r8</A></H1><PRE> -This version uses projects LCG 66, Gaudi v23r10, LHCb v36r3, Lbcom v14r3, - Rec v15r3 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to configuration - . physics Sequence : CaloBankHandler setup via CaloDigitConf - (Calo decoding and ProcStatus conversion) - . MCChecker sequence : Calo checkers sequence via CaloMoniDstConf - . Remove the temporary switch to disable CaloPhotonChecker - (algorithm removed from CaloMoniDstConf for now) - . Added some lines for NoSpdPrs - -- Changes to QMTests: - . Removed VL tests and references. - . Added VP_Compact_MicroChannel-UT-FT_Mono-Muon_NoM1 test and reference file. - . Renamed VP_Compact_MicroChannel-UT-FT_Mono test to be consistent with other tests. - . Updated many references after Calo changes. - . Fix repro2012magdown test following Calo changes - . Removed one option from no_spdprs test also removed option file. - -</PRE><H1><A NAME=v44r7>2013-10-04 Brunel v44r7</A></H1><PRE> -This version uses projects LCG 66, Gaudi v23r10, LHCb v36r2, Lbcom v14r2, - Rec v15r2 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to QMTests: - . Updated all upgrade tests to latest DEV DB tags. - . Updated all upgrade tests to use "Upgrade" DataType. - . Updated upgrade references. - . Updated upgrade references now new RICH tuning is in place. - . Added brunel-upgrade-calo_nospdprs to tests - o Added relevant options to $BRUNELROOT/tests/options - o Test will fail until problem is fixed. - . Increase timeout to 3600 seconds for long tests, avoids timeout in dbg tests - . Fix a bug in the exclusions file, introduced in v44r5, that meant that - comparisons with reference were always successful. - . Pick up input files from CERN-SWTEST (EOS), new location for 'freezer' - -- Changes to references to reflect changes since v44r5 - . Follow changes to default parameters for VL tracking (PrVL) - . In PatVeloTTTool, set passUnmatched default to false (reverts change - made in v45r0) (PatVeloTT) - . Follow addition of HistoCountersPrint slot in GaudiHistos - . Follow move to use of VDT library in Rich code (RichDet, RichRecPhotonTools) - . Removed MC09 tuning of STOffline position tool - . Added AlignmentOnlineMonitor - . Follow fix to TimeSpanAccounting FSR - -- Changes to example options - . Remove COLLISION10-Beam3500GeV-VeloClosed-MagDown.py, now in PRConfig - -/PRE><H1><A NAME=v44r6>2013-07-26 Brunel v44r6</A></H1><PRE> -This version uses projects LCG 65a, Gaudi v23r9, LHCb v36r1, Lbcom v14r1, - Rec v15r1 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Version built on v44r6b branch - -- Development release for Fibre Tracker upgrade productions - -- Changes to references to reflect changes since v44r5 - . Follow changes to default parameters for VL tracking (PrVL) - . In PatVeloTTTool, set passUnmatched default to false (reverts change - made in v45r0) (PatVeloTT) - . Follow addition of HistoCountersPrint slot in GaudiHistos - . Follow move to use of VDT library in Rich code (RichDet, RichRecPhotonTools) - -- Changes to example options - . Remove COLLISION10-Beam3500GeV-VeloClosed-MagDown.py, now in PRConfig - -- Changes to tests - . Increase timeout to 3600 seconds for long tests, avoids timeout in dbg tests - . Fix a bug in the exclusions file, introduced in v44r5, that meant that - comparisons with reference were always successful. - . Pick up input files from CERN-SWTEST (EOS), new location for 'freezer' - . Updated all upgrade tests to latest DEV DB tags. - . Updated all upgrade tests to use "Upgrade" DataType. - -</PRE><H1><A NAME=v44r5>2013-06-07 Brunel v44r5</A></H1><PRE> -This version uses projects LCG 65, Gaudi v23r8, LHCb v36r0, Lbcom v14r0, - Rec v15r0 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Development release for Upgrade productions - -- Changes to references to reflect changes since v44r4 - . PatVeloTTTool by default now returns one track per velo candidate even - if no TT match is found (PatVeloTT) - -- Changes to tests - . vl_compact tests updated to use the new optimised geometry - (local tag VL-CompactOptimize-Local-20130527) - . Add exclusion for MC12TuneV2 INFO messages from ANNPID (introduced in - ChargedProtoANNPID). Their existence is tested with a reference block - in the brunelsys test. - -</PRE><H1><A NAME=v44r4>2013-05-02 Brunel v44r4</A></H1><PRE> -This version uses projects LCG 64d, Gaudi v23r7, LHCb v35r6, Lbcom v13r6p1, - Rec v14r6 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Development release for Upgrade productions - -- Changes to configuration - . Add python/Brunel/__init__.py to please CMake - . Pass information of detectors to RecMoniConf. - -- Changes to references to reflect changes since v44r3 - . Add support for reprocessing from split RawEvent (FTDAQ, VLDAQ, VPDAQ) - . Additional histograms in TrackMonitors - . Fix small bug in STMeasurement, measurement type incorrectly set for UT - . Updated VP/VL geometry - . Minor optimisations in RichDet - . New MC12TuneV2 ANN PID tuning and minor optimisations (ChargedProtoANNPID) - . Fixes to monitoring sequence to allow for missing detectors in Upgrade - confiurations (RecConf) - . Updated default database tags - . Replaced UpgradeBestTrackCreator by TrackBestTrackCreator in upgrade - configurations - -- Changes to tests - . Update test files and references for latest fixes to upgrade geometries - . Pick up options files for input files from PRConfig package. This is - future proofing for changes to physical location of input data - . Add dependency on PARAM/QMTestFiles, which now contains the small input - data files used by 2011-crashes, 2012-crashes and bigevents test, previously - in /castor/cern.ch/user/c/cattanem. - . Remove enabling of ANN Neurobayes printout from tests using 2011 or 2012 - data, since NeuroBayes is no longer run by default for these DataTypes - -- Changes to example options - . Remove options files that are duplicated in PRConfig package - -</PRE><H1><A NAME=v44r3>2013-03-26 Brunel v44r3</A></H1><PRE> -This version uses projects LCG 64d, Gaudi v23r7, LHCb v35r5, Lbcom v13r5, - Rec v14r5 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Release for Upgrade productions - -- Changes to references to reflect changes since v44r2 - . Follow addition of histogram statistics to ChargedProtoANNPID - . Follow latest default database tags for 2011 (Reco14 setting) - . Follow removal of PrimaryVertexChecker from Check sequence - -- Changes to tests - . In brunel2012magdown, add a reference block to monitor ChargedProtoANNPID - histogram statistics - . Add sim08 test to test compatibility with .digi files from sim08 productions - . Add several tests for the various upgrade configurations - -</PRE><H1><A NAME=v44r2>2013-02-18 Brunel v44r2</A></H1><PRE> -This version uses projects LCG 64c, Gaudi v23r6, LHCb v35r4, Lbcom v13r4, - Rec v14r4 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes for Upgrade - . Protect all detector-specific code in Configuration.py - . Added "Detectors" property to Brunel object. - . Pass relevent properties to DstConf etc. - . Pass relevant properties to RecSysConf. - . Add configuration of SimConf. - . Fix for including TT in check seq twice and Tr not at all. - -- Changes to example options - . Remove 2009-FEST-Data.py, obsolete since these data have been deleted - -- Changes to references to reflect changes since v44r1 - . Remove check on full bank length when decoding Velo lite clusters, add - corresponding protection to full decoding - . Additional profile histograms for track resolution (TrackCheckers) - . Do not save Rich and Muon Digitisation summary objects by deafult, only - in XDSTs (GaudiConf v17r4) - -- Changes to tests - . Add NameAuditor to brunel-mc10-withtruth test to monitor changes in - called components, and debug causes of non reproducible Brunel exits - . Enable printout from ANNPID in most tests, to follow any new problems - caught by NeuroBayes - . Remove brunel-fest09 test since input data no longer exists - . Change brunel2010magup test to create Online rather than Express - histograms (Online histograms previously only tested in brunel-fest09) - -</PRE><H1><A NAME=v44r1>2012-11-30 Brunel v44r1</A></H1><PRE> -This version uses projects LCG 64b, Gaudi v23r5, LHCb v35r3, Lbcom v13r3, - Rec v14r3 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to references to reflect changes since v44r0 - . Do not use SequencerTimerTool to MeasureTime - . New default global tag for LHCBCOND, 2012: cond-20121108 - . Updates to Aerogel Rich photon reconstruction (RichRecPhotonTools) - . Add more states to Downstream tracks (TrackExtrapolators) - . Fix unprotected debugs - (LoKiCore, LumiEvent, FastVelo, GlobalReco, RichDet, HltDAQ, PatAlgorithms) - . Switch interpolator in TrackNNGhostId from cspline to linear, fixes negative - ghost probabilities (TrackTools) - . Removed Boole linkers from default MC DST output (GaudiConf) - . Loosen Aerogel selection cuts (RichRecSys) - -- Changes to test - . Update input data for 2011 test to more typical run 103370 - -</PRE><H1><A NAME=v44r0>2012-10-04 Brunel v44r0</A></H1><PRE> -This version uses projects LCG 64a, Gaudi v23r4, LHCb v35r2, Lbcom v13r2, - Rec v14r2 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -- Changes to configurable - . If MC Checking is enabled, run the expert Proto monitors in the - check sequence - -- Changes to references to reflect changes since v43r1p2 - . Remove conversion of Calo raw banks from 'packed' to '0-suppressed' - (CaloDAQ v4r30) - . Update default DDDB tags (DDDB v1r58) - . Follow changes in format of options printout in Gaudi v23r4 - . New TrackNNGhostID tuning now runs in standard tracking sequence and is - picked up by default as input to ANNPID (RecConf v2r9, TrackSys v7r7) - -</PRE><H1><A NAME=v43r1p2>2012-08-10 Brunel v43r1p2</A></H1><PRE> -This version uses projects LCG 64, Gaudi v23r3, LHCb v35r1p1, Lbcom v13r1p1, - Rec v14r1p1 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for 2012 simulation - -Identical to v43r1p1 (only GaudiConf dependency changed in BrunelSys) - -</PRE><H1><A NAME=v43r1p1>2012-07-31 Brunel v43r1p1</A></H1><PRE> -This version uses projects LCG 64, Gaudi v23r3, LHCb v35r1p1, Lbcom v13r1p1, - Rec v14r1p1 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for 2012 data taking - -- Changes to references to reflect changes since v43r1 - . Fix an issue in RawDataSize where RawEvent object was not found when - reprocessing from DST (RichRecQC v2r60) - . Introduced IP chi2 cut in TrackV0Monitor (TrackMonitors v1r40) - . Update default DDDB tags (DDDB v1r57) - -</PRE><H1><A NAME=v43r1>2012-07-26 Brunel v43r1</A></H1><PRE> -This version uses projects LCG 64, Gaudi v23r3, LHCb v35r1, Lbcom v13r1, - Rec v14r1 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for 2012 data taking - -- Changes to configurable - . Set MemoryPurgeLimit to 2GB. When memory use reaches this value, unused - memory will be released from Boost memory pools - -- Changes to references to reflect changes since v43r0 - . New default tuning for 2012 data from tags cond-20120628, cond-20120710 - . Loosened cuts in TrackV0Finder to make it much more efficient for Ks from B. - (TrackUtils, RecConf) - . Add RawDataSize plots (RichRecQC) - . Add zoom histo for distribution of number of clusters (VeloRecMonitors) - -- Changes to tests - . Change brunel.brunel2010magdown timeout to 2400 seconds - . Disable Rich RawDataSize plots in brunel2012magdown and repro2012magdown - tests the number of histogram differs when reading from DST, making - comparison impossible - -</PRE><H1><A NAME=v43r0>2012-06-27 Brunel v43r0</A></H1><PRE> -This version uses projects LCG 64, Gaudi v23r3, LHCb v35r0, Lbcom v13r0, - Rec v14r0 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for 2012 data taking - -- Changes to configurable - . HltRecReports now decoded unconditionally on every event - . L0DU now decoded unconditionally on every physics event - . Complete the split RawEvent copy on DST and remove reference to original - . Do not run InitReprocSeq if not reprocessing - . Add 'Calo' to the MCLinksSequence - -- Changes to references to reflect changes since v42r3p1 - . Reduce the chi^2 range from 0-10 to 0-3, to adapt to tracking changes. Reduce - the 'tight' track monitoring selection to chi^2 < 2 (RichRecQC) - . Improve FastVelo clone rejection (FastVelo) - . Bug fix in FastVelo beam splash handling (FastVelo) - . Enable by default the resolution plots per PD column (RichRecQC) - . Remove CK theta correction factor for Aerogel, taken care of in calibration - (RichRecSys) - . Update L0Filters for Rich monitoring (RichRecQC) - . Fix unprotected debug and verbose messages (DAQUtils, L0DU, OTDAQ, RichDAQ) - . Add covariance matrix for SplitPhotons and get params from DB (CaloReco) - -- Changes to tests - . Add a test for bug #94407 in brunel.2012-crashes - . Add a test for bug #95019 in brunel.brunel-mc09-notruth - . Add brunel.repro2012magdown to test that reprocessing gives identical - output to brunel.brunel2012magdown - . Change the name of the output file of brunel.bigevents, used as input to - brunel.readdstfsr, so that latter can be executed after any other test - -</PRE><H1><A NAME=v42r3p2>2012-05-09 Brunel v42r3p2</A></H1><PRE> -This version uses projects LCG 62b, Gaudi v23r2, LHCb v34r3, Lbcom v12r3, - Rec v13r3 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for 2012 data taking and simulation (v42r3b branch) - -</PRE><H1><A NAME=v42r3p1>2012-05-08 Brunel v42r3p1</A></H1><PRE> -This version uses projects LCG 62b, Gaudi v23r2, LHCb v34r3, Lbcom v12r3, - Rec v13r3 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for 2012 simulation (v42r3b branch) - -- Changes to Configurable - . Propagate "Simulation" slot to TrackSys() - . Change default DataType to 2012 - -- Changes to references to reflect changes since v42r3 - . All MC references updated following change to TrackSys whereby MC11 dEdx - correction is now applied by default in case of Simulation (TrackSys v7r3) - -</PRE><H1><A NAME=v42r3>2012-05-03 Brunel v42r3</A></H1><PRE> -This version uses projects LCG 62b, Gaudi v23r2, LHCb v34r3, Lbcom v12r3, - Rec v13r3 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for 2012 data taking - -- Changes to Configurable - . Fixes to allow Brunel to run online with condDB snapshot - -- Changes to references to reflect changes since v42r2p2 - . Use the new EnableCheck functionality of the Packers for the packing tests, - instead of separate Pack, Unpack, Compare algorithms (GaudiConf, EventPacker) - . Switch to new TrackBestTrackCreator clone killer. Chi2 cut set to 3. - (TrackSys, TrackTools, TrackUtils) - . Add minimum bias rate and event time monitors to Hlt monitor sequence - (HltMonitors, RecAlgs) - . Use LHCBCOND tag head-20120420 on 2012 data: new Ecal calibration, Rich - mirror alignments, refractive index and HPD image calibrations, OT T0 - calibration and parameterisation of resolution leading to improved pull vs - momentum distribution (DDDB) - . Update Rich offline track chi^2 cut from 0->10 to 0->5. Tracking now applies - its own cut anyway (0->3 currently) so this no longer does anything, but keep - just for sanity check (RichRecSys) - -</PRE><H1><A NAME=v42r2p2>2012-04-13 Brunel v42r2p2</A></H1><PRE> -This version uses projects LCG 62b, Gaudi v23r2, LHCb v34r2, Lbcom v12r2, - Rec v13r2 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version including patches for initial 2012 data taking - -- Changes to references to reflect changes since v42r2p1 - . Add algorithms to convert ROStatus to ProcStatus for Calo and Muon - (CaloDAQ v4r27, DAQUtils v1r7, RecConf v2r6) - . add eta->gg monitoring (CaloMoniDst v5r10) - . Fix in PatForward: left-right ambiguity bit of PatFwdHits was not being - reset when reusing hits (PatAlgorithms v4r21) - -- Changes to tests - . Add 2012-crashes.py. Currently tests fix for huge processing times, - bug #93550, fixed in FastVelo v1r8 - . Update brunel.brunel2012magdown to use a 2012 run... - -</PRE><H1><A NAME=v42r2p1>2012-04-04 Brunel v42r2p1</A></H1><PRE> -This version uses projects LCG 62b, Gaudi v23r2, LHCb v34r2, Lbcom v12r2, - Rec v13r2 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for initial 2012 data taking - -- Changes to tests - . Add to 2011-crashes.py a test for bug #93382 - -</PRE><H1><A NAME=v42r2>2012-03-29 Brunel v42r2</A></H1><PRE> -This version uses projects LCG 62b, Gaudi v23r2, LHCb v34r2, Lbcom v12r2, - Rec v13r2 and SQLDDDB v7r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for initial 2012 data taking - -- Changes to Configurable - . Add HltRoutingBits and HltVertexReports to Trigger/RawEvent on sDSTs. - -- Changes to references to reflect changes since Brunel v42r1 - . Minor change in ChargedProtoParticleTupleAlg - (GlobalReco, not yet in tag collector) - . Protect some unprotected debug and verbose messages - (PatVeloTT, PatPV, DAQUtils, TrackUtils, CaloPIDs, TrackFitter, MuonID, - LHCbKernel) - . Fixes to sorting in TsaSeeding to get identical results with gcc43 and gcc46 - Affects only DataType prior to 2011 (TsaAlgorithms) - . Improved protections in OTHitEfficiencyMonitor (TrackMonitors) - . Fix sign of qOverP in FastMomentumEstimate, fixes TT efficiency of Match - tracks (TrackTools) - . Add EndVelo state to velo only fits (TrackFitter) - . Add new profile plot to monitor routing line coupling (VeloRecMonitors) - . Faster method to invert transport matrix (TrackFitEvent) - . Fix in TrackTraj: Backward tracks have states in opposite order (TrackKernel) - -- Changes to tests - . add a test for 2012 data type (brunel2012magdown), for the time being using - 2011 data as input. - -</PRE><H1><A NAME=v42r1>2012-03-02 Brunel v42r1</A></H1><PRE> -This version uses projects LCG 62a, Gaudi v23r1, LHCb v34r1, Lbcom v12r1, - Rec v13r1 and SQLDDDB v6r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Development version to pick up LHCb v34r1 stack - -- Changes to references to reflect changes since Brunel v42r0 - . Minor improvements to track fit, mainly for HLT - . Run TrackEffChecker also for FastVelo tracks (TrackSys) - . Use wasDecoded flag to count missed Velo sensors, improves speed (FastVelo) - . Fix gcc4.3/4.6 differences due to sort order (TfKernel, PatAlgorithms) - . Improvements in track fit initialization and clone rejection (TrackTools) - . Set q/p of long tracks by extrapolating from T, not from velo (TrackTools) - . Do not apply FilterFillingScheme in data prior to 2011 since information - not available in CondDB (LumiAlgs) - . Update FilterFillingScheme for 2012 (LumiAlgs) - . Changes in PatForward X search window parameterisation (PatAlgorithms) - . Add to RecVertex the weights associated to each track, remove weights - vector from (s)DST (RecEvent, PackedEvent, GaudiConf, PatPV) - . Increased minimum number of hits left in outlier removal (TrackFitter) - -- Changes to tests - . brunel.brunel-mc11a-xdst now takes input file from svcClass=lhcbdisk - . Add a specific reference file brunel2011magdown.ref.dbg, to track changes - in untested StatusCodes - -</PRE><H1><A NAME=v42r0>2012-02-03 Brunel v42r0</A></H1><PRE> -This version uses projects LCG 62a, Gaudi v23r0, LHCb v34r0, Lbcom v12r0, - Rec v13r0 and SQLDDDB v6r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Development version to pick up LHCb v34r0 software stack. - -- Changes to configuration - . Add a filter for the States on Best and Muon Tracks - -- Persistency changes - . Change to states saved by default on tracks written to output file: - Velo: ("ClosestToBeam") - Long: ("ClosestToBeam")("FirstMeasurement")("BegRich2")("V0Vertex") - T: ("FirstMeasurement")( "BegRich2") - Downstream: ("FirstMeasurement")("BegRich2")("V0Vertex") - Upstream: ("ClosestToBeam")("FirstMeasurement") - Muon ("FirstMeasurement") - -- Changes to references to reflect changes in Brunel v42r0 output: - . Fixes to primitive types that can be saved in Tuples::TupleObj - . Fix to updates of cached geometry for Upstream tracking - . Changes to track fit: fewer smooth operations to improve timing, - smarter use of OT times in OTTrackProjector leading to better Chi2 and - therefore more ProtoParticles - . Add monitor for ANN PID variables - . Move 2D histograms to expert mode (MuonTrackAlign) - . Remove a Velo clusters histogram (VeloRecMonitors) - . Fix reinitialisation when condition is updated (CaloDet) - -- Changes to configuration - . Remove GaudiPoolDb dependency - -- Changes to tests - . Remove tests that write to POOL files, no longer supported - -</PRE><H1><A NAME=v41r3>2011-12-19 Brunel v41r3</A></H1><PRE> -This version uses projects LCG 61b, Gaudi v22r5, LHCb v33r2, Lbcom v11r2, - Rec v12r2 and SQLDDDB v6r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Development version to pick up LHCb v33r2 software stack. - -- Changes to configurable - . Explicitly set L0Conf().RawEventLocations to take L0 banks from DAQ/RawEvent - (follows changes to L0Base, L0DU etc.) - . Remove support for RDST (superseded by SDST) - -- Changes to references to reflect changes in Brunel v41r3 output: - . MuonPID objects now saved only if track is InAcceptance (MuonID) - . Monitor tracks with large IP (TrackCheckers) - . Improve efficiency for large IP tracks (FastVelo) - . Fix error message from PropertyConfigSvc at initialization (LumiAlgs) - -- Changes to tests - . Add brunel.2011-crashes for regression testing of fixes to crashes on 2011 - data. Currently covers bug #89269 affecting Reco12, fixed in CaloReco v5r13 - . Add RegexpReplacer expression to BrunelExclusions.py, to take into account - different printout format from RichHotPixels and RichRawDataDBCheck when - running in debug mode - . Bug fix in CaloUtils - . brunel2010magup test now writes SDST in MDF format, was RDST - -</PRE><H1><A NAME=v41r2>2011-11-11 Brunel v41r2</A></H1><PRE> -This version uses projects LCG 61b, Gaudi v22r5, LHCb v33r1, Lbcom v11r1, - Rec v12r1 and SQLDDDB v6r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Development version to pick up LHCb v33r1 software stack. - -- Changes to configurable - . Print Magnetic Field polarity also when ProductionMode is True - -- Changes to references to reflect changes in Brunel v41r2 output: - . Complete the migration to LHCb::ParticlePropertySvc (TrackMCTools) - . Minor improvements to Rich decoding error messages (RichDAQ) - . Fixes to MuonPID status in ProtoParticle (Savannah task 23459) - . Update default DDDB and LHCBCOND tag for 2011 data to head-20111102 (DDDB) - . NeuroBayes output at initialisation now suppressed (NeuroBayes 10.12) - -- Changes to example options - . Add COLLISION11_25.py, example options for processing 2011 25ns fill - -- Changes to tests - . Add brunel2011-25ns.qmt, to test COLLISION11_25.py - . Add brunel-mc11a-xdst.qmt, to test reprocessing from xdst - -</PRE><H1><A NAME=v41r0>2011-09-21 Brunel v41r1</A></H1><PRE> -This version uses projects LCG 61, Gaudi v22r4, LHCb v33r0, Lbcom v11r0, - Rec v12r0 and SQLDDDB v6r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for MC11 and 2011 end of year reprocessing (Reco12) - -- Changes to references to reflect changes in Brunel v41r1 output: - . Add NextNext to default DstConf().SpilloverPaths (GaudiConf) - . In TrackNNGhostID, fix typo in ITClusterLocation (TrackTools) - -</PRE><H1><A NAME=v41r1>2011-09-16 Brunel v41r0</A></H1><PRE> -This version uses projects LCG 61, Gaudi v22r4, LHCb v33r0, Lbcom v11r0, - Rec v12r0 and SQLDDDB v6r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for 2011 end of year reprocessing (Reco12) - -- Changes to Brunel configurable: - . Create copies of Raw event banks (Trigger/RawEvent, Muon/RawEvent) for adding - to the SDST, see task #21716 - -- Changes to references to reflect changes in Brunel v41r0 output: - . Reduced verbosity from Gaudi persistency service initialisation - . Add FilterFillingScheme algorithm to LumiBeam1 and LumiBeam2 sequences, - changes luminosity results for 2011 MagUp data (LumiAlgs) - . Explicitly set options for the pixel background tools (RichRecSys) - . Small improvements to Rich background tools (RichRecTools) - . Remove Muon Stations efficiency monitor MuEffMonitor, moved to DaVinci - (MuonTrackMonitor) - . New ROOT version 5.30 - . Implemented IsMuonTight, added counter for each IsMuon flag (MuonID) - . Introduce new StandardPV configuration to include radial cut for primary - vertices (PatPV, RecConf) - . Change default persistency to ROOT - . Updates to VeloIPResolutionMonitor and TrackMonitors - . Add histogramsfor IT module overlap residuals for A/C/Top/Bottom for use in - DQ monitoring (TrackMonitors) - . Update default DDDB and LHCBCOND tag for 2011 data to head-20110914 (DDDB) - -- Changes to QMTests - . Fix brunel-lumiconddbchecker following fix to bug #85240 - . Replace ROOT persistency tests with POOL persistency test, default for - all other tests is now ROOT - -</PRE><H1><A NAME=v40r1>2011-07-29 Brunel v40r1</A></H1><PRE> -This version uses projects LCG 60b, Gaudi v22r2, LHCb v32r5, Lbcom v10r5, - Rec v11r6 and SQLDDDB v6r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for 2011 August processing (Reco11a) - -- Changes to Brunel configurable: - . When ProductionMode=True, print the event number only every 1000 events - -- Changes to references to reflect changes in Brunel v40r1 output: - . Add monitoring of Rich Raw data size on L0 selected events (no HLT bias) - . Add new set of Rich CK theta monitors with tight track quality cuts and - other new plots in efficiency and resolution monitors - . Fine tune event 'abort' messages from Rich track selection - . Switch off Rich monitors the require HltDecReports when Simulation=True - . Add new profile histograms in TrackVertexMonitor - . Add histogram for overlaps in ITTrackMonitor - . Use latest DDDB and LHCBCOND tags from SQLDDDB v6r14 - (new field map by default for 2011 data, new Rich aerogel geometry) - . Set global event cut on number of Velo hits to 6000 for 2011 data type - . Loosen the Rich abort cuts for 2011+ data: MaxUsedTracks set to 1000, - MaxPixels set to 30000 everywhere (previously 20000 in global PID) - -- Changes to QMTests: - . Add check of unprotected DEBUG and VERBOSE messages to brunel2011magdown.qmt - (activated in debug mode only) and increase timeout of this test to 2400 sec. - -</PRE><H1><A NAME=v40r0>2011-06-20 Brunel v40r0</A></H1><PRE> -This version uses projects LCG 60b, Gaudi v22r2, LHCb v32r4, Lbcom v10r4, - Rec v11r5 and SQLDDDB v6r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Production version for 2011 summer processing (Reco11) - -- Changes to configurable: - . Adapt to use of IOHelper in LHCbApp and DstConf - . Add "Persistency" slot and propagate to DstConf - . Add "VetoHltErrorEvents" slot (default: True) to Brunel Configurable - o This will skip events that are flagged as Hlt{1,2}ErrorEvent and - write a line in ProcStatus. See Patrick's talks at 04 and 20/06 PPMTS - o Disabled for data prior to 2010, and off by default for simulation - -- Changes to QMTests: - . Add test of Brunel().WriteFSR=False to brunel.brunel-mc09-notruth test - . Remove import of obsolete earlyData.py options from test-big.py - . Add brunel2010magoffroot, brunel2011magdownroot, brunel-bigeventsroot, - brunel-mc10-withtruthroot, readdstfsrroot, replacing POOL with ROOT - persistency and comparing with corresponding POOL tests. - -- Changes to references to reflect changes in Brunel v40r0 output: - . Put back "L1SizeMonitoring" from the default list of monitors following - fixes to initialisation (RichRecQC) - . Adapt to latest LHCBCOND tags from SQLDDDB v6r9 (DDDB) - . Fix remaining missing fields in KalmanFitResult copy constructor - (TrackFitEvent) - . Fix error assigned to OT hits in 'prefit' (TrackProjectors) - . Major changes to MuonID (MuonID) - . Update clusterization counters (CaloReco) - . Small changes to Rich track selection cuts so they are noe the same - everywhere and extend max P cut to effectively +inf value (RichRecSys) - . Add new plot for high Velo cluster multiplicity (VeloRecMonitors) - . Add TrackMonitoring to the list og RICH online histograms (RichRecQC) - . Tune PatSeedingTool to better cope with high occupancy events (PatAlgorithms) - -</PRE><H1><A NAME=v39r4>2011-05-14 Brunel v39r4</A></H1><PRE> -This version uses projects LCG 60b, Gaudi v22r2, LHCb v32r3, Lbcom v10r3, - Rec v11r4 and SQLDDDB v6r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - and additional packages OTDAQ v7r10, TrackSys v6r2, RichRecTrackTools v1r29, - RichRecQC v2r51 - -Bug fix version for first 2011 reprocessing (Reco10) - -- Changes to references to reflect changes in Brunel v39r4 output: - . Remove "L1SizeMonitoring" from the default list of monitors (RichRecQC v2r51) - -</PRE><H1><A NAME=v39r3>2011-05-11 Brunel v39r3</A></H1><PRE> -This version uses projects LCG 60b, Gaudi v22r2, LHCb v32r3, Lbcom v10r3, - Rec v11r4 and SQLDDDB v6r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - and additional packages OTDAQ v7r10, TrackSys v6r2 - -Production version for first 2011 reprocessing (Reco10) - -- Changes to references to reflect changes in Brunel v39r3 output: - . Apply fiducial time window in OTRawBankDecoder -8.0*ns to 56.0*ns - -- Changes to tests: - . Change svcClass for access to freezer files from lhcbdst to lhcbdisk - -</PRE><H1><A NAME=v39r2>2011-04-29 Brunel v39r2</A></H1><PRE> -This version uses projects LCG 60b, Gaudi v22r2, LHCb v32r3, Lbcom v10r3, - Rec v11r4 and SQLDDDB v6r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Development version for first 2011 reprocessing - -- Changes to references to reflect changes in Brunel v39r2 output: - . #121606 etc.: (RichDet) Make sure things are updated when conditions change - . #121762 etc.: (DetDesc) Recover precision in matrices - . Adapt to latest LHCBCOND tags from SQLDDDB v6r7 - . #122070: (RichRecBase) Suppress finalize() warnings about no pixels created - . #122399: (MuonDAQ) Fix an error message due to a mismatch of the IDE and - Tell1 firmware - . #122401: (MuonID) Reading of new dll tuning (DLL_flag == 4) from database, - issue Warning if not in database, for backward compatibility. - . #122401: (MuonID) Small bug fixes - -- Remove all DC06 tests and example options, no longer supported - -</PRE><H1><A NAME=v39r1>2011-04-12 Brunel v39r1</A></H1><PRE> -This version uses projects LCG 60a, Gaudi v22r1, LHCb v32r2, Lbcom v10r2, - Rec v11r3 and SQLDDDB v6r*, ParamFiles v8r*, FieldMap v5r*, AppConfig v3r* - -Development version for first 2011 reprocessing - -- Changes to configuration: - . Change ParamFiles dependency to v8r* (was v8r4) - -- Add example options for 2011 data and update brunel.brunel2011magdown test - to use them. - -- Changes to references to reflect changes in Brunel v39r1 output: - . #121290: (TrackFitEvent) Check for negative element in state covariance - matrix diagonal, update KalmanFitResult error printing accordingly - . #120956: (RichRecQC) Remove RichHPDImageShifts from default monitoring - . #120223: (RichRecQC) Extend the decoding errors monitor - . #121211: (HltMonitors) Add Mu monitor to Hlt monitoring sequence - . (DetCond, DetDescSvc) Fix to bug #80076 (wrong condition used on first event) - . Adapt to latest LHCBCOND tags from SQLDDDB v6r6 - -</PRE><H1><A NAME=v39r0p3>2011-03-23 Brunel v39r0p3</A></H1><PRE> -This version uses projects LCG 60a, Gaudi v22r1, LHCb v32r1p1, Lbcom v10r1p1, - Rec v11r2p1 and SQLDDDB v6r4, ParamFiles v8r4, FieldMap v5r5, AppConfig v3r* - -Patch version for production - - Pick up protection in Spd L0 decoding (CaloDAQ v4r21p1) - -Includes Det/DDDB v1r42 to pick up latest tags from SQLDDDB v6r4: - - Ecal pre-calibration for 2011 - - Ecal/Hcal LED reference and initial quality for 2011 - - Change in Prs/Ecal readout scheme for 2011 - - New calorimeter resconstruction tuning for 2010 - - TT/IT dead channel masks etc for 2011 startup - - First TT/IT/OT alignment for 2011 - - New Rich L1 and HPD IDs for 2011 - - VeloClusterPosition now configured with VeloError paremeterisation from DB - -Updated QMTest references for above changes - -</PRE><H1><A NAME=v39r0p2>2011-03-17 Brunel v39r0p2</A></H1><PRE> -This version uses projects LCG 60a, Gaudi v22r1, LHCb v32r1p1, Lbcom v10r1p1, - Rec v11r2p1 and SQLDDDB v6r1, ParamFiles v8r4, FieldMap v5r5, AppConfig v3r* - -Patch version for production to pick up fixes in MuonID and Rich which -were provoking NAN and other oddities in production. - -MuonID had a large memory leak as discussed here: https://savannah.cern.ch/bugs/?79569 - -Fixes in: Muon/MuonID v8r0p2 and Rec/ChargedProtoANNPID v1r3p1 - -</PRE><H1><A NAME=v39r0p1>2011-03-10 Brunel v39r0p1</A></H1><PRE> -This version uses projects LCG 60a, Gaudi v22r1, LHCb v32r1p1, Lbcom v10r1p1, - Rec v11r2p1 and SQLDDDB v6r1, ParamFiles v8r4, FieldMap v5r5, AppConfig v3r* - -Patch version to pick up patched LHCb Lbcom and Rec. - -- Necessary for 2011 data to process latest TCKs and fill RecHeader with GUID - of raw file for DQ checks - -- See Rec v10r2p1 release notes for details - -</PRE><H1><A NAME=v39r0>2011-03-04 Brunel v39r0</A></H1><PRE> -This version uses projects LCG 60a, Gaudi v22r1, LHCb v32r1, Lbcom v10r1, - Rec v11r2 and SQLDDDB v6r1, ParamFiles v8r4, FieldMap v5r5, AppConfig v3r* - -Production release candidate for 2011 data taking - -- Major version updated due to backward incompatible persistency changes in - Root 5.28.00a and GaudiPooldDB v5r11 - -- Changes to unit tests - . Add brunel-lumiconddbchecker to test online partition usage for lumi - -- Changes to references to reflect changes in Brunel v38r2 output - . #118380 Possibility to configure VeloClusterPositionTool from DB (default) - (TrackTools) - . #117185 Add cluster offset correction (CaloReco) - . #117270 Reduce verbosity of TrackEventFitter (TrackFitter) - . #116970 FastVeloHitManager prints in finalize, not destructor (FastVelo) - . #116954 Add check for untested StatusCodes (PatAlgorithms) - . #116963 Set maximum warning to 0 in TrajPoca (LHCbAlgs) - . #118415 Added MuonID tuning for 2010 and 2011. Added possibility to load - it from DB (not yet default) - . Changed order of NTupleSvc finalisation in Gaudi v22r0 - -</PRE><H1><A NAME=v38r1>2011-02-08 Brunel v38r1</A></H1><PRE> -This version uses projects LCG 60, Gaudi v22r0, LHCb v32r0, Lbcom v10r0, - Rec v11r1 and SQLDDDB v6r0, ParamFiles v8r3, FieldMap v5r5, AppConfig v3r* - -Development release in preparation for 2011 production - -- Changes to configurable: - . default DataType is now 2011 - . Remove support for ETC input - -- Changes to example options - . Remove options with ETC as input - . Remove options and catalogs accessing DC06 and MC09 files that no longer - exist - . Remove all imports of earlyData.py, since this now the default - -- Changes to qmtests: - . Add a test brunel.brunel2011magdown, for the time being identical to - brunel.brunel2010magdown (same input data) to validate 2011 DataType settings - . Remove obsolete brunel.brunel-mc09-stripping test - . Input file for brunel2010magdown test is now taken from 'freezer' castor - directory, to test rootd access to this pool. - . Remove references for slc4_ia32_gcc34(_dbg), no longer supported - -- Changes to references to reflect changes in Brunel v38r1 output - . #114925: all Calo corrections now taken from CondDB - . #115007: reduce CaloReco verbosity - . #115040: New default DDDB tag for real data: head-20101206 - . #115196: New expert monitoring for ProtoPIDANN - . #115240: Switch default ANN configuration from MC2010Tune to MC10TuneV1, - activate the new Ghost ID network for each track type. - . #115674: Suppress Warning "Ingress/ODIN Event ID checks are disabled" - . #115635: Add new SUMMARY sequence, runs RecSummaryAlg to fill new reco - summary object saved on DST - . #116712: Remove use of earlyData flag in MuonID - . #116318: Remove use of earlyData flag in PV Reco - . #116127, 116216: earlyData settings become default in tracking - . #116130: Switch to new tracking sequence, remove use of earlyData flag - . #116384, 116383: Major modification of Kalman filter implementation - . #116912: Put back DC06 Velo error parameterisation, MC10 one introduced - in Brunel v38r0 (#114631) needs more study. - . Move to a single sqlite file for ONLINE_2010 conditions - -</PRE><H1><A NAME=v38r0>2010-12-21 Brunel v38r0</A></H1><PRE> -This version uses projects LCG 58f, Gaudi v21r11, LHCb v31r8, Lbcom v9r9, - Rec v10r6 and SQLDDDB v5r44, ParamFiles v8r3, FieldMap v5r5, AppConfig v3r* - -Development release in preparation for 2011 production - -- Changes to references to reflect changes in Brunel v38r0 output - . #95658: reduce verbosity of CaloDet initialisation - . #87476: add options to switch on FastVelo - . #101202: add profile plots of Rich data size vs. HPD and L1 ID - . #101117: New default tags for 2010,2009,2008 data. Changes include: - . ecal-20101106-qual: Ecal channel quality update for 2010 reprocessing - . ecal-20101106-calib: Ecal calibration update for 2010 reprocessing - . ecal-20101106-led: LED measured gain shift correction for Ecal - . rich-20101106-corr: Final 2010 RICH run by run gas refractive index corrs. - . rich-20101106-hpd: Added list of inactivwe HPDs - . rich1-20101106: New aerogel refractive index calibrations - . tt-20101106: updated TT dead strip maps - . #103054: Add processing time monitor for Vertex, Calo, Muon, Proto sequences - . #103059: Various new Rich monitoring plots, reduce verbosity - . #103287, 103294: Execute track associators only if corresponding track type - has been reconstructed - . #114361: Remove 2010 MC CK theta smearing - . #114423: Add ExpertProtoMoni sequence to expert monitoring - . #114631: New tuning of VeloCluster error parameterization - -- Changes to example options - . In COLLISION10-Beam3500GeV-VeloClosed-MagDown.py use a more recent raw file, - from run 81694 - -- Changes to QMTests - . Added fixed-file sim2010 tests, to check for processing sim2010 files - . Started compatibility.qms suite, for future-proofing DB changes - . Modified the other fixedfile tests so that they only care about the - number of errors/warnings in the results - . fixedfile-boole-v19r8-2009-digi-extended test now only runs if - fixedfile-boole-v19r8-2009-digi was successful - . fixedfile-boole-v19r8-2009-digi-extended-spillover test now only runs if - fixedfile-boole-v19r8-2009-digi-extended was successful - . Update brunel.brunel2010magdown for changed input file - . New test brunel-mc10-withtruth.qmt to test MC10 simulation settings. - Currently uses a private file from Chris Jones. - . Ignore NeuroBayes initialization messages in QMTest references - -</PRE><H1><A NAME=v37r8p5>2010-11-23 Brunel v37r8p5</A></H1><PRE> -This version uses projects LCG 58f, Gaudi v21r11, LHCb v31r6p1, Lbcom v9r7p1, - Rec v10r5p3 and SQLDDDB v5r39, ParamFiles v8r3, FieldMap v5r5, AppConfig v3r* - -- This is a minimal patch and clean-up to include the latest fixes which were - also done for the reprocessing release of Brunel v37r8p3. - -- There are also the RICH specific changes for smearing Cherencov angles from the - MC. See the Rec release notes for more details. - -- There is a test of the new RICH functionality - -</PRE><H1><A NAME=v37r8p4>2010-11-11 Brunel v37r8p4</A></H1><PRE> -This version uses projects LCG 58f, Gaudi v21r11, LHCb v31r6p1, Lbcom v9r7p1, - Rec v10r5p2 and SQLDDDB v5r39, ParamFiles v8r3, FieldMap v5r5, AppConfig v3r* - -- This version picks up the Tf/PatVelo fix for DB caching problems - and the Tr/TrackTools fix of an uninitialized pointer - It replaces v37r8p3 as the winter reprocessing version. - - -</PRE><H1><A NAME=v37r8p3>2010-11-05 Brunel v37r8p3</A></H1><PRE> - -- This version picks up the Rich/RichHPDImageAnalysis fix required to prevent a segfault. - It replaces v37r8p2 as the winter reprocessing version. - - -</PRE><H1><A NAME=v37r8p2>2010-11-05 Brunel v37r8p2</A></H1><PRE> -- Dummy version to pick up FSR changes from Rec. - -- Previous Recs had a bug in FSR writing that the FSRs were not always created. - That's fixed in Rec/LumiAlgs v4r1p1 - - -</PRE><H1><A NAME=v37r8p1>2010-10-28 Brunel v37r8p1</A></H1><PRE> -- Changes to references to reflect changes in Brunel v37r8p1 output - . #87223: New LHCBCOND tag head-20101010 - . #87576, #87577, #87582, #87587, #87589 Fix refractive index for Aerogel - . #89880: Remove Aerogel specific monitor - . #95457: Latest alignment db, Photon improvements in Rich, printout of Calo Quality checks - -</PRE><H1><A NAME=v37r8>2010-10-04 Brunel v37r8</A></H1><PRE> -- Changes to Configurable: - . Remove the ProtoParticle PID cleaning algorithm, that removes Rich and Muon - information prior to DST writing. This is now done when needed, via the - DstConf Configurable in GaudiConf (see Savannah task #17217) - . Propagate value of Simulation slot to RecMoniConf and LumiAlgsConf, switches - off LimiAccounting algorithm in case of Simulation=True - . Add slot Brunel().CaloPhotonChecker (default False) to switch off this - expert checking algorithm while waiting for fix to bug #73392 - -- Changes to example options - . In MC09-Files.py, do not set database tag for MC09 DataType, use the default - -- Changes to references to reflect changes in Brunel v37r8 output - . #52124: Added histograms for magnet kick to TrackFitMatchMonitor - . #54084: PhotonFromMergedRec algorithm removed from Calo Reco sequence, save - time by doing it in MergedPi0Rec algorithm - . #62241: Add Hlt monitoring sequence - . #82690: Change track selection chi2 for charged ProtoParticles to < 10 - . #86415: Make fit in PatSeedFit more similar to what is used in PatSeeding - . #86502: Add VeloIPResolutionMonitor to standard monitoring - . #86515: Improve Calo LCorrection - . #86550: Suppress unnecessary printouts from MuonID - . #86666: Add TrackPV2HalfAlignMonitor to monitoring sequence, add histograms - for Velo-Calo matching - . #86866: Enable by default the running of the new ANN PID algorithms - . #87223: New default tags for 2010,2009,2008 data. Changes include: - . align-20100902: Tracking alignment v4.1 - . it-20101001: Fix wrong positioned IT support column in Station 2 Aside - . it-20100930: Protection in IT geometry against rounding error - . tt-20100820: Fix overlap between outer modules in TTb - . tt-20101001: Latest TT dead strip map after VCSEL repair - . rich*-20100906*: New HPD chip alignments, new Rich mirror alignments - -- Changes to QMTests - . brunel.brunel-mc09-withtruth now runs over 15 events (was 10) - . brunel.brunel-mc09-withtruth-invfield no longer needs - TrackPrepareVelo().reverseCharge=True - -</PRE><H1><A NAME=v37r7>2010-09-03 Brunel v37r7</A></H1><PRE> - -This version requires ParamFiles >= v8r3, Det/DDDB >= v1r34 - -- NB: This version of Rec and LHCb require new Database tags otherwise processing will fail. - DDDB must be >= head-20100826 - LHCBCOND must be >= head-20100831 - SIMCOND depends on the data being analysed - Consult the defaults in Det/DDDB for more information - Det/DDDB has been updated with these new defaults - -- Updated references for tests. - -- This version pick up the latest geometry and event model changes - from LHCb and Lbcom. - -- The Luminosity methods have been updated to allow for -log(P), and write those FSRs - but this requires a full reprocessing before they can be used - -- Tracking and Vertexing have been updated to more appropriate cuts, - timing has also been improved slightly - -- The DDDB, SIMCOND, LHCBCOND tags required to use this software have been - updated. The software is not strictly backward-compatible on the old DB tags. - head-20100826 tags should be used. Det/DDDB v1r34 contains the new defaults. - -- Det/DDDB v1r34 and Rich/RichRecTrackTools v1r24p1 have been absorbed. - . Rich/RichRecTrackTools v1r24p1 fixes bug #72136. - . Det/DDDB v1r34 fixes many backwards-compatibility problems - -</PRE><H1><A NAME=v37r6p1>2010-08-04 Brunel v37r6p1</A></H1><PRE> - -- There were a few bugs in the v10r3 Rec release. This is an emergency patch of those. - -- bug #70990, problems with stateless tracks in the Best track container - . Only one package is changed Tf/TrackSys v4r37 - -- bug #71012, new fit mechanism for tracks breaks Calo photon reconstruction - . Two packages are reverted to older versions: Tr/TrackFitter v2r49, Tr/TrackTools v3r33 - -- The test references have been updated - -</PRE><H1><A NAME=v37r6>2010-07-26 Brunel v37r6</A></H1><PRE> -- Dummy release to pick up the latest Rec, v10r3 - -- Updated references for tests - -- Propagate DataType to TrackSys - -</PRE><H1><A NAME=v37r5>2010-07-22 Brunel v37r5</A></H1><PRE> -- Changes to references to reflect changes in Brunel v37r5 output: - . OTHitEfficiencyMonitor: Add 2D histos per layer (TrackMonitors) - . Add MuonEffMonitor (MuonTrackMonitor) - . Improved Muon alignment monitor (MuonTrackMonitor) - . Report processing aborted in ProcStatus (Rich, Tracking, Velo) - . Fix uninitialised variables (VeloDet) - . New Velo RF foil thickness from head-20100531 DDDB and LHCBCOND tags - . New HPD demagnification parameters from head-20100531 DDDB tag - . Track fits now done after clone killing (TrackSys) - . Updated track selection cuts for the Rich - . Add plot to monitor total number of photon candidates (RichRecQC) - . Add counter for number of tracks changing sign (TrackFitter) - . Add HitEffPlotter algorithm to expert monitoring - . Add cut on max number of IT and OT hits (PatAlgorithms) - . Fix wrong fractional mass calculation in mixtures (DetDesc) - . Updated eta correction and new hit error estimates (STTools) - . ChronoSvc output level increased, to avoid duplicate timing table (RecConf) - . Reduce max number of photon candidates to 250k (from 1M) (RichRecSys) - . Add MoniGENERALSeq, with monitoring of processing time and status (RecAlgs) - . Remove suppression of Seckrb5 stderr that was produced by xrootd - . Add suppression of warnings of delta memory greater than 3*sigma - -</PRE><H1><A NAME=v37r4>2010-06-24 Brunel v37r4</A></H1><PRE> -- Changes to configurable - . Fix AgeLimit when reprocessing from RDST or SDST - -- Changes to example options - . All castor data accesses are now down through root: (xrootd) protocol - -- Changes to tests - . remove brunelmdfrst test, as all functionality is already tested elsewhere - . ignore BrunelInit warnings count in comparisons (due to fluctuations in - memory usage) - . switch off STOfflinePosition Lorentz correction in brunel-mc09-withtruth and - brunel-mc09-withtruth-invfield tests, to avoid differences when inverting - the magnetic field. - -- Changes to references to reflect changes in Brunel v37r4 output: - . Follow fix to MagneticFieldSvc().ForceToUseDownMap. As a result of this bug, - DC06 reco was using wrong polarity, since Brunel v37r2 (Magnet v7r1) - . Latest Calo calibration from head-20100531 LHCBCOND tag - . Improved rejection of R clusters (PatVelo v3r24) - . Use OT dead strip list in expected hit calculation (TsaAlgorithms v3r21) - . New hit error estimates for MC (STTools v4r2) - . New tuning of eta correction (STTools v4r2) - . Changed precision of OTMeasurement::deltaTimeOfFlight (TrackFitEvent v5r0) - . Do not reconstruct forward tracks if there are more than 1000 velo tracks - (PatAlgorithms v4r3) - . Switch from loose to default PV (RecConf v1r1) - . Added LumiLowCount FSR (LumiAlgs v3r6) - . Reduce verbosity of LumiAlgs (LumiAlgs v3r6) - . New STClusterMonitor histograms (STMonitors v3r2) - . Added 2D histograms (hit-hot) to OTHitEfficiencyMonitor (TrackMonitors v1r26) - . New histograms in TrackVertexMonitor and TrackVeloOverlapMonitor - (TrackMonitors v1r26) - . Less verbosity in CondDBEntityResolver (CondDBEntityResolver v5r2) - . New Cherenkov angle plots for aerogel (RichRecQC v2r42) - . Book all histos at initialize (MuonPIDChecker v5r2) - -- New incompatibility - . The new default ST hit error estimates applied by STTools are only compatible - with the corresponding tuning from Boole v21r5 - -</PRE><H1><A NAME=v37r3>2010-05-26 Brunel v37r3</A></H1><PRE> - - Changes to references to reflect changes in Brunel v37r3 output: - . New warning about Ingress/ODIN checks disabled (RichDAQ) - . Changes to PatVeloSpaceTool and PatVeloTrackTool to improve internal fit in - the case of half box misalignments (PatVelo) - . Add a couple new plots to show number of active HPDs per event (RichRecQC) - . In Expert mode, add monitor for ODIN trigger types (RichRecQC) - . Latest Rich calibration from head-20100430 LHCBCOND tag - . Latest OT T0 calibration from head-20100509 LHCBCOND tag - . New field map from head-20100518 LHCBCOND tag - . Added MuonTrackMonitor - . Added PropagateFSRs (LumiAlgs) - . Add IP plots to TrackMonitor expert options - . Less verbose handling of errors and warnings (TrackExtrapolators etc.) - . Fix untested StatusCode in TrackInterpolator - . Activate monitoring for resolved Pi0 (CaloMoniDst v5r2) - . New framework for CaloCorrections, parameters taken from CondDB - (CaloReco v5r5) - . Improvements to lumi FSR handling (LumiAlgs v3r5) - . Improved error handling in case of corrupt raw bank (VeloDAQ v5r2) - . Bug fix in splitCluster on demand settings (CaloReco v5r5) - -- Changes to tests - . brunel.brunel-bigevents: - o add a big event from run 70122, tests bug #67111 - o add an event from run 71491, tests bug #67364 - . brunel.brunel-mc09-withtruth-invfield.qmt: fix polarity of inverted field, - should be Down (MC09 was simulated with Up polarity) - -</PRE><H1><A NAME=v37r2p2>2010-05-16 Brunel v37r2p2</A></H1><PRE> - -</PRE><H1><A NAME=v37r2p1>2010-05-10 Brunel v37r2p1</A></H1><PRE> - -</PRE><H1><A NAME=v37r2>2010-04-29 Brunel v37r2</A></H1><PRE> -- Changes to configurable - . Add support for SDST - -- Changes to options - . Use consistent DDDB and SIMCOND tags in 2009-FEST-Data.py, following - change in default 2009 DDDB tag - . Added example options for 2010 data: - COLLISION10-Beam3500GeV-VeloClosed-MagDown.py - COLLISION10-Beam3500GeV-VeloClosed-MagOff.py - COLLISION10-Beam3500GeV-VeloClosed-MagUp.py - -- Changes to tests - . Add tests on 2010 data: - brunel.brunel2010magdown - tests also MDF SDST output - brunel.brunel2010magup - tests also MDF RDST output - brunel.brunel2010magoff - tests also packed DST output - . Add test on selected big events that caused problems in early 2010 data: - brunel.brunel-bigevents - tests also unpacked DST output - -- Changes to references to reflect changes in Brunel v37r2 output: - . New OTTrackMonitor histogram (TrackMonitors v1r24) - . Bug fix in NeutralProtoP (GlobalReco v6r32p1) - . Change in parametrisation and some other small changes in PatAddTTCoord - (PatAlgorithms v4r1) - . Turn on suppression of very high occupancy HPDs (>200 hits) - (RichRecSys v3r29) - . bug fix for downstream tracks in TrackStateInitTool (TrackTools v3r30) - . New default database tags (DDDB) - . Change to MagneticFieldSvc options and printout (Magnet) - . Add CK theta pull plots (RichRecQC v2r40) - . Add protection against hot events (TsaAlgorithms) - . Switch on RZ overlap track finding in backward direction (PatVelo) - . Fixes to MuonPID Monitoring (MuonPIDChecker v5r1p1) - . Disable booking of Rich Root Ntuple by default. (RichRecQC v2r40) - . Convert histos to profiles, add monitoring of decoding errors (RichRecQC v2r40) - . Improve Aerogel monitoring (RichRecQC v2r40) - . Add TrackVeloOverlapMonitor (TrackMonitors v1r24) - . Add 4 histos, 2 profile plots to TrackFitMatchMonitor (TrackMonitors v1r24) - -</PRE><H1><A NAME=v37r1>2010-04-15 Brunel v37r1</A></H1><PRE> -- Changes to Configurable - . Use named instance of RichRecQCConf (Same as in RecSys) - . Propagate "Simulation" property to RecSys (for use by RichRecSysConf) - -- Changes to tests - . Edited global/local db to follow new CondDB configurable - . Edited brunel-mc09-withtruth to follow RichRecQCConf change - . Edited brunel-mc09-mctruth-withfield to follow change in MagneticFieldSvc - -- Changes to references to reflect changes in Brunel v37r1 output: - . Add protection against large events (RichRecBase v3r29) - . Make the Functional CK theta resolution tool the default for Offline - reconstruction (RichKernel v7r33) - . Reorganisation of CaloPID monitoring (CaloMoniDst v5r0) - . MuonPIDChecker looks at Dowstream tracks also in OffllineFull mode - (MuonPIDChecker v5r1) - . ST noise taken from conditions (STMonitors v3r0) - . Add multiplicity histo to TrackMonitor (TrackMonitors v1r23) - . Make check on track type before processing in IT/TTTrackMonitor which - removes all errors from extrapolator (and reduced CPU by factor >10) - (TrackMonitors v1r23) - . New earlyData tuning of PatDownstream (PatAlgorithms v4r0) - . Added protection against huge Velo events (VeloDAQ v5r0) - -</PRE><H1><A NAME=v37r0>2010-03-29 Brunel v37r0</A></H1><PRE> -- Changes to Configurable - . Add cleaning of PID information from charged ProtoParticles before saving - to (r)DSTs. - . Follow changes in MuonPIDChecker configurable - -- Changes to tests - . Pick up histogram setting options from AppConfig - . Added three new tests, fixedfile-brunel2009-*, for reprocessing 2009 data - o fixeddb: with some arbitrary database - o globaldb: with the latest database global tags - o localdb: with the latest database local and global tags - . Update exclusions from comparisons with reference to exclude also: - o Rich refractive index updates on Online DB - o LHCBCOND connection strings for local tags (needed for new localdb test) - o Warnings about total memory of event exceeding 3*sigma - -- Changes to references to reflect changes in Brunel v37r0 output: - . Printout APE values from STOfflinePositionTool (STTools v3r17) - . Suppress warning message about empty HPD data blocks - (RichRecBase v3r27p1) - . Minor changes to monitoring output (RichRecQC v2r37p1) - . Fixed small bug in PrimaryVertexChecker (PatChecker v3r7) - . Add support for below Threshold Rich PID type (various Rich packages) - . Restructure Calo configurables (CaloPIDs v5r5, CaloReco v5r4) - . Add NeutralPIDs Calo PID sequence (CaloPIDs v5r5) - . Changes to Calo monitoring (add ProtoElectronMon, remove - EcalSplitClusterMon, less verbose initialization) (CaloMoniDst v4r4) - . Modification to structure of PV fit tools (PatPV v3r14) - . Enable CondDB by default in CaloID2DLL (CaloPIDs v5r5) - . Fix non-reproducible processing in CaloSharedCellAlg (CaloReco v5r4) - . PatVeloTT pattern recognition bug fix (PatVeloTT v3r11) - . Verbosity changes in bankKiller (DAQUtils v1r2) - . New default LHCbCond tag for 2009 and 2010 data (DDDB v1r29) - . Add Muon, Rich PID and combined DLL to ProtoParticle (for monitoring) and - remove again before writing out (GlobalReco v6r32, Brunel) - . Additional track monitoring histograms, disable most histograms in Online, - move some histograms to Expert (TrackMonitors v1r22) - . New early data tuning for Seed tracks (TsaAlgorithms v3r17) - . Update of ST measurement uncertainty tuning (Tracksys v4r31) - . Use detailed Bethe Bloch dE/dx tool as default in fit - (TrackExtrapolators v2r26) - . Made Velo dEdx parameters in TrackVelodEdxCharge load from conditions - (TrackTools v3r28) - new normalisation in SQLDDDB v5r23 - . Cleanups in MuonPIDChecker (MuonPIDChecker v5r0) - . Less verbosity in TrackMasterFitter initialisation (TrackFitter v2r46) - . Less verbosity in TrajOTProjector initialisation (TrackProjectors v2r27p1) - . Fixed bug 64670, changed default data type in configuration files to 2009 - (MuonID v7r8) - . Add RichHPDImageShifts monitoring sequence (RichRecQC v2r38) - -</PRE><H1><A NAME=v36r2>2010-02-26 Brunel v36r2</A></H1><PRE> - - Changes to Configurable: - . Update Histogram slot to support new levels of Histogramming - "None", - "Online", "OfflineExpress", "OfflineFull" and "Expert". Note that these - levels are now case sensitive. - - - Changes to tests - . Update RichRecQC options in mc09-withtruth and mc09-withtruth-invfield tests - . In brunel-fest09.qmt, test also Brunel().Histograms="Online"; - . In brunelmdfrdst.qmt, test also Brunel().Histograms="OfflineExpress"; - . In brunel-mc09-stripping.qmt, test also Brunel().Histograms="None"; - . In all tests, ignore changes in magnetic field map scale factor or - polarity (initial value depends on "now" value in latest online snapshot) - - - Changes to references to reflect changes in Brunel v36r2 output: - . Less info() at initialize step (PatVelo v3r20) - . Change track fit convergence criteria and increase max number of - iterations from 3 to 10 (TrackFitter v2r45) - . Changed default value of UpdateTransport to true (TrackFitter v2r45) - . Reduce default set of RichENN histograms (RichRecQC v2r37, RichRecSys v8r2) - . Reduce default set of OT histograms (TrackMonitors) - . Moved some info messages to debug; improved error reports for RK - (TrackExtrapolators v2r25) - -</PRE><H1><A NAME=v36r1>2010-02-18 Brunel v36r1</A></H1><PRE> - - Changes to Configurable: - . Remove OTTimeCreator from CheckOTSeq, no longer needed (task 12674) - . Changed default DataType to 2010 - - - Changes to tests: - . Modify brunel-cosmics.qmt to add a test of writing unpacked DST - . Do not run mc09-withtruth-invfield test if mc09-withtruth has failed - . In mc09-withtruth and mc09-withtruth-invfield tests, switch off Rich - trackless ring monitoring since some differences are expected due to wrong - magnetic field corrections in the invfield case - - - Changes to references to reflect changes in Brunel v36r1 output: - . Change in aerogel CK theta range (RichRecBase v3r26, RichRecQC v2r36) - . Updates to SpdMonitor, add histograms in CaloEMuMonitor (CaloMoniDst v4r4) - . New Pixel Cluster monitor, remove MC related printout (RichRecQC v2r36) - . New histogram per radiator for raw expected CK theta distn (RichRecQC v2r36) - . Changes to Rich Alignment histos (RichRecQC v2r36) - . Bug fix in TrackV0Utils (TrackUtils v1r34) - . Added profiles to OTHitEfficiencyMonitor and histograms to OTEffMonitor, - OTTrackMonitor (TrackMonitor v1r20) - . MuonID parameters can now be read from database (MuonID v7r7) - . Made MuonID MC09 configuration the default (same as 2009) (MuonID v7r7) - . TrackMuonMatchMonitor added to MoniTrSeq (TrackMonitor v1r20) - . Muodified ST cluster monitor (STMonitors v2r4) - . New parameterisation in PatAddTTCoord (PatAlgorithms v3r29) - . Changes to RichHPDHotPixelFinder (RichTools HEAD) - . Move some info messages to debug (TrackExtrapolators v2r24p2) - . Vertex shifts now measured with respect to MC position (PatChecker v3r6) - . New default database tags for 2009 (DDDB v1r28) - . Add LumiLowFSR (LumiAlgs) - . Move all decoding and clustering to the start of the tracking sequence - (TrackSys v4r30) - . Improvements in TrajOTProjector (TrackProjectors v2r27) - . Use RungeKutta extrapolator instead of HeraB (CaloPIDs v5r4) - . Disabled Rich 2D IFB hit maps (RichRecQC v2r36) - . Add PatPVVeryLoose.py for the tuning on 2009 data (RecSys v8r1) - . Latest earlyData tuning for PatDownstream & PatForward (PatAlgorithms v3r29) - . Additional ST cluster monitor expert histos (STMonitors v2r4) - . Detailed hardware consistency check of L0TCK (L0DU v10r2) - -</PRE><H1><A NAME=v36r0>2010-01-26 Brunel v36r0</A></H1><PRE> - - Changes to requirements - . Use ParamFiles v8r2 - - - Changes to Configurable: - . Do not write NanoEvents to DST by default (task 12940). Can be - switched on by setting Brunel().WriteLumi = True - . If not writing NanoEvents, do not run dummy DST packers - . LumiFSR creation done only if input are MDF events - . Pass DataType DstConf (who propagates it to SimConf). Fixes bug 60636 - . New option RawBanksToKill: removes banks from RawEvent so they are not - seen by the reconstruction and not copied to DST. Default is empty list, - except if DataType is "2009", when ["VeloFull", "L0PUFull"] are removed. - - - Changes to tests: - . Use correct magnet polarity in mdfrdst test - . Added brunel-fest09-olddddb to check if bug 59544 re-appears - runs the Fest09 data with an old dddb tag. Segfaults in v35r8. - - - Changes to example options - . 2009-Collisions.py no longer sets Brunel().UseOracle, no longer needed for - the 2009 data. - - - Changes to references to reflect changes in Brunel v36r0 output: - . New counters in DST packer algorithms (EventPacker v2r2) - . New RichCKRes 2D plots (RichRecQC v2r35) - . Production of TimeSpanAccounting FSR (LumiAlgs v3r2) - . Fix to GaudiPoolDB to enable file sharing in FileRecordCnvSvc (Gaudi v21r7) - . Fix DeSTSector::cacheInfo (STDet v4r16) - . Protect against accessing ONLINE CondDB with invalid times (DetCond v12r9) - . Improved handling of Veol tracks across half boxes (PatVelo v3r19) - . New histograms in Rich alignment monitors (RichRecQC v2r35) - . Now using online Rich gas temperature & pressure conditions (SQLDBDB v5r18) - . New online snapshot changes initialisation values for Magnet (SQLDBDB v5r18) - . Improved printout of L0DU configuration when re-running L0 trigger (L0DU) - . New L0DUReportMonitor monitoring histograms and improved printout (L0DU) - . Looser photon preselection cuts in Rich reco for first data (RichRecSys v3r25) - -</PRE><H1><A NAME=v35r11p2>2010-01-20 Brunel v35r11p2</A></H1><PRE> -Version built on v35r11b branch - - - Changes to references to reflect changes in Brunel v35r11p2 output: - . Fix DeSTSector::cacheInfo (STDet v4r16) - . New CondDB default tags (DDDB v1r27) - -</PRE><H1><A NAME=v35r11p1>2010-01-19 Brunel v35r11p1</A></H1><PRE> -Version built on v35r11b branch - - - Changes to example options - . 2009-Collisions.py no longer sets Brunel().UseOracle, no longer needed for - the 2009 data. - - - Changes to QMTests - . Make QMTest exclusion for changes in path to CondDB files more robust - (same as fix to GaudiConf v13r3 on head branch) - -</PRE><H1><A NAME=v35r11>2009-12-15 Brunel v35r11</A></H1><PRE> - - Changes to example options - . Add earlyData switch to 2009-BeamGas.py and 2009-Collisions.py - (Needs AppConfig v3r28) - - - Changes to tests - . brunelmdfrdst test now processes 2009 collisions data file. Tests both the - 2009 data processing and the mdf pack type - - - Changes to references to reflect changes in Brunel v35r11 output: - . Added more histograms to TrackMonitor (TrackMonitors v1r18) - . TrackV0Finder now skips V0 search if PV not reconstructed (TrackUtils v1r32) - . Downstream track efficiency now checked also if Velo open (TrackSys v4r29) - -</PRE><H1><A NAME=v35r10p1>2009-12-07 Brunel v35r10p1</A></H1><PRE> - - Changes to example options - . In options/2009-Collisions.py: - + Add importOptions("$APPCONFIGOPTS/Brunel/allTracksProtoP.py"), additional - options to make ProtoParticles for all track types (Brunel default is just - [ "Long", "Upstream", "Downstream"] - + Add importOptions("$APPCONFIGOPTS/Brunel/richLooseTrackCuts.py"), - additional options loosen Rich track selection in early data - + Add importOptions("$APPCONFIGOPTS/UseOracle.py"), to use Oracle CondDB - + Update example file to collisions data with all detectors included - -</PRE><H1><A NAME=v35r10>2009-12-01 Brunel v35r10</A></H1><PRE> - - Changes to tests - . Update Brunel exclusions file to skip comparisons of geometry overlap - coordinates (but still check that number of overlaps is unchanged) - - - Changes to references to reflect changes in Brunel v35r10 output: - . Improved comparison of floating point numbers (DetDesc v18r17) - -</PRE><H1><A NAME=v35r9p1>2009-11-24 Brunel v35r9p1</A></H1><PRE> - - Changes to example options - . Add options/2009-Collisions.py: example options for 2009 collisions data - - - Changes to references to reflect changes in Brunel v35r9p1 output: - . Bug fix to use of ScaleFactor option in MagneticFieldSvc (Magnet v5r5) - -</PRE><H1><A NAME=v35r9>2009-11-23 Brunel v35r9</A></H1><PRE> - - Changes to example options - . Add options/2009-BeamGas.py: example options for 2009 beam gas events - (needs AppConfig v3r22) - - - Changes to tests - . fixedfile tests added, the file used is coded into the tests, and all boole - v19r8 file types are tested - . fixedfile-boole-v19r8-2009-digi-extended-spillover - . fixedfile-boole-v19r8-2009-digi-extended - . fixedfile-boole-v19r8-2009-digi - . fixedfile-boole-v19r8-2009-mdf - . Do not fail tests if "Delta Memory for the event exceeds 3*sigma" - - - Changes to references to reflect changes in Brunel v35r9 output: - . New VeloTrackMonitor histograms (VeloRecMonitors v2r3) - . Change to printout of track fitter names (TrackFitter v2r40) - . OTTimeMonitor added to MoniOTSeq (TrackMonitors v1r16) - -</PRE><H1><A NAME=v35r8p1>2009-11-22 Brunel v35r8p1</A></H1><PRE> - - No changes in Rec/Brunel relative to v35r8 - -</PRE><H1><A NAME=v35r8>2009-11-17 Brunel v35r8</A></H1><PRE> - - Changes to Configurable: - . Replace CaloAssociators.opts DataOnDemandSvc options with explicit - sequencing of Calo truth associators when running Calo checkers. - . Adapt to changes in GaudiConf v12r10, EventPacker v1r9, PackedEvent v3r7 - . Use "AlwaysCreate" option of DstConf to create empty packed DST objects if - input containers are missing (in particular for Lumi event case) - . New option "ProductionMode", special settings for running in production, - replaces "NoWarnings" option (kept for backward compatibility) - . Adapt luminosity configuration to run on raw files only. - Luminosity tracking has no meaning on an ETC. - - - Changes to options - . Modify Brunel-Cosmics.py to follow changes in TrackSys v4r27 - . Remove also obsolete Rich options from Brunel-Cosmics.py - - - Changes to tests - . brunel-fest09 test updated to test also Brunel().ProductionMode option - . new test readdstfsr.qmt, checks that brunel-fest09 has written an fsr - - - Changes to references to reflect changes in Brunel v35r8 output: - . Changed VeloTrackMonitor histograms (VeloRecMonitors v2r3) - . Changed TrackMonitor histograms (TrackMonitors v1r15) - . Introduction of CaloDigitConf (CaloDAQ v4r15, CaloReco v5r3) - . Made MagnetTool aware of field updates (PatVeloTT v3r9) - . ProtoParticle no longer has Muon and Rich DLL ExtraInfo (GlobalReco v6r28) - . New TrackCaloMatch monitoring (TrackSys v4r27, TrackMonitors v1r15) - . New plots in OTTrackMonitor (TrackMonitors v1r15) - . OdinTypesFilter replaced by LoKi::ODINFilter (LumiAlgs v2r4) - . Suppress warnings about lost banks (STDAQ v3r20) - . Changes to Lumi counters sequence (LumiAlgs v2r3) - . Introduction of ConfiguredFitSeed (TrackFitter v2r39) - . Introduction of TrackAlignMonitor and TrackOccupChecker - -</PRE><H1><A NAME=v35r7>2009-10-23 Brunel v35r7</A></H1><PRE> - - Changes to Configurable: - . Fix for ETC input (was missing definition of EvtTupleSvc) - . Allow users to explicit set empty sequences - . Set context of top level sequence to value of "Context" property - . Add support for Lumi events: - o New LumiSeq sequence runs if input is real data in MDF or ETC format - o LumiSeq runs immediately after initialisation, filters on Hlt routing bits - o All phases other than "Init" and "Output" moved into a "PhysicsSeq" - sequencer and run only if physics routing bit is set - o Calo bank unpacking moved from Init phase to first algorithm of PhysicsSeq - o Dummy DSTPacker sequence is run if physics routing bit is not set, to - create empty containers for the events output file - . Bug fix: production of Lumi FSR now done also when input is from ETC - (was MDF only) - . Move configuration of Monitoring phase to RecMoniConf configurable - (RecSys v35r7) - . Brunel().MoniSequence option removed, now a property of RecMoniConf - - - Changes to example options: - . Replace usage of obsolete Brunel().NoWarnings option with - Brunel().OutputLevel - . Add options/2009-FEST-Data.py, datafile containing lumi events - . Add options/Brunel-MC09Stripping.py, to reconstruct MC09 stripping FETC - - - Changes to references to reflect changes in Brunel v35r7 output: - . Introduction of Runge Kutta as default extrapolator - (TrackExtrapolators v2r24) - . Fix untested StatusCodes - (GlobalReco v6r27, RichRecMCTools v2r25p1, RichRecMonitors v2r4) - . Fix of nDoF in Muon fit (MuonID v7r2p1) - . New Rich ring search monitor (RichRecQC v2r34) - . Fix to CaloPID monitor initialisation (CaloMoniDst v4r1) - . Reduced CaloPIDs verbosity (CaloPIDs v5r1p1) - . Reduced warnings (RichGlobalPID v3r10p4) - . New handling of Calo Raw bank decoding (CaloDAQ v4r14) - . Improvements to PatDownstream (PatAlgorithms v3r23). See T-Rec 2009-09-28 - http://indico.cern.ch/getFile.py/access?contribId=3&resId=0&materialId=slides&confId=48029 - . Deploy new ghost algorithm TrackAddNNGhostId, replaces NeuralNetTMVA - (TrackSys v4r26, TrackTools v3r22, TrackUtils v1r30) - . HPD hot pixel finder is no longer an algorithm, now a generic tool called - by dedicated instance of HPDAnalysisAlg algorithm (RichRecQC v2r34) - . Added OTEfficiencyMonitor and OT pitch residual plots. OT monitors now run - in dedicated sequence (TrackMonitors v1r14) - . Rich alignment histograms now booked by default! (RichRecQC v2r34) - . New memory histograms and counters (LHCbAlgs v2r29) - . Removed cut on hot sectors when using VELO lite clusters (PatVelo v3r18) - . Added extra extrapolator to TrackMasterFitter for velo-only tracks - (TrackFitter v2r38) - . Changes to VeloTrackMonitor histograms. VeloTrackMonitor histograms now - booked at initialise (VeloRecMonitors v2r2) - - - Changes to tests: - . Adapt valgrind.job to use gaudirun.py, uses python suppressions file from - STDOPTS (needs GaudiConf from v12r9) - . Add brunel-fest09.qmt, to test a datafile containing lumi events - . Add brunel-mc09-stripping.qmt, to test reconstruction of MC09 stripping FETC - . Use more recent input file for DC06 test - -</PRE><H1><A NAME=v35r6>2009-09-09 Brunel v35r6</A></H1><PRE> - - Changes to Configurable: - . Add ProtoParticle monitor sequence. - . Allow RICH expert histograms to be enabled when running without MC - . Use CaloMoniDstConf configurable for Calo monitoring - . Add CALO to KnownExpertCheckSubdets - - - Changes to references to reflect changes in Brunel v35r6 output: - . fix to duplicate creation of PatVelo hit manager tools - . all Rich monitors booked at initialisation - . MagneticFieldSvc now uses a MagneticFieldGrid object - . Reorganisation of Track fitting and extrapolation - . Changes to ExtraInfo handling on tracks - . Reorganisation of Calo sequences in new Calo configurable - . Reorganisation of ProtoParticle sequence - . Addition of RichHotPixels monitor - . Addition of ProtoParticle monitor sequence. - . New STClusterMonitor histograms - - - Changes to tests: - . Exclude printout of MuonID version from QMTest log file comparisons - . Move exclusion of transport service exceptions from individual tests to - BrunelExclusions.py - -</PRE><H1><A NAME=v35r5>2009-07-30 Brunel v35r5</A></H1><PRE> - - Changes to requirements - . Use AppConfig v3r* - - - Changes to example options files - . Include options from AppConfig when possible - - - Changes to references to reflect changes in Brunel v35r5 output: - . Velo tracking protection for hot events - . New tune of Velo tracking chi2 cut - . Fix to Muon configuration for real and cosmics data - . Fix to bug in TrackMasterFitter affecting fit initialisation - . Changes in track fit initialization - . Suppression of Rich MC lookup in case when simulation is switched off - . Improvements to Rich monitoring - . Changes to Velo track monitoring - -</PRE><H1><A NAME=v35r4>2009-07-14 Brunel v35r4</A></H1><PRE> - - Changes to Configurable: - . Change default DataType to "2009" - . Configure MuonPIDChecker using configurable - - - Changes to example options files - . 2008-Cosmics-Data.py now sets 2008 DataType - . Fix DataType in Brunel-MC09-*.py, was using default value, not "MC09" - - - Changes to references to reflect changes in Brunel v35r4 output: - . Updated Chi square cut in PatVelo internal fit - . Changed BXType names in ODIN - . ST Monitor histos now all booked at initialize - . Charged ProtoParticles not made for Velo and Ttrack track types - . Additional VeloTrackMonitor histos - . Change tuning for Tsa and Match - . Print B daughters, Ks, Lambda in TrackChecker - . Changes to MuonID, MuonPIDChecker, ChargedProtoPAlg - -</PRE><H1><A NAME=v35r3>2009-07-02 Brunel v35r3</A></H1><PRE> - - - Changes to Configurable: - . Add Brunel().OutputLevel property to allow overall control of the printout - levels. This property is propagated to other Configurables and (partly) - obsoletes the NoWarnings property, but it is still needed for backwards - compatibility with Dirac. - - - Changes to references to reflect changes in Brunel v35r3 output: - . New RawEventSelectiveCopy algorithm - . New tuning of PatVelo internal fit - . New handling of ONLINE database snapshot for DC06 - -</PRE><H1><A NAME=v35r2>2009-06-18 Brunel v35r2</A></H1><PRE> - - - Changes to Configurable: - . Cleanup configurable for reprocessing case - . Update for running with ETC input, for FEST stripping use case - . Improve handling of NoWarning functionality - . Propagate InputType option to LumiAlgsConf - - - Changes to references to reflect changes in Brunel v35r2 output: - . Addition of Downstream tracking in fieldOff case - . Addition of TrackDiMuonMonitor and RichRawDataSize monitors - . Addition of Muon Hits histograms in TrackMonitor - . Improvements to ring finding in Rich - . Updates to Rich track selection - . Improved Rich MC based trackless ring monitoring plots - . In Best container, only Long tracks are now checked - . Fix in event sizes reported by Rich decoding tools - - - Changes to options - . Remove obsolete DefineETC.opts, Brunel never writes an ETC - -</PRE><H1><A NAME=v35r1>2009-06-03 Brunel v35r1</A></H1><PRE> - - - Changes to Configurable: - . Add Brunel().OutputType = "XDST" - - - Changes to references to reflect changes in Brunel v35r1 output: - . Addition of Rich ENN ring finder - . New Rich track selection efficiency monitoring - . Fixes to RichMarkovRingFinder - . PatSeedTool fit initialization bug fix - . Change in ST Monitor names and additional histograms - . Addition of RichOfflineGPIDSeq as wrapper to existing GPID sequences - . Fix to Rich particle type names - . Fix to CaloPID platform dependence - . Fixes to Calo precision problems - - - Changes to tests: - . Add QMTest brunel-mc09-withtruth-invfield, same as brunel-mc09-withtruth but - with inverted magnetic field, to check identical output - . Add a python module Brunel/QMTest/BrunelExclusions.py containing a QMTest - preprocessor that can be given to the QMTest ValidateWithReference function - to exclude lines expected to change in the QMTest output. Use it in all the - .qmt files - -</PRE><H1><A NAME=v35r0>2009-05-13 Brunel v35r0</A></H1><PRE> - - - Changes to Configurable: - . Adapt for correct inclusion of units.opts following removal of include from - CaloMoniDst options - . Use FileRecordSvc instead of RunRecordSvc, for Gaudi v21 - - - Changes to references to reflect changes in Brunel v35r0 output: - . Changes to OT track monitoring - . Changes to STClusterPositionTool - . Addition of RichHPDIonFeedback Check sequence - . Addition of CaloDigiGetter to RecoCALOSeq - . Addition of CaloEFlowAlg sequencer to MoniCALOSeq, with EcalEFlowAlgo - . Addition of CaloPIDMon algorithm to CaloPIDsMon sequence - . Addition of Long track monitors to RichPIDMoni - . Addition of RichStereoFitterTests to RichExpertChecks - . Additional histograms in TrackVertexMonitor - . Fix to untested StatusCode in AlgTool::monitorSvc (Gaudi v21) - . fix in Rich StatusCode check in case of exceptions - . Changes in tuning of PatVelo tracking - . Changes in printout of OdinTypesFilter - . Extra histograms in TrackMonitor - -</PRE><H1><A NAME=v34r7>2009-05-26 Brunel v34r7</A></H1><PRE> -Version built on v34b branch -This version uses projects Gaudi v20r4, LHCb v26r3, Lbcom v6r27, Rec v6r6 - and SQLDDDB v5r3, ParamFiles v8r1, FieldMap v5r2, AppConfig v2r* - -This is a production version for the 2009 MC production. -Output requires DaVinci v22r1 or greater - - - New features - . New option Brunel().DstType = 'XDST', adds MCHits to MC DST - (Brunel v34r7, GaudiConf v12r3) - - - Bug fixes - . Make sure that no hits are rejected in the internal fit in the fit - initialization tool (PatAlgorithms v3r21). Fixes very infrequent crash in - FEST09 reconstruction - -</PRE><H1><A NAME=v34r6>2009-05-11 Brunel v34r6</A></H1><PRE> -Version built on v34b branch -This version uses projects Gaudi v20r4, LHCb v26r3, Lbcom v6r27, Rec v6r6 - and SQLDDDB v5r3, ParamFiles v8r1, FieldMap v5r2, AppConfig v2r* - -This is a production version for the 2009 MC production. -Output requires DaVinci v22r1 or greater - - - Bug fixes - . In PatForward prevent from overwriting selected hits flags - (PatAlgorithms v3r19). Fixes infrequent crash in MC09 test production - . In PatForward, use scale factor from magnetic field service in PatAddTTCoord, - code was assuming md100 (PatAlgorithms v3r20). - . In TrackMatchveloSeed, change default for OmitSeedFitOutliers switch to false - (TrackMatching v2r21p2). Fixes frequent crashes in MC09 test production - -</PRE><H1><A NAME=v34r5>2009-04-22 Brunel v34r5</A></H1><PRE> -Version built on v34b branch - - - Changes to references to reflect changes in Brunel v34r5 output: - . Make PatSeedFit safe against unreasonable track input - -</PRE><H1><A NAME=v34r4>2009-04-20 Brunel v34r4</A></H1><PRE> -Version built on v34b branch - - - Changes to Configurable: - . Only set IODataManager().AgeLimit = 0 if the option has not been previously - set. Allows more user control over this setting. - - - Changes to Tests: - . Fix valgrind.job for new lbLogin environment - - - Changes to references to reflect changes in Brunel v34r4 output: - . Bug fix to track fit initialisation, to take into account OT tilt - -</PRE><H1><A NAME=v34r3>2009-04-09 Brunel v34r3</A></H1><PRE> - - Changes to requirements: - . Add dependency to AppConfig v2r*, to pick up options for production - . Add explicit use CASTOR from LCG_Interfaces for QMTests - . Use ParamFiles v8r1 (for MC09 Calo PIDs pdf) - - - Changes to Configurable - . Bug fix: use RunRecordStream for writing FSR, not OutputFSRStream - (was writing one FSR per event!) - . Remove UseOracle option of Configurable, use DetCond() directly - . Pass DataType to L0Conf() and RecSysConf() - . Add DigiType option, for saving Minimal MC truth - - - Changes to Tests: - . No longer disable FPE check for MergedPi0Rec, now fixed - . Add event time printout to brunel-2008-MC test - . Remove obsolete DQ directory - . Replace brunel-2008-mc test with brunel-mc09-withtruth, brunel-mc09-notruth - - - Changes to references to reflect changes in Brunel v34r3 output: - . New track fit initialisation, SimplifiedMaterialLocator now a private tool - . New tuning for MuonPID, Calo, Velo dE/dx - . Monitoring changes in Calo, OT, Vertex - . Fix to untested StatusCode in LHCbIDsToMCParticles, TrackGhostClassificationBase - . Fix to FPE in PatDownstream - - - Changes to options: - . Add MC09-Files.py: example files of MC09 data - . Add Brunel-MC09-WithTruth.py: MC09 simulation checking and saving MC Truth - . Add Brunel-MC09-NoTruth.py: MC09 simulation without checking or saving MC Truth - . Remove Copy.opts, use instead $STDOPTS/PoolCopy.opts - . Remove 2008 MC example files: 2008-Files.py, Brunel-2008-MC.py, - Brunel-2008-MC-VeloOpen.py, Brunel-2008-MC-BOff-VeloOpen.py - -</PRE><H1><A NAME=v34r2>2009-02-25 Brunel v34r2</A></H1><PRE> - - Changes to configurable: - . Add EventCountHisto in init sequence. - . Remove OT expert monitoring: OTTimes no longer made in Brunel, so pointless - to run OTTimeMonitor - . Activate LumiFSR creation for MDF files - . Create FSR output stream and enable FSR writing by default - . Pass "WithMC" option to RichRecQCConf() if RICH in MCCheckSequence. - . Improve documentation of options - . Fix default histogram file name when one is not given in options - . Add "pRec" to nodes to be killed when reprocessing from DST etc. - . Set histo name and directory for MemoryTool - . Adapt to latest DstConf changes - . Protect against missing #units when Calo not in monitoring sequence - - - Added QTMests for DC06, 2008 real data and simulation, cosmics. Also: - . Extend timeout period to 1200 seconds - . Add to brunel-2008-mc QMTest testing of expert histos and RecL0Only flag. - Increase tested events to 15 for this test, to have some L0 fails.... - . Add FPE checking - . Add a QMTest for initialisation with MDF writing - - - Changes to references to reflect changes in Brunel v34r2 output: - . Changes in MuonPID, Rich and Velo monitoring - . Fix to Velo track fit - . Removal of OTTimeCreator - . Add refs also for slc4_ia32_gcc34_dbg, needed after fixes to Velo and Calo - . Changes to MuonID - . Changes to OTDAQ warning messages - . New algorithm to pack V0s - . Fix to untested StatusCodes in VeloMonitor, TrackMatchVeloSeed, OTDAQ - -</PRE><H1><A NAME=v34r1>2009-01-14 Brunel v34r1</A></H1><PRE> - - - Changes to configurable: - . Use new DstConf configurable to set up DST/RDST content. - . Enable packed DST/RDST by default (not for DC06). - . Include MuonPIDChecker .py options instead of .opts - . Include $ASSOCIATORSROOT/options/MCParticleToMCHit.py instead of Brunel.opts - . Properly pass ["Context","DataType"] options to RichRecQCConf in all cases. - . Remove ExpertTracking option, should be set directly in TrackSys - . Do not stop if unknown sub-detector added to Moni or Check sequences, just - issue a warning - . Set Context to all phases, default is "Offline" - . Cleanup handling of monitoring and checking in configurable - . Add expert checking options from ExpertCheck.opts (obsoleted). Remove Rich - monitoring options, now handled by RichRecQC configurable - . Make the expert checking respect the settings of the Check & Moni sequences - . Remove inclusion of PatChecking sequence, now done in TrackSys(). - Set instead "WithMC" option of TrackSys() - . Add ProtoParticle expert monitoring (not run in default Expert check) - - Add explicit setting of database tags to options/*-Files.py - - Remove obsolete DstContent.opts, rDstContent.opts, ExpertCheck.opts - - Remove BrunelMessage.opts, BrunelMoni.py (now done in Configurable) - - Add to NewCatalog.xml the description of the sim file used to generate the - default 2008 .digi, needed by tracking expert checks - - Fix obsolete option in Brunel-2008-*-VeloOpen.py - -</PRE><H1><A NAME=v34r0>2008-11-26 Brunel v34r0</A></H1><PRE> - - Many backward incompatible changes to Configurable: - . Adapt to configuration changes in Gaudi v20r3. Incompatible with Gaudi v20r2 - . Most option names are changed. In particular: - + All option names are Capitalized - + New DataType option, removes need to set CondDBtag and DDDBtag if using - default tags - + New option UseSimCond that allows to use WithMC = False on digi files, - while still using SimCond - . applyConf() renamed __apply_configuration__ and called automatically - - New functionality in Configueable: - . New option UseSimCond that allows to use WithMC = False on digi files, - while still using SimCond - . Added ST monitoring - . Improvements for easier cosmic reconstruction - - Changes to options files - . Adapt to changes in configurable, in particular: - + Adapt to option name changes - + Remove Brunel.applyConf() everywhere - + Default names for output files now set inside configurable - . Add Brunel-Cosmic.py and 2008-Cosmic-Data.py files. - . Update SuppressWarnings.opts - - In valgrind.job, use latest gaudirun.py options to extract .opts file - - Use ParamFiles v8r0 - - Remove Brunel.exe - -</PRE><H1><A NAME=v33r3p1>2008-10-15 Brunel v33r3p1</A></H1><PRE> - - Adapt valgrind.job for use on interactive LSF. - - Adapt valgrind.job and Brunel_Ganga.job for use without version directory - - Add Brunel-2008-MC-VeloOpen.py and Brunel-2008-MC-BOff-VeloOpen.py - - Rename Brunel-2008-Stripping.py to Brunel-Stripping.py - - Rename Brunel-2008-Rdst.py to Brunel-Rdst.py - - In Brunel-2008.py, set magnetic field off by default - - In Brunel() configurable, for veloOpen case, switch off PatChecking for VeloRZ - and Downstream track types, since these are not produced in this case - (this logic should be moved to TrackSys) - -</PRE><H1><A NAME=v33r3>2008-10-13 Brunel v33r3</A></H1><PRE> - - Add 2008-TED-Data.py, options for 2008 real data processing - - Reorganise Configuration.py, remove Brunel.opts and Brunel().mainOptions - - Clean up DDDB intialisation in Configurable, needs GaudiConf v10r13 - - Replace BrunelMoni.opts wih BrunelMoni.py, add Track Moni sequence - - New PatChecking sequence, uses TrackAssociators, TrackResCheckers, - TrackEffCheckers instead of PatTrack2MCParticle and PatChecker - - Add Muon histograms to Moni sequence - - Fix default options in Brunel_Ganga.py for consistency with new defaults - - Use ParamFiles v7r3, do not set DDDB major version (taken from LHCbSys) - - Update SuppressWarnings.opts - -</PRE><H1><A NAME=v33r2>2008-09-09 Brunel v33r2</A></H1><PRE> - - Reorganisation of options and defaults - + Default setting in Configurable is now for real data, MDF file, default - 2008 geometry (Brunel-Default.py) - + New files - . Brunel-2008-MC.py (MC with default 2008 geometry) - . Brunel-2008-Rdst.py (RDST production from 2008 MDF real data) - . Brunel-2008-Stripping.py (DST production from 2008 real data ETC) - . Brunel-DC06.py (Standard DC06 reconstruction) - + Updated files to take into account new defaults: - . Brunel-2008.py (Real data, MDF, 2008 geometry) - . Brunel-DC06L0Rdst.py, Brunel-DC06Rdst.py, Brunel-DC06Stripping.py - - Added an example MDF file (TED data taken 20080906) to 2008-Files.py - - - Changes to python Configurable - + Use new RecSys Configurable - + Add option printFreq to allow control over the event printing frequency - + Add options to allow the various sequences to be modified. Allows, for - instance, sub-detectors to be disabled for specialist studies. - + Use new Configurable base class in LHCbKernel (shares some methods) - + Check sequence is now completely defined in Configuration.py. The files - BrunelMC.opts, BrunelCheck.opts are obsolete and have been removed - + Rich monitoring uses new RichRecQCConf configurable. Uses the Check sequence - when MC is enabled and the Moni sequence when it is not. - + Add some doxygen comments - - - BrunelMoni.opts : add velo monitoring options. - - SuppressWarning.opts : updated for latest changes - -</PRE><H1><A NAME=v33r1>2008-07-30 Brunel v33r1</A></H1><PRE> - - Changes to Configurable: - . Load the HepMCBack Dll for DC06 data (HepMC 1.26 compatibility) - . Add a useOracleCondDB flag (default False: uses SQLDDDB) - . Add setOtherProp function to propagate properties to another configurable - . Adapt to new TrackSys configurable - - In 2008-Files.py, update to an example file produced with Boole v16r1 - - Adapt valgrind.job to work with python options - -</PRE><H1><A NAME=v33r0>2008-07-21 Brunel v33r0</A></H1><PRE> - - In requirements: use ParamFiles v7r2 - - Remove all top level *.opts files, use Gaudirun.py with configurable instead. - N.B. Brunel.exe is still available for use by Ganga with a flattened options - file. Do not attempt to use it directly. - N.B.2 valgrind.job not yet migrated, do not use - - In python/Brunel/Configuration.py, options/Brunel-Default.py: - . Add expertTracking switches to Brunel configurables. - Supported values are: ["usePatSeeding","noDrifttimes","simplifiedGeometry"] - . Add more checks on input arguments - . Move handling of options for fieldOff and veloOpen to tracking scripts - - In Brunel.opts: - . include Reco.py instead of Reco.opts - . use L0FilterFromRawSeq sequence from L0DU package in case of L0 filtering - (previously was filtering from recalculated emulated decision) - - In 2008-Files.opts: update test file with one produced with Boole v16r0 - -</PRE><H1><A NAME=v32r8>2008-07-04 Brunel v32r8</A></H1><PRE> - - Add Brunel-2008.py and 2008-Files.py, example job for 2008 simulated data - - Remove include of LHCbApplication.opts from Brunel.opts, to allow usage of - .py version in configurable. Added instead to DC06 *.opts files - - In Configurable, add support for SIMCOND, which is now used by default for MC - data with 2008 geometries - -</PRE><H1><A NAME=v32r7>2008-06-05 Brunel v32r7</A></H1><PRE> - - In Configuration.py, Brunel-Default.py: new attribute "mainOptions" to - define top level options file to include (default is $BRUNELOPTS/Brunel.opts) - - Update SuppressWarnings.opts - -</PRE><H1><A NAME=v32r6>2008-05-16 Brunel v32r6</A></H1><PRE> - - In Brunel.opts, removed workaround for fix in CaloDAQ v4r4p1 - - Updated SuppressWarnings.opts for Rich changes in Rec v5r6 - - Added "monitors" option to Brunel Configurable - - In requirements, use FieldMap v5r*, gives access to measured field map - - In requirements, use all needed component libraries for cmt broadcast usage - -</PRE><H1><A NAME=v32r5>2008-04-25 Brunel v32r5</A></H1><PRE> - - Added python configurable for Brunel (python/Brunel/Configuration.py) - Related files in options directory: - . Brunel-Default.py : describes available options and defaults - . Brunel-DC06Rdst.py : configuration for DC06 rdst production - . Brunel-L0DC06Rdst.py : same as DC06Rdst, L0 selected events - . Brunel-DC06Stripping.py : configuration for DC06 stripped DST production - . DC06-Files.py : example files for I/O with above configurations - . Brunel-CCRCStripping.py : same as DC06Stripping but without MC truth - - Removed obsolete file v200601.py (replaced by Brunel-Default.py) - - Added DefineETC.opts, options for setting up stripping ETC, previously - duplicated in several files - - Removed "Etc" from Init.DetectorList, had identical functionality to "Reproc" - - RecInit/Brunel algorithm renamed RecInit/BrunelInit, to avoid name clash with - configurable - - Updated SuppressWarnings.opts to suppress histogram statistics printout in - production - - Updated file catalog usage. Now a new catalog MyCatalog.xml is created for - output files, existing job/NewCatalog.xml is read only, describes example - input files - -</PRE><H1><A NAME=v32r4>2008-03-12 Brunel v32r4</A></H1><PRE> - - In SuppressWarnings.opts, timestamp is printed in UTC, keep EventLoopMgr msgs - - Add RealData-ETC.opts for processing from ETC referring to mdf file - -</PRE><H1><A NAME=v32r3p1>2008-02-11 Brunel v32r3p1</A></H1><PRE> - - In requirements, use RichTool v2r17p1 (bug fix for this patch release) - - In requirements, use MDF v3r3 and MDF_ROOT v1r1 (patch release to allow - MDF I/O at all sites) - -</PRE><H1><A NAME=v32r3>2008-02-01 Brunel v32r3</A></H1><PRE> - - In RealDataDst.opts and RealDataRdst.opts, remove explicit loading of - LHCbKernelDict, no longer needed with LCG_54 - - In valgrind.job, use the new ROOT suppressions file available from LCG_54 - - use ParamFiles v7r1, needed by NNTools v1r2 - - In SuppressWarnings.opts, add a time stamp to remaining messages - - Change PoolDbCacheSvc.AgeLimit to IODataManager.AgeLimit to please Gaudi v19r7 - - Use new Gaudi XML file catalog instead of the POOL one, using - FileCatalog.Catalogs option instead of PoolDbCacheSvc.Catalog - - In ExpertCheck.opts add options for CondDb logging (commented out) - - In DC06-ETC.opts, fix Linkers if reprocessing from DST input - -</PRE><H1><A NAME=v32r2>2007-12-13 Brunel v32r2</A></H1><PRE> - - New files options/RealDataRdst.opts and job/GaudiCatalog.txt to set up rDST - production starting from an MDF file - to be used in CCRC08 - - RealData.opts renamed RealDataDst.opts in analogy to RealDataRdst.opts - - Update track selection options for rDST, following changes to PatPV. These - options are moved to rDSTContent.opts from DC06.opts to make them general - - In DC06-ETC.opts provide a new ETC fixing stripping bug of November 2007 - - Replace etc_9075_3_catalog.xml by ETC_00002000_00000621_catalog.xml to - follow above change - - New file options/SuppressWarnings.opts to be used in production for a minimal - log file - -</PRE><H1><A NAME=v32r1>2007-11-15 Brunel v32r1</A></H1><PRE> - - Fix error in default Brunel_Ganga.py file for latest CMT structure. - - Update BrunelCheck.opts for changes in PatChecker v3r1 - - Adapt ExpertCheck.opts to changed defaults in MCParticleSelector - - Add RealData.opts to process "real data" (v200601 geometry) in mdf format - - Add Empty.opts dummy options file to bootstrap Dirac with non-standard - configurations - -</PRE><H1><A NAME=v32r0>2007-10-12 Brunel v32r0</A></H1><PRE> - - Update BrunelCheck.opts for use with Tf framework - -</PRE><H1><A NAME=v31r10>2007-10-08 Brunel v31r10</A></H1><PRE> - - Update options to include CALO monitoring (disabled by default) - - Add options/v200601.py, to execute Brunel from Python shell - -</PRE><H1><A NAME=v31r9>2007-09-21 Brunel v31r9</A></H1><PRE> - - Use ParamFiles v7r0 - - Added section for pattern recognition check in Tf framework to - BrunelCheck.opts. Commented out by default, no change in default behaviour. - - Update example ganga job to remove warnings about missing features (now - available) and to add examples of job merging. - - Added options for reprocessing from DST (Brunel.opts, v200601.opts) - -</PRE><H1><A NAME=v31r8>2007-07-23 Brunel v31r8</A></H1><PRE> - - Update options files to take geometry tags from $DDDBROOT/options - - Brunel processing now all takes place in a single GaudiSequencer TopAlg - (called BrunelSequencer). This allows any algorithm to stop further processing - of a given event. - - Empty L0 sequences added in last release are no longer needed and are removed - - New possibility to process only L0 selected events: switch on by uncommenting - the option Init.DetectorList += { "L0" }; - - Add a no_auto_imports dependency to all used component libraries, so they can - be reached by cmt broadcast when checked out in User_release_area - -</PRE><H1><A NAME=v31r7>2007-07-16 Brunel v31r7</A></H1><PRE> - - In ExpertCheck.opts, adapt STChecker opts to new MCParticleSelector defaults - - Update default input files to replace obsolete ones that have been deleted - (v200601.opts, DC06.opts, NewCatalog.xml) - - New empty L0 sequence added in all ProcessPhases - -</PRE><H1><A NAME=v31r6>2007-06-01 Brunel v31r6</A></H1><PRE> - - Use ParamFiles v6r1 - - Clean up use statements in requirements: - . Remove explicit versions since these are meaningless with InstallAreas - (leave explicit versions for databases) - . Use only packages needed to compile or to setup up run time environment - -</PRE><H1><A NAME=v31r5>2007-05-21 Brunel v31r5</A></H1><PRE> - - Adapt requirements to Rec v4r5, Lbcom v6r5, LHCb v22r5, Gaudi v19r3 - - Use TimingAuditor for timing, suppress printout from SequencerTimerTool - -</PRE><H1><A NAME=v31r4>2007-03-28 Brunel v31r4</A></H1><PRE> - - Adapt requirements to Rec v4r4, Lbcom v6r4, LHCb v22r4, Gaudi v19r3 - -</PRE><H1><A NAME=v31r3>2007-03-26 Brunel v31r3</A></H1><PRE> - - Adapt requirements to Rec v4r3, Lbcom v6r3, LHCb v22r3, Gaudi v19r3 - - Use DDDB v1r* instead of SQLDDDB directly - -</PRE><H1><A NAME=v31r2>2007-03-05 Brunel v31r2</A></H1><PRE> - - Adapt requirements to Rec v4r2, Lbcom v6r2, LHCb v22r2, Gaudi v19r2 - - Use SQLDDDB v1r* instead of XmlDDDB/XmlConditions - - Added FieldOff-VeloOpen.opts - - Updated FieldOff.opts to use SQLDDDB and NoFieldTracking.opts from TrackSys - -</PRE><H1><A NAME=v31r1>2007-02-05 Brunel v31r1</A></H1><PRE> - - Adapt requirements to Rec v4r1, Lbcom v6r1, LHCb v22r1 - - Use XmlDDDB v40r0 - - Remove ApplicationMgr.DLLs options, not needed with new plugin manager - - Adapt monitoring options to new names of STChecker algorithms - - Adapt valgrind.job to work with new CMT environment - - Add MuonPID checking - -</PRE><H1><A NAME=v31r0>2007-01-23 Brunel v31r0</A></H1><PRE> - - Adapt requirements to Rec v4r0, Lbcom v6r0, LHCb v22r0, Gaudi v19r1 - - Use XmlConditions v2r5 - -</PRE><H1><A NAME=v30r15>2007-02-28 Brunel v30r15</A></H1><PRE> - - Built on v30r14b branch - - Identical to v30r14 but using GaudiPoolDb v2r9p1 - -</PRE><H1><A NAME=v30r14>2006-12-01 Brunel v30r14</A></H1><PRE> - - Adapt requirements to Rec v3r14, Lbcom v5r9, LHCb v21r12, Gaudi v18r11 - - Use XmlDDDB v30r14 - - Minimize number of open input files by setting PoolDbCacheSvc.AgeLimit option - -</PRE><H1><A NAME=v30r13>2006-11-08 Brunel v30r13</A></H1><PRE> - - Adapt requirements to Rec v3r13, Lbcom v5r8, LHCb v21r11, Gaudi v18r10 - - Use ParamFiles v5r0, XmlDDDB v30r13 - - Add job/Brunel_Ganga.py (example to run Brunel from Ganga) - - Remove Brunel.job (use Brunel_Ganga.py instead) - -</PRE><H1><A NAME=v30r12>2006-10-30 Brunel v30r12</A></H1><PRE> - - Adapt requirements to Rec v3r12, Lbcom v5r7, LHCb v21r10, Gaudi v18r9 - -</PRE><H1><A NAME=v30r11>2006-10-20 Brunel v30r11</A></H1><PRE> - - Adapt requirements to Rec v3r11, Lbcom v5r6, LHCb v21r9, Gaudi v18r8 - - Use XmlDDDB v30r12, XmlConditions v2r4 - - Set Moni.Context = "Offline", used by Rich monitoring - - Kill /Rec when using an ETC as input - - New input ETC and corresponding catalog file for DC06-ETC.opts - - Suppress excessive warning messages from VeloTT.Fitter - - Update track checking in ExpertCheck.opts - -</PRE><H1><A NAME=v30r10>2006-10-02 Brunel v30r10</A></H1><PRE> - - Adapt requirements to Rec v3r10, Lbcom v5r5, LHCb v21r8, Gaudi v18r7 - - Use XmlDDDB v30r10, XmlConditions v2r2 - - Add FieldOff.opts to process without magnetic field (e.g pilot run conditions) - - Use a more recent .digi file for default job - - Switch off excessive messages from track fit when using with ExpertCheck.opts - - Add CaloBanksHandler sequence to BrunelInit - -</PRE><H1><A NAME=v30r9>2006-09-05 Brunel v30r9</A></H1><PRE> - - This is a development version to tune for the DC06 physics production - - Adapt requirements to Rec v3r9, Lbcom v5r4, LHCb v21r7, Gaudi v18r7 - - Use ParamFiles v4r4, XmlConditions v2r1 - - Use more recent valgrind version in valgrind.job - - Fixes to Expert monitoring options - -</PRE><H1><A NAME=v30r7>2006-08-04 Brunel v30r7</A></H1><PRE> - - This is a development version to tune for the DC06 physics production - - Adapt requirements to Rec v3r7, Lbcom v5r3p1, LHCb v21r4, Gaudi v18r6 - - Use XmlConditions v2r0, XmlDDDB v30r9 - - Fix DC06-ETC.opts to read GlobalOr ETC tag (ETC produced by DaVinci v17r*) - -</PRE><H1><A NAME=v30r6>2006-07-25 Brunel v30r6</A></H1><PRE> - - This version is for the DC06 computing challenge stripped DST production - - Adapt requirements to Rec v3r6, Lbcom v5r3, LHCb v21r3, Gaudi v18r6 - - Add DC06-ETC.opts - - Remove saving of "secret" copy of Velo tracks on rDST - -</PRE><H1><A NAME=v30r5>2006-06-30 Brunel v30r5</A></H1><PRE> - - This version is for the DC06 computing challenge rDST production - - Adapt requirements to Rec v3r5, Lbcom v5r2, LHCb v21r2, Gaudi v18r5 - - Use XmlConditions v1r8 - - Add missing ./ to path of executables in Brunel.job - - Modify valgrind.job to always execute on 5 events - -</PRE><H1><A NAME=v30r4>2006-06-21 Brunel v30r4</A></H1><PRE> - - This version is a pre-prelease for commissioning DC06 production - - New options files: - . rDSTContent.opts defines rDST, no MC truth - . DC06.opts runs rDST production. No MC truth checking - . v200601.opts runs DST production as before, including MC checking - -</PRE><H1><A NAME=v30r3>2006-05-18 Brunel v30r3</A></H1><PRE> - - This version is for development of reconstruction for DC06. It is far - from complete - -</PRE><H1><A NAME=v30r2>2006-05-03 Brunel v30r2</A></H1><PRE> - - This version is for development of reconstruction for DC06. It is far - from complete - -</PRE><H1><A NAME=v30r1>2006-04-13 Brunel v30r1</A></H1><PRE> - - This version is for development and testing of Boole v11 output. It is far - from complete - -</PRE><H1><A NAME=v30r0>2006-03-28 Brunel v30r0</A></H1><PRE> - - Major new version with changes for: - . New event model, LHCb namespace, migration to MathCore - . 1MHz readout and new RawEvent format - . DC06 geometry - . New track model - - This version is for development and testing of Boole v11 output. It is far - from complete - -</PRE><H1><A NAME=v28r1>2005-12-09 Brunel v28r2</A></H1><PRE> - - Adapt requirements to Rec v2r2, Lbcom v3r2, LHCb v19r3 - - Use XmlDDDB v27r1 - -</PRE><H1><A NAME=v28r1>2005-11-21 Brunel v28r1</A></H1><PRE> - - Adapt requirements to Rec v2r1, Lbcom v3r1, LHCb v19r2 - - Use XmlDDDB v27r0, XmlConditions v1r3, FieldMap v4r6, ParamFiles v3r13 - - Add TrackAssociator to CheckTrSeq, for use by Rich monitoring - - Adapt options for Rich backwards compatibility - - Add /Event/MC/Rich/DigitSummaries to MCDstContent - -</PRE><H1><A NAME=v28r0>2005-11-15 Brunel v28r0</A></H1><PRE> - - Adapt requirements to Rec v2r0, Lbcom v3r0, LHCb v19r1, Gaudi v17r2 - - Add MUON sequence to Moni phase, executes MuonRecChecker from MuonMoniDst DLL - -</PRE><H1><A NAME=v27r5>2005-09-21 Brunel v27r5</A></H1><PRE> - - Adapt requirements to use Rec v1r5, Lbcom v2r5, LHCb v18r9 - - Use XmlDDDB v26r2 - - Add new track model tracks to DstContent.opts - - Change valgrind.job to use addrcheck instead of memcheck - -</PRE><H1><A NAME=v27r4>2005-07-18 Brunel v27r4</A></H1><PRE> - - Adapt requirements to use Rec v1r4, Lbcom v2r4, LHCb v18r8, Gaudi v16r5 - - Use XmlDDDB v26r1 - - Add EventNodeKiller algorithm as first TopAlg in Brunel.opts - - Copy.opts is obsolete, includes generic $EVENTSYSROOT/options/PoolCopy.opts - -</PRE><H1><A NAME=v27r3p1>2005-07-07 Brunel v27r3p1</A></H1><PRE> - - Fix to MCDstContent.opts, to not overwrite already defined Dst content, and - to correctly save the packed MC truth containers - -</PRE><H1><A NAME=v27r3>2005-06-28 Brunel v27r3</A></H1><PRE> - - Adapt requirements to use Rec v1r3, Lbcom v2r3, LHCb v18r7 - - Use XmlDDDB v26r0, add v200507.opts - - Fixes to job options for compatibility with LHCb v18r7 and Rec v1r3 - -</PRE><H1><A NAME=v27r2>2005-06-13 Brunel v27r2</A></H1><PRE> - - Adapt requirements to use RecSys v1r2, Lbcom v2r2, LHCb v18r6, Gaudi v16r4 - - Use XmlDDDB v25r1, add v200506.opts - - Change locaton of compressed DST classes in TES - - Reorganize options to simplify usage with real data - - Move options for Reco phase to RecSys, to allow sharing with Moore in RTTC - -</PRE><H1><A NAME=v27r1>2005-05-31 Brunel v27r1</A></H1><PRE> - - Adapt requirements to use RecSys v1r1, Lbcom v2r1, LHCb v18r5, Gaudi v16r4 - - Use XmlDDDB v24r2 - - Remove saving of empty directories from DstContent.opts - - Fixes for DataOnDemandSvc in Brunel.opts - - Add Output phase, with Pack sequence. Produces packed Tr/StatesL, Tr/StatesP, - Tr/Best, saved on .dst instead of unpacked versions - -</PRE><H1><A NAME=v27r0>2005-05-13 Brunel v27r0</A></H1><PRE> -- Adapt requirements to use RecSys v1r0, Lbcom v2r0, LHCb v18r4 -- Adapt options to new version of Calorimeter associations -- Add STTools to loaded DLLs -- Fixes to Copy.opts - -</PRE><H1><A NAME=v26r3>2005-04-19 Brunel v26r3</A></H1><PRE> -- Adapt requirements to BrunelSys v26r3, Lbcom v1r3, LHCb v18r3, Gaudi v16r3 -- Adapt Brunel.supp to valgrind 2.2.0 -- Use XmlDDDB v24r1 -- Remove APPVERSION from requirements, version now set in GaudiMain - -</PRE><H1><A NAME=v26r2>2005-04-03 Brunel v26r2</A></H1><PRE> -- Adapt requirements to BrunelSys v26r2, Lbcom v1r2 and LHCb v18r2 -- Use XmlDDDB v24r0 -- Add TrgVelo options to Brunel.opts -- Remove v200402.opts - -</PRE><H1><A NAME=v26r1>2005-03-08 Brunel v26r1</A></H1><PRE> -- Adapt requirements to Gaudi v16r2, Lbcom v1r1 and LHCb v18r1 -- Use ParamFiles v3r11 (latest version, no side effects for Brunel) - -</PRE><H1><A NAME=v26r0>2005-02-14 Brunel v26r0</A></H1><PRE> -- Adapt requirements to Gaudi v16r0, Lbcom v1r0 and LHCb v18r0 -- Use ParamFiles v3r10 (latest version, no side effects for Brunel) -- Use XmlDDDB v23r2 (fix to Velo sensor numbering) -- Add VeloSpaceTracking.Offline = true; option to Brunel.opts - -</PRE><H1><A NAME=v25r3>2005-01-19 Brunel v25r3</A></H1><PRE> -- Release notes for Brunel application are now in BrunelSys package -- Remove doxygen configuration files (moved to BrunelSys) -- Remove RawBuffer.opts, now picked up from $DAQSYSROOT/options - -</PRE><H1><A NAME=v25r2>2004-12-10 Brunel v25r2</A></H1><PRE> -This version uses Gaudi v15r3, LHCb v17r2. -Requires data produced by Boole v7r2 or later. It *cannot* process DC04 data - -- New functionality: - . Support for v200412 geometry (Rich1 EDR, Rotated Rich2, TT KLM layout, - new Velo numbering) - Not yet tested, needs new Gauss data (v200412.opts, XmlDDDB v23r1) - -- Modified functionality - . Uses new Velo detector element and geometry. Sensor numbering incompatible - with DC04 version. (LHCbKernel v5r5, VeloEvent v13r2, VeloDet v9r1, - VeloDAQ v2r1, TrFitEvent v4r8) - . "Offline" Velo tracking replaced by "Online" version - (TrgTools v7r0, TrgVelo v7r0, TrgBrunel v1r1) - . Improved handling of events with no pixels fired - (RichRecBase v1r14p1, RichLocalPID v1r9p1) - -- Removed functionality - . Support for v200411 geometry (Rich1 EDR, Rotated Rich2, TT KLM layout) - -- Persistency changes - . New velo sensor numbering in RawBuffer, requires VeloDet v9r1, VeloDAQ v2r1 - to decode - -- Packaging changes - . Move to new GaudiAlgorithm base classes (OTDAQ v3r2, OTMonitor v1r1) - -</PRE><H1><A NAME=v25r1>2004-11-22 Brunel v25r1</A></H1><PRE> -This version uses Gaudi v15r3, LHCb v17r1. -Requires data produced by Boole v7r0 or v7r1. It *cannot* process DC04 data - -- New functionality: - . Support for v200411 geometry (Rich1 EDR, Rotated Rich2, TT KLM layout) - Not yet tested, needs new Gauss data (v200411.opts, XmlDDDB v23r0) - . Support for Data Quality checking. Data Quality reference files built from - DC04 log files are provided in $LHCBRELEASES/DBASE/DQ/BrunelDQ/v1r0. XML - descriptions of log file fields to be verified are in $BRUNELROOT/DQ. - To verify a log file, execute the command: - python2.2 $LHCBHOME/scripts/checklog.py $BRUNELROOT/DQ/Brunel_options.xml - <event-type> <log-file> - -- Modified functionality - . Improvement to initialisation of random numbers. Now three seeds are used - (run and event numbers, plus hash of string containing name, event number, - run number). Can optionally skip some random numbers before every event, - by setting job option Brunel.SkipFactor (default is zero). Can revert to - previous behaviour by setting job option Brunel.SingleSeed = true; - (LHCbAlgs v1r2) - . Use rootd (instead of rfio) to access castor files - (GaudiConf v8r1, v200402.opts) - . Remove explicit creation of MagneticFieldSvc and ParticlePropertySvc, now - created on demand (Brunel.opts, RichRecTools v1r12) - . Bug fix to finalisation order of services, allows to enable DataOnDemandSvc - decoding for all RawBuffer decoding algorithms (GaudiSvc v12r6, Brunel.opts) - . More accurate tuning of dE/dx correction (TrExtrapolator v2r14) - . Use new RichPID object format, add various new features not yet used by - default (RichRecSys v1r13) - . Improved decoding of Pixels from RawBuffer (RichRecTools v2r12) - . Use DataOnDemandSvc to instantiate associator algorithms - (Relations v2r0, AssociatorsSys v2r1, TrFitAssociators v1r3) - -- Removed functionality: - . Removed support for 200402-TT-alt and Field043 geometries - -- DST changes - . /Rec/Rich/PIDs contains new backwards incompatble version of RichPID - (RichEvent v8r0) - -- Bug fixes - . Small fix in thick scatterer (TrExtrapolator v2r14) - -- Packaging changes - . Calo monitoring moved to new CaloMoniDst package - -</PRE><H1><A NAME=v25r0>2004-11-01 Brunel v25r0</A></H1><PRE> -This version uses Gaudi v15r3, LHCb v17r0. -Requires data produced by Boole v7r0 or later. It *cannot* process DC04 data - -- New or modified functionality - . New OT Event model: OTTime replaces OTDigit and OTCluster, plus backward - incompatble changes to OTChannelID. Not compatible with DC04 data. - (LHCbKernel v5r3, OTEvent v14r0, OTDAQ v3r0, OTAssociators v3r0 - Required simple adaptation of large number of tracking packages) - . Introduce OT beam tilt capability. Tilt angle currently set to 0. - (OTDet v5r3, MCTools v1r8, XmlDDDB v22r4) - -- DST changes - . Link/Raw/OT/Times replaces Link/Raw/OT/Digits - . Link/Rec/OT/Clusters and Rec/OT removed - -</PRE><H1><A NAME=v24r3>2004-10-27 Brunel v24r3</A></H1><PRE> -This version uses Gaudi v15r3, LHCb v16r3 and is built on v24r2b branch. -It can process DC04 data - -- New or modified functionality - . RawBuffer is decoded using DataOnDemandSvc (RawBuffer.opts) - Not all banks are decoded in this way yet, due to a problem in Gaudi when - finalising data on demand algorithms that use tools - . EventHeader is rebuilt from RawBuffer when not on input file - . New features for Calo Reco (CaloReco v2r6) - -- DST changes - . Event/Header removed (can be rebuilt from RawBuffer) - -</PRE><H1><A NAME=v24r2>2004-09-22 Brunel v24r2</A></H1><PRE> -This version uses Gaudi v15r2, needs CMT v1r16. It can process DC04 data - -- New or modified functionality - . New test input data file taken from DC04 (v200402.opts) - . Enabled new Gaudi DataOnDemand service to allow automatic invocation of - RawBuffer decoding algorithms. In this version it is used to decode the - Calorimeter banks (Brunel.opts, CaloEvent v13r5) - . Preparation for HLT developments (CaloPIDs v2r4, CaloReco v2r5) - -- New tuning - . Speed improvements in decoding of Calo RawBuffer banks (CaloEvent v13r5) - . Speed improvements in CellularAutomaton (CaloReco v2r5) - -- Code cleanups - . Z positions of TT stations taken from detector element rather than job - options (VeloTT v1r11) - -- Bug fixes - . Workaround for core dump on exit() (GaudiPoolDb v1r9) - . Various fixes for memory leaks (GaudiSvc v12r3, GaudiPoolDb v1r9) - -</PRE><H1><A NAME=v24r1>2004-07-26 Brunel v24r1</A></H1><PRE> -This version uses Gaudi v15r1, needs CMT v1r16. It can process DC04 data - -- New or modified functionality - . Prefix numeric histogram IDs by "h" to facilitate manipulation in Root. - Controlled by the option RootHistSvc.ForceAlphaIds (RootHistCnv v9r3) - -- Bug fixes - . Fix EventSelector.FirstEvent, in v24r0 was skipping twice the requested - events (GaudiSvc v12r2) - . Fix density of Rich2 mirror support (was 1*g/cm3, should be 0.24*g/cm3) - (XmlDDDB v22r3) - -</PRE><H1><A NAME=v24r0>2004-07-23 Brunel v24r0</A></H1><PRE> -This version uses Gaudi v15r0, needs CMT v1r16. It can process DC04 data - -- New or modified functionality - . GaudiAuditors no longer used for algorithm timing, uses GaudiSequencer - internal timing instead - . Remove obsolete TimingAlg - . Remove obsolete GaudiRootDb capability - . Added test1.opts to reproduce a known crash - -- DST changes - . Remove obsolete "/Event/Trig/AlgUsedTimes#1" - -- New tuning - . Initialize MuonGeometry tool completely at initialisation, not during first - ~10 events (MuonTools v3r7) - . New Calo calibration for DC04 settings (XmlDDDB >= v22r2) (CaloReco v2r4) - . New parameterization of the dE/dx loss correction (TrExtrapolator v2r13) - . Speed improvements in MagneticFieldSvc (Magnet v2r7) - . Various minor updates to Rich code - -- New packaging and code cleanups - . Use new GaudiSequencer base class for ProcessPhase (LHCbAlgs v1r0) - . Use new GaudiAlg and GaudiTools base classes - (STDet v1r2, ITAssociators v2r9, STDAQ v1r3, ITAlgorithms v14r3, - ITCheckers v2r3, TrExtrapolator v2r13, TrFitter v4r0, RichRecSys v1r12, - RichRecQC v1r9) - . Move ITrFitter interface to TrFitEvent package, thus removing dependencies - on TrFitter package - (TrFitEvent v4r6, TrFitter v4r0, TrCheck v2r5, TrCleanEx v2r10, VeloTT v1r10) - . Removed dependency on GaudiAud, GaudiDb, GaudiTools packages - . Removed dependency on CERNLIB (Seeding v2r9, HepMC v4r121p0) - . Remove BrunelAlgs package. BrunelInitialisation algorithm replaced by - common LbAppInit and CreateRawEvent (LHCbAlgs v1r0, DAQEvent v4r4) - . Take external packages from LCG_Interfaces area - -- Bug fixes - . Fix an unprotected pointer in Rich detailed monitoring (RichRecCommon v1r9) - . Add a missing job option for detailed Calo monitoring (BrunelMoni.opts) - . Fix bug in evaluation of overlap of two rectangular areas (CaloUtils v4r7) - . Add fixes suggested by C.Jones for using Brunel.job in debug mode - . Fix in MS scattering correction (TrExtrapolator v2r12) - . Fix problem with 3-cell cluster at edge of calorimeter, where only one cell - has positive energy - was causing rare core dump in CaloMergedPi0Alg - (CaloReco v2r4) - -</PRE><H1><A NAME=v23r7>2004-04-29 Brunel v23r7</A></H1><PRE> -Version used for DC04 - -Requires data produced by Boole v5r6 or later (for signal) -Requires data produced by Boole v5r7 or later (for B inclusive and minimum bias) - -- New tuning - . 12% correction to HCAL calibration coefficient (XmlDDDB v22r2) - . 7.2% correction to ECAL calibration coefficient (XmlDDDB v22r2) - -- Bug fixes - . Make MC/Signal optional and Gen/HardProcesses mandatory on Dst definition - -</PRE><H1><A NAME=v23r6>2004-04-23 Brunel v23r6</A></H1><PRE> -Requires data produced by Boole v5r6 or later - -- Functionality changes - . Disabled RichRecoQC, because it accesses Spillover hits, no longer available - on Boole output (RichRecQC v1r7) - -- New tuning - . Update parameterisation for Photon ID (CaloPIDs v2r2) - . New Rich track state handling and tuning - (RichRecSys v1r9, RichUtils v3r9, RichDetTools v4r1) - . Change match Chi2 cut to 500. (from 200.) (Matching v2r10) - . Remove multiple scattering fudge factor from extrapolation errors - (TrExtrapolator v2r11) - . Retune KShort tracking for higher efficiency (TrKShort v1r4) - . Update parameterization of Velo errors, scale factor is now 0.8 - (TrFitEvent v4r5) - -- Persistency changes - . Added Gen/HepMCEvents, Gen/HardProcesses, MC/Signal - (produced by Gauss v15r4, propagated by Boole v5r6) - . Removed Velo,IT,OT clusters from DST. If needed they can be recreated from - RawBuffer by rerunning the clustering - . Added intermediate directories of Digits paths, to avoid opening .digi - file when registering Digits re-created from RawBuffer in DaVinci - . use POOL_1_6_3 - -</PRE><H1><A NAME=v23r5>2004-04-15 Brunel v23r5</A></H1><PRE> - - Requires data produced by Boole v5r4 or later - Tuned for XmlDDDB v22r1 - -- New features - . Location of XmlDDDB file is printed at start of job (GaudiSvc v11r6) - -- Changed features - . PoolDbCacheSvc.InputCatalog and .OutputCatalog no longer supported: - use PoolDbCacheSvc.Catalog instead, with support for search list; - first catalog in list is read/write, others are read only. - (POOL v1r162p0, GaudiPoolDb v1r6) - -- Persistency changes - . Using POOL_1_6_2. Fixes problem with Rich PIDs - (POOL v1r162p0, GaudiPoolDb v1r6) - -- Bug fixes - . All tools correctly released at end of job (GaudiSvc v11r6) - . Fix a typo in TimingTool::finalize (LHCbTools v1r1) - . Fix 1.5 cm shift of a TT ladders near the edge (XmlDDDB v22r1) - -</PRE><H1><A NAME=v23r4>2004-04-01 Brunel v23r4</A></H1><PRE> - - Requires data produced by Boole v5r4 or later - Tuned for XmlDDDB v22r0 - -- New features - . Field045 map is the default. To process data produced with the old field - map, use v200402-Field043.opts instead of v200402.opts - . Added example job options (Copy.opts) for copying one or more files. Can be - used to merge several DSTs, or to produce reduced (or extended...) DSTs - -- Persistency changes - . New version of RawBuffer for OT: new bank structure, multiple hit - capability, new straw numbering (OTDAQ v2r0) - . HepMC can now be made persistent also for POOL data (GenEvent v3r1) - Disabled from Dst content as it requires data produced with Gauss v15r4 - or greater, not yet released. - -- New tuning - . Update signal to noise cuts to be consistent with Boole (ITAlgorithms v14r2) - . Tuning of tracking for Field045 (LongTrack v1r11, TrKShort v1r3, VeloTT v1r9) - . Add a dp/p cut for 4th hit wrt to hits in other TT half (VeloTT v1r9) - -- Bug fixes: - . Avoid multiple includes of job options files (CaloReco v2r1p1) - . Avoid linking with unnecessary libraries (requirements) - . Fix monitoring problems related to history flags of tracks (TrKShort v1r3) - . Fix range definition in TT, whole station is not tilted, only each wafer - (LongTrack v1r11) - -- Packaging changes: - . Remove unnecessary dependency on VeloAlgorithms - -</PRE><H1><A NAME=v23r3>2004-03-18 Brunel v23r3</A></H1><PRE> - - Requires data produced by Boole v5r3 or later - Tuned for XmlDDDB v22r0 - - - New features: - . New base classes available for algorithms and tools - (GaudiAlg v7r1, GaudiTools v8r0, CaloKernel v3r0) - . Use new version of ParticlePropertySvc (GaudiSvc v11r4, ParamFiles v3r4) - . New naming convention for tracks: Upstream renamed Follow, KsTrack added, - track type Long, Upstream, Downstream aded - (TrEvent v13r1, TrFitEvent v4r4, TrFitAssociators v1r1, TrCheck v2r4, - TrCleanEx v2r9, TrKShort v1r2, RichRecBase v1r9p1, MuonID v3r7p1, - CaloReco v2r0, CaloMonitor v2r0) - . Decode ITDigits from RawBuffer (ITAlgorithms v14r1, STDAQ v1r0) - . Decode VeloClusters from RawBuffer (VeloAlgorithms v2r9, VeloDAQ v1r0) - . Associator tools now inherit from GaudiTool. New printout for tools that - are not finalised (GaudiTools v8r1, LHCbKernel v4r4) - - - New tuning: - . Recalibration of Ecal ActiveToTotal (XmlDDDB v22r0) - . New Rich2 HPD layout (XmlDDDB v22r0) - . New Calo PID calibration histograms (CaloPIDs v2r1, ParamFiles v3r4) - . New corrections for photons and photons from merged pi0s (CaloReco v2r1) - . Adapt VeloTT tracking to new TT geometry (VeloTT v1r8) - - - Persistency changes: - . POOL persistency is now the default - . Backwards incompatible change to internal encoding of VeloChannelID - (LHCbKernel v4r3) - . Use VeloChannelID as key of VeloCluster (backwards incompatible) - (VeloEvent v13r0p1, AsctToLinker v1r1) - . Removed OTDigits from DST following fix to relations problem - (OTDAQ v1r1) - . Fix relations to CaloDigits - (GaudiDb v9r2, CaloReCreateMCLinks algorithm from CaloEvent v13r1) - - - Bug fixes: - . Minor fix to IT clustering (ITAlgorithms v14r1) - - - New packaging: - . Added explicit dependency on FieldMap v4r3. Change the requirements, or - the FIELDMAPROOT environment variable, to choose another field map - . Removed VeloRound, round() function now implemented in Kernel/LHCbMath.h - (LHCbKernel v4r3, VeloKernel v1r4, VeloDet v8r8p1, VeloAlgorithms v2r9p1) - . Adapted to new base classes for algorithms and tools. - Adds printout of tools not finalised - (GaudiAlg v7r0, GaudiTools v8r1, LHCbKernel v4r4, CaloMonitor v2r0, - CaloReco v2r0, CaloPIDs v2r0, RichMCTools v1r1, RichRecMCTools v1r3, - RichRecQC v1r6, RichRecSys v1r8) - . Valgrind error suppression file for Gaudi and external package errors moved - to $STDOPTS/Gaudi.supp (GaudiConf v7r6, valgrind.job) - - -</PRE><H1><A NAME=v23r2>2004-02-10 Brunel v23r2</A></H1><PRE> - -- New functionality - . Support for new TT layouts (4-3-3-4: v200402.opts, 4-2-1-1-2-4: TT-alt.opts) - (XmlDDDB v21r0, STDet v1r0, ITAlgorithms v14r0, ITCheckers v2r0) - . Support for new Rich features (switched off by default) - (RichRecSys v1r7, RichDetTools v3r6, RichUtils v3r7) - . OT digits are rebuilt from RawBuffer (OTDAQ v1r0) - . Muon digits are rebuilt from RawBuffer (MuonDAQ v1r0) - -- DST changes - . Replace old style "relations" with new style "links" for MC truth of - ITClusters, OTClusters, VeloClusters, MuonCoords, L0Calo. Relations can be - rebuilt from links when reading the DST. (AsctToLinker v1r0) - . Add depositedCharge() to ITCluster (ITEvent v13r1, ITAlgorithms v14r0) - . Add one significant bit to time field of MuonDigit - (MuonEvent v3r1, MuonAlgs v5r1) - . Remove all (old) L1 objects from Dst. To be replaced by new Trg - (L1Decision not available, waiting for new code working in Trg framework) - . Removed filtering of MCParticles/MCVertices (should be done in Gauss) - . Added OTDigits. This is because POOL crashes when writing the OTCluster - SmartRef to OTDigits, if the OTDigits are not also saved somewhere... - -- New tuning - . Updated TT detector geometry (beam pipe hole, guard ring size etc.) - (XmlDDDB v21r0) - . Adapt to changes in ST geometry - (ITAlgorithms v14r0, ITCheckers v2r0, LongTrack v1r10, Seeding v2r8, - TrCheck v2r3, TrCleanEx v2r3, TrKShort v1r1, TrMatching v2r9, VeloTT v1r7) - -- New packaging - . Creation of relations and links tables for the DST moved to a new independent - Relations phase - -- Dropped functionality - . Dropped support for pre-2004 geometries (removed v200311,opts, RiSicbGeom) - . Dropped valgrind support for gcc 2.95.2 - (Brunel.supp.gcc32 renamed Brunel.supp) - - -</PRE><H1><A NAME=v23r1>2004-01-28 Brunel v23r1</A></H1><PRE> - -- New functionality - . New KShort tracking replaces old "upstream" tracking. See TrKShort - release notes for details (TrKShort v1r0). UpstreamPR and TrIntraPR removed - . All DST classes can now be written to POOL (LHCbKernel v4r1) - -- New tuning - . New normalisation for timingAlg, for consistency with Boole. Updated list of - algorithms to be timed (BrunelAlgs v3r4, LHCbTools v1r0) - . Adapt Seeding algorithm to latest IT+OT geometry (Seeding v2r7) - -</PRE><H1><A NAME=v23r0>2004-01-22 Brunel v23r0</A></H1><PRE> -- Built against GAUDI v14r0 - -- New functionality - . Possibility to read POOL digi file and/or save POOL dst file. Only for - tests by experts. See examples in v200311.opts - . Monitoring histograms now saved to ROOT file by default. Saving to Hbook file - is still possible, see comments in BrunelMoni.opts - -- New tuning - . New Ecal and Hcal calibration for "ActiveToTotal" parameter (XmlDDDB v20r1) - -- Dst changes - . Add file DstContent.opts to define dst content (Moved from GaudiConf) - . Remove L0/Calo and L0/FullCalo, can be rebuilt from RawBuffer - . Backwards incompatible update of CaloCluster - new seed attribute - (CaloEvent v13r0, CaloReco v1r8) - . Add HepMCEvents (written if present on Sim+Digi files) - . Add Link objects (MC truth of tracking digits used by Trg tracking) - . Add MCTrackInfo for "in Acceptance" and "Reconstructible" flags (Trg defn.) - - -</PRE><H1><A NAME=v22r0>2003-12-12 Brunel v22r0</A></H1><PRE> -- Built against GAUDI v13r0 - -</PRE><H1><A NAME=v21r2>2003-12-04 Brunel v21r2</A></H1><PRE> -** This version requires data produced by Boole v3r2 or greater ** - -- New features - . Additional monitoring histograms (ITCheckers v1r4) - -- New tuning - . Changes to IT clustering cuts (ITAlgorithms v13r0) - . Use circle method everywhere for ray tracing, gives further improvement in - Rich time performance without loss of efficiency - (RichDetTools v3r3, RichRecSys v1r4) - . Backwards incompatible change to OT geometry: introduction of OTQuarters, - new numbering for OT stations, layers, modules - (XmlDDDB v20r0, OTDet v5r0, OTAlgorithms v13r4, TrAssociators v3r7, - LongTrack v1r9, TrCheck v2r2, TrIntraPR v2r7, Seeding v2r6) - -- Dst changes - . Backwards incompatible change to bit definitions in OTChannelID - (LHCbKernel v12r10) - -- Bug fixes - . Fix division by 0 for backward moving tracks (bug 1928) (TrCheck v2r2) - -- New packaging - . Changes to IT geometry tree structure - (XmlDDDB v19r1, ITDet v1r7, Seeding v2r6, LongTrack v1r8p1, TrCheck v2r2, - TrCleanEx v2r7p1, TrIntraPR v2r7) - . Changes to ITSignalToNoise tools ---> noise in e- or ADC - (ITAlgorithms v13r0, LongTrack v1r8p1, TrIntraPR v2r7, VeloTT v1r6p1) - -- Removed features - . Remove support for v256r0 geometry (not supported by OTDet v5r0) - -</PRE><H1><A NAME=v21r1>2003-11-28 Brunel v21r1</A></H1><PRE> -** This version requires data produced by Boole v3r1 or greater ** - -- New features - . Calorimeter digits rebuilt from RawBuffer (CaloEvent v12r1) - . Rich digits rebuilt from RawBuffer (RichDAQ v1r0) - . Default OT monitoring now switched on - -- New tuning - . Improved Rich detector packages and new track cuts in Rich reconstruction. - Reduced the max track limit for the Global PID from 230 to 180 and - increased it for the local PID to 300. Effect is very small drop in PID - performance for large events, but much improved CPU time. - (RiSicbGeom v3r6, RichUtils v3r5, RichDetTools v3r2, RichRecSys v1r3) - -- DST changes - . Added DAQ/RawBuffer (GaudiConf v7r3) - -- Bug fixes - . Fix to off diagonal elements of TrStateP p covariance matrix (TrEvent v12r2) - -- Removed features - . Remove support for v254r1 (optimization TDR) geometry - - -</PRE><H1><A NAME=v21r0p1>2003-11-10 Brunel v21r0p1</A></H1><PRE> - -- Bug fix - . Use correct serialization to read in HltBuffer and L1Buffer (DAQEvent v2r1) - -</PRE><H1><A NAME=v21r0>2003-11-05 Brunel v21r0</A></H1><PRE> - Version built against LHCB v13r3. Requires oodigi produced by Boole v3r0 or - later (due to backward incompatible change in Rich data and DAQEvent) - -- New tuning - . Changes to Rich monitoring (RichRecQC v1r2) - . Updates and new features in Rich ring refit (RichRingRefit v1r2) - . Implement fast refit with outlier removal. Default is five iterations, - removing outliers at chi2 > 9. (TrFitter v3r7) - . New tuning of dE/dx and MS (TrExtrapolator v2r8) - -- New feature - . Possibility to switch on detailed OT monitoring. - Default is "fullDetail" = false (OTAlgorithms v13r3) - -- DST changes - . Requires oodigi produced by Boole v3r0 or later, due to backwards - incompatible changes to event model and oodigi content - (RichKernel v4r0, RichEvent v6r0, DAQEvent v2r0, GaudiConf v7r2) - . Reading program has to be linked with LHCB v13r3 or later due to backwards - incompatible change to Rich Event model (RichKernel v4r0, RichEvent v6r0) - . Add L1Buffer to DST (GaudiConf v7r2) - -- Geometry changes - - Renamed v200309-hpd.opts to v200311.opts - - Removed v256-MaPMT.opts and v200309.opts (MaPMT geometries) - -- Bug fixes - . Fixes to material description of IT frames, was not consistent with cdf - description (XmlDDDB v19r0) - . Fix uninitialised variables (bug 1673) (TrCheck v3r7) - -</PRE><H1><A NAME=v20r1>2003-10-17 Brunel v20r1</A></H1><PRE> - -- New functionality - . Add Rich support for MaPMT and for Gauss data. Requires XmlDDDB v18r2 - (RichDetTools v3r0, RichDet v6r0, RichKernel v3r3, RichRecSys v1r1) - . Add histograms to monitor memory usage (BrunelAlgs v3r0) - . Create HLTEvent from HLTBuffer at start of processing (BrunelAlgs v3r0) - -- New tuning - . Improved handling of Rich tabulated properties (RichUtils v3r3) - . Improved ring refit algorithm (RichRingRefit v1r1) - . Use reference trajectory instead of dummy point on track to propagate - tracks between Velo and T stations - (TrFitEvent v4r0, LongTrack v1r8, VeloTrack v5r1) - . Increase TT signal to noise cut from 4. to 6. for VTT tracks (VeloTT v1r6) - . Add TT hits to "Matched" tracks (TrMatching v2r7, Brunel.opts) - -- New packaging - . Remove dependency on NAGC, use equivalent gsl functions instead - (VeloAlgorithms v2r8, ITCheckers v1r3p1, TrExtrapolator v2r7, - TrIntraPR v2r6, UpstreamPR v2r8) - . Remove dependency on MuonAlgs (contains only Muon digitization) - . Remove dependency on LHCBDBASE environment variable. Parameters are taken - from ParamFiles package. - . Specialised BrunelMain.cpp no longer needed, use GaudiMain instead - . Introduce dependency on GaudiGSL and GSL - . Rename top level options files for consistency with new XmlDDDB scheme - . Update Brunel.job and valgrind.job for above changes - -</PRE><H1><A NAME=v20r0p1>2003-07-18 Brunel v20r0p1</A></H1><PRE> - -- Bug fix: - . Add workaround in BrunelMoni.opts to create Tr2MCP relation table for DST - when Rich Monitoring is skipped - -</PRE><H1><A NAME=v20r0>2003-07-17 Brunel v20r0</A></H1><PRE> - *** First version without digitisation. To be used on output of Boole v1r0 *** - -- Removed functionality: - . The digitisation and trigger phases have been removed (moved to Boole). - This includes addition of spillover and background, now done in Boole - . The SICB initialization is removed. A reduced ZEBRA common block is still - present for HBOOK. - -- New functionality - . use also Seed and Upstream tracks for Calo PID matching (CaloPID v1r1) - -- New tuning - . Modify IT, OT, Velo Associators to work with Digit2MCHit relations stored - on oodigi tape. Identical behaviour as previously except for tiny - additional association inefficiency for IT (few 10^-4) and TT (10^-3) - -- DST changes - . Rich and Calo Digits have been removed (it is possible to navigate to them - on the oodigi tape if required for special studies) (GaudiConf v7r0) - -- Bug fixes - . Correct a bug with rotation of TT stereo layers (ITDet v1r5) - . Fix for HCalE estimator (CaloPID v1r1) - -</PRE><H1><A NAME=v19r1>2003-07-08 Brunel v19r1</A></H1><PRE> -- New tuning: - . Update of Rich reconstruction software. Includes repackaging of algorithms. - (RichUtils v3r2, RichRecBase v1r2, RichGlobalPID v1r0, RichLocalPID v1r0, - RichRingRefit v1r0, RichPIDMerge v1r0, RichRecTools v2r1, RichRecSys v1r0) - -- New packaging: - . Split Rich monitoring into distinct Digi and Reco packages - (RichRecQC v1r0, RichDigiQC v1r0) - -- New functionality: - . Add MCRichHit class to Event model, for detector information from Gauss - (RichEvent v5r0, RiSicbCnv v6r0, Event v3r4, SicbCnv v17r7) - . Add support for valgrind 1.9.6 with gcc32 - (new file Brunel.supp.gcc32, invoked by valgrind.job) - -- Removed functionality: - . Remove V0 reconstruction ("upstream " KsReco package) - replaced by new DaVinci algorithm - -- DST changes: - . Update list of algorithms to be timed with new Rich Global PID iterations - (BrunelAlgs v2r1) - . Remove V0s (GaudiConf v6r10) - -- Bug fixes - . Release services etc. after use, to please valgrind - (RiSicbCnv v6r0, RichRecBase v1r2) - - -</PRE><H1><A NAME=v19r0>2003-07-03 Brunel v19r0</A></H1><PRE> - This version is built against Gaudi v12 and introduces support for gcc 3.2 - -- Removed features: - . Removed support for dbase < v256r0. - Data produced with dbase v254r1 (PDC1 winter 2003 production) can be - reconstructed with dbase v256r0. - Data produced with dbase v255r* (Robustness tests for optimization and - trigger TDRs) cannot be reconstructed with this version - use v18r1. - . Removed Rich Fortran reconstruction - -- New features: - . Implementation of modules in OT description. Uses backwards incompatible - modification to OTDet, requires XmlDDDB from v16r0, dbase from v256r0 - (OTAlgorithms v13r0, Seeding v2r4, LongTrack v1r7, TrIntraPR v2r5, - L1VeloTrack v5r1) - . New implementation of "flat spillover" in Muon chambers. Requires - installation of the file $LHCBHOME/sim/data/flat-spillo-2.hbook - (MuonSicbCnv v7r1, MuonBackground v1r2) - . Added L0 veto on Spd and PuVeto multiplicity (L0DU v6r5) - . Redesign of L1 algorithm and packaging (L1Decision v2r1) - . L1TTClusters used instead of offline clusters for L1 (L1Decision v2r1) - . Detailed description of Spd and Prs, including converter! (XmlDDDB v16r1) - . Rich OO reconstruction is now the default - -- DST changes - . Rec/Rich/PIDs now contains result of Rich OO reconstruction. - Rec/Rich/OOPIDs is no longer filled - -- New tuning: - . Use TDR L0 threshold settings (L0DU v6r5) - . New Muon ID tuning (MuonID v3r6) - . Final L1 calibration for TDR (L1Decision v2r1) - . TimingAlg normalisation loop increased by x 1.3 in case of gcc 3.2, to - compensate effect of -o2 compiler flag (BrunelAlgs v2r0p1) - -- Bug fixes: - . Release application manager in BrunelMain.cpp, to please valgrind - . Release services etc. after use, to please valgrind - (ITAlgorithms v12r10, L1Decision v2r1, L1VeloTrack v5r1, OTAlgorithms v13r0, - MCTools v1r1p1, KsReco v1r5, RichMonitor v3r0p1, RichRecAlgs v2r0p2, - RichRecTools v2r0p1, TrCheck v1r4, TrIntraPR v2r5, TrTools v2r4p1) - . Remove IGeometryInfoException from DoxyFile.cfg, to fix doxygen doc - -</PRE><H1><A NAME=v18r1>2003-06-24 Brunel v18r1</A></H1><PRE> -- New features: - . Support addition of LHC background. Switched on by default - (Digi/DigiAlg v1r0, Muon/MuonAlgs v4r1, Muon/MuonTools v3r5) - . New algorithm MCEvTypeFilter to allow different DST definitions depending - on event type (BrunelAlgs v2r0) - . Enable default IT monitoring (ITCheckers v1r3) - -- DST changes: - . L1OT(ST,TT)Clusters are present only on minimum bias events, as in the TDR - production with Brunel v17r4. In Brunel v18r0 they were present on all - events (GaudiConf v6r8, BrunelAlgs v2r0) - -- Bug fixes: - . Fix problem with handling of OT geometry in Y=0 overlap region. Improves - tracking efficiency by 0.3% (LongTrack v1r6) - . Fix run time problem on Windows (RichRecAlgs v2r0p1) - . Fix bug 425: processing aborted if bad cluster in Ecal (CaloReco v1r6) - . Fix bug 424: crashes due to rounding problem (MuonBackground v1r1) - . Fix bug 135: Solids deleted twice at finalisation (DetDesc v1r9p1) - . Fix some Rich1 overlaps reported by transport service (XmlDDDB v15r5) - . Fix uninitialised bin in IT charge sharing function (ITAlgorithms v12r9p1) - -- Packaging changes: - . BrunelInitialisation and BrunelPhase algorithms moved to BrunelAlgs - package, making BrunelKernel package obsolete (BrunelAlgs v2r0) - -</PRE><H1><A NAME=v18r0p3>2003-06-06 Brunel v18r0p3</A></H1><PRE> -- New features: - . Add support for dbase v255r3 - -</PRE><H1><A NAME=v18r0p2>2003-05-07 Brunel v18r0p2</A></H1><PRE> -- New features: - . Add support for dbase v255r4 and "degraded Velo" robustness test -- Bug fixes: - . Fix a character string length, causing crash on W2K (BrunelKernel v5r4p1) - -</PRE><H1><A NAME=v18r0p1>2003-04-24 Brunel v18r0p1</A></H1><PRE> -- New features: - . Add support for dbase v255r2 - -</PRE><H1><A NAME=v18r0>2003-04-17 Brunel v18r0</A></H1><PRE> -- New features: - . DST content is now defined in GaudiConf package, not in BrunelDst.opts - As side-effect, OutputStream is now called DstWriter, not BrunelDstWriter - . Improved default monitoring for automatic data quality checks - (VeloAlgorithms v2r7, RichMonitor v3r0) - . Support for dead strips in Velo (zero dead strips by default) - (VeloAlgorithms v2r7, VeloTrack v5r0) - . Muon low energy background is no longer read from SICBMC RAWH file. - Instead it is generated in the digitisation, using a parameterisation from - the histograms in $LHCBHOME/Sim/mubg1.hbook - (MuonAlgs v4r0, MuonUtils v1r0, MuonBackground v1r0, MuonSicbCnv v7r0) - . Support for dead cells in Calorimeters (zero dead cells by default) - (CaloDigit v1r2) - . Support for IT cluster smearing, to simulate misaligment (zero smearing by - default) (ITAlgorithms v12r9) - . Support for random noise in OT (no noise by default) (OTAlgorithms v12r4) - . Support for degraded efficiency and resolution (swiched off by default) - (RichRecTools v2r0, RichRecAlgs v2r0, recrich v7r4, BrunelSicb v4r1) - . Support for extra noise and smearing to mimic misalignment (off by default) - (VeloAlgorithms v2r7) - . Added a new options files for robustness tests. The different cases shown in - http://cern.ch/lhcb-phys/task_force/TDR_studies_2002-2003/robustness/ - are implemented as follows: - - case 0: default settings for dbase v255r1, Brunelv255r1.opts - case 1: default settings, use Brunelv254r1.opts as is - case 2: add Test2Robustness.opts at end of Brunelv254r1.opts - case 3: Not yet implemented - case 4: independent of Brunel. Use Brunelv254r1.opts as is - case 5: independent of Brunel. Use Brunelv254r1.opts as is - case 6: Not yet implemented - - . Added Brunelv255r0.opts, Brunelv255r1.opts to support new dbases - - -- Removed features: - . Removed support for data produced with dbase v253r99 (Xmas 02 production) - -- New tuning: - . Random number is now initialised by hashing a string containing the - complete run and event numbers (BrunelKernel v5r4) - . Faster Calo MC truth association (CaloEvent v11r5, CaloAssociators v1r3) - . New more efficient version of OO-Rich. OO reconstruction now similar or - better efficiency than Fortran. (RichKernel v3r0, RichUtils v3r0, - RiSicbGeom v3r1, RichDet v4r1, RichDetTools v2r0, RichEvent v4r3, - RichRecBase v1r0, RichRecAlgs v2r0, RiSicbCnv v5r5, RichRecTools v2r0) - . Changed full scale of Prs and SPD (XmlDDDB v15r3) - . Changed default pe/Mev and Prs/Spd fractional correction (CaloDigit v1r2) - . Update S corrections (CaloReco v1r4, CaloPIDs v1r0) - . M3 seed cleaning no longer done in y direction, increases L0Muon efficiency - (L0Muon v6r5) - -- DST changes: - . Add VeloTrackAlg timing to Timing.opts - fixes bug 191 (BrunelAlgs v1r9) - . Do not filter MCParticles and MCVertices containers if relations - between MCParticles and MCVertices are corrupt (checked with new tool - CheckMCEventTool) to protect against bug 208 (BrunelAlgs v1r9, MCTools v1r1) - . Add Trig/L1/TTClusters, ITClusters, OTClusters (GaudiConf v6r6) (These - were available in Winter 2003 production via additional job options in - production workflow) - . ProcStat now contains information from the OO Rich reconstruction: - - for global and local algorithms, the number of PIDs produced, or the - (negative) error codes if the processing was aborted - - for the merging algorithm, the number of local and global results that - were used in the merged output container - -- Bug fixes: - . Brunel.job again analyses core dump file, also on RH7 - . Bug 203: check array boundary for OT (L1VeloTrack v5r0) - . Bugs 191, 208: see DST changes above. - . Bug 305: fix initialisation of Calo monitoring (CaloMonitor v1r4) - . Bugs 138,139: valgrind errors disappeared with new version of Rich code - . Bug 396: memory leak reported by valgrind (DetDesc v11r9) - . Several fixes to geometry solids (DetDesc v11r9) - . Fix position of magnet material (XmlDDDB v15r3) - . Minor bug fixes in ITCrossTalk (ITAlgorithms v12r9) - . Fix clustering for merged pi zeros (CaloReco v1r4, CaloPIDs v1r0) - . Fix bug in a loop index (MuonTools v3r4) - . Use latest Gaudi bug fixes (Gaudi v11r5) - -</PRE><H1><A NAME=v17r4>2003-02-06 Brunel v17r4</A></H1><PRE> - - New tuning: - . L1 minimum bias parameterization (L1Decision v1r7) - . Updated version of single gamma tool (CaloReco v1r3) - . New calibration constants for electrons and photons (CaloReco v1r3) - . Update S and L corrections (CaloReco v1r3) - - - New features: - . Repackaging of L1Decision to remove some dependencies (L1Decision v1r7) - - - DST changes: - . Remove optional containers Rec/Calo/HcalIDe, HcalIDmu, PrsID, EcalID - . Add mandatory container Rec/Calo/EcalE - . Previously optional containers Rec/Calo/HcalE, PrsE now mandatory - - - Bug fixes: - . BugID 136: fix a Rich1 volume overlap (XmlDDDB v15r2) - . Print correct L0 performance values (L0DU v6r4) - . Add missing factories for L1OTCluster and L1ITCluster (L1Event v11r6) - -</PRE><H1><A NAME=v17r3>2003-01-31 Brunel v17r3</A></H1><PRE> - - New tuning: - . Changed logic for treating the L0 Muon PU overflow conditions: now PU - always returns 2 randomly chosen candidates if there are more than 2 - candidates found. No more the whole quarter of the processor is empty in - this case (L0Muon v6r4) - . Default L0 Muon FoIs are set to reasonable values for the 125 KHz L0Muon - bandwidth (L0Muon v6r4) - . PuVeto decision taken on sum of second peak: 3 or more is vetoed (L0DU v6r3) - . L0 thresholds adjusted (L0DU v6r3) - - - New features: - . L0Muon ghosts cleaned in L0Muon rather than L0DU (L0Muon v6r4, L0DU v6r3) - - - Bug fixes: - . Fix a boundary problem in DeVelo (VeloDet v8r4) - . BugID 143: fix a rare duplicate key problem in VeloFEToL1 (L1VeloTrack v4r1) - -</PRE><H1><A NAME=v17r2>2003-01-23 Brunel v17r2</A></H1><PRE> - - New tuning: - . Raise IT clustering S/N cut to 3.2 sigma (from 3.0) (Brunel.opts) - . Tuning for new TT strip pitch and magnetic field, plus minor improvements - (L1Decision v1r6) - . Tuning of VTT tracking for field043 (VeloTT v1r5) - . Tuning of Upstream tracking for field043 (TrIntraPR v2r4, UpstreamPR v2r7) - . Improved agreement between Xml and CDF geometry for OO-Rich - (XmlDDDB v15r0, RichDet v4r0, RichDetTools v1r3, Brunel.opts) - . Fix HCAL and ECAL calibrations as result of time information in digitisation - (XmlDDDB v15r1) - - - New features: - . Add support for dbase v254r1 - (XmlDDDB v15r0, Brunelv254r1.opts - to be used also for dbase v254r0 and - v253r1 test data) - . New algorithms to produce ST and OT trigger clusters - (L1VeloTrack v4r0, L1Event v11r5) - . Possibility to cut on IT S/N in Upstream tracking (TrIntraPR v2r4) - - - DST changes: - . TrStateL of Velo and Veloback tracks is now given at Z of first measured - point (actually first used phi sensor) instead of Z=0 previously - (VeloTrack v4r5, TrCleanEx v2r6) - - - Bug fixes: - . Fix valgrind problems (CaloDet v6r4, CaloReco v1r2p1, MuonAlgs v3r3) - . Introduce fix to inner tracker materials that was mistakenly left out in - XmlDDDB v14r1 (XmlDDDB v15r0) - -</PRE><H1><A NAME=v17r1>2003-01-17 Brunel v17r1</A></H1><PRE> - - New tuning: - . Tune Match tracking for field043 (TrTools v2r4, TrMatching v2r5) - . Use slope on x instead of atan(x/9450) in parabolic correction of pt-kick - tool (TrTools v2r4) - - - New features: - . Drop support for dbases prior to v253r99, add support for v253r99, v254r0 - > Use dbase v253r99 for data produced with dbase v253r0 (Xmas production) - > Use dbase v254r0 for field043 data (e.g. test data produced with v253r1) - > Data produced with dbase < v253r0 no longer supported - . New accessor for noise level in ITSignalToNoiseTool (ITAlgorithms v12r8) - - - DST changes: - . add a TrStateP to velo and veloBack unique tracks (2nd state on the track) - at the Z closest to the beamline, assuming Pt=400 MeV/c and dp/p=0.1 - (TrCleanEx v2r5, Brunel.opts - new algorithm TrPrepareVelo) - - - Bug fixes: - . Fix Pi0Local per validation card: The 2x2 energy was used, instead of the - total card energy (L0Calo v6r6) - . Protect against possibility of zero deposited energy in MCHit - (VeloAlgorithms v2r6) - . Fix minor problems flagged by valgrind - (TrExtrapolator v2r5, MuonSicbCnv v6r8) - . Fix uninitialised variable (L1Decision v1r5) - -</PRE><H1><A NAME=v17r0>2003-01-09 Brunel v17r0</A></H1><PRE> - - New tuning: - . Change strip threshold to 7000e (PuVeto v5r3) - . Add tuning for magnetic field043 (LongTrack v1r5) - - - New features: - . Add support for dbase v253r1 - . Log inputs of L0Calo selection crate, for L1 studies - (CaloDet v6r3, L0Event v13r1, L0Calo v6r5, BrunelAlgs v1r8) - - - DST changes: - . Add Rec/Relation/L0CaloFullCandidates, Raw/L0/FullCalo - - - Bug fixes: - . Fix many minor problems flagged by valgrind (SicbCnv v17r5, MuonSicbCnv v6r7 - OTAssociators v2r4, OTAlgorithms v12r3, ITAlgorithms v12r7, TrTools v2r3, - TrCleanEx v2r4, TrAssociators v3r4, TrCheck v1r3, MuonID v3r5, - MuonAlgs v3r2, RichRecInterfaces v2r0, RichRecTools v1r4, RiSicbCnv v5r4, - KsReco v1r4, TrIntraPR v2r3, UpstreamPR v2r6, RichRecAlgs v1r4, - RichMonitor v2r4, VeloDet v8r3, LongTrack v1r5, MuonTools v3r3) - - -</PRE><H1><A NAME=v16r4>2002-12-11 Brunel v16r4</A></H1><PRE> - Essentially identical to v15r4, but using Gaudi v11 and DetDesc v11 - >> Introduces CMT projects - >> Introduces support for RedHat 7.3 - >> Fixes many memory leaks - - - New tuning: - . New tuning of ST charge sharing and clustering to match test beam - (ITAlgorithms v12r6) - . Increase lateral size of Aerogel to better match CDF description - (XmlDDDB v14r4) - - - New features: - . Re-enable OO-Rich by default (Brunel.opts) - . Add support for dbase v253 - - - DST changes: - . Add SelectKs2pipi, RichLocPID, RichGloPID to timed algorithms - - - Bug fixes: - . Do not abort job if no track are found for K0 search (KsReco v1r3) - . Fixes to Electron and Photon algs (CaloReco v1r2) - -</PRE><H1><A NAME=v15r4>2002-12-04 Brunel v15r4</A></H1><PRE> - >>> This is the last version built against Gaudi v10 <<< - Next version (for Xmas pre-production) will use Gaudi v11 and CMT projects - - - New tuning: - . Fine tuning of VTT tracking (VeloTT v1r4) - . Add material to central OT modules (XmlDDDB v14r3, v252r0 geometry) - . New velo clustering for L1. Includes common mode noise simulation and - correction (L1VeloTrack v3r4) - . Changes to Calorimeter corrections (CaloReco v1r1) - . Many fixes to OO-Rich (Rich/* packages) - . New parameterisation and tuning of ST charge sharing (ITAlgorithms v12r5) - . Cut on max number of Velo tracks increased to 300 (from 200) (Brunel.opts) - - - New features: - . Add support for dbase v252r0 (Brunelv252r0.opts) - . New tools for PID with HCAL (CaloReco v1r1) - . Add OO-Rich LocalPID algorithm (RichRecAlgs v1r2) - . Add Ks reconstruction (KsReco v1r2, PhysEvent v7r2) - - - DST changes: - . OO-Rich switched off for default production - . Add V0s - - - Bug fixes: - . Fix edge problem in Velo detector element (VeloDet v8r1) - . Fix loop index range (found by valgrind) (PuVeto v5r1) - . Fix some mismatched new[]/delete to please valgrind (L1Decision v1r3) - -</PRE><H1><A NAME=v15r3>2002-11-28 Brunel v15r3</A></H1><PRE> - - New tuning: - . Tighten cut on signal/noise of TT clusters (>4) to reduce ghost rate - (VeloTT v1r3) - . Exclude backward Velo tracks as identified by VeloTrack, rather than by - private selection method (VeloTT v1r3) - - - New features: - . More units supported in job options (GaudiConf v6r5) - - - DST changes: - . Add ProcStatus to all events (BrunelKernel v5r2, BrunelDst.opts) - - - Bug fixes: - . Fix typo (wrong array size used, found by valgrind) (MuonDet v4r2) - . Fix usage of uninitialised variable, found by valgrind - (L1Decision v1r2, L1VeloTrack v3r4) - . Protect against missing L1 Vertex - causing very frequent core dumps - (L1Decision v1r2) - . Fix position of wakefield cone (XmlDDDB v14r2) - - - Code cleanup: - . Remove obsolete component library (CaloSicbCnv v7r3) - . Release all tools at finalize (L1Decision v1r2) - -</PRE><H1><A NAME=v15r2>2002-11-26 Brunel v15r2</A></H1><PRE> - N.B.: to take advantage of new Rich tuning, new dbase versions are needed: - To (re)process data produced with dbase v248r4, use dbase v248r5 and Brunelv248r5.opts - To (re)process data produced with dbase v250r0, use dbase v251r0 and Brunelv251r0.opts - To (re)process data produced with dbase v250r1, use dbase v251r1 and Brunelv251r1.opts - The new Rich tuning is not supported for dbase v249r* - - - New tuning: - . Modified the PuVeto peakValue method to improve peak finding (PuVeto v5r0) - . Enable cluster filtering: Seeding does not use T station clusters already - used by Forward tracking (Brunel.opts) - . Forward tracking: new tuning, two passes (less ghosts with similar - efficiency), flag used velo tracks (LongTrack v1r4) - . Track matching: improve selection of seed and velo tracks, tune chi2 cut - (TrMatching v2r4) - . Faster track cleaning (TrCleanEx v2r3) - . Improvements to L0 Pi0 trigger (L0Calo v6r3) - . Use TT1 for VTT and Upstream track association to MC (TrAssociators v3r3) - . New tuning for Rich, use VTT tracks (recrich v7r3, dbase v251r*/v248r5) - (not available for test data produced with dbase v249r*) - . Do not pass Velo only tracks to Fortran Rich reco (RiSicbCnv v5r1) - . L1 Velo tracking adapted to 45 degree Velo sensors (L1VeloTrack v3r3) - - - New features: - . Add support for dbase v250r0, v250r1 (XmlDDDB v14r1, Seeding v2r3) - . Add support for dbase v248r5, v251r0, v251r1 (new tuning for recrich) - . Add L1 Decision code (L1Decision v1r1) - . Fix OORich to also run on Windows - (RichRecKernel v1r1, RichRecEvent v1r1, RichRecAlgs v1r1) - . Switch off all L1 histograms by default (L1VeloTrack v3r3) - . New L0+L1 summary table in Brunel log file (L1Decision v1r1) - - - DST changes: - . Add /Event/Trig/L1/Decision - . Non-unique Velo, Seed tracks are removed by clone-killer (TrCleanEx v2r3) - - - Code cleanup: - . Minimize printout of job options (*.opts) - . Repackaging of OO Rich software to fix building of component libraries - (RichRecInterfaces v1r0, RichRecTools v1r1, RichRecAlgs v1r1, - RichMonitor v2r1, Brunel.opts) - . Use latest versions of SICB packages (detdes v19r0, Futil v12r0) - -</PRE><H1><A NAME=v15r1>2002-11-19 Brunel v15r1</A></H1><PRE> - - - New tuning: - . Add OT straw inefficiency at y=0 (OTDet v3r2) - . Reoptimisation of Velo tracking (VeloTrack v4r3) - . New package for the whole chain of Calorimeter digitization, - signal processing and zero suppression (CaloDigit v1r0) - . Use 4th TT hit when possible in VTT tracks (VeloTT v1r2) - . Improvements in calorimeter S&L corrections (CaloRec v1r0) - . New calorimeter energy calibration (VeloRec v1r0) - . Don't digitize unnecessarily 'Next' hits (ITAlgorithms v12r4) - . Changes in definitions for entries in efficiency table (TrCheck v1r2) - . Further tuning of forward tracks (LongTrack v1r3) - - - Bug fixes: - . Fix NaN problem in case no primary vertex found (L1VeloTrack v3r3) - - - New features: - . Possibility to use units in job options files (GaudiConf v6r4) - . Calorimeter algorithms and tools do not print the same message after a - maximum number of times. Default is 10 (CaloKernel v2r1) - . Take into account time information in Calo digitization (CaloDigit v1r0) - . Add e+/e- ID with PRS (CaloReco v1r0) - . Add TT occupancy histos (ITCheckers v1r1) - . New options file to define monitoring for production jobs (included by - default) (BrunelMoniProd.opts) - . OO Rich global algorithm executed in parallel with Fortran (Linux only) - - - DST changes: - . Updated list of algorithms in Trig/AlgUsedTimes and added elapsed time - measurement. This last change is not backwards compatible: to read - AlgUsedTimes from old DSTs must use Event/Event < v2r1 - (Event v2r1, EventSys v12r9, BrunelAlgs v1r6) - . Add /Event/Rec/Calo/Particles and optional calorimeter ID objects - /Event/Rec/Calo/HcalE, HcalIDe, HcalIDmu, PrsE, PrsID, EcalID - These objects are used to build ProtoParticles and will be removed from - the DST when ProtoParticle cration is moved to Brunel. - . Rename CaloClusters2MCParticles to EcalClusters2MCParticles - EcalCelAutoClusters to EcalClusters, SplitClusters to EcalSplitClusters - . Add /Event/Rec/Rich/OOPIDs for tests (Linux only, not useful for physics!) - - - Bug fixes: - . Fix small memory leaks (MuonSicbCnv v6r6, TrIntraPR v2r2) - . Minor bug fixes for evaluation of cluster spread and covariances - (CaloUtils v4r3) - . Minor bug fixes (uninitialised variables) (ITDet v1r2) - - - Code cleanup: - . Repackaging of Calo software - New packages: CaloDigit v1r0, CaloRec v1r0 - Removed packages: CaloTools, CaloAlgs, CaloRec, CaloTrackTools - . Add default locations and relations factories (CaloEvent v11r3) - . Version change to force recompilation - (CaloSicbCnv v7r2, CaloDet v5r2, CaloDetXmlCnv v2r1, L0Calo v6r2) - -</PRE><H1><A NAME=v15r0>2002-11-11 Brunel v15r0</A></H1><PRE> - - New tuning: - . Change Silicon Tracker strip pitch from 238 to 198 microns - (XmlDDDB v14r0, ITAlgorithms v12r3) - . Add 0.135% random noise to ITDigits (ITAlgorithms v12r3) - . Cut on both strip threshold and total charge in cluster in ST clustering - (ITAlgorithms v12r3) - . Use sensible OT gas drift parameters in seed search (Seeding v2r2) - . Small changes to Velo Tracking (VeloTrack v4r2) - - - New features: - . Prepare geometry support for C++ Rich reconstruction - (XmlDDDB v14r0, RichKernel v1r3, RichDet v3r0) - . New tool to get S/N of an ST cluster (can be used by tracking algorithms - to cut on S/N) (ITAlgorithms v12r3) - . Add support for variable number of Muon stations (L0Muon v6r2, - MuonSicbCnv v6r5, MuonAlgs v3r0, MuonRec v2r3, MuonID v3r4, Brunel.opts) - . Add support for dbase v249r0 and v249r1 - . Restructure options files to simplify switching on/off of monitoring and/or - DST output. Monitoring histograms off by default (*.opts, BrunelAlgs v1r5) - . Implement 45 degree Velo sectors. Currently hardwired for strip layout "1" - (VeloDet v8r0, Brunel.opts) - . Possibility to add noise to OT (off by default) (OTAlgorithms v12r1) - . New methods in Relations (LHCbKernel v1r5) - . Add VeloBack track type (for backwards going Velo tracks) - (TrEvent v11r4,TrFitEvent v3r3,VeloTrack v4r2,TrCleanEx v2r3,CaloRec v2r5) - . Skip "error" tracks in Calo reconstruction (CaloRec v2r5) - - - Bug fixes: - . Small fixes in TrFirstCleverExtrapolator (TrExtrapolator v2r3) - . Small fixes in Velo geometry (VeloDet v8r0) - . Fix typo in track matching, removes large fraction of large chi2 tracks - (TrMatching v2r3) - - - Code cleanup: - . Release all tools (ITAlgorithms v12r3, OTAlgorithms v12r1) - . Remove obsolete code and unneccessary calls to msgSvc (TrExtrapolator v2r3) - . Fix some valgrind warnings (VeloAlgorithms v2r4) - . Add private copy constructor to KeyedObject - keyed objects may not be - copied, as that leads to duplicate key (EventKernel v2r1, EventSys v12r8) - . New versions to use new VeloDet - (PuVeto v4r1, L1VeloTrack v3r2, VeloAssociators v1r3, TrCheck v1r1) - -</PRE><H1><A NAME=v14r2>2002-10-31 Brunel v14r2</A></H1><PRE> - - New tuning: - . Add dummy Velo state to Match track fit to fix bad chi2 (TrMatch v2r2) - . Speed up extrapolation using TrHerabExtrapolator instead of - TrFirstCleverExtrapolator (TrMatch v2r2) - . Tune forward tracking to find more high momentum tracks (LongTrack v1r2) - . Modify TrReconstructible definitions (TrAssociators v3r2) - . Reduce state z position tolerance from 100cm to 50mm (RiSicbCnv v4r6) - - - New features - . Possibility to add TT hits to Match tracks - switched off in Brunel.opts - due to high rate of bad chi2 tracks (TrMatch v2r2) - . Add VeloTT tracks to TrAssociator (TrAssociators v3r2) - . Improved track monitoring (TrAnalyse replaces FwtAnalyse) (TrCheck v1r0) - - - DST changes: - . Add L1 Summary to DST (BrunelDst.opts) - . Add L1VeloTrackAlg to algorithms being timed (BrunelAlgs v1r4) - - - Bug fixes: - . Fix in SolidSphere (DetDesc v10r5) - . Fix in calculation of intersection of a line with a cone (DetDesc v10r5) - . Add missing factories (L1Event v11r1, EventSys v12r7) - - - Code cleanup: - . Fix a mismatched new[]/delete reported by valgrind (VeloTT v1r1) - . Remove creation and deletion of an obsolete unused state (TrFitter v3r4) - . Remove unneccessary TrExtrapolator base class (TrKernel v11r1, - TrExtrapolator v2r3, TrFitter v3r5, TrMatching v2r3, UpstreamPR v2r4) - -</PRE><H1><A NAME=v14r1p2>2002-10-25 Brunel v14r1p2</A></H1><PRE> - - Bug fix: - . Fix bug in TrFirTrack, causing poor efficiency for unique tracks - (TrFitEvent v3r2) - -</PRE><H1><A NAME=v14r1p1>2002-10-23 Brunel v14r1p1</A></H1><PRE> - - Bug fix: - . Fix crash when deleting a track after a fit failure (TrFitter v3r3) - - - New feature: - . When running in batch, Brunel.job picks up executable from user's newmycmt - rather than from $LHCBSOFT - -</PRE><H1><A NAME=v14r1>2002-10-22 Brunel v14r1</A></H1><PRE> - - New tuning: - . Add 1% inefficiency in IT, due to dead strips (ITAlgorithms v12r2) - . Small changes to Velo noise processing (VeloAlgorithms v2r3) - . Allow association of OTCluster to many MCParticles (OTAssociators v2r2) - . Improved VeloClusterOnTrack errors (TrFitEvent v3r1) - . Add dummy state to track fit, to fix bad chi2 on 8% of long tracks - (TrEvent v11r3, TrFitEvent v3r1, LongTrack v1r1) - . Tune initial covariance matrix parameters for Kalman filter - (LongTrack v1r1, TrMatching v2r1) - . New cuts on estimated track errors, to recover efficiency (TrMatching v2r1) - . Do not extrapolate tracks outside LHCb volume (TrExtrapolator v2r2) - . Do not add state closest to beam line if new Z is downstream of first - measured point or more than 200mm from Z=0. (TrFitter v3r2) - . Drop tracks with fit failures (TrCleanEx v2r2) - - - New features: - . Prepare for dbase v249r* support (MuonDet v4r1, MuonTools v3r1, MuonID v3r3) - . Add VeloTT tracks (*BEWARE*: requires tuning) (EventSys v12r6, - TrEvent v11r3, TrFitEvent v3r1, VeloTT v1r0, TrCleanEx v2r2, CaloRec v2r4) - . Get OT digitization parameters from Xml - (XmlDDDB v13r1, OTDet v3r0, OTAlgorithms v12r0, TrFitEvent v3r1) - . Possibility to add Xtalk and Random noise to IT. Switched off by default - (ITAlgorithms v12r2) - - - Bug fixes: - . Fix usage of uninitialised variables (L1VeloTrack v3r1) - . Fix a memory leak (LongTrack v1r1) - . Fix ZFATAL from spillover when no spillover event in first event - (SicbCnv v17r3) - - - Packaging changes: - . IT monitoring moved to a new package (ITCheckers v1r0, BrunelMoni.opts) - . TrTrack moved out of TrEvent package into TrFitEvent package - (EventSys v12r6, TrEvent v11r3, TrFitEvent v3r1) - -</PRE><H1><A NAME=v14r0>2002-10-14 Brunel v14r0</A></H1><PRE> - - New tuning: - . Improvements to Forward tracking (LongTrack v1r0, Brunel.opts) - . Improvements to Velo tracking for K0s (VeloTrack v4r1) - . Tune Velo noise and signal/noise cuts - (VeloKernel v1r2, VeloAlgorithms v2r2, VeloTrack v4r1) - . Improvements in Upstream tracking - (TrTools v2r1, TrIntraPR v2r1, UpstreamPR v2r2) - . Improved L1 Velo tracking algorithm (L1VeloTrack v3r0) - . ITAssociators allow MCParticles to share ITClusters (ITAssociators v2r1) - - - New features: - . Add geometry support for Muon with MWPC, with/without M1 - (XmlDDDB v13r0, MuonDet v4r0) - . Use latest versions of packages (changes not affecting Brunel) - (CaloAssociators v3r0) - - - DST changes: - . Replace FwtFind with FindLongTrack in AlgUsedTimes (BrunelAlgs v1r3) - . Add a track state at the Z of nearest approach to the beam to Forward and - Match tracks (TrFitter v3r1, Brunel.opts) - - - Bug fixes: - . Scan also L1Track2d2MCP when selecting MCParticles to be saved to DST. - Should fix crashes when writing DST (15% of signal jobs) (BrunelAlgs v1r3) - . Fix VeloCluster to MCHit association ambiguity - (EventSys v12r5, VeloEvent v11r1, VeloAssociators v1r2, L1VeloTrack 2r3) - . Fix a bug in debug printout (MuonID v3r2) - . Use same track state for Fortran back conversion and subsequent comparison - (RiSicbCnv v4r5) - . Remove some wrong consistency checks (VeloDet v7r1) - -</PRE><H1><A NAME=v13r2>2002-10-08 Brunel v13r2</A></H1><PRE> -Bug fix release for reprocessing of summer production -Supported geometry: dbase v248r4 (can process data produced with dbase v248r*) - - - New tuning: - . Tune L0 thresholds (L0DU v6r1) - . Change OT dead time from 30 to 50 ns (OTAlgorithms v11r1) - . Associate decaying tracks (TrAssociators v3r1) - . Select unique tracks for Rich reconstruction (RiSicbCnv v4r4) - should - reduce effect of cut on 300 tracks - . Tune spillover parameters for IT (ITAlgorithms v12r1) - . Allow for dead region between IT wafers (ITDet v1r1) - - - New features: - . Support for valgrind memory checking tool (job/Brunel.supp, valgrind.job) - . Prepare for variable number of Muon stations in XML - (MuonTools v3r0, MuonSicbCnv v6r4, MuonID v3r1, L0Muon v6r1) - - - Bug fixes: - . Random number engine initialisation (GaudiSvc v8r4). - With this fix, and with initialisation of random numbers at every event - (Brunel.opts) reconstruction is reproducible when starting at any event, - even when doing spillover - . Distance of stagger in wafers of TT1 layers was 2x too big (ITDet v1r1) - . Missing [] in delete (SicbCnv v17r2, RiSicbGeom v2r3, VeloTrack v4r0p1) - . Test iterator not at end before accessing it (TrCleanEx v2r1) - . Fix uninitialised variables in L0MuonCandidate - (EventSys v12r4, L0Event v12r2) - . Test L0MuonCandidate status (L0DU v6r1) - . Remove uninitialised and unused variable (L1VeloTrack v2r2) - . Fix ProcStatus default path and add to DST - (EventSys v12r4,TrEvent v11r2, VeloTrack v4r0p1, Seeding v2r1, FwTrack v4r2) - . Fixes in Muon MC truth (SicbCnv v17r2, MuonSicbCnv v6r4) - . Fixes for Muon cross-talk calculation (MuonDet v3r2) - . Fixes to readout and layer bits in MuonTileID (MuonRec v2r2) - . Fix track fit 'smoother problem' (-ve covariances) (TrExtrapolator v2r1) - . Use fabs instead of abs for doubles. Should fix overlapping volumes and - other problems on Windows (DetDesc v10r4, RiSicbGeom v2r3, RiSicbCnv v4r4, - CaloDet v5r1, CaloUtils v4r2, CaloTools v4r4) - . Fixes to digitisation of IT stereo layers (ITDet v1r1, ITAlgorithms v12r1) - . Add protection against invalid argument to ACOS (recrich v7r2) - . Do not consider events where tracking is skipped (> 200 Velo tracks) - for tracking efficiency statistics (FwTrack v4r2) - - - Geometry changes (XmlDDDB v12r5): - . Fix overlap between Velo and Rich1 - . Complete vertical Rich1 description - . Velo fixes and optimisation - - - Fixed memory leaks: - . CaloHypo destructor was not deleting its CaloPosition and CaloMomentum - (EventSys v12r4, CaloEvent v11r2) - - - Code cleanup: - . Apply coding conventions, document (OTDet v2r2, OTAssociators v2r1) - . OTCluster2MCHitAlg now uses OTCluster2MCDepositAlg (OTAssociators v2r1) - . Remove need for OTInitialization alg. (OTAlgorithms v11r1, Brunel.opts) - . Release tools at finalize (Seeding v2r1, FwTrack v4r2) - -</PRE><H1><A NAME=v13r1>2002-07-30 Brunel v13r1</A></H1><PRE> -Release of Brunel for summer 2002 production. -Supported geometry: dbase v248r4 (can process data produced with dbase v248r*) - - - DST changes: - . MuonDigit::TimeStamp is now filled (MuonAlgs v2r2) - - - Tuning - . Modify jitter in Muon MWPC readout (XmlDDDB v12r4) - - - Fixes: - . Initialise random number once per job, using run number as seed - (BrunelKernel v5r1) - . Add protections against tracks with missing states - (RiSicbCnv v4r3, recrich v7r1) - . Fix double deletion of Calo Relations - (LHCbKernel v1r4, CaloAssociators v2r2, CaloRec v2r3) - . Small fixes to Muon Digitisation - (EventSys v12r2, MuonSicbCnv v6r2, MuonAlgs v2r2) - . Fix potential memory leaks, improve protections for pointer dereferencing - (RiSicbCnv v4r3, RichMonitor v1r2) - - -</PRE><H1><A NAME=v13r0>2002-07-25 Brunel v13r0</A></H1><PRE> -Third release of Brunel for summer 2002 pre-production. - -Supported geometry: dbase v248r4 (can process data produced with dbase v248r*) -Complete OO-Dst output. - - - Functionality changes: - . Needs dbase v248r4 (Brunelv248r4.opts added, *v248r2.opts removed) - > Default input file changed (previous default had problem with PASS bank) - . SpillOverAlg executes as first algorithm in Digi phase - (SicbCnv v17r1, Brunel.opts) - . Add Spillover support to Rich - (EventSys v12r0, SicbCnv v17r1, RiSicbCnv v4r2, recrich v7r0, Brunel.opts) - . Use all tracks except Velo-only for Rich PID - (RiSicbCnv v4r2, recrich v7r0) - . Add histogram for virtual memory usage (SicbCnv v17r1) - - - DST changes: - . 'err' on 2d tracks now means 45 degree subsector (L1VeloTrack v2r1) - . Write all MuonCoords to DST (remove filtering), do not write MuonDigits - (BrunelAlgs v1r2, BrunelDst.opts) - - - Fixes: - . Fix pi0 mass (CaloTools v4r2, CaloRec v2r2) - . Fix Rich2 position (XmlDDDB v12r3) - . Fix units for crosstalk region in Muon (XmlDDDB v12r3) - . Fix Pt encoding in L0MuonCandidate (EventSys v12r0) - . Fix memory leaks (RiSicbCnv v4r2, RiSicbGeom v2r2) - . Fixes to run on Windows - (CaloTools v4r2, UpstreamPR v2r1, MuonID v2r1, RiSicbCnv v4r2, FwTrack v4r1) - . Fix problem of inconsistent Velo numbering between SICBMC and Brunel - (VeloSim v2r1) - . Fix multiple tool initialisations (RiSicbCnv v4r2, RiSicbGeom v4r2) - . Move a log message to save ~30ms per event (OTDet v2r1) - . Latest Gaudi bug fixes (GaudiSvc v8r3) - -</PRE><H1><A NAME=v12r0>2002-07-19 Brunel v12r0</A></H1><PRE> -Second release of Brunel for summer 2002 pre-production. - -Supported geometry: dbase v248r2 -Complete OO-Dst output. - - - New Functionality: - . Add refit to upstream tracks (UpstreamPR v2r0) - . New ProcStatus class to hold the abort condition of an event, and - the list of algorithms with bad status (TrEvent v11r1, EventSys v11r1) - Processing aborted if: - > 200 VeloTracks found (and set ABORT flag) (VeloTrack v4r0) - > 1000 hits in a tracking sector (Seeding v2r0) - Do not process if ABORT flag set (Seeding v2r0, FwTrack v4r0) - . New Velo digitisation used also for PuVeto, remove PuVetoDigit - algorithm and VeloDigit DLL - (VeloAlgorithms v2r0, VeloDet v7r0, PuVeto v4r0, Brunel.opts) - . Improvements to Clone Killer (TrFitEvent v3r0, TrCleanEx v2r0) - . New tool for combined SPD/PRS single photon ID - (CaloTools v4r1, CaloInterfaces v2r2) - . Use all track types for matching in Calo (CaloRec v2r1) - . Check that RichPIDs refer to correct track container (RichMonitor v1r1) - - - DST changes: - . Save ProcStatus (BrunelDst.opts) - . Store PuVeto multiplicities in L0PuVeto::sTot (PuVeto v4r0) - . Save L1Track2d2MCP (BrunelDst.opts, BrunelMoni.opts) - . Save MuonDigits and MuonDigits2MCParticles (BrunalAlgs v1r1, BrunelDst.opts) - . New RichDSTPrepare algorithm to fix PID SmartRefs on DST - (RiSicbCnv v4r1, Brunel.opts) - . Set track charge according to sign of momentum - (FwTrack v4r0, TrMatching v2r0) - - - Tuning: - . Forward tracking, improved TT1 matching, monitor efficiency (FwTrack v4r0) - . Pt Kick tuned and now used (TrTools v2r0, Seeding v2r0) - . Adjust fit parameters to fix negative covariance - (Seeding v2r0, TrMatching v2r0, UpsrteamPr v2r0)) - . Matching (TrMatching v2r0) - . Velo digitisation (VeloKernel v1r1, VeloAlgorithms v2r0) - . L1VeloTrack parameters (L1VeloTrack v2r0) - - - Fixes: - . Fix memory leaks and/or missing constructors/destructors in: - VeloSim (VeloAlgorithms v2r0) - TrSeedEvent (Seeding v2r0) - TrLayerPartition, RoI (TrIntraPR v2r0) - FwtFitParams (FwTrack v4r0) - Calo Event classes (CaloEvent v11r1) - CellularAutomaton, CaloDigitsFilterAlg (CaloAlgs v7r1) - . Fix for "looping" in upstream tracking (TrIntraPR v2r0) - . Fix compilation on Windows (TrIntraPR v2r0, TrUpstreamPR v2r0) - . Fix crash when printing statistics for zero events (FwTrack v4r0) - . Fix Velo numbering scheme (VeloDet v7r0, VeloTrack v4r0, L1VeloTrack v2r0) - . Change to AssociatorBase class to always produce output table at correct - location (LHCbKernel v1r3) - . Bug fixes in Gaudi+ROOT I/O (ROOT v2r303p0, GaudiRootDb v9r0, GaudiDb v8r1) - . Fixes to Velo, Muon, Rich1, Rich2 geometry overlaps (XmlDDDB v11r2) - TransportSvc reports any remaining overlaps (BrunelMessage.opts) - . Fixes to OutputLevel (many algorithms, and BrunelMessage.opts) - - - Change requirements files for version consistency: - (VeloAssociators v1r1, TrAssociators v3r0, TrFitter v3r0, L0Calo v6r1, - CaloSicbCnv v7r1, CaloAssociators v2r1, CaloUtils v4r1, CaloTrackTools v1r4, - CaloMonitor v1r1) - - -</PRE><H1><A NAME=v11r0>2002-07-09 Brunel v11r0</A></H1><PRE> -Release of Brunel for summer 2002 pre-production. - -Supported geometry: dbase v248r2 -Complete OO-Dst output. - -! 2002-07-09 - Marco Cattaneo - - Use latest improvements to recrich (v6r2) - - Drop Velo relations to MCParticles of Spillover events - - Add Brunelv248r2.opts, remove Brunelv248r1.opts - -! 2002-07-08 - Marco Cattaneo - - Add pre-selection of tracks for Rich (currently forward tracks from Tr/Best) - - Calo PID now uses Tr/Best tracks as input - - Tr/Forward container suppressed - - Fix L0 muon and muon PID efficiency (bug fix in muon digitization) - - Adapt tracking to ITDet Xml geometry - - Seeding only always returns best choice for L/R ambiguity on OT - - Track fit sorts measurements by increasing Z prior to fit - - Drop support for dbase < v248r0 - -! 2002-07-05 - Marco Cattaneo - - Upstream tracks saved on DST in Tr/Best container - - MuonID performed on all "unique" long tracks in Tr/Best container - - IT Digitisation now uses XmlDDDB, can process data from new TT1 - - Skip Rich reconstruction in events with more than 300 forward tracks - - DST is now complete, except for: - . filtering of tracking clusters not used by tracks - -! 2002-07-04 - Marco Cattaneo - - Add upstream tracking. Algorithm executed but output not yet saved - - Fix and enable filtering of MCParticles/MCVertices - - Improve handling of Muon background in Sicb converters - -! 2002-07-02 - Marco Cattaneo - - Add TimingAlg in new Timing sequence at end of Reco phase - - use latest Gaudi bug fix release - (GaudiKernel v12r3, GaudiSvc v8r2, GaudiRootDb v8r1) - - Use latest version of TrAssociators, produces Tr2MCP relation - -! 2002-07-01 - Marco Cattaneo - - Add L1 monitoring and Truth information - - Add L0 Truth information - - Disable filtering of MCParticles/MCVertices (not working with Spillover) - - Output Tr/Best tracks in "flag" mode (contains a copy of all track types, - with clones flagged, not killed) and suppress creation of Tr/Seed, Tr/Velo, - Tr/Match containers - -! 2002-06-28 - Marco Cattaneo - - Add "new" seeding algorithm - - Add filter of MCParticles and MCVertices - -! 2002-06-27 - Marco Cattaneo - - Add track clone killer. Currently all track types are saved, plus a - copy of these tracks as selected by the clone killer - -! 2002-06-25 - Marco Cattaneo - - Add Muon OO digitization, and remove Fortran version - - Add L1 tracking - - Add VeloMatch track monitoring - - Add support for dbase v246r0 - -! 2002-06-21 - Marco Cattaneo - - Add latest Calorimeter code. - -! 2002-06-19 - Marco Cattaneo - - Add Rich digitisation and reconstruction (only for dbase v245r0 or greater) - -! 2002-06-18 - Marco Cattaneo - - Add Track seeding and Velo Matching (without persistency for now) - -! 2002-06-11 - Marco Cattaneo - - Add a new BrunelOutput phase, in which to run algorithms that prepare the - data store for DST output (filters, relations etc.) - -! 2002-06-07 - Marco Cattaneo - - Change version to v11r0 to use new versions of Event Model, OTDet etc. - - Remove obsolete options files BrunelTrSiTT12.opts, BrunelTrOtItTT1.opts - -! 2002-06-07 - Marco Cattaneo - - Add support for dbase v245 (without RICH for now) - -</PRE><H1><A NAME=v10r0>2002-06-04 Brunel v10r0</A></H1><PRE> -Pre-release of Brunel using new event model, in preparation for summer 2002 -production - - >>>>>> Supported geometries: - - LHCb-Light detector with split TT1: - dbase v243r1p1 (Silicon only split TT1) - dbase v243r3 (IT+OT split TT1) - Previous databases are not supported. - Support for later databases will be added as data becomes available - - >>>>>> Current functionality: - - Inner Tracker digitisation and clustering - - Outer Tracker digitisation and clustering - - Velo digitisation and standalone tracking - - Forward track finding, fitting, conversion to StoredTracks - - Conversion of StoredTracks to AXAT/AXTP banks (for RICH reconstruction) - - RICH Digitisation (old SICB Fortran version) - - Calo digitisation and clustering - - MUON Digitisation (old SICB Fortran version), reconstruction, MuonID - - L0 trigger simulation - - OO-DST output - - >>>>>> Missing functionality: - - L1 trigger simulation - - Upstream tracking - - Rich reconstruction and PID - - Calo PID - - Correct XML geometry for Rich1, Rich2 - - >>>>>> Existing DST content: - EventHeader, GenHeader - Collisions, MCParticles, MCVertices - L0CaloCandidates, L0MuonCandidates, L0PuVeto, L0DUReport - VeloClusters - RichDigits - ITSummary, ITClusters, ITClusters2MCParticles relation - OTClusters - TrStoredTracks and corresponding TrStates and TrMeasurements - EcalCelAutoClusters,EcalLocMaxClusters - MuonID, MuonCoords (filtered, only if used by MuonID) - - >>>>>> Missing DST content/functionality: - L1 output - RICH PID - CALO PID - Filtering of MCParticles, MCVertices - Filtering of ITClusters, OTClusters - Relations to MCParticle (needed set to be decided) - - - Backwards incompatible version for use with the new event model. - All Fortran support removed, except for: - RICH digitisation and reconstruction. - MUON digitisation. - - Suppressed BrunelFinalFit phase for the time being - - In job/Brunel.job - - Script cleaned up, improved behaviour in interactive mode - - In options - - All files touched to support new event model algorithms - - New file BrunelDst.opts to set up DST output - - All files corresponfin to unsupported dbases removed - - In cmt/requirements - - use Gaudi v10 and corresponding external packages - - use EventSys v10r0 Event (new Event model) - - remove all SICB dig*, tr*, rec* packages, except digmuon, recrich - - - use ITAlgorithms v10r0 IT - - use ITAssociators v1r0 IT - - use OTAlgorithms v10r0 OT - - use OTAssociators v1r0 OT - - use VeloDigit v2r0 Velo - - use VeloTrack v2r0 Velo - - use TrFitEvent v1r1 Tr - - use TrAssociators v1r0 Tr - - use FwTrack v2r0 Tr - - use TrFitter v1r0 Tr - - use TrExtrapolator v1r0 Tr - - use MuonTools v2r0 Muon - - use MuonRec v1r0 Muon - - use MuonID v1r0 Muon - - use CaloInterfaces v2r1 Calo - - use CaloUtils v2r2 Calo - - use CaloTools v2r0 Calo - - use CaloAlgs v5r1 Calo - - use L0Calo v5r0 L0 - - use L0Muon v5r0 L0 - - use PuVeto v2r0 L0 - - use L0DU v5r0 L0 - -! ================================================================= -</PRE><H1><A NAME=v9r1p1>20020419 Brunel v9r1p1</A></H1><PRE> - - Brunelv243r3.opts: fix typo in included filename - (#include "$BRUNELOPTS/BrunelTrOtItTT1.opts" was ItOt) - -! ================================================================= -</PRE><H1><A NAME=v9r1>20020320 Brunel v9r1</A></H1><PRE> - Adds support for dbases v243r3, v243r1p1 (comparative study of TT1 options). - Includes several bug fixes (see below) - - In options - - Brunelv243r3.opts, BrunelTrItOtTT1.opts: new files to support dbase v243r3 - - Brunelv243r1p2.opts: new file to support dbase v243r1p2 - - BrunelTr*.opts all touched to make them consistent with new files above - - Brunel.opts: enable Calorimeter OO reconstruction (without persistency) - - BrunelMoni.opts: disable ITDigitMonitor (crashes for dbase v243r3) - - In requirements - - use LHCbEvent v12r2 Event - AxPartCandidate.h - initialisation-value for m_fitCovariance set to (6,0). - (needed by serializers) - - - use ITEvent v7r2 Event - Bug fixes in ITDetectionLayer and ITChannelID, should solve problem - of missing hits reported by O. Callot - - use ITAlgorithms v8r1 IT - Bug fixes in ITDigitCreator, Add ITDigitEffMonitor class - - - use CaloEvent v7r1 Event - fix problems with std::maps on Win2K - - use CaloAlgs v4r3 Calo - fix problems with std::maps on Win2K - fix the CPU problems with sorting of very large containers - (substutute std::sort with std::stable_sort) - - - use Velodet v3r1 Det - . Change the 'type' of the wafers, to handle properly the separation between - left and right detectors, this was not done for R and was incorrect for - Phi. The result was an inefficiency in the overlap region (vertical). - . Fixes a few minor problems of boundary, by increasing tolerances to see - if a hit is compatible with a region of the other detector. - . When matching R-Phi, if the slope from the nominal vertex is too big, - one use an extrapolation parallel to the Z axis and an increased tolerance. - - - use simmubg v5r3 SICB - murwhits.F - Bug fix : The original (before muon background addition) - number of ATMC objects in the last partition (pile-up event) - is now correctly counted. - -! ================================================================= -</PRE><H1><A NAME=v9r0>2002025 Brunel v9r0</A></H1><PRE> - Upgraded to use Gaudi v9 - Added VELO digitisation, VELO tracking - Added Forward tracking - Added L0 pileup veto - Added TT1 to IT reconstruction - --> Use this version to reconstruct data produced with dbase v240 to v243r1 - - Functionality changes - --------------------- - In src - - BrunelMain.cpp: new main program, to set up job options path. - Job options path is set according to the following precedence rules: - 1. argument given to Brunel.exe - 2. value of JOBOPTPATH environment variable - 3. "$BRUNELOPTS/Brunel"+dbver+".opts", where dbver is the SICB database - version number, taken from $LHCBDBASE - - In options - - Restructuring of options files: one main file per supported database version - includes Brunel.opts, includes database specific files, and should be - modified for user definitions (including I/O specification) - - Brunel.opts: suppress printout of options from included subdetector files - add BrunelSicbInit to TopAlg list - add Calo reconstruction - add Velo digitisation and tracking - add PuVeto to L0 trigger - Remove L0SicbCnv - - Brunel<dbver>.opts (dbver=v240, v240r1, v241, v242, v242r1, v243r1): - Main options file for supported databases - - BrunelTrLight.opts, BrunelTrMinus.opts, - BrunelTrCrossTT1.opts, BrunelTrTT1.opts, BrunelTrTT12.opts: - Database specific options for tracking - - BrunelInputs.opts, BrunelUser.opts, BrunelStatic.opts - Obsolete files, removed. - - In BrunelSicb - - BrunelSicbInit: new algorithm with SICB specific initialisation. - - BrunelInitialisation: moved to Brunel Kernel - - BrunelInit.F: Seeds of SICB random number engine (RanEcu) initialised - at every event with run number and event number. - - btrigger.F: Fix timing problem with t1track code - - richprod.F: Local version, to remove call to axtrigger - - In BrunelKernel - - BrunelInitialisation.cpp: - . Seed of Gaudi random number engine (RanLux) initialised every event: - 100000*(event no. % 20000) + (Run no. % 100000) - . Create event data store directory nodes: - /Event/Raw, /Event/Rec, /Event/Trig, /Event/Trig/L0 - - First version of forward tracking. Currently executing in parallel to - standard tracking, output not saved. New packages: - use Det/VeloDet v3r0 - use Velo/VeloDigit v1r0 - use Velo/VeloTrack v1r1 - use Tr/FwTrack v1r1 - - Added C++ PileUp Veto code, uses Velo TDR geometry from XmlDDDB. - use L0/PuVeto v1r0 - - C++ L0 decision available in new event model (not yet persistent) - use Event/EventKernel v1r0 - use Event/L0Event v10r0 - use L0/L0Calo v4r0 - use L0/L0DU v4r0 - Removed SICB/L0SicbCnv - - Prepare for Calorimeter C++ reconstruction (not yet executed) - use Calo/CaloTools v1r1 - use Calo/CaloCA v3r1 - use Calo/CaloAlgs v4r1 - - All Silicon TT1 - use ITEvent v7r1 - use ITAlgorithms v8r0 - - Create empty containers if corresponding SICB banks are missing - use SICB/SicbCnv v15r1 - use SICB/VSicbCnv v6r1 - - Additional changes for Gaudi v9 - ------------------------------- - In job - - Brunel.job: pass job options path as argument to executable - - In requirements - use GaudiConf v6r2 (was v5) - use GaudiSys v9r0 (was v8) - use HbookCnv v11r0 (was v10r1) - use BrunelKernel v3r0 (was v2) - use BrunelSicb v2r0 (was v1) - use TrKernel v6r0 (was v5r1) - use CaloKernel v1r0 (was CaloGen v2) - use DetDesc v9r2 (was v7) - use XmlDDDB v8 (was v6r1) - use CaloDet v3r0 (was v3r0) - use LHCbEvent v12r1 (was v11) - use VeloEvent v6r0 (was v5) - use OTEvent v7r0 (was v6r1) - use TrEvent v7r1 (was v6r1) - use CaloEvent v7r0 (was v6) - use CaloSicbCnv v5r1 (was v4) - use MuonSicbCnv v4r0 (was v3) - use TrSicbCnv v4r0 (was v3) - use L0Muon v4r0 (was v3r1) - use OTAlgorithms v7r0 (was v6) - use TrAlgorithms v7r1 (was v6r2) - -! ================================================================= -</PRE><H1><A NAME=v8>20011017 Brunel v8</A></H1><PRE> - Major repackaging, no major change in functionality: - - all source files have been removed and moved to new Rec/BrunelSicb package - - version number is set by a compiler define flag in the requirements file - - same Brunel version can read data produced with multiple dbase versions, - starting from dbase v240 - - In job - - Brunel.job: Remove unsetenv LD_LIBRARY_PATH - - In options - - Remove LHCbLight.opts (moved to dbase v241) - - Brunel.opts: include $LHCBDBASE/options/Brunel.opts - - In cmt/requirements - - remove use dbase ($LHCBDBASE to be set externally) - - add macro_append fflags - - - use BrunelSicb v1 Rec - in src/Lib/BrunelDigiMUON.cpp : default now to not add muon background. - Due to bug in MURMBG if background was - already added by SICBMC - - use TrKernel v5r1 Tr - remove virtual from state getZ member - - use ITEvent v6r1 Event - Remove memory leak - - use OTEvent v6r1 Event - bug fix - due to inconsistent numbering, wires were skipped at edge - of a module - - use TrEvent v6r1 Event - Reserve space in vectors of measurements/states inside track classes - Should save time - - use TrAlgorithms v6r2 Tr - remove obsolete fortran runga kutta routine - tidy the code up a bit - minor optimizations to speed up the code alittle - - use TrSicbCnv v3 SICB - requirements - use TrEvent v6* -! ================================================================= -</PRE><H1><A NAME=v7r1>20010913 Brunel v7r1</A></H1><PRE> - - In cmt/requirements - use TrAlgorithms v6r1 Tr - - fix a memory leak in TrFitIntializer - - use rechcal v6r1 SICB - - Modified hcl0_make to delete the existing map of cell references. - -! ================================================================= -</PRE><H1><A NAME=v7>20010904 Brunel v7</A></H1><PRE> - This version is to be used for data produced with SICBMC v248/dbase v241 - ("LHCb-Light") - - It consists of the same code as v6, but uses a different geometry. - - In options/ - LHCbLight.opts - new file to set up LHCb-Light tracker geometry - Brunel.opts - include LHCbLight.opts - - In cmt/requirements - =================== - use dbase v241 SICB - standard.stream - use new pipe and velo - - vsrp.cdf and vpil.cdf - Thickness of the RF shield and - silicon detectors changed (J. Palacio) - field042.cdf - introduce field in Velo (G. Corti) - magnet.cdf - remove rich 1 shielding plate (M. Needham) - rich.cdf - remove aerogel, reduce radiation thickness of mirror - and supports (J. Libby) - witr.cdf, wotr.cdf, wsta.cdf - - reduce number of tracking stations to 4 (M. Needham) - pipe8.22.cdf - Be first section (G. Corti) - -! ================================================================= -</PRE><H1><A NAME=v6r1>20010913 Brunel v6r1</A></H1><PRE> - In cmt/requirements - use TrAlgorithms v6r1 Tr - - fix a memory leak in TrFitIntializer - - use rechcal v6r1 SICB - - Modified hcl0_make to delete the existing map of cell references. - -! ================================================================= -</PRE><H1><A NAME=v6>20010904 Brunel v6</A></H1><PRE> - This version is to be used for data produced with SICBMC v247/dbase v240 - ("LHCB-classic", tracker cross-geometry) - - In options/ - Brunel.opts - Remove tracking ErrorMax options (fixed in tracking code) - BrunelMessage.opts - Name of TrEventTracksFitter algorithm changed to trFit - - In cmt/requirements - =================== - use dbase v240 SICB - 20010821 - dbase v240 - cdf/ changes for tracking cross geometry, - increase thickness of OT stations to 3%, - remove stations 4 and 11, - add pipe7.22.cdf (new pipe from G.Corti) - standard.stream - reads pipe7.22.cdf - 20010625 - dbase v239r1 - beamrawh3_v2.cdf - this file must be read in to produce RAWH3: - the luminosity is fixed to 5.0x10^32 - standard.stream - reads beamrawh3_v2.cdf - - use detdes v14 SICB - 20010821 - detdes v14 (M.Needham) - backwards incompatible changes for new tracker cross geometry. - - use ITEvent v6 Event - Changes for new cross geometry - Remove triple gem code - - use OTEvent v6 Event - backwards incompatible changes for cross geometry - insure channels number from one everywhere - reserve space in internal vector of OTLayer object - should save time - - use TrEvent v6 Event - add copy constructer to TrTrueTrack - retune ITHitOnTrack error - - use ITAlgorithms v6 IT - new version for cross geometry - - use OTAlgorithms v6 OT - Changes for the cross geometry of OT - Remove some unnecessary calls to msgstream in tools - Changes in OTDigitize to speed things up (suggested by Markus) - Delegate new to tool in OTHitsCreator - - use TrAlgorithms v6 Tr - Changes for cross geometry, clean-up of code - - use L0DU v2r1 L0 - - Modify L0DUReport to be a DataObject (only one in the output) - - Store the L0DUReport in the Transient store, this wasn't done ! - -! ================================================================= -</PRE><H1><A NAME=v5r2>20010913 Brunel v5r2</A></H1><PRE> - - In cmt/requirements - use rechcal v6r1 - - Modified hcl0_make to delete the existing map of cell references. - -! ================================================================= -</PRE><H1><A NAME=v5r1>20010824 Brunel v5r1</A></H1><PRE> - - In cmt/requirements - use XmlDDDB v6r1 - - Fix the SPD Et slope: Was 2 GeV, should be 2 MeV !!!! - - use SicbCnv v13r1 - - Protections in book-keeping database queries - -! ================================================================= -</PRE><H1><A NAME=v5>20010821 Brunel v5</A></H1><PRE> - - In src/BrunelSicb/ - ----------------- - BrunelInitialisation.cpp - make sure Raw and Rec sub-event roots are created - dropbanks.F - do not drop E1RW bank (needed to generate MCSensPlaneHit) - - In options/ - ----------- - BrunelMessage.opts - set global output level to WARNING or above, over-ride - it for ChronoStatSvc to print final statistics - - set output level of some tracking algorithms to ERROR, - to suppress excessive printing in production - Brunel.opts - Set ErrorMax of tracking algorithms to 1000, to prevent - program stopping wih 'missing container' on empty events - - In cmt/requirements - ------------------- - >>> Bug fixes and physics changes <<< - - use trivert v5r3 - vth1.F - Fix problem due to 90 degree roration on VELO. (Hans Dijkstra) - - use XmlDDDB v6 - - put correct calibration Hcal parameters (calculated by O.Iouchtchenko) - - Change the HCAL ActiveToTotal parameter form 55 to 40 - - Fix the 'ActiveToTotal' parameter for Ecal, after calibration with - SICBMC v241 data plus Signal and Digit processors - - use L0Muon v3r1 - - Fixed bug in the CreateTower procedure for the cases of crossing the - boundary between regions; - - All the numbering for quarters/regions/indices starts from 0. - - use CaloAlgs v3 (was v2) - - Several bug fixes and reorganisation of histograms (see release notes) - - use SicbCnv v13 - SicbMCEventCnv - set m_pileUp to number of PASS banks - - use CaloSicbCnv v4 - - Fix bug in SicbCaloDigitCnv, SummedDeposit were not linked to the digits - - - >>> Remaining changes are for upgrade to Gaudi v8, LHCb v8 - >>> Should not affect physics functionality - >>> See corresponding release notes for details - - use GaudiPolicy v5 (was v4) - use GaudiSys v8 (was v7r2) - use HbookCnv v10r1 (was v9) - use CERNLIB v2001 (was v2000) - use BrunelKernel v2 (was v1) - use DetDesc v7 (was v6) - use XmlDDDB v6 (was v5) - use CaloDet v2r1 (was v1) - use LHCbEvent v11 (was v10) - use L0Event v3 (was v2) - use ITEvent v5 (was v4) - use OTEvent v5 (was v4) - use TrEvent v5 (was v4r1) - use CaloEvent v6 (was v5) - use VeloEvent v5 (was v4) - use L0Calo v2 (was v1) - use L0Muon v3r1 (was v2) - use L0DU v2 (was v1) - use CaloGen v2 (was v1) - use CaloAlgs v3 (was v2) - use TrKernel v5 (was v4) - use ITAlgorithms v5 (was v4) - use OTAlgorithms v5 (was v4) - use TrAlgorithms v5 (was v4r1) - use SicbCnv v13 (was v12) - use CaloSicbCnv v4 (was v3) - use L0SicbCnv v3 (was v2) - use MuonSicbCnv v3 (was v2) - use TrSicbCnv v2 (was v1) - use VSicbCnv v5 (was v4) - use GDUMMY v1r5 (was v1r4) - -! ================================================================= -</PRE><H1><A NAME=v4>20010629 Brunel v4</A></H1><PRE> - Add C++ L0 trigger simulation - Remove old L0_2x2 simulation - - In options/ - ----------- - Brunel.opts - include Brunel.opts from L0CALO, L0MUON, L0DU - Add DLLs L0SicbCnv, MuonSicbCnv - BrunelMoni.opts - Add CALO and TRIGGER to BrunelMoni.DetectorList - - In src/BrunelSicb/ - ------------------ - trigger.F - remove call to L0_2X2 - - In cmt/requirements - ------------------- - add use of L0Calo (v1), L0Muon (v2), L0DU (v1), L0Event (v2) - L0SicbCnv (v2), MuonSicbCnv (v2) - - use Futil v10r3 -> ubdropobj - new routine to drop the LAST object in a given partition - - use simmubg v5r2 - -> murmsingle.F - all 4 routines now add the atmc references to the last -> murmmulti.F - atmc partition. -> murmscomp.F - -> murmmcomp.F - -> -> The routine murmbg.F now uses a new Futil (v10r3) routine, mudropobj.F to -> correctly remove background ATMC objects. -> -> murmbg.F - Calls ubdropobj.F to remove background ATMC references. -> -> murmsingle.F - Extra debug messages added to catch problems -> murmmulti.F - with too many ATMC objects (>10000). -> murmscomp.F - -> murmmcomp.F - - - -=============================================================================== -</PRE><H1><A NAME=v3r3>20010625 Brunel v3r3</A></H1><PRE> - Add possibility to add muon background (switched on by default) - - In src/BrunelSicb/ - ------------------ - BrunelDigiMUON.cpp - add conditional calls to MURMBG, MUBACKGROUND, steered - by addBkg job option (called by default) - BrunelDigiMUON.h - add private member m_addBkg - - In options/Brunel.opts - add BrunelDigiMUON.addBkg = true; - ---------------------- - - In cmt/requirements - ------------------- - use dbase v239 -> standard.stream - new MUGB and MUBC muon background parametrization files -> (P.Colrain) - - use simmubg v5 -> package to generate muon background -=============================================================================== -</PRE><H1><A NAME=v3r2>20010620 Brunel v3r2</A></H1><PRE> - Same as v3r1, but using bug fixes from digvdet v2r3 and trivert v5r2 - - In cmt/requirements - ------------------- - use digvdet v2r3 -> vrp_get_strip_num.F, vrp_get_coord.F - fix the problem arising from the -> rotation of the VELO by 90d in phi.(M.McCubbin) - - use trivert v5r2 -> vertex_x_y.F - fix the problem arising from the -> rotation of the VELO by 90d in phi.(M.McCubbin) - -=============================================================================== -</PRE><H1><A NAME=v3r1>20010606 Brunel v3r1</A></H1><PRE> - This version reads SICBMC data starting from SICBMC v245, dbase v238 - ** It is not backwards compatible with older RAWH formats and geometry ** - ** It is no longer possible to do Pileup in Brunel ** - - New features relative to v3: - - RICH extended tracking executed for all events - - AXTK updated with PID information from extended tracking - - New VELO geometry description - - Drop some banks from DST (as with SICBDST) - - In options/ - ---------- - BrunelInput.opts - - Fix format of SpillOverSelector.Input option, - - New option BrunelFinish.DropDSTBanks to control call to DROPBANKS - - Brunel.cards - Switch on RICH extended tracking for all events -> DIGI 'RICH' 2 -> RECO 'RICH' 3 - - BrunelMessage.opts: Use default Gaudi message format - - In src/BrunelSicb/ - ----------------- - BrunelInitialisation.cpp: - - initialise SICB variable NPILEUP with value from PASS bank - (to cope with RAWH2) - not compatible with SicbCnv PileUpAlg - - BrunelFinalisation.cpp: Add call to DROPBANKS - dropbanks.F: New, to drop unwanted SICB banks from DST - - In cmt/requirements - ------------------- - use TrEvent v4r1 -> Fixes for new velo geometry - - use TrAlgorithms v4r1 -> Bug fix in job options - - use dbase v238 -> new VELO geometry description -> vsrp.cdf - modified -> vpil.cdf - modified - - use detdes v13 -> utnext.F - utnext("MATE") returns the next free material number -> utnext("TMED") returns the next free tracking medium number -> utmatm.F - uses utnext("TMED") to get the next free tmed # -> utmatn.F - uses utnext("MATE") to get the next free mat -> -> vrpigeom.F, vrpgeom.inc, vsvnam.inc - modified for new VELO geometry -> description. -> muginit2.F - replace GAPFRAMEPAR(IMATFR,IL,I)=NINT(Q(LP+5) with -> GAPFRAMEPAR(IMATFR,IR,I)=NINT(Q(LP+5)) -> IL was never set. - - use Futil v10r1 -> src/axtrigger.F - put version by H.Dijkstra (same as in SICBDST/minidst) -> with values tuned for SICBDST v235 - - use axreclib v4r2 -> src/aximperr.F - bug fix, introduced missing dummy argument in -> call to rmmlt routine (necessary to run on NT, gcorti) -> src/axpartid.F - use results from extended tracking (R.Forty) -=============================================================================== -</PRE><H1><A NAME=v3>20010521 Brunel v3</A></H1><PRE> - This is the first version to be used for an official LHCB production - - This version has been restructured as two packages. Rec/Brunel contains the - statically linked code needed to run SICBDST routines. C++ components of the - reconstruction framework have been moved to the package Rec/BrunelKernel - - There are two subdirectories in /src: - BrunelSicb contains interface code to SICB (statically linked) - ObsoleteSicb contains interface code to SICB that is no longer used - because SICB algorithms have been replaced by equivalent - C++ algorithms. - Files have been rename to avoid multiple . in filenames (to please nmake) - - Job options file structure has been modified relative to Brunel v1r6 - - requirements use explicitly the SICB packages, no longer SICBDST - - #### Physics changes with respect to SICBDST v252 #### - - Uses C++ tracking - Intermediate tracking banks (e.g. WIDG, WODG) are not produced - - - Uses C++ Calorimeter digitisation - - - Does not run old L1 track trigger (T1TRACK from trit1tr package) - TTR1 bank is not produced. -=============================================================================== -</PRE><H1><A NAME=v1r6>20001219 Brunel v1r6</A></H1><PRE> - requirements - use SicbCnv v10 (spillover), SICBDST v235r3 - Brunel.Phase.cpp - fix bug in a log message (reported by O.Callot) - BrunelZebra.inc - increase ZEBRA COMMON block size to 12M words - -=============================================================================== -</PRE><H1><A NAME=v1r5>20001120 Brunel v1r5</A></H1><PRE> - Brunel.Phase.cpp - No longer instantiates algorithms, instead it instantiates sequences - This introduces modifications in the BrunelOptions.txt: all algorithms - must now be declared as members of a sequence - see user guide for details - requirements - Use Gaudi release 6, SICBDST v235r2 - options - New directory, containing structure of job options files - see user guide - -=============================================================================== -</PRE><H1><A NAME=v1r4>20001003 Brunel v1r4</A></H1><PRE> - to link a Brunel static application: gmake tag=LinuxStatic - to run a job in static mode remove the following line from - BrunelOptions.txt : ApplicationMgr.DLLs = {...} - - requirements - use the highest version of LHCbCMT (v3r3 to define - package_tag pattern) - - use SICBDST v235 before any Gaudi packages to make sure - that Futio and Finclude version numbers are those set - by SICBDST. - - use SicbCnv v8r1 (to remove a fake main program) - -=============================================================================== -</PRE><H1><A NAME=v1r3>20000804 Brunel v1r3</A></H1><PRE> - requirements - use SICBDST v235 - jobOptions - cleaned up - -=============================================================================== -</PRE><H1><A NAME=v1r2>20000726 Brunel v1r2</A></H1><PRE> - requirements - use SICBDST v234r2 and GaudiSys v5 - BrunelZebra.inc - increase ZEBRA size to 9000000 (as for SICBDST) - *.cpp - Changes for GaudiSys v5 (compulsory implementation of - initialize(), finalize()) - BrunelPhase.h,.cpp- Remove private member m_AlgList, now exists in - Algorithm base class - -=============================================================================== -</PRE><H1><A NAME=v1r1>20000626 Brunel v1r1</A></H1><PRE> - requirements - use SicbCnv v7r3, link directly to $(SICBDSTROOT)/src/sicbvers.F - BrunelZebra.inc - new, to over-ride size of ZEBRA COMMON (set to 8 000 000) - GetZebraSize.F - new, over-rides routine of same name in SicbCnv - Brunel.Trigger.TRIGGER.cpp - call TRLAST in finalise() - -=============================================================================== -</PRE><H1><A NAME=v1>20000529 Brunel v1</A></H1><PRE> - requirements - use GaudiConf v1 and SICBDST v233r2 (Flr) - job/ - new directory which contains : (Flr) - Brunel.job - script to run Brunel, uses Brunel.cards and - BrunelOptions.txt - Brunel_lsf.job - contains options for Gaudi and SICBDST, - does not use Brunel.cards and BrunelOptions.txt - Brunel.cards - SICBDST data cards file - BrunelOptions.txt - Gaudi jobOptions file - Brunel/ remove options.txt files (Flr) - udinit.F - stop the job if SICBDST cards file is not found. (Flr) - Brunel.Init.F - add printout of event number if DEBU card (Flr) - -! 20000519 Brunel v1 - First version of LHCb reconstruction program. - - This version has the same functionality as SICBDST v233, containing only - wrapped FORTRAN code -</PRE> diff --git a/Rec/Brunel/job/Brunel.supp b/Rec/Brunel/job/Brunel.supp deleted file mode 100755 index 22f58c1e190bd03051cbde4cd3b26287729e096f..0000000000000000000000000000000000000000 --- a/Rec/Brunel/job/Brunel.supp +++ /dev/null @@ -1,37 +0,0 @@ -##----------------------------------------------------------------------## - -# Error suppression file Brunel v25r2, gcc 3.2.3, valgrind 2.0.0 - -# Format of this file is: -# { -# name_of_suppression -# kind: one of Param Value1 Value2 Value4 Value8 -# Free Addr1 Addr2 Addr4 Addr8 -# Cond (previously known as Value0) -# (if Param: name of system call param, if Free: name of free-ing fn) -# caller0 name, or /name/of/so/file.so -# caller1 name, or ditto -# (optionally: caller2 name) -# (optionally: caller3 name) - according to doc. But valgrind dies... -# } - -# All Gaudi and external package errors have been moved to $STDOPTS/Gaudi.supp - -# POOL_1_7_0 -{ - POOL bug 3171 - Memcheck:Leak - fun:__builtin_vec_new - fun:_Znwj - fun:_ZN11xercesc_2_317MemoryManagerImpl8allocateEj - fun:_ZN11xercesc_2_322UnixHTTPURLInputStreamC1ERKNS_6XMLURLE -} - -{ - POOL RootStorageSvc MF20041217 - Memcheck:Leak - fun:__builtin_vec_new - fun:_Znaj - fun:_ZN13TStreamerInfo7CompileEv - fun:_ZN4CINT4Type14patchStreamersEv -} diff --git a/Rec/Brunel/job/NewCatalog.xml b/Rec/Brunel/job/NewCatalog.xml deleted file mode 100755 index f17478e9ffba53c1b24e2c635145304d5494b67d..0000000000000000000000000000000000000000 --- a/Rec/Brunel/job/NewCatalog.xml +++ /dev/null @@ -1,51 +0,0 @@ -<?xml version="1.0" encoding="UTF-8" standalone="no" ?> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<!-- Edited By POOL --> -<!DOCTYPE POOLFILECATALOG SYSTEM "InMemory"> -<POOLFILECATALOG> - - <File ID="70737DCB-49D9-DB11-A9D4-0002B3B0DEA0"> - <physical> - <pfn filetype="ROOT_All" name="root://catorlhcb.cern.ch//castor/cern.ch/grid/lhcb/production/DC06/phys-v2-lumi2/00001820/SIM/0000/00001820_00000001_1.sim"/> - </physical> - <logical/> - </File> - - <File ID="94ACC0F5-09A3-DC11-8140-003048836626"> - <physical> - <pfn filetype="MDF" name="rfio:///castor/cern.ch/user/c/cattanem/Boole/v12r10/00001820_00000001_4.mdf"/> - </physical> - <logical/> - </File> - - <File ID="C8BF8A5C-A093-DD11-89E2-000CF1F44509"> - <physical> - <pfn filetype="ROOT_All" name="root://castorlhcb.cern.ch//castor/cern.ch/user/g/gcorti/Gauss/2008/v35r1/11144101-100ev-20081006.sim"/> - </physical> - <logical/> - </File> - - <File ID="620A8970-CFE0-DD11-AA83-000CF1F44509"> - <physical> - <pfn filetype="ROOT_All" name="root://castorlhcb.cern.ch//castor/cern.ch/user/g/gcorti/Gauss/2009/v36r1/11144101-100ev-20090112.sim"/> - </physical> - <logical/> - </File> - - <File ID="4298ECD3-A723-DE11-BD72-000CF1F44509"> - <physical> - <pfn filetype="ROOT_All" name="root://castorlhcb.cern.ch//castor/cern.ch/user/g/gcorti/Gauss/2009/v37r0/30000000-100ev-20090407-MC09.sim"/> - </physical> - <logical/> - </File> - -</POOLFILECATALOG> diff --git a/Rec/Brunel/job/valgrind.job b/Rec/Brunel/job/valgrind.job deleted file mode 100755 index ac27927ebbfe7bac047e984ced7ba22582ce6a2a..0000000000000000000000000000000000000000 --- a/Rec/Brunel/job/valgrind.job +++ /dev/null @@ -1,101 +0,0 @@ -#!/bin/csh -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -########################################################### -# Initialize LSF queue parameters -# -# "-q" gives the queue (1nh by default) -# "-c" gives the CPU time in minutes -# -# -q 8nm = about 30 min HP735 express -# -q 1nh 3 hours short -# -q 8nh 1 day medium -# -q 1nd 3 days long -# -q 1nw 10 days HP K260 verylong -# -# -# define the job name -#BSUB -J brunel -# define the queue -#BSUB -q 8nh -# -########################################################### -# -# in BATCH, output files are written in the BATCH machine -# and copied at the end to your $MYWORKDIR output directory -# in INTERACTIVE output files are written to the current directory -# - -if ($#argv == 0 ) then - echo "\nUsage: valgrind.job <options>" - echo " where:" - echo " <options> (mandatory) is path of options file(s)" - exit 0 -endif - -set nar = $#argv -set options = "" -set i = 0 -while ($i < $nar) - @ i = ${i} + 1 - set options = ( $options " " $argv[${i}] ) - echo ${options} -end - -set Bversion = "v60r6" -echo "Executing valgrind for Brunel $Bversion using options $options" - -# If not set (interactive and CAF), set WORKDIR to submission directory -if !($?WORKDIR) then - set WORKDIR = $PWD -endif - -if ($?LS_SUBCWD) then -# in BATCH, location of options has to be given explicitly - setenv MYJOBROOT ~/cmtuser/Brunel_$Bversion/Rec/Brunel -else -# in interactive, executable is under same root directory as this command file - cd `dirname $0` - cd .. - set MYJOBROOT = $PWD -endif - -# == set the program environment -SetupProject Brunel $Bversion valgrind - -# Go to working directory -cd $WORKDIR - -# Copy options locally if not already there (usually needed for batch) -if !(-d ../options) then - mkdir job - mkdir options - cp $MYJOBROOT/options/*.* options - cd job -endif - -set SuppFile = "$MYJOBROOT/job/Brunel.supp" - -# Create top level options and force 5 events -echo "from Brunel.Configuration import *" >&! valgrind-opts.py -echo "Brunel().EvtMax=5" >> valgrind-opts.py - -# == run the excutable ================================ -gaudirun.py --profilerName=valgrindmemcheck --profilerExtraOptions="-v __leak-check=yes __num-callers=40 __suppressions=$ROOTSYS/etc/valgrind-root.supp __suppressions=$STDOPTS/valgrind-python.supp __suppressions=$STDOPTS/Gaudi.supp __suppressions=$SuppFile" valgrind-opts.py $options >&! memcheck.log - -# == job is finished: remove temporary files ========== -rm valgrind-opts.py -if ($?LS_SUBCWD) then -# if in batch copy output files to user directories - ls *.* >! RETURN -endif - -exit 0 diff --git a/Rec/Brunel/options/Brunel-Default.py b/Rec/Brunel/options/Brunel-Default.py deleted file mode 100755 index 3a995eebf545a0218826d54e0bc965e02a666499..0000000000000000000000000000000000000000 --- a/Rec/Brunel/options/Brunel-Default.py +++ /dev/null @@ -1,31 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -############################################################################### -# File for running Brunel with default options (2008 real data,.mdf in,.dst out) -############################################################################### -# Syntax is: -# gaudirun.py Brunel-Default.py <someDataFiles>.py -############################################################################### - -from Configurables import Brunel - -############################################################################### -# Set here any steering options. -# Available steering options and defaults are documented in -# $BRUNELROOT/python/Brunel/Configuration.py -############################################################################### - -# Just instantiate the configurable... -theApp = Brunel() - -############################################################################### -# I/O datasets are defined in a separate file, see examples in 2008-TED-Data.py -############################################################################### diff --git a/Rec/Brunel/options/Brunel-Rdst.py b/Rec/Brunel/options/Brunel-Rdst.py deleted file mode 100755 index 893536271253384d26cd72552df15af6e2adac23..0000000000000000000000000000000000000000 --- a/Rec/Brunel/options/Brunel-Rdst.py +++ /dev/null @@ -1,27 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -############################################################################## -# File for producing .rdst with default settings -# (real data, field on, default database tags) -# Syntax is: -# gaudirun.py Brunel-Rdst.py <someDataFiles>.py -############################################################################## - -from Configurables import Brunel - -Brunel().OutputType = "RDST" - -from GaudiKernel.Constants import * -Brunel().OutputLevel = WARNING - -############################################################################## -# I/O datasets are defined in a separate file, see examples in 2008-Files.py -############################################################################## diff --git a/Rec/Brunel/options/Empty.opts b/Rec/Brunel/options/Empty.opts deleted file mode 100755 index 1efeb9a623070a302786a0efb9527a2a2c2a56e1..0000000000000000000000000000000000000000 --- a/Rec/Brunel/options/Empty.opts +++ /dev/null @@ -1 +0,0 @@ -// Dummy options file to bootstrap Dirac with non-standard configurations diff --git a/Rec/Brunel/python/Brunel/Configuration.py b/Rec/Brunel/python/Brunel/Configuration.py deleted file mode 100755 index 9dd0e507ceae82875d27006bb18f8ebacb828491..0000000000000000000000000000000000000000 --- a/Rec/Brunel/python/Brunel/Configuration.py +++ /dev/null @@ -1,1090 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -# @package Brunel -# High level configuration tools for Brunel -# @author Marco Cattaneo <Marco.Cattaneo@cern.ch> -# @date 15/08/2008 - -__author__ = "Marco Cattaneo <Marco.Cattaneo@cern.ch>" - -from Gaudi.Configuration import * -import GaudiKernel.ProcessJobOptions -from Configurables import (LHCbConfigurableUser, LHCbApp, RecSysConf, TrackSys, - RecMoniConf, GaudiSequencer, DstConf, LumiAlgsConf, - GlobalRecoChecks, CondDB, CaloFutureDigitConf, - CaloFutureMoniDstConf, CaloFutureProcessor, - GlobalRecoConf, RawEventJuggler, DecodeRawEvent, - RawEventFormatConf, CaloClusterMCTruth) - - -## @class Brunel -# Configurable for Brunel applicationm -# @author Marco Cattaneo <Marco.Cattaneo@cern.ch> -# @date 15/08/2008 -class Brunel(LHCbConfigurableUser): - - ## Name used for RICH Monitoring configurable - richMoniConfName = "OfflineRichMoni" - - ## Possible used Configurables - __used_configurables__ = [ - TrackSys, RecSysConf, RecMoniConf, LHCbApp, DstConf, LumiAlgsConf, - GlobalRecoChecks, CaloFutureDigitConf, CaloFutureMoniDstConf, - RawEventJuggler, DecodeRawEvent, RawEventFormatConf - ] - - ## Default init sequences - DefaultInitSequence = ["Brunel"] - DefaultReproInitSequence = ["Reproc"] + DefaultInitSequence - - ## Known checking sequences, all run by default - #KnownCheckSubdets = ["Pat","RICH","MUON"] - ## Default main sequences for real and simulated data - DefaultSequence = ["ProcessPhase/Reco", "ProcessPhase/Moni"] - DefaultMCSequence = DefaultSequence + [ - "ProcessPhase/MCLinks", "ProcessPhase/Check" - ] - - # Steering options - __slots__ = { - "EvtMax": - -1, - "SkipEvents": - 0, - "PrintFreq": - 1, - "DataType": - "Upgrade", - "WithMC": - False, - "Simulation": - False, - "InputType": - "MDF", - "DigiType": - "Default", - "OutputType": - "DST", - "PackType": - "TES", - "WriteFSR": - True, - "WriteLumi": - False, - "MergeGenFSR": - True, - "Histograms": - "OfflineFull", - "OutputLevel": - INFO, - "NoWarnings": - False, - "ProductionMode": - False, - "OnlineMode": - False, - "DatasetName": - "", - "DDDBtag": - "", - "CondDBtag": - "", - "MainSequence": - None, - "InitSequence": - None, - "RecoSequence": - None, - "MCCheckSequence": - None, - "MCLinksSequence": ["Unpack", "Tr", "Calo"], - "Monitors": [], - "SpecialData": [], - "Context": - "Offline", - "RawBanksToKill": - None, - "VetoHltErrorEvents": - True, - "Hlt1FilterCode": - "", - "Hlt2FilterCode": - "", - "PhysFilterMask": - None, - "SkipTracking": - False, - "FilterTrackStates": - True, - "Detectors": - None, - "SplitRawEventInput": - None #Where the raw event sits on the input - , - "SplitRawEventOutput": - 4.3 #how to split the raw event - # only use for Online running - , - "UseDBSnapshot": - False, - "PartitionName": - "LHCb", - "DBSnapshotDirectory": - "/group/online/hlt/conditions", - "DisableTiming": - False, - "EventStoreType": - None - } - - _propertyDocDct = { - 'EvtMax': - """ Maximum number of events to process (default -1, all events on input files) """, - 'SkipEvents': - """ Number of events to skip (default 0) """, - 'PrintFreq': - """ The frequency at which to print event numbers (default 1, prints every event) """, - 'DataType': - """ Data type, possible values defined in DDDBConf """, - 'WithMC': - """ Flags whether to enable processing with MC truth (default False) """, - 'Simulation': - """ Flags whether to use SIMCOND conditions (default False) """, - 'InputType': - """ Type of input file. Can be one of self.KnownInputTypes (default 'MDF') """, - 'DigiType': - """ Type of digi, can be ['Minimal','Default','Extended'] """, - 'OutputType': - """ Type of output file. Can be one of DstConf().KnownDstTypes (default 'DST') """, - 'PackType': - """ Type of packing for the output file. Can be one of ['TES','MDF','NONE'] (default 'TES') """, - 'WriteFSR': - """ Flags whether to write out an FSR """, - 'WriteLumi': - """ Flags whether to write out Lumi-only events to DST """, - 'MergeGenFSR': - """ Flags whether to merge the generatore level FSRs """, - 'Histograms': - """ Type of histograms. Can be one of self.KnownHistograms """, - 'OutputLevel': - """ The printout level to use (default INFO) """, - 'NoWarnings': - """ OBSOLETE, kept for Dirac compatibility. Please use ProductionMode """, - 'ProductionMode': - """ Enables special settings for running in production """, - "OnlineMode": - """ Enables special settings for running online """, - 'DatasetName': - """ String used to build output file names """, - 'DDDBtag': - """ Tag for DDDB """, - 'CondDBtag': - """ Tag for CondDB """, - 'MainSequence': - """ List of main sequences, default self.DefaultSequence """, - 'InitSequence': - """ List of initialisation sequences """, - 'RecoSequence': - """ List of reconstruction sequences, default defined in RecSys """, - 'MCLinksSequence': - """ List of MC truth link sequences """, - 'MCCheckSequence': - """ List of MC Check sequence, default self.KnownCheckSubdets """, - 'Monitors': - """ List of monitors to execute, see self.KnownMonitors. Default none """, - 'SpecialData': - """ Various special data processing options. See RecSys.KnownSpecialData for all options """, - 'Context': - """ The context within which to run (default 'Offline') """, - 'RawBanksToKill': - """ Raw banks to remove from RawEvent before processing. Removed also from DST copy of RawEvent """, - "VetoHltErrorEvents": - """Do not reconstruct events that have been flagged as error by Hlt""", - "Hlt1FilterCode": - """ If given, only reconstruct events passing the filter """, - "Hlt2FilterCode": - """ If given, only reconstruct events passing the filter """, - "PhysFilterMask": - """ If given, only reconstruct events passing this routing bit filter mask """, - 'SkipTracking': - """ Read the tracks from the input, do not redo them """, - "FilterTrackStates": - """ Filter the track states before saving to output file """, - "Detectors": - """List of detectors""", - "SplitRawEventInput": - "How is the even split up in the input? Default 'None' doesn't reset any locations. Other values propagate to RawEventJuggler() and DecodeRawEvent().", - "SplitRawEventOutput": - "How to split the raw event up, versions are defined in the RawEventFormat DB, and RawEventCompat/RawEventJuggler is used for the splitting, default 2.0 the split type for Reco14/Stripping20-style DSTs" - # only use for Online running - , - "UseDBSnapshot": - """Use a snapshot for velo position and rich pressure""", - "PartitionName": - """Name of the partition when running (needed to find DB: '', 'FEST', or 'LHCb'""", - "DBSnapshotDirectory": - """Local Directory where the snapshot is""", - "DisableTiming": - """ Disables the timing auditor if set (default is False) """ - } - - KnownInputTypes = ["MDF", "DST", "XDST", "DIGI"] - KnownHistograms = [ - "None", "Online", "OfflineExpress", "OfflineFull", "Expert" - ] - - DefaultUpgradeDetectors = [ - 'VP', 'UT', 'FT', 'Rich1', 'Rich2', 'Ecal', 'Hcal', 'Muon', 'Magnet', - 'Tr' - ] - - def defineGeometry(self): - # Remove Run1 and Run2 support - if (self.getProp("DataType") != "Upgrade"): - raise TypeError( - "Invalid DataType. Only 'Upgrade' is supported in this version of Brunel" - ) - - # DIGI is always simulation, as is usage of MC truth! - if self.getProp("WithMC") or self.getProp( - "InputType").upper() == 'DIGI': - self.setProp("Simulation", True) - - # Set up default detector list if not already set in options - if not self.isPropertySet("Detectors"): - self.setProp("Detectors", self.DefaultUpgradeDetectors) - else: - # Check that detector list does not contain non-upgrade detectors - for det in self.getProp("Detectors"): - if det not in self.DefaultUpgradeDetectors: - if det in ['Rich1Pmt', 'Rich2Pmt', 'MuonNoM1']: - log.warning( - "Rich1Pmt, Rich2Pmt, MuonNoM1 are obsolete detector names, please use Rich1, Rich2, Muon instead" - ) - else: - raise TypeError( - "Invalid non-upgrade detector %s in upgrade mode." - % det) - - # Use the Upgrade CondDB - if not CondDB().isPropertySet("Upgrade"): - CondDB().setProp("Upgrade", True) - - # Delegate handling to LHCbApp configurable - self.setOtherProps( - LHCbApp(), - ["DataType", "CondDBtag", "DDDBtag", "Simulation", "Detectors"]) - - # Set list of detectors in DstConf - dstConfDetList = [] - simConfDetList = [] - for det in self.getProp("Detectors"): - if det in ['Rich1', 'Rich2', 'Rich1Pmt', 'Rich2Pmt']: - if "Rich" not in dstConfDetList: - dstConfDetList.append("Rich") - if "Rich" not in simConfDetList: - simConfDetList.append("Rich") - elif det in ['Ecal', 'Hcal']: - simConfDetList.append(det) - if "Calo" not in dstConfDetList: - dstConfDetList.append("Calo") - else: - dstConfDetList.append(det) - simConfDetList.append(det) - DstConf().setProp("Detectors", dstConfDetList) - from Configurables import SimConf - SimConf().setProp("Detectors", simConfDetList) - - def defineEvents(self): - # Delegate handling to LHCbApp configurable - self.setOtherProps(LHCbApp(), ["EvtMax", "SkipEvents"]) - - def defineOptions(self): - # Kept for Dirac backward compatibility - if self.getProp("NoWarnings"): - log.warning( - "Brunel().NoWarnings=True property is obsolete and maintained for Dirac compatibility. Please use Brunel().ProductionMode=True instead" - ) - self.setProp("ProductionMode", True) - - # Special settings for production - if self.getProp("ProductionMode"): - if not self.isPropertySet("OutputLevel"): - self.setProp("OutputLevel", ERROR) - if not LHCbApp().isPropertySet("TimeStamp"): - LHCbApp().setProp("TimeStamp", True) - if not LHCbApp().isPropertySet("IgnoreDQFlags"): - LHCbApp().setProp("IgnoreDQFlags", True) - if not self.isPropertySet("PrintFreq"): - self.setProp("PrintFreq", 1000) - - # Online mode - if self.getProp("OnlineMode"): - if not self.isPropertySet("Histograms"): - self.setProp("Histograms", "Online") - if not CondDB().isPropertySet("Online"): - CondDB().setProp("Online", True) - - inputType = self.getProp("InputType").upper() - if inputType not in self.KnownInputTypes: - raise TypeError("Invalid inputType '%s'" % inputType) - - outputType = self.getProp("OutputType").upper() - - histOpt = self.getProp("Histograms") - if histOpt not in self.KnownHistograms: - raise RuntimeError("Unknown Histograms option '%s'" % histOpt) - - withMC = self.getProp("WithMC") - if withMC: - if inputType in ["MDF"]: - log.warning( - "WithMC = True, but InputType = '%s'. Forcing WithMC = False" - % inputType) - withMC = False # Force it, MDF never contains MC truth - if outputType in ["RDST"]: - log.warning( - "WithMC = True, but OutputType = '%s'. Forcing WithMC = False" - % inputType) - withMC = False # Force it, RDST never contains MC truth - - if self.getProp("WriteFSR") and self.getProp("PackType").upper() in [ - "MDF" - ]: - if hasattr(self, "WriteFSR"): - log.warning("Don't know how to write FSR to MDF output file") - self.setProp("WriteFSR", False) - - if self.getProp("MergeGenFSR") and not self.getProp("Simulation"): - if hasattr(self, "MergeGenFSR"): - log.warning("Cannot MergeGenFSR on real data") - self.setProp("MergeGenFSR", False) - - # For simulation, change the default but allow to override - if self.getProp("Simulation") and not hasattr(self, - "VetoHltErrorEvents"): - self.setProp("VetoHltErrorEvents", False) - - # Flag to handle or not LumiEvents - handleLumi = inputType in ["MDF"] and not self.getProp( - "Simulation") and not self.getProp('UseDBSnapshot') - - # Top level configuration for skipping tracking - if self.getProp("SkipTracking"): - raise RuntimeError( - "SkipTracking not (yet) supported for Upgrade configurations") - - -# if inputType in ["MDF", "DIGI" ]: -# raise RuntimeError( "Cannot skip tracking if tracks not present on the input file" ) -# if withMC: -# raise RuntimeError( "SkipTracking not (yet) supported for simulation input" ) -# ApplicationMgr().ExtSvc += [ "DataOnDemandSvc" ] # to decode the tracks from the DST -# DstConf().setProp("EnableUnpack", ["Tracking"] ) - -# veto Hlt Error Events - vetoHltErrorEvents = self.getProp("VetoHltErrorEvents") - - self.configureSequences(withMC, handleLumi, vetoHltErrorEvents) - - self.configureInit(inputType) - - self.configureInput(inputType) - - self.configureOutput(outputType, withMC, handleLumi) - - if withMC: - # Create associators for checking and for DST - from Configurables import ProcessPhase - ProcessPhase("MCLinks").DetectorList += self.getProp( - "MCLinksSequence") - # Unpack Sim data - GaudiSequencer("MCLinksUnpackSeq").Members += ["UnpackMCParticle"] - GaudiSequencer("MCLinksUnpackSeq").Members += ["UnpackMCVertex"] - - GaudiSequencer("MCLinksTrSeq").Members += ["TrackAssociator"] - if [ - det for det in ['Ecal', 'Hcal'] - if det in self.getProp("Detectors") - ]: - from Configurables import CaloFutureHypoMCTruth as HypoMCTruth - - photons = HypoMCTruth("CaloHypoMCTruth_Photons") - photons.InputHypos = "Rec/Calo/Photons" - photons.OutputTable = "Relations/" + str(photons.InputHypos) - - electrons = HypoMCTruth("CaloHypoMCTruth_Electrons") - electrons.InputHypos = "Rec/Calo/Electrons" - electrons.OutputTable = "Relations/" + str( - electrons.InputHypos) - - mergedpi0s = HypoMCTruth("CaloHypoMCTruth_MergedPi0s") - mergedpi0s.InputHypos = "Rec/Calo/MergedPi0s" - mergedpi0s.OutputTable = "Relations/" + str( - mergedpi0s.InputHypos) - - #splitphotons = HypoMCTruth("CaloHypoMCTruth_SplitPhotons") - #from Gaudi.Configuration import allConfigurables - #splitphotons.InputHypos = allConfigurables['HypoConverter_Rec_Calo_MergedPi0s'].OutputSplitPhotons - #splitphotons.OutputTable = "Relations/" + str(splitphotons.InputHypos) - - def configureConverterFor(cfg): - from Configurables import LHCb__Converters__Calo__Hypo2TruthTable__v1__fromV2 as Converter - cvrt = Converter(cfg.name().replace( - "HypoMCTruth", "HypoLinkMCTruth")) - cvrt.InputHypos = str(cfg.InputHypos).replace( - "Calo", "Converted/Calo") - cvrt.Old2New = str(cvrt.InputHypos).replace( - "Calo", "Calo/Link2v2") - cvrt.InputTable = cfg.OutputTable - cvrt.OutputTable = str(cvrt.InputHypos).replace( - "Calo", "Calo/Relations") - cvrt.OutputLinks = "Link/" + str(cfg.InputHypos) - return cvrt - - GaudiSequencer("MCLinksCaloSeq").Members += [ - "CaloFutureDigit2MCLinks2Table/CaloDigit2MCLinks2Table", - "CaloClusterMCTruth/CaloClusterMCTruth", photons, - configureConverterFor(photons), electrons, - configureConverterFor(electrons), mergedpi0s, - configureConverterFor(mergedpi0s) - # , splitphotons, configureConverterFor(splitphotons) - ] - - # activate all configured checking (uses MC truth) - self.configureCheck(histOpt == "Expert") - - # data on demand needed to pack RichDigitSummary for DST, when reading unpacked DIGI - # Also needed to unpack MCHit containers when expert checking enabled - ApplicationMgr().ExtSvc += ["DataOnDemandSvc"] - - # ROOT persistency for histograms - ApplicationMgr().HistogramPersistency = "ROOT" - from Configurables import RootHistCnv__PersSvc - RootHistCnv__PersSvc('RootHistCnv').ForceAlphaIds = True - - if histOpt == "None" or histOpt == "": - # HistogramPersistency still needed to read in CaloPID DLLs. - # so do not set ApplicationMgr().HistogramPersistency = "NONE" - return - - # Pass expert checking option to RecSys and RecMoni - if histOpt == "Expert": - DstConf().EnablePackingChecks = True - - # Use a default histogram file name if not already set - if not HistogramPersistencySvc().isPropertySet("OutputFile"): - histosName = self.getProp("DatasetName") - if histosName == "": - import uuid - histosName = "Brunel-" + str(uuid.uuid4()).split("-")[0] + "x" - if (self.evtMax() > 0): - histosName += '-' + str(self.evtMax()) + 'ev' - if histOpt == "Expert": histosName += '-expert' - histosName += '-histos.root' - HistogramPersistencySvc().OutputFile = histosName - - #reconfigure decoders to point to default location, if required! - if DecodeRawEvent().isPropertySet("OverrideInputs") and DecodeRawEvent( - ).getProp("OverrideInputs") is not None: - #do nothing, it's been configured by someone else! - pass - elif self.isPropertySet("SplitRawEventInput") and self.getProp( - "SplitRawEventInput") is not None: - #print "WAAAAH Overriding RawEvent Locations" - DecodeRawEvent().setProp("OverrideInputs", - self.getProp("SplitRawEventInput")) - elif inputType in ["MDF", "DIGI", "XDIGI"]: - #set to the default of what comes out of Moore - DecodeRawEvent().setProp("OverrideInputs", "Moore") - #remember that the default is a long list of locations, - #starting with places which only exist _after_ brunel has run! - - # Following needed to build RecSummary, even if tracking is skipped. - if self.getProp("SkipTracking"): - from TrackSys import RecoTracking - RecoTracking.DecodeTracking(["FastVelo"]) - - def defineMonitors(self): - - # get all defined monitors - monitors = self.getProp("Monitors") + LHCbApp().getProp("Monitors") - # Currently no Brunel specific monitors, so pass them all to LHCbApp - LHCbApp().setProp("Monitors", monitors) - - # Use TimingAuditor for timing, suppress printout from SequencerTimerTool - from Configurables import (ApplicationMgr, AuditorSvc, - SequencerTimerTool) - ApplicationMgr().ExtSvc += ['ToolSvc', 'AuditorSvc'] - ApplicationMgr().AuditAlgorithms = True - if not self.getProp("DisableTiming"): - AuditorSvc().Auditors += ['TimingAuditor'] - if not SequencerTimerTool().isPropertySet("OutputLevel"): - SequencerTimerTool().OutputLevel = 4 - - def configureSequences(self, withMC, handleLumi, vetoHltErrorEvents): - brunelSeq = GaudiSequencer("BrunelSequencer") - brunelSeq.Context = self.getProp("Context") - ApplicationMgr().TopAlg += [brunelSeq] - brunelSeq.Members += ["ProcessPhase/Init"] - physicsSeq = GaudiSequencer("PhysicsSeq") - - # Treatment of luminosity events - if handleLumi: - lumiSeq = GaudiSequencer("LumiSeq") - - # Prepare the FSR - if self.getProp("WriteFSR"): - self.setOtherProps( - LumiAlgsConf(), - ["Context", "DataType", "InputType", "Simulation"]) - lumiCounters = GaudiSequencer("LumiCounters") - lumiSeq.Members += [lumiCounters] - LumiAlgsConf().LumiSequencer = lumiCounters - - if self.isPropertySet("PhysFilterMask"): - physFilterRequireMask = self.getProp("PhysFilterMask") - else: - physFilterRequireMask = [0x0, 0x0, 0x80000000] - - # Filter out Lumi only triggers from further processing, but still write to output - if physFilterRequireMask: - from Configurables import HltRoutingBitsFilter - physFilter = HltRoutingBitsFilter( - "PhysFilter", RequireMask=physFilterRequireMask) - physicsSeq.Members += [physFilter] - lumiSeq.Members += [physFilter] - lumiSeq.ModeOR = True - - # Sequence to be executed if physics sequence not called (nano events) - notPhysSeq = GaudiSequencer("NotPhysicsSeq") - notPhysSeq.ModeOR = True - notPhysSeq.Members = [physFilter] - - brunelSeq.Members += [lumiSeq, notPhysSeq] - - # Hlt decreports decoders - from DAQSys.Decoders import DecoderDB - from Configurables import LoKi__HDRFilter, AddToProcStatus - hltStages = ('Hlt1', ) if self.getProp('OnlineMode') else ('Hlt1', - 'Hlt2') - hltDecoders = [] - hltErrorFilters = [] - hltFilters = [] - for stage in hltStages: - decoder = DecoderDB["HltDecReportsDecoder/%sDecReportsDecoder" % - stage].setup() - hltDecoders += [decoder] # decode DecReports - # identifies events that are not of type ErrorEvent - errorFilterCode = "HLT_PASS_RE('%s(?!ErrorEvent).*Decision')" % stage - hltErrorFilter = LoKi__HDRFilter( - '%sErrorFilter' % stage, - Code=errorFilterCode, - Location=decoder.OutputHltDecReportsLocation) - hltErrorFilters += [decoder, hltErrorFilter] # and apply filter - - filterCode = self.getProp(stage + "FilterCode") - if filterCode: - hltFilter = LoKi__HDRFilter( - '%sFilter' % stage, - Code=filterCode, - Location=decoder.OutputHltDecReportsLocation) - hltFilters += [decoder, hltFilter] - - # Do not process events flagged as error in Hlt, but still write procstatus - if vetoHltErrorEvents: - """ - By Patrick Koppenburg, 16/6/2011 - """ - # Make a sequence that selects HltErrorEvents - hltErrorFilterSeq = GaudiSequencer("HltErrorFilterSeq") - if handleLumi: - hltErrorFilterSeq.Members = [ - physFilter - ] # protect against lumi (that doesn't have decreports) - hltErrorFilterSeq.Members += hltErrorFilters - - # Sequence to be executed if HltErrorFilter is failing to set ProcStatus - hltErrorSeq = GaudiSequencer( - "HltErrorSeq", ModeOR=True, ShortCircuit=True) # anti-logic - addToProc = AddToProcStatus( - "HltErrorProc", Reason="HltError", - Subsystem="Hlt") # write a procstatus - hltErrorSeq.Members += [hltErrorFilterSeq, addToProc - ] # only run if hltErrorFilterSeq fails - brunelSeq.Members += [ - hltErrorSeq - ] # add this sequece to Brunel _before_ physseq - physicsSeq.Members += [hltErrorFilterSeq - ] # take good events in physics seq - - # Filter events based on HLT decisions if filters were specified - if hltFilters: - hltFilterSeq = GaudiSequencer("HltFilterSeq") - hltFilterSeq.Members = hltFilters - physicsSeq.Members += [hltFilterSeq] - - # Convert Calo ReadoutStatus to ProcStatus - caloBanks = GaudiSequencer("CaloFutureBanksHandler") - caloDetectors = [ - det for det in ['Ecal', 'Hcal'] if det in self.getProp("Detectors") - ] - if caloDetectors: - CaloFutureDigitConf( - ReadoutStatusConvert=True, - Sequence=caloBanks, - Detectors=caloDetectors) - physicsSeq.Members += [caloBanks] - - if not self.isPropertySet("MainSequence"): - if withMC: - mainSeq = self.DefaultMCSequence - else: - mainSeq = self.DefaultSequence - self.MainSequence = mainSeq - physicsSeq.Members += self.getProp("MainSequence") - from Configurables import ProcessPhase - outputPhase = ProcessPhase("Output") - brunelSeq.Members += [physicsSeq] - brunelSeq.Members += [outputPhase] - - def configureInit(self, inputType): - # Init sequence - if not self.isPropertySet("InitSequence"): - if self._isReprocessing(inputType): - self.setProp("InitSequence", self.DefaultReproInitSequence) - else: - self.setProp("InitSequence", self.DefaultInitSequence) - from Configurables import ProcessPhase - ProcessPhase("Init").DetectorList += self.getProp("InitSequence") - - from Configurables import RecInit, MemoryTool - recInit = RecInit("BrunelInit", PrintFreq=self.getProp("PrintFreq")) - GaudiSequencer("InitBrunelSeq").Members += [recInit] - recInit.addTool(MemoryTool(), name="BrunelMemory") - recInit.BrunelMemory.HistoTopDir = "Brunel/" - recInit.BrunelMemory.HistoDir = "MemoryTool" - - # kill some RAW banks - banksToKill = [] - if self.isPropertySet("RawBanksToKill"): - banksToKill = self.getProp("RawBanksToKill") - if len(banksToKill) > 0: - from Configurables import bankKiller - bkKill = bankKiller("BrunelBankKiller") - bkKill.BankTypes = banksToKill - GaudiSequencer("InitBrunelSeq").Members += [bkKill] - - # Do not print event number at every event (done already by BrunelInit) - EventSelector().PrintFreq = -1 - - # OutputLevel - self.setOtherProp(LHCbApp(), "OutputLevel") - self.setOtherProps(RecSysConf(), ["OutputLevel", "Detectors"]) - self.setOtherProps(RecMoniConf(), ["OutputLevel", "Detectors"]) - # Print the event/run number, frequency is controlled by PrintFreq - if not recInit.isPropertySet("OutputLevel"): recInit.OutputLevel = INFO - - # only set properties if no user RecoSequence is defined or if it contains 'PROTO' - # note that 'PROTO' alone is not sufficient to run the Calo reconstruction, but a requirement - if (not self.isPropertySet("RecoSequence") - or "PROTO" in self.getProp("RecoSequence")): - GlobalRecoConf().setProp("NoSpdPrs", True) - - # Always print Magnetic Field used - from Configurables import MagneticFieldSvc - magSvc = MagneticFieldSvc() - if not magSvc.isPropertySet("OutputLevel"): - magSvc.setProp("OutputLevel", INFO) - - # Switch off LoKi banner - from Configurables import LoKiSvc - LoKiSvc().Welcome = False - - def configureInput(self, inputType): - """ - Tune initialisation according to input type - """ - - # By default, Brunel only needs to open one input file at a time - # Only set to zero if not previously set to something else. - if not IODataManager().isPropertySet("AgeLimit"): - IODataManager().AgeLimit = 0 - - if self._isReprocessing(inputType): - # Kill knowledge of any previous Brunel processing - from Configurables import (TESCheck, EventNodeKiller) - InitReprocSeq = GaudiSequencer("InitReprocSeq") - if (self.getProp("WithMC") and inputType in ["XDST", "DST"]): - # Load linkers, to kill them (avoid appending to them later) - InitReprocSeq.Members.append("TESCheck") - TESCheck().Inputs = ["Link/Rec/Track/Best"] - killer = EventNodeKiller() - killer.Nodes += ["Raw", "Link/Rec"] - if self.getProp("SkipTracking"): - killer.Nodes += [ - "pRec/Rich", "pRec/Muon", "pRec/Calo", "pRec/Track/Muon", - "pRec/ProtoP" - ] - else: - killer.Nodes += ["pRec", "Rec"] - InitReprocSeq.Members.append(killer) - ### see configureOutput to see how the remainder of the juggler is configured - - # Get the event time (for CondDb) from ODIN - from Configurables import EventClockSvc - EventClockSvc().EventTimeDecoder = "OdinTimeDecoder" - - def configureOutput(self, dstType, withMC, handleLumi): - """ - Set up output stream - """ - - # Merge genFSRs - if self.getProp("WriteFSR"): - if self.getProp("MergeGenFSR"): - GaudiSequencer("OutputDSTSeq").Members += ["GenFSRMerge"] - - if dstType in ["XDST", "DST", "LDST", "RDST"]: - writerName = "DstWriter" - packType = self.getProp("PackType") - - # event output - dstWriter = OutputStream(writerName) - dstWriter.AcceptAlgs += ["Reco" - ] # Write only if Rec phase completed - if handleLumi and self.getProp("WriteLumi"): - dstWriter.AcceptAlgs += [ - "LumiSeq" - ] # Write also if Lumi sequence completed - # set verbosity - if self.getProp("ProductionMode"): - if not dstWriter.isPropertySet("OutputLevel"): - dstWriter.OutputLevel = INFO - if self.getProp("WriteFSR"): - FSRWriter = RecordStream("FSROutputStreamDstWriter") - if not FSRWriter.isPropertySet("OutputLevel"): - FSRWriter.OutputLevel = INFO - # Suppress spurious error when reading POOL files without run records - if self.getProp("WriteFSR"): - if self.getProp("InputType").upper() not in ["MDF"]: - from Configurables import FileRecordDataSvc - FileRecordDataSvc().OutputLevel = FATAL - - if dstType == "XDST": - # Allow multiple files open at once (SIM,DST,DIGI etc.) - IODataManager().AgeLimit += 1 - - if dstType in ["DST", "XDST", "LDST"] and packType not in ["MDF"]: - jseq = GaudiSequencer("RawEventSplitSeq") - ################################# - # Split the Raw Event for the DST - # Use the RawEventJuggler. - # Not delegated to DSTConf. - # Some information must be shared with DSTConf - ################################# - juggler = RawEventJuggler() - juggler.Sequencer = jseq - dstseq = GaudiSequencer("OutputDSTSeq") - dstseq.Members.append(jseq) - # Set the output version if not already overwritten - if juggler.isPropertySet( - "Output") and juggler.getProp("Output") is not None: - #it's already set - pass - else: - juggler.setProp("Output", - self.getProp("SplitRawEventOutput")) - #set the input version, could come from several places - if self.isPropertySet("SplitRawEventInput") and self.getProp( - "SplitRawEventInput") is not None: - #if set, take it from Brunel() - juggler.setProp("Input", - self.getProp("SplitRawEventInput")) - #otherwise use the setting of the juggler if it is set - elif juggler.isPropertySet( - "Input") and juggler.getProp("Input") is not None: - pass - #else find it from DecodeRawEvent - elif DecodeRawEvent().isPropertySet( - "OverrideInputs" - ) and DecodeRawEvent().getProp("OverrideInputs") is not None: - juggler.setProp("Input", - DecodeRawEvent().getProp("OverrideInputs")) - #else if I'm input with a DST, assume it is a Stripping20 type - elif self._isReprocessing(self.getProp("InputType")): - juggler.setProp("Input", 2.0) - else: - #or set the default to whatever comes out of Moore by default - juggler.setProp("Input", "Moore") - - #share information from the Juggler with DSTConf - #always write out to where the Juggler asked! - DstConf().setProp("SplitRawEventOutput", - juggler.getProp("Output")) - #or else the default in the juggler is used, should be 0.0 - #TODO, handle the turned off Calo, shouldn't actually be a problem... - from RawEventCompat.Configuration import _checkv - from Configurables import RawEventFormatConf - RawEventFormatConf().loadIfRequired() - if juggler.getProp("Input") != juggler.getProp("Output"): - if (juggler.getProp("Input") is None - or juggler.getProp("Output")) is None or (_checkv( - juggler.getProp("Input"))) != (_checkv( - juggler.getProp("Output"))): - juggler.KillExtraBanks = True - juggler.KillExtraNodes = True - #really kill /Event/DAQ to prevent it re-appearing! - juggler.KillExtraDirectories = True - - from Configurables import TrackToDST - - from Configurables import ProcessPhase - ProcessPhase("Output").DetectorList += ["DST"] - - # Filter Best Track States to be written - if self.getProp("FilterTrackStates"): - trackFilter = TrackToDST("FilterBestTrackStates") - GaudiSequencer("OutputDSTSeq").Members += [trackFilter] - - if "Muon" in self.getProp("Detectors") and self.getProp( - "FilterTrackStates"): - # Filter Muon Track States - muonTrackFilter = TrackToDST("FilterMuonTrackStates") - if not hasattr(muonTrackFilter, 'TracksInContainer'): - muonTrackFilter.TracksInContainer = "/Event/Rec/Track/Muon" - GaudiSequencer("OutputDSTSeq").Members += [muonTrackFilter] - - if packType != "NONE": - # Add the sequence to pack the DST containers - packSeq = GaudiSequencer("PackDST") - DstConf().PackSequencer = packSeq - GaudiSequencer("OutputDSTSeq").Members += [packSeq] - # Run the packers also on Lumi only events to write empty containers - if handleLumi and self.getProp("WriteLumi"): - notPhysSeq = GaudiSequencer("NotPhysicsSeq") - notPhysSeq.Members += [packSeq] - - # Define the file content - DstConf().Writer = writerName - DstConf().DstType = dstType - DstConf().PackType = packType - #In case we didn't juggle the raw event, - #We should write out the same as the input type! - if not DstConf().isPropertySet("SplitRawEventOutput"): - if self.isPropertySet("SplitRawEventInput") and self.getProp( - "SplitRawEventInput") is not None: - DstConf().setProp("SplitRawEventOutput", - self.getProp("SplitRawEventInput")) - elif DecodeRawEvent().isPropertySet( - "OverrideInputs" - ) and DecodeRawEvent().getProp("OverrideInputs") is not None: - DstConf().setProp( - "SplitRawEventOutput", - DecodeRawEvent().getProp("SplitRawEventInput")) - - if withMC: - DstConf().SimType = "Full" - elif self.getProp("DigiType").capitalize() == "Minimal": - from Configurables import PackMCVertex - GaudiSequencer("OutputDSTSeq").Members += [PackMCVertex()] - DstConf().SimType = "Minimal" - DstConf().OutputName = self.outputName() - self.setOtherProps(DstConf(), ["DataType", "WriteFSR"]) - - def outputName(self): - """ - Build a name for the output file, based in input options - """ - outputName = self.getProp("DatasetName") - if outputName == "": - import uuid - outputName = "Brunel-" + str(uuid.uuid4()).split("-")[0] + 'x' - if (self.evtMax() > 0): outputName += '-' + str(self.evtMax()) + 'ev' - return outputName - - def evtMax(self): - return LHCbApp().evtMax() - - def configureCheck(self, expert): - # "Check" histograms filled only with simulated data - - KnownCheckSubdets = ["Pat"] - - # CheckSubdets - if [ - det for det in ['Rich1', 'Rich2', 'Rich1Pmt', 'Rich2Pmt'] - if det in self.getProp("Detectors") - ]: - KnownCheckSubdets.append("RICH") - if [ - det for det in ['Muon', 'MuonNoM1'] - if det in self.getProp("Detectors") - ]: - KnownCheckSubdets.append("MUON") - - # Expert Check Subdets - KnownExpertCheckSubdets = [] + KnownCheckSubdets - - if [det for det in ['Tr'] if det in self.getProp("Detectors")]: - KnownExpertCheckSubdets.append('Tr') - if [ - det for det in ['Ecal', 'Hcal'] - if det in self.getProp("Detectors") - ]: - KnownExpertCheckSubdets.append("CALOFUTURE") - - KnownExpertCheckSubdets.append("PROTO") - - RecMoniConf().setProp("CheckEnabled", True) - - if not self.isPropertySet("MCCheckSequence"): - if expert: - checkSeq = KnownExpertCheckSubdets - else: - checkSeq = KnownCheckSubdets - self.MCCheckSequence = checkSeq - else: - for seq in self.getProp("MCCheckSequence"): - if expert: - if seq not in KnownExpertCheckSubdets: - log.warning( - "Unknown subdet '%s' in MCCheckSequence" % seq) - else: - if seq not in KnownCheckSubdets: - log.warning( - "Unknown subdet '%s' in MCCheckSequence" % seq) - - checkSeq = self.getProp("MCCheckSequence") - from Configurables import ProcessPhase - ProcessPhase("Check").DetectorList += checkSeq - - # Tracking handled inside TrackSys configurable - TrackSys().setProp("WithMC", True) - - if ("MUON" in checkSeq) and ("Muon" in self.getProp("Detectors")): - from MuonPIDChecker import ConfigureMuonPIDChecker as cmuon - mydata = self.getProp("DataType") - mycheckconf = cmuon.ConfigureMuonPIDChecker(data=mydata) - mycheckconf.configure( - UseMC=True, HistosLevel=self.getProp("Histograms")) - - if ("RICH" in checkSeq) and [ - det for det in ['Rich1', 'Rich2', 'Rich1Pmt', 'Rich2Pmt'] - if det in self.getProp("Detectors") - ]: - from Configurables import GaudiSequencer - from RichFutureRecMonitors.ConfiguredRecoMonitors import RichRecCheckers - from RichFutureRecSys.ConfiguredRichReco import (trackTESLocations, - pidTESLocations) - seq = GaudiSequencer("CheckRICHSeq") - seq.Members = [ - RichRecCheckers( - histograms=self.getProp("Histograms"), - inputTrackLocations=trackTESLocations(), - outputPIDLocations=pidTESLocations()) - ] - - if expert: - # Data on Demand for MCParticle to MCHit association, needed for VP, UT, FT, Muon - importOptions( - "$ASSOCIATORSROOT/options/MCParticleToMCHitUpgrade.py") - - # Allow multiple files open at once (SIM,DST,DIGI etc.) - IODataManager().AgeLimit += 1 - - if "Tr" in checkSeq: - # Checking on the tracks in the "best" container - needs MCHits - # not active for upgrade for the moment - pass - - if "CALOFUTURE" in checkSeq: - import GaudiKernel.ProcessJobOptions - GaudiKernel.ProcessJobOptions.PrintOn() - from Configurables import GaudiSequencer - ccseq = GaudiSequencer("CaloFutureCheckers") - # N.B. When Calo monitoring is also enabled, only the CheckerSequence is set here - # The other properties are defined when setting the MonitorSequence, in RecMoniConf - caloMoni = CaloFutureMoniDstConf( - CheckerSequence=ccseq, - OutputLevel=self.getProp('OutputLevel'), - Context='Offline', - NoSpdPrs=True) - caloMoni.printConf() - - GaudiKernel.ProcessJobOptions.PrintOff() - GaudiSequencer("CheckCALOFUTURESeq").Members = [ - "CaloFutureDigit2MCLinks2Table/CaloDigit2MCLinks2Table", - "CaloClusterMCTruth/CaloClusterMCTruth", ccseq - ] - - if "PROTO" in checkSeq: - from Configurables import GaudiSequencer - self.setOtherProps(GlobalRecoChecks(), ["OutputLevel"]) - exSeq = GaudiSequencer("ExpertProtoMoni") - GaudiSequencer("CheckPROTOSeq").Members += [exSeq] - GlobalRecoChecks().Sequencer = exSeq - - def _isReprocessing(self, inputType): - return inputType in ["XDST", "DST", "LDST"] - - def _configureDBSnapshot(self): - """ - Configure the database to use the online snapshot - """ - tag = { - "DDDB": self.getProp('DDDBtag'), - "LHCBCOND": self.getProp('CondDBtag'), - "SIMCOND": self.getProp('CondDBtag'), - "ONLINE": 'fake' - } - - # https://savannah.cern.ch/bugs/?94454#comment12 - from Configurables import MagneticFieldSvc - MagneticFieldSvc().UseSetCurrent = True - - cdb = CondDB() - cdb.Tags = tag - cdb.setProp('IgnoreHeartBeat', True) - cdb.setProp('EnableRunChangeHandler', True) - self.setOtherProps( - cdb, ['UseDBSnapshot', 'DBSnapshotDirectory', 'PartitionName']) - - ## Apply the configuration - def __apply_configuration__(self): - - GaudiKernel.ProcessJobOptions.PrintOff() - - # database hacking for online - if self.getProp('UseDBSnapshot'): self._configureDBSnapshot() - - self.defineGeometry() - self.defineEvents() - self.defineOptions() - self.defineMonitors() - self.setOtherProps(RecSysConf(), [ - "Histograms", "SpecialData", "Context", "OutputType", "InputType", - "DataType", "Simulation", "OnlineMode", "SkipTracking" - ]) - self.setOtherProps(RecMoniConf(), [ - "Histograms", "Context", "DataType", "Simulation", "OnlineMode", - "SkipTracking" - ]) - self.setOtherProps(TrackSys(), ["DataType", "Simulation"]) - - if self.isPropertySet("RecoSequence"): - self.setOtherProp(RecSysConf(), "RecoSequence") - GaudiKernel.ProcessJobOptions.PrintOn() - log.info(self) - log.info(RecSysConf()) - log.info(TrackSys()) - log.info(RecMoniConf()) - GaudiKernel.ProcessJobOptions.PrintOff() diff --git a/Rec/Brunel/python/Brunel/QMTest/BrunelExclusions.py b/Rec/Brunel/python/Brunel/QMTest/BrunelExclusions.py deleted file mode 100755 index dc146cda4c146ee8656a9ee0549aaa6aa60cb9a1..0000000000000000000000000000000000000000 --- a/Rec/Brunel/python/Brunel/QMTest/BrunelExclusions.py +++ /dev/null @@ -1,42 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from GaudiTesting.BaseTest import LineSkipper, RegexpReplacer -from GaudiConf.QMTest.LHCbExclusions import preprocessor as LHCbPreprocessor - -preprocessor = ( - LHCbPreprocessor + \ - RegexpReplacer( when = "INFO Data source:", orig=r'Brunel-[a-f0-9]{1,8}x', repl=r'Brunel' ) + \ - RegexpReplacer( when = "INFO Writing ROOT histograms to:", orig=r'Brunel-[a-f0-9]{1,8}x', repl=r'Brunel' ) + \ - LineSkipper( - strings=[ - "IODataManager ERROR Referring to existing dataset", - "MagneticFieldSvc INFO Opened magnetic field file", - "Memory for the event exceeds 3*sigma", - "Mean 'delta-memory' exceeds 3*sigma", - "Mean 'Delta-Memory' exceeds 3*sigma", - "BrunelInit.Brun...SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/", - "| AfterMagnetRegion/", - "| MagnetRegion/", - "| agnetRegion/", - "| BeforeMagnetRegion/", - "| DownstreamRegion/", - "EventPersistenc... INFO Added successfully Conversion service:RootCnvSvc", - "MD5 sum:", - " INFO Member list:", - "DataOnDemandSvc INFO Handled \"DataFault\" incidents:", - "There are invalid params and some of them will be ignored.", - 'Parameter {"approx_on_full_history":true} is ignored, because it cannot be parsed.', - ], - regexps=[ - 'DeVP +INFO There are 208 sensors', # we know how many sensors there are - ] - ) -) diff --git a/Rec/Brunel/python/Brunel/QMTest/__init__.py b/Rec/Brunel/python/Brunel/QMTest/__init__.py deleted file mode 100755 index bea0728d3ac1b288d00b26dcc4810a92b4f5668c..0000000000000000000000000000000000000000 --- a/Rec/Brunel/python/Brunel/QMTest/__init__.py +++ /dev/null @@ -1,11 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -# tells python that this directory is a module diff --git a/Rec/Brunel/python/Brunel/__init__.py b/Rec/Brunel/python/Brunel/__init__.py deleted file mode 100644 index e69de29bb2d1d6434b8b29ae775ad8c2e48c5391..0000000000000000000000000000000000000000 diff --git a/Rec/Brunel/tests/options/Brunel-Upgrade-NoSPDPRS.py b/Rec/Brunel/tests/options/Brunel-Upgrade-NoSPDPRS.py deleted file mode 100644 index 91869b87ff75c6341d39aff043be8aa10b31158f..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/Brunel-Upgrade-NoSPDPRS.py +++ /dev/null @@ -1,29 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -############################################################################## -# File for running Brunel without SPD/PRS -############################################################################## - -from Brunel.Configuration import * - -from Configurables import LHCbApp, CondDB - -CondDB().Upgrade = True - -#if "Calo_NoSPDPRS" not in CondDB().AllLocalTagsByDataType: -# CondDB().AllLocalTagsByDataType += ["Calo_NoSPDPRS"] - -from Configurables import Brunel -for det in ["Spd", "Prs"]: - if det in Brunel().Detectors: - Brunel().Detectors.remove(det) - -Brunel().DataType = "Upgrade" diff --git a/Rec/Brunel/tests/options/Brunel-Upgrade-ParamKalman-auxiliaries.py b/Rec/Brunel/tests/options/Brunel-Upgrade-ParamKalman-auxiliaries.py deleted file mode 100644 index 22eaf3d10eb32b9c6777bde8053489d18152b03e..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/Brunel-Upgrade-ParamKalman-auxiliaries.py +++ /dev/null @@ -1,105 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from Configurables import Brunel, CondDB, LHCbApp, DDDBConf -Brunel().DataType = "Upgrade" -Brunel().OutputType = "NONE" -Brunel().Simulation = True -Brunel().DisableTiming = True -Brunel().RecoSequence = ["Decoding", "TrFast"] -Brunel().EvtMax = 1 -Brunel().Detectors = ["VP", "UT", "FT"] - -from Configurables import RecMoniConf -RecMoniConf().MoniSequence = [] - -from Configurables import TrackSys -TrackSys().TrackingSequence = ["TrFast"] -TrackSys().ExpertTracking = ["simplifiedGeometry"] - -from Configurables import FTRawBankDecoder -FTRawBankDecoder("createFTClusters").DecodingVersion = 2 - -from Configurables import MCParticle2MCHitAlg -FTAssoc = MCParticle2MCHitAlg( - "MCP2FTMCHitAlg", - MCHitPath="MC/FT/Hits", - OutputData="/Event/Link/MC/Particles2MCFTHits") -VPAssoc = MCParticle2MCHitAlg( - "MCP2VPMCHitAlg", - MCHitPath="MC/VP/Hits", - OutputData="/Event/Link/MC/Particles2MCVPHits") -UTAssoc = MCParticle2MCHitAlg( - "MCP2UTMCHitAlg", - MCHitPath="MC/UT/Hits", - OutputData="/Event/Link/MC/Particles2MCUTHits") - -from Configurables import DataOnDemandSvc -DataOnDemandSvc().AlgMap["/Event/Link/MC/Particles2MCFTHits"] = FTAssoc -DataOnDemandSvc().AlgMap["/Event/Link/MC/Particles2MCVPHits"] = VPAssoc -DataOnDemandSvc().AlgMap["/Event/Link/MC/Particles2MCUTHits"] = UTAssoc -DataOnDemandSvc().NodeMap["/Event/Link"] = "DataObject" -DataOnDemandSvc().NodeMap["/Event/Link/MC"] = "DataObject" - -from PRConfig.TestFileDB import test_file_db -test_file_db["upgrade_2018_BsPhiPhi_FTv2"].run() - -from Gaudi.Configuration import * - - -def doIt(): - ### Run Tuner - from Configurables import IdealStateCreator - from Configurables import ParameterizedKalmanFit_Checker, TrackMasterExtrapolator - ParameterizedKalmanC = ParameterizedKalmanFit_Checker() - ParameterizedKalmanC.RunForTuning = False - ParameterizedKalmanC.MaxNumOutlier = 0 - ParameterizedKalmanC.InputName = "Rec/Track/Keyed/ForwardFast" - ParameterizedKalmanC.OutputName = "Rec/Track/Keyed/ForwardFastFitted_Param" - ParameterizedKalmanC.LinkerLocation = "Link/Rec/Track/Keyed/ForwardFast" - - ParameterizedKalmanC.OutputTreesFile = "TMP" - - ParameterizedKalmanC.addTool(TrackMasterExtrapolator, name="extr1") - ParameterizedKalmanC.addTool(TrackMasterExtrapolator, name="extr2") - ParameterizedKalmanC.extr1.ApplyMultScattCorr = True - ParameterizedKalmanC.extr1.ApplyEnergyLossCorr = True - ParameterizedKalmanC.extr1.ApplyElectronEnergyLossCorr = True - ParameterizedKalmanC.extr2.ApplyMultScattCorr = True - ParameterizedKalmanC.extr2.ApplyEnergyLossCorr = False - ParameterizedKalmanC.extr2.ApplyElectronEnergyLossCorr = True - - ParameterizedKalmanC.addTool(IdealStateCreator("IdealStateCreator")) - ParameterizedKalmanC.IdealStateCreator.Extrapolator = "TrackMasterExtrapolator" - ParameterizedKalmanC.IdealStateCreator.VPMCHitLinks = "/Event/Link/MC/Particles2MCVPHits" - ParameterizedKalmanC.IdealStateCreator.UTMCHitLinks = "/Event/Link/MC/Particles2MCUTHits" - ParameterizedKalmanC.IdealStateCreator.FTMCHitLinks = "/Event/Link/MC/Particles2MCFTHits" - - from Configurables import CompareTracksTrTr - CompTracks = CompareTracksTrTr() - - CompTracks.InputTracks1 = "Rec/Track/ForwardFastFitted" - CompTracks.InputTracks2 = "Rec/Track/Keyed/ForwardFastFitted_Param" - CompTracks.LinkerLocation = "Link/Rec/Track/ForwardFastFitted" - - CompTracks.OutputFile = "TMPcompare" - CompTracks.OutputLevel = DEBUG - CompTracks.addTool(IdealStateCreator("IdealStateCreator")) - CompTracks.IdealStateCreator.Extrapolator = "TrackMasterExtrapolator" - CompTracks.IdealStateCreator.VPMCHitLinks = "/Event/Link/MC/Particles2MCVPHits" - CompTracks.IdealStateCreator.UTMCHitLinks = "/Event/Link/MC/Particles2MCUTHits" - CompTracks.IdealStateCreator.FTMCHitLinks = "/Event/Link/MC/Particles2MCFTHits" - - GaudiSequencer("CheckPatSeq").Members = [ - ParameterizedKalmanC, CompTracks - ] + GaudiSequencer("CheckPatSeq").Members - - -appendPostConfigAction(doIt) diff --git a/Rec/Brunel/tests/options/Brunel-Upgrade-ParamKalman.py b/Rec/Brunel/tests/options/Brunel-Upgrade-ParamKalman.py deleted file mode 100644 index 5c0f2fd43473f8712b630d89e9ee018292b71e89..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/Brunel-Upgrade-ParamKalman.py +++ /dev/null @@ -1,29 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from Configurables import Brunel, CondDB, LHCbApp, DDDBConf -Brunel().DataType = "Upgrade" -Brunel().OutputType = "NONE" -Brunel().RecoSequence = ["Decoding", "TrFast"] -Brunel().EvtMax = 500 -Brunel().Detectors = ["VP", "UT", "FT"] - -from Configurables import RecMoniConf -RecMoniConf().MoniSequence = [] - -from Configurables import TrackSys -TrackSys().ExpertTracking = ["simplifiedGeometry", "ParameterizedKalman"] -TrackSys().TrackingSequence = ["TrFast"] - -from Configurables import FTRawBankDecoder -FTRawBankDecoder("createFTClusters").DecodingVersion = 5 - -from PRConfig.TestFileDB import test_file_db -test_file_db["upgrade-baseline-FT64-digi"].run() diff --git a/Rec/Brunel/tests/options/IPResolutionMonitoring.py b/Rec/Brunel/tests/options/IPResolutionMonitoring.py deleted file mode 100644 index 52110f1285e730b85b03ef081a3cca8d70b570cc..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/IPResolutionMonitoring.py +++ /dev/null @@ -1,69 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from Gaudi.Configuration import * -from Configurables import CondDB, LHCbApp, Brunel, LHCbConfigurableUser, LHCbApp, TrackSys, DigiConf, FTRawBankDecoder -from Brunel.Configuration import Brunel -from GaudiConf import IOHelper - -Evts_to_Run = 100 - -myBrunel = Brunel( - DataType='Upgrade', - EvtMax=Evts_to_Run, - PrintFreq=50, - WithMC=True, - Simulation=True, - OutputType='None', - Detectors=['VP', 'UT', 'Magnet', 'FT', 'Tr'], - InputType='DIGI') - - -def addMonitor(): - from Configurables import TrackIPResolutionCheckerNT - from Configurables import TrackSys - - ip_resolution_monitors = [] - - for track_type in ["ForwardBest", "ForwardFastFitted"]: - ip_resolution_checkerNT = TrackIPResolutionCheckerNT( - "ipUsingTruth{}".format(track_type)) - ip_resolution_checkerNT.TrackContainer = TrackSys( - ).DefaultConvertedTrackLocations[track_type]["Location"] - ip_resolution_checkerNT.LinkerLocation = "Link/" + str( - ip_resolution_checkerNT.TrackContainer) - ip_resolution_monitors += [ip_resolution_checkerNT] - - GaudiSequencer('RecoPROTOSeq').Members = [] - GaudiSequencer('RecoRICHSeq').Members = [] - GaudiSequencer("RecoCALOFUTURESeq").Members = [] - GaudiSequencer("RecoMUONSeq").Members = [] - GaudiSequencer("MatchChecker").Members = [] - GaudiSequencer("DownstreamChecker").Members = [] - GaudiSequencer("UpstreamChecker").Members = [] - GaudiSequencer("SeedingChecker").Members = [] - GaudiSequencer("BestExtraChecker").Members = [] - GaudiSequencer("RecSUMMARYSeq").Members = [] - GaudiSequencer("MoniTrSeq").Members = [] - GaudiSequencer("MoniPROTOSeq").Members = [] - GaudiSequencer("CheckPatSeq").Members = ip_resolution_monitors - - -appendPostConfigAction(addMonitor) - -from Configurables import NTupleSvc -NTupleSvc().Output += ["FILE1 DATAFILE='tuples.root' TYPE='ROOT' OPT='NEW'"] - -DigiConf().EnableUnpack = True - -FTRawBankDecoder("createFTClusters").DecodingVersion = 2 - -from PRConfig.TestFileDB import test_file_db -test_file_db['upgrade-prchecker-digi'].run(configurable=myBrunel) diff --git a/Rec/Brunel/tests/options/brunel-lumiconddbchecker.py b/Rec/Brunel/tests/options/brunel-lumiconddbchecker.py deleted file mode 100644 index 35460e2dad800ebba65eb83196231489e30bbeb2..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/brunel-lumiconddbchecker.py +++ /dev/null @@ -1,54 +0,0 @@ -#!/usr/bin/env gaudirun.py -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -# -import os -from Gaudi.Configuration import * - -#--- switch on xml summary -from Configurables import LHCbApp -from Configurables import CondDB - -#-- set explicit CondDB tag -LHCbApp().CondDBtag = 'head-20110131' -LHCbApp().DataType = '2012' - -#--- determine application to run -from Configurables import LumiAlgsConf, LumiCheckCondDB - -# standard sequence from configurable -sequence = GaudiSequencer("CheckDB") - -# normalization of BeamCrossing -seqMembers = [] -seqMembers.append(LumiCheckCondDB('CheckCondDB')) -from Configurables import GetLumiParameters -ToolSvc().addTool(GetLumiParameters, - "lumiDatabaseTool") # This is a public tool -ToolSvc().lumiDatabaseTool.UseOnline = True -sequence.Members = seqMembers -sequence.MeasureTime = True -sequence.ModeOR = False -sequence.ShortCircuit = True -sequence.IgnoreFilterPassed = False - -#-- main -ApplicationMgr( - TopAlg=[ - GaudiSequencer("CheckDB"), - ], HistogramPersistency='NONE') - -#-- Test input not needed -files = [] - -#-- input options -ApplicationMgr().EvtMax = -1 -EventSelector(OutputLevel=INFO, PrintFreq=1000, FirstEvent=1, Input=files) diff --git a/Rec/Brunel/tests/options/db-global-2009.py b/Rec/Brunel/tests/options/db-global-2009.py deleted file mode 100644 index 3fb7cbb5d9b24c4a4bbe446d1cc1f0ac7fa8c739..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/db-global-2009.py +++ /dev/null @@ -1,22 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from Gaudi.Configuration import * -from Configurables import LHCbApp, CondDB, DDDBConf - -dataType = "2009" - -DDDBConf(DataType=dataType) -CondDB(IgnoreHeartBeat=True) - -if "UseLatestTags" in CondDB().__slots__: - CondDB().UseLatestTags = [dataType, True] -else: - CondDB().useLatestTags(DataType=dataType, OnlyGlobalTags=True) diff --git a/Rec/Brunel/tests/options/db-global-2010.py b/Rec/Brunel/tests/options/db-global-2010.py deleted file mode 100644 index ffc4da3b5051f9237e7020615a055ee55ecca6e2..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/db-global-2010.py +++ /dev/null @@ -1,22 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from Gaudi.Configuration import * -from Configurables import LHCbApp, CondDB, DDDBConf - -dataType = "2010" - -DDDBConf(DataType=dataType) -CondDB(IgnoreHeartBeat=True) - -if "UseLatestTags" in CondDB().__slots__: - CondDB().UseLatestTags = [dataType, True] -else: - CondDB().useLatestTags(DataType=dataType, OnlyGlobalTags=True) diff --git a/Rec/Brunel/tests/options/db-global-2011.py b/Rec/Brunel/tests/options/db-global-2011.py deleted file mode 100644 index 2f40ee8343e5f4bba84e2a945df832c2dd8d0a19..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/db-global-2011.py +++ /dev/null @@ -1,22 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from Gaudi.Configuration import * -from Configurables import LHCbApp, CondDB, DDDBConf - -dataType = "2011" - -DDDBConf(DataType=dataType) -CondDB(IgnoreHeartBeat=True) - -if "UseLatestTags" in CondDB().__slots__: - CondDB().UseLatestTags = [dataType, True] -else: - CondDB().useLatestTags(DataType=dataType, OnlyGlobalTags=True) diff --git a/Rec/Brunel/tests/options/db-global-2012.py b/Rec/Brunel/tests/options/db-global-2012.py deleted file mode 100644 index 1eeea37451e5187f218082f6e371bfd07a1ede25..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/db-global-2012.py +++ /dev/null @@ -1,22 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from Gaudi.Configuration import * -from Configurables import LHCbApp, CondDB, DDDBConf - -dataType = "2012" - -DDDBConf(DataType=dataType) -CondDB(IgnoreHeartBeat=True) - -if "UseLatestTags" in CondDB().__slots__: - CondDB().UseLatestTags = [dataType, True] -else: - CondDB().useLatestTags(DataType=dataType, OnlyGlobalTags=True) diff --git a/Rec/Brunel/tests/options/db-global-2015.py b/Rec/Brunel/tests/options/db-global-2015.py deleted file mode 100644 index 1a4ced85f47114e256409fb8d6c0bdf37be9a358..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/db-global-2015.py +++ /dev/null @@ -1,22 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from Gaudi.Configuration import * -from Configurables import LHCbApp, CondDB, DDDBConf - -dataType = "2015" - -DDDBConf(DataType=dataType) -CondDB(IgnoreHeartBeat=True) - -if "UseLatestTags" in CondDB().__slots__: - CondDB().UseLatestTags = [dataType, True] -else: - CondDB().useLatestTags(DataType=dataType, OnlyGlobalTags=True) diff --git a/Rec/Brunel/tests/options/db-global-2016.py b/Rec/Brunel/tests/options/db-global-2016.py deleted file mode 100644 index dca65d25bdb03c4837404b53da43ab336688a7cd..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/db-global-2016.py +++ /dev/null @@ -1,22 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from Gaudi.Configuration import * -from Configurables import LHCbApp, CondDB, DDDBConf - -dataType = "2016" - -DDDBConf(DataType=dataType) -CondDB(IgnoreHeartBeat=True) - -if "UseLatestTags" in CondDB().__slots__: - CondDB().UseLatestTags = [dataType, True] -else: - CondDB().useLatestTags(DataType=dataType, OnlyGlobalTags=True) diff --git a/Rec/Brunel/tests/options/extraptester.py b/Rec/Brunel/tests/options/extraptester.py deleted file mode 100644 index cf3a471e8d4cf8cf0ce8d3c6d5a759196177326e..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/extraptester.py +++ /dev/null @@ -1,38 +0,0 @@ -#!/usr/bin/env gaudirun.py -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### - -from Brunel.Configuration import * -Brunel().EvtMax = 1 - -from Configurables import ExtrapolatorTester -from Configurables import ApplicationMgr - -from Configurables import Brunel -brunel = Brunel() - -ApplicationMgr().TopAlg = [ExtrapolatorTester()] - -from Configurables import TrackParametrizedExtrapolator, TrackRungeKuttaExtrapolator - -ref = ExtrapolatorTester().addTool(TrackRungeKuttaExtrapolator, - "ReferenceExtrapolator") -ref.MinStep = 1 -ref.MaxStep = 10 -ref.MaxNumSteps = 10000 - -ext = TrackParametrizedExtrapolator() - -# FIXME: python toolhandlearray doesn't like being given instances instead of names... -ExtrapolatorTester().Extrapolators = [ref.getFullName(), ext.getFullName()] - -from Configurables import MagneticFieldSvc -MagneticFieldSvc().ForcedSignedCurrentScaling = 1.0 diff --git a/Rec/Brunel/tests/options/print_protos.py b/Rec/Brunel/tests/options/print_protos.py deleted file mode 100644 index 5312a94346c448462a071966219d824a19088dcd..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/print_protos.py +++ /dev/null @@ -1,24 +0,0 @@ -############################################################################### -# (c) Copyright 2020 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from Gaudi.Configuration import appendPostConfigAction -from Configurables import GaudiSequencer, PrintProtoParticles - - -def print_protos(): - print_charged_protos = PrintProtoParticles( - "PrintChargedProtos", Input="Rec/ProtoP/Charged") - print_neutral_protos = PrintProtoParticles( - "PrintNeutralProtos", Input="Rec/ProtoP/Neutrals") - GaudiSequencer("MoniPROTOSeq").Members.append(print_charged_protos) - GaudiSequencer("MoniPROTOSeq").Members.append(print_neutral_protos) - - -appendPostConfigAction(print_protos) diff --git a/Rec/Brunel/tests/options/require-functor-cache.py b/Rec/Brunel/tests/options/require-functor-cache.py deleted file mode 100644 index 02d55466ca0418f2311dfe6bc4a90ec582816b2b..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/require-functor-cache.py +++ /dev/null @@ -1,12 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from Configurables import ApplicationMgr -ApplicationMgr().Environment['LOKI_DISABLE_PYTHON'] = '1' diff --git a/Rec/Brunel/tests/options/split-raw-event.py b/Rec/Brunel/tests/options/split-raw-event.py deleted file mode 100644 index ffcd414058984da450e4e1cbf091d598473fd611..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/split-raw-event.py +++ /dev/null @@ -1,36 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -# ============ Auto-generated dummy options file ====== -from Gaudi.Configuration import * -from Configurables import LHCbApp -LHCbApp() - -from Configurables import RawEventFormatConf, RecombineRawEvent, RawEventJuggler, RawEventMapCombiner -from Configurables import GaudiSequencer -from Configurables import InputCopyStream as ics - -MySeq = GaudiSequencer("MoveRawEventAround") -MyWriter = InputCopyStream("CopyToFile") - -#RawEventFormatConf().__apply_configuration__() - -RawEventJuggler().Input = 0.0 #From original location -RawEventJuggler().Output = 2.0 #go to Stripping20 format -RawEventJuggler().Sequencer = MySeq -RawEventJuggler().KillExtraNodes = True #remove DAQ/RawEvent completely -RawEventJuggler().WriterOptItemList = MyWriter - -ApplicationMgr().TopAlg = [MySeq] -from Configurables import StoreExplorerAlg -ApplicationMgr().TopAlg += [StoreExplorerAlg()] - -from GaudiConf import IOHelper -IOHelper().outStream("split-raw-event.dst", MyWriter) diff --git a/Rec/Brunel/tests/options/test-genfsr-spillover.py b/Rec/Brunel/tests/options/test-genfsr-spillover.py deleted file mode 100644 index fe2ba693a71b7d4bde805c9e5ad67868f80d2064..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/test-genfsr-spillover.py +++ /dev/null @@ -1,29 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2019 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -from Gaudi.Configuration import * - -importOptions('$APPCONFIGOPTS/Brunel/MC-WithTruth.py') -importOptions('$APPCONFIGOPTS/Brunel/SplitRawEventOutput.4.3.py') -importOptions('$APPCONFIGOPTS/Brunel/ldst.py') - -from Configurables import GaudiSequencer -seqGenFSR = GaudiSequencer("GenFSRSeq") -seqGenFSR.Members += ["GenFSRMerge"] -seqGenFSR.Members += ["GenFSRRead"] - -ApplicationMgr().TopAlg += [seqGenFSR] - -from Configurables import LHCbApp -LHCbApp().DDDBtag = "dddb-20170301" -LHCbApp().CondDBtag = "sim-20180530-vc-md100" - -from PRConfig import TestFileDB -TestFileDB.test_file_db['genFSR_upgrade_spillover_digi'].run() diff --git a/Rec/Brunel/tests/options/testBrunel-defaults.py b/Rec/Brunel/tests/options/testBrunel-defaults.py deleted file mode 100755 index dd527eb038918a4bf039810ab8621e2eb9dae6bb..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/options/testBrunel-defaults.py +++ /dev/null @@ -1,35 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### - -# Default settings for all Brunel tests - -import os -from Brunel.Configuration import * - -# Add StatusCode checks -Brunel().Monitors = ["SC"] - -# Add FPE checks (not for clang) -if "clang" not in os.getenv('BINARY_TAG', os.getenv('CMTCONFIG', '')): - Brunel().Monitors += ["FPE"] - from Configurables import FPEAuditor - FPEAuditor().DisableTrapFor += ['VeloClusterTracking', 'PrVeloUTFast'] - -# Turn off timing -Brunel().DisableTiming = True - -# Use current time in initialisation -#from datetime import datetime -#from Configurables import EventClockSvc -#ecs = EventClockSvc() -#dt = datetime.utcnow() - datetime(1970, 1, 1, 0) -#ns = (dt.days * 24 * 60 * 60 + dt.seconds) * 1000000000 -#ecs.InitialTime = ns diff --git a/Rec/Brunel/tests/qmtest/MyCatalog.xml b/Rec/Brunel/tests/qmtest/MyCatalog.xml deleted file mode 100644 index e046a06026bcdefadbec42f06fe0c52cdc81981b..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/MyCatalog.xml +++ /dev/null @@ -1,134 +0,0 @@ -<?xml version="1.0" encoding="UTF-8" standalone="no" ?> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<!-- Edited By POOL --> -<!DOCTYPE POOLFILECATALOG SYSTEM "InMemory"> -<POOLFILECATALOG> - <File ID="EE4DC80E-8967-E111-88ED-003048C9CD62"> - <physical> - <pfn filetype="MDF" name="Brunel-200ev.mdf"/> - </physical> - <logical/> - </File> - - <File ID="4EF658AA-6768-E111-8F8A-001E4F3E5979"> - <physical> - <pfn filetype="ROOT" name="Brunel.dst"/> - </physical> - <logical/> - </File> - - <File ID="A2A11BDE-6768-E111-9E9E-001E4F3E5979"> - <physical> - <pfn filetype="ROOT" name="SeptTEDData-10ev.dst"/> - </physical> - <logical/> - </File> - - <File ID="5E1F524A-6868-E111-A26B-001E4F3E5979"> - <physical> - <pfn filetype="ROOT" name="035537_0000088110-10ev.dst"/> - </physical> - <logical/> - </File> - - <File ID="B6CC08FC-6868-E111-8AF0-001E4F3E5979"> - <physical> - <pfn filetype="ROOT" name="30000000-100ev-20090407-MC09-Minimal-5ev.dst"/> - </physical> - <logical/> - </File> - - <File ID="F8036035-6968-E111-B8BB-001E4F3E5979"> - <physical> - <pfn filetype="ROOT" name="30000000-100ev-20090407-MC09-L0Yes-15ev.dst"/> - </physical> - <logical/> - </File> - - <File ID="4652EFF1-6C68-E111-9647-001E4F3E5979"> - <physical> - <pfn filetype="MDF" name="Brunel-1000ev.mdf"/> - </physical> - <logical/> - </File> - - <File ID="2A44DC33-6D68-E111-8D0B-001E4F3E5979"> - <physical> - <pfn filetype="ROOT" name="Brunel-200ev.dst"/> - </physical> - <logical/> - </File> - - <File ID="088263F2-7468-E111-8B37-001E4F3E5979"> - <physical> - <pfn filetype="ROOT" name="Brunel-1000ev.dst"/> - </physical> - <logical/> - </File> - - <File ID="BA88A690-74B5-E111-BF37-003048C9CD62"> - <physical> - <pfn filetype="ROOT" name="brunel2012magdown-200ev.dst"/> - </physical> - <logical/> - </File> - - <File ID="40E670EF-4E12-E411-A4CE-02163E00A6B5"> - <physical> - <pfn filetype="ROOT" name="2015magdown-10ev.dst"/> - </physical> - <logical/> - </File> - - <File ID="342D9671-F2E0-E411-BD3B-003048F1C546"> - <physical> - <pfn filetype="ROOT" name="2015magdown-10ev.rdst"/> - </physical> - <logical/> - </File> - - <File ID="628E4F39-C278-E511-86B6-02163E008F18"> - <physical> - <pfn filetype="ROOT" name="2015magdown-200ev.dst"/> - </physical> - <logical/> - </File> - - <File ID="100351E4-545B-E711-9A58-02163E018E0A"> - <physical> - <pfn filetype="ROOT" name="Brunel-10ev.dst"/> - </physical> - <logical/> - </File> - - <File ID="A4A69980-6A5B-E711-A6EA-02163E019029"> - <physical> - <pfn filetype="ROOT" name="SeptTEDData.dst"/> - </physical> - <logical/> - </File> - - <File ID="B29C7C58-CF35-E911-900C-FA163E04E47D"> - <physical> - <pfn filetype="ROOT" name="2015-em-100ev.rdst"/> - </physical> - <logical/> - </File> - - <File ID="98C4A1AC-CF35-E911-9D23-FA163E04E47D"> - <physical> - <pfn filetype="ROOT" name="2015-em-100ev.dst"/> - </physical> - <logical/> - </File> - -</POOLFILECATALOG> diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-extraptester.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/brunel-extraptester.qmt deleted file mode 100644 index a9c2feaf3515d9db6936189d2f9ee3b5027078d7..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-extraptester.qmt +++ /dev/null @@ -1,34 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="timeout"><integer>1200</integer></argument> - <argument name="args"><set> - <text>$BRUNELROOT/tests/options/testBrunel-defaults.py</text> - <text>../options/extraptester.py</text> - </set></argument> - <argument name="options"><text> -from Configurables import Brunel -Brunel().DataType = "Upgrade" -from Configurables import FTRawBankDecoder -FTRawBankDecoder("createFTClusters").DecodingVersion = 2 -from PRConfig import TestFileDB -Brunel().Simulation = True -TestFileDB.test_file_db['upgrade-baseline-FT61-digi'].run() - </text></argument> - <argument name="reference"><text>../refs/extraptester.ref</text></argument> - <argument name="error_reference"><text>../refs/empty.ref</text></argument> - <argument name="validator"><text> -from Brunel.QMTest.BrunelExclusions import preprocessor -validateWithReference(preproc = preprocessor) - </text></argument> -</extension> diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-lumiconddbchecker.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/brunel-lumiconddbchecker.qmt deleted file mode 100644 index 8580d7b9bb5a9d2497cb7cc3ccbd72a90ed17562..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-lumiconddbchecker.qmt +++ /dev/null @@ -1,23 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="args"><set> - <text>../options/brunel-lumiconddbchecker.py</text> - </set></argument> - <argument name="reference"><text>../refs/brunel-lumiconddbchecker.ref</text></argument> - <argument name="error_reference"><text>../refs/empty.ref</text></argument> - <argument name="validator"><text> -from Brunel.QMTest.BrunelExclusions import preprocessor -validateWithReference(preproc = preprocessor) -</text></argument> -</extension> diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-IP-resolution-monitoring.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-IP-resolution-monitoring.qmt deleted file mode 100755 index 629f969e68def46960875f83876ad49490fb9f6e..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-IP-resolution-monitoring.qmt +++ /dev/null @@ -1,31 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="timeout"><integer>3600</integer></argument> - <argument name="args"><set> - <text>$BRUNELROOT/tests/options/testBrunel-defaults.py</text> - <text>$APPCONFIGOPTS/Brunel/MC-WithTruth.py</text> - <text>$BRUNELROOT/tests/options/IPResolutionMonitoring.py</text> - </set></argument> - <argument name="reference"><text>../refs/brunel-upgrade-IP-resolution-monitoring.ref</text></argument> - <argument name="error_reference"><text>../refs/empty.ref</text></argument> - <argument name="validator"><text> -from Brunel.QMTest.BrunelExclusions import preprocessor -sensitivities = { - # To be removed once the kalman filter is less instable numerically - 'TrackBestTrackC...' : { 'Number of field calls':0.002 }, - 'ForwardFitterAl...' : { 'Number of field calls':0.002 }, - } -validateWithReference(preproc = preprocessor, sensitivities=sensitivities) - </text></argument> -</extension> diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-baseline.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-baseline.qmt deleted file mode 100755 index fcab88e3b6bf9230b709321cfbe17e92f89e0179..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-baseline.qmt +++ /dev/null @@ -1,33 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="timeout"><integer>3600</integer></argument> - <argument name="args"><set> - <text>$BRUNELROOT/tests/options/testBrunel-defaults.py</text> - <text>$APPCONFIGOPTS/Brunel/MC-WithTruth.py</text> - </set></argument> - <argument name="options"><text> -from Configurables import Brunel -Brunel().DataType = "Upgrade" -from Configurables import FTRawBankDecoder -FTRawBankDecoder("createFTClusters").DecodingVersion = 2 -from PRConfig import TestFileDB -TestFileDB.test_file_db['upgrade-baseline-FT61-digi'].run() -</text></argument> - <argument name="reference"><text>../refs/brunel-upgrade-baseline.ref</text></argument> - <argument name="error_reference"><text>../refs/empty.ref</text></argument> - <argument name="validator"><text> -from Brunel.QMTest.BrunelExclusions import preprocessor -validateWithReference(preproc = preprocessor) -</text></argument> -</extension> diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-bigevents.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-bigevents.qmt deleted file mode 100755 index 9f85a156afd31eea1c27b00fcc1e1adea2f367e5..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-bigevents.qmt +++ /dev/null @@ -1,49 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<!-- -####################################################### -# SUMMARY OF THIS TEST -# ................... -# Authors: sstahl, cattanem -# Purpose: Checks that upgrade sequence can process a particularly large event found in the input file -# Checks also that Brunel upgrade sequence can be processed starting from a XDIGI file -# Checks also that Brunel upgrade sequence can write a XDST starting from XDIGI -# Common failure modes, severities and cures: -# . Assert raised in debug mode: protection against big events has failed -# . Changed number of FATAL/ERROR/WARNING messages indicate that output of test has changed -# Can be good or bad, must be understood by looking at stdout. -# If OK, update expected message count in validator below -####################################################### ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="timeout"><integer>3600</integer></argument> - <argument name="args"><set> - <text>$BRUNELROOT/tests/options/testBrunel-defaults.py</text> - <text>$APPCONFIGOPTS/Brunel/MC-WithTruth.py</text> - </set></argument> - <argument name="options"><text> -from Configurables import Brunel -Brunel().DataType = "Upgrade" -Brunel().SkipEvents = 90 -Brunel().EvtMax = 20 -Brunel().OutputType="XDST" -from Configurables import FTRawBankDecoder -FTRawBankDecoder("createFTClusters").DecodingVersion = 2 -from PRConfig import TestFileDB -TestFileDB.test_file_db['upgrade-big-events'].run() -</text></argument> - <argument name="validator"><text> -from Brunel.QMTest.BrunelExclusions import preprocessor as BrunelPreprocessor -countErrorLines({"FATAL":0, "WARNING":0, "ERROR":0}) -</text></argument> -</extension> diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-bigevents2.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-bigevents2.qmt deleted file mode 100644 index dfc51ae8e8ccde4b30eeeddb6d90e129f248506f..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-bigevents2.qmt +++ /dev/null @@ -1,40 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2020 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<!-- -####################################################### -# SUMMARY OF THIS TEST -# ................... -# Authors: gunther -# Purpose: Checks that upgrade sequence can process a particularly large event found in the input file -####################################################### ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="timeout"><integer>3600</integer></argument> - <argument name="args"><set> - <text>$BRUNELROOT/tests/options/testBrunel-defaults.py</text> - <text>$APPCONFIGOPTS/Brunel/MC-WithTruth.py</text> - </set></argument> - <argument name="options"><text> -from Configurables import Brunel, RootHistCnv__PersSvc -Brunel().SkipEvents = 757 -Brunel().EvtMax = 5 -Brunel().OutputType = "None" -RootHistCnv__PersSvc().OutputEnabled = False -from PRConfig import TestFileDB -TestFileDB.test_file_db['Upgrade_BdKstgamma_busy_event_XDIGI'].run() -</text></argument> - <argument name="validator"><text> -from Brunel.QMTest.BrunelExclusions import preprocessor as BrunelPreprocessor -countErrorLines({"FATAL":0, "WARNING":0, "ERROR":0}) -</text></argument> -</extension> \ No newline at end of file diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-check-mcsequence.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-check-mcsequence.qmt deleted file mode 100644 index 8b9acc65e55a6c592db0e51661c3828d24fa1ffb..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-check-mcsequence.qmt +++ /dev/null @@ -1,44 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<!-- -####################################################### -# SUMMARY OF THIS TEST -# ................... -# Author: M.Cattaneo -# Purpose: Look for any changes in the sequence of algorithms called in the Upgrade configuration of Brunel, with MC checking enabled -# Test fails if there is any change in sequence of algorithms called, both during initialisation/finalisation and event loop. -####################################################### ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="timeout"><integer>3600</integer></argument> - <argument name="args"><set> - <text>$BRUNELROOT/tests/options/testBrunel-defaults.py</text> - <text>$APPCONFIGOPTS/Brunel/MC-WithTruth.py</text> - </set></argument> - <argument name="options"><text> -from Configurables import Brunel -Brunel().DataType = "Upgrade" -Brunel().EvtMax=1 -Brunel().Monitors+=["NameAuditor"] -from Configurables import FTRawBankDecoder -FTRawBankDecoder("createFTClusters").DecodingVersion = 2 -from PRConfig import TestFileDB -TestFileDB.test_file_db['upgrade-baseline-FT61-digi'].run() -</text></argument> - <argument name="reference"><text>../refs/brunel-upgrade-check-mcsequence.ref</text></argument> - <argument name="error_reference"><text>../refs/empty.ref</text></argument> - <argument name="validator"><text> -from Brunel.QMTest.BrunelExclusions import preprocessor -validateWithReference(preproc = preprocessor) -</text></argument> -</extension> diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-paramKalman-auxiliaries.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-paramKalman-auxiliaries.qmt deleted file mode 100644 index 17857d029e5db8611fa1bf19a5411eef4b407d4b..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-paramKalman-auxiliaries.qmt +++ /dev/null @@ -1,28 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="timeout"><integer>3600</integer></argument> - <argument name="args"><set> - <text>$BRUNELROOT/tests/options/testBrunel-defaults.py</text> - <text>$APPCONFIGOPTS/Brunel/MC-WithTruth.py</text> - <text>$BRUNELROOT/tests/options/Brunel-Upgrade-ParamKalman-auxiliaries.py</text> - </set></argument> - <argument name="options"><text> -</text></argument> - <argument name="reference"><text>../refs/brunel-upgrade-paramKalman-auxiliaries.ref</text></argument> - <argument name="error_reference"><text>../refs/empty.ref</text></argument> - <argument name="validator"><text> -from Brunel.QMTest.BrunelExclusions import preprocessor -validateWithReference(preproc = preprocessor) - </text></argument> -</extension> diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-paramKalman.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-paramKalman.qmt deleted file mode 100755 index 5e207d853b79aee55bb039f81ce0157ebaac1f9f..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-paramKalman.qmt +++ /dev/null @@ -1,28 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="timeout"><integer>3600</integer></argument> - <argument name="args"><set> - <text>$BRUNELROOT/tests/options/testBrunel-defaults.py</text> - <text>$APPCONFIGOPTS/Brunel/MC-WithTruth.py</text> - <text>$BRUNELROOT/tests/options/Brunel-Upgrade-ParamKalman.py</text> - </set></argument> - <argument name="options"><text> -</text></argument> - <argument name="reference"><text>../refs/brunel-upgrade-paramKalman.ref</text></argument> - <argument name="error_reference"><text>../refs/empty.ref</text></argument> - <argument name="validator"><text> -from Brunel.QMTest.BrunelExclusions import preprocessor -validateWithReference(preproc = preprocessor) - </text></argument> -</extension> diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-test-protos.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-test-protos.qmt deleted file mode 100755 index 40eba7f60f1aca996bd57a775d7efb72c5fb6cc0..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/brunel-upgrade-test-protos.qmt +++ /dev/null @@ -1,37 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="timeout"><integer>2400</integer></argument> - <argument name="args"><set> - <text>$BRUNELROOT/tests/options/testBrunel-defaults.py</text> - <text>$APPCONFIGOPTS/Brunel/MC-WithTruth.py</text> - <text>$BRUNELROOT/tests/options/print_protos.py</text> - <text>--output=proton_default.opts.py</text> - <text>--all-opt</text> - </set></argument> - <argument name="options"><text> -from Configurables import Brunel -Brunel().DataType = "Upgrade" -Brunel().EvtMax = 10 -from Configurables import FTRawBankDecoder -FTRawBankDecoder("createFTClusters").DecodingVersion = 2 -from PRConfig import TestFileDB -TestFileDB.test_file_db['upgrade-baseline-FT61-digi'].run() -</text></argument> - <argument name="reference"><text>../refs/brunel-upgrade-test-protos.ref</text></argument> - <argument name="error_reference"><text>../refs/empty.ref</text></argument> - <argument name="validator"><text> -from Brunel.QMTest.BrunelExclusions import preprocessor -validateWithReference(preproc = preprocessor) -</text></argument> -</extension> diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/functor-cache-upgrade.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/functor-cache-upgrade.qmt deleted file mode 100755 index 81cc1f2ea4e6db49580bccdae3b225ed5145ddb8..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/functor-cache-upgrade.qmt +++ /dev/null @@ -1,40 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<!-- -####################################################### -# SUMMARY OF THIS TEST -# ................... -# Author: M.Cattaneo -# Purpose: Check that require-functor-cache.py is working correctly and that it covers all functors used in the default upgrade setup -####################################################### ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="timeout"><integer>3600</integer></argument> - <argument name="args"><set> - <text>$BRUNELROOT/tests/options/testBrunel-defaults.py</text> - <text>$APPCONFIGOPTS/Brunel/MC-NoTruth.py</text> - <text>../options/require-functor-cache.py</text> - </set></argument> - <argument name="options"><text> -from Configurables import Brunel -Brunel().DataType = "Upgrade" -Brunel().EvtMax = 2 -from Configurables import FTRawBankDecoder -FTRawBankDecoder("createFTClusters").DecodingVersion = 2 -from PRConfig import TestFileDB -TestFileDB.test_file_db['upgrade-baseline-FT61-digi'].run() -</text></argument> - <argument name="validator"><text> -countErrorLines({"FATAL":0,"ERROR":0,"WARNING":0}) -</text></argument> -</extension> diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/test-genfsr-spillover.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/test-genfsr-spillover.qmt deleted file mode 100644 index 84a9edd9abb52d9c3aa3a39bb5b943807ebeb5b6..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/test-genfsr-spillover.qmt +++ /dev/null @@ -1,22 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2000-2019 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="args"><set><text>$BRUNELROOT/tests/options/test-genfsr-spillover.py</text></set></argument> - <argument name="refs"><text>$BRUNELROOT/tests/refs/test-genfsr-spillover.ref</text></argument> - <argument name="error_reference"><text>../refs/empty.ref</text></argument> - <argument name="validator"><text> -from Brunel.QMTest.BrunelExclusions import preprocessor -validateWithReference(preproc = preprocessor) - </text></argument> -</extension> - diff --git a/Rec/Brunel/tests/qmtest/brunel.qms/xdst-to-xdst.qmt b/Rec/Brunel/tests/qmtest/brunel.qms/xdst-to-xdst.qmt deleted file mode 100755 index 86e6b59ed253a65049df9aa023e54d49e67176fd..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/qmtest/brunel.qms/xdst-to-xdst.qmt +++ /dev/null @@ -1,59 +0,0 @@ -<?xml version="1.0" ?><!DOCTYPE extension PUBLIC '-//QM/2.3/Extension//EN' 'http://www.codesourcery.com/qm/dtds/2.3/-//qm/2.3/extension//en.dtd'> -<!-- - (c) Copyright 2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<!-- -####################################################### -# SUMMARY OF THIS TEST -# ................... -# Author: M.Cattaneo -# Purpose: Check that Brunel can reprocess from XDST, producing a new XDST -# Checks also that Brunel()Histograms="Expert" works with upgrade detectors -####################################################### ---> -<extension class="GaudiTest.GaudiExeTest" kind="test"> - <argument name="program"><text>gaudirun.py</text></argument> - <argument name="timeout"><integer>2400</integer></argument> - <argument name="args"><set> - <text>$BRUNELROOT/tests/options/testBrunel-defaults.py</text> - </set></argument> - <argument name="options"><text> -from Gaudi.Configuration import * - -from Configurables import LHCbApp -from PRConfig import TestFileDB -TestFileDB.test_file_db["upgrade-baseline-FT61-xdst"].run(configurable=LHCbApp()) - -from Brunel.Configuration import * -Brunel().EvtMax = 10 -Brunel().InputType="XDST" -Brunel().OutputType="XDST" -Brunel().WithMC=True -Brunel().DataType="Upgrade" -Brunel().SplitRawEventInput=4.2 -Brunel().Histograms="Expert" -from Configurables import FTRawBankDecoder -from Configurables import LHCb__UnpackRawEvent -FTRawBankDecoder("createFTClusters").DecodingVersion = 2 -LHCb__UnpackRawEvent("UnpackRawEvent").RawEventLocation = "/Event/Tracker/RawEvent" -# TEMPORARY hack - this should be picked up automatically from DecoderDB -from Configurables import VPClus -VPClus("VPClustering").RawEventLocation = "/Event/Velo/RawEvent" -from Configurables import VeloClusterTrackingSIMD -VeloClusterTrackingSIMD("VeloClusterTracking").RawEventLocation = "/Event/Velo/RawEvent" -</text></argument> - <argument name="reference"><text>../refs/xdst-to-xdst.ref</text></argument> - <argument name="error_reference"><text>../refs/empty.ref</text></argument> - <argument name="validator"><text> -#check against reference -from Brunel.QMTest.BrunelExclusions import preprocessor -validateWithReference(preproc = preprocessor) -</text></argument> -</extension> diff --git a/Rec/Brunel/tests/refs/GeneratorLogFSR_expected.xml b/Rec/Brunel/tests/refs/GeneratorLogFSR_expected.xml deleted file mode 100644 index a8dff5c2763e2625e93f584f7b01b2ebc942794a..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/GeneratorLogFSR_expected.xml +++ /dev/null @@ -1,528 +0,0 @@ -<?xml version="1.0"?> -<!-- - (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration - - This software is distributed under the terms of the GNU General Public - Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". - - In applying this licence, CERN does not waive the privileges and immunities - granted to it by virtue of its status as an Intergovernmental Organization - or submit itself to any jurisdiction. ---> -<generatorCounters> - <version>1.1</version> - <eventType> 13114005 </eventType> - <counter name = "all events (including empty events)"> - <value> 21116 </value> - </counter> - <counter name = "events with 0 interactions"> - <value> 1702 </value> - </counter> - <counter name = "generated events"> - <value> 19414 </value> - </counter> - <counter name = "generated interactions"> - <value> 53016 </value> - </counter> - <counter name = "accepted events"> - <value> 40 </value> - </counter> - <counter name = "interactions in accepted events"> - <value> 120 </value> - </counter> - <counter name = "generated interactions with >= 1b"> - <value> 304 </value> - </counter> - <counter name = "generated interactions with >= 3b"> - <value> 0 </value> - </counter> - <counter name = "generated interactions with 1 prompt B"> - <value> 2 </value> - </counter> - <counter name = "generated interactions with >= 1c"> - <value> 3186 </value> - </counter> - <counter name = "generated interactions with >= 3c"> - <value> 294 </value> - </counter> - <counter name = "generated interactions with 1 prompt C"> - <value> 246 </value> - </counter> - <counter name = "generated interactions with b and c"> - <value> 50 </value> - </counter> - <counter name = "accepted interactions with >= 1b"> - <value> 42 </value> - </counter> - <counter name = "accepted interactions with >= 3b"> - <value> 0 </value> - </counter> - <counter name = "accepted interactions with 1 prompt B"> - <value> 0 </value> - </counter> - <counter name = "accepted interactions with >= 1c"> - <value> 12 </value> - </counter> - <counter name = "accepted interactions with >= 3c"> - <value> 0 </value> - </counter> - <counter name = "accepted interactions with 1 prompt C"> - <value> 0 </value> - </counter> - <counter name = "accepted interactions with b and c"> - <value> 8 </value> - </counter> - <efficiency name = "generator level cut"> - <after> 20 </after> - <before> 170 </before> - <value> 0.117647 </value> - <error> 0.0247108 </error> - </efficiency> - <counter name = "z-inverted events"> - <value> 20 </value> - </counter> - <efficiency name = "generator particle level cut"> - <after> 12 </after> - <before> 82 </before> - <value> 0.146341 </value> - <error> 0.0390318 </error> - </efficiency> - <efficiency name = "generator anti-particle level cut"> - <after> 8 </after> - <before> 88 </before> - <value> 0.0909091 </value> - <error> 0.0306454 </error> - </efficiency> - <fraction name = "accepted B0"> - <number> 6 </number> - <value> 0.428571 </value> - <error> 0.13226 </error> - </fraction> - <fraction name = "accepted B0bar"> - <number> 8 </number> - <value> 0.307692 </value> - <error> 0.0905151 </error> - </fraction> - <fraction name = "accepted B+"> - <number> 6 </number> - <value> 0.428571 </value> - <error> 0.13226 </error> - </fraction> - <fraction name = "accepted B-"> - <number> 12 </number> - <value> 0.461538 </value> - <error> 0.0977675 </error> - </fraction> - <fraction name = "accepted Bs0"> - <number> 2 </number> - <value> 0.142857 </value> - <error> 0.093522 </error> - </fraction> - <fraction name = "accepted anti-Bs0s"> - <number> 4 </number> - <value> 0.153846 </value> - <error> 0.0707589 </error> - </fraction> - <fraction name = "accepted anti-b-Baryon"> - <number> 2 </number> - <value> 0.0769231 </value> - <error> 0.0522589 </error> - </fraction> - <fraction name = "accepted D0"> - <number> 24 </number> - <value> 0.631579 </value> - <error> 0.0782518 </error> - </fraction> - <fraction name = "accepted D0bar"> - <number> 10 </number> - <value> 0.416667 </value> - <error> 0.100635 </error> - </fraction> - <fraction name = "accepted D+"> - <number> 10 </number> - <value> 0.263158 </value> - <error> 0.0714338 </error> - </fraction> - <fraction name = "acceptedD-"> - <number> 8 </number> - <value> 0.333333 </value> - <error> 0.096225 </error> - </fraction> - <fraction name = "accepted Ds+"> - <number> 2 </number> - <value> 0.0526316 </value> - <error> 0.0362235 </error> - </fraction> - <fraction name = ""> - <number> 6 </number> - <value> 0.25 </value> - <error> 0.0883883 </error> - </fraction> - <fraction name = "accepted c-Baryon"> - <number> 2 </number> - <value> 0.0526316 </value> - <error> 0.0362235 </error> - </fraction> - <fraction name = "accepted B* (L=0, J=1)"> - <number> 32 </number> - <value> 0.842105 </value> - <error> 0.0591528 </error> - </fraction> - <fraction name = "generated signal events"> - <number> 26 </number> - <value> 0.65 </value> - <error> 0.0754155 </error> - </fraction> - <fraction name = "generated anti-signal events"> - <number> 14 </number> - <value> 0.35 </value> - <error> 0.0754155 </error> - </fraction> - <fraction name = "generator particle level cut"> - <number> 12 </number> - <value> 0.146341 </value> - <error> 0.0390318 </error> - </fraction> - <fraction name = "generator anti-particle level cut"> - <number> 8 </number> - <value> 0.0909091 </value> - <error> 0.0306454 </error> - </fraction> - <crosssection name = "generated events"> - <generated> 53016 </generated> - <value> 2.73081 </value> - <error> 0.0229082 </error> - </crosssection> - <crosssection name = "generated interactions"> - <generated> 53016 </generated> - <value> 2.5107 </value> - <error> 0.020431 </error> - </crosssection> - <crosssection name = "interactions in accepted events"> - <generated> 120 </generated> - <value> 3 </value> - <error> 0.547723 </error> - </crosssection> - <crosssection name = "generated interactions with >= 1b"> - <generated> 304 </generated> - <value> 0.534211 </value> - <error> 0.0305511 </error> - </crosssection> - <crosssection name = "generated interactions with 1 prompt B"> - <generated> 2 </generated> - <value> 0.00351454 </value> - <error> 0.00248511 </error> - </crosssection> - <crosssection name = "generated interactions with >= 1c"> - <generated> 3186 </generated> - <value> 5.59867 </value> - <error> 0.096162 </error> - </crosssection> - <crosssection name = "generated interactions with >= 3c"> - <generated> 294 </generated> - <value> 0.516638 </value> - <error> 0.0300473 </error> - </crosssection> - <crosssection name = "generated interactions with 1 prompt C"> - <generated> 246 </generated> - <value> 0.432289 </value> - <error> 0.0274977 </error> - </crosssection> - <crosssection name = "generated interactions with b and c"> - <generated> 50 </generated> - <value> 0.0878636 </value> - <error> 0.0124199 </error> - </crosssection> - <crosssection name = "accepted interactions with >= 1b"> - <generated> 42 </generated> - <value> 32.6072 </value> - <error> 4.05645 </error> - </crosssection> - <crosssection name = "accepted interactions with >= 1c"> - <generated> 12 </generated> - <value> 9.31635 </value> - <error> 2.55139 </error> - </crosssection> - <crosssection name = "accepted interactions with b and c"> - <generated> 8 </generated> - <value> 6.2109 </value> - <error> 2.12143 </error> - </crosssection> - <method> Generation.SignalRepeatedHadronization </method> - <generator> Pythia </generator> - <crosssection id = "0"> - <description> "All included subprocesses " </description> - <generated> 53016 </generated> - <value> 93.1635 </value> - </crosssection> - <crosssection id = "11"> - <description> "f + f' -> f + f' (QCD) m" </description> - <generated> 6770 </generated> - <value> 11.8297 </value> - </crosssection> - <crosssection id = "12"> - <description> "f + fbar -> f' + fbar' m" </description> - <generated> 8 </generated> - <value> 0.0150626 </value> - </crosssection> - <crosssection id = "13"> - <description> "f + fbar -> g + g m" </description> - <generated> 8 </generated> - <value> 0.0150626 </value> - </crosssection> - <crosssection id = "28"> - <description> "f + g -> f + g m" </description> - <generated> 5996 </generated> - <value> 10.4759 </value> - </crosssection> - <crosssection id = "53"> - <description> "g + g -> f + fbar m" </description> - <generated> 376 </generated> - <value> 0.671218 </value> - </crosssection> - <crosssection id = "68"> - <description> "g + g -> g + g m" </description> - <generated> 15224 </generated> - <value> 26.5979 </value> - </crosssection> - <crosssection id = "91"> - <description> "Elastic scattering m" </description> - <generated> 11226 </generated> - <value> 19.8945 </value> - </crosssection> - <crosssection id = "92"> - <description> "Single diffractive (XB) m" </description> - <generated> 3972 </generated> - <value> 6.90282 </value> - </crosssection> - <crosssection id = "93"> - <description> "Single diffractive (AX) m" </description> - <generated> 3762 </generated> - <value> 6.90282 </value> - </crosssection> - <crosssection id = "94"> - <description> "Double diffractive m" </description> - <generated> 5392 </generated> - <value> 9.39983 </value> - </crosssection> - <crosssection id = "95"> - <description> "Low-pT scattering m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "421"> - <description> "g + g -> cc~[3S1(1)] + g m" </description> - <generated> 4 </generated> - <value> 0.00225717 </value> - </crosssection> - <crosssection id = "422"> - <description> "g + g -> cc~[3S1(8)] + g m" </description> - <generated> 10 </generated> - <value> 0.00969949 </value> - </crosssection> - <crosssection id = "423"> - <description> "g + g -> cc~[1S0(8)] + g m" </description> - <generated> 6 </generated> - <value> 0.00979238 </value> - </crosssection> - <crosssection id = "424"> - <description> "g + g -> cc~[3PJ(8)] + g m" </description> - <generated> 12 </generated> - <value> 0.0206582 </value> - </crosssection> - <crosssection id = "425"> - <description> "g + q -> q + cc~[3S1(8)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "426"> - <description> "g + q -> q + cc~[1S0(8)] m" </description> - <generated> 2 </generated> - <value> 0.00133416 </value> - </crosssection> - <crosssection id = "427"> - <description> "g + q -> q + cc~[3PJ(8)] m" </description> - <generated> 8 </generated> - <value> 0.00451094 </value> - </crosssection> - <crosssection id = "428"> - <description> "q + q~ -> g + cc~[3S1(8)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "429"> - <description> "q + q~ -> g + cc~[1S0(8)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "430"> - <description> "q + q~ -> g + cc~[3PJ(8)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "431"> - <description> "g + g -> cc~[3P0(1)] + g m" </description> - <generated> 70 </generated> - <value> 0.108637 </value> - </crosssection> - <crosssection id = "432"> - <description> "g + g -> cc~[3P1(1)] + g m" </description> - <generated> 38 </generated> - <value> 0.0584779 </value> - </crosssection> - <crosssection id = "433"> - <description> "g + g -> cc~[3P2(1)] + g m" </description> - <generated> 64 </generated> - <value> 0.126601 </value> - </crosssection> - <crosssection id = "434"> - <description> "q + g -> q + cc~[3P0(1)] m" </description> - <generated> 6 </generated> - <value> 0.0171294 </value> - </crosssection> - <crosssection id = "435"> - <description> "q + g -> q + cc~[3P1(1)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "436"> - <description> "q + g -> q + cc~[3P2(1)] m" </description> - <generated> 14 </generated> - <value> 0.0233985 </value> - </crosssection> - <crosssection id = "437"> - <description> "q + q~ -> g + cc~[3P0(1)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "438"> - <description> "q + q~ -> g + cc~[3P1(1)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "439"> - <description> "q + q~ -> g + cc~[3P2(1)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "461"> - <description> "g + g -> bb~[3S1(1)] + g m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "462"> - <description> "g + g -> bb~[3S1(8)] + g m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "463"> - <description> "g + g -> bb~[1S0(8)] + g m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "464"> - <description> "g + g -> bb~[3PJ(8)] + g m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "465"> - <description> "g + q -> q + bb~[3S1(8)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "466"> - <description> "g + q -> q + bb~[1S0(8)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "467"> - <description> "g + q -> q + bb~[3PJ(8)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "468"> - <description> "q + q~ -> g + bb~[3S1(8)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "469"> - <description> "q + q~ -> g + bb~[1S0(8)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "470"> - <description> "q + q~ -> g + bb~[3PJ(8)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "471"> - <description> "g + g -> bb~[3P0(1)] + g m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "472"> - <description> "g + g -> bb~[3P1(1)] + g m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "473"> - <description> "g + g -> bb~[3P2(1)] + g m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "474"> - <description> "q + g -> q + bb~[3P0(1)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "475"> - <description> "q + g -> q + bb~[3P1(1)] m" </description> - <generated> 2 </generated> - <value> 0.000510403 </value> - </crosssection> - <crosssection id = "476"> - <description> "q + g -> q + bb~[3P2(1)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "477"> - <description> "q + q~ -> g + bb~[3P0(1)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "478"> - <description> "q + q~ -> g + bb~[3P1(1)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "479"> - <description> "q + q~ -> g + bb~[3P2(1)] m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "480"> - <description> "g + g -> Psi(2S) + g m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "481"> - <description> "g + g -> Upsilon(2S) + g m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "482"> - <description> "g + g -> Upsilon(3S) + g m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "483"> - <description> "g + g -> Upsilon(4S) + g m" </description> - <generated> 0 </generated> - <value> 0 </value> - </crosssection> - <crosssection id = "485"> - <description> "g + g -> psi(3770) + g m" </description> - <generated> 46 </generated> - <value> 0.0789658 </value> - </crosssection> -</generatorCounters> diff --git a/Rec/Brunel/tests/refs/brunel-lumiconddbchecker.ref b/Rec/Brunel/tests/refs/brunel-lumiconddbchecker.ref deleted file mode 100644 index 03dc673a2f4f7580f64a6863c037f5ab705dd714..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-lumiconddbchecker.ref +++ /dev/null @@ -1,299 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -EventSelector INFO End of event input reached. -EventLoopMgr INFO No more events in event selection -CheckCondDB INFO ========== Probe DB: START ========== stop -CheckCondDB INFO Generate event at unix time: 1269817249 -ConfigCDBAccessSvc INFO opening DBASE/TCK/HltTCK/vXrYpZ/config.cdb in mode ReadOnly -PropertyConfigSvc INFO resolved TCK/0x######## to bcfe26c8d3c0d51154e37b179032d735 -CheckCondDB INFO Event time (UTC) : 2010-03-28 23:00 -CheckCondDB INFO TCK: 137232 OdinFraction: 0.7 Randomrate: 1000 LHCfrequency: 11245 BB RandomRate: 700 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1270076449 -PropertyConfigSvc INFO resolved TCK/0x######## to dd8c0d97e5d96f783dab121bd6be4586 -CheckCondDB INFO Event time (UTC) : 2010-03-31 23:00 -CheckCondDB INFO TCK: 135952 OdinFraction: 0.7 Randomrate: 1000 LHCfrequency: 11245 BB RandomRate: 562.274 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1270335649 -PropertyConfigSvc INFO resolved TCK/0x######## to 5f7e62274021536c77f4bf5c19ad53cb -CheckCondDB INFO Event time (UTC) : 2010-04-03 23:00 -CheckCondDB INFO TCK: 135696 OdinFraction: 0.933333 Randomrate: 1000 LHCfrequency: 11245 BB RandomRate: 562.274 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1270594849 -CheckCondDB INFO Event time (UTC) : 2010-04-06 23:00 -CheckCondDB INFO TCK: 137232 OdinFraction: 0.7 Randomrate: 1000 LHCfrequency: 11245 BB RandomRate: 100 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1270854049 -PropertyConfigSvc INFO resolved TCK/0x######## to 679abc00f7aafb4b6bf39a7611fbf798 -CheckCondDB INFO Event time (UTC) : 2010-04-09 23:00 -CheckCondDB INFO TCK: 136720 OdinFraction: 0.7 Randomrate: 1000 LHCfrequency: 11245 BB RandomRate: 700 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1271113249 -PropertyConfigSvc INFO resolved TCK/0x######## to 72a2953b9ad434d9bac69029002c2fee -CheckCondDB INFO Event time (UTC) : 2010-04-12 23:00 -CheckCondDB INFO TCK: 268702224 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1271372449 -PropertyConfigSvc INFO resolved TCK/0x######## to 406f3d7ebee214cb4eddb32f8f459f0b -CheckCondDB INFO Event time (UTC) : 2010-04-15 23:00 -CheckCondDB INFO TCK: 266768 OdinFraction: 0 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1271631649 -CheckCondDB INFO Event time (UTC) : 2010-04-18 23:00 -CheckCondDB INFO TCK: 266768 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1271890849 -CheckCondDB INFO Event time (UTC) : 2010-04-21 23:00 -CheckCondDB INFO TCK: 266768 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 562.274 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1272150049 -PropertyConfigSvc INFO resolved TCK/0x######## to d31a68913daf330bfcbad03166d1f4c1 -CheckCondDB INFO Event time (UTC) : 2010-04-24 23:00 -CheckCondDB INFO TCK: 268048 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 2 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1272409249 -PropertyConfigSvc INFO resolved TCK/0x######## to a347fdb301f42014926726c25297c112 -ToolSvc.lumiDat...WARNING could not find configuration for Hlt1LumiODINFilter -CheckCondDB INFO Event time (UTC) : 2010-04-27 23:00 -CheckCondDB INFO TCK: 2155937793 OdinFraction: 0.7 Randomrate: 0 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1272668449 -PropertyConfigSvc INFO resolved TCK/0x######## to 8d105fa9447104c2ca832d6ea13f0f3e -ToolSvc.lumiDat...WARNING could not find configuration for Hlt1LumiODINFilter -CheckCondDB INFO Event time (UTC) : 2010-04-30 23:00 -CheckCondDB INFO TCK: 2156139024 OdinFraction: 0.7 Randomrate: 0 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1272927649 -PropertyConfigSvc INFO resolved TCK/0x######## to 39044f6c6a79df8877b8661696708eb5 -CheckCondDB INFO Event time (UTC) : 2010-05-03 23:00 -CheckCondDB INFO TCK: 332304 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1273186849 -CheckCondDB INFO Event time (UTC) : 2010-05-06 23:00 -CheckCondDB INFO TCK: 332304 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1273446049 -CheckCondDB INFO Event time (UTC) : 2010-05-09 23:00 -CheckCondDB INFO TCK: 332304 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1273705249 -PropertyConfigSvc INFO resolved TCK/0x######## to e7c9d35ece5cd4ce97a18d7ca82e6fe9 -CheckCondDB INFO Event time (UTC) : 2010-05-12 23:00 -CheckCondDB INFO TCK: 528912 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 1 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1273964449 -PropertyConfigSvc INFO resolved TCK/0x######## to fd6c812e5294c47a5859e7db2c7fb976 -CheckCondDB INFO Event time (UTC) : 2010-05-15 23:00 -CheckCondDB INFO TCK: 530192 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 3 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1274223649 -CheckCondDB INFO Event time (UTC) : 2010-05-18 23:00 -CheckCondDB INFO TCK: 528912 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 3 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1274482849 -CheckCondDB INFO Event time (UTC) : 2010-05-21 23:00 -CheckCondDB INFO TCK: 528912 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 3 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1274742049 -CheckCondDB INFO Event time (UTC) : 2010-05-24 23:00 -CheckCondDB INFO TCK: 528912 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1275001249 -PropertyConfigSvc INFO resolved TCK/0x######## to 902d27aae89b1ee8ad9b58b353955932 -CheckCondDB INFO Event time (UTC) : 2010-05-27 23:00 -CheckCondDB INFO TCK: 594448 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 100 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1275260449 -CheckCondDB INFO Event time (UTC) : 2010-05-30 23:00 -CheckCondDB INFO TCK: 594448 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1275519649 -CheckCondDB INFO Event time (UTC) : 2010-06-02 23:00 -CheckCondDB INFO TCK: 594448 OdinFraction: 1 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 100 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1275778849 -CheckCondDB INFO Event time (UTC) : 2010-06-05 23:00 -CheckCondDB INFO TCK: 594448 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1276038049 -CheckCondDB INFO Event time (UTC) : 2010-06-08 23:00 -CheckCondDB INFO TCK: 594448 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 100 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1276297249 -PropertyConfigSvc INFO resolved TCK/0x######## to ff2b7781394a9f5dcf78beed8f345cfd -CheckCondDB INFO Event time (UTC) : 2010-06-11 23:00 -CheckCondDB INFO TCK: 991760 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1276556449 -CheckCondDB INFO Event time (UTC) : 2010-06-14 23:00 -CheckCondDB INFO TCK: 991760 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1276815649 -CheckCondDB INFO Event time (UTC) : 2010-06-17 23:00 -CheckCondDB INFO TCK: 991760 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1277074849 -CheckCondDB INFO Event time (UTC) : 2010-06-20 23:00 -CheckCondDB INFO TCK: 991760 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1277334049 -CheckCondDB INFO Event time (UTC) : 2010-06-23 23:00 -CheckCondDB INFO TCK: 528912 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1277593249 -PropertyConfigSvc INFO resolved TCK/0x######## to 85fc94cd5950ecec83349ad979d6952c -CheckCondDB INFO Event time (UTC) : 2010-06-26 23:00 -CheckCondDB INFO TCK: 917535 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 2 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1277852449 -PropertyConfigSvc INFO resolved TCK/0x######## to 92dd07abfe253337e69e3ba4ff01605b -CheckCondDB INFO Event time (UTC) : 2010-06-29 23:00 -CheckCondDB INFO TCK: 917534 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 2 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1278111649 -PropertyConfigSvc INFO resolved TCK/0x######## to 5f62ada7ce1db2d172ad10c34b7d81dc -CheckCondDB INFO Event time (UTC) : 2010-07-02 23:00 -CheckCondDB INFO TCK: 1179678 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 4 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1278370849 -PropertyConfigSvc INFO resolved TCK/0x######## to 658cf52a860e4b540ac1decddab6254c -CheckCondDB INFO Event time (UTC) : 2010-07-05 23:00 -CheckCondDB INFO TCK: 1179679 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 4 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1278630049 -CheckCondDB INFO Event time (UTC) : 2010-07-08 23:00 -CheckCondDB INFO TCK: 1179678 OdinFraction: 0.933333 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 100 bunches: 4 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1278889249 -PropertyConfigSvc INFO resolved TCK/0x######## to bd64ca2064731578249c5a178cb49041 -CheckCondDB INFO Event time (UTC) : 2010-07-11 23:00 -CheckCondDB INFO TCK: 1310750 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 4 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1279148449 -CheckCondDB INFO Event time (UTC) : 2010-07-14 23:00 -CheckCondDB INFO TCK: 1310750 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1279407649 -PropertyConfigSvc INFO resolved TCK/0x######## to cd297e8ef06dd2f6c0571e3cd465f84c -CheckCondDB INFO Event time (UTC) : 2010-07-17 23:00 -CheckCondDB INFO TCK: 1245215 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1279666849 -CheckCondDB INFO Event time (UTC) : 2010-07-20 23:00 -CheckCondDB INFO TCK: 1310750 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1279926049 -PropertyConfigSvc INFO resolved TCK/0x######## to 93271556dcec15fddd2271fc75a4d76a -CheckCondDB INFO Event time (UTC) : 2010-07-23 23:00 -CheckCondDB INFO TCK: 1507358 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1280185249 -CheckCondDB INFO Event time (UTC) : 2010-07-26 23:00 -CheckCondDB INFO TCK: 1507358 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 8 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1280444449 -PropertyConfigSvc INFO resolved TCK/0x######## to 407180c5dd757f15f100a98e1f01f0dc -CheckCondDB INFO Event time (UTC) : 2010-07-29 23:00 -CheckCondDB INFO TCK: 1507359 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 16 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1280703649 -CheckCondDB INFO Event time (UTC) : 2010-08-01 23:00 -CheckCondDB INFO TCK: 1507359 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 16 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1280962849 -CheckCondDB INFO Event time (UTC) : 2010-08-04 23:00 -CheckCondDB INFO TCK: 1507359 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 16 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1281222049 -PropertyConfigSvc INFO resolved TCK/0x######## to 8d1a00ec22af25933e68cd71e901c483 -CheckCondDB INFO Event time (UTC) : 2010-08-07 23:00 -CheckCondDB INFO TCK: 1638431 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 16 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1281481249 -CheckCondDB INFO Event time (UTC) : 2010-08-10 23:00 -CheckCondDB INFO TCK: 1638431 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 16 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1281740449 -CheckCondDB INFO Event time (UTC) : 2010-08-13 23:00 -CheckCondDB INFO TCK: 1638431 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 16 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1281999649 -CheckCondDB INFO Event time (UTC) : 2010-08-16 23:00 -CheckCondDB INFO TCK: 1638431 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 16 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1282258849 -CheckCondDB INFO Event time (UTC) : 2010-08-19 23:00 -CheckCondDB INFO TCK: 1638431 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 36 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1282518049 -CheckCondDB INFO Event time (UTC) : 2010-08-22 23:00 -CheckCondDB INFO TCK: 1638431 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 36 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1282777249 -PropertyConfigSvc INFO resolved TCK/0x######## to 5e1fa6fd134f8c3cf7e761bd3488ff77 -CheckCondDB INFO Event time (UTC) : 2010-08-25 23:00 -CheckCondDB INFO TCK: 1638435 OdinFraction: 0.933333 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 100 bunches: 35 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1283036449 -PropertyConfigSvc INFO resolved TCK/0x######## to 1d5a8b257be98461969cd786059aaea4 -CheckCondDB INFO Event time (UTC) : 2010-08-28 23:00 -CheckCondDB INFO TCK: 1638436 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 35 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1283295649 -CheckCondDB INFO Event time (UTC) : 2010-08-31 23:00 -CheckCondDB INFO TCK: 1638436 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 35 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1283554849 -CheckCondDB INFO Event time (UTC) : 2010-09-03 23:00 -CheckCondDB INFO TCK: 1638436 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 35 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1283814049 -CheckCondDB INFO Event time (UTC) : 2010-09-06 23:00 -CheckCondDB INFO TCK: 1638436 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 35 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1284073249 -CheckCondDB INFO Event time (UTC) : 2010-09-09 23:00 -CheckCondDB INFO TCK: 1638436 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 35 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1284332449 -CheckCondDB INFO Event time (UTC) : 2010-09-12 23:00 -CheckCondDB INFO TCK: 1638436 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 35 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1284591649 -PropertyConfigSvc INFO resolved TCK/0x######## to ff2aa536ff79d5b8c61f29702e28e1f5 -CheckCondDB INFO Event time (UTC) : 2010-09-15 23:00 -CheckCondDB INFO TCK: 1769512 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 35 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1284850849 -PropertyConfigSvc INFO resolved TCK/0x######## to 5713a1c6b1e7b046cda9afa65492a4c1 -CheckCondDB INFO Event time (UTC) : 2010-09-18 23:00 -CheckCondDB INFO TCK: 1900592 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 35 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1285110049 -PropertyConfigSvc INFO resolved TCK/0x######## to 783bb49d2f0ac24d06e17ffa6666f4c1 -CheckCondDB INFO Event time (UTC) : 2010-09-21 23:00 -CheckCondDB INFO TCK: 2031657 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 35 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1285369249 -PropertyConfigSvc INFO resolved TCK/0x######## to d23d03d9f6b36eb61d2a867b95d42f14 -CheckCondDB INFO Event time (UTC) : 2010-09-24 23:00 -CheckCondDB INFO TCK: 2031665 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 47 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1285628449 -PropertyConfigSvc INFO resolved TCK/0x######## to 70cef4a082660b1a69967f82ce236e7c -CheckCondDB INFO Event time (UTC) : 2010-09-27 23:00 -CheckCondDB INFO TCK: 1966128 OdinFraction: 0.933333 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 100 bunches: 93 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1285887649 -CheckCondDB INFO Event time (UTC) : 2010-09-30 23:00 -CheckCondDB INFO TCK: 2031657 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 100 bunches: 12 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1286146849 -CheckCondDB INFO Event time (UTC) : 2010-10-03 23:00 -CheckCondDB INFO TCK: 2031657 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 140 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1286406049 -PropertyConfigSvc INFO resolved TCK/0x######## to 270f35d82eb2a274a86005e7e97b3051 -CheckCondDB INFO Event time (UTC) : 2010-10-06 23:00 -CheckCondDB INFO TCK: 2359340 OdinFraction: 0.933333 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 100 bunches: 186 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1286665249 -PropertyConfigSvc INFO resolved TCK/0x######## to 9e8d961d43eb52e95edcf423a8f5a8df -CheckCondDB INFO Event time (UTC) : 2010-10-09 23:00 -CheckCondDB INFO TCK: 2555948 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 233 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1286924449 -PropertyConfigSvc INFO resolved TCK/0x######## to 6f499cf6d61c741fb97507b232903327 -CheckCondDB INFO Event time (UTC) : 2010-10-12 23:00 -CheckCondDB INFO TCK: 2818090 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 233 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1287183649 -PropertyConfigSvc INFO resolved TCK/0x######## to 5d3c2464069d73ee33e1507232ecd634 -CheckCondDB INFO Event time (UTC) : 2010-10-15 23:00 -CheckCondDB INFO TCK: 2752554 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 12 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1287442849 -CheckCondDB INFO Event time (UTC) : 2010-10-18 23:00 -CheckCondDB INFO TCK: 2752554 OdinFraction: 0.777778 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 100 bunches: 295 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1287702049 -CheckCondDB INFO Event time (UTC) : 2010-10-21 23:00 -CheckCondDB INFO TCK: 1769512 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 100 bunches: 295 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1287961249 -PropertyConfigSvc INFO resolved TCK/0x######## to 4ba57b5c9c269dffb74ccfa86ca39f94 -CheckCondDB INFO Event time (UTC) : 2010-10-24 23:00 -CheckCondDB INFO TCK: 3014698 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 295 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1288220449 -PropertyConfigSvc INFO resolved TCK/0x######## to 4ed1d289c04ba3cf52f088358919cef2 -CheckCondDB INFO Event time (UTC) : 2010-10-27 23:00 -CheckCondDB INFO TCK: 3014700 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: 344 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1288479649 -CheckCondDB INFO Event time (UTC) : 2010-10-30 23:00 -CheckCondDB INFO TCK: 3014698 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: -99999 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1288738849 -CheckCondDB INFO Event time (UTC) : 2010-11-02 23:00 -CheckCondDB INFO TCK: 3014698 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 100 bunches: -99999 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1288998049 -CheckCondDB INFO Event time (UTC) : 2010-11-05 23:00 -CheckCondDB INFO TCK: 3014698 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: -99999 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1289257249 -CheckCondDB INFO Event time (UTC) : 2010-11-08 23:00 -CheckCondDB INFO TCK: 3014698 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: -99999 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1289516449 -CheckCondDB INFO Event time (UTC) : 2010-11-11 23:00 -CheckCondDB INFO TCK: 3014698 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: -99999 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1289775649 -CheckCondDB INFO Event time (UTC) : 2010-11-14 23:00 -CheckCondDB INFO TCK: 3014698 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: -99999 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1290034849 -CheckCondDB INFO Event time (UTC) : 2010-11-17 23:00 -CheckCondDB INFO TCK: 3014698 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: -99999 absolutescale: 1.634e-11 -CheckCondDB INFO Generate event at unix time: 1290294049 -CheckCondDB INFO Event time (UTC) : 2010-11-20 23:00 -CheckCondDB INFO TCK: 3014698 OdinFraction: 0.7 Randomrate: 997 LHCfrequency: 11245 BB RandomRate: 697.9 bunches: -99999 absolutescale: 1.634e-11 -CheckCondDB INFO ========== Probe DB: END ========== -ApplicationMgr INFO Application Manager Stopped successfully -EventLoopMgr INFO Histograms converted successfully according to request. -ToolSvc INFO Removing all tools created by ToolSvc -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-IP-resolution-monitoring.ref b/Rec/Brunel/tests/refs/brunel-upgrade-IP-resolution-monitoring.ref deleted file mode 100644 index e623fb91e15b422619f853fecb9cedd3694bcb6b..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-IP-resolution-monitoring.ref +++ /dev/null @@ -1,220 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 100 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-100ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 63 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -NTupleSvc INFO Added stream file:tuples.root as FILE1 -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 44486, Run 7065018, Nr. in job = 1 -RFileCnv INFO opening Root file "tuples.root" for writing -RCWNTupleCnv INFO Booked TTree with ID: tracks "NTuple #tracks" in directory tuples.root:/ipUsingTruthForwardBest -RCWNTupleCnv INFO Booked TTree with ID: tracks "NTuple #tracks" in directory tuples.root:/ipUsingTruthForwardFastFitted -BrunelInit INFO Evt 44536, Run 7065018, Nr. in job = 51 -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 100 events processed -BrunelInit SUCCESS ================================================================== -RecSummary SUCCESS #WARNINGS = 100 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -ipUsingTruthFor...SUCCESS Booked 1 N-Tuples and 0 Event Tag Collections -ipUsingTruthFor...SUCCESS List of booked N-Tuples in directory "FILE1/ipUsingTruthForwardBest" -ipUsingTruthFor...SUCCESS ID=tracks Title="NTuple #tracks" #items=78 {itrack,ntrack,numtruePV,probChi2,chi2,ndof,type,x,y,z,tx,ty,qop,veloChi2,veloNdof} -ipUsingTruthFor...SUCCESS Booked 1 N-Tuples and 0 Event Tag Collections -ipUsingTruthFor...SUCCESS List of booked N-Tuples in directory "FILE1/ipUsingTruthForwardFastFitted" -ipUsingTruthFor...SUCCESS ID=tracks Title="NTuple #tracks" #items=78 {itrack,ntrack,numtruePV,probChi2,chi2,ndof,type,x,y,z,tx,ty,qop,veloChi2,veloNdof} -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 9 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 42 - | Logical Volume | | # mean RMS min max | - | LHCb/lvLHCb | mm | 4 177.12164 172.27104 4.7909305 349.466 | - | LHCb/lvLHCb | X0 | 4 0.54341037 0.52967251 0.013568865 1.073 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | mm | 12 0.13526788 0.030640081 0.056688082 0.186855 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | X0 | 12 0 0 0 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | mm | 1 0.6071433 0 0.6071433 0.60714 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | X0 | 1 0.00081478575 0 0.00081478575 0.000814785 | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -TrackBestTrackC...SUCCESS #WARNINGS = 1 Message = 'Error in predict backward function: something goes wrong in the prediction' -TrackBestTrackC...SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -RFileCnv INFO dumping contents of /NTUPLES/FILE1 -TFile: name=tuples.root, title=Gaudi Trees, option=CREATE -NTupleSvc INFO NTuples saved successfully -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 9477 | 94.770 | -BrunelInit.Brun... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 31203 | 312.03 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 100 | 31203 | 312.03 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 3703 | 37.030 | -ForwardBestAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 9477 | 7284 |( 76.85977 +- 0.4332095)% | - | "MC particles per track" | 7284 | 8526 | 1.1705 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 3703 | 3535 |( 95.46314 +- 0.3419942)% | - | "MC particles per track" | 3535 | 4176 | 1.1813 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 3703 | 3535 |( 95.46314 +- 0.3419942)% | - | "MC particles per track" | 3535 | 4176 | 1.1813 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 3703 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 3703 | 441 | 0.11909 | 0.32390 | 0.0000 | 1.0000 | - | "chisqprobSum" | 3703 | 1529.559 | 0.41306 | 0.31473 | 0.0000 | 0.99984 | - | "flipCharge" | 3703 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 100 | 3703 | 37.030 | 18.236 | 2.0000 | 103.00 | - | "nTracks" | 100 | 3703 | 37.030 | 18.236 | 2.0000 | 103.00 | - | "numOutliers" | 3703 | 2738 | 0.73940 | 0.89941 | 0.0000 | 4.0000 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 100 | 548 | 5.4800 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 100 | 19218 | 192.18 | - | "Created long tracks" | 100 | 9477 | 94.770 | - | "Input tracks" | 100 | 19901 | 199.01 | - | "Number of candidate bins per track" | 19218 | 422531 | 21.986 | 25.840 | 0.0000 | 162.00 | - | "Number of complete candidates/track 1st Loop" | 18289 | 10256 | 0.56077 | 0.69777 | 0.0000 | 5.0000 | - | "Number of complete candidates/track 2nd Loop" | 11222 | 1183 | 0.10542 | 0.33325 | 0.0000 | 4.0000 | - | "Number of x candidates per track 1st Loop" | 18289 | 48388 | 2.6457 | 3.2976 | - | "Number of x candidates per track 2nd Loop" | 11222 | 97248 | 8.6658 | 12.407 | - | "Percentage second loop execution" | 18289 | 11222 | 0.61359 | - | "Removed duplicates" | 100 | 643 | 6.4300 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 8203 | 32531 | 3.9657 | - | "#tracks with hits added" | 8203 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 100 | 5333 | 53.330 | - | "Created long tracks" | 100 | 3703 | 37.030 | - | "Input tracks" | 100 | 5335 | 53.350 | - | "Number of candidate bins per track" | 5333 | 71630 | 13.431 | 17.812 | 0.0000 | 149.00 | - | "Number of complete candidates/track 1st Loop" | 5153 | 3574 | 0.69358 | 0.53323 | 0.0000 | 5.0000 | - | "Number of complete candidates/track 2nd Loop" | 2186 | 302 | 0.13815 | 0.36440 | 0.0000 | 3.0000 | - | "Number of x candidates per track 1st Loop" | 5153 | 9198 | 1.7850 | 2.1589 | - | "Number of x candidates per track 2nd Loop" | 2186 | 14948 | 6.8381 | 10.572 | - | "Percentage second loop execution" | 5153 | 2186 | 0.42422 | - | "Removed duplicates" | 100 | 23 | 0.23000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 100 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 949152 | 0 | 0.0000 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 100 | 10549 | 105.49 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 31178 | 180686.4 | 5.7953 | - | "#MatchingTracks" | 100 | 9571 | 95.710 | - | "TracksMLP" | 31178 | 9619.918 | 0.30855 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 8357 | 33112 | 3.9622 | - | "#tracks with hits added" | 8357 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 100 | 18000 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 100 | 18000 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 100 | 19901 | 199.01 | - | "#tracks" | 100 | 5335 | 53.350 | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 100 | 15587 | 155.87 | -TrackBestTrackC... INFO Number of counters : 34 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 44471 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 3750 | 1939 |( 51.70667 +- 0.8160208)% | - | "Downstream.chisqProbSum" | 3750 | 581.3369 | 0.15502 | - |*"Downstream.flipCharge" | 3750 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 3750 | 3749625 | 999.90 | - | "Downstream.numOutliers" | 3750 | 4324 | 1.1531 | - |*"FitFailed" | 44471 | 1 |(0.002248656 +- 0.002248631)% | - | "FittedBefore" | 3386 | - | "Long.FitFailed" | 1 | 1 | 1.0000 | - |*"Long.badChisq" | 8761 | 3839 |( 43.81920 +- 0.5300897)% | - | "Long.chisqProbSum" | 8761 | 1883.471 | 0.21498 | - |*"Long.flipCharge" | 8761 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 8761 | 8760124 | 999.90 | - | "Long.numOutliers" | 8761 | 10823 | 1.2354 | - |*"Ttrack.badChisq" | 5755 | 216 |( 3.753258 +- 0.2505386)% | - | "Ttrack.chisqProbSum" | 5755 | 2075.607 | 0.36066 | - |*"Ttrack.flipCharge" | 5755 | 328 |( 5.699392 +- 0.3055968)% | - | "Ttrack.ghostProbability" | 5755 | 5754425 | 999.90 | - | "Ttrack.numOutliers" | 5755 | 2715 | 0.47176 | - |*"Upstream.badChisq" | 1496 | 341 |( 22.79412 +- 1.084603)% | - | "Upstream.chisqProbSum" | 1496 | 561.7173 | 0.37548 | - |*"Upstream.flipCharge" | 1496 | 43 |( 2.874332 +- 0.4319860)% | - | "Upstream.ghostProbability" | 1496 | 1495850 | 999.90 | - | "Upstream.numOutliers" | 1496 | 1182 | 0.79011 | - |*"Velo.badChisq" | 10039 | 2122 |( 21.13756 +- 0.4074904)% | - | "Velo.chisqProbSum" | 10039 | 3574.622 | 0.35607 | - |*"Velo.flipCharge" | 10039 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 10039 | 1.0038e+07 | 999.90 | - | "Velo.numOutliers" | 10039 | 9988 | 0.99492 | - |*"VeloBackward.badChisq" | 11283 | 517 |( 4.582115 +- 0.1968501)% | - | "VeloBackward.chisqProbSum" | 11283 | 5725.572 | 0.50745 | - |*"VeloBackward.flipCharge" | 11283 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 11283 |1.128187e+07 | 999.90 | - | "VeloBackward.numOutliers" | 11283 | 3980 | 0.35274 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 10549 | 105.49 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 9571 | 95.710 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 100 | 243828 | 2438.3 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 31203 | 30839 |( 98.83345 +- 0.06078638)% | - | "MC particles per track" | 30839 | 30990 | 1.0049 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 100 | 243828 | 2438.3 | - | "Nb of Produced Tracks" | 100 | 31203 | 312.03 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 5335 | 53.350 | diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-IP-resolution-monitoring.ref.x86_64+avx2+fma-opt b/Rec/Brunel/tests/refs/brunel-upgrade-IP-resolution-monitoring.ref.x86_64+avx2+fma-opt deleted file mode 120000 index 1b132120e904099f40bdd3083465dc9f21c5f57e..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-IP-resolution-monitoring.ref.x86_64+avx2+fma-opt +++ /dev/null @@ -1 +0,0 @@ -./brunel-upgrade-IP-resolution-monitoring.ref.x86_64_v3-opt \ No newline at end of file diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-IP-resolution-monitoring.ref.x86_64_v3-opt b/Rec/Brunel/tests/refs/brunel-upgrade-IP-resolution-monitoring.ref.x86_64_v3-opt deleted file mode 100644 index 88f63cdd82e646a7fd5c9cd8047fc4a954c74b66..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-IP-resolution-monitoring.ref.x86_64_v3-opt +++ /dev/null @@ -1,220 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 100 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-100ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 63 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -NTupleSvc INFO Added stream file:tuples.root as FILE1 -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 44486, Run 7065018, Nr. in job = 1 -RFileCnv INFO opening Root file "tuples.root" for writing -RCWNTupleCnv INFO Booked TTree with ID: tracks "NTuple #tracks" in directory tuples.root:/ipUsingTruthForwardBest -RCWNTupleCnv INFO Booked TTree with ID: tracks "NTuple #tracks" in directory tuples.root:/ipUsingTruthForwardFastFitted -BrunelInit INFO Evt 44536, Run 7065018, Nr. in job = 51 -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 100 events processed -BrunelInit SUCCESS ================================================================== -RecSummary SUCCESS #WARNINGS = 100 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -ipUsingTruthFor...SUCCESS Booked 1 N-Tuples and 0 Event Tag Collections -ipUsingTruthFor...SUCCESS List of booked N-Tuples in directory "FILE1/ipUsingTruthForwardBest" -ipUsingTruthFor...SUCCESS ID=tracks Title="NTuple #tracks" #items=78 {itrack,ntrack,numtruePV,probChi2,chi2,ndof,type,x,y,z,tx,ty,qop,veloChi2,veloNdof} -ipUsingTruthFor...SUCCESS Booked 1 N-Tuples and 0 Event Tag Collections -ipUsingTruthFor...SUCCESS List of booked N-Tuples in directory "FILE1/ipUsingTruthForwardFastFitted" -ipUsingTruthFor...SUCCESS ID=tracks Title="NTuple #tracks" #items=78 {itrack,ntrack,numtruePV,probChi2,chi2,ndof,type,x,y,z,tx,ty,qop,veloChi2,veloNdof} -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 10 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 43 - | Logical Volume | | # mean RMS min max | - | LHCb/lvLHCb | mm | 4 177.12166 172.27107 4.7909253 349.466 | - | LHCb/lvLHCb | X0 | 4 0.54341044 0.5296726 0.01356885 1.07331 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | mm | 12 0.13514457 0.030790922 0.056697014 0.186855 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | X0 | 12 0 0 0 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | mm | 1 0.60719049 0 0.60719049 0.607190 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | X0 | 1 0.00081484909 3.577409e-12 0.00081484909 0.000814849 | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -TrackBestTrackC...SUCCESS #WARNINGS = 1 Message = 'Error in predict backward function: something goes wrong in the prediction' -TrackBestTrackC...SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -RFileCnv INFO dumping contents of /NTUPLES/FILE1 -TFile: name=tuples.root, title=Gaudi Trees, option=CREATE -NTupleSvc INFO NTuples saved successfully -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 9484 | 94.840 | -BrunelInit.Brun... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 31285 | 312.85 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 100 | 31285 | 312.85 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 3708 | 37.080 | -ForwardBestAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 9484 | 7285 |( 76.81358 +- 0.4333513)% | - | "MC particles per track" | 7285 | 8528 | 1.1706 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 3708 | 3535 |( 95.33441 +- 0.3463444)% | - | "MC particles per track" | 3535 | 4177 | 1.1816 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 3708 | 3535 |( 95.33441 +- 0.3463444)% | - | "MC particles per track" | 3535 | 4177 | 1.1816 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 3708 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 3708 | 445 | 0.12001 | 0.32497 | 0.0000 | 1.0000 | - | "chisqprobSum" | 3708 | 1531.232 | 0.41295 | 0.31487 | 0.0000 | 0.99984 | - | "flipCharge" | 3708 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 100 | 3708 | 37.080 | 18.280 | 2.0000 | 103.00 | - | "nTracks" | 100 | 3708 | 37.080 | 18.280 | 2.0000 | 103.00 | - | "numOutliers" | 3708 | 2754 | 0.74272 | 0.90166 | 0.0000 | 4.0000 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 100 | 549 | 5.4900 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 100 | 19245 | 192.45 | - | "Created long tracks" | 100 | 9484 | 94.840 | - | "Input tracks" | 100 | 19949 | 199.49 | - | "Number of candidate bins per track" | 19245 | 423394 | 22.000 | 25.863 | 0.0000 | 162.00 | - | "Number of complete candidates/track 1st Loop" | 18314 | 10269 | 0.56072 | 0.69848 | 0.0000 | 5.0000 | - | "Number of complete candidates/track 2nd Loop" | 11246 | 1185 | 0.10537 | 0.33341 | 0.0000 | 4.0000 | - | "Number of x candidates per track 1st Loop" | 18314 | 48469 | 2.6466 | 3.3044 | - | "Number of x candidates per track 2nd Loop" | 11246 | 97592 | 8.6779 | 12.422 | - | "Percentage second loop execution" | 18314 | 11246 | 0.61407 | - | "Removed duplicates" | 100 | 640 | 6.4000 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 8211 | 32563 | 3.9658 | - | "#tracks with hits added" | 8211 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 100 | 5338 | 53.380 | - | "Created long tracks" | 100 | 3708 | 37.080 | - | "Input tracks" | 100 | 5343 | 53.430 | - | "Number of candidate bins per track" | 5338 | 71649 | 13.422 | 17.802 | 0.0000 | 149.00 | - | "Number of complete candidates/track 1st Loop" | 5161 | 3577 | 0.69308 | 0.53330 | 0.0000 | 5.0000 | - | "Number of complete candidates/track 2nd Loop" | 2191 | 305 | 0.13921 | 0.36540 | 0.0000 | 3.0000 | - | "Number of x candidates per track 1st Loop" | 5161 | 9201 | 1.7828 | 2.1544 | - | "Number of x candidates per track 2nd Loop" | 2191 | 14944 | 6.8206 | 10.566 | - | "Percentage second loop execution" | 5161 | 2191 | 0.42453 | - | "Removed duplicates" | 100 | 24 | 0.24000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 100 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 949152 | 0 | 0.0000 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 100 | 10550 | 105.50 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 31260 | 181184.6 | 5.7961 | - | "#MatchingTracks" | 100 | 9604 | 96.040 | - | "TracksMLP" | 31260 | 9644.973 | 0.30854 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 8382 | 33201 | 3.9610 | - | "#tracks with hits added" | 8382 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 100 | 18000 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 100 | 18000 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 100 | 19949 | 199.49 | - | "#tracks" | 100 | 5343 | 53.430 | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 100 | 15590 | 155.90 | -TrackBestTrackC... INFO Number of counters : 34 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 44507 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 3746 | 1936 |( 51.68179 +- 0.8164701)% | - | "Downstream.chisqProbSum" | 3746 | 582.0244 | 0.15537 | - |*"Downstream.flipCharge" | 3746 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 3746 | 3745625 | 999.90 | - | "Downstream.numOutliers" | 3746 | 4320 | 1.1532 | - |*"FitFailed" | 44507 | 1 |(0.002246838 +- 0.002246812)% | - | "FittedBefore" | 3390 | - | "Long.FitFailed" | 1 | 1 | 1.0000 | - |*"Long.badChisq" | 8772 | 3847 |( 43.85545 +- 0.5298053)% | - | "Long.chisqProbSum" | 8772 | 1881.488 | 0.21449 | - |*"Long.flipCharge" | 8772 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 8772 | 8771123 | 999.90 | - | "Long.numOutliers" | 8772 | 10893 | 1.2418 | - |*"Ttrack.badChisq" | 5752 | 214 |( 3.720445 +- 0.2495485)% | - | "Ttrack.chisqProbSum" | 5752 | 2074.773 | 0.36070 | - |*"Ttrack.flipCharge" | 5752 | 328 |( 5.702364 +- 0.3057514)% | - | "Ttrack.ghostProbability" | 5752 | 5751425 | 999.90 | - | "Ttrack.numOutliers" | 5752 | 2719 | 0.47271 | - |*"Upstream.badChisq" | 1501 | 346 |( 23.05130 +- 1.087071)% | - | "Upstream.chisqProbSum" | 1501 | 560.734 | 0.37357 | - |*"Upstream.flipCharge" | 1501 | 43 |( 2.864757 +- 0.4305682)% | - | "Upstream.ghostProbability" | 1501 | 1500850 | 999.90 | - | "Upstream.numOutliers" | 1501 | 1199 | 0.79880 | - |*"Velo.badChisq" | 10040 | 2132 |( 21.23506 +- 0.4081562)% | - | "Velo.chisqProbSum" | 10040 | 3570.164 | 0.35559 | - |*"Velo.flipCharge" | 10040 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 10040 | 1.0039e+07 | 999.90 | - | "Velo.numOutliers" | 10040 | 10042 | 1.0002 | - |*"VeloBackward.badChisq" | 11305 | 525 |( 4.643963 +- 0.1979170)% | - | "VeloBackward.chisqProbSum" | 11305 | 5731.248 | 0.50697 | - |*"VeloBackward.flipCharge" | 11305 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 11305 |1.130387e+07 | 999.90 | - | "VeloBackward.numOutliers" | 11305 | 4016 | 0.35524 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 10550 | 105.50 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 9604 | 96.040 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 100 | 243828 | 2438.3 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 31285 | 30913 |( 98.81093 +- 0.06128269)% | - | "MC particles per track" | 30913 | 31065 | 1.0049 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 100 | 243828 | 2438.3 | - | "Nb of Produced Tracks" | 100 | 31285 | 312.85 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 5343 | 53.430 | diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-baseline.ref b/Rec/Brunel/tests/refs/brunel-upgrade-baseline.ref deleted file mode 100644 index 64ec98f1f81ab02c713939ebddebe3715b421ed3..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-baseline.ref +++ /dev/null @@ -1,2265 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process all events on input file(s) -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 61 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -ProtoElectronMon INFO Will only look at track type(s) = ['Long', 'Downstream'] -FilterForBestMC... INFO CUT: ' (~TrINVALID) ' -FilterForBestLo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==3) ) ' -FilterForBestLo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==3) ) & (TrGHOSTPROB<0.5) ) ' -FilterForBestDo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==5) ) ' -FilterForBestDo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==5) ) & (TrGHOSTPROB<0.5) ) ' -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel.dst' SVC='RootCnvSvc' OPT='REC' -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel.dst' SVC='FileRecordCnvSvc' OPT='REC' -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 1, Run 1, Nr. in job = 1 -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=ghost -BrunelInit INFO Evt 2, Run 1, Nr. in job = 2 -BrunelInit INFO Evt 3, Run 1, Nr. in job = 3 -BrunelInit INFO Evt 4, Run 1, Nr. in job = 4 -BrunelInit INFO Evt 5, Run 1, Nr. in job = 5 -BrunelInit INFO Evt 6, Run 1, Nr. in job = 6 -BrunelInit INFO Evt 7, Run 1, Nr. in job = 7 -BrunelInit INFO Evt 8, Run 1, Nr. in job = 8 -BrunelInit INFO Evt 9, Run 1, Nr. in job = 9 -BrunelInit INFO Evt 10, Run 1, Nr. in job = 10 -BrunelInit INFO Evt 11, Run 1, Nr. in job = 11 -BrunelInit INFO Evt 12, Run 1, Nr. in job = 12 -BrunelInit INFO Evt 13, Run 1, Nr. in job = 13 -BrunelInit INFO Evt 14, Run 1, Nr. in job = 14 -BrunelInit INFO Evt 15, Run 1, Nr. in job = 15 -BrunelInit INFO Evt 16, Run 1, Nr. in job = 16 -BrunelInit INFO Evt 17, Run 1, Nr. in job = 17 -BrunelInit INFO Evt 18, Run 1, Nr. in job = 18 -BrunelInit INFO Evt 19, Run 1, Nr. in job = 19 -BrunelInit INFO Evt 20, Run 1, Nr. in job = 20 -BrunelInit INFO Evt 21, Run 1, Nr. in job = 21 -BrunelInit INFO Evt 22, Run 1, Nr. in job = 22 -BrunelInit INFO Evt 23, Run 1, Nr. in job = 23 -BrunelInit INFO Evt 24, Run 1, Nr. in job = 24 -BrunelInit INFO Evt 25, Run 1, Nr. in job = 25 -BrunelInit INFO Evt 26, Run 1, Nr. in job = 26 -BrunelInit INFO Evt 27, Run 1, Nr. in job = 27 -BrunelInit INFO Evt 28, Run 1, Nr. in job = 28 -BrunelInit INFO Evt 29, Run 1, Nr. in job = 29 -BrunelInit INFO Evt 30, Run 1, Nr. in job = 30 -BrunelInit INFO Evt 31, Run 1, Nr. in job = 31 -BrunelInit INFO Evt 32, Run 1, Nr. in job = 32 -BrunelInit INFO Evt 33, Run 1, Nr. in job = 33 -BrunelInit INFO Evt 34, Run 1, Nr. in job = 34 -BrunelInit INFO Evt 35, Run 1, Nr. in job = 35 -BrunelInit INFO Evt 36, Run 1, Nr. in job = 36 -BrunelInit INFO Evt 37, Run 1, Nr. in job = 37 -BrunelInit INFO Evt 38, Run 1, Nr. in job = 38 -BrunelInit INFO Evt 39, Run 1, Nr. in job = 39 -BrunelInit INFO Evt 40, Run 1, Nr. in job = 40 -BrunelInit INFO Evt 41, Run 1, Nr. in job = 41 -BrunelInit INFO Evt 42, Run 1, Nr. in job = 42 -BrunelInit INFO Evt 43, Run 1, Nr. in job = 43 -BrunelInit INFO Evt 44, Run 1, Nr. in job = 44 -BrunelInit INFO Evt 45, Run 1, Nr. in job = 45 -BrunelInit INFO Evt 46, Run 1, Nr. in job = 46 -BrunelInit INFO Evt 47, Run 1, Nr. in job = 47 -BrunelInit INFO Evt 48, Run 1, Nr. in job = 48 -BrunelInit INFO Evt 49, Run 1, Nr. in job = 49 -BrunelInit INFO Evt 50, Run 1, Nr. in job = 50 -BrunelInit INFO Evt 51, Run 1, Nr. in job = 51 -BrunelInit INFO Evt 52, Run 1, Nr. in job = 52 -BrunelInit INFO Evt 53, Run 1, Nr. in job = 53 -BrunelInit INFO Evt 54, Run 1, Nr. in job = 54 -BrunelInit INFO Evt 55, Run 1, Nr. in job = 55 -BrunelInit INFO Evt 56, Run 1, Nr. in job = 56 -BrunelInit INFO Evt 57, Run 1, Nr. in job = 57 -BrunelInit INFO Evt 58, Run 1, Nr. in job = 58 -BrunelInit INFO Evt 59, Run 1, Nr. in job = 59 -BrunelInit INFO Evt 60, Run 1, Nr. in job = 60 -BrunelInit INFO Evt 61, Run 1, Nr. in job = 61 -BrunelInit INFO Evt 62, Run 1, Nr. in job = 62 -BrunelInit INFO Evt 63, Run 1, Nr. in job = 63 -BrunelInit INFO Evt 64, Run 1, Nr. in job = 64 -BrunelInit INFO Evt 65, Run 1, Nr. in job = 65 -BrunelInit INFO Evt 66, Run 1, Nr. in job = 66 -BrunelInit INFO Evt 67, Run 1, Nr. in job = 67 -BrunelInit INFO Evt 68, Run 1, Nr. in job = 68 -BrunelInit INFO Evt 69, Run 1, Nr. in job = 69 -BrunelInit INFO Evt 70, Run 1, Nr. in job = 70 -BrunelInit INFO Evt 71, Run 1, Nr. in job = 71 -BrunelInit INFO Evt 72, Run 1, Nr. in job = 72 -BrunelInit INFO Evt 73, Run 1, Nr. in job = 73 -BrunelInit INFO Evt 74, Run 1, Nr. in job = 74 -BrunelInit INFO Evt 75, Run 1, Nr. in job = 75 -BrunelInit INFO Evt 76, Run 1, Nr. in job = 76 -BrunelInit INFO Evt 77, Run 1, Nr. in job = 77 -BrunelInit INFO Evt 78, Run 1, Nr. in job = 78 -BrunelInit INFO Evt 79, Run 1, Nr. in job = 79 -BrunelInit INFO Evt 80, Run 1, Nr. in job = 80 -BrunelInit INFO Evt 81, Run 1, Nr. in job = 81 -BrunelInit INFO Evt 82, Run 1, Nr. in job = 82 -BrunelInit INFO Evt 83, Run 1, Nr. in job = 83 -BrunelInit INFO Evt 84, Run 1, Nr. in job = 84 -BrunelInit INFO Evt 85, Run 1, Nr. in job = 85 -BrunelInit INFO Evt 86, Run 1, Nr. in job = 86 -BrunelInit INFO Evt 87, Run 1, Nr. in job = 87 -BrunelInit INFO Evt 88, Run 1, Nr. in job = 88 -BrunelInit INFO Evt 89, Run 1, Nr. in job = 89 -BrunelInit INFO Evt 90, Run 1, Nr. in job = 90 -BrunelInit INFO Evt 91, Run 1, Nr. in job = 91 -BrunelInit INFO Evt 92, Run 1, Nr. in job = 92 -BrunelInit INFO Evt 93, Run 1, Nr. in job = 93 -BrunelInit INFO Evt 94, Run 1, Nr. in job = 94 -BrunelInit INFO Evt 95, Run 1, Nr. in job = 95 -BrunelInit INFO Evt 96, Run 1, Nr. in job = 96 -BrunelInit INFO Evt 97, Run 1, Nr. in job = 97 -BrunelInit INFO Evt 98, Run 1, Nr. in job = 98 -BrunelInit INFO Evt 99, Run 1, Nr. in job = 99 -BrunelInit INFO Evt 100, Run 1, Nr. in job = 100 -EventLoopMgr INFO No more events in event selection -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 100 events processed -BrunelInit SUCCESS ================================================================== -FutureEcalClust INFO Built <219.3> cellular automaton clusters/event with <3.78> iterations (min,max)=(3,6) on average -RecSummary SUCCESS #WARNINGS = 100 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO MuonID Rates for Downstream Tracks -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuonLoose = 1.0 : 32.669 +- 1.251 -MuonPIDMonitorDown INFO IsMuoLoose MuonProb < 0.9 : 8.754 +- 0.754 -MuonPIDMonitorDown INFO IsMuoLoose DLL > 1.4 : 5.623 +- 0.615 -MuonPIDMonitorDown INFO IsMuonLoose NShared < 1.0 : 4.342 +- 0.544 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuon = 1.0 : 21.495 +- 1.096 -MuonPIDMonitorDown INFO IsMuon MuonProb < 0.9 : 6.690 +- 0.667 -MuonPIDMonitorDown INFO IsMuon DLL > 1.4 : 3.701 +- 0.504 -MuonPIDMonitorDown INFO IsMuon NShared < 1.0 : 2.776 +- 0.438 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 2042 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 1405 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 459 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 302 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO MuonID Rates for Long Tracks -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuonLoose = 1.0 : 26.898 +- 0.486 -MuonPIDMonitorLong INFO IsMuoLoose MuonProb < 0.9 : 7.532 +- 0.289 -MuonPIDMonitorLong INFO IsMuoLoose DLL > 1.4 : 4.829 +- 0.235 -MuonPIDMonitorLong INFO IsMuonLoose NShared < 1.0 : 4.745 +- 0.233 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuon = 1.0 : 16.014 +- 0.402 -MuonPIDMonitorLong INFO IsMuon MuonProb < 0.9 : 5.526 +- 0.250 -MuonPIDMonitorLong INFO IsMuon DLL > 1.4 : 2.775 +- 0.180 -MuonPIDMonitorLong INFO IsMuon NShared < 1.0 : 2.535 +- 0.172 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 10267 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 8324 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 2239 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 1333 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO 0.00 +- 0.00 Velo | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 102.67 +- 1.01 Long | 100.0 +- 0.0 | 95.2 +- 0.2 84.7 +- 0.4 85.0 +- 0.4 72.4 +- 0.4 0.0 +- 0.0 0.0 +- 0.0 80.2 +- 0.4 0.0 +- 0.0 -ChargedProtoPMoni INFO 14.40 +- 0.38 Upstream | 100.0 +- 0.0 | 88.0 +- 0.9 0.0 +- 0.0 0.0 +- 0.0 78.8 +- 1.1 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 20.42 +- 0.45 Downstream | 100.0 +- 0.0 | 85.7 +- 0.8 73.6 +- 1.0 80.6 +- 0.9 66.2 +- 1.0 0.0 +- 0.0 0.0 +- 0.0 72.3 +- 1.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 0.00 +- 0.00 Ttrack | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO ==================================================================================================================================================== -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 34245 tracks including 406 ghosts [ 1.19 %], Event average 0.98 % **** -VeloMCCheck INFO 01_velo : 14886 from 15136 [ 98.35 %] 205 clones [ 1.36 %], purity: 99.77 %, hitEff: 96.92 %, hitEffFirst3: 96.92 %, hitEffLast: 96.63 % -VeloMCCheck INFO 02_long : 8758 from 8825 [ 99.24 %] 74 clones [ 0.84 %], purity: 99.84 %, hitEff: 97.86 %, hitEffFirst3: 97.91 %, hitEffLast: 97.61 % -VeloMCCheck INFO 03_long>5GeV : 5684 from 5720 [ 99.37 %] 40 clones [ 0.70 %], purity: 99.85 %, hitEff: 98.18 %, hitEffFirst3: 98.15 %, hitEffLast: 98.07 % -VeloMCCheck INFO 04_long_strange : 428 from 442 [ 96.83 %] 2 clones [ 0.47 %], purity: 99.62 %, hitEff: 97.62 %, hitEffFirst3: 97.83 %, hitEffLast: 96.34 % -VeloMCCheck INFO 05_long_strange>5GeV : 192 from 201 [ 95.52 %] 1 clones [ 0.52 %], purity: 99.58 %, hitEff: 98.09 %, hitEffFirst3: 97.75 %, hitEffLast: 97.10 % -VeloMCCheck INFO 06_long_fromB : 465 from 469 [ 99.15 %] 1 clones [ 0.21 %], purity: 99.80 %, hitEff: 98.13 %, hitEffFirst3: 98.00 %, hitEffLast: 97.74 % -VeloMCCheck INFO 07_long_fromB>5GeV : 380 from 383 [ 99.22 %] 1 clones [ 0.26 %], purity: 99.78 %, hitEff: 98.19 %, hitEffFirst3: 98.25 %, hitEffLast: 97.75 % -VeloMCCheck INFO 08_long_electrons : 582 from 611 [ 95.25 %] 6 clones [ 1.02 %], purity: 98.15 %, hitEff: 93.93 %, hitEffFirst3: 89.06 %, hitEffLast: 96.32 % -VeloMCCheck INFO 09_long_fromB_electrons : 29 from 30 [ 96.67 %] 0 clones [ 0.00 %], purity: 98.36 %, hitEff: 93.70 %, hitEffFirst3: 90.80 %, hitEffLast: 92.37 % -VeloMCCheck INFO 10_long_fromB_electrons_P>5GeV : 17 from 17 [100.00 %] 0 clones [ 0.00 %], purity: 97.20 %, hitEff: 89.25 %, hitEffFirst3: 84.31 %, hitEffLast: 86.92 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 356 from 357 [ 99.72 %] 1 clones [ 0.28 %], purity: 99.74 %, hitEff: 98.21 %, hitEffFirst3: 98.23 %, hitEffLast: 97.90 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 356 from 357 [ 99.72 %] 1 clones [ 0.28 %], purity: 99.74 %, hitEff: 98.21 %, hitEffFirst3: 98.23 %, hitEffLast: 97.90 % -VeloMCCheck INFO -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 4548 tracks including 301 ghosts [ 6.62 %], Event average 4.18 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 3817 tracks including 224 ghosts [5.87 %] **** -ForwardMCCheck INFO 01_long : 4025 from 8825 [ 45.61 %] 27 clones [ 0.67 %], purity: 99.23 %, hitEff: 93.80 % -ForwardMCCheck INFO 02_long>5GeV : 3454 from 5720 [ 60.38 %] 18 clones [ 0.52 %], purity: 99.33 %, hitEff: 94.55 % -ForwardMCCheck INFO 03_long_strange : 111 from 442 [ 25.11 %] 0 clones [ 0.00 %], purity: 98.41 %, hitEff: 91.13 % -ForwardMCCheck INFO 04_long_strange>5GeV : 81 from 201 [ 40.30 %] 0 clones [ 0.00 %], purity: 98.38 %, hitEff: 92.07 % -ForwardMCCheck INFO 05_long_fromB : 332 from 469 [ 70.79 %] 1 clones [ 0.30 %], purity: 99.62 %, hitEff: 95.09 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 320 from 383 [ 83.55 %] 1 clones [ 0.31 %], purity: 99.61 %, hitEff: 95.28 % -ForwardMCCheck INFO 07_long_electrons : 44 from 611 [ 7.20 %] 2 clones [ 4.35 %], purity: 98.57 %, hitEff: 92.58 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 36 from 295 [ 12.20 %] 1 clones [ 2.70 %], purity: 98.60 %, hitEff: 92.99 % -ForwardMCCheck INFO 09_long_fromB_electrons : 4 from 30 [ 13.33 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.99 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 318 from 357 [ 89.08 %] 1 clones [ 0.31 %], purity: 99.63 %, hitEff: 95.17 % -ForwardMCCheck INFO 10_long_fromB_electrons_P>5GeV : 3 from 17 [ 17.65 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.44 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 318 from 357 [ 89.08 %] 1 clones [ 0.31 %], purity: 99.63 %, hitEff: 95.17 % -ForwardMCCheck INFO -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 6377 tracks including 417 ghosts [ 6.54 %], Event average 5.33 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 5256 tracks including 345 ghosts [6.56 %] **** -UpMCCheck INFO 01_velo : 5648 from 15136 [ 37.32 %] 23 clones [ 0.41 %], purity: 99.65 %, hitEff: 99.20 % -UpMCCheck INFO 02_velo+UT : 5634 from 13339 [ 42.24 %] 23 clones [ 0.41 %], purity: 99.68 %, hitEff: 99.20 % -UpMCCheck INFO 03_velo+UT>5GeV : 4371 from 6903 [ 63.32 %] 19 clones [ 0.43 %], purity: 99.75 %, hitEff: 99.56 % -UpMCCheck INFO 04_velo+notLong : 1032 from 6311 [ 16.35 %] 3 clones [ 0.29 %], purity: 99.39 %, hitEff: 98.44 % -UpMCCheck INFO 05_velo+UT+notLong : 1022 from 4617 [ 22.14 %] 3 clones [ 0.29 %], purity: 99.49 %, hitEff: 98.42 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 648 from 1274 [ 50.86 %] 2 clones [ 0.31 %], purity: 99.65 %, hitEff: 99.20 % -UpMCCheck INFO 07_long : 4616 from 8825 [ 52.31 %] 20 clones [ 0.43 %], purity: 99.71 %, hitEff: 99.37 % -UpMCCheck INFO 08_long>5GeV : 3727 from 5720 [ 65.16 %] 17 clones [ 0.45 %], purity: 99.75 %, hitEff: 99.62 % -UpMCCheck INFO 09_long_fromB : 365 from 469 [ 77.83 %] 1 clones [ 0.27 %], purity: 99.84 %, hitEff: 99.88 % -UpMCCheck INFO 10_long_fromB>5GeV : 336 from 383 [ 87.73 %] 1 clones [ 0.30 %], purity: 99.85 %, hitEff: 99.94 % -UpMCCheck INFO 11_long_electrons : 65 from 611 [ 10.64 %] 3 clones [ 4.41 %], purity: 97.98 %, hitEff: 96.40 % -UpMCCheck INFO 12_long_fromB_electrons : 5 from 30 [ 16.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.00 % -UpMCCheck INFO 13_long_fromB_electrons_P>5GeV : 3 from 17 [ 17.65 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 342 from 357 [ 95.80 %] 1 clones [ 0.29 %], purity: 99.87 %, hitEff: 99.87 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 342 from 357 [ 95.80 %] 1 clones [ 0.29 %], purity: 99.87 %, hitEff: 99.87 % -UpMCCheck INFO -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 301 ghost, 3.97 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 3817 tracks including 224 ghosts [ 5.9 %] **** -UTForwardMCCheck INFO 01_long : 4052 tr 4.05 from 4.07 mcUT [ 99.4 %] 0.03 ghost hits on real tracks [ 0.8 %] -UTForwardMCCheck INFO 01_long >3UT : 4051 tr 4.05 from 4.07 mcUT [ 99.4 %] 0.03 ghost hits on real tracks [ 0.8 %] -UTForwardMCCheck INFO 02_long>5GeV : 3472 tr 4.05 from 4.07 mcUT [ 99.5 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 3471 tr 4.05 from 4.07 mcUT [ 99.5 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 319 tr 4.09 from 4.09 mcUT [ 99.9 %] 0.01 ghost hits on real tracks [ 0.2 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 319 tr 4.09 from 4.09 mcUT [ 99.9 %] 0.01 ghost hits on real tracks [ 0.2 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 319 tr 4.09 from 4.09 mcUT [ 99.9 %] 0.01 ghost hits on real tracks [ 0.2 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 319 tr 4.09 from 4.09 mcUT [ 99.9 %] 0.01 ghost hits on real tracks [ 0.2 %] -UTForwardMCCheck INFO -ForwardBestMCCheck INFO Results -ForwardBestMCCheck INFO **** Forward 11176 tracks including 2962 ghosts [26.50 %], Event average 19.58 % **** -ForwardBestMCCheck INFO 01_long : 7272 from 8825 [ 82.40 %] 66 clones [ 0.90 %], purity: 98.88 %, hitEff: 92.23 % -ForwardBestMCCheck INFO 02_long>5GeV : 5233 from 5720 [ 91.49 %] 29 clones [ 0.55 %], purity: 99.11 %, hitEff: 94.23 % -ForwardBestMCCheck INFO 03_long_strange : 319 from 442 [ 72.17 %] 1 clones [ 0.31 %], purity: 98.25 %, hitEff: 90.80 % -ForwardBestMCCheck INFO 04_long_strange>5GeV : 170 from 201 [ 84.58 %] 0 clones [ 0.00 %], purity: 98.76 %, hitEff: 93.55 % -ForwardBestMCCheck INFO 05_long_fromB : 410 from 469 [ 87.42 %] 1 clones [ 0.24 %], purity: 99.35 %, hitEff: 94.06 % -ForwardBestMCCheck INFO 06_long_fromB>5GeV : 358 from 383 [ 93.47 %] 1 clones [ 0.28 %], purity: 99.48 %, hitEff: 95.21 % -ForwardBestMCCheck INFO 07_long_electrons : 358 from 611 [ 58.59 %] 3 clones [ 0.83 %], purity: 97.08 %, hitEff: 89.36 % -ForwardBestMCCheck INFO 08_long_electrons_P>5GeV : 208 from 295 [ 70.51 %] 0 clones [ 0.00 %], purity: 97.43 %, hitEff: 91.83 % -ForwardBestMCCheck INFO 09_long_fromB_electrons : 21 from 30 [ 70.00 %] 0 clones [ 0.00 %], purity: 96.34 %, hitEff: 86.21 % -ForwardBestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 14 from 17 [ 82.35 %] 0 clones [ 0.00 %], purity: 95.63 %, hitEff: 85.17 % -ForwardBestMCCheck INFO -MatchMCCheck INFO Results -MatchMCCheck INFO **** Match 10932 tracks including 2462 ghosts [22.52 %], Event average 18.74 % **** -MatchMCCheck INFO 01_long : 7552 from 8825 [ 85.58 %] 34 clones [ 0.45 %], purity: 99.37 %, hitEff: 93.28 % -MatchMCCheck INFO 02_long>5GeV : 5255 from 5720 [ 91.87 %] 18 clones [ 0.34 %], purity: 99.50 %, hitEff: 95.45 % -MatchMCCheck INFO 03_long_strange : 335 from 442 [ 75.79 %] 0 clones [ 0.00 %], purity: 98.95 %, hitEff: 91.62 % -MatchMCCheck INFO 04_long_strange>5GeV : 173 from 201 [ 86.07 %] 0 clones [ 0.00 %], purity: 99.05 %, hitEff: 94.51 % -MatchMCCheck INFO 05_long_fromB : 411 from 469 [ 87.63 %] 1 clones [ 0.24 %], purity: 99.55 %, hitEff: 94.78 % -MatchMCCheck INFO 06_long_fromB>5GeV : 354 from 383 [ 92.43 %] 1 clones [ 0.28 %], purity: 99.65 %, hitEff: 95.98 % -MatchMCCheck INFO 07_long_electrons : 351 from 611 [ 57.45 %] 2 clones [ 0.57 %], purity: 97.84 %, hitEff: 90.08 % -MatchMCCheck INFO 08_long_electrons_P>5GeV : 199 from 295 [ 67.46 %] 1 clones [ 0.50 %], purity: 98.23 %, hitEff: 93.75 % -MatchMCCheck INFO 09_long_fromB_electrons : 20 from 30 [ 66.67 %] 0 clones [ 0.00 %], purity: 99.49 %, hitEff: 94.04 % -MatchMCCheck INFO 10_long_fromB_electrons_P>5GeV : 14 from 17 [ 82.35 %] 0 clones [ 0.00 %], purity: 99.62 %, hitEff: 92.50 % -MatchMCCheck INFO -TMCCheck INFO Results -TMCCheck INFO **** TTrack 17569 tracks including 2847 ghosts [16.20 %], Event average 8.69 % **** -TMCCheck INFO 01_hasT : 10891 from 13469 [ 80.86 %] 15 clones [ 0.14 %], purity: 99.16 %, hitEff: 92.02 % -TMCCheck INFO 02_long : 8069 from 8825 [ 91.43 %] 12 clones [ 0.15 %], purity: 99.36 %, hitEff: 92.89 % -TMCCheck INFO 03_long>5GeV : 5497 from 5720 [ 96.10 %] 5 clones [ 0.09 %], purity: 99.39 %, hitEff: 95.32 % -TMCCheck INFO 04_long_fromB : 431 from 469 [ 91.90 %] 0 clones [ 0.00 %], purity: 99.35 %, hitEff: 94.52 % -TMCCheck INFO 05_long_fromB>5GeV : 366 from 383 [ 95.56 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 96.02 % -TMCCheck INFO 06_UT+T_strange : 735 from 837 [ 87.81 %] 0 clones [ 0.00 %], purity: 99.31 %, hitEff: 91.59 % -TMCCheck INFO 07_UT+T_strange>5GeV : 415 from 440 [ 94.32 %] 0 clones [ 0.00 %], purity: 99.44 %, hitEff: 94.79 % -TMCCheck INFO 08_noVelo+UT+T_strange : 355 from 402 [ 88.31 %] 0 clones [ 0.00 %], purity: 99.35 %, hitEff: 92.06 % -TMCCheck INFO 09_noVelo+UT+T_strange>5GeV : 231 from 245 [ 94.29 %] 0 clones [ 0.00 %], purity: 99.39 %, hitEff: 94.95 % -TMCCheck INFO 10_UT+T_SfromDB : 13 from 13 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 89.77 % -TMCCheck INFO 11_UT+T_SfromDB>5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 86.69 % -TMCCheck INFO 12_noVelo+UT+T_SfromDB>5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 87.81 % -TMCCheck INFO -DownMCCheck INFO Results -DownMCCheck INFO **** Downstream 11775 tracks including 3587 ghosts [30.46 %], Event average 24.86 % **** -DownMCCheck INFO 01_UT+T : 7374 from 9931 [ 74.25 %] 8 clones [ 0.11 %], purity: 99.50 %, hitEff: 99.69 % -DownMCCheck INFO 02_UT+T>5GeV : 5124 from 6189 [ 82.79 %] 5 clones [ 0.10 %], purity: 99.52 %, hitEff: 99.72 % -DownMCCheck INFO 03_UT+T_strange : 567 from 837 [ 67.74 %] 0 clones [ 0.00 %], purity: 99.34 %, hitEff: 99.53 % -DownMCCheck INFO 04_UT+T_strange>5GeV : 333 from 440 [ 75.68 %] 0 clones [ 0.00 %], purity: 99.37 %, hitEff: 99.55 % -DownMCCheck INFO 05_noVelo+UT+T_strange : 248 from 402 [ 61.69 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 99.52 % -DownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 173 from 245 [ 70.61 %] 0 clones [ 0.00 %], purity: 99.29 %, hitEff: 99.42 % -DownMCCheck INFO 07_UT+T_fromB : 401 from 517 [ 77.56 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 99.76 % -DownMCCheck INFO 08_UT+T_fromB>5GeV : 344 from 410 [ 83.90 %] 0 clones [ 0.00 %], purity: 99.67 %, hitEff: 99.72 % -DownMCCheck INFO 09_noVelo+UT+T_fromB : 20 from 49 [ 40.82 %] 0 clones [ 0.00 %], purity: 99.06 %, hitEff: 98.75 % -DownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 14 from 28 [ 50.00 %] 0 clones [ 0.00 %], purity: 98.66 %, hitEff: 98.21 % -DownMCCheck INFO 11_UT+T_SfromDB : 9 from 13 [ 69.23 %] 0 clones [ 0.00 %], purity: 99.31 %, hitEff: 97.22 % -DownMCCheck INFO 12_UT+T_SfromDB>5GeV : 5 from 7 [ 71.43 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 95.00 % -DownMCCheck INFO 13_noVelo+UT+T_SfromDB : 5 from 9 [ 55.56 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 95.00 % -DownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 4 from 6 [ 66.67 %] 0 clones [ 0.00 %], purity: 98.44 %, hitEff: 93.75 % -DownMCCheck INFO 15_noVelo+UT+T_electrons : 399 from 890 [ 44.83 %] 0 clones [ 0.00 %], purity: 99.32 %, hitEff: 99.32 % -DownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 218 from 399 [ 54.64 %] 0 clones [ 0.00 %], purity: 99.28 %, hitEff: 99.20 % -DownMCCheck INFO -BestMCCheck INFO Results -BestMCCheck INFO **** Best 43571 tracks including 5733 ghosts [13.16 %], Event average 9.56 % **** -BestMCCheck INFO 01_long : 8762 from 8825 [ 99.29 %] 484 clones [ 5.23 %], purity: 99.33 %, hitEff: 86.69 % -BestMCCheck INFO 02_long>5GeV : 5693 from 5720 [ 99.53 %] 260 clones [ 4.37 %], purity: 99.43 %, hitEff: 91.43 % -BestMCCheck INFO 03_long_strange : 435 from 442 [ 98.42 %] 36 clones [ 7.64 %], purity: 99.05 %, hitEff: 79.75 % -BestMCCheck INFO 04_long_strange>5GeV : 199 from 201 [ 99.00 %] 11 clones [ 5.24 %], purity: 99.23 %, hitEff: 88.47 % -BestMCCheck INFO 05_long_fromB : 468 from 469 [ 99.79 %] 20 clones [ 4.10 %], purity: 99.44 %, hitEff: 89.18 % -BestMCCheck INFO 06_long_fromB>5GeV : 382 from 383 [ 99.74 %] 13 clones [ 3.29 %], purity: 99.62 %, hitEff: 92.91 % -BestMCCheck INFO 07_long_electrons : 551 from 611 [ 90.18 %] 50 clones [ 8.32 %], purity: 97.75 %, hitEff: 70.27 % -BestMCCheck INFO 08_long_electrons_P>5GeV : 266 from 295 [ 90.17 %] 22 clones [ 7.64 %], purity: 98.28 %, hitEff: 77.43 % -BestMCCheck INFO 09_long_fromB_electrons : 28 from 30 [ 93.33 %] 3 clones [ 9.68 %], purity: 97.91 %, hitEff: 76.49 % -BestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 16 from 17 [ 94.12 %] 1 clones [ 5.88 %], purity: 97.94 %, hitEff: 82.86 % -BestMCCheck INFO -BestLongMCCheck INFO Results -BestLongMCCheck INFO **** BestLong 10267 tracks including 1615 ghosts [15.73 %], Event average 13.47 % **** -BestLongMCCheck INFO 01_long : 7688 from 8825 [ 87.12 %] 36 clones [ 0.47 %], purity: 99.35 %, hitEff: 95.52 % -BestLongMCCheck INFO 02_long>5GeV : 5279 from 5720 [ 92.29 %] 18 clones [ 0.34 %], purity: 99.48 %, hitEff: 96.89 % -BestLongMCCheck INFO 03_long_strange : 343 from 442 [ 77.60 %] 0 clones [ 0.00 %], purity: 98.91 %, hitEff: 93.90 % -BestLongMCCheck INFO 04_long_strange>5GeV : 173 from 201 [ 86.07 %] 0 clones [ 0.00 %], purity: 99.14 %, hitEff: 96.15 % -BestLongMCCheck INFO 05_long_fromB : 417 from 469 [ 88.91 %] 1 clones [ 0.24 %], purity: 99.51 %, hitEff: 96.63 % -BestLongMCCheck INFO 06_long_fromB>5GeV : 357 from 383 [ 93.21 %] 1 clones [ 0.28 %], purity: 99.66 %, hitEff: 97.35 % -BestLongMCCheck INFO 07_long_electrons : 374 from 611 [ 61.21 %] 1 clones [ 0.27 %], purity: 97.90 %, hitEff: 90.85 % -BestLongMCCheck INFO 08_long_electrons_P>5GeV : 199 from 295 [ 67.46 %] 0 clones [ 0.00 %], purity: 98.49 %, hitEff: 93.27 % -BestLongMCCheck INFO 09_long_fromB_electrons : 22 from 30 [ 73.33 %] 0 clones [ 0.00 %], purity: 98.49 %, hitEff: 92.85 % -BestLongMCCheck INFO 10_long_fromB_electrons_P>5GeV : 14 from 17 [ 82.35 %] 0 clones [ 0.00 %], purity: 99.11 %, hitEff: 91.77 % -BestLongMCCheck INFO -BestLongAndGhos... INFO Results -BestLongAndGhos... INFO **** BestLongAndGhostProb 9366 tracks including 824 ghosts [ 8.80 %], Event average 7.90 % **** -BestLongAndGhos... INFO 01_long : 7628 from 8825 [ 86.44 %] 35 clones [ 0.46 %], purity: 99.38 %, hitEff: 95.59 % -BestLongAndGhos... INFO 02_long>5GeV : 5246 from 5720 [ 91.71 %] 17 clones [ 0.32 %], purity: 99.50 %, hitEff: 96.95 % -BestLongAndGhos... INFO 03_long_strange : 340 from 442 [ 76.92 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 94.00 % -BestLongAndGhos... INFO 04_long_strange>5GeV : 172 from 201 [ 85.57 %] 0 clones [ 0.00 %], purity: 99.23 %, hitEff: 96.19 % -BestLongAndGhos... INFO 05_long_fromB : 412 from 469 [ 87.85 %] 1 clones [ 0.24 %], purity: 99.54 %, hitEff: 96.80 % -BestLongAndGhos... INFO 06_long_fromB>5GeV : 354 from 383 [ 92.43 %] 1 clones [ 0.28 %], purity: 99.68 %, hitEff: 97.50 % -BestLongAndGhos... INFO 07_long_electrons : 355 from 611 [ 58.10 %] 1 clones [ 0.28 %], purity: 98.16 %, hitEff: 91.08 % -BestLongAndGhos... INFO 08_long_electrons_P>5GeV : 191 from 295 [ 64.75 %] 0 clones [ 0.00 %], purity: 98.62 %, hitEff: 93.48 % -BestLongAndGhos... INFO 09_long_fromB_electrons : 20 from 30 [ 66.67 %] 0 clones [ 0.00 %], purity: 98.94 %, hitEff: 93.67 % -BestLongAndGhos... INFO 10_long_fromB_electrons_P>5GeV : 13 from 17 [ 76.47 %] 0 clones [ 0.00 %], purity: 99.45 %, hitEff: 92.53 % -BestLongAndGhos... INFO -BestDownMCCheck INFO Results -BestDownMCCheck INFO **** BestDown 2042 tracks including 915 ghosts [44.81 %], Event average 38.26 % **** -BestDownMCCheck INFO 01_UT+T : 741 from 9931 [ 7.46 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 94.17 % -BestDownMCCheck INFO 02_UT+T>5GeV : 428 from 6189 [ 6.92 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 96.77 % -BestDownMCCheck INFO 03_UT+T_strange : 273 from 837 [ 32.62 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 94.54 % -BestDownMCCheck INFO 04_UT+T_strange>5GeV : 179 from 440 [ 40.68 %] 0 clones [ 0.00 %], purity: 99.49 %, hitEff: 96.70 % -BestDownMCCheck INFO 05_noVelo+UT+T_strange : 237 from 402 [ 58.96 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 94.82 % -BestDownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 166 from 245 [ 67.76 %] 0 clones [ 0.00 %], purity: 99.45 %, hitEff: 96.63 % -BestDownMCCheck INFO 07_UT+T_fromB : 31 from 517 [ 6.00 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 95.06 % -BestDownMCCheck INFO 08_UT+T_fromB>5GeV : 22 from 410 [ 5.37 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 94.64 % -BestDownMCCheck INFO 09_noVelo+UT+T_fromB : 18 from 49 [ 36.73 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 94.98 % -BestDownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 13 from 28 [ 46.43 %] 0 clones [ 0.00 %], purity: 98.56 %, hitEff: 93.95 % -BestDownMCCheck INFO 11_UT+T_SfromDB : 5 from 13 [ 38.46 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 89.73 % -BestDownMCCheck INFO 12_UT+T_SfromDB>5GeV : 4 from 7 [ 57.14 %] 0 clones [ 0.00 %], purity: 98.44 %, hitEff: 88.63 % -BestDownMCCheck INFO 13_noVelo+UT+T_SfromDB : 5 from 9 [ 55.56 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 89.73 % -BestDownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 4 from 6 [ 66.67 %] 0 clones [ 0.00 %], purity: 98.44 %, hitEff: 88.63 % -BestDownMCCheck INFO 15_noVelo+UT+T_electrons : 342 from 890 [ 38.43 %] 0 clones [ 0.00 %], purity: 99.37 %, hitEff: 93.19 % -BestDownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 187 from 399 [ 46.87 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 95.89 % -BestDownMCCheck INFO -BestDownAndGhos... INFO Results -BestDownAndGhos... INFO **** BestDownAndGhostProb 1708 tracks including 594 ghosts [34.78 %], Event average 31.09 % **** -BestDownAndGhos... INFO 01_UT+T : 738 from 9931 [ 7.43 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 94.17 % -BestDownAndGhos... INFO 02_UT+T>5GeV : 427 from 6189 [ 6.90 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 96.79 % -BestDownAndGhos... INFO 03_UT+T_strange : 273 from 837 [ 32.62 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 94.54 % -BestDownAndGhos... INFO 04_UT+T_strange>5GeV : 179 from 440 [ 40.68 %] 0 clones [ 0.00 %], purity: 99.49 %, hitEff: 96.70 % -BestDownAndGhos... INFO 05_noVelo+UT+T_strange : 237 from 402 [ 58.96 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 94.82 % -BestDownAndGhos... INFO 06_noVelo+UT+T_strange>5GeV : 166 from 245 [ 67.76 %] 0 clones [ 0.00 %], purity: 99.45 %, hitEff: 96.63 % -BestDownAndGhos... INFO 07_UT+T_fromB : 31 from 517 [ 6.00 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 95.06 % -BestDownAndGhos... INFO 08_UT+T_fromB>5GeV : 22 from 410 [ 5.37 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 94.64 % -BestDownAndGhos... INFO 09_noVelo+UT+T_fromB : 18 from 49 [ 36.73 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 94.98 % -BestDownAndGhos... INFO 10_noVelo+UT+T_fromB>5GeV : 13 from 28 [ 46.43 %] 0 clones [ 0.00 %], purity: 98.56 %, hitEff: 93.95 % -BestDownAndGhos... INFO 11_UT+T_SfromDB : 5 from 13 [ 38.46 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 89.73 % -BestDownAndGhos... INFO 12_UT+T_SfromDB>5GeV : 4 from 7 [ 57.14 %] 0 clones [ 0.00 %], purity: 98.44 %, hitEff: 88.63 % -BestDownAndGhos... INFO 13_noVelo+UT+T_SfromDB : 5 from 9 [ 55.56 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 89.73 % -BestDownAndGhos... INFO 14_noVelo+UT+T_SfromDB>5GeV : 4 from 6 [ 66.67 %] 0 clones [ 0.00 %], purity: 98.44 %, hitEff: 88.63 % -BestDownAndGhos... INFO 15_noVelo+UT+T_electrons : 333 from 890 [ 37.42 %] 0 clones [ 0.00 %], purity: 99.42 %, hitEff: 93.45 % -BestDownAndGhos... INFO 16_noVelo+UT+T_electrons_P>5GeV : 182 from 399 [ 45.61 %] 0 clones [ 0.00 %], purity: 99.46 %, hitEff: 96.13 % -BestDownAndGhos... INFO -UTForwardBestMC... INFO Results -UTForwardBestMC... INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardBest **** 2962 ghost, 2.08 UT per track -UTForwardBestMC... INFO 01_long : 7338 tr 3.87 from 4.04 mcUT [ 95.9 %] 0.10 ghost hits on real tracks [ 2.4 %] -UTForwardBestMC... INFO 01_long >3UT : 7271 tr 3.91 from 4.06 mcUT [ 96.2 %] 0.09 ghost hits on real tracks [ 2.3 %] -UTForwardBestMC... INFO 02_long>5GeV : 5262 tr 3.89 from 4.03 mcUT [ 96.6 %] 0.06 ghost hits on real tracks [ 1.6 %] -UTForwardBestMC... INFO 02_long>5GeV >3UT : 5195 tr 3.94 from 4.06 mcUT [ 97.1 %] 0.06 ghost hits on real tracks [ 1.4 %] -UTForwardBestMC... INFO -UTMatchMCCheck INFO Results -UTMatchMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Match **** 2462 ghost, 2.23 UT per track -UTMatchMCCheck INFO 01_long : 7586 tr 3.88 from 4.04 mcUT [ 95.9 %] 0.10 ghost hits on real tracks [ 2.4 %] -UTMatchMCCheck INFO 01_long >3UT : 7519 tr 3.91 from 4.06 mcUT [ 96.2 %] 0.09 ghost hits on real tracks [ 2.3 %] -UTMatchMCCheck INFO 02_long>5GeV : 5273 tr 3.89 from 4.03 mcUT [ 96.5 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTMatchMCCheck INFO 02_long>5GeV >3UT : 5206 tr 3.94 from 4.06 mcUT [ 97.0 %] 0.06 ghost hits on real tracks [ 1.5 %] -UTMatchMCCheck INFO -UTDownMCCheck INFO Results -UTDownMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Downstream **** 3587 ghost, 4.05 UT per track -UTDownMCCheck INFO 01_has seed : 7382 tr 4.07 from 4.08 mcUT [ 99.7 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 01_has seed >3UT : 7382 tr 4.07 from 4.08 mcUT [ 99.7 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT : 489 tr 4.02 from 4.06 mcUT [ 99.1 %] 0.03 ghost hits on real tracks [ 0.8 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT >3UT : 489 tr 4.02 from 4.06 mcUT [ 99.1 %] 0.03 ghost hits on real tracks [ 0.8 %] -UTDownMCCheck INFO 03_down+strange : 567 tr 4.04 from 4.06 mcUT [ 99.5 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 03_down+strange >3UT : 567 tr 4.04 from 4.06 mcUT [ 99.5 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 04_down+strange+>5GeV : 333 tr 4.03 from 4.05 mcUT [ 99.6 %] 0.03 ghost hits on real tracks [ 0.8 %] -UTDownMCCheck INFO 04_down+strange+>5GeV >3UT : 333 tr 4.03 from 4.05 mcUT [ 99.6 %] 0.03 ghost hits on real tracks [ 0.8 %] -UTDownMCCheck INFO -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 34245 tracks including 406 ghosts [ 1.19 %], Event average 0.98 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 30632 from 32490 [ 94.28 %] 256 clones [ 0.83 %], purity: 99.71 %, hitEff: 96.76 %, hitEffFirst3: 97.73 %, hitEffLast: 94.30 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 18987 from 19755 [ 96.11 %] 214 clones [ 1.11 %], purity: 99.75 %, hitEff: 97.17 %, hitEffFirst3: 97.10 %, hitEffLast: 96.84 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 11645 from 12735 [ 91.44 %] 42 clones [ 0.36 %], purity: 99.66 %, hitEff: 96.08 %, hitEffFirst3: 98.75 %, hitEffLast: 89.77 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 14886 from 15136 [ 98.35 %] 205 clones [ 1.36 %], purity: 99.77 %, hitEff: 96.92 %, hitEffFirst3: 96.92 %, hitEffLast: 96.63 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 8758 from 8825 [ 99.24 %] 74 clones [ 0.84 %], purity: 99.84 %, hitEff: 97.86 %, hitEffFirst3: 97.91 %, hitEffLast: 97.61 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 5684 from 5720 [ 99.37 %] 40 clones [ 0.70 %], purity: 99.85 %, hitEff: 98.18 %, hitEffFirst3: 98.15 %, hitEffLast: 98.07 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 3074 from 3105 [ 99.00 %] 34 clones [ 1.09 %], purity: 99.82 %, hitEff: 97.27 %, hitEffFirst3: 97.46 %, hitEffLast: 96.74 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 4757 from 4789 [ 99.33 %] 29 clones [ 0.61 %], purity: 99.85 %, hitEff: 98.01 %, hitEffFirst3: 98.00 %, hitEffLast: 97.82 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 465 from 469 [ 99.15 %] 1 clones [ 0.21 %], purity: 99.80 %, hitEff: 98.13 %, hitEffFirst3: 98.00 %, hitEffLast: 97.74 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 380 from 383 [ 99.22 %] 1 clones [ 0.26 %], purity: 99.78 %, hitEff: 98.19 %, hitEffFirst3: 98.25 %, hitEffLast: 97.75 % -VeloFullMCCheck INFO 11_notElectron_Long_FromB_Eta25 p<5GeV : 85 from 86 [ 98.84 %] 0 clones [ 0.00 %], purity: 99.87 %, hitEff: 97.86 %, hitEffFirst3: 96.86 %, hitEffLast: 97.68 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 379 from 382 [ 99.21 %] 1 clones [ 0.26 %], purity: 99.75 %, hitEff: 98.24 %, hitEffFirst3: 98.25 %, hitEffLast: 97.96 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 221 from 221 [100.00 %] 0 clones [ 0.00 %], purity: 99.71 %, hitEff: 99.14 %, hitEffFirst3: 98.79 %, hitEffLast: 99.27 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 156 from 156 [100.00 %] 0 clones [ 0.00 %], purity: 99.58 %, hitEff: 99.31 %, hitEffFirst3: 99.15 %, hitEffLast: 99.38 % -VeloFullMCCheck INFO 15_notElectron_Long_FromD_Eta25 p<5GeV : 65 from 65 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.75 %, hitEffFirst3: 97.95 %, hitEffLast: 99.00 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 145 from 145 [100.00 %] 0 clones [ 0.00 %], purity: 99.68 %, hitEff: 99.38 %, hitEffFirst3: 99.54 %, hitEffLast: 99.23 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 428 from 442 [ 96.83 %] 2 clones [ 0.47 %], purity: 99.62 %, hitEff: 97.62 %, hitEffFirst3: 97.83 %, hitEffLast: 96.34 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 192 from 201 [ 95.52 %] 1 clones [ 0.52 %], purity: 99.58 %, hitEff: 98.09 %, hitEffFirst3: 97.75 %, hitEffLast: 97.10 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 236 from 241 [ 97.93 %] 1 clones [ 0.42 %], purity: 99.66 %, hitEff: 97.24 %, hitEffFirst3: 97.89 %, hitEffLast: 95.74 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 143 from 151 [ 94.70 %] 0 clones [ 0.00 %], purity: 99.32 %, hitEff: 98.38 %, hitEffFirst3: 98.37 %, hitEffLast: 97.77 % -VeloFullMCCheck INFO 21_Electron_Velo : 2979 from 4547 [ 65.52 %] 118 clones [ 3.81 %], purity: 98.22 %, hitEff: 87.31 %, hitEffFirst3: 84.53 %, hitEffLast: 86.95 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 2249 from 3383 [ 66.48 %] 107 clones [ 4.54 %], purity: 98.18 %, hitEff: 85.85 %, hitEffFirst3: 80.91 %, hitEffLast: 88.20 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 730 from 1164 [ 62.71 %] 11 clones [ 1.48 %], purity: 98.35 %, hitEff: 91.94 %, hitEffFirst3: 96.04 %, hitEffLast: 82.52 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 2115 from 2862 [ 73.90 %] 106 clones [ 4.77 %], purity: 98.20 %, hitEff: 85.21 %, hitEffFirst3: 79.99 %, hitEffLast: 87.99 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 582 from 611 [ 95.25 %] 6 clones [ 1.02 %], purity: 98.15 %, hitEff: 93.93 %, hitEffFirst3: 89.06 %, hitEffLast: 96.32 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 284 from 295 [ 96.27 %] 2 clones [ 0.70 %], purity: 98.17 %, hitEff: 93.51 %, hitEffFirst3: 89.16 %, hitEffLast: 94.78 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 298 from 316 [ 94.30 %] 4 clones [ 1.32 %], purity: 98.13 %, hitEff: 94.33 %, hitEffFirst3: 88.96 %, hitEffLast: 97.78 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 95 from 99 [ 95.96 %] 3 clones [ 3.06 %], purity: 98.24 %, hitEff: 91.58 %, hitEffFirst3: 85.03 %, hitEffLast: 95.04 % -VeloFullMCCheck INFO 29_Electron_Long_FromB_Eta25 : 29 from 30 [ 96.67 %] 0 clones [ 0.00 %], purity: 98.36 %, hitEff: 93.70 %, hitEffFirst3: 90.80 %, hitEffLast: 92.37 % -VeloFullMCCheck INFO 30_Electron_Long_FromB_Eta25 p>5GeV : 17 from 17 [100.00 %] 0 clones [ 0.00 %], purity: 97.20 %, hitEff: 89.25 %, hitEffFirst3: 84.31 %, hitEffLast: 86.92 % -VeloFullMCCheck INFO 31_Electron_Long_FromB_Eta25 p<5GeV : 12 from 13 [ 92.31 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 32_Electron_Long_FromB_Eta25 p>3GeV pt>400MeV : 10 from 10 [100.00 %] 0 clones [ 0.00 %], purity: 97.74 %, hitEff: 91.36 %, hitEffFirst3: 86.67 %, hitEffLast: 91.27 % -VeloFullMCCheck INFO 33_Electron_Long_FromD_Eta25 : 27 from 28 [ 96.43 %] 0 clones [ 0.00 %], purity: 99.47 %, hitEff: 91.67 %, hitEffFirst3: 87.65 %, hitEffLast: 94.93 % -VeloFullMCCheck INFO 34_Electron_Long_FromD_Eta25 p>5GeV : 14 from 14 [100.00 %] 0 clones [ 0.00 %], purity: 98.98 %, hitEff: 89.81 %, hitEffFirst3: 83.33 %, hitEffLast: 94.86 % -VeloFullMCCheck INFO 35_Electron_Long_FromD_Eta25 p<5GeV : 13 from 14 [ 92.86 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.68 %, hitEffFirst3: 92.31 %, hitEffLast: 95.00 % -VeloFullMCCheck INFO 36_Electron_Long_FromD_Eta25 p>3GeV pt>400MeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity: 97.62 %, hitEff: 88.10 %, hitEffFirst3: 83.33 %, hitEffLast: 91.67 % -VeloFullMCCheck INFO -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = -0.009 +/- 0.018, RMS = 1.139 +/- 0.016 -TrackResChecker... INFO ALL/y pull : mean = -0.008 +/- 0.017, RMS = 1.126 +/- 0.015 -TrackResChecker... INFO ALL/tx pull : mean = 0.007 +/- 0.018, RMS = 1.168 +/- 0.016 -TrackResChecker... INFO ALL/ty pull : mean = 0.015 +/- 0.018, RMS = 1.163 +/- 0.015 -TrackResChecker... INFO ALL/p pull : mean = -0.148 +/- 0.021, RMS = 1.316 +/- 0.017 -TrackResChecker... INFO ALL/probChi2 : mean = 0.420 +/- 0.005, RMS = 0.308 +/- 0.002 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 38.287 +/- 1.217 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 40.195 +/- 1.493 micron -TrackResChecker... INFO ALL/dp/p: mean = -0.0003 +/- 0.0001, RMS = 0.0055 +/- 0.0002 -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 591 from 643 ( 866-223 ) [ 91.91 %], false 19 from reco. 610 ( 591+19 ) [ 3.11 %] -PVChecker INFO 01 isolated : 311 from 329 ( 444-115 ) [ 94.53 %], false 0 from reco. 311 ( 311+0 ) [ 0.00 %] -PVChecker INFO 02 close : 280 from 314 ( 422-108 ) [ 89.17 %], false 19 from reco. 299 ( 280+19 ) [ 6.35 %] -PVChecker INFO 03 ntracks<10 : 21 from 51 ( 51-0 ) [ 41.18 %], false 19 from reco. 40 ( 21+19 ) [ 47.50 %] -PVChecker INFO 04 ntracks>=10 : 570 from 592 ( 592-0 ) [ 96.28 %], false 0 from reco. 570 ( 570+0 ) [ 0.00 %] -PVChecker INFO 05 z<-50.0 : 134 from 145 ( 197-52 ) [ 92.41 %], false 3 from reco. 137 ( 134+3 ) [ 2.19 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 297 from 330 ( 464-134 ) [ 90.00 %], false 10 from reco. 307 ( 297+10 ) [ 3.26 %] -PVChecker INFO 07 z >=50.0 : 160 from 168 ( 205-37 ) [ 95.24 %], false 6 from reco. 166 ( 160+6 ) [ 3.61 %] -PVChecker INFO 08 decayBeauty : 104 from 106 ( 106-0 ) [ 98.11 %], false 15 from reco. 123 ( 108+15 ) [ 12.20 %] -PVChecker INFO 09 decayCharm : 174 from 177 ( 177-0 ) [ 98.31 %], false 15 from reco. 193 ( 178+15 ) [ 7.77 %] -PVChecker INFO 10 decayStrange : 591 from 642 ( 663-21 ) [ 92.06 %], false 17 from reco. 610 ( 593+17 ) [ 2.79 %] -PVChecker INFO 11 other : 0 from 1 ( 203-202 ) [ 0.00 %], false 2 from reco. 19 ( 17+2 ) [ 10.53 %] -PVChecker INFO 12 1MCPV : 100 from 100 ( 100-0 ) [ 100.00 %], false 5 from reco. 105 ( 100+5 ) [ 4.76 %] -PVChecker INFO 13 2MCPV : 98 from 100 ( 100-0 ) [ 98.00 %], false 3 from reco. 101 ( 98+3 ) [ 2.97 %] -PVChecker INFO 14 3MCPV : 96 from 97 ( 100-3 ) [ 98.97 %], false 1 from reco. 97 ( 96+1 ) [ 1.03 %] -PVChecker INFO 15 4MCPV : 85 from 91 ( 100-9 ) [ 93.41 %], false 5 from reco. 90 ( 85+5 ) [ 5.56 %] -PVChecker INFO 16 5MCPV : 75 from 79 ( 96-17 ) [ 94.94 %], false 2 from reco. 77 ( 75+2 ) [ 2.60 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 41.44 [MC: 44.18] -PVChecker INFO 01 isolated : av. PV tracks: 43.13 [MC: 46.40] -PVChecker INFO 02 close : av. PV tracks: 39.56 [MC: 41.85] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 5.95 [MC: 6.61] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 42.74 [MC: 47.41] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 37.38 [MC: 39.05] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 41.15 [MC: 43.54] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 45.36 [MC: 49.85] -PVChecker INFO 08 decayBeauty : av. PV tracks: 73.66 [MC: 74.54] -PVChecker INFO 09 decayCharm : av. PV tracks: 67.47 [MC: 70.85] -PVChecker INFO 10 decayStrange : av. PV tracks: 41.44 [MC: 44.24] -PVChecker INFO 11 other : av. PV tracks: 0.00 [MC: 4.00] -PVChecker INFO 12 1MCPV : av. PV tracks: 92.84 [MC: 96.36] -PVChecker INFO 13 2MCPV : av. PV tracks: 57.96 [MC: 63.04] -PVChecker INFO 14 3MCPV : av. PV tracks: 40.26 [MC: 46.26] -PVChecker INFO 15 4MCPV : av. PV tracks: 28.46 [MC: 33.05] -PVChecker INFO 16 5MCPV : av. PV tracks: 17.64 [MC: 24.57] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.014, y: +0.016, z: +0.080 -PVChecker INFO 2_res_ntracks<10 : x: +0.027, y: +0.032, z: +0.139 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.017, y: +0.021, z: +0.108 -PVChecker INFO 4_res_ntracks>30 : x: +0.008, y: +0.007, z: +0.042 -PVChecker INFO 5_res_z<-50 : x: +0.013, y: +0.015, z: +0.096 -PVChecker INFO 6_res_z(-50,50) : x: +0.015, y: +0.017, z: +0.077 -PVChecker INFO 7_res_z>50 : x: +0.012, y: +0.014, z: +0.070 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +1.051, y: +1.013, z: +1.156 -PVChecker INFO 1_pull_mean_all : x: +0.014, y: +0.038, z: +0.073 -PVChecker INFO -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO MuonID Rates for Downstream Tracks -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuonLoose = 1.0 : 32.669 +- 1.251 -MuonPIDCheckerDown INFO IsMuoLoose MuonProb < 0.9 : 8.754 +- 0.754 -MuonPIDCheckerDown INFO IsMuoLoose DLL > 1.4 : 5.623 +- 0.615 -MuonPIDCheckerDown INFO IsMuonLoose NShared < 1.0 : 4.342 +- 0.544 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuon = 1.0 : 21.495 +- 1.096 -MuonPIDCheckerDown INFO IsMuon MuonProb < 0.9 : 6.690 +- 0.667 -MuonPIDCheckerDown INFO IsMuon DLL > 1.4 : 3.701 +- 0.504 -MuonPIDCheckerDown INFO IsMuon NShared < 1.0 : 2.776 +- 0.438 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Total Number of Tracks analysed: 2042 -MuonPIDCheckerDown INFO Total Number of PreSelected Tracks: 1405 -MuonPIDCheckerDown INFO Total Number of IsMuonLoose Candidates: 459 -MuonPIDCheckerDown INFO Total Number of IsMuon Candidates: 302 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO MuonID Rates for Long Tracks -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuonLoose = 1.0 : 26.898 +- 0.486 -MuonPIDCheckerLong INFO IsMuoLoose MuonProb < 0.9 : 7.532 +- 0.289 -MuonPIDCheckerLong INFO IsMuoLoose DLL > 1.4 : 4.829 +- 0.235 -MuonPIDCheckerLong INFO IsMuonLoose NShared < 1.0 : 4.745 +- 0.233 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuon = 1.0 : 16.014 +- 0.402 -MuonPIDCheckerLong INFO IsMuon MuonProb < 0.9 : 5.526 +- 0.250 -MuonPIDCheckerLong INFO IsMuon DLL > 1.4 : 2.775 +- 0.180 -MuonPIDCheckerLong INFO IsMuon NShared < 1.0 : 2.535 +- 0.172 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Total Number of Tracks analysed: 10267 -MuonPIDCheckerLong INFO Total Number of PreSelected Tracks: 8324 -MuonPIDCheckerLong INFO Total Number of IsMuonLoose Candidates: 2239 -MuonPIDCheckerLong INFO Total Number of IsMuon Candidates: 1333 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -GenFSRMerge INFO ========== Merging GenFSR ========== -DstWriter INFO Events output: 100 -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 6 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 36 - | Logical Volume | | # mean RMS min max | - | LHCb/lvLHCb | mm | 12 863.9368 1250.7704 2.7696906 3509.63 | - | LHCb/lvLHCb | X0 | 12 9.5313231 22.00071 0 80.0953 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | mm | 15 0.14061103 0.017204733 0.11236767 0.190797 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | X0 | 15 0 0 0 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | mm | 3 4.5163387 2.9248857 0.38222454 6.70281 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | X0 | 3 0.0060609224 0.0039251939 0.00051294498 0.00899516 | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -TrackBestTrackC...SUCCESS #WARNINGS = 1 Message = 'Error in predict forward function: something goes wrong in the prediction' -TrackBestTrackC...SUCCESS #WARNINGS = 1 Message = 'Error in smooth function: non positive diagonal element in coveriance matrix' -TrackBestTrackC...SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/2/0 -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 43571 | 37838 |( 86.84217 +- 0.1619417)% | - | "MC particles per track" | 37838 | 39305 | 1.0388 | -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 11176 | 111.76 | -BremChi22IDFuture INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 22026 | 220.26 | 98.958 | 71.000 | 547.00 | - | "#total tracks" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | -BremMatchFuture INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 100 | 1676956 | 16770.0 | 11253.0 | 2053.0 | 49146.0 | - | "#chi2" | 480448 |2.137747e+09 | 4449.5 | 2866.4 | 0.0074243 | 10000.0 | - | "#good tracks" | 100 | 14570 | 145.70 | 65.778 | 48.000 | 343.00 | - | "#links in table" | 100 | 480448 | 4804.5 | 2659.4 | 740.00 | 12414.0 | - | "#total calos" | 100 | 13462 | 134.62 | 35.662 | 49.000 | 200.00 | -BremMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/BremMatch" | 100 | 480448 | 4804.5 | 2659.4 | 740.00 | 12414.0 | - | "Monitor /Event/Rec/Calo/Photons" | 100 | 13462 | 134.62 | 35.662 | 49.000 | 200.00 | -BremPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 22026 | 220.26 | 98.958 | 71.000 | 547.00 | -BrunelInit.Brun... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -CaloClusterMCTruth INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CC2MC links" | 100 | 511328 | 5113.3 | - |*"No MC information for the cluster is found" | 21930 | 50 |(0.2279982 +- 0.03220703)% | -CaloDigit2MCLin... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CD2MC links" | 100 | 1502599 | 15026.0 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 100 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 100 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 100 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 100 | 371726 | 3717.3 | - | "#links/hypo" | 12879 | 371726 | 28.863 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 100 | 33252 | 332.52 | - | "#links/hypo" | 864 | 33252 | 38.486 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 100 | 269980 | 2699.8 | - | "#links/hypo" | 13462 | 269980 | 20.055 | -ChargedProtoPMaker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Track/Best ==> Rec/ProtoP/Charged" | 100 | 13749 | 137.49 | 69.006 | 35.000 | 382.00 | -ChargedProtoPMa... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "RungeKuttaExtrapolator failed with code: RK: Very large value (> 1e6 mm) for state position. Breaking iteration"| 1 | -ClassifyPhotonE... INFO Number of counters : 13 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Electron Delta(E)" | 12879 | 2601629 | 202.01 | 224.86 | -2009.3 | 4556.0 | - | "Electron Delta(X)" | 12879 | -2403.048 | -0.18659 | 11.835 | -22.782 | 22.326 | - | "Electron Delta(Y)" | 12879 | -4446.624 | -0.34526 | 11.675 | -22.782 | 22.326 | - | "Electron Delta(Z)" | 12879 | 864710.3 | 67.141 | 12.981 | 27.733 | 119.50 | - | "Electron corrected energy" | 12879 |9.202492e+07 | 7145.3 | 8432.2 | 419.01 | 2.1056e+05 | - | "Photon Delta(E)" | 13464 | -144030.4 | -10.697 | 134.82 | -2444.5 | 1414.5 | - | "Photon Delta(X)" | 13464 | -1350.13 | -0.10028 | 12.731 | -22.782 | 22.326 | - | "Photon Delta(Y)" | 13464 | -2179.84 | -0.16190 | 12.641 | -22.782 | 22.326 | - | "Photon Delta(Z)" | 13464 | 791177.2 | 58.762 | 12.503 | 22.411 | 115.91 | - | "Photon corrected energy" | 13464 |5.260735e+07 | 3907.3 | 5982.1 | 138.80 | 1.1281e+05 | - | "Photons pT-rejected after correction" | 2 | - | "electronHypos" | 100 | 12879 | 128.79 | 63.252 | 28.000 | 323.00 | - | "photonHypos" | 100 | 13462 | 134.62 | 35.662 | 49.000 | 200.00 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 4049 | 4033.101 | 0.99607 | 0.019212 | 0.96436 | 1.1024 | - | "<alpha> Middle" | 3860 | 3885.486 | 1.0066 | 0.018996 | 0.97700 | 1.1105 | - | "<alpha> Outer" | 4970 | 4971.905 | 1.0004 | 0.014459 | 0.97380 | 1.0500 | - | "Pileup offset" | 12879 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 12879 | 12879 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 3459 | 3438.538 | 0.99408 | 0.019269 | 0.96436 | 1.1009 | - | "<alpha> Middle" | 3200 | 3213.816 | 1.0043 | 0.020038 | 0.97720 | 1.1388 | - | "<alpha> Outer" | 6805 | 6782.181 | 0.99665 | 0.015217 | 0.97356 | 1.0533 | - | "Pileup offset" | 13464 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 13464 | 13464 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 34245 | 342.45 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 100 | 34245 | 342.45 | -DownstreamAssoc... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 11775 | 8188 |( 69.53715 +- 0.4241439)% | - | "MC particles per track" | 8188 | 8188 | 1.0000 | -EcalClusterMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/EcalClusters" | 100 | 21930 | 219.30 | 71.306 | 77.000 | 393.00 | -EcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 100 | 231425 | 2314.2 | 767.98 | 826.00 | 4122.0 | -EcalEFlowMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 100 | 230426 | 2304.3 | 760.23 | 827.00 | 4081.0 | -EcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 15994 | 159.94 | 113.66 | 35.000 | 747.00 | - | "#total energy" | 15994 | 50217.01 | 3.1397 | 3.9576 | -0.079282 | 58.757 | - | "#total tracks" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | -EcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 18978 | 189.78 | 132.76 | 43.000 | 884.00 | -EcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 15994 | 159.94 | 113.66 | 35.000 | 747.00 | -ElectronMatchFu... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 100 | 2462921 | 24629.0 | 33559.0 | 861.00 | 2.1777e+05 | - | "#chi2" | 257236 |1.171945e+09 | 4555.9 | 2913.8 | 0.046598 | 9999.9 | - | "#good tracks" | 100 | 15994 | 159.94 | 113.66 | 35.000 | 747.00 | - | "#links in table" | 100 | 257236 | 2572.4 | 3314.6 | 119.00 | 23507.0 | - | "#total calos" | 100 | 12879 | 128.79 | 63.252 | 28.000 | 323.00 | -ElectronMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ElectronMatch" | 100 | 257236 | 2572.4 | 3314.6 | 119.00 | 23507.0 | - | "Monitor /Event/Rec/Calo/Electrons" | 100 | 12879 | 128.79 | 63.252 | 28.000 | 323.00 | -ElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Electrons" | 100 | 12879 | 128.79 | 63.252 | 28.000 | 323.00 | -EtaMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 100 | 3843 | 38.430 | 38.521 | 0.0000 | 207.00 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 4548 | 45.480 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 1708 | 17.080 | 9.2116 | 2.0000 | 45.000 | - | "#seeds" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 2042 | 20.420 | 12.589 | 2.0000 | 65.000 | - | "#seeds" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 9366 | 93.660 | 41.622 | 28.000 | 234.00 | - | "#seeds" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 10267 | 102.67 | 50.423 | 28.000 | 279.00 | - | "#seeds" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | -FilterForBestMC... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | - | "#seeds" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | -ForwardBestAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 11176 | 8214 |( 73.49678 +- 0.4174844)% | - | "MC particles per track" | 8214 | 9532 | 1.1605 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 4548 | 4247 |( 93.38171 +- 0.3686326)% | - | "MC particles per track" | 4247 | 4986 | 1.1740 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 4548 | 4247 |( 93.38171 +- 0.3686326)% | - | "MC particles per track" | 4247 | 4986 | 1.1740 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 4548 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 4548 | 684 | 0.15040 | 0.35746 | 0.0000 | 1.0000 | - | "chisqprobSum" | 4548 | 1787.492 | 0.39303 | 0.31529 | 0.0000 | 0.99985 | - | "flipCharge" | 4548 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 100 | 4548 | 45.480 | 24.317 | 14.000 | 137.00 | - | "nTracks" | 100 | 4548 | 45.480 | 24.317 | 14.000 | 137.00 | - | "numOutliers" | 4548 | 3829 | 0.84191 | 0.90505 | 0.0000 | 4.0000 | -FutureClusChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 18978 | 189.78 | 132.76 | 43.000 | 884.00 | - | "#total tracks" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | -FutureClusterMatch INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 100 | 3151423 | 31514.0 | 32363.0 | 2201.0 | 2.0873e+05 | - | "#chi2" | 1041458 |4.877204e+08 | 468.31 | 288.89 | 0.00016721 | 1000.0 | - | "#good tracks" | 100 | 15994 | 159.94 | 113.66 | 35.000 | 747.00 | - | "#links in table" | 100 | 1041458 | 10415.0 | 13168.0 | 494.00 | 84839.0 | - | "#total calos" | 100 | 21930 | 219.30 | 71.306 | 77.000 | 393.00 | -FutureEcalChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 18978 | 189.78 | 132.76 | 43.000 | 884.00 | - | "#total tracks" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | -FutureEcalClust INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusterization passes" | 100 | 378 | 3.7800 | 0.72911 | 3.0000 | 6.0000 | - | "# clusters" | 100 | 21930 | 219.30 | 71.306 | 77.000 | 393.00 | - | "Cluster energy" | 21930 |1.195451e+08 | 5451.2 | 7582.5 | 116.00 | 2.0997e+05 | - | "Cluster size" | 21930 | 274489 | 12.517 | 3.6634 | 4.0000 | 39.000 | -FutureEcalCovar INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusters" | 21930 | -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -FutureEcalCovar... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 1337 | 6886 | 5.1503 | 1.8574 | 2.0000 | 13.000 | - | "Corrected Clusters: ET" | 1337 | 376048.2 | 281.26 | 297.43 | 23.400 | 2659.2 | - | "Corrected Clusters: size ratio" | 1337 | 503.8363 | 0.37684 | 0.26635 | -1.8362e-16 | 2.5874 | -FutureEcalShare INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(E)" | 30565 | -896472.8 | -29.330 | 1031.8 | -23000.0 | 16010.0 | - | "Delta(X)" | 30565 | -324.1647 | -0.010606 | 5.4181 | -60.274 | 59.645 | - | "Delta(Y)" | 30565 | -186.4512 | -0.0061002 | 5.2145 | -46.992 | 55.161 | - | "Delta(Z)" | 30565 |-0.09765625 |-3.1950e-06 | 0.00066903 | -0.00097656 | 0.00097656 | - | "negative E clusters (removed)" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -FutureEcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 100 | 0 |( 0.000000 +- 0.000000)% | -FutureHcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 100 | 0 |( 0.000000 +- 0.000000)% | -FutureNeutralPr... INFO Number of counters : 41 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "CaloClusterCode for Photon" | 13462 | 38591 | 2.8667 | 89.665 | -98.000 | 98.000 | - | "CaloClusterCode for PhotonFromMergedPi0" | 1728 | 146558 | 84.814 | 14.348 | 40.000 | 98.000 | - | "CaloClusterCode for Pi0Merged" | 864 | -21953 | -25.409 | 87.310 | -98.000 | 98.000 | - | "CaloClusterFrac for Photon" | 11699 | 11766.06 | 1.0057 | 0.056159 | 0.61657 | 1.4762 | - | "CaloClusterFrac for PhotonFromMergedPi0" | 1728 | 928.6568 | 0.53742 | 0.20044 | 0.012612 | 0.98401 | - | "CaloClusterFrac for Pi0Merged" | 839 | 836.4899 | 0.99701 | 0.012894 | 0.82834 | 1.0058 | - | "CaloNeutralE19 for Photon" | 13462 | 7972.991 | 0.59226 | 0.18402 | 0.15350 | 1.3313 | - | "CaloNeutralE19 for PhotonFromMergedPi0" | 1728 | 1157.361 | 0.66977 | 0.21827 | 0.12775 | 3.6173 | - | "CaloNeutralE19 for Pi0Merged" | 864 | 413.9407 | 0.47910 | 0.16411 | 0.20576 | 0.95132 | - | "CaloNeutralE49 for Photon" | 13462 | 12018.57 | 0.89278 | 0.093169 | 0.52754 | 1.3808 | - | "CaloNeutralE49 for PhotonFromMergedPi0" | 1728 | 1551.536 | 0.89788 | 0.077329 | 0.56208 | 1.0000 | - | "CaloNeutralE49 for Pi0Merged" | 864 | 729.1124 | 0.84388 | 0.096389 | 0.53326 | 1.0000 | - | "CaloNeutralEcal for Photon" | 13462 |5.275106e+07 | 3918.5 | 6011.9 | 171.56 | 1.1242e+05 | - | "CaloNeutralEcal for PhotonFromMergedPi0" | 1728 |1.878179e+07 | 10869.0 | 12033.0 | 152.66 | 1.3125e+05 | - | "CaloNeutralEcal for Pi0Merged" | 864 |1.807379e+07 | 20919.0 | 19800.0 | 4822.0 | 2.0994e+05 | - | "CaloNeutralHcal2Ecal for Photon" | 13462 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for PhotonFromMergedPi0" | 1728 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for Pi0Merged" | 864 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralID for Photon" | 13462 |5.100991e+08 | 37892.0 | 3537.9 | 33154.0 | 44151.0 | - | "CaloNeutralID for PhotonFromMergedPi0" | 1728 |6.45284e+07 | 37343.0 | 3327.8 | 33224.0 | 44148.0 | - | "CaloNeutralID for Pi0Merged" | 864 |3.226526e+07 | 37344.0 | 3326.8 | 33224.0 | 44147.0 | - | "CaloTrMatch for Photon" | 13001 | 1612642 | 124.04 | 177.92 | 4.0006 | 999.86 | - | "CaloTrMatch for PhotonFromMergedPi0" | 1726 | 38965.07 | 22.575 | 89.819 | 0.00078679 | 953.20 | - | "CaloTrMatch for Pi0Merged" | 863 | 19482.53 | 22.575 | 89.819 | 0.00078679 | 953.20 | - | "ClusterAsX for Photon" | 13460 | 5.753208 | 0.00042743 | 0.20414 | -0.86644 | 0.66558 | - | "ClusterAsX for PhotonFromMergedPi0" | 1728 | -5.697943 | -0.0032974 | 0.21728 | -0.97568 | 0.82838 | - | "ClusterAsY for Photon" | 13462 | -5.850017 |-0.00043456 | 0.20009 | -0.78359 | 0.71750 | - | "ClusterAsY for PhotonFromMergedPi0" | 1728 | 17.43176 | 0.010088 | 0.21023 | -0.78520 | 0.80237 | - | "IsNotH for Photon" | 13462 | 4874.348 | 0.36208 | 0.37068 | -1.0000 | 0.99499 | - | "IsNotH for Pi0Merged" | 864 | 191.012 | 0.22108 | 0.29765 | 0.00013317 | 0.97391 | - | "IsPhoton for Photon" | 13462 | 13426.64 | 0.99737 | 0.045732 | 4.5516e-05 | 1.0000 | - | "IsPhoton for Pi0Merged" | 864 | 580.0495 | 0.67135 | 0.42839 | 4.5783e-06 | 1.0000 | - | "IsPhotonXGB for Photon" | 13462 | 13436.4 | 0.99810 | 0.035705 | 0.00053628 | 1.0000 | - | "IsPhotonXGB for Pi0Merged" | 864 | 700.7352 | 0.81104 | 0.29895 | 1.3878e-05 | 1.0000 | - | "Neutral Protos" | 100 | 16054 | 160.54 | 55.412 | 49.000 | 289.00 | - | "Neutral Protos from MergedPi0s" | 100 | 864 | 8.6400 | 8.1554 | 0.0000 | 38.000 | - | "Neutral Protos from Photons" | 100 | 13462 | 134.62 | 35.662 | 49.000 | 200.00 | - | "Neutral Protos from SplitPhotons" | 100 | 1728 | 17.280 | 16.311 | 0.0000 | 76.000 | - | "ShowerShape for Photon" | 13462 |6.951605e+07 | 5163.9 | 4919.4 | 184.37 | 79368.0 | - | "ShowerShape for PhotonFromMergedPi0" | 1728 | 7521771 | 4352.9 | 3504.1 | 226.39 | 19192.0 | - | "ShowerShape for Pi0Merged" | 864 | 8177474 | 9464.7 | 7796.3 | 492.48 | 56258.0 | -HcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Hcal/Digits" | 100 | 42748 | 427.48 | 121.24 | 177.00 | 694.00 | -HcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 15061 | 150.61 | 108.32 | 34.000 | 719.00 | - | "#total energy" | 15061 | 123062.4 | 8.1709 | 13.944 | 0.0000 | 187.45 | - | "#total tracks" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | -HcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 15061 | 150.61 | 108.32 | 34.000 | 719.00 | -HcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 15061 | 150.61 | 108.32 | 34.000 | 719.00 | -InBREMFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 24068 | 240.68 | 110.63 | 76.000 | 608.00 | - | "#total tracks" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | - | "#tracks in acceptance" | 100 | 15921 | 159.21 | 73.186 | 52.000 | 385.00 | -InECALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 18978 | 189.78 | 132.76 | 43.000 | 884.00 | - | "#total tracks" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | - | "#tracks in acceptance" | 100 | 15994 | 159.94 | 113.66 | 35.000 | 747.00 | -InHCALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 18978 | 189.78 | 132.76 | 43.000 | 884.00 | - | "#total tracks" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | - | "#tracks in acceptance" | 100 | 15061 | 150.61 | 108.32 | 34.000 | 719.00 | -MCRichDigitSumm... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 100 | 765993 | 7659.9 | 3424.5 | 2027.0 | 17125.0 | -MatchAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 10932 | 8470 |( 77.47896 +- 0.3995179)% | - | "MC particles per track" | 8470 | 9848 | 1.1627 | -MergedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/MergedPi0s" | 96 | 864 | 9.0000 | 8.1266 | 1.0000 | 38.000 | -MergedPi0RecFuture INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Cluster without 2nd seed found" | 864 | 0 |( 0.000000 +- 0.000000)% | - | "Corrected energy" | 1728 |1.869548e+07 | 10819.0 | 11900.0 | 157.42 | 1.2769e+05 | - |*"Fails to set covariance" | 100 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to set spread" | 100 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (1)" | 864 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (2)" | 864 | 0 |( 0.000000 +- 0.000000)% | - | "Photon Delta(E)" | 1728 | -86308.15 | -49.947 | 345.39 | -3560.8 | 2560.7 | - | "Photon Delta(X)" | 1728 | -285.9621 | -0.16549 | 13.748 | -31.566 | 29.518 | - | "Photon Delta(Y)" | 1728 | 283.8684 | 0.16428 | 13.508 | -28.683 | 26.542 | - | "Photon Delta(Z)" | 1728 | 135909.2 | 78.651 | 10.367 | 32.579 | 114.27 | - | "clusters => mergedPi0s" | 100 | 864 | 8.6400 | - | "clusters => splitClusters" | 100 | 1728 | 17.280 | -MergedPi0RecFut... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 350 | 348.5694 | 0.99591 | 0.024660 | 0.96483 | 1.1138 | - | "<alpha> Middle" | 374 | 374.9817 | 1.0026 | 0.022017 | 0.97711 | 1.1379 | - | "<alpha> Outer" | 1004 | 1001.315 | 0.99733 | 0.016356 | 0.97383 | 1.0853 | - | "Pileup offset" | 1728 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 1728 | 1728 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -MergedPi0RecFut... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 187 | 1139 | 6.0909 | 1.6667 | 4.0000 | 9.0000 | - | "Corrected Clusters: ET" | 187 | 196716.4 | 1052.0 | 766.09 | 24.400 | 5794.6 | - | "Corrected Clusters: size ratio" | 187 | 81.32067 | 0.43487 | 0.38524 | 0.045064 | 1.9955 | -MuonIDAlgLite INFO Number of counters : 9 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "muonMVA2Stat" | 1635 | -942.2147 | -0.57628 | 0.97222 | -2.9128 | 4.4041 | - | "nGoodOffline" | 12309 | - | "nInAcceptance" | 10202 | - | "nIsMuon" | 1635 | - | "nIsMuonLoose" | 2698 | - | "nIsMuonTight" | 824 | - | "nMomentumCut" | 10439 | - | "nMuonPIDs" | 10202 | - | "nPreSelTrack" | 9729 | -MuonProcStatus INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "readoutStatus : create a procStatus" | 100 | -MuonROFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Accepted events" | 100 | 100 |( 100.0000 +- 0.000000)% | -MuonTrackFitter INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 2698 | 1 |(0.03706449 +- 0.03705762)% | - | "badChisq" | 2390 | 1236 | 0.51715 | 0.49971 | 0.0000 | 1.0000 | - | "chisqprobSum" | 2390 | 429.6507 | 0.17977 | 0.27616 | 0.0000 | 0.99990 | - | "flipCharge" | 2697 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 100 | 2697 | 26.970 | 21.857 | 0.0000 | 106.00 | - | "nTracks" | 100 | 2698 | 26.980 | 21.891 | 0.0000 | 106.00 | - | "numOutliers" | 2697 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -MuonTrackFitter... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "RungeKuttaExtrapolator failed with code: RK: Curling"| 1 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 100 | -PackMuonPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 100 | 10202 | 102.02 | 51.508 | 26.000 | 278.00 | -PackMuonTracks INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 100 | 2698 | 26.980 | 21.891 | 0.0000 | 106.00 | -PackRichPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 100 | 12789 | 127.89 | 63.491 | 33.000 | 353.00 | -PackTrack INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 100 | 610 | 6.1000 | -PhotonMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Clusters" | 100 | 21930 | 219.30 | 71.306 | 77.000 | 393.00 | - | "RelationsTable" | 100 | 1041458 | 10415.0 | 13168.0 | 494.00 | 84839.0 | -PhotonMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 100 | 13462 | 134.62 | 35.662 | 49.000 | 200.00 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 100 | 20549 | 205.49 | - | "Created long tracks" | 100 | 11176 | 111.76 | - | "Input tracks" | 100 | 21393 | 213.93 | - | "Number of candidate bins per track" | 20549 | 710522 | 34.577 | 38.069 | 0.0000 | 201.00 | - | "Number of complete candidates/track 1st Loop" | 19907 | 12220 | 0.61385 | 0.74607 | 0.0000 | 6.0000 | - | "Number of complete candidates/track 2nd Loop" | 11988 | 1606 | 0.13397 | 0.39568 | 0.0000 | 5.0000 | - | "Number of x candidates per track 1st Loop" | 19907 | 74965 | 3.7658 | 4.4367 | - | "Number of x candidates per track 2nd Loop" | 11988 | 172053 | 14.352 | 18.449 | - | "Percentage second loop execution" | 19907 | 11988 | 0.60220 | - | "Removed duplicates" | 100 | 647 | 6.4700 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 9501 | 37742 | 3.9724 | - | "#tracks with hits added" | 9501 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 100 | 6375 | 63.750 | - | "Created long tracks" | 100 | 4548 | 45.480 | - | "Input tracks" | 100 | 6377 | 63.770 | - | "Number of candidate bins per track" | 6375 | 135363 | 21.233 | 26.125 | 0.0000 | 180.00 | - | "Number of complete candidates/track 1st Loop" | 6253 | 4472 | 0.71518 | 0.54974 | 0.0000 | 5.0000 | - | "Number of complete candidates/track 2nd Loop" | 2541 | 387 | 0.15230 | 0.43010 | 0.0000 | 5.0000 | - | "Number of x candidates per track 1st Loop" | 6253 | 15310 | 2.4484 | 2.8430 | - | "Number of x candidates per track 2nd Loop" | 2541 | 28565 | 11.242 | 15.218 | - | "Percentage second loop execution" | 6253 | 2541 | 0.40636 | - | "Removed duplicates" | 100 | 41 | 0.41000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 100 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 1030339 | 0 | 0.0000 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 100 | 11775 | 117.75 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 37213 | 216786.5 | 5.8256 | - | "#MatchingTracks" | 100 | 10932 | 109.32 | - | "TracksMLP" | 37213 | 11272.37 | 0.30291 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 9586 | 38083 | 3.9728 | - | "#tracks with hits added" | 9586 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 100 | 18000 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 100 | 18000 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 100 | 21393 | 213.93 | - | "#tracks" | 100 | 6377 | 63.770 | -PrepareMuonHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Impossible MuonTileID" | 35711 | 0 |( 0.000000 +- 0.000000)% | -ProtoElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/ProtoP/Charged" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -ResolvedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 100 | 613 | 6.1300 | 5.9273 | 0.0000 | 23.000 | -RichDLLsDown INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 100 | 1749 | 17.490 | 10.986 | 2.0000 | 57.000 | - |*"Used RICH1 and RICH2" | 1749 | 424 |( 24.24242 +- 1.024722)% | - |*"Used RICH1 only" | 1749 | 1090 |( 62.32133 +- 1.158701)% | - |*"Used RICH2 only" | 1749 | 235 |( 13.43625 +- 0.8154778)% | -RichDLLsLong INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 100 | 9773 | 97.730 | 47.390 | 27.000 | 268.00 | - |*"Used RICH1 and RICH2" | 9773 | 3426 |( 35.05577 +- 0.4826542)% | - |*"Used RICH1 only" | 9773 | 4401 |( 45.03223 +- 0.5032709)% | - |*"Used RICH2 only" | 9773 | 1946 |( 19.91200 +- 0.4039497)% | -RichDLLsUp INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 100 | 1267 | 12.670 | 7.0129 | 2.0000 | 35.000 | - |*"Used RICH1 and RICH2" | 1267 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 1267 | 1267 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 1267 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonDown1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 16 | 16 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 100 | 95 |( 95.00000 +- 2.179449)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 17 | 17 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 361 | 361 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 361 | 215 |( 59.55679 +- 2.583062)% | - |*"Used RICH1 only" | 361 | 10 |( 2.770083 +- 0.8637593)% | - |*"Used RICH2 only" | 361 | 136 |( 37.67313 +- 2.550351)% | -RichPIDMonDown2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 232 | 232 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 1591 | 1307 |( 82.14959 +- 0.9600452)% | - |*"Used RICH1 and RICH2" | 1307 | 207 |( 15.83780 +- 1.009876)% | - |*"Used RICH1 only" | 1307 | 1006 |( 76.97016 +- 1.164579)% | - |*"Used RICH2 only" | 1307 | 94 |( 7.192043 +- 0.7146295)% | -RichPIDMonDown2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 16 | 16 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 334 | 329 |( 98.50299 +- 0.6644514)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 18 | 18 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 1958 | 1674 |( 85.49540 +- 0.7958255)% | - |*"Used RICH1 and RICH2" | 1674 | 424 |( 25.32855 +- 1.062930)% | - |*"Used RICH1 only" | 1674 | 1016 |( 60.69295 +- 1.193786)% | - |*"Used RICH2 only" | 1674 | 234 |( 13.97849 +- 0.8475318)% | -RichPIDMonDown7... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 6 | 6 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 6 | 2 |( 33.33333 +- 19.24501)% | - |*"Used RICH1 only" | 6 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 6 | 4 |( 66.66667 +- 19.24501)% | -RichPIDMonLong1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 514 | 505 |( 98.24903 +- 0.5785252)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 2011 | 1932 |( 96.07161 +- 0.4332105)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 138 | 129 |( 93.47826 +- 2.101829)% | - |*"Track ID rate" | 3710 | 3709 |( 99.97305 +- 0.02695055)% | - |*"Used RICH1 and RICH2" | 3709 | 2094 |( 56.45727 +- 0.8141217)% | - |*"Used RICH1 only" | 3709 | 101 |( 2.723106 +- 0.2672445)% | - |*"Used RICH2 only" | 3709 | 1514 |( 40.81963 +- 0.8070398)% | -RichPIDMonLong2... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 7 | 6 |( 85.71429 +- 13.22600)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 2602 | 2596 |( 99.76941 +- 0.09403013)% | - |*"Track ID rate" | 6249 | 5765 |( 92.25476 +- 0.3381478)% | - |*"Used RICH1 and RICH2" | 5765 | 1283 |( 22.25499 +- 0.5478356)% | - |*"Used RICH1 only" | 5765 | 4113 |( 71.34432 +- 0.5955050)% | - |*"Used RICH2 only" | 5765 | 369 |( 6.400694 +- 0.3223667)% | -RichPIDMonLong2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 540 | 528 |( 97.77778 +- 0.6343325)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 4649 | 4558 |( 98.04259 +- 0.2031742)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 148 | 138 |( 93.24324 +- 2.063227)% | - |*"Track ID rate" | 10038 | 9553 |( 95.16836 +- 0.2140277)% | - |*"Used RICH1 and RICH2" | 9553 | 3414 |( 35.73746 +- 0.4903102)% | - |*"Used RICH1 only" | 9553 | 4214 |( 44.11180 +- 0.5080045)% | - |*"Used RICH2 only" | 9553 | 1925 |( 20.15074 +- 0.4104035)% | -RichPIDMonLong7... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 19 | 17 |( 89.47368 +- 7.040590)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 36 | 30 |( 83.33333 +- 6.211300)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 10 | 9 |( 90.00000 +- 9.486833)% | - |*"Track ID rate" | 79 | 79 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 79 | 37 |( 46.83544 +- 5.614161)% | - |*"Used RICH1 only" | 79 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 79 | 42 |( 53.16456 +- 5.614161)% | -RichPIDMonUp10to70 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 55 | 46 |( 83.63636 +- 4.988341)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 173 | 151 |( 87.28324 +- 2.532974)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 23 | 19 |( 82.60870 +- 7.903420)% | - |*"Track ID rate" | 515 | 376 |( 73.00971 +- 1.956097)% | - |*"Used RICH1 and RICH2" | 376 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 376 | 376 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 376 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to10 INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 0 |( 0.000000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 228 | 228 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 881 | 881 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 881 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 881 | 881 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 881 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to100 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 58 | 46 |( 79.31034 +- 5.318970)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 401 | 379 |( 94.51372 +- 1.137141)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 23 | 19 |( 82.60870 +- 7.903420)% | - |*"Track ID rate" | 1414 | 1258 |( 88.96747 +- 0.8331602)% | - |*"Used RICH1 and RICH2" | 1258 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 1258 | 1258 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 1258 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp70t... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Track ID rate" | 18 | 1 |( 5.555556 +- 5.399030)% | - |*"Used RICH1 and RICH2" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 1 | 0 |( 0.000000 +- 0.000000)% | -RichRecoStatsDown INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 100 | 311926 | 3119.3 | 3117.8 | 86.000 | 17207.0 | - | "# Rich1Gas Segments" | 100 | 1514 | 15.140 | 9.5687 | 1.0000 | 51.000 | - | "# Rich2Gas Photons" | 100 | 41800 | 418.00 | 448.35 | 0.0000 | 2660.0 | - | "# Rich2Gas Segments" | 100 | 659 | 6.5900 | 4.7394 | 0.0000 | 26.000 | - | "# Selected Tracks" | 100 | 1749 | 17.490 | 10.986 | 2.0000 | 57.000 | - |*"RICH selection efficiency" | 2042 | 1749 |( 85.65132 +- 0.7757917)% | -RichRecoStatsLong INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 100 | 1407089 | 14071.0 | 11830.0 | 1107.0 | 68969.0 | - | "# Rich1Gas Segments" | 100 | 7827 | 78.270 | 38.063 | 22.000 | 221.00 | - | "# Rich2Gas Photons" | 100 | 433715 | 4337.1 | 3940.2 | 281.00 | 19131.0 | - | "# Rich2Gas Segments" | 100 | 5372 | 53.720 | 27.068 | 12.000 | 144.00 | - | "# Selected Tracks" | 100 | 9773 | 97.730 | 47.390 | 27.000 | 268.00 | - |*"RICH selection efficiency" | 10267 | 9773 |( 95.18847 +- 0.2112088)% | -RichRecoStatsUp INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 100 | 262507 | 2625.1 | 2379.9 | 102.00 | 10752.0 | - | "# Rich1Gas Segments" | 100 | 1267 | 12.670 | 7.0129 | 2.0000 | 35.000 | - | "# Rich2Gas Photons" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 100 | 1267 | 12.670 | 7.0129 | 2.0000 | 35.000 | - |*"RICH selection efficiency" | 1440 | 1267 |( 87.98611 +- 0.8567766)% | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 100 | 17569 | 175.69 | -SeedingAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 17569 | 14722 |( 83.79532 +- 0.2780075)% | - | "MC particles per track" | 14722 | 14722 | 1.0000 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 203 | -ToolSvc.TrackFu... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 5 | -TrackBestTrackC... INFO Number of counters : 34 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 50105 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 4047 | 2261 |( 55.86854 +- 0.7805329)% | - | "Downstream.chisqProbSum" | 4047 | 547.6769 | 0.13533 | - |*"Downstream.flipCharge" | 4047 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 4047 | 4046595 | 999.90 | - | "Downstream.numOutliers" | 4047 | 5119 | 1.2649 | - |*"FitFailed" | 50105 | 2 |(0.003991618 +- 0.002822444)% | - | "FittedBefore" | 4091 | - | "Long.FitFailed" | 2 | 2 | 1.0000 | - |*"Long.badChisq" | 10374 | 5063 |( 48.80470 +- 0.4907641)% | - | "Long.chisqProbSum" | 10374 | 2070.993 | 0.19963 | - |*"Long.flipCharge" | 10374 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 10374 |1.037296e+07 | 999.90 | - | "Long.numOutliers" | 10374 | 14120 | 1.3611 | - |*"Ttrack.badChisq" | 6669 | 262 |( 3.928625 +- 0.2378959)% | - | "Ttrack.chisqProbSum" | 6669 | 2284.867 | 0.34261 | - |*"Ttrack.flipCharge" | 6669 | 449 |( 6.732644 +- 0.3068508)% | - | "Ttrack.ghostProbability" | 6669 | 6668333 | 999.90 | - | "Ttrack.numOutliers" | 6669 | 3455 | 0.51807 | - |*"Upstream.badChisq" | 1769 | 394 |( 22.27247 +- 0.9892538)% | - | "Upstream.chisqProbSum" | 1769 | 697.1422 | 0.39409 | - |*"Upstream.flipCharge" | 1769 | 45 |( 2.543810 +- 0.3743546)% | - | "Upstream.ghostProbability" | 1769 | 1768823 | 999.90 | - | "Upstream.numOutliers" | 1769 | 1363 | 0.77049 | - |*"Velo.badChisq" | 10319 | 2116 |( 20.50586 +- 0.3974548)% | - | "Velo.chisqProbSum" | 10319 | 3805.558 | 0.36879 | - |*"Velo.flipCharge" | 10319 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 10319 |1.031797e+07 | 999.90 | - | "Velo.numOutliers" | 10319 | 9996 | 0.96870 | - |*"VeloBackward.badChisq" | 12834 | 590 |( 4.597164 +- 0.1848607)% | - | "VeloBackward.chisqProbSum" | 12834 | 6506.562 | 0.50698 | - |*"VeloBackward.flipCharge" | 12834 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 12834 |1.283272e+07 | 999.90 | - | "VeloBackward.numOutliers" | 12834 | 4326 | 0.33707 | -TrackDiMuonMonitor INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "numcombinations" | 100 | 27969 | 279.69 | - | "numnegtracks" | 100 | 1359 | 13.590 | - | "numpostracks" | 100 | 1339 | 13.390 | - | "numselected" | 100 | 1 | 0.010000 | -TrackMonitor INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream" | 100 | 2042 | 20.420 | 12.589 | 2.0000 | 65.000 | - | "#Long" | 100 | 10267 | 102.67 | 50.423 | 28.000 | 279.00 | - | "#Tracks" | 100 | 43571 | 435.71 | 231.08 | 110.00 | 1382.0 | - | "#Ttrack" | 100 | 6669 | 66.690 | 77.039 | 6.0000 | 541.00 | - | "#Upstream" | 100 | 1440 | 14.400 | 7.9297 | 2.0000 | 41.000 | - | "#Velo" | 100 | 10319 | 103.19 | 43.581 | 35.000 | 227.00 | - | "#VeloBackward" | 100 | 12834 | 128.34 | 62.531 | 27.000 | 281.00 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 11775 | 117.75 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 10932 | 109.32 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 6377 | 5960 |( 93.46088 +- 0.3095755)% | - | "MC particles per track" | 5960 | 5960 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 100 | 264280 | 2642.8 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 34245 | 33839 |( 98.81443 +- 0.05848925)% | - | "MC particles per track" | 33839 | 33985 | 1.0043 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 100 | 264280 | 2642.8 | - | "Nb of Produced Tracks" | 100 | 34245 | 342.45 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 6377 | 63.770 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 100 | 128.29 | 13.482 | -1.7629 | 2.9693 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 100 | 988.12 | 256.84 | -0.2389 | -0.24782 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 100 | 4011.9 | 1763.8 | 0.49933 | -0.149 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 98812 | 4.0601 | 4.614 | 2.3243 | 6.6218 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 100 | 137.33 | 11.294 | -1.3443 | 1.0884 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 100 | 918.61 | 214.1 | -0.37259 | -0.29726 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 100 | 2660.2 | 1176.8 | 0.69712 | 0.052054 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 91861 | 2.8959 | 2.6091 | 2.7698 | 14.266 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 290715 | 1.38 | 1.2014 | 7.3851 | 95.064 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 221034 | 1.2035 | 0.81447 | 10.488 | 230.99 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 293 | 1.6225 | 0.64666 | 0.18985 | -0.8785 | - | All/Rejected/CloneDist | "Track Clone Distance" | 293 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 293 | 0.18565 | 0.1107 | 0.077106 | -1.193 | - | All/Rejected/P | "Track Momentum" | 293 | 4009.3 | 1316.2 | 0.46675 | 0.13958 | - | All/Rejected/Pt | "Track Transverse Momentum" | 293 | 113.96 | 62.329 | 2.6723 | 9.1613 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1749 | 1.4953 | 0.65952 | 0.37779 | -0.68843 | - | All/Selected/CloneDist | "Track Clone Distance" | 1749 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 1749 | 0.07483 | 0.10363 | 1.5532 | 1.2825 | - | All/Selected/P | "Track Momentum" | 1749 | 7831.2 | 9214.5 | 4.1258 | 23.503 | - | All/Selected/Pt | "Track Transverse Momentum" | 1749 | 408.01 | 432.53 | 2.895 | 12.155 | - | nRichTracks | "# Rich Tracks / Event" | 100 | 17.49 | 10.986 | 1.0176 | 1.2451 | - | nTracks | "# Tracks / Event" | 100 | 20.42 | 12.589 | 1.0302 | 1.1718 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 151528 | 0.00064416 | 0.0024208 | -0.10628 | -0.89622 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 20187 | 7.5028e-05 | 0.0019893 | -0.31273 | -0.42819 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 311875 | 0.00063251 | 0.0024237 | -0.10262 | -0.89438 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 40627 | 2.6851e-05 | 0.0020131 | -0.32895 | -0.41313 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 311875 | 3.1125 | 1.8052 | 0.028681 | -1.18 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 311875 | 0.044751 | 0.0089433 | -1.2417 | 1.0051 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 160347 | 0.00062159 | 0.0024264 | -0.09915 | -0.89266 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 20440 |-2.0419e-05 | 0.0020351 | -0.3411 | -0.40763 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 21599 | 0.00020745 | 0.0012708 | -0.079063 | -0.9942 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 16981 | 0.00022855 | 0.0012504 | -0.078591 | -0.98943 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 20201 | 0.00023778 | 0.0012816 | -0.10725 | -1.0166 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 15272 | 0.00025944 | 0.0012558 | -0.094769 | -1.015 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 41800 | 0.00022227 | 0.0012762 | -0.092698 | -1.0056 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 32253 | 0.00024357 | 0.0012531 | -0.086336 | -1.002 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 41800 | 3.1813 | 1.8282 | -0.02812 | -1.2089 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 41800 | 0.027438 | 0.0038322 | -1.7576 | 3.4919 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 13650 |-0.00015621 | 0.002013 | -0.36664 | -0.49952 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 13650 |-0.00015621 | 0.002013 | -0.36664 | -0.49952 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 27086 |-0.00017249 | 0.0020392 | -0.35349 | -0.50157 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 27086 |-0.00017249 | 0.0020392 | -0.35349 | -0.50157 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 27086 | 3.1236 | 1.8056 | 0.017812 | -1.1728 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 27086 | 0.045559 | 0.0087155 | -1.5098 | 1.7515 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 13436 |-0.00018917 | 0.0020656 | -0.33971 | -0.5068 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 13436 |-0.00018917 | 0.0020656 | -0.33971 | -0.5068 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 7561 | 0.00020501 | 0.001203 | -0.09251 | -0.89098 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 7561 | 0.00020501 | 0.001203 | -0.09251 | -0.89098 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 6217 | 0.00016509 | 0.0012259 | -0.022898 | -0.95859 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 6217 | 0.00016509 | 0.0012259 | -0.022898 | -0.95859 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 13778 | 0.00018628 | 0.0012139 | -0.059782 | -0.9249 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 13778 | 0.00018628 | 0.0012139 | -0.059782 | -0.9249 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 13778 | 3.1576 | 1.8381 | -0.0055511 | -1.2404 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 13778 | 0.027017 | 0.0043683 | -1.6486 | 2.3868 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 16 | 281.14 | 137.01 | 0.12049 | -1.0004 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1515 | 591.25 | 56.89 | -3.7688 | 14.426 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 262 | 322.57 | 171.18 | -0.31127 | -1.0839 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1463 | 415.44 | 164.08 | -0.7931 | -0.42632 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1221 | 383.84 | 175.81 | -0.6074 | -0.78207 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 96 | 246.35 | 173.36 | 0.17779 | -1.1197 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 12 | 105.52 | 84.165 | 0.36743 | -0.80429 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 1966 | 407.26 | 52.477 | -0.20835 | -0.84521 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 178 | 174.98 | 98.937 | -0.14121 | -1.1667 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 1357 | 241.89 | 102.66 | -0.82327 | -0.4463 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 1037 | 222.08 | 104.96 | -0.62627 | -0.78029 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 53 | 165.93 | 89.882 | -0.23064 | -1.1009 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 16 | 25.173 | 12.856 | 0.10777 | -1.0128 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1514 | 54.311 | 5.2276 | -3.7444 | 14.261 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 256 | 29.769 | 15.565 | -0.30624 | -1.0882 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1455 | 37.974 | 15.189 | -0.78402 | -0.45139 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1206 | 35.238 | 16.135 | -0.6072 | -0.77758 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 93 | 22.658 | 15.984 | 0.16322 | -1.1204 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 11 | 10.487 | 7.8284 | 0.33476 | -0.80234 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 659 | 34.397 | 2.2297 | -0.19872 | -0.51065 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 173 | 16.68 | 9.2716 | -0.14323 | -1.1494 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 625 | 29.839 | 3.4774 | -1.2662 | 2.607 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 608 | 26.848 | 5.6307 | -1.2985 | 1.8835 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 53 | 15.364 | 8.6569 | -0.1967 | -1.1812 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 16 | 16.073 | 7.9365 | -0.04454 | -1.2732 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1514 | 35.945 | 4.1877 | -2.1334 | 6.2609 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 256 | 19.686 | 10.273 | -0.29577 | -1.0627 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1455 | 25.254 | 10.263 | -0.70136 | -0.52338 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1206 | 23.353 | 10.839 | -0.53766 | -0.79906 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 93 | 14.966 | 10.802 | 0.29656 | -1.0125 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 11 | 6.7071 | 4.9379 | 0.25147 | -0.94451 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 659 | 17.458 | 6.6487 | -0.68689 | -0.67011 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 173 | 11.175 | 6.3189 | -0.073689 | -1.126 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 625 | 16.275 | 6.4657 | -0.66885 | -0.73653 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 608 | 15.379 | 6.5587 | -0.6332 | -0.76953 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 53 | 10.206 | 5.8525 | -0.13299 | -1.1888 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 16 | 0.64929 | 0.058721 | 0.23701 | -0.15405 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 1514 | 0.66169 | 0.041524 | -0.48956 | 1.4589 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 256 | 0.66469 | 0.062545 | -0.16207 | 0.3418 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 1455 | 0.66619 | 0.05613 | -0.15472 | 1.1451 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 1206 | 0.66279 | 0.060662 | -0.73064 | 3.7871 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 93 | 0.66602 | 0.070759 | 0.46072 | 1.7782 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 11 | 0.65355 | 0.042198 | 1.0034 | 0.77893 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 659 | 0.51513 | 0.2051 | -0.65687 | -0.85772 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 173 | 0.66756 | 0.076239 | -0.76358 | 2.8735 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 625 | 0.5362 | 0.19333 | -0.78822 | -0.55346 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 608 | 0.55228 | 0.18805 | -0.93882 | -0.17227 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 53 | 0.66739 | 0.053341 | 0.52849 | 1.3751 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1060 |-1.3038e-15 | 0.13055 | -0.57662 | 2.5081 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 143696 | 0.00015858 | 0.36256 | 0.4799 | 291.84 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 17832 |-1.3186e-15 | 0.185 | -0.28866 | 2.2939 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 114328 | 0.0001487 | 0.29514 | 0.80936 | 601.81 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 91328 | 0.00045484 | 0.29881 | 4.8301 | 900.69 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 5652 |-7.9452e-16 | 0.15181 | -0.24274 | 2.5282 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 604 | 2.094e-15 | 6.6867 | 1.0694 | 1.8062 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 150396 | 0.14993 | 19.863 | 0.026902 | 0.63094 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 11740 | 0.0012069 | 7.213 | 0.56782 | 2.2396 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 87688 | -0.10214 | 17.47 | 0.014845 | 1.4991 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 67904 | 0.20417 | 15.131 | 0.10187 | 2.6407 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 3488 |-2.0697e-15 | 6.5532 | 0.74082 | 0.78202 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 575 | -1.4257 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 575 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 575 | 1084.5 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 1541 | -1.3741 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 1541 | -4.7191 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 1541 | 2225.7 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 401190 | 0.11217 | 0.090444 | 0.98506 | 0.46434 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 266020 | 0.055452 | 0.040237 | 1.4977 | 3.0561 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 1749 | 0.7925 | 9.9136 | -0.43268 | 3.8473 | - | deuteron/dll | "deuteron DLL" | 1749 | 0.74706 | 9.9666 | -0.4854 | 4.0026 | - | electron/dll | "electron DLL" | 1749 | -4.5263 | 13.327 | -0.058942 | 1.6449 | - | kaon/dll | "kaon DLL" | 1749 | 0.23531 | 9.947 | -0.87952 | 4.0406 | - | muon/dll | "muon DLL" | 1749 | -2.673 | 7.7724 | -1.5052 | 7.7621 | - | pion/dll | "pion DLL" | 1749 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 1749 | 0.72231 | 10.208 | -0.43967 | 3.9729 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 494 | 1.4762 | 0.6434 | 0.61515 | -0.50377 | - | All/Rejected/CloneDist | "Track Clone Distance" | 494 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 494 | 0.16783 | 0.11577 | 0.45438 | -1.0846 | - | All/Rejected/P | "Track Momentum" | 494 | 4388.8 | 2712 | 14.848 | 284.49 | - | All/Rejected/Pt | "Track Transverse Momentum" | 494 | 85.65 | 101.54 | 8.6434 | 84.405 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 9773 | 1.2443 | 0.51234 | 1.2778 | 1.4533 | - | All/Selected/CloneDist | "Track Clone Distance" | 9773 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 9773 | 0.039634 | 0.075033 | 2.6788 | 6.9224 | - | All/Selected/P | "Track Momentum" | 9773 | 12060 | 12779 | 2.7262 | 9.5788 | - | All/Selected/Pt | "Track Transverse Momentum" | 9773 | 612.94 | 622.4 | 3.4622 | 19.181 | - | nRichTracks | "# Rich Tracks / Event" | 100 | 93.144 | 40.002 | 0.40736 | -0.82475 | - | nTracks | "# Tracks / Event" | 100 | 97.722 | 42.302 | 0.42768 | -0.83166 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 697381 | 0.00042545 | 0.0022843 | -0.0061332 | -0.71911 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 213002 |-0.00016959 | 0.0020995 | -0.20868 | -0.56275 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 1398145 | 0.00043044 | 0.0022777 | -0.0068747 | -0.71564 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 438052 |-0.00015117 | 0.0020915 | -0.20457 | -0.54527 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 1398145 | 3.1373 | 1.8228 | 0.0060662 | -1.1931 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 1398145 | 0.045194 | 0.008685 | -1.4216 | 1.6812 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 700764 | 0.00043533 | 0.0022712 | -0.0075382 | -0.71231 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 225050 | -0.0001338 | 0.0020837 | -0.20026 | -0.52918 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 218672 | 7.9597e-05 | 0.0012911 | -0.02747 | -0.94792 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 190492 | 8.1793e-05 | 0.0012868 | -0.023141 | -0.94491 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 215043 | 7.1949e-05 | 0.0012962 | -0.016446 | -0.95269 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 187875 | 7.296e-05 | 0.00129 | -0.012042 | -0.94817 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 433715 | 7.5788e-05 | 0.0012937 | -0.021981 | -0.95033 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 378367 | 7.7395e-05 | 0.0012884 | -0.017619 | -0.94658 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 433715 | 3.1485 | 1.8165 | -0.0080412 | -1.1943 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 433715 | 0.027028 | 0.0041851 | -1.5713 | 2.4534 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 166632 |-0.00032819 | 0.0020985 | -0.22469 | -0.62146 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 166632 |-0.00032819 | 0.0020985 | -0.22469 | -0.62146 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 332514 |-0.00032653 | 0.0020943 | -0.22365 | -0.61189 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 332514 |-0.00032653 | 0.0020943 | -0.22365 | -0.61189 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 332514 | 3.1328 | 1.8241 | 0.0061973 | -1.1975 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 332514 | 0.045259 | 0.0089575 | -1.4433 | 1.4358 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 165882 |-0.00032487 | 0.0020901 | -0.22256 | -0.60222 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 165882 |-0.00032487 | 0.0020901 | -0.22256 | -0.60222 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 94346 | 3.1256e-05 | 0.0012716 | -0.011045 | -0.91087 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 94346 | 3.1256e-05 | 0.0012716 | -0.011045 | -0.91087 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 88431 | 3.2898e-05 | 0.0012731 | 0.00010368 | -0.91582 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 88431 | 3.2898e-05 | 0.0012731 | 0.00010368 | -0.91582 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 182777 | 3.2054e-05 | 0.0012723 | -0.0056189 | -0.91326 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 182777 | 3.2054e-05 | 0.0012723 | -0.0056189 | -0.91326 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 182777 | 3.1464 | 1.8225 | -0.0038146 | -1.2082 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 182777 | 0.026871 | 0.0043588 | -1.4884 | 1.8836 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 313 | 261.81 | 161.88 | 0.049145 | -1.1553 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 7831 | 606.54 | 19.249 | -6.2308 | 86.824 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 2571 | 341.91 | 179.99 | -0.36411 | -1.1003 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 7685 | 489.24 | 133.33 | -1.6 | 2.0385 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 7124 | 450.9 | 157.78 | -1.1959 | 0.47239 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 1028 | 310.46 | 174.39 | -0.15565 | -1.183 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 178 | 121.43 | 83.798 | 0.20913 | -1.0402 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 9957 | 388.43 | 47.9 | 0.36846 | -0.74091 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 2228 | 188.96 | 98.061 | -0.36708 | -1.0266 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 8381 | 275.85 | 92.651 | -1.3655 | 0.9388 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 7187 | 259.01 | 95.835 | -1.1945 | 0.42108 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 826 | 156.1 | 94.089 | -0.037225 | -1.1873 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 296 | 24.745 | 14.429 | 0.048105 | -1.1529 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 7827 | 55.717 | 1.7683 | -6.233 | 86.625 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 2503 | 31.729 | 16.284 | -0.37224 | -1.0751 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 7670 | 44.784 | 12.377 | -1.5806 | 1.9559 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 7069 | 41.421 | 14.407 | -1.1841 | 0.44811 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 1003 | 28.634 | 15.921 | -0.15656 | -1.1968 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 169 | 11.695 | 7.8249 | 0.1794 | -1.0221 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 5372 | 33.905 | 2.2146 | 0.15053 | -0.46954 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 2149 | 18.075 | 9.0947 | -0.37573 | -0.99384 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 5253 | 30.539 | 3.2783 | -2.0032 | 7.1179 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 5145 | 28.4 | 4.8291 | -1.7692 | 4.1198 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 800 | 14.862 | 8.8342 | -0.041543 | -1.16 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 296 | 16.294 | 9.5784 | 0.10455 | -1.0403 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 7827 | 37.019 | 2.6779 | -1.1305 | 8.6166 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 2503 | 21.058 | 10.956 | -0.29631 | -1.0526 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 7670 | 29.729 | 8.5402 | -1.3613 | 1.4592 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 7069 | 27.481 | 9.7946 | -1.0404 | 0.24695 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 1003 | 18.959 | 10.693 | -0.074744 | -1.1398 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 169 | 7.8397 | 5.278 | 0.18707 | -1.0732 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 5372 | 18.999 | 5.8345 | -1.0897 | 0.40067 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 2149 | 12.096 | 6.1497 | -0.31333 | -1.0008 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 5253 | 17.802 | 5.8577 | -1.0614 | 0.13486 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 5145 | 17.014 | 5.9503 | -1.0061 | -0.019373 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 800 | 9.9271 | 5.9459 | -0.024113 | -1.1698 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 296 | 0.66052 | 0.070957 | -0.21842 | 0.2747 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 7827 | 0.66441 | 0.043405 | -0.92458 | 7.6926 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 2503 | 0.66463 | 0.064575 | -0.42683 | 1.6053 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 7670 | 0.66371 | 0.052561 | -0.64959 | 4.3968 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 7069 | 0.6639 | 0.055802 | -0.4865 | 2.8111 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 1003 | 0.66363 | 0.065557 | -0.4388 | 1.8785 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 169 | 0.66971 | 0.063258 | 0.098588 | 0.56301 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 5372 | 0.56576 | 0.18043 | -1.0898 | 0.13556 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 2149 | 0.67114 | 0.070803 | -1.095 | 6.6093 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 5253 | 0.57609 | 0.17258 | -1.1702 | 0.42198 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 5145 | 0.58619 | 0.16646 | -1.2753 | 0.80128 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 800 | 0.66724 | 0.072124 | -1.2126 | 5.949 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 19028 |-1.5934e-15 | 0.14108 | -0.30906 | 2.8395 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 736876 | 0.00015902 | 0.35872 | 0.55507 | 214.69 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 178520 |-2.5282e-16 | 0.19362 | -0.30849 | 2.8665 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 646028 | 2.9385e-05 | 0.30977 | -0.032345 | 466.47 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 573220 | 1.2538e-17 | 0.2651 | -0.37806 | 2.1602 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 68288 | 1.0485e-15 | 0.17091 | -0.27701 | 3.1728 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 9848 | 7.9366e-17 | 7.25 | 0.76222 | 0.20208 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 811020 | 0.14921 | 15.232 | 0.084219 | 2.6133 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 153200 | 0.0096413 | 7.0276 | 0.73019 | 2.8028 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 618312 | 0.16507 | 14.142 | 0.12442 | 3.2652 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 533588 | 0.062498 | 12.597 | 0.11691 | 4.2953 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 51980 | 0.00055943 | 7.0252 | 0.76071 | 1.7296 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 3625 | -1.4237 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 3625 | -4.4607 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 3625 | 1089.1 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 8057 | -1.4696 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 8057 | -4.7938 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 8057 | 2121.7 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 401190 | 0.083816 | 0.068365 | 1.0926 | 0.77708 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 266020 | 0.048756 | 0.038513 | 1.6679 | 4.0959 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 9773 | -2.2968 | 14.723 | -0.32622 | 0.95246 | - | deuteron/dll | "deuteron DLL" | 9773 | -2.4201 | 14.754 | -0.33695 | 0.94359 | - | electron/dll | "electron DLL" | 9773 | -11.441 | 13.373 | -0.42145 | 0.6981 | - | kaon/dll | "kaon DLL" | 9773 | -3.1302 | 15.186 | -0.3157 | 1.1208 | - | muon/dll | "muon DLL" | 9773 | -6.2262 | 9.8222 | -1.6266 | 3.3093 | - | pion/dll | "pion DLL" | 9773 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 9773 | -2.7188 | 14.897 | -0.35821 | 0.9324 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 173 | 1.207 | 0.49575 | 0.98444 | 1.2739 | - | All/Rejected/CloneDist | "Track Clone Distance" | 173 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 173 | 0.044657 | 0.075291 | 2.5084 | 6.0878 | - | All/Rejected/P | "Track Momentum" | 173 | 39727 | 19450 | 1.3024 | 0.88525 | - | All/Rejected/Pt | "Track Transverse Momentum" | 173 | 928.27 | 677.72 | 3.0721 | 12.836 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1267 | 1.0521 | 0.54867 | 1.2039 | 1.5181 | - | All/Selected/CloneDist | "Track Clone Distance" | 1267 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 1267 | 0.053403 | 0.071339 | 2.4222 | 5.9022 | - | All/Selected/P | "Track Momentum" | 1267 | 9627.2 | 9987.7 | 2.6818 | 8.9352 | - | All/Selected/Pt | "Track Transverse Momentum" | 1267 | 994.32 | 779.43 | 3.4885 | 17.848 | - | nRichTracks | "# Rich Tracks / Event" | 100 | 12.67 | 7.0129 | 0.79737 | 0.31193 | - | nTracks | "# Tracks / Event" | 100 | 14.4 | 7.9297 | 0.98227 | 1.0564 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 127346 |-0.00020867 | 0.002583 | 0.0057886 | -0.96538 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 75957 |-0.00052946 | 0.0024158 | -0.038921 | -0.99901 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 245356 |-0.00019912 | 0.0025949 |-0.00053173 | -0.98563 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 150852 |-0.00049253 | 0.002444 | -0.03541 | -1.0117 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 245356 | 3.1574 | 1.8098 | -0.010725 | -1.2023 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 245356 | 0.040072 | 0.011355 | -0.75637 | -0.39817 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 118010 |-0.00018825 | 0.0026083 | -0.0077499 | -1.008 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 74895 |-0.00045421 | 0.0024724 | -0.034121 | -1.0269 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 45273 |-0.00052425 | 0.0023728 | -0.062523 | -0.96248 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 45273 |-0.00052425 | 0.0023728 | -0.062523 | -0.96248 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 88070 |-0.00049741 | 0.0024191 | -0.048157 | -0.98643 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 88070 |-0.00049741 | 0.0024191 | -0.048157 | -0.98643 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 88070 | 3.2038 | 1.8079 | -0.046404 | -1.1975 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 88070 | 0.039323 | 0.011476 | -0.65316 | -0.54248 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 42797 |-0.00046833 | 0.002468 | -0.036946 | -1.016 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 42797 |-0.00046833 | 0.002468 | -0.036946 | -1.016 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 51 | 286.55 | 147.85 | 0.12704 | -0.30084 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1267 | 619.6 | 29.753 | -3.1566 | 35.825 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 432 | 362.99 | 172.49 | -0.5938 | -0.77594 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1265 | 494.31 | 123.8 | -1.1191 | 0.36629 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1191 | 435.22 | 177.5 | -0.9563 | -0.31666 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 202 | 278.56 | 180.73 | 0.045712 | -1.2575 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 51 | 25.712 | 13.847 | 0.13351 | -0.35848 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1267 | 56.917 | 2.7331 | -3.1655 | 36.062 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 424 | 33.487 | 15.652 | -0.59147 | -0.76983 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1265 | 45.143 | 11.646 | -1.1156 | 0.35317 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1184 | 39.839 | 16.43 | -0.95219 | -0.3267 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 195 | 25.865 | 16.512 | 0.024574 | -1.2586 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 51 | 16.666 | 8.9756 | 0.27426 | -0.13766 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1267 | 37.7 | 3.1066 | -0.45804 | 3.6745 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 424 | 22.185 | 10.462 | -0.53389 | -0.7405 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1265 | 29.991 | 8.0357 | -0.95849 | 0.23247 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1184 | 26.553 | 11.084 | -0.88301 | -0.36507 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 195 | 17.217 | 11.028 | 0.035321 | -1.2508 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 51 | 0.65603 | 0.06359 | -0.37385 | 0.20894 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 1267 | 0.66242 | 0.044774 | -0.22561 | -0.14982 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 424 | 0.66315 | 0.058023 | -0.15607 | 0.62554 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 1265 | 0.6641 | 0.050782 | -0.16241 | 0.17142 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 1184 | 0.66617 | 0.059794 | -1.3784 | 8.6527 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 195 | 0.66478 | 0.069619 | -0.25052 | 1.0176 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 3388 |-2.2079e-15 | 0.15864 | -0.32646 | 4.4172 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 119308 | 9.9958e-16 | 0.5312 | -0.44482 | 0.72055 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 31076 | 4.0791e-16 | 0.22518 | -0.34022 | 4.681 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 106340 | 6.6203e-16 | 0.43328 | -0.38706 | 1.1028 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 92876 | 4.7284e-16 | 0.39041 | -0.41203 | 1.7454 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 12628 |-1.4563e-16 | 0.18101 | -0.41916 | 4.675 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 923 | -1.4114 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 923 | -4.4578 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 923 | 1113.6 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 401190 | 0.11471 | 0.093813 | 0.97762 | 0.34357 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 1267 | 0.28958 | 12.954 | -0.19443 | 0.94289 | - | deuteron/dll | "deuteron DLL" | 1267 | 0.32825 | 12.947 | -0.20153 | 0.95668 | - | electron/dll | "electron DLL" | 1267 | -13.075 | 12.572 | -0.23353 | -0.011447 | - | kaon/dll | "kaon DLL" | 1267 | 0.68219 | 12.64 | -0.50228 | 1.4754 | - | muon/dll | "muon DLL" | 1267 | -3.4672 | 7.1097 | -0.94199 | 5.0893 | - | pion/dll | "pion DLL" | 1267 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 1267 | 0.54715 | 12.823 | -0.26 | 1.0674 | -ChargedProtoANN...SUCCESS 1D histograms in directory "PROTO/ChargedProtoANNPIDMoni" : 18 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Downstream/ElectronANN | "Downstream Electron ANN PID" | 2042 | 0.39887 | 0.39085 | 0.36584 | -1.5415 | - | Downstream/GhostANN | "Downstream Ghost ANN PID" | 2042 | 0.46825 | 0.38825 | 0.096792 | -1.6755 | - | Downstream/KaonANN | "Downstream Kaon ANN PID" | 2042 | 0.043376 | 0.10225 | 5.9747 | 44.9 | - | Downstream/MuonANN | "Downstream Muon ANN PID" | 2042 | 0.0027899 | 0.044732 | 18.139 | 339.07 | - | Downstream/PionANN | "Downstream Pion ANN PID" | 2042 | 0.36254 | 0.34821 | 0.64868 | -1.1009 | - | Downstream/ProtonANN | "Downstream Proton ANN PID" | 2042 | 0.093429 | 0.18772 | 3.0069 | 8.6874 | - | Long/ElectronANN | "Long Electron ANN PID" | 10267 | 0.14063 | 0.30453 | 2.0475 | 2.5091 | - | Long/GhostANN | "Long Ghost ANN PID" | 10267 | 0.26806 | 0.36203 | 1.0793 | -0.52599 | - | Long/KaonANN | "Long Kaon ANN PID" | 10267 | 0.15843 | 0.30355 | 1.9975 | 2.3735 | - | Long/MuonANN | "Long Muon ANN PID" | 10267 | 0.0004574 | 0.0012031 | 53.822 | 200.21 | - | Long/PionANN | "Long Pion ANN PID" | 10267 | 0.56947 | 0.42195 | -0.3037 | -1.7135 | - | Long/ProtonANN | "Long Proton ANN PID" | 10267 | 0.15759 | 0.27812 | 2.0347 | 2.7693 | - | Upstream/ElectronANN | "Upstream Electron ANN PID" | 1440 | 0.01012 | 0.070434 | 11.468 | 140.74 | - | Upstream/GhostANN | "Upstream Ghost ANN PID" | 1440 | 0.086275 | 0.17905 | 3.1911 | 9.9979 | - | Upstream/KaonANN | "Upstream Kaon ANN PID" | 1440 | 0.21155 | 0.24785 | 1.6049 | 1.6362 | - | Upstream/MuonANN | "Upstream Muon ANN PID" | 1440 | 0.0076653 | 0.017708 | 8.8397 | 105.43 | - | Upstream/PionANN | "Upstream Pion ANN PID" | 1440 | 0.63816 | 0.30436 | -0.72578 | -0.73428 | - | Upstream/ProtonANN | "Upstream Proton ANN PID" | 1440 | 0.15852 | 0.20482 | 1.8082 | 2.4116 | -RiCKMCResDown SUCCESS 1D histograms in directory "RICH/RiCKMCResDown" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 311875 | 0.00017212 | 0.0024104 | -0.02732 | -0.78039 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 89765 |-0.00052208 | 0.0021277 | -0.22169 | -0.83605 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 311875 | 0.00063251 | 0.0024237 | -0.10262 | -0.89438 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 40627 | 2.6851e-05 | 0.0020131 | -0.32895 | -0.41313 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 296735 | 0.00019169 | 0.0025308 | -0.043042 | -0.94923 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 80551 |-0.00062953 | 0.0022547 | -0.11482 | -1.0434 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 296735 | 0.00064239 | 0.0024813 | -0.11936 | -0.97178 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 36945 | 4.3314e-06 | 0.0020953 | -0.27698 | -0.60631 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 15140 | 3.0403e-05 | 0.0012166 | -0.10647 | 0.78723 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 9214 | 3.6857e-06 | 0.0012128 | -0.32877 | 0.77194 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 15140 | 0.0005218 | 0.0016414 | 0.32846 | 0.6549 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 3682 | 0.00017464 | 0.0013462 | -0.99788 | 2.5254 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 296735 | 3.1128 | 1.8052 | 0.028784 | -1.1798 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 15140 | 3.1058 | 1.8057 | 0.026678 | -1.1852 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 296735 | 0.044573 | 0.0090278 | -1.2057 | 0.89657 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 15140 | 0.048221 | 0.0061366 | -2.1384 | 5.3908 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 41800 | 0.00011959 | 0.0012358 | -0.051202 | -0.88617 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 29335 | 0.00012312 | 0.0012222 | -0.053723 | -0.86773 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 41800 | 0.00022227 | 0.0012762 | -0.092698 | -1.0056 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 32253 | 0.00024357 | 0.0012531 | -0.086336 | -1.002 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 37475 | 0.00014337 | 0.0013225 | -0.08865 | -1.0949 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 25586 | 0.00014978 | 0.0013141 | -0.095785 | -1.0926 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 37475 | 0.00020517 | 0.0013224 | -0.083312 | -1.1165 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 28807 | 0.00022603 | 0.0013002 | -0.07694 | -1.1185 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4325 | 8.4144e-06 | 0.00068954 | -0.04012 | 0.35602 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 3749 | 6.5364e-06 | 0.0006762 | -0.061346 | 0.39495 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4325 | 0.00033252 | 0.00091651 | 0.13873 | -0.10039 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 3446 | 0.00035015 | 0.0009098 | 0.13298 | -0.071825 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 37475 | 3.1832 | 1.8306 | -0.030284 | -1.2075 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 4325 | 3.1644 | 1.8067 | -0.0093565 | -1.2219 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 37475 | 0.027335 | 0.0039532 | -1.6757 | 3.0797 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 4325 | 0.028321 | 0.0023895 | -2.4703 | 8.9245 | -RiCKMCResDownTightSUCCESS 1D histograms in directory "RICH/RiCKMCResDownTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 311875 | 0.00017212 | 0.0024104 | -0.02732 | -0.78039 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 89765 |-0.00052208 | 0.0021277 | -0.22169 | -0.83605 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 311875 | 0.00063251 | 0.0024237 | -0.10262 | -0.89438 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 40627 | 2.6851e-05 | 0.0020131 | -0.32895 | -0.41313 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 296735 | 0.00019169 | 0.0025308 | -0.043042 | -0.94923 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 80551 |-0.00062953 | 0.0022547 | -0.11482 | -1.0434 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 296735 | 0.00064239 | 0.0024813 | -0.11936 | -0.97178 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 36945 | 4.3314e-06 | 0.0020953 | -0.27698 | -0.60631 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 15140 | 3.0403e-05 | 0.0012166 | -0.10647 | 0.78723 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 9214 | 3.6857e-06 | 0.0012128 | -0.32877 | 0.77194 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 15140 | 0.0005218 | 0.0016414 | 0.32846 | 0.6549 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 3682 | 0.00017464 | 0.0013462 | -0.99788 | 2.5254 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 296735 | 3.1128 | 1.8052 | 0.028784 | -1.1798 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 15140 | 3.1058 | 1.8057 | 0.026678 | -1.1852 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 296735 | 0.044573 | 0.0090278 | -1.2057 | 0.89657 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 15140 | 0.048221 | 0.0061366 | -2.1384 | 5.3908 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 41800 | 0.00011959 | 0.0012358 | -0.051202 | -0.88617 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 29335 | 0.00012312 | 0.0012222 | -0.053723 | -0.86773 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 41800 | 0.00022227 | 0.0012762 | -0.092698 | -1.0056 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 32253 | 0.00024357 | 0.0012531 | -0.086336 | -1.002 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 37475 | 0.00014337 | 0.0013225 | -0.08865 | -1.0949 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 25586 | 0.00014978 | 0.0013141 | -0.095785 | -1.0926 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 37475 | 0.00020517 | 0.0013224 | -0.083312 | -1.1165 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 28807 | 0.00022603 | 0.0013002 | -0.07694 | -1.1185 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4325 | 8.4144e-06 | 0.00068954 | -0.04012 | 0.35602 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 3749 | 6.5364e-06 | 0.0006762 | -0.061346 | 0.39495 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4325 | 0.00033252 | 0.00091651 | 0.13873 | -0.10039 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 3446 | 0.00035015 | 0.0009098 | 0.13298 | -0.071825 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 37475 | 3.1832 | 1.8306 | -0.030284 | -1.2075 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 4325 | 3.1644 | 1.8067 | -0.0093565 | -1.2219 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 37475 | 0.027335 | 0.0039532 | -1.6757 | 3.0797 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 4325 | 0.028321 | 0.0023895 | -2.4703 | 8.9245 | -RiCKMCResLong SUCCESS 1D histograms in directory "RICH/RiCKMCResLong" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 1591353 | 0.00032204 | 0.0022515 | 0.0012524 | -0.6359 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 550354 | -0.0002572 | 0.0020929 | -0.20726 | -0.59925 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 1398145 | 0.00043044 | 0.0022777 | -0.0068747 | -0.71564 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 438052 |-0.00015117 | 0.0020915 | -0.20457 | -0.54527 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1456616 | 0.00038682 | 0.0024489 | -0.068362 | -0.94516 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 496567 |-0.00032115 | 0.002278 | -0.12458 | -0.94068 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1263408 | 0.00052414 | 0.0024303 | -0.088844 | -0.95324 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 382265 |-0.00012768 | 0.002243 | -0.18265 | -0.8358 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 134737 | 3.6002e-05 | 0.00093413 | 0.16575 | 0.79725 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 53787 | 2.6738e-05 | 0.0008301 | 0.024929 | 0.69942 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 134737 | -3.711e-05 | 0.0011573 | -0.27802 | 2.6735 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 55787 |-0.00025721 | 0.0011808 | -1.3184 | 2.9046 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 1456616 | 3.1376 | 1.823 | 0.0058184 | -1.1933 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 134737 | 3.1345 | 1.8207 | 0.0085815 | -1.1909 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 1456616 | 0.045054 | 0.0088762 | -1.375 | 1.4873 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 134737 | 0.046611 | 0.0062632 | -1.868 | 4.0549 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 491566 | 7.7582e-05 | 0.001265 | -0.019981 | -0.88642 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 369915 | 7.667e-05 | 0.0012639 | -0.015493 | -0.88302 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 433715 | 7.5788e-05 | 0.0012937 | -0.021981 | -0.95033 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 378367 | 7.7395e-05 | 0.0012884 | -0.017619 | -0.94658 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 438969 | 9.5034e-05 | 0.0013765 | -0.049037 | -1.1605 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 325409 | 9.43e-05 | 0.0013757 | -0.045304 | -1.1602 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 381118 | 9.8591e-05 | 0.0013845 | -0.051865 | -1.1682 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 331436 | 0.00010265 | 0.0013786 | -0.050946 | -1.1663 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 52597 | 7.6814e-06 | 0.00064379 |-0.00093282 | 0.77853 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 44506 | 5.0532e-06 | 0.00062622 | -0.0048658 | 0.79788 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 52597 |-2.9253e-05 | 0.00073484 | -0.16504 | 0.95037 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 46931 |-4.0318e-05 | 0.00072219 | -0.20312 | 1.0651 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 438969 | 3.149 | 1.8178 | -0.0087527 | -1.1935 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 52597 | 3.145 | 1.8062 | -0.0024803 | -1.201 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 438969 | 0.026922 | 0.0043581 | -1.4744 | 1.9993 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 52597 | 0.02785 | 0.0023181 | -2.3599 | 8.5125 | -RiCKMCResLongTightSUCCESS 1D histograms in directory "RICH/RiCKMCResLongTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 1591353 | 0.00032204 | 0.0022515 | 0.0012524 | -0.6359 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 550354 | -0.0002572 | 0.0020929 | -0.20726 | -0.59925 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 1398145 | 0.00043044 | 0.0022777 | -0.0068747 | -0.71564 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 438052 |-0.00015117 | 0.0020915 | -0.20457 | -0.54527 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1456616 | 0.00038682 | 0.0024489 | -0.068362 | -0.94516 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 496567 |-0.00032115 | 0.002278 | -0.12458 | -0.94068 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1263408 | 0.00052414 | 0.0024303 | -0.088844 | -0.95324 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 382265 |-0.00012768 | 0.002243 | -0.18265 | -0.8358 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 134737 | 3.6002e-05 | 0.00093413 | 0.16575 | 0.79725 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 53787 | 2.6738e-05 | 0.0008301 | 0.024929 | 0.69942 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 134737 | -3.711e-05 | 0.0011573 | -0.27802 | 2.6735 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 55787 |-0.00025721 | 0.0011808 | -1.3184 | 2.9046 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 1456616 | 3.1376 | 1.823 | 0.0058184 | -1.1933 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 134737 | 3.1345 | 1.8207 | 0.0085815 | -1.1909 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 1456616 | 0.045054 | 0.0088762 | -1.375 | 1.4873 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 134737 | 0.046611 | 0.0062632 | -1.868 | 4.0549 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 491566 | 7.7582e-05 | 0.001265 | -0.019981 | -0.88642 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 369915 | 7.667e-05 | 0.0012639 | -0.015493 | -0.88302 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 433715 | 7.5788e-05 | 0.0012937 | -0.021981 | -0.95033 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 378367 | 7.7395e-05 | 0.0012884 | -0.017619 | -0.94658 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 438969 | 9.5034e-05 | 0.0013765 | -0.049037 | -1.1605 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 325409 | 9.43e-05 | 0.0013757 | -0.045304 | -1.1602 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 381118 | 9.8591e-05 | 0.0013845 | -0.051865 | -1.1682 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 331436 | 0.00010265 | 0.0013786 | -0.050946 | -1.1663 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 52597 | 7.6814e-06 | 0.00064379 |-0.00093282 | 0.77853 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 44506 | 5.0532e-06 | 0.00062622 | -0.0048658 | 0.79788 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 52597 |-2.9253e-05 | 0.00073484 | -0.16504 | 0.95037 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 46931 |-4.0318e-05 | 0.00072219 | -0.20312 | 1.0651 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 438969 | 3.149 | 1.8178 | -0.0087527 | -1.1935 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 52597 | 3.145 | 1.8062 | -0.0024803 | -1.201 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 438969 | 0.026922 | 0.0043581 | -1.4744 | 1.9993 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 52597 | 0.02785 | 0.0023181 | -2.3599 | 8.5125 | -RiCKMCResUp SUCCESS 1D histograms in directory "RICH/RiCKMCResUp" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 245356 |-0.00014024 | 0.0025925 | -0.0078472 | -0.95715 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 109560 |-0.00047649 | 0.0023988 | -0.05103 | -0.94616 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 245356 |-0.00019912 | 0.0025949 |-0.00053173 | -0.98563 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 150852 |-0.00049253 | 0.002444 | -0.03541 | -1.0117 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 228583 |-0.00014892 | 0.0027415 | -0.0025359 | -1.1429 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 103583 |-0.00053245 | 0.002561 | 0.010628 | -1.1673 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 228583 | -0.0001988 | 0.0027052 | 0.0029959 | -1.1285 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 143632 |-0.00051115 | 0.0025514 |-0.00017277 | -1.1557 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16773 |-0.00010051 | 0.0017556 | 0.00091484 | 0.6303 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 5977 |-0.00014749 | 0.00094825 | -0.4028 | 1.5985 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16773 |-0.00020096 | 0.0018115 | -0.073481 | 0.60472 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 7220 |-0.00034445 | 0.0012971 | -1.1293 | 2.1992 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 228583 | 3.1581 | 1.81 | -0.011054 | -1.2023 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 16773 | 3.1482 | 1.808 | -0.0062646 | -1.2011 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 228583 | 0.039665 | 0.011505 | -0.69411 | -0.50446 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 16773 | 0.04552 | 0.0071435 | -1.6815 | 2.9586 | -RiCKMCResUpTight SUCCESS 1D histograms in directory "RICH/RiCKMCResUpTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 245356 |-0.00014024 | 0.0025925 | -0.0078472 | -0.95715 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 109560 |-0.00047649 | 0.0023988 | -0.05103 | -0.94616 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 245356 |-0.00019912 | 0.0025949 |-0.00053173 | -0.98563 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 150852 |-0.00049253 | 0.002444 | -0.03541 | -1.0117 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 228583 |-0.00014892 | 0.0027415 | -0.0025359 | -1.1429 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 103583 |-0.00053245 | 0.002561 | 0.010628 | -1.1673 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 228583 | -0.0001988 | 0.0027052 | 0.0029959 | -1.1285 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 143632 |-0.00051115 | 0.0025514 |-0.00017277 | -1.1557 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16773 |-0.00010051 | 0.0017556 | 0.00091484 | 0.6303 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 5977 |-0.00014749 | 0.00094825 | -0.4028 | 1.5985 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16773 |-0.00020096 | 0.0018115 | -0.073481 | 0.60472 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 7220 |-0.00034445 | 0.0012971 | -1.1293 | 2.1992 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 228583 | 3.1581 | 1.81 | -0.011054 | -1.2023 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 16773 | 3.1482 | 1.808 | -0.0062646 | -1.2011 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 228583 | 0.039665 | 0.011505 | -0.69411 | -0.50446 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 16773 | 0.04552 | 0.0071435 | -1.6815 | 2.9586 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 2042 | 1.5136 | 0.6592 | 0.20664 | 1.6747 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 2042 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 2042 | 0.087786 | 0.11038 | 4.142 | 6.5556 | - | All/effVP | "RICH Track Sel. Eff. V P" | 2042 | 7282.5 | 8646.5 | 174.11 | 1363.3 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 2042 | 439.41 | 432 | 93.89 | 587.1 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 16 | 53239 | 16096 | 3.3172 | 5.677 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1515 | 6468.8 | 7218.3 | 133.77 | 1202.8 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 262 | 17843 | 11350 | 26.137 | 136.69 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1463 | 6636.6 | 7289.4 | 136.81 | 1217.3 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1221 | 7506.1 | 7687 | 114.06 | 956.69 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 96 | 27629 | 13847 | 11.903 | 45.679 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 12 | 73843 | 11842 | 1.9548 | 0.6748 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 1966 | 7428.5 | 8751.3 | 108.75 | 793.06 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 178 | 28984 | 15498 | 9.4712 | 28.284 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 1357 | 9611 | 9773.5 | 77.432 | 494.07 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 1037 | 11386 | 10566 | 57.909 | 334.95 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 53 | 48209 | 16115 | 3.4003 | 5.4345 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 16 | 53239 | 16096 | 3.3899 | 5.8403 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1514 | 6470.1 | 7220.5 | 133.63 | 1201.2 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 256 | 18050 | 11401 | 25.595 | 133 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1455 | 6660.6 | 7301.9 | 136.09 | 1208.6 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1206 | 7565.9 | 7715.6 | 112.58 | 940.35 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 93 | 27965 | 13940 | 11.549 | 43.79 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 11 | 75193 | 11586 | 1.7367 | 0.20385 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 659 | 14610 | 12090 | 29.727 | 143.77 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 173 | 29359 | 15562 | 9.1762 | 27.054 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 625 | 15068 | 12248 | 29.249 | 138.89 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 608 | 15316 | 12326 | 29.363 | 138.18 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 53 | 48209 | 16115 | 3.4483 | 5.5368 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 16 | 53239 | 16096 | 3.0098 | 4.7852 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1514 | 6470.1 | 7220.5 | 130.08 | 1162.6 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 256 | 18050 | 11401 | 24.903 | 128.81 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1455 | 6660.6 | 7301.9 | 132.4 | 1169.2 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1206 | 7565.9 | 7715.6 | 109.56 | 910.01 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 93 | 27965 | 13940 | 11.121 | 41.624 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 11 | 75193 | 11586 | 1.6232 | -0.012835 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 659 | 14610 | 12090 | 31.87 | 153.91 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 173 | 29359 | 15562 | 9.2282 | 27.079 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 625 | 15068 | 12248 | 30.7 | 145.54 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 608 | 15316 | 12326 | 30.394 | 142.78 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 53 | 48209 | 16115 | 3.4652 | 5.5045 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1060 | -0.0034124 | 1.814 | -193.8 | -593.69 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 143696 | 0.001356 | 1.814 | -480.01 | -921.24 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 17832 | -0.000342 | 1.8139 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 114328 | 0.001007 | 1.814 | -137.57 | -192.33 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 91328 | 0.001008 | 1.814 | -88.655 | -136.12 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 5652 | -0.007668 | 1.8136 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 4543 | 1.1204 | 1.025 | 1.4403 | 1.525 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 4543 | 0.045116 | 0.0092872 | -6.6422 | 16.134 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 604 | 0.032994 | 1.8124 | 17.247 | -18.619 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 150396 | 0.11408 | 1.9898 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 11740 | -0.011625 | 1.8248 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 87688 | 0.084976 | 1.9099 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 67904 | 0.062558 | 1.8965 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 3488 | 0.0050604 | 1.8132 | -4217.5 | 922.34 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 4548 | 0.91139 | 0.97137 | 9.0924 | 29.033 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 4548 | 0.027284 | 0.0035726 | -15.964 | 55.591 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 10267 | 1.2555 | 0.52177 | 4.684 | 13.16 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 10267 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 10267 | 0.043195 | 0.079308 | 18.962 | 64.671 | - | All/effVP | "RICH Track Sel. Eff. V P" | 10267 | 11690 | 12589 | 77.443 | 431.71 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 10267 | 621.85 | 623.24 | 273.49 | 2453.6 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 313 | 51002 | 15537 | 6.4694 | 13.394 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 7831 | 9625.9 | 10741 | 114.19 | 743.95 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 2571 | 19824 | 13792 | 39.537 | 176.36 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 7685 | 9776.7 | 10786 | 115.61 | 748.81 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 7124 | 10370 | 10987 | 107.88 | 681.32 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 1028 | 31429 | 15738 | 16.612 | 53.895 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 178 | 74270 | 11170 | 2.88 | 2.5246 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 9957 | 11896 | 12699 | 66.173 | 359.25 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 2228 | 30364 | 15650 | 19.097 | 64.421 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 8381 | 13645 | 13130 | 59.241 | 304.48 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 7187 | 15274 | 13514 | 51.58 | 252.3 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 826 | 46409 | 15747 | 8.811 | 21.017 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 296 | 51997 | 15434 | 6.1338 | 12.358 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 7827 | 9629.9 | 10742 | 114.13 | 743.42 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 2503 | 20119 | 13861 | 38.438 | 169.88 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 7670 | 9792.1 | 10791 | 115.44 | 747.22 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 7069 | 10431 | 11007 | 107.03 | 674.19 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 1003 | 31788 | 15769 | 16.23 | 52.2 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 169 | 75193 | 10914 | 2.7248 | 2.1809 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 5372 | 18325 | 14354 | 34.733 | 153.26 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 2149 | 30836 | 15721 | 18.396 | 61.226 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 5253 | 18605 | 14394 | 35.43 | 155.34 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 5145 | 18872 | 14425 | 35.614 | 155.27 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 800 | 46939 | 15735 | 8.5431 | 20.084 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 296 | 51997 | 15434 | 6.0461 | 12.08 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 7827 | 9629.9 | 10742 | 113.77 | 740.46 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 2503 | 20119 | 13861 | 38.357 | 169.36 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 7670 | 9792.1 | 10791 | 115.07 | 744.22 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 7069 | 10431 | 11007 | 106.69 | 671.5 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 1003 | 31788 | 15769 | 16.225 | 52.114 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 169 | 75193 | 10914 | 2.6904 | 2.09 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 5372 | 18325 | 14354 | 36.105 | 159.09 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 2149 | 30836 | 15721 | 18.222 | 60.56 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 5253 | 18605 | 14394 | 36.079 | 157.98 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 5145 | 18872 | 14425 | 35.921 | 156.41 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 800 | 46939 | 15735 | 8.4481 | 19.801 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 19028 | -0.0017729 | 1.814 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 736876 | 0.0013824 | 1.8142 | -248.66 | 217.96 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 178520 | 0.00045432 | 1.814 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 646028 | 0.00015534 | 1.8137 | -341.53 | -48.311 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 573220 |-0.00019472 | 1.8139 | -342.48 | -565.21 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 68288 | 0.0012006 | 1.814 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 26373 | 1.3199 | 1.168 | 0.9268 | 0.50625 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 26373 | 0.046146 | 0.0086005 | -9.4892 | 27.22 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 9848 | 0.00033317 | 1.8184 | 0 | -3 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 811020 | 0.048805 | 1.9285 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 153200 | 0.0021154 | 1.8157 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 618312 | 0.026818 | 1.8887 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 533588 | 0.015191 | 1.8659 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 51980 | 0.00094885 | 1.8141 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 28505 | 1.1602 | 1.1072 | 2.1961 | 3.5469 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 28505 | 0.027464 | 0.003594 | -13.77 | 46.03 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 1440 | 1.0707 | 0.54492 | 6.7885 | 18.954 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 1440 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 1440 | 0.052414 | 0.07185 | 23.643 | 88.381 | - | All/effVP | "RICH Track Sel. Eff. V P" | 1440 | 12943 | 14807 | 8.2277 | 23.045 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 1440 | 986.46 | 768.33 | 99.319 | 674.86 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 51 | 48496 | 9085 | 3.7762 | 8.1306 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1267 | 9627.2 | 9987.7 | 32.147 | 148.37 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 432 | 19720 | 11646 | 12.741 | 41.645 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1265 | 9639.7 | 9990.7 | 33.85 | 156.27 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1191 | 10094 | 10126 | 32.213 | 145.6 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 202 | 28347 | 12307 | 6.7832 | 16.897 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 51 | 48496 | 9085 | 3.9014 | 8.3913 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1267 | 9627.2 | 9987.7 | 32.147 | 148.37 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 424 | 19926 | 11662 | 12.52 | 40.684 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1265 | 9639.7 | 9990.7 | 33.877 | 156.39 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1184 | 10139 | 10140 | 32.022 | 144.44 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 195 | 28765 | 12339 | 6.5179 | 15.956 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 51 | 48496 | 9085 | 3.7299 | 7.8645 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1267 | 9627.2 | 9987.7 | 32.578 | 151.54 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 424 | 19926 | 11662 | 12.786 | 42.062 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1265 | 9639.7 | 9990.7 | 34.343 | 159.78 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1184 | 10139 | 10140 | 32.448 | 147.51 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 195 | 28765 | 12339 | 6.7437 | 16.858 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 3388 | -0.0031837 | 1.8137 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 119308 |-0.00027036 | 1.8147 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 31076 | -0.0019996 | 1.814 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 106340 |-0.00060677 | 1.8145 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 92876 | -0.0006637 | 1.8144 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 12628 | 0.00037221 | 1.814 | -167.72 | -1373.1 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 4386 | 1.3543 | 1.1858 | 2.2843 | 4.8689 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 4386 | 0.045676 | 0.0089643 | -7.7058 | 20.195 | -RiCKMCResDown SUCCESS 1D profile histograms in directory "RICH/RiCKMCResDown" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 15140 | 8609.9 | 9098.8 | -113.16 | -1067 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 1515 | 6468.8 | 7218.3 | 570.48 | 5754 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 1515 | 6468.8 | 7218.3 | 142.94 | 1323.8 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 1515 | 6468.8 | 7218.3 | 195.68 | 1820.6 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 1515 | 6468.8 | 7218.3 | 151.06 | 1399.3 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 1515 | 6468.8 | 7218.3 | 154.63 | 1432.5 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 1515 | 6468.8 | 7218.3 | 271.3 | 2558.5 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 4325 | 19871 | 15260 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1966 | 7428.5 | 8751.3 | 654.35 | 5858.5 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1966 | 7428.5 | 8751.3 | 137.46 | 1046.9 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1966 | 7428.5 | 8751.3 | 190.33 | 1462.4 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1966 | 7428.5 | 8751.3 | 140.02 | 1066.8 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1966 | 7428.5 | 8751.3 | 141.87 | 1081.2 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1966 | 7428.5 | 8751.3 | 295.65 | 2340 | -RiCKMCResDownTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResDownTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 15140 | 8609.9 | 9098.8 | -113.16 | -1067 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 1515 | 6468.8 | 7218.3 | 570.48 | 5754 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 1515 | 6468.8 | 7218.3 | 142.94 | 1323.8 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 1515 | 6468.8 | 7218.3 | 195.68 | 1820.6 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 1515 | 6468.8 | 7218.3 | 151.06 | 1399.3 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 1515 | 6468.8 | 7218.3 | 154.63 | 1432.5 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 1515 | 6468.8 | 7218.3 | 271.3 | 2558.5 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 4325 | 19871 | 15260 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1966 | 7428.5 | 8751.3 | 654.35 | 5858.5 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1966 | 7428.5 | 8751.3 | 137.46 | 1046.9 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1966 | 7428.5 | 8751.3 | 190.33 | 1462.4 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1966 | 7428.5 | 8751.3 | 140.02 | 1066.8 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1966 | 7428.5 | 8751.3 | 141.87 | 1081.2 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1966 | 7428.5 | 8751.3 | 295.65 | 2340 | -RiMCTkResDown SUCCESS 1D profile histograms in directory "RICH/RiMCTkResDown" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 295 | 6174.8 | 4541.6 | 27.462 | 98.617 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 295 | 6174.8 | 4541.6 | 0 | -3 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 34 | 10038 | 7057.9 | 5.0816 | 9.2512 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 34 | 10038 | 7057.9 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 20 | 3979.8 | 2088.4 | 7.2009 | 14.476 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 20 | 3979.8 | 2088.4 | 0 | -3 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 437 | 7802.7 | 8705.5 | 116.7 | 821.13 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 437 | 7802.7 | 8705.5 | 0 | -3 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 139 | 11667 | 12357 | 55.861 | 345.73 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 139 | 11667 | 12357 | 0 | -3 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 352 | 6667.7 | 4928.8 | 28.635 | 109.08 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 352 | 6667.7 | 4928.8 | 0 | -3 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 41 | 12689 | 12593 | 16.801 | 59.416 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 41 | 12689 | 12593 | 0 | -3 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 22 | 5283.7 | 4264.9 | 10.432 | 26.46 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 22 | 5283.7 | 4264.9 | 0 | -3 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 511 | 8883.3 | 10057 | 90.346 | 544.92 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 511 | 8883.3 | 10057 | 0 | -3 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 143 | 14085 | 15041 | 29.449 | 132.84 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 143 | 14085 | 15041 | 0 | -3 | -RiCKMCResLong SUCCESS 1D profile histograms in directory "RICH/RiCKMCResLong" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 134737 | 12536 | 12685 | -1.6307 | 30.154 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 7831 | 9688.4 | 11019 | 247.54 | 1779.4 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 7831 | 9688.4 | 11019 | 141.56 | 994.98 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 7831 | 9688.4 | 11019 | 163.23 | 1148.9 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 7831 | 9688.4 | 11019 | 145.19 | 1020.6 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 7831 | 9688.4 | 11019 | 146.8 | 1031.9 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 7831 | 9688.4 | 11019 | 186.48 | 1317 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 52597 | 24239 | 17633 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 9957 | 12068 | 13318 | 227.95 | 1472.4 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 9957 | 12068 | 13318 | 96.603 | 581.31 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 9957 | 12068 | 13318 | 114.8 | 693.22 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 9957 | 12068 | 13318 | 97.55 | 587.1 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 9957 | 12068 | 13318 | 98.282 | 591.58 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 9957 | 12068 | 13318 | 142.64 | 869.8 | -RiCKMCResLongTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResLongTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 134737 | 12536 | 12685 | -1.6307 | 30.154 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 7831 | 9688.4 | 11019 | 247.54 | 1779.4 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 7831 | 9688.4 | 11019 | 141.56 | 994.98 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 7831 | 9688.4 | 11019 | 163.23 | 1148.9 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 7831 | 9688.4 | 11019 | 145.19 | 1020.6 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 7831 | 9688.4 | 11019 | 146.8 | 1031.9 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 7831 | 9688.4 | 11019 | 186.48 | 1317 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 52597 | 24239 | 17633 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 9957 | 12068 | 13318 | 227.95 | 1472.4 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 9957 | 12068 | 13318 | 96.603 | 581.31 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 9957 | 12068 | 13318 | 114.8 | 693.22 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 9957 | 12068 | 13318 | 97.55 | 587.1 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 9957 | 12068 | 13318 | 98.282 | 591.58 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 9957 | 12068 | 13318 | 142.64 | 869.8 | -RiMCTkResLong SUCCESS 1D profile histograms in directory "RICH/RiMCTkResLong" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 21 | 9963.5 | 14442 | 29.611 | 143.17 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 21 | 9963.5 | 14442 | 63.853 | 314.74 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 1066 | 8101.4 | 8978.6 | 79.543 | 415.21 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 1066 | 8101.4 | 8978.6 | 138.72 | 915.2 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 1026 | 15387 | 15719 | 43.495 | 191.78 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 1026 | 15387 | 15719 | 73.2 | 297.25 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 74 | 6807.1 | 4189.4 | 33.261 | 160.51 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 74 | 6807.1 | 4189.4 | 7.458 | 15.657 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 5022 | 9239.9 | 9821.2 | 281.89 | 2274.1 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 5022 | 9239.9 | 9821.2 | 232.4 | 1559.8 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 671 | 13394 | 14131 | 52.003 | 272.37 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 671 | 13394 | 14131 | 43.83 | 182.97 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 26 | 10963 | 13884 | 24.19 | 119.06 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 26 | 10963 | 13884 | 51.167 | 257.81 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 1327 | 10022 | 11673 | 199.67 | 1516.9 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 1327 | 10022 | 11673 | 123.68 | 824 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 1203 | 17658 | 16859 | 40.329 | 170.74 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 1203 | 17658 | 16859 | 62.232 | 241.33 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 82 | 9067.4 | 11548 | 66.143 | 388.19 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 82 | 9067.4 | 11548 | 8.8436 | 43.908 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 6153 | 11943 | 12638 | 163.41 | 1071.8 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 6153 | 11943 | 12638 | 300.82 | 2193.8 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 773 | 16848 | 18382 | 35.812 | 151.18 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 773 | 16848 | 18382 | 103.41 | 524.6 | -RiCKMCResUp SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 16773 | 12626 | 11930 | -37.451 | -178.12 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 1267 | 9703.3 | 10343 | 138.69 | 927.85 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 1267 | 9703.3 | 10343 | 46.461 | 284.65 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 1267 | 9703.3 | 10343 | 59.455 | 366.19 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 1267 | 9703.3 | 10343 | 48.406 | 296.63 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 1267 | 9703.3 | 10343 | 49.438 | 303.01 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 1267 | 9703.3 | 10343 | 75.992 | 474.02 | -RiCKMCResUpTight SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUpTight" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 16773 | 12626 | 11930 | -37.451 | -178.12 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 1267 | 9703.3 | 10343 | 138.69 | 927.85 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 1267 | 9703.3 | 10343 | 46.461 | 284.65 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 1267 | 9703.3 | 10343 | 59.455 | 366.19 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 1267 | 9703.3 | 10343 | 48.406 | 296.63 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 1267 | 9703.3 | 10343 | 49.438 | 303.01 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 1267 | 9703.3 | 10343 | 75.992 | 474.02 | -RiMCTkResUp SUCCESS 1D profile histograms in directory "RICH/RiMCTkResUp" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 21 | 10437 | 7650.4 | 4.1293 | 6.8185 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 21 | 10437 | 7650.4 | 0 | -3 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 266 | 10090 | 10777 | 62.037 | 317.87 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 266 | 10090 | 10777 | 57.225 | 425.1 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 5 | 9688.5 | 7689.1 | 3.0892 | 2.8878 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 5 | 9688.5 | 7689.1 | 8.5495 | 12.285 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 739 | 8801.8 | 10018 | 80.042 | 587.03 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 739 | 8801.8 | 10018 | 489.04 | 4533.6 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 137 | 11436 | 10339 | 15.294 | 49.912 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 137 | 11436 | 10339 | 0 | -3 | diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-baseline.ref.x86_64+avx2+fma-opt b/Rec/Brunel/tests/refs/brunel-upgrade-baseline.ref.x86_64+avx2+fma-opt deleted file mode 120000 index 7f0f1401e5ea5020f079198bae6c92a67ea85d41..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-baseline.ref.x86_64+avx2+fma-opt +++ /dev/null @@ -1 +0,0 @@ -./brunel-upgrade-baseline.ref.x86_64_v3-opt \ No newline at end of file diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-baseline.ref.x86_64_v3-opt b/Rec/Brunel/tests/refs/brunel-upgrade-baseline.ref.x86_64_v3-opt deleted file mode 100644 index cb36ed82bafc0330f9ffee1a21cfd3524fd43278..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-baseline.ref.x86_64_v3-opt +++ /dev/null @@ -1,2264 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process all events on input file(s) -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 61 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -ProtoElectronMon INFO Will only look at track type(s) = ['Long', 'Downstream'] -FilterForBestMC... INFO CUT: ' (~TrINVALID) ' -FilterForBestLo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==3) ) ' -FilterForBestLo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==3) ) & (TrGHOSTPROB<0.5) ) ' -FilterForBestDo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==5) ) ' -FilterForBestDo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==5) ) & (TrGHOSTPROB<0.5) ) ' -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel.dst' SVC='RootCnvSvc' OPT='REC' -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel.dst' SVC='FileRecordCnvSvc' OPT='REC' -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 1, Run 1, Nr. in job = 1 -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=ghost -BrunelInit INFO Evt 2, Run 1, Nr. in job = 2 -BrunelInit INFO Evt 3, Run 1, Nr. in job = 3 -BrunelInit INFO Evt 4, Run 1, Nr. in job = 4 -BrunelInit INFO Evt 5, Run 1, Nr. in job = 5 -BrunelInit INFO Evt 6, Run 1, Nr. in job = 6 -BrunelInit INFO Evt 7, Run 1, Nr. in job = 7 -BrunelInit INFO Evt 8, Run 1, Nr. in job = 8 -BrunelInit INFO Evt 9, Run 1, Nr. in job = 9 -BrunelInit INFO Evt 10, Run 1, Nr. in job = 10 -BrunelInit INFO Evt 11, Run 1, Nr. in job = 11 -BrunelInit INFO Evt 12, Run 1, Nr. in job = 12 -BrunelInit INFO Evt 13, Run 1, Nr. in job = 13 -BrunelInit INFO Evt 14, Run 1, Nr. in job = 14 -BrunelInit INFO Evt 15, Run 1, Nr. in job = 15 -BrunelInit INFO Evt 16, Run 1, Nr. in job = 16 -BrunelInit INFO Evt 17, Run 1, Nr. in job = 17 -BrunelInit INFO Evt 18, Run 1, Nr. in job = 18 -BrunelInit INFO Evt 19, Run 1, Nr. in job = 19 -BrunelInit INFO Evt 20, Run 1, Nr. in job = 20 -BrunelInit INFO Evt 21, Run 1, Nr. in job = 21 -BrunelInit INFO Evt 22, Run 1, Nr. in job = 22 -BrunelInit INFO Evt 23, Run 1, Nr. in job = 23 -BrunelInit INFO Evt 24, Run 1, Nr. in job = 24 -BrunelInit INFO Evt 25, Run 1, Nr. in job = 25 -BrunelInit INFO Evt 26, Run 1, Nr. in job = 26 -BrunelInit INFO Evt 27, Run 1, Nr. in job = 27 -BrunelInit INFO Evt 28, Run 1, Nr. in job = 28 -BrunelInit INFO Evt 29, Run 1, Nr. in job = 29 -BrunelInit INFO Evt 30, Run 1, Nr. in job = 30 -BrunelInit INFO Evt 31, Run 1, Nr. in job = 31 -BrunelInit INFO Evt 32, Run 1, Nr. in job = 32 -BrunelInit INFO Evt 33, Run 1, Nr. in job = 33 -BrunelInit INFO Evt 34, Run 1, Nr. in job = 34 -BrunelInit INFO Evt 35, Run 1, Nr. in job = 35 -BrunelInit INFO Evt 36, Run 1, Nr. in job = 36 -BrunelInit INFO Evt 37, Run 1, Nr. in job = 37 -BrunelInit INFO Evt 38, Run 1, Nr. in job = 38 -BrunelInit INFO Evt 39, Run 1, Nr. in job = 39 -BrunelInit INFO Evt 40, Run 1, Nr. in job = 40 -BrunelInit INFO Evt 41, Run 1, Nr. in job = 41 -BrunelInit INFO Evt 42, Run 1, Nr. in job = 42 -BrunelInit INFO Evt 43, Run 1, Nr. in job = 43 -BrunelInit INFO Evt 44, Run 1, Nr. in job = 44 -BrunelInit INFO Evt 45, Run 1, Nr. in job = 45 -BrunelInit INFO Evt 46, Run 1, Nr. in job = 46 -BrunelInit INFO Evt 47, Run 1, Nr. in job = 47 -BrunelInit INFO Evt 48, Run 1, Nr. in job = 48 -BrunelInit INFO Evt 49, Run 1, Nr. in job = 49 -BrunelInit INFO Evt 50, Run 1, Nr. in job = 50 -BrunelInit INFO Evt 51, Run 1, Nr. in job = 51 -BrunelInit INFO Evt 52, Run 1, Nr. in job = 52 -BrunelInit INFO Evt 53, Run 1, Nr. in job = 53 -BrunelInit INFO Evt 54, Run 1, Nr. in job = 54 -BrunelInit INFO Evt 55, Run 1, Nr. in job = 55 -BrunelInit INFO Evt 56, Run 1, Nr. in job = 56 -BrunelInit INFO Evt 57, Run 1, Nr. in job = 57 -BrunelInit INFO Evt 58, Run 1, Nr. in job = 58 -BrunelInit INFO Evt 59, Run 1, Nr. in job = 59 -BrunelInit INFO Evt 60, Run 1, Nr. in job = 60 -BrunelInit INFO Evt 61, Run 1, Nr. in job = 61 -BrunelInit INFO Evt 62, Run 1, Nr. in job = 62 -BrunelInit INFO Evt 63, Run 1, Nr. in job = 63 -BrunelInit INFO Evt 64, Run 1, Nr. in job = 64 -BrunelInit INFO Evt 65, Run 1, Nr. in job = 65 -BrunelInit INFO Evt 66, Run 1, Nr. in job = 66 -BrunelInit INFO Evt 67, Run 1, Nr. in job = 67 -BrunelInit INFO Evt 68, Run 1, Nr. in job = 68 -BrunelInit INFO Evt 69, Run 1, Nr. in job = 69 -BrunelInit INFO Evt 70, Run 1, Nr. in job = 70 -BrunelInit INFO Evt 71, Run 1, Nr. in job = 71 -BrunelInit INFO Evt 72, Run 1, Nr. in job = 72 -BrunelInit INFO Evt 73, Run 1, Nr. in job = 73 -BrunelInit INFO Evt 74, Run 1, Nr. in job = 74 -BrunelInit INFO Evt 75, Run 1, Nr. in job = 75 -BrunelInit INFO Evt 76, Run 1, Nr. in job = 76 -BrunelInit INFO Evt 77, Run 1, Nr. in job = 77 -BrunelInit INFO Evt 78, Run 1, Nr. in job = 78 -BrunelInit INFO Evt 79, Run 1, Nr. in job = 79 -BrunelInit INFO Evt 80, Run 1, Nr. in job = 80 -BrunelInit INFO Evt 81, Run 1, Nr. in job = 81 -BrunelInit INFO Evt 82, Run 1, Nr. in job = 82 -BrunelInit INFO Evt 83, Run 1, Nr. in job = 83 -BrunelInit INFO Evt 84, Run 1, Nr. in job = 84 -BrunelInit INFO Evt 85, Run 1, Nr. in job = 85 -BrunelInit INFO Evt 86, Run 1, Nr. in job = 86 -BrunelInit INFO Evt 87, Run 1, Nr. in job = 87 -BrunelInit INFO Evt 88, Run 1, Nr. in job = 88 -BrunelInit INFO Evt 89, Run 1, Nr. in job = 89 -BrunelInit INFO Evt 90, Run 1, Nr. in job = 90 -BrunelInit INFO Evt 91, Run 1, Nr. in job = 91 -BrunelInit INFO Evt 92, Run 1, Nr. in job = 92 -BrunelInit INFO Evt 93, Run 1, Nr. in job = 93 -BrunelInit INFO Evt 94, Run 1, Nr. in job = 94 -BrunelInit INFO Evt 95, Run 1, Nr. in job = 95 -BrunelInit INFO Evt 96, Run 1, Nr. in job = 96 -BrunelInit INFO Evt 97, Run 1, Nr. in job = 97 -BrunelInit INFO Evt 98, Run 1, Nr. in job = 98 -BrunelInit INFO Evt 99, Run 1, Nr. in job = 99 -BrunelInit INFO Evt 100, Run 1, Nr. in job = 100 -EventLoopMgr INFO No more events in event selection -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 100 events processed -BrunelInit SUCCESS ================================================================== -FutureEcalClust INFO Built <219.3> cellular automaton clusters/event with <3.78> iterations (min,max)=(3,6) on average -RecSummary SUCCESS #WARNINGS = 100 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO MuonID Rates for Downstream Tracks -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuonLoose = 1.0 : 32.716 +- 1.253 -MuonPIDMonitorDown INFO IsMuoLoose MuonProb < 0.9 : 8.838 +- 0.758 -MuonPIDMonitorDown INFO IsMuoLoose DLL > 1.4 : 5.702 +- 0.619 -MuonPIDMonitorDown INFO IsMuonLoose NShared < 1.0 : 4.419 +- 0.549 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuon = 1.0 : 21.525 +- 1.097 -MuonPIDMonitorDown INFO IsMuon MuonProb < 0.9 : 6.700 +- 0.667 -MuonPIDMonitorDown INFO IsMuon DLL > 1.4 : 3.706 +- 0.504 -MuonPIDMonitorDown INFO IsMuon NShared < 1.0 : 2.780 +- 0.439 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 2047 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 1403 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 459 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 302 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO MuonID Rates for Long Tracks -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuonLoose = 1.0 : 26.888 +- 0.486 -MuonPIDMonitorLong INFO IsMuoLoose MuonProb < 0.9 : 7.526 +- 0.289 -MuonPIDMonitorLong INFO IsMuoLoose DLL > 1.4 : 4.801 +- 0.234 -MuonPIDMonitorLong INFO IsMuonLoose NShared < 1.0 : 4.741 +- 0.233 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuon = 1.0 : 16.024 +- 0.402 -MuonPIDMonitorLong INFO IsMuon MuonProb < 0.9 : 5.522 +- 0.250 -MuonPIDMonitorLong INFO IsMuon DLL > 1.4 : 2.773 +- 0.180 -MuonPIDMonitorLong INFO IsMuon NShared < 1.0 : 2.533 +- 0.172 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 10264 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 8331 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 2240 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 1335 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO 0.00 +- 0.00 Velo | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 102.64 +- 1.01 Long | 100.0 +- 0.0 | 95.1 +- 0.2 84.8 +- 0.4 85.0 +- 0.4 72.4 +- 0.4 0.0 +- 0.0 0.0 +- 0.0 80.2 +- 0.4 0.0 +- 0.0 -ChargedProtoPMoni INFO 14.43 +- 0.38 Upstream | 100.0 +- 0.0 | 87.9 +- 0.9 0.0 +- 0.0 0.0 +- 0.0 78.8 +- 1.1 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 20.47 +- 0.45 Downstream | 100.0 +- 0.0 | 85.6 +- 0.8 73.3 +- 1.0 80.4 +- 0.9 66.4 +- 1.0 0.0 +- 0.0 0.0 +- 0.0 72.1 +- 1.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 0.00 +- 0.00 Ttrack | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO ==================================================================================================================================================== -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 34317 tracks including 414 ghosts [ 1.21 %], Event average 1.01 % **** -VeloMCCheck INFO 01_velo : 14880 from 15136 [ 98.31 %] 212 clones [ 1.40 %], purity: 99.77 %, hitEff: 96.95 %, hitEffFirst3: 96.97 %, hitEffLast: 96.64 % -VeloMCCheck INFO 02_long : 8756 from 8825 [ 99.22 %] 80 clones [ 0.91 %], purity: 99.84 %, hitEff: 97.87 %, hitEffFirst3: 97.93 %, hitEffLast: 97.63 % -VeloMCCheck INFO 03_long>5GeV : 5686 from 5720 [ 99.41 %] 45 clones [ 0.79 %], purity: 99.84 %, hitEff: 98.18 %, hitEffFirst3: 98.19 %, hitEffLast: 98.06 % -VeloMCCheck INFO 04_long_strange : 426 from 442 [ 96.38 %] 2 clones [ 0.47 %], purity: 99.59 %, hitEff: 97.62 %, hitEffFirst3: 97.98 %, hitEffLast: 96.30 % -VeloMCCheck INFO 05_long_strange>5GeV : 193 from 201 [ 96.02 %] 1 clones [ 0.52 %], purity: 99.51 %, hitEff: 98.05 %, hitEffFirst3: 98.11 %, hitEffLast: 96.89 % -VeloMCCheck INFO 06_long_fromB : 466 from 469 [ 99.36 %] 3 clones [ 0.64 %], purity: 99.83 %, hitEff: 98.15 %, hitEffFirst3: 98.22 %, hitEffLast: 97.70 % -VeloMCCheck INFO 07_long_fromB>5GeV : 381 from 383 [ 99.48 %] 3 clones [ 0.78 %], purity: 99.83 %, hitEff: 98.26 %, hitEffFirst3: 98.52 %, hitEffLast: 97.77 % -VeloMCCheck INFO 08_long_electrons : 590 from 611 [ 96.56 %] 9 clones [ 1.50 %], purity: 98.12 %, hitEff: 94.84 %, hitEffFirst3: 91.43 %, hitEffLast: 96.24 % -VeloMCCheck INFO 09_long_fromB_electrons : 30 from 30 [100.00 %] 1 clones [ 3.23 %], purity: 97.54 %, hitEff: 93.99 %, hitEffFirst3: 92.47 %, hitEffLast: 91.04 % -VeloMCCheck INFO 10_long_fromB_electrons_P>5GeV : 17 from 17 [100.00 %] 1 clones [ 5.56 %], purity: 97.35 %, hitEff: 91.24 %, hitEffFirst3: 87.04 %, hitEffLast: 87.79 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 356 from 357 [ 99.72 %] 3 clones [ 0.84 %], purity: 99.78 %, hitEff: 98.30 %, hitEffFirst3: 98.51 %, hitEffLast: 97.94 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 356 from 357 [ 99.72 %] 3 clones [ 0.84 %], purity: 99.78 %, hitEff: 98.30 %, hitEffFirst3: 98.51 %, hitEffLast: 97.94 % -VeloMCCheck INFO -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 4548 tracks including 298 ghosts [ 6.55 %], Event average 4.14 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 3823 tracks including 222 ghosts [5.81 %] **** -ForwardMCCheck INFO 01_long : 4028 from 8825 [ 45.64 %] 29 clones [ 0.71 %], purity: 99.23 %, hitEff: 93.81 % -ForwardMCCheck INFO 02_long>5GeV : 3458 from 5720 [ 60.45 %] 21 clones [ 0.60 %], purity: 99.33 %, hitEff: 94.55 % -ForwardMCCheck INFO 03_long_strange : 112 from 442 [ 25.34 %] 0 clones [ 0.00 %], purity: 98.38 %, hitEff: 91.21 % -ForwardMCCheck INFO 04_long_strange>5GeV : 82 from 201 [ 40.80 %] 0 clones [ 0.00 %], purity: 98.33 %, hitEff: 92.17 % -ForwardMCCheck INFO 05_long_fromB : 333 from 469 [ 71.00 %] 1 clones [ 0.30 %], purity: 99.63 %, hitEff: 95.08 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 321 from 383 [ 83.81 %] 1 clones [ 0.31 %], purity: 99.63 %, hitEff: 95.27 % -ForwardMCCheck INFO 07_long_electrons : 43 from 611 [ 7.04 %] 1 clones [ 2.27 %], purity: 98.55 %, hitEff: 92.35 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 35 from 295 [ 11.86 %] 1 clones [ 2.78 %], purity: 98.62 %, hitEff: 92.74 % -ForwardMCCheck INFO 09_long_fromB_electrons : 4 from 30 [ 13.33 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.99 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 319 from 357 [ 89.36 %] 1 clones [ 0.31 %], purity: 99.63 %, hitEff: 95.16 % -ForwardMCCheck INFO 10_long_fromB_electrons_P>5GeV : 3 from 17 [ 17.65 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.44 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 319 from 357 [ 89.36 %] 1 clones [ 0.31 %], purity: 99.63 %, hitEff: 95.16 % -ForwardMCCheck INFO -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 6390 tracks including 417 ghosts [ 6.53 %], Event average 5.33 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 5267 tracks including 347 ghosts [6.59 %] **** -UpMCCheck INFO 01_velo : 5652 from 15136 [ 37.34 %] 29 clones [ 0.51 %], purity: 99.65 %, hitEff: 99.20 % -UpMCCheck INFO 02_velo+UT : 5638 from 13339 [ 42.27 %] 29 clones [ 0.51 %], purity: 99.68 %, hitEff: 99.20 % -UpMCCheck INFO 03_velo+UT>5GeV : 4375 from 6903 [ 63.38 %] 24 clones [ 0.55 %], purity: 99.74 %, hitEff: 99.56 % -UpMCCheck INFO 04_velo+notLong : 1032 from 6311 [ 16.35 %] 3 clones [ 0.29 %], purity: 99.40 %, hitEff: 98.44 % -UpMCCheck INFO 05_velo+UT+notLong : 1022 from 4617 [ 22.14 %] 3 clones [ 0.29 %], purity: 99.50 %, hitEff: 98.42 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 648 from 1274 [ 50.86 %] 2 clones [ 0.31 %], purity: 99.65 %, hitEff: 99.20 % -UpMCCheck INFO 07_long : 4620 from 8825 [ 52.35 %] 26 clones [ 0.56 %], purity: 99.71 %, hitEff: 99.37 % -UpMCCheck INFO 08_long>5GeV : 3731 from 5720 [ 65.23 %] 22 clones [ 0.59 %], purity: 99.74 %, hitEff: 99.62 % -UpMCCheck INFO 09_long_fromB : 367 from 469 [ 78.25 %] 3 clones [ 0.81 %], purity: 99.85 %, hitEff: 99.88 % -UpMCCheck INFO 10_long_fromB>5GeV : 338 from 383 [ 88.25 %] 3 clones [ 0.88 %], purity: 99.86 %, hitEff: 99.94 % -UpMCCheck INFO 11_long_electrons : 65 from 611 [ 10.64 %] 4 clones [ 5.80 %], purity: 98.09 %, hitEff: 95.87 % -UpMCCheck INFO 12_long_fromB_electrons : 5 from 30 [ 16.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.00 % -UpMCCheck INFO 13_long_fromB_electrons_P>5GeV : 3 from 17 [ 17.65 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 343 from 357 [ 96.08 %] 3 clones [ 0.87 %], purity: 99.87 %, hitEff: 99.87 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 343 from 357 [ 96.08 %] 3 clones [ 0.87 %], purity: 99.87 %, hitEff: 99.87 % -UpMCCheck INFO -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 298 ghost, 3.96 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 3823 tracks including 222 ghosts [ 5.8 %] **** -UTForwardMCCheck INFO 01_long : 4057 tr 4.05 from 4.07 mcUT [ 99.4 %] 0.03 ghost hits on real tracks [ 0.8 %] -UTForwardMCCheck INFO 01_long >3UT : 4056 tr 4.05 from 4.07 mcUT [ 99.4 %] 0.03 ghost hits on real tracks [ 0.8 %] -UTForwardMCCheck INFO 02_long>5GeV : 3479 tr 4.05 from 4.07 mcUT [ 99.5 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 3478 tr 4.05 from 4.07 mcUT [ 99.5 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 320 tr 4.09 from 4.09 mcUT [ 99.9 %] 0.01 ghost hits on real tracks [ 0.2 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 320 tr 4.09 from 4.09 mcUT [ 99.9 %] 0.01 ghost hits on real tracks [ 0.2 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 320 tr 4.09 from 4.09 mcUT [ 99.9 %] 0.01 ghost hits on real tracks [ 0.2 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 320 tr 4.09 from 4.09 mcUT [ 99.9 %] 0.01 ghost hits on real tracks [ 0.2 %] -UTForwardMCCheck INFO -ForwardBestMCCheck INFO Results -ForwardBestMCCheck INFO **** Forward 11181 tracks including 2962 ghosts [26.49 %], Event average 19.61 % **** -ForwardBestMCCheck INFO 01_long : 7272 from 8825 [ 82.40 %] 70 clones [ 0.95 %], purity: 98.88 %, hitEff: 92.23 % -ForwardBestMCCheck INFO 02_long>5GeV : 5236 from 5720 [ 91.54 %] 32 clones [ 0.61 %], purity: 99.11 %, hitEff: 94.24 % -ForwardBestMCCheck INFO 03_long_strange : 319 from 442 [ 72.17 %] 1 clones [ 0.31 %], purity: 98.23 %, hitEff: 90.87 % -ForwardBestMCCheck INFO 04_long_strange>5GeV : 171 from 201 [ 85.07 %] 0 clones [ 0.00 %], purity: 98.73 %, hitEff: 93.58 % -ForwardBestMCCheck INFO 05_long_fromB : 411 from 469 [ 87.63 %] 1 clones [ 0.24 %], purity: 99.37 %, hitEff: 94.06 % -ForwardBestMCCheck INFO 06_long_fromB>5GeV : 359 from 383 [ 93.73 %] 1 clones [ 0.28 %], purity: 99.49 %, hitEff: 95.20 % -ForwardBestMCCheck INFO 07_long_electrons : 361 from 611 [ 59.08 %] 3 clones [ 0.82 %], purity: 97.08 %, hitEff: 89.39 % -ForwardBestMCCheck INFO 08_long_electrons_P>5GeV : 210 from 295 [ 71.19 %] 1 clones [ 0.47 %], purity: 97.47 %, hitEff: 91.83 % -ForwardBestMCCheck INFO 09_long_fromB_electrons : 22 from 30 [ 73.33 %] 0 clones [ 0.00 %], purity: 95.85 %, hitEff: 85.70 % -ForwardBestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 14 from 17 [ 82.35 %] 0 clones [ 0.00 %], purity: 95.85 %, hitEff: 85.17 % -ForwardBestMCCheck INFO -MatchMCCheck INFO Results -MatchMCCheck INFO **** Match 10945 tracks including 2472 ghosts [22.59 %], Event average 18.79 % **** -MatchMCCheck INFO 01_long : 7549 from 8825 [ 85.54 %] 39 clones [ 0.51 %], purity: 99.37 %, hitEff: 93.29 % -MatchMCCheck INFO 02_long>5GeV : 5256 from 5720 [ 91.89 %] 22 clones [ 0.42 %], purity: 99.50 %, hitEff: 95.44 % -MatchMCCheck INFO 03_long_strange : 334 from 442 [ 75.57 %] 0 clones [ 0.00 %], purity: 98.93 %, hitEff: 91.70 % -MatchMCCheck INFO 04_long_strange>5GeV : 174 from 201 [ 86.57 %] 0 clones [ 0.00 %], purity: 99.03 %, hitEff: 94.54 % -MatchMCCheck INFO 05_long_fromB : 411 from 469 [ 87.63 %] 3 clones [ 0.72 %], purity: 99.56 %, hitEff: 94.78 % -MatchMCCheck INFO 06_long_fromB>5GeV : 354 from 383 [ 92.43 %] 3 clones [ 0.84 %], purity: 99.67 %, hitEff: 95.98 % -MatchMCCheck INFO 07_long_electrons : 353 from 611 [ 57.77 %] 3 clones [ 0.84 %], purity: 97.83 %, hitEff: 90.14 % -MatchMCCheck INFO 08_long_electrons_P>5GeV : 200 from 295 [ 67.80 %] 2 clones [ 0.99 %], purity: 98.24 %, hitEff: 93.81 % -MatchMCCheck INFO 09_long_fromB_electrons : 21 from 30 [ 70.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 93.13 % -MatchMCCheck INFO 10_long_fromB_electrons_P>5GeV : 14 from 17 [ 82.35 %] 0 clones [ 0.00 %], purity: 99.62 %, hitEff: 92.50 % -MatchMCCheck INFO -TMCCheck INFO Results -TMCCheck INFO **** TTrack 17569 tracks including 2848 ghosts [16.21 %], Event average 8.70 % **** -TMCCheck INFO 01_hasT : 10890 from 13469 [ 80.85 %] 15 clones [ 0.14 %], purity: 99.16 %, hitEff: 92.02 % -TMCCheck INFO 02_long : 8068 from 8825 [ 91.42 %] 12 clones [ 0.15 %], purity: 99.36 %, hitEff: 92.89 % -TMCCheck INFO 03_long>5GeV : 5497 from 5720 [ 96.10 %] 5 clones [ 0.09 %], purity: 99.39 %, hitEff: 95.31 % -TMCCheck INFO 04_long_fromB : 431 from 469 [ 91.90 %] 0 clones [ 0.00 %], purity: 99.35 %, hitEff: 94.52 % -TMCCheck INFO 05_long_fromB>5GeV : 366 from 383 [ 95.56 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 96.02 % -TMCCheck INFO 06_UT+T_strange : 734 from 837 [ 87.69 %] 0 clones [ 0.00 %], purity: 99.31 %, hitEff: 91.61 % -TMCCheck INFO 07_UT+T_strange>5GeV : 415 from 440 [ 94.32 %] 0 clones [ 0.00 %], purity: 99.44 %, hitEff: 94.79 % -TMCCheck INFO 08_noVelo+UT+T_strange : 354 from 402 [ 88.06 %] 0 clones [ 0.00 %], purity: 99.34 %, hitEff: 92.12 % -TMCCheck INFO 09_noVelo+UT+T_strange>5GeV : 231 from 245 [ 94.29 %] 0 clones [ 0.00 %], purity: 99.39 %, hitEff: 94.95 % -TMCCheck INFO 10_UT+T_SfromDB : 13 from 13 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 89.77 % -TMCCheck INFO 11_UT+T_SfromDB>5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 86.69 % -TMCCheck INFO 12_noVelo+UT+T_SfromDB>5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 87.81 % -TMCCheck INFO -DownMCCheck INFO Results -DownMCCheck INFO **** Downstream 11774 tracks including 3589 ghosts [30.48 %], Event average 24.89 % **** -DownMCCheck INFO 01_UT+T : 7372 from 9931 [ 74.23 %] 8 clones [ 0.11 %], purity: 99.50 %, hitEff: 99.69 % -DownMCCheck INFO 02_UT+T>5GeV : 5124 from 6189 [ 82.79 %] 5 clones [ 0.10 %], purity: 99.52 %, hitEff: 99.72 % -DownMCCheck INFO 03_UT+T_strange : 567 from 837 [ 67.74 %] 0 clones [ 0.00 %], purity: 99.34 %, hitEff: 99.53 % -DownMCCheck INFO 04_UT+T_strange>5GeV : 333 from 440 [ 75.68 %] 0 clones [ 0.00 %], purity: 99.37 %, hitEff: 99.55 % -DownMCCheck INFO 05_noVelo+UT+T_strange : 248 from 402 [ 61.69 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 99.52 % -DownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 173 from 245 [ 70.61 %] 0 clones [ 0.00 %], purity: 99.29 %, hitEff: 99.42 % -DownMCCheck INFO 07_UT+T_fromB : 401 from 517 [ 77.56 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 99.76 % -DownMCCheck INFO 08_UT+T_fromB>5GeV : 344 from 410 [ 83.90 %] 0 clones [ 0.00 %], purity: 99.67 %, hitEff: 99.72 % -DownMCCheck INFO 09_noVelo+UT+T_fromB : 20 from 49 [ 40.82 %] 0 clones [ 0.00 %], purity: 99.06 %, hitEff: 98.75 % -DownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 14 from 28 [ 50.00 %] 0 clones [ 0.00 %], purity: 98.66 %, hitEff: 98.21 % -DownMCCheck INFO 11_UT+T_SfromDB : 9 from 13 [ 69.23 %] 0 clones [ 0.00 %], purity: 99.31 %, hitEff: 97.22 % -DownMCCheck INFO 12_UT+T_SfromDB>5GeV : 5 from 7 [ 71.43 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 95.00 % -DownMCCheck INFO 13_noVelo+UT+T_SfromDB : 5 from 9 [ 55.56 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 95.00 % -DownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 4 from 6 [ 66.67 %] 0 clones [ 0.00 %], purity: 98.44 %, hitEff: 93.75 % -DownMCCheck INFO 15_noVelo+UT+T_electrons : 398 from 890 [ 44.72 %] 0 clones [ 0.00 %], purity: 99.31 %, hitEff: 99.32 % -DownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 218 from 399 [ 54.64 %] 0 clones [ 0.00 %], purity: 99.28 %, hitEff: 99.20 % -DownMCCheck INFO -BestMCCheck INFO Results -BestMCCheck INFO **** Best 43597 tracks including 5744 ghosts [13.18 %], Event average 9.58 % **** -BestMCCheck INFO 01_long : 8759 from 8825 [ 99.25 %] 486 clones [ 5.26 %], purity: 99.33 %, hitEff: 86.71 % -BestMCCheck INFO 02_long>5GeV : 5694 from 5720 [ 99.55 %] 262 clones [ 4.40 %], purity: 99.43 %, hitEff: 91.43 % -BestMCCheck INFO 03_long_strange : 432 from 442 [ 97.74 %] 36 clones [ 7.69 %], purity: 99.03 %, hitEff: 79.92 % -BestMCCheck INFO 04_long_strange>5GeV : 199 from 201 [ 99.00 %] 11 clones [ 5.24 %], purity: 99.21 %, hitEff: 88.52 % -BestMCCheck INFO 05_long_fromB : 468 from 469 [ 99.79 %] 20 clones [ 4.10 %], purity: 99.44 %, hitEff: 89.21 % -BestMCCheck INFO 06_long_fromB>5GeV : 382 from 383 [ 99.74 %] 13 clones [ 3.29 %], purity: 99.62 %, hitEff: 92.97 % -BestMCCheck INFO 07_long_electrons : 554 from 611 [ 90.67 %] 51 clones [ 8.43 %], purity: 97.78 %, hitEff: 70.17 % -BestMCCheck INFO 08_long_electrons_P>5GeV : 266 from 295 [ 90.17 %] 23 clones [ 7.96 %], purity: 98.17 %, hitEff: 77.34 % -BestMCCheck INFO 09_long_fromB_electrons : 29 from 30 [ 96.67 %] 3 clones [ 9.37 %], purity: 97.55 %, hitEff: 76.24 % -BestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 16 from 17 [ 94.12 %] 1 clones [ 5.88 %], purity: 97.14 %, hitEff: 83.40 % -BestMCCheck INFO -BestLongMCCheck INFO Results -BestLongMCCheck INFO **** BestLong 10264 tracks including 1616 ghosts [15.74 %], Event average 13.47 % **** -BestLongMCCheck INFO 01_long : 7685 from 8825 [ 87.08 %] 37 clones [ 0.48 %], purity: 99.35 %, hitEff: 95.54 % -BestLongMCCheck INFO 02_long>5GeV : 5279 from 5720 [ 92.29 %] 19 clones [ 0.36 %], purity: 99.48 %, hitEff: 96.90 % -BestLongMCCheck INFO 03_long_strange : 342 from 442 [ 77.38 %] 0 clones [ 0.00 %], purity: 98.89 %, hitEff: 93.99 % -BestLongMCCheck INFO 04_long_strange>5GeV : 174 from 201 [ 86.57 %] 0 clones [ 0.00 %], purity: 99.12 %, hitEff: 96.15 % -BestLongMCCheck INFO 05_long_fromB : 417 from 469 [ 88.91 %] 1 clones [ 0.24 %], purity: 99.51 %, hitEff: 96.66 % -BestLongMCCheck INFO 06_long_fromB>5GeV : 357 from 383 [ 93.21 %] 1 clones [ 0.28 %], purity: 99.66 %, hitEff: 97.41 % -BestLongMCCheck INFO 07_long_electrons : 374 from 611 [ 61.21 %] 1 clones [ 0.27 %], purity: 97.89 %, hitEff: 91.18 % -BestLongMCCheck INFO 08_long_electrons_P>5GeV : 199 from 295 [ 67.46 %] 0 clones [ 0.00 %], purity: 98.44 %, hitEff: 93.68 % -BestLongMCCheck INFO 09_long_fromB_electrons : 22 from 30 [ 73.33 %] 0 clones [ 0.00 %], purity: 97.87 %, hitEff: 93.27 % -BestLongMCCheck INFO 10_long_fromB_electrons_P>5GeV : 14 from 17 [ 82.35 %] 0 clones [ 0.00 %], purity: 98.14 %, hitEff: 92.42 % -BestLongMCCheck INFO -BestLongAndGhos... INFO Results -BestLongAndGhos... INFO **** BestLongAndGhostProb 9366 tracks including 824 ghosts [ 8.80 %], Event average 7.90 % **** -BestLongAndGhos... INFO 01_long : 7629 from 8825 [ 86.45 %] 36 clones [ 0.47 %], purity: 99.38 %, hitEff: 95.60 % -BestLongAndGhos... INFO 02_long>5GeV : 5250 from 5720 [ 91.78 %] 18 clones [ 0.34 %], purity: 99.50 %, hitEff: 96.95 % -BestLongAndGhos... INFO 03_long_strange : 339 from 442 [ 76.70 %] 0 clones [ 0.00 %], purity: 98.94 %, hitEff: 94.08 % -BestLongAndGhos... INFO 04_long_strange>5GeV : 173 from 201 [ 86.07 %] 0 clones [ 0.00 %], purity: 99.20 %, hitEff: 96.19 % -BestLongAndGhos... INFO 05_long_fromB : 414 from 469 [ 88.27 %] 1 clones [ 0.24 %], purity: 99.53 %, hitEff: 96.78 % -BestLongAndGhos... INFO 06_long_fromB>5GeV : 356 from 383 [ 92.95 %] 1 clones [ 0.28 %], purity: 99.67 %, hitEff: 97.49 % -BestLongAndGhos... INFO 07_long_electrons : 356 from 611 [ 58.27 %] 1 clones [ 0.28 %], purity: 98.14 %, hitEff: 91.39 % -BestLongAndGhos... INFO 08_long_electrons_P>5GeV : 191 from 295 [ 64.75 %] 0 clones [ 0.00 %], purity: 98.57 %, hitEff: 93.90 % -BestLongAndGhos... INFO 09_long_fromB_electrons : 20 from 30 [ 66.67 %] 0 clones [ 0.00 %], purity: 98.26 %, hitEff: 94.13 % -BestLongAndGhos... INFO 10_long_fromB_electrons_P>5GeV : 13 from 17 [ 76.47 %] 0 clones [ 0.00 %], purity: 98.40 %, hitEff: 93.24 % -BestLongAndGhos... INFO -BestDownMCCheck INFO Results -BestDownMCCheck INFO **** BestDown 2047 tracks including 918 ghosts [44.85 %], Event average 38.34 % **** -BestDownMCCheck INFO 01_UT+T : 743 from 9931 [ 7.48 %] 0 clones [ 0.00 %], purity: 99.58 %, hitEff: 94.15 % -BestDownMCCheck INFO 02_UT+T>5GeV : 429 from 6189 [ 6.93 %] 0 clones [ 0.00 %], purity: 99.57 %, hitEff: 96.75 % -BestDownMCCheck INFO 03_UT+T_strange : 272 from 837 [ 32.50 %] 0 clones [ 0.00 %], purity: 99.54 %, hitEff: 94.52 % -BestDownMCCheck INFO 04_UT+T_strange>5GeV : 178 from 440 [ 40.45 %] 0 clones [ 0.00 %], purity: 99.49 %, hitEff: 96.69 % -BestDownMCCheck INFO 05_noVelo+UT+T_strange : 237 from 402 [ 58.96 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 94.82 % -BestDownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 166 from 245 [ 67.76 %] 0 clones [ 0.00 %], purity: 99.45 %, hitEff: 96.63 % -BestDownMCCheck INFO 07_UT+T_fromB : 31 from 517 [ 6.00 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 95.06 % -BestDownMCCheck INFO 08_UT+T_fromB>5GeV : 22 from 410 [ 5.37 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 94.64 % -BestDownMCCheck INFO 09_noVelo+UT+T_fromB : 18 from 49 [ 36.73 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 94.98 % -BestDownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 13 from 28 [ 46.43 %] 0 clones [ 0.00 %], purity: 98.56 %, hitEff: 93.95 % -BestDownMCCheck INFO 11_UT+T_SfromDB : 5 from 13 [ 38.46 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 89.73 % -BestDownMCCheck INFO 12_UT+T_SfromDB>5GeV : 4 from 7 [ 57.14 %] 0 clones [ 0.00 %], purity: 98.44 %, hitEff: 88.63 % -BestDownMCCheck INFO 13_noVelo+UT+T_SfromDB : 5 from 9 [ 55.56 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 89.73 % -BestDownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 4 from 6 [ 66.67 %] 0 clones [ 0.00 %], purity: 98.44 %, hitEff: 88.63 % -BestDownMCCheck INFO 15_noVelo+UT+T_electrons : 343 from 890 [ 38.54 %] 0 clones [ 0.00 %], purity: 99.37 %, hitEff: 93.20 % -BestDownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 187 from 399 [ 46.87 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 95.89 % -BestDownMCCheck INFO -BestDownAndGhos... INFO Results -BestDownAndGhos... INFO **** BestDownAndGhostProb 1710 tracks including 594 ghosts [34.74 %], Event average 31.12 % **** -BestDownAndGhos... INFO 01_UT+T : 740 from 9931 [ 7.45 %] 0 clones [ 0.00 %], purity: 99.58 %, hitEff: 94.16 % -BestDownAndGhos... INFO 02_UT+T>5GeV : 428 from 6189 [ 6.92 %] 0 clones [ 0.00 %], purity: 99.56 %, hitEff: 96.77 % -BestDownAndGhos... INFO 03_UT+T_strange : 272 from 837 [ 32.50 %] 0 clones [ 0.00 %], purity: 99.54 %, hitEff: 94.52 % -BestDownAndGhos... INFO 04_UT+T_strange>5GeV : 178 from 440 [ 40.45 %] 0 clones [ 0.00 %], purity: 99.49 %, hitEff: 96.69 % -BestDownAndGhos... INFO 05_noVelo+UT+T_strange : 237 from 402 [ 58.96 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 94.82 % -BestDownAndGhos... INFO 06_noVelo+UT+T_strange>5GeV : 166 from 245 [ 67.76 %] 0 clones [ 0.00 %], purity: 99.45 %, hitEff: 96.63 % -BestDownAndGhos... INFO 07_UT+T_fromB : 31 from 517 [ 6.00 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 95.06 % -BestDownAndGhos... INFO 08_UT+T_fromB>5GeV : 22 from 410 [ 5.37 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 94.64 % -BestDownAndGhos... INFO 09_noVelo+UT+T_fromB : 18 from 49 [ 36.73 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 94.98 % -BestDownAndGhos... INFO 10_noVelo+UT+T_fromB>5GeV : 13 from 28 [ 46.43 %] 0 clones [ 0.00 %], purity: 98.56 %, hitEff: 93.95 % -BestDownAndGhos... INFO 11_UT+T_SfromDB : 5 from 13 [ 38.46 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 89.73 % -BestDownAndGhos... INFO 12_UT+T_SfromDB>5GeV : 4 from 7 [ 57.14 %] 0 clones [ 0.00 %], purity: 98.44 %, hitEff: 88.63 % -BestDownAndGhos... INFO 13_noVelo+UT+T_SfromDB : 5 from 9 [ 55.56 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 89.73 % -BestDownAndGhos... INFO 14_noVelo+UT+T_SfromDB>5GeV : 4 from 6 [ 66.67 %] 0 clones [ 0.00 %], purity: 98.44 %, hitEff: 88.63 % -BestDownAndGhos... INFO 15_noVelo+UT+T_electrons : 334 from 890 [ 37.53 %] 0 clones [ 0.00 %], purity: 99.42 %, hitEff: 93.45 % -BestDownAndGhos... INFO 16_noVelo+UT+T_electrons_P>5GeV : 182 from 399 [ 45.61 %] 0 clones [ 0.00 %], purity: 99.46 %, hitEff: 96.13 % -BestDownAndGhos... INFO -UTForwardBestMC... INFO Results -UTForwardBestMC... INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardBest **** 2962 ghost, 2.09 UT per track -UTForwardBestMC... INFO 01_long : 7342 tr 3.87 from 4.04 mcUT [ 95.9 %] 0.10 ghost hits on real tracks [ 2.4 %] -UTForwardBestMC... INFO 01_long >3UT : 7274 tr 3.91 from 4.06 mcUT [ 96.3 %] 0.09 ghost hits on real tracks [ 2.3 %] -UTForwardBestMC... INFO 02_long>5GeV : 5268 tr 3.89 from 4.03 mcUT [ 96.6 %] 0.06 ghost hits on real tracks [ 1.6 %] -UTForwardBestMC... INFO 02_long>5GeV >3UT : 5200 tr 3.94 from 4.06 mcUT [ 97.1 %] 0.06 ghost hits on real tracks [ 1.4 %] -UTForwardBestMC... INFO -UTMatchMCCheck INFO Results -UTMatchMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Match **** 2472 ghost, 2.24 UT per track -UTMatchMCCheck INFO 01_long : 7588 tr 3.88 from 4.04 mcUT [ 95.9 %] 0.10 ghost hits on real tracks [ 2.4 %] -UTMatchMCCheck INFO 01_long >3UT : 7520 tr 3.91 from 4.06 mcUT [ 96.2 %] 0.09 ghost hits on real tracks [ 2.3 %] -UTMatchMCCheck INFO 02_long>5GeV : 5278 tr 3.89 from 4.03 mcUT [ 96.5 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTMatchMCCheck INFO 02_long>5GeV >3UT : 5210 tr 3.94 from 4.06 mcUT [ 97.0 %] 0.06 ghost hits on real tracks [ 1.5 %] -UTMatchMCCheck INFO -UTDownMCCheck INFO Results -UTDownMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Downstream **** 3589 ghost, 4.05 UT per track -UTDownMCCheck INFO 01_has seed : 7380 tr 4.07 from 4.08 mcUT [ 99.7 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 01_has seed >3UT : 7380 tr 4.07 from 4.08 mcUT [ 99.7 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT : 489 tr 4.02 from 4.06 mcUT [ 99.1 %] 0.03 ghost hits on real tracks [ 0.8 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT >3UT : 489 tr 4.02 from 4.06 mcUT [ 99.1 %] 0.03 ghost hits on real tracks [ 0.8 %] -UTDownMCCheck INFO 03_down+strange : 567 tr 4.04 from 4.06 mcUT [ 99.5 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 03_down+strange >3UT : 567 tr 4.04 from 4.06 mcUT [ 99.5 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 04_down+strange+>5GeV : 333 tr 4.03 from 4.05 mcUT [ 99.6 %] 0.03 ghost hits on real tracks [ 0.8 %] -UTDownMCCheck INFO 04_down+strange+>5GeV >3UT : 333 tr 4.03 from 4.05 mcUT [ 99.6 %] 0.03 ghost hits on real tracks [ 0.8 %] -UTDownMCCheck INFO -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 34317 tracks including 414 ghosts [ 1.21 %], Event average 1.01 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 30645 from 32490 [ 94.32 %] 290 clones [ 0.94 %], purity: 99.71 %, hitEff: 96.78 %, hitEffFirst3: 97.73 %, hitEffLast: 94.36 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 18976 from 19755 [ 96.06 %] 235 clones [ 1.22 %], purity: 99.74 %, hitEff: 97.18 %, hitEffFirst3: 97.12 %, hitEffLast: 96.88 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 11669 from 12735 [ 91.63 %] 55 clones [ 0.47 %], purity: 99.65 %, hitEff: 96.12 %, hitEffFirst3: 98.72 %, hitEffLast: 89.90 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 14880 from 15136 [ 98.31 %] 212 clones [ 1.40 %], purity: 99.77 %, hitEff: 96.95 %, hitEffFirst3: 96.97 %, hitEffLast: 96.64 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 8756 from 8825 [ 99.22 %] 80 clones [ 0.91 %], purity: 99.84 %, hitEff: 97.87 %, hitEffFirst3: 97.93 %, hitEffLast: 97.63 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 5686 from 5720 [ 99.41 %] 45 clones [ 0.79 %], purity: 99.84 %, hitEff: 98.18 %, hitEffFirst3: 98.19 %, hitEffLast: 98.06 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 3070 from 3105 [ 98.87 %] 35 clones [ 1.13 %], purity: 99.83 %, hitEff: 97.31 %, hitEffFirst3: 97.46 %, hitEffLast: 96.85 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 4757 from 4789 [ 99.33 %] 34 clones [ 0.71 %], purity: 99.85 %, hitEff: 98.02 %, hitEffFirst3: 98.03 %, hitEffLast: 97.84 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 466 from 469 [ 99.36 %] 3 clones [ 0.64 %], purity: 99.83 %, hitEff: 98.15 %, hitEffFirst3: 98.22 %, hitEffLast: 97.70 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 381 from 383 [ 99.48 %] 3 clones [ 0.78 %], purity: 99.83 %, hitEff: 98.26 %, hitEffFirst3: 98.52 %, hitEffLast: 97.77 % -VeloFullMCCheck INFO 11_notElectron_Long_FromB_Eta25 p<5GeV : 85 from 86 [ 98.84 %] 0 clones [ 0.00 %], purity: 99.87 %, hitEff: 97.66 %, hitEffFirst3: 96.86 %, hitEffLast: 97.40 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 380 from 382 [ 99.48 %] 3 clones [ 0.78 %], purity: 99.80 %, hitEff: 98.34 %, hitEffFirst3: 98.52 %, hitEffLast: 98.01 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 221 from 221 [100.00 %] 1 clones [ 0.45 %], purity: 99.71 %, hitEff: 98.95 %, hitEffFirst3: 98.80 %, hitEffLast: 98.95 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 156 from 156 [100.00 %] 1 clones [ 0.64 %], purity: 99.59 %, hitEff: 99.21 %, hitEffFirst3: 99.15 %, hitEffLast: 99.17 % -VeloFullMCCheck INFO 15_notElectron_Long_FromD_Eta25 p<5GeV : 65 from 65 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.33 %, hitEffFirst3: 97.95 %, hitEffLast: 98.41 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 145 from 145 [100.00 %] 1 clones [ 0.68 %], purity: 99.68 %, hitEff: 99.27 %, hitEffFirst3: 99.54 %, hitEffLast: 99.01 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 426 from 442 [ 96.38 %] 2 clones [ 0.47 %], purity: 99.59 %, hitEff: 97.62 %, hitEffFirst3: 97.98 %, hitEffLast: 96.30 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 193 from 201 [ 96.02 %] 1 clones [ 0.52 %], purity: 99.51 %, hitEff: 98.05 %, hitEffFirst3: 98.11 %, hitEffLast: 96.89 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 233 from 241 [ 96.68 %] 1 clones [ 0.43 %], purity: 99.65 %, hitEff: 97.26 %, hitEffFirst3: 97.86 %, hitEffLast: 95.84 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 143 from 151 [ 94.70 %] 0 clones [ 0.00 %], purity: 99.22 %, hitEff: 98.36 %, hitEffFirst3: 98.60 %, hitEffLast: 97.65 % -VeloFullMCCheck INFO 21_Electron_Velo : 2989 from 4547 [ 65.74 %] 125 clones [ 4.01 %], purity: 98.16 %, hitEff: 87.79 %, hitEffFirst3: 85.57 %, hitEffLast: 87.07 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 2258 from 3383 [ 66.75 %] 113 clones [ 4.77 %], purity: 98.16 %, hitEff: 86.47 %, hitEffFirst3: 82.30 %, hitEffLast: 88.29 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 731 from 1164 [ 62.80 %] 12 clones [ 1.62 %], purity: 98.15 %, hitEff: 92.01 %, hitEffFirst3: 96.01 %, hitEffLast: 82.72 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 2123 from 2862 [ 74.18 %] 112 clones [ 5.01 %], purity: 98.18 %, hitEff: 85.86 %, hitEffFirst3: 81.45 %, hitEffLast: 88.08 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 590 from 611 [ 96.56 %] 9 clones [ 1.50 %], purity: 98.12 %, hitEff: 94.84 %, hitEffFirst3: 91.43 %, hitEffLast: 96.24 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 287 from 295 [ 97.29 %] 5 clones [ 1.71 %], purity: 98.08 %, hitEff: 94.52 %, hitEffFirst3: 91.44 %, hitEffLast: 94.78 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 303 from 316 [ 95.89 %] 4 clones [ 1.30 %], purity: 98.16 %, hitEff: 95.15 %, hitEffFirst3: 91.42 %, hitEffLast: 97.63 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 95 from 99 [ 95.96 %] 5 clones [ 5.00 %], purity: 98.08 %, hitEff: 91.97 %, hitEffFirst3: 87.67 %, hitEffLast: 93.84 % -VeloFullMCCheck INFO 29_Electron_Long_FromB_Eta25 : 30 from 30 [100.00 %] 1 clones [ 3.23 %], purity: 97.54 %, hitEff: 93.99 %, hitEffFirst3: 92.47 %, hitEffLast: 91.04 % -VeloFullMCCheck INFO 30_Electron_Long_FromB_Eta25 p>5GeV : 17 from 17 [100.00 %] 1 clones [ 5.56 %], purity: 97.35 %, hitEff: 91.24 %, hitEffFirst3: 87.04 %, hitEffLast: 87.79 % -VeloFullMCCheck INFO 31_Electron_Long_FromB_Eta25 p<5GeV : 13 from 13 [100.00 %] 0 clones [ 0.00 %], purity: 97.80 %, hitEff: 97.80 %, hitEffFirst3:100.00 %, hitEffLast: 95.45 % -VeloFullMCCheck INFO 32_Electron_Long_FromB_Eta25 p>3GeV pt>400MeV : 10 from 10 [100.00 %] 1 clones [ 9.09 %], purity: 97.94 %, hitEff: 92.14 %, hitEffFirst3: 87.88 %, hitEffLast: 92.36 % -VeloFullMCCheck INFO 33_Electron_Long_FromD_Eta25 : 28 from 28 [100.00 %] 1 clones [ 3.45 %], purity: 98.52 %, hitEff: 92.12 %, hitEffFirst3: 89.66 %, hitEffLast: 93.55 % -VeloFullMCCheck INFO 34_Electron_Long_FromD_Eta25 p>5GeV : 14 from 14 [100.00 %] 1 clones [ 6.67 %], purity: 99.05 %, hitEff: 92.15 %, hitEffFirst3: 86.67 %, hitEffLast: 95.20 % -VeloFullMCCheck INFO 35_Electron_Long_FromD_Eta25 p<5GeV : 14 from 14 [100.00 %] 0 clones [ 0.00 %], purity: 97.96 %, hitEff: 92.09 %, hitEffFirst3: 92.86 %, hitEffLast: 91.79 % -VeloFullMCCheck INFO 36_Electron_Long_FromD_Eta25 p>3GeV pt>400MeV : 6 from 6 [100.00 %] 1 clones [14.29 %], purity: 97.96 %, hitEff: 89.80 %, hitEffFirst3: 85.71 %, hitEffLast: 92.86 % -VeloFullMCCheck INFO -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = -0.009 +/- 0.018, RMS = 1.139 +/- 0.016 -TrackResChecker... INFO ALL/y pull : mean = -0.008 +/- 0.017, RMS = 1.128 +/- 0.015 -TrackResChecker... INFO ALL/tx pull : mean = 0.007 +/- 0.018, RMS = 1.168 +/- 0.016 -TrackResChecker... INFO ALL/ty pull : mean = 0.015 +/- 0.018, RMS = 1.164 +/- 0.015 -TrackResChecker... INFO ALL/p pull : mean = -0.147 +/- 0.021, RMS = 1.316 +/- 0.017 -TrackResChecker... INFO ALL/probChi2 : mean = 0.420 +/- 0.005, RMS = 0.308 +/- 0.002 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 38.445 +/- 1.219 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 40.481 +/- 1.494 micron -TrackResChecker... INFO ALL/dp/p: mean = -0.0003 +/- 0.0001, RMS = 0.0055 +/- 0.0002 -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 591 from 643 ( 866-223 ) [ 91.91 %], false 18 from reco. 609 ( 591+18 ) [ 2.96 %] -PVChecker INFO 01 isolated : 310 from 329 ( 444-115 ) [ 94.22 %], false 0 from reco. 310 ( 310+0 ) [ 0.00 %] -PVChecker INFO 02 close : 281 from 314 ( 422-108 ) [ 89.49 %], false 18 from reco. 299 ( 281+18 ) [ 6.02 %] -PVChecker INFO 03 ntracks<10 : 21 from 51 ( 51-0 ) [ 41.18 %], false 18 from reco. 39 ( 21+18 ) [ 46.15 %] -PVChecker INFO 04 ntracks>=10 : 570 from 592 ( 592-0 ) [ 96.28 %], false 0 from reco. 570 ( 570+0 ) [ 0.00 %] -PVChecker INFO 05 z<-50.0 : 134 from 145 ( 197-52 ) [ 92.41 %], false 2 from reco. 136 ( 134+2 ) [ 1.47 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 296 from 330 ( 464-134 ) [ 89.70 %], false 9 from reco. 305 ( 296+9 ) [ 2.95 %] -PVChecker INFO 07 z >=50.0 : 161 from 168 ( 205-37 ) [ 95.83 %], false 7 from reco. 168 ( 161+7 ) [ 4.17 %] -PVChecker INFO 08 decayBeauty : 104 from 106 ( 106-0 ) [ 98.11 %], false 15 from reco. 122 ( 107+15 ) [ 12.30 %] -PVChecker INFO 09 decayCharm : 175 from 177 ( 177-0 ) [ 98.87 %], false 15 from reco. 193 ( 178+15 ) [ 7.77 %] -PVChecker INFO 10 decayStrange : 590 from 642 ( 663-21 ) [ 91.90 %], false 16 from reco. 608 ( 592+16 ) [ 2.63 %] -PVChecker INFO 11 other : 1 from 1 ( 203-202 ) [ 100.00 %], false 2 from reco. 19 ( 17+2 ) [ 10.53 %] -PVChecker INFO 12 1MCPV : 99 from 100 ( 100-0 ) [ 99.00 %], false 5 from reco. 104 ( 99+5 ) [ 4.81 %] -PVChecker INFO 13 2MCPV : 98 from 100 ( 100-0 ) [ 98.00 %], false 3 from reco. 101 ( 98+3 ) [ 2.97 %] -PVChecker INFO 14 3MCPV : 96 from 97 ( 100-3 ) [ 98.97 %], false 0 from reco. 96 ( 96+0 ) [ 0.00 %] -PVChecker INFO 15 4MCPV : 86 from 91 ( 100-9 ) [ 94.51 %], false 5 from reco. 91 ( 86+5 ) [ 5.49 %] -PVChecker INFO 16 5MCPV : 74 from 79 ( 96-17 ) [ 93.67 %], false 2 from reco. 76 ( 74+2 ) [ 2.63 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 41.48 [MC: 44.18] -PVChecker INFO 01 isolated : av. PV tracks: 43.28 [MC: 46.40] -PVChecker INFO 02 close : av. PV tracks: 39.49 [MC: 41.85] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 6.10 [MC: 6.61] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 42.78 [MC: 47.41] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 37.44 [MC: 39.05] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 41.33 [MC: 43.54] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 45.09 [MC: 49.85] -PVChecker INFO 08 decayBeauty : av. PV tracks: 73.64 [MC: 74.54] -PVChecker INFO 09 decayCharm : av. PV tracks: 67.73 [MC: 70.85] -PVChecker INFO 10 decayStrange : av. PV tracks: 41.53 [MC: 44.24] -PVChecker INFO 11 other : av. PV tracks: 10.00 [MC: 4.00] -PVChecker INFO 12 1MCPV : av. PV tracks: 92.71 [MC: 96.36] -PVChecker INFO 13 2MCPV : av. PV tracks: 58.28 [MC: 63.04] -PVChecker INFO 14 3MCPV : av. PV tracks: 40.41 [MC: 46.26] -PVChecker INFO 15 4MCPV : av. PV tracks: 29.03 [MC: 33.05] -PVChecker INFO 16 5MCPV : av. PV tracks: 17.66 [MC: 24.57] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.014, y: +0.016, z: +0.078 -PVChecker INFO 2_res_ntracks<10 : x: +0.026, y: +0.037, z: +0.089 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.018, y: +0.021, z: +0.108 -PVChecker INFO 4_res_ntracks>30 : x: +0.008, y: +0.007, z: +0.043 -PVChecker INFO 5_res_z<-50 : x: +0.013, y: +0.015, z: +0.096 -PVChecker INFO 6_res_z(-50,50) : x: +0.015, y: +0.017, z: +0.078 -PVChecker INFO 7_res_z>50 : x: +0.012, y: +0.016, z: +0.059 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +1.068, y: +1.031, z: +1.166 -PVChecker INFO 1_pull_mean_all : x: +0.013, y: +0.017, z: +0.071 -PVChecker INFO -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO MuonID Rates for Downstream Tracks -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuonLoose = 1.0 : 32.716 +- 1.253 -MuonPIDCheckerDown INFO IsMuoLoose MuonProb < 0.9 : 8.838 +- 0.758 -MuonPIDCheckerDown INFO IsMuoLoose DLL > 1.4 : 5.702 +- 0.619 -MuonPIDCheckerDown INFO IsMuonLoose NShared < 1.0 : 4.419 +- 0.549 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuon = 1.0 : 21.525 +- 1.097 -MuonPIDCheckerDown INFO IsMuon MuonProb < 0.9 : 6.700 +- 0.667 -MuonPIDCheckerDown INFO IsMuon DLL > 1.4 : 3.706 +- 0.504 -MuonPIDCheckerDown INFO IsMuon NShared < 1.0 : 2.780 +- 0.439 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Total Number of Tracks analysed: 2047 -MuonPIDCheckerDown INFO Total Number of PreSelected Tracks: 1403 -MuonPIDCheckerDown INFO Total Number of IsMuonLoose Candidates: 459 -MuonPIDCheckerDown INFO Total Number of IsMuon Candidates: 302 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO MuonID Rates for Long Tracks -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuonLoose = 1.0 : 26.888 +- 0.486 -MuonPIDCheckerLong INFO IsMuoLoose MuonProb < 0.9 : 7.526 +- 0.289 -MuonPIDCheckerLong INFO IsMuoLoose DLL > 1.4 : 4.801 +- 0.234 -MuonPIDCheckerLong INFO IsMuonLoose NShared < 1.0 : 4.741 +- 0.233 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuon = 1.0 : 16.024 +- 0.402 -MuonPIDCheckerLong INFO IsMuon MuonProb < 0.9 : 5.522 +- 0.250 -MuonPIDCheckerLong INFO IsMuon DLL > 1.4 : 2.773 +- 0.180 -MuonPIDCheckerLong INFO IsMuon NShared < 1.0 : 2.533 +- 0.172 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Total Number of Tracks analysed: 10264 -MuonPIDCheckerLong INFO Total Number of PreSelected Tracks: 8331 -MuonPIDCheckerLong INFO Total Number of IsMuonLoose Candidates: 2240 -MuonPIDCheckerLong INFO Total Number of IsMuon Candidates: 1335 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -GenFSRMerge INFO ========== Merging GenFSR ========== -DstWriter INFO Events output: 100 -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 6 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 35 - | Logical Volume | | # mean RMS min max | - | LHCb/lvLHCb | mm | 10 809.62784 1358.1959 2.7703492 3509.63 | - | LHCb/lvLHCb | X0 | 10 3.4280566 6.0477305 0.0085085191 15.4890 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | mm | 15 0.14061137 0.017202636 0.11237705 0.190792 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | X0 | 15 0 0 0 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | mm | 3 4.5160939 2.92466 0.38231594 6.70283 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | X0 | 3 0.0060605939 0.0039248911 0.00051306764 0.00899519 | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -TrackBestTrackC...SUCCESS #WARNINGS = 1 Message = 'Error in predict forward function: something goes wrong in the prediction' -TrackBestTrackC...SUCCESS #WARNINGS = 1 Message = 'Error in smooth function: non positive diagonal element in coveriance matrix' -TrackBestTrackC...SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/2/0 -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 43597 | 37853 |( 86.82478 +- 0.1619841)% | - | "MC particles per track" | 37853 | 39318 | 1.0387 | -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 11181 | 111.81 | -BremChi22IDFuture INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 22016 | 220.16 | 98.981 | 71.000 | 547.00 | - | "#total tracks" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | -BremMatchFuture INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 100 | 1675488 | 16755.0 | 11251.0 | 2053.0 | 49227.0 | - | "#chi2" | 479467 |2.133185e+09 | 4449.1 | 2866.4 | 0.0074249 | 10000.0 | - | "#good tracks" | 100 | 14551 | 145.51 | 65.723 | 48.000 | 342.00 | - | "#links in table" | 100 | 479467 | 4794.7 | 2655.4 | 740.00 | 12370.0 | - | "#total calos" | 100 | 13463 | 134.63 | 35.678 | 49.000 | 200.00 | -BremMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/BremMatch" | 100 | 479467 | 4794.7 | 2655.4 | 740.00 | 12370.0 | - | "Monitor /Event/Rec/Calo/Photons" | 100 | 13463 | 134.63 | 35.678 | 49.000 | 200.00 | -BremPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 22016 | 220.16 | 98.981 | 71.000 | 547.00 | -BrunelInit.Brun... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -CaloClusterMCTruth INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CC2MC links" | 100 | 511328 | 5113.3 | - |*"No MC information for the cluster is found" | 21930 | 50 |(0.2279982 +- 0.03220703)% | -CaloDigit2MCLin... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CD2MC links" | 100 | 1502599 | 15026.0 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 100 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 100 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 100 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 100 | 371703 | 3717.0 | - | "#links/hypo" | 12878 | 371703 | 28.863 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 100 | 33252 | 332.52 | - | "#links/hypo" | 864 | 33252 | 38.486 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 100 | 269993 | 2699.9 | - | "#links/hypo" | 13463 | 269993 | 20.054 | -ChargedProtoPMaker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Track/Best ==> Rec/ProtoP/Charged" | 100 | 13754 | 137.54 | 69.118 | 35.000 | 384.00 | -ChargedProtoPMa... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "RungeKuttaExtrapolator failed with code: RK: Very large value (> 1e6 mm) for state position. Breaking iteration"| 1 | -ClassifyPhotonE... INFO Number of counters : 13 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Electron Delta(E)" | 12878 | 2600999 | 201.97 | 224.87 | -2009.3 | 4556.0 | - | "Electron Delta(X)" | 12878 | -2380.366 | -0.18484 | 11.834 | -22.782 | 22.326 | - | "Electron Delta(Y)" | 12878 | -4468.9 | -0.34702 | 11.674 | -22.782 | 22.326 | - | "Electron Delta(Z)" | 12878 | 864628.6 | 67.140 | 12.981 | 27.733 | 119.50 | - | "Electron corrected energy" | 12878 |9.20211e+07 | 7145.6 | 8432.5 | 419.01 | 2.1056e+05 | - | "Photon Delta(E)" | 13465 | -144003.4 | -10.695 | 134.82 | -2444.5 | 1414.5 | - | "Photon Delta(X)" | 13465 | -1346.54 | -0.10000 | 12.731 | -22.782 | 22.326 | - | "Photon Delta(Y)" | 13465 | -2189.152 | -0.16258 | 12.641 | -22.782 | 22.326 | - | "Photon Delta(Z)" | 13465 | 791224.1 | 58.762 | 12.503 | 22.411 | 115.91 | - | "Photon corrected energy" | 13465 |5.260847e+07 | 3907.1 | 5981.9 | 138.80 | 1.1281e+05 | - | "Photons pT-rejected after correction" | 2 | - | "electronHypos" | 100 | 12878 | 128.78 | 63.231 | 28.000 | 323.00 | - | "photonHypos" | 100 | 13463 | 134.63 | 35.678 | 49.000 | 200.00 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 4049 | 4033.101 | 0.99607 | 0.019212 | 0.96436 | 1.1024 | - | "<alpha> Middle" | 3860 | 3885.486 | 1.0066 | 0.018996 | 0.97700 | 1.1105 | - | "<alpha> Outer" | 4969 | 4970.916 | 1.0004 | 0.014459 | 0.97380 | 1.0500 | - | "Pileup offset" | 12878 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 12878 | 12878 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 3459 | 3438.538 | 0.99408 | 0.019269 | 0.96436 | 1.1009 | - | "<alpha> Middle" | 3201 | 3214.841 | 1.0043 | 0.020038 | 0.97720 | 1.1388 | - | "<alpha> Outer" | 6805 | 6782.181 | 0.99665 | 0.015217 | 0.97356 | 1.0533 | - | "Pileup offset" | 13465 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 13465 | 13465 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 34317 | 343.17 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 100 | 34317 | 343.17 | -DownstreamAssoc... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 11774 | 8185 |( 69.51758 +- 0.4242384)% | - | "MC particles per track" | 8185 | 8185 | 1.0000 | -EcalClusterMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/EcalClusters" | 100 | 21930 | 219.30 | 71.306 | 77.000 | 393.00 | -EcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 100 | 231425 | 2314.2 | 767.98 | 826.00 | 4122.0 | -EcalEFlowMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 100 | 230426 | 2304.3 | 760.23 | 827.00 | 4081.0 | -EcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 15995 | 159.95 | 113.70 | 35.000 | 748.00 | - | "#total energy" | 15995 | 50205.96 | 3.1389 | 3.9533 | -0.079282 | 58.757 | - | "#total tracks" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | -EcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 18979 | 189.79 | 132.88 | 43.000 | 886.00 | -EcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 15995 | 159.95 | 113.70 | 35.000 | 748.00 | -ElectronMatchFu... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 100 | 2462850 | 24628.0 | 33564.0 | 861.00 | 2.1807e+05 | - | "#chi2" | 257277 |1.172139e+09 | 4555.9 | 2913.9 | 0.046598 | 10000.0 | - | "#good tracks" | 100 | 15995 | 159.95 | 113.70 | 35.000 | 748.00 | - | "#links in table" | 100 | 257277 | 2572.8 | 3316.0 | 119.00 | 23535.0 | - | "#total calos" | 100 | 12878 | 128.78 | 63.231 | 28.000 | 323.00 | -ElectronMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ElectronMatch" | 100 | 257277 | 2572.8 | 3316.0 | 119.00 | 23535.0 | - | "Monitor /Event/Rec/Calo/Electrons" | 100 | 12878 | 128.78 | 63.231 | 28.000 | 323.00 | -ElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Electrons" | 100 | 12878 | 128.78 | 63.231 | 28.000 | 323.00 | -EtaMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 100 | 3843 | 38.430 | 38.521 | 0.0000 | 207.00 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 4548 | 45.480 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 1710 | 17.100 | 9.2168 | 2.0000 | 45.000 | - | "#seeds" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 2047 | 20.470 | 12.651 | 2.0000 | 65.000 | - | "#seeds" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 9366 | 93.660 | 41.684 | 28.000 | 234.00 | - | "#seeds" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 10264 | 102.64 | 50.434 | 28.000 | 279.00 | - | "#seeds" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | -FilterForBestMC... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | - | "#seeds" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | -ForwardBestAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 11181 | 8219 |( 73.50863 +- 0.4173314)% | - | "MC particles per track" | 8219 | 9537 | 1.1604 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 4548 | 4250 |( 93.44767 +- 0.3669204)% | - | "MC particles per track" | 4250 | 4992 | 1.1746 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 4548 | 4250 |( 93.44767 +- 0.3669204)% | - | "MC particles per track" | 4250 | 4992 | 1.1746 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 4548 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 4548 | 683 | 0.15018 | 0.35724 | 0.0000 | 1.0000 | - | "chisqprobSum" | 4548 | 1789.003 | 0.39336 | 0.31531 | 0.0000 | 0.99985 | - | "flipCharge" | 4548 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 100 | 4548 | 45.480 | 24.279 | 14.000 | 137.00 | - | "nTracks" | 100 | 4548 | 45.480 | 24.279 | 14.000 | 137.00 | - | "numOutliers" | 4548 | 3831 | 0.84235 | 0.90294 | 0.0000 | 4.0000 | -FutureClusChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 18979 | 189.79 | 132.88 | 43.000 | 886.00 | - | "#total tracks" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | -FutureClusterMatch INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 100 | 3151645 | 31516.0 | 32369.0 | 2201.0 | 2.0894e+05 | - | "#chi2" | 1041693 |4.878277e+08 | 468.30 | 288.89 | 0.00016721 | 1000.0 | - | "#good tracks" | 100 | 15995 | 159.95 | 113.70 | 35.000 | 748.00 | - | "#links in table" | 100 | 1041693 | 10417.0 | 13179.0 | 494.00 | 85023.0 | - | "#total calos" | 100 | 21930 | 219.30 | 71.306 | 77.000 | 393.00 | -FutureEcalChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 18979 | 189.79 | 132.88 | 43.000 | 886.00 | - | "#total tracks" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | -FutureEcalClust INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusterization passes" | 100 | 378 | 3.7800 | 0.72911 | 3.0000 | 6.0000 | - | "# clusters" | 100 | 21930 | 219.30 | 71.306 | 77.000 | 393.00 | - | "Cluster energy" | 21930 |1.195451e+08 | 5451.2 | 7582.5 | 116.00 | 2.0997e+05 | - | "Cluster size" | 21930 | 274489 | 12.517 | 3.6634 | 4.0000 | 39.000 | -FutureEcalCovar INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusters" | 21930 | -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -FutureEcalCovar... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 1337 | 6886 | 5.1503 | 1.8574 | 2.0000 | 13.000 | - | "Corrected Clusters: ET" | 1337 | 376048.2 | 281.26 | 297.43 | 23.400 | 2659.2 | - | "Corrected Clusters: size ratio" | 1337 | 503.8363 | 0.37684 | 0.26635 | -1.8362e-16 | 2.5874 | -FutureEcalShare INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(E)" | 30565 | -896473 | -29.330 | 1031.8 | -23000.0 | 16010.0 | - | "Delta(X)" | 30565 | -324.1707 | -0.010606 | 5.4181 | -60.274 | 59.645 | - | "Delta(Y)" | 30565 | -186.4554 | -0.0061003 | 5.2145 | -46.992 | 55.161 | - | "Delta(Z)" | 30565 |-0.09765625 |-3.1950e-06 | 0.00066903 | -0.00097656 | 0.00097656 | - | "negative E clusters (removed)" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -FutureEcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 100 | 0 |( 0.000000 +- 0.000000)% | -FutureHcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 100 | 0 |( 0.000000 +- 0.000000)% | -FutureNeutralPr... INFO Number of counters : 41 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "CaloClusterCode for Photon" | 13463 | 38683 | 2.8733 | 89.665 | -98.000 | 98.000 | - | "CaloClusterCode for PhotonFromMergedPi0" | 1728 | 146560 | 84.815 | 14.341 | 40.000 | 98.000 | - | "CaloClusterCode for Pi0Merged" | 864 | -21953 | -25.409 | 87.310 | -98.000 | 98.000 | - | "CaloClusterFrac for Photon" | 11700 | 11767.1 | 1.0057 | 0.056158 | 0.61657 | 1.4762 | - | "CaloClusterFrac for PhotonFromMergedPi0" | 1728 | 928.6353 | 0.53740 | 0.20054 | 0.012612 | 0.98401 | - | "CaloClusterFrac for Pi0Merged" | 839 | 836.4899 | 0.99701 | 0.012894 | 0.82834 | 1.0058 | - | "CaloNeutralE19 for Photon" | 13463 | 7973.358 | 0.59224 | 0.18402 | 0.15350 | 1.3313 | - | "CaloNeutralE19 for PhotonFromMergedPi0" | 1728 | 1157.505 | 0.66985 | 0.21822 | 0.12775 | 3.6172 | - | "CaloNeutralE19 for Pi0Merged" | 864 | 413.9407 | 0.47910 | 0.16411 | 0.20576 | 0.95132 | - | "CaloNeutralE49 for Photon" | 13463 | 12019.36 | 0.89277 | 0.093171 | 0.52754 | 1.3808 | - | "CaloNeutralE49 for PhotonFromMergedPi0" | 1728 | 1551.445 | 0.89783 | 0.077258 | 0.56208 | 1.0000 | - | "CaloNeutralE49 for Pi0Merged" | 864 | 729.1124 | 0.84388 | 0.096389 | 0.53326 | 1.0000 | - | "CaloNeutralEcal for Photon" | 13463 |5.275216e+07 | 3918.3 | 6011.7 | 171.56 | 1.1242e+05 | - | "CaloNeutralEcal for PhotonFromMergedPi0" | 1728 |1.878177e+07 | 10869.0 | 12035.0 | 152.66 | 1.3125e+05 | - | "CaloNeutralEcal for Pi0Merged" | 864 |1.807379e+07 | 20919.0 | 19800.0 | 4822.0 | 2.0994e+05 | - | "CaloNeutralHcal2Ecal for Photon" | 13463 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for PhotonFromMergedPi0" | 1728 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for Pi0Merged" | 864 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralID for Photon" | 13463 |5.101392e+08 | 37892.0 | 3537.8 | 33154.0 | 44151.0 | - | "CaloNeutralID for PhotonFromMergedPi0" | 1728 |6.45284e+07 | 37343.0 | 3327.8 | 33224.0 | 44148.0 | - | "CaloNeutralID for Pi0Merged" | 864 |3.226526e+07 | 37344.0 | 3326.8 | 33224.0 | 44147.0 | - | "CaloTrMatch for Photon" | 13002 | 1612702 | 124.03 | 177.91 | 4.0006 | 999.86 | - | "CaloTrMatch for PhotonFromMergedPi0" | 1726 | 38965.07 | 22.575 | 89.819 | 0.00078619 | 953.20 | - | "CaloTrMatch for Pi0Merged" | 863 | 19482.53 | 22.575 | 89.819 | 0.00078619 | 953.20 | - | "ClusterAsX for Photon" | 13461 | 6.158186 | 0.00045748 | 0.20417 | -0.86644 | 0.66558 | - | "ClusterAsX for PhotonFromMergedPi0" | 1728 | -5.602189 | -0.0032420 | 0.21735 | -0.97568 | 0.82838 | - | "ClusterAsY for Photon" | 13463 | -6.015826 |-0.00044684 | 0.20009 | -0.78359 | 0.71750 | - | "ClusterAsY for PhotonFromMergedPi0" | 1728 | 17.15594 | 0.0099282 | 0.20979 | -0.78520 | 0.80237 | - | "IsNotH for Photon" | 13463 | 4874.357 | 0.36206 | 0.37068 | -1.0000 | 0.99499 | - | "IsNotH for Pi0Merged" | 864 | 191.012 | 0.22108 | 0.29765 | 0.00013317 | 0.97391 | - | "IsPhoton for Photon" | 13463 | 13427.64 | 0.99737 | 0.045730 | 4.5516e-05 | 1.0000 | - | "IsPhoton for Pi0Merged" | 864 | 580.0493 | 0.67135 | 0.42839 | 4.5783e-06 | 1.0000 | - | "IsPhotonXGB for Photon" | 13463 | 13437.4 | 0.99810 | 0.035704 | 0.00053628 | 1.0000 | - | "IsPhotonXGB for Pi0Merged" | 864 | 700.7352 | 0.81104 | 0.29895 | 1.3878e-05 | 1.0000 | - | "Neutral Protos" | 100 | 16055 | 160.55 | 55.435 | 49.000 | 290.00 | - | "Neutral Protos from MergedPi0s" | 100 | 864 | 8.6400 | 8.1554 | 0.0000 | 38.000 | - | "Neutral Protos from Photons" | 100 | 13463 | 134.63 | 35.678 | 49.000 | 200.00 | - | "Neutral Protos from SplitPhotons" | 100 | 1728 | 17.280 | 16.311 | 0.0000 | 76.000 | - | "ShowerShape for Photon" | 13463 |6.952554e+07 | 5164.2 | 4919.3 | 184.37 | 79368.0 | - | "ShowerShape for PhotonFromMergedPi0" | 1728 | 7524375 | 4354.4 | 3504.5 | 226.39 | 19192.0 | - | "ShowerShape for Pi0Merged" | 864 | 8177474 | 9464.7 | 7796.3 | 492.48 | 56258.0 | -HcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Hcal/Digits" | 100 | 42748 | 427.48 | 121.24 | 177.00 | 694.00 | -HcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 15063 | 150.63 | 108.35 | 34.000 | 720.00 | - | "#total energy" | 15063 | 122989.9 | 8.1650 | 13.936 | 0.0000 | 187.45 | - | "#total tracks" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | -HcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 15063 | 150.63 | 108.35 | 34.000 | 720.00 | -HcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 15063 | 150.63 | 108.35 | 34.000 | 720.00 | -InBREMFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 24063 | 240.63 | 110.73 | 76.000 | 609.00 | - | "#total tracks" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | - | "#tracks in acceptance" | 100 | 15910 | 159.10 | 73.187 | 52.000 | 385.00 | -InECALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 18979 | 189.79 | 132.88 | 43.000 | 886.00 | - | "#total tracks" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | - | "#tracks in acceptance" | 100 | 15995 | 159.95 | 113.70 | 35.000 | 748.00 | -InHCALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 18979 | 189.79 | 132.88 | 43.000 | 886.00 | - | "#total tracks" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | - | "#tracks in acceptance" | 100 | 15063 | 150.63 | 108.35 | 34.000 | 720.00 | -MCRichDigitSumm... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 100 | 765993 | 7659.9 | 3424.5 | 2027.0 | 17125.0 | -MatchAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 10945 | 8473 |( 77.41434 +- 0.3996862)% | - | "MC particles per track" | 8473 | 9847 | 1.1622 | -MergedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/MergedPi0s" | 96 | 864 | 9.0000 | 8.1266 | 1.0000 | 38.000 | -MergedPi0RecFuture INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Cluster without 2nd seed found" | 864 | 0 |( 0.000000 +- 0.000000)% | - | "Corrected energy" | 1728 |1.869541e+07 | 10819.0 | 11902.0 | 157.42 | 1.2769e+05 | - |*"Fails to set covariance" | 100 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to set spread" | 100 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (1)" | 864 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (2)" | 864 | 0 |( 0.000000 +- 0.000000)% | - | "Photon Delta(E)" | 1728 | -86364.46 | -49.979 | 345.39 | -3560.8 | 2560.7 | - | "Photon Delta(X)" | 1728 | -267.3175 | -0.15470 | 13.759 | -31.566 | 29.516 | - | "Photon Delta(Y)" | 1728 | 323.0745 | 0.18696 | 13.505 | -28.683 | 26.542 | - | "Photon Delta(Z)" | 1728 | 135905 | 78.649 | 10.369 | 32.579 | 114.27 | - | "clusters => mergedPi0s" | 100 | 864 | 8.6400 | - | "clusters => splitClusters" | 100 | 1728 | 17.280 | -MergedPi0RecFut... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 350 | 348.5574 | 0.99588 | 0.024663 | 0.96483 | 1.1138 | - | "<alpha> Middle" | 374 | 374.9964 | 1.0027 | 0.022015 | 0.97711 | 1.1379 | - | "<alpha> Outer" | 1004 | 1001.278 | 0.99729 | 0.016327 | 0.97383 | 1.0853 | - | "Pileup offset" | 1728 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 1728 | 1728 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -MergedPi0RecFut... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 188 | 1145 | 6.0904 | 1.6623 | 4.0000 | 9.0000 | - | "Corrected Clusters: ET" | 188 | 198716.8 | 1057.0 | 767.70 | 24.400 | 5794.6 | - | "Corrected Clusters: size ratio" | 188 | 82.10217 | 0.43671 | 0.38437 | 0.045064 | 1.9955 | -MuonIDAlgLite INFO Number of counters : 9 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "muonMVA2Stat" | 1637 | -942.6971 | -0.57587 | 0.97177 | -2.9128 | 4.4041 | - | "nGoodOffline" | 12311 | - | "nInAcceptance" | 10206 | - | "nIsMuon" | 1637 | - | "nIsMuonLoose" | 2699 | - | "nIsMuonTight" | 825 | - | "nMomentumCut" | 10442 | - | "nMuonPIDs" | 10206 | - | "nPreSelTrack" | 9734 | -MuonProcStatus INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "readoutStatus : create a procStatus" | 100 | -MuonROFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Accepted events" | 100 | 100 |( 100.0000 +- 0.000000)% | -MuonTrackFitter INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 2699 | 1 |(0.03705076 +- 0.03704390)% | - | "badChisq" | 2391 | 1236 | 0.51694 | 0.49971 | 0.0000 | 1.0000 | - | "chisqprobSum" | 2391 | 430.2014 | 0.17993 | 0.27620 | 0.0000 | 0.99990 | - | "flipCharge" | 2698 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 100 | 2698 | 26.980 | 21.864 | 0.0000 | 106.00 | - | "nTracks" | 100 | 2699 | 26.990 | 21.898 | 0.0000 | 106.00 | - | "numOutliers" | 2698 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -MuonTrackFitter... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "RungeKuttaExtrapolator failed with code: RK: Curling"| 1 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 100 | -PackMuonPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 100 | 10206 | 102.06 | 51.562 | 26.000 | 279.00 | -PackMuonTracks INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 100 | 2699 | 26.990 | 21.898 | 0.0000 | 106.00 | -PackRichPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 100 | 12787 | 127.87 | 63.551 | 33.000 | 353.00 | -PackTrack INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 100 | 609 | 6.0900 | -PhotonMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Clusters" | 100 | 21930 | 219.30 | 71.306 | 77.000 | 393.00 | - | "RelationsTable" | 100 | 1041693 | 10417.0 | 13179.0 | 494.00 | 85023.0 | -PhotonMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 100 | 13463 | 134.63 | 35.678 | 49.000 | 200.00 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 100 | 20552 | 205.52 | - | "Created long tracks" | 100 | 11181 | 111.81 | - | "Input tracks" | 100 | 21414 | 214.14 | - | "Number of candidate bins per track" | 20552 | 711296 | 34.610 | 38.105 | 0.0000 | 201.00 | - | "Number of complete candidates/track 1st Loop" | 19910 | 12232 | 0.61436 | 0.74684 | 0.0000 | 6.0000 | - | "Number of complete candidates/track 2nd Loop" | 11993 | 1605 | 0.13383 | 0.39532 | 0.0000 | 5.0000 | - | "Number of x candidates per track 1st Loop" | 19910 | 74992 | 3.7665 | 4.4376 | - | "Number of x candidates per track 2nd Loop" | 11993 | 172516 | 14.385 | 18.481 | - | "Percentage second loop execution" | 19910 | 11993 | 0.60236 | - | "Removed duplicates" | 100 | 653 | 6.5300 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 9509 | 37782 | 3.9733 | - | "#tracks with hits added" | 9509 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 100 | 6383 | 63.830 | - | "Created long tracks" | 100 | 4548 | 45.480 | - | "Input tracks" | 100 | 6390 | 63.900 | - | "Number of candidate bins per track" | 6383 | 135451 | 21.221 | 26.087 | 0.0000 | 180.00 | - | "Number of complete candidates/track 1st Loop" | 6261 | 4479 | 0.71538 | 0.55041 | 0.0000 | 5.0000 | - | "Number of complete candidates/track 2nd Loop" | 2546 | 382 | 0.15004 | 0.42722 | 0.0000 | 5.0000 | - | "Number of x candidates per track 1st Loop" | 6261 | 15320 | 2.4469 | 2.8415 | - | "Number of x candidates per track 2nd Loop" | 2546 | 28583 | 11.227 | 15.187 | - | "Percentage second loop execution" | 6261 | 2546 | 0.40664 | - | "Removed duplicates" | 100 | 41 | 0.41000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 100 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 1030339 | 0 | 0.0000 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 100 | 11774 | 117.74 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 37267 | 217174.7 | 5.8275 | - | "#MatchingTracks" | 100 | 10945 | 109.45 | - | "TracksMLP" | 37267 | 11278.89 | 0.30265 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 9600 | 38132 | 3.9721 | - | "#tracks with hits added" | 9600 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 100 | 18000 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 100 | 18000 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 100 | 21414 | 214.14 | - | "#tracks" | 100 | 6390 | 63.900 | -PrepareMuonHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Impossible MuonTileID" | 35711 | 0 |( 0.000000 +- 0.000000)% | -ProtoElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/ProtoP/Charged" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -ResolvedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 100 | 613 | 6.1300 | 5.9273 | 0.0000 | 23.000 | -RichDLLsDown INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 100 | 1752 | 17.520 | 11.046 | 2.0000 | 57.000 | - |*"Used RICH1 and RICH2" | 1752 | 424 |( 24.20091 +- 1.023248)% | - |*"Used RICH1 only" | 1752 | 1093 |( 62.38584 +- 1.157315)% | - |*"Used RICH2 only" | 1752 | 235 |( 13.41324 +- 0.8141896)% | -RichDLLsLong INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 100 | 9766 | 97.660 | 47.373 | 27.000 | 268.00 | - |*"Used RICH1 and RICH2" | 9766 | 3427 |( 35.09113 +- 0.4829391)% | - |*"Used RICH1 only" | 9766 | 4393 |( 44.98259 +- 0.5034008)% | - |*"Used RICH2 only" | 9766 | 1946 |( 19.92627 +- 0.4042032)% | -RichDLLsUp INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 100 | 1269 | 12.690 | 7.0153 | 2.0000 | 35.000 | - |*"Used RICH1 and RICH2" | 1269 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 1269 | 1269 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 1269 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonDown1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 16 | 16 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 102 | 98 |( 96.07843 +- 1.921953)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 19 | 19 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 359 | 359 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 359 | 214 |( 59.61003 +- 2.589699)% | - |*"Used RICH1 only" | 359 | 10 |( 2.785515 +- 0.8685024)% | - |*"Used RICH2 only" | 359 | 135 |( 37.60446 +- 2.556520)% | -RichPIDMonDown2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 232 | 232 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 1596 | 1311 |( 82.14286 +- 0.9586817)% | - |*"Used RICH1 and RICH2" | 1311 | 208 |( 15.86575 +- 1.009056)% | - |*"Used RICH1 only" | 1311 | 1008 |( 76.88787 +- 1.164253)% | - |*"Used RICH2 only" | 1311 | 95 |( 7.246377 +- 0.7160190)% | -RichPIDMonDown2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 16 | 16 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 336 | 332 |( 98.80952 +- 0.5916844)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 20 | 20 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 1961 | 1676 |( 85.46660 +- 0.7958717)% | - |*"Used RICH1 and RICH2" | 1676 | 424 |( 25.29833 +- 1.061877)% | - |*"Used RICH1 only" | 1676 | 1018 |( 60.73986 +- 1.192822)% | - |*"Used RICH2 only" | 1676 | 234 |( 13.96181 +- 0.8466025)% | -RichPIDMonDown7... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 6 | 6 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 6 | 2 |( 33.33333 +- 19.24501)% | - |*"Used RICH1 only" | 6 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 6 | 4 |( 66.66667 +- 19.24501)% | -RichPIDMonLong1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 516 | 506 |( 98.06202 +- 0.6068770)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 2029 | 1956 |( 96.40217 +- 0.4134498)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 138 | 129 |( 93.47826 +- 2.101829)% | - |*"Track ID rate" | 3712 | 3711 |( 99.97306 +- 0.02693603)% | - |*"Used RICH1 and RICH2" | 3711 | 2095 |( 56.45379 +- 0.8139098)% | - |*"Used RICH1 only" | 3711 | 101 |( 2.721638 +- 0.2671024)% | - |*"Used RICH2 only" | 3711 | 1515 |( 40.82458 +- 0.8068375)% | -RichPIDMonLong2... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 9 | 8 |( 88.88889 +- 10.47566)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 2613 | 2606 |( 99.73211 +- 0.1011177)% | - |*"Track ID rate" | 6243 | 5755 |( 92.18325 +- 0.3397368)% | - |*"Used RICH1 and RICH2" | 5755 | 1283 |( 22.29366 +- 0.5486511)% | - |*"Used RICH1 only" | 5755 | 4104 |( 71.31190 +- 0.5962237)% | - |*"Used RICH2 only" | 5755 | 368 |( 6.394440 +- 0.3224998)% | -RichPIDMonLong2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 544 | 531 |( 97.61029 +- 0.6548180)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 4677 | 4592 |( 98.18260 +- 0.1953257)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 148 | 139 |( 93.91892 +- 1.964428)% | - |*"Track ID rate" | 10034 | 9545 |( 95.12657 +- 0.2149469)% | - |*"Used RICH1 and RICH2" | 9545 | 3415 |( 35.77789 +- 0.4906386)% | - |*"Used RICH1 only" | 9545 | 4205 |( 44.05448 +- 0.5081474)% | - |*"Used RICH2 only" | 9545 | 1925 |( 20.16763 +- 0.4107040)% | -RichPIDMonLong7... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 19 | 17 |( 89.47368 +- 7.040590)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 35 | 30 |( 85.71429 +- 5.914848)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 79 | 79 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 79 | 37 |( 46.83544 +- 5.614161)% | - |*"Used RICH1 only" | 79 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 79 | 42 |( 53.16456 +- 5.614161)% | -RichPIDMonUp10to70 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 54 | 44 |( 81.48148 +- 5.286104)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 171 | 145 |( 84.79532 +- 2.745848)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 24 | 20 |( 83.33333 +- 7.607258)% | - |*"Track ID rate" | 515 | 375 |( 72.81553 +- 1.960509)% | - |*"Used RICH1 and RICH2" | 375 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 375 | 375 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 375 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to10 INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 229 | 229 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 884 | 884 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 884 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 884 | 884 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 884 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to100 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 55 | 44 |( 80.00000 +- 5.393599)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 400 | 374 |( 93.50000 +- 1.232629)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 24 | 20 |( 83.33333 +- 7.607258)% | - |*"Track ID rate" | 1417 | 1260 |( 88.92025 +- 0.8338354)% | - |*"Used RICH1 and RICH2" | 1260 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 1260 | 1260 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 1260 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp70t... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Track ID rate" | 18 | 1 |( 5.555556 +- 5.399030)% | - |*"Used RICH1 and RICH2" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 1 | 0 |( 0.000000 +- 0.000000)% | -RichRecoStatsDown INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 100 | 312543 | 3125.4 | 3132.9 | 86.000 | 17206.0 | - | "# Rich1Gas Segments" | 100 | 1517 | 15.170 | 9.6250 | 1.0000 | 51.000 | - | "# Rich2Gas Photons" | 100 | 41680 | 416.80 | 449.57 | 0.0000 | 2658.0 | - | "# Rich2Gas Segments" | 100 | 659 | 6.5900 | 4.7373 | 0.0000 | 26.000 | - | "# Selected Tracks" | 100 | 1752 | 17.520 | 11.046 | 2.0000 | 57.000 | - |*"RICH selection efficiency" | 2047 | 1752 |( 85.58867 +- 0.7762494)% | -RichRecoStatsLong INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 100 | 1405203 | 14052.0 | 11825.0 | 1107.0 | 68970.0 | - | "# Rich1Gas Segments" | 100 | 7820 | 78.200 | 38.046 | 22.000 | 221.00 | - | "# Rich2Gas Photons" | 100 | 433944 | 4339.4 | 3939.8 | 281.00 | 19132.0 | - | "# Rich2Gas Segments" | 100 | 5373 | 53.730 | 27.059 | 12.000 | 144.00 | - | "# Selected Tracks" | 100 | 9766 | 97.660 | 47.373 | 27.000 | 268.00 | - |*"RICH selection efficiency" | 10264 | 9766 |( 95.14809 +- 0.2120792)% | -RichRecoStatsUp INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 100 | 262512 | 2625.1 | 2380.0 | 102.00 | 10752.0 | - | "# Rich1Gas Segments" | 100 | 1269 | 12.690 | 7.0153 | 2.0000 | 35.000 | - | "# Rich2Gas Photons" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 100 | 1269 | 12.690 | 7.0153 | 2.0000 | 35.000 | - |*"RICH selection efficiency" | 1443 | 1269 |( 87.94179 +- 0.8572469)% | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 100 | 17569 | 175.69 | -SeedingAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 17569 | 14721 |( 83.78963 +- 0.2780469)% | - | "MC particles per track" | 14721 | 14721 | 1.0000 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 203 | -ToolSvc.TrackFu... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 5 | -TrackBestTrackC... INFO Number of counters : 34 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 50144 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 4055 | 2266 |( 55.88163 +- 0.7797382)% | - | "Downstream.chisqProbSum" | 4055 | 547.9366 | 0.13513 | - |*"Downstream.flipCharge" | 4055 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 4055 | 4054595 | 999.90 | - | "Downstream.numOutliers" | 4055 | 5129 | 1.2649 | - |*"FitFailed" | 50144 | 2 |(0.003988513 +- 0.002820248)% | - | "FittedBefore" | 4089 | - | "Long.FitFailed" | 2 | 2 | 1.0000 | - |*"Long.badChisq" | 10382 | 5070 |( 48.83452 +- 0.4905818)% | - | "Long.chisqProbSum" | 10382 | 2070.857 | 0.19947 | - |*"Long.flipCharge" | 10382 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 10382 |1.038096e+07 | 999.90 | - | "Long.numOutliers" | 10382 | 14140 | 1.3620 | - |*"Ttrack.badChisq" | 6668 | 262 |( 3.929214 +- 0.2379308)% | - | "Ttrack.chisqProbSum" | 6668 | 2283.522 | 0.34246 | - |*"Ttrack.flipCharge" | 6668 | 450 |( 6.748650 +- 0.3072120)% | - | "Ttrack.ghostProbability" | 6668 | 6667333 | 999.90 | - | "Ttrack.numOutliers" | 6668 | 3457 | 0.51845 | - |*"Upstream.badChisq" | 1773 | 398 |( 22.44783 +- 0.9908999)% | - | "Upstream.chisqProbSum" | 1773 | 698.8649 | 0.39417 | - |*"Upstream.flipCharge" | 1773 | 47 |( 2.650874 +- 0.3815103)% | - | "Upstream.ghostProbability" | 1773 | 1772823 | 999.90 | - | "Upstream.numOutliers" | 1773 | 1372 | 0.77383 | - |*"Velo.badChisq" | 10309 | 2121 |( 20.57426 +- 0.3981387)% | - | "Velo.chisqProbSum" | 10309 | 3797.655 | 0.36838 | - |*"Velo.flipCharge" | 10309 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 10309 |1.030797e+07 | 999.90 | - | "Velo.numOutliers" | 10309 | 10012 | 0.97119 | - |*"VeloBackward.badChisq" | 12866 | 594 |( 4.616820 +- 0.1850059)% | - | "VeloBackward.chisqProbSum" | 12866 | 6517.985 | 0.50661 | - |*"VeloBackward.flipCharge" | 12866 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 12866 |1.286471e+07 | 999.90 | - | "VeloBackward.numOutliers" | 12866 | 4360 | 0.33888 | -TrackDiMuonMonitor INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "numcombinations" | 100 | 27972 | 279.72 | - | "numnegtracks" | 100 | 1359 | 13.590 | - | "numpostracks" | 100 | 1340 | 13.400 | - | "numselected" | 100 | 1 | 0.010000 | -TrackMonitor INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream" | 100 | 2047 | 20.470 | 12.651 | 2.0000 | 65.000 | - | "#Long" | 100 | 10264 | 102.64 | 50.434 | 28.000 | 279.00 | - | "#Tracks" | 100 | 43597 | 435.97 | 231.17 | 111.00 | 1388.0 | - | "#Ttrack" | 100 | 6668 | 66.680 | 77.098 | 7.0000 | 542.00 | - | "#Upstream" | 100 | 1443 | 14.430 | 7.9627 | 2.0000 | 40.000 | - | "#Velo" | 100 | 10309 | 103.09 | 43.554 | 36.000 | 229.00 | - | "#VeloBackward" | 100 | 12866 | 128.66 | 62.517 | 27.000 | 282.00 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 11774 | 117.74 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 10945 | 109.45 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 6390 | 5973 |( 93.47418 +- 0.3089676)% | - | "MC particles per track" | 5973 | 5973 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 100 | 264280 | 2642.8 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 34317 | 33903 |( 98.79360 +- 0.05893255)% | - | "MC particles per track" | 33903 | 34049 | 1.0043 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 100 | 264280 | 2642.8 | - | "Nb of Produced Tracks" | 100 | 34317 | 343.17 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 6390 | 63.900 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 100 | 128.29 | 13.482 | -1.7629 | 2.9693 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 100 | 988.12 | 256.84 | -0.2389 | -0.24782 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 100 | 4011.9 | 1763.8 | 0.49933 | -0.149 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 98812 | 4.0601 | 4.614 | 2.3243 | 6.6218 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 100 | 137.33 | 11.294 | -1.3443 | 1.0884 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 100 | 918.61 | 214.1 | -0.37259 | -0.29726 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 100 | 2660.2 | 1176.8 | 0.69712 | 0.052054 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 91861 | 2.8959 | 2.6091 | 2.7698 | 14.266 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 290715 | 1.38 | 1.2014 | 7.3851 | 95.064 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 221034 | 1.2035 | 0.81447 | 10.488 | 230.99 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 295 | 1.6279 | 0.64938 | 0.1785 | -0.90336 | - | All/Rejected/CloneDist | "Track Clone Distance" | 295 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 295 | 0.18413 | 0.11024 | 0.10456 | -1.1769 | - | All/Rejected/P | "Track Momentum" | 295 | 3999.5 | 1318.5 | 0.44341 | 0.20313 | - | All/Rejected/Pt | "Track Transverse Momentum" | 295 | 113.76 | 62.169 | 2.6848 | 9.2384 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1752 | 1.4964 | 0.65966 | 0.37503 | -0.6936 | - | All/Selected/CloneDist | "Track Clone Distance" | 1752 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 1752 | 0.074494 | 0.10345 | 1.5643 | 1.3209 | - | All/Selected/P | "Track Momentum" | 1752 | 7795.8 | 9151.4 | 4.1449 | 23.858 | - | All/Selected/Pt | "Track Transverse Momentum" | 1752 | 408.33 | 432.89 | 2.8893 | 12.088 | - | nRichTracks | "# Rich Tracks / Event" | 100 | 17.52 | 11.046 | 1.0489 | 1.3432 | - | nTracks | "# Tracks / Event" | 100 | 20.47 | 12.651 | 1.0569 | 1.2574 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 151491 | 0.00064439 | 0.002421 | -0.107 | -0.89567 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 20125 | 7.7959e-05 | 0.0019899 | -0.31504 | -0.42576 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 312496 | 0.00063034 | 0.0024256 | -0.10292 | -0.89529 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 40398 | 2.0131e-05 | 0.0020158 | -0.32973 | -0.41586 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 312496 | 3.1129 | 1.805 | 0.02854 | -1.1795 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 312496 | 0.044745 | 0.0089492 | -1.2437 | 1.0144 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 161005 | 0.00061721 | 0.0024298 | -0.099045 | -0.89495 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 20273 |-3.6901e-05 | 0.0020395 | -0.33977 | -0.41652 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 21604 | 0.00020636 | 0.0012691 | -0.078703 | -0.99314 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 16879 | 0.00022748 | 0.0012477 | -0.077291 | -0.98725 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 20076 | 0.0002361 | 0.0012846 | -0.10831 | -1.0188 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 15146 | 0.00025759 | 0.0012594 | -0.096553 | -1.0165 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 41680 | 0.00022085 | 0.0012767 | -0.092964 | -1.0061 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 32025 | 0.00024211 | 0.0012535 | -0.08644 | -1.0018 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 41680 | 3.1803 | 1.8268 | -0.027477 | -1.2074 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 41680 | 0.027428 | 0.0038405 | -1.752 | 3.4538 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 13589 |-0.00015337 | 0.0020145 | -0.36963 | -0.49741 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 13589 |-0.00015337 | 0.0020145 | -0.36963 | -0.49741 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 27115 |-0.00017646 | 0.0020416 | -0.35306 | -0.50556 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 27115 |-0.00017646 | 0.0020416 | -0.35306 | -0.50556 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 27115 | 3.122 | 1.8036 | 0.020812 | -1.1708 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 27115 | 0.045537 | 0.0087457 | -1.5075 | 1.7239 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 13526 |-0.00019983 | 0.0020684 | -0.33578 | -0.5163 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 13526 |-0.00019983 | 0.0020684 | -0.33578 | -0.5163 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 7560 | 0.00020575 | 0.0012027 | -0.092396 | -0.88957 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 7560 | 0.00020575 | 0.0012027 | -0.092396 | -0.88957 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 6204 | 0.00015633 | 0.0012326 | -0.03011 | -0.95799 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 6204 | 0.00015633 | 0.0012326 | -0.03011 | -0.95799 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 13764 | 0.00018257 | 0.0012171 | -0.063498 | -0.92366 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 13764 | 0.00018257 | 0.0012171 | -0.063498 | -0.92366 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 13764 | 3.1577 | 1.8343 | -0.0072893 | -1.2337 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 13764 | 0.02701 | 0.004381 | -1.6427 | 2.3435 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 17 | 272.94 | 136.9 | 0.22813 | -1.0124 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1518 | 591.3 | 56.837 | -3.7747 | 14.469 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 261 | 323.12 | 171.43 | -0.31632 | -1.0799 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1465 | 415.28 | 163.93 | -0.79198 | -0.42515 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1223 | 383.32 | 175.81 | -0.60262 | -0.78618 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 96 | 247.19 | 174.28 | 0.17781 | -1.1371 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 12 | 105.52 | 84.165 | 0.36743 | -0.8043 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 1968 | 407.3 | 52.492 | -0.21118 | -0.84888 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 177 | 174.34 | 98.81 | -0.13462 | -1.166 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 1359 | 241.3 | 103.02 | -0.81791 | -0.46056 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 1036 | 221.88 | 104.91 | -0.62361 | -0.78335 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 52 | 167.12 | 87.423 | -0.18416 | -1.0625 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 17 | 24.402 | 12.847 | 0.22249 | -1.0352 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1517 | 54.316 | 5.2227 | -3.7445 | 14.273 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 255 | 29.825 | 15.586 | -0.31174 | -1.0826 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1457 | 37.96 | 15.175 | -0.78257 | -0.45083 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1208 | 35.187 | 16.137 | -0.60171 | -0.78371 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 93 | 22.739 | 16.071 | 0.16256 | -1.1393 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 11 | 10.487 | 7.8284 | 0.33476 | -0.80234 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 659 | 34.398 | 2.2299 | -0.20076 | -0.51143 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 172 | 16.62 | 9.2602 | -0.13684 | -1.1496 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 625 | 29.818 | 3.4884 | -1.2559 | 2.5452 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 608 | 26.809 | 5.6519 | -1.2885 | 1.8288 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 52 | 15.475 | 8.4269 | -0.16276 | -1.1306 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 17 | 15.869 | 8.013 | 0.024626 | -1.3759 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1517 | 35.944 | 4.2159 | -2.1023 | 6.1275 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 255 | 19.709 | 10.311 | -0.28808 | -1.0856 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1457 | 25.255 | 10.254 | -0.69389 | -0.52743 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1208 | 23.297 | 10.829 | -0.52807 | -0.81316 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 93 | 15.107 | 10.971 | 0.29191 | -1.076 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 11 | 6.9006 | 5.198 | 0.30513 | -0.93138 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 659 | 17.424 | 6.6337 | -0.68132 | -0.6833 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 172 | 11.144 | 6.2883 | -0.10734 | -1.1352 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 625 | 16.233 | 6.4519 | -0.67048 | -0.74178 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 608 | 15.318 | 6.5285 | -0.62346 | -0.78826 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 52 | 10.267 | 5.6393 | -0.099675 | -0.99459 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 17 | 0.66217 | 0.062755 | 0.17183 | -0.34954 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 1517 | 0.66155 | 0.041928 | -0.42742 | 1.3085 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 255 | 0.66497 | 0.063678 | -0.10409 | 0.42658 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 1457 | 0.66648 | 0.056895 | -0.24192 | 1.2107 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 1208 | 0.66199 | 0.061513 | -0.82517 | 4.5304 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 93 | 0.66582 | 0.074249 | 0.42539 | 2.0296 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 11 | 0.66105 | 0.036025 | 0.27719 | -0.50848 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 659 | 0.51411 | 0.20463 | -0.65971 | -0.86305 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 172 | 0.66794 | 0.075281 | -0.89322 | 3.1598 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 625 | 0.53513 | 0.19292 | -0.79681 | -0.55833 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 608 | 0.55079 | 0.18617 | -0.94094 | -0.17841 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 52 | 0.6663 | 0.053079 | 0.61225 | 0.70277 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1088 |-6.0442e-15 | 0.1288 | -0.59188 | 2.8137 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 142272 | 0.00013485 | 0.36479 | 0.16747 | 297.43 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 17248 | 7.4441e-16 | 0.18491 | -0.31812 | 2.2426 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 110832 | 0.00015339 | 0.29684 | 0.82784 | 606.71 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 88840 | 0.00046758 | 0.3007 | 4.8751 | 902.81 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 5456 |-2.1719e-15 | 0.15206 | -0.25937 | 2.4932 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 576 | 1.2163e-14 | 6.721 | 1.0751 | 1.7629 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 143472 | 0.16257 | 19.562 | 0.028106 | 0.81126 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 11248 | 0.001256 | 7.1553 | 0.55809 | 2.1454 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 82744 | -0.020139 | 17.312 | 0.020393 | 1.6029 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 64328 | 0.197 | 14.899 | 0.10206 | 2.8332 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 3320 |-8.7534e-16 | 6.4214 | 0.68623 | 0.79281 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 576 | -1.4257 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 576 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 576 | 1084.4 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 1542 | -1.3733 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 1542 | -4.7184 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 1542 | 2226.3 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 401190 | 0.11211 | 0.090318 | 0.97504 | 0.43014 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 266020 | 0.055431 | 0.040216 | 1.4999 | 3.0723 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 1752 | 0.7534 | 9.9631 | -0.38522 | 3.7637 | - | deuteron/dll | "deuteron DLL" | 1752 | 0.70349 | 10.015 | -0.43416 | 3.8998 | - | electron/dll | "electron DLL" | 1752 | -4.5655 | 13.31 | -0.046446 | 1.6758 | - | kaon/dll | "kaon DLL" | 1752 | 0.20473 | 10.003 | -0.86439 | 3.9276 | - | muon/dll | "muon DLL" | 1752 | -2.7071 | 7.7975 | -1.4943 | 7.981 | - | pion/dll | "pion DLL" | 1752 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 1752 | 0.68395 | 10.276 | -0.40712 | 3.8947 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 498 | 1.4773 | 0.64703 | 0.61912 | -0.51292 | - | All/Rejected/CloneDist | "Track Clone Distance" | 498 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 498 | 0.16863 | 0.11581 | 0.43628 | -1.1 | - | All/Rejected/P | "Track Momentum" | 498 | 4392.1 | 2702.2 | 14.885 | 286.24 | - | All/Rejected/Pt | "Track Transverse Momentum" | 498 | 85.634 | 101.16 | 8.6702 | 85.002 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 9766 | 1.2435 | 0.51126 | 1.2774 | 1.4562 | - | All/Selected/CloneDist | "Track Clone Distance" | 9766 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 9766 | 0.039589 | 0.074918 | 2.6856 | 6.9774 | - | All/Selected/P | "Track Momentum" | 9766 | 12073 | 12789 | 2.7237 | 9.5545 | - | All/Selected/Pt | "Track Transverse Momentum" | 9766 | 613.24 | 622.41 | 3.463 | 19.189 | - | nRichTracks | "# Rich Tracks / Event" | 100 | 93.103 | 40.078 | 0.40401 | -0.8317 | - | nTracks | "# Tracks / Event" | 100 | 97.711 | 42.376 | 0.42325 | -0.8377 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 697105 | 0.0004253 | 0.0022842 | -0.0061303 | -0.71926 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 213137 |-0.00016981 | 0.0020995 | -0.20861 | -0.56274 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 1397135 | 0.00043116 | 0.0022773 | -0.0067792 | -0.71567 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 438481 |-0.00015026 | 0.0020913 | -0.20451 | -0.54511 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 1397135 | 3.1375 | 1.8229 | 0.0059243 | -1.1933 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 1397135 | 0.045204 | 0.0086778 | -1.4235 | 1.6891 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 700030 | 0.00043689 | 0.0022704 | -0.0073333 | -0.71226 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 225344 |-0.00013184 | 0.0020833 | -0.20018 | -0.52892 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 218913 | 7.9618e-05 | 0.0012911 | -0.027344 | -0.94795 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 190881 | 8.1793e-05 | 0.0012869 | -0.023153 | -0.94517 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 215031 | 7.2562e-05 | 0.0012961 | -0.01659 | -0.95245 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 187879 | 7.3601e-05 | 0.0012899 | -0.012027 | -0.94806 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 433944 | 7.6105e-05 | 0.0012936 | -0.021991 | -0.95022 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 378760 | 7.7718e-05 | 0.0012884 | -0.017621 | -0.94665 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 433944 | 3.1491 | 1.8168 | -0.0083962 | -1.1946 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 433944 | 0.027028 | 0.0041873 | -1.5722 | 2.4537 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 166894 |-0.00032901 | 0.0020987 | -0.22451 | -0.62214 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 166894 |-0.00032901 | 0.0020987 | -0.22451 | -0.62214 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 333272 |-0.00032576 | 0.0020944 | -0.22307 | -0.61139 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 333272 |-0.00032576 | 0.0020944 | -0.22307 | -0.61139 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 333272 | 3.133 | 1.8243 | 0.0059193 | -1.1976 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 333272 | 0.045259 | 0.0089576 | -1.4427 | 1.4327 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 166378 | -0.0003225 | 0.0020899 | -0.22158 | -0.60055 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 166378 | -0.0003225 | 0.0020899 | -0.22158 | -0.60055 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 94336 | 3.1104e-05 | 0.0012715 | -0.011192 | -0.91099 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 94336 | 3.1104e-05 | 0.0012715 | -0.011192 | -0.91099 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 88627 | 3.4254e-05 | 0.001273 |-0.00091932 | -0.91604 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 88627 | 3.4254e-05 | 0.001273 |-0.00091932 | -0.91604 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 182963 | 3.2635e-05 | 0.0012723 | -0.0061844 | -0.91342 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 182963 | 3.2635e-05 | 0.0012723 | -0.0061844 | -0.91342 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 182963 | 3.1462 | 1.8224 | -0.0034616 | -1.2082 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 182963 | 0.026873 | 0.0043566 | -1.4892 | 1.8892 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 312 | 262.16 | 162.01 | 0.043385 | -1.1571 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 7824 | 606.54 | 19.259 | -6.2268 | 86.729 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 2573 | 341.72 | 180.06 | -0.36317 | -1.1014 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 7677 | 489.47 | 133.3 | -1.6064 | 2.0612 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 7116 | 451.39 | 157.4 | -1.2012 | 0.49032 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 1028 | 310.38 | 174.33 | -0.15524 | -1.1817 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 178 | 121.43 | 83.802 | 0.20918 | -1.0405 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 9957 | 388.39 | 47.879 | 0.36889 | -0.73772 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 2229 | 189.08 | 98.013 | -0.36748 | -1.0264 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 8384 | 275.95 | 92.506 | -1.3656 | 0.94159 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 7192 | 258.99 | 95.838 | -1.194 | 0.41993 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 828 | 155.95 | 94.213 | -0.036964 | -1.1917 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 295 | 24.785 | 14.437 | 0.041683 | -1.1525 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 7820 | 55.717 | 1.7691 | -6.2307 | 86.537 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 2504 | 31.723 | 16.282 | -0.37148 | -1.0758 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 7662 | 44.806 | 12.373 | -1.5871 | 1.9793 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 7062 | 41.462 | 14.376 | -1.1891 | 0.46464 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 1003 | 28.626 | 15.915 | -0.15609 | -1.1954 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 169 | 11.695 | 7.8252 | 0.17943 | -1.0224 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 5373 | 33.905 | 2.2155 | 0.15233 | -0.46889 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 2151 | 18.078 | 9.0959 | -0.37578 | -0.99486 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 5256 | 30.537 | 3.2858 | -2.0136 | 7.1599 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 5147 | 28.402 | 4.8267 | -1.7702 | 4.1267 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 803 | 14.828 | 8.8576 | -0.040279 | -1.1676 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 295 | 16.3 | 9.5536 | 0.077747 | -1.0799 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 7820 | 37.007 | 2.6875 | -1.1411 | 8.4968 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 2504 | 21.062 | 10.956 | -0.29422 | -1.0532 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 7662 | 29.728 | 8.5385 | -1.3638 | 1.4647 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 7062 | 27.511 | 9.7723 | -1.0465 | 0.2642 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 1003 | 18.964 | 10.713 | -0.063553 | -1.1242 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 169 | 7.8846 | 5.3343 | 0.2321 | -0.95207 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 5373 | 19.008 | 5.8556 | -1.0817 | 0.38068 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 2151 | 12.092 | 6.1601 | -0.30213 | -0.9954 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 5256 | 17.8 | 5.8863 | -1.0565 | 0.13946 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 5147 | 17.016 | 5.9683 | -0.9984 | -0.020276 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 803 | 9.8925 | 5.9668 | 0.0041759 | -1.1265 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 295 | 0.65919 | 0.072969 | -0.38493 | 0.48826 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 7820 | 0.66419 | 0.043605 | -0.91594 | 7.5047 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 2504 | 0.66485 | 0.064708 | -0.53631 | 2.3009 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 7662 | 0.6634 | 0.053008 | -0.61532 | 4.1165 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 7062 | 0.66404 | 0.056034 | -0.46365 | 2.7264 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 1003 | 0.66433 | 0.065855 | -0.27727 | 1.2493 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 169 | 0.67285 | 0.059641 | 0.17111 | 0.41309 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 5373 | 0.56601 | 0.18093 | -1.0831 | 0.137 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 2151 | 0.6705 | 0.070272 | -1.047 | 6.1605 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 5256 | 0.576 | 0.1735 | -1.1605 | 0.41125 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 5147 | 0.58622 | 0.16724 | -1.2693 | 0.80082 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 803 | 0.66662 | 0.0725 | -0.9401 | 4.0179 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 18376 | 3.7043e-16 | 0.14169 | -0.30117 | 2.732 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 721384 | 0.00012127 | 0.35843 | 0.27423 | 206.8 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 173096 | 3.0963e-16 | 0.19391 | -0.30734 | 2.856 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 624256 | 0.0001677 | 0.31459 | 1.3616 | 539.1 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 555608 | 7.1948e-17 | 0.26539 | -0.38256 | 2.1579 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 66208 | 1.346e-15 | 0.17131 | -0.27535 | 3.1509 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 9432 | 6.78e-16 | 7.2769 | 0.75972 | 0.18123 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 775368 | 0.14558 | 14.98 | 0.090218 | 2.8209 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 147504 | 0.0066744 | 7.0099 | 0.72713 | 2.6991 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 587296 | 0.16891 | 13.978 | 0.13081 | 3.4139 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 508840 | 0.071287 | 12.453 | 0.12847 | 4.4422 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 50120 | 0.001328 | 7.0313 | 0.7637 | 1.6956 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 3622 | -1.4237 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 3622 | -4.4607 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 3622 | 1089.1 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 8058 | -1.4698 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 8058 | -4.7939 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 8058 | 2121.6 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 401190 | 0.083627 | 0.068005 | 1.0842 | 0.76281 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 266020 | 0.04868 | 0.038438 | 1.6663 | 4.0137 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 9766 | -2.3182 | 14.736 | -0.32407 | 0.95888 | - | deuteron/dll | "deuteron DLL" | 9766 | -2.4359 | 14.762 | -0.33439 | 0.94941 | - | electron/dll | "electron DLL" | 9766 | -11.454 | 13.344 | -0.43116 | 0.65199 | - | kaon/dll | "kaon DLL" | 9766 | -3.1491 | 15.219 | -0.31335 | 1.1187 | - | muon/dll | "muon DLL" | 9766 | -6.1999 | 9.7978 | -1.622 | 3.2836 | - | pion/dll | "pion DLL" | 9766 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 9766 | -2.725 | 14.893 | -0.35115 | 0.94636 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 174 | 1.1979 | 0.49888 | 0.98655 | 1.2503 | - | All/Rejected/CloneDist | "Track Clone Distance" | 174 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 174 | 0.044306 | 0.075208 | 2.5291 | 6.1742 | - | All/Rejected/P | "Track Momentum" | 174 | 39604 | 19444 | 1.3086 | 0.9031 | - | All/Rejected/Pt | "Track Transverse Momentum" | 174 | 925.92 | 676.45 | 3.0812 | 12.906 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1269 | 1.0555 | 0.55552 | 1.2185 | 1.5159 | - | All/Selected/CloneDist | "Track Clone Distance" | 1269 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 1269 | 0.053895 | 0.071855 | 2.3908 | 5.6949 | - | All/Selected/P | "Track Momentum" | 1269 | 9610.9 | 9976.4 | 2.6908 | 8.9873 | - | All/Selected/Pt | "Track Transverse Momentum" | 1269 | 992.48 | 778.48 | 3.501 | 17.949 | - | nRichTracks | "# Rich Tracks / Event" | 100 | 12.69 | 7.0153 | 0.77877 | 0.29348 | - | nTracks | "# Tracks / Event" | 100 | 14.43 | 7.9627 | 0.98396 | 1.1003 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 128394 |-0.00020702 | 0.0025835 | 0.006247 | -0.96497 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 75785 |-0.00052899 | 0.0024153 | -0.038791 | -0.9978 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 247637 |-0.00019653 | 0.0025956 |-0.00070669 | -0.9858 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 150883 |-0.00049214 | 0.0024441 | -0.03538 | -1.0111 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 247637 | 3.1555 | 1.8102 | -0.0094056 | -1.2029 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 247637 | 0.039907 | 0.011473 | -0.74144 | -0.44566 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 119243 |-0.00018466 | 0.0026092 | -0.0086113 | -1.0087 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 75098 |-0.00045419 | 0.0024728 | -0.034222 | -1.0268 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 45426 |-0.00052374 | 0.0023725 | -0.062428 | -0.96245 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 45426 |-0.00052374 | 0.0023725 | -0.062428 | -0.96245 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 88310 |-0.00049725 | 0.0024189 | -0.04806 | -0.98626 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 88310 |-0.00049725 | 0.0024189 | -0.04806 | -0.98626 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 88310 | 3.2043 | 1.8077 | -0.046636 | -1.1977 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 88310 | 0.039282 | 0.011512 | -0.65279 | -0.54697 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 42884 |-0.00046853 | 0.0024679 | -0.036824 | -1.0157 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 42884 |-0.00046853 | 0.0024679 | -0.036824 | -1.0157 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 51 | 286.56 | 147.85 | 0.12701 | -0.30095 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1269 | 619.55 | 29.753 | -3.1475 | 35.744 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 432 | 361.71 | 173.26 | -0.58476 | -0.79085 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1267 | 494.29 | 123.69 | -1.1195 | 0.36854 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1193 | 435.16 | 177.37 | -0.95673 | -0.31408 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 200 | 280.99 | 179.97 | 0.031391 | -1.2476 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 51 | 25.712 | 13.847 | 0.13348 | -0.35859 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1269 | 56.912 | 2.7331 | -3.1569 | 35.981 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 423 | 33.446 | 15.663 | -0.58536 | -0.77385 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1267 | 45.141 | 11.635 | -1.1167 | 0.35808 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1186 | 39.834 | 16.418 | -0.95316 | -0.32323 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 193 | 26.111 | 16.417 | 0.011335 | -1.2465 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 51 | 16.758 | 9.1089 | 0.2785 | -0.14915 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1269 | 37.729 | 3.1384 | -0.40597 | 3.1957 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 423 | 22.169 | 10.465 | -0.51676 | -0.73133 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1267 | 30.02 | 8.0603 | -0.93992 | 0.2214 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1186 | 26.563 | 11.118 | -0.87225 | -0.38053 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 193 | 17.374 | 10.943 | 0.014368 | -1.2373 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 51 | 0.65764 | 0.065301 | 0.0052621 | 0.2773 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 1269 | 0.66305 | 0.04611 | -0.16403 | -0.11363 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 423 | 0.6636 | 0.060418 | -0.4402 | 1.5438 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 1267 | 0.66484 | 0.052652 | -0.12051 | 0.11977 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 1186 | 0.66589 | 0.060761 | -1.3471 | 8.2308 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 193 | 0.66686 | 0.070175 | -0.032259 | 1.3869 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 3248 | 1.9503e-15 | 0.15889 | -0.32787 | 4.4564 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 117168 | 1.7841e-16 | 0.53365 | -0.4424 | 0.69003 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 30128 |-7.1825e-16 | 0.2256 | -0.34521 | 4.6787 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 102984 |-4.0997e-16 | 0.43385 | -0.38362 | 1.0843 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 90024 |-5.3065e-16 | 0.39133 | -0.40875 | 1.7313 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 12208 | 3.649e-16 | 0.1815 | -0.40095 | 4.537 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 924 | -1.4114 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 924 | -4.4578 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 924 | 1113.5 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 401190 | 0.11473 | 0.093807 | 0.98905 | 0.39257 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 1269 | 0.42455 | 12.794 | -0.18128 | 0.90084 | - | deuteron/dll | "deuteron DLL" | 1269 | 0.45506 | 12.791 | -0.18803 | 0.91342 | - | electron/dll | "electron DLL" | 1269 | -13.012 | 12.502 | -0.22872 | -0.015563 | - | kaon/dll | "kaon DLL" | 1269 | 0.78142 | 12.527 | -0.47947 | 1.4149 | - | muon/dll | "muon DLL" | 1269 | -3.4828 | 7.0672 | -0.90225 | 5.1214 | - | pion/dll | "pion DLL" | 1269 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 1269 | 0.64743 | 12.61 | -0.25649 | 1.0258 | -ChargedProtoANN...SUCCESS 1D histograms in directory "PROTO/ChargedProtoANNPIDMoni" : 18 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Downstream/ElectronANN | "Downstream Electron ANN PID" | 2047 | 0.39733 | 0.39021 | 0.37325 | -1.5308 | - | Downstream/GhostANN | "Downstream Ghost ANN PID" | 2047 | 0.46759 | 0.38809 | 0.099253 | -1.6742 | - | Downstream/KaonANN | "Downstream Kaon ANN PID" | 2047 | 0.043155 | 0.10129 | 5.954 | 44.874 | - | Downstream/MuonANN | "Downstream Muon ANN PID" | 2047 | 0.0027831 | 0.044677 | 18.161 | 339.91 | - | Downstream/PionANN | "Downstream Pion ANN PID" | 2047 | 0.36325 | 0.3484 | 0.64219 | -1.1086 | - | Downstream/ProtonANN | "Downstream Proton ANN PID" | 2047 | 0.09274 | 0.18689 | 3.0413 | 8.9314 | - | Long/ElectronANN | "Long Electron ANN PID" | 10264 | 0.14106 | 0.3051 | 2.0394 | 2.4718 | - | Long/GhostANN | "Long Ghost ANN PID" | 10264 | 0.26751 | 0.36181 | 1.0827 | -0.51893 | - | Long/KaonANN | "Long Kaon ANN PID" | 10264 | 0.15804 | 0.30316 | 2.0033 | 2.3973 | - | Long/MuonANN | "Long Muon ANN PID" | 10264 | 0.00045825 | 0.0012041 | 53.662 | 199.41 | - | Long/PionANN | "Long Pion ANN PID" | 10264 | 0.56998 | 0.42228 | -0.30719 | -1.7131 | - | Long/ProtonANN | "Long Proton ANN PID" | 10264 | 0.1575 | 0.27832 | 2.0355 | 2.7673 | - | Upstream/ElectronANN | "Upstream Electron ANN PID" | 1443 | 0.010293 | 0.07102 | 11.28 | 136.66 | - | Upstream/GhostANN | "Upstream Ghost ANN PID" | 1443 | 0.086505 | 0.17801 | 3.1385 | 9.6571 | - | Upstream/KaonANN | "Upstream Kaon ANN PID" | 1443 | 0.21251 | 0.24772 | 1.5992 | 1.6237 | - | Upstream/MuonANN | "Upstream Muon ANN PID" | 1443 | 0.0076124 | 0.017913 | 9.1099 | 111.15 | - | Upstream/PionANN | "Upstream Pion ANN PID" | 1443 | 0.63572 | 0.30483 | -0.70856 | -0.76943 | - | Upstream/ProtonANN | "Upstream Proton ANN PID" | 1443 | 0.15992 | 0.20453 | 1.7751 | 2.2975 | -RiCKMCResDown SUCCESS 1D histograms in directory "RICH/RiCKMCResDown" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 312496 | 0.00017201 | 0.002411 | -0.028025 | -0.78119 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 90068 |-0.00052195 | 0.0021299 | -0.22149 | -0.83873 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 312496 | 0.00063034 | 0.0024256 | -0.10292 | -0.89529 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 40398 | 2.0131e-05 | 0.0020158 | -0.32973 | -0.41586 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 297296 | 0.0001914 | 0.0025314 | -0.043467 | -0.94984 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 80835 |-0.00062995 | 0.0022566 | -0.11448 | -1.045 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 297296 | 0.00064055 | 0.0024833 | -0.11993 | -0.9725 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 36752 |-1.6699e-06 | 0.0020978 | -0.27863 | -0.60798 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 15200 | 3.203e-05 | 0.0012222 | -0.10896 | 0.78214 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 9233 | 5.6017e-06 | 0.0012196 | -0.33394 | 0.76634 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 15200 | 0.00051584 | 0.0016419 | 0.3308 | 0.65292 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 3646 | 0.00016388 | 0.0013473 | -0.9958 | 2.5114 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 297296 | 3.1132 | 1.8049 | 0.02864 | -1.1791 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 15200 | 3.1064 | 1.8068 | 0.026615 | -1.1868 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 297296 | 0.044567 | 0.0090343 | -1.2076 | 0.90522 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 15200 | 0.04822 | 0.0061296 | -2.1364 | 5.3963 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 41680 | 0.0001193 | 0.0012375 | -0.051258 | -0.88953 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 29104 | 0.00012262 | 0.0012238 | -0.053439 | -0.87031 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 41680 | 0.00022085 | 0.0012767 | -0.092964 | -1.0061 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 32025 | 0.00024211 | 0.0012535 | -0.08644 | -1.0018 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 37394 | 0.00014273 | 0.0013237 | -0.088107 | -1.0969 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 25394 | 0.0001489 | 0.0013155 | -0.094811 | -1.0943 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 37394 | 0.00020423 | 0.0013234 | -0.083122 | -1.1173 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 28618 | 0.00022509 | 0.0013011 | -0.076405 | -1.1189 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4286 | 9.0851e-06 | 0.00069087 | -0.039156 | 0.35222 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 3710 | 7.3011e-06 | 0.00067762 | -0.061008 | 0.39348 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4286 | 0.00032841 | 0.00091223 | 0.12741 | -0.092842 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 3407 | 0.00034558 | 0.00090493 | 0.11925 | -0.061025 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 37394 | 3.1819 | 1.8292 | -0.029346 | -1.206 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 4286 | 3.1661 | 1.8062 | -0.011141 | -1.2203 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 37394 | 0.027327 | 0.003961 | -1.6709 | 3.0467 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 4286 | 0.028309 | 0.0023965 | -2.459 | 8.8437 | -RiCKMCResDownTightSUCCESS 1D histograms in directory "RICH/RiCKMCResDownTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 312496 | 0.00017201 | 0.002411 | -0.028025 | -0.78119 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 90068 |-0.00052195 | 0.0021299 | -0.22149 | -0.83873 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 312496 | 0.00063034 | 0.0024256 | -0.10292 | -0.89529 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 40398 | 2.0131e-05 | 0.0020158 | -0.32973 | -0.41586 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 297296 | 0.0001914 | 0.0025314 | -0.043467 | -0.94984 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 80835 |-0.00062995 | 0.0022566 | -0.11448 | -1.045 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 297296 | 0.00064055 | 0.0024833 | -0.11993 | -0.9725 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 36752 |-1.6699e-06 | 0.0020978 | -0.27863 | -0.60798 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 15200 | 3.203e-05 | 0.0012222 | -0.10896 | 0.78214 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 9233 | 5.6017e-06 | 0.0012196 | -0.33394 | 0.76634 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 15200 | 0.00051584 | 0.0016419 | 0.3308 | 0.65292 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 3646 | 0.00016388 | 0.0013473 | -0.9958 | 2.5114 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 297296 | 3.1132 | 1.8049 | 0.02864 | -1.1791 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 15200 | 3.1064 | 1.8068 | 0.026615 | -1.1868 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 297296 | 0.044567 | 0.0090343 | -1.2076 | 0.90522 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 15200 | 0.04822 | 0.0061296 | -2.1364 | 5.3963 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 41680 | 0.0001193 | 0.0012375 | -0.051258 | -0.88953 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 29104 | 0.00012262 | 0.0012238 | -0.053439 | -0.87031 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 41680 | 0.00022085 | 0.0012767 | -0.092964 | -1.0061 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 32025 | 0.00024211 | 0.0012535 | -0.08644 | -1.0018 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 37394 | 0.00014273 | 0.0013237 | -0.088107 | -1.0969 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 25394 | 0.0001489 | 0.0013155 | -0.094811 | -1.0943 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 37394 | 0.00020423 | 0.0013234 | -0.083122 | -1.1173 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 28618 | 0.00022509 | 0.0013011 | -0.076405 | -1.1189 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4286 | 9.0851e-06 | 0.00069087 | -0.039156 | 0.35222 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 3710 | 7.3011e-06 | 0.00067762 | -0.061008 | 0.39348 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4286 | 0.00032841 | 0.00091223 | 0.12741 | -0.092842 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 3407 | 0.00034558 | 0.00090493 | 0.11925 | -0.061025 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 37394 | 3.1819 | 1.8292 | -0.029346 | -1.206 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 4286 | 3.1661 | 1.8062 | -0.011141 | -1.2203 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 37394 | 0.027327 | 0.003961 | -1.6709 | 3.0467 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 4286 | 0.028309 | 0.0023965 | -2.459 | 8.8437 | -RiCKMCResLong SUCCESS 1D histograms in directory "RICH/RiCKMCResLong" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 1590311 | 0.00032249 | 0.0022515 | 0.0013307 | -0.63604 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 550419 | -0.0002575 | 0.002093 | -0.20717 | -0.59957 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 1397135 | 0.00043116 | 0.0022773 | -0.0067792 | -0.71567 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 438481 |-0.00015026 | 0.0020913 | -0.20451 | -0.54511 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1455659 | 0.0003873 | 0.0024488 | -0.068312 | -0.94509 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 496643 |-0.00032158 | 0.002278 | -0.12437 | -0.94074 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1262483 | 0.00052485 | 0.0024298 | -0.08876 | -0.95312 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 382658 |-0.00012688 | 0.0022427 | -0.18252 | -0.83553 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 134652 | 3.6135e-05 | 0.00093409 | 0.16505 | 0.79616 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 53776 | 2.7103e-05 | 0.00083037 | 0.024183 | 0.69885 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 134652 |-3.6448e-05 | 0.0011578 | -0.27565 | 2.6743 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 55823 |-0.00025583 | 0.0011813 | -1.3156 | 2.9 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 1455659 | 3.1378 | 1.8231 | 0.0056808 | -1.1936 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 134652 | 3.1346 | 1.8205 | 0.0083941 | -1.1907 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 1455659 | 0.045064 | 0.0088688 | -1.3771 | 1.4952 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 134652 | 0.046612 | 0.0062637 | -1.8685 | 4.0564 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 491310 | 7.7948e-05 | 0.0012648 | -0.01996 | -0.88612 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 370017 | 7.7015e-05 | 0.0012638 | -0.015493 | -0.88288 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 433944 | 7.6105e-05 | 0.0012936 | -0.021991 | -0.95022 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 378760 | 7.7718e-05 | 0.0012884 | -0.017621 | -0.94665 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 438660 | 9.5503e-05 | 0.0013764 | -0.049157 | -1.1604 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 325450 | 9.4724e-05 | 0.0013756 | -0.045397 | -1.1602 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 381294 | 9.8861e-05 | 0.0013844 | -0.051902 | -1.1681 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 331774 | 0.00010289 | 0.0013786 | -0.050947 | -1.1663 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 52650 | 7.7064e-06 | 0.00064369 | -0.0023781 | 0.77631 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 44567 | 5.1271e-06 | 0.00062609 | -0.0067223 | 0.79514 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 52650 |-2.8675e-05 | 0.00073539 | -0.16095 | 0.95613 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 46986 |-3.9564e-05 | 0.00072289 | -0.19719 | 1.0741 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 438660 | 3.1496 | 1.8181 | -0.0091826 | -1.1938 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 52650 | 3.1449 | 1.8064 | -0.0022637 | -1.2014 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 438660 | 0.02692 | 0.0043606 | -1.4749 | 1.9986 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 52650 | 0.027853 | 0.0023174 | -2.3611 | 8.5211 | -RiCKMCResLongTightSUCCESS 1D histograms in directory "RICH/RiCKMCResLongTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 1590311 | 0.00032249 | 0.0022515 | 0.0013307 | -0.63604 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 550419 | -0.0002575 | 0.002093 | -0.20717 | -0.59957 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 1397135 | 0.00043116 | 0.0022773 | -0.0067792 | -0.71567 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 438481 |-0.00015026 | 0.0020913 | -0.20451 | -0.54511 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1455659 | 0.0003873 | 0.0024488 | -0.068312 | -0.94509 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 496643 |-0.00032158 | 0.002278 | -0.12437 | -0.94074 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1262483 | 0.00052485 | 0.0024298 | -0.08876 | -0.95312 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 382658 |-0.00012688 | 0.0022427 | -0.18252 | -0.83553 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 134652 | 3.6135e-05 | 0.00093409 | 0.16505 | 0.79616 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 53776 | 2.7103e-05 | 0.00083037 | 0.024183 | 0.69885 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 134652 |-3.6448e-05 | 0.0011578 | -0.27565 | 2.6743 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 55823 |-0.00025583 | 0.0011813 | -1.3156 | 2.9 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 1455659 | 3.1378 | 1.8231 | 0.0056808 | -1.1936 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 134652 | 3.1346 | 1.8205 | 0.0083941 | -1.1907 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 1455659 | 0.045064 | 0.0088688 | -1.3771 | 1.4952 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 134652 | 0.046612 | 0.0062637 | -1.8685 | 4.0564 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 491310 | 7.7948e-05 | 0.0012648 | -0.01996 | -0.88612 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 370017 | 7.7015e-05 | 0.0012638 | -0.015493 | -0.88288 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 433944 | 7.6105e-05 | 0.0012936 | -0.021991 | -0.95022 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 378760 | 7.7718e-05 | 0.0012884 | -0.017621 | -0.94665 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 438660 | 9.5503e-05 | 0.0013764 | -0.049157 | -1.1604 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 325450 | 9.4724e-05 | 0.0013756 | -0.045397 | -1.1602 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 381294 | 9.8861e-05 | 0.0013844 | -0.051902 | -1.1681 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 331774 | 0.00010289 | 0.0013786 | -0.050947 | -1.1663 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 52650 | 7.7064e-06 | 0.00064369 | -0.0023781 | 0.77631 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 44567 | 5.1271e-06 | 0.00062609 | -0.0067223 | 0.79514 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 52650 |-2.8675e-05 | 0.00073539 | -0.16095 | 0.95613 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 46986 |-3.9564e-05 | 0.00072289 | -0.19719 | 1.0741 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 438660 | 3.1496 | 1.8181 | -0.0091826 | -1.1938 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 52650 | 3.1449 | 1.8064 | -0.0022637 | -1.2014 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 438660 | 0.02692 | 0.0043606 | -1.4749 | 1.9986 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 52650 | 0.027853 | 0.0023174 | -2.3611 | 8.5211 | -RiCKMCResUp SUCCESS 1D histograms in directory "RICH/RiCKMCResUp" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 247637 |-0.00013842 | 0.0025931 | -0.0076066 | -0.95693 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 109527 |-0.00047812 | 0.002398 | -0.050481 | -0.94402 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 247637 |-0.00019653 | 0.0025956 |-0.00070669 | -0.9858 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 150883 |-0.00049214 | 0.0024441 | -0.03538 | -1.0111 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 230829 |-0.00014706 | 0.0027425 | -0.0026791 | -1.1433 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 103517 |-0.00053492 | 0.0025618 | 0.012023 | -1.1674 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 230829 |-0.00019657 | 0.0027062 | 0.0028209 | -1.129 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 143630 |-0.00051175 | 0.0025524 | 0.00077569 | -1.1562 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16808 |-9.8934e-05 | 0.0017551 | 0.0073555 | 0.63415 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6010 |-0.00014777 | 0.00094725 | -0.40095 | 1.5974 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16808 |-0.00019631 | 0.0018111 | -0.069371 | 0.60669 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 7253 |-0.00033754 | 0.0012959 | -1.1263 | 2.2014 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 230829 | 3.1561 | 1.8103 | -0.0096069 | -1.203 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 16808 | 3.1481 | 1.808 | -0.0066655 | -1.2014 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 230829 | 0.03949 | 0.011623 | -0.67844 | -0.55043 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 16808 | 0.045529 | 0.0071474 | -1.6841 | 2.9666 | -RiCKMCResUpTight SUCCESS 1D histograms in directory "RICH/RiCKMCResUpTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 247637 |-0.00013842 | 0.0025931 | -0.0076066 | -0.95693 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 109527 |-0.00047812 | 0.002398 | -0.050481 | -0.94402 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 247637 |-0.00019653 | 0.0025956 |-0.00070669 | -0.9858 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 150883 |-0.00049214 | 0.0024441 | -0.03538 | -1.0111 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 230829 |-0.00014706 | 0.0027425 | -0.0026791 | -1.1433 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 103517 |-0.00053492 | 0.0025618 | 0.012023 | -1.1674 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 230829 |-0.00019657 | 0.0027062 | 0.0028209 | -1.129 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 143630 |-0.00051175 | 0.0025524 | 0.00077569 | -1.1562 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16808 |-9.8934e-05 | 0.0017551 | 0.0073555 | 0.63415 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6010 |-0.00014777 | 0.00094725 | -0.40095 | 1.5974 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16808 |-0.00019631 | 0.0018111 | -0.069371 | 0.60669 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 7253 |-0.00033754 | 0.0012959 | -1.1263 | 2.2014 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 230829 | 3.1561 | 1.8103 | -0.0096069 | -1.203 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 16808 | 3.1481 | 1.808 | -0.0066655 | -1.2014 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 230829 | 0.03949 | 0.011623 | -0.67844 | -0.55043 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 16808 | 0.045529 | 0.0071474 | -1.6841 | 2.9666 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 2047 | 1.5153 | 0.65981 | 0.19079 | 1.6552 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 2047 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 2047 | 0.087304 | 0.11005 | 4.2112 | 6.756 | - | All/effVP | "RICH Track Sel. Eff. V P" | 2047 | 7248.4 | 8585 | 178.18 | 1405.7 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 2047 | 439.69 | 432.37 | 93.614 | 584.81 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 17 | 52471 | 15915 | 3.5232 | 6.4538 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1518 | 6462.6 | 7237.9 | 134.1 | 1197.8 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 261 | 17905 | 11421 | 25.711 | 132.93 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1465 | 6633.2 | 7310.8 | 137.03 | 1210.7 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1223 | 7500.5 | 7711.3 | 114.16 | 950.58 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 96 | 27730 | 13902 | 11.638 | 44.282 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 12 | 73843 | 11842 | 1.9548 | 0.67481 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 1968 | 7400.9 | 8692.7 | 110.03 | 813.06 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 177 | 28882 | 15424 | 9.7814 | 29.742 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 1359 | 9567.6 | 9705.6 | 78.667 | 509.02 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 1036 | 11348 | 10499 | 58.781 | 344.67 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 52 | 48234 | 16078 | 3.5461 | 5.8262 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 17 | 52471 | 15915 | 3.6059 | 6.6491 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1517 | 6463.9 | 7240.1 | 133.97 | 1196.2 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 255 | 18114 | 11472 | 25.172 | 129.3 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1457 | 6657.1 | 7323.4 | 136.31 | 1202.1 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1208 | 7560.2 | 7740.1 | 112.67 | 934.28 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 93 | 28069 | 13994 | 11.289 | 42.441 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 11 | 75193 | 11586 | 1.7367 | 0.20386 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 659 | 14543 | 12010 | 30.236 | 148.44 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 172 | 29256 | 15489 | 9.4788 | 28.458 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 625 | 14997 | 12168 | 29.783 | 143.58 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 608 | 15244 | 12245 | 29.923 | 142.97 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 52 | 48234 | 16078 | 3.5971 | 5.9354 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 17 | 52471 | 15915 | 3.142 | 5.3416 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1517 | 6463.9 | 7240.1 | 132.77 | 1185.8 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 255 | 18114 | 11472 | 25.078 | 128.88 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1457 | 6657.1 | 7323.4 | 135.03 | 1191.1 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1208 | 7560.2 | 7740.1 | 111.72 | 926.65 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 93 | 28069 | 13994 | 11.036 | 41.149 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 11 | 75193 | 11586 | 1.67 | 0.078261 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 659 | 14543 | 12010 | 32.114 | 157.47 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 172 | 29256 | 15489 | 9.4443 | 28.248 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 625 | 14997 | 12168 | 30.971 | 149.11 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 608 | 15244 | 12245 | 30.681 | 146.38 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 52 | 48234 | 16078 | 3.5843 | 5.8619 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1088 |-0.00050987 | 1.8143 | -23745 | -85704 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 142272 | 0.0012862 | 1.814 | -32.696 | -104.81 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 17248 |-0.00015722 | 1.8139 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 110832 | 0.00094753 | 1.8141 | -317.04 | -458.6 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 88840 | 0.0010923 | 1.814 | -75.211 | -121.2 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 5456 | -0.0079634 | 1.8137 | -559.75 | -870.08 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 4550 | 1.1204 | 1.026 | 1.443 | 1.5223 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 4550 | 0.045104 | 0.0092963 | -6.613 | 16.026 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 576 | 0.034712 | 1.8128 | 16.985 | -14.424 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 143472 | 0.1413 | 1.9894 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 11248 | -0.012504 | 1.8252 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 82744 | 0.091658 | 1.9106 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 64328 | 0.068282 | 1.8956 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 3320 | 0.0042526 | 1.8134 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 4547 | 0.90961 | 0.96995 | 9.2083 | 29.466 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 4547 | 0.027271 | 0.0035838 | -15.74 | 54.55 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 10264 | 1.2548 | 0.5211 | 4.6952 | 13.21 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 10264 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 10264 | 0.043215 | 0.079289 | 18.945 | 64.662 | - | All/effVP | "RICH Track Sel. Eff. V P" | 10264 | 11700 | 12597 | 77.263 | 430.37 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 10264 | 621.88 | 623.21 | 273.53 | 2454.2 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 312 | 51036 | 15551 | 6.4339 | 13.279 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 7824 | 9632.4 | 10740 | 114.18 | 743.85 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 2573 | 19813 | 13784 | 39.623 | 176.87 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 7677 | 9784.6 | 10786 | 115.58 | 748.59 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 7116 | 10379 | 10986 | 107.85 | 681.14 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 1028 | 31419 | 15735 | 16.631 | 53.976 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 178 | 74269 | 11170 | 2.8797 | 2.5236 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 9957 | 11904 | 12706 | 66.037 | 358.27 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 2229 | 30379 | 15655 | 19.061 | 64.258 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 8384 | 13650 | 13136 | 59.141 | 303.79 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 7192 | 15275 | 13520 | 51.507 | 251.82 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 828 | 46397 | 15747 | 8.8181 | 21.041 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 295 | 52037 | 15446 | 6.099 | 12.248 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 7820 | 9636.5 | 10741 | 114.12 | 743.33 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 2504 | 20111 | 13855 | 38.504 | 170.27 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 7662 | 9800 | 10791 | 115.41 | 747.01 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 7062 | 10439 | 11006 | 107.02 | 674.15 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 1003 | 31778 | 15767 | 16.248 | 52.277 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 169 | 75193 | 10915 | 2.7244 | 2.1798 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 5373 | 18333 | 14363 | 34.658 | 152.82 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 2151 | 30844 | 15726 | 18.371 | 61.114 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 5256 | 18609 | 14401 | 35.368 | 154.97 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 5147 | 18879 | 14432 | 35.546 | 154.87 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 803 | 46904 | 15736 | 8.5628 | 20.149 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 295 | 52037 | 15446 | 6.0067 | 11.956 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 7820 | 9636.5 | 10741 | 114.61 | 747.18 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 2504 | 20111 | 13855 | 38.72 | 171.37 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 7662 | 9800 | 10791 | 115.9 | 750.8 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 7062 | 10439 | 11006 | 107.47 | 677.55 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 1003 | 31778 | 15767 | 16.388 | 52.778 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 169 | 75193 | 10915 | 2.7068 | 2.1222 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 5373 | 18333 | 14363 | 35.985 | 158.43 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 2151 | 30844 | 15726 | 18.173 | 60.359 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 5256 | 18609 | 14401 | 35.981 | 157.44 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 5147 | 18879 | 14432 | 35.813 | 155.83 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 803 | 46904 | 15736 | 8.4657 | 19.857 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 18376 | -0.002063 | 1.814 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 721384 | 0.00143 | 1.8142 | -96.728 | 97.347 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 173096 | 0.00043849 | 1.814 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 624256 | 0.00013339 | 1.8138 | -396.28 | -44.934 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 555608 |-0.00024572 | 1.8139 | -1760.4 | -2680.3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 66208 | 0.0013248 | 1.814 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 26351 | 1.3201 | 1.168 | 0.92555 | 0.50473 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 26351 | 0.046156 | 0.0085925 | -9.5266 | 27.374 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 9432 | 0.00036245 | 1.8184 | 25.21 | 128.09 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 775368 | 0.05911 | 1.9276 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 147504 | 0.0022804 | 1.8157 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 587296 | 0.029663 | 1.8874 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 508840 | 0.018589 | 1.8654 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 50120 | 0.00070608 | 1.8141 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 28520 | 1.1608 | 1.1075 | 2.1887 | 3.5281 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 28520 | 0.027463 | 0.0035954 | -13.713 | 45.778 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 1443 | 1.0726 | 0.55096 | 6.5993 | 18.116 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 1443 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 1443 | 0.052814 | 0.072304 | 23.067 | 85.426 | - | All/effVP | "RICH Track Sel. Eff. V P" | 1443 | 12929 | 14794 | 8.2705 | 23.21 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 1443 | 984.53 | 767.31 | 99.855 | 679.6 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 51 | 48496 | 9085.2 | 3.7758 | 8.1293 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1269 | 9610.9 | 9976.4 | 32.296 | 149.28 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 432 | 19690 | 11661 | 12.729 | 41.565 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1267 | 9623.4 | 9979.4 | 34.008 | 157.22 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1193 | 10076 | 10115 | 32.366 | 146.51 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 200 | 28454 | 12326 | 6.6838 | 16.546 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 51 | 48496 | 9085.2 | 3.901 | 8.39 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1269 | 9610.9 | 9976.4 | 32.296 | 149.28 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 423 | 19921 | 11679 | 12.472 | 40.458 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1267 | 9623.4 | 9979.4 | 34.034 | 157.35 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1186 | 10121 | 10128 | 32.174 | 145.34 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 193 | 28881 | 12354 | 6.4211 | 15.62 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 51 | 48496 | 9085.2 | 3.6296 | 7.5493 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1269 | 9610.9 | 9976.4 | 32.828 | 152.96 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 423 | 19921 | 11679 | 12.769 | 41.957 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1267 | 9623.4 | 9979.4 | 34.601 | 161.25 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1186 | 10121 | 10128 | 32.697 | 148.9 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 193 | 28881 | 12354 | 6.6776 | 16.666 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 3248 | -0.0032468 | 1.8138 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 117168 |-0.00029964 | 1.8147 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 30128 | -0.0022972 | 1.814 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 102984 |-0.00045579 | 1.8145 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 90024 |-0.00039687 | 1.8144 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 12208 |-0.00011507 | 1.8141 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 4389 | 1.3522 | 1.1843 | 2.3032 | 4.9279 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 4389 | 0.045686 | 0.0089466 | -7.7588 | 20.404 | -RiCKMCResDown SUCCESS 1D profile histograms in directory "RICH/RiCKMCResDown" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 15200 | 8577.3 | 9107.5 | -156.41 | -1414.1 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 1518 | 6462.6 | 7237.9 | 541.51 | 5417.5 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 1518 | 6462.6 | 7237.9 | 140.91 | 1289.9 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 1518 | 6462.6 | 7237.9 | 191.22 | 1758.7 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 1518 | 6462.6 | 7237.9 | 148.71 | 1361.6 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 1518 | 6462.6 | 7237.9 | 152.13 | 1393.1 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 1518 | 6462.6 | 7237.9 | 262.1 | 2444 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 4286 | 19941 | 15328 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1968 | 7400.9 | 8692.7 | 668.39 | 6026.7 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1968 | 7400.9 | 8692.7 | 140.43 | 1077.1 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1968 | 7400.9 | 8692.7 | 194.46 | 1504.7 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1968 | 7400.9 | 8692.7 | 143.05 | 1097.7 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1968 | 7400.9 | 8692.7 | 144.94 | 1112.4 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1968 | 7400.9 | 8692.7 | 302.05 | 2407.6 | -RiCKMCResDownTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResDownTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 15200 | 8577.3 | 9107.5 | -156.41 | -1414.1 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 1518 | 6462.6 | 7237.9 | 541.51 | 5417.5 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 1518 | 6462.6 | 7237.9 | 140.91 | 1289.9 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 1518 | 6462.6 | 7237.9 | 191.22 | 1758.7 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 1518 | 6462.6 | 7237.9 | 148.71 | 1361.6 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 1518 | 6462.6 | 7237.9 | 152.13 | 1393.1 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 1518 | 6462.6 | 7237.9 | 262.1 | 2444 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 4286 | 19941 | 15328 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1968 | 7400.9 | 8692.7 | 668.39 | 6026.7 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1968 | 7400.9 | 8692.7 | 140.43 | 1077.1 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1968 | 7400.9 | 8692.7 | 194.46 | 1504.7 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1968 | 7400.9 | 8692.7 | 143.05 | 1097.7 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1968 | 7400.9 | 8692.7 | 144.94 | 1112.4 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1968 | 7400.9 | 8692.7 | 302.05 | 2407.6 | -RiMCTkResDown SUCCESS 1D profile histograms in directory "RICH/RiMCTkResDown" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 295 | 6136.2 | 4538.8 | 27.743 | 99.919 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 295 | 6136.2 | 4538.8 | 0 | -3 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 34 | 10038 | 7057.9 | 5.0816 | 9.2512 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 34 | 10038 | 7057.9 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 20 | 3979.8 | 2088.4 | 7.2009 | 14.476 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 20 | 3979.8 | 2088.4 | 0 | -3 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 438 | 7820.7 | 8765.4 | 114.57 | 794.82 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 438 | 7820.7 | 8765.4 | 0 | -3 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 140 | 11609 | 12332 | 56.343 | 349.62 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 140 | 11609 | 12332 | 0 | -3 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 352 | 6635.6 | 4930 | 28.793 | 109.82 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 352 | 6635.6 | 4930 | 0 | -3 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 41 | 12689 | 12593 | 16.801 | 59.416 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 41 | 12689 | 12593 | 0 | -3 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 22 | 5283.7 | 4264.9 | 10.432 | 26.46 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 22 | 5283.7 | 4264.9 | 0 | -3 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 512 | 8896.6 | 10097 | 89.15 | 533.21 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 512 | 8896.6 | 10097 | 0 | -3 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 144 | 14011 | 15015 | 29.71 | 134.38 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 144 | 14011 | 15015 | 0 | -3 | -RiCKMCResLong SUCCESS 1D profile histograms in directory "RICH/RiCKMCResLong" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 134652 | 12542 | 12684 | -1.3515 | 31.359 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 7824 | 9695 | 11019 | 247.5 | 1779.1 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 7824 | 9695 | 11019 | 141.54 | 994.81 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 7824 | 9695 | 11019 | 163.21 | 1148.7 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 7824 | 9695 | 11019 | 145.17 | 1020.4 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 7824 | 9695 | 11019 | 146.78 | 1031.8 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 7824 | 9695 | 11019 | 186.46 | 1316.8 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 52650 | 24248 | 17636 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 9957 | 12076 | 13325 | 227.54 | 1468.9 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 9957 | 12076 | 13325 | 96.43 | 579.92 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 9957 | 12076 | 13325 | 114.59 | 691.54 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 9957 | 12076 | 13325 | 97.371 | 585.68 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 9957 | 12076 | 13325 | 98.103 | 590.15 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 9957 | 12076 | 13325 | 142.38 | 867.7 | -RiCKMCResLongTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResLongTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 134652 | 12542 | 12684 | -1.3515 | 31.359 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 7824 | 9695 | 11019 | 247.5 | 1779.1 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 7824 | 9695 | 11019 | 141.54 | 994.81 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 7824 | 9695 | 11019 | 163.21 | 1148.7 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 7824 | 9695 | 11019 | 145.17 | 1020.4 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 7824 | 9695 | 11019 | 146.78 | 1031.8 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 7824 | 9695 | 11019 | 186.46 | 1316.8 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 52650 | 24248 | 17636 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 9957 | 12076 | 13325 | 227.54 | 1468.9 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 9957 | 12076 | 13325 | 96.43 | 579.92 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 9957 | 12076 | 13325 | 114.59 | 691.54 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 9957 | 12076 | 13325 | 97.371 | 585.68 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 9957 | 12076 | 13325 | 98.103 | 590.15 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 9957 | 12076 | 13325 | 142.38 | 867.7 | -RiMCTkResLong SUCCESS 1D profile histograms in directory "RICH/RiMCTkResLong" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 20 | 10569 | 15402 | 23.874 | 106.71 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 20 | 10569 | 15402 | 51.273 | 234.38 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 1066 | 8117.2 | 8980 | 79.079 | 412.58 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 1066 | 8117.2 | 8980 | 138.61 | 914.12 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 1026 | 15387 | 15719 | 43.495 | 191.78 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 1026 | 15387 | 15719 | 73.199 | 297.24 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 74 | 6807.1 | 4189.5 | 33.261 | 160.51 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 74 | 6807.1 | 4189.5 | 7.4581 | 15.657 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 5018 | 9240.7 | 9817.6 | 282.21 | 2277.5 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 5018 | 9240.7 | 9817.6 | 232.42 | 1560.6 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 671 | 13411 | 14137 | 51.895 | 271.64 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 671 | 13411 | 14137 | 43.893 | 183.11 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 25 | 11604 | 14617 | 20.199 | 93.129 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 25 | 11604 | 14617 | 42.623 | 201.71 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 1324 | 10022 | 11675 | 199.31 | 1513.9 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 1324 | 10022 | 11675 | 123.65 | 823.7 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 1202 | 17654 | 16862 | 40.314 | 170.65 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 1202 | 17654 | 16862 | 62.192 | 241.14 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 82 | 9067.4 | 11548 | 66.143 | 388.19 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 82 | 9067.4 | 11548 | 8.8436 | 43.908 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 6152 | 11955 | 12652 | 162.77 | 1066.2 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 6152 | 11955 | 12652 | 300.25 | 2187.5 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 773 | 16868 | 18388 | 35.745 | 150.81 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 773 | 16868 | 18388 | 103.39 | 524.21 | -RiCKMCResUp SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 16808 | 12628 | 11918 | -37.309 | -177.63 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 1269 | 9686.9 | 10332 | 139.26 | 932.82 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 1269 | 9686.9 | 10332 | 46.657 | 286.21 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 1269 | 9686.9 | 10332 | 59.707 | 368.2 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 1269 | 9686.9 | 10332 | 48.612 | 298.26 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 1269 | 9686.9 | 10332 | 49.648 | 304.68 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 1269 | 9686.9 | 10332 | 76.296 | 476.5 | -RiCKMCResUpTight SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUpTight" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 16808 | 12628 | 11918 | -37.309 | -177.63 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 1269 | 9686.9 | 10332 | 139.26 | 932.82 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 1269 | 9686.9 | 10332 | 46.657 | 286.21 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 1269 | 9686.9 | 10332 | 59.707 | 368.2 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 1269 | 9686.9 | 10332 | 48.612 | 298.26 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 1269 | 9686.9 | 10332 | 49.648 | 304.68 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 1269 | 9686.9 | 10332 | 76.296 | 476.5 | -RiMCTkResUp SUCCESS 1D profile histograms in directory "RICH/RiMCTkResUp" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 22 | 10604 | 7513.9 | 4.2153 | 7.1489 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 22 | 10604 | 7513.9 | 0 | -3 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 266 | 10090 | 10778 | 62.036 | 317.86 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 266 | 10090 | 10778 | 57.223 | 425.08 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 5 | 9688.5 | 7689.2 | 3.089 | 2.8874 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 5 | 9688.5 | 7689.2 | 8.5489 | 12.284 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 739 | 8801.5 | 10019 | 79.053 | 572.78 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 739 | 8801.5 | 10019 | 452.58 | 4172.3 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 137 | 11436 | 10339 | 15.295 | 49.915 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 137 | 11436 | 10339 | 0 | -3 | diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-check-mcsequence.ref b/Rec/Brunel/tests/refs/brunel-upgrade-check-mcsequence.ref deleted file mode 100644 index 6aecf65a19edab4df208440cf6850bfb53f28f66..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-check-mcsequence.ref +++ /dev/null @@ -1,6257 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -NameAuditor INFO About to Enter BrunelSequencer with auditor trigger Initialize -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -NameAuditor INFO About to Enter Init with auditor trigger Initialize -NameAuditor INFO About to Enter InitBrunelSeq with auditor trigger Initialize -NameAuditor INFO About to Enter BrunelInit with auditor trigger Initialize -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 1 events -BrunelInit SUCCESS ================================================================== -NameAuditor INFO Just Exited BrunelInit with auditor trigger Initialize -RootHistSvc INFO Writing ROOT histograms to: Brunel-1ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -NameAuditor INFO Just Exited InitBrunelSeq with auditor trigger Initialize -NameAuditor INFO Just Exited Init with auditor trigger Initialize -NameAuditor INFO About to Enter PhysicsSeq with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureBanksHandler with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureDigits with auditor trigger Initialize -NameAuditor INFO About to Enter FutureEcalDigitsSeq with auditor trigger Initialize -NameAuditor INFO About to Enter FutureEcalZSup with auditor trigger Initialize -NameAuditor INFO Just Exited FutureEcalZSup with auditor trigger Initialize -NameAuditor INFO About to Enter EcalProcStatus with auditor trigger Initialize -NameAuditor INFO Just Exited EcalProcStatus with auditor trigger Initialize -NameAuditor INFO Just Exited FutureEcalDigitsSeq with auditor trigger Initialize -NameAuditor INFO About to Enter FutureHcalDigitsSeq with auditor trigger Initialize -NameAuditor INFO About to Enter FutureHcalZSup with auditor trigger Initialize -NameAuditor INFO Just Exited FutureHcalZSup with auditor trigger Initialize -NameAuditor INFO About to Enter HcalProcStatus with auditor trigger Initialize -NameAuditor INFO Just Exited HcalProcStatus with auditor trigger Initialize -NameAuditor INFO Just Exited FutureHcalDigitsSeq with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureDigits with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureBanksHandler with auditor trigger Initialize -NameAuditor INFO About to Enter Reco with auditor trigger Initialize -NameAuditor INFO About to Enter RecoDecodingSeq with auditor trigger Initialize -NameAuditor INFO About to Enter UnpackRawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited UnpackRawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter PrGECFilter with auditor trigger Initialize -NameAuditor INFO Just Exited PrGECFilter with auditor trigger Initialize -NameAuditor INFO About to Enter PrStoreUTHit with auditor trigger Initialize -NameAuditor INFO Just Exited PrStoreUTHit with auditor trigger Initialize -NameAuditor INFO About to Enter PrStorePrUTHits with auditor trigger Initialize -NameAuditor INFO Just Exited PrStorePrUTHits with auditor trigger Initialize -NameAuditor INFO About to Enter createFTClusters with auditor trigger Initialize -NameAuditor INFO Just Exited createFTClusters with auditor trigger Initialize -NameAuditor INFO About to Enter PrStoreFTHit with auditor trigger Initialize -DeFTDetector INFO Current FT geometry version = 61 -NameAuditor INFO Just Exited PrStoreFTHit with auditor trigger Initialize -NameAuditor INFO About to Enter PrStoreSciFiHits with auditor trigger Initialize -NameAuditor INFO Just Exited PrStoreSciFiHits with auditor trigger Initialize -NameAuditor INFO Just Exited RecoDecodingSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoTrFastSeq with auditor trigger Initialize -NameAuditor INFO About to Enter VPClustering with auditor trigger Initialize -NameAuditor INFO Just Exited VPClustering with auditor trigger Initialize -NameAuditor INFO About to Enter VeloClusterTracking with auditor trigger Initialize -NameAuditor INFO Just Exited VeloClusterTracking with auditor trigger Initialize -NameAuditor INFO About to Enter ConverterVP with auditor trigger Initialize -NameAuditor INFO Just Exited ConverterVP with auditor trigger Initialize -NameAuditor INFO About to Enter ConverterVPToV1 with auditor trigger Initialize -NameAuditor INFO Just Exited ConverterVPToV1 with auditor trigger Initialize -NameAuditor INFO About to Enter PatPV3D with auditor trigger Initialize -NameAuditor INFO Just Exited PatPV3D with auditor trigger Initialize -NameAuditor INFO About to Enter PrVeloUTFast with auditor trigger Initialize -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -NameAuditor INFO Just Exited PrVeloUTFast with auditor trigger Initialize -NameAuditor INFO About to Enter VeloUTMakeLHCbTracks with auditor trigger Initialize -NameAuditor INFO Just Exited VeloUTMakeLHCbTracks with auditor trigger Initialize -NameAuditor INFO About to Enter PrForwardTrackingFast with auditor trigger Initialize -NameAuditor INFO Just Exited PrForwardTrackingFast with auditor trigger Initialize -NameAuditor INFO About to Enter FastForwardMakeLHCbTracksFast with auditor trigger Initialize -NameAuditor INFO Just Exited FastForwardMakeLHCbTracksFast with auditor trigger Initialize -NameAuditor INFO About to Enter ConverterV1V2ForForwardFit with auditor trigger Initialize -NameAuditor INFO Just Exited ConverterV1V2ForForwardFit with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardFitterAlgFast with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardFitterAlgFast with auditor trigger Initialize -NameAuditor INFO Just Exited RecoTrFastSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoTrBestSeq with auditor trigger Initialize -NameAuditor INFO About to Enter PrForwardTrackingBest with auditor trigger Initialize -NameAuditor INFO Just Exited PrForwardTrackingBest with auditor trigger Initialize -NameAuditor INFO About to Enter BestForwardMakeLHCbTracksBest with auditor trigger Initialize -NameAuditor INFO Just Exited BestForwardMakeLHCbTracksBest with auditor trigger Initialize -NameAuditor INFO About to Enter PrHybridSeedingBest with auditor trigger Initialize -NameAuditor INFO Just Exited PrHybridSeedingBest with auditor trigger Initialize -NameAuditor INFO About to Enter SeedConverter with auditor trigger Initialize -NameAuditor INFO Just Exited SeedConverter with auditor trigger Initialize -NameAuditor INFO About to Enter PrMatchNNBest with auditor trigger Initialize -NameAuditor INFO Just Exited PrMatchNNBest with auditor trigger Initialize -NameAuditor INFO About to Enter TracksMatchConverter with auditor trigger Initialize -NameAuditor INFO Just Exited TracksMatchConverter with auditor trigger Initialize -NameAuditor INFO About to Enter PrLongLivedTrackingBest with auditor trigger Initialize -NameAuditor INFO Just Exited PrLongLivedTrackingBest with auditor trigger Initialize -NameAuditor INFO About to Enter TracksDownstreamConverter with auditor trigger Initialize -NameAuditor INFO Just Exited TracksDownstreamConverter with auditor trigger Initialize -NameAuditor INFO About to Enter BestTrackCreatorSeq with auditor trigger Initialize -NameAuditor INFO About to Enter TrackConverterSeq with auditor trigger Initialize -NameAuditor INFO About to Enter DownstreamConverter with auditor trigger Initialize -NameAuditor INFO Just Exited DownstreamConverter with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardBestConverter with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardBestConverter with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardFastConverter with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardFastConverter with auditor trigger Initialize -NameAuditor INFO About to Enter MatchConverter with auditor trigger Initialize -NameAuditor INFO Just Exited MatchConverter with auditor trigger Initialize -NameAuditor INFO About to Enter SeedingConverter with auditor trigger Initialize -NameAuditor INFO Just Exited SeedingConverter with auditor trigger Initialize -NameAuditor INFO About to Enter UpstreamConverter with auditor trigger Initialize -NameAuditor INFO Just Exited UpstreamConverter with auditor trigger Initialize -NameAuditor INFO About to Enter VeloConverter with auditor trigger Initialize -NameAuditor INFO Just Exited VeloConverter with auditor trigger Initialize -NameAuditor INFO Just Exited TrackConverterSeq with auditor trigger Initialize -NameAuditor INFO About to Enter TrackBestTrackCreator with auditor trigger Initialize -NameAuditor INFO Just Exited TrackBestTrackCreator with auditor trigger Initialize -NameAuditor INFO Just Exited BestTrackCreatorSeq with auditor trigger Initialize -NameAuditor INFO About to Enter TrackAddExtraInfoSeq with auditor trigger Initialize -NameAuditor INFO About to Enter TrackAddNNGhostId with auditor trigger Initialize -NameAuditor INFO Just Exited TrackAddNNGhostId with auditor trigger Initialize -NameAuditor INFO Just Exited TrackAddExtraInfoSeq with auditor trigger Initialize -NameAuditor INFO Just Exited RecoTrBestSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoRICHSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RichFutureDecode with auditor trigger Initialize -NameAuditor INFO Just Exited RichFutureDecode with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackTypeFilter with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackTypeFilter with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecoSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixels with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixClustering with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixClustering with auditor trigger Initialize -NameAuditor INFO About to Enter RichSIMDPixels with auditor trigger Initialize -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -NameAuditor INFO Just Exited RichSIMDPixels with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixels with auditor trigger Initialize -NameAuditor INFO About to Enter RichDownReco with auditor trigger Initialize -NameAuditor INFO About to Enter RichTracksDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackSegmentsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackSegmentsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackGloPointsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackGloPointsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackLocPointsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackLocPointsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichEmittedYieldsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichEmittedYieldsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichEmittedCKAnglesDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichEmittedCKAnglesDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichMassConesDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichMassConesDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichDetectableYieldsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichDetectableYieldsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichGeomEffDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichGeomEffDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichTkSegmentSelDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichTkSegmentSelDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichSignalYieldsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichSignalYieldsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichSignalCKAnglesDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichSignalCKAnglesDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichCKResolutionsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichCKResolutionsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichTracksDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPhotonsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPhotonRecoDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichPhotonRecoDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPredPixelSignalDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichPredPixelSignalDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichPhotonsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecSummaryDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecSummaryDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDInitDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDInitDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixBackgroundsIt0Down with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixBackgroundsIt0Down with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Down with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Down with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixBackgroundsIt1Down with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixBackgroundsIt1Down with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Down with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Down with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichDownReco with auditor trigger Initialize -NameAuditor INFO About to Enter RichLongReco with auditor trigger Initialize -NameAuditor INFO About to Enter RichTracksLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackSegmentsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackSegmentsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackGloPointsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackGloPointsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackLocPointsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackLocPointsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichEmittedYieldsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichEmittedYieldsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichEmittedCKAnglesLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichEmittedCKAnglesLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichMassConesLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichMassConesLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichDetectableYieldsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichDetectableYieldsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichGeomEffLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichGeomEffLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichTkSegmentSelLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichTkSegmentSelLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichSignalYieldsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichSignalYieldsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichSignalCKAnglesLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichSignalCKAnglesLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichCKResolutionsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichCKResolutionsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichTracksLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPhotonsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPhotonRecoLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichPhotonRecoLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPredPixelSignalLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichPredPixelSignalLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichPhotonsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecSummaryLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecSummaryLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDInitLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDInitLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixBackgroundsIt0Long with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixBackgroundsIt0Long with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Long with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Long with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixBackgroundsIt1Long with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixBackgroundsIt1Long with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Long with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Long with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichLongReco with auditor trigger Initialize -NameAuditor INFO About to Enter RichUpReco with auditor trigger Initialize -NameAuditor INFO About to Enter RichTracksUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackSegmentsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackSegmentsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackGloPointsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackGloPointsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackLocPointsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackLocPointsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichEmittedYieldsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichEmittedYieldsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichEmittedCKAnglesUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichEmittedCKAnglesUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichMassConesUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichMassConesUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichDetectableYieldsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichDetectableYieldsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichGeomEffUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichGeomEffUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichTkSegmentSelUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichTkSegmentSelUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichSignalYieldsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichSignalYieldsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichSignalCKAnglesUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichSignalCKAnglesUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichCKResolutionsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichCKResolutionsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichTracksUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPhotonsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPhotonRecoUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichPhotonRecoUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPredPixelSignalUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichPredPixelSignalUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichPhotonsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecSummaryUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecSummaryUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDInitUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDInitUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixBackgroundsIt0Up with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixBackgroundsIt0Up with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Up with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Up with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixBackgroundsIt1Up with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixBackgroundsIt1Up with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Up with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Up with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichUpReco with auditor trigger Initialize -NameAuditor INFO About to Enter MergeRichPIDs with auditor trigger Initialize -NameAuditor INFO Just Exited MergeRichPIDs with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecoSeq with auditor trigger Initialize -NameAuditor INFO Just Exited RecoRICHSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoCALOFUTURESeq with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureProcessorCaloFutureSeq with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureRecoForCaloFutureProcessor with auditor trigger Initialize -NameAuditor INFO About to Enter ClusterFutureReco with auditor trigger Initialize -NameAuditor INFO About to Enter FutureEcalClust with auditor trigger Initialize -NameAuditor INFO Just Exited FutureEcalClust with auditor trigger Initialize -NameAuditor INFO About to Enter FutureEcalShare with auditor trigger Initialize -NameAuditor INFO Just Exited FutureEcalShare with auditor trigger Initialize -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -NameAuditor INFO About to Enter FutureEcalCovar with auditor trigger Initialize -NameAuditor INFO Just Exited FutureEcalCovar with auditor trigger Initialize -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -NameAuditor INFO About to Enter CaloClusterConverter with auditor trigger Initialize -NameAuditor INFO Just Exited CaloClusterConverter with auditor trigger Initialize -NameAuditor INFO Just Exited ClusterFutureReco with auditor trigger Initialize -NameAuditor INFO About to Enter ClassifyClusters with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureTrackMatch with auditor trigger Initialize -NameAuditor INFO About to Enter InECALFuture with auditor trigger Initialize -NameAuditor INFO Just Exited InECALFuture with auditor trigger Initialize -NameAuditor INFO About to Enter FutureClusterMatch with auditor trigger Initialize -NameAuditor INFO Just Exited FutureClusterMatch with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureTrackMatch with auditor trigger Initialize -NameAuditor INFO About to Enter ClassifyPhotonElectron with auditor trigger Initialize -NameAuditor INFO Just Exited ClassifyPhotonElectron with auditor trigger Initialize -NameAuditor INFO Just Exited ClassifyClusters with auditor trigger Initialize -NameAuditor INFO About to Enter MergedPi0FutureReco with auditor trigger Initialize -NameAuditor INFO About to Enter MergedPi0RecFuture with auditor trigger Initialize -NameAuditor INFO Just Exited MergedPi0RecFuture with auditor trigger Initialize -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -NameAuditor INFO About to Enter CaloSplitClusterConverter with auditor trigger Initialize -NameAuditor INFO Just Exited CaloSplitClusterConverter with auditor trigger Initialize -NameAuditor INFO Just Exited MergedPi0FutureReco with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureRecoForCaloFutureProcessor with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Initialize -NameAuditor INFO About to Enter ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Initialize -NameAuditor INFO About to Enter InCaloFutureAcceptance with auditor trigger Initialize -NameAuditor INFO About to Enter InHCALFuture with auditor trigger Initialize -NameAuditor INFO Just Exited InHCALFuture with auditor trigger Initialize -NameAuditor INFO About to Enter InBREMFuture with auditor trigger Initialize -NameAuditor INFO Just Exited InBREMFuture with auditor trigger Initialize -NameAuditor INFO Just Exited InCaloFutureAcceptance with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureMatch with auditor trigger Initialize -NameAuditor INFO About to Enter ElectronMatchFuture with auditor trigger Initialize -NameAuditor INFO Just Exited ElectronMatchFuture with auditor trigger Initialize -NameAuditor INFO About to Enter BremMatchFuture with auditor trigger Initialize -NameAuditor INFO Just Exited BremMatchFuture with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureMatch with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureEnergy with auditor trigger Initialize -NameAuditor INFO About to Enter EcalEFuture with auditor trigger Initialize -NameAuditor INFO Just Exited EcalEFuture with auditor trigger Initialize -NameAuditor INFO About to Enter HcalEFuture with auditor trigger Initialize -NameAuditor INFO Just Exited HcalEFuture with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureEnergy with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureChi2 with auditor trigger Initialize -NameAuditor INFO About to Enter FutureEcalChi22ID with auditor trigger Initialize -NameAuditor INFO Just Exited FutureEcalChi22ID with auditor trigger Initialize -NameAuditor INFO About to Enter BremChi22IDFuture with auditor trigger Initialize -NameAuditor INFO Just Exited BremChi22IDFuture with auditor trigger Initialize -NameAuditor INFO About to Enter FutureClusChi22ID with auditor trigger Initialize -NameAuditor INFO Just Exited FutureClusChi22ID with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureChi2 with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureDLLeFuture with auditor trigger Initialize -NameAuditor INFO About to Enter EcalPIDeFuture with auditor trigger Initialize -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -NameAuditor INFO Just Exited EcalPIDeFuture with auditor trigger Initialize -NameAuditor INFO About to Enter BremPIDeFuture with auditor trigger Initialize -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -NameAuditor INFO Just Exited BremPIDeFuture with auditor trigger Initialize -NameAuditor INFO About to Enter HcalPIDeFuture with auditor trigger Initialize -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -NameAuditor INFO Just Exited HcalPIDeFuture with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureDLLeFuture with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureDLLmuFuture with auditor trigger Initialize -NameAuditor INFO About to Enter EcalPIDmuFuture with auditor trigger Initialize -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -NameAuditor INFO Just Exited EcalPIDmuFuture with auditor trigger Initialize -NameAuditor INFO About to Enter HcalPIDmuFuture with auditor trigger Initialize -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -NameAuditor INFO Just Exited HcalPIDmuFuture with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureDLLmuFuture with auditor trigger Initialize -NameAuditor INFO Just Exited ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureProcessorCaloFutureSeq with auditor trigger Initialize -NameAuditor INFO Just Exited RecoCALOFUTURESeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoMUONSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MuonRec with auditor trigger Initialize -NameAuditor INFO Just Exited MuonRec with auditor trigger Initialize -NameAuditor INFO About to Enter MuonProcStatus with auditor trigger Initialize -NameAuditor INFO Just Exited MuonProcStatus with auditor trigger Initialize -NameAuditor INFO About to Enter MuonROFilter with auditor trigger Initialize -NameAuditor INFO Just Exited MuonROFilter with auditor trigger Initialize -NameAuditor INFO About to Enter MuonIDSeq with auditor trigger Initialize -NameAuditor INFO About to Enter PrepareMuonHits with auditor trigger Initialize -NameAuditor INFO Just Exited PrepareMuonHits with auditor trigger Initialize -NameAuditor INFO About to Enter MuonIDAlgLite with auditor trigger Initialize -NameAuditor INFO Just Exited MuonIDAlgLite with auditor trigger Initialize -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -NameAuditor INFO Just Exited MuonIDSeq with auditor trigger Initialize -NameAuditor INFO Just Exited RecoMUONSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoPROTOSeq with auditor trigger Initialize -NameAuditor INFO About to Enter ChargedProtoParticles with auditor trigger Initialize -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Electrons with auditor trigger Initialize -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Electrons with auditor trigger Initialize -NameAuditor INFO About to Enter Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Initialize -NameAuditor INFO Just Exited Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Initialize -NameAuditor INFO About to Enter ChargedProtoPMaker with auditor trigger Initialize -NameAuditor INFO Just Exited ChargedProtoPMaker with auditor trigger Initialize -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -NameAuditor INFO About to Enter ANNGPIDSeq with auditor trigger Initialize -NameAuditor INFO About to Enter ANNGPID with auditor trigger Initialize -NameAuditor INFO Just Exited ANNGPID with auditor trigger Initialize -NameAuditor INFO Just Exited ANNGPIDSeq with auditor trigger Initialize -NameAuditor INFO Just Exited ChargedProtoParticles with auditor trigger Initialize -NameAuditor INFO About to Enter NeutralProtoParticles with auditor trigger Initialize -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Initialize -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Initialize -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Photons with auditor trigger Initialize -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Photons with auditor trigger Initialize -NameAuditor INFO About to Enter FutureNeutralProtoPMaker with auditor trigger Initialize -NameAuditor INFO Just Exited FutureNeutralProtoPMaker with auditor trigger Initialize -NameAuditor INFO Just Exited NeutralProtoParticles with auditor trigger Initialize -NameAuditor INFO Just Exited RecoPROTOSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoSUMMARYSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecSummary with auditor trigger Initialize -NameAuditor INFO Just Exited RecSummary with auditor trigger Initialize -NameAuditor INFO Just Exited RecoSUMMARYSeq with auditor trigger Initialize -NameAuditor INFO Just Exited Reco with auditor trigger Initialize -NameAuditor INFO About to Enter Moni with auditor trigger Initialize -NameAuditor INFO About to Enter MoniCALOFUTURESeq with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureDigitsMoni with auditor trigger Initialize -NameAuditor INFO About to Enter EcalDigitMon with auditor trigger Initialize -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -NameAuditor INFO Just Exited EcalDigitMon with auditor trigger Initialize -NameAuditor INFO About to Enter HcalDigitMon with auditor trigger Initialize -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -NameAuditor INFO Just Exited HcalDigitMon with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureDigitsMoni with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureEFlowMoni with auditor trigger Initialize -NameAuditor INFO About to Enter EcalEFlowMon with auditor trigger Initialize -NameAuditor INFO Just Exited EcalEFlowMon with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureEFlowMoni with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureClustersMoni with auditor trigger Initialize -NameAuditor INFO About to Enter EcalClusterMon with auditor trigger Initialize -NameAuditor INFO Just Exited EcalClusterMon with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureClustersMoni with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureHyposMoni with auditor trigger Initialize -NameAuditor INFO About to Enter ElectronMon with auditor trigger Initialize -NameAuditor INFO Just Exited ElectronMon with auditor trigger Initialize -NameAuditor INFO About to Enter PhotonMon with auditor trigger Initialize -NameAuditor INFO Just Exited PhotonMon with auditor trigger Initialize -NameAuditor INFO About to Enter MergedPi0Mon with auditor trigger Initialize -NameAuditor INFO Just Exited MergedPi0Mon with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureHyposMoni with auditor trigger Initialize -NameAuditor INFO About to Enter DiPhotonMoni with auditor trigger Initialize -NameAuditor INFO About to Enter ResolvedPi0Mon with auditor trigger Initialize -NameAuditor INFO Just Exited ResolvedPi0Mon with auditor trigger Initialize -NameAuditor INFO About to Enter EtaMon with auditor trigger Initialize -NameAuditor INFO Just Exited EtaMon with auditor trigger Initialize -NameAuditor INFO Just Exited DiPhotonMoni with auditor trigger Initialize -NameAuditor INFO About to Enter ProtoElectronMon with auditor trigger Initialize -ProtoElectronMon INFO Will only look at track type(s) = ['Long', 'Downstream'] -NameAuditor INFO Just Exited ProtoElectronMon with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFuturePIDsMoni with auditor trigger Initialize -NameAuditor INFO About to Enter PhotonMatchMon with auditor trigger Initialize -NameAuditor INFO Just Exited PhotonMatchMon with auditor trigger Initialize -NameAuditor INFO About to Enter ElectronMatchMon with auditor trigger Initialize -NameAuditor INFO Just Exited ElectronMatchMon with auditor trigger Initialize -NameAuditor INFO About to Enter BremMatchMon with auditor trigger Initialize -NameAuditor INFO Just Exited BremMatchMon with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureEMuPIDMonUncut with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureEMuPIDMonUncut with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureEMuPIDMonSoft with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureEMuPIDMonSoft with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureEMuPIDMonHard with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureEMuPIDMonHard with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFuturePIDsMoni with auditor trigger Initialize -NameAuditor INFO Just Exited MoniCALOFUTURESeq with auditor trigger Initialize -NameAuditor INFO About to Enter MoniRICHSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RichMoni with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecPixelQC with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecPixelQC with auditor trigger Initialize -NameAuditor INFO About to Enter RichFutureMoniClustering with auditor trigger Initialize -NameAuditor INFO Just Exited RichFutureMoniClustering with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecPixelClusters with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecPixelClusters with auditor trigger Initialize -NameAuditor INFO About to Enter RichMoniDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecoStatsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecoStatsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiDownTrkEff with auditor trigger Initialize -NameAuditor INFO Just Exited RiDownTrkEff with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKResDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKResDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKResDownTight with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKResDownTight with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkEmittedYieldsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkEmittedYieldsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkDetectableYieldsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkDetectableYieldsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkSignalYieldsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkSignalYieldsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkGeomEffsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkGeomEffsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichMassRingsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichMassRingsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkMaterialDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkMaterialDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecPixBkgsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecPixBkgsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichDLLsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichDLLsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichMoniDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichMoniLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecoStatsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecoStatsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiLongTrkEff with auditor trigger Initialize -NameAuditor INFO Just Exited RiLongTrkEff with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKResLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKResLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKResLongTight with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKResLongTight with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkEmittedYieldsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkEmittedYieldsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkDetectableYieldsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkDetectableYieldsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkSignalYieldsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkSignalYieldsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkGeomEffsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkGeomEffsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichMassRingsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichMassRingsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkMaterialLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkMaterialLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecPixBkgsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecPixBkgsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichDLLsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichDLLsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichMoniLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichMoniUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecoStatsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecoStatsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiUpTrkEff with auditor trigger Initialize -NameAuditor INFO Just Exited RiUpTrkEff with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKResUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKResUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKResUpTight with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKResUpTight with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkEmittedYieldsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkEmittedYieldsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkDetectableYieldsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkDetectableYieldsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkSignalYieldsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkSignalYieldsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkGeomEffsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkGeomEffsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichMassRingsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichMassRingsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkMaterialUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkMaterialUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecPixBkgsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecPixBkgsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichDLLsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichDLLsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichMoniUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichMoni with auditor trigger Initialize -NameAuditor INFO Just Exited MoniRICHSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MoniMUONSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MuonPIDMonitorDown with auditor trigger Initialize -NameAuditor INFO Just Exited MuonPIDMonitorDown with auditor trigger Initialize -NameAuditor INFO About to Enter MuonPIDMonitorLong with auditor trigger Initialize -NameAuditor INFO Just Exited MuonPIDMonitorLong with auditor trigger Initialize -NameAuditor INFO About to Enter MuonTrackFitter with auditor trigger Initialize -NameAuditor INFO Just Exited MuonTrackFitter with auditor trigger Initialize -NameAuditor INFO About to Enter MuonTrackAligMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited MuonTrackAligMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited MoniMUONSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MoniGENERALSeq with auditor trigger Initialize -NameAuditor INFO About to Enter OverallEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited OverallEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter TrackEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited TrackEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter VertexEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited VertexEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter RichEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited RichEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter MuonEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited MuonEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter ProtoEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited ProtoEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter ProcStatAbortMoni with auditor trigger Initialize -NameAuditor INFO Just Exited ProcStatAbortMoni with auditor trigger Initialize -NameAuditor INFO Just Exited MoniGENERALSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MoniTrSeq with auditor trigger Initialize -NameAuditor INFO About to Enter TrackMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackMonitor with auditor trigger Initialize -NameAuditor INFO About to Enter TrackDiMuonMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackDiMuonMonitor with auditor trigger Initialize -NameAuditor INFO About to Enter TrackVertexMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackVertexMonitor with auditor trigger Initialize -NameAuditor INFO About to Enter TrackV0Monitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackV0Monitor with auditor trigger Initialize -NameAuditor INFO About to Enter TrackFitMatchMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackFitMatchMonitor with auditor trigger Initialize -NameAuditor INFO About to Enter TrackPV2HalfAlignMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackPV2HalfAlignMonitor with auditor trigger Initialize -NameAuditor INFO About to Enter TrackMuonMatchMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackMuonMatchMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited MoniTrSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MoniPROTOSeq with auditor trigger Initialize -NameAuditor INFO About to Enter ChargedProtoPMoni with auditor trigger Initialize -NameAuditor INFO Just Exited ChargedProtoPMoni with auditor trigger Initialize -NameAuditor INFO About to Enter ChargedProtoANNPIDMoni with auditor trigger Initialize -NameAuditor INFO Just Exited ChargedProtoANNPIDMoni with auditor trigger Initialize -NameAuditor INFO Just Exited MoniPROTOSeq with auditor trigger Initialize -NameAuditor INFO Just Exited Moni with auditor trigger Initialize -NameAuditor INFO About to Enter MCLinks with auditor trigger Initialize -NameAuditor INFO About to Enter MCLinksUnpackSeq with auditor trigger Initialize -NameAuditor INFO About to Enter UnpackMCParticle with auditor trigger Initialize -NameAuditor INFO Just Exited UnpackMCParticle with auditor trigger Initialize -NameAuditor INFO About to Enter UnpackMCVertex with auditor trigger Initialize -NameAuditor INFO Just Exited UnpackMCVertex with auditor trigger Initialize -NameAuditor INFO Just Exited MCLinksUnpackSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MCLinksTrSeq with auditor trigger Initialize -NameAuditor INFO About to Enter VPClusFull with auditor trigger Initialize -NameAuditor INFO Just Exited VPClusFull with auditor trigger Initialize -NameAuditor INFO About to Enter VPFullCluster2MCParticleLinker with auditor trigger Initialize -NameAuditor INFO Just Exited VPFullCluster2MCParticleLinker with auditor trigger Initialize -NameAuditor INFO About to Enter PrLHCbID2MCParticle with auditor trigger Initialize -NameAuditor INFO Just Exited PrLHCbID2MCParticle with auditor trigger Initialize -NameAuditor INFO About to Enter DownstreamChecker with auditor trigger Initialize -NameAuditor INFO About to Enter DownstreamAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited DownstreamAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited DownstreamChecker with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardBestChecker with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardBestAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardBestAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardBestChecker with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardFastChecker with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardFastAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardFastAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardFastChecker with auditor trigger Initialize -NameAuditor INFO About to Enter MatchChecker with auditor trigger Initialize -NameAuditor INFO About to Enter MatchAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited MatchAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited MatchChecker with auditor trigger Initialize -NameAuditor INFO About to Enter SeedingChecker with auditor trigger Initialize -NameAuditor INFO About to Enter SeedingAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited SeedingAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited SeedingChecker with auditor trigger Initialize -NameAuditor INFO About to Enter UpstreamChecker with auditor trigger Initialize -NameAuditor INFO About to Enter UpstreamAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited UpstreamAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited UpstreamChecker with auditor trigger Initialize -NameAuditor INFO About to Enter VeloChecker with auditor trigger Initialize -NameAuditor INFO About to Enter VeloAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited VeloAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited VeloChecker with auditor trigger Initialize -NameAuditor INFO About to Enter BestExtraChecker with auditor trigger Initialize -NameAuditor INFO About to Enter BestAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited BestAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited BestExtraChecker with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardFastFittedExtraChecker with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardFastFittedAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardFastFittedAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardFastFittedExtraChecker with auditor trigger Initialize -NameAuditor INFO Just Exited MCLinksTrSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MCLinksCaloSeq with auditor trigger Initialize -NameAuditor INFO About to Enter CaloDigit2MCLinks2Table with auditor trigger Initialize -NameAuditor INFO Just Exited CaloDigit2MCLinks2Table with auditor trigger Initialize -NameAuditor INFO About to Enter CaloClusterMCTruth with auditor trigger Initialize -NameAuditor INFO Just Exited CaloClusterMCTruth with auditor trigger Initialize -NameAuditor INFO About to Enter CaloHypoMCTruth_Photons with auditor trigger Initialize -NameAuditor INFO Just Exited CaloHypoMCTruth_Photons with auditor trigger Initialize -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Photons with auditor trigger Initialize -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Photons with auditor trigger Initialize -NameAuditor INFO About to Enter CaloHypoMCTruth_Electrons with auditor trigger Initialize -NameAuditor INFO Just Exited CaloHypoMCTruth_Electrons with auditor trigger Initialize -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Electrons with auditor trigger Initialize -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Electrons with auditor trigger Initialize -NameAuditor INFO About to Enter CaloHypoMCTruth_MergedPi0s with auditor trigger Initialize -NameAuditor INFO Just Exited CaloHypoMCTruth_MergedPi0s with auditor trigger Initialize -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Initialize -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Initialize -NameAuditor INFO Just Exited MCLinksCaloSeq with auditor trigger Initialize -NameAuditor INFO Just Exited MCLinks with auditor trigger Initialize -NameAuditor INFO About to Enter Check with auditor trigger Initialize -NameAuditor INFO About to Enter CheckPatSeq with auditor trigger Initialize -NameAuditor INFO About to Enter VeloMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited VeloMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter UpMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited UpMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter UTForwardMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited UTForwardMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardBestMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardBestMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter MatchMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited MatchMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter TMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited TMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter DownMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited DownMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter FilterForBestMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited FilterForBestMCCheck with auditor trigger Initialize -FilterForBestMC... INFO CUT: ' (~TrINVALID) ' -NameAuditor INFO About to Enter FilterForBestLongMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited FilterForBestLongMCCheck with auditor trigger Initialize -FilterForBestLo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==3) ) ' -NameAuditor INFO About to Enter FilterForBestLongAndGhostProbMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited FilterForBestLongAndGhostProbMCCheck with auditor trigger Initialize -FilterForBestLo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==3) ) & (TrGHOSTPROB<0.5) ) ' -NameAuditor INFO About to Enter FilterForBestDownMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited FilterForBestDownMCCheck with auditor trigger Initialize -FilterForBestDo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==5) ) ' -NameAuditor INFO About to Enter FilterForBestDownAndGhostProbMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited FilterForBestDownAndGhostProbMCCheck with auditor trigger Initialize -FilterForBestDo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==5) ) & (TrGHOSTPROB<0.5) ) ' -NameAuditor INFO About to Enter BestMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited BestMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter BestLongMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited BestLongMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter BestLongAndGhostProbMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited BestLongAndGhostProbMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter BestDownMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited BestDownMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter BestDownAndGhostProbMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited BestDownAndGhostProbMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter UTForwardBestMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited UTForwardBestMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter UTMatchMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited UTMatchMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter UTDownMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited UTDownMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter VeloFullMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited VeloFullMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter TrackResCheckerFast with auditor trigger Initialize -NameAuditor INFO Just Exited TrackResCheckerFast with auditor trigger Initialize -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -NameAuditor INFO About to Enter PVConverter with auditor trigger Initialize -NameAuditor INFO Just Exited PVConverter with auditor trigger Initialize -NameAuditor INFO About to Enter PVChecker with auditor trigger Initialize -NameAuditor INFO Just Exited PVChecker with auditor trigger Initialize -NameAuditor INFO Just Exited CheckPatSeq with auditor trigger Initialize -NameAuditor INFO About to Enter CheckRICHSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RichCheck with auditor trigger Initialize -NameAuditor INFO About to Enter RichFutureTKToMCPsRels with auditor trigger Initialize -NameAuditor INFO Just Exited RichFutureTKToMCPsRels with auditor trigger Initialize -NameAuditor INFO About to Enter RichCheckDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDCheckDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonDown10to70 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonDown10to70 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonDown2to10 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonDown2to10 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonDown2to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonDown2to100 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonDown70to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonDown70to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDCheckDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKMCResDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKMCResDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKMCResDownTight with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKMCResDownTight with auditor trigger Initialize -NameAuditor INFO About to Enter RiMCTkResDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiMCTkResDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichCheckDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichCheckLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDCheckLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonLong10to70 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonLong10to70 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonLong2to10 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonLong2to10 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonLong2to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonLong2to100 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonLong70to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonLong70to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDCheckLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKMCResLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKMCResLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKMCResLongTight with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKMCResLongTight with auditor trigger Initialize -NameAuditor INFO About to Enter RiMCTkResLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiMCTkResLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichCheckLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichCheckUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDCheckUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonUp10to70 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonUp10to70 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonUp2to10 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonUp2to10 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonUp2to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonUp2to100 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonUp70to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonUp70to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDCheckUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKMCResUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKMCResUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKMCResUpTight with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKMCResUpTight with auditor trigger Initialize -NameAuditor INFO About to Enter RiMCTkResUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiMCTkResUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichCheckUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichCheck with auditor trigger Initialize -NameAuditor INFO Just Exited CheckRICHSeq with auditor trigger Initialize -NameAuditor INFO About to Enter CheckMUONSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MuonPIDCheckerDown with auditor trigger Initialize -NameAuditor INFO Just Exited MuonPIDCheckerDown with auditor trigger Initialize -NameAuditor INFO About to Enter MuonPIDCheckerLong with auditor trigger Initialize -NameAuditor INFO Just Exited MuonPIDCheckerLong with auditor trigger Initialize -NameAuditor INFO Just Exited CheckMUONSeq with auditor trigger Initialize -NameAuditor INFO Just Exited Check with auditor trigger Initialize -NameAuditor INFO Just Exited PhysicsSeq with auditor trigger Initialize -NameAuditor INFO About to Enter Output with auditor trigger Initialize -NameAuditor INFO About to Enter OutputDSTSeq with auditor trigger Initialize -NameAuditor INFO About to Enter GenFSRMerge with auditor trigger Initialize -NameAuditor INFO Just Exited GenFSRMerge with auditor trigger Initialize -NameAuditor INFO About to Enter RawEventSplitSeq with auditor trigger Initialize -NameAuditor INFO About to Enter create_Calo_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Calo_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_HC_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_HC_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_Muon_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Muon_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_PersistReco_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_PersistReco_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_Rich_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Rich_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_Tracker_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Tracker_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_Trigger_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Trigger_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_Unstripped_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Unstripped_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_Velo_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Velo_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter KillRawEventNodes with auditor trigger Initialize -NameAuditor INFO Just Exited KillRawEventNodes with auditor trigger Initialize -NameAuditor INFO Just Exited RawEventSplitSeq with auditor trigger Initialize -NameAuditor INFO About to Enter FilterBestTrackStates with auditor trigger Initialize -NameAuditor INFO Just Exited FilterBestTrackStates with auditor trigger Initialize -NameAuditor INFO About to Enter FilterMuonTrackStates with auditor trigger Initialize -NameAuditor INFO Just Exited FilterMuonTrackStates with auditor trigger Initialize -NameAuditor INFO About to Enter PackDST with auditor trigger Initialize -NameAuditor INFO About to Enter PackTrack with auditor trigger Initialize -NameAuditor INFO Just Exited PackTrack with auditor trigger Initialize -NameAuditor INFO About to Enter PackRichPIDs with auditor trigger Initialize -NameAuditor INFO Just Exited PackRichPIDs with auditor trigger Initialize -NameAuditor INFO About to Enter PackMuonPIDs with auditor trigger Initialize -NameAuditor INFO Just Exited PackMuonPIDs with auditor trigger Initialize -NameAuditor INFO About to Enter CaloPacking with auditor trigger Initialize -NameAuditor INFO About to Enter PackPhotons with auditor trigger Initialize -NameAuditor INFO Just Exited PackPhotons with auditor trigger Initialize -NameAuditor INFO About to Enter PackElectrons with auditor trigger Initialize -NameAuditor INFO Just Exited PackElectrons with auditor trigger Initialize -NameAuditor INFO About to Enter PackMergedPi0s with auditor trigger Initialize -NameAuditor INFO Just Exited PackMergedPi0s with auditor trigger Initialize -NameAuditor INFO About to Enter PackSplitPhotons with auditor trigger Initialize -NameAuditor INFO Just Exited PackSplitPhotons with auditor trigger Initialize -NameAuditor INFO Just Exited CaloPacking with auditor trigger Initialize -NameAuditor INFO About to Enter ProtoParticlePIDClean with auditor trigger Initialize -NameAuditor INFO Just Exited ProtoParticlePIDClean with auditor trigger Initialize -NameAuditor INFO About to Enter PackChargedProtos with auditor trigger Initialize -NameAuditor INFO Just Exited PackChargedProtos with auditor trigger Initialize -NameAuditor INFO About to Enter PackNeutralProtos with auditor trigger Initialize -NameAuditor INFO Just Exited PackNeutralProtos with auditor trigger Initialize -NameAuditor INFO About to Enter PackRecVertex with auditor trigger Initialize -NameAuditor INFO Just Exited PackRecVertex with auditor trigger Initialize -NameAuditor INFO About to Enter PackTwoProngVertex with auditor trigger Initialize -NameAuditor INFO Just Exited PackTwoProngVertex with auditor trigger Initialize -NameAuditor INFO About to Enter PackMuonTracks with auditor trigger Initialize -NameAuditor INFO Just Exited PackMuonTracks with auditor trigger Initialize -NameAuditor INFO Just Exited PackDST with auditor trigger Initialize -NameAuditor INFO Just Exited OutputDSTSeq with auditor trigger Initialize -NameAuditor INFO Just Exited Output with auditor trigger Initialize -NameAuditor INFO Just Exited BrunelSequencer with auditor trigger Initialize -NameAuditor INFO About to Enter DstWriter with auditor trigger Initialize -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel-1ev.dst' SVC='RootCnvSvc' OPT='REC' -NameAuditor INFO Just Exited DstWriter with auditor trigger Initialize -NameAuditor INFO About to Enter FSROutputStreamDstWriter with auditor trigger Initialize -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel-1ev.dst' SVC='FileRecordCnvSvc' OPT='REC' -NameAuditor INFO Just Exited FSROutputStreamDstWriter with auditor trigger Initialize -ApplicationMgr INFO Application Manager Initialized successfully -NameAuditor INFO About to Enter BrunelSequencer with auditor trigger Start -NameAuditor INFO About to Enter Init with auditor trigger Start -NameAuditor INFO About to Enter InitBrunelSeq with auditor trigger Start -NameAuditor INFO About to Enter BrunelInit with auditor trigger Start -NameAuditor INFO Just Exited BrunelInit with auditor trigger Start -NameAuditor INFO Just Exited InitBrunelSeq with auditor trigger Start -NameAuditor INFO Just Exited Init with auditor trigger Start -NameAuditor INFO About to Enter PhysicsSeq with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureBanksHandler with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureDigits with auditor trigger Start -NameAuditor INFO About to Enter FutureEcalDigitsSeq with auditor trigger Start -NameAuditor INFO About to Enter FutureEcalZSup with auditor trigger Start -NameAuditor INFO Just Exited FutureEcalZSup with auditor trigger Start -NameAuditor INFO About to Enter EcalProcStatus with auditor trigger Start -NameAuditor INFO Just Exited EcalProcStatus with auditor trigger Start -NameAuditor INFO Just Exited FutureEcalDigitsSeq with auditor trigger Start -NameAuditor INFO About to Enter FutureHcalDigitsSeq with auditor trigger Start -NameAuditor INFO About to Enter FutureHcalZSup with auditor trigger Start -NameAuditor INFO Just Exited FutureHcalZSup with auditor trigger Start -NameAuditor INFO About to Enter HcalProcStatus with auditor trigger Start -NameAuditor INFO Just Exited HcalProcStatus with auditor trigger Start -NameAuditor INFO Just Exited FutureHcalDigitsSeq with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureDigits with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureBanksHandler with auditor trigger Start -NameAuditor INFO About to Enter Reco with auditor trigger Start -NameAuditor INFO About to Enter RecoDecodingSeq with auditor trigger Start -NameAuditor INFO About to Enter UnpackRawEvent with auditor trigger Start -NameAuditor INFO Just Exited UnpackRawEvent with auditor trigger Start -NameAuditor INFO About to Enter PrGECFilter with auditor trigger Start -NameAuditor INFO Just Exited PrGECFilter with auditor trigger Start -NameAuditor INFO About to Enter PrStoreUTHit with auditor trigger Start -NameAuditor INFO Just Exited PrStoreUTHit with auditor trigger Start -NameAuditor INFO About to Enter PrStorePrUTHits with auditor trigger Start -NameAuditor INFO Just Exited PrStorePrUTHits with auditor trigger Start -NameAuditor INFO About to Enter createFTClusters with auditor trigger Start -NameAuditor INFO Just Exited createFTClusters with auditor trigger Start -NameAuditor INFO About to Enter PrStoreFTHit with auditor trigger Start -NameAuditor INFO Just Exited PrStoreFTHit with auditor trigger Start -NameAuditor INFO About to Enter PrStoreSciFiHits with auditor trigger Start -NameAuditor INFO Just Exited PrStoreSciFiHits with auditor trigger Start -NameAuditor INFO Just Exited RecoDecodingSeq with auditor trigger Start -NameAuditor INFO About to Enter RecoTrFastSeq with auditor trigger Start -NameAuditor INFO About to Enter VPClustering with auditor trigger Start -NameAuditor INFO Just Exited VPClustering with auditor trigger Start -NameAuditor INFO About to Enter VeloClusterTracking with auditor trigger Start -NameAuditor INFO Just Exited VeloClusterTracking with auditor trigger Start -NameAuditor INFO About to Enter ConverterVP with auditor trigger Start -NameAuditor INFO Just Exited ConverterVP with auditor trigger Start -NameAuditor INFO About to Enter ConverterVPToV1 with auditor trigger Start -NameAuditor INFO Just Exited ConverterVPToV1 with auditor trigger Start -NameAuditor INFO About to Enter PatPV3D with auditor trigger Start -NameAuditor INFO Just Exited PatPV3D with auditor trigger Start -NameAuditor INFO About to Enter PrVeloUTFast with auditor trigger Start -NameAuditor INFO Just Exited PrVeloUTFast with auditor trigger Start -NameAuditor INFO About to Enter VeloUTMakeLHCbTracks with auditor trigger Start -NameAuditor INFO Just Exited VeloUTMakeLHCbTracks with auditor trigger Start -NameAuditor INFO About to Enter PrForwardTrackingFast with auditor trigger Start -NameAuditor INFO Just Exited PrForwardTrackingFast with auditor trigger Start -NameAuditor INFO About to Enter FastForwardMakeLHCbTracksFast with auditor trigger Start -NameAuditor INFO Just Exited FastForwardMakeLHCbTracksFast with auditor trigger Start -NameAuditor INFO About to Enter ConverterV1V2ForForwardFit with auditor trigger Start -NameAuditor INFO Just Exited ConverterV1V2ForForwardFit with auditor trigger Start -NameAuditor INFO About to Enter ForwardFitterAlgFast with auditor trigger Start -NameAuditor INFO Just Exited ForwardFitterAlgFast with auditor trigger Start -NameAuditor INFO Just Exited RecoTrFastSeq with auditor trigger Start -NameAuditor INFO About to Enter RecoTrBestSeq with auditor trigger Start -NameAuditor INFO About to Enter PrForwardTrackingBest with auditor trigger Start -NameAuditor INFO Just Exited PrForwardTrackingBest with auditor trigger Start -NameAuditor INFO About to Enter BestForwardMakeLHCbTracksBest with auditor trigger Start -NameAuditor INFO Just Exited BestForwardMakeLHCbTracksBest with auditor trigger Start -NameAuditor INFO About to Enter PrHybridSeedingBest with auditor trigger Start -NameAuditor INFO Just Exited PrHybridSeedingBest with auditor trigger Start -NameAuditor INFO About to Enter SeedConverter with auditor trigger Start -NameAuditor INFO Just Exited SeedConverter with auditor trigger Start -NameAuditor INFO About to Enter PrMatchNNBest with auditor trigger Start -NameAuditor INFO Just Exited PrMatchNNBest with auditor trigger Start -NameAuditor INFO About to Enter TracksMatchConverter with auditor trigger Start -NameAuditor INFO Just Exited TracksMatchConverter with auditor trigger Start -NameAuditor INFO About to Enter PrLongLivedTrackingBest with auditor trigger Start -NameAuditor INFO Just Exited PrLongLivedTrackingBest with auditor trigger Start -NameAuditor INFO About to Enter TracksDownstreamConverter with auditor trigger Start -NameAuditor INFO Just Exited TracksDownstreamConverter with auditor trigger Start -NameAuditor INFO About to Enter BestTrackCreatorSeq with auditor trigger Start -NameAuditor INFO About to Enter TrackConverterSeq with auditor trigger Start -NameAuditor INFO About to Enter DownstreamConverter with auditor trigger Start -NameAuditor INFO Just Exited DownstreamConverter with auditor trigger Start -NameAuditor INFO About to Enter ForwardBestConverter with auditor trigger Start -NameAuditor INFO Just Exited ForwardBestConverter with auditor trigger Start -NameAuditor INFO About to Enter ForwardFastConverter with auditor trigger Start -NameAuditor INFO Just Exited ForwardFastConverter with auditor trigger Start -NameAuditor INFO About to Enter MatchConverter with auditor trigger Start -NameAuditor INFO Just Exited MatchConverter with auditor trigger Start -NameAuditor INFO About to Enter SeedingConverter with auditor trigger Start -NameAuditor INFO Just Exited SeedingConverter with auditor trigger Start -NameAuditor INFO About to Enter UpstreamConverter with auditor trigger Start -NameAuditor INFO Just Exited UpstreamConverter with auditor trigger Start -NameAuditor INFO About to Enter VeloConverter with auditor trigger Start -NameAuditor INFO Just Exited VeloConverter with auditor trigger Start -NameAuditor INFO Just Exited TrackConverterSeq with auditor trigger Start -NameAuditor INFO About to Enter TrackBestTrackCreator with auditor trigger Start -NameAuditor INFO Just Exited TrackBestTrackCreator with auditor trigger Start -NameAuditor INFO Just Exited BestTrackCreatorSeq with auditor trigger Start -NameAuditor INFO About to Enter TrackAddExtraInfoSeq with auditor trigger Start -NameAuditor INFO About to Enter TrackAddNNGhostId with auditor trigger Start -NameAuditor INFO Just Exited TrackAddNNGhostId with auditor trigger Start -NameAuditor INFO Just Exited TrackAddExtraInfoSeq with auditor trigger Start -NameAuditor INFO Just Exited RecoTrBestSeq with auditor trigger Start -NameAuditor INFO About to Enter RecoRICHSeq with auditor trigger Start -NameAuditor INFO About to Enter RichFutureDecode with auditor trigger Start -NameAuditor INFO Just Exited RichFutureDecode with auditor trigger Start -NameAuditor INFO About to Enter RichTrackTypeFilter with auditor trigger Start -NameAuditor INFO Just Exited RichTrackTypeFilter with auditor trigger Start -NameAuditor INFO About to Enter RichRecoSeq with auditor trigger Start -NameAuditor INFO About to Enter RichPixels with auditor trigger Start -NameAuditor INFO About to Enter RichPixClustering with auditor trigger Start -NameAuditor INFO Just Exited RichPixClustering with auditor trigger Start -NameAuditor INFO About to Enter RichSIMDPixels with auditor trigger Start -NameAuditor INFO Just Exited RichSIMDPixels with auditor trigger Start -NameAuditor INFO Just Exited RichPixels with auditor trigger Start -NameAuditor INFO About to Enter RichDownReco with auditor trigger Start -NameAuditor INFO About to Enter RichTracksDown with auditor trigger Start -NameAuditor INFO About to Enter RichTrackSegmentsDown with auditor trigger Start -NameAuditor INFO Just Exited RichTrackSegmentsDown with auditor trigger Start -NameAuditor INFO About to Enter RichTrackGloPointsDown with auditor trigger Start -NameAuditor INFO Just Exited RichTrackGloPointsDown with auditor trigger Start -NameAuditor INFO About to Enter RichTrackLocPointsDown with auditor trigger Start -NameAuditor INFO Just Exited RichTrackLocPointsDown with auditor trigger Start -NameAuditor INFO About to Enter RichEmittedYieldsDown with auditor trigger Start -NameAuditor INFO Just Exited RichEmittedYieldsDown with auditor trigger Start -NameAuditor INFO About to Enter RichEmittedCKAnglesDown with auditor trigger Start -NameAuditor INFO Just Exited RichEmittedCKAnglesDown with auditor trigger Start -NameAuditor INFO About to Enter RichMassConesDown with auditor trigger Start -NameAuditor INFO Just Exited RichMassConesDown with auditor trigger Start -NameAuditor INFO About to Enter RichDetectableYieldsDown with auditor trigger Start -NameAuditor INFO Just Exited RichDetectableYieldsDown with auditor trigger Start -NameAuditor INFO About to Enter RichGeomEffDown with auditor trigger Start -NameAuditor INFO Just Exited RichGeomEffDown with auditor trigger Start -NameAuditor INFO About to Enter RichTkSegmentSelDown with auditor trigger Start -NameAuditor INFO Just Exited RichTkSegmentSelDown with auditor trigger Start -NameAuditor INFO About to Enter RichSignalYieldsDown with auditor trigger Start -NameAuditor INFO Just Exited RichSignalYieldsDown with auditor trigger Start -NameAuditor INFO About to Enter RichSignalCKAnglesDown with auditor trigger Start -NameAuditor INFO Just Exited RichSignalCKAnglesDown with auditor trigger Start -NameAuditor INFO About to Enter RichCKResolutionsDown with auditor trigger Start -NameAuditor INFO Just Exited RichCKResolutionsDown with auditor trigger Start -NameAuditor INFO Just Exited RichTracksDown with auditor trigger Start -NameAuditor INFO About to Enter RichPhotonsDown with auditor trigger Start -NameAuditor INFO About to Enter RichPhotonRecoDown with auditor trigger Start -NameAuditor INFO Just Exited RichPhotonRecoDown with auditor trigger Start -NameAuditor INFO About to Enter RichPredPixelSignalDown with auditor trigger Start -NameAuditor INFO Just Exited RichPredPixelSignalDown with auditor trigger Start -NameAuditor INFO Just Exited RichPhotonsDown with auditor trigger Start -NameAuditor INFO About to Enter RichRecSummaryDown with auditor trigger Start -NameAuditor INFO Just Exited RichRecSummaryDown with auditor trigger Start -NameAuditor INFO About to Enter RichPIDDown with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDInitDown with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDInitDown with auditor trigger Start -NameAuditor INFO About to Enter RichPixBackgroundsIt0Down with auditor trigger Start -NameAuditor INFO Just Exited RichPixBackgroundsIt0Down with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Down with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Down with auditor trigger Start -NameAuditor INFO About to Enter RichPixBackgroundsIt1Down with auditor trigger Start -NameAuditor INFO Just Exited RichPixBackgroundsIt1Down with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Down with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Down with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsDown with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsDown with auditor trigger Start -NameAuditor INFO Just Exited RichPIDDown with auditor trigger Start -NameAuditor INFO Just Exited RichDownReco with auditor trigger Start -NameAuditor INFO About to Enter RichLongReco with auditor trigger Start -NameAuditor INFO About to Enter RichTracksLong with auditor trigger Start -NameAuditor INFO About to Enter RichTrackSegmentsLong with auditor trigger Start -NameAuditor INFO Just Exited RichTrackSegmentsLong with auditor trigger Start -NameAuditor INFO About to Enter RichTrackGloPointsLong with auditor trigger Start -NameAuditor INFO Just Exited RichTrackGloPointsLong with auditor trigger Start -NameAuditor INFO About to Enter RichTrackLocPointsLong with auditor trigger Start -NameAuditor INFO Just Exited RichTrackLocPointsLong with auditor trigger Start -NameAuditor INFO About to Enter RichEmittedYieldsLong with auditor trigger Start -NameAuditor INFO Just Exited RichEmittedYieldsLong with auditor trigger Start -NameAuditor INFO About to Enter RichEmittedCKAnglesLong with auditor trigger Start -NameAuditor INFO Just Exited RichEmittedCKAnglesLong with auditor trigger Start -NameAuditor INFO About to Enter RichMassConesLong with auditor trigger Start -NameAuditor INFO Just Exited RichMassConesLong with auditor trigger Start -NameAuditor INFO About to Enter RichDetectableYieldsLong with auditor trigger Start -NameAuditor INFO Just Exited RichDetectableYieldsLong with auditor trigger Start -NameAuditor INFO About to Enter RichGeomEffLong with auditor trigger Start -NameAuditor INFO Just Exited RichGeomEffLong with auditor trigger Start -NameAuditor INFO About to Enter RichTkSegmentSelLong with auditor trigger Start -NameAuditor INFO Just Exited RichTkSegmentSelLong with auditor trigger Start -NameAuditor INFO About to Enter RichSignalYieldsLong with auditor trigger Start -NameAuditor INFO Just Exited RichSignalYieldsLong with auditor trigger Start -NameAuditor INFO About to Enter RichSignalCKAnglesLong with auditor trigger Start -NameAuditor INFO Just Exited RichSignalCKAnglesLong with auditor trigger Start -NameAuditor INFO About to Enter RichCKResolutionsLong with auditor trigger Start -NameAuditor INFO Just Exited RichCKResolutionsLong with auditor trigger Start -NameAuditor INFO Just Exited RichTracksLong with auditor trigger Start -NameAuditor INFO About to Enter RichPhotonsLong with auditor trigger Start -NameAuditor INFO About to Enter RichPhotonRecoLong with auditor trigger Start -NameAuditor INFO Just Exited RichPhotonRecoLong with auditor trigger Start -NameAuditor INFO About to Enter RichPredPixelSignalLong with auditor trigger Start -NameAuditor INFO Just Exited RichPredPixelSignalLong with auditor trigger Start -NameAuditor INFO Just Exited RichPhotonsLong with auditor trigger Start -NameAuditor INFO About to Enter RichRecSummaryLong with auditor trigger Start -NameAuditor INFO Just Exited RichRecSummaryLong with auditor trigger Start -NameAuditor INFO About to Enter RichPIDLong with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDInitLong with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDInitLong with auditor trigger Start -NameAuditor INFO About to Enter RichPixBackgroundsIt0Long with auditor trigger Start -NameAuditor INFO Just Exited RichPixBackgroundsIt0Long with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Long with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Long with auditor trigger Start -NameAuditor INFO About to Enter RichPixBackgroundsIt1Long with auditor trigger Start -NameAuditor INFO Just Exited RichPixBackgroundsIt1Long with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Long with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Long with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsLong with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsLong with auditor trigger Start -NameAuditor INFO Just Exited RichPIDLong with auditor trigger Start -NameAuditor INFO Just Exited RichLongReco with auditor trigger Start -NameAuditor INFO About to Enter RichUpReco with auditor trigger Start -NameAuditor INFO About to Enter RichTracksUp with auditor trigger Start -NameAuditor INFO About to Enter RichTrackSegmentsUp with auditor trigger Start -NameAuditor INFO Just Exited RichTrackSegmentsUp with auditor trigger Start -NameAuditor INFO About to Enter RichTrackGloPointsUp with auditor trigger Start -NameAuditor INFO Just Exited RichTrackGloPointsUp with auditor trigger Start -NameAuditor INFO About to Enter RichTrackLocPointsUp with auditor trigger Start -NameAuditor INFO Just Exited RichTrackLocPointsUp with auditor trigger Start -NameAuditor INFO About to Enter RichEmittedYieldsUp with auditor trigger Start -NameAuditor INFO Just Exited RichEmittedYieldsUp with auditor trigger Start -NameAuditor INFO About to Enter RichEmittedCKAnglesUp with auditor trigger Start -NameAuditor INFO Just Exited RichEmittedCKAnglesUp with auditor trigger Start -NameAuditor INFO About to Enter RichMassConesUp with auditor trigger Start -NameAuditor INFO Just Exited RichMassConesUp with auditor trigger Start -NameAuditor INFO About to Enter RichDetectableYieldsUp with auditor trigger Start -NameAuditor INFO Just Exited RichDetectableYieldsUp with auditor trigger Start -NameAuditor INFO About to Enter RichGeomEffUp with auditor trigger Start -NameAuditor INFO Just Exited RichGeomEffUp with auditor trigger Start -NameAuditor INFO About to Enter RichTkSegmentSelUp with auditor trigger Start -NameAuditor INFO Just Exited RichTkSegmentSelUp with auditor trigger Start -NameAuditor INFO About to Enter RichSignalYieldsUp with auditor trigger Start -NameAuditor INFO Just Exited RichSignalYieldsUp with auditor trigger Start -NameAuditor INFO About to Enter RichSignalCKAnglesUp with auditor trigger Start -NameAuditor INFO Just Exited RichSignalCKAnglesUp with auditor trigger Start -NameAuditor INFO About to Enter RichCKResolutionsUp with auditor trigger Start -NameAuditor INFO Just Exited RichCKResolutionsUp with auditor trigger Start -NameAuditor INFO Just Exited RichTracksUp with auditor trigger Start -NameAuditor INFO About to Enter RichPhotonsUp with auditor trigger Start -NameAuditor INFO About to Enter RichPhotonRecoUp with auditor trigger Start -NameAuditor INFO Just Exited RichPhotonRecoUp with auditor trigger Start -NameAuditor INFO About to Enter RichPredPixelSignalUp with auditor trigger Start -NameAuditor INFO Just Exited RichPredPixelSignalUp with auditor trigger Start -NameAuditor INFO Just Exited RichPhotonsUp with auditor trigger Start -NameAuditor INFO About to Enter RichRecSummaryUp with auditor trigger Start -NameAuditor INFO Just Exited RichRecSummaryUp with auditor trigger Start -NameAuditor INFO About to Enter RichPIDUp with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDInitUp with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDInitUp with auditor trigger Start -NameAuditor INFO About to Enter RichPixBackgroundsIt0Up with auditor trigger Start -NameAuditor INFO Just Exited RichPixBackgroundsIt0Up with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Up with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Up with auditor trigger Start -NameAuditor INFO About to Enter RichPixBackgroundsIt1Up with auditor trigger Start -NameAuditor INFO Just Exited RichPixBackgroundsIt1Up with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Up with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Up with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsUp with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsUp with auditor trigger Start -NameAuditor INFO Just Exited RichPIDUp with auditor trigger Start -NameAuditor INFO Just Exited RichUpReco with auditor trigger Start -NameAuditor INFO About to Enter MergeRichPIDs with auditor trigger Start -NameAuditor INFO Just Exited MergeRichPIDs with auditor trigger Start -NameAuditor INFO Just Exited RichRecoSeq with auditor trigger Start -NameAuditor INFO Just Exited RecoRICHSeq with auditor trigger Start -NameAuditor INFO About to Enter RecoCALOFUTURESeq with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureProcessorCaloFutureSeq with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureRecoForCaloFutureProcessor with auditor trigger Start -NameAuditor INFO About to Enter ClusterFutureReco with auditor trigger Start -NameAuditor INFO About to Enter FutureEcalClust with auditor trigger Start -NameAuditor INFO Just Exited FutureEcalClust with auditor trigger Start -NameAuditor INFO About to Enter FutureEcalShare with auditor trigger Start -NameAuditor INFO Just Exited FutureEcalShare with auditor trigger Start -NameAuditor INFO About to Enter FutureEcalCovar with auditor trigger Start -NameAuditor INFO Just Exited FutureEcalCovar with auditor trigger Start -NameAuditor INFO About to Enter CaloClusterConverter with auditor trigger Start -NameAuditor INFO Just Exited CaloClusterConverter with auditor trigger Start -NameAuditor INFO Just Exited ClusterFutureReco with auditor trigger Start -NameAuditor INFO About to Enter ClassifyClusters with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureTrackMatch with auditor trigger Start -NameAuditor INFO About to Enter InECALFuture with auditor trigger Start -NameAuditor INFO Just Exited InECALFuture with auditor trigger Start -NameAuditor INFO About to Enter FutureClusterMatch with auditor trigger Start -NameAuditor INFO Just Exited FutureClusterMatch with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureTrackMatch with auditor trigger Start -NameAuditor INFO About to Enter ClassifyPhotonElectron with auditor trigger Start -NameAuditor INFO Just Exited ClassifyPhotonElectron with auditor trigger Start -NameAuditor INFO Just Exited ClassifyClusters with auditor trigger Start -NameAuditor INFO About to Enter MergedPi0FutureReco with auditor trigger Start -NameAuditor INFO About to Enter MergedPi0RecFuture with auditor trigger Start -NameAuditor INFO Just Exited MergedPi0RecFuture with auditor trigger Start -NameAuditor INFO About to Enter CaloSplitClusterConverter with auditor trigger Start -NameAuditor INFO Just Exited CaloSplitClusterConverter with auditor trigger Start -NameAuditor INFO Just Exited MergedPi0FutureReco with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureRecoForCaloFutureProcessor with auditor trigger Start -NameAuditor INFO About to Enter CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Start -NameAuditor INFO About to Enter ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Start -NameAuditor INFO About to Enter InCaloFutureAcceptance with auditor trigger Start -NameAuditor INFO About to Enter InHCALFuture with auditor trigger Start -NameAuditor INFO Just Exited InHCALFuture with auditor trigger Start -NameAuditor INFO About to Enter InBREMFuture with auditor trigger Start -NameAuditor INFO Just Exited InBREMFuture with auditor trigger Start -NameAuditor INFO Just Exited InCaloFutureAcceptance with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureMatch with auditor trigger Start -NameAuditor INFO About to Enter ElectronMatchFuture with auditor trigger Start -NameAuditor INFO Just Exited ElectronMatchFuture with auditor trigger Start -NameAuditor INFO About to Enter BremMatchFuture with auditor trigger Start -NameAuditor INFO Just Exited BremMatchFuture with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureMatch with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureEnergy with auditor trigger Start -NameAuditor INFO About to Enter EcalEFuture with auditor trigger Start -NameAuditor INFO Just Exited EcalEFuture with auditor trigger Start -NameAuditor INFO About to Enter HcalEFuture with auditor trigger Start -NameAuditor INFO Just Exited HcalEFuture with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureEnergy with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureChi2 with auditor trigger Start -NameAuditor INFO About to Enter FutureEcalChi22ID with auditor trigger Start -NameAuditor INFO Just Exited FutureEcalChi22ID with auditor trigger Start -NameAuditor INFO About to Enter BremChi22IDFuture with auditor trigger Start -NameAuditor INFO Just Exited BremChi22IDFuture with auditor trigger Start -NameAuditor INFO About to Enter FutureClusChi22ID with auditor trigger Start -NameAuditor INFO Just Exited FutureClusChi22ID with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureChi2 with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureDLLeFuture with auditor trigger Start -NameAuditor INFO About to Enter EcalPIDeFuture with auditor trigger Start -NameAuditor INFO Just Exited EcalPIDeFuture with auditor trigger Start -NameAuditor INFO About to Enter BremPIDeFuture with auditor trigger Start -NameAuditor INFO Just Exited BremPIDeFuture with auditor trigger Start -NameAuditor INFO About to Enter HcalPIDeFuture with auditor trigger Start -NameAuditor INFO Just Exited HcalPIDeFuture with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureDLLeFuture with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureDLLmuFuture with auditor trigger Start -NameAuditor INFO About to Enter EcalPIDmuFuture with auditor trigger Start -NameAuditor INFO Just Exited EcalPIDmuFuture with auditor trigger Start -NameAuditor INFO About to Enter HcalPIDmuFuture with auditor trigger Start -NameAuditor INFO Just Exited HcalPIDmuFuture with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureDLLmuFuture with auditor trigger Start -NameAuditor INFO Just Exited ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Start -NameAuditor INFO Just Exited CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureProcessorCaloFutureSeq with auditor trigger Start -NameAuditor INFO Just Exited RecoCALOFUTURESeq with auditor trigger Start -NameAuditor INFO About to Enter RecoMUONSeq with auditor trigger Start -NameAuditor INFO About to Enter MuonRec with auditor trigger Start -NameAuditor INFO Just Exited MuonRec with auditor trigger Start -NameAuditor INFO About to Enter MuonProcStatus with auditor trigger Start -NameAuditor INFO Just Exited MuonProcStatus with auditor trigger Start -NameAuditor INFO About to Enter MuonROFilter with auditor trigger Start -NameAuditor INFO Just Exited MuonROFilter with auditor trigger Start -NameAuditor INFO About to Enter MuonIDSeq with auditor trigger Start -NameAuditor INFO About to Enter PrepareMuonHits with auditor trigger Start -NameAuditor INFO Just Exited PrepareMuonHits with auditor trigger Start -NameAuditor INFO About to Enter MuonIDAlgLite with auditor trigger Start -NameAuditor INFO Just Exited MuonIDAlgLite with auditor trigger Start -NameAuditor INFO Just Exited MuonIDSeq with auditor trigger Start -NameAuditor INFO Just Exited RecoMUONSeq with auditor trigger Start -NameAuditor INFO About to Enter RecoPROTOSeq with auditor trigger Start -NameAuditor INFO About to Enter ChargedProtoParticles with auditor trigger Start -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Electrons with auditor trigger Start -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Electrons with auditor trigger Start -NameAuditor INFO About to Enter Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Start -NameAuditor INFO Just Exited Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Start -NameAuditor INFO About to Enter ChargedProtoPMaker with auditor trigger Start -NameAuditor INFO Just Exited ChargedProtoPMaker with auditor trigger Start -NameAuditor INFO About to Enter ANNGPIDSeq with auditor trigger Start -NameAuditor INFO About to Enter ANNGPID with auditor trigger Start -NameAuditor INFO Just Exited ANNGPID with auditor trigger Start -NameAuditor INFO Just Exited ANNGPIDSeq with auditor trigger Start -NameAuditor INFO Just Exited ChargedProtoParticles with auditor trigger Start -NameAuditor INFO About to Enter NeutralProtoParticles with auditor trigger Start -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Start -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Start -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Photons with auditor trigger Start -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Photons with auditor trigger Start -NameAuditor INFO About to Enter FutureNeutralProtoPMaker with auditor trigger Start -NameAuditor INFO Just Exited FutureNeutralProtoPMaker with auditor trigger Start -NameAuditor INFO Just Exited NeutralProtoParticles with auditor trigger Start -NameAuditor INFO Just Exited RecoPROTOSeq with auditor trigger Start -NameAuditor INFO About to Enter RecoSUMMARYSeq with auditor trigger Start -NameAuditor INFO About to Enter RecSummary with auditor trigger Start -NameAuditor INFO Just Exited RecSummary with auditor trigger Start -NameAuditor INFO Just Exited RecoSUMMARYSeq with auditor trigger Start -NameAuditor INFO Just Exited Reco with auditor trigger Start -NameAuditor INFO About to Enter Moni with auditor trigger Start -NameAuditor INFO About to Enter MoniCALOFUTURESeq with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureDigitsMoni with auditor trigger Start -NameAuditor INFO About to Enter EcalDigitMon with auditor trigger Start -NameAuditor INFO Just Exited EcalDigitMon with auditor trigger Start -NameAuditor INFO About to Enter HcalDigitMon with auditor trigger Start -NameAuditor INFO Just Exited HcalDigitMon with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureDigitsMoni with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureEFlowMoni with auditor trigger Start -NameAuditor INFO About to Enter EcalEFlowMon with auditor trigger Start -NameAuditor INFO Just Exited EcalEFlowMon with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureEFlowMoni with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureClustersMoni with auditor trigger Start -NameAuditor INFO About to Enter EcalClusterMon with auditor trigger Start -NameAuditor INFO Just Exited EcalClusterMon with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureClustersMoni with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureHyposMoni with auditor trigger Start -NameAuditor INFO About to Enter ElectronMon with auditor trigger Start -NameAuditor INFO Just Exited ElectronMon with auditor trigger Start -NameAuditor INFO About to Enter PhotonMon with auditor trigger Start -NameAuditor INFO Just Exited PhotonMon with auditor trigger Start -NameAuditor INFO About to Enter MergedPi0Mon with auditor trigger Start -NameAuditor INFO Just Exited MergedPi0Mon with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureHyposMoni with auditor trigger Start -NameAuditor INFO About to Enter DiPhotonMoni with auditor trigger Start -NameAuditor INFO About to Enter ResolvedPi0Mon with auditor trigger Start -NameAuditor INFO Just Exited ResolvedPi0Mon with auditor trigger Start -NameAuditor INFO About to Enter EtaMon with auditor trigger Start -NameAuditor INFO Just Exited EtaMon with auditor trigger Start -NameAuditor INFO Just Exited DiPhotonMoni with auditor trigger Start -NameAuditor INFO About to Enter ProtoElectronMon with auditor trigger Start -NameAuditor INFO Just Exited ProtoElectronMon with auditor trigger Start -NameAuditor INFO About to Enter CaloFuturePIDsMoni with auditor trigger Start -NameAuditor INFO About to Enter PhotonMatchMon with auditor trigger Start -NameAuditor INFO Just Exited PhotonMatchMon with auditor trigger Start -NameAuditor INFO About to Enter ElectronMatchMon with auditor trigger Start -NameAuditor INFO Just Exited ElectronMatchMon with auditor trigger Start -NameAuditor INFO About to Enter BremMatchMon with auditor trigger Start -NameAuditor INFO Just Exited BremMatchMon with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureEMuPIDMonUncut with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureEMuPIDMonUncut with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureEMuPIDMonSoft with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureEMuPIDMonSoft with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureEMuPIDMonHard with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureEMuPIDMonHard with auditor trigger Start -NameAuditor INFO Just Exited CaloFuturePIDsMoni with auditor trigger Start -NameAuditor INFO Just Exited MoniCALOFUTURESeq with auditor trigger Start -NameAuditor INFO About to Enter MoniRICHSeq with auditor trigger Start -NameAuditor INFO About to Enter RichMoni with auditor trigger Start -NameAuditor INFO About to Enter RichRecPixelQC with auditor trigger Start -NameAuditor INFO Just Exited RichRecPixelQC with auditor trigger Start -NameAuditor INFO About to Enter RichFutureMoniClustering with auditor trigger Start -NameAuditor INFO Just Exited RichFutureMoniClustering with auditor trigger Start -NameAuditor INFO About to Enter RichRecPixelClusters with auditor trigger Start -NameAuditor INFO Just Exited RichRecPixelClusters with auditor trigger Start -NameAuditor INFO About to Enter RichMoniDown with auditor trigger Start -NameAuditor INFO About to Enter RichRecoStatsDown with auditor trigger Start -NameAuditor INFO Just Exited RichRecoStatsDown with auditor trigger Start -NameAuditor INFO About to Enter RiDownTrkEff with auditor trigger Start -NameAuditor INFO Just Exited RiDownTrkEff with auditor trigger Start -NameAuditor INFO About to Enter RiCKResDown with auditor trigger Start -NameAuditor INFO Just Exited RiCKResDown with auditor trigger Start -NameAuditor INFO About to Enter RiCKResDownTight with auditor trigger Start -NameAuditor INFO Just Exited RiCKResDownTight with auditor trigger Start -NameAuditor INFO About to Enter RiTkEmittedYieldsDown with auditor trigger Start -NameAuditor INFO Just Exited RiTkEmittedYieldsDown with auditor trigger Start -NameAuditor INFO About to Enter RiTkDetectableYieldsDown with auditor trigger Start -NameAuditor INFO Just Exited RiTkDetectableYieldsDown with auditor trigger Start -NameAuditor INFO About to Enter RiTkSignalYieldsDown with auditor trigger Start -NameAuditor INFO Just Exited RiTkSignalYieldsDown with auditor trigger Start -NameAuditor INFO About to Enter RiTkGeomEffsDown with auditor trigger Start -NameAuditor INFO Just Exited RiTkGeomEffsDown with auditor trigger Start -NameAuditor INFO About to Enter RichMassRingsDown with auditor trigger Start -NameAuditor INFO Just Exited RichMassRingsDown with auditor trigger Start -NameAuditor INFO About to Enter RiTkMaterialDown with auditor trigger Start -NameAuditor INFO Just Exited RiTkMaterialDown with auditor trigger Start -NameAuditor INFO About to Enter RichRecPixBkgsDown with auditor trigger Start -NameAuditor INFO Just Exited RichRecPixBkgsDown with auditor trigger Start -NameAuditor INFO About to Enter RichDLLsDown with auditor trigger Start -NameAuditor INFO Just Exited RichDLLsDown with auditor trigger Start -NameAuditor INFO Just Exited RichMoniDown with auditor trigger Start -NameAuditor INFO About to Enter RichMoniLong with auditor trigger Start -NameAuditor INFO About to Enter RichRecoStatsLong with auditor trigger Start -NameAuditor INFO Just Exited RichRecoStatsLong with auditor trigger Start -NameAuditor INFO About to Enter RiLongTrkEff with auditor trigger Start -NameAuditor INFO Just Exited RiLongTrkEff with auditor trigger Start -NameAuditor INFO About to Enter RiCKResLong with auditor trigger Start -NameAuditor INFO Just Exited RiCKResLong with auditor trigger Start -NameAuditor INFO About to Enter RiCKResLongTight with auditor trigger Start -NameAuditor INFO Just Exited RiCKResLongTight with auditor trigger Start -NameAuditor INFO About to Enter RiTkEmittedYieldsLong with auditor trigger Start -NameAuditor INFO Just Exited RiTkEmittedYieldsLong with auditor trigger Start -NameAuditor INFO About to Enter RiTkDetectableYieldsLong with auditor trigger Start -NameAuditor INFO Just Exited RiTkDetectableYieldsLong with auditor trigger Start -NameAuditor INFO About to Enter RiTkSignalYieldsLong with auditor trigger Start -NameAuditor INFO Just Exited RiTkSignalYieldsLong with auditor trigger Start -NameAuditor INFO About to Enter RiTkGeomEffsLong with auditor trigger Start -NameAuditor INFO Just Exited RiTkGeomEffsLong with auditor trigger Start -NameAuditor INFO About to Enter RichMassRingsLong with auditor trigger Start -NameAuditor INFO Just Exited RichMassRingsLong with auditor trigger Start -NameAuditor INFO About to Enter RiTkMaterialLong with auditor trigger Start -NameAuditor INFO Just Exited RiTkMaterialLong with auditor trigger Start -NameAuditor INFO About to Enter RichRecPixBkgsLong with auditor trigger Start -NameAuditor INFO Just Exited RichRecPixBkgsLong with auditor trigger Start -NameAuditor INFO About to Enter RichDLLsLong with auditor trigger Start -NameAuditor INFO Just Exited RichDLLsLong with auditor trigger Start -NameAuditor INFO Just Exited RichMoniLong with auditor trigger Start -NameAuditor INFO About to Enter RichMoniUp with auditor trigger Start -NameAuditor INFO About to Enter RichRecoStatsUp with auditor trigger Start -NameAuditor INFO Just Exited RichRecoStatsUp with auditor trigger Start -NameAuditor INFO About to Enter RiUpTrkEff with auditor trigger Start -NameAuditor INFO Just Exited RiUpTrkEff with auditor trigger Start -NameAuditor INFO About to Enter RiCKResUp with auditor trigger Start -NameAuditor INFO Just Exited RiCKResUp with auditor trigger Start -NameAuditor INFO About to Enter RiCKResUpTight with auditor trigger Start -NameAuditor INFO Just Exited RiCKResUpTight with auditor trigger Start -NameAuditor INFO About to Enter RiTkEmittedYieldsUp with auditor trigger Start -NameAuditor INFO Just Exited RiTkEmittedYieldsUp with auditor trigger Start -NameAuditor INFO About to Enter RiTkDetectableYieldsUp with auditor trigger Start -NameAuditor INFO Just Exited RiTkDetectableYieldsUp with auditor trigger Start -NameAuditor INFO About to Enter RiTkSignalYieldsUp with auditor trigger Start -NameAuditor INFO Just Exited RiTkSignalYieldsUp with auditor trigger Start -NameAuditor INFO About to Enter RiTkGeomEffsUp with auditor trigger Start -NameAuditor INFO Just Exited RiTkGeomEffsUp with auditor trigger Start -NameAuditor INFO About to Enter RichMassRingsUp with auditor trigger Start -NameAuditor INFO Just Exited RichMassRingsUp with auditor trigger Start -NameAuditor INFO About to Enter RiTkMaterialUp with auditor trigger Start -NameAuditor INFO Just Exited RiTkMaterialUp with auditor trigger Start -NameAuditor INFO About to Enter RichRecPixBkgsUp with auditor trigger Start -NameAuditor INFO Just Exited RichRecPixBkgsUp with auditor trigger Start -NameAuditor INFO About to Enter RichDLLsUp with auditor trigger Start -NameAuditor INFO Just Exited RichDLLsUp with auditor trigger Start -NameAuditor INFO Just Exited RichMoniUp with auditor trigger Start -NameAuditor INFO Just Exited RichMoni with auditor trigger Start -NameAuditor INFO Just Exited MoniRICHSeq with auditor trigger Start -NameAuditor INFO About to Enter MoniMUONSeq with auditor trigger Start -NameAuditor INFO About to Enter MuonPIDMonitorDown with auditor trigger Start -NameAuditor INFO Just Exited MuonPIDMonitorDown with auditor trigger Start -NameAuditor INFO About to Enter MuonPIDMonitorLong with auditor trigger Start -NameAuditor INFO Just Exited MuonPIDMonitorLong with auditor trigger Start -NameAuditor INFO About to Enter MuonTrackFitter with auditor trigger Start -NameAuditor INFO Just Exited MuonTrackFitter with auditor trigger Start -NameAuditor INFO About to Enter MuonTrackAligMonitor with auditor trigger Start -NameAuditor INFO Just Exited MuonTrackAligMonitor with auditor trigger Start -NameAuditor INFO Just Exited MoniMUONSeq with auditor trigger Start -NameAuditor INFO About to Enter MoniGENERALSeq with auditor trigger Start -NameAuditor INFO About to Enter OverallEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited OverallEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter TrackEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited TrackEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter VertexEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited VertexEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter RichEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited RichEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter MuonEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited MuonEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter ProtoEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited ProtoEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter ProcStatAbortMoni with auditor trigger Start -NameAuditor INFO Just Exited ProcStatAbortMoni with auditor trigger Start -NameAuditor INFO Just Exited MoniGENERALSeq with auditor trigger Start -NameAuditor INFO About to Enter MoniTrSeq with auditor trigger Start -NameAuditor INFO About to Enter TrackMonitor with auditor trigger Start -NameAuditor INFO Just Exited TrackMonitor with auditor trigger Start -NameAuditor INFO About to Enter TrackDiMuonMonitor with auditor trigger Start -NameAuditor INFO Just Exited TrackDiMuonMonitor with auditor trigger Start -NameAuditor INFO About to Enter TrackVertexMonitor with auditor trigger Start -NameAuditor INFO Just Exited TrackVertexMonitor with auditor trigger Start -NameAuditor INFO About to Enter TrackV0Monitor with auditor trigger Start -NameAuditor INFO Just Exited TrackV0Monitor with auditor trigger Start -NameAuditor INFO About to Enter TrackFitMatchMonitor with auditor trigger Start -NameAuditor INFO Just Exited TrackFitMatchMonitor with auditor trigger Start -NameAuditor INFO About to Enter TrackPV2HalfAlignMonitor with auditor trigger Start -NameAuditor INFO Just Exited TrackPV2HalfAlignMonitor with auditor trigger Start -NameAuditor INFO About to Enter TrackMuonMatchMonitor with auditor trigger Start -NameAuditor INFO Just Exited TrackMuonMatchMonitor with auditor trigger Start -NameAuditor INFO Just Exited MoniTrSeq with auditor trigger Start -NameAuditor INFO About to Enter MoniPROTOSeq with auditor trigger Start -NameAuditor INFO About to Enter ChargedProtoPMoni with auditor trigger Start -NameAuditor INFO Just Exited ChargedProtoPMoni with auditor trigger Start -NameAuditor INFO About to Enter ChargedProtoANNPIDMoni with auditor trigger Start -NameAuditor INFO Just Exited ChargedProtoANNPIDMoni with auditor trigger Start -NameAuditor INFO Just Exited MoniPROTOSeq with auditor trigger Start -NameAuditor INFO Just Exited Moni with auditor trigger Start -NameAuditor INFO About to Enter MCLinks with auditor trigger Start -NameAuditor INFO About to Enter MCLinksUnpackSeq with auditor trigger Start -NameAuditor INFO About to Enter UnpackMCParticle with auditor trigger Start -NameAuditor INFO Just Exited UnpackMCParticle with auditor trigger Start -NameAuditor INFO About to Enter UnpackMCVertex with auditor trigger Start -NameAuditor INFO Just Exited UnpackMCVertex with auditor trigger Start -NameAuditor INFO Just Exited MCLinksUnpackSeq with auditor trigger Start -NameAuditor INFO About to Enter MCLinksTrSeq with auditor trigger Start -NameAuditor INFO About to Enter VPClusFull with auditor trigger Start -NameAuditor INFO Just Exited VPClusFull with auditor trigger Start -NameAuditor INFO About to Enter VPFullCluster2MCParticleLinker with auditor trigger Start -NameAuditor INFO Just Exited VPFullCluster2MCParticleLinker with auditor trigger Start -NameAuditor INFO About to Enter PrLHCbID2MCParticle with auditor trigger Start -NameAuditor INFO Just Exited PrLHCbID2MCParticle with auditor trigger Start -NameAuditor INFO About to Enter DownstreamChecker with auditor trigger Start -NameAuditor INFO About to Enter DownstreamAssociator with auditor trigger Start -NameAuditor INFO Just Exited DownstreamAssociator with auditor trigger Start -NameAuditor INFO Just Exited DownstreamChecker with auditor trigger Start -NameAuditor INFO About to Enter ForwardBestChecker with auditor trigger Start -NameAuditor INFO About to Enter ForwardBestAssociator with auditor trigger Start -NameAuditor INFO Just Exited ForwardBestAssociator with auditor trigger Start -NameAuditor INFO Just Exited ForwardBestChecker with auditor trigger Start -NameAuditor INFO About to Enter ForwardFastChecker with auditor trigger Start -NameAuditor INFO About to Enter ForwardFastAssociator with auditor trigger Start -NameAuditor INFO Just Exited ForwardFastAssociator with auditor trigger Start -NameAuditor INFO Just Exited ForwardFastChecker with auditor trigger Start -NameAuditor INFO About to Enter MatchChecker with auditor trigger Start -NameAuditor INFO About to Enter MatchAssociator with auditor trigger Start -NameAuditor INFO Just Exited MatchAssociator with auditor trigger Start -NameAuditor INFO Just Exited MatchChecker with auditor trigger Start -NameAuditor INFO About to Enter SeedingChecker with auditor trigger Start -NameAuditor INFO About to Enter SeedingAssociator with auditor trigger Start -NameAuditor INFO Just Exited SeedingAssociator with auditor trigger Start -NameAuditor INFO Just Exited SeedingChecker with auditor trigger Start -NameAuditor INFO About to Enter UpstreamChecker with auditor trigger Start -NameAuditor INFO About to Enter UpstreamAssociator with auditor trigger Start -NameAuditor INFO Just Exited UpstreamAssociator with auditor trigger Start -NameAuditor INFO Just Exited UpstreamChecker with auditor trigger Start -NameAuditor INFO About to Enter VeloChecker with auditor trigger Start -NameAuditor INFO About to Enter VeloAssociator with auditor trigger Start -NameAuditor INFO Just Exited VeloAssociator with auditor trigger Start -NameAuditor INFO Just Exited VeloChecker with auditor trigger Start -NameAuditor INFO About to Enter BestExtraChecker with auditor trigger Start -NameAuditor INFO About to Enter BestAssociator with auditor trigger Start -NameAuditor INFO Just Exited BestAssociator with auditor trigger Start -NameAuditor INFO Just Exited BestExtraChecker with auditor trigger Start -NameAuditor INFO About to Enter ForwardFastFittedExtraChecker with auditor trigger Start -NameAuditor INFO About to Enter ForwardFastFittedAssociator with auditor trigger Start -NameAuditor INFO Just Exited ForwardFastFittedAssociator with auditor trigger Start -NameAuditor INFO Just Exited ForwardFastFittedExtraChecker with auditor trigger Start -NameAuditor INFO Just Exited MCLinksTrSeq with auditor trigger Start -NameAuditor INFO About to Enter MCLinksCaloSeq with auditor trigger Start -NameAuditor INFO About to Enter CaloDigit2MCLinks2Table with auditor trigger Start -NameAuditor INFO Just Exited CaloDigit2MCLinks2Table with auditor trigger Start -NameAuditor INFO About to Enter CaloClusterMCTruth with auditor trigger Start -NameAuditor INFO Just Exited CaloClusterMCTruth with auditor trigger Start -NameAuditor INFO About to Enter CaloHypoMCTruth_Photons with auditor trigger Start -NameAuditor INFO Just Exited CaloHypoMCTruth_Photons with auditor trigger Start -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Photons with auditor trigger Start -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Photons with auditor trigger Start -NameAuditor INFO About to Enter CaloHypoMCTruth_Electrons with auditor trigger Start -NameAuditor INFO Just Exited CaloHypoMCTruth_Electrons with auditor trigger Start -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Electrons with auditor trigger Start -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Electrons with auditor trigger Start -NameAuditor INFO About to Enter CaloHypoMCTruth_MergedPi0s with auditor trigger Start -NameAuditor INFO Just Exited CaloHypoMCTruth_MergedPi0s with auditor trigger Start -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Start -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Start -NameAuditor INFO Just Exited MCLinksCaloSeq with auditor trigger Start -NameAuditor INFO Just Exited MCLinks with auditor trigger Start -NameAuditor INFO About to Enter Check with auditor trigger Start -NameAuditor INFO About to Enter CheckPatSeq with auditor trigger Start -NameAuditor INFO About to Enter VeloMCCheck with auditor trigger Start -NameAuditor INFO Just Exited VeloMCCheck with auditor trigger Start -NameAuditor INFO About to Enter ForwardMCCheck with auditor trigger Start -NameAuditor INFO Just Exited ForwardMCCheck with auditor trigger Start -NameAuditor INFO About to Enter UpMCCheck with auditor trigger Start -NameAuditor INFO Just Exited UpMCCheck with auditor trigger Start -NameAuditor INFO About to Enter UTForwardMCCheck with auditor trigger Start -NameAuditor INFO Just Exited UTForwardMCCheck with auditor trigger Start -NameAuditor INFO About to Enter ForwardBestMCCheck with auditor trigger Start -NameAuditor INFO Just Exited ForwardBestMCCheck with auditor trigger Start -NameAuditor INFO About to Enter MatchMCCheck with auditor trigger Start -NameAuditor INFO Just Exited MatchMCCheck with auditor trigger Start -NameAuditor INFO About to Enter TMCCheck with auditor trigger Start -NameAuditor INFO Just Exited TMCCheck with auditor trigger Start -NameAuditor INFO About to Enter DownMCCheck with auditor trigger Start -NameAuditor INFO Just Exited DownMCCheck with auditor trigger Start -NameAuditor INFO About to Enter FilterForBestMCCheck with auditor trigger Start -NameAuditor INFO Just Exited FilterForBestMCCheck with auditor trigger Start -NameAuditor INFO About to Enter FilterForBestLongMCCheck with auditor trigger Start -NameAuditor INFO Just Exited FilterForBestLongMCCheck with auditor trigger Start -NameAuditor INFO About to Enter FilterForBestLongAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO Just Exited FilterForBestLongAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO About to Enter FilterForBestDownMCCheck with auditor trigger Start -NameAuditor INFO Just Exited FilterForBestDownMCCheck with auditor trigger Start -NameAuditor INFO About to Enter FilterForBestDownAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO Just Exited FilterForBestDownAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO About to Enter BestMCCheck with auditor trigger Start -NameAuditor INFO Just Exited BestMCCheck with auditor trigger Start -NameAuditor INFO About to Enter BestLongMCCheck with auditor trigger Start -NameAuditor INFO Just Exited BestLongMCCheck with auditor trigger Start -NameAuditor INFO About to Enter BestLongAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO Just Exited BestLongAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO About to Enter BestDownMCCheck with auditor trigger Start -NameAuditor INFO Just Exited BestDownMCCheck with auditor trigger Start -NameAuditor INFO About to Enter BestDownAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO Just Exited BestDownAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO About to Enter UTForwardBestMCCheck with auditor trigger Start -NameAuditor INFO Just Exited UTForwardBestMCCheck with auditor trigger Start -NameAuditor INFO About to Enter UTMatchMCCheck with auditor trigger Start -NameAuditor INFO Just Exited UTMatchMCCheck with auditor trigger Start -NameAuditor INFO About to Enter UTDownMCCheck with auditor trigger Start -NameAuditor INFO Just Exited UTDownMCCheck with auditor trigger Start -NameAuditor INFO About to Enter VeloFullMCCheck with auditor trigger Start -NameAuditor INFO Just Exited VeloFullMCCheck with auditor trigger Start -NameAuditor INFO About to Enter TrackResCheckerFast with auditor trigger Start -NameAuditor INFO Just Exited TrackResCheckerFast with auditor trigger Start -NameAuditor INFO About to Enter PVConverter with auditor trigger Start -NameAuditor INFO Just Exited PVConverter with auditor trigger Start -NameAuditor INFO About to Enter PVChecker with auditor trigger Start -NameAuditor INFO Just Exited PVChecker with auditor trigger Start -NameAuditor INFO Just Exited CheckPatSeq with auditor trigger Start -NameAuditor INFO About to Enter CheckRICHSeq with auditor trigger Start -NameAuditor INFO About to Enter RichCheck with auditor trigger Start -NameAuditor INFO About to Enter RichFutureTKToMCPsRels with auditor trigger Start -NameAuditor INFO Just Exited RichFutureTKToMCPsRels with auditor trigger Start -NameAuditor INFO About to Enter RichCheckDown with auditor trigger Start -NameAuditor INFO About to Enter RichPIDCheckDown with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonDown10to70 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonDown10to70 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonDown2to10 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonDown2to10 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonDown2to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonDown2to100 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonDown70to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonDown70to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDCheckDown with auditor trigger Start -NameAuditor INFO About to Enter RiCKMCResDown with auditor trigger Start -NameAuditor INFO Just Exited RiCKMCResDown with auditor trigger Start -NameAuditor INFO About to Enter RiCKMCResDownTight with auditor trigger Start -NameAuditor INFO Just Exited RiCKMCResDownTight with auditor trigger Start -NameAuditor INFO About to Enter RiMCTkResDown with auditor trigger Start -NameAuditor INFO Just Exited RiMCTkResDown with auditor trigger Start -NameAuditor INFO Just Exited RichCheckDown with auditor trigger Start -NameAuditor INFO About to Enter RichCheckLong with auditor trigger Start -NameAuditor INFO About to Enter RichPIDCheckLong with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonLong10to70 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonLong10to70 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonLong2to10 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonLong2to10 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonLong2to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonLong2to100 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonLong70to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonLong70to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDCheckLong with auditor trigger Start -NameAuditor INFO About to Enter RiCKMCResLong with auditor trigger Start -NameAuditor INFO Just Exited RiCKMCResLong with auditor trigger Start -NameAuditor INFO About to Enter RiCKMCResLongTight with auditor trigger Start -NameAuditor INFO Just Exited RiCKMCResLongTight with auditor trigger Start -NameAuditor INFO About to Enter RiMCTkResLong with auditor trigger Start -NameAuditor INFO Just Exited RiMCTkResLong with auditor trigger Start -NameAuditor INFO Just Exited RichCheckLong with auditor trigger Start -NameAuditor INFO About to Enter RichCheckUp with auditor trigger Start -NameAuditor INFO About to Enter RichPIDCheckUp with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonUp10to70 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonUp10to70 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonUp2to10 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonUp2to10 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonUp2to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonUp2to100 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonUp70to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonUp70to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDCheckUp with auditor trigger Start -NameAuditor INFO About to Enter RiCKMCResUp with auditor trigger Start -NameAuditor INFO Just Exited RiCKMCResUp with auditor trigger Start -NameAuditor INFO About to Enter RiCKMCResUpTight with auditor trigger Start -NameAuditor INFO Just Exited RiCKMCResUpTight with auditor trigger Start -NameAuditor INFO About to Enter RiMCTkResUp with auditor trigger Start -NameAuditor INFO Just Exited RiMCTkResUp with auditor trigger Start -NameAuditor INFO Just Exited RichCheckUp with auditor trigger Start -NameAuditor INFO Just Exited RichCheck with auditor trigger Start -NameAuditor INFO Just Exited CheckRICHSeq with auditor trigger Start -NameAuditor INFO About to Enter CheckMUONSeq with auditor trigger Start -NameAuditor INFO About to Enter MuonPIDCheckerDown with auditor trigger Start -NameAuditor INFO Just Exited MuonPIDCheckerDown with auditor trigger Start -NameAuditor INFO About to Enter MuonPIDCheckerLong with auditor trigger Start -NameAuditor INFO Just Exited MuonPIDCheckerLong with auditor trigger Start -NameAuditor INFO Just Exited CheckMUONSeq with auditor trigger Start -NameAuditor INFO Just Exited Check with auditor trigger Start -NameAuditor INFO Just Exited PhysicsSeq with auditor trigger Start -NameAuditor INFO About to Enter Output with auditor trigger Start -NameAuditor INFO About to Enter OutputDSTSeq with auditor trigger Start -NameAuditor INFO About to Enter GenFSRMerge with auditor trigger Start -NameAuditor INFO Just Exited GenFSRMerge with auditor trigger Start -NameAuditor INFO About to Enter RawEventSplitSeq with auditor trigger Start -NameAuditor INFO About to Enter create_Calo_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Calo_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_HC_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_HC_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_Muon_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Muon_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_PersistReco_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_PersistReco_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_Rich_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Rich_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_Tracker_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Tracker_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_Trigger_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Trigger_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_Unstripped_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Unstripped_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_Velo_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Velo_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter KillRawEventNodes with auditor trigger Start -NameAuditor INFO Just Exited KillRawEventNodes with auditor trigger Start -NameAuditor INFO Just Exited RawEventSplitSeq with auditor trigger Start -NameAuditor INFO About to Enter FilterBestTrackStates with auditor trigger Start -NameAuditor INFO Just Exited FilterBestTrackStates with auditor trigger Start -NameAuditor INFO About to Enter FilterMuonTrackStates with auditor trigger Start -NameAuditor INFO Just Exited FilterMuonTrackStates with auditor trigger Start -NameAuditor INFO About to Enter PackDST with auditor trigger Start -NameAuditor INFO About to Enter PackTrack with auditor trigger Start -NameAuditor INFO Just Exited PackTrack with auditor trigger Start -NameAuditor INFO About to Enter PackRichPIDs with auditor trigger Start -NameAuditor INFO Just Exited PackRichPIDs with auditor trigger Start -NameAuditor INFO About to Enter PackMuonPIDs with auditor trigger Start -NameAuditor INFO Just Exited PackMuonPIDs with auditor trigger Start -NameAuditor INFO About to Enter CaloPacking with auditor trigger Start -NameAuditor INFO About to Enter PackPhotons with auditor trigger Start -NameAuditor INFO Just Exited PackPhotons with auditor trigger Start -NameAuditor INFO About to Enter PackElectrons with auditor trigger Start -NameAuditor INFO Just Exited PackElectrons with auditor trigger Start -NameAuditor INFO About to Enter PackMergedPi0s with auditor trigger Start -NameAuditor INFO Just Exited PackMergedPi0s with auditor trigger Start -NameAuditor INFO About to Enter PackSplitPhotons with auditor trigger Start -NameAuditor INFO Just Exited PackSplitPhotons with auditor trigger Start -NameAuditor INFO Just Exited CaloPacking with auditor trigger Start -NameAuditor INFO About to Enter ProtoParticlePIDClean with auditor trigger Start -NameAuditor INFO Just Exited ProtoParticlePIDClean with auditor trigger Start -NameAuditor INFO About to Enter PackChargedProtos with auditor trigger Start -NameAuditor INFO Just Exited PackChargedProtos with auditor trigger Start -NameAuditor INFO About to Enter PackNeutralProtos with auditor trigger Start -NameAuditor INFO Just Exited PackNeutralProtos with auditor trigger Start -NameAuditor INFO About to Enter PackRecVertex with auditor trigger Start -NameAuditor INFO Just Exited PackRecVertex with auditor trigger Start -NameAuditor INFO About to Enter PackTwoProngVertex with auditor trigger Start -NameAuditor INFO Just Exited PackTwoProngVertex with auditor trigger Start -NameAuditor INFO About to Enter PackMuonTracks with auditor trigger Start -NameAuditor INFO Just Exited PackMuonTracks with auditor trigger Start -NameAuditor INFO Just Exited PackDST with auditor trigger Start -NameAuditor INFO Just Exited OutputDSTSeq with auditor trigger Start -NameAuditor INFO Just Exited Output with auditor trigger Start -NameAuditor INFO Just Exited BrunelSequencer with auditor trigger Start -NameAuditor INFO About to Enter DstWriter with auditor trigger Start -NameAuditor INFO Just Exited DstWriter with auditor trigger Start -NameAuditor INFO About to Enter FSROutputStreamDstWriter with auditor trigger Start -NameAuditor INFO Just Exited FSROutputStreamDstWriter with auditor trigger Start -ApplicationMgr INFO Application Manager Started successfully -NameAuditor INFO About to Enter BrunelSequencer with auditor trigger Execute -NameAuditor INFO About to Enter Init with auditor trigger Execute -NameAuditor INFO About to Enter InitBrunelSeq with auditor trigger Execute -NameAuditor INFO About to Enter BrunelInit with auditor trigger Execute -BrunelInit INFO Evt 1, Run 1, Nr. in job = 1 -NameAuditor INFO Just Exited BrunelInit with auditor trigger Execute -NameAuditor INFO Just Exited InitBrunelSeq with auditor trigger Execute -NameAuditor INFO Just Exited Init with auditor trigger Execute -NameAuditor INFO About to Enter PhysicsSeq with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureBanksHandler with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureDigits with auditor trigger Execute -NameAuditor INFO About to Enter FutureEcalDigitsSeq with auditor trigger Execute -NameAuditor INFO About to Enter FutureEcalZSup with auditor trigger Execute -NameAuditor INFO Just Exited FutureEcalZSup with auditor trigger Execute -NameAuditor INFO About to Enter EcalProcStatus with auditor trigger Execute -NameAuditor INFO Just Exited EcalProcStatus with auditor trigger Execute -NameAuditor INFO Just Exited FutureEcalDigitsSeq with auditor trigger Execute -NameAuditor INFO About to Enter FutureHcalDigitsSeq with auditor trigger Execute -NameAuditor INFO About to Enter FutureHcalZSup with auditor trigger Execute -NameAuditor INFO Just Exited FutureHcalZSup with auditor trigger Execute -NameAuditor INFO About to Enter HcalProcStatus with auditor trigger Execute -NameAuditor INFO Just Exited HcalProcStatus with auditor trigger Execute -NameAuditor INFO Just Exited FutureHcalDigitsSeq with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureDigits with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureBanksHandler with auditor trigger Execute -NameAuditor INFO About to Enter Reco with auditor trigger Execute -NameAuditor INFO About to Enter RecoDecodingSeq with auditor trigger Execute -NameAuditor INFO About to Enter UnpackRawEvent with auditor trigger Execute -NameAuditor INFO Just Exited UnpackRawEvent with auditor trigger Execute -NameAuditor INFO About to Enter PrGECFilter with auditor trigger Execute -NameAuditor INFO Just Exited PrGECFilter with auditor trigger Execute -NameAuditor INFO About to Enter PrStoreUTHit with auditor trigger Execute -NameAuditor INFO Just Exited PrStoreUTHit with auditor trigger Execute -NameAuditor INFO About to Enter PrStorePrUTHits with auditor trigger Execute -NameAuditor INFO Just Exited PrStorePrUTHits with auditor trigger Execute -NameAuditor INFO About to Enter createFTClusters with auditor trigger Execute -NameAuditor INFO Just Exited createFTClusters with auditor trigger Execute -NameAuditor INFO About to Enter PrStoreFTHit with auditor trigger Execute -NameAuditor INFO Just Exited PrStoreFTHit with auditor trigger Execute -NameAuditor INFO About to Enter PrStoreSciFiHits with auditor trigger Execute -NameAuditor INFO Just Exited PrStoreSciFiHits with auditor trigger Execute -NameAuditor INFO Just Exited RecoDecodingSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoTrFastSeq with auditor trigger Execute -NameAuditor INFO About to Enter VPClustering with auditor trigger Execute -NameAuditor INFO Just Exited VPClustering with auditor trigger Execute -NameAuditor INFO About to Enter VeloClusterTracking with auditor trigger Execute -NameAuditor INFO Just Exited VeloClusterTracking with auditor trigger Execute -NameAuditor INFO About to Enter ConverterVP with auditor trigger Execute -NameAuditor INFO Just Exited ConverterVP with auditor trigger Execute -NameAuditor INFO About to Enter ConverterVPToV1 with auditor trigger Execute -NameAuditor INFO Just Exited ConverterVPToV1 with auditor trigger Execute -NameAuditor INFO About to Enter PatPV3D with auditor trigger Execute -NameAuditor INFO Just Exited PatPV3D with auditor trigger Execute -NameAuditor INFO About to Enter PrVeloUTFast with auditor trigger Execute -NameAuditor INFO Just Exited PrVeloUTFast with auditor trigger Execute -NameAuditor INFO About to Enter VeloUTMakeLHCbTracks with auditor trigger Execute -NameAuditor INFO Just Exited VeloUTMakeLHCbTracks with auditor trigger Execute -NameAuditor INFO About to Enter PrForwardTrackingFast with auditor trigger Execute -NameAuditor INFO Just Exited PrForwardTrackingFast with auditor trigger Execute -NameAuditor INFO About to Enter FastForwardMakeLHCbTracksFast with auditor trigger Execute -NameAuditor INFO Just Exited FastForwardMakeLHCbTracksFast with auditor trigger Execute -NameAuditor INFO About to Enter ConverterV1V2ForForwardFit with auditor trigger Execute -NameAuditor INFO Just Exited ConverterV1V2ForForwardFit with auditor trigger Execute -NameAuditor INFO About to Enter ForwardFitterAlgFast with auditor trigger Execute -NameAuditor INFO Just Exited ForwardFitterAlgFast with auditor trigger Execute -NameAuditor INFO Just Exited RecoTrFastSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoTrBestSeq with auditor trigger Execute -NameAuditor INFO About to Enter PrForwardTrackingBest with auditor trigger Execute -NameAuditor INFO Just Exited PrForwardTrackingBest with auditor trigger Execute -NameAuditor INFO About to Enter BestForwardMakeLHCbTracksBest with auditor trigger Execute -NameAuditor INFO Just Exited BestForwardMakeLHCbTracksBest with auditor trigger Execute -NameAuditor INFO About to Enter PrHybridSeedingBest with auditor trigger Execute -NameAuditor INFO Just Exited PrHybridSeedingBest with auditor trigger Execute -NameAuditor INFO About to Enter SeedConverter with auditor trigger Execute -NameAuditor INFO Just Exited SeedConverter with auditor trigger Execute -NameAuditor INFO About to Enter PrMatchNNBest with auditor trigger Execute -NameAuditor INFO Just Exited PrMatchNNBest with auditor trigger Execute -NameAuditor INFO About to Enter TracksMatchConverter with auditor trigger Execute -NameAuditor INFO Just Exited TracksMatchConverter with auditor trigger Execute -NameAuditor INFO About to Enter PrLongLivedTrackingBest with auditor trigger Execute -NameAuditor INFO Just Exited PrLongLivedTrackingBest with auditor trigger Execute -NameAuditor INFO About to Enter TracksDownstreamConverter with auditor trigger Execute -NameAuditor INFO Just Exited TracksDownstreamConverter with auditor trigger Execute -NameAuditor INFO About to Enter BestTrackCreatorSeq with auditor trigger Execute -NameAuditor INFO About to Enter TrackConverterSeq with auditor trigger Execute -NameAuditor INFO About to Enter DownstreamConverter with auditor trigger Execute -NameAuditor INFO Just Exited DownstreamConverter with auditor trigger Execute -NameAuditor INFO About to Enter ForwardBestConverter with auditor trigger Execute -NameAuditor INFO Just Exited ForwardBestConverter with auditor trigger Execute -NameAuditor INFO About to Enter ForwardFastConverter with auditor trigger Execute -NameAuditor INFO Just Exited ForwardFastConverter with auditor trigger Execute -NameAuditor INFO About to Enter MatchConverter with auditor trigger Execute -NameAuditor INFO Just Exited MatchConverter with auditor trigger Execute -NameAuditor INFO About to Enter SeedingConverter with auditor trigger Execute -NameAuditor INFO Just Exited SeedingConverter with auditor trigger Execute -NameAuditor INFO About to Enter UpstreamConverter with auditor trigger Execute -NameAuditor INFO Just Exited UpstreamConverter with auditor trigger Execute -NameAuditor INFO About to Enter VeloConverter with auditor trigger Execute -NameAuditor INFO Just Exited VeloConverter with auditor trigger Execute -NameAuditor INFO Just Exited TrackConverterSeq with auditor trigger Execute -NameAuditor INFO About to Enter TrackBestTrackCreator with auditor trigger Execute -NameAuditor INFO Just Exited TrackBestTrackCreator with auditor trigger Execute -NameAuditor INFO Just Exited BestTrackCreatorSeq with auditor trigger Execute -NameAuditor INFO About to Enter TrackAddExtraInfoSeq with auditor trigger Execute -NameAuditor INFO About to Enter TrackAddNNGhostId with auditor trigger Execute -NameAuditor INFO Just Exited TrackAddNNGhostId with auditor trigger Execute -NameAuditor INFO Just Exited TrackAddExtraInfoSeq with auditor trigger Execute -NameAuditor INFO Just Exited RecoTrBestSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoRICHSeq with auditor trigger Execute -NameAuditor INFO About to Enter RichFutureDecode with auditor trigger Execute -NameAuditor INFO Just Exited RichFutureDecode with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackTypeFilter with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackTypeFilter with auditor trigger Execute -NameAuditor INFO About to Enter RichRecoSeq with auditor trigger Execute -NameAuditor INFO About to Enter RichPixels with auditor trigger Execute -NameAuditor INFO About to Enter RichPixClustering with auditor trigger Execute -NameAuditor INFO Just Exited RichPixClustering with auditor trigger Execute -NameAuditor INFO About to Enter RichSIMDPixels with auditor trigger Execute -NameAuditor INFO Just Exited RichSIMDPixels with auditor trigger Execute -NameAuditor INFO Just Exited RichPixels with auditor trigger Execute -NameAuditor INFO About to Enter RichDownReco with auditor trigger Execute -NameAuditor INFO About to Enter RichTracksDown with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackSegmentsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackSegmentsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackGloPointsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackGloPointsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackLocPointsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackLocPointsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichEmittedYieldsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichEmittedYieldsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichEmittedCKAnglesDown with auditor trigger Execute -NameAuditor INFO Just Exited RichEmittedCKAnglesDown with auditor trigger Execute -NameAuditor INFO About to Enter RichMassConesDown with auditor trigger Execute -NameAuditor INFO Just Exited RichMassConesDown with auditor trigger Execute -NameAuditor INFO About to Enter RichDetectableYieldsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichDetectableYieldsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichGeomEffDown with auditor trigger Execute -NameAuditor INFO Just Exited RichGeomEffDown with auditor trigger Execute -NameAuditor INFO About to Enter RichTkSegmentSelDown with auditor trigger Execute -NameAuditor INFO Just Exited RichTkSegmentSelDown with auditor trigger Execute -NameAuditor INFO About to Enter RichSignalYieldsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichSignalYieldsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichSignalCKAnglesDown with auditor trigger Execute -NameAuditor INFO Just Exited RichSignalCKAnglesDown with auditor trigger Execute -NameAuditor INFO About to Enter RichCKResolutionsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichCKResolutionsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichTracksDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPhotonsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPhotonRecoDown with auditor trigger Execute -NameAuditor INFO Just Exited RichPhotonRecoDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPredPixelSignalDown with auditor trigger Execute -NameAuditor INFO Just Exited RichPredPixelSignalDown with auditor trigger Execute -NameAuditor INFO Just Exited RichPhotonsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichRecSummaryDown with auditor trigger Execute -NameAuditor INFO Just Exited RichRecSummaryDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDDown with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDInitDown with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDInitDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPixBackgroundsIt0Down with auditor trigger Execute -NameAuditor INFO Just Exited RichPixBackgroundsIt0Down with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Down with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Down with auditor trigger Execute -NameAuditor INFO About to Enter RichPixBackgroundsIt1Down with auditor trigger Execute -NameAuditor INFO Just Exited RichPixBackgroundsIt1Down with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Down with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Down with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDDown with auditor trigger Execute -NameAuditor INFO Just Exited RichDownReco with auditor trigger Execute -NameAuditor INFO About to Enter RichLongReco with auditor trigger Execute -NameAuditor INFO About to Enter RichTracksLong with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackSegmentsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackSegmentsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackGloPointsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackGloPointsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackLocPointsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackLocPointsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichEmittedYieldsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichEmittedYieldsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichEmittedCKAnglesLong with auditor trigger Execute -NameAuditor INFO Just Exited RichEmittedCKAnglesLong with auditor trigger Execute -NameAuditor INFO About to Enter RichMassConesLong with auditor trigger Execute -NameAuditor INFO Just Exited RichMassConesLong with auditor trigger Execute -NameAuditor INFO About to Enter RichDetectableYieldsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichDetectableYieldsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichGeomEffLong with auditor trigger Execute -NameAuditor INFO Just Exited RichGeomEffLong with auditor trigger Execute -NameAuditor INFO About to Enter RichTkSegmentSelLong with auditor trigger Execute -NameAuditor INFO Just Exited RichTkSegmentSelLong with auditor trigger Execute -NameAuditor INFO About to Enter RichSignalYieldsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichSignalYieldsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichSignalCKAnglesLong with auditor trigger Execute -NameAuditor INFO Just Exited RichSignalCKAnglesLong with auditor trigger Execute -NameAuditor INFO About to Enter RichCKResolutionsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichCKResolutionsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichTracksLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPhotonsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPhotonRecoLong with auditor trigger Execute -NameAuditor INFO Just Exited RichPhotonRecoLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPredPixelSignalLong with auditor trigger Execute -NameAuditor INFO Just Exited RichPredPixelSignalLong with auditor trigger Execute -NameAuditor INFO Just Exited RichPhotonsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichRecSummaryLong with auditor trigger Execute -NameAuditor INFO Just Exited RichRecSummaryLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDLong with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDInitLong with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDInitLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPixBackgroundsIt0Long with auditor trigger Execute -NameAuditor INFO Just Exited RichPixBackgroundsIt0Long with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Long with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Long with auditor trigger Execute -NameAuditor INFO About to Enter RichPixBackgroundsIt1Long with auditor trigger Execute -NameAuditor INFO Just Exited RichPixBackgroundsIt1Long with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Long with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Long with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDLong with auditor trigger Execute -NameAuditor INFO Just Exited RichLongReco with auditor trigger Execute -NameAuditor INFO About to Enter RichUpReco with auditor trigger Execute -NameAuditor INFO About to Enter RichTracksUp with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackSegmentsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackSegmentsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackGloPointsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackGloPointsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackLocPointsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackLocPointsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichEmittedYieldsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichEmittedYieldsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichEmittedCKAnglesUp with auditor trigger Execute -NameAuditor INFO Just Exited RichEmittedCKAnglesUp with auditor trigger Execute -NameAuditor INFO About to Enter RichMassConesUp with auditor trigger Execute -NameAuditor INFO Just Exited RichMassConesUp with auditor trigger Execute -NameAuditor INFO About to Enter RichDetectableYieldsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichDetectableYieldsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichGeomEffUp with auditor trigger Execute -NameAuditor INFO Just Exited RichGeomEffUp with auditor trigger Execute -NameAuditor INFO About to Enter RichTkSegmentSelUp with auditor trigger Execute -NameAuditor INFO Just Exited RichTkSegmentSelUp with auditor trigger Execute -NameAuditor INFO About to Enter RichSignalYieldsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichSignalYieldsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichSignalCKAnglesUp with auditor trigger Execute -NameAuditor INFO Just Exited RichSignalCKAnglesUp with auditor trigger Execute -NameAuditor INFO About to Enter RichCKResolutionsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichCKResolutionsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichTracksUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPhotonsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPhotonRecoUp with auditor trigger Execute -NameAuditor INFO Just Exited RichPhotonRecoUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPredPixelSignalUp with auditor trigger Execute -NameAuditor INFO Just Exited RichPredPixelSignalUp with auditor trigger Execute -NameAuditor INFO Just Exited RichPhotonsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichRecSummaryUp with auditor trigger Execute -NameAuditor INFO Just Exited RichRecSummaryUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDUp with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDInitUp with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDInitUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPixBackgroundsIt0Up with auditor trigger Execute -NameAuditor INFO Just Exited RichPixBackgroundsIt0Up with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Up with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Up with auditor trigger Execute -NameAuditor INFO About to Enter RichPixBackgroundsIt1Up with auditor trigger Execute -NameAuditor INFO Just Exited RichPixBackgroundsIt1Up with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Up with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Up with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDUp with auditor trigger Execute -NameAuditor INFO Just Exited RichUpReco with auditor trigger Execute -NameAuditor INFO About to Enter MergeRichPIDs with auditor trigger Execute -NameAuditor INFO Just Exited MergeRichPIDs with auditor trigger Execute -NameAuditor INFO Just Exited RichRecoSeq with auditor trigger Execute -NameAuditor INFO Just Exited RecoRICHSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoCALOFUTURESeq with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureProcessorCaloFutureSeq with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureRecoForCaloFutureProcessor with auditor trigger Execute -NameAuditor INFO About to Enter ClusterFutureReco with auditor trigger Execute -NameAuditor INFO About to Enter FutureEcalClust with auditor trigger Execute -NameAuditor INFO Just Exited FutureEcalClust with auditor trigger Execute -NameAuditor INFO About to Enter FutureEcalShare with auditor trigger Execute -NameAuditor INFO Just Exited FutureEcalShare with auditor trigger Execute -NameAuditor INFO About to Enter FutureEcalCovar with auditor trigger Execute -NameAuditor INFO Just Exited FutureEcalCovar with auditor trigger Execute -NameAuditor INFO About to Enter CaloClusterConverter with auditor trigger Execute -NameAuditor INFO Just Exited CaloClusterConverter with auditor trigger Execute -NameAuditor INFO Just Exited ClusterFutureReco with auditor trigger Execute -NameAuditor INFO About to Enter ClassifyClusters with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureTrackMatch with auditor trigger Execute -NameAuditor INFO About to Enter InECALFuture with auditor trigger Execute -NameAuditor INFO Just Exited InECALFuture with auditor trigger Execute -NameAuditor INFO About to Enter FutureClusterMatch with auditor trigger Execute -NameAuditor INFO Just Exited FutureClusterMatch with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureTrackMatch with auditor trigger Execute -NameAuditor INFO About to Enter ClassifyPhotonElectron with auditor trigger Execute -NameAuditor INFO Just Exited ClassifyPhotonElectron with auditor trigger Execute -NameAuditor INFO Just Exited ClassifyClusters with auditor trigger Execute -NameAuditor INFO About to Enter MergedPi0FutureReco with auditor trigger Execute -NameAuditor INFO About to Enter MergedPi0RecFuture with auditor trigger Execute -NameAuditor INFO Just Exited MergedPi0RecFuture with auditor trigger Execute -NameAuditor INFO About to Enter CaloSplitClusterConverter with auditor trigger Execute -NameAuditor INFO Just Exited CaloSplitClusterConverter with auditor trigger Execute -NameAuditor INFO Just Exited MergedPi0FutureReco with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureRecoForCaloFutureProcessor with auditor trigger Execute -NameAuditor INFO About to Enter CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Execute -NameAuditor INFO About to Enter ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Execute -NameAuditor INFO About to Enter InCaloFutureAcceptance with auditor trigger Execute -NameAuditor INFO About to Enter InHCALFuture with auditor trigger Execute -NameAuditor INFO Just Exited InHCALFuture with auditor trigger Execute -NameAuditor INFO About to Enter InBREMFuture with auditor trigger Execute -NameAuditor INFO Just Exited InBREMFuture with auditor trigger Execute -NameAuditor INFO Just Exited InCaloFutureAcceptance with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureMatch with auditor trigger Execute -NameAuditor INFO About to Enter ElectronMatchFuture with auditor trigger Execute -NameAuditor INFO Just Exited ElectronMatchFuture with auditor trigger Execute -NameAuditor INFO About to Enter BremMatchFuture with auditor trigger Execute -NameAuditor INFO Just Exited BremMatchFuture with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureMatch with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureEnergy with auditor trigger Execute -NameAuditor INFO About to Enter EcalEFuture with auditor trigger Execute -NameAuditor INFO Just Exited EcalEFuture with auditor trigger Execute -NameAuditor INFO About to Enter HcalEFuture with auditor trigger Execute -NameAuditor INFO Just Exited HcalEFuture with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureEnergy with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureChi2 with auditor trigger Execute -NameAuditor INFO About to Enter FutureEcalChi22ID with auditor trigger Execute -NameAuditor INFO Just Exited FutureEcalChi22ID with auditor trigger Execute -NameAuditor INFO About to Enter BremChi22IDFuture with auditor trigger Execute -NameAuditor INFO Just Exited BremChi22IDFuture with auditor trigger Execute -NameAuditor INFO About to Enter FutureClusChi22ID with auditor trigger Execute -NameAuditor INFO Just Exited FutureClusChi22ID with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureChi2 with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureDLLeFuture with auditor trigger Execute -NameAuditor INFO About to Enter EcalPIDeFuture with auditor trigger Execute -NameAuditor INFO Just Exited EcalPIDeFuture with auditor trigger Execute -NameAuditor INFO About to Enter BremPIDeFuture with auditor trigger Execute -NameAuditor INFO Just Exited BremPIDeFuture with auditor trigger Execute -NameAuditor INFO About to Enter HcalPIDeFuture with auditor trigger Execute -NameAuditor INFO Just Exited HcalPIDeFuture with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureDLLeFuture with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureDLLmuFuture with auditor trigger Execute -NameAuditor INFO About to Enter EcalPIDmuFuture with auditor trigger Execute -NameAuditor INFO Just Exited EcalPIDmuFuture with auditor trigger Execute -NameAuditor INFO About to Enter HcalPIDmuFuture with auditor trigger Execute -NameAuditor INFO Just Exited HcalPIDmuFuture with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureDLLmuFuture with auditor trigger Execute -NameAuditor INFO Just Exited ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Execute -NameAuditor INFO Just Exited CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureProcessorCaloFutureSeq with auditor trigger Execute -NameAuditor INFO Just Exited RecoCALOFUTURESeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoMUONSeq with auditor trigger Execute -NameAuditor INFO About to Enter MuonRec with auditor trigger Execute -NameAuditor INFO Just Exited MuonRec with auditor trigger Execute -NameAuditor INFO About to Enter MuonProcStatus with auditor trigger Execute -NameAuditor INFO Just Exited MuonProcStatus with auditor trigger Execute -NameAuditor INFO About to Enter MuonROFilter with auditor trigger Execute -NameAuditor INFO Just Exited MuonROFilter with auditor trigger Execute -NameAuditor INFO About to Enter MuonIDSeq with auditor trigger Execute -NameAuditor INFO About to Enter PrepareMuonHits with auditor trigger Execute -NameAuditor INFO Just Exited PrepareMuonHits with auditor trigger Execute -NameAuditor INFO About to Enter MuonIDAlgLite with auditor trigger Execute -NameAuditor INFO Just Exited MuonIDAlgLite with auditor trigger Execute -NameAuditor INFO Just Exited MuonIDSeq with auditor trigger Execute -NameAuditor INFO Just Exited RecoMUONSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoPROTOSeq with auditor trigger Execute -NameAuditor INFO About to Enter ChargedProtoParticles with auditor trigger Execute -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Electrons with auditor trigger Execute -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Electrons with auditor trigger Execute -NameAuditor INFO About to Enter Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Execute -NameAuditor INFO Just Exited Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Execute -NameAuditor INFO About to Enter ChargedProtoPMaker with auditor trigger Execute -NameAuditor INFO Just Exited ChargedProtoPMaker with auditor trigger Execute -NameAuditor INFO About to Enter ANNGPIDSeq with auditor trigger Execute -NameAuditor INFO About to Enter ANNGPID with auditor trigger Execute -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=ghost -NameAuditor INFO Just Exited ANNGPID with auditor trigger Execute -NameAuditor INFO Just Exited ANNGPIDSeq with auditor trigger Execute -NameAuditor INFO Just Exited ChargedProtoParticles with auditor trigger Execute -NameAuditor INFO About to Enter NeutralProtoParticles with auditor trigger Execute -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Execute -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Execute -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Photons with auditor trigger Execute -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Photons with auditor trigger Execute -NameAuditor INFO About to Enter FutureNeutralProtoPMaker with auditor trigger Execute -NameAuditor INFO Just Exited FutureNeutralProtoPMaker with auditor trigger Execute -NameAuditor INFO Just Exited NeutralProtoParticles with auditor trigger Execute -NameAuditor INFO Just Exited RecoPROTOSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoSUMMARYSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecSummary with auditor trigger Execute -NameAuditor INFO Just Exited RecSummary with auditor trigger Execute -NameAuditor INFO Just Exited RecoSUMMARYSeq with auditor trigger Execute -NameAuditor INFO Just Exited Reco with auditor trigger Execute -NameAuditor INFO About to Enter Moni with auditor trigger Execute -NameAuditor INFO About to Enter MoniCALOFUTURESeq with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureDigitsMoni with auditor trigger Execute -NameAuditor INFO About to Enter EcalDigitMon with auditor trigger Execute -NameAuditor INFO Just Exited EcalDigitMon with auditor trigger Execute -NameAuditor INFO About to Enter HcalDigitMon with auditor trigger Execute -NameAuditor INFO Just Exited HcalDigitMon with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureDigitsMoni with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureEFlowMoni with auditor trigger Execute -NameAuditor INFO About to Enter EcalEFlowMon with auditor trigger Execute -NameAuditor INFO Just Exited EcalEFlowMon with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureEFlowMoni with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureClustersMoni with auditor trigger Execute -NameAuditor INFO About to Enter EcalClusterMon with auditor trigger Execute -NameAuditor INFO Just Exited EcalClusterMon with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureClustersMoni with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureHyposMoni with auditor trigger Execute -NameAuditor INFO About to Enter ElectronMon with auditor trigger Execute -NameAuditor INFO Just Exited ElectronMon with auditor trigger Execute -NameAuditor INFO About to Enter PhotonMon with auditor trigger Execute -NameAuditor INFO Just Exited PhotonMon with auditor trigger Execute -NameAuditor INFO About to Enter MergedPi0Mon with auditor trigger Execute -NameAuditor INFO Just Exited MergedPi0Mon with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureHyposMoni with auditor trigger Execute -NameAuditor INFO About to Enter DiPhotonMoni with auditor trigger Execute -NameAuditor INFO About to Enter ResolvedPi0Mon with auditor trigger Execute -NameAuditor INFO Just Exited ResolvedPi0Mon with auditor trigger Execute -NameAuditor INFO About to Enter EtaMon with auditor trigger Execute -NameAuditor INFO Just Exited EtaMon with auditor trigger Execute -NameAuditor INFO Just Exited DiPhotonMoni with auditor trigger Execute -NameAuditor INFO About to Enter ProtoElectronMon with auditor trigger Execute -NameAuditor INFO Just Exited ProtoElectronMon with auditor trigger Execute -NameAuditor INFO About to Enter CaloFuturePIDsMoni with auditor trigger Execute -NameAuditor INFO About to Enter PhotonMatchMon with auditor trigger Execute -NameAuditor INFO Just Exited PhotonMatchMon with auditor trigger Execute -NameAuditor INFO About to Enter ElectronMatchMon with auditor trigger Execute -NameAuditor INFO Just Exited ElectronMatchMon with auditor trigger Execute -NameAuditor INFO About to Enter BremMatchMon with auditor trigger Execute -NameAuditor INFO Just Exited BremMatchMon with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureEMuPIDMonUncut with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureEMuPIDMonUncut with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureEMuPIDMonSoft with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureEMuPIDMonSoft with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureEMuPIDMonHard with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureEMuPIDMonHard with auditor trigger Execute -NameAuditor INFO Just Exited CaloFuturePIDsMoni with auditor trigger Execute -NameAuditor INFO Just Exited MoniCALOFUTURESeq with auditor trigger Execute -NameAuditor INFO About to Enter MoniRICHSeq with auditor trigger Execute -NameAuditor INFO About to Enter RichMoni with auditor trigger Execute -NameAuditor INFO About to Enter RichRecPixelQC with auditor trigger Execute -NameAuditor INFO Just Exited RichRecPixelQC with auditor trigger Execute -NameAuditor INFO About to Enter RichFutureMoniClustering with auditor trigger Execute -NameAuditor INFO Just Exited RichFutureMoniClustering with auditor trigger Execute -NameAuditor INFO About to Enter RichRecPixelClusters with auditor trigger Execute -NameAuditor INFO Just Exited RichRecPixelClusters with auditor trigger Execute -NameAuditor INFO About to Enter RichMoniDown with auditor trigger Execute -NameAuditor INFO About to Enter RichRecoStatsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichRecoStatsDown with auditor trigger Execute -NameAuditor INFO About to Enter RiDownTrkEff with auditor trigger Execute -NameAuditor INFO Just Exited RiDownTrkEff with auditor trigger Execute -NameAuditor INFO About to Enter RiCKResDown with auditor trigger Execute -NameAuditor INFO Just Exited RiCKResDown with auditor trigger Execute -NameAuditor INFO About to Enter RiCKResDownTight with auditor trigger Execute -NameAuditor INFO Just Exited RiCKResDownTight with auditor trigger Execute -NameAuditor INFO About to Enter RiTkEmittedYieldsDown with auditor trigger Execute -NameAuditor INFO Just Exited RiTkEmittedYieldsDown with auditor trigger Execute -NameAuditor INFO About to Enter RiTkDetectableYieldsDown with auditor trigger Execute -NameAuditor INFO Just Exited RiTkDetectableYieldsDown with auditor trigger Execute -NameAuditor INFO About to Enter RiTkSignalYieldsDown with auditor trigger Execute -NameAuditor INFO Just Exited RiTkSignalYieldsDown with auditor trigger Execute -NameAuditor INFO About to Enter RiTkGeomEffsDown with auditor trigger Execute -NameAuditor INFO Just Exited RiTkGeomEffsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichMassRingsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichMassRingsDown with auditor trigger Execute -NameAuditor INFO About to Enter RiTkMaterialDown with auditor trigger Execute -NameAuditor INFO Just Exited RiTkMaterialDown with auditor trigger Execute -NameAuditor INFO About to Enter RichRecPixBkgsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichRecPixBkgsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichDLLsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichDLLsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichMoniDown with auditor trigger Execute -NameAuditor INFO About to Enter RichMoniLong with auditor trigger Execute -NameAuditor INFO About to Enter RichRecoStatsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichRecoStatsLong with auditor trigger Execute -NameAuditor INFO About to Enter RiLongTrkEff with auditor trigger Execute -NameAuditor INFO Just Exited RiLongTrkEff with auditor trigger Execute -NameAuditor INFO About to Enter RiCKResLong with auditor trigger Execute -NameAuditor INFO Just Exited RiCKResLong with auditor trigger Execute -NameAuditor INFO About to Enter RiCKResLongTight with auditor trigger Execute -NameAuditor INFO Just Exited RiCKResLongTight with auditor trigger Execute -NameAuditor INFO About to Enter RiTkEmittedYieldsLong with auditor trigger Execute -NameAuditor INFO Just Exited RiTkEmittedYieldsLong with auditor trigger Execute -NameAuditor INFO About to Enter RiTkDetectableYieldsLong with auditor trigger Execute -NameAuditor INFO Just Exited RiTkDetectableYieldsLong with auditor trigger Execute -NameAuditor INFO About to Enter RiTkSignalYieldsLong with auditor trigger Execute -NameAuditor INFO Just Exited RiTkSignalYieldsLong with auditor trigger Execute -NameAuditor INFO About to Enter RiTkGeomEffsLong with auditor trigger Execute -NameAuditor INFO Just Exited RiTkGeomEffsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichMassRingsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichMassRingsLong with auditor trigger Execute -NameAuditor INFO About to Enter RiTkMaterialLong with auditor trigger Execute -NameAuditor INFO Just Exited RiTkMaterialLong with auditor trigger Execute -NameAuditor INFO About to Enter RichRecPixBkgsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichRecPixBkgsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichDLLsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichDLLsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichMoniLong with auditor trigger Execute -NameAuditor INFO About to Enter RichMoniUp with auditor trigger Execute -NameAuditor INFO About to Enter RichRecoStatsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichRecoStatsUp with auditor trigger Execute -NameAuditor INFO About to Enter RiUpTrkEff with auditor trigger Execute -NameAuditor INFO Just Exited RiUpTrkEff with auditor trigger Execute -NameAuditor INFO About to Enter RiCKResUp with auditor trigger Execute -NameAuditor INFO Just Exited RiCKResUp with auditor trigger Execute -NameAuditor INFO About to Enter RiCKResUpTight with auditor trigger Execute -NameAuditor INFO Just Exited RiCKResUpTight with auditor trigger Execute -NameAuditor INFO About to Enter RiTkEmittedYieldsUp with auditor trigger Execute -NameAuditor INFO Just Exited RiTkEmittedYieldsUp with auditor trigger Execute -NameAuditor INFO About to Enter RiTkDetectableYieldsUp with auditor trigger Execute -NameAuditor INFO Just Exited RiTkDetectableYieldsUp with auditor trigger Execute -NameAuditor INFO About to Enter RiTkSignalYieldsUp with auditor trigger Execute -NameAuditor INFO Just Exited RiTkSignalYieldsUp with auditor trigger Execute -NameAuditor INFO About to Enter RiTkGeomEffsUp with auditor trigger Execute -NameAuditor INFO Just Exited RiTkGeomEffsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichMassRingsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichMassRingsUp with auditor trigger Execute -NameAuditor INFO About to Enter RiTkMaterialUp with auditor trigger Execute -NameAuditor INFO Just Exited RiTkMaterialUp with auditor trigger Execute -NameAuditor INFO About to Enter RichRecPixBkgsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichRecPixBkgsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichDLLsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichDLLsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichMoniUp with auditor trigger Execute -NameAuditor INFO Just Exited RichMoni with auditor trigger Execute -NameAuditor INFO Just Exited MoniRICHSeq with auditor trigger Execute -NameAuditor INFO About to Enter MoniMUONSeq with auditor trigger Execute -NameAuditor INFO About to Enter MuonPIDMonitorDown with auditor trigger Execute -NameAuditor INFO Just Exited MuonPIDMonitorDown with auditor trigger Execute -NameAuditor INFO About to Enter MuonPIDMonitorLong with auditor trigger Execute -NameAuditor INFO Just Exited MuonPIDMonitorLong with auditor trigger Execute -NameAuditor INFO About to Enter MuonTrackFitter with auditor trigger Execute -NameAuditor INFO Just Exited MuonTrackFitter with auditor trigger Execute -NameAuditor INFO About to Enter MuonTrackAligMonitor with auditor trigger Execute -NameAuditor INFO Just Exited MuonTrackAligMonitor with auditor trigger Execute -NameAuditor INFO Just Exited MoniMUONSeq with auditor trigger Execute -NameAuditor INFO About to Enter MoniGENERALSeq with auditor trigger Execute -NameAuditor INFO About to Enter OverallEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited OverallEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter TrackEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited TrackEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter VertexEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited VertexEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter RichEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited RichEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter MuonEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited MuonEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter ProtoEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited ProtoEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter ProcStatAbortMoni with auditor trigger Execute -NameAuditor INFO Just Exited ProcStatAbortMoni with auditor trigger Execute -NameAuditor INFO Just Exited MoniGENERALSeq with auditor trigger Execute -NameAuditor INFO About to Enter MoniTrSeq with auditor trigger Execute -NameAuditor INFO About to Enter TrackMonitor with auditor trigger Execute -NameAuditor INFO Just Exited TrackMonitor with auditor trigger Execute -NameAuditor INFO About to Enter TrackDiMuonMonitor with auditor trigger Execute -NameAuditor INFO Just Exited TrackDiMuonMonitor with auditor trigger Execute -NameAuditor INFO About to Enter TrackVertexMonitor with auditor trigger Execute -NameAuditor INFO Just Exited TrackVertexMonitor with auditor trigger Execute -NameAuditor INFO About to Enter TrackFitMatchMonitor with auditor trigger Execute -NameAuditor INFO Just Exited TrackFitMatchMonitor with auditor trigger Execute -NameAuditor INFO About to Enter TrackPV2HalfAlignMonitor with auditor trigger Execute -NameAuditor INFO Just Exited TrackPV2HalfAlignMonitor with auditor trigger Execute -NameAuditor INFO About to Enter TrackMuonMatchMonitor with auditor trigger Execute -NameAuditor INFO Just Exited TrackMuonMatchMonitor with auditor trigger Execute -NameAuditor INFO Just Exited MoniTrSeq with auditor trigger Execute -NameAuditor INFO About to Enter MoniPROTOSeq with auditor trigger Execute -NameAuditor INFO About to Enter ChargedProtoPMoni with auditor trigger Execute -NameAuditor INFO Just Exited ChargedProtoPMoni with auditor trigger Execute -NameAuditor INFO About to Enter ChargedProtoANNPIDMoni with auditor trigger Execute -NameAuditor INFO Just Exited ChargedProtoANNPIDMoni with auditor trigger Execute -NameAuditor INFO Just Exited MoniPROTOSeq with auditor trigger Execute -NameAuditor INFO Just Exited Moni with auditor trigger Execute -NameAuditor INFO About to Enter MCLinks with auditor trigger Execute -NameAuditor INFO About to Enter MCLinksUnpackSeq with auditor trigger Execute -NameAuditor INFO About to Enter UnpackMCParticle with auditor trigger Execute -NameAuditor INFO Just Exited UnpackMCParticle with auditor trigger Execute -NameAuditor INFO About to Enter UnpackMCVertex with auditor trigger Execute -NameAuditor INFO Just Exited UnpackMCVertex with auditor trigger Execute -NameAuditor INFO Just Exited MCLinksUnpackSeq with auditor trigger Execute -NameAuditor INFO About to Enter MCLinksTrSeq with auditor trigger Execute -NameAuditor INFO About to Enter VPClusFull with auditor trigger Execute -NameAuditor INFO Just Exited VPClusFull with auditor trigger Execute -NameAuditor INFO About to Enter VPFullCluster2MCParticleLinker with auditor trigger Execute -NameAuditor INFO Just Exited VPFullCluster2MCParticleLinker with auditor trigger Execute -NameAuditor INFO About to Enter PrLHCbID2MCParticle with auditor trigger Execute -NameAuditor INFO Just Exited PrLHCbID2MCParticle with auditor trigger Execute -NameAuditor INFO About to Enter DownstreamChecker with auditor trigger Execute -NameAuditor INFO About to Enter DownstreamAssociator with auditor trigger Execute -NameAuditor INFO Just Exited DownstreamAssociator with auditor trigger Execute -NameAuditor INFO Just Exited DownstreamChecker with auditor trigger Execute -NameAuditor INFO About to Enter ForwardBestChecker with auditor trigger Execute -NameAuditor INFO About to Enter ForwardBestAssociator with auditor trigger Execute -NameAuditor INFO Just Exited ForwardBestAssociator with auditor trigger Execute -NameAuditor INFO Just Exited ForwardBestChecker with auditor trigger Execute -NameAuditor INFO About to Enter ForwardFastChecker with auditor trigger Execute -NameAuditor INFO About to Enter ForwardFastAssociator with auditor trigger Execute -NameAuditor INFO Just Exited ForwardFastAssociator with auditor trigger Execute -NameAuditor INFO Just Exited ForwardFastChecker with auditor trigger Execute -NameAuditor INFO About to Enter MatchChecker with auditor trigger Execute -NameAuditor INFO About to Enter MatchAssociator with auditor trigger Execute -NameAuditor INFO Just Exited MatchAssociator with auditor trigger Execute -NameAuditor INFO Just Exited MatchChecker with auditor trigger Execute -NameAuditor INFO About to Enter SeedingChecker with auditor trigger Execute -NameAuditor INFO About to Enter SeedingAssociator with auditor trigger Execute -NameAuditor INFO Just Exited SeedingAssociator with auditor trigger Execute -NameAuditor INFO Just Exited SeedingChecker with auditor trigger Execute -NameAuditor INFO About to Enter UpstreamChecker with auditor trigger Execute -NameAuditor INFO About to Enter UpstreamAssociator with auditor trigger Execute -NameAuditor INFO Just Exited UpstreamAssociator with auditor trigger Execute -NameAuditor INFO Just Exited UpstreamChecker with auditor trigger Execute -NameAuditor INFO About to Enter VeloChecker with auditor trigger Execute -NameAuditor INFO About to Enter VeloAssociator with auditor trigger Execute -NameAuditor INFO Just Exited VeloAssociator with auditor trigger Execute -NameAuditor INFO Just Exited VeloChecker with auditor trigger Execute -NameAuditor INFO About to Enter BestExtraChecker with auditor trigger Execute -NameAuditor INFO About to Enter BestAssociator with auditor trigger Execute -NameAuditor INFO Just Exited BestAssociator with auditor trigger Execute -NameAuditor INFO Just Exited BestExtraChecker with auditor trigger Execute -NameAuditor INFO About to Enter ForwardFastFittedExtraChecker with auditor trigger Execute -NameAuditor INFO About to Enter ForwardFastFittedAssociator with auditor trigger Execute -NameAuditor INFO Just Exited ForwardFastFittedAssociator with auditor trigger Execute -NameAuditor INFO Just Exited ForwardFastFittedExtraChecker with auditor trigger Execute -NameAuditor INFO Just Exited MCLinksTrSeq with auditor trigger Execute -NameAuditor INFO About to Enter MCLinksCaloSeq with auditor trigger Execute -NameAuditor INFO About to Enter CaloDigit2MCLinks2Table with auditor trigger Execute -NameAuditor INFO Just Exited CaloDigit2MCLinks2Table with auditor trigger Execute -NameAuditor INFO About to Enter CaloClusterMCTruth with auditor trigger Execute -NameAuditor INFO Just Exited CaloClusterMCTruth with auditor trigger Execute -NameAuditor INFO About to Enter CaloHypoMCTruth_Photons with auditor trigger Execute -NameAuditor INFO Just Exited CaloHypoMCTruth_Photons with auditor trigger Execute -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Photons with auditor trigger Execute -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Photons with auditor trigger Execute -NameAuditor INFO About to Enter CaloHypoMCTruth_Electrons with auditor trigger Execute -NameAuditor INFO Just Exited CaloHypoMCTruth_Electrons with auditor trigger Execute -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Electrons with auditor trigger Execute -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Electrons with auditor trigger Execute -NameAuditor INFO About to Enter CaloHypoMCTruth_MergedPi0s with auditor trigger Execute -NameAuditor INFO Just Exited CaloHypoMCTruth_MergedPi0s with auditor trigger Execute -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Execute -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Execute -NameAuditor INFO Just Exited MCLinksCaloSeq with auditor trigger Execute -NameAuditor INFO Just Exited MCLinks with auditor trigger Execute -NameAuditor INFO About to Enter Check with auditor trigger Execute -NameAuditor INFO About to Enter CheckPatSeq with auditor trigger Execute -NameAuditor INFO About to Enter VeloMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited VeloMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter ForwardMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited ForwardMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter UpMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited UpMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter UTForwardMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited UTForwardMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter ForwardBestMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited ForwardBestMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter MatchMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited MatchMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter TMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited TMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter DownMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited DownMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter FilterForBestMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited FilterForBestMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter FilterForBestLongMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited FilterForBestLongMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter FilterForBestLongAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited FilterForBestLongAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter FilterForBestDownMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited FilterForBestDownMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter FilterForBestDownAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited FilterForBestDownAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter BestMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited BestMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter BestLongMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited BestLongMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter BestLongAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited BestLongAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter BestDownMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited BestDownMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter BestDownAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited BestDownAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter UTForwardBestMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited UTForwardBestMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter UTMatchMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited UTMatchMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter UTDownMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited UTDownMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter VeloFullMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited VeloFullMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter TrackResCheckerFast with auditor trigger Execute -NameAuditor INFO Just Exited TrackResCheckerFast with auditor trigger Execute -NameAuditor INFO About to Enter PVConverter with auditor trigger Execute -NameAuditor INFO Just Exited PVConverter with auditor trigger Execute -NameAuditor INFO About to Enter PVChecker with auditor trigger Execute -NameAuditor INFO Just Exited PVChecker with auditor trigger Execute -NameAuditor INFO Just Exited CheckPatSeq with auditor trigger Execute -NameAuditor INFO About to Enter CheckRICHSeq with auditor trigger Execute -NameAuditor INFO About to Enter RichCheck with auditor trigger Execute -NameAuditor INFO About to Enter RichFutureTKToMCPsRels with auditor trigger Execute -NameAuditor INFO Just Exited RichFutureTKToMCPsRels with auditor trigger Execute -NameAuditor INFO About to Enter RichCheckDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDCheckDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonDown10to70 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonDown10to70 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonDown2to10 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonDown2to10 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonDown2to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonDown2to100 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonDown70to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonDown70to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDCheckDown with auditor trigger Execute -NameAuditor INFO About to Enter RiCKMCResDown with auditor trigger Execute -NameAuditor INFO About to Enter MCRichDigitSummaryUnpacker with auditor trigger Initialize -NameAuditor INFO Just Exited MCRichDigitSummaryUnpacker with auditor trigger Initialize -NameAuditor INFO About to Enter MCRichDigitSummaryUnpacker with auditor trigger Start -NameAuditor INFO Just Exited MCRichDigitSummaryUnpacker with auditor trigger Start -NameAuditor INFO About to Enter MCRichDigitSummaryUnpacker with auditor trigger Execute -NameAuditor INFO Just Exited MCRichDigitSummaryUnpacker with auditor trigger Execute -NameAuditor INFO Just Exited RiCKMCResDown with auditor trigger Execute -NameAuditor INFO About to Enter RiCKMCResDownTight with auditor trigger Execute -NameAuditor INFO Just Exited RiCKMCResDownTight with auditor trigger Execute -NameAuditor INFO About to Enter RiMCTkResDown with auditor trigger Execute -NameAuditor INFO Just Exited RiMCTkResDown with auditor trigger Execute -NameAuditor INFO Just Exited RichCheckDown with auditor trigger Execute -NameAuditor INFO About to Enter RichCheckLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDCheckLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonLong10to70 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonLong10to70 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonLong2to10 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonLong2to10 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonLong2to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonLong2to100 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonLong70to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonLong70to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDCheckLong with auditor trigger Execute -NameAuditor INFO About to Enter RiCKMCResLong with auditor trigger Execute -NameAuditor INFO Just Exited RiCKMCResLong with auditor trigger Execute -NameAuditor INFO About to Enter RiCKMCResLongTight with auditor trigger Execute -NameAuditor INFO Just Exited RiCKMCResLongTight with auditor trigger Execute -NameAuditor INFO About to Enter RiMCTkResLong with auditor trigger Execute -NameAuditor INFO Just Exited RiMCTkResLong with auditor trigger Execute -NameAuditor INFO Just Exited RichCheckLong with auditor trigger Execute -NameAuditor INFO About to Enter RichCheckUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDCheckUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonUp10to70 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonUp10to70 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonUp2to10 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonUp2to10 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonUp2to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonUp2to100 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonUp70to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonUp70to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDCheckUp with auditor trigger Execute -NameAuditor INFO About to Enter RiCKMCResUp with auditor trigger Execute -NameAuditor INFO Just Exited RiCKMCResUp with auditor trigger Execute -NameAuditor INFO About to Enter RiCKMCResUpTight with auditor trigger Execute -NameAuditor INFO Just Exited RiCKMCResUpTight with auditor trigger Execute -NameAuditor INFO About to Enter RiMCTkResUp with auditor trigger Execute -NameAuditor INFO Just Exited RiMCTkResUp with auditor trigger Execute -NameAuditor INFO Just Exited RichCheckUp with auditor trigger Execute -NameAuditor INFO Just Exited RichCheck with auditor trigger Execute -NameAuditor INFO Just Exited CheckRICHSeq with auditor trigger Execute -NameAuditor INFO About to Enter CheckMUONSeq with auditor trigger Execute -NameAuditor INFO About to Enter MuonPIDCheckerDown with auditor trigger Execute -NameAuditor INFO Just Exited MuonPIDCheckerDown with auditor trigger Execute -NameAuditor INFO About to Enter MuonPIDCheckerLong with auditor trigger Execute -NameAuditor INFO Just Exited MuonPIDCheckerLong with auditor trigger Execute -NameAuditor INFO Just Exited CheckMUONSeq with auditor trigger Execute -NameAuditor INFO Just Exited Check with auditor trigger Execute -NameAuditor INFO Just Exited PhysicsSeq with auditor trigger Execute -NameAuditor INFO About to Enter Output with auditor trigger Execute -NameAuditor INFO About to Enter OutputDSTSeq with auditor trigger Execute -NameAuditor INFO About to Enter GenFSRMerge with auditor trigger Execute -NameAuditor INFO Just Exited GenFSRMerge with auditor trigger Execute -NameAuditor INFO About to Enter RawEventSplitSeq with auditor trigger Execute -NameAuditor INFO About to Enter create_Calo_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Calo_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_HC_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_HC_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_Muon_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Muon_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_PersistReco_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_PersistReco_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_Rich_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Rich_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_Tracker_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Tracker_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_Trigger_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Trigger_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_Unstripped_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Unstripped_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_Velo_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Velo_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter KillRawEventNodes with auditor trigger Execute -NameAuditor INFO Just Exited KillRawEventNodes with auditor trigger Execute -NameAuditor INFO Just Exited RawEventSplitSeq with auditor trigger Execute -NameAuditor INFO About to Enter FilterBestTrackStates with auditor trigger Execute -NameAuditor INFO Just Exited FilterBestTrackStates with auditor trigger Execute -NameAuditor INFO About to Enter FilterMuonTrackStates with auditor trigger Execute -NameAuditor INFO Just Exited FilterMuonTrackStates with auditor trigger Execute -NameAuditor INFO About to Enter PackDST with auditor trigger Execute -NameAuditor INFO About to Enter PackTrack with auditor trigger Execute -NameAuditor INFO Just Exited PackTrack with auditor trigger Execute -NameAuditor INFO About to Enter PackRichPIDs with auditor trigger Execute -NameAuditor INFO Just Exited PackRichPIDs with auditor trigger Execute -NameAuditor INFO About to Enter PackMuonPIDs with auditor trigger Execute -NameAuditor INFO Just Exited PackMuonPIDs with auditor trigger Execute -NameAuditor INFO About to Enter CaloPacking with auditor trigger Execute -NameAuditor INFO About to Enter PackPhotons with auditor trigger Execute -NameAuditor INFO Just Exited PackPhotons with auditor trigger Execute -NameAuditor INFO About to Enter PackElectrons with auditor trigger Execute -NameAuditor INFO Just Exited PackElectrons with auditor trigger Execute -NameAuditor INFO About to Enter PackMergedPi0s with auditor trigger Execute -NameAuditor INFO Just Exited PackMergedPi0s with auditor trigger Execute -NameAuditor INFO About to Enter PackSplitPhotons with auditor trigger Execute -NameAuditor INFO Just Exited PackSplitPhotons with auditor trigger Execute -NameAuditor INFO Just Exited CaloPacking with auditor trigger Execute -NameAuditor INFO About to Enter ProtoParticlePIDClean with auditor trigger Execute -NameAuditor INFO Just Exited ProtoParticlePIDClean with auditor trigger Execute -NameAuditor INFO About to Enter PackChargedProtos with auditor trigger Execute -NameAuditor INFO Just Exited PackChargedProtos with auditor trigger Execute -NameAuditor INFO About to Enter PackNeutralProtos with auditor trigger Execute -NameAuditor INFO Just Exited PackNeutralProtos with auditor trigger Execute -NameAuditor INFO About to Enter PackRecVertex with auditor trigger Execute -NameAuditor INFO Just Exited PackRecVertex with auditor trigger Execute -NameAuditor INFO About to Enter PackTwoProngVertex with auditor trigger Execute -NameAuditor INFO Just Exited PackTwoProngVertex with auditor trigger Execute -NameAuditor INFO About to Enter PackMuonTracks with auditor trigger Execute -NameAuditor INFO Just Exited PackMuonTracks with auditor trigger Execute -NameAuditor INFO Just Exited PackDST with auditor trigger Execute -NameAuditor INFO Just Exited OutputDSTSeq with auditor trigger Execute -NameAuditor INFO Just Exited Output with auditor trigger Execute -NameAuditor INFO Just Exited BrunelSequencer with auditor trigger Execute -NameAuditor INFO About to Enter DstWriter with auditor trigger Execute -NameAuditor INFO Just Exited DstWriter with auditor trigger Execute -NameAuditor INFO About to Enter FSROutputStreamDstWriter with auditor trigger Execute -NameAuditor INFO Just Exited FSROutputStreamDstWriter with auditor trigger Execute -NameAuditor INFO About to Enter MCRichDigitSummaryUnpacker with auditor trigger Stop -NameAuditor INFO Just Exited MCRichDigitSummaryUnpacker with auditor trigger Stop -NameAuditor INFO About to Enter BrunelSequencer with auditor trigger Stop -NameAuditor INFO About to Enter Init with auditor trigger Stop -NameAuditor INFO About to Enter InitBrunelSeq with auditor trigger Stop -NameAuditor INFO About to Enter BrunelInit with auditor trigger Stop -NameAuditor INFO Just Exited BrunelInit with auditor trigger Stop -NameAuditor INFO Just Exited InitBrunelSeq with auditor trigger Stop -NameAuditor INFO Just Exited Init with auditor trigger Stop -NameAuditor INFO About to Enter PhysicsSeq with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureBanksHandler with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureDigits with auditor trigger Stop -NameAuditor INFO About to Enter FutureEcalDigitsSeq with auditor trigger Stop -NameAuditor INFO About to Enter FutureEcalZSup with auditor trigger Stop -NameAuditor INFO Just Exited FutureEcalZSup with auditor trigger Stop -NameAuditor INFO About to Enter EcalProcStatus with auditor trigger Stop -NameAuditor INFO Just Exited EcalProcStatus with auditor trigger Stop -NameAuditor INFO Just Exited FutureEcalDigitsSeq with auditor trigger Stop -NameAuditor INFO About to Enter FutureHcalDigitsSeq with auditor trigger Stop -NameAuditor INFO About to Enter FutureHcalZSup with auditor trigger Stop -NameAuditor INFO Just Exited FutureHcalZSup with auditor trigger Stop -NameAuditor INFO About to Enter HcalProcStatus with auditor trigger Stop -NameAuditor INFO Just Exited HcalProcStatus with auditor trigger Stop -NameAuditor INFO Just Exited FutureHcalDigitsSeq with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureDigits with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureBanksHandler with auditor trigger Stop -NameAuditor INFO About to Enter Reco with auditor trigger Stop -NameAuditor INFO About to Enter RecoDecodingSeq with auditor trigger Stop -NameAuditor INFO About to Enter UnpackRawEvent with auditor trigger Stop -NameAuditor INFO Just Exited UnpackRawEvent with auditor trigger Stop -NameAuditor INFO About to Enter PrGECFilter with auditor trigger Stop -NameAuditor INFO Just Exited PrGECFilter with auditor trigger Stop -NameAuditor INFO About to Enter PrStoreUTHit with auditor trigger Stop -NameAuditor INFO Just Exited PrStoreUTHit with auditor trigger Stop -NameAuditor INFO About to Enter PrStorePrUTHits with auditor trigger Stop -NameAuditor INFO Just Exited PrStorePrUTHits with auditor trigger Stop -NameAuditor INFO About to Enter createFTClusters with auditor trigger Stop -NameAuditor INFO Just Exited createFTClusters with auditor trigger Stop -NameAuditor INFO About to Enter PrStoreFTHit with auditor trigger Stop -NameAuditor INFO Just Exited PrStoreFTHit with auditor trigger Stop -NameAuditor INFO About to Enter PrStoreSciFiHits with auditor trigger Stop -NameAuditor INFO Just Exited PrStoreSciFiHits with auditor trigger Stop -NameAuditor INFO Just Exited RecoDecodingSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoTrFastSeq with auditor trigger Stop -NameAuditor INFO About to Enter VPClustering with auditor trigger Stop -NameAuditor INFO Just Exited VPClustering with auditor trigger Stop -NameAuditor INFO About to Enter VeloClusterTracking with auditor trigger Stop -NameAuditor INFO Just Exited VeloClusterTracking with auditor trigger Stop -NameAuditor INFO About to Enter ConverterVP with auditor trigger Stop -NameAuditor INFO Just Exited ConverterVP with auditor trigger Stop -NameAuditor INFO About to Enter ConverterVPToV1 with auditor trigger Stop -NameAuditor INFO Just Exited ConverterVPToV1 with auditor trigger Stop -NameAuditor INFO About to Enter PatPV3D with auditor trigger Stop -NameAuditor INFO Just Exited PatPV3D with auditor trigger Stop -NameAuditor INFO About to Enter PrVeloUTFast with auditor trigger Stop -NameAuditor INFO Just Exited PrVeloUTFast with auditor trigger Stop -NameAuditor INFO About to Enter VeloUTMakeLHCbTracks with auditor trigger Stop -NameAuditor INFO Just Exited VeloUTMakeLHCbTracks with auditor trigger Stop -NameAuditor INFO About to Enter PrForwardTrackingFast with auditor trigger Stop -NameAuditor INFO Just Exited PrForwardTrackingFast with auditor trigger Stop -NameAuditor INFO About to Enter FastForwardMakeLHCbTracksFast with auditor trigger Stop -NameAuditor INFO Just Exited FastForwardMakeLHCbTracksFast with auditor trigger Stop -NameAuditor INFO About to Enter ConverterV1V2ForForwardFit with auditor trigger Stop -NameAuditor INFO Just Exited ConverterV1V2ForForwardFit with auditor trigger Stop -NameAuditor INFO About to Enter ForwardFitterAlgFast with auditor trigger Stop -NameAuditor INFO Just Exited ForwardFitterAlgFast with auditor trigger Stop -NameAuditor INFO Just Exited RecoTrFastSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoTrBestSeq with auditor trigger Stop -NameAuditor INFO About to Enter PrForwardTrackingBest with auditor trigger Stop -NameAuditor INFO Just Exited PrForwardTrackingBest with auditor trigger Stop -NameAuditor INFO About to Enter BestForwardMakeLHCbTracksBest with auditor trigger Stop -NameAuditor INFO Just Exited BestForwardMakeLHCbTracksBest with auditor trigger Stop -NameAuditor INFO About to Enter PrHybridSeedingBest with auditor trigger Stop -NameAuditor INFO Just Exited PrHybridSeedingBest with auditor trigger Stop -NameAuditor INFO About to Enter SeedConverter with auditor trigger Stop -NameAuditor INFO Just Exited SeedConverter with auditor trigger Stop -NameAuditor INFO About to Enter PrMatchNNBest with auditor trigger Stop -NameAuditor INFO Just Exited PrMatchNNBest with auditor trigger Stop -NameAuditor INFO About to Enter TracksMatchConverter with auditor trigger Stop -NameAuditor INFO Just Exited TracksMatchConverter with auditor trigger Stop -NameAuditor INFO About to Enter PrLongLivedTrackingBest with auditor trigger Stop -NameAuditor INFO Just Exited PrLongLivedTrackingBest with auditor trigger Stop -NameAuditor INFO About to Enter TracksDownstreamConverter with auditor trigger Stop -NameAuditor INFO Just Exited TracksDownstreamConverter with auditor trigger Stop -NameAuditor INFO About to Enter BestTrackCreatorSeq with auditor trigger Stop -NameAuditor INFO About to Enter TrackConverterSeq with auditor trigger Stop -NameAuditor INFO About to Enter DownstreamConverter with auditor trigger Stop -NameAuditor INFO Just Exited DownstreamConverter with auditor trigger Stop -NameAuditor INFO About to Enter ForwardBestConverter with auditor trigger Stop -NameAuditor INFO Just Exited ForwardBestConverter with auditor trigger Stop -NameAuditor INFO About to Enter ForwardFastConverter with auditor trigger Stop -NameAuditor INFO Just Exited ForwardFastConverter with auditor trigger Stop -NameAuditor INFO About to Enter MatchConverter with auditor trigger Stop -NameAuditor INFO Just Exited MatchConverter with auditor trigger Stop -NameAuditor INFO About to Enter SeedingConverter with auditor trigger Stop -NameAuditor INFO Just Exited SeedingConverter with auditor trigger Stop -NameAuditor INFO About to Enter UpstreamConverter with auditor trigger Stop -NameAuditor INFO Just Exited UpstreamConverter with auditor trigger Stop -NameAuditor INFO About to Enter VeloConverter with auditor trigger Stop -NameAuditor INFO Just Exited VeloConverter with auditor trigger Stop -NameAuditor INFO Just Exited TrackConverterSeq with auditor trigger Stop -NameAuditor INFO About to Enter TrackBestTrackCreator with auditor trigger Stop -NameAuditor INFO Just Exited TrackBestTrackCreator with auditor trigger Stop -NameAuditor INFO Just Exited BestTrackCreatorSeq with auditor trigger Stop -NameAuditor INFO About to Enter TrackAddExtraInfoSeq with auditor trigger Stop -NameAuditor INFO About to Enter TrackAddNNGhostId with auditor trigger Stop -NameAuditor INFO Just Exited TrackAddNNGhostId with auditor trigger Stop -NameAuditor INFO Just Exited TrackAddExtraInfoSeq with auditor trigger Stop -NameAuditor INFO Just Exited RecoTrBestSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoRICHSeq with auditor trigger Stop -NameAuditor INFO About to Enter RichFutureDecode with auditor trigger Stop -NameAuditor INFO Just Exited RichFutureDecode with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackTypeFilter with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackTypeFilter with auditor trigger Stop -NameAuditor INFO About to Enter RichRecoSeq with auditor trigger Stop -NameAuditor INFO About to Enter RichPixels with auditor trigger Stop -NameAuditor INFO About to Enter RichPixClustering with auditor trigger Stop -NameAuditor INFO Just Exited RichPixClustering with auditor trigger Stop -NameAuditor INFO About to Enter RichSIMDPixels with auditor trigger Stop -NameAuditor INFO Just Exited RichSIMDPixels with auditor trigger Stop -NameAuditor INFO Just Exited RichPixels with auditor trigger Stop -NameAuditor INFO About to Enter RichDownReco with auditor trigger Stop -NameAuditor INFO About to Enter RichTracksDown with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackSegmentsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackSegmentsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackGloPointsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackGloPointsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackLocPointsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackLocPointsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichEmittedYieldsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichEmittedYieldsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichEmittedCKAnglesDown with auditor trigger Stop -NameAuditor INFO Just Exited RichEmittedCKAnglesDown with auditor trigger Stop -NameAuditor INFO About to Enter RichMassConesDown with auditor trigger Stop -NameAuditor INFO Just Exited RichMassConesDown with auditor trigger Stop -NameAuditor INFO About to Enter RichDetectableYieldsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichDetectableYieldsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichGeomEffDown with auditor trigger Stop -NameAuditor INFO Just Exited RichGeomEffDown with auditor trigger Stop -NameAuditor INFO About to Enter RichTkSegmentSelDown with auditor trigger Stop -NameAuditor INFO Just Exited RichTkSegmentSelDown with auditor trigger Stop -NameAuditor INFO About to Enter RichSignalYieldsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichSignalYieldsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichSignalCKAnglesDown with auditor trigger Stop -NameAuditor INFO Just Exited RichSignalCKAnglesDown with auditor trigger Stop -NameAuditor INFO About to Enter RichCKResolutionsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichCKResolutionsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichTracksDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPhotonsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPhotonRecoDown with auditor trigger Stop -NameAuditor INFO Just Exited RichPhotonRecoDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPredPixelSignalDown with auditor trigger Stop -NameAuditor INFO Just Exited RichPredPixelSignalDown with auditor trigger Stop -NameAuditor INFO Just Exited RichPhotonsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichRecSummaryDown with auditor trigger Stop -NameAuditor INFO Just Exited RichRecSummaryDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDDown with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDInitDown with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDInitDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPixBackgroundsIt0Down with auditor trigger Stop -NameAuditor INFO Just Exited RichPixBackgroundsIt0Down with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Down with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Down with auditor trigger Stop -NameAuditor INFO About to Enter RichPixBackgroundsIt1Down with auditor trigger Stop -NameAuditor INFO Just Exited RichPixBackgroundsIt1Down with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Down with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Down with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDDown with auditor trigger Stop -NameAuditor INFO Just Exited RichDownReco with auditor trigger Stop -NameAuditor INFO About to Enter RichLongReco with auditor trigger Stop -NameAuditor INFO About to Enter RichTracksLong with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackSegmentsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackSegmentsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackGloPointsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackGloPointsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackLocPointsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackLocPointsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichEmittedYieldsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichEmittedYieldsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichEmittedCKAnglesLong with auditor trigger Stop -NameAuditor INFO Just Exited RichEmittedCKAnglesLong with auditor trigger Stop -NameAuditor INFO About to Enter RichMassConesLong with auditor trigger Stop -NameAuditor INFO Just Exited RichMassConesLong with auditor trigger Stop -NameAuditor INFO About to Enter RichDetectableYieldsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichDetectableYieldsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichGeomEffLong with auditor trigger Stop -NameAuditor INFO Just Exited RichGeomEffLong with auditor trigger Stop -NameAuditor INFO About to Enter RichTkSegmentSelLong with auditor trigger Stop -NameAuditor INFO Just Exited RichTkSegmentSelLong with auditor trigger Stop -NameAuditor INFO About to Enter RichSignalYieldsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichSignalYieldsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichSignalCKAnglesLong with auditor trigger Stop -NameAuditor INFO Just Exited RichSignalCKAnglesLong with auditor trigger Stop -NameAuditor INFO About to Enter RichCKResolutionsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichCKResolutionsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichTracksLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPhotonsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPhotonRecoLong with auditor trigger Stop -NameAuditor INFO Just Exited RichPhotonRecoLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPredPixelSignalLong with auditor trigger Stop -NameAuditor INFO Just Exited RichPredPixelSignalLong with auditor trigger Stop -NameAuditor INFO Just Exited RichPhotonsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichRecSummaryLong with auditor trigger Stop -NameAuditor INFO Just Exited RichRecSummaryLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDLong with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDInitLong with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDInitLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPixBackgroundsIt0Long with auditor trigger Stop -NameAuditor INFO Just Exited RichPixBackgroundsIt0Long with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Long with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Long with auditor trigger Stop -NameAuditor INFO About to Enter RichPixBackgroundsIt1Long with auditor trigger Stop -NameAuditor INFO Just Exited RichPixBackgroundsIt1Long with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Long with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Long with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDLong with auditor trigger Stop -NameAuditor INFO Just Exited RichLongReco with auditor trigger Stop -NameAuditor INFO About to Enter RichUpReco with auditor trigger Stop -NameAuditor INFO About to Enter RichTracksUp with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackSegmentsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackSegmentsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackGloPointsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackGloPointsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackLocPointsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackLocPointsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichEmittedYieldsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichEmittedYieldsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichEmittedCKAnglesUp with auditor trigger Stop -NameAuditor INFO Just Exited RichEmittedCKAnglesUp with auditor trigger Stop -NameAuditor INFO About to Enter RichMassConesUp with auditor trigger Stop -NameAuditor INFO Just Exited RichMassConesUp with auditor trigger Stop -NameAuditor INFO About to Enter RichDetectableYieldsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichDetectableYieldsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichGeomEffUp with auditor trigger Stop -NameAuditor INFO Just Exited RichGeomEffUp with auditor trigger Stop -NameAuditor INFO About to Enter RichTkSegmentSelUp with auditor trigger Stop -NameAuditor INFO Just Exited RichTkSegmentSelUp with auditor trigger Stop -NameAuditor INFO About to Enter RichSignalYieldsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichSignalYieldsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichSignalCKAnglesUp with auditor trigger Stop -NameAuditor INFO Just Exited RichSignalCKAnglesUp with auditor trigger Stop -NameAuditor INFO About to Enter RichCKResolutionsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichCKResolutionsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichTracksUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPhotonsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPhotonRecoUp with auditor trigger Stop -NameAuditor INFO Just Exited RichPhotonRecoUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPredPixelSignalUp with auditor trigger Stop -NameAuditor INFO Just Exited RichPredPixelSignalUp with auditor trigger Stop -NameAuditor INFO Just Exited RichPhotonsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichRecSummaryUp with auditor trigger Stop -NameAuditor INFO Just Exited RichRecSummaryUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDUp with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDInitUp with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDInitUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPixBackgroundsIt0Up with auditor trigger Stop -NameAuditor INFO Just Exited RichPixBackgroundsIt0Up with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Up with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Up with auditor trigger Stop -NameAuditor INFO About to Enter RichPixBackgroundsIt1Up with auditor trigger Stop -NameAuditor INFO Just Exited RichPixBackgroundsIt1Up with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Up with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Up with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDUp with auditor trigger Stop -NameAuditor INFO Just Exited RichUpReco with auditor trigger Stop -NameAuditor INFO About to Enter MergeRichPIDs with auditor trigger Stop -NameAuditor INFO Just Exited MergeRichPIDs with auditor trigger Stop -NameAuditor INFO Just Exited RichRecoSeq with auditor trigger Stop -NameAuditor INFO Just Exited RecoRICHSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoCALOFUTURESeq with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureProcessorCaloFutureSeq with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureRecoForCaloFutureProcessor with auditor trigger Stop -NameAuditor INFO About to Enter ClusterFutureReco with auditor trigger Stop -NameAuditor INFO About to Enter FutureEcalClust with auditor trigger Stop -NameAuditor INFO Just Exited FutureEcalClust with auditor trigger Stop -NameAuditor INFO About to Enter FutureEcalShare with auditor trigger Stop -NameAuditor INFO Just Exited FutureEcalShare with auditor trigger Stop -NameAuditor INFO About to Enter FutureEcalCovar with auditor trigger Stop -NameAuditor INFO Just Exited FutureEcalCovar with auditor trigger Stop -NameAuditor INFO About to Enter CaloClusterConverter with auditor trigger Stop -NameAuditor INFO Just Exited CaloClusterConverter with auditor trigger Stop -NameAuditor INFO Just Exited ClusterFutureReco with auditor trigger Stop -NameAuditor INFO About to Enter ClassifyClusters with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureTrackMatch with auditor trigger Stop -NameAuditor INFO About to Enter InECALFuture with auditor trigger Stop -NameAuditor INFO Just Exited InECALFuture with auditor trigger Stop -NameAuditor INFO About to Enter FutureClusterMatch with auditor trigger Stop -NameAuditor INFO Just Exited FutureClusterMatch with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureTrackMatch with auditor trigger Stop -NameAuditor INFO About to Enter ClassifyPhotonElectron with auditor trigger Stop -NameAuditor INFO Just Exited ClassifyPhotonElectron with auditor trigger Stop -NameAuditor INFO Just Exited ClassifyClusters with auditor trigger Stop -NameAuditor INFO About to Enter MergedPi0FutureReco with auditor trigger Stop -NameAuditor INFO About to Enter MergedPi0RecFuture with auditor trigger Stop -NameAuditor INFO Just Exited MergedPi0RecFuture with auditor trigger Stop -NameAuditor INFO About to Enter CaloSplitClusterConverter with auditor trigger Stop -NameAuditor INFO Just Exited CaloSplitClusterConverter with auditor trigger Stop -NameAuditor INFO Just Exited MergedPi0FutureReco with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureRecoForCaloFutureProcessor with auditor trigger Stop -NameAuditor INFO About to Enter CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Stop -NameAuditor INFO About to Enter ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Stop -NameAuditor INFO About to Enter InCaloFutureAcceptance with auditor trigger Stop -NameAuditor INFO About to Enter InHCALFuture with auditor trigger Stop -NameAuditor INFO Just Exited InHCALFuture with auditor trigger Stop -NameAuditor INFO About to Enter InBREMFuture with auditor trigger Stop -NameAuditor INFO Just Exited InBREMFuture with auditor trigger Stop -NameAuditor INFO Just Exited InCaloFutureAcceptance with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureMatch with auditor trigger Stop -NameAuditor INFO About to Enter ElectronMatchFuture with auditor trigger Stop -NameAuditor INFO Just Exited ElectronMatchFuture with auditor trigger Stop -NameAuditor INFO About to Enter BremMatchFuture with auditor trigger Stop -NameAuditor INFO Just Exited BremMatchFuture with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureMatch with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureEnergy with auditor trigger Stop -NameAuditor INFO About to Enter EcalEFuture with auditor trigger Stop -NameAuditor INFO Just Exited EcalEFuture with auditor trigger Stop -NameAuditor INFO About to Enter HcalEFuture with auditor trigger Stop -NameAuditor INFO Just Exited HcalEFuture with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureEnergy with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureChi2 with auditor trigger Stop -NameAuditor INFO About to Enter FutureEcalChi22ID with auditor trigger Stop -NameAuditor INFO Just Exited FutureEcalChi22ID with auditor trigger Stop -NameAuditor INFO About to Enter BremChi22IDFuture with auditor trigger Stop -NameAuditor INFO Just Exited BremChi22IDFuture with auditor trigger Stop -NameAuditor INFO About to Enter FutureClusChi22ID with auditor trigger Stop -NameAuditor INFO Just Exited FutureClusChi22ID with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureChi2 with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureDLLeFuture with auditor trigger Stop -NameAuditor INFO About to Enter EcalPIDeFuture with auditor trigger Stop -NameAuditor INFO Just Exited EcalPIDeFuture with auditor trigger Stop -NameAuditor INFO About to Enter BremPIDeFuture with auditor trigger Stop -NameAuditor INFO Just Exited BremPIDeFuture with auditor trigger Stop -NameAuditor INFO About to Enter HcalPIDeFuture with auditor trigger Stop -NameAuditor INFO Just Exited HcalPIDeFuture with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureDLLeFuture with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureDLLmuFuture with auditor trigger Stop -NameAuditor INFO About to Enter EcalPIDmuFuture with auditor trigger Stop -NameAuditor INFO Just Exited EcalPIDmuFuture with auditor trigger Stop -NameAuditor INFO About to Enter HcalPIDmuFuture with auditor trigger Stop -NameAuditor INFO Just Exited HcalPIDmuFuture with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureDLLmuFuture with auditor trigger Stop -NameAuditor INFO Just Exited ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Stop -NameAuditor INFO Just Exited CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureProcessorCaloFutureSeq with auditor trigger Stop -NameAuditor INFO Just Exited RecoCALOFUTURESeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoMUONSeq with auditor trigger Stop -NameAuditor INFO About to Enter MuonRec with auditor trigger Stop -NameAuditor INFO Just Exited MuonRec with auditor trigger Stop -NameAuditor INFO About to Enter MuonProcStatus with auditor trigger Stop -NameAuditor INFO Just Exited MuonProcStatus with auditor trigger Stop -NameAuditor INFO About to Enter MuonROFilter with auditor trigger Stop -NameAuditor INFO Just Exited MuonROFilter with auditor trigger Stop -NameAuditor INFO About to Enter MuonIDSeq with auditor trigger Stop -NameAuditor INFO About to Enter PrepareMuonHits with auditor trigger Stop -NameAuditor INFO Just Exited PrepareMuonHits with auditor trigger Stop -NameAuditor INFO About to Enter MuonIDAlgLite with auditor trigger Stop -NameAuditor INFO Just Exited MuonIDAlgLite with auditor trigger Stop -NameAuditor INFO Just Exited MuonIDSeq with auditor trigger Stop -NameAuditor INFO Just Exited RecoMUONSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoPROTOSeq with auditor trigger Stop -NameAuditor INFO About to Enter ChargedProtoParticles with auditor trigger Stop -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Electrons with auditor trigger Stop -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Electrons with auditor trigger Stop -NameAuditor INFO About to Enter Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Stop -NameAuditor INFO Just Exited Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Stop -NameAuditor INFO About to Enter ChargedProtoPMaker with auditor trigger Stop -NameAuditor INFO Just Exited ChargedProtoPMaker with auditor trigger Stop -NameAuditor INFO About to Enter ANNGPIDSeq with auditor trigger Stop -NameAuditor INFO About to Enter ANNGPID with auditor trigger Stop -NameAuditor INFO Just Exited ANNGPID with auditor trigger Stop -NameAuditor INFO Just Exited ANNGPIDSeq with auditor trigger Stop -NameAuditor INFO Just Exited ChargedProtoParticles with auditor trigger Stop -NameAuditor INFO About to Enter NeutralProtoParticles with auditor trigger Stop -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Stop -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Stop -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Photons with auditor trigger Stop -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Photons with auditor trigger Stop -NameAuditor INFO About to Enter FutureNeutralProtoPMaker with auditor trigger Stop -NameAuditor INFO Just Exited FutureNeutralProtoPMaker with auditor trigger Stop -NameAuditor INFO Just Exited NeutralProtoParticles with auditor trigger Stop -NameAuditor INFO Just Exited RecoPROTOSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoSUMMARYSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecSummary with auditor trigger Stop -NameAuditor INFO Just Exited RecSummary with auditor trigger Stop -NameAuditor INFO Just Exited RecoSUMMARYSeq with auditor trigger Stop -NameAuditor INFO Just Exited Reco with auditor trigger Stop -NameAuditor INFO About to Enter Moni with auditor trigger Stop -NameAuditor INFO About to Enter MoniCALOFUTURESeq with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureDigitsMoni with auditor trigger Stop -NameAuditor INFO About to Enter EcalDigitMon with auditor trigger Stop -NameAuditor INFO Just Exited EcalDigitMon with auditor trigger Stop -NameAuditor INFO About to Enter HcalDigitMon with auditor trigger Stop -NameAuditor INFO Just Exited HcalDigitMon with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureDigitsMoni with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureEFlowMoni with auditor trigger Stop -NameAuditor INFO About to Enter EcalEFlowMon with auditor trigger Stop -NameAuditor INFO Just Exited EcalEFlowMon with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureEFlowMoni with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureClustersMoni with auditor trigger Stop -NameAuditor INFO About to Enter EcalClusterMon with auditor trigger Stop -NameAuditor INFO Just Exited EcalClusterMon with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureClustersMoni with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureHyposMoni with auditor trigger Stop -NameAuditor INFO About to Enter ElectronMon with auditor trigger Stop -NameAuditor INFO Just Exited ElectronMon with auditor trigger Stop -NameAuditor INFO About to Enter PhotonMon with auditor trigger Stop -NameAuditor INFO Just Exited PhotonMon with auditor trigger Stop -NameAuditor INFO About to Enter MergedPi0Mon with auditor trigger Stop -NameAuditor INFO Just Exited MergedPi0Mon with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureHyposMoni with auditor trigger Stop -NameAuditor INFO About to Enter DiPhotonMoni with auditor trigger Stop -NameAuditor INFO About to Enter ResolvedPi0Mon with auditor trigger Stop -NameAuditor INFO Just Exited ResolvedPi0Mon with auditor trigger Stop -NameAuditor INFO About to Enter EtaMon with auditor trigger Stop -NameAuditor INFO Just Exited EtaMon with auditor trigger Stop -NameAuditor INFO Just Exited DiPhotonMoni with auditor trigger Stop -NameAuditor INFO About to Enter ProtoElectronMon with auditor trigger Stop -NameAuditor INFO Just Exited ProtoElectronMon with auditor trigger Stop -NameAuditor INFO About to Enter CaloFuturePIDsMoni with auditor trigger Stop -NameAuditor INFO About to Enter PhotonMatchMon with auditor trigger Stop -NameAuditor INFO Just Exited PhotonMatchMon with auditor trigger Stop -NameAuditor INFO About to Enter ElectronMatchMon with auditor trigger Stop -NameAuditor INFO Just Exited ElectronMatchMon with auditor trigger Stop -NameAuditor INFO About to Enter BremMatchMon with auditor trigger Stop -NameAuditor INFO Just Exited BremMatchMon with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureEMuPIDMonUncut with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureEMuPIDMonUncut with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureEMuPIDMonSoft with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureEMuPIDMonSoft with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureEMuPIDMonHard with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureEMuPIDMonHard with auditor trigger Stop -NameAuditor INFO Just Exited CaloFuturePIDsMoni with auditor trigger Stop -NameAuditor INFO Just Exited MoniCALOFUTURESeq with auditor trigger Stop -NameAuditor INFO About to Enter MoniRICHSeq with auditor trigger Stop -NameAuditor INFO About to Enter RichMoni with auditor trigger Stop -NameAuditor INFO About to Enter RichRecPixelQC with auditor trigger Stop -NameAuditor INFO Just Exited RichRecPixelQC with auditor trigger Stop -NameAuditor INFO About to Enter RichFutureMoniClustering with auditor trigger Stop -NameAuditor INFO Just Exited RichFutureMoniClustering with auditor trigger Stop -NameAuditor INFO About to Enter RichRecPixelClusters with auditor trigger Stop -NameAuditor INFO Just Exited RichRecPixelClusters with auditor trigger Stop -NameAuditor INFO About to Enter RichMoniDown with auditor trigger Stop -NameAuditor INFO About to Enter RichRecoStatsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichRecoStatsDown with auditor trigger Stop -NameAuditor INFO About to Enter RiDownTrkEff with auditor trigger Stop -NameAuditor INFO Just Exited RiDownTrkEff with auditor trigger Stop -NameAuditor INFO About to Enter RiCKResDown with auditor trigger Stop -NameAuditor INFO Just Exited RiCKResDown with auditor trigger Stop -NameAuditor INFO About to Enter RiCKResDownTight with auditor trigger Stop -NameAuditor INFO Just Exited RiCKResDownTight with auditor trigger Stop -NameAuditor INFO About to Enter RiTkEmittedYieldsDown with auditor trigger Stop -NameAuditor INFO Just Exited RiTkEmittedYieldsDown with auditor trigger Stop -NameAuditor INFO About to Enter RiTkDetectableYieldsDown with auditor trigger Stop -NameAuditor INFO Just Exited RiTkDetectableYieldsDown with auditor trigger Stop -NameAuditor INFO About to Enter RiTkSignalYieldsDown with auditor trigger Stop -NameAuditor INFO Just Exited RiTkSignalYieldsDown with auditor trigger Stop -NameAuditor INFO About to Enter RiTkGeomEffsDown with auditor trigger Stop -NameAuditor INFO Just Exited RiTkGeomEffsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichMassRingsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichMassRingsDown with auditor trigger Stop -NameAuditor INFO About to Enter RiTkMaterialDown with auditor trigger Stop -NameAuditor INFO Just Exited RiTkMaterialDown with auditor trigger Stop -NameAuditor INFO About to Enter RichRecPixBkgsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichRecPixBkgsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichDLLsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichDLLsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichMoniDown with auditor trigger Stop -NameAuditor INFO About to Enter RichMoniLong with auditor trigger Stop -NameAuditor INFO About to Enter RichRecoStatsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichRecoStatsLong with auditor trigger Stop -NameAuditor INFO About to Enter RiLongTrkEff with auditor trigger Stop -NameAuditor INFO Just Exited RiLongTrkEff with auditor trigger Stop -NameAuditor INFO About to Enter RiCKResLong with auditor trigger Stop -NameAuditor INFO Just Exited RiCKResLong with auditor trigger Stop -NameAuditor INFO About to Enter RiCKResLongTight with auditor trigger Stop -NameAuditor INFO Just Exited RiCKResLongTight with auditor trigger Stop -NameAuditor INFO About to Enter RiTkEmittedYieldsLong with auditor trigger Stop -NameAuditor INFO Just Exited RiTkEmittedYieldsLong with auditor trigger Stop -NameAuditor INFO About to Enter RiTkDetectableYieldsLong with auditor trigger Stop -NameAuditor INFO Just Exited RiTkDetectableYieldsLong with auditor trigger Stop -NameAuditor INFO About to Enter RiTkSignalYieldsLong with auditor trigger Stop -NameAuditor INFO Just Exited RiTkSignalYieldsLong with auditor trigger Stop -NameAuditor INFO About to Enter RiTkGeomEffsLong with auditor trigger Stop -NameAuditor INFO Just Exited RiTkGeomEffsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichMassRingsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichMassRingsLong with auditor trigger Stop -NameAuditor INFO About to Enter RiTkMaterialLong with auditor trigger Stop -NameAuditor INFO Just Exited RiTkMaterialLong with auditor trigger Stop -NameAuditor INFO About to Enter RichRecPixBkgsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichRecPixBkgsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichDLLsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichDLLsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichMoniLong with auditor trigger Stop -NameAuditor INFO About to Enter RichMoniUp with auditor trigger Stop -NameAuditor INFO About to Enter RichRecoStatsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichRecoStatsUp with auditor trigger Stop -NameAuditor INFO About to Enter RiUpTrkEff with auditor trigger Stop -NameAuditor INFO Just Exited RiUpTrkEff with auditor trigger Stop -NameAuditor INFO About to Enter RiCKResUp with auditor trigger Stop -NameAuditor INFO Just Exited RiCKResUp with auditor trigger Stop -NameAuditor INFO About to Enter RiCKResUpTight with auditor trigger Stop -NameAuditor INFO Just Exited RiCKResUpTight with auditor trigger Stop -NameAuditor INFO About to Enter RiTkEmittedYieldsUp with auditor trigger Stop -NameAuditor INFO Just Exited RiTkEmittedYieldsUp with auditor trigger Stop -NameAuditor INFO About to Enter RiTkDetectableYieldsUp with auditor trigger Stop -NameAuditor INFO Just Exited RiTkDetectableYieldsUp with auditor trigger Stop -NameAuditor INFO About to Enter RiTkSignalYieldsUp with auditor trigger Stop -NameAuditor INFO Just Exited RiTkSignalYieldsUp with auditor trigger Stop -NameAuditor INFO About to Enter RiTkGeomEffsUp with auditor trigger Stop -NameAuditor INFO Just Exited RiTkGeomEffsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichMassRingsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichMassRingsUp with auditor trigger Stop -NameAuditor INFO About to Enter RiTkMaterialUp with auditor trigger Stop -NameAuditor INFO Just Exited RiTkMaterialUp with auditor trigger Stop -NameAuditor INFO About to Enter RichRecPixBkgsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichRecPixBkgsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichDLLsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichDLLsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichMoniUp with auditor trigger Stop -NameAuditor INFO Just Exited RichMoni with auditor trigger Stop -NameAuditor INFO Just Exited MoniRICHSeq with auditor trigger Stop -NameAuditor INFO About to Enter MoniMUONSeq with auditor trigger Stop -NameAuditor INFO About to Enter MuonPIDMonitorDown with auditor trigger Stop -NameAuditor INFO Just Exited MuonPIDMonitorDown with auditor trigger Stop -NameAuditor INFO About to Enter MuonPIDMonitorLong with auditor trigger Stop -NameAuditor INFO Just Exited MuonPIDMonitorLong with auditor trigger Stop -NameAuditor INFO About to Enter MuonTrackFitter with auditor trigger Stop -NameAuditor INFO Just Exited MuonTrackFitter with auditor trigger Stop -NameAuditor INFO About to Enter MuonTrackAligMonitor with auditor trigger Stop -NameAuditor INFO Just Exited MuonTrackAligMonitor with auditor trigger Stop -NameAuditor INFO Just Exited MoniMUONSeq with auditor trigger Stop -NameAuditor INFO About to Enter MoniGENERALSeq with auditor trigger Stop -NameAuditor INFO About to Enter OverallEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited OverallEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter TrackEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited TrackEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter VertexEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited VertexEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter RichEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited RichEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter MuonEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited MuonEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter ProtoEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited ProtoEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter ProcStatAbortMoni with auditor trigger Stop -NameAuditor INFO Just Exited ProcStatAbortMoni with auditor trigger Stop -NameAuditor INFO Just Exited MoniGENERALSeq with auditor trigger Stop -NameAuditor INFO About to Enter MoniTrSeq with auditor trigger Stop -NameAuditor INFO About to Enter TrackMonitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackMonitor with auditor trigger Stop -NameAuditor INFO About to Enter TrackDiMuonMonitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackDiMuonMonitor with auditor trigger Stop -NameAuditor INFO About to Enter TrackVertexMonitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackVertexMonitor with auditor trigger Stop -NameAuditor INFO About to Enter TrackV0Monitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackV0Monitor with auditor trigger Stop -NameAuditor INFO About to Enter TrackFitMatchMonitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackFitMatchMonitor with auditor trigger Stop -NameAuditor INFO About to Enter TrackPV2HalfAlignMonitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackPV2HalfAlignMonitor with auditor trigger Stop -NameAuditor INFO About to Enter TrackMuonMatchMonitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackMuonMatchMonitor with auditor trigger Stop -NameAuditor INFO Just Exited MoniTrSeq with auditor trigger Stop -NameAuditor INFO About to Enter MoniPROTOSeq with auditor trigger Stop -NameAuditor INFO About to Enter ChargedProtoPMoni with auditor trigger Stop -NameAuditor INFO Just Exited ChargedProtoPMoni with auditor trigger Stop -NameAuditor INFO About to Enter ChargedProtoANNPIDMoni with auditor trigger Stop -NameAuditor INFO Just Exited ChargedProtoANNPIDMoni with auditor trigger Stop -NameAuditor INFO Just Exited MoniPROTOSeq with auditor trigger Stop -NameAuditor INFO Just Exited Moni with auditor trigger Stop -NameAuditor INFO About to Enter MCLinks with auditor trigger Stop -NameAuditor INFO About to Enter MCLinksUnpackSeq with auditor trigger Stop -NameAuditor INFO About to Enter UnpackMCParticle with auditor trigger Stop -NameAuditor INFO Just Exited UnpackMCParticle with auditor trigger Stop -NameAuditor INFO About to Enter UnpackMCVertex with auditor trigger Stop -NameAuditor INFO Just Exited UnpackMCVertex with auditor trigger Stop -NameAuditor INFO Just Exited MCLinksUnpackSeq with auditor trigger Stop -NameAuditor INFO About to Enter MCLinksTrSeq with auditor trigger Stop -NameAuditor INFO About to Enter VPClusFull with auditor trigger Stop -NameAuditor INFO Just Exited VPClusFull with auditor trigger Stop -NameAuditor INFO About to Enter VPFullCluster2MCParticleLinker with auditor trigger Stop -NameAuditor INFO Just Exited VPFullCluster2MCParticleLinker with auditor trigger Stop -NameAuditor INFO About to Enter PrLHCbID2MCParticle with auditor trigger Stop -NameAuditor INFO Just Exited PrLHCbID2MCParticle with auditor trigger Stop -NameAuditor INFO About to Enter DownstreamChecker with auditor trigger Stop -NameAuditor INFO About to Enter DownstreamAssociator with auditor trigger Stop -NameAuditor INFO Just Exited DownstreamAssociator with auditor trigger Stop -NameAuditor INFO Just Exited DownstreamChecker with auditor trigger Stop -NameAuditor INFO About to Enter ForwardBestChecker with auditor trigger Stop -NameAuditor INFO About to Enter ForwardBestAssociator with auditor trigger Stop -NameAuditor INFO Just Exited ForwardBestAssociator with auditor trigger Stop -NameAuditor INFO Just Exited ForwardBestChecker with auditor trigger Stop -NameAuditor INFO About to Enter ForwardFastChecker with auditor trigger Stop -NameAuditor INFO About to Enter ForwardFastAssociator with auditor trigger Stop -NameAuditor INFO Just Exited ForwardFastAssociator with auditor trigger Stop -NameAuditor INFO Just Exited ForwardFastChecker with auditor trigger Stop -NameAuditor INFO About to Enter MatchChecker with auditor trigger Stop -NameAuditor INFO About to Enter MatchAssociator with auditor trigger Stop -NameAuditor INFO Just Exited MatchAssociator with auditor trigger Stop -NameAuditor INFO Just Exited MatchChecker with auditor trigger Stop -NameAuditor INFO About to Enter SeedingChecker with auditor trigger Stop -NameAuditor INFO About to Enter SeedingAssociator with auditor trigger Stop -NameAuditor INFO Just Exited SeedingAssociator with auditor trigger Stop -NameAuditor INFO Just Exited SeedingChecker with auditor trigger Stop -NameAuditor INFO About to Enter UpstreamChecker with auditor trigger Stop -NameAuditor INFO About to Enter UpstreamAssociator with auditor trigger Stop -NameAuditor INFO Just Exited UpstreamAssociator with auditor trigger Stop -NameAuditor INFO Just Exited UpstreamChecker with auditor trigger Stop -NameAuditor INFO About to Enter VeloChecker with auditor trigger Stop -NameAuditor INFO About to Enter VeloAssociator with auditor trigger Stop -NameAuditor INFO Just Exited VeloAssociator with auditor trigger Stop -NameAuditor INFO Just Exited VeloChecker with auditor trigger Stop -NameAuditor INFO About to Enter BestExtraChecker with auditor trigger Stop -NameAuditor INFO About to Enter BestAssociator with auditor trigger Stop -NameAuditor INFO Just Exited BestAssociator with auditor trigger Stop -NameAuditor INFO Just Exited BestExtraChecker with auditor trigger Stop -NameAuditor INFO About to Enter ForwardFastFittedExtraChecker with auditor trigger Stop -NameAuditor INFO About to Enter ForwardFastFittedAssociator with auditor trigger Stop -NameAuditor INFO Just Exited ForwardFastFittedAssociator with auditor trigger Stop -NameAuditor INFO Just Exited ForwardFastFittedExtraChecker with auditor trigger Stop -NameAuditor INFO Just Exited MCLinksTrSeq with auditor trigger Stop -NameAuditor INFO About to Enter MCLinksCaloSeq with auditor trigger Stop -NameAuditor INFO About to Enter CaloDigit2MCLinks2Table with auditor trigger Stop -NameAuditor INFO Just Exited CaloDigit2MCLinks2Table with auditor trigger Stop -NameAuditor INFO About to Enter CaloClusterMCTruth with auditor trigger Stop -NameAuditor INFO Just Exited CaloClusterMCTruth with auditor trigger Stop -NameAuditor INFO About to Enter CaloHypoMCTruth_Photons with auditor trigger Stop -NameAuditor INFO Just Exited CaloHypoMCTruth_Photons with auditor trigger Stop -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Photons with auditor trigger Stop -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Photons with auditor trigger Stop -NameAuditor INFO About to Enter CaloHypoMCTruth_Electrons with auditor trigger Stop -NameAuditor INFO Just Exited CaloHypoMCTruth_Electrons with auditor trigger Stop -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Electrons with auditor trigger Stop -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Electrons with auditor trigger Stop -NameAuditor INFO About to Enter CaloHypoMCTruth_MergedPi0s with auditor trigger Stop -NameAuditor INFO Just Exited CaloHypoMCTruth_MergedPi0s with auditor trigger Stop -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Stop -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Stop -NameAuditor INFO Just Exited MCLinksCaloSeq with auditor trigger Stop -NameAuditor INFO Just Exited MCLinks with auditor trigger Stop -NameAuditor INFO About to Enter Check with auditor trigger Stop -NameAuditor INFO About to Enter CheckPatSeq with auditor trigger Stop -NameAuditor INFO About to Enter VeloMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited VeloMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter ForwardMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited ForwardMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter UpMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited UpMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter UTForwardMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited UTForwardMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter ForwardBestMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited ForwardBestMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter MatchMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited MatchMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter TMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited TMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter DownMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited DownMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter FilterForBestMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited FilterForBestMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter FilterForBestLongMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited FilterForBestLongMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter FilterForBestLongAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited FilterForBestLongAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter FilterForBestDownMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited FilterForBestDownMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter FilterForBestDownAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited FilterForBestDownAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter BestMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited BestMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter BestLongMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited BestLongMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter BestLongAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited BestLongAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter BestDownMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited BestDownMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter BestDownAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited BestDownAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter UTForwardBestMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited UTForwardBestMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter UTMatchMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited UTMatchMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter UTDownMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited UTDownMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter VeloFullMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited VeloFullMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter TrackResCheckerFast with auditor trigger Stop -NameAuditor INFO Just Exited TrackResCheckerFast with auditor trigger Stop -NameAuditor INFO About to Enter PVConverter with auditor trigger Stop -NameAuditor INFO Just Exited PVConverter with auditor trigger Stop -NameAuditor INFO About to Enter PVChecker with auditor trigger Stop -NameAuditor INFO Just Exited PVChecker with auditor trigger Stop -NameAuditor INFO Just Exited CheckPatSeq with auditor trigger Stop -NameAuditor INFO About to Enter CheckRICHSeq with auditor trigger Stop -NameAuditor INFO About to Enter RichCheck with auditor trigger Stop -NameAuditor INFO About to Enter RichFutureTKToMCPsRels with auditor trigger Stop -NameAuditor INFO Just Exited RichFutureTKToMCPsRels with auditor trigger Stop -NameAuditor INFO About to Enter RichCheckDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDCheckDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonDown10to70 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonDown10to70 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonDown2to10 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonDown2to10 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonDown2to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonDown2to100 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonDown70to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonDown70to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDCheckDown with auditor trigger Stop -NameAuditor INFO About to Enter RiCKMCResDown with auditor trigger Stop -NameAuditor INFO Just Exited RiCKMCResDown with auditor trigger Stop -NameAuditor INFO About to Enter RiCKMCResDownTight with auditor trigger Stop -NameAuditor INFO Just Exited RiCKMCResDownTight with auditor trigger Stop -NameAuditor INFO About to Enter RiMCTkResDown with auditor trigger Stop -NameAuditor INFO Just Exited RiMCTkResDown with auditor trigger Stop -NameAuditor INFO Just Exited RichCheckDown with auditor trigger Stop -NameAuditor INFO About to Enter RichCheckLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDCheckLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonLong10to70 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonLong10to70 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonLong2to10 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonLong2to10 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonLong2to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonLong2to100 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonLong70to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonLong70to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDCheckLong with auditor trigger Stop -NameAuditor INFO About to Enter RiCKMCResLong with auditor trigger Stop -NameAuditor INFO Just Exited RiCKMCResLong with auditor trigger Stop -NameAuditor INFO About to Enter RiCKMCResLongTight with auditor trigger Stop -NameAuditor INFO Just Exited RiCKMCResLongTight with auditor trigger Stop -NameAuditor INFO About to Enter RiMCTkResLong with auditor trigger Stop -NameAuditor INFO Just Exited RiMCTkResLong with auditor trigger Stop -NameAuditor INFO Just Exited RichCheckLong with auditor trigger Stop -NameAuditor INFO About to Enter RichCheckUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDCheckUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonUp10to70 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonUp10to70 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonUp2to10 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonUp2to10 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonUp2to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonUp2to100 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonUp70to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonUp70to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDCheckUp with auditor trigger Stop -NameAuditor INFO About to Enter RiCKMCResUp with auditor trigger Stop -NameAuditor INFO Just Exited RiCKMCResUp with auditor trigger Stop -NameAuditor INFO About to Enter RiCKMCResUpTight with auditor trigger Stop -NameAuditor INFO Just Exited RiCKMCResUpTight with auditor trigger Stop -NameAuditor INFO About to Enter RiMCTkResUp with auditor trigger Stop -NameAuditor INFO Just Exited RiMCTkResUp with auditor trigger Stop -NameAuditor INFO Just Exited RichCheckUp with auditor trigger Stop -NameAuditor INFO Just Exited RichCheck with auditor trigger Stop -NameAuditor INFO Just Exited CheckRICHSeq with auditor trigger Stop -NameAuditor INFO About to Enter CheckMUONSeq with auditor trigger Stop -NameAuditor INFO About to Enter MuonPIDCheckerDown with auditor trigger Stop -NameAuditor INFO Just Exited MuonPIDCheckerDown with auditor trigger Stop -NameAuditor INFO About to Enter MuonPIDCheckerLong with auditor trigger Stop -NameAuditor INFO Just Exited MuonPIDCheckerLong with auditor trigger Stop -NameAuditor INFO Just Exited CheckMUONSeq with auditor trigger Stop -NameAuditor INFO Just Exited Check with auditor trigger Stop -NameAuditor INFO Just Exited PhysicsSeq with auditor trigger Stop -NameAuditor INFO About to Enter Output with auditor trigger Stop -NameAuditor INFO About to Enter OutputDSTSeq with auditor trigger Stop -NameAuditor INFO About to Enter GenFSRMerge with auditor trigger Stop -NameAuditor INFO Just Exited GenFSRMerge with auditor trigger Stop -NameAuditor INFO About to Enter RawEventSplitSeq with auditor trigger Stop -NameAuditor INFO About to Enter create_Calo_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Calo_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_HC_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_HC_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_Muon_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Muon_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_PersistReco_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_PersistReco_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_Rich_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Rich_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_Tracker_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Tracker_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_Trigger_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Trigger_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_Unstripped_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Unstripped_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_Velo_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Velo_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter KillRawEventNodes with auditor trigger Stop -NameAuditor INFO Just Exited KillRawEventNodes with auditor trigger Stop -NameAuditor INFO Just Exited RawEventSplitSeq with auditor trigger Stop -NameAuditor INFO About to Enter FilterBestTrackStates with auditor trigger Stop -NameAuditor INFO Just Exited FilterBestTrackStates with auditor trigger Stop -NameAuditor INFO About to Enter FilterMuonTrackStates with auditor trigger Stop -NameAuditor INFO Just Exited FilterMuonTrackStates with auditor trigger Stop -NameAuditor INFO About to Enter PackDST with auditor trigger Stop -NameAuditor INFO About to Enter PackTrack with auditor trigger Stop -NameAuditor INFO Just Exited PackTrack with auditor trigger Stop -NameAuditor INFO About to Enter PackRichPIDs with auditor trigger Stop -NameAuditor INFO Just Exited PackRichPIDs with auditor trigger Stop -NameAuditor INFO About to Enter PackMuonPIDs with auditor trigger Stop -NameAuditor INFO Just Exited PackMuonPIDs with auditor trigger Stop -NameAuditor INFO About to Enter CaloPacking with auditor trigger Stop -NameAuditor INFO About to Enter PackPhotons with auditor trigger Stop -NameAuditor INFO Just Exited PackPhotons with auditor trigger Stop -NameAuditor INFO About to Enter PackElectrons with auditor trigger Stop -NameAuditor INFO Just Exited PackElectrons with auditor trigger Stop -NameAuditor INFO About to Enter PackMergedPi0s with auditor trigger Stop -NameAuditor INFO Just Exited PackMergedPi0s with auditor trigger Stop -NameAuditor INFO About to Enter PackSplitPhotons with auditor trigger Stop -NameAuditor INFO Just Exited PackSplitPhotons with auditor trigger Stop -NameAuditor INFO Just Exited CaloPacking with auditor trigger Stop -NameAuditor INFO About to Enter ProtoParticlePIDClean with auditor trigger Stop -NameAuditor INFO Just Exited ProtoParticlePIDClean with auditor trigger Stop -NameAuditor INFO About to Enter PackChargedProtos with auditor trigger Stop -NameAuditor INFO Just Exited PackChargedProtos with auditor trigger Stop -NameAuditor INFO About to Enter PackNeutralProtos with auditor trigger Stop -NameAuditor INFO Just Exited PackNeutralProtos with auditor trigger Stop -NameAuditor INFO About to Enter PackRecVertex with auditor trigger Stop -NameAuditor INFO Just Exited PackRecVertex with auditor trigger Stop -NameAuditor INFO About to Enter PackTwoProngVertex with auditor trigger Stop -NameAuditor INFO Just Exited PackTwoProngVertex with auditor trigger Stop -NameAuditor INFO About to Enter PackMuonTracks with auditor trigger Stop -NameAuditor INFO Just Exited PackMuonTracks with auditor trigger Stop -NameAuditor INFO Just Exited PackDST with auditor trigger Stop -NameAuditor INFO Just Exited OutputDSTSeq with auditor trigger Stop -NameAuditor INFO Just Exited Output with auditor trigger Stop -NameAuditor INFO Just Exited BrunelSequencer with auditor trigger Stop -NameAuditor INFO About to Enter DstWriter with auditor trigger Stop -NameAuditor INFO Just Exited DstWriter with auditor trigger Stop -NameAuditor INFO About to Enter FSROutputStreamDstWriter with auditor trigger Stop -NameAuditor INFO Just Exited FSROutputStreamDstWriter with auditor trigger Stop -ApplicationMgr INFO Application Manager Stopped successfully -NameAuditor INFO About to Enter MCRichDigitSummaryUnpacker with auditor trigger Finalize -NameAuditor INFO Just Exited MCRichDigitSummaryUnpacker with auditor trigger Finalize -NameAuditor INFO About to Enter BrunelSequencer with auditor trigger Finalize -NameAuditor INFO About to Enter Init with auditor trigger Finalize -NameAuditor INFO About to Enter InitBrunelSeq with auditor trigger Finalize -NameAuditor INFO About to Enter BrunelInit with auditor trigger Finalize -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 1 events processed -BrunelInit SUCCESS ================================================================== -NameAuditor INFO Just Exited BrunelInit with auditor trigger Finalize -NameAuditor INFO Just Exited InitBrunelSeq with auditor trigger Finalize -NameAuditor INFO Just Exited Init with auditor trigger Finalize -NameAuditor INFO About to Enter PhysicsSeq with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureBanksHandler with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureDigits with auditor trigger Finalize -NameAuditor INFO About to Enter FutureEcalDigitsSeq with auditor trigger Finalize -NameAuditor INFO About to Enter FutureEcalZSup with auditor trigger Finalize -NameAuditor INFO Just Exited FutureEcalZSup with auditor trigger Finalize -NameAuditor INFO About to Enter EcalProcStatus with auditor trigger Finalize -NameAuditor INFO Just Exited EcalProcStatus with auditor trigger Finalize -NameAuditor INFO Just Exited FutureEcalDigitsSeq with auditor trigger Finalize -NameAuditor INFO About to Enter FutureHcalDigitsSeq with auditor trigger Finalize -NameAuditor INFO About to Enter FutureHcalZSup with auditor trigger Finalize -NameAuditor INFO Just Exited FutureHcalZSup with auditor trigger Finalize -NameAuditor INFO About to Enter HcalProcStatus with auditor trigger Finalize -NameAuditor INFO Just Exited HcalProcStatus with auditor trigger Finalize -NameAuditor INFO Just Exited FutureHcalDigitsSeq with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureDigits with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureBanksHandler with auditor trigger Finalize -NameAuditor INFO About to Enter Reco with auditor trigger Finalize -NameAuditor INFO About to Enter RecoDecodingSeq with auditor trigger Finalize -NameAuditor INFO About to Enter UnpackRawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited UnpackRawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter PrGECFilter with auditor trigger Finalize -NameAuditor INFO Just Exited PrGECFilter with auditor trigger Finalize -NameAuditor INFO About to Enter PrStoreUTHit with auditor trigger Finalize -NameAuditor INFO Just Exited PrStoreUTHit with auditor trigger Finalize -NameAuditor INFO About to Enter PrStorePrUTHits with auditor trigger Finalize -NameAuditor INFO Just Exited PrStorePrUTHits with auditor trigger Finalize -NameAuditor INFO About to Enter createFTClusters with auditor trigger Finalize -NameAuditor INFO Just Exited createFTClusters with auditor trigger Finalize -NameAuditor INFO About to Enter PrStoreFTHit with auditor trigger Finalize -NameAuditor INFO Just Exited PrStoreFTHit with auditor trigger Finalize -NameAuditor INFO About to Enter PrStoreSciFiHits with auditor trigger Finalize -NameAuditor INFO Just Exited PrStoreSciFiHits with auditor trigger Finalize -NameAuditor INFO Just Exited RecoDecodingSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoTrFastSeq with auditor trigger Finalize -NameAuditor INFO About to Enter VPClustering with auditor trigger Finalize -NameAuditor INFO Just Exited VPClustering with auditor trigger Finalize -NameAuditor INFO About to Enter VeloClusterTracking with auditor trigger Finalize -NameAuditor INFO Just Exited VeloClusterTracking with auditor trigger Finalize -NameAuditor INFO About to Enter ConverterVP with auditor trigger Finalize -NameAuditor INFO Just Exited ConverterVP with auditor trigger Finalize -NameAuditor INFO About to Enter ConverterVPToV1 with auditor trigger Finalize -NameAuditor INFO Just Exited ConverterVPToV1 with auditor trigger Finalize -NameAuditor INFO About to Enter PatPV3D with auditor trigger Finalize -NameAuditor INFO Just Exited PatPV3D with auditor trigger Finalize -NameAuditor INFO About to Enter PrVeloUTFast with auditor trigger Finalize -NameAuditor INFO Just Exited PrVeloUTFast with auditor trigger Finalize -NameAuditor INFO About to Enter VeloUTMakeLHCbTracks with auditor trigger Finalize -NameAuditor INFO Just Exited VeloUTMakeLHCbTracks with auditor trigger Finalize -NameAuditor INFO About to Enter PrForwardTrackingFast with auditor trigger Finalize -NameAuditor INFO Just Exited PrForwardTrackingFast with auditor trigger Finalize -NameAuditor INFO About to Enter FastForwardMakeLHCbTracksFast with auditor trigger Finalize -NameAuditor INFO Just Exited FastForwardMakeLHCbTracksFast with auditor trigger Finalize -NameAuditor INFO About to Enter ConverterV1V2ForForwardFit with auditor trigger Finalize -NameAuditor INFO Just Exited ConverterV1V2ForForwardFit with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardFitterAlgFast with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardFitterAlgFast with auditor trigger Finalize -NameAuditor INFO Just Exited RecoTrFastSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoTrBestSeq with auditor trigger Finalize -NameAuditor INFO About to Enter PrForwardTrackingBest with auditor trigger Finalize -NameAuditor INFO Just Exited PrForwardTrackingBest with auditor trigger Finalize -NameAuditor INFO About to Enter BestForwardMakeLHCbTracksBest with auditor trigger Finalize -NameAuditor INFO Just Exited BestForwardMakeLHCbTracksBest with auditor trigger Finalize -NameAuditor INFO About to Enter PrHybridSeedingBest with auditor trigger Finalize -NameAuditor INFO Just Exited PrHybridSeedingBest with auditor trigger Finalize -NameAuditor INFO About to Enter SeedConverter with auditor trigger Finalize -NameAuditor INFO Just Exited SeedConverter with auditor trigger Finalize -NameAuditor INFO About to Enter PrMatchNNBest with auditor trigger Finalize -NameAuditor INFO Just Exited PrMatchNNBest with auditor trigger Finalize -NameAuditor INFO About to Enter TracksMatchConverter with auditor trigger Finalize -NameAuditor INFO Just Exited TracksMatchConverter with auditor trigger Finalize -NameAuditor INFO About to Enter PrLongLivedTrackingBest with auditor trigger Finalize -NameAuditor INFO Just Exited PrLongLivedTrackingBest with auditor trigger Finalize -NameAuditor INFO About to Enter TracksDownstreamConverter with auditor trigger Finalize -NameAuditor INFO Just Exited TracksDownstreamConverter with auditor trigger Finalize -NameAuditor INFO About to Enter BestTrackCreatorSeq with auditor trigger Finalize -NameAuditor INFO About to Enter TrackConverterSeq with auditor trigger Finalize -NameAuditor INFO About to Enter DownstreamConverter with auditor trigger Finalize -NameAuditor INFO Just Exited DownstreamConverter with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardBestConverter with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardBestConverter with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardFastConverter with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardFastConverter with auditor trigger Finalize -NameAuditor INFO About to Enter MatchConverter with auditor trigger Finalize -NameAuditor INFO Just Exited MatchConverter with auditor trigger Finalize -NameAuditor INFO About to Enter SeedingConverter with auditor trigger Finalize -NameAuditor INFO Just Exited SeedingConverter with auditor trigger Finalize -NameAuditor INFO About to Enter UpstreamConverter with auditor trigger Finalize -NameAuditor INFO Just Exited UpstreamConverter with auditor trigger Finalize -NameAuditor INFO About to Enter VeloConverter with auditor trigger Finalize -NameAuditor INFO Just Exited VeloConverter with auditor trigger Finalize -NameAuditor INFO Just Exited TrackConverterSeq with auditor trigger Finalize -NameAuditor INFO About to Enter TrackBestTrackCreator with auditor trigger Finalize -NameAuditor INFO Just Exited TrackBestTrackCreator with auditor trigger Finalize -NameAuditor INFO Just Exited BestTrackCreatorSeq with auditor trigger Finalize -NameAuditor INFO About to Enter TrackAddExtraInfoSeq with auditor trigger Finalize -NameAuditor INFO About to Enter TrackAddNNGhostId with auditor trigger Finalize -NameAuditor INFO Just Exited TrackAddNNGhostId with auditor trigger Finalize -NameAuditor INFO Just Exited TrackAddExtraInfoSeq with auditor trigger Finalize -NameAuditor INFO Just Exited RecoTrBestSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoRICHSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RichFutureDecode with auditor trigger Finalize -NameAuditor INFO Just Exited RichFutureDecode with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackTypeFilter with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackTypeFilter with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecoSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixels with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixClustering with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixClustering with auditor trigger Finalize -NameAuditor INFO About to Enter RichSIMDPixels with auditor trigger Finalize -NameAuditor INFO Just Exited RichSIMDPixels with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixels with auditor trigger Finalize -NameAuditor INFO About to Enter RichDownReco with auditor trigger Finalize -NameAuditor INFO About to Enter RichTracksDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackSegmentsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackSegmentsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackGloPointsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackGloPointsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackLocPointsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackLocPointsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichEmittedYieldsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichEmittedYieldsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichEmittedCKAnglesDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichEmittedCKAnglesDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichMassConesDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichMassConesDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichDetectableYieldsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichDetectableYieldsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichGeomEffDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichGeomEffDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichTkSegmentSelDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichTkSegmentSelDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichSignalYieldsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichSignalYieldsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichSignalCKAnglesDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichSignalCKAnglesDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichCKResolutionsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichCKResolutionsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichTracksDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPhotonsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPhotonRecoDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichPhotonRecoDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPredPixelSignalDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichPredPixelSignalDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichPhotonsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecSummaryDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecSummaryDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDInitDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDInitDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixBackgroundsIt0Down with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixBackgroundsIt0Down with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Down with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Down with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixBackgroundsIt1Down with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixBackgroundsIt1Down with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Down with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Down with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichDownReco with auditor trigger Finalize -NameAuditor INFO About to Enter RichLongReco with auditor trigger Finalize -NameAuditor INFO About to Enter RichTracksLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackSegmentsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackSegmentsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackGloPointsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackGloPointsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackLocPointsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackLocPointsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichEmittedYieldsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichEmittedYieldsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichEmittedCKAnglesLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichEmittedCKAnglesLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichMassConesLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichMassConesLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichDetectableYieldsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichDetectableYieldsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichGeomEffLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichGeomEffLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichTkSegmentSelLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichTkSegmentSelLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichSignalYieldsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichSignalYieldsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichSignalCKAnglesLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichSignalCKAnglesLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichCKResolutionsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichCKResolutionsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichTracksLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPhotonsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPhotonRecoLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichPhotonRecoLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPredPixelSignalLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichPredPixelSignalLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichPhotonsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecSummaryLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecSummaryLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDInitLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDInitLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixBackgroundsIt0Long with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixBackgroundsIt0Long with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Long with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Long with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixBackgroundsIt1Long with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixBackgroundsIt1Long with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Long with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Long with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichLongReco with auditor trigger Finalize -NameAuditor INFO About to Enter RichUpReco with auditor trigger Finalize -NameAuditor INFO About to Enter RichTracksUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackSegmentsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackSegmentsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackGloPointsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackGloPointsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackLocPointsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackLocPointsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichEmittedYieldsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichEmittedYieldsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichEmittedCKAnglesUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichEmittedCKAnglesUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichMassConesUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichMassConesUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichDetectableYieldsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichDetectableYieldsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichGeomEffUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichGeomEffUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichTkSegmentSelUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichTkSegmentSelUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichSignalYieldsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichSignalYieldsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichSignalCKAnglesUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichSignalCKAnglesUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichCKResolutionsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichCKResolutionsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichTracksUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPhotonsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPhotonRecoUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichPhotonRecoUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPredPixelSignalUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichPredPixelSignalUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichPhotonsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecSummaryUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecSummaryUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDInitUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDInitUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixBackgroundsIt0Up with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixBackgroundsIt0Up with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Up with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Up with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixBackgroundsIt1Up with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixBackgroundsIt1Up with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Up with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Up with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichUpReco with auditor trigger Finalize -NameAuditor INFO About to Enter MergeRichPIDs with auditor trigger Finalize -NameAuditor INFO Just Exited MergeRichPIDs with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecoSeq with auditor trigger Finalize -NameAuditor INFO Just Exited RecoRICHSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoCALOFUTURESeq with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureProcessorCaloFutureSeq with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureRecoForCaloFutureProcessor with auditor trigger Finalize -NameAuditor INFO About to Enter ClusterFutureReco with auditor trigger Finalize -NameAuditor INFO About to Enter FutureEcalClust with auditor trigger Finalize -FutureEcalClust INFO Built <279> cellular automaton clusters/event with <4> iterations (min,max)=(4,4) on average -NameAuditor INFO Just Exited FutureEcalClust with auditor trigger Finalize -NameAuditor INFO About to Enter FutureEcalShare with auditor trigger Finalize -NameAuditor INFO Just Exited FutureEcalShare with auditor trigger Finalize -NameAuditor INFO About to Enter FutureEcalCovar with auditor trigger Finalize -NameAuditor INFO Just Exited FutureEcalCovar with auditor trigger Finalize -NameAuditor INFO About to Enter CaloClusterConverter with auditor trigger Finalize -NameAuditor INFO Just Exited CaloClusterConverter with auditor trigger Finalize -NameAuditor INFO Just Exited ClusterFutureReco with auditor trigger Finalize -NameAuditor INFO About to Enter ClassifyClusters with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureTrackMatch with auditor trigger Finalize -NameAuditor INFO About to Enter InECALFuture with auditor trigger Finalize -NameAuditor INFO Just Exited InECALFuture with auditor trigger Finalize -NameAuditor INFO About to Enter FutureClusterMatch with auditor trigger Finalize -NameAuditor INFO Just Exited FutureClusterMatch with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureTrackMatch with auditor trigger Finalize -NameAuditor INFO About to Enter ClassifyPhotonElectron with auditor trigger Finalize -NameAuditor INFO Just Exited ClassifyPhotonElectron with auditor trigger Finalize -NameAuditor INFO Just Exited ClassifyClusters with auditor trigger Finalize -NameAuditor INFO About to Enter MergedPi0FutureReco with auditor trigger Finalize -NameAuditor INFO About to Enter MergedPi0RecFuture with auditor trigger Finalize -NameAuditor INFO Just Exited MergedPi0RecFuture with auditor trigger Finalize -NameAuditor INFO About to Enter CaloSplitClusterConverter with auditor trigger Finalize -NameAuditor INFO Just Exited CaloSplitClusterConverter with auditor trigger Finalize -NameAuditor INFO Just Exited MergedPi0FutureReco with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureRecoForCaloFutureProcessor with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Finalize -NameAuditor INFO About to Enter ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Finalize -NameAuditor INFO About to Enter InCaloFutureAcceptance with auditor trigger Finalize -NameAuditor INFO About to Enter InHCALFuture with auditor trigger Finalize -NameAuditor INFO Just Exited InHCALFuture with auditor trigger Finalize -NameAuditor INFO About to Enter InBREMFuture with auditor trigger Finalize -NameAuditor INFO Just Exited InBREMFuture with auditor trigger Finalize -NameAuditor INFO Just Exited InCaloFutureAcceptance with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureMatch with auditor trigger Finalize -NameAuditor INFO About to Enter ElectronMatchFuture with auditor trigger Finalize -NameAuditor INFO Just Exited ElectronMatchFuture with auditor trigger Finalize -NameAuditor INFO About to Enter BremMatchFuture with auditor trigger Finalize -NameAuditor INFO Just Exited BremMatchFuture with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureMatch with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureEnergy with auditor trigger Finalize -NameAuditor INFO About to Enter EcalEFuture with auditor trigger Finalize -NameAuditor INFO Just Exited EcalEFuture with auditor trigger Finalize -NameAuditor INFO About to Enter HcalEFuture with auditor trigger Finalize -NameAuditor INFO Just Exited HcalEFuture with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureEnergy with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureChi2 with auditor trigger Finalize -NameAuditor INFO About to Enter FutureEcalChi22ID with auditor trigger Finalize -NameAuditor INFO Just Exited FutureEcalChi22ID with auditor trigger Finalize -NameAuditor INFO About to Enter BremChi22IDFuture with auditor trigger Finalize -NameAuditor INFO Just Exited BremChi22IDFuture with auditor trigger Finalize -NameAuditor INFO About to Enter FutureClusChi22ID with auditor trigger Finalize -NameAuditor INFO Just Exited FutureClusChi22ID with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureChi2 with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureDLLeFuture with auditor trigger Finalize -NameAuditor INFO About to Enter EcalPIDeFuture with auditor trigger Finalize -NameAuditor INFO Just Exited EcalPIDeFuture with auditor trigger Finalize -NameAuditor INFO About to Enter BremPIDeFuture with auditor trigger Finalize -NameAuditor INFO Just Exited BremPIDeFuture with auditor trigger Finalize -NameAuditor INFO About to Enter HcalPIDeFuture with auditor trigger Finalize -NameAuditor INFO Just Exited HcalPIDeFuture with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureDLLeFuture with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureDLLmuFuture with auditor trigger Finalize -NameAuditor INFO About to Enter EcalPIDmuFuture with auditor trigger Finalize -NameAuditor INFO Just Exited EcalPIDmuFuture with auditor trigger Finalize -NameAuditor INFO About to Enter HcalPIDmuFuture with auditor trigger Finalize -NameAuditor INFO Just Exited HcalPIDmuFuture with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureDLLmuFuture with auditor trigger Finalize -NameAuditor INFO Just Exited ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureProcessorCaloFutureSeq with auditor trigger Finalize -NameAuditor INFO Just Exited RecoCALOFUTURESeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoMUONSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MuonRec with auditor trigger Finalize -NameAuditor INFO Just Exited MuonRec with auditor trigger Finalize -NameAuditor INFO About to Enter MuonProcStatus with auditor trigger Finalize -NameAuditor INFO Just Exited MuonProcStatus with auditor trigger Finalize -NameAuditor INFO About to Enter MuonROFilter with auditor trigger Finalize -NameAuditor INFO Just Exited MuonROFilter with auditor trigger Finalize -NameAuditor INFO About to Enter MuonIDSeq with auditor trigger Finalize -NameAuditor INFO About to Enter PrepareMuonHits with auditor trigger Finalize -NameAuditor INFO Just Exited PrepareMuonHits with auditor trigger Finalize -NameAuditor INFO About to Enter MuonIDAlgLite with auditor trigger Finalize -NameAuditor INFO Just Exited MuonIDAlgLite with auditor trigger Finalize -NameAuditor INFO Just Exited MuonIDSeq with auditor trigger Finalize -NameAuditor INFO Just Exited RecoMUONSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoPROTOSeq with auditor trigger Finalize -NameAuditor INFO About to Enter ChargedProtoParticles with auditor trigger Finalize -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Electrons with auditor trigger Finalize -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Electrons with auditor trigger Finalize -NameAuditor INFO About to Enter Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Finalize -NameAuditor INFO Just Exited Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Finalize -NameAuditor INFO About to Enter ChargedProtoPMaker with auditor trigger Finalize -NameAuditor INFO Just Exited ChargedProtoPMaker with auditor trigger Finalize -NameAuditor INFO About to Enter ANNGPIDSeq with auditor trigger Finalize -NameAuditor INFO About to Enter ANNGPID with auditor trigger Finalize -NameAuditor INFO Just Exited ANNGPID with auditor trigger Finalize -NameAuditor INFO Just Exited ANNGPIDSeq with auditor trigger Finalize -NameAuditor INFO Just Exited ChargedProtoParticles with auditor trigger Finalize -NameAuditor INFO About to Enter NeutralProtoParticles with auditor trigger Finalize -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Finalize -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Finalize -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Photons with auditor trigger Finalize -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Photons with auditor trigger Finalize -NameAuditor INFO About to Enter FutureNeutralProtoPMaker with auditor trigger Finalize -NameAuditor INFO Just Exited FutureNeutralProtoPMaker with auditor trigger Finalize -NameAuditor INFO Just Exited NeutralProtoParticles with auditor trigger Finalize -NameAuditor INFO Just Exited RecoPROTOSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoSUMMARYSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecSummary with auditor trigger Finalize -RecSummary SUCCESS #WARNINGS = 1 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -NameAuditor INFO Just Exited RecSummary with auditor trigger Finalize -NameAuditor INFO Just Exited RecoSUMMARYSeq with auditor trigger Finalize -NameAuditor INFO Just Exited Reco with auditor trigger Finalize -NameAuditor INFO About to Enter Moni with auditor trigger Finalize -NameAuditor INFO About to Enter MoniCALOFUTURESeq with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureDigitsMoni with auditor trigger Finalize -NameAuditor INFO About to Enter EcalDigitMon with auditor trigger Finalize -NameAuditor INFO Just Exited EcalDigitMon with auditor trigger Finalize -NameAuditor INFO About to Enter HcalDigitMon with auditor trigger Finalize -NameAuditor INFO Just Exited HcalDigitMon with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureDigitsMoni with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureEFlowMoni with auditor trigger Finalize -NameAuditor INFO About to Enter EcalEFlowMon with auditor trigger Finalize -NameAuditor INFO Just Exited EcalEFlowMon with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureEFlowMoni with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureClustersMoni with auditor trigger Finalize -NameAuditor INFO About to Enter EcalClusterMon with auditor trigger Finalize -NameAuditor INFO Just Exited EcalClusterMon with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureClustersMoni with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureHyposMoni with auditor trigger Finalize -NameAuditor INFO About to Enter ElectronMon with auditor trigger Finalize -NameAuditor INFO Just Exited ElectronMon with auditor trigger Finalize -NameAuditor INFO About to Enter PhotonMon with auditor trigger Finalize -NameAuditor INFO Just Exited PhotonMon with auditor trigger Finalize -NameAuditor INFO About to Enter MergedPi0Mon with auditor trigger Finalize -NameAuditor INFO Just Exited MergedPi0Mon with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureHyposMoni with auditor trigger Finalize -NameAuditor INFO About to Enter DiPhotonMoni with auditor trigger Finalize -NameAuditor INFO About to Enter ResolvedPi0Mon with auditor trigger Finalize -NameAuditor INFO Just Exited ResolvedPi0Mon with auditor trigger Finalize -NameAuditor INFO About to Enter EtaMon with auditor trigger Finalize -NameAuditor INFO Just Exited EtaMon with auditor trigger Finalize -NameAuditor INFO Just Exited DiPhotonMoni with auditor trigger Finalize -NameAuditor INFO About to Enter ProtoElectronMon with auditor trigger Finalize -NameAuditor INFO Just Exited ProtoElectronMon with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFuturePIDsMoni with auditor trigger Finalize -NameAuditor INFO About to Enter PhotonMatchMon with auditor trigger Finalize -NameAuditor INFO Just Exited PhotonMatchMon with auditor trigger Finalize -NameAuditor INFO About to Enter ElectronMatchMon with auditor trigger Finalize -NameAuditor INFO Just Exited ElectronMatchMon with auditor trigger Finalize -NameAuditor INFO About to Enter BremMatchMon with auditor trigger Finalize -NameAuditor INFO Just Exited BremMatchMon with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureEMuPIDMonUncut with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureEMuPIDMonUncut with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureEMuPIDMonSoft with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureEMuPIDMonSoft with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureEMuPIDMonHard with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureEMuPIDMonHard with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFuturePIDsMoni with auditor trigger Finalize -NameAuditor INFO Just Exited MoniCALOFUTURESeq with auditor trigger Finalize -NameAuditor INFO About to Enter MoniRICHSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RichMoni with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecPixelQC with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecPixelQC with auditor trigger Finalize -NameAuditor INFO About to Enter RichFutureMoniClustering with auditor trigger Finalize -NameAuditor INFO Just Exited RichFutureMoniClustering with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecPixelClusters with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecPixelClusters with auditor trigger Finalize -NameAuditor INFO About to Enter RichMoniDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecoStatsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecoStatsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiDownTrkEff with auditor trigger Finalize -NameAuditor INFO Just Exited RiDownTrkEff with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKResDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKResDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKResDownTight with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKResDownTight with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkEmittedYieldsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkEmittedYieldsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkDetectableYieldsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkDetectableYieldsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkSignalYieldsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkSignalYieldsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkGeomEffsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkGeomEffsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichMassRingsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichMassRingsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkMaterialDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkMaterialDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecPixBkgsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecPixBkgsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichDLLsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichDLLsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichMoniDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichMoniLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecoStatsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecoStatsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiLongTrkEff with auditor trigger Finalize -NameAuditor INFO Just Exited RiLongTrkEff with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKResLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKResLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKResLongTight with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKResLongTight with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkEmittedYieldsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkEmittedYieldsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkDetectableYieldsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkDetectableYieldsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkSignalYieldsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkSignalYieldsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkGeomEffsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkGeomEffsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichMassRingsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichMassRingsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkMaterialLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkMaterialLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecPixBkgsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecPixBkgsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichDLLsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichDLLsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichMoniLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichMoniUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecoStatsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecoStatsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiUpTrkEff with auditor trigger Finalize -NameAuditor INFO Just Exited RiUpTrkEff with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKResUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKResUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKResUpTight with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKResUpTight with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkEmittedYieldsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkEmittedYieldsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkDetectableYieldsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkDetectableYieldsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkSignalYieldsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkSignalYieldsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkGeomEffsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkGeomEffsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichMassRingsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichMassRingsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkMaterialUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkMaterialUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecPixBkgsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecPixBkgsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichDLLsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichDLLsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichMoniUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichMoni with auditor trigger Finalize -NameAuditor INFO Just Exited MoniRICHSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MoniMUONSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MuonPIDMonitorDown with auditor trigger Finalize -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO MuonID Rates for Downstream Tracks -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuonLoose = 1.0 : 17.241 +- 7.014 -MuonPIDMonitorDown INFO IsMuoLoose MuonProb < 0.9 : 3.448 +- 3.388 -MuonPIDMonitorDown INFO IsMuoLoose DLL > 1.4 : 3.448 +- 3.388 -MuonPIDMonitorDown INFO IsMuonLoose NShared < 1.0 : 3.448 +- 3.388 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuon = 1.0 : 10.345 +- 5.655 -MuonPIDMonitorDown INFO IsMuon MuonProb < 0.9 : 3.448 +- 3.388 -MuonPIDMonitorDown INFO IsMuon DLL > 1.4 : 3.448 +- 3.388 -MuonPIDMonitorDown INFO IsMuon NShared < 1.0 : 3.448 +- 3.388 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 38 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 29 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 5 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 3 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -NameAuditor INFO Just Exited MuonPIDMonitorDown with auditor trigger Finalize -NameAuditor INFO About to Enter MuonPIDMonitorLong with auditor trigger Finalize -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO MuonID Rates for Long Tracks -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuonLoose = 1.0 : 18.699 +- 3.516 -MuonPIDMonitorLong INFO IsMuoLoose MuonProb < 0.9 : 7.317 +- 2.348 -MuonPIDMonitorLong INFO IsMuoLoose DLL > 1.4 : 0.813 +- 0.810 -MuonPIDMonitorLong INFO IsMuonLoose NShared < 1.0 : 4.065 +- 1.781 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuon = 1.0 : 13.008 +- 3.033 -MuonPIDMonitorLong INFO IsMuon MuonProb < 0.9 : 7.317 +- 2.348 -MuonPIDMonitorLong INFO IsMuon DLL > 1.4 : 0.813 +- 0.810 -MuonPIDMonitorLong INFO IsMuon NShared < 1.0 : 2.439 +- 1.391 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 155 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 123 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 23 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 16 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -NameAuditor INFO Just Exited MuonPIDMonitorLong with auditor trigger Finalize -NameAuditor INFO About to Enter MuonTrackFitter with auditor trigger Finalize -NameAuditor INFO Just Exited MuonTrackFitter with auditor trigger Finalize -NameAuditor INFO About to Enter MuonTrackAligMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited MuonTrackAligMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited MoniMUONSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MoniGENERALSeq with auditor trigger Finalize -NameAuditor INFO About to Enter OverallEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited OverallEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter TrackEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited TrackEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter VertexEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited VertexEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter RichEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited RichEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter MuonEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited MuonEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter ProtoEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited ProtoEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter ProcStatAbortMoni with auditor trigger Finalize -NameAuditor INFO Just Exited ProcStatAbortMoni with auditor trigger Finalize -NameAuditor INFO Just Exited MoniGENERALSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MoniTrSeq with auditor trigger Finalize -NameAuditor INFO About to Enter TrackMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackMonitor with auditor trigger Finalize -NameAuditor INFO About to Enter TrackDiMuonMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackDiMuonMonitor with auditor trigger Finalize -NameAuditor INFO About to Enter TrackVertexMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackVertexMonitor with auditor trigger Finalize -NameAuditor INFO About to Enter TrackV0Monitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackV0Monitor with auditor trigger Finalize -NameAuditor INFO About to Enter TrackFitMatchMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackFitMatchMonitor with auditor trigger Finalize -NameAuditor INFO About to Enter TrackPV2HalfAlignMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackPV2HalfAlignMonitor with auditor trigger Finalize -NameAuditor INFO About to Enter TrackMuonMatchMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackMuonMatchMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited MoniTrSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MoniPROTOSeq with auditor trigger Finalize -NameAuditor INFO About to Enter ChargedProtoPMoni with auditor trigger Finalize -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO 0.00 +- 0.00 Velo | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 155.00 +-12.45 Long | 100.0 +- 0.0 | 96.1 +- 1.5 81.3 +- 3.1 82.6 +- 3.0 78.1 +- 3.3 0.0 +- 0.0 0.0 +- 0.0 78.7 +- 3.3 0.0 +- 0.0 -ChargedProtoPMoni INFO 14.00 +- 3.74 Upstream | 100.0 +- 0.0 | 92.9 +- 6.9 0.0 +- 0.0 0.0 +- 0.0 85.7 +- 9.4 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 38.00 +- 6.16 Downstream | 100.0 +- 0.0 | 81.6 +- 6.3 76.3 +- 6.9 78.9 +- 6.6 68.4 +- 7.5 0.0 +- 0.0 0.0 +- 0.0 76.3 +- 6.9 0.0 +- 0.0 -ChargedProtoPMoni INFO 0.00 +- 0.00 Ttrack | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO ==================================================================================================================================================== -NameAuditor INFO Just Exited ChargedProtoPMoni with auditor trigger Finalize -NameAuditor INFO About to Enter ChargedProtoANNPIDMoni with auditor trigger Finalize -NameAuditor INFO Just Exited ChargedProtoANNPIDMoni with auditor trigger Finalize -NameAuditor INFO Just Exited MoniPROTOSeq with auditor trigger Finalize -NameAuditor INFO Just Exited Moni with auditor trigger Finalize -NameAuditor INFO About to Enter MCLinks with auditor trigger Finalize -NameAuditor INFO About to Enter MCLinksUnpackSeq with auditor trigger Finalize -NameAuditor INFO About to Enter UnpackMCParticle with auditor trigger Finalize -NameAuditor INFO Just Exited UnpackMCParticle with auditor trigger Finalize -NameAuditor INFO About to Enter UnpackMCVertex with auditor trigger Finalize -NameAuditor INFO Just Exited UnpackMCVertex with auditor trigger Finalize -NameAuditor INFO Just Exited MCLinksUnpackSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MCLinksTrSeq with auditor trigger Finalize -NameAuditor INFO About to Enter VPClusFull with auditor trigger Finalize -NameAuditor INFO Just Exited VPClusFull with auditor trigger Finalize -NameAuditor INFO About to Enter VPFullCluster2MCParticleLinker with auditor trigger Finalize -NameAuditor INFO Just Exited VPFullCluster2MCParticleLinker with auditor trigger Finalize -NameAuditor INFO About to Enter PrLHCbID2MCParticle with auditor trigger Finalize -NameAuditor INFO Just Exited PrLHCbID2MCParticle with auditor trigger Finalize -NameAuditor INFO About to Enter DownstreamChecker with auditor trigger Finalize -NameAuditor INFO About to Enter DownstreamAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited DownstreamAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited DownstreamChecker with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardBestChecker with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardBestAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardBestAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardBestChecker with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardFastChecker with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardFastAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardFastAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardFastChecker with auditor trigger Finalize -NameAuditor INFO About to Enter MatchChecker with auditor trigger Finalize -NameAuditor INFO About to Enter MatchAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited MatchAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited MatchChecker with auditor trigger Finalize -NameAuditor INFO About to Enter SeedingChecker with auditor trigger Finalize -NameAuditor INFO About to Enter SeedingAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited SeedingAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited SeedingChecker with auditor trigger Finalize -NameAuditor INFO About to Enter UpstreamChecker with auditor trigger Finalize -NameAuditor INFO About to Enter UpstreamAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited UpstreamAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited UpstreamChecker with auditor trigger Finalize -NameAuditor INFO About to Enter VeloChecker with auditor trigger Finalize -NameAuditor INFO About to Enter VeloAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited VeloAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited VeloChecker with auditor trigger Finalize -NameAuditor INFO About to Enter BestExtraChecker with auditor trigger Finalize -NameAuditor INFO About to Enter BestAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited BestAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited BestExtraChecker with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardFastFittedExtraChecker with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardFastFittedAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardFastFittedAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardFastFittedExtraChecker with auditor trigger Finalize -NameAuditor INFO Just Exited MCLinksTrSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MCLinksCaloSeq with auditor trigger Finalize -NameAuditor INFO About to Enter CaloDigit2MCLinks2Table with auditor trigger Finalize -NameAuditor INFO Just Exited CaloDigit2MCLinks2Table with auditor trigger Finalize -NameAuditor INFO About to Enter CaloClusterMCTruth with auditor trigger Finalize -NameAuditor INFO Just Exited CaloClusterMCTruth with auditor trigger Finalize -NameAuditor INFO About to Enter CaloHypoMCTruth_Photons with auditor trigger Finalize -NameAuditor INFO Just Exited CaloHypoMCTruth_Photons with auditor trigger Finalize -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Photons with auditor trigger Finalize -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Photons with auditor trigger Finalize -NameAuditor INFO About to Enter CaloHypoMCTruth_Electrons with auditor trigger Finalize -NameAuditor INFO Just Exited CaloHypoMCTruth_Electrons with auditor trigger Finalize -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Electrons with auditor trigger Finalize -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Electrons with auditor trigger Finalize -NameAuditor INFO About to Enter CaloHypoMCTruth_MergedPi0s with auditor trigger Finalize -NameAuditor INFO Just Exited CaloHypoMCTruth_MergedPi0s with auditor trigger Finalize -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Finalize -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Finalize -NameAuditor INFO Just Exited MCLinksCaloSeq with auditor trigger Finalize -NameAuditor INFO Just Exited MCLinks with auditor trigger Finalize -NameAuditor INFO About to Enter Check with auditor trigger Finalize -NameAuditor INFO About to Enter CheckPatSeq with auditor trigger Finalize -NameAuditor INFO About to Enter VeloMCCheck with auditor trigger Finalize -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 516 tracks including 12 ghosts [ 2.33 %], Event average 2.33 % **** -VeloMCCheck INFO 01_velo : 213 from 214 [ 99.53 %] 4 clones [ 1.84 %], purity: 99.88 %, hitEff: 96.17 %, hitEffFirst3: 96.47 %, hitEffLast: 95.81 % -VeloMCCheck INFO 02_long : 120 from 121 [ 99.17 %] 1 clones [ 0.83 %], purity: 99.95 %, hitEff: 97.21 %, hitEffFirst3: 97.52 %, hitEffLast: 96.48 % -VeloMCCheck INFO 03_long>5GeV : 74 from 75 [ 98.67 %] 1 clones [ 1.33 %], purity: 99.92 %, hitEff: 96.58 %, hitEffFirst3: 96.89 %, hitEffLast: 96.33 % -VeloMCCheck INFO 04_long_strange : 11 from 11 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.42 %, hitEffFirst3: 96.97 %, hitEffLast: 89.09 % -VeloMCCheck INFO 05_long_strange>5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.37 %, hitEffFirst3: 95.24 %, hitEffLast: 97.14 % -VeloMCCheck INFO 06_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 07_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 08_long_electrons : 12 from 14 [ 85.71 %] 0 clones [ 0.00 %], purity: 94.84 %, hitEff: 83.27 %, hitEffFirst3: 58.33 %, hitEffLast: 96.88 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO -NameAuditor INFO Just Exited VeloMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardMCCheck with auditor trigger Finalize -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 57 tracks including 3 ghosts [ 5.26 %], Event average 5.26 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 43 tracks including 2 ghosts [4.65 %] **** -ForwardMCCheck INFO 01_long : 53 from 121 [ 43.80 %] 0 clones [ 0.00 %], purity: 99.41 %, hitEff: 91.58 % -ForwardMCCheck INFO 02_long>5GeV : 40 from 75 [ 53.33 %] 0 clones [ 0.00 %], purity: 99.66 %, hitEff: 92.08 % -ForwardMCCheck INFO 03_long_strange : 3 from 11 [ 27.27 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.09 % -ForwardMCCheck INFO 04_long_strange>5GeV : 3 from 7 [ 42.86 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.09 % -ForwardMCCheck INFO 05_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 07_long_electrons : 0 from 14 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 0 from 5 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO -NameAuditor INFO Just Exited ForwardMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter UpMCCheck with auditor trigger Finalize -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 83 tracks including 8 ghosts [ 9.64 %], Event average 9.64 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 62 tracks including 7 ghosts [11.29 %] **** -UpMCCheck INFO 01_velo : 75 from 214 [ 35.05 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 98.55 % -UpMCCheck INFO 02_velo+UT : 75 from 189 [ 39.68 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 98.55 % -UpMCCheck INFO 03_velo+UT>5GeV : 53 from 90 [ 58.89 %] 0 clones [ 0.00 %], purity: 99.64 %, hitEff: 98.71 % -UpMCCheck INFO 04_velo+notLong : 13 from 93 [ 13.98 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 96.92 % -UpMCCheck INFO 05_velo+UT+notLong : 13 from 68 [ 19.12 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 96.92 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 10 from 15 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 07_long : 62 from 121 [ 51.24 %] 0 clones [ 0.00 %], purity: 99.43 %, hitEff: 98.89 % -UpMCCheck INFO 08_long>5GeV : 43 from 75 [ 57.33 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 98.41 % -UpMCCheck INFO 09_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 10_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 11_long_electrons : 0 from 14 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO -NameAuditor INFO Just Exited UpMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter UTForwardMCCheck with auditor trigger Finalize -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 3 ghost, 4.33 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 43 tracks including 2 ghosts [ 4.7 %] **** -UTForwardMCCheck INFO 01_long : 53 tr 4.11 from 4.15 mcUT [ 99.1 %] 0.02 ghost hits on real tracks [ 0.5 %] -UTForwardMCCheck INFO 01_long >3UT : 53 tr 4.11 from 4.15 mcUT [ 99.1 %] 0.02 ghost hits on real tracks [ 0.5 %] -UTForwardMCCheck INFO 02_long>5GeV : 40 tr 4.10 from 4.15 mcUT [ 98.8 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 40 tr 4.10 from 4.15 mcUT [ 98.8 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 2 tr 4.50 from 4.50 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 2 tr 4.50 from 4.50 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 2 tr 4.50 from 4.50 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 2 tr 4.50 from 4.50 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO -NameAuditor INFO Just Exited UTForwardMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardBestMCCheck with auditor trigger Finalize -ForwardBestMCCheck INFO Results -ForwardBestMCCheck INFO **** Forward 173 tracks including 62 ghosts [35.84 %], Event average 35.84 % **** -ForwardBestMCCheck INFO 01_long : 97 from 121 [ 80.17 %] 0 clones [ 0.00 %], purity: 98.95 %, hitEff: 91.11 % -ForwardBestMCCheck INFO 02_long>5GeV : 68 from 75 [ 90.67 %] 0 clones [ 0.00 %], purity: 99.05 %, hitEff: 91.98 % -ForwardBestMCCheck INFO 03_long_strange : 7 from 11 [ 63.64 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 90.27 % -ForwardBestMCCheck INFO 04_long_strange>5GeV : 6 from 7 [ 85.71 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.53 % -ForwardBestMCCheck INFO 05_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardBestMCCheck INFO 06_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardBestMCCheck INFO 07_long_electrons : 8 from 14 [ 57.14 %] 0 clones [ 0.00 %], purity: 97.83 %, hitEff: 89.07 % -ForwardBestMCCheck INFO 08_long_electrons_P>5GeV : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity: 98.55 %, hitEff: 94.87 % -ForwardBestMCCheck INFO -NameAuditor INFO Just Exited ForwardBestMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter MatchMCCheck with auditor trigger Finalize -MatchMCCheck INFO Results -MatchMCCheck INFO **** Match 168 tracks including 52 ghosts [30.95 %], Event average 30.95 % **** -MatchMCCheck INFO 01_long : 105 from 121 [ 86.78 %] 0 clones [ 0.00 %], purity: 99.32 %, hitEff: 92.14 % -MatchMCCheck INFO 02_long>5GeV : 70 from 75 [ 93.33 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 93.72 % -MatchMCCheck INFO 03_long_strange : 8 from 11 [ 72.73 %] 0 clones [ 0.00 %], purity: 98.15 %, hitEff: 79.23 % -MatchMCCheck INFO 04_long_strange>5GeV : 5 from 7 [ 71.43 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.59 % -MatchMCCheck INFO 05_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -MatchMCCheck INFO 06_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -MatchMCCheck INFO 07_long_electrons : 5 from 14 [ 35.71 %] 0 clones [ 0.00 %], purity: 99.13 %, hitEff: 79.80 % -MatchMCCheck INFO 08_long_electrons_P>5GeV : 2 from 5 [ 40.00 %] 0 clones [ 0.00 %], purity: 97.83 %, hitEff: 92.31 % -MatchMCCheck INFO -NameAuditor INFO Just Exited MatchMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter TMCCheck with auditor trigger Finalize -TMCCheck INFO Results -TMCCheck INFO **** TTrack 258 tracks including 41 ghosts [15.89 %], Event average 15.89 % **** -TMCCheck INFO 01_hasT : 157 from 203 [ 77.34 %] 0 clones [ 0.00 %], purity: 99.33 %, hitEff: 90.54 % -TMCCheck INFO 02_long : 113 from 121 [ 93.39 %] 0 clones [ 0.00 %], purity: 99.41 %, hitEff: 91.40 % -TMCCheck INFO 03_long>5GeV : 74 from 75 [ 98.67 %] 0 clones [ 0.00 %], purity: 99.61 %, hitEff: 93.43 % -TMCCheck INFO 04_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -TMCCheck INFO 05_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -TMCCheck INFO 06_UT+T_strange : 21 from 22 [ 95.45 %] 0 clones [ 0.00 %], purity: 98.26 %, hitEff: 88.14 % -TMCCheck INFO 07_UT+T_strange>5GeV : 14 from 15 [ 93.33 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.82 % -TMCCheck INFO 08_noVelo+UT+T_strange : 11 from 11 [100.00 %] 0 clones [ 0.00 %], purity: 99.24 %, hitEff: 92.47 % -TMCCheck INFO 09_noVelo+UT+T_strange>5GeV : 8 from 8 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.19 % -TMCCheck INFO -NameAuditor INFO Just Exited TMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter DownMCCheck with auditor trigger Finalize -DownMCCheck INFO Results -DownMCCheck INFO **** Downstream 176 tracks including 50 ghosts [28.41 %], Event average 28.41 % **** -DownMCCheck INFO 01_UT+T : 115 from 145 [ 79.31 %] 0 clones [ 0.00 %], purity: 99.53 %, hitEff: 99.83 % -DownMCCheck INFO 02_UT+T>5GeV : 77 from 86 [ 89.53 %] 0 clones [ 0.00 %], purity: 99.83 %, hitEff: 99.74 % -DownMCCheck INFO 03_UT+T_strange : 16 from 22 [ 72.73 %] 0 clones [ 0.00 %], purity: 98.78 %, hitEff:100.00 % -DownMCCheck INFO 04_UT+T_strange>5GeV : 13 from 15 [ 86.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 05_noVelo+UT+T_strange : 8 from 11 [ 72.73 %] 0 clones [ 0.00 %], purity: 99.22 %, hitEff:100.00 % -DownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 7 from 8 [ 87.50 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 07_UT+T_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 08_UT+T_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 15_noVelo+UT+T_electrons : 5 from 10 [ 50.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO -NameAuditor INFO Just Exited DownMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter FilterForBestMCCheck with auditor trigger Finalize -NameAuditor INFO Just Exited FilterForBestMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter FilterForBestLongMCCheck with auditor trigger Finalize -NameAuditor INFO Just Exited FilterForBestLongMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter FilterForBestLongAndGhostProbMCCheck with auditor trigger Finalize -NameAuditor INFO Just Exited FilterForBestLongAndGhostProbMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter FilterForBestDownMCCheck with auditor trigger Finalize -NameAuditor INFO Just Exited FilterForBestDownMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter FilterForBestDownAndGhostProbMCCheck with auditor trigger Finalize -NameAuditor INFO Just Exited FilterForBestDownAndGhostProbMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter BestMCCheck with auditor trigger Finalize -BestMCCheck INFO Results -BestMCCheck INFO **** Best 660 tracks including 97 ghosts [14.70 %], Event average 14.70 % **** -BestMCCheck INFO 01_long : 121 from 121 [100.00 %] 7 clones [ 5.47 %], purity: 99.37 %, hitEff: 85.97 % -BestMCCheck INFO 02_long>5GeV : 75 from 75 [100.00 %] 4 clones [ 5.06 %], purity: 99.35 %, hitEff: 90.03 % -BestMCCheck INFO 03_long_strange : 11 from 11 [100.00 %] 1 clones [ 8.33 %], purity: 99.38 %, hitEff: 79.78 % -BestMCCheck INFO 04_long_strange>5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.84 % -BestMCCheck INFO 05_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestMCCheck INFO 06_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestMCCheck INFO 07_long_electrons : 13 from 14 [ 92.86 %] 1 clones [ 7.14 %], purity: 95.87 %, hitEff: 70.16 % -BestMCCheck INFO 08_long_electrons_P>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 94.13 %, hitEff: 75.23 % -BestMCCheck INFO -NameAuditor INFO Just Exited BestMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter BestLongMCCheck with auditor trigger Finalize -BestLongMCCheck INFO Results -BestLongMCCheck INFO **** BestLong 155 tracks including 33 ghosts [21.29 %], Event average 21.29 % **** -BestLongMCCheck INFO 01_long : 106 from 121 [ 87.60 %] 0 clones [ 0.00 %], purity: 99.35 %, hitEff: 95.02 % -BestLongMCCheck INFO 02_long>5GeV : 69 from 75 [ 92.00 %] 0 clones [ 0.00 %], purity: 99.41 %, hitEff: 95.70 % -BestLongMCCheck INFO 03_long_strange : 9 from 11 [ 81.82 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 89.71 % -BestLongMCCheck INFO 04_long_strange>5GeV : 6 from 7 [ 85.71 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.81 % -BestLongMCCheck INFO 05_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestLongMCCheck INFO 06_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestLongMCCheck INFO 07_long_electrons : 9 from 14 [ 64.29 %] 0 clones [ 0.00 %], purity: 98.07 %, hitEff: 85.38 % -BestLongMCCheck INFO 08_long_electrons_P>5GeV : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity: 98.55 %, hitEff: 92.31 % -BestLongMCCheck INFO -NameAuditor INFO Just Exited BestLongMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter BestLongAndGhostProbMCCheck with auditor trigger Finalize -BestLongAndGhos... INFO Results -BestLongAndGhos... INFO **** BestLongAndGhostProb 131 tracks including 12 ghosts [ 9.16 %], Event average 9.16 % **** -BestLongAndGhos... INFO 01_long : 106 from 121 [ 87.60 %] 0 clones [ 0.00 %], purity: 99.35 %, hitEff: 95.02 % -BestLongAndGhos... INFO 02_long>5GeV : 69 from 75 [ 92.00 %] 0 clones [ 0.00 %], purity: 99.41 %, hitEff: 95.70 % -BestLongAndGhos... INFO 03_long_strange : 9 from 11 [ 81.82 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 89.71 % -BestLongAndGhos... INFO 04_long_strange>5GeV : 6 from 7 [ 85.71 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.81 % -BestLongAndGhos... INFO 05_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestLongAndGhos... INFO 06_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestLongAndGhos... INFO 07_long_electrons : 8 from 14 [ 57.14 %] 0 clones [ 0.00 %], purity: 97.83 %, hitEff: 86.29 % -BestLongAndGhos... INFO 08_long_electrons_P>5GeV : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity: 98.55 %, hitEff: 92.31 % -BestLongAndGhos... INFO -NameAuditor INFO Just Exited BestLongAndGhostProbMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter BestDownMCCheck with auditor trigger Finalize -BestDownMCCheck INFO Results -BestDownMCCheck INFO **** BestDown 38 tracks including 14 ghosts [36.84 %], Event average 36.84 % **** -BestDownMCCheck INFO 01_UT+T : 19 from 145 [ 13.10 %] 0 clones [ 0.00 %], purity: 99.27 %, hitEff: 92.35 % -BestDownMCCheck INFO 02_UT+T>5GeV : 12 from 86 [ 13.95 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.61 % -BestDownMCCheck INFO 03_UT+T_strange : 8 from 22 [ 36.36 %] 0 clones [ 0.00 %], purity: 99.22 %, hitEff: 95.50 % -BestDownMCCheck INFO 04_UT+T_strange>5GeV : 7 from 15 [ 46.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.75 % -BestDownMCCheck INFO 05_noVelo+UT+T_strange : 7 from 11 [ 63.64 %] 0 clones [ 0.00 %], purity: 99.11 %, hitEff: 94.85 % -BestDownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 6 from 8 [ 75.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.04 % -BestDownMCCheck INFO 07_UT+T_fromB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 08_UT+T_fromB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 15_noVelo+UT+T_electrons : 4 from 10 [ 40.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.28 % -BestDownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 2 from 5 [ 40.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.12 % -BestDownMCCheck INFO -NameAuditor INFO Just Exited BestDownMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter BestDownAndGhostProbMCCheck with auditor trigger Finalize -BestDownAndGhos... INFO Results -BestDownAndGhos... INFO **** BestDownAndGhostProb 35 tracks including 11 ghosts [31.43 %], Event average 31.43 % **** -BestDownAndGhos... INFO 01_UT+T : 19 from 145 [ 13.10 %] 0 clones [ 0.00 %], purity: 99.27 %, hitEff: 92.35 % -BestDownAndGhos... INFO 02_UT+T>5GeV : 12 from 86 [ 13.95 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.61 % -BestDownAndGhos... INFO 03_UT+T_strange : 8 from 22 [ 36.36 %] 0 clones [ 0.00 %], purity: 99.22 %, hitEff: 95.50 % -BestDownAndGhos... INFO 04_UT+T_strange>5GeV : 7 from 15 [ 46.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.75 % -BestDownAndGhos... INFO 05_noVelo+UT+T_strange : 7 from 11 [ 63.64 %] 0 clones [ 0.00 %], purity: 99.11 %, hitEff: 94.85 % -BestDownAndGhos... INFO 06_noVelo+UT+T_strange>5GeV : 6 from 8 [ 75.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.04 % -BestDownAndGhos... INFO 07_UT+T_fromB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 08_UT+T_fromB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 15_noVelo+UT+T_electrons : 4 from 10 [ 40.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.28 % -BestDownAndGhos... INFO 16_noVelo+UT+T_electrons_P>5GeV : 2 from 5 [ 40.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.12 % -BestDownAndGhos... INFO -NameAuditor INFO Just Exited BestDownAndGhostProbMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter UTForwardBestMCCheck with auditor trigger Finalize -UTForwardBestMC... INFO Results -UTForwardBestMC... INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardBest **** 62 ghost, 2.26 UT per track -UTForwardBestMC... INFO 01_long : 97 tr 3.98 from 4.12 mcUT [ 96.5 %] 0.12 ghost hits on real tracks [ 3.0 %] -UTForwardBestMC... INFO 01_long >3UT : 97 tr 3.98 from 4.12 mcUT [ 96.5 %] 0.12 ghost hits on real tracks [ 3.0 %] -UTForwardBestMC... INFO 02_long>5GeV : 68 tr 3.96 from 4.15 mcUT [ 95.4 %] 0.13 ghost hits on real tracks [ 3.2 %] -UTForwardBestMC... INFO 02_long>5GeV >3UT : 68 tr 3.96 from 4.15 mcUT [ 95.4 %] 0.13 ghost hits on real tracks [ 3.2 %] -UTForwardBestMC... INFO -NameAuditor INFO Just Exited UTForwardBestMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter UTMatchMCCheck with auditor trigger Finalize -UTMatchMCCheck INFO Results -UTMatchMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Match **** 52 ghost, 2.33 UT per track -UTMatchMCCheck INFO 01_long : 105 tr 3.94 from 4.12 mcUT [ 95.6 %] 0.11 ghost hits on real tracks [ 2.8 %] -UTMatchMCCheck INFO 01_long >3UT : 105 tr 3.94 from 4.12 mcUT [ 95.6 %] 0.11 ghost hits on real tracks [ 2.8 %] -UTMatchMCCheck INFO 02_long>5GeV : 70 tr 3.96 from 4.14 mcUT [ 95.5 %] 0.13 ghost hits on real tracks [ 3.1 %] -UTMatchMCCheck INFO 02_long>5GeV >3UT : 70 tr 3.96 from 4.14 mcUT [ 95.5 %] 0.13 ghost hits on real tracks [ 3.1 %] -UTMatchMCCheck INFO -NameAuditor INFO Just Exited UTMatchMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter UTDownMCCheck with auditor trigger Finalize -UTDownMCCheck INFO Results -UTDownMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Downstream **** 50 ghost, 4.02 UT per track -UTDownMCCheck INFO 01_has seed : 115 tr 4.12 from 4.13 mcUT [ 99.8 %] 0.01 ghost hits on real tracks [ 0.2 %] -UTDownMCCheck INFO 01_has seed >3UT : 115 tr 4.12 from 4.13 mcUT [ 99.8 %] 0.01 ghost hits on real tracks [ 0.2 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT : 14 tr 4.00 from 4.00 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT >3UT : 14 tr 4.00 from 4.00 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTDownMCCheck INFO 03_down+strange : 16 tr 4.00 from 4.00 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTDownMCCheck INFO 03_down+strange >3UT : 16 tr 4.00 from 4.00 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTDownMCCheck INFO 04_down+strange+>5GeV : 13 tr 4.00 from 4.00 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTDownMCCheck INFO 04_down+strange+>5GeV >3UT : 13 tr 4.00 from 4.00 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTDownMCCheck INFO -NameAuditor INFO Just Exited UTDownMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter VeloFullMCCheck with auditor trigger Finalize -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 516 tracks including 12 ghosts [ 2.33 %], Event average 2.33 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 442 from 471 [ 93.84 %] 4 clones [ 0.90 %], purity: 99.62 %, hitEff: 96.41 %, hitEffFirst3: 97.98 %, hitEffLast: 91.61 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 262 from 271 [ 96.68 %] 4 clones [ 1.50 %], purity: 99.75 %, hitEff: 96.40 %, hitEffFirst3: 96.87 %, hitEffLast: 95.18 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 180 from 200 [ 90.00 %] 0 clones [ 0.00 %], purity: 99.42 %, hitEff: 96.43 %, hitEffFirst3: 99.63 %, hitEffLast: 85.14 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 213 from 214 [ 99.53 %] 4 clones [ 1.84 %], purity: 99.88 %, hitEff: 96.17 %, hitEffFirst3: 96.47 %, hitEffLast: 95.81 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 120 from 121 [ 99.17 %] 1 clones [ 0.83 %], purity: 99.95 %, hitEff: 97.21 %, hitEffFirst3: 97.52 %, hitEffLast: 96.48 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 74 from 75 [ 98.67 %] 1 clones [ 1.33 %], purity: 99.92 %, hitEff: 96.58 %, hitEffFirst3: 96.89 %, hitEffLast: 96.33 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 46 from 46 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.24 %, hitEffFirst3: 98.55 %, hitEffLast: 96.72 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 64 from 65 [ 98.46 %] 0 clones [ 0.00 %], purity: 99.91 %, hitEff: 97.20 %, hitEffFirst3: 97.92 %, hitEffLast: 96.72 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.86 %, hitEffFirst3:100.00 %, hitEffLast: 90.91 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.86 %, hitEffFirst3:100.00 %, hitEffLast: 90.91 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.86 %, hitEffFirst3:100.00 %, hitEffLast: 90.91 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 11 from 11 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.42 %, hitEffFirst3: 96.97 %, hitEffLast: 89.09 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.37 %, hitEffFirst3: 95.24 %, hitEffLast: 97.14 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 4 from 4 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.75 %, hitEffFirst3:100.00 %, hitEffLast: 75.00 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 91.54 %, hitEffFirst3: 88.89 %, hitEffLast: 93.33 % -VeloFullMCCheck INFO 21_Electron_Velo : 57 from 88 [ 64.77 %] 2 clones [ 3.39 %], purity: 97.08 %, hitEff: 85.69 %, hitEffFirst3: 79.10 %, hitEffLast: 86.71 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 49 from 74 [ 66.22 %] 2 clones [ 3.92 %], purity: 97.50 %, hitEff: 84.26 %, hitEffFirst3: 75.82 %, hitEffLast: 87.25 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 8 from 14 [ 57.14 %] 0 clones [ 0.00 %], purity: 94.38 %, hitEff: 94.79 %, hitEffFirst3:100.00 %, hitEffLast: 83.33 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 45 from 62 [ 72.58 %] 2 clones [ 4.26 %], purity: 97.64 %, hitEff: 83.28 %, hitEffFirst3: 73.76 %, hitEffLast: 86.87 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 12 from 14 [ 85.71 %] 0 clones [ 0.00 %], purity: 94.84 %, hitEff: 83.27 %, hitEffFirst3: 58.33 %, hitEffLast: 96.88 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 90.62 %, hitEff: 84.66 %, hitEffFirst3: 66.67 %, hitEffLast: 96.88 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 8 from 9 [ 88.89 %] 0 clones [ 0.00 %], purity: 96.94 %, hitEff: 82.58 %, hitEffFirst3: 54.17 %, hitEffLast: 96.88 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 1 from 2 [ 50.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 33_Electron_Long_FromD_Eta25 : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 34_Electron_Long_FromD_Eta25 p>5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 36_Electron_Long_FromD_Eta25 p>3GeV pt>400MeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO -NameAuditor INFO Just Exited VeloFullMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter TrackResCheckerFast with auditor trigger Finalize -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = -0.194 +/- 0.158, RMS = 1.148 +/- 0.166 -TrackResChecker... INFO ALL/y pull : mean = -0.182 +/- 0.158, RMS = 1.142 +/- 0.084 -TrackResChecker... INFO ALL/tx pull : mean = 0.211 +/- 0.166, RMS = 1.205 +/- 0.171 -TrackResChecker... INFO ALL/ty pull : mean = 0.151 +/- 0.158, RMS = 1.137 +/- 0.092 -TrackResChecker... INFO ALL/p pull : mean = -0.218 +/- 0.204, RMS = 1.430 +/- 0.122 -TrackResChecker... INFO ALL/probChi2 : mean = 0.418 +/- 0.044, RMS = 0.321 +/- 0.019 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 51.272 +/- 12.718 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 51.568 +/- 12.810 micron -TrackResChecker... INFO ALL/dp/p: mean = 0.0004 +/- 0.0013, RMS = 0.0096 +/- 0.0021 -NameAuditor INFO Just Exited TrackResCheckerFast with auditor trigger Finalize -NameAuditor INFO About to Enter PVConverter with auditor trigger Finalize -NameAuditor INFO Just Exited PVConverter with auditor trigger Finalize -NameAuditor INFO About to Enter PVChecker with auditor trigger Finalize -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 5 from 6 ( 7-1 ) [ 83.33 %], false 0 from reco. 5 ( 5+0 ) [ 0.00 %] -PVChecker INFO 01 isolated : 4 from 5 ( 5-0 ) [ 80.00 %], false 0 from reco. 4 ( 4+0 ) [ 0.00 %] -PVChecker INFO 02 close : 1 from 1 ( 2-1 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 03 ntracks<10 : 0 from 1 ( 1-0 ) [ 0.00 %], false 0 from reco. 0 ( 0+0 ) [ -100.00 %] -PVChecker INFO 04 ntracks>=10 : 5 from 5 ( 5-0 ) [ 100.00 %], false 0 from reco. 5 ( 5+0 ) [ 0.00 %] -PVChecker INFO 05 z<-50.0 : 2 from 2 ( 2-0 ) [ 100.00 %], false 0 from reco. 2 ( 2+0 ) [ 0.00 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 3 from 4 ( 5-1 ) [ 75.00 %], false 0 from reco. 3 ( 3+0 ) [ 0.00 %] -PVChecker INFO 07 z >=50.0 : 0 from 0 ( 0-0 ) [ -100.00 %], false 0 from reco. 0 ( 0+0 ) [ -100.00 %] -PVChecker INFO 08 decayBeauty : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 09 decayCharm : 2 from 2 ( 2-0 ) [ 100.00 %], false 0 from reco. 2 ( 2+0 ) [ 0.00 %] -PVChecker INFO 10 decayStrange : 5 from 6 ( 6-0 ) [ 83.33 %], false 0 from reco. 5 ( 5+0 ) [ 0.00 %] -PVChecker INFO 11 other : 0 from 0 ( 1-1 ) [ -100.00 %], false 0 from reco. 0 ( 0+0 ) [ -100.00 %] -PVChecker INFO 12 1MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 13 2MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 14 3MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 15 4MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 16 5MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 69.40 [MC: 68.17] -PVChecker INFO 01 isolated : av. PV tracks: 68.25 [MC: 63.40] -PVChecker INFO 02 close : av. PV tracks: 74.00 [MC: 92.00] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 0.00 [MC: 4.00] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 69.40 [MC: 81.00] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 96.50 [MC: 107.50] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 51.33 [MC: 48.50] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 0.00 [MC: 0.00] -PVChecker INFO 08 decayBeauty : av. PV tracks: 20.00 [MC: 27.00] -PVChecker INFO 09 decayCharm : av. PV tracks: 62.50 [MC: 68.50] -PVChecker INFO 10 decayStrange : av. PV tracks: 69.40 [MC: 68.17] -PVChecker INFO 11 other : av. PV tracks: 0.00 [MC: 0.00] -PVChecker INFO 12 1MCPV : av. PV tracks: 105.00 [MC: 110.00] -PVChecker INFO 13 2MCPV : av. PV tracks: 88.00 [MC: 105.00] -PVChecker INFO 14 3MCPV : av. PV tracks: 74.00 [MC: 92.00] -PVChecker INFO 15 4MCPV : av. PV tracks: 60.00 [MC: 71.00] -PVChecker INFO 16 5MCPV : av. PV tracks: 20.00 [MC: 27.00] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.002, y: +0.007, z: +0.038 -PVChecker INFO 2_res_ntracks<10 : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO 4_res_ntracks>30 : x: +0.002, y: +0.003, z: +0.025 -PVChecker INFO 5_res_z<-50 : x: +0.001, y: +0.002, z: +0.027 -PVChecker INFO 6_res_z(-50,50) : x: +0.002, y: +0.009, z: +0.036 -PVChecker INFO 7_res_z>50 : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +0.446, y: +0.709, z: +0.605 -PVChecker INFO 1_pull_mean_all : x: -0.806, y: -0.157, z: -0.621 -PVChecker INFO -NameAuditor INFO Just Exited PVChecker with auditor trigger Finalize -NameAuditor INFO Just Exited CheckPatSeq with auditor trigger Finalize -NameAuditor INFO About to Enter CheckRICHSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RichCheck with auditor trigger Finalize -NameAuditor INFO About to Enter RichFutureTKToMCPsRels with auditor trigger Finalize -NameAuditor INFO Just Exited RichFutureTKToMCPsRels with auditor trigger Finalize -NameAuditor INFO About to Enter RichCheckDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDCheckDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonDown10to70 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonDown10to70 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonDown2to10 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonDown2to10 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonDown2to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonDown2to100 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonDown70to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonDown70to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDCheckDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKMCResDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKMCResDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKMCResDownTight with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKMCResDownTight with auditor trigger Finalize -NameAuditor INFO About to Enter RiMCTkResDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiMCTkResDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichCheckDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichCheckLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDCheckLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonLong10to70 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonLong10to70 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonLong2to10 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonLong2to10 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonLong2to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonLong2to100 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonLong70to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonLong70to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDCheckLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKMCResLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKMCResLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKMCResLongTight with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKMCResLongTight with auditor trigger Finalize -NameAuditor INFO About to Enter RiMCTkResLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiMCTkResLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichCheckLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichCheckUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDCheckUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonUp10to70 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonUp10to70 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonUp2to10 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonUp2to10 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonUp2to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonUp2to100 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonUp70to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonUp70to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDCheckUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKMCResUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKMCResUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKMCResUpTight with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKMCResUpTight with auditor trigger Finalize -NameAuditor INFO About to Enter RiMCTkResUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiMCTkResUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichCheckUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichCheck with auditor trigger Finalize -NameAuditor INFO Just Exited CheckRICHSeq with auditor trigger Finalize -NameAuditor INFO About to Enter CheckMUONSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MuonPIDCheckerDown with auditor trigger Finalize -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO MuonID Rates for Downstream Tracks -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuonLoose = 1.0 : 17.241 +- 7.014 -MuonPIDCheckerDown INFO IsMuoLoose MuonProb < 0.9 : 3.448 +- 3.388 -MuonPIDCheckerDown INFO IsMuoLoose DLL > 1.4 : 3.448 +- 3.388 -MuonPIDCheckerDown INFO IsMuonLoose NShared < 1.0 : 3.448 +- 3.388 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuon = 1.0 : 10.345 +- 5.655 -MuonPIDCheckerDown INFO IsMuon MuonProb < 0.9 : 3.448 +- 3.388 -MuonPIDCheckerDown INFO IsMuon DLL > 1.4 : 3.448 +- 3.388 -MuonPIDCheckerDown INFO IsMuon NShared < 1.0 : 3.448 +- 3.388 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Total Number of Tracks analysed: 38 -MuonPIDCheckerDown INFO Total Number of PreSelected Tracks: 29 -MuonPIDCheckerDown INFO Total Number of IsMuonLoose Candidates: 5 -MuonPIDCheckerDown INFO Total Number of IsMuon Candidates: 3 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -NameAuditor INFO Just Exited MuonPIDCheckerDown with auditor trigger Finalize -NameAuditor INFO About to Enter MuonPIDCheckerLong with auditor trigger Finalize -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO MuonID Rates for Long Tracks -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuonLoose = 1.0 : 18.699 +- 3.516 -MuonPIDCheckerLong INFO IsMuoLoose MuonProb < 0.9 : 7.317 +- 2.348 -MuonPIDCheckerLong INFO IsMuoLoose DLL > 1.4 : 0.813 +- 0.810 -MuonPIDCheckerLong INFO IsMuonLoose NShared < 1.0 : 4.065 +- 1.781 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuon = 1.0 : 13.008 +- 3.033 -MuonPIDCheckerLong INFO IsMuon MuonProb < 0.9 : 7.317 +- 2.348 -MuonPIDCheckerLong INFO IsMuon DLL > 1.4 : 0.813 +- 0.810 -MuonPIDCheckerLong INFO IsMuon NShared < 1.0 : 2.439 +- 1.391 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Total Number of Tracks analysed: 155 -MuonPIDCheckerLong INFO Total Number of PreSelected Tracks: 123 -MuonPIDCheckerLong INFO Total Number of IsMuonLoose Candidates: 23 -MuonPIDCheckerLong INFO Total Number of IsMuon Candidates: 16 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -NameAuditor INFO Just Exited MuonPIDCheckerLong with auditor trigger Finalize -NameAuditor INFO Just Exited CheckMUONSeq with auditor trigger Finalize -NameAuditor INFO Just Exited Check with auditor trigger Finalize -NameAuditor INFO Just Exited PhysicsSeq with auditor trigger Finalize -NameAuditor INFO About to Enter Output with auditor trigger Finalize -NameAuditor INFO About to Enter OutputDSTSeq with auditor trigger Finalize -NameAuditor INFO About to Enter GenFSRMerge with auditor trigger Finalize -GenFSRMerge INFO ========== Merging GenFSR ========== -NameAuditor INFO Just Exited GenFSRMerge with auditor trigger Finalize -NameAuditor INFO About to Enter RawEventSplitSeq with auditor trigger Finalize -NameAuditor INFO About to Enter create_Calo_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Calo_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_HC_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_HC_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_Muon_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Muon_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_PersistReco_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_PersistReco_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_Rich_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Rich_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_Tracker_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Tracker_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_Trigger_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Trigger_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_Unstripped_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Unstripped_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_Velo_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Velo_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter KillRawEventNodes with auditor trigger Finalize -NameAuditor INFO Just Exited KillRawEventNodes with auditor trigger Finalize -NameAuditor INFO Just Exited RawEventSplitSeq with auditor trigger Finalize -NameAuditor INFO About to Enter FilterBestTrackStates with auditor trigger Finalize -NameAuditor INFO Just Exited FilterBestTrackStates with auditor trigger Finalize -NameAuditor INFO About to Enter FilterMuonTrackStates with auditor trigger Finalize -NameAuditor INFO Just Exited FilterMuonTrackStates with auditor trigger Finalize -NameAuditor INFO About to Enter PackDST with auditor trigger Finalize -NameAuditor INFO About to Enter PackTrack with auditor trigger Finalize -NameAuditor INFO Just Exited PackTrack with auditor trigger Finalize -NameAuditor INFO About to Enter PackRichPIDs with auditor trigger Finalize -NameAuditor INFO Just Exited PackRichPIDs with auditor trigger Finalize -NameAuditor INFO About to Enter PackMuonPIDs with auditor trigger Finalize -NameAuditor INFO Just Exited PackMuonPIDs with auditor trigger Finalize -NameAuditor INFO About to Enter CaloPacking with auditor trigger Finalize -NameAuditor INFO About to Enter PackPhotons with auditor trigger Finalize -NameAuditor INFO Just Exited PackPhotons with auditor trigger Finalize -NameAuditor INFO About to Enter PackElectrons with auditor trigger Finalize -NameAuditor INFO Just Exited PackElectrons with auditor trigger Finalize -NameAuditor INFO About to Enter PackMergedPi0s with auditor trigger Finalize -NameAuditor INFO Just Exited PackMergedPi0s with auditor trigger Finalize -NameAuditor INFO About to Enter PackSplitPhotons with auditor trigger Finalize -NameAuditor INFO Just Exited PackSplitPhotons with auditor trigger Finalize -NameAuditor INFO Just Exited CaloPacking with auditor trigger Finalize -NameAuditor INFO About to Enter ProtoParticlePIDClean with auditor trigger Finalize -NameAuditor INFO Just Exited ProtoParticlePIDClean with auditor trigger Finalize -NameAuditor INFO About to Enter PackChargedProtos with auditor trigger Finalize -NameAuditor INFO Just Exited PackChargedProtos with auditor trigger Finalize -NameAuditor INFO About to Enter PackNeutralProtos with auditor trigger Finalize -NameAuditor INFO Just Exited PackNeutralProtos with auditor trigger Finalize -NameAuditor INFO About to Enter PackRecVertex with auditor trigger Finalize -NameAuditor INFO Just Exited PackRecVertex with auditor trigger Finalize -NameAuditor INFO About to Enter PackTwoProngVertex with auditor trigger Finalize -NameAuditor INFO Just Exited PackTwoProngVertex with auditor trigger Finalize -NameAuditor INFO About to Enter PackMuonTracks with auditor trigger Finalize -NameAuditor INFO Just Exited PackMuonTracks with auditor trigger Finalize -NameAuditor INFO Just Exited PackDST with auditor trigger Finalize -NameAuditor INFO Just Exited OutputDSTSeq with auditor trigger Finalize -NameAuditor INFO Just Exited Output with auditor trigger Finalize -NameAuditor INFO Just Exited BrunelSequencer with auditor trigger Finalize -NameAuditor INFO About to Enter DstWriter with auditor trigger Finalize -DstWriter INFO Events output: 1 -NameAuditor INFO Just Exited DstWriter with auditor trigger Finalize -NameAuditor INFO About to Enter FSROutputStreamDstWriter with auditor trigger Finalize -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -NameAuditor INFO Just Exited FSROutputStreamDstWriter with auditor trigger Finalize -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 1 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 7 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 660 | 563 |( 85.30303 +- 1.378238)% | - | "MC particles per track" | 563 | 582 | 1.0337 | -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 173 | 173.00 | -BremChi22IDFuture INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 322 | 322.00 | 0.0000 | 322.00 | 322.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -BremMatchFuture INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 1 | 27053 | 27053.0 | 0.0000 | 27053.0 | 27053.0 | - | "#chi2" | 9217 |4.008827e+07 | 4349.4 | 2820.4 | 1.0676 | 10000.0 | - | "#good tracks" | 1 | 234 | 234.00 | 0.0000 | 234.00 | 234.00 | - | "#links in table" | 1 | 9217 | 9217.0 | 0.0000 | 9217.0 | 9217.0 | - | "#total calos" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -BremMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/BremMatch" | 1 | 9217 | 9217.0 | 0.0000 | 9217.0 | 9217.0 | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -BremPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 322 | 322.00 | 0.0000 | 322.00 | 322.00 | -BrunelInit.Brun... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -CaloClusterMCTruth INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CC2MC links" | 1 | 7976 | 7976.0 | - |*"No MC information for the cluster is found" | 279 | 1 |(0.3584229 +- 0.3577800)% | -CaloDigit2MCLin... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CD2MC links" | 1 | 23707 | 23707.0 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 1 | 6066 | 6066.0 | - | "#links/hypo" | 184 | 6066 | 32.967 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 1 | 526 | 526.00 | - | "#links/hypo" | 13 | 526 | 40.462 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 1 | 3800 | 3800.0 | - | "#links/hypo" | 155 | 3800 | 24.516 | -ChargedProtoPMaker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Track/Best ==> Rec/ProtoP/Charged" | 1 | 207 | 207.00 | 0.0000 | 207.00 | 207.00 | -ClassifyPhotonE... INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Electron Delta(E)" | 184 | 37807.23 | 205.47 | 249.23 | -906.74 | 2244.8 | - | "Electron Delta(X)" | 184 | -95.4051 | -0.51851 | 11.852 | -22.778 | 22.325 | - | "Electron Delta(Y)" | 184 | -235.2759 | -1.2787 | 11.773 | -22.777 | 22.321 | - | "Electron Delta(Z)" | 184 | 12406.68 | 67.428 | 13.939 | 34.862 | 97.376 | - | "Electron corrected energy" | 184 | 1387516 | 7540.8 | 7228.5 | 423.63 | 40294.0 | - | "Photon Delta(E)" | 155 | -1093.364 | -7.0540 | 122.46 | -716.41 | 520.18 | - | "Photon Delta(X)" | 155 | -201.4364 | -1.2996 | 13.517 | -22.778 | 22.325 | - | "Photon Delta(Y)" | 155 | -281.1704 | -1.8140 | 12.873 | -22.781 | 22.221 | - | "Photon Delta(Z)" | 155 | 9216.209 | 59.459 | 12.722 | 32.008 | 96.172 | - | "Photon corrected energy" | 155 | 672732.1 | 4340.2 | 6617.9 | 207.41 | 42739.0 | - | "electronHypos" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | - | "photonHypos" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 63 | 62.90493 | 0.99849 | 0.020303 | 0.96576 | 1.0620 | - | "<alpha> Middle" | 53 | 53.45665 | 1.0086 | 0.020758 | 0.97845 | 1.0580 | - | "<alpha> Outer" | 68 | 67.98995 | 0.99985 | 0.013547 | 0.97720 | 1.0268 | - | "Pileup offset" | 184 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 184 | 184 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 36 | 35.85905 | 0.99608 | 0.017179 | 0.96576 | 1.0512 | - | "<alpha> Middle" | 33 | 33.18631 | 1.0056 | 0.021147 | 0.98122 | 1.0580 | - | "<alpha> Outer" | 86 | 85.74595 | 0.99705 | 0.015923 | 0.97374 | 1.0533 | - | "Pileup offset" | 155 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 155 | 155 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 516 | 516.00 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 1 | 516 | 516.00 | -DownstreamAssoc... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 176 | 126 |( 71.59091 +- 3.399392)% | - | "MC particles per track" | 126 | 126 | 1.0000 | -EcalClusterMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/EcalClusters" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | -EcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 1 | 3041 | 3041.0 | 0.0000 | 3041.0 | 3041.0 | -EcalEFlowMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 1 | 3022 | 3022.0 | 0.0000 | 3022.0 | 3022.0 | -EcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | - | "#total energy" | 238 | 788.8078 | 3.3143 | 3.7843 | -0.0041320 | 20.752 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -EcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | -EcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | -ElectronMatchFu... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 1 | 39716 | 39716.0 | 0.0000 | 39716.0 | 39716.0 | - | "#chi2" | 4076 |1.969683e+07 | 4832.4 | 2878.4 | 1.3376 | 9999.8 | - | "#good tracks" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | - | "#links in table" | 1 | 4076 | 4076.0 | 0.0000 | 4076.0 | 4076.0 | - | "#total calos" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | -ElectronMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ElectronMatch" | 1 | 4076 | 4076.0 | 0.0000 | 4076.0 | 4076.0 | - | "Monitor /Event/Rec/Calo/Electrons" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | -ElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Electrons" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | -EtaMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 27 | 27.000 | 0.0000 | 27.000 | 27.000 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 57 | 57.000 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 1 | 35 | 35.000 | 0.0000 | 35.000 | 35.000 | - | "#seeds" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 1 | 38 | 38.000 | 0.0000 | 38.000 | 38.000 | - | "#seeds" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 1 | 131 | 131.00 | 0.0000 | 131.00 | 131.00 | - | "#seeds" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | - | "#seeds" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FilterForBestMC... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#seeds" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -ForwardBestAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 173 | 111 |( 64.16185 +- 3.645761)% | - | "MC particles per track" | 111 | 128 | 1.1532 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 57 | 54 |( 94.73684 +- 2.957639)% | - | "MC particles per track" | 54 | 64 | 1.1852 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 57 | 54 |( 94.73684 +- 2.957639)% | - | "MC particles per track" | 54 | 64 | 1.1852 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 57 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 57 | 8 | 0.14035 | 0.34735 | 0.0000 | 1.0000 | - | "chisqprobSum" | 57 | 22.54721 | 0.39557 | 0.32572 | 0.0000 | 0.99890 | - | "flipCharge" | 57 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 1 | 57 | 57.000 | 0.0000 | 57.000 | 57.000 | - | "nTracks" | 1 | 57 | 57.000 | 0.0000 | 57.000 | 57.000 | - | "numOutliers" | 57 | 55 | 0.96491 | 0.87789 | 0.0000 | 3.0000 | -FutureClusChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FutureClusterMatch INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 1 | 49493 | 49493.0 | 0.0000 | 49493.0 | 49493.0 | - | "#chi2" | 16909 | 7910646 | 467.84 | 288.77 | 0.0058746 | 999.81 | - | "#good tracks" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | - | "#links in table" | 1 | 16909 | 16909.0 | 0.0000 | 16909.0 | 16909.0 | - | "#total calos" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | -FutureEcalChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FutureEcalClust INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusterization passes" | 1 | 4 | 4.0000 | 0.0000 | 4.0000 | 4.0000 | - | "# clusters" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | - | "Cluster energy" | 279 | 1718453 | 6159.3 | 7291.5 | 176.60 | 42219.0 | - | "Cluster size" | 279 | 3691 | 13.229 | 3.9799 | 6.0000 | 30.000 | -FutureEcalCovar INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusters" | 279 | -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -FutureEcalCovar... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 12 | 58 | 4.8333 | 1.6750 | 3.0000 | 9.0000 | - | "Corrected Clusters: ET" | 12 | 2826.6 | 235.55 | 253.88 | 70.000 | 938.60 | - | "Corrected Clusters: size ratio" | 12 | 3.9217 | 0.32681 | 0.20820 | 0.0000 | 0.77119 | -FutureEcalShare INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(E)" | 427 | -16058.38 | -37.607 | 925.55 | -7445.8 | 6091.8 | - | "Delta(X)" | 427 | -28.46799 | -0.066670 | 5.2773 | -32.966 | 19.821 | - | "Delta(Y)" | 427 | 62.17308 | 0.14560 | 5.0373 | -24.537 | 23.772 | - | "Delta(Z)" | 427 | 0.00390625 | 9.1481e-06 | 0.00068152 | -0.00097656 | 0.00097656 | - | "negative E clusters (removed)" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -FutureEcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 1 | 0 |( 0.000000 +- 0.000000)% | -FutureHcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 1 | 0 |( 0.000000 +- 0.000000)% | -FutureNeutralPr... INFO Number of counters : 41 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "CaloClusterCode for Photon" | 155 | -1561 | -10.071 | 88.038 | -98.000 | 98.000 | - | "CaloClusterCode for PhotonFromMergedPi0" | 26 | 2142 | 82.385 | 14.446 | 43.000 | 98.000 | - | "CaloClusterCode for Pi0Merged" | 13 | -599 | -46.077 | 77.151 | -97.000 | 95.000 | - | "CaloClusterFrac for Photon" | 137 | 137.174 | 1.0013 | 0.052748 | 0.85374 | 1.2272 | - | "CaloClusterFrac for PhotonFromMergedPi0" | 26 | 13.91204 | 0.53508 | 0.20913 | 0.13079 | 0.92533 | - | "CaloClusterFrac for Pi0Merged" | 13 | 12.91845 | 0.99373 | 0.013249 | 0.95503 | 1.0012 | - | "CaloNeutralE19 for Photon" | 155 | 90.1665 | 0.58172 | 0.18268 | 0.23198 | 1.0762 | - | "CaloNeutralE19 for PhotonFromMergedPi0" | 26 | 18.70591 | 0.71946 | 0.25594 | 0.37462 | 1.6094 | - | "CaloNeutralE19 for Pi0Merged" | 13 | 6.018107 | 0.46293 | 0.12591 | 0.26000 | 0.71674 | - | "CaloNeutralE49 for Photon" | 155 | 136.2401 | 0.87897 | 0.097125 | 0.62684 | 1.1244 | - | "CaloNeutralE49 for PhotonFromMergedPi0" | 26 | 23.7473 | 0.91336 | 0.057579 | 0.78189 | 1.0000 | - | "CaloNeutralE49 for Pi0Merged" | 13 | 10.99077 | 0.84544 | 0.072269 | 0.72965 | 0.97754 | - | "CaloNeutralEcal for Photon" | 155 | 673825.5 | 4347.3 | 6635.9 | 212.32 | 42219.0 | - | "CaloNeutralEcal for PhotonFromMergedPi0" | 26 | 189984.2 | 7307.1 | 4032.8 | 1115.5 | 15138.0 | - | "CaloNeutralEcal for Pi0Merged" | 13 | 186603.4 | 14354.0 | 6437.0 | 5630.1 | 28444.0 | - | "CaloNeutralHcal2Ecal for Photon" | 155 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for PhotonFromMergedPi0" | 26 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for Pi0Merged" | 13 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralID for Photon" | 155 | 5816804 | 37528.0 | 3598.0 | 33174.0 | 44136.0 | - | "CaloNeutralID for PhotonFromMergedPi0" | 26 | 961969 | 36999.0 | 2291.2 | 33496.0 | 39711.0 | - | "CaloNeutralID for Pi0Merged" | 13 | 481047 | 37004.0 | 2289.9 | 33497.0 | 39710.0 | - | "CaloTrMatch for Photon" | 152 | 13095.67 | 86.156 | 129.56 | 4.0766 | 978.67 | - | "CaloTrMatch for PhotonFromMergedPi0" | 26 | 36.68078 | 1.4108 | 3.2763 | 0.015890 | 12.668 | - | "CaloTrMatch for Pi0Merged" | 13 | 18.34039 | 1.4108 | 3.2763 | 0.015890 | 12.668 | - | "ClusterAsX for Photon" | 155 | -3.198603 | -0.020636 | 0.20047 | -0.69821 | 0.48860 | - | "ClusterAsX for PhotonFromMergedPi0" | 26 | 0.772667 | 0.029718 | 0.26126 | -0.67383 | 0.82838 | - | "ClusterAsY for Photon" | 155 |-0.03402707 |-0.00021953 | 0.20568 | -0.60684 | 0.49713 | - | "ClusterAsY for PhotonFromMergedPi0" | 26 | 2.315743 | 0.089067 | 0.19743 | -0.24475 | 0.50290 | - | "IsNotH for Photon" | 155 | 47.18513 | 0.30442 | 0.35159 | -1.0000 | 0.97760 | - | "IsNotH for Pi0Merged" | 13 | 2.642954 | 0.20330 | 0.22723 | 0.0041233 | 0.90162 | - | "IsPhoton for Photon" | 155 | 155 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | - | "IsPhoton for Pi0Merged" | 13 | 10.1345 | 0.77958 | 0.40299 | 0.0069255 | 1.0000 | - | "IsPhotonXGB for Photon" | 155 | 155 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | - | "IsPhotonXGB for Pi0Merged" | 13 | 11.38954 | 0.87612 | 0.23363 | 0.31061 | 1.0000 | - | "Neutral Protos" | 1 | 194 | 194.00 | 0.0000 | 194.00 | 194.00 | - | "Neutral Protos from MergedPi0s" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - | "Neutral Protos from Photons" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | - | "Neutral Protos from SplitPhotons" | 1 | 26 | 26.000 | 0.0000 | 26.000 | 26.000 | - | "ShowerShape for Photon" | 155 | 872688 | 5630.2 | 4524.0 | 379.60 | 24186.0 | - | "ShowerShape for PhotonFromMergedPi0" | 26 | 101456.4 | 3902.2 | 3003.3 | 890.36 | 12223.0 | - | "ShowerShape for Pi0Merged" | 13 | 99296.48 | 7638.2 | 5356.4 | 2021.0 | 18380.0 | -HcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Hcal/Digits" | 1 | 570 | 570.00 | 0.0000 | 570.00 | 570.00 | -HcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | - | "#total energy" | 228 | 2131.171 | 9.3472 | 13.894 | 0.0000 | 82.237 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -HcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | -HcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | -InBREMFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 360 | 360.00 | 0.0000 | 360.00 | 360.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#tracks in acceptance" | 1 | 260 | 260.00 | 0.0000 | 260.00 | 260.00 | -InECALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#tracks in acceptance" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | -InHCALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#tracks in acceptance" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | -MCRichDigitSumm... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 1 | 11669 | 11669.0 | 0.0000 | 11669.0 | 11669.0 | -MatchAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 168 | 116 |( 69.04762 +- 3.566701)% | - | "MC particles per track" | 116 | 133 | 1.1466 | -MergedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/MergedPi0s" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | -MergedPi0RecFuture INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Cluster without 2nd seed found" | 13 | 0 |( 0.000000 +- 0.000000)% | - | "Corrected energy" | 26 | 189816.3 | 7300.6 | 4030.6 | 1108.7 | 14888.0 | - |*"Fails to set covariance" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to set spread" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (1)" | 13 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (2)" | 13 | 0 |( 0.000000 +- 0.000000)% | - | "Photon Delta(E)" | 26 | -167.9194 | -6.4584 | 146.10 | -249.63 | 535.95 | - | "Photon Delta(X)" | 26 | 38.9502 | 1.4981 | 14.170 | -31.566 | 22.308 | - | "Photon Delta(Y)" | 26 | 16.64524 | 0.64020 | 11.881 | -19.229 | 22.104 | - | "Photon Delta(Z)" | 26 | 2022.394 | 77.784 | 8.2541 | 55.228 | 89.502 | - | "clusters => mergedPi0s" | 1 | 13 | 13.000 | - | "clusters => splitClusters" | 1 | 26 | 26.000 | -MergedPi0RecFut... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Middle" | 14 | 14.00333 | 1.0002 | 0.016155 | 0.98350 | 1.0418 | - | "<alpha> Outer" | 12 | 12.0487 | 1.0041 | 0.028555 | 0.98009 | 1.0669 | - | "Pileup offset" | 26 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 26 | 26 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -MergedPi0RecFut... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 4 | 22 | 5.5000 | 0.86603 | 4.0000 | 6.0000 | - | "Corrected Clusters: ET" | 4 | 3493.8 | 873.45 | 471.14 | 179.20 | 1406.0 | - | "Corrected Clusters: size ratio" | 4 | 2.23704 | 0.55926 | 0.52662 | 0.18007 | 1.4652 | -MuonIDAlgLite INFO Number of counters : 9 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "muonMVA2Stat" | 19 | -19.7092 | -1.0373 | 0.52008 | -2.0478 | -0.061268 | - | "nGoodOffline" | 193 | - | "nInAcceptance" | 155 | - | "nIsMuon" | 19 | - | "nIsMuonLoose" | 28 | - | "nIsMuonTight" | 11 | - | "nMomentumCut" | 164 | - | "nMuonPIDs" | 155 | - | "nPreSelTrack" | 152 | -MuonProcStatus INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "readoutStatus : create a procStatus" | 1 | -MuonROFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Accepted events" | 1 | 1 |( 100.0000 +- 0.000000)% | -MuonTrackFitter INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 28 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 19 | 8 | 0.42105 | 0.49373 | 0.0000 | 1.0000 | - | "chisqprobSum" | 19 | 5.329152 | 0.28048 | 0.34771 | 0.0000 | 0.87241 | - | "flipCharge" | 28 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 1 | 28 | 28.000 | 0.0000 | 28.000 | 28.000 | - | "nTracks" | 1 | 28 | 28.000 | 0.0000 | 28.000 | 28.000 | - | "numOutliers" | 28 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -PackMuonPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -PackMuonTracks INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 1 | 28 | 28.000 | 0.0000 | 28.000 | 28.000 | -PackRichPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 1 | 193 | 193.00 | 0.0000 | 193.00 | 193.00 | -PackTrack INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 1 | 5 | 5.0000 | -PhotonMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Clusters" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | - | "RelationsTable" | 1 | 16909 | 16909.0 | 0.0000 | 16909.0 | 16909.0 | -PhotonMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 1 | 303 | 303.00 | - | "Created long tracks" | 1 | 173 | 173.00 | - | "Input tracks" | 1 | 313 | 313.00 | - | "Number of candidate bins per track" | 303 | 13909 | 45.904 | 17.981 | 0.0000 | 82.000 | - | "Number of complete candidates/track 1st Loop" | 302 | 193 | 0.63907 | 0.76266 | 0.0000 | 4.0000 | - | "Number of complete candidates/track 2nd Loop" | 186 | 23 | 0.12366 | 0.36038 | 0.0000 | 2.0000 | - | "Number of x candidates per track 1st Loop" | 302 | 1315 | 4.3543 | 2.9895 | - | "Number of x candidates per track 2nd Loop" | 186 | 3289 | 17.683 | 8.9809 | - | "Percentage second loop execution" | 302 | 186 | 0.61589 | - | "Removed duplicates" | 1 | 12 | 12.000 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 143 | 576 | 4.0280 | - | "#tracks with hits added" | 143 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 1 | 83 | 83.000 | - | "Created long tracks" | 1 | 57 | 57.000 | - | "Input tracks" | 1 | 83 | 83.000 | - | "Number of candidate bins per track" | 83 | 2374 | 28.602 | 14.348 | 1.0000 | 59.000 | - | "Number of complete candidates/track 1st Loop" | 83 | 56 | 0.67470 | 0.49353 | 0.0000 | 2.0000 | - | "Number of complete candidates/track 2nd Loop" | 36 | 2 | 0.055556 | 0.22906 | 0.0000 | 1.0000 | - | "Number of x candidates per track 1st Loop" | 83 | 253 | 3.0482 | 2.2862 | - | "Number of x candidates per track 2nd Loop" | 36 | 482 | 13.389 | 7.1736 | - | "Percentage second loop execution" | 83 | 36 | 0.43373 | - | "Removed duplicates" | 1 | 1 | 1.0000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 1 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 14535 | 0 | 0.0000 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 1 | 176 | 176.00 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 656 | 3996.362 | 6.0920 | - | "#MatchingTracks" | 1 | 168 | 168.00 | - | "TracksMLP" | 656 | 168.1477 | 0.25632 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 144 | 575 | 3.9931 | - | "#tracks with hits added" | 144 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 1 | 180 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 1 | 180 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 1 | 313 | 313.00 | - | "#tracks" | 1 | 83 | 83.000 | -PrepareMuonHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Impossible MuonTileID" | 278 | 0 |( 0.000000 +- 0.000000)% | -ProtoElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/ProtoP/Charged" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -ResolvedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 20 | 20.000 | 0.0000 | 20.000 | 20.000 | -RichDLLsDown INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 1 | 31 | 31.000 | 0.0000 | 31.000 | 31.000 | - |*"Used RICH1 and RICH2" | 31 | 10 |( 32.25806 +- 8.395897)% | - |*"Used RICH1 only" | 31 | 17 |( 54.83871 +- 8.938115)% | - |*"Used RICH2 only" | 31 | 4 |( 12.90323 +- 6.021010)% | -RichDLLsLong INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 1 | 149 | 149.00 | 0.0000 | 149.00 | 149.00 | - |*"Used RICH1 and RICH2" | 149 | 59 |( 39.59732 +- 4.006525)% | - |*"Used RICH1 only" | 149 | 70 |( 46.97987 +- 4.088680)% | - |*"Used RICH2 only" | 149 | 20 |( 13.42282 +- 2.792740)% | -RichDLLsUp INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - |*"Used RICH1 and RICH2" | 13 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 13 | 13 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 13 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonDown1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 7 | 7 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 7 | 4 |( 57.14286 +- 18.70439)% | - |*"Used RICH1 only" | 7 | 1 |( 14.28571 +- 13.22600)% | - |*"Used RICH2 only" | 7 | 2 |( 28.57143 +- 17.07469)% | -RichPIDMonDown2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 7 | 7 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 29 | 22 |( 75.86207 +- 7.946271)% | - |*"Used RICH1 and RICH2" | 22 | 6 |( 27.27273 +- 9.495145)% | - |*"Used RICH1 only" | 22 | 14 |( 63.63636 +- 10.25593)% | - |*"Used RICH2 only" | 22 | 2 |( 9.090909 +- 6.129090)% | -RichPIDMonDown2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 9 | 9 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 36 | 29 |( 80.55556 +- 6.596207)% | - |*"Used RICH1 and RICH2" | 29 | 10 |( 34.48276 +- 8.826323)% | - |*"Used RICH1 only" | 29 | 15 |( 51.72414 +- 9.279245)% | - |*"Used RICH2 only" | 29 | 4 |( 13.79310 +- 6.403288)% | -RichPIDMonDown7... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | -RichPIDMonLong1... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 6 | 6 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 24 | 21 |( 87.50000 +- 6.750772)% | - |*"Track ID rate" | 51 | 51 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 51 | 30 |( 58.82353 +- 6.891520)% | - |*"Used RICH1 only" | 51 | 2 |( 3.921569 +- 2.718052)% | - |*"Used RICH2 only" | 51 | 19 |( 37.25490 +- 6.770122)% | -RichPIDMonLong2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 37 | 37 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 98 | 92 |( 93.87755 +- 2.421756)% | - |*"Used RICH1 and RICH2" | 92 | 27 |( 29.34783 +- 4.747411)% | - |*"Used RICH1 only" | 92 | 64 |( 69.56522 +- 4.797194)% | - |*"Used RICH2 only" | 92 | 1 |( 1.086957 +- 1.081033)% | -RichPIDMonLong2... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 6 | 6 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 61 | 58 |( 95.08197 +- 2.768725)% | - |*"Track ID rate" | 149 | 143 |( 95.97315 +- 1.610513)% | - |*"Used RICH1 and RICH2" | 143 | 57 |( 39.86014 +- 4.094328)% | - |*"Used RICH1 only" | 143 | 66 |( 46.15385 +- 4.168821)% | - |*"Used RICH2 only" | 143 | 20 |( 13.98601 +- 2.900437)% | -RichPIDMonLong7... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | -RichPIDMonUp10to70 INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 3 | 3 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 5 | 4 |( 80.00000 +- 17.88854)% | - |*"Used RICH1 and RICH2" | 4 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 4 | 4 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 4 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to10 INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 9 | 9 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 9 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 9 | 9 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 9 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to100 INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 14 | 13 |( 92.85714 +- 6.883029)% | - |*"Used RICH1 and RICH2" | 13 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 13 | 13 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 13 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp70t... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | -RichRecoStatsDown INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 1 | 6835 | 6835.0 | 0.0000 | 6835.0 | 6835.0 | - | "# Rich1Gas Segments" | 1 | 27 | 27.000 | 0.0000 | 27.000 | 27.000 | - | "# Rich2Gas Photons" | 1 | 777 | 777.00 | 0.0000 | 777.00 | 777.00 | - | "# Rich2Gas Segments" | 1 | 14 | 14.000 | 0.0000 | 14.000 | 14.000 | - | "# Selected Tracks" | 1 | 31 | 31.000 | 0.0000 | 31.000 | 31.000 | - |*"RICH selection efficiency" | 38 | 31 |( 81.57895 +- 6.288607)% | -RichRecoStatsLong INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 1 | 30953 | 30953.0 | 0.0000 | 30953.0 | 30953.0 | - | "# Rich1Gas Segments" | 1 | 129 | 129.00 | 0.0000 | 129.00 | 129.00 | - | "# Rich2Gas Photons" | 1 | 6137 | 6137.0 | 0.0000 | 6137.0 | 6137.0 | - | "# Rich2Gas Segments" | 1 | 79 | 79.000 | 0.0000 | 79.000 | 79.000 | - | "# Selected Tracks" | 1 | 149 | 149.00 | 0.0000 | 149.00 | 149.00 | - |*"RICH selection efficiency" | 155 | 149 |( 96.12903 +- 1.549427)% | -RichRecoStatsUp INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 1 | 5535 | 5535.0 | 0.0000 | 5535.0 | 5535.0 | - | "# Rich1Gas Segments" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - | "# Rich2Gas Photons" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - |*"RICH selection efficiency" | 14 | 13 |( 92.85714 +- 6.883029)% | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 1 | 258 | 258.00 | -SeedingAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 258 | 217 |( 84.10853 +- 2.276105)% | - | "MC particles per track" | 217 | 217 | 1.0000 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 203 | -ToolSvc.TrackFu... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 5 | -TrackBestTrackC... INFO Number of counters : 33 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 779 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 67 | 35 |( 52.23881 +- 6.102346)% | - | "Downstream.chisqProbSum" | 67 | 9.032854 | 0.13482 | - |*"Downstream.flipCharge" | 67 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 67 | 66993.3 | 999.90 | - | "Downstream.numOutliers" | 67 | 68 | 1.0149 | - |*"FitFailed" | 779 | 0 |( 0.000000 +- 0.000000)% | - | "FittedBefore" | 51 | - |*"Long.badChisq" | 186 | 109 |( 58.60215 +- 3.611513)% | - | "Long.chisqProbSum" | 186 | 24.32935 | 0.13080 | - |*"Long.flipCharge" | 186 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 186 | 185981.4 | 999.90 | - | "Long.numOutliers" | 186 | 287 | 1.5430 | - |*"Ttrack.badChisq" | 97 | 4 |( 4.123711 +- 2.018896)% | - | "Ttrack.chisqProbSum" | 97 | 28.4318 | 0.29311 | - |*"Ttrack.flipCharge" | 97 | 7 |( 7.216495 +- 2.627318)% | - | "Ttrack.ghostProbability" | 97 | 96990.3 | 999.90 | - | "Ttrack.numOutliers" | 97 | 55 | 0.56701 | - |*"Upstream.badChisq" | 22 | 8 |( 36.36364 +- 10.25593)% | - | "Upstream.chisqProbSum" | 22 | 6.179633 | 0.28089 | - |*"Upstream.flipCharge" | 22 | 1 |( 4.545455 +- 4.440947)% | - | "Upstream.ghostProbability" | 22 | 21997.8 | 999.90 | - | "Upstream.numOutliers" | 22 | 32 | 1.4545 | - |*"Velo.badChisq" | 153 | 39 |( 25.49020 +- 3.523283)% | - | "Velo.chisqProbSum" | 153 | 56.68733 | 0.37051 | - |*"Velo.flipCharge" | 153 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 153 | 152984.7 | 999.90 | - | "Velo.numOutliers" | 153 | 178 | 1.1634 | - |*"VeloBackward.badChisq" | 203 | 8 |( 3.940887 +- 1.365583)% | - | "VeloBackward.chisqProbSum" | 203 | 98.25657 | 0.48402 | - |*"VeloBackward.flipCharge" | 203 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 203 | 202979.7 | 999.90 | - | "VeloBackward.numOutliers" | 203 | 78 | 0.38424 | -TrackDiMuonMonitor INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "numcombinations" | 1 | 132 | 132.00 | - | "numnegtracks" | 1 | 6 | 6.0000 | - | "numpostracks" | 1 | 22 | 22.000 | - | "numselected" | 1 | 0 | 0.0000 | -TrackMonitor INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream" | 1 | 38 | 38.000 | 0.0000 | 38.000 | 38.000 | - | "#Long" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | - | "#Tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#Ttrack" | 1 | 97 | 97.000 | 0.0000 | 97.000 | 97.000 | - | "#Upstream" | 1 | 14 | 14.000 | 0.0000 | 14.000 | 14.000 | - | "#Velo" | 1 | 153 | 153.00 | 0.0000 | 153.00 | 153.00 | - | "#VeloBackward" | 1 | 203 | 203.00 | 0.0000 | 203.00 | 203.00 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 176 | 176.00 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 168 | 168.00 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 83 | 75 |( 90.36145 +- 3.239355)% | - | "MC particles per track" | 75 | 75 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 1 | 4160 | 4160.0 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 516 | 504 |( 97.67442 +- 0.6634854)% | - | "MC particles per track" | 504 | 505 | 1.0020 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 1 | 4160 | 4160.0 | - | "Nb of Produced Tracks" | 1 | 516 | 516.00 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 83 | 83.000 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 1 | 137 | 0 | 0 | 0 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 1 | 1261 | 0 | 0 | 0 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 1 | 6056 | 0 | 0 | 0 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 1261 | 4.8025 | 5.8975 | 2.025 | 3.9377 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 1 | 0 | 0 | 0 | 0 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 1 | 1120 | 0 | 0 | 0 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 1 | 3736 | 0 | 0 | 0 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 1120 | 3.3357 | 3.3885 | 4.0885 | 27.13 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 4020 | 1.5065 | 1.4564 | 6.7458 | 90.08 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 2924 | 1.2777 | 1.2727 | 10.668 | 150.07 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 7 | 1.649 | 0.64798 | 0.3718 | -1.1253 | - | All/Rejected/CloneDist | "Track Clone Distance" | 7 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 7 | 0.16034 | 0.089346 | -0.0065136 | -1.1419 | - | All/Rejected/P | "Track Momentum" | 7 | 4668.6 | 1194.5 | 1.3543 | 2.2358 | - | All/Rejected/Pt | "Track Transverse Momentum" | 7 | 104.89 | 40.606 | 5.0655 | 14.632 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 31 | 1.5955 | 0.66616 | 0.26518 | -1.2737 | - | All/Selected/CloneDist | "Track Clone Distance" | 31 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 31 | 0.074138 | 0.098642 | 1.6183 | 1.6648 | - | All/Selected/P | "Track Momentum" | 31 | 8659.9 | 8932.8 | 2.4797 | 5.745 | - | All/Selected/Pt | "Track Transverse Momentum" | 31 | 544.74 | 598.7 | 2.0958 | 3.8437 | - | nRichTracks | "# Rich Tracks / Event" | 1 | 31 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 1 | 38 | 0 | 0 | 0 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 3804 | 0.00050974 | 0.0024742 | -0.12587 | -0.80511 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 764 |-0.00057641 | 0.002105 | -0.34452 | -0.68757 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 6833 | 0.00069001 | 0.0024306 | -0.16987 | -0.8167 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 1143 |-0.00014592 | 0.0020701 | -0.36272 | -0.4597 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 6833 | 3.1244 | 1.7865 | 0.033729 | -1.1723 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 6833 | 0.045432 | 0.0083696 | -1.2678 | 0.87789 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 3029 | 0.00093792 | 0.0023468 | -0.21061 | -0.85677 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 379 | 0.00065946 | 0.001737 | -0.03333 | -1.055 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 353 | 0.00012793 | 0.0014427 | -0.012886 | -1.2091 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 162 | 0.00047708 | 0.0014179 | -0.28908 | -1.1246 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 424 | 0.00035893 | 0.0012482 | -0.19125 | -1.0192 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 388 | 0.00037428 | 0.0012468 | -0.19655 | -1.0408 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 777 | 0.0002676 | 0.0013333 | -0.13822 | -1.0872 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 550 | 0.00039745 | 0.0012881 | -0.21343 | -1.0509 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 777 | 3.0068 | 1.7913 | 0.15594 | -1.1082 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 777 | 0.027182 | 0.0041382 | -1.5729 | 2.0082 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 764 |-0.00057641 | 0.002105 | -0.34452 | -0.68757 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 764 |-0.00057641 | 0.002105 | -0.34452 | -0.68757 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 887 |-0.00040406 | 0.002094 | -0.37163 | -0.5873 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 887 |-0.00040406 | 0.002094 | -0.37163 | -0.5873 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 887 | 3.1927 | 1.8628 | -0.017338 | -1.3037 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 887 | 0.046401 | 0.008137 | -2.3214 | 5.7391 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 123 | 0.00067073 | 0.0016601 | -0.097912 | -0.99468 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 123 | 0.00067073 | 0.0016601 | -0.097912 | -0.99468 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 64 | 3.5002e-05 | 0.0010767 | -0.3784 | -0.72151 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 64 | 3.5002e-05 | 0.0010767 | -0.3784 | -0.72151 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 287 | 0.00018837 | 0.0012307 | -0.030786 | -0.96957 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 287 | 0.00018837 | 0.0012307 | -0.030786 | -0.96957 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 351 | 0.00016866 | 0.0012131 | -0.051969 | -0.92182 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 351 | 0.00016866 | 0.0012131 | -0.051969 | -0.92182 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 351 | 2.8188 | 1.906 | 0.30686 | -1.1718 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 351 | 0.026099 | 0.0052958 | -1.1238 | -0.16974 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 92.119 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 27 | 606.88 | 12.743 | 1.6662 | 2.3075 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 7 | 257.55 | 198.32 | 0.20482 | -1.3523 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 25 | 473.83 | 130.85 | -1.038 | -0.025873 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 22 | 442.34 | 145.45 | -0.67457 | -1.0476 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 2 | 255.24 | 221.59 | 0.010207 | -2.0284 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 36 | 403.96 | 49.468 | -0.49461 | -0.10588 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 3 | 206.22 | 94.282 | -0.62918 | -1.5973 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 28 | 252.04 | 96.135 | -0.8765 | -0.20838 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 22 | 231.61 | 97.776 | -0.80114 | -0.19067 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 2 | 125.31 | 12.299 | 0.63601 | -1.8176 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 7.3758 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 27 | 55.748 | 1.1705 | 1.3586 | 1.3526 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 6 | 26.945 | 17.09 | 0.026564 | -1.2791 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 25 | 43.243 | 12.3 | -1.0248 | -0.043051 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 22 | 40.286 | 13.67 | -0.68804 | -1.0142 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 2 | 22.706 | 20.824 | 0.013515 | -2.0045 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 14 | 34.51 | 2.8428 | -0.67738 | -0.50045 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 3 | 19.243 | 9.1174 | -0.77119 | -1.325 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 13 | 29.819 | 3.0026 | -0.40775 | -0.58623 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 12 | 27.438 | 3.9444 | -0.018197 | -1.4823 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 2 | 11.465 | 1.1691 | -0.72799 | -1.5626 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 5.029 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 27 | 36.658 | 1.9039 | 0.048598 | -0.1688 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 6 | 18.245 | 11.727 | 0.24258 | -1.1421 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 25 | 28.598 | 8.6436 | -0.88294 | -0.36021 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 22 | 26.964 | 9.3711 | -0.63242 | -1.0097 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 2 | 14.529 | 13.454 | -0.027793 | -2.0729 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 14 | 16.742 | 7.091 | -0.33734 | -1.1799 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 3 | 13.285 | 6.6367 | -0.81009 | -1.3133 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 13 | 15.914 | 6.6857 | -0.48244 | -1.1761 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 12 | 15.942 | 6.1013 | -0.49752 | -1.3002 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 2 | 7.702 | 1.1813 | 0.79693 | -1.5372 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 1 | 0.68182 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 27 | 0.65784 | 0.036734 | -0.18048 | -0.19026 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 6 | 0.68883 | 0.038364 | 0.38038 | -0.78782 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 25 | 0.65929 | 0.049155 | -0.58745 | -0.80202 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 22 | 0.66817 | 0.049299 | -0.38372 | -1.098 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 2 | 0.60714 | 0.035714 | 0.23101 | -2.0407 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 14 | 0.49444 | 0.21467 | -0.49455 | -1.1528 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 3 | 0.67572 | 0.067929 | 0.82988 | -1.3326 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 13 | 0.52253 | 0.19528 | -0.56096 | -1.0878 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 12 | 0.56671 | 0.17338 | -0.82867 | -0.64016 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 2 | 0.66823 | 0.034896 | 0.15328 | -1.9725 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 44 |-4.5216e-15 | 0.029204 | -43.797 | 2196.5 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 2552 | 3.3411e-16 | 0.33732 | -0.22379 | 1.4308 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 396 |-5.4816e-15 | 0.19059 | -0.064196 | 1.1522 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 2080 |-3.7133e-15 | 0.3046 | -0.33561 | 2.4917 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 1776 |-2.7125e-15 | 0.30065 | -0.42631 | 3.2134 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 112 |-7.4226e-15 | 0.1435 | 3.3681e-13 | 0.77336 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 2796 | 0.078945 | 19.864 | 0.03361 | 0.75081 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 232 | 5.0228e-15 | 5.5848 | 1.2141 | 2.2738 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 1840 | -0.62028 | 18.227 | -0.065869 | 1.2878 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 1464 | 0.064332 | 15.547 | 0.07936 | 2.6284 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 124 |-9.2829e-15 | 0.94311 | 3.8526e-14 | -0.066836 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 10 | -1.4233 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 10 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 10 | 1090.4 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 29 | -1.4472 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 29 | -4.7822 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 29 | 2174.6 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 6056 | 0.14784 | 0.10387 | 0.1734 | -1.2998 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 3736 | 0.06657 | 0.054916 | 2.1136 | 4.8427 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 31 | 2.9884 | 10.953 | 1.2479 | 0.80795 | - | deuteron/dll | "deuteron DLL" | 31 | 2.9602 | 10.896 | 1.239 | 0.80319 | - | electron/dll | "electron DLL" | 31 | -1.9627 | 11.344 | 0.57209 | 1.5907 | - | kaon/dll | "kaon DLL" | 31 | 2.8004 | 10.975 | 1.161 | 1.1408 | - | muon/dll | "muon DLL" | 31 | -2.3712 | 5.9996 | -0.73855 | 1.1034 | - | pion/dll | "pion DLL" | 31 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 31 | 3.1883 | 11.629 | 1.3135 | 1.0236 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 6 | 1.617 | 0.55858 | 0.068095 | -0.94652 | - | All/Rejected/CloneDist | "Track Clone Distance" | 6 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 6 | 0.058382 | 0.027028 | 0.97748 | -0.94253 | - | All/Rejected/P | "Track Momentum" | 6 | 4804.6 | 1158.2 | 1.011 | 3.2672 | - | All/Rejected/Pt | "Track Transverse Momentum" | 6 | 81.763 | 23.584 |-0.00041797 | -3 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 149 | 1.3535 | 0.54673 | 1.0192 | 0.74382 | - | All/Selected/CloneDist | "Track Clone Distance" | 149 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 149 | 0.050113 | 0.083049 | 2.1152 | 3.7582 | - | All/Selected/P | "Track Momentum" | 149 | 9940.3 | 8984.7 | 1.8161 | 2.922 | - | All/Selected/Pt | "Track Transverse Momentum" | 149 | 558.56 | 664.48 | 4.5879 | 28.626 | - | nRichTracks | "# Rich Tracks / Event" | 1 | 149 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 1 | 155 | 0 | 0 | 0 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 16427 | 0.00064466 | 0.0022702 | 0.0080939 | -0.8906 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 3476 | 0.00015641 | 0.001969 | -0.13365 | -0.60971 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 30750 | 0.00057965 | 0.0022941 | -0.025825 | -0.82972 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 8581 | 7.3142e-06 | 0.0020801 | -0.19708 | -0.60227 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 30750 | 3.13 | 1.7913 | 0.0125 | -1.1756 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 30750 | 0.045538 | 0.0085207 | -1.3722 | 1.2965 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 14323 | 0.00050261 | 0.0023197 | -0.059388 | -0.77786 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 5105 |-9.7776e-05 | 0.0021488 | -0.20891 | -0.65035 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 2199 | 7.7504e-05 | 0.0013376 | 0.010146 | -1.0686 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 1755 | 0.00010239 | 0.0013276 | 0.01859 | -1.0634 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 3938 | 0.00010615 | 0.0012908 | -0.0068256 | -0.95699 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 3442 | 0.00010958 | 0.0012877 | -0.008404 | -0.95082 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 6137 | 9.6078e-05 | 0.0013076 | -0.0015174 | -0.99768 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 5197 | 0.00010715 | 0.0013013 | 0.0010669 | -0.99049 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 6137 | 3.1823 | 1.8019 | -0.025914 | -1.218 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 6137 | 0.026806 | 0.0043858 | -1.2921 | 0.94126 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 2457 |-7.0378e-05 | 0.0019435 | -0.19027 | -0.60105 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 2457 |-7.0378e-05 | 0.0019435 | -0.19027 | -0.60105 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 6153 | -0.0002093 | 0.0020872 | -0.24689 | -0.6338 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 6153 | -0.0002093 | 0.0020872 | -0.24689 | -0.6338 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 6153 | 3.1981 | 1.8217 | -0.050562 | -1.2091 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 6153 | 0.045128 | 0.0090068 | -1.3057 | 0.88974 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 3696 |-0.00030578 | 0.0021763 | -0.24818 | -0.71254 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 3696 |-0.00030578 | 0.0021763 | -0.24818 | -0.71254 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 712 | 0.00015032 | 0.0012811 | 0.020043 | -1.0839 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 712 | 0.00015032 | 0.0012811 | 0.020043 | -1.0839 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1237 | 0.0001325 | 0.0012561 | -0.0040277 | -0.90834 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1237 | 0.0001325 | 0.0012561 | -0.0040277 | -0.90834 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 1949 | 0.00013922 | 0.0012656 | 0.0057884 | -0.9767 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 1949 | 0.00013922 | 0.0012656 | 0.0057884 | -0.9767 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 1949 | 3.2563 | 1.7717 | -0.079023 | -1.1691 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 1949 | 0.026629 | 0.0048799 | -1.323 | 0.7206 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 5 | 276.74 | 231.82 | 0.23196 | -1.7357 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 607.93 | 13.551 | 1.2782 | 1.1548 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 36 | 347.73 | 168.42 | -0.24987 | -1.1074 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 125 | 488.25 | 125.94 | -1.4422 | 1.3502 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 116 | 443.03 | 161.34 | -1.177 | 0.30926 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 14 | 310.2 | 183.61 | 0.0036218 | -1.2129 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 258.98 | 2.7117 | 0.052483 | -2.9804 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 148 | 393.27 | 48.996 | 0.31302 | -1.0195 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 29 | 180.51 | 95.188 | -0.21389 | -1.066 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 122 | 273.82 | 89.577 | -1.3465 | 1.0174 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 105 | 251.69 | 93.949 | -0.97371 | -0.019718 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 10 | 154.96 | 84.862 | 1.2634 | 0.066241 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 4 | 31.18 | 19.64 | -0.069976 | -1.9406 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 55.845 | 1.2448 | 1.2448 | 1.0453 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 35 | 32.331 | 15.053 | -0.21564 | -1.1554 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 125 | 44.598 | 11.843 | -1.4342 | 1.3065 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 116 | 40.355 | 15.156 | -1.1715 | 0.29141 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 30.082 | 15.89 | 0.049003 | -1.2754 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 24.331 | 0.25832 | 0.018799 | -2.995 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 79 | 34.067 | 1.9611 | 0.18664 | -0.65267 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 29 | 16.755 | 9.19 | -0.19947 | -1.0278 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 73 | 30.254 | 3.214 | -1.0821 | 1.5149 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 73 | 27.477 | 5.6509 | -1.3556 | 1.3617 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 10 | 14.311 | 8.1748 | 1.202 | -0.093826 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 4 | 20.05 | 13.382 | -0.090554 | -1.8731 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 37.13 | 2.4624 | 0.17456 | 1.0521 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 35 | 21.408 | 10.352 | -0.11195 | -1.1138 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 125 | 29.477 | 8.2943 | -1.1443 | 0.72994 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 116 | 26.904 | 10.284 | -1.0428 | 0.20199 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 19.625 | 11.043 | 0.089688 | -1.477 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 15.937 | 0.74845 | -1.6365 | -0.26066 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 79 | 18.135 | 5.8144 | -0.86801 | -0.18927 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 29 | 11.205 | 6.127 | -0.20182 | -1.0312 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 73 | 17.621 | 5.3571 | -0.87692 | -0.30848 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 73 | 16.238 | 6.0133 | -0.89915 | -0.25014 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 10 | 9.7536 | 4.9687 | 1.069 | -0.11918 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 4 | 0.61127 | 0.05525 | -0.59831 | -1.1921 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 129 | 0.66487 | 0.041517 | -0.081032 | 0.22814 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 35 | 0.65385 | 0.076497 | -1.0461 | 0.92799 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 125 | 0.66033 | 0.051809 | -0.39999 | 1.1937 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 116 | 0.66789 | 0.050563 | -0.037348 | 0.32549 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 13 | 0.65375 | 0.10389 | -1.6675 | 3.5373 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 2 | 0.65476 | 0.02381 | 0.021166 | -2.5017 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 79 | 0.53803 | 0.18236 | -0.79464 | -0.50562 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 29 | 0.67668 | 0.053168 | -0.42207 | -0.14569 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 73 | 0.57501 | 0.15482 | -0.80695 | -0.60067 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 73 | 0.56961 | 0.16054 | -0.92404 | -0.19686 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 10 | 0.69735 | 0.050311 | -0.88655 | 1.4711 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 284 | -2.652e-15 | 0.15731 | -0.21706 | -0.38759 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 12160 | 1.5204e-15 | 0.30206 | -0.4697 | 1.579 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2540 |-1.2588e-16 | 0.17023 | -0.36009 | 0.8255 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10520 | 7.7167e-16 | 0.25131 | -0.41523 | 1.9185 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9264 | 2.8856e-15 | 0.23614 | -0.33211 | 1.7423 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 908 | -3.451e-15 | 0.15052 | -0.17569 | 0.11719 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 168 | -3.079e-14 | 7.4243 | 0.54335 | -0.13381 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 12052 | 0.19296 | 15.9 | 0.092199 | 2.246 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1980 | 4.2345e-16 | 5.8271 | 0.85209 | 1.0043 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 8916 | -0.050363 | 14.55 | 0.048103 | 2.9429 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 7652 | -0.19253 | 13.261 | 0.045074 | 3.8439 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 652 | 5.9503e-15 | 6.1241 | 0.67131 | 1.1264 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 49 | -1.4208 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 49 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 49 | 1096.7 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 116 | -1.4789 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 116 | -4.801 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 116 | 2111.4 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 6056 | 0.11965 | 0.085201 | 0.37658 | -0.96882 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 3736 | 0.061496 | 0.054696 | 2.13 | 4.784 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 149 | -0.52089 | 10.917 | -0.81316 | 1.344 | - | deuteron/dll | "deuteron DLL" | 149 | -0.69635 | 11.097 | -0.85688 | 1.3594 | - | electron/dll | "electron DLL" | 149 | -8.9289 | 11.702 | -0.36955 | 1.3347 | - | kaon/dll | "kaon DLL" | 149 | -1.5466 | 12.072 | -1.2547 | 2.4723 | - | muon/dll | "muon DLL" | 149 | -4.8235 | 7.9656 | -1.8607 | 5.1658 | - | pion/dll | "pion DLL" | 149 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 149 | -0.46865 | 10.945 | -0.85823 | 1.6733 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1 | 1.1417 | 0 | 0 | 0 | - | All/Rejected/CloneDist | "Track Clone Distance" | 1 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 1 | 0.011212 | 0 | 0 | 0 | - | All/Rejected/P | "Track Momentum" | 1 | 47852 | 0 | 0 | 0 | - | All/Rejected/Pt | "Track Transverse Momentum" | 1 | 668.64 | 0 | 0 | 0 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 13 | 1.0808 | 0.30986 | 0.828 | -0.39206 | - | All/Selected/CloneDist | "Track Clone Distance" | 13 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 13 | 0.090978 | 0.099307 | 1.6872 | 1.9776 | - | All/Selected/P | "Track Momentum" | 13 | 10245 | 7015 | 0.8236 | -0.86458 | - | All/Selected/Pt | "Track Transverse Momentum" | 13 | 601.4 | 190.79 | -0.10282 | -1.1903 | - | nRichTracks | "# Rich Tracks / Event" | 1 | 13 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 1 | 14 | 0 | 0 | 0 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 3122 |-3.6138e-05 | 0.0026967 | -0.030872 | -1.0536 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1233 |-0.00038699 | 0.0024297 | -0.16406 | -0.99725 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 4936 |-0.00020093 | 0.0026754 | -0.010923 | -1.0552 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 2719 |-0.00054701 | 0.0024436 | -0.11792 | -1.0965 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 4936 | 3.1114 | 1.7966 | 0.024384 | -1.1828 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 4936 | 0.039417 | 0.011971 | -0.6689 | -0.63525 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 1814 |-0.00047916 | 0.0026158 | 0.0062604 | -1.0836 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 1486 |-0.00069476 | 0.0024471 | -0.075078 | -1.1816 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1233 |-0.00038699 | 0.0024297 | -0.16406 | -0.99725 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1233 |-0.00038699 | 0.0024297 | -0.16406 | -0.99725 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 2719 |-0.00054701 | 0.0024436 | -0.11792 | -1.0965 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 2719 |-0.00054701 | 0.0024436 | -0.11792 | -1.0965 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 2719 | 3.0692 | 1.7642 | 0.059983 | -1.1562 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 2719 | 0.037755 | 0.012002 | -0.52949 | -0.74764 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 1486 |-0.00069476 | 0.0024471 | -0.075078 | -1.1816 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 1486 |-0.00069476 | 0.0024471 | -0.075078 | -1.1816 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 13 | 606.81 | 18.129 | 2.0828 | 3.365 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 374.34 | 168.26 | -1.228 | -0.18301 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 13 | 509.79 | 129.68 | -1.8567 | 1.8766 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 12 | 488.71 | 154.63 | -2.4846 | 5.1061 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 3 | 195.83 | 71.04 | -0.54161 | -1.6603 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 13 | 55.742 | 1.6653 | 1.7079 | 2.1093 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 33.916 | 15.817 | -1.2198 | -0.16705 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 13 | 46.624 | 12.197 | -1.8882 | 1.9715 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 12 | 44.697 | 14.382 | -2.3458 | 4.5625 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 3 | 17.144 | 6.6772 | -0.63366 | -1.2984 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 13 | 38.186 | 3.2353 | 0.34188 | -0.9429 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 22.245 | 10.163 | -1.4329 | 0.24735 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 13 | 31.069 | 7.9034 | -1.5753 | 1.1784 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 12 | 28.913 | 9.6791 | -2.0181 | 3.3927 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 3 | 11.479 | 3.7135 | -0.72779 | -1.1365 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 13 | 0.6845 | 0.046625 | 0.18899 | -1.3687 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 5 | 0.65885 | 0.030784 | 0.63414 | 0.03707 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 13 | 0.67307 | 0.048273 | 0.22919 | -1.4285 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 12 | 0.64582 | 0.040891 | 0.23769 | 0.2771 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 3 | 0.69744 | 0.071898 | 0.48161 | -1.5234 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 1216 | 7.5261e-15 | 0.3303 | -0.43048 | 1.0909 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 368 |-1.6489e-14 | 0.15306 | 0.291 | 2.4502 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 1116 | 3.6992e-15 | 0.27777 | -0.30639 | 1.6078 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 992 | -4.252e-15 | 0.25924 | -0.14257 | 1.4511 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 172 | 5.4117e-15 | 0.081137 | -0.69661 | 33.918 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 6 | -1.4244 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 6 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 6 | 1088.1 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 6056 | 0.15746 | 0.11324 | 0.16955 | -1.3825 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 13 | 0.47465 | 6.7183 | -0.58115 | -1.1824 | - | deuteron/dll | "deuteron DLL" | 13 | 0.47465 | 6.7183 | -0.58115 | -1.1824 | - | electron/dll | "electron DLL" | 13 | -6.7316 | 8.1874 | -1.1804 | 0.34596 | - | kaon/dll | "kaon DLL" | 13 | 1.7926 | 7.4381 | -0.21951 | -0.090356 | - | muon/dll | "muon DLL" | 13 | -2.6624 | 4.7406 | -1.0897 | 0.0077547 | - | pion/dll | "pion DLL" | 13 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 13 | 0.52436 | 6.6391 | -0.6714 | -0.98428 | -ChargedProtoANN...SUCCESS 1D histograms in directory "PROTO/ChargedProtoANNPIDMoni" : 18 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Downstream/ElectronANN | "Downstream Electron ANN PID" | 38 | 0.48117 | 0.37541 | -0.064616 | -1.6109 | - | Downstream/GhostANN | "Downstream Ghost ANN PID" | 38 | 0.49776 | 0.3812 | -0.051227 | -1.577 | - | Downstream/KaonANN | "Downstream Kaon ANN PID" | 38 | 0.061029 | 0.16007 | 4.9473 | 25.056 | - | Downstream/MuonANN | "Downstream Muon ANN PID" | 38 | 4.9413e-05 | 0.00016878 | 25236 | 7.4023e+05 | - | Downstream/PionANN | "Downstream Pion ANN PID" | 38 | 0.33266 | 0.34382 | 0.7591 | -0.81862 | - | Downstream/ProtonANN | "Downstream Proton ANN PID" | 38 | 0.12608 | 0.26975 | 2.4443 | 4.2319 | - | Long/ElectronANN | "Long Electron ANN PID" | 155 | 0.16372 | 0.30837 | 1.7384 | 1.4143 | - | Long/GhostANN | "Long Ghost ANN PID" | 155 | 0.35144 | 0.39469 | 0.65265 | -1.3134 | - | Long/KaonANN | "Long Kaon ANN PID" | 155 | 0.16061 | 0.29186 | 1.9506 | 2.2185 | - | Long/MuonANN | "Long Muon ANN PID" | 155 | 0.00037835 | 0.0011152 | 71.182 | 292 | - | Long/PionANN | "Long Pion ANN PID" | 155 | 0.51307 | 0.41486 | -0.08298 | -1.7536 | - | Long/ProtonANN | "Long Proton ANN PID" | 155 | 0.17441 | 0.27664 | 1.8868 | 2.2428 | - | Upstream/ElectronANN | "Upstream Electron ANN PID" | 14 | 0.0070785 | 0.019144 | 3.1886 | 8.3171 | - | Upstream/GhostANN | "Upstream Ghost ANN PID" | 14 | 0.10496 | 0.1386 | 1.4368 | 0.70583 | - | Upstream/KaonANN | "Upstream Kaon ANN PID" | 14 | 0.26228 | 0.25582 | 1.5083 | 1.8448 | - | Upstream/MuonANN | "Upstream Muon ANN PID" | 14 | 0.0062552 | 0.0072706 | 1.4686 | 0.4555 | - | Upstream/PionANN | "Upstream Pion ANN PID" | 14 | 0.53881 | 0.26809 | -0.055062 | -0.98481 | - | Upstream/ProtonANN | "Upstream Proton ANN PID" | 14 | 0.15521 | 0.12394 | 1.0651 | 0.55439 | -RiCKMCResDown SUCCESS 1D histograms in directory "RICH/RiCKMCResDown" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 6833 | 0.00038649 | 0.0024317 | -0.078255 | -0.81088 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 2000 |-0.00062129 | 0.0020932 | -0.20016 | -0.93837 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 6833 | 0.00069001 | 0.0024306 | -0.16987 | -0.8167 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 1143 |-0.00014592 | 0.0020701 | -0.36272 | -0.4597 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 6499 | 0.00042291 | 0.0025396 | -0.1136 | -0.95334 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1837 |-0.00072071 | 0.0021946 | -0.10586 | -1.1017 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 6499 | 0.00071437 | 0.002515 | -0.19423 | -0.92716 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1052 |-0.00027347 | 0.0021457 | -0.23753 | -0.63012 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 334 | 8.4176e-05 | 0.0011651 | 0.24958 | 0.67257 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 163 |-1.8027e-05 | 0.0011483 | -0.052715 | 0.022211 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 334 | 0.00042416 | 0.0011294 | 0.45104 | 0.66648 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 91 | 0.00079829 | 0.00095685 | -0.038956 | -0.18018 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 6499 | 3.1291 | 1.7881 | 0.032627 | -1.1762 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 334 | 3.033 | 1.7518 | 0.050547 | -1.0969 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 6499 | 0.045345 | 0.0084233 | -1.2447 | 0.81014 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 334 | 0.047116 | 0.0070415 | -1.8037 | 2.8578 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 777 | 0.0001088 | 0.0012139 | -0.095024 | -0.82544 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 486 | 0.00014619 | 0.0011621 | -0.11079 | -0.73915 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 777 | 0.0002676 | 0.0013333 | -0.13822 | -1.0872 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 550 | 0.00039745 | 0.0012881 | -0.21343 | -1.0509 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 667 | 0.00014664 | 0.001352 | -0.16549 | -1.17 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 391 | 0.00019657 | 0.0013105 | -0.20492 | -1.1181 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 667 | 0.00020702 | 0.0013746 | -0.11623 | -1.1901 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 446 | 0.00033794 | 0.0013389 | -0.21169 | -1.1726 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 110 |-1.1369e-05 | 0.00057354 | 0.26147 | 1.0623 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 95 | 1.2034e-05 | 0.00059041 | 0.19591 | 0.98808 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 110 | 0.00057439 | 0.0010482 | 0.21235 | -0.99193 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 104 | 0.00061623 | 0.0010526 | 0.15103 | -1.0077 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 667 | 2.9765 | 1.7873 | 0.19049 | -1.0662 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 110 | 3.1908 | 1.8045 | -0.052341 | -1.2849 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 667 | 0.026999 | 0.0041812 | -1.4542 | 1.7384 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 110 | 0.028285 | 0.0036798 | -2.6273 | 5.6121 | -RiCKMCResDownTightSUCCESS 1D histograms in directory "RICH/RiCKMCResDownTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 6833 | 0.00038649 | 0.0024317 | -0.078255 | -0.81088 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 2000 |-0.00062129 | 0.0020932 | -0.20016 | -0.93837 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 6833 | 0.00069001 | 0.0024306 | -0.16987 | -0.8167 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 1143 |-0.00014592 | 0.0020701 | -0.36272 | -0.4597 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 6499 | 0.00042291 | 0.0025396 | -0.1136 | -0.95334 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1837 |-0.00072071 | 0.0021946 | -0.10586 | -1.1017 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 6499 | 0.00071437 | 0.002515 | -0.19423 | -0.92716 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1052 |-0.00027347 | 0.0021457 | -0.23753 | -0.63012 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 334 | 8.4176e-05 | 0.0011651 | 0.24958 | 0.67257 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 163 |-1.8027e-05 | 0.0011483 | -0.052715 | 0.022211 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 334 | 0.00042416 | 0.0011294 | 0.45104 | 0.66648 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 91 | 0.00079829 | 0.00095685 | -0.038956 | -0.18018 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 6499 | 3.1291 | 1.7881 | 0.032627 | -1.1762 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 334 | 3.033 | 1.7518 | 0.050547 | -1.0969 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 6499 | 0.045345 | 0.0084233 | -1.2447 | 0.81014 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 334 | 0.047116 | 0.0070415 | -1.8037 | 2.8578 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 777 | 0.0001088 | 0.0012139 | -0.095024 | -0.82544 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 486 | 0.00014619 | 0.0011621 | -0.11079 | -0.73915 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 777 | 0.0002676 | 0.0013333 | -0.13822 | -1.0872 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 550 | 0.00039745 | 0.0012881 | -0.21343 | -1.0509 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 667 | 0.00014664 | 0.001352 | -0.16549 | -1.17 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 391 | 0.00019657 | 0.0013105 | -0.20492 | -1.1181 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 667 | 0.00020702 | 0.0013746 | -0.11623 | -1.1901 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 446 | 0.00033794 | 0.0013389 | -0.21169 | -1.1726 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 110 |-1.1369e-05 | 0.00057354 | 0.26147 | 1.0623 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 95 | 1.2034e-05 | 0.00059041 | 0.19591 | 0.98808 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 110 | 0.00057439 | 0.0010482 | 0.21235 | -0.99193 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 104 | 0.00061623 | 0.0010526 | 0.15103 | -1.0077 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 667 | 2.9765 | 1.7873 | 0.19049 | -1.0662 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 110 | 3.1908 | 1.8045 | -0.052341 | -1.2849 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 667 | 0.026999 | 0.0041812 | -1.4542 | 1.7384 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 110 | 0.028285 | 0.0036798 | -2.6273 | 5.6121 | -RiCKMCResLong SUCCESS 1D histograms in directory "RICH/RiCKMCResLong" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 33906 | 0.0003827 | 0.0023125 | -0.044486 | -0.7478 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 11569 |-0.00027466 | 0.0021561 | -0.20159 | -0.73961 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 30750 | 0.00057965 | 0.0022941 | -0.025825 | -0.82972 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 8581 | 7.3142e-06 | 0.0020801 | -0.19708 | -0.60227 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 31841 | 0.00042824 | 0.0024449 | -0.09241 | -0.94327 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 10669 |-0.00032324 | 0.002294 | -0.14164 | -0.97898 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 28685 | 0.00064354 | 0.0023962 | -0.092679 | -0.97348 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 7807 | 2.1629e-05 | 0.0021977 | -0.1976 | -0.82366 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 2065 | 7.4386e-05 | 0.00098639 | 0.28026 | 1.0426 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 900 | 2.3107e-05 | 0.00088582 | 0.070519 | 0.64028 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 2065 | 7.8726e-05 | 0.0011065 | 0.4242 | 2.5199 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 774 |-9.0617e-05 | 0.00093579 | -0.88251 | 3.699 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 31841 | 3.1277 | 1.7928 | 0.013832 | -1.1786 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 2065 | 3.1642 | 1.7692 | -0.00641 | -1.1291 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 31841 | 0.04549 | 0.008599 | -1.3541 | 1.2347 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 2065 | 0.046244 | 0.0072326 | -1.6519 | 2.2444 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 7256 | 9.3349e-05 | 0.0012825 | -0.018866 | -0.94813 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 5340 | 9.5425e-05 | 0.0012736 | -0.011285 | -0.92782 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 6137 | 9.6078e-05 | 0.0013076 | -0.0015174 | -0.99768 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 5197 | 0.00010715 | 0.0013013 | 0.0010669 | -0.99049 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 6690 | 0.00011521 | 0.001367 | -0.055498 | -1.1525 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4850 | 0.0001168 | 0.0013615 | -0.046054 | -1.1431 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 5571 | 0.00012215 | 0.0013797 | -0.040587 | -1.1695 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4694 | 0.00013522 | 0.0013765 | -0.04094 | -1.1687 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 566 |-2.2614e-05 | 0.0006649 | 0.02245 | 1.0153 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 490 |-1.7763e-05 | 0.00061661 | -0.12806 | 0.58495 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 566 |-6.1289e-05 | 0.00071423 | -0.094158 | 1.0875 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 503 |-6.1854e-05 | 0.00066974 | -0.2307 | 0.8349 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 6690 | 3.1894 | 1.7962 | -0.029694 | -1.2089 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 566 | 3.1073 | 1.8592 | 0.018129 | -1.3066 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 6690 | 0.026709 | 0.0045141 | -1.2233 | 0.69653 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 566 | 0.027828 | 0.0024668 | -1.9465 | 4.025 | -RiCKMCResLongTightSUCCESS 1D histograms in directory "RICH/RiCKMCResLongTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 33906 | 0.0003827 | 0.0023125 | -0.044486 | -0.7478 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 11569 |-0.00027466 | 0.0021561 | -0.20159 | -0.73961 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 30750 | 0.00057965 | 0.0022941 | -0.025825 | -0.82972 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 8581 | 7.3142e-06 | 0.0020801 | -0.19708 | -0.60227 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 31841 | 0.00042824 | 0.0024449 | -0.09241 | -0.94327 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 10669 |-0.00032324 | 0.002294 | -0.14164 | -0.97898 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 28685 | 0.00064354 | 0.0023962 | -0.092679 | -0.97348 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 7807 | 2.1629e-05 | 0.0021977 | -0.1976 | -0.82366 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 2065 | 7.4386e-05 | 0.00098639 | 0.28026 | 1.0426 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 900 | 2.3107e-05 | 0.00088582 | 0.070519 | 0.64028 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 2065 | 7.8726e-05 | 0.0011065 | 0.4242 | 2.5199 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 774 |-9.0617e-05 | 0.00093579 | -0.88251 | 3.699 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 31841 | 3.1277 | 1.7928 | 0.013832 | -1.1786 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 2065 | 3.1642 | 1.7692 | -0.00641 | -1.1291 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 31841 | 0.04549 | 0.008599 | -1.3541 | 1.2347 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 2065 | 0.046244 | 0.0072326 | -1.6519 | 2.2444 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 7256 | 9.3349e-05 | 0.0012825 | -0.018866 | -0.94813 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 5340 | 9.5425e-05 | 0.0012736 | -0.011285 | -0.92782 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 6137 | 9.6078e-05 | 0.0013076 | -0.0015174 | -0.99768 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 5197 | 0.00010715 | 0.0013013 | 0.0010669 | -0.99049 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 6690 | 0.00011521 | 0.001367 | -0.055498 | -1.1525 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4850 | 0.0001168 | 0.0013615 | -0.046054 | -1.1431 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 5571 | 0.00012215 | 0.0013797 | -0.040587 | -1.1695 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4694 | 0.00013522 | 0.0013765 | -0.04094 | -1.1687 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 566 |-2.2614e-05 | 0.0006649 | 0.02245 | 1.0153 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 490 |-1.7763e-05 | 0.00061661 | -0.12806 | 0.58495 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 566 |-6.1289e-05 | 0.00071423 | -0.094158 | 1.0875 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 503 |-6.1854e-05 | 0.00066974 | -0.2307 | 0.8349 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 6690 | 3.1894 | 1.7962 | -0.029694 | -1.2089 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 566 | 3.1073 | 1.8592 | 0.018129 | -1.3066 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 6690 | 0.026709 | 0.0045141 | -1.2233 | 0.69653 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 566 | 0.027828 | 0.0024668 | -1.9465 | 4.025 | -RiCKMCResUp SUCCESS 1D histograms in directory "RICH/RiCKMCResUp" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 4936 |-2.9765e-05 | 0.0026237 | -0.092553 | -1.001 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 2257 | -0.0004751 | 0.0024087 | -0.14788 | -1.0354 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 4936 |-0.00020093 | 0.0026754 | -0.010923 | -1.0552 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 2719 |-0.00054701 | 0.0024436 | -0.11792 | -1.0965 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 4760 |-4.2895e-05 | 0.0027768 | -0.077013 | -1.196 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 2170 |-0.00054902 | 0.0025697 | -0.064908 | -1.2595 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 4760 |-0.00018212 | 0.0027676 | -0.0073132 | -1.1825 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 2611 |-0.00055604 | 0.0025448 | -0.059334 | -1.2528 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 176 | 6.7032e-05 | 0.00088122 | 0.25669 | -0.43395 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 87 |-1.4562e-05 | 0.00074968 | 0.40925 | -0.37529 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 176 |-0.00039956 | 0.0013483 | -1.7379 | 3.6683 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 108 |-0.00048372 | 0.0015587 | -1.6262 | 2.2947 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 4760 | 3.1071 | 1.803 | 0.03018 | -1.1893 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 176 | 3.2288 | 1.6123 | -0.14025 | -0.9728 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 4760 | 0.039094 | 0.012002 | -0.62939 | -0.67311 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 176 | 0.047942 | 0.0069157 | -2.6287 | 5.5882 | -RiCKMCResUpTight SUCCESS 1D histograms in directory "RICH/RiCKMCResUpTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 4936 |-2.9765e-05 | 0.0026237 | -0.092553 | -1.001 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 2257 | -0.0004751 | 0.0024087 | -0.14788 | -1.0354 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 4936 |-0.00020093 | 0.0026754 | -0.010923 | -1.0552 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 2719 |-0.00054701 | 0.0024436 | -0.11792 | -1.0965 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 4760 |-4.2895e-05 | 0.0027768 | -0.077013 | -1.196 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 2170 |-0.00054902 | 0.0025697 | -0.064908 | -1.2595 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 4760 |-0.00018212 | 0.0027676 | -0.0073132 | -1.1825 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 2611 |-0.00055604 | 0.0025448 | -0.059334 | -1.2528 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 176 | 6.7032e-05 | 0.00088122 | 0.25669 | -0.43395 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 87 |-1.4562e-05 | 0.00074968 | 0.40925 | -0.37529 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 176 |-0.00039956 | 0.0013483 | -1.7379 | 3.6683 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 108 |-0.00048372 | 0.0015587 | -1.6262 | 2.2947 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 4760 | 3.1071 | 1.803 | 0.03018 | -1.1893 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 176 | 3.2288 | 1.6123 | -0.14025 | -0.9728 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 4760 | 0.039094 | 0.012002 | -0.62939 | -0.67311 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 176 | 0.047942 | 0.0069157 | -2.6287 | 5.5882 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 38 | 1.6054 | 0.66317 | 0.45368 | -1.1143 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 38 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 38 | 0.085261 | 0.10168 | 2.4941 | 3.3409 | - | All/effVP | "RICH Track Sel. Eff. V P" | 38 | 7924.6 | 8231.2 | 10.589 | 35.95 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 38 | 535.74 | 590.96 | 6.5814 | 16.076 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 27 | 7349.2 | 7253.7 | 6.1739 | 22.468 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 7 | 16014 | 9503.8 | 3.9893 | 6.3766 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 25 | 7791.8 | 7360.8 | 7.0685 | 25.159 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 22 | 8530.3 | 7551.4 | 6.6528 | 22.34 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 2 | 28043 | 10008 | 0.89464 | -1.9793 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 36 | 8221.1 | 8335.3 | 5.6598 | 17.911 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 3 | 31925 | 9861.6 | 0.055106 | -2.2886 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 28 | 9782 | 8848.9 | 5.9547 | 16.652 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 22 | 11384 | 9362.9 | 4.9391 | 11.695 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 2 | 38881 | 852.77 | 1.3105 | -0.38976 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 27 | 7349.2 | 7253.7 | 6.1739 | 22.468 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 6 | 17191 | 9782 | 3.1082 | 3.8196 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 25 | 7791.8 | 7360.8 | 7.0942 | 25.259 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 22 | 8530.3 | 7551.4 | 6.6789 | 22.437 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 2 | 28043 | 10008 | 0.94204 | -1.9759 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 14 | 14342 | 10571 | 2.2676 | 2.6498 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 3 | 31925 | 9861.6 | 0.078949 | -2.3144 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 13 | 14888 | 10779 | 2.2406 | 2.375 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 12 | 15623 | 10901 | 2.3239 | 2.2921 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 2 | 38881 | 852.77 | 1.3175 | -0.38284 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 27 | 7349.2 | 7253.7 | 6.6124 | 24.293 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 6 | 17191 | 9782 | 3.2439 | 4.1154 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 25 | 7791.8 | 7360.8 | 7.5668 | 27.161 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 22 | 8530.3 | 7551.4 | 7.0629 | 23.914 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 2 | 28043 | 10008 | 0.95064 | -1.9753 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 14 | 14342 | 10571 | 2.9901 | 4.1677 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 3 | 31925 | 9861.6 | 0.096177 | -2.3634 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 13 | 14888 | 10779 | 2.8259 | 3.526 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 12 | 15623 | 10901 | 2.6544 | 2.9035 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 2 | 38881 | 852.77 | 1.4115 | -0.28953 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 44 | 0.066885 | 1.8132 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 2552 | 0.0034817 | 1.8154 | -396.82 | -335.02 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 396 | 0.017212 | 1.8151 | 142.91 | -101.52 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 2080 | 0.0062007 | 1.8156 | -229.21 | -261.79 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 1776 | 0.012141 | 1.8156 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 112 | 0.051143 | 1.8135 | 3317.9 | -894.93 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 83 | 1.2048 | 1.1168 | 0.25674 | -1.8543 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 83 | 0.045828 | 0.0086837 | -2.0534 | 2.2445 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 2796 | 0.22892 | 2.0255 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 232 | -0.014849 | 1.8078 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 1840 | 0.36015 | 1.8751 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 1464 | 0.35877 | 1.925 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 124 | -0.010102 | 1.8089 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 90 | 0.96667 | 0.98263 | 3.2784 | 3.9882 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 90 | 0.027198 | 0.0037584 | -1.3374 | 0.87059 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 155 | 1.3637 | 0.54955 | 3.2177 | 6.6355 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 155 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 155 | 0.050306 | 0.08219 | 7.6966 | 21.03 | - | All/effVP | "RICH Track Sel. Eff. V P" | 155 | 9738.9 | 8866 | 9.0369 | 24.857 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 155 | 575.12 | 669.85 | 39.673 | 267.66 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 5 | 38122 | 3135.2 | 1.3136 | -1.2971 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 8049 | 7135.1 | 11.52 | 42.312 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 36 | 17139 | 8176.2 | 4.6684 | 9.4545 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 125 | 8255.5 | 7156.2 | 12.479 | 45.522 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 116 | 8723.7 | 7228.9 | 11.999 | 42.699 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 14 | 25976 | 7777.2 | 2.4667 | 1.7257 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 148 | 10058 | 8904.9 | 6.4084 | 16.492 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 29 | 25905 | 8320.8 | 1.7553 | 0.065582 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 122 | 11640 | 9076.4 | 6.2695 | 14.651 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 105 | 12916 | 9190.8 | 5.5421 | 11.824 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 10 | 37815 | 2037.6 | 1.5198 | 2.479 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 4 | 40041 | 1922.9 | 0.50443 | -1.8154 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 8049 | 7135.1 | 11.52 | 42.312 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 35 | 17385 | 8173.4 | 4.5314 | 9.0066 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 125 | 8255.5 | 7156.2 | 12.5 | 45.604 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 116 | 8723.7 | 7228.9 | 12.034 | 42.831 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 26763 | 7652.3 | 2.1734 | 1.1439 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 79 | 15092 | 9656.8 | 2.8978 | 4.3297 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 29 | 25905 | 8320.8 | 1.7862 | 0.096768 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 73 | 15912 | 9615.7 | 2.9637 | 4.1802 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 73 | 15912 | 9615.7 | 3.1867 | 4.5918 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 10 | 37815 | 2037.6 | 1.5786 | 2.5148 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 4 | 40041 | 1922.9 | 0.57359 | -1.8061 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 8049 | 7135.1 | 11.612 | 42.536 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 35 | 17385 | 8173.4 | 4.5605 | 9.022 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 125 | 8255.5 | 7156.2 | 12.606 | 45.87 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 116 | 8723.7 | 7228.9 | 12.099 | 42.935 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 26763 | 7652.3 | 2.3611 | 1.489 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 79 | 15092 | 9656.8 | 3.6633 | 5.8587 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 29 | 25905 | 8320.8 | 1.8047 | 0.14648 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 73 | 15912 | 9615.7 | 3.4838 | 5.2314 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 73 | 15912 | 9615.7 | 3.6752 | 5.6048 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 10 | 37815 | 2037.6 | 1.6804 | 2.5926 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 284 | -0.0025937 | 1.8127 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 12160 | -0.0028965 | 1.8135 | -1814.9 | -132.22 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2540 | 0.001112 | 1.8137 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10520 | -0.0031811 | 1.8134 | -579.86 | -773.68 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9264 | -0.0021111 | 1.8133 | -584.18 | -827.11 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 908 | 0.0026076 | 1.8134 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 422 | 1.2654 | 1.1273 | 9.1104 | 26.98 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 422 | 0.046255 | 0.0082978 | -4.9412 | 10.713 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 168 | -0.013186 | 1.851 | 0.58193 | 324.95 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 12052 | 0.033284 | 1.9008 | -29.948 | 10.898 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1980 | 0.0063174 | 1.8209 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 8916 | 0.0021783 | 1.8341 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 7652 | 0.049201 | 1.8048 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 652 | 0.012872 | 1.8243 | 4.1308 | 73.921 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 415 | 1.1253 | 1.0794 | 2.4798 | 3.6843 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 415 | 0.027255 | 0.0037857 | -7.5689 | 19.473 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 14 | 1.0852 | 0.299 | 1.5967 | 0.90914 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 14 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 14 | 0.084842 | 0.09775 | 2.5381 | 4.2495 | - | All/effVP | "RICH Track Sel. Eff. V P" | 14 | 12931 | 11811 | -0.0153 | -2.737 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 14 | 606.2 | 184.66 | -1.1549 | 5.5215 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 13 | 10245 | 7015 | 1.1399 | -0.47591 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 17867 | 5096.9 | 0.30767 | -2.2575 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 13 | 10245 | 7015 | 1.3966 | -0.28294 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 12 | 10905 | 6902.1 | 1.3376 | -0.50874 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 3 | 21643 | 1815.6 | -0.0085939 | -2.2571 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 13 | 10245 | 7015 | 1.1399 | -0.47591 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 17867 | 5096.9 | 0.34181 | -2.3016 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 13 | 10245 | 7015 | 1.4033 | -0.27788 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 12 | 10905 | 6902.1 | 1.3462 | -0.50354 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 3 | 21643 | 1815.6 | 0.023647 | -2.285 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 13 | 10245 | 7015 | 1.0634 | -0.59127 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 17867 | 5096.9 | 0.32682 | -2.306 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 13 | 10245 | 7015 | 1.3592 | -0.33402 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 12 | 10905 | 6902.1 | 1.3528 | -0.50324 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 3 | 21643 | 1815.6 | -0.058791 | -2.2269 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 1216 | 0.0030447 | 1.8153 | 617.31 | -126.78 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 368 | 0.023873 | 1.8148 | -9.4202 | -46.522 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 1116 | 0.0040494 | 1.815 | 871.89 | -423.62 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 992 | 0.0093921 | 1.8149 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 172 | 0.01864 | 1.8159 | -11.976 | -48.496 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 46 | 1.3913 | 1.1883 | -0.52288 | -2.3367 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 46 | 0.047113 | 0.007826 | -2.527 | 4.6846 | -RiCKMCResDown SUCCESS 1D profile histograms in directory "RICH/RiCKMCResDown" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 334 | 7709.3 | 4367.7 | -43.527 | -53.78 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 27 | 7349.2 | 7253.7 | 76.503 | 321.77 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 27 | 7349.2 | 7253.7 | 6.7262 | 24.599 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 27 | 7349.2 | 7253.7 | 21.348 | 84.545 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 27 | 7349.2 | 7253.7 | 7.4808 | 27.585 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 27 | 7349.2 | 7253.7 | 8.0359 | 29.796 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 27 | 7349.2 | 7253.7 | 71.354 | 299.32 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 110 | 21936 | 12151 | -1.8554 | -2.3495 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 36 | 8221.1 | 8335.3 | 0 | -3 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 36 | 8221.1 | 8335.3 | 11.318 | 37.7 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 36 | 8221.1 | 8335.3 | 40.664 | 145.39 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 36 | 8221.1 | 8335.3 | 12.274 | 41.155 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 36 | 8221.1 | 8335.3 | 13.002 | 43.784 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 36 | 8221.1 | 8335.3 | 49.262 | 177.73 | -RiCKMCResDownTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResDownTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 334 | 7709.3 | 4367.7 | -43.527 | -53.78 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 27 | 7349.2 | 7253.7 | 76.503 | 321.77 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 27 | 7349.2 | 7253.7 | 6.7262 | 24.599 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 27 | 7349.2 | 7253.7 | 21.348 | 84.545 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 27 | 7349.2 | 7253.7 | 7.4808 | 27.585 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 27 | 7349.2 | 7253.7 | 8.0359 | 29.796 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 27 | 7349.2 | 7253.7 | 71.354 | 299.32 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 110 | 21936 | 12151 | -1.8554 | -2.3495 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 36 | 8221.1 | 8335.3 | 0 | -3 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 36 | 8221.1 | 8335.3 | 11.318 | 37.7 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 36 | 8221.1 | 8335.3 | 40.664 | 145.39 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 36 | 8221.1 | 8335.3 | 12.274 | 41.155 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 36 | 8221.1 | 8335.3 | 13.002 | 43.784 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 36 | 8221.1 | 8335.3 | 49.262 | 177.73 | -RiMCTkResDown SUCCESS 1D profile histograms in directory "RICH/RiMCTkResDown" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 5 | 8145.1 | 4604.8 | 1.3078 | -0.38167 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 5 | 8145.1 | 4604.8 | 0 | -3 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 1 | 10736 | 0 | 0 | 0 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 1 | 10736 | 0 | 0 | 0 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 1 | 2405.2 | 0 | 0 | 0 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 1 | 2405.2 | 0 | 0 | 0 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 10 | 6469.7 | 4325.5 | 6.3788 | 14.065 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 10 | 6469.7 | 4325.5 | 0 | -3 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 3 | 18582 | 13778 | 1.8015 | -0.24343 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 3 | 18582 | 13778 | 2.526 | 0.63757 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 5 | 8119.8 | 4606.4 | 1.3266 | -0.35634 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 5 | 8119.8 | 4606.4 | 0 | -3 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 1 | 10713 | 0 | 0 | 0 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 1 | 10713 | 0 | 0 | 0 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 1 | 2385 | 0 | 0 | 0 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 1 | 2385 | 0 | 0 | 0 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 14 | 8674 | 9382.2 | 15.056 | 45.586 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 14 | 8674 | 9382.2 | 0 | -3 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 3 | 18560 | 13777 | 1.8089 | -0.23134 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 3 | 18560 | 13777 | 3.3199 | 1.5965 | -RiCKMCResLong SUCCESS 1D profile histograms in directory "RICH/RiCKMCResLong" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 2065 | 10442 | 8830.9 | 5.6717 | 14.842 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 129 | 8049 | 7135.1 | 93.527 | 423.9 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 129 | 8049 | 7135.1 | 12.839 | 47.454 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 129 | 8049 | 7135.1 | 23.024 | 87.463 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 129 | 8049 | 7135.1 | 14.162 | 52.377 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 129 | 8049 | 7135.1 | 14.787 | 54.769 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 129 | 8049 | 7135.1 | 43.034 | 171.59 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 566 | 21036 | 10283 | -6.3658 | -0.49991 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 148 | 10058 | 8904.9 | 0 | -3 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 148 | 10058 | 8904.9 | 9.2757 | 24.873 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 148 | 10058 | 8904.9 | 18.063 | 52.153 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 148 | 10058 | 8904.9 | 9.6759 | 26.078 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 148 | 10058 | 8904.9 | 9.8804 | 26.702 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 148 | 10058 | 8904.9 | 33.323 | 105.61 | -RiCKMCResLongTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResLongTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 2065 | 10442 | 8830.9 | 5.6717 | 14.842 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 129 | 8049 | 7135.1 | 93.527 | 423.9 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 129 | 8049 | 7135.1 | 12.839 | 47.454 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 129 | 8049 | 7135.1 | 23.024 | 87.463 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 129 | 8049 | 7135.1 | 14.162 | 52.377 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 129 | 8049 | 7135.1 | 14.787 | 54.769 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 129 | 8049 | 7135.1 | 43.034 | 171.59 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 566 | 21036 | 10283 | -6.3658 | -0.49991 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 148 | 10058 | 8904.9 | 0 | -3 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 148 | 10058 | 8904.9 | 9.2757 | 24.873 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 148 | 10058 | 8904.9 | 18.063 | 52.153 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 148 | 10058 | 8904.9 | 9.6759 | 26.078 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 148 | 10058 | 8904.9 | 9.8804 | 26.702 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 148 | 10058 | 8904.9 | 33.323 | 105.61 | -RiMCTkResLong SUCCESS 1D profile histograms in directory "RICH/RiMCTkResLong" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 21 | 6789.7 | 5681.8 | -0.046014 | -2.8886 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 21 | 6789.7 | 5681.8 | 10.943 | 26.954 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 15 | 11459 | 9090.8 | 6.5787 | 15.898 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 15 | 11459 | 9090.8 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 1 | 2427.9 | 0 | 0 | 0 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 1 | 2427.9 | 0 | 0 | 0 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 70 | 8639.1 | 7738.6 | 19.346 | 68.758 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 70 | 8639.1 | 7738.6 | 0 | -3 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 8 | 10196 | 6401 | 2.3143 | 1.1704 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 8 | 10196 | 6401 | 0 | -3 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 25 | 7809.6 | 7264.3 | -0.041299 | -2.9003 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 25 | 7809.6 | 7264.3 | 21.398 | 75.941 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 17 | 14466 | 10636 | 3.8837 | 5.5768 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 17 | 14466 | 10636 | 10.258 | 18.582 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 1 | 2407.7 | 0 | 0 | 0 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 1 | 2407.7 | 0 | 0 | 0 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 79 | 10706 | 9403 | 11.571 | 30.003 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 79 | 10706 | 9403 | 0 | -3 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 10 | 10284 | 5810.6 | 2.3767 | 1.7092 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 10 | 10284 | 5810.6 | 0 | -3 | -RiCKMCResUp SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 176 | 14788 | 6284.5 | -12.999 | 25.785 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 13 | 10245 | 7015 | 0 | -3 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 13 | 10245 | 7015 | 1.2524 | -0.15992 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 13 | 10245 | 7015 | 3.6962 | 3.5378 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 13 | 10245 | 7015 | 1.4225 | -0.033922 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 13 | 10245 | 7015 | 1.6459 | 0.11318 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 13 | 10245 | 7015 | 5.4361 | 6.8692 | -RiCKMCResUpTight SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUpTight" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 176 | 14788 | 6284.5 | -12.999 | 25.785 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 13 | 10245 | 7015 | 0 | -3 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 13 | 10245 | 7015 | 1.2524 | -0.15992 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 13 | 10245 | 7015 | 3.6962 | 3.5378 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 13 | 10245 | 7015 | 1.4225 | -0.033922 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 13 | 10245 | 7015 | 1.6459 | 0.11318 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 13 | 10245 | 7015 | 5.4361 | 6.8692 | -RiMCTkResUp SUCCESS 1D profile histograms in directory "RICH/RiMCTkResUp" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 3 | 10668 | 6155.6 | 1.5805 | -0.59157 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 3 | 10668 | 6155.6 | -104.14 | -112.21 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 8 | 11019 | 7844.6 | 2.1752 | 0.53038 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 8 | 11019 | 7844.6 | 0 | -3 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 1 | 5972.2 | 0 | 0 | 0 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 1 | 5972.2 | 0 | 0 | 0 | diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-check-mcsequence.ref.x86_64+avx2+fma-opt b/Rec/Brunel/tests/refs/brunel-upgrade-check-mcsequence.ref.x86_64+avx2+fma-opt deleted file mode 120000 index 5cf8b786faf7eaf2684abd2399637db41365a744..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-check-mcsequence.ref.x86_64+avx2+fma-opt +++ /dev/null @@ -1 +0,0 @@ -./brunel-upgrade-check-mcsequence.ref.x86_64_v3-opt \ No newline at end of file diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-check-mcsequence.ref.x86_64_v3-opt b/Rec/Brunel/tests/refs/brunel-upgrade-check-mcsequence.ref.x86_64_v3-opt deleted file mode 100644 index 5937c25a4627fa4533de665a0100534deb6a6c17..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-check-mcsequence.ref.x86_64_v3-opt +++ /dev/null @@ -1,6257 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -NameAuditor INFO About to Enter BrunelSequencer with auditor trigger Initialize -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -NameAuditor INFO About to Enter Init with auditor trigger Initialize -NameAuditor INFO About to Enter InitBrunelSeq with auditor trigger Initialize -NameAuditor INFO About to Enter BrunelInit with auditor trigger Initialize -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 1 events -BrunelInit SUCCESS ================================================================== -NameAuditor INFO Just Exited BrunelInit with auditor trigger Initialize -RootHistSvc INFO Writing ROOT histograms to: Brunel-1ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -NameAuditor INFO Just Exited InitBrunelSeq with auditor trigger Initialize -NameAuditor INFO Just Exited Init with auditor trigger Initialize -NameAuditor INFO About to Enter PhysicsSeq with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureBanksHandler with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureDigits with auditor trigger Initialize -NameAuditor INFO About to Enter FutureEcalDigitsSeq with auditor trigger Initialize -NameAuditor INFO About to Enter FutureEcalZSup with auditor trigger Initialize -NameAuditor INFO Just Exited FutureEcalZSup with auditor trigger Initialize -NameAuditor INFO About to Enter EcalProcStatus with auditor trigger Initialize -NameAuditor INFO Just Exited EcalProcStatus with auditor trigger Initialize -NameAuditor INFO Just Exited FutureEcalDigitsSeq with auditor trigger Initialize -NameAuditor INFO About to Enter FutureHcalDigitsSeq with auditor trigger Initialize -NameAuditor INFO About to Enter FutureHcalZSup with auditor trigger Initialize -NameAuditor INFO Just Exited FutureHcalZSup with auditor trigger Initialize -NameAuditor INFO About to Enter HcalProcStatus with auditor trigger Initialize -NameAuditor INFO Just Exited HcalProcStatus with auditor trigger Initialize -NameAuditor INFO Just Exited FutureHcalDigitsSeq with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureDigits with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureBanksHandler with auditor trigger Initialize -NameAuditor INFO About to Enter Reco with auditor trigger Initialize -NameAuditor INFO About to Enter RecoDecodingSeq with auditor trigger Initialize -NameAuditor INFO About to Enter UnpackRawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited UnpackRawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter PrGECFilter with auditor trigger Initialize -NameAuditor INFO Just Exited PrGECFilter with auditor trigger Initialize -NameAuditor INFO About to Enter PrStoreUTHit with auditor trigger Initialize -NameAuditor INFO Just Exited PrStoreUTHit with auditor trigger Initialize -NameAuditor INFO About to Enter PrStorePrUTHits with auditor trigger Initialize -NameAuditor INFO Just Exited PrStorePrUTHits with auditor trigger Initialize -NameAuditor INFO About to Enter createFTClusters with auditor trigger Initialize -NameAuditor INFO Just Exited createFTClusters with auditor trigger Initialize -NameAuditor INFO About to Enter PrStoreFTHit with auditor trigger Initialize -DeFTDetector INFO Current FT geometry version = 61 -NameAuditor INFO Just Exited PrStoreFTHit with auditor trigger Initialize -NameAuditor INFO About to Enter PrStoreSciFiHits with auditor trigger Initialize -NameAuditor INFO Just Exited PrStoreSciFiHits with auditor trigger Initialize -NameAuditor INFO Just Exited RecoDecodingSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoTrFastSeq with auditor trigger Initialize -NameAuditor INFO About to Enter VPClustering with auditor trigger Initialize -NameAuditor INFO Just Exited VPClustering with auditor trigger Initialize -NameAuditor INFO About to Enter VeloClusterTracking with auditor trigger Initialize -NameAuditor INFO Just Exited VeloClusterTracking with auditor trigger Initialize -NameAuditor INFO About to Enter ConverterVP with auditor trigger Initialize -NameAuditor INFO Just Exited ConverterVP with auditor trigger Initialize -NameAuditor INFO About to Enter ConverterVPToV1 with auditor trigger Initialize -NameAuditor INFO Just Exited ConverterVPToV1 with auditor trigger Initialize -NameAuditor INFO About to Enter PatPV3D with auditor trigger Initialize -NameAuditor INFO Just Exited PatPV3D with auditor trigger Initialize -NameAuditor INFO About to Enter PrVeloUTFast with auditor trigger Initialize -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -NameAuditor INFO Just Exited PrVeloUTFast with auditor trigger Initialize -NameAuditor INFO About to Enter VeloUTMakeLHCbTracks with auditor trigger Initialize -NameAuditor INFO Just Exited VeloUTMakeLHCbTracks with auditor trigger Initialize -NameAuditor INFO About to Enter PrForwardTrackingFast with auditor trigger Initialize -NameAuditor INFO Just Exited PrForwardTrackingFast with auditor trigger Initialize -NameAuditor INFO About to Enter FastForwardMakeLHCbTracksFast with auditor trigger Initialize -NameAuditor INFO Just Exited FastForwardMakeLHCbTracksFast with auditor trigger Initialize -NameAuditor INFO About to Enter ConverterV1V2ForForwardFit with auditor trigger Initialize -NameAuditor INFO Just Exited ConverterV1V2ForForwardFit with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardFitterAlgFast with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardFitterAlgFast with auditor trigger Initialize -NameAuditor INFO Just Exited RecoTrFastSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoTrBestSeq with auditor trigger Initialize -NameAuditor INFO About to Enter PrForwardTrackingBest with auditor trigger Initialize -NameAuditor INFO Just Exited PrForwardTrackingBest with auditor trigger Initialize -NameAuditor INFO About to Enter BestForwardMakeLHCbTracksBest with auditor trigger Initialize -NameAuditor INFO Just Exited BestForwardMakeLHCbTracksBest with auditor trigger Initialize -NameAuditor INFO About to Enter PrHybridSeedingBest with auditor trigger Initialize -NameAuditor INFO Just Exited PrHybridSeedingBest with auditor trigger Initialize -NameAuditor INFO About to Enter SeedConverter with auditor trigger Initialize -NameAuditor INFO Just Exited SeedConverter with auditor trigger Initialize -NameAuditor INFO About to Enter PrMatchNNBest with auditor trigger Initialize -NameAuditor INFO Just Exited PrMatchNNBest with auditor trigger Initialize -NameAuditor INFO About to Enter TracksMatchConverter with auditor trigger Initialize -NameAuditor INFO Just Exited TracksMatchConverter with auditor trigger Initialize -NameAuditor INFO About to Enter PrLongLivedTrackingBest with auditor trigger Initialize -NameAuditor INFO Just Exited PrLongLivedTrackingBest with auditor trigger Initialize -NameAuditor INFO About to Enter TracksDownstreamConverter with auditor trigger Initialize -NameAuditor INFO Just Exited TracksDownstreamConverter with auditor trigger Initialize -NameAuditor INFO About to Enter BestTrackCreatorSeq with auditor trigger Initialize -NameAuditor INFO About to Enter TrackConverterSeq with auditor trigger Initialize -NameAuditor INFO About to Enter DownstreamConverter with auditor trigger Initialize -NameAuditor INFO Just Exited DownstreamConverter with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardBestConverter with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardBestConverter with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardFastConverter with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardFastConverter with auditor trigger Initialize -NameAuditor INFO About to Enter MatchConverter with auditor trigger Initialize -NameAuditor INFO Just Exited MatchConverter with auditor trigger Initialize -NameAuditor INFO About to Enter SeedingConverter with auditor trigger Initialize -NameAuditor INFO Just Exited SeedingConverter with auditor trigger Initialize -NameAuditor INFO About to Enter UpstreamConverter with auditor trigger Initialize -NameAuditor INFO Just Exited UpstreamConverter with auditor trigger Initialize -NameAuditor INFO About to Enter VeloConverter with auditor trigger Initialize -NameAuditor INFO Just Exited VeloConverter with auditor trigger Initialize -NameAuditor INFO Just Exited TrackConverterSeq with auditor trigger Initialize -NameAuditor INFO About to Enter TrackBestTrackCreator with auditor trigger Initialize -NameAuditor INFO Just Exited TrackBestTrackCreator with auditor trigger Initialize -NameAuditor INFO Just Exited BestTrackCreatorSeq with auditor trigger Initialize -NameAuditor INFO About to Enter TrackAddExtraInfoSeq with auditor trigger Initialize -NameAuditor INFO About to Enter TrackAddNNGhostId with auditor trigger Initialize -NameAuditor INFO Just Exited TrackAddNNGhostId with auditor trigger Initialize -NameAuditor INFO Just Exited TrackAddExtraInfoSeq with auditor trigger Initialize -NameAuditor INFO Just Exited RecoTrBestSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoRICHSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RichFutureDecode with auditor trigger Initialize -NameAuditor INFO Just Exited RichFutureDecode with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackTypeFilter with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackTypeFilter with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecoSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixels with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixClustering with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixClustering with auditor trigger Initialize -NameAuditor INFO About to Enter RichSIMDPixels with auditor trigger Initialize -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -NameAuditor INFO Just Exited RichSIMDPixels with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixels with auditor trigger Initialize -NameAuditor INFO About to Enter RichDownReco with auditor trigger Initialize -NameAuditor INFO About to Enter RichTracksDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackSegmentsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackSegmentsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackGloPointsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackGloPointsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackLocPointsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackLocPointsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichEmittedYieldsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichEmittedYieldsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichEmittedCKAnglesDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichEmittedCKAnglesDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichMassConesDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichMassConesDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichDetectableYieldsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichDetectableYieldsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichGeomEffDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichGeomEffDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichTkSegmentSelDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichTkSegmentSelDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichSignalYieldsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichSignalYieldsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichSignalCKAnglesDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichSignalCKAnglesDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichCKResolutionsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichCKResolutionsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichTracksDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPhotonsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPhotonRecoDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichPhotonRecoDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPredPixelSignalDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichPredPixelSignalDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichPhotonsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecSummaryDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecSummaryDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDInitDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDInitDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixBackgroundsIt0Down with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixBackgroundsIt0Down with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Down with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Down with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixBackgroundsIt1Down with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixBackgroundsIt1Down with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Down with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Down with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichDownReco with auditor trigger Initialize -NameAuditor INFO About to Enter RichLongReco with auditor trigger Initialize -NameAuditor INFO About to Enter RichTracksLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackSegmentsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackSegmentsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackGloPointsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackGloPointsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackLocPointsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackLocPointsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichEmittedYieldsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichEmittedYieldsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichEmittedCKAnglesLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichEmittedCKAnglesLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichMassConesLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichMassConesLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichDetectableYieldsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichDetectableYieldsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichGeomEffLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichGeomEffLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichTkSegmentSelLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichTkSegmentSelLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichSignalYieldsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichSignalYieldsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichSignalCKAnglesLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichSignalCKAnglesLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichCKResolutionsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichCKResolutionsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichTracksLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPhotonsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPhotonRecoLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichPhotonRecoLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPredPixelSignalLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichPredPixelSignalLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichPhotonsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecSummaryLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecSummaryLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDInitLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDInitLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixBackgroundsIt0Long with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixBackgroundsIt0Long with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Long with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Long with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixBackgroundsIt1Long with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixBackgroundsIt1Long with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Long with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Long with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichLongReco with auditor trigger Initialize -NameAuditor INFO About to Enter RichUpReco with auditor trigger Initialize -NameAuditor INFO About to Enter RichTracksUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackSegmentsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackSegmentsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackGloPointsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackGloPointsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichTrackLocPointsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichTrackLocPointsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichEmittedYieldsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichEmittedYieldsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichEmittedCKAnglesUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichEmittedCKAnglesUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichMassConesUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichMassConesUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichDetectableYieldsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichDetectableYieldsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichGeomEffUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichGeomEffUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichTkSegmentSelUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichTkSegmentSelUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichSignalYieldsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichSignalYieldsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichSignalCKAnglesUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichSignalCKAnglesUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichCKResolutionsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichCKResolutionsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichTracksUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPhotonsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPhotonRecoUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichPhotonRecoUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPredPixelSignalUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichPredPixelSignalUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichPhotonsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecSummaryUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecSummaryUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDInitUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDInitUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixBackgroundsIt0Up with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixBackgroundsIt0Up with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Up with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Up with auditor trigger Initialize -NameAuditor INFO About to Enter RichPixBackgroundsIt1Up with auditor trigger Initialize -NameAuditor INFO Just Exited RichPixBackgroundsIt1Up with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Up with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Up with auditor trigger Initialize -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichUpReco with auditor trigger Initialize -NameAuditor INFO About to Enter MergeRichPIDs with auditor trigger Initialize -NameAuditor INFO Just Exited MergeRichPIDs with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecoSeq with auditor trigger Initialize -NameAuditor INFO Just Exited RecoRICHSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoCALOFUTURESeq with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureProcessorCaloFutureSeq with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureRecoForCaloFutureProcessor with auditor trigger Initialize -NameAuditor INFO About to Enter ClusterFutureReco with auditor trigger Initialize -NameAuditor INFO About to Enter FutureEcalClust with auditor trigger Initialize -NameAuditor INFO Just Exited FutureEcalClust with auditor trigger Initialize -NameAuditor INFO About to Enter FutureEcalShare with auditor trigger Initialize -NameAuditor INFO Just Exited FutureEcalShare with auditor trigger Initialize -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -NameAuditor INFO About to Enter FutureEcalCovar with auditor trigger Initialize -NameAuditor INFO Just Exited FutureEcalCovar with auditor trigger Initialize -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -NameAuditor INFO About to Enter CaloClusterConverter with auditor trigger Initialize -NameAuditor INFO Just Exited CaloClusterConverter with auditor trigger Initialize -NameAuditor INFO Just Exited ClusterFutureReco with auditor trigger Initialize -NameAuditor INFO About to Enter ClassifyClusters with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureTrackMatch with auditor trigger Initialize -NameAuditor INFO About to Enter InECALFuture with auditor trigger Initialize -NameAuditor INFO Just Exited InECALFuture with auditor trigger Initialize -NameAuditor INFO About to Enter FutureClusterMatch with auditor trigger Initialize -NameAuditor INFO Just Exited FutureClusterMatch with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureTrackMatch with auditor trigger Initialize -NameAuditor INFO About to Enter ClassifyPhotonElectron with auditor trigger Initialize -NameAuditor INFO Just Exited ClassifyPhotonElectron with auditor trigger Initialize -NameAuditor INFO Just Exited ClassifyClusters with auditor trigger Initialize -NameAuditor INFO About to Enter MergedPi0FutureReco with auditor trigger Initialize -NameAuditor INFO About to Enter MergedPi0RecFuture with auditor trigger Initialize -NameAuditor INFO Just Exited MergedPi0RecFuture with auditor trigger Initialize -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -NameAuditor INFO About to Enter CaloSplitClusterConverter with auditor trigger Initialize -NameAuditor INFO Just Exited CaloSplitClusterConverter with auditor trigger Initialize -NameAuditor INFO Just Exited MergedPi0FutureReco with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureRecoForCaloFutureProcessor with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Initialize -NameAuditor INFO About to Enter ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Initialize -NameAuditor INFO About to Enter InCaloFutureAcceptance with auditor trigger Initialize -NameAuditor INFO About to Enter InHCALFuture with auditor trigger Initialize -NameAuditor INFO Just Exited InHCALFuture with auditor trigger Initialize -NameAuditor INFO About to Enter InBREMFuture with auditor trigger Initialize -NameAuditor INFO Just Exited InBREMFuture with auditor trigger Initialize -NameAuditor INFO Just Exited InCaloFutureAcceptance with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureMatch with auditor trigger Initialize -NameAuditor INFO About to Enter ElectronMatchFuture with auditor trigger Initialize -NameAuditor INFO Just Exited ElectronMatchFuture with auditor trigger Initialize -NameAuditor INFO About to Enter BremMatchFuture with auditor trigger Initialize -NameAuditor INFO Just Exited BremMatchFuture with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureMatch with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureEnergy with auditor trigger Initialize -NameAuditor INFO About to Enter EcalEFuture with auditor trigger Initialize -NameAuditor INFO Just Exited EcalEFuture with auditor trigger Initialize -NameAuditor INFO About to Enter HcalEFuture with auditor trigger Initialize -NameAuditor INFO Just Exited HcalEFuture with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureEnergy with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureChi2 with auditor trigger Initialize -NameAuditor INFO About to Enter FutureEcalChi22ID with auditor trigger Initialize -NameAuditor INFO Just Exited FutureEcalChi22ID with auditor trigger Initialize -NameAuditor INFO About to Enter BremChi22IDFuture with auditor trigger Initialize -NameAuditor INFO Just Exited BremChi22IDFuture with auditor trigger Initialize -NameAuditor INFO About to Enter FutureClusChi22ID with auditor trigger Initialize -NameAuditor INFO Just Exited FutureClusChi22ID with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureChi2 with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureDLLeFuture with auditor trigger Initialize -NameAuditor INFO About to Enter EcalPIDeFuture with auditor trigger Initialize -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -NameAuditor INFO Just Exited EcalPIDeFuture with auditor trigger Initialize -NameAuditor INFO About to Enter BremPIDeFuture with auditor trigger Initialize -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -NameAuditor INFO Just Exited BremPIDeFuture with auditor trigger Initialize -NameAuditor INFO About to Enter HcalPIDeFuture with auditor trigger Initialize -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -NameAuditor INFO Just Exited HcalPIDeFuture with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureDLLeFuture with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureDLLmuFuture with auditor trigger Initialize -NameAuditor INFO About to Enter EcalPIDmuFuture with auditor trigger Initialize -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -NameAuditor INFO Just Exited EcalPIDmuFuture with auditor trigger Initialize -NameAuditor INFO About to Enter HcalPIDmuFuture with auditor trigger Initialize -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -NameAuditor INFO Just Exited HcalPIDmuFuture with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureDLLmuFuture with auditor trigger Initialize -NameAuditor INFO Just Exited ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureProcessorCaloFutureSeq with auditor trigger Initialize -NameAuditor INFO Just Exited RecoCALOFUTURESeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoMUONSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MuonRec with auditor trigger Initialize -NameAuditor INFO Just Exited MuonRec with auditor trigger Initialize -NameAuditor INFO About to Enter MuonProcStatus with auditor trigger Initialize -NameAuditor INFO Just Exited MuonProcStatus with auditor trigger Initialize -NameAuditor INFO About to Enter MuonROFilter with auditor trigger Initialize -NameAuditor INFO Just Exited MuonROFilter with auditor trigger Initialize -NameAuditor INFO About to Enter MuonIDSeq with auditor trigger Initialize -NameAuditor INFO About to Enter PrepareMuonHits with auditor trigger Initialize -NameAuditor INFO Just Exited PrepareMuonHits with auditor trigger Initialize -NameAuditor INFO About to Enter MuonIDAlgLite with auditor trigger Initialize -NameAuditor INFO Just Exited MuonIDAlgLite with auditor trigger Initialize -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -NameAuditor INFO Just Exited MuonIDSeq with auditor trigger Initialize -NameAuditor INFO Just Exited RecoMUONSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoPROTOSeq with auditor trigger Initialize -NameAuditor INFO About to Enter ChargedProtoParticles with auditor trigger Initialize -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Electrons with auditor trigger Initialize -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Electrons with auditor trigger Initialize -NameAuditor INFO About to Enter Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Initialize -NameAuditor INFO Just Exited Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Initialize -NameAuditor INFO About to Enter ChargedProtoPMaker with auditor trigger Initialize -NameAuditor INFO Just Exited ChargedProtoPMaker with auditor trigger Initialize -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -NameAuditor INFO About to Enter ANNGPIDSeq with auditor trigger Initialize -NameAuditor INFO About to Enter ANNGPID with auditor trigger Initialize -NameAuditor INFO Just Exited ANNGPID with auditor trigger Initialize -NameAuditor INFO Just Exited ANNGPIDSeq with auditor trigger Initialize -NameAuditor INFO Just Exited ChargedProtoParticles with auditor trigger Initialize -NameAuditor INFO About to Enter NeutralProtoParticles with auditor trigger Initialize -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Initialize -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Initialize -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Photons with auditor trigger Initialize -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Photons with auditor trigger Initialize -NameAuditor INFO About to Enter FutureNeutralProtoPMaker with auditor trigger Initialize -NameAuditor INFO Just Exited FutureNeutralProtoPMaker with auditor trigger Initialize -NameAuditor INFO Just Exited NeutralProtoParticles with auditor trigger Initialize -NameAuditor INFO Just Exited RecoPROTOSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecoSUMMARYSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RecSummary with auditor trigger Initialize -NameAuditor INFO Just Exited RecSummary with auditor trigger Initialize -NameAuditor INFO Just Exited RecoSUMMARYSeq with auditor trigger Initialize -NameAuditor INFO Just Exited Reco with auditor trigger Initialize -NameAuditor INFO About to Enter Moni with auditor trigger Initialize -NameAuditor INFO About to Enter MoniCALOFUTURESeq with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureDigitsMoni with auditor trigger Initialize -NameAuditor INFO About to Enter EcalDigitMon with auditor trigger Initialize -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -NameAuditor INFO Just Exited EcalDigitMon with auditor trigger Initialize -NameAuditor INFO About to Enter HcalDigitMon with auditor trigger Initialize -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -NameAuditor INFO Just Exited HcalDigitMon with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureDigitsMoni with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureEFlowMoni with auditor trigger Initialize -NameAuditor INFO About to Enter EcalEFlowMon with auditor trigger Initialize -NameAuditor INFO Just Exited EcalEFlowMon with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureEFlowMoni with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureClustersMoni with auditor trigger Initialize -NameAuditor INFO About to Enter EcalClusterMon with auditor trigger Initialize -NameAuditor INFO Just Exited EcalClusterMon with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureClustersMoni with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureHyposMoni with auditor trigger Initialize -NameAuditor INFO About to Enter ElectronMon with auditor trigger Initialize -NameAuditor INFO Just Exited ElectronMon with auditor trigger Initialize -NameAuditor INFO About to Enter PhotonMon with auditor trigger Initialize -NameAuditor INFO Just Exited PhotonMon with auditor trigger Initialize -NameAuditor INFO About to Enter MergedPi0Mon with auditor trigger Initialize -NameAuditor INFO Just Exited MergedPi0Mon with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureHyposMoni with auditor trigger Initialize -NameAuditor INFO About to Enter DiPhotonMoni with auditor trigger Initialize -NameAuditor INFO About to Enter ResolvedPi0Mon with auditor trigger Initialize -NameAuditor INFO Just Exited ResolvedPi0Mon with auditor trigger Initialize -NameAuditor INFO About to Enter EtaMon with auditor trigger Initialize -NameAuditor INFO Just Exited EtaMon with auditor trigger Initialize -NameAuditor INFO Just Exited DiPhotonMoni with auditor trigger Initialize -NameAuditor INFO About to Enter ProtoElectronMon with auditor trigger Initialize -ProtoElectronMon INFO Will only look at track type(s) = ['Long', 'Downstream'] -NameAuditor INFO Just Exited ProtoElectronMon with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFuturePIDsMoni with auditor trigger Initialize -NameAuditor INFO About to Enter PhotonMatchMon with auditor trigger Initialize -NameAuditor INFO Just Exited PhotonMatchMon with auditor trigger Initialize -NameAuditor INFO About to Enter ElectronMatchMon with auditor trigger Initialize -NameAuditor INFO Just Exited ElectronMatchMon with auditor trigger Initialize -NameAuditor INFO About to Enter BremMatchMon with auditor trigger Initialize -NameAuditor INFO Just Exited BremMatchMon with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureEMuPIDMonUncut with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureEMuPIDMonUncut with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureEMuPIDMonSoft with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureEMuPIDMonSoft with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureEMuPIDMonHard with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureEMuPIDMonHard with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFuturePIDsMoni with auditor trigger Initialize -NameAuditor INFO Just Exited MoniCALOFUTURESeq with auditor trigger Initialize -NameAuditor INFO About to Enter MoniRICHSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RichMoni with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecPixelQC with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecPixelQC with auditor trigger Initialize -NameAuditor INFO About to Enter RichFutureMoniClustering with auditor trigger Initialize -NameAuditor INFO Just Exited RichFutureMoniClustering with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecPixelClusters with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecPixelClusters with auditor trigger Initialize -NameAuditor INFO About to Enter RichMoniDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecoStatsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecoStatsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiDownTrkEff with auditor trigger Initialize -NameAuditor INFO Just Exited RiDownTrkEff with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKResDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKResDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKResDownTight with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKResDownTight with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkEmittedYieldsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkEmittedYieldsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkDetectableYieldsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkDetectableYieldsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkSignalYieldsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkSignalYieldsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkGeomEffsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkGeomEffsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichMassRingsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichMassRingsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkMaterialDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkMaterialDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecPixBkgsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecPixBkgsDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichDLLsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichDLLsDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichMoniDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichMoniLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecoStatsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecoStatsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiLongTrkEff with auditor trigger Initialize -NameAuditor INFO Just Exited RiLongTrkEff with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKResLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKResLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKResLongTight with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKResLongTight with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkEmittedYieldsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkEmittedYieldsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkDetectableYieldsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkDetectableYieldsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkSignalYieldsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkSignalYieldsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkGeomEffsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkGeomEffsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichMassRingsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichMassRingsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkMaterialLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkMaterialLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecPixBkgsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecPixBkgsLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichDLLsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichDLLsLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichMoniLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichMoniUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecoStatsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecoStatsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiUpTrkEff with auditor trigger Initialize -NameAuditor INFO Just Exited RiUpTrkEff with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKResUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKResUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKResUpTight with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKResUpTight with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkEmittedYieldsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkEmittedYieldsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkDetectableYieldsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkDetectableYieldsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkSignalYieldsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkSignalYieldsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkGeomEffsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkGeomEffsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichMassRingsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichMassRingsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiTkMaterialUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiTkMaterialUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichRecPixBkgsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichRecPixBkgsUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichDLLsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichDLLsUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichMoniUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichMoni with auditor trigger Initialize -NameAuditor INFO Just Exited MoniRICHSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MoniMUONSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MuonPIDMonitorDown with auditor trigger Initialize -NameAuditor INFO Just Exited MuonPIDMonitorDown with auditor trigger Initialize -NameAuditor INFO About to Enter MuonPIDMonitorLong with auditor trigger Initialize -NameAuditor INFO Just Exited MuonPIDMonitorLong with auditor trigger Initialize -NameAuditor INFO About to Enter MuonTrackFitter with auditor trigger Initialize -NameAuditor INFO Just Exited MuonTrackFitter with auditor trigger Initialize -NameAuditor INFO About to Enter MuonTrackAligMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited MuonTrackAligMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited MoniMUONSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MoniGENERALSeq with auditor trigger Initialize -NameAuditor INFO About to Enter OverallEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited OverallEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter TrackEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited TrackEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter VertexEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited VertexEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter RichEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited RichEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter CaloFutureEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited CaloFutureEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter MuonEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited MuonEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter ProtoEventProcTime with auditor trigger Initialize -NameAuditor INFO Just Exited ProtoEventProcTime with auditor trigger Initialize -NameAuditor INFO About to Enter ProcStatAbortMoni with auditor trigger Initialize -NameAuditor INFO Just Exited ProcStatAbortMoni with auditor trigger Initialize -NameAuditor INFO Just Exited MoniGENERALSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MoniTrSeq with auditor trigger Initialize -NameAuditor INFO About to Enter TrackMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackMonitor with auditor trigger Initialize -NameAuditor INFO About to Enter TrackDiMuonMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackDiMuonMonitor with auditor trigger Initialize -NameAuditor INFO About to Enter TrackVertexMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackVertexMonitor with auditor trigger Initialize -NameAuditor INFO About to Enter TrackV0Monitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackV0Monitor with auditor trigger Initialize -NameAuditor INFO About to Enter TrackFitMatchMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackFitMatchMonitor with auditor trigger Initialize -NameAuditor INFO About to Enter TrackPV2HalfAlignMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackPV2HalfAlignMonitor with auditor trigger Initialize -NameAuditor INFO About to Enter TrackMuonMatchMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited TrackMuonMatchMonitor with auditor trigger Initialize -NameAuditor INFO Just Exited MoniTrSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MoniPROTOSeq with auditor trigger Initialize -NameAuditor INFO About to Enter ChargedProtoPMoni with auditor trigger Initialize -NameAuditor INFO Just Exited ChargedProtoPMoni with auditor trigger Initialize -NameAuditor INFO About to Enter ChargedProtoANNPIDMoni with auditor trigger Initialize -NameAuditor INFO Just Exited ChargedProtoANNPIDMoni with auditor trigger Initialize -NameAuditor INFO Just Exited MoniPROTOSeq with auditor trigger Initialize -NameAuditor INFO Just Exited Moni with auditor trigger Initialize -NameAuditor INFO About to Enter MCLinks with auditor trigger Initialize -NameAuditor INFO About to Enter MCLinksUnpackSeq with auditor trigger Initialize -NameAuditor INFO About to Enter UnpackMCParticle with auditor trigger Initialize -NameAuditor INFO Just Exited UnpackMCParticle with auditor trigger Initialize -NameAuditor INFO About to Enter UnpackMCVertex with auditor trigger Initialize -NameAuditor INFO Just Exited UnpackMCVertex with auditor trigger Initialize -NameAuditor INFO Just Exited MCLinksUnpackSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MCLinksTrSeq with auditor trigger Initialize -NameAuditor INFO About to Enter VPClusFull with auditor trigger Initialize -NameAuditor INFO Just Exited VPClusFull with auditor trigger Initialize -NameAuditor INFO About to Enter VPFullCluster2MCParticleLinker with auditor trigger Initialize -NameAuditor INFO Just Exited VPFullCluster2MCParticleLinker with auditor trigger Initialize -NameAuditor INFO About to Enter PrLHCbID2MCParticle with auditor trigger Initialize -NameAuditor INFO Just Exited PrLHCbID2MCParticle with auditor trigger Initialize -NameAuditor INFO About to Enter DownstreamChecker with auditor trigger Initialize -NameAuditor INFO About to Enter DownstreamAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited DownstreamAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited DownstreamChecker with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardBestChecker with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardBestAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardBestAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardBestChecker with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardFastChecker with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardFastAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardFastAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardFastChecker with auditor trigger Initialize -NameAuditor INFO About to Enter MatchChecker with auditor trigger Initialize -NameAuditor INFO About to Enter MatchAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited MatchAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited MatchChecker with auditor trigger Initialize -NameAuditor INFO About to Enter SeedingChecker with auditor trigger Initialize -NameAuditor INFO About to Enter SeedingAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited SeedingAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited SeedingChecker with auditor trigger Initialize -NameAuditor INFO About to Enter UpstreamChecker with auditor trigger Initialize -NameAuditor INFO About to Enter UpstreamAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited UpstreamAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited UpstreamChecker with auditor trigger Initialize -NameAuditor INFO About to Enter VeloChecker with auditor trigger Initialize -NameAuditor INFO About to Enter VeloAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited VeloAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited VeloChecker with auditor trigger Initialize -NameAuditor INFO About to Enter BestExtraChecker with auditor trigger Initialize -NameAuditor INFO About to Enter BestAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited BestAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited BestExtraChecker with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardFastFittedExtraChecker with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardFastFittedAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardFastFittedAssociator with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardFastFittedExtraChecker with auditor trigger Initialize -NameAuditor INFO Just Exited MCLinksTrSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MCLinksCaloSeq with auditor trigger Initialize -NameAuditor INFO About to Enter CaloDigit2MCLinks2Table with auditor trigger Initialize -NameAuditor INFO Just Exited CaloDigit2MCLinks2Table with auditor trigger Initialize -NameAuditor INFO About to Enter CaloClusterMCTruth with auditor trigger Initialize -NameAuditor INFO Just Exited CaloClusterMCTruth with auditor trigger Initialize -NameAuditor INFO About to Enter CaloHypoMCTruth_Photons with auditor trigger Initialize -NameAuditor INFO Just Exited CaloHypoMCTruth_Photons with auditor trigger Initialize -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Photons with auditor trigger Initialize -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Photons with auditor trigger Initialize -NameAuditor INFO About to Enter CaloHypoMCTruth_Electrons with auditor trigger Initialize -NameAuditor INFO Just Exited CaloHypoMCTruth_Electrons with auditor trigger Initialize -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Electrons with auditor trigger Initialize -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Electrons with auditor trigger Initialize -NameAuditor INFO About to Enter CaloHypoMCTruth_MergedPi0s with auditor trigger Initialize -NameAuditor INFO Just Exited CaloHypoMCTruth_MergedPi0s with auditor trigger Initialize -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Initialize -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Initialize -NameAuditor INFO Just Exited MCLinksCaloSeq with auditor trigger Initialize -NameAuditor INFO Just Exited MCLinks with auditor trigger Initialize -NameAuditor INFO About to Enter Check with auditor trigger Initialize -NameAuditor INFO About to Enter CheckPatSeq with auditor trigger Initialize -NameAuditor INFO About to Enter VeloMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited VeloMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter UpMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited UpMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter UTForwardMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited UTForwardMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter ForwardBestMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited ForwardBestMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter MatchMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited MatchMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter TMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited TMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter DownMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited DownMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter FilterForBestMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited FilterForBestMCCheck with auditor trigger Initialize -FilterForBestMC... INFO CUT: ' (~TrINVALID) ' -NameAuditor INFO About to Enter FilterForBestLongMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited FilterForBestLongMCCheck with auditor trigger Initialize -FilterForBestLo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==3) ) ' -NameAuditor INFO About to Enter FilterForBestLongAndGhostProbMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited FilterForBestLongAndGhostProbMCCheck with auditor trigger Initialize -FilterForBestLo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==3) ) & (TrGHOSTPROB<0.5) ) ' -NameAuditor INFO About to Enter FilterForBestDownMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited FilterForBestDownMCCheck with auditor trigger Initialize -FilterForBestDo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==5) ) ' -NameAuditor INFO About to Enter FilterForBestDownAndGhostProbMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited FilterForBestDownAndGhostProbMCCheck with auditor trigger Initialize -FilterForBestDo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==5) ) & (TrGHOSTPROB<0.5) ) ' -NameAuditor INFO About to Enter BestMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited BestMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter BestLongMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited BestLongMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter BestLongAndGhostProbMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited BestLongAndGhostProbMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter BestDownMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited BestDownMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter BestDownAndGhostProbMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited BestDownAndGhostProbMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter UTForwardBestMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited UTForwardBestMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter UTMatchMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited UTMatchMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter UTDownMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited UTDownMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter VeloFullMCCheck with auditor trigger Initialize -NameAuditor INFO Just Exited VeloFullMCCheck with auditor trigger Initialize -NameAuditor INFO About to Enter TrackResCheckerFast with auditor trigger Initialize -NameAuditor INFO Just Exited TrackResCheckerFast with auditor trigger Initialize -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -NameAuditor INFO About to Enter PVConverter with auditor trigger Initialize -NameAuditor INFO Just Exited PVConverter with auditor trigger Initialize -NameAuditor INFO About to Enter PVChecker with auditor trigger Initialize -NameAuditor INFO Just Exited PVChecker with auditor trigger Initialize -NameAuditor INFO Just Exited CheckPatSeq with auditor trigger Initialize -NameAuditor INFO About to Enter CheckRICHSeq with auditor trigger Initialize -NameAuditor INFO About to Enter RichCheck with auditor trigger Initialize -NameAuditor INFO About to Enter RichFutureTKToMCPsRels with auditor trigger Initialize -NameAuditor INFO Just Exited RichFutureTKToMCPsRels with auditor trigger Initialize -NameAuditor INFO About to Enter RichCheckDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDCheckDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonDown10to70 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonDown10to70 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonDown2to10 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonDown2to10 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonDown2to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonDown2to100 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonDown70to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonDown70to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDCheckDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKMCResDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKMCResDown with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKMCResDownTight with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKMCResDownTight with auditor trigger Initialize -NameAuditor INFO About to Enter RiMCTkResDown with auditor trigger Initialize -NameAuditor INFO Just Exited RiMCTkResDown with auditor trigger Initialize -NameAuditor INFO Just Exited RichCheckDown with auditor trigger Initialize -NameAuditor INFO About to Enter RichCheckLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDCheckLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonLong10to70 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonLong10to70 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonLong2to10 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonLong2to10 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonLong2to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonLong2to100 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonLong70to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonLong70to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDCheckLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKMCResLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKMCResLong with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKMCResLongTight with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKMCResLongTight with auditor trigger Initialize -NameAuditor INFO About to Enter RiMCTkResLong with auditor trigger Initialize -NameAuditor INFO Just Exited RiMCTkResLong with auditor trigger Initialize -NameAuditor INFO Just Exited RichCheckLong with auditor trigger Initialize -NameAuditor INFO About to Enter RichCheckUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDCheckUp with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonUp10to70 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonUp10to70 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonUp2to10 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonUp2to10 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonUp2to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonUp2to100 with auditor trigger Initialize -NameAuditor INFO About to Enter RichPIDMonUp70to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDMonUp70to100 with auditor trigger Initialize -NameAuditor INFO Just Exited RichPIDCheckUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKMCResUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKMCResUp with auditor trigger Initialize -NameAuditor INFO About to Enter RiCKMCResUpTight with auditor trigger Initialize -NameAuditor INFO Just Exited RiCKMCResUpTight with auditor trigger Initialize -NameAuditor INFO About to Enter RiMCTkResUp with auditor trigger Initialize -NameAuditor INFO Just Exited RiMCTkResUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichCheckUp with auditor trigger Initialize -NameAuditor INFO Just Exited RichCheck with auditor trigger Initialize -NameAuditor INFO Just Exited CheckRICHSeq with auditor trigger Initialize -NameAuditor INFO About to Enter CheckMUONSeq with auditor trigger Initialize -NameAuditor INFO About to Enter MuonPIDCheckerDown with auditor trigger Initialize -NameAuditor INFO Just Exited MuonPIDCheckerDown with auditor trigger Initialize -NameAuditor INFO About to Enter MuonPIDCheckerLong with auditor trigger Initialize -NameAuditor INFO Just Exited MuonPIDCheckerLong with auditor trigger Initialize -NameAuditor INFO Just Exited CheckMUONSeq with auditor trigger Initialize -NameAuditor INFO Just Exited Check with auditor trigger Initialize -NameAuditor INFO Just Exited PhysicsSeq with auditor trigger Initialize -NameAuditor INFO About to Enter Output with auditor trigger Initialize -NameAuditor INFO About to Enter OutputDSTSeq with auditor trigger Initialize -NameAuditor INFO About to Enter GenFSRMerge with auditor trigger Initialize -NameAuditor INFO Just Exited GenFSRMerge with auditor trigger Initialize -NameAuditor INFO About to Enter RawEventSplitSeq with auditor trigger Initialize -NameAuditor INFO About to Enter create_Calo_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Calo_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_HC_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_HC_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_Muon_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Muon_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_PersistReco_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_PersistReco_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_Rich_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Rich_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_Tracker_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Tracker_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_Trigger_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Trigger_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_Unstripped_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Unstripped_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter create_Velo_RawEvent with auditor trigger Initialize -NameAuditor INFO Just Exited create_Velo_RawEvent with auditor trigger Initialize -NameAuditor INFO About to Enter KillRawEventNodes with auditor trigger Initialize -NameAuditor INFO Just Exited KillRawEventNodes with auditor trigger Initialize -NameAuditor INFO Just Exited RawEventSplitSeq with auditor trigger Initialize -NameAuditor INFO About to Enter FilterBestTrackStates with auditor trigger Initialize -NameAuditor INFO Just Exited FilterBestTrackStates with auditor trigger Initialize -NameAuditor INFO About to Enter FilterMuonTrackStates with auditor trigger Initialize -NameAuditor INFO Just Exited FilterMuonTrackStates with auditor trigger Initialize -NameAuditor INFO About to Enter PackDST with auditor trigger Initialize -NameAuditor INFO About to Enter PackTrack with auditor trigger Initialize -NameAuditor INFO Just Exited PackTrack with auditor trigger Initialize -NameAuditor INFO About to Enter PackRichPIDs with auditor trigger Initialize -NameAuditor INFO Just Exited PackRichPIDs with auditor trigger Initialize -NameAuditor INFO About to Enter PackMuonPIDs with auditor trigger Initialize -NameAuditor INFO Just Exited PackMuonPIDs with auditor trigger Initialize -NameAuditor INFO About to Enter CaloPacking with auditor trigger Initialize -NameAuditor INFO About to Enter PackPhotons with auditor trigger Initialize -NameAuditor INFO Just Exited PackPhotons with auditor trigger Initialize -NameAuditor INFO About to Enter PackElectrons with auditor trigger Initialize -NameAuditor INFO Just Exited PackElectrons with auditor trigger Initialize -NameAuditor INFO About to Enter PackMergedPi0s with auditor trigger Initialize -NameAuditor INFO Just Exited PackMergedPi0s with auditor trigger Initialize -NameAuditor INFO About to Enter PackSplitPhotons with auditor trigger Initialize -NameAuditor INFO Just Exited PackSplitPhotons with auditor trigger Initialize -NameAuditor INFO Just Exited CaloPacking with auditor trigger Initialize -NameAuditor INFO About to Enter ProtoParticlePIDClean with auditor trigger Initialize -NameAuditor INFO Just Exited ProtoParticlePIDClean with auditor trigger Initialize -NameAuditor INFO About to Enter PackChargedProtos with auditor trigger Initialize -NameAuditor INFO Just Exited PackChargedProtos with auditor trigger Initialize -NameAuditor INFO About to Enter PackNeutralProtos with auditor trigger Initialize -NameAuditor INFO Just Exited PackNeutralProtos with auditor trigger Initialize -NameAuditor INFO About to Enter PackRecVertex with auditor trigger Initialize -NameAuditor INFO Just Exited PackRecVertex with auditor trigger Initialize -NameAuditor INFO About to Enter PackTwoProngVertex with auditor trigger Initialize -NameAuditor INFO Just Exited PackTwoProngVertex with auditor trigger Initialize -NameAuditor INFO About to Enter PackMuonTracks with auditor trigger Initialize -NameAuditor INFO Just Exited PackMuonTracks with auditor trigger Initialize -NameAuditor INFO Just Exited PackDST with auditor trigger Initialize -NameAuditor INFO Just Exited OutputDSTSeq with auditor trigger Initialize -NameAuditor INFO Just Exited Output with auditor trigger Initialize -NameAuditor INFO Just Exited BrunelSequencer with auditor trigger Initialize -NameAuditor INFO About to Enter DstWriter with auditor trigger Initialize -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel-1ev.dst' SVC='RootCnvSvc' OPT='REC' -NameAuditor INFO Just Exited DstWriter with auditor trigger Initialize -NameAuditor INFO About to Enter FSROutputStreamDstWriter with auditor trigger Initialize -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel-1ev.dst' SVC='FileRecordCnvSvc' OPT='REC' -NameAuditor INFO Just Exited FSROutputStreamDstWriter with auditor trigger Initialize -ApplicationMgr INFO Application Manager Initialized successfully -NameAuditor INFO About to Enter BrunelSequencer with auditor trigger Start -NameAuditor INFO About to Enter Init with auditor trigger Start -NameAuditor INFO About to Enter InitBrunelSeq with auditor trigger Start -NameAuditor INFO About to Enter BrunelInit with auditor trigger Start -NameAuditor INFO Just Exited BrunelInit with auditor trigger Start -NameAuditor INFO Just Exited InitBrunelSeq with auditor trigger Start -NameAuditor INFO Just Exited Init with auditor trigger Start -NameAuditor INFO About to Enter PhysicsSeq with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureBanksHandler with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureDigits with auditor trigger Start -NameAuditor INFO About to Enter FutureEcalDigitsSeq with auditor trigger Start -NameAuditor INFO About to Enter FutureEcalZSup with auditor trigger Start -NameAuditor INFO Just Exited FutureEcalZSup with auditor trigger Start -NameAuditor INFO About to Enter EcalProcStatus with auditor trigger Start -NameAuditor INFO Just Exited EcalProcStatus with auditor trigger Start -NameAuditor INFO Just Exited FutureEcalDigitsSeq with auditor trigger Start -NameAuditor INFO About to Enter FutureHcalDigitsSeq with auditor trigger Start -NameAuditor INFO About to Enter FutureHcalZSup with auditor trigger Start -NameAuditor INFO Just Exited FutureHcalZSup with auditor trigger Start -NameAuditor INFO About to Enter HcalProcStatus with auditor trigger Start -NameAuditor INFO Just Exited HcalProcStatus with auditor trigger Start -NameAuditor INFO Just Exited FutureHcalDigitsSeq with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureDigits with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureBanksHandler with auditor trigger Start -NameAuditor INFO About to Enter Reco with auditor trigger Start -NameAuditor INFO About to Enter RecoDecodingSeq with auditor trigger Start -NameAuditor INFO About to Enter UnpackRawEvent with auditor trigger Start -NameAuditor INFO Just Exited UnpackRawEvent with auditor trigger Start -NameAuditor INFO About to Enter PrGECFilter with auditor trigger Start -NameAuditor INFO Just Exited PrGECFilter with auditor trigger Start -NameAuditor INFO About to Enter PrStoreUTHit with auditor trigger Start -NameAuditor INFO Just Exited PrStoreUTHit with auditor trigger Start -NameAuditor INFO About to Enter PrStorePrUTHits with auditor trigger Start -NameAuditor INFO Just Exited PrStorePrUTHits with auditor trigger Start -NameAuditor INFO About to Enter createFTClusters with auditor trigger Start -NameAuditor INFO Just Exited createFTClusters with auditor trigger Start -NameAuditor INFO About to Enter PrStoreFTHit with auditor trigger Start -NameAuditor INFO Just Exited PrStoreFTHit with auditor trigger Start -NameAuditor INFO About to Enter PrStoreSciFiHits with auditor trigger Start -NameAuditor INFO Just Exited PrStoreSciFiHits with auditor trigger Start -NameAuditor INFO Just Exited RecoDecodingSeq with auditor trigger Start -NameAuditor INFO About to Enter RecoTrFastSeq with auditor trigger Start -NameAuditor INFO About to Enter VPClustering with auditor trigger Start -NameAuditor INFO Just Exited VPClustering with auditor trigger Start -NameAuditor INFO About to Enter VeloClusterTracking with auditor trigger Start -NameAuditor INFO Just Exited VeloClusterTracking with auditor trigger Start -NameAuditor INFO About to Enter ConverterVP with auditor trigger Start -NameAuditor INFO Just Exited ConverterVP with auditor trigger Start -NameAuditor INFO About to Enter ConverterVPToV1 with auditor trigger Start -NameAuditor INFO Just Exited ConverterVPToV1 with auditor trigger Start -NameAuditor INFO About to Enter PatPV3D with auditor trigger Start -NameAuditor INFO Just Exited PatPV3D with auditor trigger Start -NameAuditor INFO About to Enter PrVeloUTFast with auditor trigger Start -NameAuditor INFO Just Exited PrVeloUTFast with auditor trigger Start -NameAuditor INFO About to Enter VeloUTMakeLHCbTracks with auditor trigger Start -NameAuditor INFO Just Exited VeloUTMakeLHCbTracks with auditor trigger Start -NameAuditor INFO About to Enter PrForwardTrackingFast with auditor trigger Start -NameAuditor INFO Just Exited PrForwardTrackingFast with auditor trigger Start -NameAuditor INFO About to Enter FastForwardMakeLHCbTracksFast with auditor trigger Start -NameAuditor INFO Just Exited FastForwardMakeLHCbTracksFast with auditor trigger Start -NameAuditor INFO About to Enter ConverterV1V2ForForwardFit with auditor trigger Start -NameAuditor INFO Just Exited ConverterV1V2ForForwardFit with auditor trigger Start -NameAuditor INFO About to Enter ForwardFitterAlgFast with auditor trigger Start -NameAuditor INFO Just Exited ForwardFitterAlgFast with auditor trigger Start -NameAuditor INFO Just Exited RecoTrFastSeq with auditor trigger Start -NameAuditor INFO About to Enter RecoTrBestSeq with auditor trigger Start -NameAuditor INFO About to Enter PrForwardTrackingBest with auditor trigger Start -NameAuditor INFO Just Exited PrForwardTrackingBest with auditor trigger Start -NameAuditor INFO About to Enter BestForwardMakeLHCbTracksBest with auditor trigger Start -NameAuditor INFO Just Exited BestForwardMakeLHCbTracksBest with auditor trigger Start -NameAuditor INFO About to Enter PrHybridSeedingBest with auditor trigger Start -NameAuditor INFO Just Exited PrHybridSeedingBest with auditor trigger Start -NameAuditor INFO About to Enter SeedConverter with auditor trigger Start -NameAuditor INFO Just Exited SeedConverter with auditor trigger Start -NameAuditor INFO About to Enter PrMatchNNBest with auditor trigger Start -NameAuditor INFO Just Exited PrMatchNNBest with auditor trigger Start -NameAuditor INFO About to Enter TracksMatchConverter with auditor trigger Start -NameAuditor INFO Just Exited TracksMatchConverter with auditor trigger Start -NameAuditor INFO About to Enter PrLongLivedTrackingBest with auditor trigger Start -NameAuditor INFO Just Exited PrLongLivedTrackingBest with auditor trigger Start -NameAuditor INFO About to Enter TracksDownstreamConverter with auditor trigger Start -NameAuditor INFO Just Exited TracksDownstreamConverter with auditor trigger Start -NameAuditor INFO About to Enter BestTrackCreatorSeq with auditor trigger Start -NameAuditor INFO About to Enter TrackConverterSeq with auditor trigger Start -NameAuditor INFO About to Enter DownstreamConverter with auditor trigger Start -NameAuditor INFO Just Exited DownstreamConverter with auditor trigger Start -NameAuditor INFO About to Enter ForwardBestConverter with auditor trigger Start -NameAuditor INFO Just Exited ForwardBestConverter with auditor trigger Start -NameAuditor INFO About to Enter ForwardFastConverter with auditor trigger Start -NameAuditor INFO Just Exited ForwardFastConverter with auditor trigger Start -NameAuditor INFO About to Enter MatchConverter with auditor trigger Start -NameAuditor INFO Just Exited MatchConverter with auditor trigger Start -NameAuditor INFO About to Enter SeedingConverter with auditor trigger Start -NameAuditor INFO Just Exited SeedingConverter with auditor trigger Start -NameAuditor INFO About to Enter UpstreamConverter with auditor trigger Start -NameAuditor INFO Just Exited UpstreamConverter with auditor trigger Start -NameAuditor INFO About to Enter VeloConverter with auditor trigger Start -NameAuditor INFO Just Exited VeloConverter with auditor trigger Start -NameAuditor INFO Just Exited TrackConverterSeq with auditor trigger Start -NameAuditor INFO About to Enter TrackBestTrackCreator with auditor trigger Start -NameAuditor INFO Just Exited TrackBestTrackCreator with auditor trigger Start -NameAuditor INFO Just Exited BestTrackCreatorSeq with auditor trigger Start -NameAuditor INFO About to Enter TrackAddExtraInfoSeq with auditor trigger Start -NameAuditor INFO About to Enter TrackAddNNGhostId with auditor trigger Start -NameAuditor INFO Just Exited TrackAddNNGhostId with auditor trigger Start -NameAuditor INFO Just Exited TrackAddExtraInfoSeq with auditor trigger Start -NameAuditor INFO Just Exited RecoTrBestSeq with auditor trigger Start -NameAuditor INFO About to Enter RecoRICHSeq with auditor trigger Start -NameAuditor INFO About to Enter RichFutureDecode with auditor trigger Start -NameAuditor INFO Just Exited RichFutureDecode with auditor trigger Start -NameAuditor INFO About to Enter RichTrackTypeFilter with auditor trigger Start -NameAuditor INFO Just Exited RichTrackTypeFilter with auditor trigger Start -NameAuditor INFO About to Enter RichRecoSeq with auditor trigger Start -NameAuditor INFO About to Enter RichPixels with auditor trigger Start -NameAuditor INFO About to Enter RichPixClustering with auditor trigger Start -NameAuditor INFO Just Exited RichPixClustering with auditor trigger Start -NameAuditor INFO About to Enter RichSIMDPixels with auditor trigger Start -NameAuditor INFO Just Exited RichSIMDPixels with auditor trigger Start -NameAuditor INFO Just Exited RichPixels with auditor trigger Start -NameAuditor INFO About to Enter RichDownReco with auditor trigger Start -NameAuditor INFO About to Enter RichTracksDown with auditor trigger Start -NameAuditor INFO About to Enter RichTrackSegmentsDown with auditor trigger Start -NameAuditor INFO Just Exited RichTrackSegmentsDown with auditor trigger Start -NameAuditor INFO About to Enter RichTrackGloPointsDown with auditor trigger Start -NameAuditor INFO Just Exited RichTrackGloPointsDown with auditor trigger Start -NameAuditor INFO About to Enter RichTrackLocPointsDown with auditor trigger Start -NameAuditor INFO Just Exited RichTrackLocPointsDown with auditor trigger Start -NameAuditor INFO About to Enter RichEmittedYieldsDown with auditor trigger Start -NameAuditor INFO Just Exited RichEmittedYieldsDown with auditor trigger Start -NameAuditor INFO About to Enter RichEmittedCKAnglesDown with auditor trigger Start -NameAuditor INFO Just Exited RichEmittedCKAnglesDown with auditor trigger Start -NameAuditor INFO About to Enter RichMassConesDown with auditor trigger Start -NameAuditor INFO Just Exited RichMassConesDown with auditor trigger Start -NameAuditor INFO About to Enter RichDetectableYieldsDown with auditor trigger Start -NameAuditor INFO Just Exited RichDetectableYieldsDown with auditor trigger Start -NameAuditor INFO About to Enter RichGeomEffDown with auditor trigger Start -NameAuditor INFO Just Exited RichGeomEffDown with auditor trigger Start -NameAuditor INFO About to Enter RichTkSegmentSelDown with auditor trigger Start -NameAuditor INFO Just Exited RichTkSegmentSelDown with auditor trigger Start -NameAuditor INFO About to Enter RichSignalYieldsDown with auditor trigger Start -NameAuditor INFO Just Exited RichSignalYieldsDown with auditor trigger Start -NameAuditor INFO About to Enter RichSignalCKAnglesDown with auditor trigger Start -NameAuditor INFO Just Exited RichSignalCKAnglesDown with auditor trigger Start -NameAuditor INFO About to Enter RichCKResolutionsDown with auditor trigger Start -NameAuditor INFO Just Exited RichCKResolutionsDown with auditor trigger Start -NameAuditor INFO Just Exited RichTracksDown with auditor trigger Start -NameAuditor INFO About to Enter RichPhotonsDown with auditor trigger Start -NameAuditor INFO About to Enter RichPhotonRecoDown with auditor trigger Start -NameAuditor INFO Just Exited RichPhotonRecoDown with auditor trigger Start -NameAuditor INFO About to Enter RichPredPixelSignalDown with auditor trigger Start -NameAuditor INFO Just Exited RichPredPixelSignalDown with auditor trigger Start -NameAuditor INFO Just Exited RichPhotonsDown with auditor trigger Start -NameAuditor INFO About to Enter RichRecSummaryDown with auditor trigger Start -NameAuditor INFO Just Exited RichRecSummaryDown with auditor trigger Start -NameAuditor INFO About to Enter RichPIDDown with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDInitDown with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDInitDown with auditor trigger Start -NameAuditor INFO About to Enter RichPixBackgroundsIt0Down with auditor trigger Start -NameAuditor INFO Just Exited RichPixBackgroundsIt0Down with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Down with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Down with auditor trigger Start -NameAuditor INFO About to Enter RichPixBackgroundsIt1Down with auditor trigger Start -NameAuditor INFO Just Exited RichPixBackgroundsIt1Down with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Down with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Down with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsDown with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsDown with auditor trigger Start -NameAuditor INFO Just Exited RichPIDDown with auditor trigger Start -NameAuditor INFO Just Exited RichDownReco with auditor trigger Start -NameAuditor INFO About to Enter RichLongReco with auditor trigger Start -NameAuditor INFO About to Enter RichTracksLong with auditor trigger Start -NameAuditor INFO About to Enter RichTrackSegmentsLong with auditor trigger Start -NameAuditor INFO Just Exited RichTrackSegmentsLong with auditor trigger Start -NameAuditor INFO About to Enter RichTrackGloPointsLong with auditor trigger Start -NameAuditor INFO Just Exited RichTrackGloPointsLong with auditor trigger Start -NameAuditor INFO About to Enter RichTrackLocPointsLong with auditor trigger Start -NameAuditor INFO Just Exited RichTrackLocPointsLong with auditor trigger Start -NameAuditor INFO About to Enter RichEmittedYieldsLong with auditor trigger Start -NameAuditor INFO Just Exited RichEmittedYieldsLong with auditor trigger Start -NameAuditor INFO About to Enter RichEmittedCKAnglesLong with auditor trigger Start -NameAuditor INFO Just Exited RichEmittedCKAnglesLong with auditor trigger Start -NameAuditor INFO About to Enter RichMassConesLong with auditor trigger Start -NameAuditor INFO Just Exited RichMassConesLong with auditor trigger Start -NameAuditor INFO About to Enter RichDetectableYieldsLong with auditor trigger Start -NameAuditor INFO Just Exited RichDetectableYieldsLong with auditor trigger Start -NameAuditor INFO About to Enter RichGeomEffLong with auditor trigger Start -NameAuditor INFO Just Exited RichGeomEffLong with auditor trigger Start -NameAuditor INFO About to Enter RichTkSegmentSelLong with auditor trigger Start -NameAuditor INFO Just Exited RichTkSegmentSelLong with auditor trigger Start -NameAuditor INFO About to Enter RichSignalYieldsLong with auditor trigger Start -NameAuditor INFO Just Exited RichSignalYieldsLong with auditor trigger Start -NameAuditor INFO About to Enter RichSignalCKAnglesLong with auditor trigger Start -NameAuditor INFO Just Exited RichSignalCKAnglesLong with auditor trigger Start -NameAuditor INFO About to Enter RichCKResolutionsLong with auditor trigger Start -NameAuditor INFO Just Exited RichCKResolutionsLong with auditor trigger Start -NameAuditor INFO Just Exited RichTracksLong with auditor trigger Start -NameAuditor INFO About to Enter RichPhotonsLong with auditor trigger Start -NameAuditor INFO About to Enter RichPhotonRecoLong with auditor trigger Start -NameAuditor INFO Just Exited RichPhotonRecoLong with auditor trigger Start -NameAuditor INFO About to Enter RichPredPixelSignalLong with auditor trigger Start -NameAuditor INFO Just Exited RichPredPixelSignalLong with auditor trigger Start -NameAuditor INFO Just Exited RichPhotonsLong with auditor trigger Start -NameAuditor INFO About to Enter RichRecSummaryLong with auditor trigger Start -NameAuditor INFO Just Exited RichRecSummaryLong with auditor trigger Start -NameAuditor INFO About to Enter RichPIDLong with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDInitLong with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDInitLong with auditor trigger Start -NameAuditor INFO About to Enter RichPixBackgroundsIt0Long with auditor trigger Start -NameAuditor INFO Just Exited RichPixBackgroundsIt0Long with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Long with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Long with auditor trigger Start -NameAuditor INFO About to Enter RichPixBackgroundsIt1Long with auditor trigger Start -NameAuditor INFO Just Exited RichPixBackgroundsIt1Long with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Long with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Long with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsLong with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsLong with auditor trigger Start -NameAuditor INFO Just Exited RichPIDLong with auditor trigger Start -NameAuditor INFO Just Exited RichLongReco with auditor trigger Start -NameAuditor INFO About to Enter RichUpReco with auditor trigger Start -NameAuditor INFO About to Enter RichTracksUp with auditor trigger Start -NameAuditor INFO About to Enter RichTrackSegmentsUp with auditor trigger Start -NameAuditor INFO Just Exited RichTrackSegmentsUp with auditor trigger Start -NameAuditor INFO About to Enter RichTrackGloPointsUp with auditor trigger Start -NameAuditor INFO Just Exited RichTrackGloPointsUp with auditor trigger Start -NameAuditor INFO About to Enter RichTrackLocPointsUp with auditor trigger Start -NameAuditor INFO Just Exited RichTrackLocPointsUp with auditor trigger Start -NameAuditor INFO About to Enter RichEmittedYieldsUp with auditor trigger Start -NameAuditor INFO Just Exited RichEmittedYieldsUp with auditor trigger Start -NameAuditor INFO About to Enter RichEmittedCKAnglesUp with auditor trigger Start -NameAuditor INFO Just Exited RichEmittedCKAnglesUp with auditor trigger Start -NameAuditor INFO About to Enter RichMassConesUp with auditor trigger Start -NameAuditor INFO Just Exited RichMassConesUp with auditor trigger Start -NameAuditor INFO About to Enter RichDetectableYieldsUp with auditor trigger Start -NameAuditor INFO Just Exited RichDetectableYieldsUp with auditor trigger Start -NameAuditor INFO About to Enter RichGeomEffUp with auditor trigger Start -NameAuditor INFO Just Exited RichGeomEffUp with auditor trigger Start -NameAuditor INFO About to Enter RichTkSegmentSelUp with auditor trigger Start -NameAuditor INFO Just Exited RichTkSegmentSelUp with auditor trigger Start -NameAuditor INFO About to Enter RichSignalYieldsUp with auditor trigger Start -NameAuditor INFO Just Exited RichSignalYieldsUp with auditor trigger Start -NameAuditor INFO About to Enter RichSignalCKAnglesUp with auditor trigger Start -NameAuditor INFO Just Exited RichSignalCKAnglesUp with auditor trigger Start -NameAuditor INFO About to Enter RichCKResolutionsUp with auditor trigger Start -NameAuditor INFO Just Exited RichCKResolutionsUp with auditor trigger Start -NameAuditor INFO Just Exited RichTracksUp with auditor trigger Start -NameAuditor INFO About to Enter RichPhotonsUp with auditor trigger Start -NameAuditor INFO About to Enter RichPhotonRecoUp with auditor trigger Start -NameAuditor INFO Just Exited RichPhotonRecoUp with auditor trigger Start -NameAuditor INFO About to Enter RichPredPixelSignalUp with auditor trigger Start -NameAuditor INFO Just Exited RichPredPixelSignalUp with auditor trigger Start -NameAuditor INFO Just Exited RichPhotonsUp with auditor trigger Start -NameAuditor INFO About to Enter RichRecSummaryUp with auditor trigger Start -NameAuditor INFO Just Exited RichRecSummaryUp with auditor trigger Start -NameAuditor INFO About to Enter RichPIDUp with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDInitUp with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDInitUp with auditor trigger Start -NameAuditor INFO About to Enter RichPixBackgroundsIt0Up with auditor trigger Start -NameAuditor INFO Just Exited RichPixBackgroundsIt0Up with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Up with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Up with auditor trigger Start -NameAuditor INFO About to Enter RichPixBackgroundsIt1Up with auditor trigger Start -NameAuditor INFO Just Exited RichPixBackgroundsIt1Up with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Up with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Up with auditor trigger Start -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsUp with auditor trigger Start -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsUp with auditor trigger Start -NameAuditor INFO Just Exited RichPIDUp with auditor trigger Start -NameAuditor INFO Just Exited RichUpReco with auditor trigger Start -NameAuditor INFO About to Enter MergeRichPIDs with auditor trigger Start -NameAuditor INFO Just Exited MergeRichPIDs with auditor trigger Start -NameAuditor INFO Just Exited RichRecoSeq with auditor trigger Start -NameAuditor INFO Just Exited RecoRICHSeq with auditor trigger Start -NameAuditor INFO About to Enter RecoCALOFUTURESeq with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureProcessorCaloFutureSeq with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureRecoForCaloFutureProcessor with auditor trigger Start -NameAuditor INFO About to Enter ClusterFutureReco with auditor trigger Start -NameAuditor INFO About to Enter FutureEcalClust with auditor trigger Start -NameAuditor INFO Just Exited FutureEcalClust with auditor trigger Start -NameAuditor INFO About to Enter FutureEcalShare with auditor trigger Start -NameAuditor INFO Just Exited FutureEcalShare with auditor trigger Start -NameAuditor INFO About to Enter FutureEcalCovar with auditor trigger Start -NameAuditor INFO Just Exited FutureEcalCovar with auditor trigger Start -NameAuditor INFO About to Enter CaloClusterConverter with auditor trigger Start -NameAuditor INFO Just Exited CaloClusterConverter with auditor trigger Start -NameAuditor INFO Just Exited ClusterFutureReco with auditor trigger Start -NameAuditor INFO About to Enter ClassifyClusters with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureTrackMatch with auditor trigger Start -NameAuditor INFO About to Enter InECALFuture with auditor trigger Start -NameAuditor INFO Just Exited InECALFuture with auditor trigger Start -NameAuditor INFO About to Enter FutureClusterMatch with auditor trigger Start -NameAuditor INFO Just Exited FutureClusterMatch with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureTrackMatch with auditor trigger Start -NameAuditor INFO About to Enter ClassifyPhotonElectron with auditor trigger Start -NameAuditor INFO Just Exited ClassifyPhotonElectron with auditor trigger Start -NameAuditor INFO Just Exited ClassifyClusters with auditor trigger Start -NameAuditor INFO About to Enter MergedPi0FutureReco with auditor trigger Start -NameAuditor INFO About to Enter MergedPi0RecFuture with auditor trigger Start -NameAuditor INFO Just Exited MergedPi0RecFuture with auditor trigger Start -NameAuditor INFO About to Enter CaloSplitClusterConverter with auditor trigger Start -NameAuditor INFO Just Exited CaloSplitClusterConverter with auditor trigger Start -NameAuditor INFO Just Exited MergedPi0FutureReco with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureRecoForCaloFutureProcessor with auditor trigger Start -NameAuditor INFO About to Enter CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Start -NameAuditor INFO About to Enter ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Start -NameAuditor INFO About to Enter InCaloFutureAcceptance with auditor trigger Start -NameAuditor INFO About to Enter InHCALFuture with auditor trigger Start -NameAuditor INFO Just Exited InHCALFuture with auditor trigger Start -NameAuditor INFO About to Enter InBREMFuture with auditor trigger Start -NameAuditor INFO Just Exited InBREMFuture with auditor trigger Start -NameAuditor INFO Just Exited InCaloFutureAcceptance with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureMatch with auditor trigger Start -NameAuditor INFO About to Enter ElectronMatchFuture with auditor trigger Start -NameAuditor INFO Just Exited ElectronMatchFuture with auditor trigger Start -NameAuditor INFO About to Enter BremMatchFuture with auditor trigger Start -NameAuditor INFO Just Exited BremMatchFuture with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureMatch with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureEnergy with auditor trigger Start -NameAuditor INFO About to Enter EcalEFuture with auditor trigger Start -NameAuditor INFO Just Exited EcalEFuture with auditor trigger Start -NameAuditor INFO About to Enter HcalEFuture with auditor trigger Start -NameAuditor INFO Just Exited HcalEFuture with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureEnergy with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureChi2 with auditor trigger Start -NameAuditor INFO About to Enter FutureEcalChi22ID with auditor trigger Start -NameAuditor INFO Just Exited FutureEcalChi22ID with auditor trigger Start -NameAuditor INFO About to Enter BremChi22IDFuture with auditor trigger Start -NameAuditor INFO Just Exited BremChi22IDFuture with auditor trigger Start -NameAuditor INFO About to Enter FutureClusChi22ID with auditor trigger Start -NameAuditor INFO Just Exited FutureClusChi22ID with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureChi2 with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureDLLeFuture with auditor trigger Start -NameAuditor INFO About to Enter EcalPIDeFuture with auditor trigger Start -NameAuditor INFO Just Exited EcalPIDeFuture with auditor trigger Start -NameAuditor INFO About to Enter BremPIDeFuture with auditor trigger Start -NameAuditor INFO Just Exited BremPIDeFuture with auditor trigger Start -NameAuditor INFO About to Enter HcalPIDeFuture with auditor trigger Start -NameAuditor INFO Just Exited HcalPIDeFuture with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureDLLeFuture with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureDLLmuFuture with auditor trigger Start -NameAuditor INFO About to Enter EcalPIDmuFuture with auditor trigger Start -NameAuditor INFO Just Exited EcalPIDmuFuture with auditor trigger Start -NameAuditor INFO About to Enter HcalPIDmuFuture with auditor trigger Start -NameAuditor INFO Just Exited HcalPIDmuFuture with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureDLLmuFuture with auditor trigger Start -NameAuditor INFO Just Exited ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Start -NameAuditor INFO Just Exited CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureProcessorCaloFutureSeq with auditor trigger Start -NameAuditor INFO Just Exited RecoCALOFUTURESeq with auditor trigger Start -NameAuditor INFO About to Enter RecoMUONSeq with auditor trigger Start -NameAuditor INFO About to Enter MuonRec with auditor trigger Start -NameAuditor INFO Just Exited MuonRec with auditor trigger Start -NameAuditor INFO About to Enter MuonProcStatus with auditor trigger Start -NameAuditor INFO Just Exited MuonProcStatus with auditor trigger Start -NameAuditor INFO About to Enter MuonROFilter with auditor trigger Start -NameAuditor INFO Just Exited MuonROFilter with auditor trigger Start -NameAuditor INFO About to Enter MuonIDSeq with auditor trigger Start -NameAuditor INFO About to Enter PrepareMuonHits with auditor trigger Start -NameAuditor INFO Just Exited PrepareMuonHits with auditor trigger Start -NameAuditor INFO About to Enter MuonIDAlgLite with auditor trigger Start -NameAuditor INFO Just Exited MuonIDAlgLite with auditor trigger Start -NameAuditor INFO Just Exited MuonIDSeq with auditor trigger Start -NameAuditor INFO Just Exited RecoMUONSeq with auditor trigger Start -NameAuditor INFO About to Enter RecoPROTOSeq with auditor trigger Start -NameAuditor INFO About to Enter ChargedProtoParticles with auditor trigger Start -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Electrons with auditor trigger Start -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Electrons with auditor trigger Start -NameAuditor INFO About to Enter Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Start -NameAuditor INFO Just Exited Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Start -NameAuditor INFO About to Enter ChargedProtoPMaker with auditor trigger Start -NameAuditor INFO Just Exited ChargedProtoPMaker with auditor trigger Start -NameAuditor INFO About to Enter ANNGPIDSeq with auditor trigger Start -NameAuditor INFO About to Enter ANNGPID with auditor trigger Start -NameAuditor INFO Just Exited ANNGPID with auditor trigger Start -NameAuditor INFO Just Exited ANNGPIDSeq with auditor trigger Start -NameAuditor INFO Just Exited ChargedProtoParticles with auditor trigger Start -NameAuditor INFO About to Enter NeutralProtoParticles with auditor trigger Start -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Start -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Start -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Photons with auditor trigger Start -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Photons with auditor trigger Start -NameAuditor INFO About to Enter FutureNeutralProtoPMaker with auditor trigger Start -NameAuditor INFO Just Exited FutureNeutralProtoPMaker with auditor trigger Start -NameAuditor INFO Just Exited NeutralProtoParticles with auditor trigger Start -NameAuditor INFO Just Exited RecoPROTOSeq with auditor trigger Start -NameAuditor INFO About to Enter RecoSUMMARYSeq with auditor trigger Start -NameAuditor INFO About to Enter RecSummary with auditor trigger Start -NameAuditor INFO Just Exited RecSummary with auditor trigger Start -NameAuditor INFO Just Exited RecoSUMMARYSeq with auditor trigger Start -NameAuditor INFO Just Exited Reco with auditor trigger Start -NameAuditor INFO About to Enter Moni with auditor trigger Start -NameAuditor INFO About to Enter MoniCALOFUTURESeq with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureDigitsMoni with auditor trigger Start -NameAuditor INFO About to Enter EcalDigitMon with auditor trigger Start -NameAuditor INFO Just Exited EcalDigitMon with auditor trigger Start -NameAuditor INFO About to Enter HcalDigitMon with auditor trigger Start -NameAuditor INFO Just Exited HcalDigitMon with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureDigitsMoni with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureEFlowMoni with auditor trigger Start -NameAuditor INFO About to Enter EcalEFlowMon with auditor trigger Start -NameAuditor INFO Just Exited EcalEFlowMon with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureEFlowMoni with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureClustersMoni with auditor trigger Start -NameAuditor INFO About to Enter EcalClusterMon with auditor trigger Start -NameAuditor INFO Just Exited EcalClusterMon with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureClustersMoni with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureHyposMoni with auditor trigger Start -NameAuditor INFO About to Enter ElectronMon with auditor trigger Start -NameAuditor INFO Just Exited ElectronMon with auditor trigger Start -NameAuditor INFO About to Enter PhotonMon with auditor trigger Start -NameAuditor INFO Just Exited PhotonMon with auditor trigger Start -NameAuditor INFO About to Enter MergedPi0Mon with auditor trigger Start -NameAuditor INFO Just Exited MergedPi0Mon with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureHyposMoni with auditor trigger Start -NameAuditor INFO About to Enter DiPhotonMoni with auditor trigger Start -NameAuditor INFO About to Enter ResolvedPi0Mon with auditor trigger Start -NameAuditor INFO Just Exited ResolvedPi0Mon with auditor trigger Start -NameAuditor INFO About to Enter EtaMon with auditor trigger Start -NameAuditor INFO Just Exited EtaMon with auditor trigger Start -NameAuditor INFO Just Exited DiPhotonMoni with auditor trigger Start -NameAuditor INFO About to Enter ProtoElectronMon with auditor trigger Start -NameAuditor INFO Just Exited ProtoElectronMon with auditor trigger Start -NameAuditor INFO About to Enter CaloFuturePIDsMoni with auditor trigger Start -NameAuditor INFO About to Enter PhotonMatchMon with auditor trigger Start -NameAuditor INFO Just Exited PhotonMatchMon with auditor trigger Start -NameAuditor INFO About to Enter ElectronMatchMon with auditor trigger Start -NameAuditor INFO Just Exited ElectronMatchMon with auditor trigger Start -NameAuditor INFO About to Enter BremMatchMon with auditor trigger Start -NameAuditor INFO Just Exited BremMatchMon with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureEMuPIDMonUncut with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureEMuPIDMonUncut with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureEMuPIDMonSoft with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureEMuPIDMonSoft with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureEMuPIDMonHard with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureEMuPIDMonHard with auditor trigger Start -NameAuditor INFO Just Exited CaloFuturePIDsMoni with auditor trigger Start -NameAuditor INFO Just Exited MoniCALOFUTURESeq with auditor trigger Start -NameAuditor INFO About to Enter MoniRICHSeq with auditor trigger Start -NameAuditor INFO About to Enter RichMoni with auditor trigger Start -NameAuditor INFO About to Enter RichRecPixelQC with auditor trigger Start -NameAuditor INFO Just Exited RichRecPixelQC with auditor trigger Start -NameAuditor INFO About to Enter RichFutureMoniClustering with auditor trigger Start -NameAuditor INFO Just Exited RichFutureMoniClustering with auditor trigger Start -NameAuditor INFO About to Enter RichRecPixelClusters with auditor trigger Start -NameAuditor INFO Just Exited RichRecPixelClusters with auditor trigger Start -NameAuditor INFO About to Enter RichMoniDown with auditor trigger Start -NameAuditor INFO About to Enter RichRecoStatsDown with auditor trigger Start -NameAuditor INFO Just Exited RichRecoStatsDown with auditor trigger Start -NameAuditor INFO About to Enter RiDownTrkEff with auditor trigger Start -NameAuditor INFO Just Exited RiDownTrkEff with auditor trigger Start -NameAuditor INFO About to Enter RiCKResDown with auditor trigger Start -NameAuditor INFO Just Exited RiCKResDown with auditor trigger Start -NameAuditor INFO About to Enter RiCKResDownTight with auditor trigger Start -NameAuditor INFO Just Exited RiCKResDownTight with auditor trigger Start -NameAuditor INFO About to Enter RiTkEmittedYieldsDown with auditor trigger Start -NameAuditor INFO Just Exited RiTkEmittedYieldsDown with auditor trigger Start -NameAuditor INFO About to Enter RiTkDetectableYieldsDown with auditor trigger Start -NameAuditor INFO Just Exited RiTkDetectableYieldsDown with auditor trigger Start -NameAuditor INFO About to Enter RiTkSignalYieldsDown with auditor trigger Start -NameAuditor INFO Just Exited RiTkSignalYieldsDown with auditor trigger Start -NameAuditor INFO About to Enter RiTkGeomEffsDown with auditor trigger Start -NameAuditor INFO Just Exited RiTkGeomEffsDown with auditor trigger Start -NameAuditor INFO About to Enter RichMassRingsDown with auditor trigger Start -NameAuditor INFO Just Exited RichMassRingsDown with auditor trigger Start -NameAuditor INFO About to Enter RiTkMaterialDown with auditor trigger Start -NameAuditor INFO Just Exited RiTkMaterialDown with auditor trigger Start -NameAuditor INFO About to Enter RichRecPixBkgsDown with auditor trigger Start -NameAuditor INFO Just Exited RichRecPixBkgsDown with auditor trigger Start -NameAuditor INFO About to Enter RichDLLsDown with auditor trigger Start -NameAuditor INFO Just Exited RichDLLsDown with auditor trigger Start -NameAuditor INFO Just Exited RichMoniDown with auditor trigger Start -NameAuditor INFO About to Enter RichMoniLong with auditor trigger Start -NameAuditor INFO About to Enter RichRecoStatsLong with auditor trigger Start -NameAuditor INFO Just Exited RichRecoStatsLong with auditor trigger Start -NameAuditor INFO About to Enter RiLongTrkEff with auditor trigger Start -NameAuditor INFO Just Exited RiLongTrkEff with auditor trigger Start -NameAuditor INFO About to Enter RiCKResLong with auditor trigger Start -NameAuditor INFO Just Exited RiCKResLong with auditor trigger Start -NameAuditor INFO About to Enter RiCKResLongTight with auditor trigger Start -NameAuditor INFO Just Exited RiCKResLongTight with auditor trigger Start -NameAuditor INFO About to Enter RiTkEmittedYieldsLong with auditor trigger Start -NameAuditor INFO Just Exited RiTkEmittedYieldsLong with auditor trigger Start -NameAuditor INFO About to Enter RiTkDetectableYieldsLong with auditor trigger Start -NameAuditor INFO Just Exited RiTkDetectableYieldsLong with auditor trigger Start -NameAuditor INFO About to Enter RiTkSignalYieldsLong with auditor trigger Start -NameAuditor INFO Just Exited RiTkSignalYieldsLong with auditor trigger Start -NameAuditor INFO About to Enter RiTkGeomEffsLong with auditor trigger Start -NameAuditor INFO Just Exited RiTkGeomEffsLong with auditor trigger Start -NameAuditor INFO About to Enter RichMassRingsLong with auditor trigger Start -NameAuditor INFO Just Exited RichMassRingsLong with auditor trigger Start -NameAuditor INFO About to Enter RiTkMaterialLong with auditor trigger Start -NameAuditor INFO Just Exited RiTkMaterialLong with auditor trigger Start -NameAuditor INFO About to Enter RichRecPixBkgsLong with auditor trigger Start -NameAuditor INFO Just Exited RichRecPixBkgsLong with auditor trigger Start -NameAuditor INFO About to Enter RichDLLsLong with auditor trigger Start -NameAuditor INFO Just Exited RichDLLsLong with auditor trigger Start -NameAuditor INFO Just Exited RichMoniLong with auditor trigger Start -NameAuditor INFO About to Enter RichMoniUp with auditor trigger Start -NameAuditor INFO About to Enter RichRecoStatsUp with auditor trigger Start -NameAuditor INFO Just Exited RichRecoStatsUp with auditor trigger Start -NameAuditor INFO About to Enter RiUpTrkEff with auditor trigger Start -NameAuditor INFO Just Exited RiUpTrkEff with auditor trigger Start -NameAuditor INFO About to Enter RiCKResUp with auditor trigger Start -NameAuditor INFO Just Exited RiCKResUp with auditor trigger Start -NameAuditor INFO About to Enter RiCKResUpTight with auditor trigger Start -NameAuditor INFO Just Exited RiCKResUpTight with auditor trigger Start -NameAuditor INFO About to Enter RiTkEmittedYieldsUp with auditor trigger Start -NameAuditor INFO Just Exited RiTkEmittedYieldsUp with auditor trigger Start -NameAuditor INFO About to Enter RiTkDetectableYieldsUp with auditor trigger Start -NameAuditor INFO Just Exited RiTkDetectableYieldsUp with auditor trigger Start -NameAuditor INFO About to Enter RiTkSignalYieldsUp with auditor trigger Start -NameAuditor INFO Just Exited RiTkSignalYieldsUp with auditor trigger Start -NameAuditor INFO About to Enter RiTkGeomEffsUp with auditor trigger Start -NameAuditor INFO Just Exited RiTkGeomEffsUp with auditor trigger Start -NameAuditor INFO About to Enter RichMassRingsUp with auditor trigger Start -NameAuditor INFO Just Exited RichMassRingsUp with auditor trigger Start -NameAuditor INFO About to Enter RiTkMaterialUp with auditor trigger Start -NameAuditor INFO Just Exited RiTkMaterialUp with auditor trigger Start -NameAuditor INFO About to Enter RichRecPixBkgsUp with auditor trigger Start -NameAuditor INFO Just Exited RichRecPixBkgsUp with auditor trigger Start -NameAuditor INFO About to Enter RichDLLsUp with auditor trigger Start -NameAuditor INFO Just Exited RichDLLsUp with auditor trigger Start -NameAuditor INFO Just Exited RichMoniUp with auditor trigger Start -NameAuditor INFO Just Exited RichMoni with auditor trigger Start -NameAuditor INFO Just Exited MoniRICHSeq with auditor trigger Start -NameAuditor INFO About to Enter MoniMUONSeq with auditor trigger Start -NameAuditor INFO About to Enter MuonPIDMonitorDown with auditor trigger Start -NameAuditor INFO Just Exited MuonPIDMonitorDown with auditor trigger Start -NameAuditor INFO About to Enter MuonPIDMonitorLong with auditor trigger Start -NameAuditor INFO Just Exited MuonPIDMonitorLong with auditor trigger Start -NameAuditor INFO About to Enter MuonTrackFitter with auditor trigger Start -NameAuditor INFO Just Exited MuonTrackFitter with auditor trigger Start -NameAuditor INFO About to Enter MuonTrackAligMonitor with auditor trigger Start -NameAuditor INFO Just Exited MuonTrackAligMonitor with auditor trigger Start -NameAuditor INFO Just Exited MoniMUONSeq with auditor trigger Start -NameAuditor INFO About to Enter MoniGENERALSeq with auditor trigger Start -NameAuditor INFO About to Enter OverallEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited OverallEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter TrackEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited TrackEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter VertexEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited VertexEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter RichEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited RichEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter CaloFutureEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited CaloFutureEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter MuonEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited MuonEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter ProtoEventProcTime with auditor trigger Start -NameAuditor INFO Just Exited ProtoEventProcTime with auditor trigger Start -NameAuditor INFO About to Enter ProcStatAbortMoni with auditor trigger Start -NameAuditor INFO Just Exited ProcStatAbortMoni with auditor trigger Start -NameAuditor INFO Just Exited MoniGENERALSeq with auditor trigger Start -NameAuditor INFO About to Enter MoniTrSeq with auditor trigger Start -NameAuditor INFO About to Enter TrackMonitor with auditor trigger Start -NameAuditor INFO Just Exited TrackMonitor with auditor trigger Start -NameAuditor INFO About to Enter TrackDiMuonMonitor with auditor trigger Start -NameAuditor INFO Just Exited TrackDiMuonMonitor with auditor trigger Start -NameAuditor INFO About to Enter TrackVertexMonitor with auditor trigger Start -NameAuditor INFO Just Exited TrackVertexMonitor with auditor trigger Start -NameAuditor INFO About to Enter TrackV0Monitor with auditor trigger Start -NameAuditor INFO Just Exited TrackV0Monitor with auditor trigger Start -NameAuditor INFO About to Enter TrackFitMatchMonitor with auditor trigger Start -NameAuditor INFO Just Exited TrackFitMatchMonitor with auditor trigger Start -NameAuditor INFO About to Enter TrackPV2HalfAlignMonitor with auditor trigger Start -NameAuditor INFO Just Exited TrackPV2HalfAlignMonitor with auditor trigger Start -NameAuditor INFO About to Enter TrackMuonMatchMonitor with auditor trigger Start -NameAuditor INFO Just Exited TrackMuonMatchMonitor with auditor trigger Start -NameAuditor INFO Just Exited MoniTrSeq with auditor trigger Start -NameAuditor INFO About to Enter MoniPROTOSeq with auditor trigger Start -NameAuditor INFO About to Enter ChargedProtoPMoni with auditor trigger Start -NameAuditor INFO Just Exited ChargedProtoPMoni with auditor trigger Start -NameAuditor INFO About to Enter ChargedProtoANNPIDMoni with auditor trigger Start -NameAuditor INFO Just Exited ChargedProtoANNPIDMoni with auditor trigger Start -NameAuditor INFO Just Exited MoniPROTOSeq with auditor trigger Start -NameAuditor INFO Just Exited Moni with auditor trigger Start -NameAuditor INFO About to Enter MCLinks with auditor trigger Start -NameAuditor INFO About to Enter MCLinksUnpackSeq with auditor trigger Start -NameAuditor INFO About to Enter UnpackMCParticle with auditor trigger Start -NameAuditor INFO Just Exited UnpackMCParticle with auditor trigger Start -NameAuditor INFO About to Enter UnpackMCVertex with auditor trigger Start -NameAuditor INFO Just Exited UnpackMCVertex with auditor trigger Start -NameAuditor INFO Just Exited MCLinksUnpackSeq with auditor trigger Start -NameAuditor INFO About to Enter MCLinksTrSeq with auditor trigger Start -NameAuditor INFO About to Enter VPClusFull with auditor trigger Start -NameAuditor INFO Just Exited VPClusFull with auditor trigger Start -NameAuditor INFO About to Enter VPFullCluster2MCParticleLinker with auditor trigger Start -NameAuditor INFO Just Exited VPFullCluster2MCParticleLinker with auditor trigger Start -NameAuditor INFO About to Enter PrLHCbID2MCParticle with auditor trigger Start -NameAuditor INFO Just Exited PrLHCbID2MCParticle with auditor trigger Start -NameAuditor INFO About to Enter DownstreamChecker with auditor trigger Start -NameAuditor INFO About to Enter DownstreamAssociator with auditor trigger Start -NameAuditor INFO Just Exited DownstreamAssociator with auditor trigger Start -NameAuditor INFO Just Exited DownstreamChecker with auditor trigger Start -NameAuditor INFO About to Enter ForwardBestChecker with auditor trigger Start -NameAuditor INFO About to Enter ForwardBestAssociator with auditor trigger Start -NameAuditor INFO Just Exited ForwardBestAssociator with auditor trigger Start -NameAuditor INFO Just Exited ForwardBestChecker with auditor trigger Start -NameAuditor INFO About to Enter ForwardFastChecker with auditor trigger Start -NameAuditor INFO About to Enter ForwardFastAssociator with auditor trigger Start -NameAuditor INFO Just Exited ForwardFastAssociator with auditor trigger Start -NameAuditor INFO Just Exited ForwardFastChecker with auditor trigger Start -NameAuditor INFO About to Enter MatchChecker with auditor trigger Start -NameAuditor INFO About to Enter MatchAssociator with auditor trigger Start -NameAuditor INFO Just Exited MatchAssociator with auditor trigger Start -NameAuditor INFO Just Exited MatchChecker with auditor trigger Start -NameAuditor INFO About to Enter SeedingChecker with auditor trigger Start -NameAuditor INFO About to Enter SeedingAssociator with auditor trigger Start -NameAuditor INFO Just Exited SeedingAssociator with auditor trigger Start -NameAuditor INFO Just Exited SeedingChecker with auditor trigger Start -NameAuditor INFO About to Enter UpstreamChecker with auditor trigger Start -NameAuditor INFO About to Enter UpstreamAssociator with auditor trigger Start -NameAuditor INFO Just Exited UpstreamAssociator with auditor trigger Start -NameAuditor INFO Just Exited UpstreamChecker with auditor trigger Start -NameAuditor INFO About to Enter VeloChecker with auditor trigger Start -NameAuditor INFO About to Enter VeloAssociator with auditor trigger Start -NameAuditor INFO Just Exited VeloAssociator with auditor trigger Start -NameAuditor INFO Just Exited VeloChecker with auditor trigger Start -NameAuditor INFO About to Enter BestExtraChecker with auditor trigger Start -NameAuditor INFO About to Enter BestAssociator with auditor trigger Start -NameAuditor INFO Just Exited BestAssociator with auditor trigger Start -NameAuditor INFO Just Exited BestExtraChecker with auditor trigger Start -NameAuditor INFO About to Enter ForwardFastFittedExtraChecker with auditor trigger Start -NameAuditor INFO About to Enter ForwardFastFittedAssociator with auditor trigger Start -NameAuditor INFO Just Exited ForwardFastFittedAssociator with auditor trigger Start -NameAuditor INFO Just Exited ForwardFastFittedExtraChecker with auditor trigger Start -NameAuditor INFO Just Exited MCLinksTrSeq with auditor trigger Start -NameAuditor INFO About to Enter MCLinksCaloSeq with auditor trigger Start -NameAuditor INFO About to Enter CaloDigit2MCLinks2Table with auditor trigger Start -NameAuditor INFO Just Exited CaloDigit2MCLinks2Table with auditor trigger Start -NameAuditor INFO About to Enter CaloClusterMCTruth with auditor trigger Start -NameAuditor INFO Just Exited CaloClusterMCTruth with auditor trigger Start -NameAuditor INFO About to Enter CaloHypoMCTruth_Photons with auditor trigger Start -NameAuditor INFO Just Exited CaloHypoMCTruth_Photons with auditor trigger Start -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Photons with auditor trigger Start -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Photons with auditor trigger Start -NameAuditor INFO About to Enter CaloHypoMCTruth_Electrons with auditor trigger Start -NameAuditor INFO Just Exited CaloHypoMCTruth_Electrons with auditor trigger Start -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Electrons with auditor trigger Start -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Electrons with auditor trigger Start -NameAuditor INFO About to Enter CaloHypoMCTruth_MergedPi0s with auditor trigger Start -NameAuditor INFO Just Exited CaloHypoMCTruth_MergedPi0s with auditor trigger Start -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Start -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Start -NameAuditor INFO Just Exited MCLinksCaloSeq with auditor trigger Start -NameAuditor INFO Just Exited MCLinks with auditor trigger Start -NameAuditor INFO About to Enter Check with auditor trigger Start -NameAuditor INFO About to Enter CheckPatSeq with auditor trigger Start -NameAuditor INFO About to Enter VeloMCCheck with auditor trigger Start -NameAuditor INFO Just Exited VeloMCCheck with auditor trigger Start -NameAuditor INFO About to Enter ForwardMCCheck with auditor trigger Start -NameAuditor INFO Just Exited ForwardMCCheck with auditor trigger Start -NameAuditor INFO About to Enter UpMCCheck with auditor trigger Start -NameAuditor INFO Just Exited UpMCCheck with auditor trigger Start -NameAuditor INFO About to Enter UTForwardMCCheck with auditor trigger Start -NameAuditor INFO Just Exited UTForwardMCCheck with auditor trigger Start -NameAuditor INFO About to Enter ForwardBestMCCheck with auditor trigger Start -NameAuditor INFO Just Exited ForwardBestMCCheck with auditor trigger Start -NameAuditor INFO About to Enter MatchMCCheck with auditor trigger Start -NameAuditor INFO Just Exited MatchMCCheck with auditor trigger Start -NameAuditor INFO About to Enter TMCCheck with auditor trigger Start -NameAuditor INFO Just Exited TMCCheck with auditor trigger Start -NameAuditor INFO About to Enter DownMCCheck with auditor trigger Start -NameAuditor INFO Just Exited DownMCCheck with auditor trigger Start -NameAuditor INFO About to Enter FilterForBestMCCheck with auditor trigger Start -NameAuditor INFO Just Exited FilterForBestMCCheck with auditor trigger Start -NameAuditor INFO About to Enter FilterForBestLongMCCheck with auditor trigger Start -NameAuditor INFO Just Exited FilterForBestLongMCCheck with auditor trigger Start -NameAuditor INFO About to Enter FilterForBestLongAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO Just Exited FilterForBestLongAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO About to Enter FilterForBestDownMCCheck with auditor trigger Start -NameAuditor INFO Just Exited FilterForBestDownMCCheck with auditor trigger Start -NameAuditor INFO About to Enter FilterForBestDownAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO Just Exited FilterForBestDownAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO About to Enter BestMCCheck with auditor trigger Start -NameAuditor INFO Just Exited BestMCCheck with auditor trigger Start -NameAuditor INFO About to Enter BestLongMCCheck with auditor trigger Start -NameAuditor INFO Just Exited BestLongMCCheck with auditor trigger Start -NameAuditor INFO About to Enter BestLongAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO Just Exited BestLongAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO About to Enter BestDownMCCheck with auditor trigger Start -NameAuditor INFO Just Exited BestDownMCCheck with auditor trigger Start -NameAuditor INFO About to Enter BestDownAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO Just Exited BestDownAndGhostProbMCCheck with auditor trigger Start -NameAuditor INFO About to Enter UTForwardBestMCCheck with auditor trigger Start -NameAuditor INFO Just Exited UTForwardBestMCCheck with auditor trigger Start -NameAuditor INFO About to Enter UTMatchMCCheck with auditor trigger Start -NameAuditor INFO Just Exited UTMatchMCCheck with auditor trigger Start -NameAuditor INFO About to Enter UTDownMCCheck with auditor trigger Start -NameAuditor INFO Just Exited UTDownMCCheck with auditor trigger Start -NameAuditor INFO About to Enter VeloFullMCCheck with auditor trigger Start -NameAuditor INFO Just Exited VeloFullMCCheck with auditor trigger Start -NameAuditor INFO About to Enter TrackResCheckerFast with auditor trigger Start -NameAuditor INFO Just Exited TrackResCheckerFast with auditor trigger Start -NameAuditor INFO About to Enter PVConverter with auditor trigger Start -NameAuditor INFO Just Exited PVConverter with auditor trigger Start -NameAuditor INFO About to Enter PVChecker with auditor trigger Start -NameAuditor INFO Just Exited PVChecker with auditor trigger Start -NameAuditor INFO Just Exited CheckPatSeq with auditor trigger Start -NameAuditor INFO About to Enter CheckRICHSeq with auditor trigger Start -NameAuditor INFO About to Enter RichCheck with auditor trigger Start -NameAuditor INFO About to Enter RichFutureTKToMCPsRels with auditor trigger Start -NameAuditor INFO Just Exited RichFutureTKToMCPsRels with auditor trigger Start -NameAuditor INFO About to Enter RichCheckDown with auditor trigger Start -NameAuditor INFO About to Enter RichPIDCheckDown with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonDown10to70 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonDown10to70 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonDown2to10 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonDown2to10 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonDown2to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonDown2to100 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonDown70to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonDown70to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDCheckDown with auditor trigger Start -NameAuditor INFO About to Enter RiCKMCResDown with auditor trigger Start -NameAuditor INFO Just Exited RiCKMCResDown with auditor trigger Start -NameAuditor INFO About to Enter RiCKMCResDownTight with auditor trigger Start -NameAuditor INFO Just Exited RiCKMCResDownTight with auditor trigger Start -NameAuditor INFO About to Enter RiMCTkResDown with auditor trigger Start -NameAuditor INFO Just Exited RiMCTkResDown with auditor trigger Start -NameAuditor INFO Just Exited RichCheckDown with auditor trigger Start -NameAuditor INFO About to Enter RichCheckLong with auditor trigger Start -NameAuditor INFO About to Enter RichPIDCheckLong with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonLong10to70 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonLong10to70 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonLong2to10 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonLong2to10 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonLong2to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonLong2to100 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonLong70to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonLong70to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDCheckLong with auditor trigger Start -NameAuditor INFO About to Enter RiCKMCResLong with auditor trigger Start -NameAuditor INFO Just Exited RiCKMCResLong with auditor trigger Start -NameAuditor INFO About to Enter RiCKMCResLongTight with auditor trigger Start -NameAuditor INFO Just Exited RiCKMCResLongTight with auditor trigger Start -NameAuditor INFO About to Enter RiMCTkResLong with auditor trigger Start -NameAuditor INFO Just Exited RiMCTkResLong with auditor trigger Start -NameAuditor INFO Just Exited RichCheckLong with auditor trigger Start -NameAuditor INFO About to Enter RichCheckUp with auditor trigger Start -NameAuditor INFO About to Enter RichPIDCheckUp with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonUp10to70 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonUp10to70 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonUp2to10 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonUp2to10 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonUp2to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonUp2to100 with auditor trigger Start -NameAuditor INFO About to Enter RichPIDMonUp70to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDMonUp70to100 with auditor trigger Start -NameAuditor INFO Just Exited RichPIDCheckUp with auditor trigger Start -NameAuditor INFO About to Enter RiCKMCResUp with auditor trigger Start -NameAuditor INFO Just Exited RiCKMCResUp with auditor trigger Start -NameAuditor INFO About to Enter RiCKMCResUpTight with auditor trigger Start -NameAuditor INFO Just Exited RiCKMCResUpTight with auditor trigger Start -NameAuditor INFO About to Enter RiMCTkResUp with auditor trigger Start -NameAuditor INFO Just Exited RiMCTkResUp with auditor trigger Start -NameAuditor INFO Just Exited RichCheckUp with auditor trigger Start -NameAuditor INFO Just Exited RichCheck with auditor trigger Start -NameAuditor INFO Just Exited CheckRICHSeq with auditor trigger Start -NameAuditor INFO About to Enter CheckMUONSeq with auditor trigger Start -NameAuditor INFO About to Enter MuonPIDCheckerDown with auditor trigger Start -NameAuditor INFO Just Exited MuonPIDCheckerDown with auditor trigger Start -NameAuditor INFO About to Enter MuonPIDCheckerLong with auditor trigger Start -NameAuditor INFO Just Exited MuonPIDCheckerLong with auditor trigger Start -NameAuditor INFO Just Exited CheckMUONSeq with auditor trigger Start -NameAuditor INFO Just Exited Check with auditor trigger Start -NameAuditor INFO Just Exited PhysicsSeq with auditor trigger Start -NameAuditor INFO About to Enter Output with auditor trigger Start -NameAuditor INFO About to Enter OutputDSTSeq with auditor trigger Start -NameAuditor INFO About to Enter GenFSRMerge with auditor trigger Start -NameAuditor INFO Just Exited GenFSRMerge with auditor trigger Start -NameAuditor INFO About to Enter RawEventSplitSeq with auditor trigger Start -NameAuditor INFO About to Enter create_Calo_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Calo_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_HC_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_HC_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_Muon_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Muon_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_PersistReco_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_PersistReco_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_Rich_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Rich_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_Tracker_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Tracker_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_Trigger_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Trigger_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_Unstripped_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Unstripped_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter create_Velo_RawEvent with auditor trigger Start -NameAuditor INFO Just Exited create_Velo_RawEvent with auditor trigger Start -NameAuditor INFO About to Enter KillRawEventNodes with auditor trigger Start -NameAuditor INFO Just Exited KillRawEventNodes with auditor trigger Start -NameAuditor INFO Just Exited RawEventSplitSeq with auditor trigger Start -NameAuditor INFO About to Enter FilterBestTrackStates with auditor trigger Start -NameAuditor INFO Just Exited FilterBestTrackStates with auditor trigger Start -NameAuditor INFO About to Enter FilterMuonTrackStates with auditor trigger Start -NameAuditor INFO Just Exited FilterMuonTrackStates with auditor trigger Start -NameAuditor INFO About to Enter PackDST with auditor trigger Start -NameAuditor INFO About to Enter PackTrack with auditor trigger Start -NameAuditor INFO Just Exited PackTrack with auditor trigger Start -NameAuditor INFO About to Enter PackRichPIDs with auditor trigger Start -NameAuditor INFO Just Exited PackRichPIDs with auditor trigger Start -NameAuditor INFO About to Enter PackMuonPIDs with auditor trigger Start -NameAuditor INFO Just Exited PackMuonPIDs with auditor trigger Start -NameAuditor INFO About to Enter CaloPacking with auditor trigger Start -NameAuditor INFO About to Enter PackPhotons with auditor trigger Start -NameAuditor INFO Just Exited PackPhotons with auditor trigger Start -NameAuditor INFO About to Enter PackElectrons with auditor trigger Start -NameAuditor INFO Just Exited PackElectrons with auditor trigger Start -NameAuditor INFO About to Enter PackMergedPi0s with auditor trigger Start -NameAuditor INFO Just Exited PackMergedPi0s with auditor trigger Start -NameAuditor INFO About to Enter PackSplitPhotons with auditor trigger Start -NameAuditor INFO Just Exited PackSplitPhotons with auditor trigger Start -NameAuditor INFO Just Exited CaloPacking with auditor trigger Start -NameAuditor INFO About to Enter ProtoParticlePIDClean with auditor trigger Start -NameAuditor INFO Just Exited ProtoParticlePIDClean with auditor trigger Start -NameAuditor INFO About to Enter PackChargedProtos with auditor trigger Start -NameAuditor INFO Just Exited PackChargedProtos with auditor trigger Start -NameAuditor INFO About to Enter PackNeutralProtos with auditor trigger Start -NameAuditor INFO Just Exited PackNeutralProtos with auditor trigger Start -NameAuditor INFO About to Enter PackRecVertex with auditor trigger Start -NameAuditor INFO Just Exited PackRecVertex with auditor trigger Start -NameAuditor INFO About to Enter PackTwoProngVertex with auditor trigger Start -NameAuditor INFO Just Exited PackTwoProngVertex with auditor trigger Start -NameAuditor INFO About to Enter PackMuonTracks with auditor trigger Start -NameAuditor INFO Just Exited PackMuonTracks with auditor trigger Start -NameAuditor INFO Just Exited PackDST with auditor trigger Start -NameAuditor INFO Just Exited OutputDSTSeq with auditor trigger Start -NameAuditor INFO Just Exited Output with auditor trigger Start -NameAuditor INFO Just Exited BrunelSequencer with auditor trigger Start -NameAuditor INFO About to Enter DstWriter with auditor trigger Start -NameAuditor INFO Just Exited DstWriter with auditor trigger Start -NameAuditor INFO About to Enter FSROutputStreamDstWriter with auditor trigger Start -NameAuditor INFO Just Exited FSROutputStreamDstWriter with auditor trigger Start -ApplicationMgr INFO Application Manager Started successfully -NameAuditor INFO About to Enter BrunelSequencer with auditor trigger Execute -NameAuditor INFO About to Enter Init with auditor trigger Execute -NameAuditor INFO About to Enter InitBrunelSeq with auditor trigger Execute -NameAuditor INFO About to Enter BrunelInit with auditor trigger Execute -BrunelInit INFO Evt 1, Run 1, Nr. in job = 1 -NameAuditor INFO Just Exited BrunelInit with auditor trigger Execute -NameAuditor INFO Just Exited InitBrunelSeq with auditor trigger Execute -NameAuditor INFO Just Exited Init with auditor trigger Execute -NameAuditor INFO About to Enter PhysicsSeq with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureBanksHandler with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureDigits with auditor trigger Execute -NameAuditor INFO About to Enter FutureEcalDigitsSeq with auditor trigger Execute -NameAuditor INFO About to Enter FutureEcalZSup with auditor trigger Execute -NameAuditor INFO Just Exited FutureEcalZSup with auditor trigger Execute -NameAuditor INFO About to Enter EcalProcStatus with auditor trigger Execute -NameAuditor INFO Just Exited EcalProcStatus with auditor trigger Execute -NameAuditor INFO Just Exited FutureEcalDigitsSeq with auditor trigger Execute -NameAuditor INFO About to Enter FutureHcalDigitsSeq with auditor trigger Execute -NameAuditor INFO About to Enter FutureHcalZSup with auditor trigger Execute -NameAuditor INFO Just Exited FutureHcalZSup with auditor trigger Execute -NameAuditor INFO About to Enter HcalProcStatus with auditor trigger Execute -NameAuditor INFO Just Exited HcalProcStatus with auditor trigger Execute -NameAuditor INFO Just Exited FutureHcalDigitsSeq with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureDigits with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureBanksHandler with auditor trigger Execute -NameAuditor INFO About to Enter Reco with auditor trigger Execute -NameAuditor INFO About to Enter RecoDecodingSeq with auditor trigger Execute -NameAuditor INFO About to Enter UnpackRawEvent with auditor trigger Execute -NameAuditor INFO Just Exited UnpackRawEvent with auditor trigger Execute -NameAuditor INFO About to Enter PrGECFilter with auditor trigger Execute -NameAuditor INFO Just Exited PrGECFilter with auditor trigger Execute -NameAuditor INFO About to Enter PrStoreUTHit with auditor trigger Execute -NameAuditor INFO Just Exited PrStoreUTHit with auditor trigger Execute -NameAuditor INFO About to Enter PrStorePrUTHits with auditor trigger Execute -NameAuditor INFO Just Exited PrStorePrUTHits with auditor trigger Execute -NameAuditor INFO About to Enter createFTClusters with auditor trigger Execute -NameAuditor INFO Just Exited createFTClusters with auditor trigger Execute -NameAuditor INFO About to Enter PrStoreFTHit with auditor trigger Execute -NameAuditor INFO Just Exited PrStoreFTHit with auditor trigger Execute -NameAuditor INFO About to Enter PrStoreSciFiHits with auditor trigger Execute -NameAuditor INFO Just Exited PrStoreSciFiHits with auditor trigger Execute -NameAuditor INFO Just Exited RecoDecodingSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoTrFastSeq with auditor trigger Execute -NameAuditor INFO About to Enter VPClustering with auditor trigger Execute -NameAuditor INFO Just Exited VPClustering with auditor trigger Execute -NameAuditor INFO About to Enter VeloClusterTracking with auditor trigger Execute -NameAuditor INFO Just Exited VeloClusterTracking with auditor trigger Execute -NameAuditor INFO About to Enter ConverterVP with auditor trigger Execute -NameAuditor INFO Just Exited ConverterVP with auditor trigger Execute -NameAuditor INFO About to Enter ConverterVPToV1 with auditor trigger Execute -NameAuditor INFO Just Exited ConverterVPToV1 with auditor trigger Execute -NameAuditor INFO About to Enter PatPV3D with auditor trigger Execute -NameAuditor INFO Just Exited PatPV3D with auditor trigger Execute -NameAuditor INFO About to Enter PrVeloUTFast with auditor trigger Execute -NameAuditor INFO Just Exited PrVeloUTFast with auditor trigger Execute -NameAuditor INFO About to Enter VeloUTMakeLHCbTracks with auditor trigger Execute -NameAuditor INFO Just Exited VeloUTMakeLHCbTracks with auditor trigger Execute -NameAuditor INFO About to Enter PrForwardTrackingFast with auditor trigger Execute -NameAuditor INFO Just Exited PrForwardTrackingFast with auditor trigger Execute -NameAuditor INFO About to Enter FastForwardMakeLHCbTracksFast with auditor trigger Execute -NameAuditor INFO Just Exited FastForwardMakeLHCbTracksFast with auditor trigger Execute -NameAuditor INFO About to Enter ConverterV1V2ForForwardFit with auditor trigger Execute -NameAuditor INFO Just Exited ConverterV1V2ForForwardFit with auditor trigger Execute -NameAuditor INFO About to Enter ForwardFitterAlgFast with auditor trigger Execute -NameAuditor INFO Just Exited ForwardFitterAlgFast with auditor trigger Execute -NameAuditor INFO Just Exited RecoTrFastSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoTrBestSeq with auditor trigger Execute -NameAuditor INFO About to Enter PrForwardTrackingBest with auditor trigger Execute -NameAuditor INFO Just Exited PrForwardTrackingBest with auditor trigger Execute -NameAuditor INFO About to Enter BestForwardMakeLHCbTracksBest with auditor trigger Execute -NameAuditor INFO Just Exited BestForwardMakeLHCbTracksBest with auditor trigger Execute -NameAuditor INFO About to Enter PrHybridSeedingBest with auditor trigger Execute -NameAuditor INFO Just Exited PrHybridSeedingBest with auditor trigger Execute -NameAuditor INFO About to Enter SeedConverter with auditor trigger Execute -NameAuditor INFO Just Exited SeedConverter with auditor trigger Execute -NameAuditor INFO About to Enter PrMatchNNBest with auditor trigger Execute -NameAuditor INFO Just Exited PrMatchNNBest with auditor trigger Execute -NameAuditor INFO About to Enter TracksMatchConverter with auditor trigger Execute -NameAuditor INFO Just Exited TracksMatchConverter with auditor trigger Execute -NameAuditor INFO About to Enter PrLongLivedTrackingBest with auditor trigger Execute -NameAuditor INFO Just Exited PrLongLivedTrackingBest with auditor trigger Execute -NameAuditor INFO About to Enter TracksDownstreamConverter with auditor trigger Execute -NameAuditor INFO Just Exited TracksDownstreamConverter with auditor trigger Execute -NameAuditor INFO About to Enter BestTrackCreatorSeq with auditor trigger Execute -NameAuditor INFO About to Enter TrackConverterSeq with auditor trigger Execute -NameAuditor INFO About to Enter DownstreamConverter with auditor trigger Execute -NameAuditor INFO Just Exited DownstreamConverter with auditor trigger Execute -NameAuditor INFO About to Enter ForwardBestConverter with auditor trigger Execute -NameAuditor INFO Just Exited ForwardBestConverter with auditor trigger Execute -NameAuditor INFO About to Enter ForwardFastConverter with auditor trigger Execute -NameAuditor INFO Just Exited ForwardFastConverter with auditor trigger Execute -NameAuditor INFO About to Enter MatchConverter with auditor trigger Execute -NameAuditor INFO Just Exited MatchConverter with auditor trigger Execute -NameAuditor INFO About to Enter SeedingConverter with auditor trigger Execute -NameAuditor INFO Just Exited SeedingConverter with auditor trigger Execute -NameAuditor INFO About to Enter UpstreamConverter with auditor trigger Execute -NameAuditor INFO Just Exited UpstreamConverter with auditor trigger Execute -NameAuditor INFO About to Enter VeloConverter with auditor trigger Execute -NameAuditor INFO Just Exited VeloConverter with auditor trigger Execute -NameAuditor INFO Just Exited TrackConverterSeq with auditor trigger Execute -NameAuditor INFO About to Enter TrackBestTrackCreator with auditor trigger Execute -NameAuditor INFO Just Exited TrackBestTrackCreator with auditor trigger Execute -NameAuditor INFO Just Exited BestTrackCreatorSeq with auditor trigger Execute -NameAuditor INFO About to Enter TrackAddExtraInfoSeq with auditor trigger Execute -NameAuditor INFO About to Enter TrackAddNNGhostId with auditor trigger Execute -NameAuditor INFO Just Exited TrackAddNNGhostId with auditor trigger Execute -NameAuditor INFO Just Exited TrackAddExtraInfoSeq with auditor trigger Execute -NameAuditor INFO Just Exited RecoTrBestSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoRICHSeq with auditor trigger Execute -NameAuditor INFO About to Enter RichFutureDecode with auditor trigger Execute -NameAuditor INFO Just Exited RichFutureDecode with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackTypeFilter with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackTypeFilter with auditor trigger Execute -NameAuditor INFO About to Enter RichRecoSeq with auditor trigger Execute -NameAuditor INFO About to Enter RichPixels with auditor trigger Execute -NameAuditor INFO About to Enter RichPixClustering with auditor trigger Execute -NameAuditor INFO Just Exited RichPixClustering with auditor trigger Execute -NameAuditor INFO About to Enter RichSIMDPixels with auditor trigger Execute -NameAuditor INFO Just Exited RichSIMDPixels with auditor trigger Execute -NameAuditor INFO Just Exited RichPixels with auditor trigger Execute -NameAuditor INFO About to Enter RichDownReco with auditor trigger Execute -NameAuditor INFO About to Enter RichTracksDown with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackSegmentsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackSegmentsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackGloPointsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackGloPointsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackLocPointsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackLocPointsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichEmittedYieldsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichEmittedYieldsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichEmittedCKAnglesDown with auditor trigger Execute -NameAuditor INFO Just Exited RichEmittedCKAnglesDown with auditor trigger Execute -NameAuditor INFO About to Enter RichMassConesDown with auditor trigger Execute -NameAuditor INFO Just Exited RichMassConesDown with auditor trigger Execute -NameAuditor INFO About to Enter RichDetectableYieldsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichDetectableYieldsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichGeomEffDown with auditor trigger Execute -NameAuditor INFO Just Exited RichGeomEffDown with auditor trigger Execute -NameAuditor INFO About to Enter RichTkSegmentSelDown with auditor trigger Execute -NameAuditor INFO Just Exited RichTkSegmentSelDown with auditor trigger Execute -NameAuditor INFO About to Enter RichSignalYieldsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichSignalYieldsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichSignalCKAnglesDown with auditor trigger Execute -NameAuditor INFO Just Exited RichSignalCKAnglesDown with auditor trigger Execute -NameAuditor INFO About to Enter RichCKResolutionsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichCKResolutionsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichTracksDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPhotonsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPhotonRecoDown with auditor trigger Execute -NameAuditor INFO Just Exited RichPhotonRecoDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPredPixelSignalDown with auditor trigger Execute -NameAuditor INFO Just Exited RichPredPixelSignalDown with auditor trigger Execute -NameAuditor INFO Just Exited RichPhotonsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichRecSummaryDown with auditor trigger Execute -NameAuditor INFO Just Exited RichRecSummaryDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDDown with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDInitDown with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDInitDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPixBackgroundsIt0Down with auditor trigger Execute -NameAuditor INFO Just Exited RichPixBackgroundsIt0Down with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Down with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Down with auditor trigger Execute -NameAuditor INFO About to Enter RichPixBackgroundsIt1Down with auditor trigger Execute -NameAuditor INFO Just Exited RichPixBackgroundsIt1Down with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Down with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Down with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDDown with auditor trigger Execute -NameAuditor INFO Just Exited RichDownReco with auditor trigger Execute -NameAuditor INFO About to Enter RichLongReco with auditor trigger Execute -NameAuditor INFO About to Enter RichTracksLong with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackSegmentsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackSegmentsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackGloPointsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackGloPointsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackLocPointsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackLocPointsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichEmittedYieldsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichEmittedYieldsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichEmittedCKAnglesLong with auditor trigger Execute -NameAuditor INFO Just Exited RichEmittedCKAnglesLong with auditor trigger Execute -NameAuditor INFO About to Enter RichMassConesLong with auditor trigger Execute -NameAuditor INFO Just Exited RichMassConesLong with auditor trigger Execute -NameAuditor INFO About to Enter RichDetectableYieldsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichDetectableYieldsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichGeomEffLong with auditor trigger Execute -NameAuditor INFO Just Exited RichGeomEffLong with auditor trigger Execute -NameAuditor INFO About to Enter RichTkSegmentSelLong with auditor trigger Execute -NameAuditor INFO Just Exited RichTkSegmentSelLong with auditor trigger Execute -NameAuditor INFO About to Enter RichSignalYieldsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichSignalYieldsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichSignalCKAnglesLong with auditor trigger Execute -NameAuditor INFO Just Exited RichSignalCKAnglesLong with auditor trigger Execute -NameAuditor INFO About to Enter RichCKResolutionsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichCKResolutionsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichTracksLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPhotonsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPhotonRecoLong with auditor trigger Execute -NameAuditor INFO Just Exited RichPhotonRecoLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPredPixelSignalLong with auditor trigger Execute -NameAuditor INFO Just Exited RichPredPixelSignalLong with auditor trigger Execute -NameAuditor INFO Just Exited RichPhotonsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichRecSummaryLong with auditor trigger Execute -NameAuditor INFO Just Exited RichRecSummaryLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDLong with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDInitLong with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDInitLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPixBackgroundsIt0Long with auditor trigger Execute -NameAuditor INFO Just Exited RichPixBackgroundsIt0Long with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Long with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Long with auditor trigger Execute -NameAuditor INFO About to Enter RichPixBackgroundsIt1Long with auditor trigger Execute -NameAuditor INFO Just Exited RichPixBackgroundsIt1Long with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Long with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Long with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDLong with auditor trigger Execute -NameAuditor INFO Just Exited RichLongReco with auditor trigger Execute -NameAuditor INFO About to Enter RichUpReco with auditor trigger Execute -NameAuditor INFO About to Enter RichTracksUp with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackSegmentsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackSegmentsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackGloPointsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackGloPointsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichTrackLocPointsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichTrackLocPointsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichEmittedYieldsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichEmittedYieldsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichEmittedCKAnglesUp with auditor trigger Execute -NameAuditor INFO Just Exited RichEmittedCKAnglesUp with auditor trigger Execute -NameAuditor INFO About to Enter RichMassConesUp with auditor trigger Execute -NameAuditor INFO Just Exited RichMassConesUp with auditor trigger Execute -NameAuditor INFO About to Enter RichDetectableYieldsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichDetectableYieldsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichGeomEffUp with auditor trigger Execute -NameAuditor INFO Just Exited RichGeomEffUp with auditor trigger Execute -NameAuditor INFO About to Enter RichTkSegmentSelUp with auditor trigger Execute -NameAuditor INFO Just Exited RichTkSegmentSelUp with auditor trigger Execute -NameAuditor INFO About to Enter RichSignalYieldsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichSignalYieldsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichSignalCKAnglesUp with auditor trigger Execute -NameAuditor INFO Just Exited RichSignalCKAnglesUp with auditor trigger Execute -NameAuditor INFO About to Enter RichCKResolutionsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichCKResolutionsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichTracksUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPhotonsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPhotonRecoUp with auditor trigger Execute -NameAuditor INFO Just Exited RichPhotonRecoUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPredPixelSignalUp with auditor trigger Execute -NameAuditor INFO Just Exited RichPredPixelSignalUp with auditor trigger Execute -NameAuditor INFO Just Exited RichPhotonsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichRecSummaryUp with auditor trigger Execute -NameAuditor INFO Just Exited RichRecSummaryUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDUp with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDInitUp with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDInitUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPixBackgroundsIt0Up with auditor trigger Execute -NameAuditor INFO Just Exited RichPixBackgroundsIt0Up with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Up with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Up with auditor trigger Execute -NameAuditor INFO About to Enter RichPixBackgroundsIt1Up with auditor trigger Execute -NameAuditor INFO Just Exited RichPixBackgroundsIt1Up with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Up with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Up with auditor trigger Execute -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDUp with auditor trigger Execute -NameAuditor INFO Just Exited RichUpReco with auditor trigger Execute -NameAuditor INFO About to Enter MergeRichPIDs with auditor trigger Execute -NameAuditor INFO Just Exited MergeRichPIDs with auditor trigger Execute -NameAuditor INFO Just Exited RichRecoSeq with auditor trigger Execute -NameAuditor INFO Just Exited RecoRICHSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoCALOFUTURESeq with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureProcessorCaloFutureSeq with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureRecoForCaloFutureProcessor with auditor trigger Execute -NameAuditor INFO About to Enter ClusterFutureReco with auditor trigger Execute -NameAuditor INFO About to Enter FutureEcalClust with auditor trigger Execute -NameAuditor INFO Just Exited FutureEcalClust with auditor trigger Execute -NameAuditor INFO About to Enter FutureEcalShare with auditor trigger Execute -NameAuditor INFO Just Exited FutureEcalShare with auditor trigger Execute -NameAuditor INFO About to Enter FutureEcalCovar with auditor trigger Execute -NameAuditor INFO Just Exited FutureEcalCovar with auditor trigger Execute -NameAuditor INFO About to Enter CaloClusterConverter with auditor trigger Execute -NameAuditor INFO Just Exited CaloClusterConverter with auditor trigger Execute -NameAuditor INFO Just Exited ClusterFutureReco with auditor trigger Execute -NameAuditor INFO About to Enter ClassifyClusters with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureTrackMatch with auditor trigger Execute -NameAuditor INFO About to Enter InECALFuture with auditor trigger Execute -NameAuditor INFO Just Exited InECALFuture with auditor trigger Execute -NameAuditor INFO About to Enter FutureClusterMatch with auditor trigger Execute -NameAuditor INFO Just Exited FutureClusterMatch with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureTrackMatch with auditor trigger Execute -NameAuditor INFO About to Enter ClassifyPhotonElectron with auditor trigger Execute -NameAuditor INFO Just Exited ClassifyPhotonElectron with auditor trigger Execute -NameAuditor INFO Just Exited ClassifyClusters with auditor trigger Execute -NameAuditor INFO About to Enter MergedPi0FutureReco with auditor trigger Execute -NameAuditor INFO About to Enter MergedPi0RecFuture with auditor trigger Execute -NameAuditor INFO Just Exited MergedPi0RecFuture with auditor trigger Execute -NameAuditor INFO About to Enter CaloSplitClusterConverter with auditor trigger Execute -NameAuditor INFO Just Exited CaloSplitClusterConverter with auditor trigger Execute -NameAuditor INFO Just Exited MergedPi0FutureReco with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureRecoForCaloFutureProcessor with auditor trigger Execute -NameAuditor INFO About to Enter CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Execute -NameAuditor INFO About to Enter ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Execute -NameAuditor INFO About to Enter InCaloFutureAcceptance with auditor trigger Execute -NameAuditor INFO About to Enter InHCALFuture with auditor trigger Execute -NameAuditor INFO Just Exited InHCALFuture with auditor trigger Execute -NameAuditor INFO About to Enter InBREMFuture with auditor trigger Execute -NameAuditor INFO Just Exited InBREMFuture with auditor trigger Execute -NameAuditor INFO Just Exited InCaloFutureAcceptance with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureMatch with auditor trigger Execute -NameAuditor INFO About to Enter ElectronMatchFuture with auditor trigger Execute -NameAuditor INFO Just Exited ElectronMatchFuture with auditor trigger Execute -NameAuditor INFO About to Enter BremMatchFuture with auditor trigger Execute -NameAuditor INFO Just Exited BremMatchFuture with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureMatch with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureEnergy with auditor trigger Execute -NameAuditor INFO About to Enter EcalEFuture with auditor trigger Execute -NameAuditor INFO Just Exited EcalEFuture with auditor trigger Execute -NameAuditor INFO About to Enter HcalEFuture with auditor trigger Execute -NameAuditor INFO Just Exited HcalEFuture with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureEnergy with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureChi2 with auditor trigger Execute -NameAuditor INFO About to Enter FutureEcalChi22ID with auditor trigger Execute -NameAuditor INFO Just Exited FutureEcalChi22ID with auditor trigger Execute -NameAuditor INFO About to Enter BremChi22IDFuture with auditor trigger Execute -NameAuditor INFO Just Exited BremChi22IDFuture with auditor trigger Execute -NameAuditor INFO About to Enter FutureClusChi22ID with auditor trigger Execute -NameAuditor INFO Just Exited FutureClusChi22ID with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureChi2 with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureDLLeFuture with auditor trigger Execute -NameAuditor INFO About to Enter EcalPIDeFuture with auditor trigger Execute -NameAuditor INFO Just Exited EcalPIDeFuture with auditor trigger Execute -NameAuditor INFO About to Enter BremPIDeFuture with auditor trigger Execute -NameAuditor INFO Just Exited BremPIDeFuture with auditor trigger Execute -NameAuditor INFO About to Enter HcalPIDeFuture with auditor trigger Execute -NameAuditor INFO Just Exited HcalPIDeFuture with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureDLLeFuture with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureDLLmuFuture with auditor trigger Execute -NameAuditor INFO About to Enter EcalPIDmuFuture with auditor trigger Execute -NameAuditor INFO Just Exited EcalPIDmuFuture with auditor trigger Execute -NameAuditor INFO About to Enter HcalPIDmuFuture with auditor trigger Execute -NameAuditor INFO Just Exited HcalPIDmuFuture with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureDLLmuFuture with auditor trigger Execute -NameAuditor INFO Just Exited ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Execute -NameAuditor INFO Just Exited CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureProcessorCaloFutureSeq with auditor trigger Execute -NameAuditor INFO Just Exited RecoCALOFUTURESeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoMUONSeq with auditor trigger Execute -NameAuditor INFO About to Enter MuonRec with auditor trigger Execute -NameAuditor INFO Just Exited MuonRec with auditor trigger Execute -NameAuditor INFO About to Enter MuonProcStatus with auditor trigger Execute -NameAuditor INFO Just Exited MuonProcStatus with auditor trigger Execute -NameAuditor INFO About to Enter MuonROFilter with auditor trigger Execute -NameAuditor INFO Just Exited MuonROFilter with auditor trigger Execute -NameAuditor INFO About to Enter MuonIDSeq with auditor trigger Execute -NameAuditor INFO About to Enter PrepareMuonHits with auditor trigger Execute -NameAuditor INFO Just Exited PrepareMuonHits with auditor trigger Execute -NameAuditor INFO About to Enter MuonIDAlgLite with auditor trigger Execute -NameAuditor INFO Just Exited MuonIDAlgLite with auditor trigger Execute -NameAuditor INFO Just Exited MuonIDSeq with auditor trigger Execute -NameAuditor INFO Just Exited RecoMUONSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoPROTOSeq with auditor trigger Execute -NameAuditor INFO About to Enter ChargedProtoParticles with auditor trigger Execute -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Electrons with auditor trigger Execute -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Electrons with auditor trigger Execute -NameAuditor INFO About to Enter Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Execute -NameAuditor INFO Just Exited Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Execute -NameAuditor INFO About to Enter ChargedProtoPMaker with auditor trigger Execute -NameAuditor INFO Just Exited ChargedProtoPMaker with auditor trigger Execute -NameAuditor INFO About to Enter ANNGPIDSeq with auditor trigger Execute -NameAuditor INFO About to Enter ANNGPID with auditor trigger Execute -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=ghost -NameAuditor INFO Just Exited ANNGPID with auditor trigger Execute -NameAuditor INFO Just Exited ANNGPIDSeq with auditor trigger Execute -NameAuditor INFO Just Exited ChargedProtoParticles with auditor trigger Execute -NameAuditor INFO About to Enter NeutralProtoParticles with auditor trigger Execute -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Execute -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Execute -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Photons with auditor trigger Execute -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Photons with auditor trigger Execute -NameAuditor INFO About to Enter FutureNeutralProtoPMaker with auditor trigger Execute -NameAuditor INFO Just Exited FutureNeutralProtoPMaker with auditor trigger Execute -NameAuditor INFO Just Exited NeutralProtoParticles with auditor trigger Execute -NameAuditor INFO Just Exited RecoPROTOSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecoSUMMARYSeq with auditor trigger Execute -NameAuditor INFO About to Enter RecSummary with auditor trigger Execute -NameAuditor INFO Just Exited RecSummary with auditor trigger Execute -NameAuditor INFO Just Exited RecoSUMMARYSeq with auditor trigger Execute -NameAuditor INFO Just Exited Reco with auditor trigger Execute -NameAuditor INFO About to Enter Moni with auditor trigger Execute -NameAuditor INFO About to Enter MoniCALOFUTURESeq with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureDigitsMoni with auditor trigger Execute -NameAuditor INFO About to Enter EcalDigitMon with auditor trigger Execute -NameAuditor INFO Just Exited EcalDigitMon with auditor trigger Execute -NameAuditor INFO About to Enter HcalDigitMon with auditor trigger Execute -NameAuditor INFO Just Exited HcalDigitMon with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureDigitsMoni with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureEFlowMoni with auditor trigger Execute -NameAuditor INFO About to Enter EcalEFlowMon with auditor trigger Execute -NameAuditor INFO Just Exited EcalEFlowMon with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureEFlowMoni with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureClustersMoni with auditor trigger Execute -NameAuditor INFO About to Enter EcalClusterMon with auditor trigger Execute -NameAuditor INFO Just Exited EcalClusterMon with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureClustersMoni with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureHyposMoni with auditor trigger Execute -NameAuditor INFO About to Enter ElectronMon with auditor trigger Execute -NameAuditor INFO Just Exited ElectronMon with auditor trigger Execute -NameAuditor INFO About to Enter PhotonMon with auditor trigger Execute -NameAuditor INFO Just Exited PhotonMon with auditor trigger Execute -NameAuditor INFO About to Enter MergedPi0Mon with auditor trigger Execute -NameAuditor INFO Just Exited MergedPi0Mon with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureHyposMoni with auditor trigger Execute -NameAuditor INFO About to Enter DiPhotonMoni with auditor trigger Execute -NameAuditor INFO About to Enter ResolvedPi0Mon with auditor trigger Execute -NameAuditor INFO Just Exited ResolvedPi0Mon with auditor trigger Execute -NameAuditor INFO About to Enter EtaMon with auditor trigger Execute -NameAuditor INFO Just Exited EtaMon with auditor trigger Execute -NameAuditor INFO Just Exited DiPhotonMoni with auditor trigger Execute -NameAuditor INFO About to Enter ProtoElectronMon with auditor trigger Execute -NameAuditor INFO Just Exited ProtoElectronMon with auditor trigger Execute -NameAuditor INFO About to Enter CaloFuturePIDsMoni with auditor trigger Execute -NameAuditor INFO About to Enter PhotonMatchMon with auditor trigger Execute -NameAuditor INFO Just Exited PhotonMatchMon with auditor trigger Execute -NameAuditor INFO About to Enter ElectronMatchMon with auditor trigger Execute -NameAuditor INFO Just Exited ElectronMatchMon with auditor trigger Execute -NameAuditor INFO About to Enter BremMatchMon with auditor trigger Execute -NameAuditor INFO Just Exited BremMatchMon with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureEMuPIDMonUncut with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureEMuPIDMonUncut with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureEMuPIDMonSoft with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureEMuPIDMonSoft with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureEMuPIDMonHard with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureEMuPIDMonHard with auditor trigger Execute -NameAuditor INFO Just Exited CaloFuturePIDsMoni with auditor trigger Execute -NameAuditor INFO Just Exited MoniCALOFUTURESeq with auditor trigger Execute -NameAuditor INFO About to Enter MoniRICHSeq with auditor trigger Execute -NameAuditor INFO About to Enter RichMoni with auditor trigger Execute -NameAuditor INFO About to Enter RichRecPixelQC with auditor trigger Execute -NameAuditor INFO Just Exited RichRecPixelQC with auditor trigger Execute -NameAuditor INFO About to Enter RichFutureMoniClustering with auditor trigger Execute -NameAuditor INFO Just Exited RichFutureMoniClustering with auditor trigger Execute -NameAuditor INFO About to Enter RichRecPixelClusters with auditor trigger Execute -NameAuditor INFO Just Exited RichRecPixelClusters with auditor trigger Execute -NameAuditor INFO About to Enter RichMoniDown with auditor trigger Execute -NameAuditor INFO About to Enter RichRecoStatsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichRecoStatsDown with auditor trigger Execute -NameAuditor INFO About to Enter RiDownTrkEff with auditor trigger Execute -NameAuditor INFO Just Exited RiDownTrkEff with auditor trigger Execute -NameAuditor INFO About to Enter RiCKResDown with auditor trigger Execute -NameAuditor INFO Just Exited RiCKResDown with auditor trigger Execute -NameAuditor INFO About to Enter RiCKResDownTight with auditor trigger Execute -NameAuditor INFO Just Exited RiCKResDownTight with auditor trigger Execute -NameAuditor INFO About to Enter RiTkEmittedYieldsDown with auditor trigger Execute -NameAuditor INFO Just Exited RiTkEmittedYieldsDown with auditor trigger Execute -NameAuditor INFO About to Enter RiTkDetectableYieldsDown with auditor trigger Execute -NameAuditor INFO Just Exited RiTkDetectableYieldsDown with auditor trigger Execute -NameAuditor INFO About to Enter RiTkSignalYieldsDown with auditor trigger Execute -NameAuditor INFO Just Exited RiTkSignalYieldsDown with auditor trigger Execute -NameAuditor INFO About to Enter RiTkGeomEffsDown with auditor trigger Execute -NameAuditor INFO Just Exited RiTkGeomEffsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichMassRingsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichMassRingsDown with auditor trigger Execute -NameAuditor INFO About to Enter RiTkMaterialDown with auditor trigger Execute -NameAuditor INFO Just Exited RiTkMaterialDown with auditor trigger Execute -NameAuditor INFO About to Enter RichRecPixBkgsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichRecPixBkgsDown with auditor trigger Execute -NameAuditor INFO About to Enter RichDLLsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichDLLsDown with auditor trigger Execute -NameAuditor INFO Just Exited RichMoniDown with auditor trigger Execute -NameAuditor INFO About to Enter RichMoniLong with auditor trigger Execute -NameAuditor INFO About to Enter RichRecoStatsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichRecoStatsLong with auditor trigger Execute -NameAuditor INFO About to Enter RiLongTrkEff with auditor trigger Execute -NameAuditor INFO Just Exited RiLongTrkEff with auditor trigger Execute -NameAuditor INFO About to Enter RiCKResLong with auditor trigger Execute -NameAuditor INFO Just Exited RiCKResLong with auditor trigger Execute -NameAuditor INFO About to Enter RiCKResLongTight with auditor trigger Execute -NameAuditor INFO Just Exited RiCKResLongTight with auditor trigger Execute -NameAuditor INFO About to Enter RiTkEmittedYieldsLong with auditor trigger Execute -NameAuditor INFO Just Exited RiTkEmittedYieldsLong with auditor trigger Execute -NameAuditor INFO About to Enter RiTkDetectableYieldsLong with auditor trigger Execute -NameAuditor INFO Just Exited RiTkDetectableYieldsLong with auditor trigger Execute -NameAuditor INFO About to Enter RiTkSignalYieldsLong with auditor trigger Execute -NameAuditor INFO Just Exited RiTkSignalYieldsLong with auditor trigger Execute -NameAuditor INFO About to Enter RiTkGeomEffsLong with auditor trigger Execute -NameAuditor INFO Just Exited RiTkGeomEffsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichMassRingsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichMassRingsLong with auditor trigger Execute -NameAuditor INFO About to Enter RiTkMaterialLong with auditor trigger Execute -NameAuditor INFO Just Exited RiTkMaterialLong with auditor trigger Execute -NameAuditor INFO About to Enter RichRecPixBkgsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichRecPixBkgsLong with auditor trigger Execute -NameAuditor INFO About to Enter RichDLLsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichDLLsLong with auditor trigger Execute -NameAuditor INFO Just Exited RichMoniLong with auditor trigger Execute -NameAuditor INFO About to Enter RichMoniUp with auditor trigger Execute -NameAuditor INFO About to Enter RichRecoStatsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichRecoStatsUp with auditor trigger Execute -NameAuditor INFO About to Enter RiUpTrkEff with auditor trigger Execute -NameAuditor INFO Just Exited RiUpTrkEff with auditor trigger Execute -NameAuditor INFO About to Enter RiCKResUp with auditor trigger Execute -NameAuditor INFO Just Exited RiCKResUp with auditor trigger Execute -NameAuditor INFO About to Enter RiCKResUpTight with auditor trigger Execute -NameAuditor INFO Just Exited RiCKResUpTight with auditor trigger Execute -NameAuditor INFO About to Enter RiTkEmittedYieldsUp with auditor trigger Execute -NameAuditor INFO Just Exited RiTkEmittedYieldsUp with auditor trigger Execute -NameAuditor INFO About to Enter RiTkDetectableYieldsUp with auditor trigger Execute -NameAuditor INFO Just Exited RiTkDetectableYieldsUp with auditor trigger Execute -NameAuditor INFO About to Enter RiTkSignalYieldsUp with auditor trigger Execute -NameAuditor INFO Just Exited RiTkSignalYieldsUp with auditor trigger Execute -NameAuditor INFO About to Enter RiTkGeomEffsUp with auditor trigger Execute -NameAuditor INFO Just Exited RiTkGeomEffsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichMassRingsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichMassRingsUp with auditor trigger Execute -NameAuditor INFO About to Enter RiTkMaterialUp with auditor trigger Execute -NameAuditor INFO Just Exited RiTkMaterialUp with auditor trigger Execute -NameAuditor INFO About to Enter RichRecPixBkgsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichRecPixBkgsUp with auditor trigger Execute -NameAuditor INFO About to Enter RichDLLsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichDLLsUp with auditor trigger Execute -NameAuditor INFO Just Exited RichMoniUp with auditor trigger Execute -NameAuditor INFO Just Exited RichMoni with auditor trigger Execute -NameAuditor INFO Just Exited MoniRICHSeq with auditor trigger Execute -NameAuditor INFO About to Enter MoniMUONSeq with auditor trigger Execute -NameAuditor INFO About to Enter MuonPIDMonitorDown with auditor trigger Execute -NameAuditor INFO Just Exited MuonPIDMonitorDown with auditor trigger Execute -NameAuditor INFO About to Enter MuonPIDMonitorLong with auditor trigger Execute -NameAuditor INFO Just Exited MuonPIDMonitorLong with auditor trigger Execute -NameAuditor INFO About to Enter MuonTrackFitter with auditor trigger Execute -NameAuditor INFO Just Exited MuonTrackFitter with auditor trigger Execute -NameAuditor INFO About to Enter MuonTrackAligMonitor with auditor trigger Execute -NameAuditor INFO Just Exited MuonTrackAligMonitor with auditor trigger Execute -NameAuditor INFO Just Exited MoniMUONSeq with auditor trigger Execute -NameAuditor INFO About to Enter MoniGENERALSeq with auditor trigger Execute -NameAuditor INFO About to Enter OverallEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited OverallEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter TrackEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited TrackEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter VertexEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited VertexEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter RichEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited RichEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter CaloFutureEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited CaloFutureEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter MuonEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited MuonEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter ProtoEventProcTime with auditor trigger Execute -NameAuditor INFO Just Exited ProtoEventProcTime with auditor trigger Execute -NameAuditor INFO About to Enter ProcStatAbortMoni with auditor trigger Execute -NameAuditor INFO Just Exited ProcStatAbortMoni with auditor trigger Execute -NameAuditor INFO Just Exited MoniGENERALSeq with auditor trigger Execute -NameAuditor INFO About to Enter MoniTrSeq with auditor trigger Execute -NameAuditor INFO About to Enter TrackMonitor with auditor trigger Execute -NameAuditor INFO Just Exited TrackMonitor with auditor trigger Execute -NameAuditor INFO About to Enter TrackDiMuonMonitor with auditor trigger Execute -NameAuditor INFO Just Exited TrackDiMuonMonitor with auditor trigger Execute -NameAuditor INFO About to Enter TrackVertexMonitor with auditor trigger Execute -NameAuditor INFO Just Exited TrackVertexMonitor with auditor trigger Execute -NameAuditor INFO About to Enter TrackFitMatchMonitor with auditor trigger Execute -NameAuditor INFO Just Exited TrackFitMatchMonitor with auditor trigger Execute -NameAuditor INFO About to Enter TrackPV2HalfAlignMonitor with auditor trigger Execute -NameAuditor INFO Just Exited TrackPV2HalfAlignMonitor with auditor trigger Execute -NameAuditor INFO About to Enter TrackMuonMatchMonitor with auditor trigger Execute -NameAuditor INFO Just Exited TrackMuonMatchMonitor with auditor trigger Execute -NameAuditor INFO Just Exited MoniTrSeq with auditor trigger Execute -NameAuditor INFO About to Enter MoniPROTOSeq with auditor trigger Execute -NameAuditor INFO About to Enter ChargedProtoPMoni with auditor trigger Execute -NameAuditor INFO Just Exited ChargedProtoPMoni with auditor trigger Execute -NameAuditor INFO About to Enter ChargedProtoANNPIDMoni with auditor trigger Execute -NameAuditor INFO Just Exited ChargedProtoANNPIDMoni with auditor trigger Execute -NameAuditor INFO Just Exited MoniPROTOSeq with auditor trigger Execute -NameAuditor INFO Just Exited Moni with auditor trigger Execute -NameAuditor INFO About to Enter MCLinks with auditor trigger Execute -NameAuditor INFO About to Enter MCLinksUnpackSeq with auditor trigger Execute -NameAuditor INFO About to Enter UnpackMCParticle with auditor trigger Execute -NameAuditor INFO Just Exited UnpackMCParticle with auditor trigger Execute -NameAuditor INFO About to Enter UnpackMCVertex with auditor trigger Execute -NameAuditor INFO Just Exited UnpackMCVertex with auditor trigger Execute -NameAuditor INFO Just Exited MCLinksUnpackSeq with auditor trigger Execute -NameAuditor INFO About to Enter MCLinksTrSeq with auditor trigger Execute -NameAuditor INFO About to Enter VPClusFull with auditor trigger Execute -NameAuditor INFO Just Exited VPClusFull with auditor trigger Execute -NameAuditor INFO About to Enter VPFullCluster2MCParticleLinker with auditor trigger Execute -NameAuditor INFO Just Exited VPFullCluster2MCParticleLinker with auditor trigger Execute -NameAuditor INFO About to Enter PrLHCbID2MCParticle with auditor trigger Execute -NameAuditor INFO Just Exited PrLHCbID2MCParticle with auditor trigger Execute -NameAuditor INFO About to Enter DownstreamChecker with auditor trigger Execute -NameAuditor INFO About to Enter DownstreamAssociator with auditor trigger Execute -NameAuditor INFO Just Exited DownstreamAssociator with auditor trigger Execute -NameAuditor INFO Just Exited DownstreamChecker with auditor trigger Execute -NameAuditor INFO About to Enter ForwardBestChecker with auditor trigger Execute -NameAuditor INFO About to Enter ForwardBestAssociator with auditor trigger Execute -NameAuditor INFO Just Exited ForwardBestAssociator with auditor trigger Execute -NameAuditor INFO Just Exited ForwardBestChecker with auditor trigger Execute -NameAuditor INFO About to Enter ForwardFastChecker with auditor trigger Execute -NameAuditor INFO About to Enter ForwardFastAssociator with auditor trigger Execute -NameAuditor INFO Just Exited ForwardFastAssociator with auditor trigger Execute -NameAuditor INFO Just Exited ForwardFastChecker with auditor trigger Execute -NameAuditor INFO About to Enter MatchChecker with auditor trigger Execute -NameAuditor INFO About to Enter MatchAssociator with auditor trigger Execute -NameAuditor INFO Just Exited MatchAssociator with auditor trigger Execute -NameAuditor INFO Just Exited MatchChecker with auditor trigger Execute -NameAuditor INFO About to Enter SeedingChecker with auditor trigger Execute -NameAuditor INFO About to Enter SeedingAssociator with auditor trigger Execute -NameAuditor INFO Just Exited SeedingAssociator with auditor trigger Execute -NameAuditor INFO Just Exited SeedingChecker with auditor trigger Execute -NameAuditor INFO About to Enter UpstreamChecker with auditor trigger Execute -NameAuditor INFO About to Enter UpstreamAssociator with auditor trigger Execute -NameAuditor INFO Just Exited UpstreamAssociator with auditor trigger Execute -NameAuditor INFO Just Exited UpstreamChecker with auditor trigger Execute -NameAuditor INFO About to Enter VeloChecker with auditor trigger Execute -NameAuditor INFO About to Enter VeloAssociator with auditor trigger Execute -NameAuditor INFO Just Exited VeloAssociator with auditor trigger Execute -NameAuditor INFO Just Exited VeloChecker with auditor trigger Execute -NameAuditor INFO About to Enter BestExtraChecker with auditor trigger Execute -NameAuditor INFO About to Enter BestAssociator with auditor trigger Execute -NameAuditor INFO Just Exited BestAssociator with auditor trigger Execute -NameAuditor INFO Just Exited BestExtraChecker with auditor trigger Execute -NameAuditor INFO About to Enter ForwardFastFittedExtraChecker with auditor trigger Execute -NameAuditor INFO About to Enter ForwardFastFittedAssociator with auditor trigger Execute -NameAuditor INFO Just Exited ForwardFastFittedAssociator with auditor trigger Execute -NameAuditor INFO Just Exited ForwardFastFittedExtraChecker with auditor trigger Execute -NameAuditor INFO Just Exited MCLinksTrSeq with auditor trigger Execute -NameAuditor INFO About to Enter MCLinksCaloSeq with auditor trigger Execute -NameAuditor INFO About to Enter CaloDigit2MCLinks2Table with auditor trigger Execute -NameAuditor INFO Just Exited CaloDigit2MCLinks2Table with auditor trigger Execute -NameAuditor INFO About to Enter CaloClusterMCTruth with auditor trigger Execute -NameAuditor INFO Just Exited CaloClusterMCTruth with auditor trigger Execute -NameAuditor INFO About to Enter CaloHypoMCTruth_Photons with auditor trigger Execute -NameAuditor INFO Just Exited CaloHypoMCTruth_Photons with auditor trigger Execute -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Photons with auditor trigger Execute -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Photons with auditor trigger Execute -NameAuditor INFO About to Enter CaloHypoMCTruth_Electrons with auditor trigger Execute -NameAuditor INFO Just Exited CaloHypoMCTruth_Electrons with auditor trigger Execute -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Electrons with auditor trigger Execute -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Electrons with auditor trigger Execute -NameAuditor INFO About to Enter CaloHypoMCTruth_MergedPi0s with auditor trigger Execute -NameAuditor INFO Just Exited CaloHypoMCTruth_MergedPi0s with auditor trigger Execute -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Execute -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Execute -NameAuditor INFO Just Exited MCLinksCaloSeq with auditor trigger Execute -NameAuditor INFO Just Exited MCLinks with auditor trigger Execute -NameAuditor INFO About to Enter Check with auditor trigger Execute -NameAuditor INFO About to Enter CheckPatSeq with auditor trigger Execute -NameAuditor INFO About to Enter VeloMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited VeloMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter ForwardMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited ForwardMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter UpMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited UpMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter UTForwardMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited UTForwardMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter ForwardBestMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited ForwardBestMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter MatchMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited MatchMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter TMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited TMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter DownMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited DownMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter FilterForBestMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited FilterForBestMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter FilterForBestLongMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited FilterForBestLongMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter FilterForBestLongAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited FilterForBestLongAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter FilterForBestDownMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited FilterForBestDownMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter FilterForBestDownAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited FilterForBestDownAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter BestMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited BestMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter BestLongMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited BestLongMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter BestLongAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited BestLongAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter BestDownMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited BestDownMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter BestDownAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited BestDownAndGhostProbMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter UTForwardBestMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited UTForwardBestMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter UTMatchMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited UTMatchMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter UTDownMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited UTDownMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter VeloFullMCCheck with auditor trigger Execute -NameAuditor INFO Just Exited VeloFullMCCheck with auditor trigger Execute -NameAuditor INFO About to Enter TrackResCheckerFast with auditor trigger Execute -NameAuditor INFO Just Exited TrackResCheckerFast with auditor trigger Execute -NameAuditor INFO About to Enter PVConverter with auditor trigger Execute -NameAuditor INFO Just Exited PVConverter with auditor trigger Execute -NameAuditor INFO About to Enter PVChecker with auditor trigger Execute -NameAuditor INFO Just Exited PVChecker with auditor trigger Execute -NameAuditor INFO Just Exited CheckPatSeq with auditor trigger Execute -NameAuditor INFO About to Enter CheckRICHSeq with auditor trigger Execute -NameAuditor INFO About to Enter RichCheck with auditor trigger Execute -NameAuditor INFO About to Enter RichFutureTKToMCPsRels with auditor trigger Execute -NameAuditor INFO Just Exited RichFutureTKToMCPsRels with auditor trigger Execute -NameAuditor INFO About to Enter RichCheckDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDCheckDown with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonDown10to70 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonDown10to70 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonDown2to10 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonDown2to10 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonDown2to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonDown2to100 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonDown70to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonDown70to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDCheckDown with auditor trigger Execute -NameAuditor INFO About to Enter RiCKMCResDown with auditor trigger Execute -NameAuditor INFO About to Enter MCRichDigitSummaryUnpacker with auditor trigger Initialize -NameAuditor INFO Just Exited MCRichDigitSummaryUnpacker with auditor trigger Initialize -NameAuditor INFO About to Enter MCRichDigitSummaryUnpacker with auditor trigger Start -NameAuditor INFO Just Exited MCRichDigitSummaryUnpacker with auditor trigger Start -NameAuditor INFO About to Enter MCRichDigitSummaryUnpacker with auditor trigger Execute -NameAuditor INFO Just Exited MCRichDigitSummaryUnpacker with auditor trigger Execute -NameAuditor INFO Just Exited RiCKMCResDown with auditor trigger Execute -NameAuditor INFO About to Enter RiCKMCResDownTight with auditor trigger Execute -NameAuditor INFO Just Exited RiCKMCResDownTight with auditor trigger Execute -NameAuditor INFO About to Enter RiMCTkResDown with auditor trigger Execute -NameAuditor INFO Just Exited RiMCTkResDown with auditor trigger Execute -NameAuditor INFO Just Exited RichCheckDown with auditor trigger Execute -NameAuditor INFO About to Enter RichCheckLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDCheckLong with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonLong10to70 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonLong10to70 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonLong2to10 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonLong2to10 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonLong2to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonLong2to100 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonLong70to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonLong70to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDCheckLong with auditor trigger Execute -NameAuditor INFO About to Enter RiCKMCResLong with auditor trigger Execute -NameAuditor INFO Just Exited RiCKMCResLong with auditor trigger Execute -NameAuditor INFO About to Enter RiCKMCResLongTight with auditor trigger Execute -NameAuditor INFO Just Exited RiCKMCResLongTight with auditor trigger Execute -NameAuditor INFO About to Enter RiMCTkResLong with auditor trigger Execute -NameAuditor INFO Just Exited RiMCTkResLong with auditor trigger Execute -NameAuditor INFO Just Exited RichCheckLong with auditor trigger Execute -NameAuditor INFO About to Enter RichCheckUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDCheckUp with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonUp10to70 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonUp10to70 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonUp2to10 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonUp2to10 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonUp2to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonUp2to100 with auditor trigger Execute -NameAuditor INFO About to Enter RichPIDMonUp70to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDMonUp70to100 with auditor trigger Execute -NameAuditor INFO Just Exited RichPIDCheckUp with auditor trigger Execute -NameAuditor INFO About to Enter RiCKMCResUp with auditor trigger Execute -NameAuditor INFO Just Exited RiCKMCResUp with auditor trigger Execute -NameAuditor INFO About to Enter RiCKMCResUpTight with auditor trigger Execute -NameAuditor INFO Just Exited RiCKMCResUpTight with auditor trigger Execute -NameAuditor INFO About to Enter RiMCTkResUp with auditor trigger Execute -NameAuditor INFO Just Exited RiMCTkResUp with auditor trigger Execute -NameAuditor INFO Just Exited RichCheckUp with auditor trigger Execute -NameAuditor INFO Just Exited RichCheck with auditor trigger Execute -NameAuditor INFO Just Exited CheckRICHSeq with auditor trigger Execute -NameAuditor INFO About to Enter CheckMUONSeq with auditor trigger Execute -NameAuditor INFO About to Enter MuonPIDCheckerDown with auditor trigger Execute -NameAuditor INFO Just Exited MuonPIDCheckerDown with auditor trigger Execute -NameAuditor INFO About to Enter MuonPIDCheckerLong with auditor trigger Execute -NameAuditor INFO Just Exited MuonPIDCheckerLong with auditor trigger Execute -NameAuditor INFO Just Exited CheckMUONSeq with auditor trigger Execute -NameAuditor INFO Just Exited Check with auditor trigger Execute -NameAuditor INFO Just Exited PhysicsSeq with auditor trigger Execute -NameAuditor INFO About to Enter Output with auditor trigger Execute -NameAuditor INFO About to Enter OutputDSTSeq with auditor trigger Execute -NameAuditor INFO About to Enter GenFSRMerge with auditor trigger Execute -NameAuditor INFO Just Exited GenFSRMerge with auditor trigger Execute -NameAuditor INFO About to Enter RawEventSplitSeq with auditor trigger Execute -NameAuditor INFO About to Enter create_Calo_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Calo_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_HC_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_HC_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_Muon_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Muon_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_PersistReco_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_PersistReco_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_Rich_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Rich_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_Tracker_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Tracker_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_Trigger_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Trigger_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_Unstripped_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Unstripped_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter create_Velo_RawEvent with auditor trigger Execute -NameAuditor INFO Just Exited create_Velo_RawEvent with auditor trigger Execute -NameAuditor INFO About to Enter KillRawEventNodes with auditor trigger Execute -NameAuditor INFO Just Exited KillRawEventNodes with auditor trigger Execute -NameAuditor INFO Just Exited RawEventSplitSeq with auditor trigger Execute -NameAuditor INFO About to Enter FilterBestTrackStates with auditor trigger Execute -NameAuditor INFO Just Exited FilterBestTrackStates with auditor trigger Execute -NameAuditor INFO About to Enter FilterMuonTrackStates with auditor trigger Execute -NameAuditor INFO Just Exited FilterMuonTrackStates with auditor trigger Execute -NameAuditor INFO About to Enter PackDST with auditor trigger Execute -NameAuditor INFO About to Enter PackTrack with auditor trigger Execute -NameAuditor INFO Just Exited PackTrack with auditor trigger Execute -NameAuditor INFO About to Enter PackRichPIDs with auditor trigger Execute -NameAuditor INFO Just Exited PackRichPIDs with auditor trigger Execute -NameAuditor INFO About to Enter PackMuonPIDs with auditor trigger Execute -NameAuditor INFO Just Exited PackMuonPIDs with auditor trigger Execute -NameAuditor INFO About to Enter CaloPacking with auditor trigger Execute -NameAuditor INFO About to Enter PackPhotons with auditor trigger Execute -NameAuditor INFO Just Exited PackPhotons with auditor trigger Execute -NameAuditor INFO About to Enter PackElectrons with auditor trigger Execute -NameAuditor INFO Just Exited PackElectrons with auditor trigger Execute -NameAuditor INFO About to Enter PackMergedPi0s with auditor trigger Execute -NameAuditor INFO Just Exited PackMergedPi0s with auditor trigger Execute -NameAuditor INFO About to Enter PackSplitPhotons with auditor trigger Execute -NameAuditor INFO Just Exited PackSplitPhotons with auditor trigger Execute -NameAuditor INFO Just Exited CaloPacking with auditor trigger Execute -NameAuditor INFO About to Enter ProtoParticlePIDClean with auditor trigger Execute -NameAuditor INFO Just Exited ProtoParticlePIDClean with auditor trigger Execute -NameAuditor INFO About to Enter PackChargedProtos with auditor trigger Execute -NameAuditor INFO Just Exited PackChargedProtos with auditor trigger Execute -NameAuditor INFO About to Enter PackNeutralProtos with auditor trigger Execute -NameAuditor INFO Just Exited PackNeutralProtos with auditor trigger Execute -NameAuditor INFO About to Enter PackRecVertex with auditor trigger Execute -NameAuditor INFO Just Exited PackRecVertex with auditor trigger Execute -NameAuditor INFO About to Enter PackTwoProngVertex with auditor trigger Execute -NameAuditor INFO Just Exited PackTwoProngVertex with auditor trigger Execute -NameAuditor INFO About to Enter PackMuonTracks with auditor trigger Execute -NameAuditor INFO Just Exited PackMuonTracks with auditor trigger Execute -NameAuditor INFO Just Exited PackDST with auditor trigger Execute -NameAuditor INFO Just Exited OutputDSTSeq with auditor trigger Execute -NameAuditor INFO Just Exited Output with auditor trigger Execute -NameAuditor INFO Just Exited BrunelSequencer with auditor trigger Execute -NameAuditor INFO About to Enter DstWriter with auditor trigger Execute -NameAuditor INFO Just Exited DstWriter with auditor trigger Execute -NameAuditor INFO About to Enter FSROutputStreamDstWriter with auditor trigger Execute -NameAuditor INFO Just Exited FSROutputStreamDstWriter with auditor trigger Execute -NameAuditor INFO About to Enter MCRichDigitSummaryUnpacker with auditor trigger Stop -NameAuditor INFO Just Exited MCRichDigitSummaryUnpacker with auditor trigger Stop -NameAuditor INFO About to Enter BrunelSequencer with auditor trigger Stop -NameAuditor INFO About to Enter Init with auditor trigger Stop -NameAuditor INFO About to Enter InitBrunelSeq with auditor trigger Stop -NameAuditor INFO About to Enter BrunelInit with auditor trigger Stop -NameAuditor INFO Just Exited BrunelInit with auditor trigger Stop -NameAuditor INFO Just Exited InitBrunelSeq with auditor trigger Stop -NameAuditor INFO Just Exited Init with auditor trigger Stop -NameAuditor INFO About to Enter PhysicsSeq with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureBanksHandler with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureDigits with auditor trigger Stop -NameAuditor INFO About to Enter FutureEcalDigitsSeq with auditor trigger Stop -NameAuditor INFO About to Enter FutureEcalZSup with auditor trigger Stop -NameAuditor INFO Just Exited FutureEcalZSup with auditor trigger Stop -NameAuditor INFO About to Enter EcalProcStatus with auditor trigger Stop -NameAuditor INFO Just Exited EcalProcStatus with auditor trigger Stop -NameAuditor INFO Just Exited FutureEcalDigitsSeq with auditor trigger Stop -NameAuditor INFO About to Enter FutureHcalDigitsSeq with auditor trigger Stop -NameAuditor INFO About to Enter FutureHcalZSup with auditor trigger Stop -NameAuditor INFO Just Exited FutureHcalZSup with auditor trigger Stop -NameAuditor INFO About to Enter HcalProcStatus with auditor trigger Stop -NameAuditor INFO Just Exited HcalProcStatus with auditor trigger Stop -NameAuditor INFO Just Exited FutureHcalDigitsSeq with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureDigits with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureBanksHandler with auditor trigger Stop -NameAuditor INFO About to Enter Reco with auditor trigger Stop -NameAuditor INFO About to Enter RecoDecodingSeq with auditor trigger Stop -NameAuditor INFO About to Enter UnpackRawEvent with auditor trigger Stop -NameAuditor INFO Just Exited UnpackRawEvent with auditor trigger Stop -NameAuditor INFO About to Enter PrGECFilter with auditor trigger Stop -NameAuditor INFO Just Exited PrGECFilter with auditor trigger Stop -NameAuditor INFO About to Enter PrStoreUTHit with auditor trigger Stop -NameAuditor INFO Just Exited PrStoreUTHit with auditor trigger Stop -NameAuditor INFO About to Enter PrStorePrUTHits with auditor trigger Stop -NameAuditor INFO Just Exited PrStorePrUTHits with auditor trigger Stop -NameAuditor INFO About to Enter createFTClusters with auditor trigger Stop -NameAuditor INFO Just Exited createFTClusters with auditor trigger Stop -NameAuditor INFO About to Enter PrStoreFTHit with auditor trigger Stop -NameAuditor INFO Just Exited PrStoreFTHit with auditor trigger Stop -NameAuditor INFO About to Enter PrStoreSciFiHits with auditor trigger Stop -NameAuditor INFO Just Exited PrStoreSciFiHits with auditor trigger Stop -NameAuditor INFO Just Exited RecoDecodingSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoTrFastSeq with auditor trigger Stop -NameAuditor INFO About to Enter VPClustering with auditor trigger Stop -NameAuditor INFO Just Exited VPClustering with auditor trigger Stop -NameAuditor INFO About to Enter VeloClusterTracking with auditor trigger Stop -NameAuditor INFO Just Exited VeloClusterTracking with auditor trigger Stop -NameAuditor INFO About to Enter ConverterVP with auditor trigger Stop -NameAuditor INFO Just Exited ConverterVP with auditor trigger Stop -NameAuditor INFO About to Enter ConverterVPToV1 with auditor trigger Stop -NameAuditor INFO Just Exited ConverterVPToV1 with auditor trigger Stop -NameAuditor INFO About to Enter PatPV3D with auditor trigger Stop -NameAuditor INFO Just Exited PatPV3D with auditor trigger Stop -NameAuditor INFO About to Enter PrVeloUTFast with auditor trigger Stop -NameAuditor INFO Just Exited PrVeloUTFast with auditor trigger Stop -NameAuditor INFO About to Enter VeloUTMakeLHCbTracks with auditor trigger Stop -NameAuditor INFO Just Exited VeloUTMakeLHCbTracks with auditor trigger Stop -NameAuditor INFO About to Enter PrForwardTrackingFast with auditor trigger Stop -NameAuditor INFO Just Exited PrForwardTrackingFast with auditor trigger Stop -NameAuditor INFO About to Enter FastForwardMakeLHCbTracksFast with auditor trigger Stop -NameAuditor INFO Just Exited FastForwardMakeLHCbTracksFast with auditor trigger Stop -NameAuditor INFO About to Enter ConverterV1V2ForForwardFit with auditor trigger Stop -NameAuditor INFO Just Exited ConverterV1V2ForForwardFit with auditor trigger Stop -NameAuditor INFO About to Enter ForwardFitterAlgFast with auditor trigger Stop -NameAuditor INFO Just Exited ForwardFitterAlgFast with auditor trigger Stop -NameAuditor INFO Just Exited RecoTrFastSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoTrBestSeq with auditor trigger Stop -NameAuditor INFO About to Enter PrForwardTrackingBest with auditor trigger Stop -NameAuditor INFO Just Exited PrForwardTrackingBest with auditor trigger Stop -NameAuditor INFO About to Enter BestForwardMakeLHCbTracksBest with auditor trigger Stop -NameAuditor INFO Just Exited BestForwardMakeLHCbTracksBest with auditor trigger Stop -NameAuditor INFO About to Enter PrHybridSeedingBest with auditor trigger Stop -NameAuditor INFO Just Exited PrHybridSeedingBest with auditor trigger Stop -NameAuditor INFO About to Enter SeedConverter with auditor trigger Stop -NameAuditor INFO Just Exited SeedConverter with auditor trigger Stop -NameAuditor INFO About to Enter PrMatchNNBest with auditor trigger Stop -NameAuditor INFO Just Exited PrMatchNNBest with auditor trigger Stop -NameAuditor INFO About to Enter TracksMatchConverter with auditor trigger Stop -NameAuditor INFO Just Exited TracksMatchConverter with auditor trigger Stop -NameAuditor INFO About to Enter PrLongLivedTrackingBest with auditor trigger Stop -NameAuditor INFO Just Exited PrLongLivedTrackingBest with auditor trigger Stop -NameAuditor INFO About to Enter TracksDownstreamConverter with auditor trigger Stop -NameAuditor INFO Just Exited TracksDownstreamConverter with auditor trigger Stop -NameAuditor INFO About to Enter BestTrackCreatorSeq with auditor trigger Stop -NameAuditor INFO About to Enter TrackConverterSeq with auditor trigger Stop -NameAuditor INFO About to Enter DownstreamConverter with auditor trigger Stop -NameAuditor INFO Just Exited DownstreamConverter with auditor trigger Stop -NameAuditor INFO About to Enter ForwardBestConverter with auditor trigger Stop -NameAuditor INFO Just Exited ForwardBestConverter with auditor trigger Stop -NameAuditor INFO About to Enter ForwardFastConverter with auditor trigger Stop -NameAuditor INFO Just Exited ForwardFastConverter with auditor trigger Stop -NameAuditor INFO About to Enter MatchConverter with auditor trigger Stop -NameAuditor INFO Just Exited MatchConverter with auditor trigger Stop -NameAuditor INFO About to Enter SeedingConverter with auditor trigger Stop -NameAuditor INFO Just Exited SeedingConverter with auditor trigger Stop -NameAuditor INFO About to Enter UpstreamConverter with auditor trigger Stop -NameAuditor INFO Just Exited UpstreamConverter with auditor trigger Stop -NameAuditor INFO About to Enter VeloConverter with auditor trigger Stop -NameAuditor INFO Just Exited VeloConverter with auditor trigger Stop -NameAuditor INFO Just Exited TrackConverterSeq with auditor trigger Stop -NameAuditor INFO About to Enter TrackBestTrackCreator with auditor trigger Stop -NameAuditor INFO Just Exited TrackBestTrackCreator with auditor trigger Stop -NameAuditor INFO Just Exited BestTrackCreatorSeq with auditor trigger Stop -NameAuditor INFO About to Enter TrackAddExtraInfoSeq with auditor trigger Stop -NameAuditor INFO About to Enter TrackAddNNGhostId with auditor trigger Stop -NameAuditor INFO Just Exited TrackAddNNGhostId with auditor trigger Stop -NameAuditor INFO Just Exited TrackAddExtraInfoSeq with auditor trigger Stop -NameAuditor INFO Just Exited RecoTrBestSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoRICHSeq with auditor trigger Stop -NameAuditor INFO About to Enter RichFutureDecode with auditor trigger Stop -NameAuditor INFO Just Exited RichFutureDecode with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackTypeFilter with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackTypeFilter with auditor trigger Stop -NameAuditor INFO About to Enter RichRecoSeq with auditor trigger Stop -NameAuditor INFO About to Enter RichPixels with auditor trigger Stop -NameAuditor INFO About to Enter RichPixClustering with auditor trigger Stop -NameAuditor INFO Just Exited RichPixClustering with auditor trigger Stop -NameAuditor INFO About to Enter RichSIMDPixels with auditor trigger Stop -NameAuditor INFO Just Exited RichSIMDPixels with auditor trigger Stop -NameAuditor INFO Just Exited RichPixels with auditor trigger Stop -NameAuditor INFO About to Enter RichDownReco with auditor trigger Stop -NameAuditor INFO About to Enter RichTracksDown with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackSegmentsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackSegmentsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackGloPointsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackGloPointsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackLocPointsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackLocPointsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichEmittedYieldsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichEmittedYieldsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichEmittedCKAnglesDown with auditor trigger Stop -NameAuditor INFO Just Exited RichEmittedCKAnglesDown with auditor trigger Stop -NameAuditor INFO About to Enter RichMassConesDown with auditor trigger Stop -NameAuditor INFO Just Exited RichMassConesDown with auditor trigger Stop -NameAuditor INFO About to Enter RichDetectableYieldsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichDetectableYieldsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichGeomEffDown with auditor trigger Stop -NameAuditor INFO Just Exited RichGeomEffDown with auditor trigger Stop -NameAuditor INFO About to Enter RichTkSegmentSelDown with auditor trigger Stop -NameAuditor INFO Just Exited RichTkSegmentSelDown with auditor trigger Stop -NameAuditor INFO About to Enter RichSignalYieldsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichSignalYieldsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichSignalCKAnglesDown with auditor trigger Stop -NameAuditor INFO Just Exited RichSignalCKAnglesDown with auditor trigger Stop -NameAuditor INFO About to Enter RichCKResolutionsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichCKResolutionsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichTracksDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPhotonsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPhotonRecoDown with auditor trigger Stop -NameAuditor INFO Just Exited RichPhotonRecoDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPredPixelSignalDown with auditor trigger Stop -NameAuditor INFO Just Exited RichPredPixelSignalDown with auditor trigger Stop -NameAuditor INFO Just Exited RichPhotonsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichRecSummaryDown with auditor trigger Stop -NameAuditor INFO Just Exited RichRecSummaryDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDDown with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDInitDown with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDInitDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPixBackgroundsIt0Down with auditor trigger Stop -NameAuditor INFO Just Exited RichPixBackgroundsIt0Down with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Down with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Down with auditor trigger Stop -NameAuditor INFO About to Enter RichPixBackgroundsIt1Down with auditor trigger Stop -NameAuditor INFO Just Exited RichPixBackgroundsIt1Down with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Down with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Down with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDDown with auditor trigger Stop -NameAuditor INFO Just Exited RichDownReco with auditor trigger Stop -NameAuditor INFO About to Enter RichLongReco with auditor trigger Stop -NameAuditor INFO About to Enter RichTracksLong with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackSegmentsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackSegmentsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackGloPointsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackGloPointsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackLocPointsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackLocPointsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichEmittedYieldsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichEmittedYieldsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichEmittedCKAnglesLong with auditor trigger Stop -NameAuditor INFO Just Exited RichEmittedCKAnglesLong with auditor trigger Stop -NameAuditor INFO About to Enter RichMassConesLong with auditor trigger Stop -NameAuditor INFO Just Exited RichMassConesLong with auditor trigger Stop -NameAuditor INFO About to Enter RichDetectableYieldsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichDetectableYieldsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichGeomEffLong with auditor trigger Stop -NameAuditor INFO Just Exited RichGeomEffLong with auditor trigger Stop -NameAuditor INFO About to Enter RichTkSegmentSelLong with auditor trigger Stop -NameAuditor INFO Just Exited RichTkSegmentSelLong with auditor trigger Stop -NameAuditor INFO About to Enter RichSignalYieldsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichSignalYieldsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichSignalCKAnglesLong with auditor trigger Stop -NameAuditor INFO Just Exited RichSignalCKAnglesLong with auditor trigger Stop -NameAuditor INFO About to Enter RichCKResolutionsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichCKResolutionsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichTracksLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPhotonsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPhotonRecoLong with auditor trigger Stop -NameAuditor INFO Just Exited RichPhotonRecoLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPredPixelSignalLong with auditor trigger Stop -NameAuditor INFO Just Exited RichPredPixelSignalLong with auditor trigger Stop -NameAuditor INFO Just Exited RichPhotonsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichRecSummaryLong with auditor trigger Stop -NameAuditor INFO Just Exited RichRecSummaryLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDLong with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDInitLong with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDInitLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPixBackgroundsIt0Long with auditor trigger Stop -NameAuditor INFO Just Exited RichPixBackgroundsIt0Long with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Long with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Long with auditor trigger Stop -NameAuditor INFO About to Enter RichPixBackgroundsIt1Long with auditor trigger Stop -NameAuditor INFO Just Exited RichPixBackgroundsIt1Long with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Long with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Long with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDLong with auditor trigger Stop -NameAuditor INFO Just Exited RichLongReco with auditor trigger Stop -NameAuditor INFO About to Enter RichUpReco with auditor trigger Stop -NameAuditor INFO About to Enter RichTracksUp with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackSegmentsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackSegmentsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackGloPointsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackGloPointsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichTrackLocPointsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichTrackLocPointsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichEmittedYieldsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichEmittedYieldsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichEmittedCKAnglesUp with auditor trigger Stop -NameAuditor INFO Just Exited RichEmittedCKAnglesUp with auditor trigger Stop -NameAuditor INFO About to Enter RichMassConesUp with auditor trigger Stop -NameAuditor INFO Just Exited RichMassConesUp with auditor trigger Stop -NameAuditor INFO About to Enter RichDetectableYieldsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichDetectableYieldsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichGeomEffUp with auditor trigger Stop -NameAuditor INFO Just Exited RichGeomEffUp with auditor trigger Stop -NameAuditor INFO About to Enter RichTkSegmentSelUp with auditor trigger Stop -NameAuditor INFO Just Exited RichTkSegmentSelUp with auditor trigger Stop -NameAuditor INFO About to Enter RichSignalYieldsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichSignalYieldsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichSignalCKAnglesUp with auditor trigger Stop -NameAuditor INFO Just Exited RichSignalCKAnglesUp with auditor trigger Stop -NameAuditor INFO About to Enter RichCKResolutionsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichCKResolutionsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichTracksUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPhotonsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPhotonRecoUp with auditor trigger Stop -NameAuditor INFO Just Exited RichPhotonRecoUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPredPixelSignalUp with auditor trigger Stop -NameAuditor INFO Just Exited RichPredPixelSignalUp with auditor trigger Stop -NameAuditor INFO Just Exited RichPhotonsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichRecSummaryUp with auditor trigger Stop -NameAuditor INFO Just Exited RichRecSummaryUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDUp with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDInitUp with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDInitUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPixBackgroundsIt0Up with auditor trigger Stop -NameAuditor INFO Just Exited RichPixBackgroundsIt0Up with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Up with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Up with auditor trigger Stop -NameAuditor INFO About to Enter RichPixBackgroundsIt1Up with auditor trigger Stop -NameAuditor INFO Just Exited RichPixBackgroundsIt1Up with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Up with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Up with auditor trigger Stop -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDUp with auditor trigger Stop -NameAuditor INFO Just Exited RichUpReco with auditor trigger Stop -NameAuditor INFO About to Enter MergeRichPIDs with auditor trigger Stop -NameAuditor INFO Just Exited MergeRichPIDs with auditor trigger Stop -NameAuditor INFO Just Exited RichRecoSeq with auditor trigger Stop -NameAuditor INFO Just Exited RecoRICHSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoCALOFUTURESeq with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureProcessorCaloFutureSeq with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureRecoForCaloFutureProcessor with auditor trigger Stop -NameAuditor INFO About to Enter ClusterFutureReco with auditor trigger Stop -NameAuditor INFO About to Enter FutureEcalClust with auditor trigger Stop -NameAuditor INFO Just Exited FutureEcalClust with auditor trigger Stop -NameAuditor INFO About to Enter FutureEcalShare with auditor trigger Stop -NameAuditor INFO Just Exited FutureEcalShare with auditor trigger Stop -NameAuditor INFO About to Enter FutureEcalCovar with auditor trigger Stop -NameAuditor INFO Just Exited FutureEcalCovar with auditor trigger Stop -NameAuditor INFO About to Enter CaloClusterConverter with auditor trigger Stop -NameAuditor INFO Just Exited CaloClusterConverter with auditor trigger Stop -NameAuditor INFO Just Exited ClusterFutureReco with auditor trigger Stop -NameAuditor INFO About to Enter ClassifyClusters with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureTrackMatch with auditor trigger Stop -NameAuditor INFO About to Enter InECALFuture with auditor trigger Stop -NameAuditor INFO Just Exited InECALFuture with auditor trigger Stop -NameAuditor INFO About to Enter FutureClusterMatch with auditor trigger Stop -NameAuditor INFO Just Exited FutureClusterMatch with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureTrackMatch with auditor trigger Stop -NameAuditor INFO About to Enter ClassifyPhotonElectron with auditor trigger Stop -NameAuditor INFO Just Exited ClassifyPhotonElectron with auditor trigger Stop -NameAuditor INFO Just Exited ClassifyClusters with auditor trigger Stop -NameAuditor INFO About to Enter MergedPi0FutureReco with auditor trigger Stop -NameAuditor INFO About to Enter MergedPi0RecFuture with auditor trigger Stop -NameAuditor INFO Just Exited MergedPi0RecFuture with auditor trigger Stop -NameAuditor INFO About to Enter CaloSplitClusterConverter with auditor trigger Stop -NameAuditor INFO Just Exited CaloSplitClusterConverter with auditor trigger Stop -NameAuditor INFO Just Exited MergedPi0FutureReco with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureRecoForCaloFutureProcessor with auditor trigger Stop -NameAuditor INFO About to Enter CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Stop -NameAuditor INFO About to Enter ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Stop -NameAuditor INFO About to Enter InCaloFutureAcceptance with auditor trigger Stop -NameAuditor INFO About to Enter InHCALFuture with auditor trigger Stop -NameAuditor INFO Just Exited InHCALFuture with auditor trigger Stop -NameAuditor INFO About to Enter InBREMFuture with auditor trigger Stop -NameAuditor INFO Just Exited InBREMFuture with auditor trigger Stop -NameAuditor INFO Just Exited InCaloFutureAcceptance with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureMatch with auditor trigger Stop -NameAuditor INFO About to Enter ElectronMatchFuture with auditor trigger Stop -NameAuditor INFO Just Exited ElectronMatchFuture with auditor trigger Stop -NameAuditor INFO About to Enter BremMatchFuture with auditor trigger Stop -NameAuditor INFO Just Exited BremMatchFuture with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureMatch with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureEnergy with auditor trigger Stop -NameAuditor INFO About to Enter EcalEFuture with auditor trigger Stop -NameAuditor INFO Just Exited EcalEFuture with auditor trigger Stop -NameAuditor INFO About to Enter HcalEFuture with auditor trigger Stop -NameAuditor INFO Just Exited HcalEFuture with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureEnergy with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureChi2 with auditor trigger Stop -NameAuditor INFO About to Enter FutureEcalChi22ID with auditor trigger Stop -NameAuditor INFO Just Exited FutureEcalChi22ID with auditor trigger Stop -NameAuditor INFO About to Enter BremChi22IDFuture with auditor trigger Stop -NameAuditor INFO Just Exited BremChi22IDFuture with auditor trigger Stop -NameAuditor INFO About to Enter FutureClusChi22ID with auditor trigger Stop -NameAuditor INFO Just Exited FutureClusChi22ID with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureChi2 with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureDLLeFuture with auditor trigger Stop -NameAuditor INFO About to Enter EcalPIDeFuture with auditor trigger Stop -NameAuditor INFO Just Exited EcalPIDeFuture with auditor trigger Stop -NameAuditor INFO About to Enter BremPIDeFuture with auditor trigger Stop -NameAuditor INFO Just Exited BremPIDeFuture with auditor trigger Stop -NameAuditor INFO About to Enter HcalPIDeFuture with auditor trigger Stop -NameAuditor INFO Just Exited HcalPIDeFuture with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureDLLeFuture with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureDLLmuFuture with auditor trigger Stop -NameAuditor INFO About to Enter EcalPIDmuFuture with auditor trigger Stop -NameAuditor INFO Just Exited EcalPIDmuFuture with auditor trigger Stop -NameAuditor INFO About to Enter HcalPIDmuFuture with auditor trigger Stop -NameAuditor INFO Just Exited HcalPIDmuFuture with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureDLLmuFuture with auditor trigger Stop -NameAuditor INFO Just Exited ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Stop -NameAuditor INFO Just Exited CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureProcessorCaloFutureSeq with auditor trigger Stop -NameAuditor INFO Just Exited RecoCALOFUTURESeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoMUONSeq with auditor trigger Stop -NameAuditor INFO About to Enter MuonRec with auditor trigger Stop -NameAuditor INFO Just Exited MuonRec with auditor trigger Stop -NameAuditor INFO About to Enter MuonProcStatus with auditor trigger Stop -NameAuditor INFO Just Exited MuonProcStatus with auditor trigger Stop -NameAuditor INFO About to Enter MuonROFilter with auditor trigger Stop -NameAuditor INFO Just Exited MuonROFilter with auditor trigger Stop -NameAuditor INFO About to Enter MuonIDSeq with auditor trigger Stop -NameAuditor INFO About to Enter PrepareMuonHits with auditor trigger Stop -NameAuditor INFO Just Exited PrepareMuonHits with auditor trigger Stop -NameAuditor INFO About to Enter MuonIDAlgLite with auditor trigger Stop -NameAuditor INFO Just Exited MuonIDAlgLite with auditor trigger Stop -NameAuditor INFO Just Exited MuonIDSeq with auditor trigger Stop -NameAuditor INFO Just Exited RecoMUONSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoPROTOSeq with auditor trigger Stop -NameAuditor INFO About to Enter ChargedProtoParticles with auditor trigger Stop -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Electrons with auditor trigger Stop -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Electrons with auditor trigger Stop -NameAuditor INFO About to Enter Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Stop -NameAuditor INFO Just Exited Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Stop -NameAuditor INFO About to Enter ChargedProtoPMaker with auditor trigger Stop -NameAuditor INFO Just Exited ChargedProtoPMaker with auditor trigger Stop -NameAuditor INFO About to Enter ANNGPIDSeq with auditor trigger Stop -NameAuditor INFO About to Enter ANNGPID with auditor trigger Stop -NameAuditor INFO Just Exited ANNGPID with auditor trigger Stop -NameAuditor INFO Just Exited ANNGPIDSeq with auditor trigger Stop -NameAuditor INFO Just Exited ChargedProtoParticles with auditor trigger Stop -NameAuditor INFO About to Enter NeutralProtoParticles with auditor trigger Stop -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Stop -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Stop -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Photons with auditor trigger Stop -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Photons with auditor trigger Stop -NameAuditor INFO About to Enter FutureNeutralProtoPMaker with auditor trigger Stop -NameAuditor INFO Just Exited FutureNeutralProtoPMaker with auditor trigger Stop -NameAuditor INFO Just Exited NeutralProtoParticles with auditor trigger Stop -NameAuditor INFO Just Exited RecoPROTOSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecoSUMMARYSeq with auditor trigger Stop -NameAuditor INFO About to Enter RecSummary with auditor trigger Stop -NameAuditor INFO Just Exited RecSummary with auditor trigger Stop -NameAuditor INFO Just Exited RecoSUMMARYSeq with auditor trigger Stop -NameAuditor INFO Just Exited Reco with auditor trigger Stop -NameAuditor INFO About to Enter Moni with auditor trigger Stop -NameAuditor INFO About to Enter MoniCALOFUTURESeq with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureDigitsMoni with auditor trigger Stop -NameAuditor INFO About to Enter EcalDigitMon with auditor trigger Stop -NameAuditor INFO Just Exited EcalDigitMon with auditor trigger Stop -NameAuditor INFO About to Enter HcalDigitMon with auditor trigger Stop -NameAuditor INFO Just Exited HcalDigitMon with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureDigitsMoni with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureEFlowMoni with auditor trigger Stop -NameAuditor INFO About to Enter EcalEFlowMon with auditor trigger Stop -NameAuditor INFO Just Exited EcalEFlowMon with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureEFlowMoni with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureClustersMoni with auditor trigger Stop -NameAuditor INFO About to Enter EcalClusterMon with auditor trigger Stop -NameAuditor INFO Just Exited EcalClusterMon with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureClustersMoni with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureHyposMoni with auditor trigger Stop -NameAuditor INFO About to Enter ElectronMon with auditor trigger Stop -NameAuditor INFO Just Exited ElectronMon with auditor trigger Stop -NameAuditor INFO About to Enter PhotonMon with auditor trigger Stop -NameAuditor INFO Just Exited PhotonMon with auditor trigger Stop -NameAuditor INFO About to Enter MergedPi0Mon with auditor trigger Stop -NameAuditor INFO Just Exited MergedPi0Mon with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureHyposMoni with auditor trigger Stop -NameAuditor INFO About to Enter DiPhotonMoni with auditor trigger Stop -NameAuditor INFO About to Enter ResolvedPi0Mon with auditor trigger Stop -NameAuditor INFO Just Exited ResolvedPi0Mon with auditor trigger Stop -NameAuditor INFO About to Enter EtaMon with auditor trigger Stop -NameAuditor INFO Just Exited EtaMon with auditor trigger Stop -NameAuditor INFO Just Exited DiPhotonMoni with auditor trigger Stop -NameAuditor INFO About to Enter ProtoElectronMon with auditor trigger Stop -NameAuditor INFO Just Exited ProtoElectronMon with auditor trigger Stop -NameAuditor INFO About to Enter CaloFuturePIDsMoni with auditor trigger Stop -NameAuditor INFO About to Enter PhotonMatchMon with auditor trigger Stop -NameAuditor INFO Just Exited PhotonMatchMon with auditor trigger Stop -NameAuditor INFO About to Enter ElectronMatchMon with auditor trigger Stop -NameAuditor INFO Just Exited ElectronMatchMon with auditor trigger Stop -NameAuditor INFO About to Enter BremMatchMon with auditor trigger Stop -NameAuditor INFO Just Exited BremMatchMon with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureEMuPIDMonUncut with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureEMuPIDMonUncut with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureEMuPIDMonSoft with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureEMuPIDMonSoft with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureEMuPIDMonHard with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureEMuPIDMonHard with auditor trigger Stop -NameAuditor INFO Just Exited CaloFuturePIDsMoni with auditor trigger Stop -NameAuditor INFO Just Exited MoniCALOFUTURESeq with auditor trigger Stop -NameAuditor INFO About to Enter MoniRICHSeq with auditor trigger Stop -NameAuditor INFO About to Enter RichMoni with auditor trigger Stop -NameAuditor INFO About to Enter RichRecPixelQC with auditor trigger Stop -NameAuditor INFO Just Exited RichRecPixelQC with auditor trigger Stop -NameAuditor INFO About to Enter RichFutureMoniClustering with auditor trigger Stop -NameAuditor INFO Just Exited RichFutureMoniClustering with auditor trigger Stop -NameAuditor INFO About to Enter RichRecPixelClusters with auditor trigger Stop -NameAuditor INFO Just Exited RichRecPixelClusters with auditor trigger Stop -NameAuditor INFO About to Enter RichMoniDown with auditor trigger Stop -NameAuditor INFO About to Enter RichRecoStatsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichRecoStatsDown with auditor trigger Stop -NameAuditor INFO About to Enter RiDownTrkEff with auditor trigger Stop -NameAuditor INFO Just Exited RiDownTrkEff with auditor trigger Stop -NameAuditor INFO About to Enter RiCKResDown with auditor trigger Stop -NameAuditor INFO Just Exited RiCKResDown with auditor trigger Stop -NameAuditor INFO About to Enter RiCKResDownTight with auditor trigger Stop -NameAuditor INFO Just Exited RiCKResDownTight with auditor trigger Stop -NameAuditor INFO About to Enter RiTkEmittedYieldsDown with auditor trigger Stop -NameAuditor INFO Just Exited RiTkEmittedYieldsDown with auditor trigger Stop -NameAuditor INFO About to Enter RiTkDetectableYieldsDown with auditor trigger Stop -NameAuditor INFO Just Exited RiTkDetectableYieldsDown with auditor trigger Stop -NameAuditor INFO About to Enter RiTkSignalYieldsDown with auditor trigger Stop -NameAuditor INFO Just Exited RiTkSignalYieldsDown with auditor trigger Stop -NameAuditor INFO About to Enter RiTkGeomEffsDown with auditor trigger Stop -NameAuditor INFO Just Exited RiTkGeomEffsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichMassRingsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichMassRingsDown with auditor trigger Stop -NameAuditor INFO About to Enter RiTkMaterialDown with auditor trigger Stop -NameAuditor INFO Just Exited RiTkMaterialDown with auditor trigger Stop -NameAuditor INFO About to Enter RichRecPixBkgsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichRecPixBkgsDown with auditor trigger Stop -NameAuditor INFO About to Enter RichDLLsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichDLLsDown with auditor trigger Stop -NameAuditor INFO Just Exited RichMoniDown with auditor trigger Stop -NameAuditor INFO About to Enter RichMoniLong with auditor trigger Stop -NameAuditor INFO About to Enter RichRecoStatsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichRecoStatsLong with auditor trigger Stop -NameAuditor INFO About to Enter RiLongTrkEff with auditor trigger Stop -NameAuditor INFO Just Exited RiLongTrkEff with auditor trigger Stop -NameAuditor INFO About to Enter RiCKResLong with auditor trigger Stop -NameAuditor INFO Just Exited RiCKResLong with auditor trigger Stop -NameAuditor INFO About to Enter RiCKResLongTight with auditor trigger Stop -NameAuditor INFO Just Exited RiCKResLongTight with auditor trigger Stop -NameAuditor INFO About to Enter RiTkEmittedYieldsLong with auditor trigger Stop -NameAuditor INFO Just Exited RiTkEmittedYieldsLong with auditor trigger Stop -NameAuditor INFO About to Enter RiTkDetectableYieldsLong with auditor trigger Stop -NameAuditor INFO Just Exited RiTkDetectableYieldsLong with auditor trigger Stop -NameAuditor INFO About to Enter RiTkSignalYieldsLong with auditor trigger Stop -NameAuditor INFO Just Exited RiTkSignalYieldsLong with auditor trigger Stop -NameAuditor INFO About to Enter RiTkGeomEffsLong with auditor trigger Stop -NameAuditor INFO Just Exited RiTkGeomEffsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichMassRingsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichMassRingsLong with auditor trigger Stop -NameAuditor INFO About to Enter RiTkMaterialLong with auditor trigger Stop -NameAuditor INFO Just Exited RiTkMaterialLong with auditor trigger Stop -NameAuditor INFO About to Enter RichRecPixBkgsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichRecPixBkgsLong with auditor trigger Stop -NameAuditor INFO About to Enter RichDLLsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichDLLsLong with auditor trigger Stop -NameAuditor INFO Just Exited RichMoniLong with auditor trigger Stop -NameAuditor INFO About to Enter RichMoniUp with auditor trigger Stop -NameAuditor INFO About to Enter RichRecoStatsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichRecoStatsUp with auditor trigger Stop -NameAuditor INFO About to Enter RiUpTrkEff with auditor trigger Stop -NameAuditor INFO Just Exited RiUpTrkEff with auditor trigger Stop -NameAuditor INFO About to Enter RiCKResUp with auditor trigger Stop -NameAuditor INFO Just Exited RiCKResUp with auditor trigger Stop -NameAuditor INFO About to Enter RiCKResUpTight with auditor trigger Stop -NameAuditor INFO Just Exited RiCKResUpTight with auditor trigger Stop -NameAuditor INFO About to Enter RiTkEmittedYieldsUp with auditor trigger Stop -NameAuditor INFO Just Exited RiTkEmittedYieldsUp with auditor trigger Stop -NameAuditor INFO About to Enter RiTkDetectableYieldsUp with auditor trigger Stop -NameAuditor INFO Just Exited RiTkDetectableYieldsUp with auditor trigger Stop -NameAuditor INFO About to Enter RiTkSignalYieldsUp with auditor trigger Stop -NameAuditor INFO Just Exited RiTkSignalYieldsUp with auditor trigger Stop -NameAuditor INFO About to Enter RiTkGeomEffsUp with auditor trigger Stop -NameAuditor INFO Just Exited RiTkGeomEffsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichMassRingsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichMassRingsUp with auditor trigger Stop -NameAuditor INFO About to Enter RiTkMaterialUp with auditor trigger Stop -NameAuditor INFO Just Exited RiTkMaterialUp with auditor trigger Stop -NameAuditor INFO About to Enter RichRecPixBkgsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichRecPixBkgsUp with auditor trigger Stop -NameAuditor INFO About to Enter RichDLLsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichDLLsUp with auditor trigger Stop -NameAuditor INFO Just Exited RichMoniUp with auditor trigger Stop -NameAuditor INFO Just Exited RichMoni with auditor trigger Stop -NameAuditor INFO Just Exited MoniRICHSeq with auditor trigger Stop -NameAuditor INFO About to Enter MoniMUONSeq with auditor trigger Stop -NameAuditor INFO About to Enter MuonPIDMonitorDown with auditor trigger Stop -NameAuditor INFO Just Exited MuonPIDMonitorDown with auditor trigger Stop -NameAuditor INFO About to Enter MuonPIDMonitorLong with auditor trigger Stop -NameAuditor INFO Just Exited MuonPIDMonitorLong with auditor trigger Stop -NameAuditor INFO About to Enter MuonTrackFitter with auditor trigger Stop -NameAuditor INFO Just Exited MuonTrackFitter with auditor trigger Stop -NameAuditor INFO About to Enter MuonTrackAligMonitor with auditor trigger Stop -NameAuditor INFO Just Exited MuonTrackAligMonitor with auditor trigger Stop -NameAuditor INFO Just Exited MoniMUONSeq with auditor trigger Stop -NameAuditor INFO About to Enter MoniGENERALSeq with auditor trigger Stop -NameAuditor INFO About to Enter OverallEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited OverallEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter TrackEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited TrackEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter VertexEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited VertexEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter RichEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited RichEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter CaloFutureEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited CaloFutureEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter MuonEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited MuonEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter ProtoEventProcTime with auditor trigger Stop -NameAuditor INFO Just Exited ProtoEventProcTime with auditor trigger Stop -NameAuditor INFO About to Enter ProcStatAbortMoni with auditor trigger Stop -NameAuditor INFO Just Exited ProcStatAbortMoni with auditor trigger Stop -NameAuditor INFO Just Exited MoniGENERALSeq with auditor trigger Stop -NameAuditor INFO About to Enter MoniTrSeq with auditor trigger Stop -NameAuditor INFO About to Enter TrackMonitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackMonitor with auditor trigger Stop -NameAuditor INFO About to Enter TrackDiMuonMonitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackDiMuonMonitor with auditor trigger Stop -NameAuditor INFO About to Enter TrackVertexMonitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackVertexMonitor with auditor trigger Stop -NameAuditor INFO About to Enter TrackV0Monitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackV0Monitor with auditor trigger Stop -NameAuditor INFO About to Enter TrackFitMatchMonitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackFitMatchMonitor with auditor trigger Stop -NameAuditor INFO About to Enter TrackPV2HalfAlignMonitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackPV2HalfAlignMonitor with auditor trigger Stop -NameAuditor INFO About to Enter TrackMuonMatchMonitor with auditor trigger Stop -NameAuditor INFO Just Exited TrackMuonMatchMonitor with auditor trigger Stop -NameAuditor INFO Just Exited MoniTrSeq with auditor trigger Stop -NameAuditor INFO About to Enter MoniPROTOSeq with auditor trigger Stop -NameAuditor INFO About to Enter ChargedProtoPMoni with auditor trigger Stop -NameAuditor INFO Just Exited ChargedProtoPMoni with auditor trigger Stop -NameAuditor INFO About to Enter ChargedProtoANNPIDMoni with auditor trigger Stop -NameAuditor INFO Just Exited ChargedProtoANNPIDMoni with auditor trigger Stop -NameAuditor INFO Just Exited MoniPROTOSeq with auditor trigger Stop -NameAuditor INFO Just Exited Moni with auditor trigger Stop -NameAuditor INFO About to Enter MCLinks with auditor trigger Stop -NameAuditor INFO About to Enter MCLinksUnpackSeq with auditor trigger Stop -NameAuditor INFO About to Enter UnpackMCParticle with auditor trigger Stop -NameAuditor INFO Just Exited UnpackMCParticle with auditor trigger Stop -NameAuditor INFO About to Enter UnpackMCVertex with auditor trigger Stop -NameAuditor INFO Just Exited UnpackMCVertex with auditor trigger Stop -NameAuditor INFO Just Exited MCLinksUnpackSeq with auditor trigger Stop -NameAuditor INFO About to Enter MCLinksTrSeq with auditor trigger Stop -NameAuditor INFO About to Enter VPClusFull with auditor trigger Stop -NameAuditor INFO Just Exited VPClusFull with auditor trigger Stop -NameAuditor INFO About to Enter VPFullCluster2MCParticleLinker with auditor trigger Stop -NameAuditor INFO Just Exited VPFullCluster2MCParticleLinker with auditor trigger Stop -NameAuditor INFO About to Enter PrLHCbID2MCParticle with auditor trigger Stop -NameAuditor INFO Just Exited PrLHCbID2MCParticle with auditor trigger Stop -NameAuditor INFO About to Enter DownstreamChecker with auditor trigger Stop -NameAuditor INFO About to Enter DownstreamAssociator with auditor trigger Stop -NameAuditor INFO Just Exited DownstreamAssociator with auditor trigger Stop -NameAuditor INFO Just Exited DownstreamChecker with auditor trigger Stop -NameAuditor INFO About to Enter ForwardBestChecker with auditor trigger Stop -NameAuditor INFO About to Enter ForwardBestAssociator with auditor trigger Stop -NameAuditor INFO Just Exited ForwardBestAssociator with auditor trigger Stop -NameAuditor INFO Just Exited ForwardBestChecker with auditor trigger Stop -NameAuditor INFO About to Enter ForwardFastChecker with auditor trigger Stop -NameAuditor INFO About to Enter ForwardFastAssociator with auditor trigger Stop -NameAuditor INFO Just Exited ForwardFastAssociator with auditor trigger Stop -NameAuditor INFO Just Exited ForwardFastChecker with auditor trigger Stop -NameAuditor INFO About to Enter MatchChecker with auditor trigger Stop -NameAuditor INFO About to Enter MatchAssociator with auditor trigger Stop -NameAuditor INFO Just Exited MatchAssociator with auditor trigger Stop -NameAuditor INFO Just Exited MatchChecker with auditor trigger Stop -NameAuditor INFO About to Enter SeedingChecker with auditor trigger Stop -NameAuditor INFO About to Enter SeedingAssociator with auditor trigger Stop -NameAuditor INFO Just Exited SeedingAssociator with auditor trigger Stop -NameAuditor INFO Just Exited SeedingChecker with auditor trigger Stop -NameAuditor INFO About to Enter UpstreamChecker with auditor trigger Stop -NameAuditor INFO About to Enter UpstreamAssociator with auditor trigger Stop -NameAuditor INFO Just Exited UpstreamAssociator with auditor trigger Stop -NameAuditor INFO Just Exited UpstreamChecker with auditor trigger Stop -NameAuditor INFO About to Enter VeloChecker with auditor trigger Stop -NameAuditor INFO About to Enter VeloAssociator with auditor trigger Stop -NameAuditor INFO Just Exited VeloAssociator with auditor trigger Stop -NameAuditor INFO Just Exited VeloChecker with auditor trigger Stop -NameAuditor INFO About to Enter BestExtraChecker with auditor trigger Stop -NameAuditor INFO About to Enter BestAssociator with auditor trigger Stop -NameAuditor INFO Just Exited BestAssociator with auditor trigger Stop -NameAuditor INFO Just Exited BestExtraChecker with auditor trigger Stop -NameAuditor INFO About to Enter ForwardFastFittedExtraChecker with auditor trigger Stop -NameAuditor INFO About to Enter ForwardFastFittedAssociator with auditor trigger Stop -NameAuditor INFO Just Exited ForwardFastFittedAssociator with auditor trigger Stop -NameAuditor INFO Just Exited ForwardFastFittedExtraChecker with auditor trigger Stop -NameAuditor INFO Just Exited MCLinksTrSeq with auditor trigger Stop -NameAuditor INFO About to Enter MCLinksCaloSeq with auditor trigger Stop -NameAuditor INFO About to Enter CaloDigit2MCLinks2Table with auditor trigger Stop -NameAuditor INFO Just Exited CaloDigit2MCLinks2Table with auditor trigger Stop -NameAuditor INFO About to Enter CaloClusterMCTruth with auditor trigger Stop -NameAuditor INFO Just Exited CaloClusterMCTruth with auditor trigger Stop -NameAuditor INFO About to Enter CaloHypoMCTruth_Photons with auditor trigger Stop -NameAuditor INFO Just Exited CaloHypoMCTruth_Photons with auditor trigger Stop -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Photons with auditor trigger Stop -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Photons with auditor trigger Stop -NameAuditor INFO About to Enter CaloHypoMCTruth_Electrons with auditor trigger Stop -NameAuditor INFO Just Exited CaloHypoMCTruth_Electrons with auditor trigger Stop -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Electrons with auditor trigger Stop -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Electrons with auditor trigger Stop -NameAuditor INFO About to Enter CaloHypoMCTruth_MergedPi0s with auditor trigger Stop -NameAuditor INFO Just Exited CaloHypoMCTruth_MergedPi0s with auditor trigger Stop -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Stop -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Stop -NameAuditor INFO Just Exited MCLinksCaloSeq with auditor trigger Stop -NameAuditor INFO Just Exited MCLinks with auditor trigger Stop -NameAuditor INFO About to Enter Check with auditor trigger Stop -NameAuditor INFO About to Enter CheckPatSeq with auditor trigger Stop -NameAuditor INFO About to Enter VeloMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited VeloMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter ForwardMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited ForwardMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter UpMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited UpMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter UTForwardMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited UTForwardMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter ForwardBestMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited ForwardBestMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter MatchMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited MatchMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter TMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited TMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter DownMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited DownMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter FilterForBestMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited FilterForBestMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter FilterForBestLongMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited FilterForBestLongMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter FilterForBestLongAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited FilterForBestLongAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter FilterForBestDownMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited FilterForBestDownMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter FilterForBestDownAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited FilterForBestDownAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter BestMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited BestMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter BestLongMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited BestLongMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter BestLongAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited BestLongAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter BestDownMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited BestDownMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter BestDownAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited BestDownAndGhostProbMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter UTForwardBestMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited UTForwardBestMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter UTMatchMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited UTMatchMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter UTDownMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited UTDownMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter VeloFullMCCheck with auditor trigger Stop -NameAuditor INFO Just Exited VeloFullMCCheck with auditor trigger Stop -NameAuditor INFO About to Enter TrackResCheckerFast with auditor trigger Stop -NameAuditor INFO Just Exited TrackResCheckerFast with auditor trigger Stop -NameAuditor INFO About to Enter PVConverter with auditor trigger Stop -NameAuditor INFO Just Exited PVConverter with auditor trigger Stop -NameAuditor INFO About to Enter PVChecker with auditor trigger Stop -NameAuditor INFO Just Exited PVChecker with auditor trigger Stop -NameAuditor INFO Just Exited CheckPatSeq with auditor trigger Stop -NameAuditor INFO About to Enter CheckRICHSeq with auditor trigger Stop -NameAuditor INFO About to Enter RichCheck with auditor trigger Stop -NameAuditor INFO About to Enter RichFutureTKToMCPsRels with auditor trigger Stop -NameAuditor INFO Just Exited RichFutureTKToMCPsRels with auditor trigger Stop -NameAuditor INFO About to Enter RichCheckDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDCheckDown with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonDown10to70 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonDown10to70 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonDown2to10 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonDown2to10 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonDown2to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonDown2to100 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonDown70to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonDown70to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDCheckDown with auditor trigger Stop -NameAuditor INFO About to Enter RiCKMCResDown with auditor trigger Stop -NameAuditor INFO Just Exited RiCKMCResDown with auditor trigger Stop -NameAuditor INFO About to Enter RiCKMCResDownTight with auditor trigger Stop -NameAuditor INFO Just Exited RiCKMCResDownTight with auditor trigger Stop -NameAuditor INFO About to Enter RiMCTkResDown with auditor trigger Stop -NameAuditor INFO Just Exited RiMCTkResDown with auditor trigger Stop -NameAuditor INFO Just Exited RichCheckDown with auditor trigger Stop -NameAuditor INFO About to Enter RichCheckLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDCheckLong with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonLong10to70 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonLong10to70 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonLong2to10 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonLong2to10 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonLong2to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonLong2to100 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonLong70to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonLong70to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDCheckLong with auditor trigger Stop -NameAuditor INFO About to Enter RiCKMCResLong with auditor trigger Stop -NameAuditor INFO Just Exited RiCKMCResLong with auditor trigger Stop -NameAuditor INFO About to Enter RiCKMCResLongTight with auditor trigger Stop -NameAuditor INFO Just Exited RiCKMCResLongTight with auditor trigger Stop -NameAuditor INFO About to Enter RiMCTkResLong with auditor trigger Stop -NameAuditor INFO Just Exited RiMCTkResLong with auditor trigger Stop -NameAuditor INFO Just Exited RichCheckLong with auditor trigger Stop -NameAuditor INFO About to Enter RichCheckUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDCheckUp with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonUp10to70 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonUp10to70 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonUp2to10 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonUp2to10 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonUp2to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonUp2to100 with auditor trigger Stop -NameAuditor INFO About to Enter RichPIDMonUp70to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDMonUp70to100 with auditor trigger Stop -NameAuditor INFO Just Exited RichPIDCheckUp with auditor trigger Stop -NameAuditor INFO About to Enter RiCKMCResUp with auditor trigger Stop -NameAuditor INFO Just Exited RiCKMCResUp with auditor trigger Stop -NameAuditor INFO About to Enter RiCKMCResUpTight with auditor trigger Stop -NameAuditor INFO Just Exited RiCKMCResUpTight with auditor trigger Stop -NameAuditor INFO About to Enter RiMCTkResUp with auditor trigger Stop -NameAuditor INFO Just Exited RiMCTkResUp with auditor trigger Stop -NameAuditor INFO Just Exited RichCheckUp with auditor trigger Stop -NameAuditor INFO Just Exited RichCheck with auditor trigger Stop -NameAuditor INFO Just Exited CheckRICHSeq with auditor trigger Stop -NameAuditor INFO About to Enter CheckMUONSeq with auditor trigger Stop -NameAuditor INFO About to Enter MuonPIDCheckerDown with auditor trigger Stop -NameAuditor INFO Just Exited MuonPIDCheckerDown with auditor trigger Stop -NameAuditor INFO About to Enter MuonPIDCheckerLong with auditor trigger Stop -NameAuditor INFO Just Exited MuonPIDCheckerLong with auditor trigger Stop -NameAuditor INFO Just Exited CheckMUONSeq with auditor trigger Stop -NameAuditor INFO Just Exited Check with auditor trigger Stop -NameAuditor INFO Just Exited PhysicsSeq with auditor trigger Stop -NameAuditor INFO About to Enter Output with auditor trigger Stop -NameAuditor INFO About to Enter OutputDSTSeq with auditor trigger Stop -NameAuditor INFO About to Enter GenFSRMerge with auditor trigger Stop -NameAuditor INFO Just Exited GenFSRMerge with auditor trigger Stop -NameAuditor INFO About to Enter RawEventSplitSeq with auditor trigger Stop -NameAuditor INFO About to Enter create_Calo_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Calo_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_HC_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_HC_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_Muon_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Muon_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_PersistReco_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_PersistReco_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_Rich_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Rich_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_Tracker_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Tracker_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_Trigger_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Trigger_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_Unstripped_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Unstripped_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter create_Velo_RawEvent with auditor trigger Stop -NameAuditor INFO Just Exited create_Velo_RawEvent with auditor trigger Stop -NameAuditor INFO About to Enter KillRawEventNodes with auditor trigger Stop -NameAuditor INFO Just Exited KillRawEventNodes with auditor trigger Stop -NameAuditor INFO Just Exited RawEventSplitSeq with auditor trigger Stop -NameAuditor INFO About to Enter FilterBestTrackStates with auditor trigger Stop -NameAuditor INFO Just Exited FilterBestTrackStates with auditor trigger Stop -NameAuditor INFO About to Enter FilterMuonTrackStates with auditor trigger Stop -NameAuditor INFO Just Exited FilterMuonTrackStates with auditor trigger Stop -NameAuditor INFO About to Enter PackDST with auditor trigger Stop -NameAuditor INFO About to Enter PackTrack with auditor trigger Stop -NameAuditor INFO Just Exited PackTrack with auditor trigger Stop -NameAuditor INFO About to Enter PackRichPIDs with auditor trigger Stop -NameAuditor INFO Just Exited PackRichPIDs with auditor trigger Stop -NameAuditor INFO About to Enter PackMuonPIDs with auditor trigger Stop -NameAuditor INFO Just Exited PackMuonPIDs with auditor trigger Stop -NameAuditor INFO About to Enter CaloPacking with auditor trigger Stop -NameAuditor INFO About to Enter PackPhotons with auditor trigger Stop -NameAuditor INFO Just Exited PackPhotons with auditor trigger Stop -NameAuditor INFO About to Enter PackElectrons with auditor trigger Stop -NameAuditor INFO Just Exited PackElectrons with auditor trigger Stop -NameAuditor INFO About to Enter PackMergedPi0s with auditor trigger Stop -NameAuditor INFO Just Exited PackMergedPi0s with auditor trigger Stop -NameAuditor INFO About to Enter PackSplitPhotons with auditor trigger Stop -NameAuditor INFO Just Exited PackSplitPhotons with auditor trigger Stop -NameAuditor INFO Just Exited CaloPacking with auditor trigger Stop -NameAuditor INFO About to Enter ProtoParticlePIDClean with auditor trigger Stop -NameAuditor INFO Just Exited ProtoParticlePIDClean with auditor trigger Stop -NameAuditor INFO About to Enter PackChargedProtos with auditor trigger Stop -NameAuditor INFO Just Exited PackChargedProtos with auditor trigger Stop -NameAuditor INFO About to Enter PackNeutralProtos with auditor trigger Stop -NameAuditor INFO Just Exited PackNeutralProtos with auditor trigger Stop -NameAuditor INFO About to Enter PackRecVertex with auditor trigger Stop -NameAuditor INFO Just Exited PackRecVertex with auditor trigger Stop -NameAuditor INFO About to Enter PackTwoProngVertex with auditor trigger Stop -NameAuditor INFO Just Exited PackTwoProngVertex with auditor trigger Stop -NameAuditor INFO About to Enter PackMuonTracks with auditor trigger Stop -NameAuditor INFO Just Exited PackMuonTracks with auditor trigger Stop -NameAuditor INFO Just Exited PackDST with auditor trigger Stop -NameAuditor INFO Just Exited OutputDSTSeq with auditor trigger Stop -NameAuditor INFO Just Exited Output with auditor trigger Stop -NameAuditor INFO Just Exited BrunelSequencer with auditor trigger Stop -NameAuditor INFO About to Enter DstWriter with auditor trigger Stop -NameAuditor INFO Just Exited DstWriter with auditor trigger Stop -NameAuditor INFO About to Enter FSROutputStreamDstWriter with auditor trigger Stop -NameAuditor INFO Just Exited FSROutputStreamDstWriter with auditor trigger Stop -ApplicationMgr INFO Application Manager Stopped successfully -NameAuditor INFO About to Enter MCRichDigitSummaryUnpacker with auditor trigger Finalize -NameAuditor INFO Just Exited MCRichDigitSummaryUnpacker with auditor trigger Finalize -NameAuditor INFO About to Enter BrunelSequencer with auditor trigger Finalize -NameAuditor INFO About to Enter Init with auditor trigger Finalize -NameAuditor INFO About to Enter InitBrunelSeq with auditor trigger Finalize -NameAuditor INFO About to Enter BrunelInit with auditor trigger Finalize -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 1 events processed -BrunelInit SUCCESS ================================================================== -NameAuditor INFO Just Exited BrunelInit with auditor trigger Finalize -NameAuditor INFO Just Exited InitBrunelSeq with auditor trigger Finalize -NameAuditor INFO Just Exited Init with auditor trigger Finalize -NameAuditor INFO About to Enter PhysicsSeq with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureBanksHandler with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureDigits with auditor trigger Finalize -NameAuditor INFO About to Enter FutureEcalDigitsSeq with auditor trigger Finalize -NameAuditor INFO About to Enter FutureEcalZSup with auditor trigger Finalize -NameAuditor INFO Just Exited FutureEcalZSup with auditor trigger Finalize -NameAuditor INFO About to Enter EcalProcStatus with auditor trigger Finalize -NameAuditor INFO Just Exited EcalProcStatus with auditor trigger Finalize -NameAuditor INFO Just Exited FutureEcalDigitsSeq with auditor trigger Finalize -NameAuditor INFO About to Enter FutureHcalDigitsSeq with auditor trigger Finalize -NameAuditor INFO About to Enter FutureHcalZSup with auditor trigger Finalize -NameAuditor INFO Just Exited FutureHcalZSup with auditor trigger Finalize -NameAuditor INFO About to Enter HcalProcStatus with auditor trigger Finalize -NameAuditor INFO Just Exited HcalProcStatus with auditor trigger Finalize -NameAuditor INFO Just Exited FutureHcalDigitsSeq with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureDigits with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureBanksHandler with auditor trigger Finalize -NameAuditor INFO About to Enter Reco with auditor trigger Finalize -NameAuditor INFO About to Enter RecoDecodingSeq with auditor trigger Finalize -NameAuditor INFO About to Enter UnpackRawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited UnpackRawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter PrGECFilter with auditor trigger Finalize -NameAuditor INFO Just Exited PrGECFilter with auditor trigger Finalize -NameAuditor INFO About to Enter PrStoreUTHit with auditor trigger Finalize -NameAuditor INFO Just Exited PrStoreUTHit with auditor trigger Finalize -NameAuditor INFO About to Enter PrStorePrUTHits with auditor trigger Finalize -NameAuditor INFO Just Exited PrStorePrUTHits with auditor trigger Finalize -NameAuditor INFO About to Enter createFTClusters with auditor trigger Finalize -NameAuditor INFO Just Exited createFTClusters with auditor trigger Finalize -NameAuditor INFO About to Enter PrStoreFTHit with auditor trigger Finalize -NameAuditor INFO Just Exited PrStoreFTHit with auditor trigger Finalize -NameAuditor INFO About to Enter PrStoreSciFiHits with auditor trigger Finalize -NameAuditor INFO Just Exited PrStoreSciFiHits with auditor trigger Finalize -NameAuditor INFO Just Exited RecoDecodingSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoTrFastSeq with auditor trigger Finalize -NameAuditor INFO About to Enter VPClustering with auditor trigger Finalize -NameAuditor INFO Just Exited VPClustering with auditor trigger Finalize -NameAuditor INFO About to Enter VeloClusterTracking with auditor trigger Finalize -NameAuditor INFO Just Exited VeloClusterTracking with auditor trigger Finalize -NameAuditor INFO About to Enter ConverterVP with auditor trigger Finalize -NameAuditor INFO Just Exited ConverterVP with auditor trigger Finalize -NameAuditor INFO About to Enter ConverterVPToV1 with auditor trigger Finalize -NameAuditor INFO Just Exited ConverterVPToV1 with auditor trigger Finalize -NameAuditor INFO About to Enter PatPV3D with auditor trigger Finalize -NameAuditor INFO Just Exited PatPV3D with auditor trigger Finalize -NameAuditor INFO About to Enter PrVeloUTFast with auditor trigger Finalize -NameAuditor INFO Just Exited PrVeloUTFast with auditor trigger Finalize -NameAuditor INFO About to Enter VeloUTMakeLHCbTracks with auditor trigger Finalize -NameAuditor INFO Just Exited VeloUTMakeLHCbTracks with auditor trigger Finalize -NameAuditor INFO About to Enter PrForwardTrackingFast with auditor trigger Finalize -NameAuditor INFO Just Exited PrForwardTrackingFast with auditor trigger Finalize -NameAuditor INFO About to Enter FastForwardMakeLHCbTracksFast with auditor trigger Finalize -NameAuditor INFO Just Exited FastForwardMakeLHCbTracksFast with auditor trigger Finalize -NameAuditor INFO About to Enter ConverterV1V2ForForwardFit with auditor trigger Finalize -NameAuditor INFO Just Exited ConverterV1V2ForForwardFit with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardFitterAlgFast with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardFitterAlgFast with auditor trigger Finalize -NameAuditor INFO Just Exited RecoTrFastSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoTrBestSeq with auditor trigger Finalize -NameAuditor INFO About to Enter PrForwardTrackingBest with auditor trigger Finalize -NameAuditor INFO Just Exited PrForwardTrackingBest with auditor trigger Finalize -NameAuditor INFO About to Enter BestForwardMakeLHCbTracksBest with auditor trigger Finalize -NameAuditor INFO Just Exited BestForwardMakeLHCbTracksBest with auditor trigger Finalize -NameAuditor INFO About to Enter PrHybridSeedingBest with auditor trigger Finalize -NameAuditor INFO Just Exited PrHybridSeedingBest with auditor trigger Finalize -NameAuditor INFO About to Enter SeedConverter with auditor trigger Finalize -NameAuditor INFO Just Exited SeedConverter with auditor trigger Finalize -NameAuditor INFO About to Enter PrMatchNNBest with auditor trigger Finalize -NameAuditor INFO Just Exited PrMatchNNBest with auditor trigger Finalize -NameAuditor INFO About to Enter TracksMatchConverter with auditor trigger Finalize -NameAuditor INFO Just Exited TracksMatchConverter with auditor trigger Finalize -NameAuditor INFO About to Enter PrLongLivedTrackingBest with auditor trigger Finalize -NameAuditor INFO Just Exited PrLongLivedTrackingBest with auditor trigger Finalize -NameAuditor INFO About to Enter TracksDownstreamConverter with auditor trigger Finalize -NameAuditor INFO Just Exited TracksDownstreamConverter with auditor trigger Finalize -NameAuditor INFO About to Enter BestTrackCreatorSeq with auditor trigger Finalize -NameAuditor INFO About to Enter TrackConverterSeq with auditor trigger Finalize -NameAuditor INFO About to Enter DownstreamConverter with auditor trigger Finalize -NameAuditor INFO Just Exited DownstreamConverter with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardBestConverter with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardBestConverter with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardFastConverter with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardFastConverter with auditor trigger Finalize -NameAuditor INFO About to Enter MatchConverter with auditor trigger Finalize -NameAuditor INFO Just Exited MatchConverter with auditor trigger Finalize -NameAuditor INFO About to Enter SeedingConverter with auditor trigger Finalize -NameAuditor INFO Just Exited SeedingConverter with auditor trigger Finalize -NameAuditor INFO About to Enter UpstreamConverter with auditor trigger Finalize -NameAuditor INFO Just Exited UpstreamConverter with auditor trigger Finalize -NameAuditor INFO About to Enter VeloConverter with auditor trigger Finalize -NameAuditor INFO Just Exited VeloConverter with auditor trigger Finalize -NameAuditor INFO Just Exited TrackConverterSeq with auditor trigger Finalize -NameAuditor INFO About to Enter TrackBestTrackCreator with auditor trigger Finalize -NameAuditor INFO Just Exited TrackBestTrackCreator with auditor trigger Finalize -NameAuditor INFO Just Exited BestTrackCreatorSeq with auditor trigger Finalize -NameAuditor INFO About to Enter TrackAddExtraInfoSeq with auditor trigger Finalize -NameAuditor INFO About to Enter TrackAddNNGhostId with auditor trigger Finalize -NameAuditor INFO Just Exited TrackAddNNGhostId with auditor trigger Finalize -NameAuditor INFO Just Exited TrackAddExtraInfoSeq with auditor trigger Finalize -NameAuditor INFO Just Exited RecoTrBestSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoRICHSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RichFutureDecode with auditor trigger Finalize -NameAuditor INFO Just Exited RichFutureDecode with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackTypeFilter with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackTypeFilter with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecoSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixels with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixClustering with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixClustering with auditor trigger Finalize -NameAuditor INFO About to Enter RichSIMDPixels with auditor trigger Finalize -NameAuditor INFO Just Exited RichSIMDPixels with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixels with auditor trigger Finalize -NameAuditor INFO About to Enter RichDownReco with auditor trigger Finalize -NameAuditor INFO About to Enter RichTracksDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackSegmentsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackSegmentsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackGloPointsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackGloPointsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackLocPointsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackLocPointsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichEmittedYieldsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichEmittedYieldsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichEmittedCKAnglesDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichEmittedCKAnglesDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichMassConesDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichMassConesDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichDetectableYieldsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichDetectableYieldsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichGeomEffDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichGeomEffDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichTkSegmentSelDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichTkSegmentSelDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichSignalYieldsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichSignalYieldsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichSignalCKAnglesDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichSignalCKAnglesDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichCKResolutionsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichCKResolutionsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichTracksDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPhotonsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPhotonRecoDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichPhotonRecoDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPredPixelSignalDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichPredPixelSignalDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichPhotonsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecSummaryDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecSummaryDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDInitDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDInitDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixBackgroundsIt0Down with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixBackgroundsIt0Down with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Down with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Down with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixBackgroundsIt1Down with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixBackgroundsIt1Down with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Down with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Down with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichDownReco with auditor trigger Finalize -NameAuditor INFO About to Enter RichLongReco with auditor trigger Finalize -NameAuditor INFO About to Enter RichTracksLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackSegmentsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackSegmentsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackGloPointsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackGloPointsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackLocPointsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackLocPointsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichEmittedYieldsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichEmittedYieldsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichEmittedCKAnglesLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichEmittedCKAnglesLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichMassConesLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichMassConesLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichDetectableYieldsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichDetectableYieldsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichGeomEffLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichGeomEffLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichTkSegmentSelLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichTkSegmentSelLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichSignalYieldsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichSignalYieldsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichSignalCKAnglesLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichSignalCKAnglesLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichCKResolutionsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichCKResolutionsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichTracksLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPhotonsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPhotonRecoLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichPhotonRecoLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPredPixelSignalLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichPredPixelSignalLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichPhotonsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecSummaryLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecSummaryLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDInitLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDInitLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixBackgroundsIt0Long with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixBackgroundsIt0Long with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Long with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Long with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixBackgroundsIt1Long with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixBackgroundsIt1Long with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Long with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Long with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichLongReco with auditor trigger Finalize -NameAuditor INFO About to Enter RichUpReco with auditor trigger Finalize -NameAuditor INFO About to Enter RichTracksUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackSegmentsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackSegmentsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackGloPointsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackGloPointsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichTrackLocPointsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichTrackLocPointsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichEmittedYieldsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichEmittedYieldsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichEmittedCKAnglesUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichEmittedCKAnglesUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichMassConesUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichMassConesUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichDetectableYieldsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichDetectableYieldsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichGeomEffUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichGeomEffUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichTkSegmentSelUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichTkSegmentSelUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichSignalYieldsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichSignalYieldsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichSignalCKAnglesUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichSignalCKAnglesUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichCKResolutionsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichCKResolutionsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichTracksUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPhotonsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPhotonRecoUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichPhotonRecoUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPredPixelSignalUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichPredPixelSignalUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichPhotonsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecSummaryUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecSummaryUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDInitUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDInitUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixBackgroundsIt0Up with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixBackgroundsIt0Up with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt0Up with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt0Up with auditor trigger Finalize -NameAuditor INFO About to Enter RichPixBackgroundsIt1Up with auditor trigger Finalize -NameAuditor INFO Just Exited RichPixBackgroundsIt1Up with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDLikelihoodIt1Up with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDLikelihoodIt1Up with auditor trigger Finalize -NameAuditor INFO About to Enter RichGPIDWriteRichPIDsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichGPIDWriteRichPIDsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichUpReco with auditor trigger Finalize -NameAuditor INFO About to Enter MergeRichPIDs with auditor trigger Finalize -NameAuditor INFO Just Exited MergeRichPIDs with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecoSeq with auditor trigger Finalize -NameAuditor INFO Just Exited RecoRICHSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoCALOFUTURESeq with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureProcessorCaloFutureSeq with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureRecoForCaloFutureProcessor with auditor trigger Finalize -NameAuditor INFO About to Enter ClusterFutureReco with auditor trigger Finalize -NameAuditor INFO About to Enter FutureEcalClust with auditor trigger Finalize -FutureEcalClust INFO Built <279> cellular automaton clusters/event with <4> iterations (min,max)=(4,4) on average -NameAuditor INFO Just Exited FutureEcalClust with auditor trigger Finalize -NameAuditor INFO About to Enter FutureEcalShare with auditor trigger Finalize -NameAuditor INFO Just Exited FutureEcalShare with auditor trigger Finalize -NameAuditor INFO About to Enter FutureEcalCovar with auditor trigger Finalize -NameAuditor INFO Just Exited FutureEcalCovar with auditor trigger Finalize -NameAuditor INFO About to Enter CaloClusterConverter with auditor trigger Finalize -NameAuditor INFO Just Exited CaloClusterConverter with auditor trigger Finalize -NameAuditor INFO Just Exited ClusterFutureReco with auditor trigger Finalize -NameAuditor INFO About to Enter ClassifyClusters with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureTrackMatch with auditor trigger Finalize -NameAuditor INFO About to Enter InECALFuture with auditor trigger Finalize -NameAuditor INFO Just Exited InECALFuture with auditor trigger Finalize -NameAuditor INFO About to Enter FutureClusterMatch with auditor trigger Finalize -NameAuditor INFO Just Exited FutureClusterMatch with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureTrackMatch with auditor trigger Finalize -NameAuditor INFO About to Enter ClassifyPhotonElectron with auditor trigger Finalize -NameAuditor INFO Just Exited ClassifyPhotonElectron with auditor trigger Finalize -NameAuditor INFO Just Exited ClassifyClusters with auditor trigger Finalize -NameAuditor INFO About to Enter MergedPi0FutureReco with auditor trigger Finalize -NameAuditor INFO About to Enter MergedPi0RecFuture with auditor trigger Finalize -NameAuditor INFO Just Exited MergedPi0RecFuture with auditor trigger Finalize -NameAuditor INFO About to Enter CaloSplitClusterConverter with auditor trigger Finalize -NameAuditor INFO Just Exited CaloSplitClusterConverter with auditor trigger Finalize -NameAuditor INFO Just Exited MergedPi0FutureReco with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureRecoForCaloFutureProcessor with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Finalize -NameAuditor INFO About to Enter ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Finalize -NameAuditor INFO About to Enter InCaloFutureAcceptance with auditor trigger Finalize -NameAuditor INFO About to Enter InHCALFuture with auditor trigger Finalize -NameAuditor INFO Just Exited InHCALFuture with auditor trigger Finalize -NameAuditor INFO About to Enter InBREMFuture with auditor trigger Finalize -NameAuditor INFO Just Exited InBREMFuture with auditor trigger Finalize -NameAuditor INFO Just Exited InCaloFutureAcceptance with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureMatch with auditor trigger Finalize -NameAuditor INFO About to Enter ElectronMatchFuture with auditor trigger Finalize -NameAuditor INFO Just Exited ElectronMatchFuture with auditor trigger Finalize -NameAuditor INFO About to Enter BremMatchFuture with auditor trigger Finalize -NameAuditor INFO Just Exited BremMatchFuture with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureMatch with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureEnergy with auditor trigger Finalize -NameAuditor INFO About to Enter EcalEFuture with auditor trigger Finalize -NameAuditor INFO Just Exited EcalEFuture with auditor trigger Finalize -NameAuditor INFO About to Enter HcalEFuture with auditor trigger Finalize -NameAuditor INFO Just Exited HcalEFuture with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureEnergy with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureChi2 with auditor trigger Finalize -NameAuditor INFO About to Enter FutureEcalChi22ID with auditor trigger Finalize -NameAuditor INFO Just Exited FutureEcalChi22ID with auditor trigger Finalize -NameAuditor INFO About to Enter BremChi22IDFuture with auditor trigger Finalize -NameAuditor INFO Just Exited BremChi22IDFuture with auditor trigger Finalize -NameAuditor INFO About to Enter FutureClusChi22ID with auditor trigger Finalize -NameAuditor INFO Just Exited FutureClusChi22ID with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureChi2 with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureDLLeFuture with auditor trigger Finalize -NameAuditor INFO About to Enter EcalPIDeFuture with auditor trigger Finalize -NameAuditor INFO Just Exited EcalPIDeFuture with auditor trigger Finalize -NameAuditor INFO About to Enter BremPIDeFuture with auditor trigger Finalize -NameAuditor INFO Just Exited BremPIDeFuture with auditor trigger Finalize -NameAuditor INFO About to Enter HcalPIDeFuture with auditor trigger Finalize -NameAuditor INFO Just Exited HcalPIDeFuture with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureDLLeFuture with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureDLLmuFuture with auditor trigger Finalize -NameAuditor INFO About to Enter EcalPIDmuFuture with auditor trigger Finalize -NameAuditor INFO Just Exited EcalPIDmuFuture with auditor trigger Finalize -NameAuditor INFO About to Enter HcalPIDmuFuture with auditor trigger Finalize -NameAuditor INFO Just Exited HcalPIDmuFuture with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureDLLmuFuture with auditor trigger Finalize -NameAuditor INFO Just Exited ChargedPIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureProcessorCaloFutureSeq with auditor trigger Finalize -NameAuditor INFO Just Exited RecoCALOFUTURESeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoMUONSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MuonRec with auditor trigger Finalize -NameAuditor INFO Just Exited MuonRec with auditor trigger Finalize -NameAuditor INFO About to Enter MuonProcStatus with auditor trigger Finalize -NameAuditor INFO Just Exited MuonProcStatus with auditor trigger Finalize -NameAuditor INFO About to Enter MuonROFilter with auditor trigger Finalize -NameAuditor INFO Just Exited MuonROFilter with auditor trigger Finalize -NameAuditor INFO About to Enter MuonIDSeq with auditor trigger Finalize -NameAuditor INFO About to Enter PrepareMuonHits with auditor trigger Finalize -NameAuditor INFO Just Exited PrepareMuonHits with auditor trigger Finalize -NameAuditor INFO About to Enter MuonIDAlgLite with auditor trigger Finalize -NameAuditor INFO Just Exited MuonIDAlgLite with auditor trigger Finalize -NameAuditor INFO Just Exited MuonIDSeq with auditor trigger Finalize -NameAuditor INFO Just Exited RecoMUONSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoPROTOSeq with auditor trigger Finalize -NameAuditor INFO About to Enter ChargedProtoParticles with auditor trigger Finalize -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Electrons with auditor trigger Finalize -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Electrons with auditor trigger Finalize -NameAuditor INFO About to Enter Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Finalize -NameAuditor INFO Just Exited Hypo2TrackTableConverter_Rec_Calo_ElectronMatch with auditor trigger Finalize -NameAuditor INFO About to Enter ChargedProtoPMaker with auditor trigger Finalize -NameAuditor INFO Just Exited ChargedProtoPMaker with auditor trigger Finalize -NameAuditor INFO About to Enter ANNGPIDSeq with auditor trigger Finalize -NameAuditor INFO About to Enter ANNGPID with auditor trigger Finalize -NameAuditor INFO Just Exited ANNGPID with auditor trigger Finalize -NameAuditor INFO Just Exited ANNGPIDSeq with auditor trigger Finalize -NameAuditor INFO Just Exited ChargedProtoParticles with auditor trigger Finalize -NameAuditor INFO About to Enter NeutralProtoParticles with auditor trigger Finalize -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Finalize -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_MergedPi0s with auditor trigger Finalize -NameAuditor INFO About to Enter HypoConverter_Rec_Calo_Photons with auditor trigger Finalize -NameAuditor INFO Just Exited HypoConverter_Rec_Calo_Photons with auditor trigger Finalize -NameAuditor INFO About to Enter FutureNeutralProtoPMaker with auditor trigger Finalize -NameAuditor INFO Just Exited FutureNeutralProtoPMaker with auditor trigger Finalize -NameAuditor INFO Just Exited NeutralProtoParticles with auditor trigger Finalize -NameAuditor INFO Just Exited RecoPROTOSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecoSUMMARYSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RecSummary with auditor trigger Finalize -RecSummary SUCCESS #WARNINGS = 1 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -NameAuditor INFO Just Exited RecSummary with auditor trigger Finalize -NameAuditor INFO Just Exited RecoSUMMARYSeq with auditor trigger Finalize -NameAuditor INFO Just Exited Reco with auditor trigger Finalize -NameAuditor INFO About to Enter Moni with auditor trigger Finalize -NameAuditor INFO About to Enter MoniCALOFUTURESeq with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureDigitsMoni with auditor trigger Finalize -NameAuditor INFO About to Enter EcalDigitMon with auditor trigger Finalize -NameAuditor INFO Just Exited EcalDigitMon with auditor trigger Finalize -NameAuditor INFO About to Enter HcalDigitMon with auditor trigger Finalize -NameAuditor INFO Just Exited HcalDigitMon with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureDigitsMoni with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureEFlowMoni with auditor trigger Finalize -NameAuditor INFO About to Enter EcalEFlowMon with auditor trigger Finalize -NameAuditor INFO Just Exited EcalEFlowMon with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureEFlowMoni with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureClustersMoni with auditor trigger Finalize -NameAuditor INFO About to Enter EcalClusterMon with auditor trigger Finalize -NameAuditor INFO Just Exited EcalClusterMon with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureClustersMoni with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureHyposMoni with auditor trigger Finalize -NameAuditor INFO About to Enter ElectronMon with auditor trigger Finalize -NameAuditor INFO Just Exited ElectronMon with auditor trigger Finalize -NameAuditor INFO About to Enter PhotonMon with auditor trigger Finalize -NameAuditor INFO Just Exited PhotonMon with auditor trigger Finalize -NameAuditor INFO About to Enter MergedPi0Mon with auditor trigger Finalize -NameAuditor INFO Just Exited MergedPi0Mon with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureHyposMoni with auditor trigger Finalize -NameAuditor INFO About to Enter DiPhotonMoni with auditor trigger Finalize -NameAuditor INFO About to Enter ResolvedPi0Mon with auditor trigger Finalize -NameAuditor INFO Just Exited ResolvedPi0Mon with auditor trigger Finalize -NameAuditor INFO About to Enter EtaMon with auditor trigger Finalize -NameAuditor INFO Just Exited EtaMon with auditor trigger Finalize -NameAuditor INFO Just Exited DiPhotonMoni with auditor trigger Finalize -NameAuditor INFO About to Enter ProtoElectronMon with auditor trigger Finalize -NameAuditor INFO Just Exited ProtoElectronMon with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFuturePIDsMoni with auditor trigger Finalize -NameAuditor INFO About to Enter PhotonMatchMon with auditor trigger Finalize -NameAuditor INFO Just Exited PhotonMatchMon with auditor trigger Finalize -NameAuditor INFO About to Enter ElectronMatchMon with auditor trigger Finalize -NameAuditor INFO Just Exited ElectronMatchMon with auditor trigger Finalize -NameAuditor INFO About to Enter BremMatchMon with auditor trigger Finalize -NameAuditor INFO Just Exited BremMatchMon with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureEMuPIDMonUncut with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureEMuPIDMonUncut with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureEMuPIDMonSoft with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureEMuPIDMonSoft with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureEMuPIDMonHard with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureEMuPIDMonHard with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFuturePIDsMoni with auditor trigger Finalize -NameAuditor INFO Just Exited MoniCALOFUTURESeq with auditor trigger Finalize -NameAuditor INFO About to Enter MoniRICHSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RichMoni with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecPixelQC with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecPixelQC with auditor trigger Finalize -NameAuditor INFO About to Enter RichFutureMoniClustering with auditor trigger Finalize -NameAuditor INFO Just Exited RichFutureMoniClustering with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecPixelClusters with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecPixelClusters with auditor trigger Finalize -NameAuditor INFO About to Enter RichMoniDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecoStatsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecoStatsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiDownTrkEff with auditor trigger Finalize -NameAuditor INFO Just Exited RiDownTrkEff with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKResDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKResDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKResDownTight with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKResDownTight with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkEmittedYieldsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkEmittedYieldsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkDetectableYieldsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkDetectableYieldsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkSignalYieldsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkSignalYieldsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkGeomEffsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkGeomEffsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichMassRingsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichMassRingsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkMaterialDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkMaterialDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecPixBkgsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecPixBkgsDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichDLLsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichDLLsDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichMoniDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichMoniLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecoStatsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecoStatsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiLongTrkEff with auditor trigger Finalize -NameAuditor INFO Just Exited RiLongTrkEff with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKResLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKResLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKResLongTight with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKResLongTight with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkEmittedYieldsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkEmittedYieldsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkDetectableYieldsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkDetectableYieldsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkSignalYieldsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkSignalYieldsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkGeomEffsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkGeomEffsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichMassRingsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichMassRingsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkMaterialLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkMaterialLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecPixBkgsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecPixBkgsLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichDLLsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichDLLsLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichMoniLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichMoniUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecoStatsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecoStatsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiUpTrkEff with auditor trigger Finalize -NameAuditor INFO Just Exited RiUpTrkEff with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKResUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKResUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKResUpTight with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKResUpTight with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkEmittedYieldsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkEmittedYieldsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkDetectableYieldsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkDetectableYieldsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkSignalYieldsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkSignalYieldsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkGeomEffsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkGeomEffsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichMassRingsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichMassRingsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiTkMaterialUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiTkMaterialUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichRecPixBkgsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichRecPixBkgsUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichDLLsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichDLLsUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichMoniUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichMoni with auditor trigger Finalize -NameAuditor INFO Just Exited MoniRICHSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MoniMUONSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MuonPIDMonitorDown with auditor trigger Finalize -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO MuonID Rates for Downstream Tracks -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuonLoose = 1.0 : 14.286 +- 6.613 -MuonPIDMonitorDown INFO IsMuoLoose MuonProb < 0.9 : 3.571 +- 3.507 -MuonPIDMonitorDown INFO IsMuoLoose DLL > 1.4 : 3.571 +- 3.507 -MuonPIDMonitorDown INFO IsMuonLoose NShared < 1.0 : 3.571 +- 3.507 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuon = 1.0 : 10.714 +- 5.845 -MuonPIDMonitorDown INFO IsMuon MuonProb < 0.9 : 3.571 +- 3.507 -MuonPIDMonitorDown INFO IsMuon DLL > 1.4 : 3.571 +- 3.507 -MuonPIDMonitorDown INFO IsMuon NShared < 1.0 : 3.571 +- 3.507 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 37 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 28 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 4 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 3 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -NameAuditor INFO Just Exited MuonPIDMonitorDown with auditor trigger Finalize -NameAuditor INFO About to Enter MuonPIDMonitorLong with auditor trigger Finalize -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO MuonID Rates for Long Tracks -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuonLoose = 1.0 : 19.355 +- 3.548 -MuonPIDMonitorLong INFO IsMuoLoose MuonProb < 0.9 : 7.258 +- 2.330 -MuonPIDMonitorLong INFO IsMuoLoose DLL > 1.4 : 0.806 +- 0.803 -MuonPIDMonitorLong INFO IsMuonLoose NShared < 1.0 : 4.032 +- 1.767 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuon = 1.0 : 12.903 +- 3.011 -MuonPIDMonitorLong INFO IsMuon MuonProb < 0.9 : 7.258 +- 2.330 -MuonPIDMonitorLong INFO IsMuon DLL > 1.4 : 0.806 +- 0.803 -MuonPIDMonitorLong INFO IsMuon NShared < 1.0 : 2.419 +- 1.380 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 156 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 124 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 24 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 16 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -NameAuditor INFO Just Exited MuonPIDMonitorLong with auditor trigger Finalize -NameAuditor INFO About to Enter MuonTrackFitter with auditor trigger Finalize -NameAuditor INFO Just Exited MuonTrackFitter with auditor trigger Finalize -NameAuditor INFO About to Enter MuonTrackAligMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited MuonTrackAligMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited MoniMUONSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MoniGENERALSeq with auditor trigger Finalize -NameAuditor INFO About to Enter OverallEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited OverallEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter TrackEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited TrackEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter VertexEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited VertexEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter RichEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited RichEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter CaloFutureEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited CaloFutureEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter MuonEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited MuonEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter ProtoEventProcTime with auditor trigger Finalize -NameAuditor INFO Just Exited ProtoEventProcTime with auditor trigger Finalize -NameAuditor INFO About to Enter ProcStatAbortMoni with auditor trigger Finalize -NameAuditor INFO Just Exited ProcStatAbortMoni with auditor trigger Finalize -NameAuditor INFO Just Exited MoniGENERALSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MoniTrSeq with auditor trigger Finalize -NameAuditor INFO About to Enter TrackMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackMonitor with auditor trigger Finalize -NameAuditor INFO About to Enter TrackDiMuonMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackDiMuonMonitor with auditor trigger Finalize -NameAuditor INFO About to Enter TrackVertexMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackVertexMonitor with auditor trigger Finalize -NameAuditor INFO About to Enter TrackV0Monitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackV0Monitor with auditor trigger Finalize -NameAuditor INFO About to Enter TrackFitMatchMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackFitMatchMonitor with auditor trigger Finalize -NameAuditor INFO About to Enter TrackPV2HalfAlignMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackPV2HalfAlignMonitor with auditor trigger Finalize -NameAuditor INFO About to Enter TrackMuonMatchMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited TrackMuonMatchMonitor with auditor trigger Finalize -NameAuditor INFO Just Exited MoniTrSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MoniPROTOSeq with auditor trigger Finalize -NameAuditor INFO About to Enter ChargedProtoPMoni with auditor trigger Finalize -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO 0.00 +- 0.00 Velo | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 156.00 +-12.49 Long | 100.0 +- 0.0 | 96.2 +- 1.5 81.4 +- 3.1 82.7 +- 3.0 77.6 +- 3.3 0.0 +- 0.0 0.0 +- 0.0 78.8 +- 3.3 0.0 +- 0.0 -ChargedProtoPMoni INFO 14.00 +- 3.74 Upstream | 100.0 +- 0.0 | 92.9 +- 6.9 0.0 +- 0.0 0.0 +- 0.0 85.7 +- 9.4 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 37.00 +- 6.08 Downstream | 100.0 +- 0.0 | 81.1 +- 6.4 75.7 +- 7.1 78.4 +- 6.8 70.3 +- 7.5 0.0 +- 0.0 0.0 +- 0.0 75.7 +- 7.1 0.0 +- 0.0 -ChargedProtoPMoni INFO 0.00 +- 0.00 Ttrack | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO ==================================================================================================================================================== -NameAuditor INFO Just Exited ChargedProtoPMoni with auditor trigger Finalize -NameAuditor INFO About to Enter ChargedProtoANNPIDMoni with auditor trigger Finalize -NameAuditor INFO Just Exited ChargedProtoANNPIDMoni with auditor trigger Finalize -NameAuditor INFO Just Exited MoniPROTOSeq with auditor trigger Finalize -NameAuditor INFO Just Exited Moni with auditor trigger Finalize -NameAuditor INFO About to Enter MCLinks with auditor trigger Finalize -NameAuditor INFO About to Enter MCLinksUnpackSeq with auditor trigger Finalize -NameAuditor INFO About to Enter UnpackMCParticle with auditor trigger Finalize -NameAuditor INFO Just Exited UnpackMCParticle with auditor trigger Finalize -NameAuditor INFO About to Enter UnpackMCVertex with auditor trigger Finalize -NameAuditor INFO Just Exited UnpackMCVertex with auditor trigger Finalize -NameAuditor INFO Just Exited MCLinksUnpackSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MCLinksTrSeq with auditor trigger Finalize -NameAuditor INFO About to Enter VPClusFull with auditor trigger Finalize -NameAuditor INFO Just Exited VPClusFull with auditor trigger Finalize -NameAuditor INFO About to Enter VPFullCluster2MCParticleLinker with auditor trigger Finalize -NameAuditor INFO Just Exited VPFullCluster2MCParticleLinker with auditor trigger Finalize -NameAuditor INFO About to Enter PrLHCbID2MCParticle with auditor trigger Finalize -NameAuditor INFO Just Exited PrLHCbID2MCParticle with auditor trigger Finalize -NameAuditor INFO About to Enter DownstreamChecker with auditor trigger Finalize -NameAuditor INFO About to Enter DownstreamAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited DownstreamAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited DownstreamChecker with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardBestChecker with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardBestAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardBestAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardBestChecker with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardFastChecker with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardFastAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardFastAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardFastChecker with auditor trigger Finalize -NameAuditor INFO About to Enter MatchChecker with auditor trigger Finalize -NameAuditor INFO About to Enter MatchAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited MatchAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited MatchChecker with auditor trigger Finalize -NameAuditor INFO About to Enter SeedingChecker with auditor trigger Finalize -NameAuditor INFO About to Enter SeedingAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited SeedingAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited SeedingChecker with auditor trigger Finalize -NameAuditor INFO About to Enter UpstreamChecker with auditor trigger Finalize -NameAuditor INFO About to Enter UpstreamAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited UpstreamAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited UpstreamChecker with auditor trigger Finalize -NameAuditor INFO About to Enter VeloChecker with auditor trigger Finalize -NameAuditor INFO About to Enter VeloAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited VeloAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited VeloChecker with auditor trigger Finalize -NameAuditor INFO About to Enter BestExtraChecker with auditor trigger Finalize -NameAuditor INFO About to Enter BestAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited BestAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited BestExtraChecker with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardFastFittedExtraChecker with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardFastFittedAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardFastFittedAssociator with auditor trigger Finalize -NameAuditor INFO Just Exited ForwardFastFittedExtraChecker with auditor trigger Finalize -NameAuditor INFO Just Exited MCLinksTrSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MCLinksCaloSeq with auditor trigger Finalize -NameAuditor INFO About to Enter CaloDigit2MCLinks2Table with auditor trigger Finalize -NameAuditor INFO Just Exited CaloDigit2MCLinks2Table with auditor trigger Finalize -NameAuditor INFO About to Enter CaloClusterMCTruth with auditor trigger Finalize -NameAuditor INFO Just Exited CaloClusterMCTruth with auditor trigger Finalize -NameAuditor INFO About to Enter CaloHypoMCTruth_Photons with auditor trigger Finalize -NameAuditor INFO Just Exited CaloHypoMCTruth_Photons with auditor trigger Finalize -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Photons with auditor trigger Finalize -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Photons with auditor trigger Finalize -NameAuditor INFO About to Enter CaloHypoMCTruth_Electrons with auditor trigger Finalize -NameAuditor INFO Just Exited CaloHypoMCTruth_Electrons with auditor trigger Finalize -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_Electrons with auditor trigger Finalize -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_Electrons with auditor trigger Finalize -NameAuditor INFO About to Enter CaloHypoMCTruth_MergedPi0s with auditor trigger Finalize -NameAuditor INFO Just Exited CaloHypoMCTruth_MergedPi0s with auditor trigger Finalize -NameAuditor INFO About to Enter CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Finalize -NameAuditor INFO Just Exited CaloHypoLinkMCTruth_MergedPi0s with auditor trigger Finalize -NameAuditor INFO Just Exited MCLinksCaloSeq with auditor trigger Finalize -NameAuditor INFO Just Exited MCLinks with auditor trigger Finalize -NameAuditor INFO About to Enter Check with auditor trigger Finalize -NameAuditor INFO About to Enter CheckPatSeq with auditor trigger Finalize -NameAuditor INFO About to Enter VeloMCCheck with auditor trigger Finalize -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 517 tracks including 13 ghosts [ 2.51 %], Event average 2.51 % **** -VeloMCCheck INFO 01_velo : 213 from 214 [ 99.53 %] 4 clones [ 1.84 %], purity: 99.88 %, hitEff: 95.83 %, hitEffFirst3: 96.77 %, hitEffLast: 94.92 % -VeloMCCheck INFO 02_long : 120 from 121 [ 99.17 %] 1 clones [ 0.83 %], purity: 99.95 %, hitEff: 97.10 %, hitEffFirst3: 98.07 %, hitEffLast: 96.12 % -VeloMCCheck INFO 03_long>5GeV : 74 from 75 [ 98.67 %] 1 clones [ 1.33 %], purity: 99.92 %, hitEff: 96.40 %, hitEffFirst3: 97.78 %, hitEffLast: 95.75 % -VeloMCCheck INFO 04_long_strange : 11 from 11 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.33 %, hitEffFirst3:100.00 %, hitEffLast: 89.09 % -VeloMCCheck INFO 05_long_strange>5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.80 %, hitEffFirst3:100.00 %, hitEffLast: 97.14 % -VeloMCCheck INFO 06_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 07_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 08_long_electrons : 14 from 14 [100.00 %] 0 clones [ 0.00 %], purity: 95.57 %, hitEff: 91.33 %, hitEffFirst3: 76.19 %, hitEffLast: 99.04 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO -NameAuditor INFO Just Exited VeloMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardMCCheck with auditor trigger Finalize -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 57 tracks including 3 ghosts [ 5.26 %], Event average 5.26 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 43 tracks including 2 ghosts [4.65 %] **** -ForwardMCCheck INFO 01_long : 53 from 121 [ 43.80 %] 0 clones [ 0.00 %], purity: 99.41 %, hitEff: 91.58 % -ForwardMCCheck INFO 02_long>5GeV : 40 from 75 [ 53.33 %] 0 clones [ 0.00 %], purity: 99.66 %, hitEff: 92.08 % -ForwardMCCheck INFO 03_long_strange : 3 from 11 [ 27.27 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.09 % -ForwardMCCheck INFO 04_long_strange>5GeV : 3 from 7 [ 42.86 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.09 % -ForwardMCCheck INFO 05_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 07_long_electrons : 0 from 14 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 0 from 5 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO -NameAuditor INFO Just Exited ForwardMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter UpMCCheck with auditor trigger Finalize -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 84 tracks including 8 ghosts [ 9.52 %], Event average 9.52 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 63 tracks including 7 ghosts [11.11 %] **** -UpMCCheck INFO 01_velo : 75 from 214 [ 35.05 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 98.55 % -UpMCCheck INFO 02_velo+UT : 75 from 189 [ 39.68 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 98.55 % -UpMCCheck INFO 03_velo+UT>5GeV : 53 from 90 [ 58.89 %] 0 clones [ 0.00 %], purity: 99.64 %, hitEff: 98.71 % -UpMCCheck INFO 04_velo+notLong : 13 from 93 [ 13.98 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 96.92 % -UpMCCheck INFO 05_velo+UT+notLong : 13 from 68 [ 19.12 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 96.92 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 10 from 15 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 07_long : 62 from 121 [ 51.24 %] 0 clones [ 0.00 %], purity: 99.43 %, hitEff: 98.89 % -UpMCCheck INFO 08_long>5GeV : 43 from 75 [ 57.33 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 98.41 % -UpMCCheck INFO 09_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 10_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 11_long_electrons : 1 from 14 [ 7.14 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO -NameAuditor INFO Just Exited UpMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter UTForwardMCCheck with auditor trigger Finalize -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 3 ghost, 4.33 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 43 tracks including 2 ghosts [ 4.7 %] **** -UTForwardMCCheck INFO 01_long : 53 tr 4.11 from 4.15 mcUT [ 99.1 %] 0.02 ghost hits on real tracks [ 0.5 %] -UTForwardMCCheck INFO 01_long >3UT : 53 tr 4.11 from 4.15 mcUT [ 99.1 %] 0.02 ghost hits on real tracks [ 0.5 %] -UTForwardMCCheck INFO 02_long>5GeV : 40 tr 4.10 from 4.15 mcUT [ 98.8 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 40 tr 4.10 from 4.15 mcUT [ 98.8 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 2 tr 4.50 from 4.50 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 2 tr 4.50 from 4.50 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 2 tr 4.50 from 4.50 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 2 tr 4.50 from 4.50 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO -NameAuditor INFO Just Exited UTForwardMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter ForwardBestMCCheck with auditor trigger Finalize -ForwardBestMCCheck INFO Results -ForwardBestMCCheck INFO **** Forward 173 tracks including 61 ghosts [35.26 %], Event average 35.26 % **** -ForwardBestMCCheck INFO 01_long : 97 from 121 [ 80.17 %] 0 clones [ 0.00 %], purity: 99.04 %, hitEff: 91.35 % -ForwardBestMCCheck INFO 02_long>5GeV : 68 from 75 [ 90.67 %] 0 clones [ 0.00 %], purity: 99.17 %, hitEff: 92.32 % -ForwardBestMCCheck INFO 03_long_strange : 7 from 11 [ 63.64 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 90.27 % -ForwardBestMCCheck INFO 04_long_strange>5GeV : 6 from 7 [ 85.71 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.53 % -ForwardBestMCCheck INFO 05_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardBestMCCheck INFO 06_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardBestMCCheck INFO 07_long_electrons : 9 from 14 [ 64.29 %] 0 clones [ 0.00 %], purity: 98.07 %, hitEff: 90.29 % -ForwardBestMCCheck INFO 08_long_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.91 %, hitEff: 96.15 % -ForwardBestMCCheck INFO -NameAuditor INFO Just Exited ForwardBestMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter MatchMCCheck with auditor trigger Finalize -MatchMCCheck INFO Results -MatchMCCheck INFO **** Match 169 tracks including 52 ghosts [30.77 %], Event average 30.77 % **** -MatchMCCheck INFO 01_long : 105 from 121 [ 86.78 %] 0 clones [ 0.00 %], purity: 99.32 %, hitEff: 92.14 % -MatchMCCheck INFO 02_long>5GeV : 70 from 75 [ 93.33 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 93.72 % -MatchMCCheck INFO 03_long_strange : 8 from 11 [ 72.73 %] 0 clones [ 0.00 %], purity: 98.15 %, hitEff: 79.23 % -MatchMCCheck INFO 04_long_strange>5GeV : 5 from 7 [ 71.43 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.59 % -MatchMCCheck INFO 05_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -MatchMCCheck INFO 06_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -MatchMCCheck INFO 07_long_electrons : 6 from 14 [ 42.86 %] 0 clones [ 0.00 %], purity: 99.28 %, hitEff: 83.17 % -MatchMCCheck INFO 08_long_electrons_P>5GeV : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity: 98.55 %, hitEff: 94.87 % -MatchMCCheck INFO -NameAuditor INFO Just Exited MatchMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter TMCCheck with auditor trigger Finalize -TMCCheck INFO Results -TMCCheck INFO **** TTrack 258 tracks including 41 ghosts [15.89 %], Event average 15.89 % **** -TMCCheck INFO 01_hasT : 157 from 203 [ 77.34 %] 0 clones [ 0.00 %], purity: 99.33 %, hitEff: 90.54 % -TMCCheck INFO 02_long : 113 from 121 [ 93.39 %] 0 clones [ 0.00 %], purity: 99.41 %, hitEff: 91.40 % -TMCCheck INFO 03_long>5GeV : 74 from 75 [ 98.67 %] 0 clones [ 0.00 %], purity: 99.61 %, hitEff: 93.43 % -TMCCheck INFO 04_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -TMCCheck INFO 05_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -TMCCheck INFO 06_UT+T_strange : 21 from 22 [ 95.45 %] 0 clones [ 0.00 %], purity: 98.26 %, hitEff: 88.14 % -TMCCheck INFO 07_UT+T_strange>5GeV : 14 from 15 [ 93.33 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.82 % -TMCCheck INFO 08_noVelo+UT+T_strange : 11 from 11 [100.00 %] 0 clones [ 0.00 %], purity: 99.24 %, hitEff: 92.47 % -TMCCheck INFO 09_noVelo+UT+T_strange>5GeV : 8 from 8 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.19 % -TMCCheck INFO -NameAuditor INFO Just Exited TMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter DownMCCheck with auditor trigger Finalize -DownMCCheck INFO Results -DownMCCheck INFO **** Downstream 176 tracks including 50 ghosts [28.41 %], Event average 28.41 % **** -DownMCCheck INFO 01_UT+T : 115 from 145 [ 79.31 %] 0 clones [ 0.00 %], purity: 99.53 %, hitEff: 99.83 % -DownMCCheck INFO 02_UT+T>5GeV : 77 from 86 [ 89.53 %] 0 clones [ 0.00 %], purity: 99.83 %, hitEff: 99.74 % -DownMCCheck INFO 03_UT+T_strange : 16 from 22 [ 72.73 %] 0 clones [ 0.00 %], purity: 98.78 %, hitEff:100.00 % -DownMCCheck INFO 04_UT+T_strange>5GeV : 13 from 15 [ 86.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 05_noVelo+UT+T_strange : 8 from 11 [ 72.73 %] 0 clones [ 0.00 %], purity: 99.22 %, hitEff:100.00 % -DownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 7 from 8 [ 87.50 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 07_UT+T_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 08_UT+T_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 15_noVelo+UT+T_electrons : 5 from 10 [ 50.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO -NameAuditor INFO Just Exited DownMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter FilterForBestMCCheck with auditor trigger Finalize -NameAuditor INFO Just Exited FilterForBestMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter FilterForBestLongMCCheck with auditor trigger Finalize -NameAuditor INFO Just Exited FilterForBestLongMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter FilterForBestLongAndGhostProbMCCheck with auditor trigger Finalize -NameAuditor INFO Just Exited FilterForBestLongAndGhostProbMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter FilterForBestDownMCCheck with auditor trigger Finalize -NameAuditor INFO Just Exited FilterForBestDownMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter FilterForBestDownAndGhostProbMCCheck with auditor trigger Finalize -NameAuditor INFO Just Exited FilterForBestDownAndGhostProbMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter BestMCCheck with auditor trigger Finalize -BestMCCheck INFO Results -BestMCCheck INFO **** Best 660 tracks including 98 ghosts [14.85 %], Event average 14.85 % **** -BestMCCheck INFO 01_long : 121 from 121 [100.00 %] 7 clones [ 5.47 %], purity: 99.44 %, hitEff: 86.02 % -BestMCCheck INFO 02_long>5GeV : 75 from 75 [100.00 %] 4 clones [ 5.06 %], purity: 99.45 %, hitEff: 90.12 % -BestMCCheck INFO 03_long_strange : 11 from 11 [100.00 %] 1 clones [ 8.33 %], purity: 99.38 %, hitEff: 80.09 % -BestMCCheck INFO 04_long_strange>5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.37 % -BestMCCheck INFO 05_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestMCCheck INFO 06_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestMCCheck INFO 07_long_electrons : 14 from 14 [100.00 %] 1 clones [ 6.67 %], purity: 96.15 %, hitEff: 69.20 % -BestMCCheck INFO 08_long_electrons_P>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 94.13 %, hitEff: 78.38 % -BestMCCheck INFO -NameAuditor INFO Just Exited BestMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter BestLongMCCheck with auditor trigger Finalize -BestLongMCCheck INFO Results -BestLongMCCheck INFO **** BestLong 156 tracks including 33 ghosts [21.15 %], Event average 21.15 % **** -BestLongMCCheck INFO 01_long : 106 from 121 [ 87.60 %] 0 clones [ 0.00 %], purity: 99.42 %, hitEff: 95.09 % -BestLongMCCheck INFO 02_long>5GeV : 69 from 75 [ 92.00 %] 0 clones [ 0.00 %], purity: 99.53 %, hitEff: 95.80 % -BestLongMCCheck INFO 03_long_strange : 9 from 11 [ 81.82 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 90.12 % -BestLongMCCheck INFO 04_long_strange>5GeV : 6 from 7 [ 85.71 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.43 % -BestLongMCCheck INFO 05_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestLongMCCheck INFO 06_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestLongMCCheck INFO 07_long_electrons : 10 from 14 [ 71.43 %] 0 clones [ 0.00 %], purity: 98.26 %, hitEff: 89.37 % -BestLongMCCheck INFO 08_long_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.91 %, hitEff: 94.23 % -BestLongMCCheck INFO -NameAuditor INFO Just Exited BestLongMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter BestLongAndGhostProbMCCheck with auditor trigger Finalize -BestLongAndGhos... INFO Results -BestLongAndGhos... INFO **** BestLongAndGhostProb 132 tracks including 12 ghosts [ 9.09 %], Event average 9.09 % **** -BestLongAndGhos... INFO 01_long : 106 from 121 [ 87.60 %] 0 clones [ 0.00 %], purity: 99.42 %, hitEff: 95.09 % -BestLongAndGhos... INFO 02_long>5GeV : 69 from 75 [ 92.00 %] 0 clones [ 0.00 %], purity: 99.53 %, hitEff: 95.80 % -BestLongAndGhos... INFO 03_long_strange : 9 from 11 [ 81.82 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 90.12 % -BestLongAndGhos... INFO 04_long_strange>5GeV : 6 from 7 [ 85.71 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.43 % -BestLongAndGhos... INFO 05_long_fromB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestLongAndGhos... INFO 06_long_fromB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestLongAndGhos... INFO 07_long_electrons : 9 from 14 [ 64.29 %] 0 clones [ 0.00 %], purity: 98.07 %, hitEff: 90.62 % -BestLongAndGhos... INFO 08_long_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.91 %, hitEff: 94.23 % -BestLongAndGhos... INFO -NameAuditor INFO Just Exited BestLongAndGhostProbMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter BestDownMCCheck with auditor trigger Finalize -BestDownMCCheck INFO Results -BestDownMCCheck INFO **** BestDown 37 tracks including 14 ghosts [37.84 %], Event average 37.84 % **** -BestDownMCCheck INFO 01_UT+T : 19 from 145 [ 13.10 %] 0 clones [ 0.00 %], purity: 99.27 %, hitEff: 92.35 % -BestDownMCCheck INFO 02_UT+T>5GeV : 12 from 86 [ 13.95 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.61 % -BestDownMCCheck INFO 03_UT+T_strange : 8 from 22 [ 36.36 %] 0 clones [ 0.00 %], purity: 99.22 %, hitEff: 95.50 % -BestDownMCCheck INFO 04_UT+T_strange>5GeV : 7 from 15 [ 46.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.75 % -BestDownMCCheck INFO 05_noVelo+UT+T_strange : 7 from 11 [ 63.64 %] 0 clones [ 0.00 %], purity: 99.11 %, hitEff: 94.85 % -BestDownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 6 from 8 [ 75.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.04 % -BestDownMCCheck INFO 07_UT+T_fromB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 08_UT+T_fromB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 15_noVelo+UT+T_electrons : 4 from 10 [ 40.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.28 % -BestDownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 2 from 5 [ 40.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.12 % -BestDownMCCheck INFO -NameAuditor INFO Just Exited BestDownMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter BestDownAndGhostProbMCCheck with auditor trigger Finalize -BestDownAndGhos... INFO Results -BestDownAndGhos... INFO **** BestDownAndGhostProb 34 tracks including 11 ghosts [32.35 %], Event average 32.35 % **** -BestDownAndGhos... INFO 01_UT+T : 19 from 145 [ 13.10 %] 0 clones [ 0.00 %], purity: 99.27 %, hitEff: 92.35 % -BestDownAndGhos... INFO 02_UT+T>5GeV : 12 from 86 [ 13.95 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.61 % -BestDownAndGhos... INFO 03_UT+T_strange : 8 from 22 [ 36.36 %] 0 clones [ 0.00 %], purity: 99.22 %, hitEff: 95.50 % -BestDownAndGhos... INFO 04_UT+T_strange>5GeV : 7 from 15 [ 46.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.75 % -BestDownAndGhos... INFO 05_noVelo+UT+T_strange : 7 from 11 [ 63.64 %] 0 clones [ 0.00 %], purity: 99.11 %, hitEff: 94.85 % -BestDownAndGhos... INFO 06_noVelo+UT+T_strange>5GeV : 6 from 8 [ 75.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.04 % -BestDownAndGhos... INFO 07_UT+T_fromB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 08_UT+T_fromB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 15_noVelo+UT+T_electrons : 4 from 10 [ 40.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.28 % -BestDownAndGhos... INFO 16_noVelo+UT+T_electrons_P>5GeV : 2 from 5 [ 40.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.12 % -BestDownAndGhos... INFO -NameAuditor INFO Just Exited BestDownAndGhostProbMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter UTForwardBestMCCheck with auditor trigger Finalize -UTForwardBestMC... INFO Results -UTForwardBestMC... INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardBest **** 61 ghost, 2.30 UT per track -UTForwardBestMC... INFO 01_long : 97 tr 3.98 from 4.12 mcUT [ 96.5 %] 0.12 ghost hits on real tracks [ 3.0 %] -UTForwardBestMC... INFO 01_long >3UT : 97 tr 3.98 from 4.12 mcUT [ 96.5 %] 0.12 ghost hits on real tracks [ 3.0 %] -UTForwardBestMC... INFO 02_long>5GeV : 68 tr 3.96 from 4.15 mcUT [ 95.4 %] 0.13 ghost hits on real tracks [ 3.2 %] -UTForwardBestMC... INFO 02_long>5GeV >3UT : 68 tr 3.96 from 4.15 mcUT [ 95.4 %] 0.13 ghost hits on real tracks [ 3.2 %] -UTForwardBestMC... INFO -NameAuditor INFO Just Exited UTForwardBestMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter UTMatchMCCheck with auditor trigger Finalize -UTMatchMCCheck INFO Results -UTMatchMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Match **** 52 ghost, 2.33 UT per track -UTMatchMCCheck INFO 01_long : 105 tr 3.94 from 4.12 mcUT [ 95.6 %] 0.11 ghost hits on real tracks [ 2.8 %] -UTMatchMCCheck INFO 01_long >3UT : 105 tr 3.94 from 4.12 mcUT [ 95.6 %] 0.11 ghost hits on real tracks [ 2.8 %] -UTMatchMCCheck INFO 02_long>5GeV : 70 tr 3.96 from 4.14 mcUT [ 95.5 %] 0.13 ghost hits on real tracks [ 3.1 %] -UTMatchMCCheck INFO 02_long>5GeV >3UT : 70 tr 3.96 from 4.14 mcUT [ 95.5 %] 0.13 ghost hits on real tracks [ 3.1 %] -UTMatchMCCheck INFO -NameAuditor INFO Just Exited UTMatchMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter UTDownMCCheck with auditor trigger Finalize -UTDownMCCheck INFO Results -UTDownMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Downstream **** 50 ghost, 4.02 UT per track -UTDownMCCheck INFO 01_has seed : 115 tr 4.12 from 4.13 mcUT [ 99.8 %] 0.01 ghost hits on real tracks [ 0.2 %] -UTDownMCCheck INFO 01_has seed >3UT : 115 tr 4.12 from 4.13 mcUT [ 99.8 %] 0.01 ghost hits on real tracks [ 0.2 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT : 14 tr 4.00 from 4.00 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT >3UT : 14 tr 4.00 from 4.00 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTDownMCCheck INFO 03_down+strange : 16 tr 4.00 from 4.00 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTDownMCCheck INFO 03_down+strange >3UT : 16 tr 4.00 from 4.00 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTDownMCCheck INFO 04_down+strange+>5GeV : 13 tr 4.00 from 4.00 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTDownMCCheck INFO 04_down+strange+>5GeV >3UT : 13 tr 4.00 from 4.00 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTDownMCCheck INFO -NameAuditor INFO Just Exited UTDownMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter VeloFullMCCheck with auditor trigger Finalize -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 517 tracks including 13 ghosts [ 2.51 %], Event average 2.51 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 440 from 471 [ 93.42 %] 4 clones [ 0.90 %], purity: 99.61 %, hitEff: 96.44 %, hitEffFirst3: 98.12 %, hitEffLast: 91.99 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 260 from 271 [ 95.94 %] 4 clones [ 1.52 %], purity: 99.75 %, hitEff: 96.28 %, hitEffFirst3: 97.10 %, hitEffLast: 95.19 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 180 from 200 [ 90.00 %] 0 clones [ 0.00 %], purity: 99.42 %, hitEff: 96.68 %, hitEffFirst3: 99.63 %, hitEffLast: 86.23 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 213 from 214 [ 99.53 %] 4 clones [ 1.84 %], purity: 99.88 %, hitEff: 95.83 %, hitEffFirst3: 96.77 %, hitEffLast: 94.92 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 120 from 121 [ 99.17 %] 1 clones [ 0.83 %], purity: 99.95 %, hitEff: 97.10 %, hitEffFirst3: 98.07 %, hitEffLast: 96.12 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 74 from 75 [ 98.67 %] 1 clones [ 1.33 %], purity: 99.92 %, hitEff: 96.40 %, hitEffFirst3: 97.78 %, hitEffLast: 95.75 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 46 from 46 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.24 %, hitEffFirst3: 98.55 %, hitEffLast: 96.72 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 64 from 65 [ 98.46 %] 0 clones [ 0.00 %], purity: 99.91 %, hitEff: 96.99 %, hitEffFirst3: 98.96 %, hitEffLast: 96.05 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.86 %, hitEffFirst3:100.00 %, hitEffLast: 90.91 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.86 %, hitEffFirst3:100.00 %, hitEffLast: 90.91 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.86 %, hitEffFirst3:100.00 %, hitEffLast: 90.91 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 11 from 11 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.33 %, hitEffFirst3:100.00 %, hitEffLast: 89.09 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.80 %, hitEffFirst3:100.00 %, hitEffLast: 97.14 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 4 from 4 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.75 %, hitEffFirst3:100.00 %, hitEffLast: 75.00 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.87 %, hitEffFirst3:100.00 %, hitEffLast: 93.33 % -VeloFullMCCheck INFO 21_Electron_Velo : 59 from 88 [ 67.05 %] 2 clones [ 3.28 %], purity: 97.17 %, hitEff: 87.26 %, hitEffFirst3: 83.61 %, hitEffLast: 86.94 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 51 from 74 [ 68.92 %] 2 clones [ 3.77 %], purity: 97.59 %, hitEff: 86.13 %, hitEffFirst3: 81.13 %, hitEffLast: 87.50 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 8 from 14 [ 57.14 %] 0 clones [ 0.00 %], purity: 94.38 %, hitEff: 94.79 %, hitEffFirst3:100.00 %, hitEffLast: 83.33 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 47 from 62 [ 75.81 %] 2 clones [ 4.08 %], purity: 97.74 %, hitEff: 85.34 %, hitEffFirst3: 79.59 %, hitEffLast: 87.15 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 14 from 14 [100.00 %] 0 clones [ 0.00 %], purity: 95.57 %, hitEff: 91.33 %, hitEffFirst3: 76.19 %, hitEffLast: 99.04 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 92.50 %, hitEff: 87.73 %, hitEffFirst3: 73.33 %, hitEffLast: 96.88 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 9 from 9 [100.00 %] 0 clones [ 0.00 %], purity: 97.28 %, hitEff: 93.34 %, hitEffFirst3: 77.78 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 33_Electron_Long_FromD_Eta25 : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 34_Electron_Long_FromD_Eta25 p>5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 36_Electron_Long_FromD_Eta25 p>3GeV pt>400MeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO -NameAuditor INFO Just Exited VeloFullMCCheck with auditor trigger Finalize -NameAuditor INFO About to Enter TrackResCheckerFast with auditor trigger Finalize -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = -0.210 +/- 0.156, RMS = 1.137 +/- 0.167 -TrackResChecker... INFO ALL/y pull : mean = -0.230 +/- 0.157, RMS = 1.130 +/- 0.086 -TrackResChecker... INFO ALL/tx pull : mean = 0.224 +/- 0.165, RMS = 1.199 +/- 0.173 -TrackResChecker... INFO ALL/ty pull : mean = 0.189 +/- 0.159, RMS = 1.147 +/- 0.091 -TrackResChecker... INFO ALL/p pull : mean = -0.218 +/- 0.204, RMS = 1.430 +/- 0.122 -TrackResChecker... INFO ALL/probChi2 : mean = 0.415 +/- 0.043, RMS = 0.317 +/- 0.019 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 51.246 +/- 12.743 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 51.506 +/- 12.877 micron -TrackResChecker... INFO ALL/dp/p: mean = 0.0004 +/- 0.0013, RMS = 0.0096 +/- 0.0021 -NameAuditor INFO Just Exited TrackResCheckerFast with auditor trigger Finalize -NameAuditor INFO About to Enter PVConverter with auditor trigger Finalize -NameAuditor INFO Just Exited PVConverter with auditor trigger Finalize -NameAuditor INFO About to Enter PVChecker with auditor trigger Finalize -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 5 from 6 ( 7-1 ) [ 83.33 %], false 0 from reco. 5 ( 5+0 ) [ 0.00 %] -PVChecker INFO 01 isolated : 4 from 5 ( 5-0 ) [ 80.00 %], false 0 from reco. 4 ( 4+0 ) [ 0.00 %] -PVChecker INFO 02 close : 1 from 1 ( 2-1 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 03 ntracks<10 : 0 from 1 ( 1-0 ) [ 0.00 %], false 0 from reco. 0 ( 0+0 ) [ -100.00 %] -PVChecker INFO 04 ntracks>=10 : 5 from 5 ( 5-0 ) [ 100.00 %], false 0 from reco. 5 ( 5+0 ) [ 0.00 %] -PVChecker INFO 05 z<-50.0 : 2 from 2 ( 2-0 ) [ 100.00 %], false 0 from reco. 2 ( 2+0 ) [ 0.00 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 3 from 4 ( 5-1 ) [ 75.00 %], false 0 from reco. 3 ( 3+0 ) [ 0.00 %] -PVChecker INFO 07 z >=50.0 : 0 from 0 ( 0-0 ) [ -100.00 %], false 0 from reco. 0 ( 0+0 ) [ -100.00 %] -PVChecker INFO 08 decayBeauty : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 09 decayCharm : 2 from 2 ( 2-0 ) [ 100.00 %], false 0 from reco. 2 ( 2+0 ) [ 0.00 %] -PVChecker INFO 10 decayStrange : 5 from 6 ( 6-0 ) [ 83.33 %], false 0 from reco. 5 ( 5+0 ) [ 0.00 %] -PVChecker INFO 11 other : 0 from 0 ( 1-1 ) [ -100.00 %], false 0 from reco. 0 ( 0+0 ) [ -100.00 %] -PVChecker INFO 12 1MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 13 2MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 14 3MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 15 4MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 16 5MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 68.80 [MC: 68.17] -PVChecker INFO 01 isolated : av. PV tracks: 67.75 [MC: 63.40] -PVChecker INFO 02 close : av. PV tracks: 73.00 [MC: 92.00] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 0.00 [MC: 4.00] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 68.80 [MC: 81.00] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 94.50 [MC: 107.50] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 51.67 [MC: 48.50] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 0.00 [MC: 0.00] -PVChecker INFO 08 decayBeauty : av. PV tracks: 21.00 [MC: 27.00] -PVChecker INFO 09 decayCharm : av. PV tracks: 62.50 [MC: 68.50] -PVChecker INFO 10 decayStrange : av. PV tracks: 68.80 [MC: 68.17] -PVChecker INFO 11 other : av. PV tracks: 0.00 [MC: 0.00] -PVChecker INFO 12 1MCPV : av. PV tracks: 104.00 [MC: 110.00] -PVChecker INFO 13 2MCPV : av. PV tracks: 85.00 [MC: 105.00] -PVChecker INFO 14 3MCPV : av. PV tracks: 73.00 [MC: 92.00] -PVChecker INFO 15 4MCPV : av. PV tracks: 61.00 [MC: 71.00] -PVChecker INFO 16 5MCPV : av. PV tracks: 21.00 [MC: 27.00] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.002, y: +0.005, z: +0.045 -PVChecker INFO 2_res_ntracks<10 : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO 4_res_ntracks>30 : x: +0.002, y: +0.002, z: +0.029 -PVChecker INFO 5_res_z<-50 : x: +0.000, y: +0.001, z: +0.028 -PVChecker INFO 6_res_z(-50,50) : x: +0.001, y: +0.007, z: +0.044 -PVChecker INFO 7_res_z>50 : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +0.414, y: +0.553, z: +0.771 -PVChecker INFO 1_pull_mean_all : x: -0.833, y: -0.242, z: -0.441 -PVChecker INFO -NameAuditor INFO Just Exited PVChecker with auditor trigger Finalize -NameAuditor INFO Just Exited CheckPatSeq with auditor trigger Finalize -NameAuditor INFO About to Enter CheckRICHSeq with auditor trigger Finalize -NameAuditor INFO About to Enter RichCheck with auditor trigger Finalize -NameAuditor INFO About to Enter RichFutureTKToMCPsRels with auditor trigger Finalize -NameAuditor INFO Just Exited RichFutureTKToMCPsRels with auditor trigger Finalize -NameAuditor INFO About to Enter RichCheckDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDCheckDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonDown10to70 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonDown10to70 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonDown2to10 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonDown2to10 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonDown2to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonDown2to100 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonDown70to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonDown70to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDCheckDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKMCResDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKMCResDown with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKMCResDownTight with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKMCResDownTight with auditor trigger Finalize -NameAuditor INFO About to Enter RiMCTkResDown with auditor trigger Finalize -NameAuditor INFO Just Exited RiMCTkResDown with auditor trigger Finalize -NameAuditor INFO Just Exited RichCheckDown with auditor trigger Finalize -NameAuditor INFO About to Enter RichCheckLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDCheckLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonLong10to70 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonLong10to70 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonLong2to10 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonLong2to10 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonLong2to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonLong2to100 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonLong70to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonLong70to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDCheckLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKMCResLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKMCResLong with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKMCResLongTight with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKMCResLongTight with auditor trigger Finalize -NameAuditor INFO About to Enter RiMCTkResLong with auditor trigger Finalize -NameAuditor INFO Just Exited RiMCTkResLong with auditor trigger Finalize -NameAuditor INFO Just Exited RichCheckLong with auditor trigger Finalize -NameAuditor INFO About to Enter RichCheckUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDCheckUp with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonUp10to70 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonUp10to70 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonUp2to10 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonUp2to10 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonUp2to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonUp2to100 with auditor trigger Finalize -NameAuditor INFO About to Enter RichPIDMonUp70to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDMonUp70to100 with auditor trigger Finalize -NameAuditor INFO Just Exited RichPIDCheckUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKMCResUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKMCResUp with auditor trigger Finalize -NameAuditor INFO About to Enter RiCKMCResUpTight with auditor trigger Finalize -NameAuditor INFO Just Exited RiCKMCResUpTight with auditor trigger Finalize -NameAuditor INFO About to Enter RiMCTkResUp with auditor trigger Finalize -NameAuditor INFO Just Exited RiMCTkResUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichCheckUp with auditor trigger Finalize -NameAuditor INFO Just Exited RichCheck with auditor trigger Finalize -NameAuditor INFO Just Exited CheckRICHSeq with auditor trigger Finalize -NameAuditor INFO About to Enter CheckMUONSeq with auditor trigger Finalize -NameAuditor INFO About to Enter MuonPIDCheckerDown with auditor trigger Finalize -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO MuonID Rates for Downstream Tracks -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuonLoose = 1.0 : 14.286 +- 6.613 -MuonPIDCheckerDown INFO IsMuoLoose MuonProb < 0.9 : 3.571 +- 3.507 -MuonPIDCheckerDown INFO IsMuoLoose DLL > 1.4 : 3.571 +- 3.507 -MuonPIDCheckerDown INFO IsMuonLoose NShared < 1.0 : 3.571 +- 3.507 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuon = 1.0 : 10.714 +- 5.845 -MuonPIDCheckerDown INFO IsMuon MuonProb < 0.9 : 3.571 +- 3.507 -MuonPIDCheckerDown INFO IsMuon DLL > 1.4 : 3.571 +- 3.507 -MuonPIDCheckerDown INFO IsMuon NShared < 1.0 : 3.571 +- 3.507 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Total Number of Tracks analysed: 37 -MuonPIDCheckerDown INFO Total Number of PreSelected Tracks: 28 -MuonPIDCheckerDown INFO Total Number of IsMuonLoose Candidates: 4 -MuonPIDCheckerDown INFO Total Number of IsMuon Candidates: 3 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -NameAuditor INFO Just Exited MuonPIDCheckerDown with auditor trigger Finalize -NameAuditor INFO About to Enter MuonPIDCheckerLong with auditor trigger Finalize -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO MuonID Rates for Long Tracks -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuonLoose = 1.0 : 19.355 +- 3.548 -MuonPIDCheckerLong INFO IsMuoLoose MuonProb < 0.9 : 7.258 +- 2.330 -MuonPIDCheckerLong INFO IsMuoLoose DLL > 1.4 : 0.806 +- 0.803 -MuonPIDCheckerLong INFO IsMuonLoose NShared < 1.0 : 4.032 +- 1.767 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuon = 1.0 : 12.903 +- 3.011 -MuonPIDCheckerLong INFO IsMuon MuonProb < 0.9 : 7.258 +- 2.330 -MuonPIDCheckerLong INFO IsMuon DLL > 1.4 : 0.806 +- 0.803 -MuonPIDCheckerLong INFO IsMuon NShared < 1.0 : 2.419 +- 1.380 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Total Number of Tracks analysed: 156 -MuonPIDCheckerLong INFO Total Number of PreSelected Tracks: 124 -MuonPIDCheckerLong INFO Total Number of IsMuonLoose Candidates: 24 -MuonPIDCheckerLong INFO Total Number of IsMuon Candidates: 16 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -NameAuditor INFO Just Exited MuonPIDCheckerLong with auditor trigger Finalize -NameAuditor INFO Just Exited CheckMUONSeq with auditor trigger Finalize -NameAuditor INFO Just Exited Check with auditor trigger Finalize -NameAuditor INFO Just Exited PhysicsSeq with auditor trigger Finalize -NameAuditor INFO About to Enter Output with auditor trigger Finalize -NameAuditor INFO About to Enter OutputDSTSeq with auditor trigger Finalize -NameAuditor INFO About to Enter GenFSRMerge with auditor trigger Finalize -GenFSRMerge INFO ========== Merging GenFSR ========== -NameAuditor INFO Just Exited GenFSRMerge with auditor trigger Finalize -NameAuditor INFO About to Enter RawEventSplitSeq with auditor trigger Finalize -NameAuditor INFO About to Enter create_Calo_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Calo_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_HC_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_HC_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_Muon_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Muon_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_PersistReco_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_PersistReco_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_Rich_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Rich_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_Tracker_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Tracker_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_Trigger_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Trigger_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_Unstripped_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Unstripped_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter create_Velo_RawEvent with auditor trigger Finalize -NameAuditor INFO Just Exited create_Velo_RawEvent with auditor trigger Finalize -NameAuditor INFO About to Enter KillRawEventNodes with auditor trigger Finalize -NameAuditor INFO Just Exited KillRawEventNodes with auditor trigger Finalize -NameAuditor INFO Just Exited RawEventSplitSeq with auditor trigger Finalize -NameAuditor INFO About to Enter FilterBestTrackStates with auditor trigger Finalize -NameAuditor INFO Just Exited FilterBestTrackStates with auditor trigger Finalize -NameAuditor INFO About to Enter FilterMuonTrackStates with auditor trigger Finalize -NameAuditor INFO Just Exited FilterMuonTrackStates with auditor trigger Finalize -NameAuditor INFO About to Enter PackDST with auditor trigger Finalize -NameAuditor INFO About to Enter PackTrack with auditor trigger Finalize -NameAuditor INFO Just Exited PackTrack with auditor trigger Finalize -NameAuditor INFO About to Enter PackRichPIDs with auditor trigger Finalize -NameAuditor INFO Just Exited PackRichPIDs with auditor trigger Finalize -NameAuditor INFO About to Enter PackMuonPIDs with auditor trigger Finalize -NameAuditor INFO Just Exited PackMuonPIDs with auditor trigger Finalize -NameAuditor INFO About to Enter CaloPacking with auditor trigger Finalize -NameAuditor INFO About to Enter PackPhotons with auditor trigger Finalize -NameAuditor INFO Just Exited PackPhotons with auditor trigger Finalize -NameAuditor INFO About to Enter PackElectrons with auditor trigger Finalize -NameAuditor INFO Just Exited PackElectrons with auditor trigger Finalize -NameAuditor INFO About to Enter PackMergedPi0s with auditor trigger Finalize -NameAuditor INFO Just Exited PackMergedPi0s with auditor trigger Finalize -NameAuditor INFO About to Enter PackSplitPhotons with auditor trigger Finalize -NameAuditor INFO Just Exited PackSplitPhotons with auditor trigger Finalize -NameAuditor INFO Just Exited CaloPacking with auditor trigger Finalize -NameAuditor INFO About to Enter ProtoParticlePIDClean with auditor trigger Finalize -NameAuditor INFO Just Exited ProtoParticlePIDClean with auditor trigger Finalize -NameAuditor INFO About to Enter PackChargedProtos with auditor trigger Finalize -NameAuditor INFO Just Exited PackChargedProtos with auditor trigger Finalize -NameAuditor INFO About to Enter PackNeutralProtos with auditor trigger Finalize -NameAuditor INFO Just Exited PackNeutralProtos with auditor trigger Finalize -NameAuditor INFO About to Enter PackRecVertex with auditor trigger Finalize -NameAuditor INFO Just Exited PackRecVertex with auditor trigger Finalize -NameAuditor INFO About to Enter PackTwoProngVertex with auditor trigger Finalize -NameAuditor INFO Just Exited PackTwoProngVertex with auditor trigger Finalize -NameAuditor INFO About to Enter PackMuonTracks with auditor trigger Finalize -NameAuditor INFO Just Exited PackMuonTracks with auditor trigger Finalize -NameAuditor INFO Just Exited PackDST with auditor trigger Finalize -NameAuditor INFO Just Exited OutputDSTSeq with auditor trigger Finalize -NameAuditor INFO Just Exited Output with auditor trigger Finalize -NameAuditor INFO Just Exited BrunelSequencer with auditor trigger Finalize -NameAuditor INFO About to Enter DstWriter with auditor trigger Finalize -DstWriter INFO Events output: 1 -NameAuditor INFO Just Exited DstWriter with auditor trigger Finalize -NameAuditor INFO About to Enter FSROutputStreamDstWriter with auditor trigger Finalize -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -NameAuditor INFO Just Exited FSROutputStreamDstWriter with auditor trigger Finalize -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 1 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 8 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 660 | 562 |( 85.15152 +- 1.384093)% | - | "MC particles per track" | 562 | 581 | 1.0338 | -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 173 | 173.00 | -BremChi22IDFuture INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 323 | 323.00 | 0.0000 | 323.00 | 323.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -BremMatchFuture INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 1 | 27127 | 27127.0 | 0.0000 | 27127.0 | 27127.0 | - | "#chi2" | 9143 |3.965301e+07 | 4337.0 | 2815.1 | 1.0676 | 10000.0 | - | "#good tracks" | 1 | 234 | 234.00 | 0.0000 | 234.00 | 234.00 | - | "#links in table" | 1 | 9143 | 9143.0 | 0.0000 | 9143.0 | 9143.0 | - | "#total calos" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -BremMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/BremMatch" | 1 | 9143 | 9143.0 | 0.0000 | 9143.0 | 9143.0 | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -BremPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 323 | 323.00 | 0.0000 | 323.00 | 323.00 | -BrunelInit.Brun... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -CaloClusterMCTruth INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CC2MC links" | 1 | 7976 | 7976.0 | - |*"No MC information for the cluster is found" | 279 | 1 |(0.3584229 +- 0.3577800)% | -CaloDigit2MCLin... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CD2MC links" | 1 | 23707 | 23707.0 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 1 | 6066 | 6066.0 | - | "#links/hypo" | 184 | 6066 | 32.967 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 1 | 526 | 526.00 | - | "#links/hypo" | 13 | 526 | 40.462 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 1 | 3800 | 3800.0 | - | "#links/hypo" | 155 | 3800 | 24.516 | -ChargedProtoPMaker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Track/Best ==> Rec/ProtoP/Charged" | 1 | 207 | 207.00 | 0.0000 | 207.00 | 207.00 | -ClassifyPhotonE... INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Electron Delta(E)" | 184 | 37807.13 | 205.47 | 249.23 | -906.74 | 2244.8 | - | "Electron Delta(X)" | 184 | -95.40528 | -0.51851 | 11.852 | -22.778 | 22.325 | - | "Electron Delta(Y)" | 184 | -235.2756 | -1.2787 | 11.773 | -22.777 | 22.321 | - | "Electron Delta(Z)" | 184 | 12406.68 | 67.428 | 13.939 | 34.862 | 97.376 | - | "Electron corrected energy" | 184 | 1387516 | 7540.8 | 7228.5 | 423.63 | 40294.0 | - | "Photon Delta(E)" | 155 | -1093.365 | -7.0540 | 122.46 | -716.41 | 520.18 | - | "Photon Delta(X)" | 155 | -201.4364 | -1.2996 | 13.517 | -22.778 | 22.325 | - | "Photon Delta(Y)" | 155 | -281.1706 | -1.8140 | 12.873 | -22.781 | 22.221 | - | "Photon Delta(Z)" | 155 | 9216.208 | 59.459 | 12.722 | 32.008 | 96.172 | - | "Photon corrected energy" | 155 | 672732.1 | 4340.2 | 6617.9 | 207.41 | 42739.0 | - | "electronHypos" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | - | "photonHypos" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 63 | 62.90493 | 0.99849 | 0.020303 | 0.96576 | 1.0620 | - | "<alpha> Middle" | 53 | 53.45665 | 1.0086 | 0.020758 | 0.97845 | 1.0580 | - | "<alpha> Outer" | 68 | 67.98995 | 0.99985 | 0.013547 | 0.97720 | 1.0268 | - | "Pileup offset" | 184 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 184 | 184 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 36 | 35.85905 | 0.99608 | 0.017179 | 0.96576 | 1.0512 | - | "<alpha> Middle" | 33 | 33.18631 | 1.0056 | 0.021147 | 0.98122 | 1.0580 | - | "<alpha> Outer" | 86 | 85.74595 | 0.99705 | 0.015923 | 0.97374 | 1.0533 | - | "Pileup offset" | 155 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 155 | 155 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 517 | 517.00 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 1 | 517 | 517.00 | -DownstreamAssoc... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 176 | 126 |( 71.59091 +- 3.399392)% | - | "MC particles per track" | 126 | 126 | 1.0000 | -EcalClusterMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/EcalClusters" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | -EcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 1 | 3041 | 3041.0 | 0.0000 | 3041.0 | 3041.0 | -EcalEFlowMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 1 | 3022 | 3022.0 | 0.0000 | 3022.0 | 3022.0 | -EcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | - | "#total energy" | 238 | 788.8078 | 3.3143 | 3.7843 | -0.0041320 | 20.752 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -EcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | -EcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | -ElectronMatchFu... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 1 | 39717 | 39717.0 | 0.0000 | 39717.0 | 39717.0 | - | "#chi2" | 4075 |1.968687e+07 | 4831.1 | 2877.5 | 1.3376 | 9999.8 | - | "#good tracks" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | - | "#links in table" | 1 | 4075 | 4075.0 | 0.0000 | 4075.0 | 4075.0 | - | "#total calos" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | -ElectronMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ElectronMatch" | 1 | 4075 | 4075.0 | 0.0000 | 4075.0 | 4075.0 | - | "Monitor /Event/Rec/Calo/Electrons" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | -ElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Electrons" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | -EtaMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 27 | 27.000 | 0.0000 | 27.000 | 27.000 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 57 | 57.000 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 1 | 34 | 34.000 | 0.0000 | 34.000 | 34.000 | - | "#seeds" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 1 | 37 | 37.000 | 0.0000 | 37.000 | 37.000 | - | "#seeds" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 1 | 132 | 132.00 | 0.0000 | 132.00 | 132.00 | - | "#seeds" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 1 | 156 | 156.00 | 0.0000 | 156.00 | 156.00 | - | "#seeds" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FilterForBestMC... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#seeds" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -ForwardBestAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 173 | 112 |( 64.73988 +- 3.632493)% | - | "MC particles per track" | 112 | 129 | 1.1518 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 57 | 54 |( 94.73684 +- 2.957639)% | - | "MC particles per track" | 54 | 64 | 1.1852 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 57 | 54 |( 94.73684 +- 2.957639)% | - | "MC particles per track" | 54 | 64 | 1.1852 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 57 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 57 | 8 | 0.14035 | 0.34735 | 0.0000 | 1.0000 | - | "chisqprobSum" | 57 | 22.41112 | 0.39318 | 0.32257 | 0.0000 | 0.99890 | - | "flipCharge" | 57 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 1 | 57 | 57.000 | 0.0000 | 57.000 | 57.000 | - | "nTracks" | 1 | 57 | 57.000 | 0.0000 | 57.000 | 57.000 | - | "numOutliers" | 57 | 55 | 0.96491 | 0.87789 | 0.0000 | 3.0000 | -FutureClusChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FutureClusterMatch INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 1 | 49493 | 49493.0 | 0.0000 | 49493.0 | 49493.0 | - | "#chi2" | 16909 | 7910632 | 467.84 | 288.77 | 0.0058746 | 999.81 | - | "#good tracks" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | - | "#links in table" | 1 | 16909 | 16909.0 | 0.0000 | 16909.0 | 16909.0 | - | "#total calos" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | -FutureEcalChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FutureEcalClust INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusterization passes" | 1 | 4 | 4.0000 | 0.0000 | 4.0000 | 4.0000 | - | "# clusters" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | - | "Cluster energy" | 279 | 1718453 | 6159.3 | 7291.5 | 176.60 | 42219.0 | - | "Cluster size" | 279 | 3691 | 13.229 | 3.9799 | 6.0000 | 30.000 | -FutureEcalCovar INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusters" | 279 | -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -FutureEcalCovar... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 12 | 58 | 4.8333 | 1.6750 | 3.0000 | 9.0000 | - | "Corrected Clusters: ET" | 12 | 2826.6 | 235.55 | 253.88 | 70.000 | 938.60 | - | "Corrected Clusters: size ratio" | 12 | 3.9217 | 0.32681 | 0.20820 | 0.0000 | 0.77119 | -FutureEcalShare INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(E)" | 427 | -16058.38 | -37.607 | 925.55 | -7445.8 | 6091.8 | - | "Delta(X)" | 427 | -28.46799 | -0.066670 | 5.2773 | -32.966 | 19.821 | - | "Delta(Y)" | 427 | 62.17308 | 0.14560 | 5.0373 | -24.537 | 23.772 | - | "Delta(Z)" | 427 | 0.00390625 | 9.1481e-06 | 0.00068152 | -0.00097656 | 0.00097656 | - | "negative E clusters (removed)" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -FutureEcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 1 | 0 |( 0.000000 +- 0.000000)% | -FutureHcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 1 | 0 |( 0.000000 +- 0.000000)% | -FutureNeutralPr... INFO Number of counters : 41 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "CaloClusterCode for Photon" | 155 | -1561 | -10.071 | 88.038 | -98.000 | 98.000 | - | "CaloClusterCode for PhotonFromMergedPi0" | 26 | 2142 | 82.385 | 14.446 | 43.000 | 98.000 | - | "CaloClusterCode for Pi0Merged" | 13 | -599 | -46.077 | 77.151 | -97.000 | 95.000 | - | "CaloClusterFrac for Photon" | 137 | 137.174 | 1.0013 | 0.052748 | 0.85374 | 1.2272 | - | "CaloClusterFrac for PhotonFromMergedPi0" | 26 | 13.91204 | 0.53508 | 0.20913 | 0.13079 | 0.92533 | - | "CaloClusterFrac for Pi0Merged" | 13 | 12.91845 | 0.99373 | 0.013249 | 0.95503 | 1.0012 | - | "CaloNeutralE19 for Photon" | 155 | 90.1665 | 0.58172 | 0.18268 | 0.23198 | 1.0762 | - | "CaloNeutralE19 for PhotonFromMergedPi0" | 26 | 18.70591 | 0.71946 | 0.25594 | 0.37462 | 1.6094 | - | "CaloNeutralE19 for Pi0Merged" | 13 | 6.018107 | 0.46293 | 0.12591 | 0.26000 | 0.71674 | - | "CaloNeutralE49 for Photon" | 155 | 136.2401 | 0.87897 | 0.097125 | 0.62684 | 1.1244 | - | "CaloNeutralE49 for PhotonFromMergedPi0" | 26 | 23.7473 | 0.91336 | 0.057579 | 0.78189 | 1.0000 | - | "CaloNeutralE49 for Pi0Merged" | 13 | 10.99077 | 0.84544 | 0.072269 | 0.72965 | 0.97754 | - | "CaloNeutralEcal for Photon" | 155 | 673825.5 | 4347.3 | 6635.9 | 212.32 | 42219.0 | - | "CaloNeutralEcal for PhotonFromMergedPi0" | 26 | 189984.2 | 7307.1 | 4032.8 | 1115.5 | 15138.0 | - | "CaloNeutralEcal for Pi0Merged" | 13 | 186603.4 | 14354.0 | 6437.0 | 5630.1 | 28444.0 | - | "CaloNeutralHcal2Ecal for Photon" | 155 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for PhotonFromMergedPi0" | 26 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for Pi0Merged" | 13 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralID for Photon" | 155 | 5816804 | 37528.0 | 3598.0 | 33174.0 | 44136.0 | - | "CaloNeutralID for PhotonFromMergedPi0" | 26 | 961969 | 36999.0 | 2291.2 | 33496.0 | 39711.0 | - | "CaloNeutralID for Pi0Merged" | 13 | 481047 | 37004.0 | 2289.9 | 33497.0 | 39710.0 | - | "CaloTrMatch for Photon" | 152 | 13095.67 | 86.156 | 129.56 | 4.0766 | 978.67 | - | "CaloTrMatch for PhotonFromMergedPi0" | 26 | 36.65961 | 1.4100 | 3.2765 | 0.015890 | 12.668 | - | "CaloTrMatch for Pi0Merged" | 13 | 18.32981 | 1.4100 | 3.2765 | 0.015890 | 12.668 | - | "ClusterAsX for Photon" | 155 | -3.198605 | -0.020636 | 0.20047 | -0.69821 | 0.48860 | - | "ClusterAsX for PhotonFromMergedPi0" | 26 | 0.7726665 | 0.029718 | 0.26126 | -0.67383 | 0.82838 | - | "ClusterAsY for Photon" | 155 |-0.03402244 |-0.00021950 | 0.20568 | -0.60684 | 0.49713 | - | "ClusterAsY for PhotonFromMergedPi0" | 26 | 2.31574 | 0.089067 | 0.19743 | -0.24475 | 0.50290 | - | "IsNotH for Photon" | 155 | 47.18513 | 0.30442 | 0.35159 | -1.0000 | 0.97760 | - | "IsNotH for Pi0Merged" | 13 | 2.642954 | 0.20330 | 0.22723 | 0.0041233 | 0.90162 | - | "IsPhoton for Photon" | 155 | 155 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | - | "IsPhoton for Pi0Merged" | 13 | 10.1345 | 0.77958 | 0.40299 | 0.0069255 | 1.0000 | - | "IsPhotonXGB for Photon" | 155 | 155 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | - | "IsPhotonXGB for Pi0Merged" | 13 | 11.38954 | 0.87612 | 0.23363 | 0.31061 | 1.0000 | - | "Neutral Protos" | 1 | 194 | 194.00 | 0.0000 | 194.00 | 194.00 | - | "Neutral Protos from MergedPi0s" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - | "Neutral Protos from Photons" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | - | "Neutral Protos from SplitPhotons" | 1 | 26 | 26.000 | 0.0000 | 26.000 | 26.000 | - | "ShowerShape for Photon" | 155 | 872688 | 5630.2 | 4524.0 | 379.60 | 24186.0 | - | "ShowerShape for PhotonFromMergedPi0" | 26 | 101456.4 | 3902.2 | 3003.3 | 890.36 | 12223.0 | - | "ShowerShape for Pi0Merged" | 13 | 99296.48 | 7638.2 | 5356.4 | 2021.0 | 18380.0 | -HcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Hcal/Digits" | 1 | 570 | 570.00 | 0.0000 | 570.00 | 570.00 | -HcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | - | "#total energy" | 228 | 2131.171 | 9.3472 | 13.894 | 0.0000 | 82.237 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -HcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | -HcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | -InBREMFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 360 | 360.00 | 0.0000 | 360.00 | 360.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#tracks in acceptance" | 1 | 260 | 260.00 | 0.0000 | 260.00 | 260.00 | -InECALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#tracks in acceptance" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | -InHCALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#tracks in acceptance" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | -MCRichDigitSumm... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 1 | 11669 | 11669.0 | 0.0000 | 11669.0 | 11669.0 | -MatchAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 169 | 117 |( 69.23077 +- 3.550296)% | - | "MC particles per track" | 117 | 134 | 1.1453 | -MergedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/MergedPi0s" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | -MergedPi0RecFuture INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Cluster without 2nd seed found" | 13 | 0 |( 0.000000 +- 0.000000)% | - | "Corrected energy" | 26 | 189816.3 | 7300.6 | 4030.6 | 1108.7 | 14888.0 | - |*"Fails to set covariance" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to set spread" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (1)" | 13 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (2)" | 13 | 0 |( 0.000000 +- 0.000000)% | - | "Photon Delta(E)" | 26 | -167.9192 | -6.4584 | 146.10 | -249.63 | 535.95 | - | "Photon Delta(X)" | 26 | 38.95008 | 1.4981 | 14.170 | -31.566 | 22.308 | - | "Photon Delta(Y)" | 26 | 16.64524 | 0.64020 | 11.881 | -19.229 | 22.104 | - | "Photon Delta(Z)" | 26 | 2022.394 | 77.784 | 8.2541 | 55.228 | 89.502 | - | "clusters => mergedPi0s" | 1 | 13 | 13.000 | - | "clusters => splitClusters" | 1 | 26 | 26.000 | -MergedPi0RecFut... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Middle" | 14 | 14.00333 | 1.0002 | 0.016155 | 0.98350 | 1.0418 | - | "<alpha> Outer" | 12 | 12.0487 | 1.0041 | 0.028555 | 0.98009 | 1.0669 | - | "Pileup offset" | 26 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 26 | 26 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -MergedPi0RecFut... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 4 | 22 | 5.5000 | 0.86603 | 4.0000 | 6.0000 | - | "Corrected Clusters: ET" | 4 | 3493.8 | 873.45 | 471.14 | 179.20 | 1406.0 | - | "Corrected Clusters: size ratio" | 4 | 2.237039 | 0.55926 | 0.52662 | 0.18007 | 1.4652 | -MuonIDAlgLite INFO Number of counters : 9 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "muonMVA2Stat" | 19 | -19.7092 | -1.0373 | 0.52008 | -2.0478 | -0.061268 | - | "nGoodOffline" | 193 | - | "nInAcceptance" | 155 | - | "nIsMuon" | 19 | - | "nIsMuonLoose" | 28 | - | "nIsMuonTight" | 11 | - | "nMomentumCut" | 164 | - | "nMuonPIDs" | 155 | - | "nPreSelTrack" | 152 | -MuonProcStatus INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "readoutStatus : create a procStatus" | 1 | -MuonROFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Accepted events" | 1 | 1 |( 100.0000 +- 0.000000)% | -MuonTrackFitter INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 28 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 19 | 8 | 0.42105 | 0.49373 | 0.0000 | 1.0000 | - | "chisqprobSum" | 19 | 5.329152 | 0.28048 | 0.34771 | 0.0000 | 0.87241 | - | "flipCharge" | 28 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 1 | 28 | 28.000 | 0.0000 | 28.000 | 28.000 | - | "nTracks" | 1 | 28 | 28.000 | 0.0000 | 28.000 | 28.000 | - | "numOutliers" | 28 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -PackMuonPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -PackMuonTracks INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 1 | 28 | 28.000 | 0.0000 | 28.000 | 28.000 | -PackRichPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 1 | 193 | 193.00 | 0.0000 | 193.00 | 193.00 | -PackTrack INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 1 | 5 | 5.0000 | -PhotonMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Clusters" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | - | "RelationsTable" | 1 | 16909 | 16909.0 | 0.0000 | 16909.0 | 16909.0 | -PhotonMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 1 | 304 | 304.00 | - | "Created long tracks" | 1 | 173 | 173.00 | - | "Input tracks" | 1 | 314 | 314.00 | - | "Number of candidate bins per track" | 304 | 13952 | 45.895 | 17.905 | 0.0000 | 82.000 | - | "Number of complete candidates/track 1st Loop" | 303 | 192 | 0.63366 | 0.76287 | 0.0000 | 4.0000 | - | "Number of complete candidates/track 2nd Loop" | 188 | 24 | 0.12766 | 0.36420 | 0.0000 | 2.0000 | - | "Number of x candidates per track 1st Loop" | 303 | 1320 | 4.3564 | 2.9882 | - | "Number of x candidates per track 2nd Loop" | 188 | 3330 | 17.713 | 9.0114 | - | "Percentage second loop execution" | 303 | 188 | 0.62046 | - | "Removed duplicates" | 1 | 12 | 12.000 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 144 | 581 | 4.0347 | - | "#tracks with hits added" | 144 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 1 | 84 | 84.000 | - | "Created long tracks" | 1 | 57 | 57.000 | - | "Input tracks" | 1 | 84 | 84.000 | - | "Number of candidate bins per track" | 84 | 2384 | 28.381 | 14.411 | 1.0000 | 59.000 | - | "Number of complete candidates/track 1st Loop" | 84 | 56 | 0.66667 | 0.49602 | 0.0000 | 2.0000 | - | "Number of complete candidates/track 2nd Loop" | 37 | 2 | 0.054054 | 0.22612 | 0.0000 | 1.0000 | - | "Number of x candidates per track 1st Loop" | 84 | 253 | 3.0119 | 2.2964 | - | "Number of x candidates per track 2nd Loop" | 37 | 484 | 13.081 | 7.3462 | - | "Percentage second loop execution" | 84 | 37 | 0.44048 | - | "Removed duplicates" | 1 | 1 | 1.0000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 1 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 14535 | 0 | 0.0000 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 1 | 176 | 176.00 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 657 | 4009.968 | 6.1035 | - | "#MatchingTracks" | 1 | 169 | 169.00 | - | "TracksMLP" | 657 | 168.5011 | 0.25647 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 145 | 579 | 3.9931 | - | "#tracks with hits added" | 145 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 1 | 180 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 1 | 180 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 1 | 314 | 314.00 | - | "#tracks" | 1 | 84 | 84.000 | -PrepareMuonHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Impossible MuonTileID" | 278 | 0 |( 0.000000 +- 0.000000)% | -ProtoElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/ProtoP/Charged" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -ResolvedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 20 | 20.000 | 0.0000 | 20.000 | 20.000 | -RichDLLsDown INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 1 | 30 | 30.000 | 0.0000 | 30.000 | 30.000 | - |*"Used RICH1 and RICH2" | 30 | 9 |( 30.00000 +- 8.366600)% | - |*"Used RICH1 only" | 30 | 17 |( 56.66667 +- 9.047201)% | - |*"Used RICH2 only" | 30 | 4 |( 13.33333 +- 6.206329)% | -RichDLLsLong INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 1 | 150 | 150.00 | 0.0000 | 150.00 | 150.00 | - |*"Used RICH1 and RICH2" | 150 | 60 |( 40.00000 +- 4.000000)% | - |*"Used RICH1 only" | 150 | 70 |( 46.66667 +- 4.073401)% | - |*"Used RICH2 only" | 150 | 20 |( 13.33333 +- 2.775555)% | -RichDLLsUp INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - |*"Used RICH1 and RICH2" | 13 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 13 | 13 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 13 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonDown1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 6 | 6 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 6 | 3 |( 50.00000 +- 20.41241)% | - |*"Used RICH1 only" | 6 | 1 |( 16.66667 +- 15.21452)% | - |*"Used RICH2 only" | 6 | 2 |( 33.33333 +- 19.24501)% | -RichPIDMonDown2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 7 | 7 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 29 | 22 |( 75.86207 +- 7.946271)% | - |*"Used RICH1 and RICH2" | 22 | 6 |( 27.27273 +- 9.495145)% | - |*"Used RICH1 only" | 22 | 14 |( 63.63636 +- 10.25593)% | - |*"Used RICH2 only" | 22 | 2 |( 9.090909 +- 6.129090)% | -RichPIDMonDown2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 9 | 9 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 35 | 28 |( 80.00000 +- 6.761234)% | - |*"Used RICH1 and RICH2" | 28 | 9 |( 32.14286 +- 8.825941)% | - |*"Used RICH1 only" | 28 | 15 |( 53.57143 +- 9.424976)% | - |*"Used RICH2 only" | 28 | 4 |( 14.28571 +- 6.613001)% | -RichPIDMonDown7... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | -RichPIDMonLong1... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 25 | 22 |( 88.00000 +- 6.499231)% | - |*"Track ID rate" | 52 | 52 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 52 | 31 |( 59.61538 +- 6.804332)% | - |*"Used RICH1 only" | 52 | 2 |( 3.846154 +- 2.666828)% | - |*"Used RICH2 only" | 52 | 19 |( 36.53846 +- 6.677728)% | -RichPIDMonLong2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 37 | 37 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 98 | 92 |( 93.87755 +- 2.421756)% | - |*"Used RICH1 and RICH2" | 92 | 27 |( 29.34783 +- 4.747411)% | - |*"Used RICH1 only" | 92 | 64 |( 69.56522 +- 4.797194)% | - |*"Used RICH2 only" | 92 | 1 |( 1.086957 +- 1.081033)% | -RichPIDMonLong2... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 62 | 59 |( 95.16129 +- 2.725205)% | - |*"Track ID rate" | 150 | 144 |( 96.00000 +- 1.600000)% | - |*"Used RICH1 and RICH2" | 144 | 58 |( 40.27778 +- 4.087140)% | - |*"Used RICH1 only" | 144 | 66 |( 45.83333 +- 4.152174)% | - |*"Used RICH2 only" | 144 | 20 |( 13.88889 +- 2.881921)% | -RichPIDMonLong7... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | -RichPIDMonUp10to70 INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 3 | 2 |( 66.66667 +- 27.21655)% | - |*"Track ID rate" | 5 | 4 |( 80.00000 +- 17.88854)% | - |*"Used RICH1 and RICH2" | 4 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 4 | 4 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 4 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to10 INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 9 | 9 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 9 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 9 | 9 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 9 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to100 INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 4 | 3 |( 75.00000 +- 21.65064)% | - |*"Track ID rate" | 14 | 13 |( 92.85714 +- 6.883029)% | - |*"Used RICH1 and RICH2" | 13 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 13 | 13 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 13 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp70t... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | -RichRecoStatsDown INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 1 | 6580 | 6580.0 | 0.0000 | 6580.0 | 6580.0 | - | "# Rich1Gas Segments" | 1 | 26 | 26.000 | 0.0000 | 26.000 | 26.000 | - | "# Rich2Gas Photons" | 1 | 679 | 679.00 | 0.0000 | 679.00 | 679.00 | - | "# Rich2Gas Segments" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - | "# Selected Tracks" | 1 | 30 | 30.000 | 0.0000 | 30.000 | 30.000 | - |*"RICH selection efficiency" | 37 | 30 |( 81.08108 +- 6.438832)% | -RichRecoStatsLong INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 1 | 31232 | 31232.0 | 0.0000 | 31232.0 | 31232.0 | - | "# Rich1Gas Segments" | 1 | 130 | 130.00 | 0.0000 | 130.00 | 130.00 | - | "# Rich2Gas Photons" | 1 | 6239 | 6239.0 | 0.0000 | 6239.0 | 6239.0 | - | "# Rich2Gas Segments" | 1 | 80 | 80.000 | 0.0000 | 80.000 | 80.000 | - | "# Selected Tracks" | 1 | 150 | 150.00 | 0.0000 | 150.00 | 150.00 | - |*"RICH selection efficiency" | 156 | 150 |( 96.15385 +- 1.539694)% | -RichRecoStatsUp INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 1 | 5535 | 5535.0 | 0.0000 | 5535.0 | 5535.0 | - | "# Rich1Gas Segments" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - | "# Rich2Gas Photons" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - |*"RICH selection efficiency" | 14 | 13 |( 92.85714 +- 6.883029)% | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 1 | 258 | 258.00 | -SeedingAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 258 | 217 |( 84.10853 +- 2.276105)% | - | "MC particles per track" | 217 | 217 | 1.0000 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 203 | -ToolSvc.TrackFu... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 5 | -TrackBestTrackC... INFO Number of counters : 33 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 778 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 66 | 35 |( 53.03030 +- 6.143261)% | - | "Downstream.chisqProbSum" | 66 | 8.902939 | 0.13489 | - |*"Downstream.flipCharge" | 66 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 66 | 65993.4 | 999.90 | - | "Downstream.numOutliers" | 66 | 68 | 1.0303 | - |*"FitFailed" | 778 | 0 |( 0.000000 +- 0.000000)% | - | "FittedBefore" | 51 | - |*"Long.badChisq" | 186 | 107 |( 57.52688 +- 3.624399)% | - | "Long.chisqProbSum" | 186 | 24.5878 | 0.13219 | - |*"Long.flipCharge" | 186 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 186 | 185981.4 | 999.90 | - | "Long.numOutliers" | 186 | 287 | 1.5430 | - |*"Ttrack.badChisq" | 97 | 4 |( 4.123711 +- 2.018896)% | - | "Ttrack.chisqProbSum" | 97 | 28.43159 | 0.29311 | - |*"Ttrack.flipCharge" | 97 | 7 |( 7.216495 +- 2.627318)% | - | "Ttrack.ghostProbability" | 97 | 96990.3 | 999.90 | - | "Ttrack.numOutliers" | 97 | 55 | 0.56701 | - |*"Upstream.badChisq" | 22 | 8 |( 36.36364 +- 10.25593)% | - | "Upstream.chisqProbSum" | 22 | 6.378182 | 0.28992 | - |*"Upstream.flipCharge" | 22 | 1 |( 4.545455 +- 4.440947)% | - | "Upstream.ghostProbability" | 22 | 21997.8 | 999.90 | - | "Upstream.numOutliers" | 22 | 30 | 1.3636 | - |*"Velo.badChisq" | 153 | 38 |( 24.83660 +- 3.493040)% | - | "Velo.chisqProbSum" | 153 | 57.26557 | 0.37428 | - |*"Velo.flipCharge" | 153 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 153 | 152984.7 | 999.90 | - | "Velo.numOutliers" | 153 | 178 | 1.1634 | - |*"VeloBackward.badChisq" | 203 | 8 |( 3.940887 +- 1.365583)% | - | "VeloBackward.chisqProbSum" | 203 | 97.83693 | 0.48196 | - |*"VeloBackward.flipCharge" | 203 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 203 | 202979.7 | 999.90 | - | "VeloBackward.numOutliers" | 203 | 72 | 0.35468 | -TrackDiMuonMonitor INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "numcombinations" | 1 | 132 | 132.00 | - | "numnegtracks" | 1 | 6 | 6.0000 | - | "numpostracks" | 1 | 22 | 22.000 | - | "numselected" | 1 | 0 | 0.0000 | -TrackMonitor INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream" | 1 | 37 | 37.000 | 0.0000 | 37.000 | 37.000 | - | "#Long" | 1 | 156 | 156.00 | 0.0000 | 156.00 | 156.00 | - | "#Tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#Ttrack" | 1 | 97 | 97.000 | 0.0000 | 97.000 | 97.000 | - | "#Upstream" | 1 | 14 | 14.000 | 0.0000 | 14.000 | 14.000 | - | "#Velo" | 1 | 153 | 153.00 | 0.0000 | 153.00 | 153.00 | - | "#VeloBackward" | 1 | 203 | 203.00 | 0.0000 | 203.00 | 203.00 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 176 | 176.00 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 169 | 169.00 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 84 | 76 |( 90.47619 +- 3.202822)% | - | "MC particles per track" | 76 | 76 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 1 | 4160 | 4160.0 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 517 | 504 |( 97.48549 +- 0.6885748)% | - | "MC particles per track" | 504 | 505 | 1.0020 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 1 | 4160 | 4160.0 | - | "Nb of Produced Tracks" | 1 | 517 | 517.00 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 84 | 84.000 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 1 | 137 | 0 | 0 | 0 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 1 | 1261 | 0 | 0 | 0 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 1 | 6056 | 0 | 0 | 0 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 1261 | 4.8025 | 5.8975 | 2.025 | 3.9377 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 1 | 0 | 0 | 0 | 0 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 1 | 1120 | 0 | 0 | 0 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 1 | 3736 | 0 | 0 | 0 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 1120 | 3.3357 | 3.3885 | 4.0885 | 27.13 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 4020 | 1.5065 | 1.4564 | 6.7458 | 90.08 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 2924 | 1.2777 | 1.2727 | 10.668 | 150.07 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 7 | 1.649 | 0.64793 | 0.37207 | -1.1246 | - | All/Rejected/CloneDist | "Track Clone Distance" | 7 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 7 | 0.16034 | 0.089344 | -0.0064151 | -1.1417 | - | All/Rejected/P | "Track Momentum" | 7 | 4668.7 | 1194.5 | 1.3543 | 2.2357 | - | All/Rejected/Pt | "Track Transverse Momentum" | 7 | 104.89 | 40.606 | 5.0655 | 14.632 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 30 | 1.5992 | 0.67684 | 0.24471 | -1.3318 | - | All/Selected/CloneDist | "Track Clone Distance" | 30 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 30 | 0.074294 | 0.10052 | 1.5836 | 1.4828 | - | All/Selected/P | "Track Momentum" | 30 | 8572.6 | 9067.5 | 2.4785 | 5.6062 | - | All/Selected/Pt | "Track Transverse Momentum" | 30 | 550.8 | 607.66 | 2.0404 | 3.5817 | - | nRichTracks | "# Rich Tracks / Event" | 1 | 30 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 1 | 37 | 0 | 0 | 0 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 3805 | 0.00050977 | 0.002474 | -0.12594 | -0.80509 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 764 |-0.00057625 | 0.0021044 | -0.34624 | -0.68865 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 6578 | 0.00069193 | 0.0024649 | -0.17396 | -0.8418 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 887 |-0.00040391 | 0.0020935 | -0.37294 | -0.58793 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 6578 | 3.1282 | 1.7894 | 0.028523 | -1.176 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 6578 | 0.045521 | 0.0082314 | -1.2941 | 1.0569 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 2773 | 0.00098191 | 0.0024223 | -0.24691 | -0.89262 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 123 | 0.00067084 | 0.0016603 | -0.098065 | -0.99556 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 255 |-9.0007e-05 | 0.0013503 | 0.095035 | -1.0535 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 64 | 3.8958e-05 | 0.0010769 | -0.37977 | -0.70253 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 424 | 0.00035877 | 0.0012482 | -0.19091 | -1.0188 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 388 | 0.00037413 | 0.0012467 | -0.19622 | -1.0405 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 679 | 0.00021414 | 0.001299 | -0.11937 | -1.0444 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 452 | 0.00034345 | 0.001236 | -0.18989 | -1.0022 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 679 | 2.9415 | 1.7792 | 0.22093 | -1.0757 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 679 | 0.026901 | 0.0043008 | -1.4484 | 1.4746 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 764 |-0.00057625 | 0.0021044 | -0.34624 | -0.68865 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 764 |-0.00057625 | 0.0021044 | -0.34624 | -0.68865 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 887 |-0.00040391 | 0.0020935 | -0.37294 | -0.58793 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 887 |-0.00040391 | 0.0020935 | -0.37294 | -0.58793 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 887 | 3.1927 | 1.8628 | -0.017338 | -1.3037 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 887 | 0.046401 | 0.008137 | -2.3214 | 5.7391 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 123 | 0.00067084 | 0.0016603 | -0.098065 | -0.99556 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 123 | 0.00067084 | 0.0016603 | -0.098065 | -0.99556 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 64 | 3.8958e-05 | 0.0010769 | -0.37977 | -0.70253 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 64 | 3.8958e-05 | 0.0010769 | -0.37977 | -0.70253 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 287 | 0.00018818 | 0.0012306 | -0.03031 | -0.96921 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 287 | 0.00018818 | 0.0012306 | -0.03031 | -0.96921 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 351 | 0.00016899 | 0.001213 | -0.052064 | -0.92032 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 351 | 0.00016899 | 0.001213 | -0.052064 | -0.92032 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 351 | 2.8188 | 1.906 | 0.30687 | -1.1719 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 351 | 0.026099 | 0.0052957 | -1.1239 | -0.16951 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 92.119 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 26 | 607.21 | 12.87 | 1.615 | 2.1052 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 6 | 267.44 | 212.61 | 0.058885 | -1.5696 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 24 | 469.41 | 131.7 | -0.98165 | -0.13787 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 21 | 436.44 | 146.28 | -0.60132 | -1.13 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 2 | 255.24 | 221.59 | 0.010206 | -2.0284 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 35 | 405.52 | 49.282 | -0.56837 | 0.040773 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 3 | 206.22 | 94.282 | -0.62918 | -1.5973 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 27 | 249.66 | 97.082 | -0.81893 | -0.30743 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 21 | 228.73 | 99.161 | -0.72939 | -0.3142 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 2 | 125.31 | 12.299 | 0.63601 | -1.8176 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 7.3758 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 26 | 55.779 | 1.1823 | 1.31 | 1.188 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 28.862 | 18.123 | -0.26477 | -1.3398 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 24 | 42.827 | 12.38 | -0.96922 | -0.15306 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 21 | 39.73 | 13.747 | -0.61259 | -1.0966 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 2 | 22.706 | 20.824 | 0.013515 | -2.0045 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 13 | 34.626 | 2.9181 | -0.7905 | -0.46244 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 3 | 19.243 | 9.1174 | -0.77119 | -1.325 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 12 | 29.816 | 3.1252 | -0.38929 | -0.77322 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 11 | 27.432 | 4.1197 | -0.013193 | -1.6088 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 2 | 11.465 | 1.1691 | -0.72799 | -1.5626 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 5.1631 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 26 | 36.531 | 1.9898 | 0.044774 | 0.48301 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 19.488 | 12.226 | -0.0044527 | -1.2047 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 24 | 28.131 | 8.6203 | -0.83604 | -0.51488 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 21 | 26.377 | 9.1983 | -0.60716 | -1.0508 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 2 | 14.735 | 13.559 | 0.014389 | -1.9878 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 13 | 16.342 | 7.2467 | -0.1418 | -1.1356 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 3 | 12.762 | 6.267 | -0.78184 | -1.2767 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 12 | 15.573 | 6.8512 | -0.34751 | -1.2829 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 11 | 15.593 | 6.2835 | -0.35611 | -1.4421 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 2 | 7.5672 | 1.3161 | 0.11052 | -0.81033 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 1 | 0.7 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 26 | 0.65523 | 0.038332 | -0.40916 | 0.88871 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 5 | 0.69591 | 0.051112 | -0.017362 | -1.4622 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 24 | 0.65489 | 0.05166 | -0.58649 | -0.57369 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 21 | 0.66455 | 0.053466 | -0.34658 | -0.90886 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 2 | 0.6375 | 0.0125 | 0.87199 | -0.57922 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 13 | 0.48135 | 0.2177 | -0.39559 | -1.3141 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 3 | 0.6553 | 0.059652 | 0.55136 | -1.7472 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 12 | 0.5107 | 0.19917 | -0.46833 | -1.2918 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 11 | 0.55269 | 0.1753 | -0.70985 | -0.89534 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 2 | 0.65513 | 0.047991 | -0.009088 | -1.8217 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 40 | 9.77e-15 | 0.029232 | -48.039 | 2188.2 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 2424 |-4.1331e-15 | 0.34033 | -0.1991 | 1.2846 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 320 | 8.36e-15 | 0.20326 | -0.10121 | 0.5149 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 1920 | 3.0938e-15 | 0.30714 | -0.3181 | 2.3235 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 1656 |-3.8616e-16 | 0.30264 | -0.39456 | 3.0008 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 104 | 1.7832e-14 | 0.14525 |-6.6296e-13 | 0.59504 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 2584 | 0.40148 | 19.992 | 0.017131 | 0.78222 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 224 | 5.2022e-15 | 5.5808 | 1.1263 | 2.0347 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 1680 | -0.38472 | 18.921 | -0.041099 | 1.1097 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 1304 | 0.34764 | 15.973 | 0.1338 | 2.5936 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 120 | 2.0132e-15 | 0.94184 | -0.0024936 | -0.16713 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 10 | -1.4233 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 10 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 10 | 1090.4 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 28 | -1.4394 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 28 | -4.7765 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 28 | 2184.7 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 6056 | 0.14719 | 0.10353 | 0.17164 | -1.2948 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 3736 | 0.066868 | 0.054889 | 2.1184 | 4.8292 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 30 | 2.4373 | 10.887 | 1.1171 | 0.62019 | - | deuteron/dll | "deuteron DLL" | 30 | 2.4037 | 10.82 | 1.1109 | 0.62803 | - | electron/dll | "electron DLL" | 30 | -3.2128 | 9.651 | -0.29788 | -0.22519 | - | kaon/dll | "kaon DLL" | 30 | 2.3519 | 10.881 | 1.0565 | 0.9987 | - | muon/dll | "muon DLL" | 30 | -2.8545 | 5.7048 | -0.95813 | 1.1274 | - | pion/dll | "pion DLL" | 30 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 30 | 2.6468 | 11.614 | 1.2031 | 0.79137 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 6 | 1.6169 | 0.55858 | 0.068127 | -0.94646 | - | All/Rejected/CloneDist | "Track Clone Distance" | 6 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 6 | 0.058382 | 0.027026 | 0.97766 | -0.94196 | - | All/Rejected/P | "Track Momentum" | 6 | 4804.6 | 1158.2 | 1.011 | 3.2673 | - | All/Rejected/Pt | "Track Transverse Momentum" | 6 | 81.763 | 23.584 |-0.00041796 | -3 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 150 | 1.3484 | 0.53045 | 0.93652 | 0.59411 | - | All/Selected/CloneDist | "Track Clone Distance" | 150 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 150 | 0.048811 | 0.082948 | 2.2942 | 4.9013 | - | All/Selected/P | "Track Momentum" | 150 | 9949.8 | 8955 | 1.8187 | 2.9529 | - | All/Selected/Pt | "Track Transverse Momentum" | 150 | 557.14 | 662.53 | 4.6039 | 28.825 | - | nRichTracks | "# Rich Tracks / Event" | 1 | 150 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 1 | 156 | 0 | 0 | 0 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 16430 | 0.000646 | 0.0022706 | 0.0077211 | -0.89121 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 3476 | 0.00015664 | 0.0019691 | -0.13382 | -0.61006 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 31044 | 0.00058193 | 0.0022893 | -0.026386 | -0.82966 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 8867 | 3.0919e-05 | 0.0020766 | -0.19668 | -0.60541 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 31044 | 3.129 | 1.7905 | 0.014002 | -1.1751 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 31044 | 0.045514 | 0.008551 | -1.3628 | 1.243 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 14614 | 0.00050784 | 0.0023085 | -0.060843 | -0.7762 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 5391 | -5.288e-05 | 0.0021411 | -0.21162 | -0.64642 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 2302 | 9.4314e-05 | 0.0013547 | -0.0007634 | -1.0895 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 1858 | 0.00012063 | 0.0013476 | 0.0038274 | -1.0879 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 3937 | 0.00010724 | 0.0012916 | -0.0060583 | -0.95889 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 3441 | 0.00011 | 0.0012878 | -0.0085702 | -0.95237 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 6239 | 0.00010257 | 0.0013148 | -0.0046284 | -1.0076 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 5299 | 0.00011371 | 0.001309 | -0.0033393 | -1.0015 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 6239 | 3.1872 | 1.8027 | -0.030206 | -1.2166 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 6239 | 0.026841 | 0.0043651 | -1.3068 | 0.99547 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 2457 |-7.0332e-05 | 0.0019436 | -0.19034 | -0.60145 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 2457 |-7.0332e-05 | 0.0019436 | -0.19034 | -0.60145 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 6157 |-0.00020782 | 0.0020861 | -0.24558 | -0.63571 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 6157 |-0.00020782 | 0.0020861 | -0.24558 | -0.63571 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 6157 | 3.1993 | 1.8218 | -0.051373 | -1.2091 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 6157 | 0.045127 | 0.0090065 | -1.3053 | 0.88911 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 3700 |-0.00030334 | 0.0021745 | -0.24674 | -0.71402 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 3700 |-0.00030334 | 0.0021745 | -0.24674 | -0.71402 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 712 | 0.00015012 | 0.0012811 | 0.022866 | -1.0857 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 712 | 0.00015012 | 0.0012811 | 0.022866 | -1.0857 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1236 | 0.00013277 | 0.0012562 | -0.0034233 | -0.91015 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1236 | 0.00013277 | 0.0012562 | -0.0034233 | -0.91015 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 1948 | 0.00013932 | 0.0012657 | 0.0072412 | -0.97848 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 1948 | 0.00013932 | 0.0012657 | 0.0072412 | -0.97848 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 1948 | 3.2561 | 1.7721 | -0.078626 | -1.1699 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 1948 | 0.026626 | 0.0048797 | -1.3228 | 0.71952 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 5 | 276.74 | 231.82 | 0.23194 | -1.7357 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 130 | 607.86 | 13.526 | 1.287 | 1.187 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 37 | 343.71 | 167.87 | -0.19437 | -1.1383 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 126 | 488.99 | 125.71 | -1.4531 | 1.3838 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 117 | 444.09 | 161.05 | -1.1895 | 0.33881 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 14 | 310.2 | 183.61 | 0.0036192 | -1.2129 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 258.98 | 2.7119 | 0.052447 | -2.9804 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 149 | 392.97 | 48.964 | 0.3242 | -1.0152 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 29 | 180.52 | 95.188 | -0.21389 | -1.066 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 123 | 274.17 | 89.295 | -1.3592 | 1.057 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 106 | 252.08 | 93.584 | -0.98753 | 0.0154 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 10 | 154.96 | 84.862 | 1.2634 | 0.066238 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 4 | 31.18 | 19.64 | -0.070005 | -1.9405 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 130 | 55.838 | 1.2425 | 1.2548 | 1.0759 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 36 | 31.917 | 15.043 | -0.15541 | -1.1951 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 126 | 44.667 | 11.821 | -1.4452 | 1.3399 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 117 | 40.455 | 15.128 | -1.1842 | 0.32067 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 30.082 | 15.89 | 0.049 | -1.2754 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 24.331 | 0.25833 | 0.01878 | -2.995 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 80 | 34.054 | 1.9524 | 0.20673 | -0.63448 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 29 | 16.755 | 9.19 | -0.19947 | -1.0278 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 74 | 30.25 | 3.1915 | -1.0859 | 1.5744 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 74 | 27.479 | 5.6107 | -1.3673 | 1.4296 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 10 | 14.311 | 8.1748 | 1.202 | -0.093829 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 4 | 19.329 | 12.784 | -0.062849 | -1.8476 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 130 | 37.109 | 2.6283 | 0.12293 | 0.34579 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 36 | 21.093 | 10.223 | -0.074187 | -1.1285 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 126 | 29.493 | 8.3236 | -1.1066 | 0.72291 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 117 | 26.895 | 10.237 | -1.0454 | 0.22264 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 19.326 | 10.769 | 0.045436 | -1.5275 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 16.116 | 0.133 | -24.395 | 120.9 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 80 | 18.35 | 5.9112 | -0.87572 | -0.21422 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 29 | 11.353 | 6.109 | -0.25975 | -0.99805 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 74 | 17.805 | 5.447 | -0.90994 | -0.33275 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 74 | 16.438 | 6.0538 | -0.9047 | -0.24313 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 10 | 9.5165 | 4.9858 | 1.3003 | 0.34022 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 4 | 0.59213 | 0.055378 | -0.73525 | -1.2525 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 130 | 0.66458 | 0.044575 | -0.023347 | -0.32924 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 36 | 0.65508 | 0.0784 | -1.1031 | 0.95146 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 126 | 0.65968 | 0.054548 | -0.24694 | 0.55574 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 117 | 0.66606 | 0.052606 | 0.12626 | 0.35666 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 13 | 0.6461 | 0.10488 | -1.4091 | 2.852 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 2 | 0.6625 | 0.0125 | 0.392 | -2.4352 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 80 | 0.54457 | 0.18495 | -0.82402 | -0.52769 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 29 | 0.68676 | 0.046941 | -0.21111 | -0.77341 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 74 | 0.58096 | 0.15707 | -0.85013 | -0.61108 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 74 | 0.57666 | 0.16266 | -0.98524 | -0.11361 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 10 | 0.67785 | 0.037828 | -0.51869 | 0.016166 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 272 |-2.6123e-17 | 0.15721 | -0.22711 | -0.38035 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 12024 | 5.2487e-15 | 0.30235 | -0.4794 | 1.5959 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2520 |-4.2196e-15 | 0.16893 | -0.37934 | 0.96094 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10264 | 2.9709e-15 | 0.25136 | -0.43189 | 1.9725 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9104 | 1.2991e-15 | 0.23614 | -0.34635 | 1.7133 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 880 | 6.3384e-16 | 0.15028 | -0.17143 | 0.13707 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 160 | 1.0747e-14 | 7.4244 | 0.54172 | -0.16056 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 11640 | 0.26658 | 15.69 | 0.10919 | 2.4719 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1912 |-2.5122e-15 | 5.8366 | 0.84361 | 0.95975 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 8528 | 0.0029472 | 14.425 | 0.084335 | 3.1574 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 7376 | -0.09118 | 13.017 | 0.077237 | 4.0211 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 624 |-7.9708e-15 | 6.0892 | 0.68344 | 1.1928 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 49 | -1.4208 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 49 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 49 | 1096.7 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 117 | -1.4805 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 117 | -4.8022 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 117 | 2109.6 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 6056 | 0.11857 | 0.084158 | 0.37553 | -1.0487 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 3736 | 0.061418 | 0.054732 | 2.1335 | 4.776 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 150 | -0.27835 | 10.895 | -0.71604 | 1.3599 | - | deuteron/dll | "deuteron DLL" | 150 | -0.43252 | 11.07 | -0.7738 | 1.4485 | - | electron/dll | "electron DLL" | 150 | -8.5372 | 12.441 | 0.21839 | 2.6618 | - | kaon/dll | "kaon DLL" | 150 | -1.3275 | 12.087 | -1.2278 | 2.5744 | - | muon/dll | "muon DLL" | 150 | -4.6397 | 7.9016 | -1.7637 | 5.458 | - | pion/dll | "pion DLL" | 150 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 150 | -0.17847 | 10.857 | -0.74567 | 1.5409 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1 | 1.1417 | 0 | 0 | 0 | - | All/Rejected/CloneDist | "Track Clone Distance" | 1 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 1 | 0.011212 | 0 | 0 | 0 | - | All/Rejected/P | "Track Momentum" | 1 | 47852 | 0 | 0 | 0 | - | All/Rejected/Pt | "Track Transverse Momentum" | 1 | 668.64 | 0 | 0 | 0 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 13 | 1.0391 | 0.23972 | 0.50973 | -0.79169 | - | All/Selected/CloneDist | "Track Clone Distance" | 13 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 13 | 0.081505 | 0.094501 | 2.1394 | 3.7415 | - | All/Selected/P | "Track Momentum" | 13 | 10245 | 7015 | 0.8236 | -0.86454 | - | All/Selected/Pt | "Track Transverse Momentum" | 13 | 601.47 | 190.75 | -0.10369 | -1.1888 | - | nRichTracks | "# Rich Tracks / Event" | 1 | 13 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 1 | 14 | 0 | 0 | 0 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 3144 |-3.6096e-05 | 0.0026967 | -0.030978 | -1.0536 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1234 |-0.00038695 | 0.0024298 | -0.16427 | -0.99722 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 4962 |-0.00020088 | 0.0026755 | -0.010966 | -1.0551 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 2720 |-0.00054696 | 0.0024437 | -0.11786 | -1.0963 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 4962 | 3.1158 | 1.7964 | 0.019636 | -1.1823 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 4962 | 0.039355 | 0.011998 | -0.65978 | -0.65631 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 1818 |-0.00047909 | 0.0026158 | 0.006352 | -1.0834 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 1486 |-0.00069469 | 0.0024471 | -0.07476 | -1.1811 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1234 |-0.00038695 | 0.0024298 | -0.16427 | -0.99722 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1234 |-0.00038695 | 0.0024298 | -0.16427 | -0.99722 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 2720 |-0.00054696 | 0.0024437 | -0.11786 | -1.0963 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 2720 |-0.00054696 | 0.0024437 | -0.11786 | -1.0963 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 2720 | 3.0699 | 1.7642 | 0.059213 | -1.1567 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 2720 | 0.037755 | 0.012002 | -0.52962 | -0.74785 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 1486 |-0.00069469 | 0.0024471 | -0.07476 | -1.1811 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 1486 |-0.00069469 | 0.0024471 | -0.07476 | -1.1811 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 13 | 606.81 | 18.126 | 2.0838 | 3.3689 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 374.34 | 168.26 | -1.228 | -0.183 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 13 | 509.8 | 129.66 | -1.8576 | 1.8796 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 12 | 488.72 | 154.6 | -2.4859 | 5.1116 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 3 | 195.83 | 71.039 | -0.54162 | -1.6603 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 13 | 55.742 | 1.6651 | 1.7088 | 2.1125 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 33.916 | 15.816 | -1.2198 | -0.16705 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 13 | 46.625 | 12.196 | -1.8892 | 1.9745 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 12 | 44.697 | 14.382 | -2.3458 | 4.5628 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 3 | 17.144 | 6.6771 | -0.63367 | -1.2983 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 13 | 39.298 | 2.3834 | 0.54017 | -0.41047 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 22.467 | 10.193 | -1.4936 | 0.33103 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 13 | 32.196 | 8.2853 | -1.6818 | 1.3314 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 12 | 29.618 | 10.09 | -1.9046 | 2.9891 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 3 | 11.491 | 3.6967 | -0.74894 | -1.0928 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 13 | 0.70484 | 0.033723 | 0.036099 | -1.2444 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 5 | 0.6658 | 0.045159 | 1.2488 | 0.36729 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 13 | 0.6962 | 0.045226 | -0.3265 | -0.58247 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 12 | 0.65691 | 0.042702 | -0.32706 | -0.081017 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 3 | 0.69896 | 0.073966 | 0.63768 | -1.2549 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 1184 | 3.6967e-15 | 0.33196 | -0.44034 | 1.0702 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 360 | -9.316e-15 | 0.15289 | 0.32335 | 2.5313 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 1080 | 1.5461e-15 | 0.27877 | -0.32207 | 1.586 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 968 | 1.2736e-14 | 0.26066 | -0.15399 | 1.4253 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 168 | 7.7821e-15 | 0.081571 | -0.70188 | 33.139 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 6 | -1.4244 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 6 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 6 | 1088.1 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 6056 | 0.1575 | 0.11335 | 0.23591 | -1.1947 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 13 | 0.98256 | 6.6554 | -0.56606 | -0.97161 | - | deuteron/dll | "deuteron DLL" | 13 | 0.98256 | 6.6554 | -0.56606 | -0.97161 | - | electron/dll | "electron DLL" | 13 | -7.2772 | 7.7876 | -1.3267 | 0.47408 | - | kaon/dll | "kaon DLL" | 13 | 2.2838 | 7.8076 | 0.13862 | 0.16185 | - | muon/dll | "muon DLL" | 13 | -3.1698 | 4.7441 | -1.144 | -0.064858 | - | pion/dll | "pion DLL" | 13 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 13 | 1.0558 | 6.5345 | -0.67346 | -0.88116 | -ChargedProtoANN...SUCCESS 1D histograms in directory "PROTO/ChargedProtoANNPIDMoni" : 18 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Downstream/ElectronANN | "Downstream Electron ANN PID" | 37 | 0.46966 | 0.37409 | -0.051749 | -1.6371 | - | Downstream/GhostANN | "Downstream Ghost ANN PID" | 37 | 0.48245 | 0.37981 | 0.015368 | -1.5607 | - | Downstream/KaonANN | "Downstream Kaon ANN PID" | 37 | 0.056774 | 0.15911 | 5.0592 | 25.749 | - | Downstream/MuonANN | "Downstream Muon ANN PID" | 37 | 5.0749e-05 | 0.00017085 | 24311 | 7.0428e+05 | - | Downstream/PionANN | "Downstream Pion ANN PID" | 37 | 0.34852 | 0.34912 | 0.6946 | -0.96886 | - | Downstream/ProtonANN | "Downstream Proton ANN PID" | 37 | 0.12551 | 0.26848 | 2.4218 | 4.0666 | - | Long/ElectronANN | "Long Electron ANN PID" | 156 | 0.16909 | 0.31184 | 1.7058 | 1.3061 | - | Long/GhostANN | "Long Ghost ANN PID" | 156 | 0.35459 | 0.39618 | 0.63174 | -1.3388 | - | Long/KaonANN | "Long Kaon ANN PID" | 156 | 0.15847 | 0.28742 | 1.9666 | 2.3277 | - | Long/MuonANN | "Long Muon ANN PID" | 156 | 0.00037592 | 0.001112 | 71.906 | 296.01 | - | Long/PionANN | "Long Pion ANN PID" | 156 | 0.51152 | 0.41341 | -0.08228 | -1.749 | - | Long/ProtonANN | "Long Proton ANN PID" | 156 | 0.1806 | 0.28088 | 1.7887 | 1.8899 | - | Upstream/ElectronANN | "Upstream Electron ANN PID" | 14 | 0.0021022 | 0.0027619 | 1.1551 | -1.7881 | - | Upstream/GhostANN | "Upstream Ghost ANN PID" | 14 | 0.090541 | 0.13031 | 1.7012 | 1.3652 | - | Upstream/KaonANN | "Upstream Kaon ANN PID" | 14 | 0.26853 | 0.25996 | 1.4068 | 1.6629 | - | Upstream/MuonANN | "Upstream Muon ANN PID" | 14 | 0.0058811 | 0.0071663 | 1.6492 | 0.99336 | - | Upstream/PionANN | "Upstream Pion ANN PID" | 14 | 0.547 | 0.27593 | -0.23767 | -0.90286 | - | Upstream/ProtonANN | "Upstream Proton ANN PID" | 14 | 0.15756 | 0.14389 | 1.8505 | 3.3008 | -RiCKMCResDown SUCCESS 1D histograms in directory "RICH/RiCKMCResDown" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 6578 | 0.00045631 | 0.0024456 | -0.11484 | -0.80986 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 1744 |-0.00058409 | 0.0021413 | -0.23431 | -0.9434 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 6578 | 0.00069193 | 0.0024649 | -0.17396 | -0.8418 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 887 |-0.00040391 | 0.0020935 | -0.37294 | -0.58793 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 6276 | 0.00049409 | 0.0025477 | -0.15008 | -0.94094 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1613 |-0.00068226 | 0.0022352 | -0.14339 | -1.0948 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 6276 | 0.00072392 | 0.002543 | -0.2061 | -0.93804 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 828 |-0.00050568 | 0.0021553 | -0.27233 | -0.72662 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 302 | 0.00012643 | 0.0011859 | 0.19942 | 0.65217 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 131 | 5.5148e-05 | 0.0011992 | -0.17792 | 0.0009917 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 302 | 0.00031088 | 0.0011234 | 0.59209 | 1.0284 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 59 | 0.00055477 | 0.00094457 | -0.097104 | -0.56474 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 6276 | 3.1305 | 1.7901 | 0.028866 | -1.1769 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 302 | 3.0795 | 1.774 | 0.01991 | -1.1599 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 6276 | 0.045467 | 0.0082723 | -1.2782 | 1.01 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 302 | 0.046646 | 0.0072426 | -1.6648 | 2.313 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 679 | 0.00012779 | 0.0012315 | -0.087404 | -0.88879 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 388 | 0.00018384 | 0.0011703 | -0.098339 | -0.81608 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 679 | 0.00021414 | 0.001299 | -0.11937 | -1.0444 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 452 | 0.00034345 | 0.001236 | -0.18989 | -1.0022 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 601 | 0.00017524 | 0.0013497 | -0.17348 | -1.1753 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 325 | 0.00024976 | 0.0012945 | -0.21878 | -1.1202 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 601 | 0.00019539 | 0.0013625 | -0.11263 | -1.1712 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 380 | 0.00034272 | 0.0013141 | -0.21761 | -1.1463 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 78 | -5.577e-05 | 0.00054223 | 0.11084 | 1.487 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 63 |-2.9611e-05 | 0.0005651 | 0.025713 | 1.4384 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 78 | 0.00031352 | 0.00088363 | 0.26413 | -0.65333 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 72 | 0.00034615 | 0.00089095 | 0.20826 | -0.67236 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 601 | 2.9043 | 1.7694 | 0.26421 | -1.0244 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 78 | 3.2285 | 1.8276 | -0.10821 | -1.2765 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 601 | 0.026806 | 0.0043072 | -1.3773 | 1.3778 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 78 | 0.027633 | 0.0041801 | -2.0918 | 2.8245 | -RiCKMCResDownTightSUCCESS 1D histograms in directory "RICH/RiCKMCResDownTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 6578 | 0.00045631 | 0.0024456 | -0.11484 | -0.80986 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 1744 |-0.00058409 | 0.0021413 | -0.23431 | -0.9434 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 6578 | 0.00069193 | 0.0024649 | -0.17396 | -0.8418 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 887 |-0.00040391 | 0.0020935 | -0.37294 | -0.58793 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 6276 | 0.00049409 | 0.0025477 | -0.15008 | -0.94094 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 1613 |-0.00068226 | 0.0022352 | -0.14339 | -1.0948 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 6276 | 0.00072392 | 0.002543 | -0.2061 | -0.93804 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 828 |-0.00050568 | 0.0021553 | -0.27233 | -0.72662 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 302 | 0.00012643 | 0.0011859 | 0.19942 | 0.65217 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 131 | 5.5148e-05 | 0.0011992 | -0.17792 | 0.0009917 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 302 | 0.00031088 | 0.0011234 | 0.59209 | 1.0284 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 59 | 0.00055477 | 0.00094457 | -0.097104 | -0.56474 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 6276 | 3.1305 | 1.7901 | 0.028866 | -1.1769 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 302 | 3.0795 | 1.774 | 0.01991 | -1.1599 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 6276 | 0.045467 | 0.0082723 | -1.2782 | 1.01 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 302 | 0.046646 | 0.0072426 | -1.6648 | 2.313 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 679 | 0.00012779 | 0.0012315 | -0.087404 | -0.88879 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 388 | 0.00018384 | 0.0011703 | -0.098339 | -0.81608 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 679 | 0.00021414 | 0.001299 | -0.11937 | -1.0444 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 452 | 0.00034345 | 0.001236 | -0.18989 | -1.0022 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 601 | 0.00017524 | 0.0013497 | -0.17348 | -1.1753 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 325 | 0.00024976 | 0.0012945 | -0.21878 | -1.1202 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 601 | 0.00019539 | 0.0013625 | -0.11263 | -1.1712 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 380 | 0.00034272 | 0.0013141 | -0.21761 | -1.1463 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 78 | -5.577e-05 | 0.00054223 | 0.11084 | 1.487 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 63 |-2.9611e-05 | 0.0005651 | 0.025713 | 1.4384 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 78 | 0.00031352 | 0.00088363 | 0.26413 | -0.65333 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 72 | 0.00034615 | 0.00089095 | 0.20826 | -0.67236 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 601 | 2.9043 | 1.7694 | 0.26421 | -1.0244 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 78 | 3.2285 | 1.8276 | -0.10821 | -1.2765 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 601 | 0.026806 | 0.0043072 | -1.3773 | 1.3778 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 78 | 0.027633 | 0.0041801 | -2.0918 | 2.8245 | -RiCKMCResLong SUCCESS 1D histograms in directory "RICH/RiCKMCResLong" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 34200 | 0.00036932 | 0.0023112 | -0.039032 | -0.74881 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 11853 |-0.00029015 | 0.0021497 | -0.19242 | -0.7465 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 31044 | 0.00058193 | 0.0022893 | -0.026386 | -0.82966 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 8867 | 3.0919e-05 | 0.0020766 | -0.19668 | -0.60541 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 32104 | 0.00041336 | 0.0024448 | -0.085708 | -0.94725 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 10921 |-0.00034098 | 0.0022886 | -0.12993 | -0.98756 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 28948 | 0.00064323 | 0.0023919 | -0.090491 | -0.97482 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 8061 | 3.8546e-05 | 0.002193 | -0.19119 | -0.82392 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 2096 | 7.2505e-05 | 0.00098017 | 0.28624 | 1.0962 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 932 | 1.8441e-05 | 0.0008763 | 0.069772 | 0.75034 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 2096 | 0.00010461 | 0.001114 | 0.39963 | 2.3422 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 806 |-2.0471e-05 | 0.00097875 | -0.67639 | 3.1489 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 32104 | 3.1273 | 1.7922 | 0.014966 | -1.1788 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 2096 | 3.1536 | 1.7652 | 0.00049347 | -1.1189 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 32104 | 0.045459 | 0.0086322 | -1.3429 | 1.1755 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 2096 | 0.046333 | 0.0072097 | -1.6715 | 2.3154 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 7357 | 9.2031e-05 | 0.0012794 | -0.019737 | -0.9393 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 5441 | 9.3245e-05 | 0.0012695 | -0.013473 | -0.91777 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 6239 | 0.00010257 | 0.0013148 | -0.0046284 | -1.0076 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 5299 | 0.00011371 | 0.001309 | -0.0033393 | -1.0015 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 6759 | 0.00011323 | 0.0013673 | -0.055601 | -1.1525 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4919 | 0.00011378 | 0.0013613 | -0.047227 | -1.143 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 5641 | 0.00012227 | 0.0013835 | -0.041525 | -1.1737 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4764 | 0.00013458 | 0.0013802 | -0.042704 | -1.173 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 598 |-1.5803e-05 | 0.00066322 | 0.036149 | 0.98948 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 522 |-1.0355e-05 | 0.0006179 | -0.091505 | 0.57977 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 598 |-1.5523e-05 | 0.00077527 | 0.26325 | 1.3432 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 535 | -1.093e-05 | 0.0007424 | 0.2797 | 1.4225 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 6759 | 3.1952 | 1.7975 | -0.034998 | -1.2069 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 598 | 3.1068 | 1.8528 | 0.021531 | -1.3044 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 6759 | 0.026731 | 0.004497 | -1.2324 | 0.73315 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 598 | 0.027944 | 0.0024465 | -1.9807 | 4.2585 | -RiCKMCResLongTightSUCCESS 1D histograms in directory "RICH/RiCKMCResLongTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 34200 | 0.00036932 | 0.0023112 | -0.039032 | -0.74881 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 11853 |-0.00029015 | 0.0021497 | -0.19242 | -0.7465 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 31044 | 0.00058193 | 0.0022893 | -0.026386 | -0.82966 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 8867 | 3.0919e-05 | 0.0020766 | -0.19668 | -0.60541 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 32104 | 0.00041336 | 0.0024448 | -0.085708 | -0.94725 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 10921 |-0.00034098 | 0.0022886 | -0.12993 | -0.98756 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 28948 | 0.00064323 | 0.0023919 | -0.090491 | -0.97482 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 8061 | 3.8546e-05 | 0.002193 | -0.19119 | -0.82392 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 2096 | 7.2505e-05 | 0.00098017 | 0.28624 | 1.0962 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 932 | 1.8441e-05 | 0.0008763 | 0.069772 | 0.75034 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 2096 | 0.00010461 | 0.001114 | 0.39963 | 2.3422 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 806 |-2.0471e-05 | 0.00097875 | -0.67639 | 3.1489 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 32104 | 3.1273 | 1.7922 | 0.014966 | -1.1788 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 2096 | 3.1536 | 1.7652 | 0.00049347 | -1.1189 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 32104 | 0.045459 | 0.0086322 | -1.3429 | 1.1755 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 2096 | 0.046333 | 0.0072097 | -1.6715 | 2.3154 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 7357 | 9.2031e-05 | 0.0012794 | -0.019737 | -0.9393 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 5441 | 9.3245e-05 | 0.0012695 | -0.013473 | -0.91777 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 6239 | 0.00010257 | 0.0013148 | -0.0046284 | -1.0076 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 5299 | 0.00011371 | 0.001309 | -0.0033393 | -1.0015 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 6759 | 0.00011323 | 0.0013673 | -0.055601 | -1.1525 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4919 | 0.00011378 | 0.0013613 | -0.047227 | -1.143 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 5641 | 0.00012227 | 0.0013835 | -0.041525 | -1.1737 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4764 | 0.00013458 | 0.0013802 | -0.042704 | -1.173 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 598 |-1.5803e-05 | 0.00066322 | 0.036149 | 0.98948 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 522 |-1.0355e-05 | 0.0006179 | -0.091505 | 0.57977 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 598 |-1.5523e-05 | 0.00077527 | 0.26325 | 1.3432 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 535 | -1.093e-05 | 0.0007424 | 0.2797 | 1.4225 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 6759 | 3.1952 | 1.7975 | -0.034998 | -1.2069 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 598 | 3.1068 | 1.8528 | 0.021531 | -1.3044 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 6759 | 0.026731 | 0.004497 | -1.2324 | 0.73315 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 598 | 0.027944 | 0.0024465 | -1.9807 | 4.2585 | -RiCKMCResUp SUCCESS 1D histograms in directory "RICH/RiCKMCResUp" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 4962 |-2.9719e-05 | 0.0026237 | -0.0926 | -1.0009 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 2258 |-0.00047504 | 0.0024087 | -0.1478 | -1.0351 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 4962 |-0.00020088 | 0.0026755 | -0.010966 | -1.0551 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 2720 |-0.00054696 | 0.0024437 | -0.11786 | -1.0963 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 4786 |-4.2838e-05 | 0.0027768 | -0.077068 | -1.196 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 2171 |-0.00054895 | 0.0025698 | -0.064838 | -1.2592 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 4786 |-0.00018206 | 0.0027676 | -0.0073644 | -1.1825 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 2612 |-0.00055598 | 0.0025448 | -0.05928 | -1.2526 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 176 | 6.7006e-05 | 0.00088126 | 0.25674 | -0.43447 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 87 |-1.4606e-05 | 0.00074971 | 0.40938 | -0.3756 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 176 |-0.00039959 | 0.0013482 | -1.7382 | 3.6701 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 108 |-0.00048372 | 0.0015586 | -1.6265 | 2.2961 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 4786 | 3.1117 | 1.8027 | 0.025223 | -1.1889 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 176 | 3.2288 | 1.6123 | -0.14025 | -0.9728 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 4786 | 0.039031 | 0.012029 | -0.62021 | -0.69347 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 176 | 0.047942 | 0.0069157 | -2.6289 | 5.588 | -RiCKMCResUpTight SUCCESS 1D histograms in directory "RICH/RiCKMCResUpTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 4962 |-2.9719e-05 | 0.0026237 | -0.0926 | -1.0009 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 2258 |-0.00047504 | 0.0024087 | -0.1478 | -1.0351 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 4962 |-0.00020088 | 0.0026755 | -0.010966 | -1.0551 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 2720 |-0.00054696 | 0.0024437 | -0.11786 | -1.0963 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 4786 |-4.2838e-05 | 0.0027768 | -0.077068 | -1.196 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 2171 |-0.00054895 | 0.0025698 | -0.064838 | -1.2592 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 4786 |-0.00018206 | 0.0027676 | -0.0073644 | -1.1825 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 2612 |-0.00055598 | 0.0025448 | -0.05928 | -1.2526 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 176 | 6.7006e-05 | 0.00088126 | 0.25674 | -0.43447 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 87 |-1.4606e-05 | 0.00074971 | 0.40938 | -0.3756 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 176 |-0.00039959 | 0.0013482 | -1.7382 | 3.6701 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 108 |-0.00048372 | 0.0015586 | -1.6265 | 2.2961 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 4786 | 3.1117 | 1.8027 | 0.025223 | -1.1889 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 176 | 3.2288 | 1.6123 | -0.14025 | -0.9728 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 4786 | 0.039031 | 0.012029 | -0.62021 | -0.69347 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 176 | 0.047942 | 0.0069157 | -2.6289 | 5.588 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 37 | 1.6087 | 0.67175 | 0.44432 | -1.1223 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 37 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 37 | 0.085766 | 0.10333 | 2.5336 | 3.3382 | - | All/effVP | "RICH Track Sel. Eff. V P" | 37 | 7834 | 8323 | 11.47 | 38.854 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 37 | 541.31 | 599.58 | 6.2322 | 14.769 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 26 | 7198.1 | 7350.1 | 6.5251 | 23.667 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 6 | 16804 | 10051 | 3.3982 | 4.2972 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 24 | 7646.5 | 7477.4 | 7.5399 | 26.7 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 21 | 8399.5 | 7704.7 | 7.0555 | 23.439 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 2 | 28043 | 10008 | 0.89464 | -1.9793 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 35 | 8134.3 | 8437.5 | 5.8438 | 18.371 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 3 | 31925 | 9861.6 | 0.055106 | -2.2886 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 27 | 9727.4 | 9006.6 | 6.1594 | 17.001 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 21 | 11390 | 9583.2 | 5.0287 | 11.615 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 2 | 38881 | 852.77 | 1.3105 | -0.38976 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 26 | 7198.1 | 7350.1 | 6.5251 | 23.667 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 18373 | 10317 | 2.4793 | 1.9112 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 24 | 7646.5 | 7477.4 | 7.5695 | 26.814 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 21 | 8399.5 | 7704.7 | 7.0852 | 23.548 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 2 | 28043 | 10008 | 0.94204 | -1.9759 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 13 | 14579 | 10934 | 2.1916 | 2.2708 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 3 | 31925 | 9861.6 | 0.078949 | -2.3144 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 12 | 15190 | 11166 | 2.1398 | 1.9425 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 11 | 16020 | 11303 | 2.2059 | 1.8072 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 2 | 38881 | 852.77 | 1.3175 | -0.38284 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 26 | 7198.1 | 7350.1 | 7.0265 | 25.772 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 18373 | 10317 | 2.5839 | 2.1274 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 24 | 7646.5 | 7477.4 | 8.1423 | 29.127 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 21 | 8399.5 | 7704.7 | 7.5778 | 25.438 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 2 | 28043 | 10008 | 0.94501 | -1.9757 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 13 | 14579 | 10934 | 2.8522 | 3.573 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 3 | 31925 | 9861.6 | 0.083636 | -2.3499 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 12 | 15190 | 11166 | 2.6532 | 2.8706 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 11 | 16020 | 11303 | 2.4615 | 2.2215 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 2 | 38881 | 852.77 | 1.449 | -0.25223 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 40 | 0.074025 | 1.8131 | 3.6065e+12 |-1.3674e+12 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 2424 | 0.0020898 | 1.8154 | -130.69 | -128.21 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 320 | 0.029355 | 1.8153 | 322.56 | -181.97 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 1920 | 0.0046355 | 1.8157 | -37.651 | -59.915 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 1656 | 0.010644 | 1.8158 | -38.41 | -83.889 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 104 | 0.055485 | 1.8136 | 3368.7 | -887.5 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 79 | 1.1899 | 1.1146 | 0.40518 | -1.6706 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 79 | 0.045856 | 0.0086054 | -2.1176 | 2.4599 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 2584 | 0.24814 | 2.0353 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 224 | -0.014984 | 1.8076 | -22.344 | -119.4 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 1680 | 0.36881 | 1.8804 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 1304 | 0.37048 | 1.9274 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 120 | -0.0090284 | 1.8089 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 87 | 0.96552 | 0.98784 | 3.3484 | 4.0883 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 87 | 0.027112 | 0.003868 | -1.1854 | 0.35719 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 156 | 1.3587 | 0.53406 | 4.0705 | 9.3217 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 156 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 156 | 0.049034 | 0.082094 | 10.581 | 33.066 | - | All/effVP | "RICH Track Sel. Eff. V P" | 156 | 9749.3 | 8838 | 9.1113 | 25.168 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 156 | 573.53 | 667.85 | 40.079 | 271.28 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 5 | 38122 | 3135.2 | 1.3135 | -1.2973 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 130 | 8074.6 | 7112.9 | 11.592 | 42.717 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 37 | 16971 | 8117.3 | 4.895 | 10.219 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 126 | 8280.3 | 7132.4 | 12.567 | 46.001 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 117 | 8746.3 | 7201.4 | 12.105 | 43.255 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 14 | 25976 | 7777.2 | 2.4667 | 1.7256 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 149 | 10066 | 8875 | 6.4688 | 16.739 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 29 | 25905 | 8320.8 | 1.7552 | 0.065554 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 123 | 11637 | 9038.7 | 6.3534 | 14.963 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 106 | 12900 | 9147.8 | 5.6351 | 12.15 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 10 | 37815 | 2037.6 | 1.5197 | 2.4788 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 4 | 40041 | 1922.8 | 0.50426 | -1.8152 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 130 | 8074.6 | 7112.9 | 11.592 | 42.717 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 36 | 17206 | 8117.9 | 4.756 | 9.7533 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 126 | 8280.3 | 7132.4 | 12.588 | 46.085 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 117 | 8746.3 | 7201.4 | 12.14 | 43.389 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 26763 | 7652.4 | 2.1733 | 1.1438 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 80 | 15043 | 9604 | 2.9694 | 4.5501 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 29 | 25905 | 8320.8 | 1.7862 | 0.09674 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 74 | 15848 | 9563.8 | 3.0436 | 4.4164 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 74 | 15848 | 9563.8 | 3.2713 | 4.8429 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 10 | 37815 | 2037.6 | 1.5785 | 2.5146 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 4 | 40041 | 1922.8 | 0.59317 | -1.8033 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 130 | 8074.6 | 7112.9 | 11.96 | 44.139 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 36 | 17206 | 8117.9 | 4.9011 | 10.132 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 126 | 8280.3 | 7132.4 | 12.992 | 47.635 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 117 | 8746.3 | 7201.4 | 12.502 | 44.742 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 26763 | 7652.4 | 2.372 | 1.5077 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 80 | 15043 | 9604 | 3.7444 | 6.1246 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 29 | 25905 | 8320.8 | 1.8234 | 0.18893 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 74 | 15848 | 9563.8 | 3.5681 | 5.5011 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 74 | 15848 | 9563.8 | 3.756 | 5.8714 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 10 | 37815 | 2037.6 | 1.5476 | 2.4022 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 272 | -0.0025905 | 1.8127 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 12024 | -0.0031664 | 1.8135 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2520 |-0.00016401 | 1.8137 | -216.69 | -256.7 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10264 | -0.0035784 | 1.8134 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9104 | -0.0025142 | 1.8133 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 880 | 0.0026969 | 1.8135 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 426 | 1.2676 | 1.1274 | 9.0441 | 26.773 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 426 | 0.046246 | 0.0083163 | -4.902 | 10.572 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 160 | -0.014988 | 1.851 | 0 | -3 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 11640 | 0.038054 | 1.8972 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1912 | 0.0065206 | 1.8212 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 8528 | 0.0067249 | 1.8347 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 7376 | 0.045497 | 1.8026 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 624 | 0.013153 | 1.8241 | 0.78533 | 34.432 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 418 | 1.1244 | 1.0778 | 2.4777 | 3.6932 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 418 | 0.027268 | 0.0037669 | -7.6953 | 19.982 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 14 | 1.0464 | 0.2325 | 1.1372 | -0.082747 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 14 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 14 | 0.076098 | 0.092706 | 3.5021 | 8.0213 | - | All/effVP | "RICH Track Sel. Eff. V P" | 14 | 12931 | 11811 | -0.015304 | -2.737 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 14 | 606.26 | 184.62 | -1.1578 | 5.5298 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 13 | 10245 | 7015 | 1.1399 | -0.47587 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 17867 | 5096.9 | 0.30767 | -2.2575 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 13 | 10245 | 7015 | 1.3966 | -0.28292 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 12 | 10905 | 6902 | 1.3375 | -0.5087 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 3 | 21643 | 1815.6 | -0.0085909 | -2.2571 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 13 | 10245 | 7015 | 1.1399 | -0.47587 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 17867 | 5096.9 | 0.34181 | -2.3016 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 13 | 10245 | 7015 | 1.4033 | -0.27786 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 12 | 10905 | 6902 | 1.3462 | -0.5035 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 3 | 21643 | 1815.6 | 0.023651 | -2.285 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 13 | 10245 | 7015 | 1.0838 | -0.58122 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 17867 | 5096.9 | 0.31976 | -2.3102 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 13 | 10245 | 7015 | 1.3702 | -0.33098 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 12 | 10905 | 6902 | 1.3755 | -0.48044 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 3 | 21643 | 1815.6 | -0.060916 | -2.2249 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 1184 | 0.0031757 | 1.8154 | 221.35 | -41.768 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 360 | 0.024575 | 1.8148 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 1080 | 0.0041839 | 1.8151 | 118.37 | -57.771 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 968 | 0.0098603 | 1.8149 | 133.67 | -96.806 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 168 | 0.019352 | 1.816 | -10.837 | -34.378 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 46 | 1.3913 | 1.1883 | -0.52288 | -2.3367 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 46 | 0.047113 | 0.0078257 | -2.5274 | 4.6863 | -RiCKMCResDown SUCCESS 1D profile histograms in directory "RICH/RiCKMCResDown" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 302 | 7331.2 | 4427.9 | -2.69 | -7.2802 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 26 | 7198.1 | 7350.1 | 74.621 | 311.16 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 26 | 7198.1 | 7350.1 | 7.156 | 26.131 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 26 | 7198.1 | 7350.1 | 24.42 | 96.362 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 26 | 7198.1 | 7350.1 | 8.0232 | 29.556 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 26 | 7198.1 | 7350.1 | 8.6695 | 32.123 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 26 | 7198.1 | 7350.1 | 69.604 | 289.45 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 78 | 26317 | 11926 | -3.9469 | 1.9933 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 35 | 8134.3 | 8437.5 | 0 | -3 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 35 | 8134.3 | 8437.5 | 12.392 | 41.163 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 35 | 8134.3 | 8437.5 | 39.544 | 139.95 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 35 | 8134.3 | 8437.5 | 13.497 | 45.116 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 35 | 8134.3 | 8437.5 | 14.332 | 48.105 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 35 | 8134.3 | 8437.5 | 47.899 | 171.09 | -RiCKMCResDownTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResDownTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 302 | 7331.2 | 4427.9 | -2.69 | -7.2802 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 26 | 7198.1 | 7350.1 | 74.621 | 311.16 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 26 | 7198.1 | 7350.1 | 7.156 | 26.131 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 26 | 7198.1 | 7350.1 | 24.42 | 96.362 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 26 | 7198.1 | 7350.1 | 8.0232 | 29.556 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 26 | 7198.1 | 7350.1 | 8.6695 | 32.123 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 26 | 7198.1 | 7350.1 | 69.604 | 289.45 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 78 | 26317 | 11926 | -3.9469 | 1.9933 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 35 | 8134.3 | 8437.5 | 0 | -3 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 35 | 8134.3 | 8437.5 | 12.392 | 41.163 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 35 | 8134.3 | 8437.5 | 39.544 | 139.95 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 35 | 8134.3 | 8437.5 | 13.497 | 45.116 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 35 | 8134.3 | 8437.5 | 14.332 | 48.105 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 35 | 8134.3 | 8437.5 | 47.899 | 171.09 | -RiMCTkResDown SUCCESS 1D profile histograms in directory "RICH/RiMCTkResDown" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 4 | 7362.1 | 4841.4 | 2.2435 | 1.1881 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 4 | 7362.1 | 4841.4 | 0 | -3 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 1 | 10736 | 0 | 0 | 0 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 1 | 10736 | 0 | 0 | 0 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 1 | 2405.2 | 0 | 0 | 0 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 1 | 2405.2 | 0 | 0 | 0 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 10 | 6469.7 | 4325.5 | 6.3788 | 14.065 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 10 | 6469.7 | 4325.5 | 0 | -3 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 3 | 18582 | 13778 | 1.8015 | -0.24343 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 3 | 18582 | 13778 | 2.526 | 0.63757 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 4 | 7335.5 | 4842.3 | 2.2684 | 1.2345 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 4 | 7335.5 | 4842.3 | 0 | -3 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 1 | 10713 | 0 | 0 | 0 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 1 | 10713 | 0 | 0 | 0 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 1 | 2385 | 0 | 0 | 0 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 1 | 2385 | 0 | 0 | 0 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 14 | 8674 | 9382.2 | 15.056 | 45.586 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 14 | 8674 | 9382.2 | 0 | -3 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 3 | 18560 | 13777 | 1.8089 | -0.23134 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 3 | 18560 | 13777 | 3.3199 | 1.5965 | -RiCKMCResLong SUCCESS 1D profile histograms in directory "RICH/RiCKMCResLong" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 2096 | 10457 | 8760.8 | 5.8599 | 15.527 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 130 | 8074.6 | 7112.9 | 94.183 | 427.9 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 130 | 8074.6 | 7112.9 | 12.918 | 47.901 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 130 | 8074.6 | 7112.9 | 23.186 | 88.327 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 130 | 8074.6 | 7112.9 | 14.252 | 52.873 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 130 | 8074.6 | 7112.9 | 14.884 | 55.296 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 130 | 8074.6 | 7112.9 | 43.317 | 173.16 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 598 | 20463 | 10237 | -5.8675 | -2.0069 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 149 | 10066 | 8875 | 0 | -3 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 149 | 10066 | 8875 | 9.3535 | 25.195 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 149 | 10066 | 8875 | 18.228 | 52.83 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 149 | 10066 | 8875 | 9.7574 | 26.414 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 149 | 10066 | 8875 | 9.9643 | 27.048 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 149 | 10066 | 8875 | 33.63 | 106.95 | -RiCKMCResLongTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResLongTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 2096 | 10457 | 8760.8 | 5.8599 | 15.527 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 130 | 8074.6 | 7112.9 | 94.183 | 427.9 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 130 | 8074.6 | 7112.9 | 12.918 | 47.901 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 130 | 8074.6 | 7112.9 | 23.186 | 88.327 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 130 | 8074.6 | 7112.9 | 14.252 | 52.873 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 130 | 8074.6 | 7112.9 | 14.884 | 55.296 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 130 | 8074.6 | 7112.9 | 43.317 | 173.16 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 598 | 20463 | 10237 | -5.8675 | -2.0069 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 149 | 10066 | 8875 | 0 | -3 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 149 | 10066 | 8875 | 9.3535 | 25.195 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 149 | 10066 | 8875 | 18.228 | 52.83 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 149 | 10066 | 8875 | 9.7574 | 26.414 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 149 | 10066 | 8875 | 9.9643 | 27.048 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 149 | 10066 | 8875 | 33.63 | 106.95 | -RiMCTkResLong SUCCESS 1D profile histograms in directory "RICH/RiMCTkResLong" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 22 | 7099.9 | 5599.7 | 0.085095 | -2.8379 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 22 | 7099.9 | 5599.7 | 10.921 | 26.817 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 15 | 11459 | 9090.8 | 6.5786 | 15.897 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 15 | 11459 | 9090.8 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 1 | 2427.9 | 0 | 0 | 0 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 1 | 2427.9 | 0 | 0 | 0 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 70 | 8639.1 | 7738.6 | 19.346 | 68.758 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 70 | 8639.1 | 7738.6 | 0 | -3 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 8 | 10197 | 6400.3 | 2.3144 | 1.1708 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 8 | 10197 | 6400.3 | 0 | -3 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 26 | 8007.2 | 7099.2 | -0.013651 | -2.9161 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 26 | 8007.2 | 7099.2 | 22.698 | 82.197 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 17 | 14466 | 10636 | 3.8836 | 5.5766 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 17 | 14466 | 10636 | 10.258 | 18.582 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 1 | 2407.7 | 0 | 0 | 0 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 1 | 2407.7 | 0 | 0 | 0 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 79 | 10706 | 9403 | 11.571 | 30.003 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 79 | 10706 | 9403 | 0 | -3 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 10 | 10284 | 5810.3 | 2.3769 | 1.7097 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 10 | 10284 | 5810.3 | 0 | -3 | -RiCKMCResUp SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 176 | 14788 | 6284.5 | -12.999 | 25.786 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 13 | 10245 | 7015 | 0 | -3 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 13 | 10245 | 7015 | 1.2525 | -0.15988 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 13 | 10245 | 7015 | 3.696 | 3.5376 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 13 | 10245 | 7015 | 1.4225 | -0.03389 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 13 | 10245 | 7015 | 1.6459 | 0.11322 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 13 | 10245 | 7015 | 5.4361 | 6.8693 | -RiCKMCResUpTight SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUpTight" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 176 | 14788 | 6284.5 | -12.999 | 25.786 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 13 | 10245 | 7015 | 0 | -3 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 13 | 10245 | 7015 | 1.2525 | -0.15988 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 13 | 10245 | 7015 | 3.696 | 3.5376 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 13 | 10245 | 7015 | 1.4225 | -0.03389 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 13 | 10245 | 7015 | 1.6459 | 0.11322 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 13 | 10245 | 7015 | 5.4361 | 6.8693 | -RiMCTkResUp SUCCESS 1D profile histograms in directory "RICH/RiMCTkResUp" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 3 | 10668 | 6155.6 | 1.5804 | -0.59159 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 3 | 10668 | 6155.6 | -104.11 | -112.17 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 8 | 11019 | 7844.5 | 2.1753 | 0.53045 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 8 | 11019 | 7844.5 | 0 | -3 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 1 | 5972.2 | 0 | 0 | 0 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 1 | 5972.2 | 0 | 0 | 0 | diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-datachallenge_def.ref.x86_64+avx2+fma-opt b/Rec/Brunel/tests/refs/brunel-upgrade-datachallenge_def.ref.x86_64+avx2+fma-opt deleted file mode 120000 index 1e0d5d6be10c9f24964c9ac790718d676e96118d..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-datachallenge_def.ref.x86_64+avx2+fma-opt +++ /dev/null @@ -1 +0,0 @@ -./brunel-upgrade-datachallenge_def.ref.x86_64_v3-opt \ No newline at end of file diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-datachallenge_def.ref.x86_64_v3-opt b/Rec/Brunel/tests/refs/brunel-upgrade-datachallenge_def.ref.x86_64_v3-opt deleted file mode 100644 index c41c0a0af48567c0ea068b81e94cdd006de0a661..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-datachallenge_def.ref.x86_64_v3-opt +++ /dev/null @@ -1,2254 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -StatusCodeSvc INFO initialize -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 100 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-100ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 64 -PrStoreFTHit INFO FtDEt = DetectorElement::/dd/Structure/LHCb/AfterMagnetRegion/T/FTGeometryInfo::GeometryInfoPlus::name=/dd/Structure/LHCb/AfterMagnetRegion/T/FT; LVolume=/dd/Geometry/AfterMagnetRegion/T/FT/lvFT; supported by /dd/Structure/LHCb/AfterMagnetRegion/T with ReplicaPath=(0,) (pvFT); -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=ghost -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -ProtoElectronMon INFO Will only look at track type(s) = [3, 5] -FilterForBestMC... INFO CUT: ' (~TrINVALID) ' -FilterForBestLo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==3) ) ' -FilterForBestLo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==3) ) & (TrGHOSTPROB<0.5) ) ' -FilterForBestDo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==5) ) ' -FilterForBestDo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==5) ) & (TrGHOSTPROB<0.5) ) ' -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel-100ev.dst' SVC='RootCnvSvc' OPT='REC' -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel-100ev.dst' SVC='FileRecordCnvSvc' OPT='REC' -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 5501, Run 9183056, Nr. in job = 1 -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -BrunelInit INFO Evt 5502, Run 9183056, Nr. in job = 2 -BrunelInit INFO Evt 5503, Run 9183056, Nr. in job = 3 -BrunelInit INFO Evt 5504, Run 9183056, Nr. in job = 4 -BrunelInit INFO Evt 5505, Run 9183056, Nr. in job = 5 -BrunelInit INFO Evt 5506, Run 9183056, Nr. in job = 6 -BrunelInit INFO Evt 5507, Run 9183056, Nr. in job = 7 -BrunelInit INFO Evt 5508, Run 9183056, Nr. in job = 8 -BrunelInit INFO Evt 5509, Run 9183056, Nr. in job = 9 -BrunelInit INFO Evt 5510, Run 9183056, Nr. in job = 10 -BrunelInit INFO Evt 5511, Run 9183056, Nr. in job = 11 -BrunelInit INFO Evt 5512, Run 9183056, Nr. in job = 12 -BrunelInit INFO Evt 5513, Run 9183056, Nr. in job = 13 -BrunelInit INFO Evt 5514, Run 9183056, Nr. in job = 14 -BrunelInit INFO Evt 5515, Run 9183056, Nr. in job = 15 -BrunelInit INFO Evt 5516, Run 9183056, Nr. in job = 16 -BrunelInit INFO Evt 5517, Run 9183056, Nr. in job = 17 -BrunelInit INFO Evt 5518, Run 9183056, Nr. in job = 18 -BrunelInit INFO Evt 5519, Run 9183056, Nr. in job = 19 -BrunelInit INFO Evt 5520, Run 9183056, Nr. in job = 20 -BrunelInit INFO Evt 5521, Run 9183056, Nr. in job = 21 -BrunelInit INFO Evt 5522, Run 9183056, Nr. in job = 22 -BrunelInit INFO Evt 5523, Run 9183056, Nr. in job = 23 -BrunelInit INFO Evt 5524, Run 9183056, Nr. in job = 24 -BrunelInit INFO Evt 5525, Run 9183056, Nr. in job = 25 -BrunelInit INFO Evt 5526, Run 9183056, Nr. in job = 26 -BrunelInit INFO Evt 5527, Run 9183056, Nr. in job = 27 -BrunelInit INFO Evt 5528, Run 9183056, Nr. in job = 28 -BrunelInit INFO Evt 5529, Run 9183056, Nr. in job = 29 -BrunelInit INFO Evt 5530, Run 9183056, Nr. in job = 30 -BrunelInit INFO Evt 5531, Run 9183056, Nr. in job = 31 -BrunelInit INFO Evt 5532, Run 9183056, Nr. in job = 32 -BrunelInit INFO Evt 5533, Run 9183056, Nr. in job = 33 -BrunelInit INFO Evt 5534, Run 9183056, Nr. in job = 34 -BrunelInit INFO Evt 5535, Run 9183056, Nr. in job = 35 -BrunelInit INFO Evt 5536, Run 9183056, Nr. in job = 36 -BrunelInit INFO Evt 5537, Run 9183056, Nr. in job = 37 -BrunelInit INFO Evt 5538, Run 9183056, Nr. in job = 38 -BrunelInit INFO Evt 5539, Run 9183056, Nr. in job = 39 -BrunelInit INFO Evt 5540, Run 9183056, Nr. in job = 40 -BrunelInit INFO Evt 5541, Run 9183056, Nr. in job = 41 -BrunelInit INFO Evt 5542, Run 9183056, Nr. in job = 42 -BrunelInit INFO Evt 5543, Run 9183056, Nr. in job = 43 -BrunelInit INFO Evt 5544, Run 9183056, Nr. in job = 44 -BrunelInit INFO Evt 5545, Run 9183056, Nr. in job = 45 -BrunelInit INFO Evt 5546, Run 9183056, Nr. in job = 46 -BrunelInit INFO Evt 5547, Run 9183056, Nr. in job = 47 -BrunelInit INFO Evt 5548, Run 9183056, Nr. in job = 48 -BrunelInit INFO Evt 5549, Run 9183056, Nr. in job = 49 -BrunelInit INFO Evt 5550, Run 9183056, Nr. in job = 50 -BrunelInit INFO Evt 5551, Run 9183056, Nr. in job = 51 -BrunelInit INFO Evt 5552, Run 9183056, Nr. in job = 52 -BrunelInit INFO Evt 5553, Run 9183056, Nr. in job = 53 -BrunelInit INFO Evt 5554, Run 9183056, Nr. in job = 54 -BrunelInit INFO Evt 5555, Run 9183056, Nr. in job = 55 -BrunelInit INFO Evt 5556, Run 9183056, Nr. in job = 56 -BrunelInit INFO Evt 5557, Run 9183056, Nr. in job = 57 -BrunelInit INFO Evt 5558, Run 9183056, Nr. in job = 58 -BrunelInit INFO Evt 5559, Run 9183056, Nr. in job = 59 -BrunelInit INFO Evt 5560, Run 9183056, Nr. in job = 60 -BrunelInit INFO Evt 5561, Run 9183056, Nr. in job = 61 -BrunelInit INFO Evt 5562, Run 9183056, Nr. in job = 62 -BrunelInit INFO Evt 5563, Run 9183056, Nr. in job = 63 -BrunelInit INFO Evt 5564, Run 9183056, Nr. in job = 64 -BrunelInit INFO Evt 5565, Run 9183056, Nr. in job = 65 -BrunelInit INFO Evt 5566, Run 9183056, Nr. in job = 66 -BrunelInit INFO Evt 5567, Run 9183056, Nr. in job = 67 -BrunelInit INFO Evt 5568, Run 9183056, Nr. in job = 68 -BrunelInit INFO Evt 5569, Run 9183056, Nr. in job = 69 -BrunelInit INFO Evt 5570, Run 9183056, Nr. in job = 70 -BrunelInit INFO Evt 5571, Run 9183056, Nr. in job = 71 -BrunelInit INFO Evt 5572, Run 9183056, Nr. in job = 72 -BrunelInit INFO Evt 5573, Run 9183056, Nr. in job = 73 -BrunelInit INFO Evt 5574, Run 9183056, Nr. in job = 74 -BrunelInit INFO Evt 5575, Run 9183056, Nr. in job = 75 -BrunelInit INFO Evt 5576, Run 9183056, Nr. in job = 76 -BrunelInit INFO Evt 5577, Run 9183056, Nr. in job = 77 -BrunelInit INFO Evt 5578, Run 9183056, Nr. in job = 78 -BrunelInit INFO Evt 5579, Run 9183056, Nr. in job = 79 -BrunelInit INFO Evt 5580, Run 9183056, Nr. in job = 80 -BrunelInit INFO Evt 5581, Run 9183056, Nr. in job = 81 -BrunelInit INFO Evt 5582, Run 9183056, Nr. in job = 82 -BrunelInit INFO Evt 5583, Run 9183056, Nr. in job = 83 -BrunelInit INFO Evt 5584, Run 9183056, Nr. in job = 84 -BrunelInit INFO Evt 5585, Run 9183056, Nr. in job = 85 -BrunelInit INFO Evt 5586, Run 9183056, Nr. in job = 86 -BrunelInit INFO Evt 5587, Run 9183056, Nr. in job = 87 -BrunelInit INFO Evt 5588, Run 9183056, Nr. in job = 88 -BrunelInit INFO Evt 5589, Run 9183056, Nr. in job = 89 -BrunelInit INFO Evt 5590, Run 9183056, Nr. in job = 90 -BrunelInit INFO Evt 5591, Run 9183056, Nr. in job = 91 -BrunelInit INFO Evt 5592, Run 9183056, Nr. in job = 92 -BrunelInit INFO Evt 5593, Run 9183056, Nr. in job = 93 -BrunelInit INFO Evt 5594, Run 9183056, Nr. in job = 94 -BrunelInit INFO Evt 5595, Run 9183056, Nr. in job = 95 -BrunelInit INFO Evt 5596, Run 9183056, Nr. in job = 96 -BrunelInit INFO Evt 5597, Run 9183056, Nr. in job = 97 -BrunelInit INFO Evt 5598, Run 9183056, Nr. in job = 98 -BrunelInit INFO Evt 5599, Run 9183056, Nr. in job = 99 -BrunelInit INFO Evt 5600, Run 9183056, Nr. in job = 100 -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 100 events processed -BrunelInit SUCCESS ================================================================== -FutureEcalClust INFO Built <201.27> cellular automaton clusters/event with <3.59> iterations (min,max)=(3,6) on average -RecSummary SUCCESS #WARNINGS = 100 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO MuonID Rates for Downstream Tracks -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuonLoose = 1.0 : 25.689 +- 1.244 -MuonPIDMonitorDown INFO IsMuoLoose MuonProb < 0.9 : 6.726 +- 0.713 -MuonPIDMonitorDown INFO IsMuoLoose DLL > 1.4 : 2.188 +- 0.416 -MuonPIDMonitorDown INFO IsMuonLoose NShared < 1.0 : 4.619 +- 0.598 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuon = 1.0 : 16.613 +- 1.060 -MuonPIDMonitorDown INFO IsMuon MuonProb < 0.9 : 5.024 +- 0.622 -MuonPIDMonitorDown INFO IsMuon DLL > 1.4 : 1.540 +- 0.351 -MuonPIDMonitorDown INFO IsMuon NShared < 1.0 : 2.917 +- 0.479 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 1847 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 1234 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 317 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 205 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO MuonID Rates for Long Tracks -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuonLoose = 1.0 : 20.866 +- 0.500 -MuonPIDMonitorLong INFO IsMuoLoose MuonProb < 0.9 : 5.588 +- 0.283 -MuonPIDMonitorLong INFO IsMuoLoose DLL > 1.4 : 3.861 +- 0.237 -MuonPIDMonitorLong INFO IsMuonLoose NShared < 1.0 : 5.239 +- 0.274 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuon = 1.0 : 12.023 +- 0.400 -MuonPIDMonitorLong INFO IsMuon MuonProb < 0.9 : 4.104 +- 0.244 -MuonPIDMonitorLong INFO IsMuon DLL > 1.4 : 2.196 +- 0.180 -MuonPIDMonitorLong INFO IsMuon NShared < 1.0 : 2.423 +- 0.189 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 8093 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 6604 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 1378 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 794 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO 0.00 +- 0.00 Velo | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 80.93 +- 0.90 Long | 100.0 +- 0.0 | 95.0 +- 0.2 84.9 +- 0.4 83.5 +- 0.4 72.1 +- 0.5 0.0 +- 0.0 0.0 +- 0.0 78.9 +- 0.5 0.0 +- 0.0 -ChargedProtoPMoni INFO 11.42 +- 0.34 Upstream | 99.9 +- 0.1 | 86.0 +- 1.0 0.0 +- 0.0 0.0 +- 0.0 77.1 +- 1.2 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 18.47 +- 0.43 Downstream | 100.0 +- 0.0 | 86.8 +- 0.8 71.1 +- 1.1 77.5 +- 1.0 70.3 +- 1.1 0.0 +- 0.0 0.0 +- 0.0 69.0 +- 1.1 0.0 +- 0.0 -ChargedProtoPMoni INFO 0.00 +- 0.00 Ttrack | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO ==================================================================================================================================================== -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 26407 tracks including 244 ghosts [ 0.92 %], Event average 0.78 % **** -VeloMCCheck INFO 01_velo : 11525 from 11771 [ 97.91 %] 157 clones [ 1.34 %], purity: 99.72 %, hitEff: 97.05 %, hitEffFirst3: 97.25 %, hitEffLast: 96.50 % -VeloMCCheck INFO 02_long : 6819 from 6891 [ 98.96 %] 61 clones [ 0.89 %], purity: 99.77 %, hitEff: 97.92 %, hitEffFirst3: 98.08 %, hitEffLast: 97.63 % -VeloMCCheck INFO 03_long>5GeV : 4744 from 4768 [ 99.50 %] 36 clones [ 0.75 %], purity: 99.77 %, hitEff: 98.17 %, hitEffFirst3: 98.42 %, hitEffLast: 97.89 % -VeloMCCheck INFO 04_long_strange : 354 from 364 [ 97.25 %] 2 clones [ 0.56 %], purity: 99.04 %, hitEff: 98.41 %, hitEffFirst3: 98.69 %, hitEffLast: 97.58 % -VeloMCCheck INFO 05_long_strange>5GeV : 183 from 190 [ 96.32 %] 1 clones [ 0.54 %], purity: 98.51 %, hitEff: 98.38 %, hitEffFirst3: 98.55 %, hitEffLast: 97.48 % -VeloMCCheck INFO 06_long_fromB : 457 from 463 [ 98.70 %] 4 clones [ 0.87 %], purity: 99.84 %, hitEff: 97.73 %, hitEffFirst3: 97.76 %, hitEffLast: 97.64 % -VeloMCCheck INFO 07_long_fromB>5GeV : 368 from 373 [ 98.66 %] 2 clones [ 0.54 %], purity: 99.83 %, hitEff: 98.01 %, hitEffFirst3: 98.29 %, hitEffLast: 97.75 % -VeloMCCheck INFO 08_long_electrons : 549 from 575 [ 95.48 %] 7 clones [ 1.26 %], purity: 98.39 %, hitEff: 95.56 %, hitEffFirst3: 93.11 %, hitEffLast: 95.77 % -VeloMCCheck INFO 09_long_fromB_electrons : 21 from 21 [100.00 %] 0 clones [ 0.00 %], purity: 98.64 %, hitEff: 90.84 %, hitEffFirst3: 80.95 %, hitEffLast: 97.90 % -VeloMCCheck INFO 10_long_fromB_electrons_P>5GeV : 12 from 12 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.07 %, hitEffFirst3: 91.67 %, hitEffLast: 98.17 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 335 from 339 [ 98.82 %] 2 clones [ 0.59 %], purity: 99.84 %, hitEff: 98.14 %, hitEffFirst3: 98.22 %, hitEffLast: 98.13 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 333 from 337 [ 98.81 %] 2 clones [ 0.60 %], purity: 99.84 %, hitEff: 98.13 %, hitEffFirst3: 98.21 %, hitEffLast: 98.12 % -VeloMCCheck INFO -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 4067 tracks including 160 ghosts [ 3.93 %], Event average 2.91 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 3578 tracks including 130 ghosts [3.63 %] **** -ForwardMCCheck INFO 01_long : 3653 from 6891 [ 53.01 %] 16 clones [ 0.44 %], purity: 99.30 %, hitEff: 97.96 % -ForwardMCCheck INFO 02_long>5GeV : 3206 from 4768 [ 67.24 %] 14 clones [ 0.43 %], purity: 99.34 %, hitEff: 98.19 % -ForwardMCCheck INFO 03_long_strange : 106 from 364 [ 29.12 %] 0 clones [ 0.00 %], purity: 99.29 %, hitEff: 98.25 % -ForwardMCCheck INFO 04_long_strange>5GeV : 85 from 190 [ 44.74 %] 0 clones [ 0.00 %], purity: 99.17 %, hitEff: 98.39 % -ForwardMCCheck INFO 05_long_fromB : 340 from 463 [ 73.43 %] 0 clones [ 0.00 %], purity: 99.37 %, hitEff: 98.51 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 312 from 373 [ 83.65 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 98.62 % -ForwardMCCheck INFO 07_long_electrons : 73 from 575 [ 12.70 %] 1 clones [ 1.35 %], purity: 98.61 %, hitEff: 96.81 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 65 from 322 [ 20.19 %] 1 clones [ 1.52 %], purity: 98.51 %, hitEff: 97.53 % -ForwardMCCheck INFO 09_long_fromB_electrons : 5 from 21 [ 23.81 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 318 from 339 [ 93.81 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 98.55 % -ForwardMCCheck INFO 10_long_fromB_electrons_P>5GeV : 5 from 12 [ 41.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 318 from 337 [ 94.36 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 98.55 % -ForwardMCCheck INFO -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 5413 tracks including 268 ghosts [ 4.95 %], Event average 4.15 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 4660 tracks including 225 ghosts [4.83 %] **** -UpMCCheck INFO 01_velo : 4862 from 11771 [ 41.30 %] 16 clones [ 0.33 %], purity: 99.51 %, hitEff: 99.12 % -UpMCCheck INFO 02_velo+UT : 4855 from 10159 [ 47.79 %] 16 clones [ 0.33 %], purity: 99.52 %, hitEff: 99.13 % -UpMCCheck INFO 03_velo+UT>5GeV : 3952 from 5689 [ 69.47 %] 13 clones [ 0.33 %], purity: 99.55 %, hitEff: 99.51 % -UpMCCheck INFO 04_velo+notLong : 855 from 4880 [ 17.52 %] 1 clones [ 0.12 %], purity: 99.31 %, hitEff: 98.36 % -UpMCCheck INFO 05_velo+UT+notLong : 850 from 3357 [ 25.32 %] 1 clones [ 0.12 %], purity: 99.37 %, hitEff: 98.35 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 560 from 994 [ 56.34 %] 1 clones [ 0.18 %], purity: 99.50 %, hitEff: 99.47 % -UpMCCheck INFO 07_long : 4007 from 6891 [ 58.15 %] 15 clones [ 0.37 %], purity: 99.55 %, hitEff: 99.29 % -UpMCCheck INFO 08_long>5GeV : 3394 from 4768 [ 71.18 %] 12 clones [ 0.35 %], purity: 99.55 %, hitEff: 99.51 % -UpMCCheck INFO 09_long_fromB : 359 from 463 [ 77.54 %] 2 clones [ 0.55 %], purity: 99.58 %, hitEff: 99.55 % -UpMCCheck INFO 10_long_fromB>5GeV : 324 from 373 [ 86.86 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 99.66 % -UpMCCheck INFO 11_long_electrons : 93 from 575 [ 16.17 %] 1 clones [ 1.06 %], purity: 98.52 %, hitEff: 98.56 % -UpMCCheck INFO 12_long_fromB_electrons : 5 from 21 [ 23.81 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 13_long_fromB_electrons_P>5GeV : 5 from 12 [ 41.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 329 from 339 [ 97.05 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 99.72 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 329 from 337 [ 97.63 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 99.72 % -UpMCCheck INFO -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 160 ghost, 4.00 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 3578 tracks including 130 ghosts [ 3.6 %] **** -UTForwardMCCheck INFO 01_long : 3669 tr 4.09 from 4.12 mcUT [ 99.3 %] 0.05 ghost hits on real tracks [ 1.2 %] -UTForwardMCCheck INFO 01_long >3UT : 3667 tr 4.09 from 4.12 mcUT [ 99.3 %] 0.05 ghost hits on real tracks [ 1.2 %] -UTForwardMCCheck INFO 02_long>5GeV : 3220 tr 4.10 from 4.12 mcUT [ 99.3 %] 0.05 ghost hits on real tracks [ 1.3 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 3218 tr 4.10 from 4.12 mcUT [ 99.3 %] 0.05 ghost hits on real tracks [ 1.3 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 318 tr 4.07 from 4.10 mcUT [ 99.2 %] 0.06 ghost hits on real tracks [ 1.5 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 318 tr 4.07 from 4.10 mcUT [ 99.2 %] 0.06 ghost hits on real tracks [ 1.5 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 318 tr 4.07 from 4.10 mcUT [ 99.2 %] 0.06 ghost hits on real tracks [ 1.5 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 318 tr 4.07 from 4.10 mcUT [ 99.2 %] 0.06 ghost hits on real tracks [ 1.5 %] -UTForwardMCCheck INFO -ForwardBestMCCheck INFO Results -ForwardBestMCCheck INFO **** Forward 8489 tracks including 1738 ghosts [20.47 %], Event average 16.66 % **** -ForwardBestMCCheck INFO 01_long : 5866 from 6891 [ 85.13 %] 25 clones [ 0.42 %], purity: 99.13 %, hitEff: 97.62 % -ForwardBestMCCheck INFO 02_long>5GeV : 4392 from 4768 [ 92.11 %] 19 clones [ 0.43 %], purity: 99.26 %, hitEff: 98.09 % -ForwardBestMCCheck INFO 03_long_strange : 287 from 364 [ 78.85 %] 2 clones [ 0.69 %], purity: 98.74 %, hitEff: 97.17 % -ForwardBestMCCheck INFO 04_long_strange>5GeV : 170 from 190 [ 89.47 %] 1 clones [ 0.58 %], purity: 98.82 %, hitEff: 98.40 % -ForwardBestMCCheck INFO 05_long_fromB : 416 from 463 [ 89.85 %] 0 clones [ 0.00 %], purity: 99.32 %, hitEff: 98.04 % -ForwardBestMCCheck INFO 06_long_fromB>5GeV : 349 from 373 [ 93.57 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 98.48 % -ForwardBestMCCheck INFO 07_long_electrons : 375 from 575 [ 65.22 %] 4 clones [ 1.06 %], purity: 97.77 %, hitEff: 97.08 % -ForwardBestMCCheck INFO 08_long_electrons_P>5GeV : 238 from 322 [ 73.91 %] 4 clones [ 1.65 %], purity: 98.08 %, hitEff: 97.70 % -ForwardBestMCCheck INFO 09_long_fromB_electrons : 13 from 21 [ 61.90 %] 0 clones [ 0.00 %], purity: 98.45 %, hitEff: 99.41 % -ForwardBestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 9 from 12 [ 75.00 %] 0 clones [ 0.00 %], purity: 98.77 %, hitEff: 99.15 % -ForwardBestMCCheck INFO -MatchMCCheck INFO Results -MatchMCCheck INFO **** Match 8350 tracks including 1597 ghosts [19.13 %], Event average 16.37 % **** -MatchMCCheck INFO 01_long : 5905 from 6891 [ 85.69 %] 23 clones [ 0.39 %], purity: 99.44 %, hitEff: 98.39 % -MatchMCCheck INFO 02_long>5GeV : 4355 from 4768 [ 91.34 %] 17 clones [ 0.39 %], purity: 99.53 %, hitEff: 98.81 % -MatchMCCheck INFO 03_long_strange : 283 from 364 [ 77.75 %] 1 clones [ 0.35 %], purity: 99.05 %, hitEff: 98.40 % -MatchMCCheck INFO 04_long_strange>5GeV : 163 from 190 [ 85.79 %] 1 clones [ 0.61 %], purity: 99.20 %, hitEff: 98.85 % -MatchMCCheck INFO 05_long_fromB : 407 from 463 [ 87.90 %] 1 clones [ 0.25 %], purity: 99.63 %, hitEff: 98.79 % -MatchMCCheck INFO 06_long_fromB>5GeV : 342 from 373 [ 91.69 %] 0 clones [ 0.00 %], purity: 99.65 %, hitEff: 99.04 % -MatchMCCheck INFO 07_long_electrons : 354 from 575 [ 61.57 %] 4 clones [ 1.12 %], purity: 98.21 %, hitEff: 97.67 % -MatchMCCheck INFO 08_long_electrons_P>5GeV : 218 from 322 [ 67.70 %] 4 clones [ 1.80 %], purity: 98.69 %, hitEff: 98.68 % -MatchMCCheck INFO 09_long_fromB_electrons : 15 from 21 [ 71.43 %] 0 clones [ 0.00 %], purity: 98.58 %, hitEff: 96.56 % -MatchMCCheck INFO 10_long_fromB_electrons_P>5GeV : 9 from 12 [ 75.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.28 % -MatchMCCheck INFO -TMCCheck INFO Results -TMCCheck INFO **** TTrack 13848 tracks including 1180 ghosts [ 8.52 %], Event average 6.45 % **** -TMCCheck INFO 01_hasT : 9041 from 11006 [ 82.15 %] 1 clones [ 0.01 %], purity: 99.37 %, hitEff: 97.52 % -TMCCheck INFO 02_long : 6359 from 6891 [ 92.28 %] 1 clones [ 0.02 %], purity: 99.54 %, hitEff: 98.24 % -TMCCheck INFO 03_long>5GeV : 4543 from 4768 [ 95.28 %] 1 clones [ 0.02 %], purity: 99.50 %, hitEff: 98.75 % -TMCCheck INFO 04_long_fromB : 424 from 463 [ 91.58 %] 0 clones [ 0.00 %], purity: 99.64 %, hitEff: 98.66 % -TMCCheck INFO 05_long_fromB>5GeV : 352 from 373 [ 94.37 %] 0 clones [ 0.00 %], purity: 99.64 %, hitEff: 98.91 % -TMCCheck INFO 06_UT+T_strange : 677 from 760 [ 89.08 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 97.96 % -TMCCheck INFO 07_UT+T_strange>5GeV : 389 from 418 [ 93.06 %] 0 clones [ 0.00 %], purity: 99.70 %, hitEff: 98.77 % -TMCCheck INFO 08_noVelo+UT+T_strange : 359 from 401 [ 89.53 %] 0 clones [ 0.00 %], purity: 99.45 %, hitEff: 97.60 % -TMCCheck INFO 09_noVelo+UT+T_strange>5GeV : 215 from 233 [ 92.27 %] 0 clones [ 0.00 %], purity: 99.67 %, hitEff: 98.69 % -TMCCheck INFO 10_UT+T_SfromDB : 23 from 25 [ 92.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 99.67 % -TMCCheck INFO 11_UT+T_SfromDB>5GeV : 13 from 15 [ 86.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 99.41 % -TMCCheck INFO 12_noVelo+UT+T_SfromDB>5GeV : 7 from 8 [ 87.50 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -TMCCheck INFO -DownMCCheck INFO Results -DownMCCheck INFO **** Downstream 9307 tracks including 2319 ghosts [24.92 %], Event average 21.88 % **** -DownMCCheck INFO 01_UT+T : 6082 from 7955 [ 76.46 %] 0 clones [ 0.00 %], purity: 99.49 %, hitEff: 99.65 % -DownMCCheck INFO 02_UT+T>5GeV : 4420 from 5202 [ 84.97 %] 0 clones [ 0.00 %], purity: 99.48 %, hitEff: 99.66 % -DownMCCheck INFO 03_UT+T_strange : 533 from 760 [ 70.13 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 99.66 % -DownMCCheck INFO 04_UT+T_strange>5GeV : 330 from 418 [ 78.95 %] 0 clones [ 0.00 %], purity: 99.63 %, hitEff: 99.68 % -DownMCCheck INFO 05_noVelo+UT+T_strange : 265 from 401 [ 66.08 %] 0 clones [ 0.00 %], purity: 99.53 %, hitEff: 99.69 % -DownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 175 from 233 [ 75.11 %] 0 clones [ 0.00 %], purity: 99.68 %, hitEff: 99.65 % -DownMCCheck INFO 07_UT+T_fromB : 412 from 541 [ 76.16 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 99.77 % -DownMCCheck INFO 08_UT+T_fromB>5GeV : 342 from 413 [ 82.81 %] 0 clones [ 0.00 %], purity: 99.57 %, hitEff: 99.72 % -DownMCCheck INFO 09_noVelo+UT+T_fromB : 39 from 84 [ 46.43 %] 0 clones [ 0.00 %], purity: 99.35 %, hitEff: 98.85 % -DownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 27 from 45 [ 60.00 %] 0 clones [ 0.00 %], purity: 99.32 %, hitEff: 98.33 % -DownMCCheck INFO 11_UT+T_SfromDB : 19 from 25 [ 76.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 12_UT+T_SfromDB>5GeV : 13 from 15 [ 86.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 13_noVelo+UT+T_SfromDB : 10 from 15 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 7 from 8 [ 87.50 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -DownMCCheck INFO 15_noVelo+UT+T_electrons : 465 from 852 [ 54.58 %] 0 clones [ 0.00 %], purity: 99.53 %, hitEff: 99.26 % -DownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 261 from 391 [ 66.75 %] 0 clones [ 0.00 %], purity: 99.48 %, hitEff: 99.12 % -DownMCCheck INFO -BestMCCheck INFO Results -BestMCCheck INFO **** Best 33574 tracks including 3226 ghosts [ 9.61 %], Event average 8.14 % **** -BestMCCheck INFO 01_long : 6836 from 6891 [ 99.20 %] 409 clones [ 5.65 %], purity: 99.33 %, hitEff: 89.78 % -BestMCCheck INFO 02_long>5GeV : 4743 from 4768 [ 99.48 %] 216 clones [ 4.36 %], purity: 99.38 %, hitEff: 93.05 % -BestMCCheck INFO 03_long_strange : 358 from 364 [ 98.35 %] 27 clones [ 7.01 %], purity: 99.25 %, hitEff: 85.53 % -BestMCCheck INFO 04_long_strange>5GeV : 186 from 190 [ 97.89 %] 12 clones [ 6.06 %], purity: 99.26 %, hitEff: 90.09 % -BestMCCheck INFO 05_long_fromB : 461 from 463 [ 99.57 %] 15 clones [ 3.15 %], purity: 99.43 %, hitEff: 92.59 % -BestMCCheck INFO 06_long_fromB>5GeV : 371 from 373 [ 99.46 %] 9 clones [ 2.37 %], purity: 99.42 %, hitEff: 94.76 % -BestMCCheck INFO 07_long_electrons : 504 from 575 [ 87.65 %] 49 clones [ 8.86 %], purity: 98.56 %, hitEff: 76.42 % -BestMCCheck INFO 08_long_electrons_P>5GeV : 283 from 322 [ 87.89 %] 25 clones [ 8.12 %], purity: 98.89 %, hitEff: 80.86 % -BestMCCheck INFO 09_long_fromB_electrons : 21 from 21 [100.00 %] 3 clones [12.50 %], purity: 99.13 %, hitEff: 71.39 % -BestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 12 from 12 [100.00 %] 2 clones [14.29 %], purity:100.00 %, hitEff: 69.61 % -BestMCCheck INFO -BestLongMCCheck INFO Results -BestLongMCCheck INFO **** BestLong 8093 tracks including 1168 ghosts [14.43 %], Event average 12.25 % **** -BestLongMCCheck INFO 01_long : 6068 from 6891 [ 88.06 %] 18 clones [ 0.30 %], purity: 99.35 %, hitEff: 98.16 % -BestLongMCCheck INFO 02_long>5GeV : 4410 from 4768 [ 92.49 %] 13 clones [ 0.29 %], purity: 99.41 %, hitEff: 98.50 % -BestLongMCCheck INFO 03_long_strange : 295 from 364 [ 81.04 %] 0 clones [ 0.00 %], purity: 99.16 %, hitEff: 98.02 % -BestLongMCCheck INFO 04_long_strange>5GeV : 163 from 190 [ 85.79 %] 0 clones [ 0.00 %], purity: 99.25 %, hitEff: 98.81 % -BestLongMCCheck INFO 05_long_fromB : 421 from 463 [ 90.93 %] 1 clones [ 0.24 %], purity: 99.46 %, hitEff: 98.51 % -BestLongMCCheck INFO 06_long_fromB>5GeV : 350 from 373 [ 93.83 %] 0 clones [ 0.00 %], purity: 99.49 %, hitEff: 98.76 % -BestLongMCCheck INFO 07_long_electrons : 357 from 575 [ 62.09 %] 0 clones [ 0.00 %], purity: 98.66 %, hitEff: 96.58 % -BestLongMCCheck INFO 08_long_electrons_P>5GeV : 217 from 322 [ 67.39 %] 0 clones [ 0.00 %], purity: 98.99 %, hitEff: 97.52 % -BestLongMCCheck INFO 09_long_fromB_electrons : 14 from 21 [ 66.67 %] 0 clones [ 0.00 %], purity: 98.51 %, hitEff: 93.81 % -BestLongMCCheck INFO 10_long_fromB_electrons_P>5GeV : 8 from 12 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.42 % -BestLongMCCheck INFO -BestLongAndGhos... INFO Results -BestLongAndGhos... INFO **** BestLongAndGhostProb 7482 tracks including 625 ghosts [ 8.35 %], Event average 7.23 % **** -BestLongAndGhos... INFO 01_long : 6025 from 6891 [ 87.43 %] 18 clones [ 0.30 %], purity: 99.36 %, hitEff: 98.23 % -BestLongAndGhos... INFO 02_long>5GeV : 4386 from 4768 [ 91.99 %] 13 clones [ 0.30 %], purity: 99.41 %, hitEff: 98.56 % -BestLongAndGhos... INFO 03_long_strange : 291 from 364 [ 79.95 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 98.10 % -BestLongAndGhos... INFO 04_long_strange>5GeV : 162 from 190 [ 85.26 %] 0 clones [ 0.00 %], purity: 99.25 %, hitEff: 98.93 % -BestLongAndGhos... INFO 05_long_fromB : 418 from 463 [ 90.28 %] 1 clones [ 0.24 %], purity: 99.48 %, hitEff: 98.58 % -BestLongAndGhos... INFO 06_long_fromB>5GeV : 347 from 373 [ 93.03 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 98.84 % -BestLongAndGhos... INFO 07_long_electrons : 349 from 575 [ 60.70 %] 0 clones [ 0.00 %], purity: 98.79 %, hitEff: 96.74 % -BestLongAndGhos... INFO 08_long_electrons_P>5GeV : 214 from 322 [ 66.46 %] 0 clones [ 0.00 %], purity: 98.99 %, hitEff: 97.58 % -BestLongAndGhos... INFO 09_long_fromB_electrons : 14 from 21 [ 66.67 %] 0 clones [ 0.00 %], purity: 98.51 %, hitEff: 93.81 % -BestLongAndGhos... INFO 10_long_fromB_electrons_P>5GeV : 8 from 12 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.42 % -BestLongAndGhos... INFO -BestDownMCCheck INFO Results -BestDownMCCheck INFO **** BestDown 1847 tracks including 643 ghosts [34.81 %], Event average 30.62 % **** -BestDownMCCheck INFO 01_UT+T : 740 from 7955 [ 9.30 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 98.33 % -BestDownMCCheck INFO 02_UT+T>5GeV : 411 from 5202 [ 7.90 %] 0 clones [ 0.00 %], purity: 99.63 %, hitEff: 99.08 % -BestDownMCCheck INFO 03_UT+T_strange : 273 from 760 [ 35.92 %] 0 clones [ 0.00 %], purity: 99.62 %, hitEff: 98.53 % -BestDownMCCheck INFO 04_UT+T_strange>5GeV : 178 from 418 [ 42.58 %] 0 clones [ 0.00 %], purity: 99.68 %, hitEff: 99.05 % -BestDownMCCheck INFO 05_noVelo+UT+T_strange : 254 from 401 [ 63.34 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 98.47 % -BestDownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 169 from 233 [ 72.53 %] 0 clones [ 0.00 %], purity: 99.66 %, hitEff: 99.03 % -BestDownMCCheck INFO 07_UT+T_fromB : 48 from 541 [ 8.87 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 98.96 % -BestDownMCCheck INFO 08_UT+T_fromB>5GeV : 32 from 413 [ 7.75 %] 0 clones [ 0.00 %], purity: 99.62 %, hitEff: 99.42 % -BestDownMCCheck INFO 09_noVelo+UT+T_fromB : 38 from 84 [ 45.24 %] 0 clones [ 0.00 %], purity: 99.49 %, hitEff: 99.01 % -BestDownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 26 from 45 [ 57.78 %] 0 clones [ 0.00 %], purity: 99.53 %, hitEff: 99.77 % -BestDownMCCheck INFO 11_UT+T_SfromDB : 10 from 25 [ 40.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestDownMCCheck INFO 12_UT+T_SfromDB>5GeV : 7 from 15 [ 46.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestDownMCCheck INFO 13_noVelo+UT+T_SfromDB : 10 from 15 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestDownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 7 from 8 [ 87.50 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestDownMCCheck INFO 15_noVelo+UT+T_electrons : 405 from 852 [ 47.54 %] 0 clones [ 0.00 %], purity: 99.70 %, hitEff: 98.55 % -BestDownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 233 from 391 [ 59.59 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 99.17 % -BestDownMCCheck INFO -BestDownAndGhos... INFO Results -BestDownAndGhos... INFO **** BestDownAndGhostProb 1628 tracks including 435 ghosts [26.72 %], Event average 24.22 % **** -BestDownAndGhos... INFO 01_UT+T : 738 from 7955 [ 9.28 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 98.32 % -BestDownAndGhos... INFO 02_UT+T>5GeV : 410 from 5202 [ 7.88 %] 0 clones [ 0.00 %], purity: 99.63 %, hitEff: 99.08 % -BestDownAndGhos... INFO 03_UT+T_strange : 273 from 760 [ 35.92 %] 0 clones [ 0.00 %], purity: 99.62 %, hitEff: 98.53 % -BestDownAndGhos... INFO 04_UT+T_strange>5GeV : 178 from 418 [ 42.58 %] 0 clones [ 0.00 %], purity: 99.68 %, hitEff: 99.05 % -BestDownAndGhos... INFO 05_noVelo+UT+T_strange : 254 from 401 [ 63.34 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 98.47 % -BestDownAndGhos... INFO 06_noVelo+UT+T_strange>5GeV : 169 from 233 [ 72.53 %] 0 clones [ 0.00 %], purity: 99.66 %, hitEff: 99.03 % -BestDownAndGhos... INFO 07_UT+T_fromB : 48 from 541 [ 8.87 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 98.96 % -BestDownAndGhos... INFO 08_UT+T_fromB>5GeV : 32 from 413 [ 7.75 %] 0 clones [ 0.00 %], purity: 99.62 %, hitEff: 99.42 % -BestDownAndGhos... INFO 09_noVelo+UT+T_fromB : 38 from 84 [ 45.24 %] 0 clones [ 0.00 %], purity: 99.49 %, hitEff: 99.01 % -BestDownAndGhos... INFO 10_noVelo+UT+T_fromB>5GeV : 26 from 45 [ 57.78 %] 0 clones [ 0.00 %], purity: 99.53 %, hitEff: 99.77 % -BestDownAndGhos... INFO 11_UT+T_SfromDB : 10 from 25 [ 40.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestDownAndGhos... INFO 12_UT+T_SfromDB>5GeV : 7 from 15 [ 46.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestDownAndGhos... INFO 13_noVelo+UT+T_SfromDB : 10 from 15 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestDownAndGhos... INFO 14_noVelo+UT+T_SfromDB>5GeV : 7 from 8 [ 87.50 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -BestDownAndGhos... INFO 15_noVelo+UT+T_electrons : 402 from 852 [ 47.18 %] 0 clones [ 0.00 %], purity: 99.70 %, hitEff: 98.54 % -BestDownAndGhos... INFO 16_noVelo+UT+T_electrons_P>5GeV : 231 from 391 [ 59.08 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 99.16 % -BestDownAndGhos... INFO -UTForwardBestMC... INFO Results -UTForwardBestMC... INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardBest **** 1738 ghost, 2.28 UT per track -UTForwardBestMC... INFO 01_long : 5891 tr 3.94 from 4.09 mcUT [ 96.1 %] 0.09 ghost hits on real tracks [ 2.2 %] -UTForwardBestMC... INFO 01_long >3UT : 5837 tr 3.97 from 4.12 mcUT [ 96.4 %] 0.09 ghost hits on real tracks [ 2.1 %] -UTForwardBestMC... INFO 02_long>5GeV : 4411 tr 3.96 from 4.10 mcUT [ 96.7 %] 0.06 ghost hits on real tracks [ 1.6 %] -UTForwardBestMC... INFO 02_long>5GeV >3UT : 4360 tr 4.00 from 4.12 mcUT [ 97.0 %] 0.06 ghost hits on real tracks [ 1.5 %] -UTForwardBestMC... INFO -UTMatchMCCheck INFO Results -UTMatchMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Match **** 1597 ghost, 2.26 UT per track -UTMatchMCCheck INFO 01_long : 5928 tr 3.93 from 4.09 mcUT [ 96.1 %] 0.09 ghost hits on real tracks [ 2.3 %] -UTMatchMCCheck INFO 01_long >3UT : 5872 tr 3.97 from 4.12 mcUT [ 96.4 %] 0.09 ghost hits on real tracks [ 2.2 %] -UTMatchMCCheck INFO 02_long>5GeV : 4372 tr 3.97 from 4.10 mcUT [ 96.9 %] 0.07 ghost hits on real tracks [ 1.6 %] -UTMatchMCCheck INFO 02_long>5GeV >3UT : 4320 tr 4.01 from 4.13 mcUT [ 97.3 %] 0.06 ghost hits on real tracks [ 1.5 %] -UTMatchMCCheck INFO -UTDownMCCheck INFO Results -UTDownMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Downstream **** 2319 ghost, 4.10 UT per track -UTDownMCCheck INFO 01_has seed : 6082 tr 4.12 from 4.13 mcUT [ 99.6 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTDownMCCheck INFO 01_has seed >3UT : 6082 tr 4.12 from 4.13 mcUT [ 99.6 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT : 505 tr 4.10 from 4.13 mcUT [ 99.3 %] 0.04 ghost hits on real tracks [ 1.0 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT >3UT : 505 tr 4.10 from 4.13 mcUT [ 99.3 %] 0.04 ghost hits on real tracks [ 1.0 %] -UTDownMCCheck INFO 03_down+strange : 533 tr 4.11 from 4.13 mcUT [ 99.6 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 03_down+strange >3UT : 533 tr 4.11 from 4.13 mcUT [ 99.6 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 04_down+strange+>5GeV : 330 tr 4.10 from 4.11 mcUT [ 99.6 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTDownMCCheck INFO 04_down+strange+>5GeV >3UT : 330 tr 4.10 from 4.11 mcUT [ 99.6 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTDownMCCheck INFO -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 26407 tracks including 244 ghosts [ 0.92 %], Event average 0.78 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 23554 from 24815 [ 94.92 %] 211 clones [ 0.89 %], purity: 99.70 %, hitEff: 97.10 %, hitEffFirst3: 97.92 %, hitEffLast: 95.05 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 14762 from 15399 [ 95.86 %] 176 clones [ 1.18 %], purity: 99.71 %, hitEff: 97.28 %, hitEffFirst3: 97.36 %, hitEffLast: 96.78 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 8792 from 9416 [ 93.37 %] 35 clones [ 0.40 %], purity: 99.68 %, hitEff: 96.82 %, hitEffFirst3: 98.86 %, hitEffLast: 91.85 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 11525 from 11771 [ 97.91 %] 157 clones [ 1.34 %], purity: 99.72 %, hitEff: 97.05 %, hitEffFirst3: 97.25 %, hitEffLast: 96.50 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 6819 from 6891 [ 98.96 %] 61 clones [ 0.89 %], purity: 99.77 %, hitEff: 97.92 %, hitEffFirst3: 98.08 %, hitEffLast: 97.63 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 4744 from 4768 [ 99.50 %] 36 clones [ 0.75 %], purity: 99.77 %, hitEff: 98.17 %, hitEffFirst3: 98.42 %, hitEffLast: 97.89 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 2075 from 2123 [ 97.74 %] 25 clones [ 1.19 %], purity: 99.79 %, hitEff: 97.35 %, hitEffFirst3: 97.30 %, hitEffLast: 97.03 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 4186 from 4209 [ 99.45 %] 23 clones [ 0.55 %], purity: 99.80 %, hitEff: 98.19 %, hitEffFirst3: 98.26 %, hitEffLast: 98.06 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 457 from 463 [ 98.70 %] 4 clones [ 0.87 %], purity: 99.84 %, hitEff: 97.73 %, hitEffFirst3: 97.76 %, hitEffLast: 97.64 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 368 from 373 [ 98.66 %] 2 clones [ 0.54 %], purity: 99.83 %, hitEff: 98.01 %, hitEffFirst3: 98.29 %, hitEffLast: 97.75 % -VeloFullMCCheck INFO 11_notElectron_Long_FromB_Eta25 p<5GeV : 89 from 90 [ 98.89 %] 2 clones [ 2.20 %], purity: 99.88 %, hitEff: 96.59 %, hitEffFirst3: 95.60 %, hitEffLast: 97.18 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 364 from 368 [ 98.91 %] 2 clones [ 0.55 %], purity: 99.86 %, hitEff: 98.20 %, hitEffFirst3: 98.36 %, hitEffLast: 97.97 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 213 from 215 [ 99.07 %] 2 clones [ 0.93 %], purity: 99.85 %, hitEff: 97.45 %, hitEffFirst3: 97.52 %, hitEffLast: 97.33 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 150 from 151 [ 99.34 %] 1 clones [ 0.66 %], purity: 99.94 %, hitEff: 97.87 %, hitEffFirst3: 98.90 %, hitEffLast: 97.59 % -VeloFullMCCheck INFO 15_notElectron_Long_FromD_Eta25 p<5GeV : 63 from 64 [ 98.44 %] 1 clones [ 1.56 %], purity: 99.65 %, hitEff: 96.46 %, hitEffFirst3: 94.27 %, hitEffLast: 96.73 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 135 from 136 [ 99.26 %] 1 clones [ 0.74 %], purity: 99.85 %, hitEff: 97.95 %, hitEffFirst3: 98.53 %, hitEffLast: 97.86 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 354 from 364 [ 97.25 %] 2 clones [ 0.56 %], purity: 99.04 %, hitEff: 98.41 %, hitEffFirst3: 98.69 %, hitEffLast: 97.58 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 183 from 190 [ 96.32 %] 1 clones [ 0.54 %], purity: 98.51 %, hitEff: 98.38 %, hitEffFirst3: 98.55 %, hitEffLast: 97.48 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 171 from 174 [ 98.28 %] 1 clones [ 0.58 %], purity: 99.60 %, hitEff: 98.44 %, hitEffFirst3: 98.84 %, hitEffLast: 97.68 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 128 from 132 [ 96.97 %] 0 clones [ 0.00 %], purity: 98.57 %, hitEff: 98.56 %, hitEffFirst3: 98.96 %, hitEffLast: 97.74 % -VeloFullMCCheck INFO 21_Electron_Velo : 2428 from 3771 [ 64.39 %] 115 clones [ 4.52 %], purity: 98.00 %, hitEff: 87.16 %, hitEffFirst3: 85.25 %, hitEffLast: 85.96 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 1886 from 2903 [ 64.97 %] 107 clones [ 5.37 %], purity: 98.09 %, hitEff: 85.77 %, hitEffFirst3: 82.57 %, hitEffLast: 86.21 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 542 from 868 [ 62.44 %] 8 clones [ 1.45 %], purity: 97.69 %, hitEff: 92.19 %, hitEffFirst3: 94.97 %, hitEffLast: 84.94 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 1763 from 2461 [ 71.64 %] 105 clones [ 5.62 %], purity: 98.10 %, hitEff: 85.01 %, hitEffFirst3: 81.60 %, hitEffLast: 85.84 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 549 from 575 [ 95.48 %] 7 clones [ 1.26 %], purity: 98.39 %, hitEff: 95.56 %, hitEffFirst3: 93.11 %, hitEffLast: 95.77 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 308 from 322 [ 95.65 %] 6 clones [ 1.91 %], purity: 98.35 %, hitEff: 95.71 %, hitEffFirst3: 93.42 %, hitEffLast: 95.44 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 241 from 253 [ 95.26 %] 1 clones [ 0.41 %], purity: 98.43 %, hitEff: 95.36 %, hitEffFirst3: 92.70 %, hitEffLast: 96.21 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 154 from 161 [ 95.65 %] 2 clones [ 1.28 %], purity: 98.85 %, hitEff: 95.79 %, hitEffFirst3: 92.95 %, hitEffLast: 96.56 % -VeloFullMCCheck INFO 29_Electron_Long_FromB_Eta25 : 21 from 21 [100.00 %] 0 clones [ 0.00 %], purity: 98.64 %, hitEff: 90.84 %, hitEffFirst3: 80.95 %, hitEffLast: 97.90 % -VeloFullMCCheck INFO 30_Electron_Long_FromB_Eta25 p>5GeV : 12 from 12 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.07 %, hitEffFirst3: 91.67 %, hitEffLast: 98.17 % -VeloFullMCCheck INFO 31_Electron_Long_FromB_Eta25 p<5GeV : 9 from 9 [100.00 %] 0 clones [ 0.00 %], purity: 96.83 %, hitEff: 85.19 %, hitEffFirst3: 66.67 %, hitEffLast: 97.50 % -VeloFullMCCheck INFO 32_Electron_Long_FromB_Eta25 p>3GeV pt>400MeV : 9 from 9 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.54 %, hitEffFirst3: 88.89 %, hitEffLast: 99.15 % -VeloFullMCCheck INFO 33_Electron_Long_FromD_Eta25 : 18 from 18 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.87 %, hitEffFirst3: 90.74 %, hitEffLast: 99.16 % -VeloFullMCCheck INFO 34_Electron_Long_FromD_Eta25 p>5GeV : 11 from 11 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.79 %, hitEffFirst3: 93.94 %, hitEffLast: 98.70 % -VeloFullMCCheck INFO 35_Electron_Long_FromD_Eta25 p<5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.86 %, hitEffFirst3: 85.71 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 36_Electron_Long_FromD_Eta25 p>3GeV pt>400MeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = -0.005 +/- 0.017, RMS = 1.079 +/- 0.015 -TrackResChecker... INFO ALL/y pull : mean = 0.003 +/- 0.017, RMS = 1.077 +/- 0.015 -TrackResChecker... INFO ALL/tx pull : mean = -0.010 +/- 0.018, RMS = 1.101 +/- 0.016 -TrackResChecker... INFO ALL/ty pull : mean = -0.001 +/- 0.018, RMS = 1.087 +/- 0.015 -TrackResChecker... INFO ALL/p pull : mean = -0.160 +/- 0.021, RMS = 1.270 +/- 0.019 -TrackResChecker... INFO ALL/probChi2 : mean = 0.455 +/- 0.005, RMS = 0.318 +/- 0.002 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 36.381 +/- 1.465 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 34.651 +/- 1.179 micron -TrackResChecker... INFO ALL/dp/p: mean = -0.0003 +/- 0.0001, RMS = 0.0054 +/- 0.0002 -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 543 from 604 ( 834-230 ) [ 89.90 %], false 18 from reco. 561 ( 543+18 ) [ 3.21 %] -PVChecker INFO 01 isolated : 278 from 282 ( 402-120 ) [ 98.58 %], false 1 from reco. 279 ( 278+1 ) [ 0.36 %] -PVChecker INFO 02 close : 265 from 322 ( 432-110 ) [ 82.30 %], false 17 from reco. 282 ( 265+17 ) [ 6.03 %] -PVChecker INFO 03 ntracks<10 : 31 from 69 ( 69-0 ) [ 44.93 %], false 18 from reco. 49 ( 31+18 ) [ 36.73 %] -PVChecker INFO 04 ntracks>=10 : 512 from 535 ( 535-0 ) [ 95.70 %], false 0 from reco. 512 ( 512+0 ) [ 0.00 %] -PVChecker INFO 05 z<-50.0 : 124 from 134 ( 190-56 ) [ 92.54 %], false 6 from reco. 130 ( 124+6 ) [ 4.62 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 293 from 332 ( 467-135 ) [ 88.25 %], false 9 from reco. 302 ( 293+9 ) [ 2.98 %] -PVChecker INFO 07 z >=50.0 : 126 from 138 ( 177-39 ) [ 91.30 %], false 3 from reco. 129 ( 126+3 ) [ 2.33 %] -PVChecker INFO 08 decayBeauty : 109 from 110 ( 110-0 ) [ 99.09 %], false 13 from reco. 127 ( 114+13 ) [ 10.24 %] -PVChecker INFO 09 decayCharm : 173 from 176 ( 176-0 ) [ 98.30 %], false 13 from reco. 191 ( 178+13 ) [ 6.81 %] -PVChecker INFO 10 decayStrange : 541 from 600 ( 638-38 ) [ 90.17 %], false 17 from reco. 559 ( 542+17 ) [ 3.04 %] -PVChecker INFO 11 other : 2 from 4 ( 196-192 ) [ 50.00 %], false 1 from reco. 20 ( 19+1 ) [ 5.00 %] -PVChecker INFO 12 1MCPV : 100 from 100 ( 100-0 ) [ 100.00 %], false 6 from reco. 106 ( 100+6 ) [ 5.66 %] -PVChecker INFO 13 2MCPV : 98 from 100 ( 100-0 ) [ 98.00 %], false 1 from reco. 99 ( 98+1 ) [ 1.01 %] -PVChecker INFO 14 3MCPV : 93 from 97 ( 100-3 ) [ 95.88 %], false 0 from reco. 93 ( 93+0 ) [ 0.00 %] -PVChecker INFO 15 4MCPV : 81 from 89 ( 99-10 ) [ 91.01 %], false 4 from reco. 85 ( 81+4 ) [ 4.71 %] -PVChecker INFO 16 5MCPV : 58 from 71 ( 90-19 ) [ 81.69 %], false 1 from reco. 59 ( 58+1 ) [ 1.69 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 34.83 [MC: 35.09] -PVChecker INFO 01 isolated : av. PV tracks: 33.80 [MC: 36.35] -PVChecker INFO 02 close : av. PV tracks: 35.91 [MC: 33.99] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 7.29 [MC: 6.72] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 36.49 [MC: 38.75] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 29.06 [MC: 29.69] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 35.60 [MC: 35.46] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 38.70 [MC: 39.46] -PVChecker INFO 08 decayBeauty : av. PV tracks: 57.26 [MC: 56.21] -PVChecker INFO 09 decayCharm : av. PV tracks: 55.75 [MC: 55.20] -PVChecker INFO 10 decayStrange : av. PV tracks: 34.93 [MC: 35.27] -PVChecker INFO 11 other : av. PV tracks: 7.00 [MC: 7.75] -PVChecker INFO 12 1MCPV : av. PV tracks: 75.31 [MC: 74.29] -PVChecker INFO 13 2MCPV : av. PV tracks: 43.99 [MC: 47.62] -PVChecker INFO 14 3MCPV : av. PV tracks: 29.08 [MC: 32.98] -PVChecker INFO 15 4MCPV : av. PV tracks: 22.31 [MC: 24.94] -PVChecker INFO 16 5MCPV : av. PV tracks: 19.67 [MC: 20.15] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.014, y: +0.015, z: +0.070 -PVChecker INFO 2_res_ntracks<10 : x: +0.034, y: +0.026, z: +0.139 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.015, y: +0.020, z: +0.086 -PVChecker INFO 4_res_ntracks>30 : x: +0.007, y: +0.006, z: +0.036 -PVChecker INFO 5_res_z<-50 : x: +0.016, y: +0.012, z: +0.076 -PVChecker INFO 6_res_z(-50,50) : x: +0.013, y: +0.011, z: +0.066 -PVChecker INFO 7_res_z>50 : x: +0.013, y: +0.024, z: +0.074 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +0.944, y: +0.885, z: +0.962 -PVChecker INFO 1_pull_mean_all : x: +0.009, y: -0.024, z: -0.030 -PVChecker INFO -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO MuonID Rates for Downstream Tracks -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuonLoose = 1.0 : 25.689 +- 1.244 -MuonPIDCheckerDown INFO IsMuoLoose MuonProb < 0.9 : 6.726 +- 0.713 -MuonPIDCheckerDown INFO IsMuoLoose DLL > 1.4 : 2.188 +- 0.416 -MuonPIDCheckerDown INFO IsMuonLoose NShared < 1.0 : 4.619 +- 0.598 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuon = 1.0 : 16.613 +- 1.060 -MuonPIDCheckerDown INFO IsMuon MuonProb < 0.9 : 5.024 +- 0.622 -MuonPIDCheckerDown INFO IsMuon DLL > 1.4 : 1.540 +- 0.351 -MuonPIDCheckerDown INFO IsMuon NShared < 1.0 : 2.917 +- 0.479 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Total Number of Tracks analysed: 1847 -MuonPIDCheckerDown INFO Total Number of PreSelected Tracks: 1234 -MuonPIDCheckerDown INFO Total Number of IsMuonLoose Candidates: 317 -MuonPIDCheckerDown INFO Total Number of IsMuon Candidates: 205 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO MuonID Rates for Long Tracks -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuonLoose = 1.0 : 20.866 +- 0.500 -MuonPIDCheckerLong INFO IsMuoLoose MuonProb < 0.9 : 5.588 +- 0.283 -MuonPIDCheckerLong INFO IsMuoLoose DLL > 1.4 : 3.861 +- 0.237 -MuonPIDCheckerLong INFO IsMuonLoose NShared < 1.0 : 5.239 +- 0.274 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuon = 1.0 : 12.023 +- 0.400 -MuonPIDCheckerLong INFO IsMuon MuonProb < 0.9 : 4.104 +- 0.244 -MuonPIDCheckerLong INFO IsMuon DLL > 1.4 : 2.196 +- 0.180 -MuonPIDCheckerLong INFO IsMuon NShared < 1.0 : 2.423 +- 0.189 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Total Number of Tracks analysed: 8093 -MuonPIDCheckerLong INFO Total Number of PreSelected Tracks: 6604 -MuonPIDCheckerLong INFO Total Number of IsMuonLoose Candidates: 1378 -MuonPIDCheckerLong INFO Total Number of IsMuon Candidates: 794 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -DstWriter INFO Events output: 100 -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 8 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 52 - | Logical Volume | | # mean RMS min max | - | LHCb/lvLHCb | mm | 8 178.41939 173.16865 2.5624468 352.848 | - | LHCb/lvLHCb | X0 | 8 0.54734589 0.53247144 0.0072573572 1.08369 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | mm | 6 0.14602435 0.018115175 0.13428828 0.185867 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | X0 | 6 0 0 0 | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 33574 | 30348 |( 90.39137 +- 0.1608395)% | - | "MC particles per track" | 30348 | 31580 | 1.0406 | -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 8489 | 84.890 | -BremChi22IDFuture INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 17112 | 171.12 | 76.977 | 42.000 | 380.00 | - | "#total tracks" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | -BremMatchFuture INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 100 | 1207286 | 12073.0 | 8722.8 | 539.00 | 41771.0 | - | "#chi2" | 412989 |1.890297e+09 | 4577.1 | 2865.7 | 0.0081599 | 10000.0 | - | "#good tracks" | 100 | 11231 | 112.31 | 50.732 | 18.000 | 264.00 | - | "#links in table" | 100 | 412989 | 4129.9 | 2550.6 | 289.00 | 11357.0 | - | "#total calos" | 100 | 12936 | 129.36 | 38.185 | 44.000 | 232.00 | -BremMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/BremMatch" | 100 | 412989 | 4129.9 | 2550.6 | 289.00 | 11357.0 | - | "Monitor /Event/Rec/Calo/Photons" | 100 | 12936 | 129.36 | 38.185 | 44.000 | 232.00 | -BremPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 17112 | 171.12 | 76.977 | 42.000 | 380.00 | -BrunelInit.Brun... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -CaloClusterMCTruth INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CC2MC links" | 100 | 556594 | 5565.9 | - |*"No MC information for the cluster is found" | 20127 | 49 |(0.2434541 +- 0.03473679)% | -CaloDigit2MCLin... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CD2MC links" | 100 | 1712226 | 17122.0 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 100 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 100 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 100 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 100 | 385869 | 3858.7 | - | "#links/hypo" | 11290 | 385869 | 34.178 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 100 | 40027 | 400.27 | - | "#links/hypo" | 948 | 40027 | 42.223 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 100 | 323154 | 3231.5 | - | "#links/hypo" | 12936 | 323154 | 24.981 | -ChargedProtoPMaker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Track/Best ==> Rec/ProtoP/Charged" | 100 | 11082 | 110.82 | 53.469 | 22.000 | 266.00 | -ClassifyPhotonE... INFO Number of counters : 14 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Electron Delta(E)" | 11290 | 2144927 | 189.98 | 255.46 | -3194.7 | 4893.6 | - | "Electron Delta(X)" | 11290 | -5609.786 | -0.49688 | 11.625 | -22.782 | 22.327 | - | "Electron Delta(Y)" | 11290 | -1933.69 | -0.17127 | 11.591 | -22.782 | 22.326 | - | "Electron Delta(Z)" | 11290 | 759001.9 | 67.228 | 13.108 | 29.622 | 125.62 | - | "Electron corrected energy" | 11290 |8.894817e+07 | 7878.5 | 10387.0 | 383.10 | 2.3178e+05 | - | "Electrons pT-rejected after correction" | 100 | - | "Photon Delta(E)" | 12936 | -201099.7 | -15.546 | 186.07 | -3109.6 | 4076.0 | - | "Photon Delta(X)" | 12936 | -5122.413 | -0.39598 | 12.507 | -22.782 | 22.326 | - | "Photon Delta(Y)" | 12936 | -3475.679 | -0.26868 | 12.432 | -22.782 | 30.676 | - | "Photon Delta(Z)" | 12936 | 767332 | 59.318 | 12.909 | 22.243 | 127.72 | - | "Photon corrected energy" | 12936 |5.962746e+07 | 4609.4 | 8237.4 | 149.34 | 1.8852e+05 | - | "Photons pT-rejected after correction" | 100 | - | "electronHypos" | 100 | 11290 | 112.90 | 52.655 | 32.000 | 253.00 | - | "photonHypos" | 100 | 12936 | 129.36 | 38.185 | 44.000 | 232.00 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 3765 | 3746.94 | 0.9952 | 0.018743 | 0.96438 | 1.0949 | - | "<alpha> Middle" | 3229 | 3249.492 | 1.0063 | 0.019299 | 0.97705 | 1.1605 | - | "<alpha> Outer" | 4296 | 4297.706 | 1.0004 | 0.014423 | 0.97371 | 1.0605 | - | "Pileup offset" | 11290 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 11290 | 11290 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 3502 | 3480.19 | 0.99377 | 0.018823 | 0.96438 | 1.1024 | - | "<alpha> Middle" | 3165 | 3178.892 | 1.0044 | 0.019355 | 0.97677 | 1.1605 | - | "<alpha> Outer" | 6269 | 6248.588 | 0.99674 | 0.015175 | 0.97356 | 1.0585 | - | "Pileup offset" | 12936 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 12936 | 12936 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 26407 | 264.07 | -DownstreamAssoc... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 9307 | 6988 |( 75.08327 +- 0.4483449)% | - | "MC particles per track" | 6988 | 6988 | 1.0000 | -EcalClusterMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/EcalClusters" | 100 | 20127 | 201.27 | 66.729 | 69.000 | 361.00 | -EcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 100 | 214773 | 2147.7 | 711.17 | 720.00 | 3763.0 | -EcalEFlowMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 100 | 213340 | 2133.4 | 702.79 | 716.00 | 3727.0 | -EcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 12193 | 121.93 | 61.897 | 37.000 | 346.00 | - | "#total energy" | 12193 | 42793.2 | 3.5097 | 5.1214 | -0.11585 | 145.14 | - | "#total tracks" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | -EcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 14908 | 149.08 | 75.791 | 44.000 | 419.00 | -EcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 12193 | 121.93 | 61.897 | 37.000 | 346.00 | -ElectronMatchFu... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 100 | 1532039 | 15320.0 | 14971.0 | 1013.0 | 79290.0 | - | "#chi2" | 160364 |7.151379e+08 | 4459.5 | 2938.1 | 0.17382 | 10000.0 | - | "#good tracks" | 100 | 12193 | 121.93 | 61.897 | 37.000 | 346.00 | - | "#links in table" | 100 | 160364 | 1603.6 | 1436.3 | 159.00 | 8248.0 | - | "#total calos" | 100 | 11290 | 112.90 | 52.655 | 32.000 | 253.00 | -ElectronMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ElectronMatch" | 100 | 160364 | 1603.6 | 1436.3 | 159.00 | 8248.0 | - | "Monitor /Event/Rec/Calo/Electrons" | 100 | 11290 | 112.90 | 52.655 | 32.000 | 253.00 | -ElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Electrons" | 100 | 11290 | 112.90 | 52.655 | 32.000 | 253.00 | -EtaMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 100 | 4618 | 46.180 | 44.840 | 0.0000 | 192.00 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 4067 | 40.670 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 1628 | 16.280 | 8.5511 | 2.0000 | 40.000 | - | "#seeds" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 1847 | 18.470 | 10.428 | 2.0000 | 47.000 | - | "#seeds" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 7482 | 74.820 | 34.198 | 14.000 | 170.00 | - | "#seeds" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 8093 | 80.930 | 39.381 | 16.000 | 200.00 | - | "#seeds" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | -FilterForBestMC... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | - | "#seeds" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | -ForwardBestAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 8489 | 6751 |( 79.52645 +- 0.4379496)% | - | "MC particles per track" | 6751 | 7909 | 1.1715 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 4067 | 3907 |( 96.06590 +- 0.3048389)% | - | "MC particles per track" | 3907 | 4605 | 1.1787 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 4067 | 3907 |( 96.06590 +- 0.3048389)% | - | "MC particles per track" | 3907 | 4605 | 1.1787 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 4067 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 4067 | 466 | 0.11458 | 0.31852 | 0.0000 | 1.0000 | - | "chisqprobSum" | 4067 | 1781.113 | 0.43794 | 0.32333 | 0.0000 | 0.99999 | - | "flipCharge" | 4067 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 100 | 4067 | 40.670 | 19.390 | 7.0000 | 97.000 | - | "nTracks" | 100 | 4067 | 40.670 | 19.390 | 7.0000 | 97.000 | - | "numOutliers" | 4067 | 3027 | 0.74428 | 0.88704 | 0.0000 | 4.0000 | -FutureClusChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 14908 | 149.08 | 75.791 | 44.000 | 419.00 | - | "#total tracks" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | -FutureClusterMatch INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 100 | 2163147 | 21631.0 | 16816.0 | 1995.0 | 83135.0 | - | "#chi2" | 673447 |3.151905e+08 | 468.03 | 290.13 | 0.0001884 | 1000.0 | - | "#good tracks" | 100 | 12193 | 121.93 | 61.897 | 37.000 | 346.00 | - | "#links in table" | 100 | 673447 | 6734.5 | 6376.6 | 387.00 | 35197.0 | - | "#total calos" | 100 | 20127 | 201.27 | 66.729 | 69.000 | 361.00 | -FutureEcalChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 14908 | 149.08 | 75.791 | 44.000 | 419.00 | - | "#total tracks" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | -FutureEcalClust INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusterization passes" | 100 | 359 | 3.5900 | 0.63396 | 3.0000 | 6.0000 | - | "# clusters" | 100 | 20127 | 201.27 | 66.729 | 69.000 | 361.00 | - | "Cluster energy" | 20127 |1.218671e+08 | 6054.9 | 9420.7 | 124.00 | 2.3498e+05 | - | "Cluster size" | 20127 | 252380 | 12.539 | 3.7139 | 4.0000 | 37.000 | -FutureEcalCovar INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusters" | 100 | -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -FutureEcalCovar... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 1385 | 7166 | 5.1740 | 1.9534 | 2.0000 | 14.000 | - | "Corrected Clusters: ET" | 1385 | 454156.2 | 327.91 | 389.79 | 32.600 | 4373.2 | - | "Corrected Clusters: size ratio" | 1385 | 514.6174 | 0.37156 | 0.292 | -7.3447e-16 | 3.0176 | -FutureEcalShare INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(E)" | 26233 | -881861 | -33.616 | 1130.7 | -29243.0 | 19304.0 | - | "Delta(X)" | 26233 | 105.1785 | 0.0040094 | 5.2582 | -50.696 | 50.397 | - | "Delta(Y)" | 26233 | 416.3593 | 0.015872 | 5.1148 | -51.661 | 51.547 | - | "Delta(Z)" | 26233 |2.728484e-10 | 1.0401e-14 | 1.1075e-12 | -1.8190e-12 | 1.8190e-12 | - | "negative E clusters (removed)" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -FutureEcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 100 | 0 |( 0.000000 +- 0.000000)% | -FutureHcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 100 | 0 |( 0.000000 +- 0.000000)% | -FutureNeutralPr... INFO Number of counters : 58 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "CaloClusterCode for Photon" | 12936 | 44944 | 3.4743 | 89.504 | -98.000 | 98.000 | - | "CaloClusterCode for PhotonFromMergedPi0" | 1896 | 160359 | 84.578 | 14.405 | 40.000 | 98.000 | - | "CaloClusterCode for Pi0Merged" | 948 | -12552 | -13.241 | 89.065 | -98.000 | 98.000 | - | "CaloClusterFrac for Photon" | 11042 | 11090.9 | 1.0044 | 0.058944 | 0.62642 | 1.5059 | - | "CaloClusterFrac for PhotonFromMergedPi0" | 1896 | 1006.736 | 0.53098 | 0.22954 | 0.0035025 | 0.99852 | - | "CaloClusterFrac for Pi0Merged" | 905 | 903.021 | 0.99781 | 0.011136 | 0.81417 | 1.0080 | - | "CaloNeutralE19 for Photon" | 12936 | 7572.944 | 0.58542 | 0.18617 | 0.16276 | 1.5943 | - | "CaloNeutralE19 for PhotonFromMergedPi0" | 1896 | 1376.474 | 0.72599 | 0.34311 | 0.15998 | 9.7866 | - | "CaloNeutralE19 for Pi0Merged" | 948 | 506.8145 | 0.53461 | 0.1749 | 0.17387 | 0.97737 | - | "CaloNeutralE49 for Photon" | 12936 | 11510.35 | 0.88979 | 0.097606 | 0.51414 | 1.5644 | - | "CaloNeutralE49 for PhotonFromMergedPi0" | 1896 | 1725.315 | 0.90998 | 0.075872 | 0.46371 | 1.0000 | - | "CaloNeutralE49 for Pi0Merged" | 948 | 830.6673 | 0.87623 | 0.091197 | 0.53183 | 1.0000 | - | "CaloNeutralEcal for Photon" | 12936 |5.982856e+07 | 4625.0 | 8267.7 | 149.67 | 1.8813e+05 | - | "CaloNeutralEcal for PhotonFromMergedPi0" | 1896 |2.596926e+07 | 13697.0 | 15366.0 | 37.679 | 2.0384e+05 | - | "CaloNeutralEcal for Pi0Merged" | 948 |2.522948e+07 | 26613.0 | 25144.0 | 4585.6 | 2.3498e+05 | - | "CaloNeutralHcal2Ecal for Photon" | 12936 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for PhotonFromMergedPi0" | 1896 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for Pi0Merged" | 948 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralID for Photon" | 12936 |4.920546e+08 | 38038.0 | 3561.3 | 33152.0 | 44151.0 | - | "CaloNeutralID for PhotonFromMergedPi0" | 1896 |7.228844e+07 | 38127.0 | 3565.1 | 33152.0 | 44147.0 | - | "CaloNeutralID for Pi0Merged" | 948 |3.614434e+07 | 38127.0 | 3564.1 | 33152.0 | 44146.0 | - | "CaloShapeAsym for Photon" | 135 | 1.976368 | 0.01464 | 0.29544 | -0.70757 | 0.77158 | - | "CaloShapeAsym for Pi0Merged" | 456 | 10.98405 | 0.024088 | 0.30951 | -0.81974 | 0.82773 | - | "CaloShapeE1 for Photon" | 135 | 86.05582 | 0.63745 | 0.16406 | 0.28132 | 0.97737 | - | "CaloShapeE1 for Pi0Merged" | 456 | 237.3408 | 0.52048 | 0.1751 | 0.17387 | 0.97737 | - | "CaloShapeE2 for Photon" | 135 | 111.9452 | 0.82922 | 0.10923 | 0.49743 | 1.1773 | - | "CaloShapeE2 for Pi0Merged" | 456 | 335.9971 | 0.73684 | 0.13946 | 0.34435 | 1.1773 | - | "CaloShapeFr2r4 for Photon" | 135 | 102.3175 | 0.75791 | 0.12905 | 0.068308 | 0.95303 | - | "CaloShapeFr2r4 for Pi0Merged" | 456 | 327.6751 | 0.71859 | 0.11279 | 0.068308 | 0.96806 | - | "CaloShapeKappa for Photon" | 135 | 47.13727 | 0.34916 | 0.19059 | 0.0000 | 0.84074 | - | "CaloShapeKappa for Pi0Merged" | 456 | 161.275 | 0.35367 | 0.18216 | 0.0000 | 0.86086 | - | "CaloTrMatch for Photon" | 12540 | 1534107 | 122.34 | 171.11 | 4.0023 | 999.96 | - | "CaloTrMatch for PhotonFromMergedPi0" | 1884 | 59898.46 | 31.793 | 96.706 | 0.0023658 | 864.96 | - | "CaloTrMatch for Pi0Merged" | 942 | 29949.23 | 31.793 | 96.706 | 0.0023658 | 864.96 | - | "ClusterAsX for Photon" | 12917 | -37.12709 | -0.0028743 | 0.20076 | -0.98679 | 0.71235 | - | "ClusterAsX for PhotonFromMergedPi0" | 1896 | -7.24239 | -0.0038198 | 0.21155 | -0.86632 | 0.97671 | - | "ClusterAsY for Photon" | 12918 | 1.549747 | 0.00011997 | 0.2031 | -0.88094 | 0.76973 | - | "ClusterAsY for PhotonFromMergedPi0" | 1896 | 2.129472 | 0.0011231 | 0.20239 | -0.94314 | 0.86689 | - | "IsNotE for Photon" | 12936 | 6155.01 | 0.4758 | 0.26257 | -1.0000 | 0.9466 | - | "IsNotE for PhotonFromMergedPi0" | 1896 | 884.7521 | 0.46664 | 0.19517 | -1.0000 | 0.95072 | - | "IsNotE for Pi0Merged" | 948 | 377.7504 | 0.39847 | 0.13812 | 0.13149 | 0.94086 | - | "IsNotH for Photon" | 12936 | 6948.937 | 0.53718 | 0.352 | -1.0000 | 0.99665 | - | "IsNotH for PhotonFromMergedPi0" | 1896 | 1354.789 | 0.71455 | 0.31533 | -1.0000 | 0.99938 | - | "IsNotH for Pi0Merged" | 948 | 431.5815 | 0.45525 | 0.30707 | 0.03654 | 0.99614 | - | "IsPhoton for Photon" | 12936 | 12887.11 | 0.99622 | 0.047174 | 0.0068131 | 1.0000 | - | "IsPhoton for Pi0Merged" | 948 | 688.4281 | 0.72619 | 0.36 | 0.0068131 | 1.0000 | - | "IsPhotonXGB for Photon" | 12936 | 12873.68 | 0.99518 | 0.060631 | 0.00042869 | 1.0000 | - | "IsPhotonXGB for Pi0Merged" | 948 | 735.8518 | 0.77621 | 0.33659 | 0.00016804 | 1.0000 | - | "Neutral Protos" | 100 | 15780 | 157.80 | 55.242 | 49.000 | 313.00 | - | "Neutral Protos from MergedPi0s" | 100 | 948 | 9.4800 | 6.7461 | 0.0000 | 29.000 | - | "Neutral Protos from Photons" | 100 | 12936 | 129.36 | 38.185 | 44.000 | 232.00 | - | "Neutral Protos from SplitPhotons" | 100 | 1896 | 18.960 | 13.492 | 0.0000 | 58.000 | - | "PhotonID for Photon" | 12936 | -12936 | -1.0000 | 0.0000 | -1.0000 | -1.0000 | - | "PhotonID for PhotonFromMergedPi0" | 1896 | -1896 | -1.0000 | 0.0000 | -1.0000 | -1.0000 | - | "PhotonID for Pi0Merged" | 948 | -948 | -1.0000 | 0.0000 | -1.0000 | -1.0000 | - | "ShowerShape for Photon" | 12936 |6.558785e+07 | 5070.2 | 4934.2 | 279.65 | 50157.0 | - | "ShowerShape for PhotonFromMergedPi0" | 1896 | 6460357 | 3407.4 | 3269.0 | 219.00 | 19160.0 | - | "ShowerShape for Pi0Merged" | 948 | 6758874 | 7129.6 | 6825.2 | 388.93 | 46426.0 | -HcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Hcal/Digits" | 100 | 37379 | 373.79 | 109.06 | 156.00 | 613.00 | -HcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 11410 | 114.10 | 58.728 | 29.000 | 329.00 | - | "#total energy" | 11410 | 73375.5 | 6.4308 | 11.623 | 0.0000 | 178.87 | - | "#total tracks" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | -HcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 11410 | 114.10 | 58.728 | 29.000 | 329.00 | -HcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 100 | 11410 | 114.10 | 58.728 | 29.000 | 329.00 | -InBREMFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 18959 | 189.59 | 86.289 | 45.000 | 420.00 | - | "#total tracks" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | - | "#tracks in acceptance" | 100 | 12530 | 125.30 | 57.053 | 20.000 | 287.00 | -InECALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 14908 | 149.08 | 75.791 | 44.000 | 419.00 | - | "#total tracks" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | - | "#tracks in acceptance" | 100 | 12193 | 121.93 | 61.897 | 37.000 | 346.00 | -InHCALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 100 | 14908 | 149.08 | 75.791 | 44.000 | 419.00 | - | "#total tracks" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | - | "#tracks in acceptance" | 100 | 11410 | 114.10 | 58.728 | 29.000 | 329.00 | -MCRichDigitSumm... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 100 | 646000 | 6460.0 | 2875.5 | 1391.0 | 15303.0 | -MatchAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 8350 | 6753 |( 80.87425 +- 0.4303989)% | - | "MC particles per track" | 6753 | 7896 | 1.1693 | -MergedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/MergedPi0s" | 99 | 948 | 9.5758 | 6.7121 | 1.0000 | 29.000 | -MergedPi0RecFuture INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Cluster without 2nd seed found" | 948 | 0 |( 0.000000 +- 0.000000)% | - | "Corrected energy" | 1896 |2.575998e+07 | 13586.0 | 15152.0 | 36.710 | 2.0094e+05 | - |*"Fails to set covariance" | 100 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to set spread" | 100 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (1)" | 948 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (2)" | 948 | 0 |( 0.000000 +- 0.000000)% | - | "Photon Delta(E)" | 1896 | -209287.2 | -110.38 | 476.48 | -3172.3 | 4178.9 | - | "Photon Delta(X)" | 1896 | -250.9607 | -0.13236 | 12.190 | -32.363 | 34.680 | - | "Photon Delta(Y)" | 1896 | -168.6113 | -0.08893 | 12.239 | -36.921 | 42.522 | - | "Photon Delta(Z)" | 1896 | 147225.2 | 77.650 | 12.428 | 9.4381 | 119.33 | - | "clusters => mergedPi0s" | 100 | 948 | 9.4800 | - | "clusters => splitClusters" | 100 | 1896 | 18.960 | -MergedPi0RecFut... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 544 | 539.9841 | 0.99262 | 0.02491 | 0.96448 | 1.1376 | - | "<alpha> Middle" | 442 | 442.3322 | 1.0008 | 0.023175 | 0.97714 | 1.1111 | - | "<alpha> Outer" | 910 | 906.435 | 0.99608 | 0.017777 | 0.97384 | 1.0903 | - | "Pileup offset" | 1896 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 1896 | 1896 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -MergedPi0RecFut... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 290 | 1833 | 6.3207 | 1.7977 | 3.0000 | 9.0000 | - | "Corrected Clusters: ET" | 290 | 351108.4 | 1210.7 | 1030.5 | 10.000 | 8211.8 | - | "Corrected Clusters: size ratio" | 290 | 108.6817 | 0.37476 | 0.28109 | 0.0000 | 1.9080 | -MuonIDAlgLite INFO Number of counters : 9 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "muonMVA2Stat" | 999 | -515.0372 | -0.51555 | 1.0636 | -3.1315 | 4.9348 | - | "nGoodOffline" | 9940 | - | "nInAcceptance" | 8180 | - | "nIsMuon" | 999 | - | "nIsMuonLoose" | 1695 | - | "nIsMuonTight" | 457 | - | "nMomentumCut" | 8405 | - | "nMuonPIDs" | 8180 | - | "nPreSelTrack" | 7838 | -MuonProcStatus INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "readoutStatus : create a procStatus" | 100 | -MuonROFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Accepted events" | 100 | 100 |( 100.0000 +- 0.000000)% | -MuonTrackFitter INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 1695 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 1455 | 767 | 0.52715 | 0.49926 | 0.0000 | 1.0000 | - | "chisqprobSum" | 1455 | 278.2873 | 0.19126 | 0.28768 | 0.0000 | 0.99987 | - | "flipCharge" | 1695 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 100 | 1695 | 16.950 | 14.003 | 0.0000 | 73.000 | - | "nTracks" | 100 | 1695 | 16.950 | 14.003 | 0.0000 | 73.000 | - | "numOutliers" | 1695 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 100 | -PackMuonPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 100 | 8180 | 81.800 | 40.169 | 15.000 | 210.00 | -PackMuonTracks INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 100 | 1695 | 16.950 | 14.003 | 0.0000 | 73.000 | -PackRichPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 100 | 10278 | 102.78 | 49.072 | 20.000 | 238.00 | -PackTracks INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 100 | 561 | 5.6100 | -PhotonMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Clusters" | 100 | 20127 | 201.27 | 66.729 | 69.000 | 361.00 | - | "RelationsTable" | 100 | 673447 | 6734.5 | 6376.6 | 387.00 | 35197.0 | -PhotonMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 100 | 12936 | 129.36 | 38.185 | 44.000 | 232.00 | -PrForwardTracki... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 100 | 16189 | 161.89 | - | "Created long tracks" | 100 | 8489 | 84.890 | - | "Input tracks" | 100 | 16737 | 167.37 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 7435 | 30127 | 4.0521 | - | "#tracks with hits added" | 7435 | -PrForwardTracki... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 100 | 5413 | 54.130 | - | "Created long tracks" | 100 | 4067 | 40.670 | - | "Input tracks" | 100 | 5413 | 54.130 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 100 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 802640 | 0 | 0.0000 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 100 | 9307 | 93.070 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 25526 | 143828.1 | 5.6346 | - | "#MatchingTracks" | 100 | 8350 | 83.500 | - | "TracksMLP" | 25526 | 8414.478 | 0.32964 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 7355 | 29817 | 4.0540 | - | "#tracks with hits added" | 7355 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 100 | 18000 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 100 | 18000 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 100 | 16737 | 167.37 | - | "#tracks" | 100 | 5413 | 54.130 | -PrepareMuonHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Impossible MuonTileID" | 32341 | 0 |( 0.000000 +- 0.000000)% | -ProtoElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/ProtoP/Charged" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -ResolvedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 100 | 540 | 5.4000 | 6.0531 | 0.0000 | 32.000 | -RichDLLsDown INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 100 | 1603 | 16.030 | 9.3332 | 2.0000 | 44.000 | - |*"Used RICH1 and RICH2" | 1603 | 402 |( 25.07798 +- 1.082640)% | - |*"Used RICH1 only" | 1603 | 1025 |( 63.94261 +- 1.199294)% | - |*"Used RICH2 only" | 1603 | 176 |( 10.97941 +- 0.7808508)% | -RichDLLsLong INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 100 | 7692 | 76.920 | 36.864 | 14.000 | 182.00 | - |*"Used RICH1 and RICH2" | 7692 | 2933 |( 38.13053 +- 0.5538026)% | - |*"Used RICH1 only" | 7692 | 3225 |( 41.92668 +- 0.5626184)% | - |*"Used RICH2 only" | 7692 | 1534 |( 19.94280 +- 0.4555894)% | -RichDLLsUp INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 100 | 983 | 9.8300 | 5.1537 | 2.0000 | 30.000 | - |*"Used RICH1 and RICH2" | 983 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 983 | 983 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 983 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonDown1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 11 | 11 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 116 | 111 |( 95.68966 +- 1.885643)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 8 | 8 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 361 | 361 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 361 | 230 |( 63.71191 +- 2.530689)% | - |*"Used RICH1 only" | 361 | 17 |( 4.709141 +- 1.114918)% | - |*"Used RICH2 only" | 361 | 114 |( 31.57895 +- 2.446471)% | -RichPIDMonDown2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 193 | 193 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 1364 | 1135 |( 83.21114 +- 1.012032)% | - |*"Used RICH1 and RICH2" | 1135 | 167 |( 14.71366 +- 1.051483)% | - |*"Used RICH1 only" | 1135 | 911 |( 80.26432 +- 1.181379)% | - |*"Used RICH2 only" | 1135 | 57 |( 5.022026 +- 0.6482657)% | -RichPIDMonDown2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 12 | 11 |( 91.66667 +- 7.978559)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 312 | 306 |( 98.07692 +- 0.7775073)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 8 | 8 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 1731 | 1502 |( 86.77065 +- 0.8143425)% | - |*"Used RICH1 and RICH2" | 1502 | 400 |( 26.63116 +- 1.140554)% | - |*"Used RICH1 only" | 1502 | 928 |( 61.78429 +- 1.253791)% | - |*"Used RICH2 only" | 1502 | 174 |( 11.58455 +- 0.8257884)% | -RichPIDMonDown7... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 3 | 2 |( 66.66667 +- 27.21655)% | - |*"Track ID rate" | 6 | 6 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 6 | 3 |( 50.00000 +- 20.41241)% | - |*"Used RICH1 only" | 6 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 6 | 3 |( 50.00000 +- 20.41241)% | -RichPIDMonLong1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 399 | 391 |( 97.99499 +- 0.7017364)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 1725 | 1662 |( 96.34783 +- 0.4516501)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 85 | 77 |( 90.58824 +- 3.167101)% | - |*"Track ID rate" | 3246 | 3243 |( 99.90758 +- 0.05333488)% | - |*"Used RICH1 and RICH2" | 3243 | 1954 |( 60.25285 +- 0.8593465)% | - |*"Used RICH1 only" | 3243 | 128 |( 3.946963 +- 0.3419114)% | - |*"Used RICH2 only" | 3243 | 1161 |( 35.80019 +- 0.8418526)% | -RichPIDMonLong2... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 12 | 11 |( 91.66667 +- 7.978559)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 1695 | 1688 |( 99.58702 +- 0.1557689)% | - |*"Track ID rate" | 4504 | 4108 |( 91.20782 +- 0.4219541)% | - |*"Used RICH1 and RICH2" | 4108 | 909 |( 22.12756 +- 0.6476545)% | - |*"Used RICH1 only" | 4108 | 2921 |( 71.10516 +- 0.7072053)% | - |*"Used RICH2 only" | 4108 | 278 |( 6.767283 +- 0.3919008)% | -RichPIDMonLong2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 429 | 419 |( 97.66900 +- 0.7284858)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 3469 | 3396 |( 97.89565 +- 0.2436906)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 95 | 87 |( 91.57895 +- 2.849176)% | - |*"Track ID rate" | 7847 | 7447 |( 94.90251 +- 0.2482934)% | - |*"Used RICH1 and RICH2" | 7447 | 2908 |( 39.04928 +- 0.5653342)% | - |*"Used RICH1 only" | 7447 | 3049 |( 40.94266 +- 0.5698155)% | - |*"Used RICH2 only" | 7447 | 1490 |( 20.00806 +- 0.4635909)% | -RichPIDMonLong7... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 18 | 17 |( 94.44444 +- 5.399030)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 49 | 46 |( 93.87755 +- 3.424881)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 97 | 96 |( 98.96907 +- 1.025600)% | - |*"Used RICH1 and RICH2" | 96 | 45 |( 46.87500 +- 5.093127)% | - |*"Used RICH1 only" | 96 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 96 | 51 |( 53.12500 +- 5.093127)% | -RichPIDMonUp10to70 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 33 | 28 |( 84.84848 +- 6.241559)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 161 | 139 |( 86.33540 +- 2.706948)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 13 | 11 |( 84.61538 +- 10.00683)% | - |*"Track ID rate" | 430 | 323 |( 75.11628 +- 2.084925)% | - |*"Used RICH1 and RICH2" | 323 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 323 | 323 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 323 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to10 INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 158 | 158 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 645 | 645 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 645 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 645 | 645 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 645 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to100 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 34 | 29 |( 85.29412 +- 6.073872)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 324 | 301 |( 92.90123 +- 1.426690)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 13 | 11 |( 84.61538 +- 10.00683)% | - |*"Track ID rate" | 1107 | 976 |( 88.16621 +- 0.9708209)% | - |*"Used RICH1 and RICH2" | 976 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 976 | 976 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 976 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp70t... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 100 | 100 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 5 | 4 |( 80.00000 +- 17.88854)% | - |*"Track ID rate" | 32 | 8 |( 25.00000 +- 7.654655)% | - |*"Used RICH1 and RICH2" | 8 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 8 | 8 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 8 | 0 |( 0.000000 +- 0.000000)% | -RichRecoStatsDown INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 100 | 193376 | 1933.8 | 1864.1 | 19.000 | 8812.0 | - | "# Rich1Gas Segments" | 100 | 1427 | 14.270 | 8.4355 | 2.0000 | 37.000 | - | "# Rich2Gas Photons" | 100 | 31569 | 315.69 | 309.34 | 0.0000 | 1434.0 | - | "# Rich2Gas Segments" | 100 | 578 | 5.7800 | 3.6785 | 0.0000 | 18.000 | - | "# Selected Tracks" | 100 | 1603 | 16.030 | 9.3332 | 2.0000 | 44.000 | - |*"RICH selection efficiency" | 1847 | 1603 |( 86.78939 +- 0.7878823)% | -RichRecoStatsLong INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 100 | 765154 | 7651.5 | 6527.8 | 300.00 | 32963.0 | - | "# Rich1Gas Segments" | 100 | 6158 | 61.580 | 29.545 | 8.0000 | 150.00 | - | "# Rich2Gas Photons" | 100 | 307023 | 3070.2 | 2707.7 | 162.00 | 14143.0 | - | "# Rich2Gas Segments" | 100 | 4467 | 44.670 | 21.615 | 6.0000 | 110.00 | - | "# Selected Tracks" | 100 | 7692 | 76.920 | 36.864 | 14.000 | 182.00 | - |*"RICH selection efficiency" | 8093 | 7692 |( 95.04510 +- 0.2412279)% | -RichRecoStatsUp INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 100 | 153984 | 1539.8 | 1518.7 | 24.000 | 8315.0 | - | "# Rich1Gas Segments" | 100 | 983 | 9.8300 | 5.1537 | 2.0000 | 30.000 | - | "# Rich2Gas Photons" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 100 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 100 | 983 | 9.8300 | 5.1537 | 2.0000 | 30.000 | - |*"RICH selection efficiency" | 1143 | 983 |( 86.00175 +- 1.026284)% | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 100 | 13848 | 138.48 | -SeedingAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 13848 | 12668 |( 91.47891 +- 0.2372545)% | - | "MC particles per track" | 12668 | 12668 | 1.0000 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 203 | -ToolSvc.TrackFu... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 5 | -TrackBestTrackC... INFO Number of counters : 33 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 37403 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 3151 | 1520 |( 48.23865 +- 0.8901766)% | - | "Downstream.chisqProbSum" | 3151 | 575.9515 | 0.18278 | - |*"Downstream.flipCharge" | 3151 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 3151 | 3150685 | 999.90 | - | "Downstream.numOutliers" | 3151 | 3471 | 1.1016 | - |*"FitFailed" | 37403 | 0 |( 0.000000 +- 0.000000)% | - | "FittedBefore" | 3813 | - |*"Long.badChisq" | 6633 | 2919 |( 44.00724 +- 0.609499)% | - | "Long.chisqProbSum" | 6633 | 1418.86 | 0.21391 | - |*"Long.flipCharge" | 6633 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 6633 | 6632337 | 999.90 | - | "Long.numOutliers" | 6633 | 8541 | 1.2877 | - |*"Ttrack.badChisq" | 4968 | 172 |( 3.462158 +- 0.259377)% | - | "Ttrack.chisqProbSum" | 4968 | 1847.891 | 0.37196 | - |*"Ttrack.flipCharge" | 4968 | 193 |( 3.884863 +- 0.274153)% | - | "Ttrack.ghostProbability" | 4968 | 4967503 | 999.90 | - | "Ttrack.numOutliers" | 4968 | 2227 | 0.44827 | - |*"Upstream.badChisq" | 1314 | 204 |( 15.52511 +- 0.9990415)% | - | "Upstream.chisqProbSum" | 1314 | 578.2326 | 0.44006 | - |*"Upstream.flipCharge" | 1315 | 25 |( 1.901141 +- 0.3765965)% | - | "Upstream.ghostProbability" | 1315 | 1314869 | 999.90 | - | "Upstream.numOutliers" | 1315 | 841 | 0.63954 | - |*"Velo.badChisq" | 7641 | 1296 |( 16.96113 +- 0.4293318)% | - | "Velo.chisqProbSum" | 7641 | 3160.945 | 0.41368 | - |*"Velo.flipCharge" | 7876 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 7876 | 7875213 | 999.90 | - | "Velo.numOutliers" | 7876 | 7676 | 0.97461 | - |*"VeloBackward.badChisq" | 9530 | 287 |( 3.011542 +- 0.1750685)% | - | "VeloBackward.chisqProbSum" | 9530 | 5222.295 | 0.54798 | - |*"VeloBackward.flipCharge" | 9647 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 9647 | 9646036 | 999.90 | - | "VeloBackward.numOutliers" | 9647 | 3174 | 0.32901 | -TrackDiMuonMonitor INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "numcombinations" | 100 | 11089 | 110.89 | - | "numnegtracks" | 100 | 799 | 7.9900 | - | "numpostracks" | 100 | 896 | 8.9600 | - | "numselected" | 100 | 1 | 0.01 | -TrackMonitor INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream" | 100 | 1847 | 18.470 | 10.428 | 2.0000 | 47.000 | - | "#Long" | 100 | 8093 | 80.930 | 39.381 | 16.000 | 200.00 | - | "#Tracks" | 100 | 33574 | 335.74 | 153.89 | 88.000 | 833.00 | - | "#Ttrack" | 100 | 4968 | 49.680 | 31.199 | 14.000 | 212.00 | - | "#Upstream" | 100 | 1143 | 11.430 | 5.9502 | 2.0000 | 32.000 | - | "#Velo" | 100 | 7876 | 78.760 | 34.171 | 20.000 | 171.00 | - | "#VeloBackward" | 100 | 9647 | 96.470 | 47.407 | 19.000 | 269.00 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 9307 | 93.070 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 8350 | 83.500 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 5413 | 5145 |( 95.04896 +- 0.2948513)% | - | "MC particles per track" | 5145 | 5145 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 100 | 203827 | 2038.3 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 26407 | 26163 |( 99.07600 +- 0.05887895)% | - | "MC particles per track" | 26163 | 26308 | 1.0055 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 100 | 203827 | 2038.3 | - | "Nb of Produced Tracks" | 100 | 26407 | 264.07 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 100 | 5413 | 54.130 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 100 | 133.3 | 14.49 | -1.1648 | 1.0969 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 100 | 1064.7 | 309.45 | 0.071958 | -0.59615 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 100 | 3392 | 1527.3 | 0.68585 | 0.13906 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 106468 | 3.186 | 3.2594 | 2.3147 | 7.2101 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 100 | 138.73 | 10.78 | -1.1811 | 0.74001 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 100 | 858.84 | 198.3 | -0.19653 | -0.50801 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 100 | 2259.5 | 963.07 | 0.79496 | 0.47591 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 85884 | 2.6308 | 2.3254 | 2.8396 | 14.038 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 271278 | 1.2504 | 0.82223 | 7.1583 | 112.22 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 191607 | 1.1792 | 0.74384 | 9.9409 | 168.43 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 244 | 1.5956 | 0.68181 | 0.23632 | -0.95879 | - | All/Rejected/CloneDist | "Track Clone Distance" | 244 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 244 | 0.14429 | 0.10562 | 0.69177 | -0.50153 | - | All/Rejected/P | "Track Momentum" | 244 | 3779.4 | 1320.9 | 0.5326 | 0.83264 | - | All/Rejected/Pt | "Track Transverse Momentum" | 244 | 106.65 | 52.077 | 2.7491 | 6.6477 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1603 | 1.3966 | 0.65656 | 0.52762 | -0.53214 | - | All/Selected/CloneDist | "Track Clone Distance" | 1603 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 1603 | 0.053428 | 0.092056 | 2.1034 | 3.435 | - | All/Selected/P | "Track Momentum" | 1603 | 8031.9 | 9394.9 | 3.9967 | 24.097 | - | All/Selected/Pt | "Track Transverse Momentum" | 1603 | 454.93 | 513.81 | 4.498 | 38.955 | - | nRichTracks | "# Rich Tracks / Event" | 100 | 16.03 | 9.3332 | 0.83083 | 0.23742 | - | nTracks | "# Tracks / Event" | 100 | 18.47 | 10.428 | 0.75527 | 0.0028554 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 93973 | 0.0006048 | 0.0023915 | -0.092666 | -0.85348 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 15425 | 2.0765e-05 | 0.0020203 | -0.29937 | -0.42142 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 193350 | 0.00059743 | 0.002383 | -0.093708 | -0.83251 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 32760 |-6.7302e-06 | 0.0020198 | -0.32376 | -0.38847 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 193350 | 3.1259 | 1.8047 | 0.015405 | -1.1836 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 193350 | 0.045073 | 0.0089333 | -1.3595 | 1.3533 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 99377 | 0.00059013 | 0.0023744 | -0.094896 | -0.81141 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 17335 |-3.2004e-05 | 0.002019 | -0.34645 | -0.36069 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 16393 | 0.00021878 | 0.0012415 | -0.055594 | -0.94179 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 13055 | 0.0002338 | 0.0012141 | -0.046207 | -0.93312 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 15176 | 0.00022966 | 0.0012236 | -0.08364 | -0.90353 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 12484 | 0.00024716 | 0.0012034 | -0.072925 | -0.89026 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 31569 | 0.00022403 | 0.0012329 | -0.06903 | -0.92361 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 25539 | 0.00024031 | 0.0012089 | -0.059196 | -0.91267 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 31569 | 3.2091 | 1.8271 | -0.056034 | -1.1976 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 31569 | 0.027442 | 0.0037983 | -1.7291 | 3.2997 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 10909 |-0.00018804 | 0.0020126 | -0.32456 | -0.47443 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 10909 |-0.00018804 | 0.0020126 | -0.32456 | -0.47443 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 22343 |-0.00021231 | 0.0020164 | -0.34621 | -0.46442 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 22343 |-0.00021231 | 0.0020164 | -0.34621 | -0.46442 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 22343 | 3.0957 | 1.7969 | 0.044572 | -1.1503 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 22343 | 0.045527 | 0.0090438 | -1.5264 | 1.5401 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 11434 |-0.00023653 | 0.0020198 | -0.36747 | -0.45712 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 11434 |-0.00023653 | 0.0020198 | -0.36747 | -0.45712 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 6373 | 0.00022416 | 0.0011792 | -0.060622 | -0.82847 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 6373 | 0.00022416 | 0.0011792 | -0.060622 | -0.82847 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 6015 | 0.00020153 | 0.0011549 | -0.068383 | -0.79882 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 6015 | 0.00020153 | 0.0011549 | -0.068383 | -0.79882 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 12388 | 0.00021316 | 0.0011675 | -0.063671 | -0.8135 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 12388 | 0.00021316 | 0.0011675 | -0.063671 | -0.8135 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 12388 | 3.2237 | 1.8352 | -0.070517 | -1.2028 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 12388 | 0.027111 | 0.0042419 | -1.58 | 2.041 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 24 | 208.97 | 165.25 | 0.79926 | -0.33492 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1427 | 592.87 | 53.328 | -3.5647 | 13.515 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 292 | 317.46 | 175.75 | -0.21431 | -1.2359 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1351 | 420.36 | 166.91 | -0.84598 | -0.3626 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1133 | 393.94 | 176.57 | -0.69111 | -0.66204 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 108 | 264.45 | 171.33 | -0.031569 | -1.2229 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 12 | 178.21 | 83.764 | -0.18894 | -0.74562 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 1765 | 404.28 | 54.583 | -0.1395 | -0.88464 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 190 | 172.47 | 98.246 | -0.19336 | -1.1481 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 1210 | 244.17 | 105 | -0.84165 | -0.42984 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 931 | 228.24 | 105.54 | -0.65866 | -0.76115 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 57 | 145.48 | 103.91 | 0.13743 | -1.2405 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 23 | 19.278 | 15.303 | 0.77581 | -0.44864 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1427 | 54.462 | 4.8987 | -3.5841 | 13.675 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 283 | 29.534 | 15.866 | -0.21654 | -1.2471 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1341 | 38.546 | 15.345 | -0.83892 | -0.37456 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1114 | 36.404 | 15.981 | -0.69084 | -0.64862 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 103 | 24.837 | 15.465 | -0.048231 | -1.1948 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 12 | 16.554 | 8.075 | -0.17684 | -0.69473 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 578 | 34.158 | 2.2953 | -0.12644 | -0.71388 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 176 | 17.049 | 8.9273 | -0.25326 | -1.0363 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 552 | 30.241 | 3.0394 | -1.2994 | 3.1572 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 536 | 27.742 | 4.721 | -1.223 | 1.6149 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 51 | 15.028 | 9.3183 | 0.071852 | -1.1043 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 23 | 12.995 | 10.09 | 0.82857 | 0.010769 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 1427 | 36.256 | 3.9726 | -1.9965 | 6.0225 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 283 | 19.702 | 10.715 | -0.16416 | -1.1974 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 1341 | 25.573 | 10.451 | -0.7324 | -0.45509 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 1114 | 24.129 | 10.763 | -0.59513 | -0.67426 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 103 | 16.549 | 10.688 | 0.14342 | -1.0044 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 12 | 11.004 | 5.1471 | -0.22329 | -0.84933 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 578 | 18.079 | 6.5821 | -0.84819 | -0.33746 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 176 | 11.44 | 6.0997 | -0.1512 | -1.0297 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 552 | 17.088 | 6.2401 | -0.82163 | -0.47143 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 536 | 16.355 | 6.1954 | -0.79649 | -0.51637 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 51 | 9.8579 | 6.075 | 0.061487 | -1.0374 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 23 | 0.67949 | 0.088495 | -0.79973 | 1.5265 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 1427 | 0.66572 | 0.04184 | -0.60284 | 3.6921 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 283 | 0.66561 | 0.07052 | -0.79465 | 2.7429 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 1341 | 0.66072 | 0.057633 | -0.98395 | 5.4229 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 1114 | 0.66197 | 0.060128 | -1.0683 | 7.682 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 103 | 0.66245 | 0.069628 | -0.01343 | 0.24648 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 12 | 0.67332 | 0.037451 | -0.58468 | -0.74233 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 578 | 0.53649 | 0.20328 | -0.82791 | -0.54046 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 176 | 0.66967 | 0.069938 | -1.3326 | 6.5183 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 552 | 0.55757 | 0.18778 | -0.92775 | -0.27516 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 536 | 0.57417 | 0.17832 | -1.0448 | 0.052689 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 51 | 0.65273 | 0.083089 | -0.37232 | 1.4279 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1272 |-4.2803e-15 | 0.14947 | 0.18457 | 6.0518 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 133496 |-0.00081378 | 0.39062 | -2.4535 | 286.35 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 19240 | 9.2142e-17 | 0.19401 | -0.29927 | 3.0673 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 102688 | 2.9639e-16 | 0.26672 | -0.29381 | 2.4168 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 83192 | 5.0915e-16 | 0.25565 | -0.29666 | 2.626 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 6408 |-5.7188e-16 | 0.14881 | -0.23793 | 3.1552 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 800 |-2.1672e-15 | 6.2749 | 1.5164 | 2.3228 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 128264 | 0.17879 | 19.59 | 0.028656 | 0.7879 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 11872 | 0.012694 | 7.8197 | 0.55432 | 3.1271 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 73768 | 0.2815 | 17.137 | 0.076099 | 1.6628 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 58512 | 0.29096 | 14.957 | 0.13578 | 2.7256 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 3184 | 2.0352e-15 | 6.6593 | 0.81097 | 0.44932 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 541 | -1.4242 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 541 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 541 | 1088.2 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 1344 | -1.3853 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 1344 | -4.7276 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 1344 | 2212.9 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 339203 | 0.073156 | 0.059264 | 1.2311 | 1.4064 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 225946 | 0.047843 | 0.035452 | 1.6249 | 3.8311 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 1603 | 1.2819 | 11.032 | -0.53467 | 3.2218 | - | deuteron/dll | "deuteron DLL" | 1603 | 1.2274 | 11.093 | -0.55728 | 3.2029 | - | electron/dll | "electron DLL" | 1603 | -5.299 | 15.643 | 0.30668 | 0.88222 | - | kaon/dll | "kaon DLL" | 1603 | 0.49794 | 11.491 | -0.89418 | 3.4832 | - | muon/dll | "muon DLL" | 1603 | -3.0011 | 8.099 | -1.1746 | 4.8788 | - | pion/dll | "pion DLL" | 1603 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 1603 | 1.0398 | 11.103 | -0.62604 | 3.2061 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 401 | 1.5066 | 0.64115 | 0.58181 | -0.49409 | - | All/Rejected/CloneDist | "Track Clone Distance" | 401 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 401 | 0.14827 | 0.11412 | 0.585 | -0.93348 | - | All/Rejected/P | "Track Momentum" | 401 | 4904.2 | 5572.8 | 11.637 | 158.58 | - | All/Rejected/Pt | "Track Transverse Momentum" | 401 | 90.052 | 124.3 | 11.118 | 148.73 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 7692 | 1.2021 | 0.49976 | 1.2629 | 1.7629 | - | All/Selected/CloneDist | "Track Clone Distance" | 7692 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 7692 | 0.033969 | 0.070271 | 2.9004 | 8.2806 | - | All/Selected/P | "Track Momentum" | 7692 | 13699 | 14486 | 2.4021 | 6.9667 | - | All/Selected/Pt | "Track Transverse Momentum" | 7692 | 726.34 | 737.38 | 2.8732 | 12.39 | - | nRichTracks | "# Rich Tracks / Event" | 100 | 76.92 | 36.864 | 0.73723 | 0.26222 | - | nTracks | "# Tracks / Event" | 100 | 80.93 | 39.381 | 0.80286 | 0.45791 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 376179 | 0.00033111 | 0.0022327 | 0.00045222 | -0.58453 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 140335 |-0.00021885 | 0.0020428 | -0.24472 | -0.44084 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 761641 | 0.00032156 | 0.0022376 | -0.0021912 | -0.58825 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 284936 | -0.0002315 | 0.0020545 | -0.24049 | -0.47136 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 761641 | 3.143 | 1.8103 | -0.0013837 | -1.1792 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 761641 | 0.045445 | 0.0085998 | -1.4976 | 1.9439 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 385462 | 0.0003121 | 0.0022424 | -0.0046662 | -0.5921 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 144601 |-0.00024379 | 0.0020658 | -0.23612 | -0.50039 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 145476 | 6.8066e-05 | 0.0012657 | -0.020464 | -0.88246 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 128905 | 6.963e-05 | 0.0012617 | -0.018583 | -0.88017 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 161547 | 6.8756e-05 | 0.001279 | -0.029535 | -0.90942 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 142416 | 6.6079e-05 | 0.0012748 | -0.024617 | -0.90881 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 307023 | 6.8427e-05 | 0.0012727 | -0.025268 | -0.89661 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 271321 | 6.7783e-05 | 0.0012685 | -0.021813 | -0.89512 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 307023 | 3.1383 | 1.8196 | -0.0016407 | -1.1987 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 307023 | 0.027043 | 0.0041694 | -1.5938 | 2.571 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 116796 |-0.00032647 | 0.0020425 | -0.27143 | -0.48685 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 116796 |-0.00032647 | 0.0020425 | -0.27143 | -0.48685 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 236718 |-0.00034824 | 0.0020511 | -0.26429 | -0.52187 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 236718 |-0.00034824 | 0.0020511 | -0.26429 | -0.52187 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 236718 | 3.1358 | 1.8132 | 0.0055919 | -1.1842 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 236718 | 0.045679 | 0.0087254 | -1.5786 | 1.9635 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 119922 | -0.0003695 | 0.0020591 | -0.25705 | -0.5552 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 119922 | -0.0003695 | 0.0020591 | -0.25705 | -0.5552 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 75645 | 3.3232e-05 | 0.0012452 | -0.020104 | -0.84579 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 75645 | 3.3232e-05 | 0.0012452 | -0.020104 | -0.84579 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 84196 | 2.2284e-05 | 0.0012573 | -0.014148 | -0.87257 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 84196 | 2.2284e-05 | 0.0012573 | -0.014148 | -0.87257 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 159841 | 2.7515e-05 | 0.0012516 | -0.017079 | -0.85985 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 159841 | 2.7515e-05 | 0.0012516 | -0.017079 | -0.85985 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 159841 | 3.139 | 1.8166 | -0.0069215 | -1.2014 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 159841 | 0.026924 | 0.0043265 | -1.5435 | 2.1526 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 352 | 271.19 | 167.73 | 0.058123 | -1.1629 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 6159 | 607.46 | 18.001 | -3.934 | 60.356 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 2414 | 363.74 | 179.14 | -0.51287 | -0.9898 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 6023 | 498.48 | 135.67 | -1.7295 | 2.4419 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 5589 | 467.91 | 155.81 | -1.3652 | 0.92474 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 1117 | 321.66 | 173.25 | -0.25344 | -1.1199 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 230 | 145.7 | 92.923 | 0.035578 | -1.1635 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 7838 | 383.58 | 47.816 | 0.44978 | -0.66745 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 2130 | 201.3 | 97.898 | -0.50781 | -0.92989 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 6693 | 282.77 | 89.638 | -1.5457 | 1.6457 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 5889 | 266.41 | 92.864 | -1.2846 | 0.72212 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 914 | 167.16 | 95.569 | -0.10498 | -1.1586 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 342 | 24.97 | 15.363 | 0.048536 | -1.1676 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 6158 | 55.802 | 1.6536 | -3.8991 | 60.026 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 2376 | 33.454 | 16.401 | -0.515 | -0.98194 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 5997 | 45.76 | 12.412 | -1.7068 | 2.3527 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 5553 | 42.975 | 14.254 | -1.3557 | 0.90285 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 1090 | 29.707 | 15.764 | -0.25326 | -1.1147 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 220 | 14.056 | 8.6386 | 0.013154 | -1.1364 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 4467 | 33.688 | 2.2921 | 0.30509 | -0.34847 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 2066 | 19.205 | 9.1083 | -0.5212 | -0.89264 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 4379 | 30.687 | 3.2285 | -1.8827 | 6.9182 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 4312 | 28.717 | 4.8362 | -1.8749 | 4.6925 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 886 | 15.929 | 8.9641 | -0.11269 | -1.1484 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 342 | 16.664 | 10.365 | 0.094884 | -1.1095 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 6158 | 37.019 | 2.8288 | -1.707 | 14.776 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 2376 | 22.213 | 11.105 | -0.42134 | -1.0089 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 5997 | 30.341 | 8.5878 | -1.4727 | 1.7712 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 5553 | 28.524 | 9.7422 | -1.2002 | 0.62882 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 1090 | 19.716 | 10.646 | -0.16093 | -1.0708 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 220 | 9.3249 | 5.7549 | 0.066974 | -1.0789 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 4467 | 19.339 | 5.6817 | -1.1859 | 0.80301 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 2066 | 12.872 | 6.2501 | -0.43868 | -0.90907 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 4379 | 18.247 | 5.6829 | -1.1523 | 0.49199 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 4312 | 17.47 | 5.8539 | -1.0994 | 0.30747 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 886 | 10.637 | 6.0331 | -0.082499 | -1.0928 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 342 | 0.6687 | 0.064009 | -0.12737 | 0.38545 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 6158 | 0.66339 | 0.046635 | -2.0515 | 18.357 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 2376 | 0.66227 | 0.064856 | -0.8709 | 4.4372 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 5997 | 0.66252 | 0.053491 | -0.82494 | 4.2352 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 5553 | 0.66317 | 0.055992 | -0.92159 | 5.0653 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 1090 | 0.66577 | 0.064888 | -0.49595 | 3.2595 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 220 | 0.66559 | 0.06542 | -0.53984 | 1.7445 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 4467 | 0.57943 | 0.17627 | -1.2235 | 0.57069 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 2066 | 0.67052 | 0.076624 | -1.4057 | 7.0311 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 4379 | 0.58939 | 0.16755 | -1.2925 | 0.87071 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 4312 | 0.59691 | 0.16255 | -1.3715 | 1.1984 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 886 | 0.66911 | 0.067852 | -0.61112 | 5.0053 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 21192 |-4.3068e-16 | 0.14446 | -0.21339 | 2.7132 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 565528 | 1.7947e-05 | 0.40198 | -0.33465 | 408.08 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 168136 | 7.3321e-17 | 0.20704 | -0.33973 | 2.8017 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 491784 | 9.9795e-05 | 0.35361 | -0.3229 | 591.51 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 442712 | 3.646e-05 | 0.30285 | 0.12592 | 363.88 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 73472 | 4.7847e-16 | 0.17487 | -0.25868 | 2.6636 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 13472 | 1.4588e-15 | 6.8784 | 0.92309 | 0.635 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 615456 | 0.15447 | 14.352 | 0.11627 | 3.1539 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 146072 | 0.0040578 | 7.3281 | 0.68513 | 2.9171 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 480080 | 0.12899 | 13.274 | 0.14328 | 3.8118 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 425200 | 0.08198 | 12.133 | 0.16036 | 4.6006 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 57464 | -0.0024918 | 7.1306 | 0.78495 | 1.819 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 2896 | -1.4226 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 2896 | -4.4604 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 2896 | 1091.4 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 6235 | -1.483 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 6235 | -4.8032 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 6235 | 2102.9 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 339203 | 0.056366 | 0.04624 | 1.3466 | 1.8714 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 225946 | 0.042193 | 0.033853 | 1.685 | 4.0832 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 7692 | -1.9736 | 16.47 | -0.30061 | 0.54165 | - | deuteron/dll | "deuteron DLL" | 7692 | -2.1848 | 16.552 | -0.30261 | 0.53815 | - | electron/dll | "electron DLL" | 7692 | -11.153 | 14.049 | -0.36627 | 0.76863 | - | kaon/dll | "kaon DLL" | 7692 | -3.1582 | 16.672 | -0.28067 | 0.60376 | - | muon/dll | "muon DLL" | 7692 | -6.0159 | 10.068 | -1.6871 | 3.681 | - | pion/dll | "pion DLL" | 7692 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 7692 | -2.6058 | 16.622 | -0.29596 | 0.46522 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 160 | 1.0575 | 0.40501 | 0.46464 | 0.4668 | - | All/Rejected/CloneDist | "Track Clone Distance" | 160 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 160 | 0.027491 | 0.051737 | 3.5396 | 14.767 | - | All/Rejected/P | "Track Momentum" | 160 | 45619 | 22187 | 0.8824 | -0.34592 | - | All/Rejected/Pt | "Track Transverse Momentum" | 160 | 1296.8 | 1154.8 | 2.5426 | 7.625 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 983 | 0.99773 | 0.49429 | 1.0003 | 1.3511 | - | All/Selected/CloneDist | "Track Clone Distance" | 983 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 983 | 0.043847 | 0.06131 | 2.7279 | 8.6671 | - | All/Selected/P | "Track Momentum" | 983 | 10986 | 12392 | 2.7146 | 8.8778 | - | All/Selected/Pt | "Track Transverse Momentum" | 983 | 1039.8 | 841.01 | 3.3798 | 15.709 | - | nRichTracks | "# Rich Tracks / Event" | 100 | 9.83 | 5.1537 | 1.2948 | 2.2043 | - | nTracks | "# Tracks / Event" | 100 | 11.43 | 5.9502 | 1.1744 | 1.3838 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 76281 |-0.00022696 | 0.0025395 | -0.012486 | -0.93546 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 46709 |-0.00045751 | 0.0023705 | -0.089482 | -0.92617 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 148075 |-0.00020002 | 0.0025497 | -0.017157 | -0.94151 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 91230 |-0.00044837 | 0.002386 | -0.081609 | -0.93382 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 148075 | 3.1277 | 1.806 | 0.010936 | -1.1868 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 148075 | 0.039827 | 0.011564 | -0.72568 | -0.49251 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 71794 |-0.00017206 | 0.00256 | -0.022415 | -0.94785 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 44521 |-0.00043881 | 0.0024021 | -0.073996 | -0.94238 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 31865 |-0.00051638 | 0.002314 | -0.1094 | -0.89037 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 31865 |-0.00051638 | 0.002314 | -0.1094 | -0.89037 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 60567 |-0.00052115 | 0.0023356 | -0.10115 | -0.91655 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 60567 |-0.00052115 | 0.0023356 | -0.10115 | -0.91655 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 60567 | 3.131 | 1.7938 | 0.0096938 | -1.1757 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 60567 | 0.039863 | 0.011472 | -0.71998 | -0.46125 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 28702 |-0.00052649 | 0.0023595 | -0.092159 | -0.94515 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 28702 |-0.00052649 | 0.0023595 | -0.092159 | -0.94515 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 63 | 292.5 | 181.11 | 0.12082 | -1.2126 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 983 | 618.54 | 23.857 | 0.62511 | -0.9618 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 368 | 389.95 | 168.05 | -0.68842 | -0.5381 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 983 | 501.8 | 117.53 | -1.1706 | 0.5171 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 933 | 444.22 | 172.13 | -1.0174 | -0.084437 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 185 | 328 | 180.5 | -0.23224 | -1.1615 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 62 | 26.656 | 16.786 | 0.11122 | -1.2293 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 983 | 56.819 | 2.1915 | 0.64764 | -0.88781 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 363 | 35.873 | 15.296 | -0.67231 | -0.53681 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 983 | 45.848 | 11.059 | -1.1669 | 0.4901 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 923 | 40.896 | 15.67 | -1.0084 | -0.1009 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 182 | 30.062 | 16.616 | -0.23783 | -1.1564 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 62 | 17.574 | 11.331 | 0.24059 | -1.1032 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 983 | 37.664 | 2.9414 | 0.261 | -0.22947 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 363 | 23.828 | 10.386 | -0.56129 | -0.58305 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 983 | 30.476 | 7.7356 | -0.92869 | 0.24333 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 923 | 27.2 | 10.702 | -0.87278 | -0.22204 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 182 | 20.1 | 11.202 | -0.18329 | -1.1425 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 62 | 0.65352 | 0.10173 | -2.8079 | 13.459 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 983 | 0.66304 | 0.046869 | -0.18596 | -0.12013 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 363 | 0.66249 | 0.060877 | -0.48622 | 1.4586 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 983 | 0.66432 | 0.051032 | -0.22814 | -0.046167 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 923 | 0.66475 | 0.054414 | -0.26467 | 0.41464 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 182 | 0.6696 | 0.070055 | -1.5206 | 6.7109 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 3904 | 4.7776e-16 | 0.21696 | -0.84436 | 11.049 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 90672 | 8.7298e-17 | 0.52855 | -0.44372 | 0.66188 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 26632 | 4.8037e-16 | 0.24224 | -0.52506 | 4.6358 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 80648 | 5.1567e-16 | 0.43309 | -0.39309 | 1.0192 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 71176 | 1.1974e-15 | 0.38983 | -0.40606 | 1.5408 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 12176 | 1.4843e-15 | 0.21593 | -0.67048 | 7.2883 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 701 | -1.412 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 701 | -4.4569 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 701 | 1109.6 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 339203 | 0.075409 | 0.062003 | 1.2155 | 1.2392 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 983 | 0.12165 | 13.73 | -0.49296 | 1.068 | - | deuteron/dll | "deuteron DLL" | 983 | 0.018565 | 13.702 | -0.52593 | 1.083 | - | electron/dll | "electron DLL" | 983 | -12.447 | 12.947 | -0.097121 | 0.19233 | - | kaon/dll | "kaon DLL" | 983 | 0.27398 | 13.437 | -0.73338 | 1.5406 | - | muon/dll | "muon DLL" | 983 | -3.5976 | 7.2484 | -0.33443 | 5.778 | - | pion/dll | "pion DLL" | 983 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 983 | 0.2104 | 13.566 | -0.57188 | 1.2083 | -ChargedProtoANN...SUCCESS 1D histograms in directory "PROTO/ChargedProtoANNPIDMoni" : 18 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Downstream/ElectronANN | "Downstream Electron ANN PID" | 1847 | 0.3887 | 0.40337 | 0.45709 | -1.5192 | - | Downstream/GhostANN | "Downstream Ghost ANN PID" | 1847 | 0.39474 | 0.3852 | 0.41182 | -1.5203 | - | Downstream/KaonANN | "Downstream Kaon ANN PID" | 1847 | 0.048208 | 0.10076 | 4.8343 | 31.341 | - | Downstream/MuonANN | "Downstream Muon ANN PID" | 1847 | 0.0038689 | 0.055131 | 15.253 | 235.87 | - | Downstream/PionANN | "Downstream Pion ANN PID" | 1847 | 0.40878 | 0.36009 | 0.42739 | -1.3684 | - | Downstream/ProtonANN | "Downstream Proton ANN PID" | 1847 | 0.10029 | 0.2006 | 2.8659 | 7.5838 | - | Long/ElectronANN | "Long Electron ANN PID" | 8093 | 0.13939 | 0.30445 | 2.0711 | 2.6204 | - | Long/GhostANN | "Long Ghost ANN PID" | 8093 | 0.23651 | 0.35108 | 1.27 | -0.072044 | - | Long/KaonANN | "Long Kaon ANN PID" | 8093 | 0.17054 | 0.3164 | 1.8441 | 1.7433 | - | Long/MuonANN | "Long Muon ANN PID" | 8093 | 0.00034547 | 0.0010639 | 83.745 | 363.39 | - | Long/PionANN | "Long Pion ANN PID" | 8093 | 0.58431 | 0.42148 | -0.36643 | -1.672 | - | Long/ProtonANN | "Long Proton ANN PID" | 8093 | 0.17073 | 0.29403 | 1.8699 | 2.0418 | - | Upstream/ElectronANN | "Upstream Electron ANN PID" | 1142 | 0.014926 | 0.080181 | 8.4181 | 79.867 | - | Upstream/GhostANN | "Upstream Ghost ANN PID" | 1142 | 0.068889 | 0.16051 | 3.7896 | 14.833 | - | Upstream/KaonANN | "Upstream Kaon ANN PID" | 1142 | 0.21307 | 0.24737 | 1.5819 | 1.6809 | - | Upstream/MuonANN | "Upstream Muon ANN PID" | 1142 | 0.013851 | 0.044764 | 7.334 | 66.008 | - | Upstream/PionANN | "Upstream Pion ANN PID" | 1142 | 0.6363 | 0.30096 | -0.72854 | -0.63793 | - | Upstream/ProtonANN | "Upstream Proton ANN PID" | 1142 | 0.16635 | 0.20873 | 1.7063 | 2.1393 | -RiCKMCResDown SUCCESS 1D histograms in directory "RICH/RiCKMCResDown" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 193350 | 1.5648e-05 | 0.0023207 | -0.01992 | -0.65595 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 74659 |-0.00051974 | 0.0020788 | -0.24865 | -0.76452 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 193350 | 0.00059743 | 0.002383 | -0.093708 | -0.83251 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 32760 |-6.7302e-06 | 0.0020198 | -0.32376 | -0.38847 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 178464 | 1.7867e-05 | 0.0024939 | -0.017745 | -0.91428 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 64394 | -0.0006561 | 0.0022416 | -0.11254 | -1.0403 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 178464 | 0.00059501 | 0.0024724 | -0.10894 | -0.9556 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 28698 |-8.9103e-05 | 0.0021535 | -0.22874 | -0.67805 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 14886 | 5.1638e-06 | 0.0012036 | -0.15775 | 0.85497 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 10265 |-2.4584e-05 | 0.0012054 | -0.31252 | 0.77599 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 14886 | 0.00061513 | 0.001581 | 0.42844 | 0.53138 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 4062 | 0.00035788 | 0.0012032 | -0.53014 | 2.168 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 178464 | 3.1249 | 1.8045 | 0.015981 | -1.1843 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 14886 | 3.1379 | 1.8068 | 0.0084717 | -1.1755 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 178464 | 0.044747 | 0.0090838 | -1.2916 | 1.1358 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 14886 | 0.048967 | 0.0055623 | -2.5508 | 8.0748 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 31569 | 9.014e-05 | 0.0011897 | -0.042305 | -0.77109 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 24245 | 8.4757e-05 | 0.0011802 | -0.038835 | -0.75747 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 31569 | 0.00022403 | 0.0012329 | -0.06903 | -0.92361 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 25539 | 0.00024031 | 0.0012089 | -0.059196 | -0.91267 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 27011 | 0.00012112 | 0.0013094 | -0.085346 | -1.0877 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 20040 | 0.00011627 | 0.0013047 | -0.082192 | -1.0912 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 27011 | 0.00020694 | 0.0013002 | -0.07405 | -1.1013 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 21595 | 0.00022299 | 0.0012799 | -0.069487 | -1.1045 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4558 |-8.8665e-06 | 0.00066837 | -0.20766 | 0.83473 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4205 |-1.1438e-05 | 0.00066049 | -0.22834 | 0.8775 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4558 | 0.00029857 | 0.0008777 | 0.32738 | 0.21147 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 3944 | 0.00030925 | 0.00086739 | 0.37041 | 0.21068 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 27011 | 3.2304 | 1.8315 | -0.077023 | -1.1926 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 4558 | 3.0825 | 1.7954 | 0.067268 | -1.2038 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 27011 | 0.027263 | 0.0039885 | -1.5899 | 2.642 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 4558 | 0.028496 | 0.0021011 | -2.5307 | 9.853 | -RiCKMCResDownTightSUCCESS 1D histograms in directory "RICH/RiCKMCResDownTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 193350 | 1.5648e-05 | 0.0023207 | -0.01992 | -0.65595 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 74659 |-0.00051974 | 0.0020788 | -0.24865 | -0.76452 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 193350 | 0.00059743 | 0.002383 | -0.093708 | -0.83251 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 32760 |-6.7302e-06 | 0.0020198 | -0.32376 | -0.38847 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 178464 | 1.7867e-05 | 0.0024939 | -0.017745 | -0.91428 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 64394 | -0.0006561 | 0.0022416 | -0.11254 | -1.0403 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 178464 | 0.00059501 | 0.0024724 | -0.10894 | -0.9556 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 28698 |-8.9103e-05 | 0.0021535 | -0.22874 | -0.67805 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 14886 | 5.1638e-06 | 0.0012036 | -0.15775 | 0.85497 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 10265 |-2.4584e-05 | 0.0012054 | -0.31252 | 0.77599 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 14886 | 0.00061513 | 0.001581 | 0.42844 | 0.53138 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 4062 | 0.00035788 | 0.0012032 | -0.53014 | 2.168 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 178464 | 3.1249 | 1.8045 | 0.015981 | -1.1843 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 14886 | 3.1379 | 1.8068 | 0.0084717 | -1.1755 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 178464 | 0.044747 | 0.0090838 | -1.2916 | 1.1358 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 14886 | 0.048967 | 0.0055623 | -2.5508 | 8.0748 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 31569 | 9.014e-05 | 0.0011897 | -0.042305 | -0.77109 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 24245 | 8.4757e-05 | 0.0011802 | -0.038835 | -0.75747 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 31569 | 0.00022403 | 0.0012329 | -0.06903 | -0.92361 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 25539 | 0.00024031 | 0.0012089 | -0.059196 | -0.91267 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 27011 | 0.00012112 | 0.0013094 | -0.085346 | -1.0877 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 20040 | 0.00011627 | 0.0013047 | -0.082192 | -1.0912 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 27011 | 0.00020694 | 0.0013002 | -0.07405 | -1.1013 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 21595 | 0.00022299 | 0.0012799 | -0.069487 | -1.1045 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4558 |-8.8665e-06 | 0.00066837 | -0.20766 | 0.83473 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4205 |-1.1438e-05 | 0.00066049 | -0.22834 | 0.8775 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4558 | 0.00029857 | 0.0008777 | 0.32738 | 0.21147 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 3944 | 0.00030925 | 0.00086739 | 0.37041 | 0.21068 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 27011 | 3.2304 | 1.8315 | -0.077023 | -1.1926 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 4558 | 3.0825 | 1.7954 | 0.067268 | -1.2038 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 27011 | 0.027263 | 0.0039885 | -1.5899 | 2.642 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 4558 | 0.028496 | 0.0021011 | -2.5307 | 9.853 | -RiCKMCResLong SUCCESS 1D histograms in directory "RICH/RiCKMCResLong" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 869378 | 0.00020559 | 0.0021957 | 0.0038515 | -0.48782 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 347550 |-0.00031555 | 0.0020428 | -0.24538 | -0.51127 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 761641 | 0.00032156 | 0.0022376 | -0.0021912 | -0.58825 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 284936 | -0.0002315 | 0.0020545 | -0.24049 | -0.47136 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 775520 | 0.00025604 | 0.002448 | -0.052487 | -0.9128 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 302270 |-0.00041904 | 0.0022768 | -0.11343 | -0.95798 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 667783 | 0.00041332 | 0.0024344 | -0.082319 | -0.91508 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 238622 |-0.00024005 | 0.002258 | -0.17651 | -0.8683 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 93858 | 3.5599e-05 | 0.00091462 | 0.19378 | 0.9442 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 45280 | 2.7221e-05 | 0.00082034 | 0.026754 | 0.76332 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 93858 |-2.8106e-05 | 0.0011613 | -0.22575 | 2.9547 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 46314 |-0.00020291 | 0.0011353 | -1.3246 | 3.2773 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 775520 | 3.144 | 1.8092 | -0.0026929 | -1.1769 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 93858 | 3.1355 | 1.8184 | 0.0086901 | -1.1971 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 775520 | 0.045197 | 0.0088533 | -1.4228 | 1.6426 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 93858 | 0.04735 | 0.005991 | -2.088 | 5.1909 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 351540 | 6.0716e-05 | 0.0012384 | -0.017149 | -0.81641 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 271717 | 5.8729e-05 | 0.0012385 | -0.015586 | -0.81525 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 307023 | 6.8427e-05 | 0.0012727 | -0.025268 | -0.89661 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 271321 | 6.7783e-05 | 0.0012685 | -0.021813 | -0.89512 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 307863 | 7.7154e-05 | 0.001369 | -0.04458 | -1.1473 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 233989 | 7.4977e-05 | 0.00137 | -0.042958 | -1.1503 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 263346 | 9.3552e-05 | 0.0013808 | -0.057263 | -1.1618 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 231721 | 9.456e-05 | 0.0013766 | -0.056004 | -1.1633 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 43677 | 6.1843e-06 | 0.0006328 | -0.0083816 | 0.7132 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 37728 | 4.4651e-06 | 0.00062003 | -0.010013 | 0.73255 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 43677 |-2.6282e-05 | 0.00072602 | -0.1863 | 0.98112 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 39600 |-3.3481e-05 | 0.00071757 | -0.21297 | 1.0778 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 307863 | 3.1385 | 1.8217 | -0.0027514 | -1.1986 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 43677 | 3.1368 | 1.806 | 0.0056798 | -1.1998 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 307863 | 0.026889 | 0.0043673 | -1.4707 | 2.0234 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 43677 | 0.028025 | 0.0023367 | -2.4795 | 8.9422 | -RiCKMCResLongTightSUCCESS 1D histograms in directory "RICH/RiCKMCResLongTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 869378 | 0.00020559 | 0.0021957 | 0.0038515 | -0.48782 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 347550 |-0.00031555 | 0.0020428 | -0.24538 | -0.51127 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 761641 | 0.00032156 | 0.0022376 | -0.0021912 | -0.58825 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 284936 | -0.0002315 | 0.0020545 | -0.24049 | -0.47136 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 775520 | 0.00025604 | 0.002448 | -0.052487 | -0.9128 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 302270 |-0.00041904 | 0.0022768 | -0.11343 | -0.95798 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 667783 | 0.00041332 | 0.0024344 | -0.082319 | -0.91508 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 238622 |-0.00024005 | 0.002258 | -0.17651 | -0.8683 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 93858 | 3.5599e-05 | 0.00091462 | 0.19378 | 0.9442 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 45280 | 2.7221e-05 | 0.00082034 | 0.026754 | 0.76332 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 93858 |-2.8106e-05 | 0.0011613 | -0.22575 | 2.9547 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 46314 |-0.00020291 | 0.0011353 | -1.3246 | 3.2773 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 775520 | 3.144 | 1.8092 | -0.0026929 | -1.1769 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 93858 | 3.1355 | 1.8184 | 0.0086901 | -1.1971 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 775520 | 0.045197 | 0.0088533 | -1.4228 | 1.6426 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 93858 | 0.04735 | 0.005991 | -2.088 | 5.1909 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 351540 | 6.0716e-05 | 0.0012384 | -0.017149 | -0.81641 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 271717 | 5.8729e-05 | 0.0012385 | -0.015586 | -0.81525 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 307023 | 6.8427e-05 | 0.0012727 | -0.025268 | -0.89661 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 271321 | 6.7783e-05 | 0.0012685 | -0.021813 | -0.89512 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 307863 | 7.7154e-05 | 0.001369 | -0.04458 | -1.1473 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 233989 | 7.4977e-05 | 0.00137 | -0.042958 | -1.1503 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 263346 | 9.3552e-05 | 0.0013808 | -0.057263 | -1.1618 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 231721 | 9.456e-05 | 0.0013766 | -0.056004 | -1.1633 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 43677 | 6.1843e-06 | 0.0006328 | -0.0083816 | 0.7132 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 37728 | 4.4651e-06 | 0.00062003 | -0.010013 | 0.73255 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 43677 |-2.6282e-05 | 0.00072602 | -0.1863 | 0.98112 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 39600 |-3.3481e-05 | 0.00071757 | -0.21297 | 1.0778 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 307863 | 3.1385 | 1.8217 | -0.0027514 | -1.1986 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 43677 | 3.1368 | 1.806 | 0.0056798 | -1.1998 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 307863 | 0.026889 | 0.0043673 | -1.4707 | 2.0234 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 43677 | 0.028025 | 0.0023367 | -2.4795 | 8.9422 | -RiCKMCResUp SUCCESS 1D histograms in directory "RICH/RiCKMCResUp" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 148075 |-0.00016027 | 0.0025154 | -0.027206 | -0.88211 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 73663 |-0.00041866 | 0.0023316 | -0.1113 | -0.84893 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 148075 |-0.00020002 | 0.0025497 | -0.017157 | -0.94151 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 91230 |-0.00044837 | 0.002386 | -0.081609 | -0.93382 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 135483 |-0.00021151 | 0.0027078 | -0.0016457 | -1.139 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 67894 |-0.00050852 | 0.0025589 | -0.013737 | -1.1741 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 135483 |-0.00023804 | 0.0026966 | 0.0043934 | -1.1364 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 85000 |-0.00049836 | 0.0025563 | -0.016402 | -1.1663 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 12592 | 1.7354e-05 | 0.0016744 | 0.12496 | 0.88389 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 5769 |-6.3535e-05 | 0.0009409 | -0.10538 | 1.1826 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 12592 |-3.3048e-05 | 0.0017555 | 0.033648 | 0.73164 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6230 |-0.00019734 | 0.0011802 | -0.87903 | 2.2777 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 135483 | 3.1267 | 1.8049 | 0.012998 | -1.1839 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 12592 | 3.139 | 1.818 | -0.011041 | -1.217 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 135483 | 0.039247 | 0.011727 | -0.64841 | -0.61374 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 12592 | 0.045946 | 0.0072551 | -1.562 | 2.2701 | -RiCKMCResUpTight SUCCESS 1D histograms in directory "RICH/RiCKMCResUpTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 148075 |-0.00016027 | 0.0025154 | -0.027206 | -0.88211 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 73663 |-0.00041866 | 0.0023316 | -0.1113 | -0.84893 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 148075 |-0.00020002 | 0.0025497 | -0.017157 | -0.94151 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 91230 |-0.00044837 | 0.002386 | -0.081609 | -0.93382 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 135483 |-0.00021151 | 0.0027078 | -0.0016457 | -1.139 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 67894 |-0.00050852 | 0.0025589 | -0.013737 | -1.1741 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 135483 |-0.00023804 | 0.0026966 | 0.0043934 | -1.1364 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 85000 |-0.00049836 | 0.0025563 | -0.016402 | -1.1663 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 12592 | 1.7354e-05 | 0.0016744 | 0.12496 | 0.88389 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 5769 |-6.3535e-05 | 0.0009409 | -0.10538 | 1.1826 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 12592 |-3.3048e-05 | 0.0017555 | 0.033648 | 0.73164 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6230 |-0.00019734 | 0.0011802 | -0.87903 | 2.2777 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 135483 | 3.1267 | 1.8049 | 0.012998 | -1.1839 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 12592 | 3.139 | 1.818 | -0.011041 | -1.217 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 135483 | 0.039247 | 0.011727 | -0.64841 | -0.61374 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 12592 | 0.045946 | 0.0072551 | -1.562 | 2.2701 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 1847 | 1.4229 | 0.66338 | 0.57111 | 2.0079 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 1847 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 1847 | 0.062591 | 0.097433 | 9.0351 | 22.21 | - | All/effVP | "RICH Track Sel. Eff. V P" | 1847 | 7468.9 | 8881.8 | 135.25 | 1052.1 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 1847 | 483 | 515.57 | 214.04 | 2424.3 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 24 | 47182 | 17267 | 7.9035 | 18.246 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1427 | 6820.5 | 7696.6 | 106.46 | 982.45 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 292 | 17823 | 11217 | 28.815 | 170.9 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1351 | 7110.2 | 7810.3 | 107.11 | 973.16 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1133 | 8051 | 8202.2 | 90.432 | 778.9 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 108 | 27850 | 13305 | 15.785 | 71.047 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 12 | 81424 | 12278 | 1.0087 | -1.1826 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 1765 | 7663.9 | 8984.3 | 101.12 | 788.8 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 190 | 27901 | 14728 | 14.502 | 55.147 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 1210 | 10041 | 9991.4 | 73.419 | 504.91 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 931 | 11905 | 10716 | 56.596 | 356.89 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 57 | 45156 | 17491 | 5.6661 | 12.258 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 23 | 47809 | 17428 | 7.6131 | 17.03 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1427 | 6820.5 | 7696.6 | 106.46 | 982.45 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 283 | 18105 | 11283 | 28.031 | 164.89 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1341 | 7148.8 | 7826.5 | 106.36 | 964.16 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1114 | 8144.9 | 8240.2 | 88.863 | 761.5 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 103 | 28380 | 13410 | 15.164 | 67.175 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 12 | 81424 | 12278 | 1.0516 | -1.184 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 578 | 15547 | 12178 | 29.276 | 156.12 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 176 | 28799 | 14952 | 13.253 | 48.836 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 552 | 15989 | 12288 | 29.381 | 154.67 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 536 | 16281 | 12353 | 29.665 | 154.94 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 51 | 47075 | 17676 | 4.8579 | 9.5864 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 23 | 47809 | 17428 | 7.4524 | 16.678 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 1427 | 6820.5 | 7696.6 | 113.87 | 1064.5 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 283 | 18105 | 11283 | 30.477 | 180.87 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 1341 | 7148.8 | 7826.5 | 113.73 | 1044.3 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 1114 | 8144.9 | 8240.2 | 95.157 | 825.62 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 103 | 28380 | 13410 | 16.523 | 73.534 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 12 | 81424 | 12278 | 1 | -1.246 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 578 | 15547 | 12178 | 30.732 | 163.05 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 176 | 28799 | 14952 | 12.903 | 47.395 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 552 | 15989 | 12288 | 30.069 | 157.5 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 536 | 16281 | 12353 | 29.786 | 154.81 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 51 | 47075 | 17676 | 4.7974 | 9.4902 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1272 | 0.0025193 | 1.8141 | 480.65 | -1440.4 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 133496 | 0.0028983 | 1.8154 | -247.12 | -239 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 19240 | 0.002818 | 1.8137 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 102688 | 0.0016764 | 1.814 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 83192 | 0.0023124 | 1.8139 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 6408 | 0.001262 | 1.8138 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 4292 | 1.1531 | 1.0659 | 2.6915 | 6.2609 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 4292 | 0.045142 | 0.0095585 | -6.1068 | 14.103 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 800 |-0.00073192 | 1.8171 | 0 | -3 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 128264 | 0.16112 | 1.9907 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 11872 | 0.0071612 | 1.8154 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 73768 | 0.09264 | 1.93 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 58512 | 0.070502 | 1.9021 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 3184 | -0.0021766 | 1.8144 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 4109 | 0.92942 | 0.99053 | 11.6 | 38.735 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 4109 | 0.027532 | 0.0032885 | -15.537 | 54.902 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 8093 | 1.2172 | 0.51198 | 5.0868 | 15.592 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 8093 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 8093 | 0.037164 | 0.07429 | 24.9 | 93.696 | - | All/effVP | "RICH Track Sel. Eff. V P" | 8093 | 13259 | 14304 | 48.903 | 234.11 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 8093 | 733.53 | 737.66 | 152.65 | 1108.5 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 352 | 50944 | 15422 | 6.3908 | 13.018 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 6159 | 11069 | 12194 | 72.08 | 402.93 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 2414 | 21159 | 14459 | 31.525 | 130.01 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 6023 | 11280 | 12249 | 72.703 | 403.6 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 5589 | 11986 | 12445 | 67.956 | 368.14 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 1117 | 31782 | 15603 | 16.361 | 52.591 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 230 | 74737 | 10996 | 2.6969 | 2.0735 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 7838 | 13487 | 14361 | 43.886 | 206.08 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 2130 | 32019 | 16508 | 15.17 | 46.55 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 6693 | 15370 | 14759 | 39.644 | 176.76 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 5889 | 16959 | 15069 | 35.348 | 151.05 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 914 | 47181 | 15892 | 8.2322 | 18.827 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 342 | 51469 | 15372 | 6.2347 | 12.517 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 6158 | 11070 | 12195 | 72.067 | 402.84 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 2376 | 21355 | 14492 | 31.053 | 127.4 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 5997 | 11321 | 12261 | 72.409 | 401.41 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 5553 | 12047 | 12462 | 67.524 | 365.02 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 1090 | 32152 | 15623 | 16.002 | 51.015 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 220 | 75694 | 10684 | 2.5621 | 1.7963 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 4467 | 20305 | 15868 | 24.006 | 92.585 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 2066 | 32449 | 16547 | 14.728 | 44.692 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 4379 | 20599 | 15892 | 24.537 | 94.086 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 4312 | 20824 | 15914 | 24.773 | 94.562 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 886 | 47709 | 15872 | 7.9843 | 17.991 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 342 | 51469 | 15372 | 6.2978 | 12.68 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 6158 | 11070 | 12195 | 72.899 | 407.7 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 2376 | 21355 | 14492 | 31.358 | 128.68 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 5997 | 11321 | 12261 | 73.218 | 406.1 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 5553 | 12047 | 12462 | 68.265 | 369.22 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 1090 | 32152 | 15623 | 16.181 | 51.606 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 220 | 75694 | 10684 | 2.6023 | 1.8868 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 4467 | 20305 | 15868 | 24.875 | 95.644 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 2066 | 32449 | 16547 | 14.523 | 43.922 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 4379 | 20599 | 15892 | 24.94 | 95.365 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 4312 | 20824 | 15914 | 24.982 | 95.095 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 886 | 47709 | 15872 | 7.8956 | 17.732 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 21192 | 0.0024208 | 1.8143 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 565528 | -0.0011016 | 1.8149 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 168136 | 0.0012419 | 1.814 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 491784 | 0.00022274 | 1.8142 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 442712 |-0.00015333 | 1.8138 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 73472 | 0.0028183 | 1.814 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 21520 | 1.4082 | 1.2367 | 0.82919 | 0.24461 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 21520 | 0.046356 | 0.0085897 | -10.036 | 29.296 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 13472 | -0.0032759 | 1.8168 | 0 | -3 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 615456 | 0.082261 | 1.917 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 146072 | -0.0035741 | 1.8146 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 480080 | 0.047176 | 1.8701 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 425200 | 0.035548 | 1.8549 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 57464 | 0.0013777 | 1.8127 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 23499 | 1.2434 | 1.1701 | 2.6469 | 4.8867 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 23499 | 0.027509 | 0.0036258 | -14.655 | 50.285 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 1143 | 1.0061 | 0.48323 | 10.008 | 33.201 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 1143 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 1143 | 0.041564 | 0.060332 | 38.011 | 172.56 | - | All/effVP | "RICH Track Sel. Eff. V P" | 1143 | 15084 | 17855 | 8.0025 | 21.246 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 1143 | 1075.9 | 896.18 | 64.731 | 370.74 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 63 | 50735 | 14004 | 2.5223 | 2.1145 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 983 | 10986 | 12392 | 30.771 | 136.45 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 368 | 22149 | 14586 | 11.999 | 36.726 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 983 | 10986 | 12392 | 31.664 | 140.5 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 933 | 11450 | 12556 | 30.216 | 131.35 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 185 | 31926 | 15415 | 6.4178 | 14.214 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 62 | 51034 | 13953 | 2.5016 | 2.0488 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 983 | 10986 | 12392 | 30.771 | 136.45 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 363 | 22333 | 14604 | 11.842 | 36.049 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 983 | 10986 | 12392 | 31.686 | 140.59 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 923 | 11547 | 12590 | 29.83 | 129.12 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 182 | 32181 | 15422 | 6.322 | 13.875 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 62 | 51034 | 13953 | 2.6376 | 2.3584 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 983 | 10986 | 12392 | 31.027 | 137.67 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 363 | 22333 | 14604 | 11.975 | 36.457 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 983 | 10986 | 12392 | 31.935 | 141.78 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 923 | 11547 | 12590 | 30.06 | 130.19 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 182 | 32181 | 15422 | 6.3086 | 13.789 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 3904 | 0.0028365 | 1.8146 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 90672 | 0.00047384 | 1.8139 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 26632 | 0.0029521 | 1.8142 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 80648 | 0.00016817 | 1.8139 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 71176 | 0.0001343 | 1.8138 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 12176 | 0.0024063 | 1.8143 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 3496 | 1.4176 | 1.2403 | 1.9657 | 3.2647 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 3496 | 0.046003 | 0.0084822 | -9.476 | 27.36 | -RiCKMCResDown SUCCESS 1D profile histograms in directory "RICH/RiCKMCResDown" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 14886 | 8499 | 8082.7 | 72.947 | 580.2 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 1427 | 6888.3 | 8108.3 | 606.49 | 6273.6 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 1427 | 6888.3 | 8108.3 | 140.48 | 1351.7 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 1427 | 6888.3 | 8108.3 | 188.26 | 1818.3 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 1427 | 6888.3 | 8108.3 | 147.96 | 1423.9 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 1427 | 6888.3 | 8108.3 | 151.13 | 1454.6 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 1427 | 6888.3 | 8108.3 | 257.61 | 2515 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 4558 | 19232 | 13757 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1765 | 7778.3 | 9600.7 | 726.02 | 6840.6 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1765 | 7778.3 | 9600.7 | 153.44 | 1288.1 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1765 | 7778.3 | 9600.7 | 210.26 | 1778.2 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1765 | 7778.3 | 9600.7 | 156.1 | 1310.8 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1765 | 7778.3 | 9600.7 | 158.05 | 1327.6 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1765 | 7778.3 | 9600.7 | 330.11 | 2860 | -RiCKMCResDownTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResDownTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 14886 | 8499 | 8082.7 | 72.947 | 580.2 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 1427 | 6888.3 | 8108.3 | 606.49 | 6273.6 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 1427 | 6888.3 | 8108.3 | 140.48 | 1351.7 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 1427 | 6888.3 | 8108.3 | 188.26 | 1818.3 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 1427 | 6888.3 | 8108.3 | 147.96 | 1423.9 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 1427 | 6888.3 | 8108.3 | 151.13 | 1454.6 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 1427 | 6888.3 | 8108.3 | 257.61 | 2515 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 4558 | 19232 | 13757 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1765 | 7778.3 | 9600.7 | 726.02 | 6840.6 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1765 | 7778.3 | 9600.7 | 153.44 | 1288.1 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1765 | 7778.3 | 9600.7 | 210.26 | 1778.2 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1765 | 7778.3 | 9600.7 | 156.1 | 1310.8 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1765 | 7778.3 | 9600.7 | 158.05 | 1327.6 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1765 | 7778.3 | 9600.7 | 330.11 | 2860 | -RiMCTkResDown SUCCESS 1D profile histograms in directory "RICH/RiMCTkResDown" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 354 | 6808.2 | 6097.9 | 85.884 | 488.81 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 354 | 6808.2 | 6097.9 | 0 | -3 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 33 | 11916 | 10790 | 5.6556 | 9.9341 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 33 | 11916 | 10790 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 14 | 5140.9 | 3603.7 | 15.169 | 45.863 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 14 | 5140.9 | 3603.7 | 0 | -3 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 460 | 8138.3 | 8836 | 162.96 | 1313.8 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 460 | 8138.3 | 8836 | 0 | -3 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 120 | 9683 | 8813.3 | 14.654 | 42.641 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 120 | 9683 | 8813.3 | 0 | -3 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 404 | 7210.4 | 6377.7 | 69.834 | 363.09 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 404 | 7210.4 | 6377.7 | 0 | -3 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 44 | 15120 | 14571 | 14.906 | 58.97 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 44 | 15120 | 14571 | 0 | -3 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 14 | 5119.6 | 3602.4 | 15.271 | 46.291 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 14 | 5119.6 | 3602.4 | 0 | -3 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 518 | 9325.1 | 10884 | 177.97 | 1419.7 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 518 | 9325.1 | 10884 | 0 | -3 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 125 | 11197 | 9980.3 | 14.952 | 51.147 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 125 | 11197 | 9980.3 | 0 | -3 | -RiCKMCResLong SUCCESS 1D profile histograms in directory "RICH/RiCKMCResLong" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 93858 | 14335 | 13957 | 80.455 | 474.61 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 6159 | 11241 | 12844 | 178.48 | 1147.1 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 6159 | 11241 | 12844 | 104.38 | 658.76 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 6159 | 11241 | 12844 | 119.67 | 756.2 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 6159 | 11241 | 12844 | 107.02 | 675.48 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 6159 | 11241 | 12844 | 108.13 | 682.48 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 6159 | 11241 | 12844 | 135.9 | 861.23 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 43677 | 26781 | 19331 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 7838 | 13815 | 15379 | 150.66 | 844.63 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 7838 | 13815 | 15379 | 68.568 | 362.25 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 7838 | 13815 | 15379 | 80.374 | 426.04 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 7838 | 13815 | 15379 | 69.19 | 365.59 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 7838 | 13815 | 15379 | 69.667 | 368.16 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 7838 | 13815 | 15379 | 98.383 | 525.9 | -RiCKMCResLongTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResLongTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 93858 | 14335 | 13957 | 80.455 | 474.61 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 6159 | 11241 | 12844 | 178.48 | 1147.1 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 6159 | 11241 | 12844 | 104.38 | 658.76 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 6159 | 11241 | 12844 | 119.67 | 756.2 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 6159 | 11241 | 12844 | 107.02 | 675.48 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 6159 | 11241 | 12844 | 108.13 | 682.48 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 6159 | 11241 | 12844 | 135.9 | 861.23 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 43677 | 26781 | 19331 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 7838 | 13815 | 15379 | 150.66 | 844.63 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 7838 | 13815 | 15379 | 68.568 | 362.25 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 7838 | 13815 | 15379 | 80.374 | 426.04 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 7838 | 13815 | 15379 | 69.19 | 365.59 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 7838 | 13815 | 15379 | 69.667 | 368.16 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 7838 | 13815 | 15379 | 98.383 | 525.9 | -RiMCTkResLong SUCCESS 1D profile histograms in directory "RICH/RiMCTkResLong" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 10 | 7353.4 | 6945.8 | 2.8828 | 6.1364 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 10 | 7353.4 | 6945.8 | 13.18 | 36.409 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 865 | 9209.4 | 10733 | 44.609 | 198.96 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 865 | 9209.4 | 10733 | 93.533 | 555.24 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 851 | 15940 | 16426 | 48.12 | 221.3 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 851 | 15940 | 16426 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 64 | 8620.7 | 9271.4 | 13.308 | 44.715 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 64 | 8620.7 | 9271.4 | 1.1783 | -1.5152 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 3919 | 11464 | 12420 | 135.08 | 849.63 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 3919 | 11464 | 12420 | 437.54 | 3369.1 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 517 | 14022 | 14866 | 54.479 | 280.27 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 517 | 14022 | 14866 | 208.01 | 1221.6 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 13 | 8978.7 | 9786.8 | 2.4025 | 5.4163 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 13 | 8978.7 | 9786.8 | 19.487 | 67.032 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 1107 | 11433 | 13230 | 21.401 | 71.093 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 1107 | 11433 | 13230 | 91.575 | 545.43 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 1018 | 18344 | 17863 | 36.822 | 149.73 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 1018 | 18344 | 17863 | 228.32 | 1165.8 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 64 | 8948.4 | 9145.7 | 12.404 | 41.784 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 64 | 8948.4 | 9145.7 | 0.75437 | -2.5405 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 4811 | 14431 | 15655 | 88.295 | 466.57 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 4811 | 14431 | 15655 | 191.91 | 1133.1 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 611 | 17689 | 18179 | 30.879 | 125.49 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 611 | 17689 | 18179 | 86.762 | 409.89 | -RiCKMCResUp SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 12592 | 14441 | 14405 | -116.21 | -424.36 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 983 | 10986 | 12392 | 79.841 | 378.9 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 983 | 10986 | 12392 | 33.544 | 151.17 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 983 | 10986 | 12392 | 40.801 | 184.75 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 983 | 10986 | 12392 | 34.148 | 153.94 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 983 | 10986 | 12392 | 34.793 | 156.89 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 983 | 10986 | 12392 | 50.12 | 228.83 | -RiCKMCResUpTight SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUpTight" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 12592 | 14441 | 14405 | -116.21 | -424.36 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 983 | 10986 | 12392 | 79.841 | 378.9 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 983 | 10986 | 12392 | 33.544 | 151.17 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 983 | 10986 | 12392 | 40.801 | 184.75 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 983 | 10986 | 12392 | 34.148 | 153.94 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 983 | 10986 | 12392 | 34.793 | 156.89 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 983 | 10986 | 12392 | 50.12 | 228.83 | -RiMCTkResUp SUCCESS 1D profile histograms in directory "RICH/RiMCTkResUp" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 23 | 10796 | 8236.6 | 6.1035 | 15.285 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 23 | 10796 | 8236.6 | 0 | -3 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 202 | 11175 | 12971 | 36.158 | 161.98 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 202 | 11175 | 12971 | 50.466 | 246.45 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 3 | 24953 | 15875 | 0.47094 | -2.3337 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 3 | 24953 | 15875 | 0.11667 | -2.4434 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 584 | 10623 | 12454 | 42.227 | 185.49 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 584 | 10623 | 12454 | 122.53 | 642.94 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 94 | 10476 | 10480 | 12.271 | 33.191 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 94 | 10476 | 10480 | 22.588 | 70.228 | diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman-auxiliaries.ref b/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman-auxiliaries.ref deleted file mode 100644 index 1be2c00a9947af2f670ea1b7cee3d38c2d81c464..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman-auxiliaries.ref +++ /dev/null @@ -1,1426 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 1 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-1ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -DeFTDetector INFO Current FT geometry version = 62 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ParameterizedKa... INFO Use parameters from PARAM/ParamFiles/vXrYpZ/data/ParametrizedKalmanFit/FT6x2/Mag* -CompareTracksTrTr DEBUG Initialize base class GaudiCommon<Algorithm> -CompareTracksTrTr DEBUG Created with context = 'Offline' -CompareTracksTrTr DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTrTr DEBUG Property ['Name': Value] = 'AuditExecute':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'AuditFinalize':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'AuditInitialize':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'AuditStart':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'AuditStop':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'Cardinality':0 -CompareTracksTrTr DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTrTr DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTrTr DEBUG Property ['Name': Value] = 'Enable':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'ErrorMax':1 -CompareTracksTrTr DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'InputTracks1':Rec/Track/ForwardFastFitted -CompareTracksTrTr DEBUG Property ['Name': Value] = 'InputTracks2':Rec/Track/Keyed/ForwardFastFitted_Param -CompareTracksTrTr DEBUG Property ['Name': Value] = 'LinkerLocation':Link/Rec/Track/ForwardFastFitted -CompareTracksTrTr DEBUG Property ['Name': Value] = 'MCProperty':MC/TrackInfo -CompareTracksTrTr DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTrTr DEBUG Property ['Name': Value] = 'NeededResources':[ ] -CompareTracksTrTr DEBUG Property ['Name': Value] = 'ODINLocation':DAQ/ODIN -CompareTracksTrTr DEBUG Property ['Name': Value] = 'OutputFile':TMPcompare -CompareTracksTrTr DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTrTr DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTrTr DEBUG Property ['Name': Value] = 'RegisterForContextService':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'RequireObjects':[ ] -CompareTracksTrTr DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTrTr DEBUG Property ['Name': Value] = 'StandardGeometryTop':/dd/Structure/LHCb -CompareTracksTrTr DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'VetoObjects':[ ] -CompareTracksTrTr DEBUG input handles: 6 -CompareTracksTrTr DEBUG output handles: 0 -CompareTracksTrTr DEBUG Changing DAQ/ODIN to /Event/DAQ/ODIN -CompareTracksTrTr DEBUG Changing IOVLock to /Event/IOVLock -CompareTracksTrTr DEBUG Changing Link/Rec/Track/ForwardFastFitted to /Event/Link/Rec/Track/ForwardFastFitted -CompareTracksTrTr DEBUG Changing MC/TrackInfo to /Event/MC/TrackInfo -CompareTracksTrTr DEBUG Changing Rec/Track/ForwardFastFitted to /Event/Rec/Track/ForwardFastFitted -CompareTracksTrTr DEBUG Changing Rec/Track/Keyed/ForwardFastFitted_Param to /Event/Rec/Track/Keyed/ForwardFastFitted_Param -CompareTracksTrTr DEBUG Data Deps for CompareTracksTrTr - + INPUT '/Event/DAQ/ODIN' - + INPUT '/Event/IOVLock' - + INPUT '/Event/Link/Rec/Track/ForwardFastFitted' - + INPUT '/Event/MC/TrackInfo' - + INPUT '/Event/Rec/Track/ForwardFastFitted' - + INPUT '/Event/Rec/Track/Keyed/ForwardFastFitted_Param' -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 38481, Run 6719661, Nr. in job = 1 -CompareTracksTrTr DEBUG ==> Execute -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'ApplyElectronEnergyLossCorr':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'ApplyEnergyLossCorr':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'ApplyMultScattCorr':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'ExtraSelector':TrackDistanceExtraSelector/TrackDistanceExtraSelector -CompareTracksTr... DEBUG Property ['Name': Value] = 'Iterations':5 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaterialLocator':DetailedMaterialLocator/DetailedMaterialLocator -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxSlope':5.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxStepSize':1000.0000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxTransverse':10000.000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'LongDistanceExtrapolator':TrackRungeKuttaExtrapolator/LongDistanceExtrapolator -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'ShortDistanceExtrapolator':TrackParabolicExtrapolator/ShortDistanceExtrapolator -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'shortDist':100.00000 -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'FieldSvc':MagneticFieldSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'Iterations':5 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UseGridInterpolation':True -CompareTracksTr... DEBUG UseGridInterpolation: 'UseGridInterpolation':True -CompareTracksTr... DEBUG Field in center of magnet (in Tesla): (0.000433892,-1.03116,-0.000417632) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.TrackDistanceExtraSelector.ShortDistanceExtrapolator (TrackParabolicExtrapolator) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CorrectNumSteps':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'FieldSvc':MagneticFieldSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'InitialStep':1000.0000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'Iterations':5 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxCurvature':0.0010000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxNumSteps':1000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxSlope':10.000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxStep':1000.0000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxStepScale':4.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MinStep':10.000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MinStepScale':0.12500000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'NumericalJacobian':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RKScheme':CashKarp -CompareTracksTr... DEBUG Property ['Name': Value] = 'RelToleranceTx':5.0000000e-05 -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'Sigma':5.5000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'StepScaleSafetyFactor':1.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'Tolerance':0.0010000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UseGridInterpolation':True -CompareTracksTr... DEBUG UseGridInterpolation: 'UseGridInterpolation':True -CompareTracksTr... DEBUG Field in center of magnet (in Tesla): (0.000433892,-1.03116,-0.000417632) -CompareTracksTr... DEBUG Using RK scheme: 'CashKarp' -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.TrackDistanceExtraSelector.LongDistanceExtrapolator (TrackRungeKuttaExtrapolator) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.TrackDistanceExtraSelector (TrackDistanceExtraSelector) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ElectronDedxTool':StateElectronEnergyCorrectionTool/StateElectronEnergyCorrectionTool -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'GeneralDedxTool':StateDetailedBetheBlochEnergyCorrectionTool/StateDetailedBetheBlochEnergyCorrectionTool -CompareTracksTr... DEBUG Property ['Name': Value] = 'MinRadThickness':0.00010000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'StateMSCorrectionTool':StateThickMSCorrectionTool/StateThickMSCorrectionTool -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'MSFudgeFactor2':1.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'RossiAndGreisenFact2':-1.0000000e+42 -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UseRossiAndGreisen':False -CompareTracksTr... DEBUG Using log term with Moliere factor squared of 184.96 -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.DetailedMaterialLocator.StateThickMSCorrectionTool (StateThickMSCorrectionTool) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'EnergyLossFactor':1.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaximumEnergyLoss':100.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.DetailedMaterialLocator.StateDetailedBetheBlochEnergyCorrectionTool (StateDetailedBetheBlochEnergyCorrectionTool) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaximumRadLength':10.000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.DetailedMaterialLocator.StateElectronEnergyCorrectionTool (StateElectronEnergyCorrectionTool) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.DetailedMaterialLocator (DetailedMaterialLocator) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CorrectSlopes':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorP':0.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorTx2':0.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorTy2':0.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorX2':0.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorY2':0.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'Extrapolator':TrackMasterExtrapolator -CompareTracksTr... DEBUG Property ['Name': Value] = 'FTMCHitLinks':/Event/Link/MC/Particles2MCFTHits -CompareTracksTr... DEBUG Property ['Name': Value] = 'FTMCHits':MC/FT/Hits -CompareTracksTr... DEBUG Property ['Name': Value] = 'MCVertices':MC/Vertices -CompareTracksTr... DEBUG Property ['Name': Value] = 'MagneticFieldService':MagneticFieldSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UTMCHitLinks':/Event/Link/MC/Particles2MCUTHits -CompareTracksTr... DEBUG Property ['Name': Value] = 'UTMCHits':MC/UT/Hits -CompareTracksTr... DEBUG Property ['Name': Value] = 'VPMCHitLinks':/Event/Link/MC/Particles2MCVPHits -CompareTracksTr... DEBUG Property ['Name': Value] = 'VPMCHits':MC/VP/Hits -CompareTracksTr... DEBUG Changing MC/FT/Hits to /Event/MC/FT/Hits -CompareTracksTr... DEBUG Changing MC/UT/Hits to /Event/MC/UT/Hits -CompareTracksTr... DEBUG Changing MC/VP/Hits to /Event/MC/VP/Hits -CompareTracksTr... DEBUG Changing MC/Vertices to /Event/MC/Vertices -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'ApplyElectronEnergyLossCorr':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'ApplyEnergyLossCorr':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'ApplyMultScattCorr':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'ExtraSelector':TrackDistanceExtraSelector/TrackDistanceExtraSelector -CompareTracksTr... DEBUG Property ['Name': Value] = 'Iterations':5 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaterialLocator':DetailedMaterialLocator/DetailedMaterialLocator -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxSlope':5.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxStepSize':1000.0000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxTransverse':10000.000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'LongDistanceExtrapolator':TrackRungeKuttaExtrapolator/LongDistanceExtrapolator -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'ShortDistanceExtrapolator':TrackParabolicExtrapolator/ShortDistanceExtrapolator -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'shortDist':100.00000 -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'FieldSvc':MagneticFieldSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'Iterations':5 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UseGridInterpolation':True -CompareTracksTr... DEBUG UseGridInterpolation: 'UseGridInterpolation':True -CompareTracksTr... DEBUG Field in center of magnet (in Tesla): (0.000433892,-1.03116,-0.000417632) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.TrackDistanceExtraSelector.ShortDistanceExtrapolator (TrackParabolicExtrapolator) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CorrectNumSteps':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'FieldSvc':MagneticFieldSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'InitialStep':1000.0000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'Iterations':5 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxCurvature':0.0010000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxNumSteps':1000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxSlope':10.000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxStep':1000.0000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxStepScale':4.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MinStep':10.000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MinStepScale':0.12500000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'NumericalJacobian':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RKScheme':CashKarp -CompareTracksTr... DEBUG Property ['Name': Value] = 'RelToleranceTx':5.0000000e-05 -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'Sigma':5.5000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'StepScaleSafetyFactor':1.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'Tolerance':0.0010000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UseGridInterpolation':True -CompareTracksTr... DEBUG UseGridInterpolation: 'UseGridInterpolation':True -CompareTracksTr... DEBUG Field in center of magnet (in Tesla): (0.000433892,-1.03116,-0.000417632) -CompareTracksTr... DEBUG Using RK scheme: 'CashKarp' -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.TrackDistanceExtraSelector.LongDistanceExtrapolator (TrackRungeKuttaExtrapolator) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.TrackDistanceExtraSelector (TrackDistanceExtraSelector) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ElectronDedxTool':StateElectronEnergyCorrectionTool/StateElectronEnergyCorrectionTool -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'GeneralDedxTool':StateDetailedBetheBlochEnergyCorrectionTool/StateDetailedBetheBlochEnergyCorrectionTool -CompareTracksTr... DEBUG Property ['Name': Value] = 'MinRadThickness':0.00010000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'StateMSCorrectionTool':StateThickMSCorrectionTool/StateThickMSCorrectionTool -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'MSFudgeFactor2':1.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'RossiAndGreisenFact2':-1.0000000e+42 -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UseRossiAndGreisen':False -CompareTracksTr... DEBUG Using log term with Moliere factor squared of 184.96 -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.DetailedMaterialLocator.StateThickMSCorrectionTool (StateThickMSCorrectionTool) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'EnergyLossFactor':1.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaximumEnergyLoss':100.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.DetailedMaterialLocator.StateDetailedBetheBlochEnergyCorrectionTool (StateDetailedBetheBlochEnergyCorrectionTool) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaximumRadLength':10.000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.DetailedMaterialLocator.StateElectronEnergyCorrectionTool (StateElectronEnergyCorrectionTool) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.DetailedMaterialLocator (DetailedMaterialLocator) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator (TrackMasterExtrapolator) -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000233599 -0.000233753 -0.000235434 -CompareTracksTrTr DEBUG vs: -0.000231591 -0.000231778 -0.00023158 -CompareTracksTrTr DEBUG vs: -0.000222496 -0.000222668 -0.000251374 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000214899 -0.000214924 -0.000216423 -CompareTracksTrTr DEBUG vs: -0.000215084 -0.000215121 -0.000216482 -CompareTracksTrTr DEBUG vs: -0.000215252 -0.000215261 -0.00021661 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000202658 -0.000202711 -0.000204026 -CompareTracksTrTr DEBUG vs: -0.000202645 -0.000202704 -0.000203924 -CompareTracksTrTr DEBUG vs: -0.000203148 -0.000203174 -0.000204309 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000312444 -0.000312495 -0.000315435 -CompareTracksTrTr DEBUG vs: -0.000312982 -0.00031305 -0.00031596 -CompareTracksTrTr DEBUG vs: -0.000312955 -0.000312968 -0.000315372 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000152363 -0.000152386 -0.000153115 -CompareTracksTrTr DEBUG vs: -0.000152519 -0.000152546 -0.000153236 -CompareTracksTrTr DEBUG vs: -0.000152738 -0.000152748 -0.000153654 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000279095 -0.000279119 -0.000281439 -CompareTracksTrTr DEBUG vs: -0.000278783 -0.000278822 -0.00028113 -CompareTracksTrTr DEBUG vs: -0.000278895 -0.000278913 -0.000280737 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000264667 -0.000264735 -0.000266852 -CompareTracksTrTr DEBUG vs: -0.000265157 -0.000265254 -0.000267317 -CompareTracksTrTr DEBUG vs: -0.000265716 -0.000265759 -0.000267385 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000148567 -0.000148602 -0.00014931 -CompareTracksTrTr DEBUG vs: -0.000148738 -0.000148754 -0.00014941 -CompareTracksTrTr DEBUG vs: -0.000147999 -0.000148001 -0.000148603 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000340784 -0.000340835 -0.000344481 -CompareTracksTrTr DEBUG vs: -0.0003375 -0.000337591 -0.000340974 -CompareTracksTrTr DEBUG vs: -0.000342447 -0.00034247 -0.000346124 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000223754 -0.000223771 -0.000225428 -CompareTracksTrTr DEBUG vs: -0.000222405 -0.000222439 -0.000223889 -CompareTracksTrTr DEBUG vs: -0.000223849 -0.000223856 -0.000225217 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -3.47689e-05 -3.477e-05 -3.48132e-05 -CompareTracksTrTr DEBUG vs: -3.46879e-05 -3.46893e-05 -3.4725e-05 -CompareTracksTrTr DEBUG vs: -3.46745e-05 -3.4675e-05 -3.47237e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000118922 -0.000118937 -0.000119414 -CompareTracksTrTr DEBUG vs: -0.000119337 -0.000119358 -0.000119775 -CompareTracksTrTr DEBUG vs: -0.000119378 -0.000119388 -0.000119951 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -7.88712e-05 -7.88815e-05 -7.91011e-05 -CompareTracksTrTr DEBUG vs: -7.88933e-05 -7.89037e-05 -7.90872e-05 -CompareTracksTrTr DEBUG vs: -7.88838e-05 -7.88881e-05 -7.90564e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -7.68999e-05 -7.69081e-05 -7.71115e-05 -CompareTracksTrTr DEBUG vs: -7.69271e-05 -7.69386e-05 -7.71135e-05 -CompareTracksTrTr DEBUG vs: -7.68197e-05 -7.68279e-05 -7.69996e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -9.07334e-05 -9.07474e-05 -9.10781e-05 -CompareTracksTrTr DEBUG vs: -9.08258e-05 -9.08417e-05 -9.10845e-05 -CompareTracksTrTr DEBUG vs: -9.04999e-05 -9.05078e-05 -9.07481e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.31264e-05 -8.31427e-05 -8.3378e-05 -CompareTracksTrTr DEBUG vs: -8.32188e-05 -8.32262e-05 -8.34317e-05 -CompareTracksTrTr DEBUG vs: -8.35865e-05 -8.35892e-05 -8.37842e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.37926e-05 -8.38011e-05 -8.4042e-05 -CompareTracksTrTr DEBUG vs: -8.38409e-05 -8.3846e-05 -8.40546e-05 -CompareTracksTrTr DEBUG vs: -8.37325e-05 -8.37337e-05 -8.39408e-05 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG Compare qop: -0.000425161 -0.000425454 -0.000430668 -CompareTracksTrTr DEBUG vs: -0.000387327 -0.000387631 -0.000392049 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.55511e-05 -8.55624e-05 -8.5854e-05 -CompareTracksTrTr DEBUG vs: -8.55586e-05 -8.55728e-05 -8.57899e-05 -CompareTracksTrTr DEBUG vs: -8.52392e-05 -8.52458e-05 -8.54991e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -9.98238e-05 -9.98381e-05 -0.000100172 -CompareTracksTrTr DEBUG vs: -9.98654e-05 -9.98836e-05 -0.000100176 -CompareTracksTrTr DEBUG vs: -9.9961e-05 -9.99697e-05 -0.000100228 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG Compare qop: -8.58788e-05 -8.58905e-05 -8.61426e-05 -CompareTracksTrTr DEBUG vs: -8.62899e-05 -8.62989e-05 -8.65173e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.28235e-05 -8.28351e-05 -8.30681e-05 -CompareTracksTrTr DEBUG vs: -8.29208e-05 -8.29258e-05 -8.31298e-05 -CompareTracksTrTr DEBUG vs: -8.26588e-05 -8.26599e-05 -8.28576e-05 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG Compare qop: -0.000390472 -0.000390723 -0.000395159 -CompareTracksTrTr DEBUG vs: -0.000349938 -0.000350188 -0.000353796 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -7.38951e-05 -7.39038e-05 -7.40924e-05 -CompareTracksTrTr DEBUG vs: -7.38678e-05 -7.38745e-05 -7.40345e-05 -CompareTracksTrTr DEBUG vs: -7.37881e-05 -7.37907e-05 -7.3941e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000133277 -0.000133296 -0.000133872 -CompareTracksTrTr DEBUG vs: -0.000133368 -0.000133388 -0.000133909 -CompareTracksTrTr DEBUG vs: -0.000133328 -0.000133335 -0.00013388 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG Compare qop: -0.000251274 -0.000251328 -0.000253183 -CompareTracksTrTr DEBUG vs: -0.000250937 -0.000251017 -0.000252886 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.00022955 -0.000229579 -0.000231223 -CompareTracksTrTr DEBUG vs: -0.000229713 -0.000229756 -0.000231322 -CompareTracksTrTr DEBUG vs: -0.000229855 -0.000229866 -0.000231892 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.00011579 -0.000115815 -0.000116254 -CompareTracksTrTr DEBUG vs: -0.000115799 -0.000115836 -0.000116229 -CompareTracksTrTr DEBUG vs: -0.000115475 -0.000115496 -0.00011588 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.08788e-05 -8.08867e-05 -8.11144e-05 -CompareTracksTrTr DEBUG vs: -8.09603e-05 -8.09651e-05 -8.11596e-05 -CompareTracksTrTr DEBUG vs: -8.09862e-05 -8.09872e-05 -8.11552e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -2.43809e-05 -2.43833e-05 -2.44068e-05 -CompareTracksTrTr DEBUG vs: -2.44373e-05 -2.44396e-05 -2.44572e-05 -CompareTracksTrTr DEBUG vs: -2.40196e-05 -2.40209e-05 -2.40775e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 7.11499e-05 7.1157e-05 7.13313e-05 -CompareTracksTrTr DEBUG vs: 7.13157e-05 7.13216e-05 7.14715e-05 -CompareTracksTrTr DEBUG vs: 7.08382e-05 7.08404e-05 7.09904e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000284695 0.000284762 0.000287182 -CompareTracksTrTr DEBUG vs: 0.000284781 0.00028487 0.000287275 -CompareTracksTrTr DEBUG vs: 0.000285175 0.000285204 0.00028749 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -3.42379e-05 -3.42406e-05 -3.42835e-05 -CompareTracksTrTr DEBUG vs: -3.43147e-05 -3.43168e-05 -3.43517e-05 -CompareTracksTrTr DEBUG vs: -3.42498e-05 -3.42506e-05 -3.42853e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -4.39073e-05 -4.39213e-05 -4.39846e-05 -CompareTracksTrTr DEBUG vs: -4.39868e-05 -4.39659e-05 -4.39867e-05 -CompareTracksTrTr DEBUG vs: -4.35629e-05 -4.3573e-05 -4.45447e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -6.93529e-05 -6.93637e-05 -6.95361e-05 -CompareTracksTrTr DEBUG vs: -6.94687e-05 -6.94812e-05 -6.9623e-05 -CompareTracksTrTr DEBUG vs: -6.93678e-05 -6.93811e-05 -6.95757e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -4.9681e-05 -4.96899e-05 -4.97879e-05 -CompareTracksTrTr DEBUG vs: -4.9541e-05 -4.95535e-05 -4.96262e-05 -CompareTracksTrTr DEBUG vs: -4.96652e-05 -4.96721e-05 -4.97961e-05 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG Compare qop: -3.90327e-09 -3.90327e-09 -3.9032e-09 -CompareTracksTrTr DEBUG vs: 4.02749e-08 4.02749e-08 4.0275e-08 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 8.99774e-05 8.99874e-05 9.026e-05 -CompareTracksTrTr DEBUG vs: 8.99729e-05 8.99812e-05 9.02204e-05 -CompareTracksTrTr DEBUG vs: 9.03955e-05 9.04003e-05 9.06564e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 3.90939e-05 3.90964e-05 3.9159e-05 -CompareTracksTrTr DEBUG vs: 3.91319e-05 3.91339e-05 3.91789e-05 -CompareTracksTrTr DEBUG vs: 3.93342e-05 3.93349e-05 3.93758e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -2.81e-05 -2.81028e-05 -2.81301e-05 -CompareTracksTrTr DEBUG vs: -2.79955e-05 -2.79977e-05 -2.80207e-05 -CompareTracksTrTr DEBUG vs: -2.8266e-05 -2.82672e-05 -2.8293e-05 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG Compare qop: 0.000187752 0.000187804 0.000188896 -CompareTracksTrTr DEBUG vs: 0.000189755 0.000189813 0.000190882 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -4.82907e-06 -4.82915e-06 -4.83014e-06 -CompareTracksTrTr DEBUG vs: -4.82411e-06 -4.82417e-06 -4.82486e-06 -CompareTracksTrTr DEBUG vs: -4.84748e-06 -4.8475e-06 -4.84804e-06 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -3.16291e-05 -3.16339e-05 -3.16676e-05 -CompareTracksTrTr DEBUG vs: -3.13878e-05 -3.13822e-05 -3.13874e-05 -CompareTracksTrTr DEBUG vs: -3.17597e-05 -3.17616e-05 -3.17792e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000192974 0.00019303 0.000194213 -CompareTracksTrTr DEBUG vs: 0.000195197 0.000195258 0.000196389 -CompareTracksTrTr DEBUG vs: 0.000192201 0.000192248 0.000193156 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -3.99315e-05 -3.99343e-05 -4.00042e-05 -CompareTracksTrTr DEBUG vs: -4.01001e-05 -4.01035e-05 -4.01512e-05 -CompareTracksTrTr DEBUG vs: -3.99198e-05 -3.99225e-05 -3.99937e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -4.66885e-05 -4.66928e-05 -4.67796e-05 -CompareTracksTrTr DEBUG vs: -4.68999e-05 -4.69041e-05 -4.69689e-05 -CompareTracksTrTr DEBUG vs: -4.6778e-05 -4.67802e-05 -4.68529e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -1.45319e-05 -1.45329e-05 -1.45414e-05 -CompareTracksTrTr DEBUG vs: -1.45041e-05 -1.45052e-05 -1.45114e-05 -CompareTracksTrTr DEBUG vs: -1.45798e-05 -1.45804e-05 -1.45867e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -7.62004e-05 -7.62073e-05 -7.64025e-05 -CompareTracksTrTr DEBUG vs: -7.64417e-05 -7.64487e-05 -7.66201e-05 -CompareTracksTrTr DEBUG vs: -7.72542e-05 -7.72576e-05 -7.74921e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -6.6382e-06 -6.6384e-06 -6.64122e-06 -CompareTracksTrTr DEBUG vs: -6.61065e-06 -6.61081e-06 -6.6121e-06 -CompareTracksTrTr DEBUG vs: -6.65293e-06 -6.65307e-06 -6.6544e-06 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -3.64159e-05 -3.64197e-05 -3.6474e-05 -CompareTracksTrTr DEBUG vs: -3.64416e-05 -3.64455e-05 -3.64847e-05 -CompareTracksTrTr DEBUG vs: -3.62761e-05 -3.62782e-05 -3.63546e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -1.46693e-05 -1.46701e-05 -1.46782e-05 -CompareTracksTrTr DEBUG vs: -1.4797e-05 -1.47977e-05 -1.4797e-05 -CompareTracksTrTr DEBUG vs: -1.24745e-05 -1.24748e-05 -1.77349e-05 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG Compare qop: -1.47446e-05 -1.47456e-05 -1.47537e-05 -CompareTracksTrTr DEBUG vs: -1.47466e-05 -1.47471e-05 -1.47535e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.39623e-05 -8.39732e-05 -8.42425e-05 -CompareTracksTrTr DEBUG vs: -8.39061e-05 -8.39191e-05 -8.41265e-05 -CompareTracksTrTr DEBUG vs: -8.41109e-05 -8.41181e-05 -8.43052e-05 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG Compare qop: -0.00029575 -0.0002959 -0.000298506 -CompareTracksTrTr DEBUG vs: -0.000255395 -0.000255532 -0.000257458 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000204944 -0.000204982 -0.000206273 -CompareTracksTrTr DEBUG vs: -0.000204082 -0.000204134 -0.00020537 -CompareTracksTrTr DEBUG vs: -0.000204655 -0.000204678 -0.000205779 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000101569 -0.000101581 -0.000101926 -CompareTracksTrTr DEBUG vs: -0.000101661 -0.000101674 -0.000101979 -CompareTracksTrTr DEBUG vs: -0.000101933 -0.000101937 -0.000102201 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG Compare qop: -0.000318544 -0.000318612 -0.000321621 -CompareTracksTrTr DEBUG vs: -0.000321839 -0.000321921 -0.000324994 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000107843 0.000107856 0.000108233 -CompareTracksTrTr DEBUG vs: 0.000107895 0.000107909 0.000108254 -CompareTracksTrTr DEBUG vs: 0.000107354 0.000107361 0.000108113 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -6.45704e-05 -6.45748e-05 -6.47421e-05 -CompareTracksTrTr DEBUG vs: -6.50614e-05 -6.50672e-05 -6.51919e-05 -CompareTracksTrTr DEBUG vs: -6.47592e-05 -6.47618e-05 -6.48776e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -6.67497e-05 -6.67543e-05 -6.69323e-05 -CompareTracksTrTr DEBUG vs: -6.69909e-05 -6.6997e-05 -6.71293e-05 -CompareTracksTrTr DEBUG vs: -6.68319e-05 -6.68345e-05 -6.7004e-05 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG Compare qop: -6.87442e-05 -6.87491e-05 -6.89146e-05 -CompareTracksTrTr DEBUG vs: -6.88965e-05 -6.89e-05 -6.90396e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG Compare qop: -0.000135439 -0.000135456 -0.000136023 -CompareTracksTrTr DEBUG vs: -0.000135386 -0.00013541 -0.000135954 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 2.3842e-05 2.38445e-05 2.38713e-05 -CompareTracksTrTr DEBUG vs: 2.43376e-05 2.43395e-05 2.43375e-05 -CompareTracksTrTr DEBUG vs: 2.37488e-05 2.375e-05 2.37687e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -5.1956e-05 -5.19581e-05 -5.20521e-05 -CompareTracksTrTr DEBUG vs: -5.20122e-05 -5.20173e-05 -5.20966e-05 -CompareTracksTrTr DEBUG vs: -5.21873e-05 -5.21895e-05 -5.22649e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 2.47156e-05 2.47173e-05 2.47421e-05 -CompareTracksTrTr DEBUG vs: 2.46703e-05 2.46723e-05 2.46904e-05 -CompareTracksTrTr DEBUG vs: 2.47637e-05 2.47649e-05 2.47848e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 9.53857e-06 9.53892e-06 9.54246e-06 -CompareTracksTrTr DEBUG vs: 9.41164e-06 9.41194e-06 9.41456e-06 -CompareTracksTrTr DEBUG vs: 9.56549e-06 9.56565e-06 9.56857e-06 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG Compare qop: -0.000262864 -0.000262908 -0.000265026 -CompareTracksTrTr DEBUG vs: -0.000268418 -0.000268476 -0.000270613 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG Compare qop: 2.47915e-05 2.4793e-05 2.48215e-05 -CompareTracksTrTr DEBUG vs: 2.45736e-05 2.45748e-05 2.45927e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000127408 -0.000127419 -0.00012795 -CompareTracksTrTr DEBUG vs: -0.000127267 -0.00012728 -0.000127761 -CompareTracksTrTr DEBUG vs: -0.000126582 -0.000126589 -0.000127194 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -3.36404e-05 -3.36421e-05 -3.36911e-05 -CompareTracksTrTr DEBUG vs: -3.35976e-05 -3.3599e-05 -3.36323e-05 -CompareTracksTrTr DEBUG vs: -3.35906e-05 -3.35925e-05 -3.36269e-05 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG Compare qop: 2.53818e-05 2.53833e-05 2.54119e-05 -CompareTracksTrTr DEBUG vs: 2.57619e-05 2.57633e-05 2.57831e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 2.64345e-05 2.64377e-05 2.64654e-05 -CompareTracksTrTr DEBUG vs: 2.64648e-05 2.64672e-05 2.64879e-05 -CompareTracksTrTr DEBUG vs: 2.66187e-05 2.66204e-05 2.66498e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 3.41875e-05 3.41926e-05 3.42376e-05 -CompareTracksTrTr DEBUG vs: 3.43331e-05 3.43359e-05 3.43706e-05 -CompareTracksTrTr DEBUG vs: 3.43353e-05 3.43369e-05 3.43946e-05 -CompareTracksTrTr DEBUG No links for track key 73 -CompareTracksTrTr DEBUG No links for track key 73 -CompareTracksTrTr DEBUG No links for track key 73 -CompareTracksTrTr DEBUG No links for track key 73 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 73 -CompareTracksTrTr DEBUG No links for track key 73 -CompareTracksTrTr DEBUG No links for track key 73 -CompareTracksTrTr DEBUG No links for track key 73 -CompareTracksTrTr DEBUG No links for track key 73 -CompareTracksTrTr DEBUG Compare qop: 4.05598e-05 4.05632e-05 4.06366e-05 -CompareTracksTrTr DEBUG vs: 4.35232e-05 4.35271e-05 4.35833e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 4.05824e-05 4.05859e-05 4.0657e-05 -CompareTracksTrTr DEBUG vs: 4.06624e-05 4.06658e-05 4.07149e-05 -CompareTracksTrTr DEBUG vs: 4.06871e-05 4.06887e-05 4.07459e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000222499 0.000222543 0.000224074 -CompareTracksTrTr DEBUG vs: 0.000222237 0.000222297 0.000223745 -CompareTracksTrTr DEBUG vs: 0.000222044 0.000222068 0.00022335 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 3.23083e-05 3.23101e-05 3.23483e-05 -CompareTracksTrTr DEBUG vs: 3.23217e-05 3.23226e-05 3.23536e-05 -CompareTracksTrTr DEBUG vs: 3.22529e-05 3.22532e-05 3.22814e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 8.52431e-05 8.5259e-05 8.555e-05 -CompareTracksTrTr DEBUG vs: 8.52911e-05 8.53128e-05 8.55286e-05 -CompareTracksTrTr DEBUG vs: 8.5412e-05 8.54227e-05 8.5656e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000121431 0.00012145 0.00012199 -CompareTracksTrTr DEBUG vs: 0.000121534 0.000121551 0.000121985 -CompareTracksTrTr DEBUG vs: 0.000121458 0.00012147 0.000121967 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000138543 0.000138571 0.000139191 -CompareTracksTrTr DEBUG vs: 0.000138618 0.000138656 0.00013922 -CompareTracksTrTr DEBUG vs: 0.000138502 0.000138523 0.000138994 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000181569 -0.000181603 -0.000182604 -CompareTracksTrTr DEBUG vs: -0.000181537 -0.000181578 -0.000182554 -CompareTracksTrTr DEBUG vs: -0.000181938 -0.000181953 -0.000182965 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 6.33765e-05 6.33834e-05 6.35202e-05 -CompareTracksTrTr DEBUG vs: 6.23494e-05 6.23522e-05 6.24662e-05 -CompareTracksTrTr DEBUG vs: 6.3364e-05 6.33651e-05 6.34871e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -2.50617e-05 -2.50624e-05 -2.50855e-05 -CompareTracksTrTr DEBUG vs: -1.65373e-05 -1.65377e-05 -1.65458e-05 -CompareTracksTrTr DEBUG vs: -2.50558e-05 -2.50562e-05 -2.50785e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 1.59084e-05 1.59087e-05 1.59184e-05 -CompareTracksTrTr DEBUG vs: 1.58204e-05 1.58207e-05 1.5828e-05 -CompareTracksTrTr DEBUG vs: 1.62358e-05 1.62359e-05 1.6245e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000110766 0.000110794 0.000111194 -CompareTracksTrTr DEBUG vs: 0.000110877 0.000110896 0.000111261 -CompareTracksTrTr DEBUG vs: 0.000110751 0.000110761 0.000111123 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.95269e-05 -8.95347e-05 -8.97955e-05 -CompareTracksTrTr DEBUG vs: -8.93782e-05 -8.93882e-05 -8.9625e-05 -CompareTracksTrTr DEBUG vs: -8.94986e-05 -8.95029e-05 -8.97962e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000325693 0.000325871 0.000329043 -CompareTracksTrTr DEBUG vs: 0.000325209 0.000325421 0.000328565 -CompareTracksTrTr DEBUG vs: 0.000325698 0.000325864 0.000329845 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000147522 0.000147548 0.000148209 -CompareTracksTrTr DEBUG vs: 0.000147665 0.0001477 0.000148348 -CompareTracksTrTr DEBUG vs: 0.000147206 0.000147229 0.000147697 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000110064 0.000110082 0.000110554 -CompareTracksTrTr DEBUG vs: 0.000110532 0.000110554 0.000110915 -CompareTracksTrTr DEBUG vs: 0.0001103 0.000110308 0.00011065 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 6.57492e-05 6.57546e-05 6.5902e-05 -CompareTracksTrTr DEBUG vs: 6.5826e-05 6.58312e-05 6.59584e-05 -CompareTracksTrTr DEBUG vs: 6.59183e-05 6.59231e-05 6.60332e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 8.70197e-05 8.70289e-05 8.7286e-05 -CompareTracksTrTr DEBUG vs: 8.68984e-05 8.69071e-05 8.71299e-05 -CompareTracksTrTr DEBUG vs: 8.67261e-05 8.67291e-05 8.69806e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000170537 0.000170594 0.000171517 -CompareTracksTrTr DEBUG vs: 0.000170786 0.000170817 0.000171683 -CompareTracksTrTr DEBUG vs: 0.000171348 0.000171362 0.000172232 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000186793 0.000186851 0.000187948 -CompareTracksTrTr DEBUG vs: 0.000187274 0.000187299 0.000188328 -CompareTracksTrTr DEBUG vs: 0.000185647 0.000185652 0.000186702 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000113054 0.000113063 0.000113482 -CompareTracksTrTr DEBUG vs: 0.000112827 0.000112845 0.000113221 -CompareTracksTrTr DEBUG vs: 0.000112447 0.000112453 0.000112921 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000126086 0.000126099 0.000126628 -CompareTracksTrTr DEBUG vs: 0.000126144 0.000126161 0.00012663 -CompareTracksTrTr DEBUG vs: 0.000126081 0.000126088 0.000126612 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000154346 0.000154365 0.000155142 -CompareTracksTrTr DEBUG vs: 0.000154788 0.000154827 0.000155538 -CompareTracksTrTr DEBUG vs: 0.000153931 0.000153948 0.000154997 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000275744 0.000275829 0.000278102 -CompareTracksTrTr DEBUG vs: 0.000276088 0.000276196 0.00027846 -CompareTracksTrTr DEBUG vs: 0.000275864 0.000275928 0.000278311 -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 1 events processed -BrunelInit SUCCESS ================================================================== -CompareTracksTrTr DEBUG Finalize base class GaudiAlgorithm -CompareTracksTrTr DEBUG Tools to release : -CompareTracksTrTr DEBUG Services to release : -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 640 tracks including 17 ghosts [ 2.66 %], Event average 2.66 % **** -VeloMCCheck INFO 01_velo : 305 from 312 [ 97.76 %] 1 clones [ 0.33 %], purity: 99.55 %, hitEff: 97.60 %, hitEffFirst3: 97.39 %, hitEffLast: 97.67 % -VeloMCCheck INFO 02_long : 166 from 167 [ 99.40 %] 0 clones [ 0.00 %], purity: 99.65 %, hitEff: 98.46 %, hitEffFirst3: 97.59 %, hitEffLast: 98.98 % -VeloMCCheck INFO 03_long>5GeV : 102 from 102 [100.00 %] 0 clones [ 0.00 %], purity: 99.66 %, hitEff: 98.84 %, hitEffFirst3: 98.37 %, hitEffLast: 98.99 % -VeloMCCheck INFO 04_long_strange : 16 from 16 [100.00 %] 0 clones [ 0.00 %], purity: 99.48 %, hitEff: 97.86 %, hitEffFirst3: 97.92 %, hitEffLast: 98.79 % -VeloMCCheck INFO 05_long_strange>5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity: 98.81 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 06_long_fromB : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 07_long_fromB>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 08_long_electrons : 17 from 17 [100.00 %] 0 clones [ 0.00 %], purity: 98.82 %, hitEff: 94.13 %, hitEffFirst3: 94.12 %, hitEffLast: 85.04 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 97 tracks including 15 ghosts [15.46 %], Event average 15.46 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 79 tracks including 12 ghosts [15.19 %] **** -ForwardMCCheck INFO 01_long : 77 from 167 [ 46.11 %] 0 clones [ 0.00 %], purity: 98.92 %, hitEff: 87.74 % -ForwardMCCheck INFO 02_long>5GeV : 64 from 102 [ 62.75 %] 0 clones [ 0.00 %], purity: 98.99 %, hitEff: 88.15 % -ForwardMCCheck INFO 03_long_strange : 6 from 16 [ 37.50 %] 0 clones [ 0.00 %], purity: 98.89 %, hitEff: 94.87 % -ForwardMCCheck INFO 04_long_strange>5GeV : 4 from 7 [ 57.14 %] 0 clones [ 0.00 %], purity: 98.33 %, hitEff: 94.23 % -ForwardMCCheck INFO 05_long_fromB : 6 from 7 [ 85.71 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.86 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.18 % -ForwardMCCheck INFO 07_long_electrons : 3 from 17 [ 17.65 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.31 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 2 from 11 [ 18.18 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.86 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.86 % -ForwardMCCheck INFO -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 125 tracks including 11 ghosts [ 8.80 %], Event average 8.80 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 104 tracks including 7 ghosts [6.73 %] **** -UpMCCheck INFO 01_velo : 108 from 312 [ 34.62 %] 0 clones [ 0.00 %], purity: 99.46 %, hitEff: 98.66 % -UpMCCheck INFO 02_velo+UT : 108 from 277 [ 38.99 %] 0 clones [ 0.00 %], purity: 99.46 %, hitEff: 98.66 % -UpMCCheck INFO 03_velo+UT>5GeV : 80 from 125 [ 64.00 %] 0 clones [ 0.00 %], purity: 99.36 %, hitEff: 99.25 % -UpMCCheck INFO 04_velo+notLong : 21 from 145 [ 14.48 %] 0 clones [ 0.00 %], purity: 99.23 %, hitEff: 95.95 % -UpMCCheck INFO 05_velo+UT+notLong : 21 from 111 [ 18.92 %] 0 clones [ 0.00 %], purity: 99.23 %, hitEff: 95.95 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 12 from 24 [ 50.00 %] 0 clones [ 0.00 %], purity: 99.24 %, hitEff:100.00 % -UpMCCheck INFO 07_long : 87 from 167 [ 52.10 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 99.31 % -UpMCCheck INFO 08_long>5GeV : 68 from 102 [ 66.67 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 99.12 % -UpMCCheck INFO 09_long_fromB : 6 from 7 [ 85.71 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 10_long_fromB>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 11_long_electrons : 5 from 17 [ 29.41 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 15 ghost, 3.80 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 79 tracks including 12 ghosts [15.2 %] **** -UTForwardMCCheck INFO 01_long : 77 tr 4.06 from 4.10 mcUT [ 99.1 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTForwardMCCheck INFO 01_long >3UT : 77 tr 4.06 from 4.10 mcUT [ 99.1 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTForwardMCCheck INFO 02_long>5GeV : 64 tr 4.08 from 4.12 mcUT [ 98.9 %] 0.05 ghost hits on real tracks [ 1.1 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 64 tr 4.08 from 4.12 mcUT [ 98.9 %] 0.05 ghost hits on real tracks [ 1.1 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 6 tr 4.17 from 4.17 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 6 tr 4.17 from 4.17 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 6 tr 4.17 from 4.17 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 6 tr 4.17 from 4.17 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 640 tracks including 17 ghosts [ 2.66 %], Event average 2.66 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 565 from 614 [ 92.02 %] 2 clones [ 0.35 %], purity: 99.53 %, hitEff: 96.67 %, hitEffFirst3: 98.00 %, hitEffLast: 93.41 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 363 from 378 [ 96.03 %] 1 clones [ 0.27 %], purity: 99.55 %, hitEff: 97.72 %, hitEffFirst3: 97.44 %, hitEffLast: 97.96 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 202 from 236 [ 85.59 %] 1 clones [ 0.49 %], purity: 99.50 %, hitEff: 94.77 %, hitEffFirst3: 99.01 %, hitEffLast: 84.27 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 305 from 312 [ 97.76 %] 1 clones [ 0.33 %], purity: 99.55 %, hitEff: 97.60 %, hitEffFirst3: 97.39 %, hitEffLast: 97.67 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 166 from 167 [ 99.40 %] 0 clones [ 0.00 %], purity: 99.65 %, hitEff: 98.46 %, hitEffFirst3: 97.59 %, hitEffLast: 98.98 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 102 from 102 [100.00 %] 0 clones [ 0.00 %], purity: 99.66 %, hitEff: 98.84 %, hitEffFirst3: 98.37 %, hitEffLast: 98.99 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 64 from 65 [ 98.46 %] 0 clones [ 0.00 %], purity: 99.62 %, hitEff: 97.86 %, hitEffFirst3: 96.35 %, hitEffLast: 98.95 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 96 from 96 [100.00 %] 0 clones [ 0.00 %], purity: 99.54 %, hitEff: 98.67 %, hitEffFirst3: 97.92 %, hitEffLast: 99.12 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 11_notElectron_Long_FromB_Eta25 p<5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 15_notElectron_Long_FromD_Eta25 p<5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 16 from 16 [100.00 %] 0 clones [ 0.00 %], purity: 99.48 %, hitEff: 97.86 %, hitEffFirst3: 97.92 %, hitEffLast: 98.79 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity: 98.81 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 9 from 9 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.19 %, hitEffFirst3: 96.30 %, hitEffLast: 97.73 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity: 98.61 %, hitEff: 96.67 %, hitEffFirst3: 94.44 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 21_Electron_Velo : 59 from 95 [ 62.11 %] 1 clones [ 1.67 %], purity: 97.67 %, hitEff: 90.53 %, hitEffFirst3: 89.44 %, hitEffLast: 83.17 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 48 from 76 [ 63.16 %] 1 clones [ 2.04 %], purity: 97.65 %, hitEff: 89.51 %, hitEffFirst3: 87.07 %, hitEffLast: 84.22 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 11 from 19 [ 57.89 %] 0 clones [ 0.00 %], purity: 97.73 %, hitEff: 95.06 %, hitEffFirst3:100.00 %, hitEffLast: 75.00 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 44 from 65 [ 67.69 %] 1 clones [ 2.22 %], purity: 97.44 %, hitEff: 88.58 %, hitEffFirst3: 85.93 %, hitEffLast: 83.37 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 17 from 17 [100.00 %] 0 clones [ 0.00 %], purity: 98.82 %, hitEff: 94.13 %, hitEffFirst3: 94.12 %, hitEffLast: 85.04 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 11 from 11 [100.00 %] 0 clones [ 0.00 %], purity: 98.18 %, hitEff: 92.74 %, hitEffFirst3: 93.94 %, hitEffLast: 77.56 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.67 %, hitEffFirst3: 94.44 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.73 %, hitEffFirst3: 90.48 %, hitEffLast: 95.13 % -VeloFullMCCheck INFO -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = 0.158 +/- 0.131, RMS = 1.179 +/- 0.127 -TrackResChecker... INFO ALL/y pull : mean = 0.168 +/- 0.132, RMS = 1.187 +/- 0.088 -TrackResChecker... INFO ALL/tx pull : mean = -0.135 +/- 0.127, RMS = 1.147 +/- 0.125 -TrackResChecker... INFO ALL/ty pull : mean = -0.134 +/- 0.126, RMS = 1.132 +/- 0.091 -TrackResChecker... INFO ALL/p pull : mean = -0.110 +/- 0.142, RMS = 1.260 +/- 0.149 -TrackResChecker... INFO ALL/probChi2 : mean = 0.395 +/- 0.035, RMS = 0.321 +/- 0.016 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 40.195 +/- 6.768 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 38.789 +/- 5.038 micron -TrackResChecker... INFO ALL/dp/p: mean = 0.0001 +/- 0.0008, RMS = 0.0071 +/- 0.0021 -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 9 from 12 ( 14-2 ) [ 75.00 %], false 0 from reco. 9 ( 9+0 ) [ 0.00 %] -PVChecker INFO 01 isolated : 2 from 3 ( 3-0 ) [ 66.67 %], false 0 from reco. 2 ( 2+0 ) [ 0.00 %] -PVChecker INFO 02 close : 7 from 9 ( 11-2 ) [ 77.78 %], false 0 from reco. 7 ( 7+0 ) [ 0.00 %] -PVChecker INFO 03 ntracks<10 : 1 from 2 ( 2-0 ) [ 50.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 04 ntracks>=10 : 8 from 10 ( 10-0 ) [ 80.00 %], false 0 from reco. 8 ( 8+0 ) [ 0.00 %] -PVChecker INFO 05 z<-50.0 : 2 from 4 ( 4-0 ) [ 50.00 %], false 0 from reco. 2 ( 2+0 ) [ 0.00 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 6 from 7 ( 9-2 ) [ 85.71 %], false 0 from reco. 6 ( 6+0 ) [ 0.00 %] -PVChecker INFO 07 z >=50.0 : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 08 decayBeauty : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 09 decayCharm : 2 from 2 ( 2-0 ) [ 100.00 %], false 0 from reco. 2 ( 2+0 ) [ 0.00 %] -PVChecker INFO 10 decayStrange : 9 from 12 ( 12-0 ) [ 75.00 %], false 0 from reco. 9 ( 9+0 ) [ 0.00 %] -PVChecker INFO 11 other : 0 from 0 ( 2-2 ) [ -100.00 %], false 0 from reco. 0 ( 0+0 ) [ -100.00 %] -PVChecker INFO 12 1MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 13 2MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 14 3MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 15 4MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 16 5MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 47.00 [MC: 43.50] -PVChecker INFO 01 isolated : av. PV tracks: 78.50 [MC: 62.67] -PVChecker INFO 02 close : av. PV tracks: 38.00 [MC: 37.11] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 6.00 [MC: 6.50] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 52.12 [MC: 50.90] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 121.00 [MC: 70.75] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 24.83 [MC: 28.57] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 32.00 [MC: 39.00] -PVChecker INFO 08 decayBeauty : av. PV tracks: 125.00 [MC: 126.00] -PVChecker INFO 09 decayCharm : av. PV tracks: 108.00 [MC: 115.50] -PVChecker INFO 10 decayStrange : av. PV tracks: 47.00 [MC: 43.50] -PVChecker INFO 11 other : av. PV tracks: 0.00 [MC: 0.00] -PVChecker INFO 12 1MCPV : av. PV tracks: 125.00 [MC: 126.00] -PVChecker INFO 13 2MCPV : av. PV tracks: 117.00 [MC: 123.00] -PVChecker INFO 14 3MCPV : av. PV tracks: 91.00 [MC: 105.00] -PVChecker INFO 15 4MCPV : av. PV tracks: 32.00 [MC: 39.00] -PVChecker INFO 16 5MCPV : av. PV tracks: 11.00 [MC: 26.00] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.015, y: +0.011, z: +0.069 -PVChecker INFO 2_res_ntracks<10 : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.015, y: +0.015, z: +0.102 -PVChecker INFO 4_res_ntracks>30 : x: +0.003, y: +0.005, z: +0.016 -PVChecker INFO 5_res_z<-50 : x: +0.004, y: +0.003, z: +0.015 -PVChecker INFO 6_res_z(-50,50) : x: +0.016, y: +0.013, z: +0.084 -PVChecker INFO 7_res_z>50 : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +0.974, y: +0.969, z: +0.887 -PVChecker INFO 1_pull_mean_all : x: +0.308, y: -0.000, z: -0.176 -PVChecker INFO -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 0 -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 5 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG Number of calls: 0 -CompareTracksTr... DEBUG Min step length: 1e+09 -CompareTracksTr... DEBUG Max step length: 0 -CompareTracksTr... DEBUG Av step length: -nan -CompareTracksTr... DEBUG Av num step: -nan -CompareTracksTr... DEBUG Fr. failed steps: -nan -CompareTracksTr... DEBUG Fr. increased steps: -nan -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG Number of calls: 9 -CompareTracksTr... DEBUG Min step length: 191.356 -CompareTracksTr... DEBUG Max step length: 412.791 -CompareTracksTr... DEBUG Av step length: 322.709 -CompareTracksTr... DEBUG Av num step: 1 -CompareTracksTr... DEBUG Fr. failed steps: 0 -CompareTracksTr... DEBUG Fr. increased steps: 1 -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -*****Chrono***** INFO The Final CPU consumption ( Chrono ) Table (ordered) -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BrunelInit.Brun... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 640 | 640.00 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 1 | 640 | 640.00 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 97 | 97.000 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 97 | 82 |( 84.53608 +- 3.671089)% | - | "MC particles per track" | 82 | 96 | 1.1707 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 97 | 82 |( 84.53608 +- 3.671089)% | - | "MC particles per track" | 82 | 96 | 1.1707 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 97 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 97 | 26 | 0.26804 | 0.44294 | 0.0000 | 1.0000 | - | "chisqprobSum" | 97 | 32.42252 | 0.33425 | 0.32762 | 0.0000 | 0.99913 | - | "flipCharge" | 97 | 1 | 0.010309 | 0.10101 | 0.0000 | 1.0000 | - | "nBadInput" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 1 | 97 | 97.000 | 0.0000 | 97.000 | 97.000 | - | "nTracks" | 1 | 97 | 97.000 | 0.0000 | 97.000 | 97.000 | - | "numOutliers" | 97 | 121 | 1.2474 | 0.96357 | 0.0000 | 4.0000 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 1 | 9 | 9.0000 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 1 | 125 | 125.00 | - | "Created long tracks" | 1 | 97 | 97.000 | - | "Input tracks" | 1 | 125 | 125.00 | - | "Number of candidate bins per track" | 125 | 7209 | 57.672 | 25.350 | 8.0000 | 105.00 | - | "Number of complete candidates/track 1st Loop" | 125 | 97 | 0.77600 | 0.57778 | 0.0000 | 2.0000 | - | "Number of complete candidates/track 2nd Loop" | 53 | 11 | 0.20755 | 0.44967 | 0.0000 | 2.0000 | - | "Number of x candidates per track 1st Loop" | 125 | 722 | 5.7760 | 2.7767 | - | "Number of x candidates per track 2nd Loop" | 53 | 1755 | 33.113 | 11.951 | - | "Percentage second loop execution" | 125 | 53 | 0.42400 | - | "Removed duplicates" | 1 | 1 | 1.0000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 1 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 20051 | 0 | 0.0000 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 1 | 180 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 1 | 180 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 1 | 408 | 408.00 | - | "#tracks" | 1 | 125 | 125.00 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 83 | -UnpackMCFTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 1 | 9579 | 9579.0 | 0.0000 | 9579.0 | 9579.0 | -UnpackMCUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 1 | 3363 | 3363.0 | 0.0000 | 3363.0 | 3363.0 | -UnpackMCVPHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 1 | 6238 | 6238.0 | 0.0000 | 6238.0 | 6238.0 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 125 | 114 |( 91.20000 +- 2.533867)% | - | "MC particles per track" | 114 | 114 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 1 | 5461 | 5461.0 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 640 | 623 |( 97.34375 +- 0.6356214)% | - | "MC particles per track" | 623 | 627 | 1.0064 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 1 | 5461 | 5461.0 | - | "Nb of Produced Tracks" | 1 | 640 | 640.00 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 125 | 125.00 | diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman-auxiliaries.ref.x86_64+avx2+fma-opt b/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman-auxiliaries.ref.x86_64+avx2+fma-opt deleted file mode 120000 index bb0410812fc82157f2206e89c8a73029ea1f0770..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman-auxiliaries.ref.x86_64+avx2+fma-opt +++ /dev/null @@ -1 +0,0 @@ -./brunel-upgrade-paramKalman-auxiliaries.ref.x86_64_v3-opt \ No newline at end of file diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman-auxiliaries.ref.x86_64_v3-opt b/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman-auxiliaries.ref.x86_64_v3-opt deleted file mode 100644 index 15ca5307bf1fd9126ded6f8ccf4e2e621707645f..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman-auxiliaries.ref.x86_64_v3-opt +++ /dev/null @@ -1,1462 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 1 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-1ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -DeFTDetector INFO Current FT geometry version = 62 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ParameterizedKa... INFO Use parameters from PARAM/ParamFiles/vXrYpZ/data/ParametrizedKalmanFit/FT6x2/Mag* -CompareTracksTrTr DEBUG Initialize base class GaudiCommon<Algorithm> -CompareTracksTrTr DEBUG Created with context = 'Offline' -CompareTracksTrTr DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTrTr DEBUG Property ['Name': Value] = 'AuditExecute':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'AuditFinalize':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'AuditInitialize':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'AuditStart':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'AuditStop':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'Cardinality':0 -CompareTracksTrTr DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTrTr DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTrTr DEBUG Property ['Name': Value] = 'Enable':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'ErrorMax':1 -CompareTracksTrTr DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'InputTracks1':Rec/Track/ForwardFastFitted -CompareTracksTrTr DEBUG Property ['Name': Value] = 'InputTracks2':Rec/Track/Keyed/ForwardFastFitted_Param -CompareTracksTrTr DEBUG Property ['Name': Value] = 'LinkerLocation':Link/Rec/Track/ForwardFastFitted -CompareTracksTrTr DEBUG Property ['Name': Value] = 'MCProperty':MC/TrackInfo -CompareTracksTrTr DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTrTr DEBUG Property ['Name': Value] = 'NeededResources':[ ] -CompareTracksTrTr DEBUG Property ['Name': Value] = 'ODINLocation':DAQ/ODIN -CompareTracksTrTr DEBUG Property ['Name': Value] = 'OutputFile':TMPcompare -CompareTracksTrTr DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTrTr DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTrTr DEBUG Property ['Name': Value] = 'RegisterForContextService':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'RequireObjects':[ ] -CompareTracksTrTr DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTrTr DEBUG Property ['Name': Value] = 'StandardGeometryTop':/dd/Structure/LHCb -CompareTracksTrTr DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTrTr DEBUG Property ['Name': Value] = 'VetoObjects':[ ] -CompareTracksTrTr DEBUG input handles: 6 -CompareTracksTrTr DEBUG output handles: 0 -CompareTracksTrTr DEBUG Changing DAQ/ODIN to /Event/DAQ/ODIN -CompareTracksTrTr DEBUG Changing IOVLock to /Event/IOVLock -CompareTracksTrTr DEBUG Changing Link/Rec/Track/ForwardFastFitted to /Event/Link/Rec/Track/ForwardFastFitted -CompareTracksTrTr DEBUG Changing MC/TrackInfo to /Event/MC/TrackInfo -CompareTracksTrTr DEBUG Changing Rec/Track/ForwardFastFitted to /Event/Rec/Track/ForwardFastFitted -CompareTracksTrTr DEBUG Changing Rec/Track/Keyed/ForwardFastFitted_Param to /Event/Rec/Track/Keyed/ForwardFastFitted_Param -CompareTracksTrTr DEBUG Data Deps for CompareTracksTrTr - + INPUT '/Event/DAQ/ODIN' - + INPUT '/Event/IOVLock' - + INPUT '/Event/Link/Rec/Track/ForwardFastFitted' - + INPUT '/Event/MC/TrackInfo' - + INPUT '/Event/Rec/Track/ForwardFastFitted' - + INPUT '/Event/Rec/Track/Keyed/ForwardFastFitted_Param' -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 38481, Run 6719661, Nr. in job = 1 -CompareTracksTrTr DEBUG ==> Execute -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'ApplyElectronEnergyLossCorr':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'ApplyEnergyLossCorr':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'ApplyMultScattCorr':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'ExtraSelector':TrackDistanceExtraSelector/TrackDistanceExtraSelector -CompareTracksTr... DEBUG Property ['Name': Value] = 'Iterations':5 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaterialLocator':DetailedMaterialLocator/DetailedMaterialLocator -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxSlope':5.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxStepSize':1000.0000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxTransverse':10000.000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'LongDistanceExtrapolator':TrackRungeKuttaExtrapolator/LongDistanceExtrapolator -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'ShortDistanceExtrapolator':TrackParabolicExtrapolator/ShortDistanceExtrapolator -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'shortDist':100.00000 -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'FieldSvc':MagneticFieldSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'Iterations':5 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UseGridInterpolation':True -CompareTracksTr... DEBUG UseGridInterpolation: 'UseGridInterpolation':True -CompareTracksTr... DEBUG Field in center of magnet (in Tesla): (0.000433892,-1.03116,-0.000417632) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.TrackDistanceExtraSelector.ShortDistanceExtrapolator (TrackParabolicExtrapolator) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CorrectNumSteps':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'FieldSvc':MagneticFieldSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'InitialStep':1000.0000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'Iterations':5 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxCurvature':0.0010000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxNumSteps':1000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxSlope':10.000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxStep':1000.0000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxStepScale':4.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MinStep':10.000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MinStepScale':0.12500000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'NumericalJacobian':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RKScheme':CashKarp -CompareTracksTr... DEBUG Property ['Name': Value] = 'RelToleranceTx':5.0000000e-05 -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'Sigma':5.5000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'StepScaleSafetyFactor':1.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'Tolerance':0.0010000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UseGridInterpolation':True -CompareTracksTr... DEBUG UseGridInterpolation: 'UseGridInterpolation':True -CompareTracksTr... DEBUG Field in center of magnet (in Tesla): (0.000433892,-1.03116,-0.000417632) -CompareTracksTr... DEBUG Using RK scheme: 'CashKarp' -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.TrackDistanceExtraSelector.LongDistanceExtrapolator (TrackRungeKuttaExtrapolator) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.TrackDistanceExtraSelector (TrackDistanceExtraSelector) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ElectronDedxTool':StateElectronEnergyCorrectionTool/StateElectronEnergyCorrectionTool -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'GeneralDedxTool':StateDetailedBetheBlochEnergyCorrectionTool/StateDetailedBetheBlochEnergyCorrectionTool -CompareTracksTr... DEBUG Property ['Name': Value] = 'MinRadThickness':0.00010000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'StateMSCorrectionTool':StateThickMSCorrectionTool/StateThickMSCorrectionTool -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'MSFudgeFactor2':1.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'RossiAndGreisenFact2':-1.0000000e+42 -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UseRossiAndGreisen':False -CompareTracksTr... DEBUG Using log term with Moliere factor squared of 184.96 -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.DetailedMaterialLocator.StateThickMSCorrectionTool (StateThickMSCorrectionTool) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'EnergyLossFactor':1.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaximumEnergyLoss':100.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.DetailedMaterialLocator.StateDetailedBetheBlochEnergyCorrectionTool (StateDetailedBetheBlochEnergyCorrectionTool) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaximumRadLength':10.000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.DetailedMaterialLocator.StateElectronEnergyCorrectionTool (StateElectronEnergyCorrectionTool) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.extr.DetailedMaterialLocator (DetailedMaterialLocator) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CorrectSlopes':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorP':0.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorTx2':0.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorTy2':0.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorX2':0.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorY2':0.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'Extrapolator':TrackMasterExtrapolator -CompareTracksTr... DEBUG Property ['Name': Value] = 'FTMCHitLinks':/Event/Link/MC/Particles2MCFTHits -CompareTracksTr... DEBUG Property ['Name': Value] = 'FTMCHits':MC/FT/Hits -CompareTracksTr... DEBUG Property ['Name': Value] = 'MCVertices':MC/Vertices -CompareTracksTr... DEBUG Property ['Name': Value] = 'MagneticFieldService':MagneticFieldSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UTMCHitLinks':/Event/Link/MC/Particles2MCUTHits -CompareTracksTr... DEBUG Property ['Name': Value] = 'UTMCHits':MC/UT/Hits -CompareTracksTr... DEBUG Property ['Name': Value] = 'VPMCHitLinks':/Event/Link/MC/Particles2MCVPHits -CompareTracksTr... DEBUG Property ['Name': Value] = 'VPMCHits':MC/VP/Hits -CompareTracksTr... DEBUG Changing MC/FT/Hits to /Event/MC/FT/Hits -CompareTracksTr... DEBUG Changing MC/UT/Hits to /Event/MC/UT/Hits -CompareTracksTr... DEBUG Changing MC/VP/Hits to /Event/MC/VP/Hits -CompareTracksTr... DEBUG Changing MC/Vertices to /Event/MC/Vertices -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'ApplyElectronEnergyLossCorr':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'ApplyEnergyLossCorr':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'ApplyMultScattCorr':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'ExtraSelector':TrackDistanceExtraSelector/TrackDistanceExtraSelector -CompareTracksTr... DEBUG Property ['Name': Value] = 'Iterations':5 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaterialLocator':DetailedMaterialLocator/DetailedMaterialLocator -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxSlope':5.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxStepSize':1000.0000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxTransverse':10000.000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'LongDistanceExtrapolator':TrackRungeKuttaExtrapolator/LongDistanceExtrapolator -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'ShortDistanceExtrapolator':TrackParabolicExtrapolator/ShortDistanceExtrapolator -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'shortDist':100.00000 -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'FieldSvc':MagneticFieldSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'Iterations':5 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UseGridInterpolation':True -CompareTracksTr... DEBUG UseGridInterpolation: 'UseGridInterpolation':True -CompareTracksTr... DEBUG Field in center of magnet (in Tesla): (0.000433892,-1.03116,-0.000417632) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.TrackDistanceExtraSelector.ShortDistanceExtrapolator (TrackParabolicExtrapolator) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CorrectNumSteps':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'FieldSvc':MagneticFieldSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'InitialStep':1000.0000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'Iterations':5 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxCurvature':0.0010000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxNumSteps':1000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxSlope':10.000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxStep':1000.0000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaxStepScale':4.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MinStep':10.000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MinStepScale':0.12500000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'NumericalJacobian':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RKScheme':CashKarp -CompareTracksTr... DEBUG Property ['Name': Value] = 'RelToleranceTx':5.0000000e-05 -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'Sigma':5.5000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'StepScaleSafetyFactor':1.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'Tolerance':0.0010000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UseGridInterpolation':True -CompareTracksTr... DEBUG UseGridInterpolation: 'UseGridInterpolation':True -CompareTracksTr... DEBUG Field in center of magnet (in Tesla): (0.000433892,-1.03116,-0.000417632) -CompareTracksTr... DEBUG Using RK scheme: 'CashKarp' -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.TrackDistanceExtraSelector.LongDistanceExtrapolator (TrackRungeKuttaExtrapolator) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.TrackDistanceExtraSelector (TrackDistanceExtraSelector) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ElectronDedxTool':StateElectronEnergyCorrectionTool/StateElectronEnergyCorrectionTool -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'GeneralDedxTool':StateDetailedBetheBlochEnergyCorrectionTool/StateDetailedBetheBlochEnergyCorrectionTool -CompareTracksTr... DEBUG Property ['Name': Value] = 'MinRadThickness':0.00010000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'StateMSCorrectionTool':StateThickMSCorrectionTool/StateThickMSCorrectionTool -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'MSFudgeFactor2':1.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'RossiAndGreisenFact2':-1.0000000e+42 -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'UseRossiAndGreisen':False -CompareTracksTr... DEBUG Using log term with Moliere factor squared of 184.96 -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.DetailedMaterialLocator.StateThickMSCorrectionTool (StateThickMSCorrectionTool) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'EnergyLossFactor':1.0000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaximumEnergyLoss':100.00000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.DetailedMaterialLocator.StateDetailedBetheBlochEnergyCorrectionTool (StateDetailedBetheBlochEnergyCorrectionTool) -CompareTracksTr... DEBUG Initialize base class GaudiCommon<AlgTool> -CompareTracksTr... DEBUG Created with context = 'Offline' -CompareTracksTr... DEBUG could not locate CounterSummarySvc, no counter summary will be made -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditFinalize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditInitialize':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStart':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'AuditStop':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'Context':Offline -CompareTracksTr... DEBUG Property ['Name': Value] = 'ContextService':AlgContextSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'CounterList':[ '.*' ] -CompareTracksTr... DEBUG Property ['Name': Value] = 'ErrorsPrint':True -CompareTracksTr... DEBUG Property ['Name': Value] = 'MaximumRadLength':10.000000 -CompareTracksTr... DEBUG Property ['Name': Value] = 'MonitorService':MonitorSvc -CompareTracksTr... DEBUG Property ['Name': Value] = 'OutputLevel':2 -CompareTracksTr... DEBUG Property ['Name': Value] = 'PropertiesPrint':False -CompareTracksTr... DEBUG Property ['Name': Value] = 'RootInTES': -CompareTracksTr... DEBUG Property ['Name': Value] = 'TypePrint':True -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.DetailedMaterialLocator.StateElectronEnergyCorrectionTool (StateElectronEnergyCorrectionTool) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator.DetailedMaterialLocator (DetailedMaterialLocator) -CompareTracksTr... DEBUG Adding private ToolHandle tool CompareTracksTrTr.IdealStateCreator.TrackMasterExtrapolator (TrackMasterExtrapolator) -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000233599 -0.000233753 -0.000235434 -CompareTracksTrTr DEBUG vs: -0.000231591 -0.000231778 -0.00023158 -CompareTracksTrTr DEBUG vs: -0.000222496 -0.000222668 -0.000251374 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000214923 -0.000214947 -0.000216447 -CompareTracksTrTr DEBUG vs: -0.000215096 -0.000215133 -0.000216495 -CompareTracksTrTr DEBUG vs: -0.000215252 -0.000215261 -0.00021661 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000202658 -0.000202711 -0.000204025 -CompareTracksTrTr DEBUG vs: -0.000202645 -0.000202704 -0.000203924 -CompareTracksTrTr DEBUG vs: -0.000203148 -0.000203174 -0.000204309 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000312444 -0.000312495 -0.000315435 -CompareTracksTrTr DEBUG vs: -0.000312982 -0.00031305 -0.00031596 -CompareTracksTrTr DEBUG vs: -0.000312955 -0.000312968 -0.000315372 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000152359 -0.000152382 -0.000153111 -CompareTracksTrTr DEBUG vs: -0.000152526 -0.000152553 -0.000153243 -CompareTracksTrTr DEBUG vs: -0.000152738 -0.000152748 -0.000153654 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000279095 -0.000279119 -0.000281439 -CompareTracksTrTr DEBUG vs: -0.000278783 -0.000278822 -0.00028113 -CompareTracksTrTr DEBUG vs: -0.000278895 -0.000278913 -0.000280737 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000264666 -0.000264735 -0.000266852 -CompareTracksTrTr DEBUG vs: -0.000265157 -0.000265254 -0.000267317 -CompareTracksTrTr DEBUG vs: -0.000265716 -0.000265759 -0.000267385 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000148567 -0.000148602 -0.00014931 -CompareTracksTrTr DEBUG vs: -0.000148738 -0.000148754 -0.00014941 -CompareTracksTrTr DEBUG vs: -0.000147999 -0.000148001 -0.000148603 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000340783 -0.000340834 -0.00034448 -CompareTracksTrTr DEBUG vs: -0.0003375 -0.000337591 -0.000340974 -CompareTracksTrTr DEBUG vs: -0.000342447 -0.00034247 -0.000346124 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000223774 -0.000223791 -0.000225448 -CompareTracksTrTr DEBUG vs: -0.000222405 -0.000222439 -0.000223889 -CompareTracksTrTr DEBUG vs: -0.000223849 -0.000223856 -0.000225217 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -3.47689e-05 -3.477e-05 -3.48132e-05 -CompareTracksTrTr DEBUG vs: -3.46879e-05 -3.46893e-05 -3.4725e-05 -CompareTracksTrTr DEBUG vs: -3.46745e-05 -3.4675e-05 -3.47237e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000118922 -0.000118937 -0.000119414 -CompareTracksTrTr DEBUG vs: -0.000119337 -0.000119358 -0.000119775 -CompareTracksTrTr DEBUG vs: -0.000119378 -0.000119388 -0.000119951 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -7.88712e-05 -7.88815e-05 -7.91011e-05 -CompareTracksTrTr DEBUG vs: -7.88933e-05 -7.89037e-05 -7.90872e-05 -CompareTracksTrTr DEBUG vs: -7.88838e-05 -7.88881e-05 -7.90564e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -7.68999e-05 -7.69081e-05 -7.71115e-05 -CompareTracksTrTr DEBUG vs: -7.69271e-05 -7.69385e-05 -7.71135e-05 -CompareTracksTrTr DEBUG vs: -7.68197e-05 -7.68279e-05 -7.69996e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -9.07334e-05 -9.07474e-05 -9.10781e-05 -CompareTracksTrTr DEBUG vs: -9.08258e-05 -9.08417e-05 -9.10845e-05 -CompareTracksTrTr DEBUG vs: -9.04999e-05 -9.05078e-05 -9.07481e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.31264e-05 -8.31427e-05 -8.3378e-05 -CompareTracksTrTr DEBUG vs: -8.32188e-05 -8.32262e-05 -8.34317e-05 -CompareTracksTrTr DEBUG vs: -8.35865e-05 -8.35892e-05 -8.37842e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.37926e-05 -8.38011e-05 -8.4042e-05 -CompareTracksTrTr DEBUG vs: -8.38409e-05 -8.3846e-05 -8.40546e-05 -CompareTracksTrTr DEBUG vs: -8.37325e-05 -8.37337e-05 -8.39408e-05 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG No links for track key 17 -CompareTracksTrTr DEBUG Compare qop: -0.000425161 -0.000425455 -0.000430668 -CompareTracksTrTr DEBUG vs: -0.000387327 -0.000387631 -0.000392049 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.55511e-05 -8.55624e-05 -8.5854e-05 -CompareTracksTrTr DEBUG vs: -8.55586e-05 -8.55728e-05 -8.57899e-05 -CompareTracksTrTr DEBUG vs: -8.52392e-05 -8.52458e-05 -8.54991e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -9.98238e-05 -9.98381e-05 -0.000100172 -CompareTracksTrTr DEBUG vs: -9.98654e-05 -9.98836e-05 -0.000100176 -CompareTracksTrTr DEBUG vs: -9.9961e-05 -9.99697e-05 -0.000100228 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG No links for track key 20 -CompareTracksTrTr DEBUG Compare qop: -8.58788e-05 -8.58905e-05 -8.61426e-05 -CompareTracksTrTr DEBUG vs: -8.62899e-05 -8.62989e-05 -8.65173e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.28235e-05 -8.28351e-05 -8.30681e-05 -CompareTracksTrTr DEBUG vs: -8.29208e-05 -8.29257e-05 -8.31298e-05 -CompareTracksTrTr DEBUG vs: -8.26588e-05 -8.26599e-05 -8.28576e-05 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG No links for track key 22 -CompareTracksTrTr DEBUG Compare qop: -0.000390472 -0.000390723 -0.000395159 -CompareTracksTrTr DEBUG vs: -0.000349938 -0.000350188 -0.000353796 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -7.38951e-05 -7.39038e-05 -7.40924e-05 -CompareTracksTrTr DEBUG vs: -7.38678e-05 -7.38745e-05 -7.40345e-05 -CompareTracksTrTr DEBUG vs: -7.37881e-05 -7.37907e-05 -7.3941e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000133277 -0.000133296 -0.000133872 -CompareTracksTrTr DEBUG vs: -0.000133368 -0.000133388 -0.000133909 -CompareTracksTrTr DEBUG vs: -0.000133328 -0.000133335 -0.00013388 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG No links for track key 25 -CompareTracksTrTr DEBUG Compare qop: -0.000251274 -0.000251328 -0.000253183 -CompareTracksTrTr DEBUG vs: -0.000250937 -0.000251017 -0.000252886 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.00022955 -0.000229579 -0.000231223 -CompareTracksTrTr DEBUG vs: -0.000229713 -0.000229756 -0.000231322 -CompareTracksTrTr DEBUG vs: -0.000229855 -0.000229866 -0.000231892 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.00011579 -0.000115815 -0.000116254 -CompareTracksTrTr DEBUG vs: -0.000115799 -0.000115836 -0.000116229 -CompareTracksTrTr DEBUG vs: -0.000115475 -0.000115496 -0.00011588 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.09042e-05 -8.0912e-05 -8.114e-05 -CompareTracksTrTr DEBUG vs: -8.09825e-05 -8.09873e-05 -8.11819e-05 -CompareTracksTrTr DEBUG vs: -8.09862e-05 -8.09872e-05 -8.11552e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -2.43809e-05 -2.43833e-05 -2.44068e-05 -CompareTracksTrTr DEBUG vs: -2.44373e-05 -2.44396e-05 -2.44572e-05 -CompareTracksTrTr DEBUG vs: -2.40196e-05 -2.40209e-05 -2.40775e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 7.11499e-05 7.1157e-05 7.13313e-05 -CompareTracksTrTr DEBUG vs: 7.13157e-05 7.13216e-05 7.14715e-05 -CompareTracksTrTr DEBUG vs: 7.08382e-05 7.08404e-05 7.09904e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000284695 0.000284762 0.000287182 -CompareTracksTrTr DEBUG vs: 0.000284781 0.00028487 0.000287275 -CompareTracksTrTr DEBUG vs: 0.000285175 0.000285204 0.00028749 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -3.42379e-05 -3.42406e-05 -3.42835e-05 -CompareTracksTrTr DEBUG vs: -3.43147e-05 -3.43168e-05 -3.43517e-05 -CompareTracksTrTr DEBUG vs: -3.42498e-05 -3.42506e-05 -3.42853e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -4.39073e-05 -4.39213e-05 -4.39846e-05 -CompareTracksTrTr DEBUG vs: -4.39868e-05 -4.39659e-05 -4.39867e-05 -CompareTracksTrTr DEBUG vs: -4.35629e-05 -4.3573e-05 -4.45447e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -6.93529e-05 -6.93637e-05 -6.95361e-05 -CompareTracksTrTr DEBUG vs: -6.94687e-05 -6.94812e-05 -6.9623e-05 -CompareTracksTrTr DEBUG vs: -6.93678e-05 -6.93811e-05 -6.95757e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -4.9681e-05 -4.96899e-05 -4.97879e-05 -CompareTracksTrTr DEBUG vs: -4.9541e-05 -4.95535e-05 -4.96262e-05 -CompareTracksTrTr DEBUG vs: -4.96652e-05 -4.96721e-05 -4.97961e-05 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG No links for track key 36 -CompareTracksTrTr DEBUG Compare qop: -3.90332e-09 -3.90332e-09 -3.90326e-09 -CompareTracksTrTr DEBUG vs: 4.0275e-08 4.0275e-08 4.0275e-08 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 8.99774e-05 8.99874e-05 9.026e-05 -CompareTracksTrTr DEBUG vs: 8.99729e-05 8.99812e-05 9.02204e-05 -CompareTracksTrTr DEBUG vs: 9.03955e-05 9.04003e-05 9.06564e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 3.90939e-05 3.90964e-05 3.9159e-05 -CompareTracksTrTr DEBUG vs: 3.91319e-05 3.91339e-05 3.91789e-05 -CompareTracksTrTr DEBUG vs: 3.93342e-05 3.93349e-05 3.93758e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -2.81e-05 -2.81028e-05 -2.81301e-05 -CompareTracksTrTr DEBUG vs: -2.79955e-05 -2.79977e-05 -2.80207e-05 -CompareTracksTrTr DEBUG vs: -2.8266e-05 -2.82672e-05 -2.8293e-05 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG No links for track key 40 -CompareTracksTrTr DEBUG Compare qop: 0.000187752 0.000187804 0.000188896 -CompareTracksTrTr DEBUG vs: 0.000189755 0.000189813 0.000190882 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -4.82907e-06 -4.82915e-06 -4.83014e-06 -CompareTracksTrTr DEBUG vs: -4.82411e-06 -4.82417e-06 -4.82486e-06 -CompareTracksTrTr DEBUG vs: -4.84748e-06 -4.8475e-06 -4.84804e-06 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -3.16291e-05 -3.16339e-05 -3.16676e-05 -CompareTracksTrTr DEBUG vs: -3.13878e-05 -3.13822e-05 -3.13874e-05 -CompareTracksTrTr DEBUG vs: -3.17597e-05 -3.17616e-05 -3.17792e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000192974 0.00019303 0.000194213 -CompareTracksTrTr DEBUG vs: 0.000195197 0.000195258 0.000196389 -CompareTracksTrTr DEBUG vs: 0.000192201 0.000192248 0.000193156 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -3.99315e-05 -3.99343e-05 -4.00042e-05 -CompareTracksTrTr DEBUG vs: -4.01002e-05 -4.01035e-05 -4.01512e-05 -CompareTracksTrTr DEBUG vs: -3.99198e-05 -3.99225e-05 -3.99937e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -4.66885e-05 -4.66928e-05 -4.67796e-05 -CompareTracksTrTr DEBUG vs: -4.68999e-05 -4.69041e-05 -4.69689e-05 -CompareTracksTrTr DEBUG vs: -4.6778e-05 -4.67802e-05 -4.68529e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -1.45319e-05 -1.45329e-05 -1.45414e-05 -CompareTracksTrTr DEBUG vs: -1.45041e-05 -1.45052e-05 -1.45114e-05 -CompareTracksTrTr DEBUG vs: -1.45798e-05 -1.45804e-05 -1.45867e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -7.62004e-05 -7.62073e-05 -7.64025e-05 -CompareTracksTrTr DEBUG vs: -7.64417e-05 -7.64487e-05 -7.66201e-05 -CompareTracksTrTr DEBUG vs: -7.72542e-05 -7.72576e-05 -7.74921e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -6.6382e-06 -6.6384e-06 -6.64122e-06 -CompareTracksTrTr DEBUG vs: -6.61065e-06 -6.61081e-06 -6.6121e-06 -CompareTracksTrTr DEBUG vs: -6.65293e-06 -6.65307e-06 -6.6544e-06 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -3.64159e-05 -3.64197e-05 -3.6474e-05 -CompareTracksTrTr DEBUG vs: -3.64416e-05 -3.64455e-05 -3.64847e-05 -CompareTracksTrTr DEBUG vs: -3.62761e-05 -3.62782e-05 -3.63546e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -1.46693e-05 -1.46701e-05 -1.46782e-05 -CompareTracksTrTr DEBUG vs: -1.4797e-05 -1.47977e-05 -1.4797e-05 -CompareTracksTrTr DEBUG vs: -1.24745e-05 -1.24748e-05 -1.77349e-05 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG No links for track key 51 -CompareTracksTrTr DEBUG Compare qop: -1.47446e-05 -1.47456e-05 -1.47537e-05 -CompareTracksTrTr DEBUG vs: -1.47466e-05 -1.47471e-05 -1.47535e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.39623e-05 -8.39731e-05 -8.42425e-05 -CompareTracksTrTr DEBUG vs: -8.39061e-05 -8.39191e-05 -8.41265e-05 -CompareTracksTrTr DEBUG vs: -8.41109e-05 -8.41181e-05 -8.43052e-05 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG No links for track key 53 -CompareTracksTrTr DEBUG Compare qop: -0.00029575 -0.0002959 -0.000298507 -CompareTracksTrTr DEBUG vs: -0.000255395 -0.000255532 -0.000257458 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000204944 -0.000204982 -0.000206273 -CompareTracksTrTr DEBUG vs: -0.000204082 -0.000204134 -0.00020537 -CompareTracksTrTr DEBUG vs: -0.000204655 -0.000204678 -0.000205779 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000101569 -0.000101581 -0.000101926 -CompareTracksTrTr DEBUG vs: -0.000101661 -0.000101674 -0.000101979 -CompareTracksTrTr DEBUG vs: -0.000101933 -0.000101937 -0.000102201 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG No links for track key 56 -CompareTracksTrTr DEBUG Compare qop: -0.000318544 -0.000318612 -0.000321621 -CompareTracksTrTr DEBUG vs: -0.000321839 -0.000321921 -0.000324994 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000107843 0.000107856 0.000108233 -CompareTracksTrTr DEBUG vs: 0.000107895 0.000107909 0.000108254 -CompareTracksTrTr DEBUG vs: 0.000107354 0.000107361 0.000108113 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -6.45704e-05 -6.45748e-05 -6.47421e-05 -CompareTracksTrTr DEBUG vs: -6.50614e-05 -6.50672e-05 -6.51919e-05 -CompareTracksTrTr DEBUG vs: -6.47592e-05 -6.47618e-05 -6.48776e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -6.67497e-05 -6.67543e-05 -6.69323e-05 -CompareTracksTrTr DEBUG vs: -6.69909e-05 -6.6997e-05 -6.71293e-05 -CompareTracksTrTr DEBUG vs: -6.68319e-05 -6.68345e-05 -6.7004e-05 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG No links for track key 60 -CompareTracksTrTr DEBUG Compare qop: -6.87442e-05 -6.87491e-05 -6.89146e-05 -CompareTracksTrTr DEBUG vs: -6.88965e-05 -6.89e-05 -6.90396e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG No links for track key 61 -CompareTracksTrTr DEBUG Compare qop: -0.000135439 -0.000135456 -0.000136023 -CompareTracksTrTr DEBUG vs: -0.000135386 -0.00013541 -0.000135954 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 2.3842e-05 2.38445e-05 2.38713e-05 -CompareTracksTrTr DEBUG vs: 2.43376e-05 2.43395e-05 2.43375e-05 -CompareTracksTrTr DEBUG vs: 2.37488e-05 2.375e-05 2.37687e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -5.1956e-05 -5.19581e-05 -5.20521e-05 -CompareTracksTrTr DEBUG vs: -5.20122e-05 -5.20173e-05 -5.20966e-05 -CompareTracksTrTr DEBUG vs: -5.21873e-05 -5.21895e-05 -5.22649e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 2.47156e-05 2.47173e-05 2.47421e-05 -CompareTracksTrTr DEBUG vs: 2.46703e-05 2.46723e-05 2.46904e-05 -CompareTracksTrTr DEBUG vs: 2.47637e-05 2.47649e-05 2.47848e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 9.53857e-06 9.53892e-06 9.54246e-06 -CompareTracksTrTr DEBUG vs: 9.41164e-06 9.41194e-06 9.41456e-06 -CompareTracksTrTr DEBUG vs: 9.56549e-06 9.56565e-06 9.56857e-06 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG No links for track key 66 -CompareTracksTrTr DEBUG Compare qop: -0.000262864 -0.000262908 -0.000265026 -CompareTracksTrTr DEBUG vs: -0.000268418 -0.000268476 -0.000270613 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG No links for track key 67 -CompareTracksTrTr DEBUG Compare qop: 2.47915e-05 2.4793e-05 2.48215e-05 -CompareTracksTrTr DEBUG vs: 2.45736e-05 2.45748e-05 2.45927e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000127408 -0.000127419 -0.00012795 -CompareTracksTrTr DEBUG vs: -0.000127267 -0.00012728 -0.000127761 -CompareTracksTrTr DEBUG vs: -0.000126582 -0.000126589 -0.000127194 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -3.36404e-05 -3.36421e-05 -3.36911e-05 -CompareTracksTrTr DEBUG vs: -3.35976e-05 -3.3599e-05 -3.36323e-05 -CompareTracksTrTr DEBUG vs: -3.35906e-05 -3.35925e-05 -3.36269e-05 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG No links for track key 70 -CompareTracksTrTr DEBUG Compare qop: 2.52309e-05 2.52324e-05 2.52605e-05 -CompareTracksTrTr DEBUG vs: 2.58937e-05 2.5895e-05 2.59149e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTrTr DEBUG No links for track key 71 -CompareTracksTrTr DEBUG No links for track key 71 -CompareTracksTrTr DEBUG No links for track key 71 -CompareTracksTrTr DEBUG No links for track key 71 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 71 -CompareTracksTrTr DEBUG No links for track key 71 -CompareTracksTrTr DEBUG No links for track key 71 -CompareTracksTrTr DEBUG No links for track key 71 -CompareTracksTrTr DEBUG No links for track key 71 -CompareTracksTrTr DEBUG Compare qop: 2.53818e-05 2.53833e-05 2.54119e-05 -CompareTracksTrTr DEBUG vs: 2.57619e-05 2.57633e-05 2.57831e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 2.64345e-05 2.64377e-05 2.64654e-05 -CompareTracksTrTr DEBUG vs: 2.64648e-05 2.64672e-05 2.64879e-05 -CompareTracksTrTr DEBUG vs: 2.66187e-05 2.66204e-05 2.66498e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 3.41875e-05 3.41926e-05 3.42376e-05 -CompareTracksTrTr DEBUG vs: 3.43331e-05 3.43359e-05 3.43706e-05 -CompareTracksTrTr DEBUG vs: 3.43353e-05 3.43369e-05 3.43946e-05 -CompareTracksTrTr DEBUG No links for track key 74 -CompareTracksTrTr DEBUG No links for track key 74 -CompareTracksTrTr DEBUG No links for track key 74 -CompareTracksTrTr DEBUG No links for track key 74 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 74 -CompareTracksTrTr DEBUG No links for track key 74 -CompareTracksTrTr DEBUG No links for track key 74 -CompareTracksTrTr DEBUG No links for track key 74 -CompareTracksTrTr DEBUG No links for track key 74 -CompareTracksTrTr DEBUG Compare qop: -0.00028001 -0.000280212 -0.000282456 -CompareTracksTrTr DEBUG vs: -0.000224773 -0.00022496 -0.000226452 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTrTr DEBUG No links for track key 75 -CompareTracksTrTr DEBUG No links for track key 75 -CompareTracksTrTr DEBUG No links for track key 75 -CompareTracksTrTr DEBUG No links for track key 75 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG No links for track key 75 -CompareTracksTrTr DEBUG No links for track key 75 -CompareTracksTrTr DEBUG No links for track key 75 -CompareTracksTrTr DEBUG No links for track key 75 -CompareTracksTrTr DEBUG No links for track key 75 -CompareTracksTrTr DEBUG Compare qop: 4.05615e-05 4.05655e-05 4.06386e-05 -CompareTracksTrTr DEBUG vs: 4.35241e-05 4.35277e-05 4.35839e-05 -CompareTracksTrTr DEBUG vs: 0 0 0 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 4.05824e-05 4.05859e-05 4.0657e-05 -CompareTracksTrTr DEBUG vs: 4.06624e-05 4.06658e-05 4.07149e-05 -CompareTracksTrTr DEBUG vs: 4.06871e-05 4.06887e-05 4.07459e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000222499 0.000222543 0.000224074 -CompareTracksTrTr DEBUG vs: 0.000222237 0.000222297 0.000223745 -CompareTracksTrTr DEBUG vs: 0.000222044 0.000222068 0.00022335 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 3.23083e-05 3.23101e-05 3.23483e-05 -CompareTracksTrTr DEBUG vs: 3.23217e-05 3.23226e-05 3.23536e-05 -CompareTracksTrTr DEBUG vs: 3.22529e-05 3.22532e-05 3.22814e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 8.52431e-05 8.5259e-05 8.555e-05 -CompareTracksTrTr DEBUG vs: 8.52911e-05 8.53128e-05 8.55286e-05 -CompareTracksTrTr DEBUG vs: 8.5412e-05 8.54227e-05 8.5656e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000121431 0.00012145 0.00012199 -CompareTracksTrTr DEBUG vs: 0.000121534 0.000121551 0.000121985 -CompareTracksTrTr DEBUG vs: 0.000121458 0.00012147 0.000121967 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000138543 0.000138571 0.000139191 -CompareTracksTrTr DEBUG vs: 0.000138618 0.000138656 0.00013922 -CompareTracksTrTr DEBUG vs: 0.000138502 0.000138523 0.000138994 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -0.000181569 -0.000181603 -0.000182604 -CompareTracksTrTr DEBUG vs: -0.000181537 -0.000181578 -0.000182554 -CompareTracksTrTr DEBUG vs: -0.000181938 -0.000181953 -0.000182965 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 6.33765e-05 6.33834e-05 6.35202e-05 -CompareTracksTrTr DEBUG vs: 6.23494e-05 6.23522e-05 6.24662e-05 -CompareTracksTrTr DEBUG vs: 6.3364e-05 6.33651e-05 6.34871e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -2.50617e-05 -2.50624e-05 -2.50855e-05 -CompareTracksTrTr DEBUG vs: -1.65373e-05 -1.65377e-05 -1.65457e-05 -CompareTracksTrTr DEBUG vs: -2.50558e-05 -2.50562e-05 -2.50785e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 1.59084e-05 1.59087e-05 1.59184e-05 -CompareTracksTrTr DEBUG vs: 1.58204e-05 1.58207e-05 1.5828e-05 -CompareTracksTrTr DEBUG vs: 1.62358e-05 1.62359e-05 1.6245e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000110766 0.000110794 0.000111194 -CompareTracksTrTr DEBUG vs: 0.000110877 0.000110896 0.000111261 -CompareTracksTrTr DEBUG vs: 0.000110751 0.000110761 0.000111123 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: -8.95269e-05 -8.95347e-05 -8.97955e-05 -CompareTracksTrTr DEBUG vs: -8.93782e-05 -8.93883e-05 -8.9625e-05 -CompareTracksTrTr DEBUG vs: -8.94986e-05 -8.95029e-05 -8.97962e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000325693 0.000325871 0.000329043 -CompareTracksTrTr DEBUG vs: 0.000325209 0.000325421 0.000328565 -CompareTracksTrTr DEBUG vs: 0.000325698 0.000325864 0.000329845 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000147522 0.000147548 0.000148209 -CompareTracksTrTr DEBUG vs: 0.000147665 0.0001477 0.000148348 -CompareTracksTrTr DEBUG vs: 0.000147206 0.000147229 0.000147697 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000110064 0.000110082 0.000110554 -CompareTracksTrTr DEBUG vs: 0.000110532 0.000110554 0.000110915 -CompareTracksTrTr DEBUG vs: 0.0001103 0.000110308 0.00011065 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 6.57492e-05 6.57546e-05 6.5902e-05 -CompareTracksTrTr DEBUG vs: 6.5826e-05 6.58312e-05 6.59584e-05 -CompareTracksTrTr DEBUG vs: 6.59183e-05 6.59231e-05 6.60332e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 8.70197e-05 8.70289e-05 8.7286e-05 -CompareTracksTrTr DEBUG vs: 8.68984e-05 8.69071e-05 8.71299e-05 -CompareTracksTrTr DEBUG vs: 8.67261e-05 8.67291e-05 8.69806e-05 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000170537 0.000170594 0.000171517 -CompareTracksTrTr DEBUG vs: 0.000170786 0.000170817 0.000171683 -CompareTracksTrTr DEBUG vs: 0.000171348 0.000171362 0.000172232 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000186793 0.000186851 0.000187948 -CompareTracksTrTr DEBUG vs: 0.000187274 0.000187299 0.000188328 -CompareTracksTrTr DEBUG vs: 0.000185647 0.000185652 0.000186702 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000113054 0.000113063 0.000113482 -CompareTracksTrTr DEBUG vs: 0.000112827 0.000112845 0.000113221 -CompareTracksTrTr DEBUG vs: 0.000112447 0.000112453 0.000112921 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000126086 0.000126099 0.000126628 -CompareTracksTrTr DEBUG vs: 0.000126144 0.000126161 0.00012663 -CompareTracksTrTr DEBUG vs: 0.000126081 0.000126088 0.000126612 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000154346 0.000154365 0.000155142 -CompareTracksTrTr DEBUG vs: 0.000154788 0.000154827 0.000155538 -CompareTracksTrTr DEBUG vs: 0.000153931 0.000153948 0.000154997 -CompareTracksTr... DEBUG already at required z position -CompareTracksTr... DEBUG already at required z position -CompareTracksTrTr DEBUG Compare qop: 0.000275744 0.000275829 0.000278102 -CompareTracksTrTr DEBUG vs: 0.000276088 0.000276197 0.00027846 -CompareTracksTrTr DEBUG vs: 0.000275864 0.000275928 0.000278311 -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 1 events processed -BrunelInit SUCCESS ================================================================== -CompareTracksTrTr DEBUG Finalize base class GaudiAlgorithm -CompareTracksTrTr DEBUG Tools to release : -CompareTracksTrTr DEBUG Services to release : -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 644 tracks including 15 ghosts [ 2.33 %], Event average 2.33 % **** -VeloMCCheck INFO 01_velo : 305 from 312 [ 97.76 %] 2 clones [ 0.65 %], purity: 99.44 %, hitEff: 97.08 %, hitEffFirst3: 97.18 %, hitEffLast: 96.93 % -VeloMCCheck INFO 02_long : 166 from 167 [ 99.40 %] 1 clones [ 0.60 %], purity: 99.44 %, hitEff: 97.61 %, hitEffFirst3: 97.21 %, hitEffLast: 97.91 % -VeloMCCheck INFO 03_long>5GeV : 102 from 102 [100.00 %] 1 clones [ 0.97 %], purity: 99.41 %, hitEff: 97.87 %, hitEffFirst3: 97.41 %, hitEffLast: 98.05 % -VeloMCCheck INFO 04_long_strange : 16 from 16 [100.00 %] 0 clones [ 0.00 %], purity: 98.91 %, hitEff: 97.29 %, hitEffFirst3: 97.92 %, hitEffLast: 97.95 % -VeloMCCheck INFO 05_long_strange>5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity: 98.81 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 06_long_fromB : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 07_long_fromB>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 08_long_electrons : 17 from 17 [100.00 %] 0 clones [ 0.00 %], purity: 98.82 %, hitEff: 96.04 %, hitEffFirst3: 98.04 %, hitEffLast: 85.56 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 99 tracks including 17 ghosts [17.17 %], Event average 17.17 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 81 tracks including 14 ghosts [17.28 %] **** -ForwardMCCheck INFO 01_long : 77 from 167 [ 46.11 %] 0 clones [ 0.00 %], purity: 98.92 %, hitEff: 87.74 % -ForwardMCCheck INFO 02_long>5GeV : 64 from 102 [ 62.75 %] 0 clones [ 0.00 %], purity: 98.99 %, hitEff: 88.15 % -ForwardMCCheck INFO 03_long_strange : 6 from 16 [ 37.50 %] 0 clones [ 0.00 %], purity: 98.89 %, hitEff: 94.87 % -ForwardMCCheck INFO 04_long_strange>5GeV : 4 from 7 [ 57.14 %] 0 clones [ 0.00 %], purity: 98.33 %, hitEff: 94.23 % -ForwardMCCheck INFO 05_long_fromB : 6 from 7 [ 85.71 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.86 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.18 % -ForwardMCCheck INFO 07_long_electrons : 3 from 17 [ 17.65 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 92.31 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 2 from 11 [ 18.18 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.86 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 93.86 % -ForwardMCCheck INFO -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 126 tracks including 12 ghosts [ 9.52 %], Event average 9.52 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 105 tracks including 8 ghosts [7.62 %] **** -UpMCCheck INFO 01_velo : 108 from 312 [ 34.62 %] 0 clones [ 0.00 %], purity: 99.46 %, hitEff: 98.66 % -UpMCCheck INFO 02_velo+UT : 108 from 277 [ 38.99 %] 0 clones [ 0.00 %], purity: 99.46 %, hitEff: 98.66 % -UpMCCheck INFO 03_velo+UT>5GeV : 80 from 125 [ 64.00 %] 0 clones [ 0.00 %], purity: 99.36 %, hitEff: 99.25 % -UpMCCheck INFO 04_velo+notLong : 21 from 145 [ 14.48 %] 0 clones [ 0.00 %], purity: 99.23 %, hitEff: 95.95 % -UpMCCheck INFO 05_velo+UT+notLong : 21 from 111 [ 18.92 %] 0 clones [ 0.00 %], purity: 99.23 %, hitEff: 95.95 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 12 from 24 [ 50.00 %] 0 clones [ 0.00 %], purity: 99.24 %, hitEff:100.00 % -UpMCCheck INFO 07_long : 87 from 167 [ 52.10 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 99.31 % -UpMCCheck INFO 08_long>5GeV : 68 from 102 [ 66.67 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 99.12 % -UpMCCheck INFO 09_long_fromB : 6 from 7 [ 85.71 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 10_long_fromB>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 11_long_electrons : 5 from 17 [ 29.41 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 17 ghost, 3.76 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 81 tracks including 14 ghosts [17.3 %] **** -UTForwardMCCheck INFO 01_long : 77 tr 4.06 from 4.10 mcUT [ 99.1 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTForwardMCCheck INFO 01_long >3UT : 77 tr 4.06 from 4.10 mcUT [ 99.1 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTForwardMCCheck INFO 02_long>5GeV : 64 tr 4.08 from 4.12 mcUT [ 98.9 %] 0.05 ghost hits on real tracks [ 1.1 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 64 tr 4.08 from 4.12 mcUT [ 98.9 %] 0.05 ghost hits on real tracks [ 1.1 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 6 tr 4.17 from 4.17 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 6 tr 4.17 from 4.17 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 6 tr 4.17 from 4.17 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 6 tr 4.17 from 4.17 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 644 tracks including 15 ghosts [ 2.33 %], Event average 2.33 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 567 from 614 [ 92.35 %] 3 clones [ 0.53 %], purity: 99.48 %, hitEff: 96.39 %, hitEffFirst3: 97.89 %, hitEffLast: 93.17 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 363 from 378 [ 96.03 %] 2 clones [ 0.55 %], purity: 99.46 %, hitEff: 97.28 %, hitEffFirst3: 97.26 %, hitEffLast: 97.31 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 204 from 236 [ 86.44 %] 1 clones [ 0.49 %], purity: 99.53 %, hitEff: 94.81 %, hitEffFirst3: 99.02 %, hitEffLast: 84.89 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 305 from 312 [ 97.76 %] 2 clones [ 0.65 %], purity: 99.44 %, hitEff: 97.08 %, hitEffFirst3: 97.18 %, hitEffLast: 96.93 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 166 from 167 [ 99.40 %] 1 clones [ 0.60 %], purity: 99.44 %, hitEff: 97.61 %, hitEffFirst3: 97.21 %, hitEffLast: 97.91 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 102 from 102 [100.00 %] 1 clones [ 0.97 %], purity: 99.41 %, hitEff: 97.87 %, hitEffFirst3: 97.41 %, hitEffLast: 98.05 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 64 from 65 [ 98.46 %] 0 clones [ 0.00 %], purity: 99.48 %, hitEff: 97.18 %, hitEffFirst3: 96.88 %, hitEffLast: 97.67 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 96 from 96 [100.00 %] 0 clones [ 0.00 %], purity: 99.54 %, hitEff: 98.23 %, hitEffFirst3: 97.92 %, hitEffLast: 98.45 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 11_notElectron_Long_FromB_Eta25 p<5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 91.67 %, hitEffFirst3:100.00 %, hitEffLast: 83.33 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 15_notElectron_Long_FromD_Eta25 p<5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 83.33 %, hitEffFirst3:100.00 %, hitEffLast: 66.67 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 91.67 %, hitEffFirst3:100.00 %, hitEffLast: 83.33 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 16 from 16 [100.00 %] 0 clones [ 0.00 %], purity: 98.91 %, hitEff: 97.29 %, hitEffFirst3: 97.92 %, hitEffLast: 97.95 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity: 98.81 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 9 from 9 [100.00 %] 0 clones [ 0.00 %], purity: 98.99 %, hitEff: 95.18 %, hitEffFirst3: 96.30 %, hitEffLast: 96.16 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity: 98.61 %, hitEff: 96.67 %, hitEffFirst3: 94.44 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 21_Electron_Velo : 63 from 95 [ 66.32 %] 0 clones [ 0.00 %], purity: 97.78 %, hitEff: 92.65 %, hitEffFirst3: 92.59 %, hitEffLast: 84.49 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 49 from 76 [ 64.47 %] 0 clones [ 0.00 %], purity: 97.65 %, hitEff: 91.66 %, hitEffFirst3: 90.48 %, hitEffLast: 85.74 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 14 from 19 [ 73.68 %] 0 clones [ 0.00 %], purity: 98.21 %, hitEff: 96.12 %, hitEffFirst3:100.00 %, hitEffLast: 75.00 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 45 from 65 [ 69.23 %] 0 clones [ 0.00 %], purity: 97.44 %, hitEff: 90.92 %, hitEffFirst3: 89.63 %, hitEffLast: 84.95 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 17 from 17 [100.00 %] 0 clones [ 0.00 %], purity: 98.82 %, hitEff: 96.04 %, hitEffFirst3: 98.04 %, hitEffLast: 85.56 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 11 from 11 [100.00 %] 0 clones [ 0.00 %], purity: 98.18 %, hitEff: 93.88 %, hitEffFirst3: 96.97 %, hitEffLast: 78.33 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 6 from 6 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.52 %, hitEffFirst3: 95.24 %, hitEffLast: 96.67 % -VeloFullMCCheck INFO -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = 0.157 +/- 0.131, RMS = 1.179 +/- 0.127 -TrackResChecker... INFO ALL/y pull : mean = 0.168 +/- 0.132, RMS = 1.187 +/- 0.088 -TrackResChecker... INFO ALL/tx pull : mean = -0.134 +/- 0.127, RMS = 1.147 +/- 0.125 -TrackResChecker... INFO ALL/ty pull : mean = -0.133 +/- 0.126, RMS = 1.132 +/- 0.091 -TrackResChecker... INFO ALL/p pull : mean = -0.108 +/- 0.142, RMS = 1.260 +/- 0.149 -TrackResChecker... INFO ALL/probChi2 : mean = 0.398 +/- 0.036, RMS = 0.324 +/- 0.016 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 40.197 +/- 6.769 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 38.788 +/- 4.983 micron -TrackResChecker... INFO ALL/dp/p: mean = 0.0001 +/- 0.0008, RMS = 0.0071 +/- 0.0021 -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 9 from 12 ( 14-2 ) [ 75.00 %], false 0 from reco. 9 ( 9+0 ) [ 0.00 %] -PVChecker INFO 01 isolated : 2 from 3 ( 3-0 ) [ 66.67 %], false 0 from reco. 2 ( 2+0 ) [ 0.00 %] -PVChecker INFO 02 close : 7 from 9 ( 11-2 ) [ 77.78 %], false 0 from reco. 7 ( 7+0 ) [ 0.00 %] -PVChecker INFO 03 ntracks<10 : 1 from 2 ( 2-0 ) [ 50.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 04 ntracks>=10 : 8 from 10 ( 10-0 ) [ 80.00 %], false 0 from reco. 8 ( 8+0 ) [ 0.00 %] -PVChecker INFO 05 z<-50.0 : 2 from 4 ( 4-0 ) [ 50.00 %], false 0 from reco. 2 ( 2+0 ) [ 0.00 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 6 from 7 ( 9-2 ) [ 85.71 %], false 0 from reco. 6 ( 6+0 ) [ 0.00 %] -PVChecker INFO 07 z >=50.0 : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 08 decayBeauty : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 09 decayCharm : 2 from 2 ( 2-0 ) [ 100.00 %], false 0 from reco. 2 ( 2+0 ) [ 0.00 %] -PVChecker INFO 10 decayStrange : 9 from 12 ( 12-0 ) [ 75.00 %], false 0 from reco. 9 ( 9+0 ) [ 0.00 %] -PVChecker INFO 11 other : 0 from 0 ( 2-2 ) [ -100.00 %], false 0 from reco. 0 ( 0+0 ) [ -100.00 %] -PVChecker INFO 12 1MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 13 2MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 14 3MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 15 4MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 16 5MCPV : 1 from 1 ( 1-0 ) [ 100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 47.11 [MC: 43.50] -PVChecker INFO 01 isolated : av. PV tracks: 78.50 [MC: 62.67] -PVChecker INFO 02 close : av. PV tracks: 38.14 [MC: 37.11] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 6.00 [MC: 6.50] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 52.25 [MC: 50.90] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 121.00 [MC: 70.75] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 25.17 [MC: 28.57] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 31.00 [MC: 39.00] -PVChecker INFO 08 decayBeauty : av. PV tracks: 126.00 [MC: 126.00] -PVChecker INFO 09 decayCharm : av. PV tracks: 108.00 [MC: 115.50] -PVChecker INFO 10 decayStrange : av. PV tracks: 47.11 [MC: 43.50] -PVChecker INFO 11 other : av. PV tracks: 0.00 [MC: 0.00] -PVChecker INFO 12 1MCPV : av. PV tracks: 126.00 [MC: 126.00] -PVChecker INFO 13 2MCPV : av. PV tracks: 116.00 [MC: 123.00] -PVChecker INFO 14 3MCPV : av. PV tracks: 90.00 [MC: 105.00] -PVChecker INFO 15 4MCPV : av. PV tracks: 31.00 [MC: 39.00] -PVChecker INFO 16 5MCPV : av. PV tracks: 11.00 [MC: 26.00] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.012, y: +0.012, z: +0.064 -PVChecker INFO 2_res_ntracks<10 : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.012, y: +0.015, z: +0.095 -PVChecker INFO 4_res_ntracks>30 : x: +0.004, y: +0.004, z: +0.016 -PVChecker INFO 5_res_z<-50 : x: +0.005, y: +0.002, z: +0.014 -PVChecker INFO 6_res_z(-50,50) : x: +0.013, y: +0.014, z: +0.078 -PVChecker INFO 7_res_z>50 : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +0.896, y: +0.999, z: +0.854 -PVChecker INFO 1_pull_mean_all : x: +0.276, y: -0.107, z: -0.203 -PVChecker INFO -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 0 -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 5 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG Number of calls: 0 -CompareTracksTr... DEBUG Min step length: 1e+09 -CompareTracksTr... DEBUG Max step length: 0 -CompareTracksTr... DEBUG Av step length: -nan -CompareTracksTr... DEBUG Av num step: -nan -CompareTracksTr... DEBUG Fr. failed steps: -nan -CompareTracksTr... DEBUG Fr. increased steps: -nan -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG Number of calls: 9 -CompareTracksTr... DEBUG Min step length: 191.356 -CompareTracksTr... DEBUG Max step length: 412.791 -CompareTracksTr... DEBUG Av step length: 322.709 -CompareTracksTr... DEBUG Av num step: 1 -CompareTracksTr... DEBUG Fr. failed steps: 0 -CompareTracksTr... DEBUG Fr. increased steps: 1 -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -CompareTracksTr... DEBUG ==> Finalize the base class GaudiTool -CompareTracksTr... DEBUG Tools to release : -CompareTracksTr... DEBUG Services to release : -*****Chrono***** INFO The Final CPU consumption ( Chrono ) Table (ordered) -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BrunelInit.Brun... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 644 | 644.00 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 1 | 644 | 644.00 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 99 | 99.000 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 99 | 82 |( 82.82828 +- 3.790344)% | - | "MC particles per track" | 82 | 96 | 1.1707 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 99 | 82 |( 82.82828 +- 3.790344)% | - | "MC particles per track" | 82 | 96 | 1.1707 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 99 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 99 | 28 | 0.28283 | 0.45037 | 0.0000 | 1.0000 | - | "chisqprobSum" | 99 | 32.64499 | 0.32975 | 0.33096 | 0.0000 | 0.99913 | - | "flipCharge" | 99 | 1 | 0.010101 | 0.099995 | 0.0000 | 1.0000 | - | "nBadInput" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 1 | 99 | 99.000 | 0.0000 | 99.000 | 99.000 | - | "nTracks" | 1 | 99 | 99.000 | 0.0000 | 99.000 | 99.000 | - | "numOutliers" | 99 | 127 | 1.2828 | 0.99535 | 0.0000 | 4.0000 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 1 | 9 | 9.0000 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 1 | 126 | 126.00 | - | "Created long tracks" | 1 | 99 | 99.000 | - | "Input tracks" | 1 | 126 | 126.00 | - | "Number of candidate bins per track" | 126 | 7270 | 57.698 | 25.236 | 8.0000 | 105.00 | - | "Number of complete candidates/track 1st Loop" | 126 | 99 | 0.78571 | 0.57192 | 0.0000 | 2.0000 | - | "Number of complete candidates/track 2nd Loop" | 53 | 11 | 0.20755 | 0.44967 | 0.0000 | 2.0000 | - | "Number of x candidates per track 1st Loop" | 126 | 728 | 5.7778 | 2.7686 | - | "Number of x candidates per track 2nd Loop" | 53 | 1753 | 33.075 | 11.959 | - | "Percentage second loop execution" | 126 | 53 | 0.42063 | - | "Removed duplicates" | 1 | 1 | 1.0000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 1 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 20051 | 0 | 0.0000 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 1 | 180 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 1 | 180 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 1 | 409 | 409.00 | - | "#tracks" | 1 | 126 | 126.00 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 83 | -UnpackMCFTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 1 | 9579 | 9579.0 | 0.0000 | 9579.0 | 9579.0 | -UnpackMCUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 1 | 3363 | 3363.0 | 0.0000 | 3363.0 | 3363.0 | -UnpackMCVPHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 1 | 6238 | 6238.0 | 0.0000 | 6238.0 | 6238.0 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 126 | 114 |( 90.47619 +- 2.615094)% | - | "MC particles per track" | 114 | 114 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 1 | 5461 | 5461.0 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 644 | 629 |( 97.67081 +- 0.5943498)% | - | "MC particles per track" | 629 | 633 | 1.0064 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 1 | 5461 | 5461.0 | - | "Nb of Produced Tracks" | 1 | 644 | 644.00 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 126 | 126.00 | diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman.ref b/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman.ref deleted file mode 100644 index 3cb3ac906d7e19d1fec14b06e104dc566d8c44b0..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman.ref +++ /dev/null @@ -1,781 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 500 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-500ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -DeFTDetector INFO Current FT geometry version = 64 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ForwardFitterAl... INFO Use parameters from PARAM/ParamFiles/vXrYpZ/data/ParametrizedKalmanFit/FT6x2/Mag* -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 1, Run 1068, Nr. in job = 1 -BrunelInit INFO Evt 2, Run 1068, Nr. in job = 2 -BrunelInit INFO Evt 3, Run 1068, Nr. in job = 3 -BrunelInit INFO Evt 4, Run 1068, Nr. in job = 4 -BrunelInit INFO Evt 5, Run 1068, Nr. in job = 5 -BrunelInit INFO Evt 6, Run 1068, Nr. in job = 6 -BrunelInit INFO Evt 7, Run 1068, Nr. in job = 7 -BrunelInit INFO Evt 8, Run 1068, Nr. in job = 8 -BrunelInit INFO Evt 9, Run 1068, Nr. in job = 9 -BrunelInit INFO Evt 10, Run 1068, Nr. in job = 10 -BrunelInit INFO Evt 11, Run 1068, Nr. in job = 11 -BrunelInit INFO Evt 12, Run 1068, Nr. in job = 12 -BrunelInit INFO Evt 13, Run 1068, Nr. in job = 13 -BrunelInit INFO Evt 14, Run 1068, Nr. in job = 14 -BrunelInit INFO Evt 15, Run 1068, Nr. in job = 15 -BrunelInit INFO Evt 16, Run 1068, Nr. in job = 16 -BrunelInit INFO Evt 17, Run 1068, Nr. in job = 17 -BrunelInit INFO Evt 18, Run 1068, Nr. in job = 18 -BrunelInit INFO Evt 19, Run 1068, Nr. in job = 19 -BrunelInit INFO Evt 20, Run 1068, Nr. in job = 20 -BrunelInit INFO Evt 21, Run 1068, Nr. in job = 21 -BrunelInit INFO Evt 22, Run 1068, Nr. in job = 22 -BrunelInit INFO Evt 23, Run 1068, Nr. in job = 23 -BrunelInit INFO Evt 24, Run 1068, Nr. in job = 24 -BrunelInit INFO Evt 25, Run 1068, Nr. in job = 25 -BrunelInit INFO Evt 26, Run 1068, Nr. in job = 26 -BrunelInit INFO Evt 27, Run 1068, Nr. in job = 27 -BrunelInit INFO Evt 28, Run 1068, Nr. in job = 28 -BrunelInit INFO Evt 29, Run 1068, Nr. in job = 29 -BrunelInit INFO Evt 30, Run 1068, Nr. in job = 30 -BrunelInit INFO Evt 31, Run 1068, Nr. in job = 31 -BrunelInit INFO Evt 32, Run 1068, Nr. in job = 32 -BrunelInit INFO Evt 33, Run 1068, Nr. in job = 33 -BrunelInit INFO Evt 34, Run 1068, Nr. in job = 34 -BrunelInit INFO Evt 35, Run 1068, Nr. in job = 35 -BrunelInit INFO Evt 36, Run 1068, Nr. in job = 36 -BrunelInit INFO Evt 37, Run 1068, Nr. in job = 37 -BrunelInit INFO Evt 38, Run 1068, Nr. in job = 38 -BrunelInit INFO Evt 39, Run 1068, Nr. in job = 39 -BrunelInit INFO Evt 40, Run 1068, Nr. in job = 40 -BrunelInit INFO Evt 41, Run 1068, Nr. in job = 41 -BrunelInit INFO Evt 42, Run 1068, Nr. in job = 42 -BrunelInit INFO Evt 43, Run 1068, Nr. in job = 43 -BrunelInit INFO Evt 44, Run 1068, Nr. in job = 44 -BrunelInit INFO Evt 45, Run 1068, Nr. in job = 45 -BrunelInit INFO Evt 46, Run 1068, Nr. in job = 46 -BrunelInit INFO Evt 47, Run 1068, Nr. in job = 47 -BrunelInit INFO Evt 48, Run 1068, Nr. in job = 48 -BrunelInit INFO Evt 49, Run 1068, Nr. in job = 49 -BrunelInit INFO Evt 50, Run 1068, Nr. in job = 50 -BrunelInit INFO Evt 51, Run 1068, Nr. in job = 51 -BrunelInit INFO Evt 52, Run 1068, Nr. in job = 52 -BrunelInit INFO Evt 53, Run 1068, Nr. in job = 53 -BrunelInit INFO Evt 54, Run 1068, Nr. in job = 54 -BrunelInit INFO Evt 55, Run 1068, Nr. in job = 55 -BrunelInit INFO Evt 56, Run 1068, Nr. in job = 56 -BrunelInit INFO Evt 57, Run 1068, Nr. in job = 57 -BrunelInit INFO Evt 58, Run 1068, Nr. in job = 58 -BrunelInit INFO Evt 59, Run 1068, Nr. in job = 59 -BrunelInit INFO Evt 60, Run 1068, Nr. in job = 60 -BrunelInit INFO Evt 61, Run 1068, Nr. in job = 61 -BrunelInit INFO Evt 62, Run 1068, Nr. in job = 62 -BrunelInit INFO Evt 63, Run 1068, Nr. in job = 63 -BrunelInit INFO Evt 64, Run 1068, Nr. in job = 64 -BrunelInit INFO Evt 65, Run 1068, Nr. in job = 65 -BrunelInit INFO Evt 66, Run 1068, Nr. in job = 66 -BrunelInit INFO Evt 67, Run 1068, Nr. in job = 67 -BrunelInit INFO Evt 68, Run 1068, Nr. in job = 68 -BrunelInit INFO Evt 69, Run 1068, Nr. in job = 69 -BrunelInit INFO Evt 70, Run 1068, Nr. in job = 70 -BrunelInit INFO Evt 71, Run 1068, Nr. in job = 71 -BrunelInit INFO Evt 72, Run 1068, Nr. in job = 72 -BrunelInit INFO Evt 73, Run 1068, Nr. in job = 73 -BrunelInit INFO Evt 74, Run 1068, Nr. in job = 74 -BrunelInit INFO Evt 75, Run 1068, Nr. in job = 75 -BrunelInit INFO Evt 76, Run 1068, Nr. in job = 76 -BrunelInit INFO Evt 77, Run 1068, Nr. in job = 77 -BrunelInit INFO Evt 78, Run 1068, Nr. in job = 78 -BrunelInit INFO Evt 79, Run 1068, Nr. in job = 79 -BrunelInit INFO Evt 80, Run 1068, Nr. in job = 80 -BrunelInit INFO Evt 81, Run 1068, Nr. in job = 81 -BrunelInit INFO Evt 82, Run 1068, Nr. in job = 82 -BrunelInit INFO Evt 83, Run 1068, Nr. in job = 83 -BrunelInit INFO Evt 84, Run 1068, Nr. in job = 84 -BrunelInit INFO Evt 85, Run 1068, Nr. in job = 85 -BrunelInit INFO Evt 86, Run 1068, Nr. in job = 86 -BrunelInit INFO Evt 87, Run 1068, Nr. in job = 87 -BrunelInit INFO Evt 88, Run 1068, Nr. in job = 88 -BrunelInit INFO Evt 89, Run 1068, Nr. in job = 89 -BrunelInit INFO Evt 90, Run 1068, Nr. in job = 90 -BrunelInit INFO Evt 91, Run 1068, Nr. in job = 91 -BrunelInit INFO Evt 92, Run 1068, Nr. in job = 92 -BrunelInit INFO Evt 93, Run 1068, Nr. in job = 93 -BrunelInit INFO Evt 94, Run 1068, Nr. in job = 94 -BrunelInit INFO Evt 95, Run 1068, Nr. in job = 95 -BrunelInit INFO Evt 96, Run 1068, Nr. in job = 96 -BrunelInit INFO Evt 97, Run 1068, Nr. in job = 97 -BrunelInit INFO Evt 98, Run 1068, Nr. in job = 98 -BrunelInit INFO Evt 99, Run 1068, Nr. in job = 99 -BrunelInit INFO Evt 100, Run 1068, Nr. in job = 100 -BrunelInit INFO Evt 501, Run 1068, Nr. in job = 101 -BrunelInit INFO Evt 502, Run 1068, Nr. in job = 102 -BrunelInit INFO Evt 503, Run 1068, Nr. in job = 103 -BrunelInit INFO Evt 504, Run 1068, Nr. in job = 104 -BrunelInit INFO Evt 505, Run 1068, Nr. in job = 105 -BrunelInit INFO Evt 506, Run 1068, Nr. in job = 106 -BrunelInit INFO Evt 507, Run 1068, Nr. in job = 107 -BrunelInit INFO Evt 508, Run 1068, Nr. in job = 108 -BrunelInit INFO Evt 509, Run 1068, Nr. in job = 109 -BrunelInit INFO Evt 510, Run 1068, Nr. in job = 110 -BrunelInit INFO Evt 511, Run 1068, Nr. in job = 111 -BrunelInit INFO Evt 512, Run 1068, Nr. in job = 112 -BrunelInit INFO Evt 513, Run 1068, Nr. in job = 113 -BrunelInit INFO Evt 514, Run 1068, Nr. in job = 114 -BrunelInit INFO Evt 515, Run 1068, Nr. in job = 115 -BrunelInit INFO Evt 516, Run 1068, Nr. in job = 116 -BrunelInit INFO Evt 517, Run 1068, Nr. in job = 117 -BrunelInit INFO Evt 518, Run 1068, Nr. in job = 118 -BrunelInit INFO Evt 519, Run 1068, Nr. in job = 119 -BrunelInit INFO Evt 520, Run 1068, Nr. in job = 120 -BrunelInit INFO Evt 521, Run 1068, Nr. in job = 121 -BrunelInit INFO Evt 522, Run 1068, Nr. in job = 122 -BrunelInit INFO Evt 523, Run 1068, Nr. in job = 123 -BrunelInit INFO Evt 524, Run 1068, Nr. in job = 124 -BrunelInit INFO Evt 525, Run 1068, Nr. in job = 125 -BrunelInit INFO Evt 526, Run 1068, Nr. in job = 126 -BrunelInit INFO Evt 527, Run 1068, Nr. in job = 127 -BrunelInit INFO Evt 528, Run 1068, Nr. in job = 128 -BrunelInit INFO Evt 529, Run 1068, Nr. in job = 129 -BrunelInit INFO Evt 530, Run 1068, Nr. in job = 130 -BrunelInit INFO Evt 531, Run 1068, Nr. in job = 131 -BrunelInit INFO Evt 532, Run 1068, Nr. in job = 132 -BrunelInit INFO Evt 533, Run 1068, Nr. in job = 133 -BrunelInit INFO Evt 534, Run 1068, Nr. in job = 134 -BrunelInit INFO Evt 535, Run 1068, Nr. in job = 135 -BrunelInit INFO Evt 536, Run 1068, Nr. in job = 136 -BrunelInit INFO Evt 537, Run 1068, Nr. in job = 137 -BrunelInit INFO Evt 538, Run 1068, Nr. in job = 138 -BrunelInit INFO Evt 539, Run 1068, Nr. in job = 139 -BrunelInit INFO Evt 540, Run 1068, Nr. in job = 140 -BrunelInit INFO Evt 541, Run 1068, Nr. in job = 141 -BrunelInit INFO Evt 542, Run 1068, Nr. in job = 142 -BrunelInit INFO Evt 543, Run 1068, Nr. in job = 143 -BrunelInit INFO Evt 544, Run 1068, Nr. in job = 144 -BrunelInit INFO Evt 545, Run 1068, Nr. in job = 145 -BrunelInit INFO Evt 546, Run 1068, Nr. in job = 146 -BrunelInit INFO Evt 547, Run 1068, Nr. in job = 147 -BrunelInit INFO Evt 548, Run 1068, Nr. in job = 148 -BrunelInit INFO Evt 549, Run 1068, Nr. in job = 149 -BrunelInit INFO Evt 550, Run 1068, Nr. in job = 150 -BrunelInit INFO Evt 551, Run 1068, Nr. in job = 151 -BrunelInit INFO Evt 552, Run 1068, Nr. in job = 152 -BrunelInit INFO Evt 553, Run 1068, Nr. in job = 153 -BrunelInit INFO Evt 554, Run 1068, Nr. in job = 154 -BrunelInit INFO Evt 555, Run 1068, Nr. in job = 155 -BrunelInit INFO Evt 556, Run 1068, Nr. in job = 156 -BrunelInit INFO Evt 557, Run 1068, Nr. in job = 157 -BrunelInit INFO Evt 558, Run 1068, Nr. in job = 158 -BrunelInit INFO Evt 559, Run 1068, Nr. in job = 159 -BrunelInit INFO Evt 560, Run 1068, Nr. in job = 160 -BrunelInit INFO Evt 561, Run 1068, Nr. in job = 161 -BrunelInit INFO Evt 562, Run 1068, Nr. in job = 162 -BrunelInit INFO Evt 563, Run 1068, Nr. in job = 163 -BrunelInit INFO Evt 564, Run 1068, Nr. in job = 164 -BrunelInit INFO Evt 565, Run 1068, Nr. in job = 165 -BrunelInit INFO Evt 566, Run 1068, Nr. in job = 166 -BrunelInit INFO Evt 567, Run 1068, Nr. in job = 167 -BrunelInit INFO Evt 568, Run 1068, Nr. in job = 168 -BrunelInit INFO Evt 569, Run 1068, Nr. in job = 169 -BrunelInit INFO Evt 570, Run 1068, Nr. in job = 170 -BrunelInit INFO Evt 571, Run 1068, Nr. in job = 171 -BrunelInit INFO Evt 572, Run 1068, Nr. in job = 172 -BrunelInit INFO Evt 573, Run 1068, Nr. in job = 173 -BrunelInit INFO Evt 574, Run 1068, Nr. in job = 174 -BrunelInit INFO Evt 575, Run 1068, Nr. in job = 175 -BrunelInit INFO Evt 576, Run 1068, Nr. in job = 176 -BrunelInit INFO Evt 577, Run 1068, Nr. in job = 177 -BrunelInit INFO Evt 578, Run 1068, Nr. in job = 178 -BrunelInit INFO Evt 579, Run 1068, Nr. in job = 179 -BrunelInit INFO Evt 580, Run 1068, Nr. in job = 180 -BrunelInit INFO Evt 581, Run 1068, Nr. in job = 181 -BrunelInit INFO Evt 582, Run 1068, Nr. in job = 182 -BrunelInit INFO Evt 583, Run 1068, Nr. in job = 183 -BrunelInit INFO Evt 584, Run 1068, Nr. in job = 184 -BrunelInit INFO Evt 585, Run 1068, Nr. in job = 185 -BrunelInit INFO Evt 586, Run 1068, Nr. in job = 186 -BrunelInit INFO Evt 587, Run 1068, Nr. in job = 187 -BrunelInit INFO Evt 588, Run 1068, Nr. in job = 188 -BrunelInit INFO Evt 589, Run 1068, Nr. in job = 189 -BrunelInit INFO Evt 590, Run 1068, Nr. in job = 190 -BrunelInit INFO Evt 591, Run 1068, Nr. in job = 191 -BrunelInit INFO Evt 592, Run 1068, Nr. in job = 192 -BrunelInit INFO Evt 593, Run 1068, Nr. in job = 193 -BrunelInit INFO Evt 594, Run 1068, Nr. in job = 194 -BrunelInit INFO Evt 595, Run 1068, Nr. in job = 195 -BrunelInit INFO Evt 596, Run 1068, Nr. in job = 196 -BrunelInit INFO Evt 597, Run 1068, Nr. in job = 197 -BrunelInit INFO Evt 598, Run 1068, Nr. in job = 198 -BrunelInit INFO Evt 599, Run 1068, Nr. in job = 199 -BrunelInit INFO Evt 600, Run 1068, Nr. in job = 200 -BrunelInit INFO Evt 601, Run 1068, Nr. in job = 201 -BrunelInit INFO Evt 602, Run 1068, Nr. in job = 202 -BrunelInit INFO Evt 603, Run 1068, Nr. in job = 203 -BrunelInit INFO Evt 604, Run 1068, Nr. in job = 204 -BrunelInit INFO Evt 605, Run 1068, Nr. in job = 205 -BrunelInit INFO Evt 606, Run 1068, Nr. in job = 206 -BrunelInit INFO Evt 607, Run 1068, Nr. in job = 207 -BrunelInit INFO Evt 608, Run 1068, Nr. in job = 208 -BrunelInit INFO Evt 609, Run 1068, Nr. in job = 209 -BrunelInit INFO Evt 610, Run 1068, Nr. in job = 210 -BrunelInit INFO Evt 611, Run 1068, Nr. in job = 211 -BrunelInit INFO Evt 612, Run 1068, Nr. in job = 212 -BrunelInit INFO Evt 613, Run 1068, Nr. in job = 213 -BrunelInit INFO Evt 614, Run 1068, Nr. in job = 214 -BrunelInit INFO Evt 615, Run 1068, Nr. in job = 215 -BrunelInit INFO Evt 616, Run 1068, Nr. in job = 216 -BrunelInit INFO Evt 617, Run 1068, Nr. in job = 217 -BrunelInit INFO Evt 618, Run 1068, Nr. in job = 218 -BrunelInit INFO Evt 619, Run 1068, Nr. in job = 219 -BrunelInit INFO Evt 620, Run 1068, Nr. in job = 220 -BrunelInit INFO Evt 621, Run 1068, Nr. in job = 221 -BrunelInit INFO Evt 622, Run 1068, Nr. in job = 222 -BrunelInit INFO Evt 623, Run 1068, Nr. in job = 223 -BrunelInit INFO Evt 624, Run 1068, Nr. in job = 224 -BrunelInit INFO Evt 625, Run 1068, Nr. in job = 225 -BrunelInit INFO Evt 626, Run 1068, Nr. in job = 226 -BrunelInit INFO Evt 627, Run 1068, Nr. in job = 227 -BrunelInit INFO Evt 628, Run 1068, Nr. in job = 228 -BrunelInit INFO Evt 629, Run 1068, Nr. in job = 229 -BrunelInit INFO Evt 630, Run 1068, Nr. in job = 230 -BrunelInit INFO Evt 631, Run 1068, Nr. in job = 231 -BrunelInit INFO Evt 632, Run 1068, Nr. in job = 232 -BrunelInit INFO Evt 633, Run 1068, Nr. in job = 233 -BrunelInit INFO Evt 634, Run 1068, Nr. in job = 234 -BrunelInit INFO Evt 635, Run 1068, Nr. in job = 235 -BrunelInit INFO Evt 636, Run 1068, Nr. in job = 236 -BrunelInit INFO Evt 637, Run 1068, Nr. in job = 237 -BrunelInit INFO Evt 638, Run 1068, Nr. in job = 238 -BrunelInit INFO Evt 639, Run 1068, Nr. in job = 239 -BrunelInit INFO Evt 640, Run 1068, Nr. in job = 240 -BrunelInit INFO Evt 641, Run 1068, Nr. in job = 241 -BrunelInit INFO Evt 642, Run 1068, Nr. in job = 242 -BrunelInit INFO Evt 643, Run 1068, Nr. in job = 243 -BrunelInit INFO Evt 644, Run 1068, Nr. in job = 244 -BrunelInit INFO Evt 645, Run 1068, Nr. in job = 245 -BrunelInit INFO Evt 646, Run 1068, Nr. in job = 246 -BrunelInit INFO Evt 647, Run 1068, Nr. in job = 247 -BrunelInit INFO Evt 648, Run 1068, Nr. in job = 248 -BrunelInit INFO Evt 649, Run 1068, Nr. in job = 249 -BrunelInit INFO Evt 650, Run 1068, Nr. in job = 250 -BrunelInit INFO Evt 651, Run 1068, Nr. in job = 251 -BrunelInit INFO Evt 652, Run 1068, Nr. in job = 252 -BrunelInit INFO Evt 653, Run 1068, Nr. in job = 253 -BrunelInit INFO Evt 654, Run 1068, Nr. in job = 254 -BrunelInit INFO Evt 655, Run 1068, Nr. in job = 255 -BrunelInit INFO Evt 656, Run 1068, Nr. in job = 256 -BrunelInit INFO Evt 657, Run 1068, Nr. in job = 257 -BrunelInit INFO Evt 658, Run 1068, Nr. in job = 258 -BrunelInit INFO Evt 659, Run 1068, Nr. in job = 259 -BrunelInit INFO Evt 660, Run 1068, Nr. in job = 260 -BrunelInit INFO Evt 661, Run 1068, Nr. in job = 261 -BrunelInit INFO Evt 662, Run 1068, Nr. in job = 262 -BrunelInit INFO Evt 663, Run 1068, Nr. in job = 263 -BrunelInit INFO Evt 664, Run 1068, Nr. in job = 264 -BrunelInit INFO Evt 665, Run 1068, Nr. in job = 265 -BrunelInit INFO Evt 666, Run 1068, Nr. in job = 266 -BrunelInit INFO Evt 667, Run 1068, Nr. in job = 267 -BrunelInit INFO Evt 668, Run 1068, Nr. in job = 268 -BrunelInit INFO Evt 669, Run 1068, Nr. in job = 269 -BrunelInit INFO Evt 670, Run 1068, Nr. in job = 270 -BrunelInit INFO Evt 671, Run 1068, Nr. in job = 271 -BrunelInit INFO Evt 672, Run 1068, Nr. in job = 272 -BrunelInit INFO Evt 673, Run 1068, Nr. in job = 273 -BrunelInit INFO Evt 674, Run 1068, Nr. in job = 274 -BrunelInit INFO Evt 675, Run 1068, Nr. in job = 275 -BrunelInit INFO Evt 676, Run 1068, Nr. in job = 276 -BrunelInit INFO Evt 677, Run 1068, Nr. in job = 277 -BrunelInit INFO Evt 678, Run 1068, Nr. in job = 278 -BrunelInit INFO Evt 679, Run 1068, Nr. in job = 279 -BrunelInit INFO Evt 680, Run 1068, Nr. in job = 280 -BrunelInit INFO Evt 681, Run 1068, Nr. in job = 281 -BrunelInit INFO Evt 682, Run 1068, Nr. in job = 282 -BrunelInit INFO Evt 683, Run 1068, Nr. in job = 283 -BrunelInit INFO Evt 684, Run 1068, Nr. in job = 284 -BrunelInit INFO Evt 685, Run 1068, Nr. in job = 285 -BrunelInit INFO Evt 686, Run 1068, Nr. in job = 286 -BrunelInit INFO Evt 687, Run 1068, Nr. in job = 287 -BrunelInit INFO Evt 688, Run 1068, Nr. in job = 288 -BrunelInit INFO Evt 689, Run 1068, Nr. in job = 289 -BrunelInit INFO Evt 690, Run 1068, Nr. in job = 290 -BrunelInit INFO Evt 691, Run 1068, Nr. in job = 291 -BrunelInit INFO Evt 692, Run 1068, Nr. in job = 292 -BrunelInit INFO Evt 693, Run 1068, Nr. in job = 293 -BrunelInit INFO Evt 694, Run 1068, Nr. in job = 294 -BrunelInit INFO Evt 695, Run 1068, Nr. in job = 295 -BrunelInit INFO Evt 696, Run 1068, Nr. in job = 296 -BrunelInit INFO Evt 697, Run 1068, Nr. in job = 297 -BrunelInit INFO Evt 698, Run 1068, Nr. in job = 298 -BrunelInit INFO Evt 699, Run 1068, Nr. in job = 299 -BrunelInit INFO Evt 700, Run 1068, Nr. in job = 300 -BrunelInit INFO Evt 701, Run 1068, Nr. in job = 301 -BrunelInit INFO Evt 702, Run 1068, Nr. in job = 302 -BrunelInit INFO Evt 703, Run 1068, Nr. in job = 303 -BrunelInit INFO Evt 704, Run 1068, Nr. in job = 304 -BrunelInit INFO Evt 705, Run 1068, Nr. in job = 305 -BrunelInit INFO Evt 706, Run 1068, Nr. in job = 306 -BrunelInit INFO Evt 707, Run 1068, Nr. in job = 307 -BrunelInit INFO Evt 708, Run 1068, Nr. in job = 308 -BrunelInit INFO Evt 709, Run 1068, Nr. in job = 309 -BrunelInit INFO Evt 710, Run 1068, Nr. in job = 310 -BrunelInit INFO Evt 711, Run 1068, Nr. in job = 311 -BrunelInit INFO Evt 712, Run 1068, Nr. in job = 312 -BrunelInit INFO Evt 713, Run 1068, Nr. in job = 313 -BrunelInit INFO Evt 714, Run 1068, Nr. in job = 314 -BrunelInit INFO Evt 715, Run 1068, Nr. in job = 315 -BrunelInit INFO Evt 716, Run 1068, Nr. in job = 316 -BrunelInit INFO Evt 717, Run 1068, Nr. in job = 317 -BrunelInit INFO Evt 718, Run 1068, Nr. in job = 318 -BrunelInit INFO Evt 719, Run 1068, Nr. in job = 319 -BrunelInit INFO Evt 720, Run 1068, Nr. in job = 320 -BrunelInit INFO Evt 721, Run 1068, Nr. in job = 321 -BrunelInit INFO Evt 722, Run 1068, Nr. in job = 322 -BrunelInit INFO Evt 723, Run 1068, Nr. in job = 323 -BrunelInit INFO Evt 724, Run 1068, Nr. in job = 324 -BrunelInit INFO Evt 725, Run 1068, Nr. in job = 325 -BrunelInit INFO Evt 726, Run 1068, Nr. in job = 326 -BrunelInit INFO Evt 727, Run 1068, Nr. in job = 327 -BrunelInit INFO Evt 728, Run 1068, Nr. in job = 328 -BrunelInit INFO Evt 729, Run 1068, Nr. in job = 329 -BrunelInit INFO Evt 730, Run 1068, Nr. in job = 330 -BrunelInit INFO Evt 731, Run 1068, Nr. in job = 331 -BrunelInit INFO Evt 732, Run 1068, Nr. in job = 332 -BrunelInit INFO Evt 733, Run 1068, Nr. in job = 333 -BrunelInit INFO Evt 734, Run 1068, Nr. in job = 334 -BrunelInit INFO Evt 735, Run 1068, Nr. in job = 335 -BrunelInit INFO Evt 736, Run 1068, Nr. in job = 336 -BrunelInit INFO Evt 737, Run 1068, Nr. in job = 337 -BrunelInit INFO Evt 738, Run 1068, Nr. in job = 338 -BrunelInit INFO Evt 739, Run 1068, Nr. in job = 339 -BrunelInit INFO Evt 740, Run 1068, Nr. in job = 340 -BrunelInit INFO Evt 741, Run 1068, Nr. in job = 341 -BrunelInit INFO Evt 742, Run 1068, Nr. in job = 342 -BrunelInit INFO Evt 743, Run 1068, Nr. in job = 343 -BrunelInit INFO Evt 744, Run 1068, Nr. in job = 344 -BrunelInit INFO Evt 745, Run 1068, Nr. in job = 345 -BrunelInit INFO Evt 746, Run 1068, Nr. in job = 346 -BrunelInit INFO Evt 747, Run 1068, Nr. in job = 347 -BrunelInit INFO Evt 748, Run 1068, Nr. in job = 348 -BrunelInit INFO Evt 749, Run 1068, Nr. in job = 349 -BrunelInit INFO Evt 750, Run 1068, Nr. in job = 350 -BrunelInit INFO Evt 751, Run 1068, Nr. in job = 351 -BrunelInit INFO Evt 752, Run 1068, Nr. in job = 352 -BrunelInit INFO Evt 753, Run 1068, Nr. in job = 353 -BrunelInit INFO Evt 754, Run 1068, Nr. in job = 354 -BrunelInit INFO Evt 755, Run 1068, Nr. in job = 355 -BrunelInit INFO Evt 756, Run 1068, Nr. in job = 356 -BrunelInit INFO Evt 757, Run 1068, Nr. in job = 357 -BrunelInit INFO Evt 758, Run 1068, Nr. in job = 358 -BrunelInit INFO Evt 759, Run 1068, Nr. in job = 359 -BrunelInit INFO Evt 760, Run 1068, Nr. in job = 360 -BrunelInit INFO Evt 761, Run 1068, Nr. in job = 361 -BrunelInit INFO Evt 762, Run 1068, Nr. in job = 362 -BrunelInit INFO Evt 763, Run 1068, Nr. in job = 363 -BrunelInit INFO Evt 764, Run 1068, Nr. in job = 364 -BrunelInit INFO Evt 765, Run 1068, Nr. in job = 365 -BrunelInit INFO Evt 766, Run 1068, Nr. in job = 366 -BrunelInit INFO Evt 767, Run 1068, Nr. in job = 367 -BrunelInit INFO Evt 768, Run 1068, Nr. in job = 368 -BrunelInit INFO Evt 769, Run 1068, Nr. in job = 369 -BrunelInit INFO Evt 770, Run 1068, Nr. in job = 370 -BrunelInit INFO Evt 771, Run 1068, Nr. in job = 371 -BrunelInit INFO Evt 772, Run 1068, Nr. in job = 372 -BrunelInit INFO Evt 773, Run 1068, Nr. in job = 373 -BrunelInit INFO Evt 774, Run 1068, Nr. in job = 374 -BrunelInit INFO Evt 775, Run 1068, Nr. in job = 375 -BrunelInit INFO Evt 776, Run 1068, Nr. in job = 376 -BrunelInit INFO Evt 777, Run 1068, Nr. in job = 377 -BrunelInit INFO Evt 778, Run 1068, Nr. in job = 378 -BrunelInit INFO Evt 779, Run 1068, Nr. in job = 379 -BrunelInit INFO Evt 780, Run 1068, Nr. in job = 380 -BrunelInit INFO Evt 781, Run 1068, Nr. in job = 381 -BrunelInit INFO Evt 782, Run 1068, Nr. in job = 382 -BrunelInit INFO Evt 783, Run 1068, Nr. in job = 383 -BrunelInit INFO Evt 784, Run 1068, Nr. in job = 384 -BrunelInit INFO Evt 785, Run 1068, Nr. in job = 385 -BrunelInit INFO Evt 786, Run 1068, Nr. in job = 386 -BrunelInit INFO Evt 787, Run 1068, Nr. in job = 387 -BrunelInit INFO Evt 788, Run 1068, Nr. in job = 388 -BrunelInit INFO Evt 789, Run 1068, Nr. in job = 389 -BrunelInit INFO Evt 790, Run 1068, Nr. in job = 390 -BrunelInit INFO Evt 791, Run 1068, Nr. in job = 391 -BrunelInit INFO Evt 792, Run 1068, Nr. in job = 392 -BrunelInit INFO Evt 793, Run 1068, Nr. in job = 393 -BrunelInit INFO Evt 794, Run 1068, Nr. in job = 394 -BrunelInit INFO Evt 795, Run 1068, Nr. in job = 395 -BrunelInit INFO Evt 796, Run 1068, Nr. in job = 396 -BrunelInit INFO Evt 797, Run 1068, Nr. in job = 397 -BrunelInit INFO Evt 798, Run 1068, Nr. in job = 398 -BrunelInit INFO Evt 799, Run 1068, Nr. in job = 399 -BrunelInit INFO Evt 800, Run 1068, Nr. in job = 400 -BrunelInit INFO Evt 801, Run 1068, Nr. in job = 401 -BrunelInit INFO Evt 802, Run 1068, Nr. in job = 402 -BrunelInit INFO Evt 803, Run 1068, Nr. in job = 403 -BrunelInit INFO Evt 804, Run 1068, Nr. in job = 404 -BrunelInit INFO Evt 805, Run 1068, Nr. in job = 405 -BrunelInit INFO Evt 806, Run 1068, Nr. in job = 406 -BrunelInit INFO Evt 807, Run 1068, Nr. in job = 407 -BrunelInit INFO Evt 808, Run 1068, Nr. in job = 408 -BrunelInit INFO Evt 809, Run 1068, Nr. in job = 409 -BrunelInit INFO Evt 810, Run 1068, Nr. in job = 410 -BrunelInit INFO Evt 811, Run 1068, Nr. in job = 411 -BrunelInit INFO Evt 812, Run 1068, Nr. in job = 412 -BrunelInit INFO Evt 813, Run 1068, Nr. in job = 413 -BrunelInit INFO Evt 814, Run 1068, Nr. in job = 414 -BrunelInit INFO Evt 815, Run 1068, Nr. in job = 415 -BrunelInit INFO Evt 816, Run 1068, Nr. in job = 416 -BrunelInit INFO Evt 817, Run 1068, Nr. in job = 417 -BrunelInit INFO Evt 818, Run 1068, Nr. in job = 418 -BrunelInit INFO Evt 819, Run 1068, Nr. in job = 419 -BrunelInit INFO Evt 820, Run 1068, Nr. in job = 420 -BrunelInit INFO Evt 821, Run 1068, Nr. in job = 421 -BrunelInit INFO Evt 822, Run 1068, Nr. in job = 422 -BrunelInit INFO Evt 823, Run 1068, Nr. in job = 423 -BrunelInit INFO Evt 824, Run 1068, Nr. in job = 424 -BrunelInit INFO Evt 825, Run 1068, Nr. in job = 425 -BrunelInit INFO Evt 826, Run 1068, Nr. in job = 426 -BrunelInit INFO Evt 827, Run 1068, Nr. in job = 427 -BrunelInit INFO Evt 828, Run 1068, Nr. in job = 428 -BrunelInit INFO Evt 829, Run 1068, Nr. in job = 429 -BrunelInit INFO Evt 830, Run 1068, Nr. in job = 430 -BrunelInit INFO Evt 831, Run 1068, Nr. in job = 431 -BrunelInit INFO Evt 832, Run 1068, Nr. in job = 432 -BrunelInit INFO Evt 833, Run 1068, Nr. in job = 433 -BrunelInit INFO Evt 834, Run 1068, Nr. in job = 434 -BrunelInit INFO Evt 835, Run 1068, Nr. in job = 435 -BrunelInit INFO Evt 836, Run 1068, Nr. in job = 436 -BrunelInit INFO Evt 837, Run 1068, Nr. in job = 437 -BrunelInit INFO Evt 838, Run 1068, Nr. in job = 438 -BrunelInit INFO Evt 839, Run 1068, Nr. in job = 439 -BrunelInit INFO Evt 840, Run 1068, Nr. in job = 440 -BrunelInit INFO Evt 841, Run 1068, Nr. in job = 441 -BrunelInit INFO Evt 842, Run 1068, Nr. in job = 442 -BrunelInit INFO Evt 843, Run 1068, Nr. in job = 443 -BrunelInit INFO Evt 844, Run 1068, Nr. in job = 444 -BrunelInit INFO Evt 845, Run 1068, Nr. in job = 445 -BrunelInit INFO Evt 846, Run 1068, Nr. in job = 446 -BrunelInit INFO Evt 847, Run 1068, Nr. in job = 447 -BrunelInit INFO Evt 848, Run 1068, Nr. in job = 448 -BrunelInit INFO Evt 849, Run 1068, Nr. in job = 449 -BrunelInit INFO Evt 850, Run 1068, Nr. in job = 450 -BrunelInit INFO Evt 851, Run 1068, Nr. in job = 451 -BrunelInit INFO Evt 852, Run 1068, Nr. in job = 452 -BrunelInit INFO Evt 853, Run 1068, Nr. in job = 453 -BrunelInit INFO Evt 854, Run 1068, Nr. in job = 454 -BrunelInit INFO Evt 855, Run 1068, Nr. in job = 455 -BrunelInit INFO Evt 856, Run 1068, Nr. in job = 456 -BrunelInit INFO Evt 857, Run 1068, Nr. in job = 457 -BrunelInit INFO Evt 858, Run 1068, Nr. in job = 458 -BrunelInit INFO Evt 859, Run 1068, Nr. in job = 459 -BrunelInit INFO Evt 860, Run 1068, Nr. in job = 460 -BrunelInit INFO Evt 861, Run 1068, Nr. in job = 461 -BrunelInit INFO Evt 862, Run 1068, Nr. in job = 462 -BrunelInit INFO Evt 863, Run 1068, Nr. in job = 463 -BrunelInit INFO Evt 864, Run 1068, Nr. in job = 464 -BrunelInit INFO Evt 865, Run 1068, Nr. in job = 465 -BrunelInit INFO Evt 866, Run 1068, Nr. in job = 466 -BrunelInit INFO Evt 867, Run 1068, Nr. in job = 467 -BrunelInit INFO Evt 868, Run 1068, Nr. in job = 468 -BrunelInit INFO Evt 869, Run 1068, Nr. in job = 469 -BrunelInit INFO Evt 870, Run 1068, Nr. in job = 470 -BrunelInit INFO Evt 871, Run 1068, Nr. in job = 471 -BrunelInit INFO Evt 872, Run 1068, Nr. in job = 472 -BrunelInit INFO Evt 873, Run 1068, Nr. in job = 473 -BrunelInit INFO Evt 874, Run 1068, Nr. in job = 474 -BrunelInit INFO Evt 875, Run 1068, Nr. in job = 475 -BrunelInit INFO Evt 876, Run 1068, Nr. in job = 476 -BrunelInit INFO Evt 877, Run 1068, Nr. in job = 477 -BrunelInit INFO Evt 878, Run 1068, Nr. in job = 478 -BrunelInit INFO Evt 879, Run 1068, Nr. in job = 479 -BrunelInit INFO Evt 880, Run 1068, Nr. in job = 480 -BrunelInit INFO Evt 881, Run 1068, Nr. in job = 481 -BrunelInit INFO Evt 882, Run 1068, Nr. in job = 482 -BrunelInit INFO Evt 883, Run 1068, Nr. in job = 483 -BrunelInit INFO Evt 884, Run 1068, Nr. in job = 484 -BrunelInit INFO Evt 885, Run 1068, Nr. in job = 485 -BrunelInit INFO Evt 886, Run 1068, Nr. in job = 486 -BrunelInit INFO Evt 887, Run 1068, Nr. in job = 487 -BrunelInit INFO Evt 888, Run 1068, Nr. in job = 488 -BrunelInit INFO Evt 889, Run 1068, Nr. in job = 489 -BrunelInit INFO Evt 890, Run 1068, Nr. in job = 490 -BrunelInit INFO Evt 891, Run 1068, Nr. in job = 491 -BrunelInit INFO Evt 892, Run 1068, Nr. in job = 492 -BrunelInit INFO Evt 893, Run 1068, Nr. in job = 493 -BrunelInit INFO Evt 894, Run 1068, Nr. in job = 494 -BrunelInit INFO Evt 895, Run 1068, Nr. in job = 495 -BrunelInit INFO Evt 896, Run 1068, Nr. in job = 496 -BrunelInit INFO Evt 897, Run 1068, Nr. in job = 497 -BrunelInit INFO Evt 898, Run 1068, Nr. in job = 498 -BrunelInit INFO Evt 899, Run 1068, Nr. in job = 499 -BrunelInit INFO Evt 900, Run 1068, Nr. in job = 500 -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 500 events processed -BrunelInit SUCCESS ================================================================== -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 98479 tracks including 912 ghosts [ 0.93 %], Event average 0.77 % **** -VeloMCCheck INFO 01_velo : 42336 from 43130 [ 98.16 %] 569 clones [ 1.33 %], purity: 99.74 %, hitEff: 97.01 %, hitEffFirst3: 96.98 %, hitEffLast: 96.74 % -VeloMCCheck INFO 02_long : 25208 from 25413 [ 99.19 %] 224 clones [ 0.88 %], purity: 99.83 %, hitEff: 97.92 %, hitEffFirst3: 97.85 %, hitEffLast: 97.83 % -VeloMCCheck INFO 03_long>5GeV : 17206 from 17292 [ 99.50 %] 107 clones [ 0.62 %], purity: 99.84 %, hitEff: 98.36 %, hitEffFirst3: 98.33 %, hitEffLast: 98.27 % -VeloMCCheck INFO 04_long_strange : 1329 from 1372 [ 96.87 %] 11 clones [ 0.82 %], purity: 99.48 %, hitEff: 97.72 %, hitEffFirst3: 97.56 %, hitEffLast: 97.39 % -VeloMCCheck INFO 05_long_strange>5GeV : 646 from 668 [ 96.71 %] 1 clones [ 0.15 %], purity: 99.32 %, hitEff: 98.74 %, hitEffFirst3: 98.61 %, hitEffLast: 98.61 % -VeloMCCheck INFO 06_long_fromB : 53 from 53 [100.00 %] 1 clones [ 1.85 %], purity:100.00 %, hitEff: 96.73 %, hitEffFirst3: 96.91 %, hitEffLast: 96.39 % -VeloMCCheck INFO 07_long_fromB>5GeV : 34 from 34 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.75 %, hitEffFirst3: 98.04 %, hitEffLast: 97.20 % -VeloMCCheck INFO 08_long_electrons : 2108 from 2216 [ 95.13 %] 47 clones [ 2.18 %], purity: 97.90 %, hitEff: 93.60 %, hitEffFirst3: 90.43 %, hitEffLast: 94.89 % -VeloMCCheck INFO 09_long_fromB_electrons : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 10_long_fromB_electrons_P>5GeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 31 from 31 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.69 %, hitEffFirst3: 97.85 %, hitEffLast: 97.12 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 31 from 31 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.69 %, hitEffFirst3: 97.85 %, hitEffLast: 97.12 % -VeloMCCheck INFO -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 14231 tracks including 444 ghosts [ 3.12 %], Event average 2.02 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 12455 tracks including 338 ghosts [2.71 %] **** -ForwardMCCheck INFO 01_long : 12912 from 25413 [ 50.81 %] 42 clones [ 0.32 %], purity: 99.45 %, hitEff: 98.10 % -ForwardMCCheck INFO 02_long>5GeV : 11263 from 17292 [ 65.13 %] 31 clones [ 0.27 %], purity: 99.51 %, hitEff: 98.37 % -ForwardMCCheck INFO 03_long_strange : 366 from 1372 [ 26.68 %] 1 clones [ 0.27 %], purity: 99.16 %, hitEff: 97.51 % -ForwardMCCheck INFO 04_long_strange>5GeV : 287 from 668 [ 42.96 %] 0 clones [ 0.00 %], purity: 99.33 %, hitEff: 97.92 % -ForwardMCCheck INFO 05_long_fromB : 32 from 53 [ 60.38 %] 0 clones [ 0.00 %], purity: 98.93 %, hitEff: 97.02 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 28 from 34 [ 82.35 %] 0 clones [ 0.00 %], purity: 99.12 %, hitEff: 98.08 % -ForwardMCCheck INFO 07_long_electrons : 262 from 2216 [ 11.82 %] 4 clones [ 1.50 %], purity: 98.18 %, hitEff: 98.21 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 232 from 1240 [ 18.71 %] 3 clones [ 1.28 %], purity: 98.17 %, hitEff: 98.45 % -ForwardMCCheck INFO 09_long_fromB_electrons : 2 from 3 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 29 from 31 [ 93.55 %] 0 clones [ 0.00 %], purity: 98.99 %, hitEff: 97.28 % -ForwardMCCheck INFO 10_long_fromB_electrons_P>5GeV : 2 from 3 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 29 from 31 [ 93.55 %] 0 clones [ 0.00 %], purity: 98.99 %, hitEff: 97.28 % -ForwardMCCheck INFO -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 19482 tracks including 919 ghosts [ 4.72 %], Event average 3.60 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 16695 tracks including 776 ghosts [4.65 %] **** -UpMCCheck INFO 01_velo : 17547 from 43130 [ 40.68 %] 50 clones [ 0.28 %], purity: 99.69 %, hitEff: 99.07 % -UpMCCheck INFO 02_velo+UT : 17521 from 37564 [ 46.64 %] 50 clones [ 0.28 %], purity: 99.71 %, hitEff: 99.07 % -UpMCCheck INFO 03_velo+UT>5GeV : 14145 from 20932 [ 67.58 %] 39 clones [ 0.27 %], purity: 99.76 %, hitEff: 99.58 % -UpMCCheck INFO 04_velo+notLong : 3164 from 17717 [ 17.86 %] 10 clones [ 0.32 %], purity: 99.43 %, hitEff: 98.19 % -UpMCCheck INFO 05_velo+UT+notLong : 3143 from 12441 [ 25.26 %] 10 clones [ 0.32 %], purity: 99.49 %, hitEff: 98.18 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 2127 from 3883 [ 54.78 %] 6 clones [ 0.28 %], purity: 99.66 %, hitEff: 99.57 % -UpMCCheck INFO 07_long : 14383 from 25413 [ 56.60 %] 40 clones [ 0.28 %], purity: 99.75 %, hitEff: 99.27 % -UpMCCheck INFO 08_long>5GeV : 12023 from 17292 [ 69.53 %] 33 clones [ 0.27 %], purity: 99.78 %, hitEff: 99.58 % -UpMCCheck INFO 09_long_fromB : 34 from 53 [ 64.15 %] 0 clones [ 0.00 %], purity: 99.61 %, hitEff: 98.53 % -UpMCCheck INFO 10_long_fromB>5GeV : 29 from 34 [ 85.29 %] 0 clones [ 0.00 %], purity: 99.54 %, hitEff: 98.28 % -UpMCCheck INFO 11_long_electrons : 335 from 2216 [ 15.12 %] 5 clones [ 1.47 %], purity: 98.89 %, hitEff: 99.13 % -UpMCCheck INFO 12_long_fromB_electrons : 2 from 3 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 13_long_fromB_electrons_P>5GeV : 2 from 3 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 30 from 31 [ 96.77 %] 0 clones [ 0.00 %], purity: 99.56 %, hitEff: 98.33 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 30 from 31 [ 96.77 %] 0 clones [ 0.00 %], purity: 99.56 %, hitEff: 98.33 % -UpMCCheck INFO -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 444 ghost, 4.02 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 12455 tracks including 338 ghosts [ 2.7 %] **** -UTForwardMCCheck INFO 01_long : 12954 tr 4.04 from 4.07 mcUT [ 99.3 %] 0.03 ghost hits on real tracks [ 0.6 %] -UTForwardMCCheck INFO 01_long >3UT : 12948 tr 4.04 from 4.07 mcUT [ 99.3 %] 0.03 ghost hits on real tracks [ 0.6 %] -UTForwardMCCheck INFO 02_long>5GeV : 11294 tr 4.04 from 4.07 mcUT [ 99.4 %] 0.03 ghost hits on real tracks [ 0.6 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 11288 tr 4.05 from 4.07 mcUT [ 99.4 %] 0.03 ghost hits on real tracks [ 0.6 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 29 tr 3.93 from 4.00 mcUT [ 98.3 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 29 tr 3.93 from 4.00 mcUT [ 98.3 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 29 tr 3.93 from 4.00 mcUT [ 98.3 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 29 tr 3.93 from 4.00 mcUT [ 98.3 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTForwardMCCheck INFO -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 98479 tracks including 912 ghosts [ 0.93 %], Event average 0.77 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 87888 from 92984 [ 94.52 %] 738 clones [ 0.83 %], purity: 99.74 %, hitEff: 97.09 %, hitEffFirst3: 97.79 %, hitEffLast: 95.17 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 54309 from 56730 [ 95.73 %] 604 clones [ 1.10 %], purity: 99.74 %, hitEff: 97.27 %, hitEffFirst3: 97.20 %, hitEffLast: 96.93 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 33579 from 36254 [ 92.62 %] 134 clones [ 0.40 %], purity: 99.73 %, hitEff: 96.80 %, hitEffFirst3: 98.75 %, hitEffLast: 92.04 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 42336 from 43130 [ 98.16 %] 569 clones [ 1.33 %], purity: 99.74 %, hitEff: 97.01 %, hitEffFirst3: 96.98 %, hitEffLast: 96.74 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 25208 from 25413 [ 99.19 %] 224 clones [ 0.88 %], purity: 99.83 %, hitEff: 97.92 %, hitEffFirst3: 97.85 %, hitEffLast: 97.83 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 17206 from 17292 [ 99.50 %] 107 clones [ 0.62 %], purity: 99.84 %, hitEff: 98.36 %, hitEffFirst3: 98.33 %, hitEffLast: 98.27 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 8002 from 8121 [ 98.53 %] 117 clones [ 1.44 %], purity: 99.79 %, hitEff: 97.00 %, hitEffFirst3: 96.80 %, hitEffLast: 96.90 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 14997 from 15088 [ 99.40 %] 80 clones [ 0.53 %], purity: 99.85 %, hitEff: 98.26 %, hitEffFirst3: 98.21 %, hitEffLast: 98.14 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 53 from 53 [100.00 %] 1 clones [ 1.85 %], purity:100.00 %, hitEff: 96.73 %, hitEffFirst3: 96.91 %, hitEffLast: 96.39 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 34 from 34 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.75 %, hitEffFirst3: 98.04 %, hitEffLast: 97.20 % -VeloFullMCCheck INFO 11_notElectron_Long_FromB_Eta25 p<5GeV : 19 from 19 [100.00 %] 1 clones [ 5.00 %], purity:100.00 %, hitEff: 95.00 %, hitEffFirst3: 95.00 %, hitEffLast: 95.00 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 36 from 36 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.87 %, hitEffFirst3: 98.15 %, hitEffLast: 97.36 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 355 from 357 [ 99.44 %] 6 clones [ 1.66 %], purity: 99.75 %, hitEff: 97.11 %, hitEffFirst3: 97.05 %, hitEffLast: 96.78 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 245 from 246 [ 99.59 %] 0 clones [ 0.00 %], purity: 99.83 %, hitEff: 98.48 %, hitEffFirst3: 98.23 %, hitEffLast: 98.29 % -VeloFullMCCheck INFO 15_notElectron_Long_FromD_Eta25 p<5GeV : 110 from 111 [ 99.10 %] 6 clones [ 5.17 %], purity: 99.58 %, hitEff: 94.21 %, hitEffFirst3: 94.54 %, hitEffLast: 93.57 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 220 from 222 [ 99.10 %] 0 clones [ 0.00 %], purity: 99.97 %, hitEff: 98.58 %, hitEffFirst3: 98.64 %, hitEffLast: 98.50 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 1329 from 1372 [ 96.87 %] 11 clones [ 0.82 %], purity: 99.48 %, hitEff: 97.72 %, hitEffFirst3: 97.56 %, hitEffLast: 97.39 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 646 from 668 [ 96.71 %] 1 clones [ 0.15 %], purity: 99.32 %, hitEff: 98.74 %, hitEffFirst3: 98.61 %, hitEffLast: 98.61 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 683 from 704 [ 97.02 %] 10 clones [ 1.44 %], purity: 99.62 %, hitEff: 96.77 %, hitEffFirst3: 96.58 %, hitEffLast: 96.24 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 453 from 470 [ 96.38 %] 0 clones [ 0.00 %], purity: 99.29 %, hitEff: 98.72 %, hitEffFirst3: 98.53 %, hitEffLast: 98.67 % -VeloFullMCCheck INFO 21_Electron_Velo : 9120 from 14320 [ 63.69 %] 440 clones [ 4.60 %], purity: 98.11 %, hitEff: 86.74 %, hitEffFirst3: 84.27 %, hitEffLast: 85.78 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 7020 from 10922 [ 64.27 %] 416 clones [ 5.59 %], purity: 98.10 %, hitEff: 85.07 %, hitEffFirst3: 80.85 %, hitEffLast: 86.39 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 2100 from 3398 [ 61.80 %] 24 clones [ 1.13 %], purity: 98.17 %, hitEff: 92.58 %, hitEffFirst3: 96.26 %, hitEffLast: 83.35 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 6555 from 9250 [ 70.86 %] 415 clones [ 5.95 %], purity: 98.08 %, hitEff: 84.33 %, hitEffFirst3: 79.82 %, hitEffLast: 86.10 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 2108 from 2216 [ 95.13 %] 47 clones [ 2.18 %], purity: 97.90 %, hitEff: 93.60 %, hitEffFirst3: 90.43 %, hitEffLast: 94.89 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 1188 from 1240 [ 95.81 %] 29 clones [ 2.38 %], purity: 97.90 %, hitEff: 93.86 %, hitEffFirst3: 90.96 %, hitEffLast: 95.11 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 920 from 976 [ 94.26 %] 18 clones [ 1.92 %], purity: 97.90 %, hitEff: 93.26 %, hitEffFirst3: 89.73 %, hitEffLast: 94.61 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 544 from 573 [ 94.94 %] 21 clones [ 3.72 %], purity: 97.68 %, hitEff: 92.92 %, hitEffFirst3: 90.68 %, hitEffLast: 93.10 % -VeloFullMCCheck INFO 29_Electron_Long_FromB_Eta25 : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 30_Electron_Long_FromB_Eta25 p>5GeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 32_Electron_Long_FromB_Eta25 p>3GeV pt>400MeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 33_Electron_Long_FromD_Eta25 : 37 from 38 [ 97.37 %] 0 clones [ 0.00 %], purity: 99.46 %, hitEff: 94.43 %, hitEffFirst3: 90.09 %, hitEffLast: 97.11 % -VeloFullMCCheck INFO 34_Electron_Long_FromD_Eta25 p>5GeV : 20 from 21 [ 95.24 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.14 %, hitEffFirst3: 90.00 %, hitEffLast: 97.20 % -VeloFullMCCheck INFO 35_Electron_Long_FromD_Eta25 p<5GeV : 17 from 17 [100.00 %] 0 clones [ 0.00 %], purity: 98.82 %, hitEff: 93.60 %, hitEffFirst3: 90.20 %, hitEffLast: 97.02 % -VeloFullMCCheck INFO 36_Electron_Long_FromD_Eta25 p>3GeV pt>400MeV : 13 from 14 [ 92.86 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.17 %, hitEffFirst3: 94.87 %, hitEffLast: 96.34 % -VeloFullMCCheck INFO -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = 0.013 +/- 0.009, RMS = 1.044 +/- 0.008 -TrackResChecker... INFO ALL/y pull : mean = -0.006 +/- 0.009, RMS = 1.047 +/- 0.008 -TrackResChecker... INFO ALL/tx pull : mean = -0.010 +/- 0.009, RMS = 1.056 +/- 0.008 -TrackResChecker... INFO ALL/ty pull : mean = 0.006 +/- 0.009, RMS = 1.057 +/- 0.009 -TrackResChecker... INFO ALL/p pull : mean = -0.003 +/- 0.011, RMS = 1.237 +/- 0.010 -TrackResChecker... INFO ALL/probChi2 : mean = 0.444 +/- 0.003, RMS = 0.317 +/- 0.001 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 37.551 +/- 0.715 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 39.180 +/- 0.809 micron -TrackResChecker... INFO ALL/dp/p: mean = 0.0002 +/- 0.0001, RMS = 0.0061 +/- 0.0001 -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 2414 from 2625 ( 3787-1162 ) [ 91.96 %], false 12 from reco. 2426 ( 2414+12 ) [ 0.49 %] -PVChecker INFO 01 isolated : 1335 from 1388 ( 2000-612 ) [ 96.18 %], false 0 from reco. 1335 ( 1335+0 ) [ 0.00 %] -PVChecker INFO 02 close : 1079 from 1237 ( 1787-550 ) [ 87.23 %], false 12 from reco. 1091 ( 1079+12 ) [ 1.10 %] -PVChecker INFO 03 ntracks<10 : 164 from 283 ( 283-0 ) [ 57.95 %], false 9 from reco. 173 ( 164+9 ) [ 5.20 %] -PVChecker INFO 04 ntracks>=10 : 2250 from 2342 ( 2342-0 ) [ 96.07 %], false 3 from reco. 2253 ( 2250+3 ) [ 0.13 %] -PVChecker INFO 05 z<-50.0 : 517 from 560 ( 829-269 ) [ 92.32 %], false 1 from reco. 518 ( 517+1 ) [ 0.19 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 1344 from 1487 ( 2122-635 ) [ 90.38 %], false 8 from reco. 1352 ( 1344+8 ) [ 0.59 %] -PVChecker INFO 07 z >=50.0 : 553 from 578 ( 836-258 ) [ 95.67 %], false 3 from reco. 556 ( 553+3 ) [ 0.54 %] -PVChecker INFO 08 decayBeauty : 33 from 33 ( 33-0 ) [ 100.00 %], false 1 from reco. 45 ( 44+1 ) [ 2.22 %] -PVChecker INFO 09 decayCharm : 371 from 378 ( 378-0 ) [ 98.15 %], false 4 from reco. 383 ( 379+4 ) [ 1.04 %] -PVChecker INFO 10 decayStrange : 2407 from 2610 ( 2786-176 ) [ 92.22 %], false 12 from reco. 2419 ( 2407+12 ) [ 0.50 %] -PVChecker INFO 11 other : 7 from 15 ( 1001-986 ) [ 46.67 %], false 0 from reco. 19 ( 19+0 ) [ 0.00 %] -PVChecker INFO 12 1MCPV : 493 from 498 ( 500-2 ) [ 99.00 %], false 2 from reco. 495 ( 493+2 ) [ 0.40 %] -PVChecker INFO 13 2MCPV : 481 from 489 ( 499-10 ) [ 98.36 %], false 3 from reco. 484 ( 481+3 ) [ 0.62 %] -PVChecker INFO 14 3MCPV : 429 from 454 ( 491-37 ) [ 94.49 %], false 1 from reco. 430 ( 429+1 ) [ 0.23 %] -PVChecker INFO 15 4MCPV : 366 from 383 ( 470-87 ) [ 95.56 %], false 1 from reco. 367 ( 366+1 ) [ 0.27 %] -PVChecker INFO 16 5MCPV : 260 from 302 ( 438-136 ) [ 86.09 %], false 3 from reco. 263 ( 260+3 ) [ 1.14 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 29.78 [MC: 31.37] -PVChecker INFO 01 isolated : av. PV tracks: 28.77 [MC: 31.26] -PVChecker INFO 02 close : av. PV tracks: 31.02 [MC: 31.50] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 6.63 [MC: 6.77] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 31.47 [MC: 34.35] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 28.17 [MC: 28.91] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 29.63 [MC: 31.14] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 31.65 [MC: 34.35] -PVChecker INFO 08 decayBeauty : av. PV tracks: 59.45 [MC: 58.76] -PVChecker INFO 09 decayCharm : av. PV tracks: 50.82 [MC: 52.72] -PVChecker INFO 10 decayStrange : av. PV tracks: 29.84 [MC: 31.51] -PVChecker INFO 11 other : av. PV tracks: 7.29 [MC: 8.13] -PVChecker INFO 12 1MCPV : av. PV tracks: 58.86 [MC: 60.85] -PVChecker INFO 13 2MCPV : av. PV tracks: 35.50 [MC: 39.04] -PVChecker INFO 14 3MCPV : av. PV tracks: 25.09 [MC: 27.88] -PVChecker INFO 15 4MCPV : av. PV tracks: 18.48 [MC: 21.51] -PVChecker INFO 16 5MCPV : av. PV tracks: 14.79 [MC: 17.67] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.014, y: +0.014, z: +0.088 -PVChecker INFO 2_res_ntracks<10 : x: +0.030, y: +0.029, z: +0.164 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.015, y: +0.016, z: +0.102 -PVChecker INFO 4_res_ntracks>30 : x: +0.007, y: +0.007, z: +0.040 -PVChecker INFO 5_res_z<-50 : x: +0.017, y: +0.015, z: +0.105 -PVChecker INFO 6_res_z(-50,50) : x: +0.014, y: +0.014, z: +0.085 -PVChecker INFO 7_res_z>50 : x: +0.012, y: +0.014, z: +0.075 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +0.946, y: +0.962, z: +1.004 -PVChecker INFO 1_pull_mean_all : x: +0.023, y: +0.013, z: -0.002 -PVChecker INFO -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 0 -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 0 -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BrunelInit.Brun... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 500 | 98479 | 196.96 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 500 | 98479 | 196.96 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 500 | 14231 | 28.462 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 14231 | 13787 |( 96.88005 +- 0.1457381)% | - | "MC particles per track" | 13787 | 16368 | 1.1872 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 14231 | 13787 |( 96.88005 +- 0.1457381)% | - | "MC particles per track" | 13787 | 16368 | 1.1872 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 500 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 500 | 2426 | 4.8520 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 498 | 19473 | 39.102 | - | "Created long tracks" | 498 | 14231 | 28.576 | - | "Input tracks" | 498 | 19482 | 39.120 | - | "Number of candidate bins per track" | 19473 | 147159 | 7.5571 | 11.080 | 0.0000 | 88.000 | - | "Number of complete candidates/track 1st Loop" | 18147 | 13695 | 0.75467 | 0.47878 | 0.0000 | 3.0000 | - | "Number of complete candidates/track 2nd Loop" | 6253 | 960 | 0.15353 | 0.36709 | 0.0000 | 2.0000 | - | "Number of x candidates per track 1st Loop" | 18147 | 24460 | 1.3479 | 1.3194 | - | "Number of x candidates per track 2nd Loop" | 6253 | 25435 | 4.0676 | 5.8554 | - | "Percentage second loop execution" | 18147 | 6253 | 0.34457 | - | "Removed duplicates" | 498 | 93 | 0.18675 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 500 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 3109539 | 0 | 0.0000 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 500 | 90000 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 500 | 90000 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 500 | 61609 | 123.22 | - | "#tracks" | 500 | 19482 | 38.964 | -Rec_Track_Forwa... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# input objects" | 14231 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 83 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 19482 | 18563 |( 95.28283 +- 0.1518908)% | - | "MC particles per track" | 18563 | 18563 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 500 | 762853 | 1525.7 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 98479 | 97567 |( 99.07391 +- 0.03052344)% | - | "MC particles per track" | 97567 | 98186 | 1.0063 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 500 | 762853 | 1525.7 | - | "Nb of Produced Tracks" | 500 | 98479 | 196.96 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 500 | 19482 | 38.964 | diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman.ref.x86_64+avx2+fma-opt b/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman.ref.x86_64+avx2+fma-opt deleted file mode 120000 index 964b15f81da31b8d752740b2770c632af9913ca1..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman.ref.x86_64+avx2+fma-opt +++ /dev/null @@ -1 +0,0 @@ -./brunel-upgrade-paramKalman.ref.x86_64_v3-opt \ No newline at end of file diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman.ref.x86_64_v3-opt b/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman.ref.x86_64_v3-opt deleted file mode 100644 index 8c854c547210ff2ed4683499af4a8b07a2ccdfe9..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-paramKalman.ref.x86_64_v3-opt +++ /dev/null @@ -1,781 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 500 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-500ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -DeFTDetector INFO Current FT geometry version = 64 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ForwardFitterAl... INFO Use parameters from PARAM/ParamFiles/vXrYpZ/data/ParametrizedKalmanFit/FT6x2/Mag* -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 1, Run 1068, Nr. in job = 1 -BrunelInit INFO Evt 2, Run 1068, Nr. in job = 2 -BrunelInit INFO Evt 3, Run 1068, Nr. in job = 3 -BrunelInit INFO Evt 4, Run 1068, Nr. in job = 4 -BrunelInit INFO Evt 5, Run 1068, Nr. in job = 5 -BrunelInit INFO Evt 6, Run 1068, Nr. in job = 6 -BrunelInit INFO Evt 7, Run 1068, Nr. in job = 7 -BrunelInit INFO Evt 8, Run 1068, Nr. in job = 8 -BrunelInit INFO Evt 9, Run 1068, Nr. in job = 9 -BrunelInit INFO Evt 10, Run 1068, Nr. in job = 10 -BrunelInit INFO Evt 11, Run 1068, Nr. in job = 11 -BrunelInit INFO Evt 12, Run 1068, Nr. in job = 12 -BrunelInit INFO Evt 13, Run 1068, Nr. in job = 13 -BrunelInit INFO Evt 14, Run 1068, Nr. in job = 14 -BrunelInit INFO Evt 15, Run 1068, Nr. in job = 15 -BrunelInit INFO Evt 16, Run 1068, Nr. in job = 16 -BrunelInit INFO Evt 17, Run 1068, Nr. in job = 17 -BrunelInit INFO Evt 18, Run 1068, Nr. in job = 18 -BrunelInit INFO Evt 19, Run 1068, Nr. in job = 19 -BrunelInit INFO Evt 20, Run 1068, Nr. in job = 20 -BrunelInit INFO Evt 21, Run 1068, Nr. in job = 21 -BrunelInit INFO Evt 22, Run 1068, Nr. in job = 22 -BrunelInit INFO Evt 23, Run 1068, Nr. in job = 23 -BrunelInit INFO Evt 24, Run 1068, Nr. in job = 24 -BrunelInit INFO Evt 25, Run 1068, Nr. in job = 25 -BrunelInit INFO Evt 26, Run 1068, Nr. in job = 26 -BrunelInit INFO Evt 27, Run 1068, Nr. in job = 27 -BrunelInit INFO Evt 28, Run 1068, Nr. in job = 28 -BrunelInit INFO Evt 29, Run 1068, Nr. in job = 29 -BrunelInit INFO Evt 30, Run 1068, Nr. in job = 30 -BrunelInit INFO Evt 31, Run 1068, Nr. in job = 31 -BrunelInit INFO Evt 32, Run 1068, Nr. in job = 32 -BrunelInit INFO Evt 33, Run 1068, Nr. in job = 33 -BrunelInit INFO Evt 34, Run 1068, Nr. in job = 34 -BrunelInit INFO Evt 35, Run 1068, Nr. in job = 35 -BrunelInit INFO Evt 36, Run 1068, Nr. in job = 36 -BrunelInit INFO Evt 37, Run 1068, Nr. in job = 37 -BrunelInit INFO Evt 38, Run 1068, Nr. in job = 38 -BrunelInit INFO Evt 39, Run 1068, Nr. in job = 39 -BrunelInit INFO Evt 40, Run 1068, Nr. in job = 40 -BrunelInit INFO Evt 41, Run 1068, Nr. in job = 41 -BrunelInit INFO Evt 42, Run 1068, Nr. in job = 42 -BrunelInit INFO Evt 43, Run 1068, Nr. in job = 43 -BrunelInit INFO Evt 44, Run 1068, Nr. in job = 44 -BrunelInit INFO Evt 45, Run 1068, Nr. in job = 45 -BrunelInit INFO Evt 46, Run 1068, Nr. in job = 46 -BrunelInit INFO Evt 47, Run 1068, Nr. in job = 47 -BrunelInit INFO Evt 48, Run 1068, Nr. in job = 48 -BrunelInit INFO Evt 49, Run 1068, Nr. in job = 49 -BrunelInit INFO Evt 50, Run 1068, Nr. in job = 50 -BrunelInit INFO Evt 51, Run 1068, Nr. in job = 51 -BrunelInit INFO Evt 52, Run 1068, Nr. in job = 52 -BrunelInit INFO Evt 53, Run 1068, Nr. in job = 53 -BrunelInit INFO Evt 54, Run 1068, Nr. in job = 54 -BrunelInit INFO Evt 55, Run 1068, Nr. in job = 55 -BrunelInit INFO Evt 56, Run 1068, Nr. in job = 56 -BrunelInit INFO Evt 57, Run 1068, Nr. in job = 57 -BrunelInit INFO Evt 58, Run 1068, Nr. in job = 58 -BrunelInit INFO Evt 59, Run 1068, Nr. in job = 59 -BrunelInit INFO Evt 60, Run 1068, Nr. in job = 60 -BrunelInit INFO Evt 61, Run 1068, Nr. in job = 61 -BrunelInit INFO Evt 62, Run 1068, Nr. in job = 62 -BrunelInit INFO Evt 63, Run 1068, Nr. in job = 63 -BrunelInit INFO Evt 64, Run 1068, Nr. in job = 64 -BrunelInit INFO Evt 65, Run 1068, Nr. in job = 65 -BrunelInit INFO Evt 66, Run 1068, Nr. in job = 66 -BrunelInit INFO Evt 67, Run 1068, Nr. in job = 67 -BrunelInit INFO Evt 68, Run 1068, Nr. in job = 68 -BrunelInit INFO Evt 69, Run 1068, Nr. in job = 69 -BrunelInit INFO Evt 70, Run 1068, Nr. in job = 70 -BrunelInit INFO Evt 71, Run 1068, Nr. in job = 71 -BrunelInit INFO Evt 72, Run 1068, Nr. in job = 72 -BrunelInit INFO Evt 73, Run 1068, Nr. in job = 73 -BrunelInit INFO Evt 74, Run 1068, Nr. in job = 74 -BrunelInit INFO Evt 75, Run 1068, Nr. in job = 75 -BrunelInit INFO Evt 76, Run 1068, Nr. in job = 76 -BrunelInit INFO Evt 77, Run 1068, Nr. in job = 77 -BrunelInit INFO Evt 78, Run 1068, Nr. in job = 78 -BrunelInit INFO Evt 79, Run 1068, Nr. in job = 79 -BrunelInit INFO Evt 80, Run 1068, Nr. in job = 80 -BrunelInit INFO Evt 81, Run 1068, Nr. in job = 81 -BrunelInit INFO Evt 82, Run 1068, Nr. in job = 82 -BrunelInit INFO Evt 83, Run 1068, Nr. in job = 83 -BrunelInit INFO Evt 84, Run 1068, Nr. in job = 84 -BrunelInit INFO Evt 85, Run 1068, Nr. in job = 85 -BrunelInit INFO Evt 86, Run 1068, Nr. in job = 86 -BrunelInit INFO Evt 87, Run 1068, Nr. in job = 87 -BrunelInit INFO Evt 88, Run 1068, Nr. in job = 88 -BrunelInit INFO Evt 89, Run 1068, Nr. in job = 89 -BrunelInit INFO Evt 90, Run 1068, Nr. in job = 90 -BrunelInit INFO Evt 91, Run 1068, Nr. in job = 91 -BrunelInit INFO Evt 92, Run 1068, Nr. in job = 92 -BrunelInit INFO Evt 93, Run 1068, Nr. in job = 93 -BrunelInit INFO Evt 94, Run 1068, Nr. in job = 94 -BrunelInit INFO Evt 95, Run 1068, Nr. in job = 95 -BrunelInit INFO Evt 96, Run 1068, Nr. in job = 96 -BrunelInit INFO Evt 97, Run 1068, Nr. in job = 97 -BrunelInit INFO Evt 98, Run 1068, Nr. in job = 98 -BrunelInit INFO Evt 99, Run 1068, Nr. in job = 99 -BrunelInit INFO Evt 100, Run 1068, Nr. in job = 100 -BrunelInit INFO Evt 501, Run 1068, Nr. in job = 101 -BrunelInit INFO Evt 502, Run 1068, Nr. in job = 102 -BrunelInit INFO Evt 503, Run 1068, Nr. in job = 103 -BrunelInit INFO Evt 504, Run 1068, Nr. in job = 104 -BrunelInit INFO Evt 505, Run 1068, Nr. in job = 105 -BrunelInit INFO Evt 506, Run 1068, Nr. in job = 106 -BrunelInit INFO Evt 507, Run 1068, Nr. in job = 107 -BrunelInit INFO Evt 508, Run 1068, Nr. in job = 108 -BrunelInit INFO Evt 509, Run 1068, Nr. in job = 109 -BrunelInit INFO Evt 510, Run 1068, Nr. in job = 110 -BrunelInit INFO Evt 511, Run 1068, Nr. in job = 111 -BrunelInit INFO Evt 512, Run 1068, Nr. in job = 112 -BrunelInit INFO Evt 513, Run 1068, Nr. in job = 113 -BrunelInit INFO Evt 514, Run 1068, Nr. in job = 114 -BrunelInit INFO Evt 515, Run 1068, Nr. in job = 115 -BrunelInit INFO Evt 516, Run 1068, Nr. in job = 116 -BrunelInit INFO Evt 517, Run 1068, Nr. in job = 117 -BrunelInit INFO Evt 518, Run 1068, Nr. in job = 118 -BrunelInit INFO Evt 519, Run 1068, Nr. in job = 119 -BrunelInit INFO Evt 520, Run 1068, Nr. in job = 120 -BrunelInit INFO Evt 521, Run 1068, Nr. in job = 121 -BrunelInit INFO Evt 522, Run 1068, Nr. in job = 122 -BrunelInit INFO Evt 523, Run 1068, Nr. in job = 123 -BrunelInit INFO Evt 524, Run 1068, Nr. in job = 124 -BrunelInit INFO Evt 525, Run 1068, Nr. in job = 125 -BrunelInit INFO Evt 526, Run 1068, Nr. in job = 126 -BrunelInit INFO Evt 527, Run 1068, Nr. in job = 127 -BrunelInit INFO Evt 528, Run 1068, Nr. in job = 128 -BrunelInit INFO Evt 529, Run 1068, Nr. in job = 129 -BrunelInit INFO Evt 530, Run 1068, Nr. in job = 130 -BrunelInit INFO Evt 531, Run 1068, Nr. in job = 131 -BrunelInit INFO Evt 532, Run 1068, Nr. in job = 132 -BrunelInit INFO Evt 533, Run 1068, Nr. in job = 133 -BrunelInit INFO Evt 534, Run 1068, Nr. in job = 134 -BrunelInit INFO Evt 535, Run 1068, Nr. in job = 135 -BrunelInit INFO Evt 536, Run 1068, Nr. in job = 136 -BrunelInit INFO Evt 537, Run 1068, Nr. in job = 137 -BrunelInit INFO Evt 538, Run 1068, Nr. in job = 138 -BrunelInit INFO Evt 539, Run 1068, Nr. in job = 139 -BrunelInit INFO Evt 540, Run 1068, Nr. in job = 140 -BrunelInit INFO Evt 541, Run 1068, Nr. in job = 141 -BrunelInit INFO Evt 542, Run 1068, Nr. in job = 142 -BrunelInit INFO Evt 543, Run 1068, Nr. in job = 143 -BrunelInit INFO Evt 544, Run 1068, Nr. in job = 144 -BrunelInit INFO Evt 545, Run 1068, Nr. in job = 145 -BrunelInit INFO Evt 546, Run 1068, Nr. in job = 146 -BrunelInit INFO Evt 547, Run 1068, Nr. in job = 147 -BrunelInit INFO Evt 548, Run 1068, Nr. in job = 148 -BrunelInit INFO Evt 549, Run 1068, Nr. in job = 149 -BrunelInit INFO Evt 550, Run 1068, Nr. in job = 150 -BrunelInit INFO Evt 551, Run 1068, Nr. in job = 151 -BrunelInit INFO Evt 552, Run 1068, Nr. in job = 152 -BrunelInit INFO Evt 553, Run 1068, Nr. in job = 153 -BrunelInit INFO Evt 554, Run 1068, Nr. in job = 154 -BrunelInit INFO Evt 555, Run 1068, Nr. in job = 155 -BrunelInit INFO Evt 556, Run 1068, Nr. in job = 156 -BrunelInit INFO Evt 557, Run 1068, Nr. in job = 157 -BrunelInit INFO Evt 558, Run 1068, Nr. in job = 158 -BrunelInit INFO Evt 559, Run 1068, Nr. in job = 159 -BrunelInit INFO Evt 560, Run 1068, Nr. in job = 160 -BrunelInit INFO Evt 561, Run 1068, Nr. in job = 161 -BrunelInit INFO Evt 562, Run 1068, Nr. in job = 162 -BrunelInit INFO Evt 563, Run 1068, Nr. in job = 163 -BrunelInit INFO Evt 564, Run 1068, Nr. in job = 164 -BrunelInit INFO Evt 565, Run 1068, Nr. in job = 165 -BrunelInit INFO Evt 566, Run 1068, Nr. in job = 166 -BrunelInit INFO Evt 567, Run 1068, Nr. in job = 167 -BrunelInit INFO Evt 568, Run 1068, Nr. in job = 168 -BrunelInit INFO Evt 569, Run 1068, Nr. in job = 169 -BrunelInit INFO Evt 570, Run 1068, Nr. in job = 170 -BrunelInit INFO Evt 571, Run 1068, Nr. in job = 171 -BrunelInit INFO Evt 572, Run 1068, Nr. in job = 172 -BrunelInit INFO Evt 573, Run 1068, Nr. in job = 173 -BrunelInit INFO Evt 574, Run 1068, Nr. in job = 174 -BrunelInit INFO Evt 575, Run 1068, Nr. in job = 175 -BrunelInit INFO Evt 576, Run 1068, Nr. in job = 176 -BrunelInit INFO Evt 577, Run 1068, Nr. in job = 177 -BrunelInit INFO Evt 578, Run 1068, Nr. in job = 178 -BrunelInit INFO Evt 579, Run 1068, Nr. in job = 179 -BrunelInit INFO Evt 580, Run 1068, Nr. in job = 180 -BrunelInit INFO Evt 581, Run 1068, Nr. in job = 181 -BrunelInit INFO Evt 582, Run 1068, Nr. in job = 182 -BrunelInit INFO Evt 583, Run 1068, Nr. in job = 183 -BrunelInit INFO Evt 584, Run 1068, Nr. in job = 184 -BrunelInit INFO Evt 585, Run 1068, Nr. in job = 185 -BrunelInit INFO Evt 586, Run 1068, Nr. in job = 186 -BrunelInit INFO Evt 587, Run 1068, Nr. in job = 187 -BrunelInit INFO Evt 588, Run 1068, Nr. in job = 188 -BrunelInit INFO Evt 589, Run 1068, Nr. in job = 189 -BrunelInit INFO Evt 590, Run 1068, Nr. in job = 190 -BrunelInit INFO Evt 591, Run 1068, Nr. in job = 191 -BrunelInit INFO Evt 592, Run 1068, Nr. in job = 192 -BrunelInit INFO Evt 593, Run 1068, Nr. in job = 193 -BrunelInit INFO Evt 594, Run 1068, Nr. in job = 194 -BrunelInit INFO Evt 595, Run 1068, Nr. in job = 195 -BrunelInit INFO Evt 596, Run 1068, Nr. in job = 196 -BrunelInit INFO Evt 597, Run 1068, Nr. in job = 197 -BrunelInit INFO Evt 598, Run 1068, Nr. in job = 198 -BrunelInit INFO Evt 599, Run 1068, Nr. in job = 199 -BrunelInit INFO Evt 600, Run 1068, Nr. in job = 200 -BrunelInit INFO Evt 601, Run 1068, Nr. in job = 201 -BrunelInit INFO Evt 602, Run 1068, Nr. in job = 202 -BrunelInit INFO Evt 603, Run 1068, Nr. in job = 203 -BrunelInit INFO Evt 604, Run 1068, Nr. in job = 204 -BrunelInit INFO Evt 605, Run 1068, Nr. in job = 205 -BrunelInit INFO Evt 606, Run 1068, Nr. in job = 206 -BrunelInit INFO Evt 607, Run 1068, Nr. in job = 207 -BrunelInit INFO Evt 608, Run 1068, Nr. in job = 208 -BrunelInit INFO Evt 609, Run 1068, Nr. in job = 209 -BrunelInit INFO Evt 610, Run 1068, Nr. in job = 210 -BrunelInit INFO Evt 611, Run 1068, Nr. in job = 211 -BrunelInit INFO Evt 612, Run 1068, Nr. in job = 212 -BrunelInit INFO Evt 613, Run 1068, Nr. in job = 213 -BrunelInit INFO Evt 614, Run 1068, Nr. in job = 214 -BrunelInit INFO Evt 615, Run 1068, Nr. in job = 215 -BrunelInit INFO Evt 616, Run 1068, Nr. in job = 216 -BrunelInit INFO Evt 617, Run 1068, Nr. in job = 217 -BrunelInit INFO Evt 618, Run 1068, Nr. in job = 218 -BrunelInit INFO Evt 619, Run 1068, Nr. in job = 219 -BrunelInit INFO Evt 620, Run 1068, Nr. in job = 220 -BrunelInit INFO Evt 621, Run 1068, Nr. in job = 221 -BrunelInit INFO Evt 622, Run 1068, Nr. in job = 222 -BrunelInit INFO Evt 623, Run 1068, Nr. in job = 223 -BrunelInit INFO Evt 624, Run 1068, Nr. in job = 224 -BrunelInit INFO Evt 625, Run 1068, Nr. in job = 225 -BrunelInit INFO Evt 626, Run 1068, Nr. in job = 226 -BrunelInit INFO Evt 627, Run 1068, Nr. in job = 227 -BrunelInit INFO Evt 628, Run 1068, Nr. in job = 228 -BrunelInit INFO Evt 629, Run 1068, Nr. in job = 229 -BrunelInit INFO Evt 630, Run 1068, Nr. in job = 230 -BrunelInit INFO Evt 631, Run 1068, Nr. in job = 231 -BrunelInit INFO Evt 632, Run 1068, Nr. in job = 232 -BrunelInit INFO Evt 633, Run 1068, Nr. in job = 233 -BrunelInit INFO Evt 634, Run 1068, Nr. in job = 234 -BrunelInit INFO Evt 635, Run 1068, Nr. in job = 235 -BrunelInit INFO Evt 636, Run 1068, Nr. in job = 236 -BrunelInit INFO Evt 637, Run 1068, Nr. in job = 237 -BrunelInit INFO Evt 638, Run 1068, Nr. in job = 238 -BrunelInit INFO Evt 639, Run 1068, Nr. in job = 239 -BrunelInit INFO Evt 640, Run 1068, Nr. in job = 240 -BrunelInit INFO Evt 641, Run 1068, Nr. in job = 241 -BrunelInit INFO Evt 642, Run 1068, Nr. in job = 242 -BrunelInit INFO Evt 643, Run 1068, Nr. in job = 243 -BrunelInit INFO Evt 644, Run 1068, Nr. in job = 244 -BrunelInit INFO Evt 645, Run 1068, Nr. in job = 245 -BrunelInit INFO Evt 646, Run 1068, Nr. in job = 246 -BrunelInit INFO Evt 647, Run 1068, Nr. in job = 247 -BrunelInit INFO Evt 648, Run 1068, Nr. in job = 248 -BrunelInit INFO Evt 649, Run 1068, Nr. in job = 249 -BrunelInit INFO Evt 650, Run 1068, Nr. in job = 250 -BrunelInit INFO Evt 651, Run 1068, Nr. in job = 251 -BrunelInit INFO Evt 652, Run 1068, Nr. in job = 252 -BrunelInit INFO Evt 653, Run 1068, Nr. in job = 253 -BrunelInit INFO Evt 654, Run 1068, Nr. in job = 254 -BrunelInit INFO Evt 655, Run 1068, Nr. in job = 255 -BrunelInit INFO Evt 656, Run 1068, Nr. in job = 256 -BrunelInit INFO Evt 657, Run 1068, Nr. in job = 257 -BrunelInit INFO Evt 658, Run 1068, Nr. in job = 258 -BrunelInit INFO Evt 659, Run 1068, Nr. in job = 259 -BrunelInit INFO Evt 660, Run 1068, Nr. in job = 260 -BrunelInit INFO Evt 661, Run 1068, Nr. in job = 261 -BrunelInit INFO Evt 662, Run 1068, Nr. in job = 262 -BrunelInit INFO Evt 663, Run 1068, Nr. in job = 263 -BrunelInit INFO Evt 664, Run 1068, Nr. in job = 264 -BrunelInit INFO Evt 665, Run 1068, Nr. in job = 265 -BrunelInit INFO Evt 666, Run 1068, Nr. in job = 266 -BrunelInit INFO Evt 667, Run 1068, Nr. in job = 267 -BrunelInit INFO Evt 668, Run 1068, Nr. in job = 268 -BrunelInit INFO Evt 669, Run 1068, Nr. in job = 269 -BrunelInit INFO Evt 670, Run 1068, Nr. in job = 270 -BrunelInit INFO Evt 671, Run 1068, Nr. in job = 271 -BrunelInit INFO Evt 672, Run 1068, Nr. in job = 272 -BrunelInit INFO Evt 673, Run 1068, Nr. in job = 273 -BrunelInit INFO Evt 674, Run 1068, Nr. in job = 274 -BrunelInit INFO Evt 675, Run 1068, Nr. in job = 275 -BrunelInit INFO Evt 676, Run 1068, Nr. in job = 276 -BrunelInit INFO Evt 677, Run 1068, Nr. in job = 277 -BrunelInit INFO Evt 678, Run 1068, Nr. in job = 278 -BrunelInit INFO Evt 679, Run 1068, Nr. in job = 279 -BrunelInit INFO Evt 680, Run 1068, Nr. in job = 280 -BrunelInit INFO Evt 681, Run 1068, Nr. in job = 281 -BrunelInit INFO Evt 682, Run 1068, Nr. in job = 282 -BrunelInit INFO Evt 683, Run 1068, Nr. in job = 283 -BrunelInit INFO Evt 684, Run 1068, Nr. in job = 284 -BrunelInit INFO Evt 685, Run 1068, Nr. in job = 285 -BrunelInit INFO Evt 686, Run 1068, Nr. in job = 286 -BrunelInit INFO Evt 687, Run 1068, Nr. in job = 287 -BrunelInit INFO Evt 688, Run 1068, Nr. in job = 288 -BrunelInit INFO Evt 689, Run 1068, Nr. in job = 289 -BrunelInit INFO Evt 690, Run 1068, Nr. in job = 290 -BrunelInit INFO Evt 691, Run 1068, Nr. in job = 291 -BrunelInit INFO Evt 692, Run 1068, Nr. in job = 292 -BrunelInit INFO Evt 693, Run 1068, Nr. in job = 293 -BrunelInit INFO Evt 694, Run 1068, Nr. in job = 294 -BrunelInit INFO Evt 695, Run 1068, Nr. in job = 295 -BrunelInit INFO Evt 696, Run 1068, Nr. in job = 296 -BrunelInit INFO Evt 697, Run 1068, Nr. in job = 297 -BrunelInit INFO Evt 698, Run 1068, Nr. in job = 298 -BrunelInit INFO Evt 699, Run 1068, Nr. in job = 299 -BrunelInit INFO Evt 700, Run 1068, Nr. in job = 300 -BrunelInit INFO Evt 701, Run 1068, Nr. in job = 301 -BrunelInit INFO Evt 702, Run 1068, Nr. in job = 302 -BrunelInit INFO Evt 703, Run 1068, Nr. in job = 303 -BrunelInit INFO Evt 704, Run 1068, Nr. in job = 304 -BrunelInit INFO Evt 705, Run 1068, Nr. in job = 305 -BrunelInit INFO Evt 706, Run 1068, Nr. in job = 306 -BrunelInit INFO Evt 707, Run 1068, Nr. in job = 307 -BrunelInit INFO Evt 708, Run 1068, Nr. in job = 308 -BrunelInit INFO Evt 709, Run 1068, Nr. in job = 309 -BrunelInit INFO Evt 710, Run 1068, Nr. in job = 310 -BrunelInit INFO Evt 711, Run 1068, Nr. in job = 311 -BrunelInit INFO Evt 712, Run 1068, Nr. in job = 312 -BrunelInit INFO Evt 713, Run 1068, Nr. in job = 313 -BrunelInit INFO Evt 714, Run 1068, Nr. in job = 314 -BrunelInit INFO Evt 715, Run 1068, Nr. in job = 315 -BrunelInit INFO Evt 716, Run 1068, Nr. in job = 316 -BrunelInit INFO Evt 717, Run 1068, Nr. in job = 317 -BrunelInit INFO Evt 718, Run 1068, Nr. in job = 318 -BrunelInit INFO Evt 719, Run 1068, Nr. in job = 319 -BrunelInit INFO Evt 720, Run 1068, Nr. in job = 320 -BrunelInit INFO Evt 721, Run 1068, Nr. in job = 321 -BrunelInit INFO Evt 722, Run 1068, Nr. in job = 322 -BrunelInit INFO Evt 723, Run 1068, Nr. in job = 323 -BrunelInit INFO Evt 724, Run 1068, Nr. in job = 324 -BrunelInit INFO Evt 725, Run 1068, Nr. in job = 325 -BrunelInit INFO Evt 726, Run 1068, Nr. in job = 326 -BrunelInit INFO Evt 727, Run 1068, Nr. in job = 327 -BrunelInit INFO Evt 728, Run 1068, Nr. in job = 328 -BrunelInit INFO Evt 729, Run 1068, Nr. in job = 329 -BrunelInit INFO Evt 730, Run 1068, Nr. in job = 330 -BrunelInit INFO Evt 731, Run 1068, Nr. in job = 331 -BrunelInit INFO Evt 732, Run 1068, Nr. in job = 332 -BrunelInit INFO Evt 733, Run 1068, Nr. in job = 333 -BrunelInit INFO Evt 734, Run 1068, Nr. in job = 334 -BrunelInit INFO Evt 735, Run 1068, Nr. in job = 335 -BrunelInit INFO Evt 736, Run 1068, Nr. in job = 336 -BrunelInit INFO Evt 737, Run 1068, Nr. in job = 337 -BrunelInit INFO Evt 738, Run 1068, Nr. in job = 338 -BrunelInit INFO Evt 739, Run 1068, Nr. in job = 339 -BrunelInit INFO Evt 740, Run 1068, Nr. in job = 340 -BrunelInit INFO Evt 741, Run 1068, Nr. in job = 341 -BrunelInit INFO Evt 742, Run 1068, Nr. in job = 342 -BrunelInit INFO Evt 743, Run 1068, Nr. in job = 343 -BrunelInit INFO Evt 744, Run 1068, Nr. in job = 344 -BrunelInit INFO Evt 745, Run 1068, Nr. in job = 345 -BrunelInit INFO Evt 746, Run 1068, Nr. in job = 346 -BrunelInit INFO Evt 747, Run 1068, Nr. in job = 347 -BrunelInit INFO Evt 748, Run 1068, Nr. in job = 348 -BrunelInit INFO Evt 749, Run 1068, Nr. in job = 349 -BrunelInit INFO Evt 750, Run 1068, Nr. in job = 350 -BrunelInit INFO Evt 751, Run 1068, Nr. in job = 351 -BrunelInit INFO Evt 752, Run 1068, Nr. in job = 352 -BrunelInit INFO Evt 753, Run 1068, Nr. in job = 353 -BrunelInit INFO Evt 754, Run 1068, Nr. in job = 354 -BrunelInit INFO Evt 755, Run 1068, Nr. in job = 355 -BrunelInit INFO Evt 756, Run 1068, Nr. in job = 356 -BrunelInit INFO Evt 757, Run 1068, Nr. in job = 357 -BrunelInit INFO Evt 758, Run 1068, Nr. in job = 358 -BrunelInit INFO Evt 759, Run 1068, Nr. in job = 359 -BrunelInit INFO Evt 760, Run 1068, Nr. in job = 360 -BrunelInit INFO Evt 761, Run 1068, Nr. in job = 361 -BrunelInit INFO Evt 762, Run 1068, Nr. in job = 362 -BrunelInit INFO Evt 763, Run 1068, Nr. in job = 363 -BrunelInit INFO Evt 764, Run 1068, Nr. in job = 364 -BrunelInit INFO Evt 765, Run 1068, Nr. in job = 365 -BrunelInit INFO Evt 766, Run 1068, Nr. in job = 366 -BrunelInit INFO Evt 767, Run 1068, Nr. in job = 367 -BrunelInit INFO Evt 768, Run 1068, Nr. in job = 368 -BrunelInit INFO Evt 769, Run 1068, Nr. in job = 369 -BrunelInit INFO Evt 770, Run 1068, Nr. in job = 370 -BrunelInit INFO Evt 771, Run 1068, Nr. in job = 371 -BrunelInit INFO Evt 772, Run 1068, Nr. in job = 372 -BrunelInit INFO Evt 773, Run 1068, Nr. in job = 373 -BrunelInit INFO Evt 774, Run 1068, Nr. in job = 374 -BrunelInit INFO Evt 775, Run 1068, Nr. in job = 375 -BrunelInit INFO Evt 776, Run 1068, Nr. in job = 376 -BrunelInit INFO Evt 777, Run 1068, Nr. in job = 377 -BrunelInit INFO Evt 778, Run 1068, Nr. in job = 378 -BrunelInit INFO Evt 779, Run 1068, Nr. in job = 379 -BrunelInit INFO Evt 780, Run 1068, Nr. in job = 380 -BrunelInit INFO Evt 781, Run 1068, Nr. in job = 381 -BrunelInit INFO Evt 782, Run 1068, Nr. in job = 382 -BrunelInit INFO Evt 783, Run 1068, Nr. in job = 383 -BrunelInit INFO Evt 784, Run 1068, Nr. in job = 384 -BrunelInit INFO Evt 785, Run 1068, Nr. in job = 385 -BrunelInit INFO Evt 786, Run 1068, Nr. in job = 386 -BrunelInit INFO Evt 787, Run 1068, Nr. in job = 387 -BrunelInit INFO Evt 788, Run 1068, Nr. in job = 388 -BrunelInit INFO Evt 789, Run 1068, Nr. in job = 389 -BrunelInit INFO Evt 790, Run 1068, Nr. in job = 390 -BrunelInit INFO Evt 791, Run 1068, Nr. in job = 391 -BrunelInit INFO Evt 792, Run 1068, Nr. in job = 392 -BrunelInit INFO Evt 793, Run 1068, Nr. in job = 393 -BrunelInit INFO Evt 794, Run 1068, Nr. in job = 394 -BrunelInit INFO Evt 795, Run 1068, Nr. in job = 395 -BrunelInit INFO Evt 796, Run 1068, Nr. in job = 396 -BrunelInit INFO Evt 797, Run 1068, Nr. in job = 397 -BrunelInit INFO Evt 798, Run 1068, Nr. in job = 398 -BrunelInit INFO Evt 799, Run 1068, Nr. in job = 399 -BrunelInit INFO Evt 800, Run 1068, Nr. in job = 400 -BrunelInit INFO Evt 801, Run 1068, Nr. in job = 401 -BrunelInit INFO Evt 802, Run 1068, Nr. in job = 402 -BrunelInit INFO Evt 803, Run 1068, Nr. in job = 403 -BrunelInit INFO Evt 804, Run 1068, Nr. in job = 404 -BrunelInit INFO Evt 805, Run 1068, Nr. in job = 405 -BrunelInit INFO Evt 806, Run 1068, Nr. in job = 406 -BrunelInit INFO Evt 807, Run 1068, Nr. in job = 407 -BrunelInit INFO Evt 808, Run 1068, Nr. in job = 408 -BrunelInit INFO Evt 809, Run 1068, Nr. in job = 409 -BrunelInit INFO Evt 810, Run 1068, Nr. in job = 410 -BrunelInit INFO Evt 811, Run 1068, Nr. in job = 411 -BrunelInit INFO Evt 812, Run 1068, Nr. in job = 412 -BrunelInit INFO Evt 813, Run 1068, Nr. in job = 413 -BrunelInit INFO Evt 814, Run 1068, Nr. in job = 414 -BrunelInit INFO Evt 815, Run 1068, Nr. in job = 415 -BrunelInit INFO Evt 816, Run 1068, Nr. in job = 416 -BrunelInit INFO Evt 817, Run 1068, Nr. in job = 417 -BrunelInit INFO Evt 818, Run 1068, Nr. in job = 418 -BrunelInit INFO Evt 819, Run 1068, Nr. in job = 419 -BrunelInit INFO Evt 820, Run 1068, Nr. in job = 420 -BrunelInit INFO Evt 821, Run 1068, Nr. in job = 421 -BrunelInit INFO Evt 822, Run 1068, Nr. in job = 422 -BrunelInit INFO Evt 823, Run 1068, Nr. in job = 423 -BrunelInit INFO Evt 824, Run 1068, Nr. in job = 424 -BrunelInit INFO Evt 825, Run 1068, Nr. in job = 425 -BrunelInit INFO Evt 826, Run 1068, Nr. in job = 426 -BrunelInit INFO Evt 827, Run 1068, Nr. in job = 427 -BrunelInit INFO Evt 828, Run 1068, Nr. in job = 428 -BrunelInit INFO Evt 829, Run 1068, Nr. in job = 429 -BrunelInit INFO Evt 830, Run 1068, Nr. in job = 430 -BrunelInit INFO Evt 831, Run 1068, Nr. in job = 431 -BrunelInit INFO Evt 832, Run 1068, Nr. in job = 432 -BrunelInit INFO Evt 833, Run 1068, Nr. in job = 433 -BrunelInit INFO Evt 834, Run 1068, Nr. in job = 434 -BrunelInit INFO Evt 835, Run 1068, Nr. in job = 435 -BrunelInit INFO Evt 836, Run 1068, Nr. in job = 436 -BrunelInit INFO Evt 837, Run 1068, Nr. in job = 437 -BrunelInit INFO Evt 838, Run 1068, Nr. in job = 438 -BrunelInit INFO Evt 839, Run 1068, Nr. in job = 439 -BrunelInit INFO Evt 840, Run 1068, Nr. in job = 440 -BrunelInit INFO Evt 841, Run 1068, Nr. in job = 441 -BrunelInit INFO Evt 842, Run 1068, Nr. in job = 442 -BrunelInit INFO Evt 843, Run 1068, Nr. in job = 443 -BrunelInit INFO Evt 844, Run 1068, Nr. in job = 444 -BrunelInit INFO Evt 845, Run 1068, Nr. in job = 445 -BrunelInit INFO Evt 846, Run 1068, Nr. in job = 446 -BrunelInit INFO Evt 847, Run 1068, Nr. in job = 447 -BrunelInit INFO Evt 848, Run 1068, Nr. in job = 448 -BrunelInit INFO Evt 849, Run 1068, Nr. in job = 449 -BrunelInit INFO Evt 850, Run 1068, Nr. in job = 450 -BrunelInit INFO Evt 851, Run 1068, Nr. in job = 451 -BrunelInit INFO Evt 852, Run 1068, Nr. in job = 452 -BrunelInit INFO Evt 853, Run 1068, Nr. in job = 453 -BrunelInit INFO Evt 854, Run 1068, Nr. in job = 454 -BrunelInit INFO Evt 855, Run 1068, Nr. in job = 455 -BrunelInit INFO Evt 856, Run 1068, Nr. in job = 456 -BrunelInit INFO Evt 857, Run 1068, Nr. in job = 457 -BrunelInit INFO Evt 858, Run 1068, Nr. in job = 458 -BrunelInit INFO Evt 859, Run 1068, Nr. in job = 459 -BrunelInit INFO Evt 860, Run 1068, Nr. in job = 460 -BrunelInit INFO Evt 861, Run 1068, Nr. in job = 461 -BrunelInit INFO Evt 862, Run 1068, Nr. in job = 462 -BrunelInit INFO Evt 863, Run 1068, Nr. in job = 463 -BrunelInit INFO Evt 864, Run 1068, Nr. in job = 464 -BrunelInit INFO Evt 865, Run 1068, Nr. in job = 465 -BrunelInit INFO Evt 866, Run 1068, Nr. in job = 466 -BrunelInit INFO Evt 867, Run 1068, Nr. in job = 467 -BrunelInit INFO Evt 868, Run 1068, Nr. in job = 468 -BrunelInit INFO Evt 869, Run 1068, Nr. in job = 469 -BrunelInit INFO Evt 870, Run 1068, Nr. in job = 470 -BrunelInit INFO Evt 871, Run 1068, Nr. in job = 471 -BrunelInit INFO Evt 872, Run 1068, Nr. in job = 472 -BrunelInit INFO Evt 873, Run 1068, Nr. in job = 473 -BrunelInit INFO Evt 874, Run 1068, Nr. in job = 474 -BrunelInit INFO Evt 875, Run 1068, Nr. in job = 475 -BrunelInit INFO Evt 876, Run 1068, Nr. in job = 476 -BrunelInit INFO Evt 877, Run 1068, Nr. in job = 477 -BrunelInit INFO Evt 878, Run 1068, Nr. in job = 478 -BrunelInit INFO Evt 879, Run 1068, Nr. in job = 479 -BrunelInit INFO Evt 880, Run 1068, Nr. in job = 480 -BrunelInit INFO Evt 881, Run 1068, Nr. in job = 481 -BrunelInit INFO Evt 882, Run 1068, Nr. in job = 482 -BrunelInit INFO Evt 883, Run 1068, Nr. in job = 483 -BrunelInit INFO Evt 884, Run 1068, Nr. in job = 484 -BrunelInit INFO Evt 885, Run 1068, Nr. in job = 485 -BrunelInit INFO Evt 886, Run 1068, Nr. in job = 486 -BrunelInit INFO Evt 887, Run 1068, Nr. in job = 487 -BrunelInit INFO Evt 888, Run 1068, Nr. in job = 488 -BrunelInit INFO Evt 889, Run 1068, Nr. in job = 489 -BrunelInit INFO Evt 890, Run 1068, Nr. in job = 490 -BrunelInit INFO Evt 891, Run 1068, Nr. in job = 491 -BrunelInit INFO Evt 892, Run 1068, Nr. in job = 492 -BrunelInit INFO Evt 893, Run 1068, Nr. in job = 493 -BrunelInit INFO Evt 894, Run 1068, Nr. in job = 494 -BrunelInit INFO Evt 895, Run 1068, Nr. in job = 495 -BrunelInit INFO Evt 896, Run 1068, Nr. in job = 496 -BrunelInit INFO Evt 897, Run 1068, Nr. in job = 497 -BrunelInit INFO Evt 898, Run 1068, Nr. in job = 498 -BrunelInit INFO Evt 899, Run 1068, Nr. in job = 499 -BrunelInit INFO Evt 900, Run 1068, Nr. in job = 500 -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 500 events processed -BrunelInit SUCCESS ================================================================== -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 98689 tracks including 916 ghosts [ 0.93 %], Event average 0.79 % **** -VeloMCCheck INFO 01_velo : 42343 from 43130 [ 98.18 %] 598 clones [ 1.39 %], purity: 99.74 %, hitEff: 97.01 %, hitEffFirst3: 97.02 %, hitEffLast: 96.72 % -VeloMCCheck INFO 02_long : 25211 from 25413 [ 99.21 %] 242 clones [ 0.95 %], purity: 99.83 %, hitEff: 97.93 %, hitEffFirst3: 97.89 %, hitEffLast: 97.81 % -VeloMCCheck INFO 03_long>5GeV : 17203 from 17292 [ 99.49 %] 122 clones [ 0.70 %], purity: 99.84 %, hitEff: 98.37 %, hitEffFirst3: 98.37 %, hitEffLast: 98.26 % -VeloMCCheck INFO 04_long_strange : 1330 from 1372 [ 96.94 %] 13 clones [ 0.97 %], purity: 99.46 %, hitEff: 97.68 %, hitEffFirst3: 97.59 %, hitEffLast: 97.20 % -VeloMCCheck INFO 05_long_strange>5GeV : 646 from 668 [ 96.71 %] 2 clones [ 0.31 %], purity: 99.29 %, hitEff: 98.70 %, hitEffFirst3: 98.56 %, hitEffLast: 98.58 % -VeloMCCheck INFO 06_long_fromB : 53 from 53 [100.00 %] 1 clones [ 1.85 %], purity:100.00 %, hitEff: 96.73 %, hitEffFirst3: 96.91 %, hitEffLast: 96.39 % -VeloMCCheck INFO 07_long_fromB>5GeV : 34 from 34 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.75 %, hitEffFirst3: 98.04 %, hitEffLast: 97.20 % -VeloMCCheck INFO 08_long_electrons : 2118 from 2216 [ 95.58 %] 54 clones [ 2.49 %], purity: 97.87 %, hitEff: 95.00 %, hitEffFirst3: 93.20 %, hitEffLast: 95.42 % -VeloMCCheck INFO 09_long_fromB_electrons : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 10_long_fromB_electrons_P>5GeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 31 from 31 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.69 %, hitEffFirst3: 97.85 %, hitEffLast: 97.12 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 31 from 31 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.69 %, hitEffFirst3: 97.85 %, hitEffLast: 97.12 % -VeloMCCheck INFO -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 14230 tracks including 449 ghosts [ 3.16 %], Event average 2.05 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 12454 tracks including 343 ghosts [2.75 %] **** -ForwardMCCheck INFO 01_long : 12911 from 25413 [ 50.80 %] 39 clones [ 0.30 %], purity: 99.45 %, hitEff: 98.10 % -ForwardMCCheck INFO 02_long>5GeV : 11262 from 17292 [ 65.13 %] 30 clones [ 0.27 %], purity: 99.51 %, hitEff: 98.37 % -ForwardMCCheck INFO 03_long_strange : 366 from 1372 [ 26.68 %] 1 clones [ 0.27 %], purity: 99.16 %, hitEff: 97.51 % -ForwardMCCheck INFO 04_long_strange>5GeV : 287 from 668 [ 42.96 %] 0 clones [ 0.00 %], purity: 99.33 %, hitEff: 97.92 % -ForwardMCCheck INFO 05_long_fromB : 32 from 53 [ 60.38 %] 0 clones [ 0.00 %], purity: 98.93 %, hitEff: 97.02 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 28 from 34 [ 82.35 %] 0 clones [ 0.00 %], purity: 99.12 %, hitEff: 98.08 % -ForwardMCCheck INFO 07_long_electrons : 262 from 2216 [ 11.82 %] 4 clones [ 1.50 %], purity: 98.42 %, hitEff: 98.23 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 232 from 1240 [ 18.71 %] 3 clones [ 1.28 %], purity: 98.47 %, hitEff: 98.48 % -ForwardMCCheck INFO 09_long_fromB_electrons : 2 from 3 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 29 from 31 [ 93.55 %] 0 clones [ 0.00 %], purity: 98.99 %, hitEff: 97.28 % -ForwardMCCheck INFO 10_long_fromB_electrons_P>5GeV : 2 from 3 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 29 from 31 [ 93.55 %] 0 clones [ 0.00 %], purity: 98.99 %, hitEff: 97.28 % -ForwardMCCheck INFO -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 19514 tracks including 932 ghosts [ 4.78 %], Event average 3.64 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 16720 tracks including 785 ghosts [4.69 %] **** -UpMCCheck INFO 01_velo : 17546 from 43130 [ 40.68 %] 63 clones [ 0.36 %], purity: 99.69 %, hitEff: 99.07 % -UpMCCheck INFO 02_velo+UT : 17520 from 37564 [ 46.64 %] 63 clones [ 0.36 %], purity: 99.71 %, hitEff: 99.07 % -UpMCCheck INFO 03_velo+UT>5GeV : 14143 from 20932 [ 67.57 %] 51 clones [ 0.36 %], purity: 99.76 %, hitEff: 99.58 % -UpMCCheck INFO 04_velo+notLong : 3163 from 17717 [ 17.85 %] 10 clones [ 0.32 %], purity: 99.42 %, hitEff: 98.18 % -UpMCCheck INFO 05_velo+UT+notLong : 3142 from 12441 [ 25.26 %] 10 clones [ 0.32 %], purity: 99.48 %, hitEff: 98.17 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 2126 from 3883 [ 54.75 %] 6 clones [ 0.28 %], purity: 99.64 %, hitEff: 99.57 % -UpMCCheck INFO 07_long : 14383 from 25413 [ 56.60 %] 53 clones [ 0.37 %], purity: 99.75 %, hitEff: 99.27 % -UpMCCheck INFO 08_long>5GeV : 12022 from 17292 [ 69.52 %] 45 clones [ 0.37 %], purity: 99.78 %, hitEff: 99.59 % -UpMCCheck INFO 09_long_fromB : 34 from 53 [ 64.15 %] 0 clones [ 0.00 %], purity: 99.61 %, hitEff: 98.53 % -UpMCCheck INFO 10_long_fromB>5GeV : 29 from 34 [ 85.29 %] 0 clones [ 0.00 %], purity: 99.54 %, hitEff: 98.28 % -UpMCCheck INFO 11_long_electrons : 339 from 2216 [ 15.30 %] 8 clones [ 2.31 %], purity: 98.85 %, hitEff: 98.93 % -UpMCCheck INFO 12_long_fromB_electrons : 2 from 3 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 13_long_fromB_electrons_P>5GeV : 2 from 3 [ 66.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 30 from 31 [ 96.77 %] 0 clones [ 0.00 %], purity: 99.56 %, hitEff: 98.33 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 30 from 31 [ 96.77 %] 0 clones [ 0.00 %], purity: 99.56 %, hitEff: 98.33 % -UpMCCheck INFO -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 449 ghost, 4.02 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 12454 tracks including 343 ghosts [ 2.8 %] **** -UTForwardMCCheck INFO 01_long : 12950 tr 4.04 from 4.07 mcUT [ 99.3 %] 0.03 ghost hits on real tracks [ 0.6 %] -UTForwardMCCheck INFO 01_long >3UT : 12944 tr 4.04 from 4.07 mcUT [ 99.3 %] 0.03 ghost hits on real tracks [ 0.6 %] -UTForwardMCCheck INFO 02_long>5GeV : 11292 tr 4.04 from 4.07 mcUT [ 99.4 %] 0.03 ghost hits on real tracks [ 0.6 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 11286 tr 4.05 from 4.07 mcUT [ 99.4 %] 0.03 ghost hits on real tracks [ 0.6 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 29 tr 3.93 from 4.00 mcUT [ 98.3 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 29 tr 3.93 from 4.00 mcUT [ 98.3 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 29 tr 3.93 from 4.00 mcUT [ 98.3 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 29 tr 3.93 from 4.00 mcUT [ 98.3 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTForwardMCCheck INFO -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 98689 tracks including 916 ghosts [ 0.93 %], Event average 0.79 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 87922 from 92984 [ 94.56 %] 833 clones [ 0.94 %], purity: 99.74 %, hitEff: 97.11 %, hitEffFirst3: 97.79 %, hitEffLast: 95.24 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 54323 from 56730 [ 95.76 %] 666 clones [ 1.21 %], purity: 99.74 %, hitEff: 97.27 %, hitEffFirst3: 97.22 %, hitEffLast: 96.92 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 33599 from 36254 [ 92.68 %] 167 clones [ 0.49 %], purity: 99.73 %, hitEff: 96.86 %, hitEffFirst3: 98.73 %, hitEffLast: 92.28 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 42343 from 43130 [ 98.18 %] 598 clones [ 1.39 %], purity: 99.74 %, hitEff: 97.01 %, hitEffFirst3: 97.02 %, hitEffLast: 96.72 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 25211 from 25413 [ 99.21 %] 242 clones [ 0.95 %], purity: 99.83 %, hitEff: 97.93 %, hitEffFirst3: 97.89 %, hitEffLast: 97.81 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 17203 from 17292 [ 99.49 %] 122 clones [ 0.70 %], purity: 99.84 %, hitEff: 98.37 %, hitEffFirst3: 98.37 %, hitEffLast: 98.26 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 8008 from 8121 [ 98.61 %] 120 clones [ 1.48 %], purity: 99.79 %, hitEff: 97.00 %, hitEffFirst3: 96.86 %, hitEffLast: 96.83 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 14994 from 15088 [ 99.38 %] 94 clones [ 0.62 %], purity: 99.85 %, hitEff: 98.27 %, hitEffFirst3: 98.26 %, hitEffLast: 98.14 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 53 from 53 [100.00 %] 1 clones [ 1.85 %], purity:100.00 %, hitEff: 96.73 %, hitEffFirst3: 96.91 %, hitEffLast: 96.39 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 34 from 34 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.75 %, hitEffFirst3: 98.04 %, hitEffLast: 97.20 % -VeloFullMCCheck INFO 11_notElectron_Long_FromB_Eta25 p<5GeV : 19 from 19 [100.00 %] 1 clones [ 5.00 %], purity:100.00 %, hitEff: 95.00 %, hitEffFirst3: 95.00 %, hitEffLast: 95.00 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 36 from 36 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.87 %, hitEffFirst3: 98.15 %, hitEffLast: 97.36 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 355 from 357 [ 99.44 %] 6 clones [ 1.66 %], purity: 99.75 %, hitEff: 97.16 %, hitEffFirst3: 97.05 %, hitEffLast: 96.84 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 245 from 246 [ 99.59 %] 0 clones [ 0.00 %], purity: 99.83 %, hitEff: 98.51 %, hitEffFirst3: 98.23 %, hitEffLast: 98.33 % -VeloFullMCCheck INFO 15_notElectron_Long_FromD_Eta25 p<5GeV : 110 from 111 [ 99.10 %] 6 clones [ 5.17 %], purity: 99.58 %, hitEff: 94.29 %, hitEffFirst3: 94.54 %, hitEffLast: 93.68 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 220 from 222 [ 99.10 %] 0 clones [ 0.00 %], purity: 99.97 %, hitEff: 98.65 %, hitEffFirst3: 98.64 %, hitEffLast: 98.60 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 1330 from 1372 [ 96.94 %] 13 clones [ 0.97 %], purity: 99.46 %, hitEff: 97.68 %, hitEffFirst3: 97.59 %, hitEffLast: 97.20 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 646 from 668 [ 96.71 %] 2 clones [ 0.31 %], purity: 99.29 %, hitEff: 98.70 %, hitEffFirst3: 98.56 %, hitEffLast: 98.58 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 684 from 704 [ 97.16 %] 11 clones [ 1.58 %], purity: 99.62 %, hitEff: 96.74 %, hitEffFirst3: 96.69 %, hitEffLast: 95.91 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 452 from 470 [ 96.17 %] 2 clones [ 0.44 %], purity: 99.30 %, hitEff: 98.58 %, hitEffFirst3: 98.46 %, hitEffLast: 98.36 % -VeloFullMCCheck INFO 21_Electron_Velo : 9186 from 14320 [ 64.15 %] 456 clones [ 4.73 %], purity: 98.05 %, hitEff: 87.46 %, hitEffFirst3: 85.86 %, hitEffLast: 86.00 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 7067 from 10922 [ 64.70 %] 430 clones [ 5.74 %], purity: 98.01 %, hitEff: 85.94 %, hitEffFirst3: 82.86 %, hitEffLast: 86.53 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 2119 from 3398 [ 62.36 %] 26 clones [ 1.21 %], purity: 98.19 %, hitEff: 92.80 %, hitEffFirst3: 96.36 %, hitEffLast: 83.88 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 6602 from 9250 [ 71.37 %] 429 clones [ 6.10 %], purity: 97.99 %, hitEff: 85.26 %, hitEffFirst3: 81.97 %, hitEffLast: 86.25 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 2118 from 2216 [ 95.58 %] 54 clones [ 2.49 %], purity: 97.87 %, hitEff: 95.00 %, hitEffFirst3: 93.20 %, hitEffLast: 95.42 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 1194 from 1240 [ 96.29 %] 34 clones [ 2.77 %], purity: 97.86 %, hitEff: 95.50 %, hitEffFirst3: 94.08 %, hitEffLast: 95.77 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 924 from 976 [ 94.67 %] 20 clones [ 2.12 %], purity: 97.88 %, hitEff: 94.35 %, hitEffFirst3: 92.06 %, hitEffLast: 94.97 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 548 from 573 [ 95.64 %] 24 clones [ 4.20 %], purity: 97.70 %, hitEff: 94.61 %, hitEffFirst3: 93.59 %, hitEffLast: 94.29 % -VeloFullMCCheck INFO 29_Electron_Long_FromB_Eta25 : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 30_Electron_Long_FromB_Eta25 p>5GeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 32_Electron_Long_FromB_Eta25 p>3GeV pt>400MeV : 3 from 3 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 33_Electron_Long_FromD_Eta25 : 37 from 38 [ 97.37 %] 0 clones [ 0.00 %], purity: 99.32 %, hitEff: 95.29 %, hitEffFirst3: 93.69 %, hitEffLast: 96.61 % -VeloFullMCCheck INFO 34_Electron_Long_FromD_Eta25 p>5GeV : 20 from 21 [ 95.24 %] 0 clones [ 0.00 %], purity: 98.75 %, hitEff: 94.58 %, hitEffFirst3: 91.67 %, hitEffLast: 96.22 % -VeloFullMCCheck INFO 35_Electron_Long_FromD_Eta25 p<5GeV : 17 from 17 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.12 %, hitEffFirst3: 96.08 %, hitEffLast: 97.02 % -VeloFullMCCheck INFO 36_Electron_Long_FromD_Eta25 p>3GeV pt>400MeV : 13 from 14 [ 92.86 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.03 %, hitEffFirst3: 97.44 %, hitEffLast: 96.34 % -VeloFullMCCheck INFO -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = 0.014 +/- 0.009, RMS = 1.044 +/- 0.008 -TrackResChecker... INFO ALL/y pull : mean = -0.006 +/- 0.009, RMS = 1.048 +/- 0.008 -TrackResChecker... INFO ALL/tx pull : mean = -0.011 +/- 0.009, RMS = 1.056 +/- 0.008 -TrackResChecker... INFO ALL/ty pull : mean = 0.006 +/- 0.009, RMS = 1.058 +/- 0.009 -TrackResChecker... INFO ALL/p pull : mean = -0.003 +/- 0.011, RMS = 1.237 +/- 0.010 -TrackResChecker... INFO ALL/probChi2 : mean = 0.445 +/- 0.003, RMS = 0.317 +/- 0.001 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 37.571 +/- 0.715 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 39.124 +/- 0.810 micron -TrackResChecker... INFO ALL/dp/p: mean = 0.0002 +/- 0.0001, RMS = 0.0061 +/- 0.0001 -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 2416 from 2625 ( 3787-1162 ) [ 92.04 %], false 13 from reco. 2429 ( 2416+13 ) [ 0.54 %] -PVChecker INFO 01 isolated : 1334 from 1388 ( 2000-612 ) [ 96.11 %], false 1 from reco. 1335 ( 1334+1 ) [ 0.07 %] -PVChecker INFO 02 close : 1082 from 1237 ( 1787-550 ) [ 87.47 %], false 12 from reco. 1094 ( 1082+12 ) [ 1.10 %] -PVChecker INFO 03 ntracks<10 : 167 from 283 ( 283-0 ) [ 59.01 %], false 11 from reco. 178 ( 167+11 ) [ 6.18 %] -PVChecker INFO 04 ntracks>=10 : 2249 from 2342 ( 2342-0 ) [ 96.03 %], false 2 from reco. 2251 ( 2249+2 ) [ 0.09 %] -PVChecker INFO 05 z<-50.0 : 517 from 560 ( 829-269 ) [ 92.32 %], false 2 from reco. 519 ( 517+2 ) [ 0.39 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 1346 from 1487 ( 2122-635 ) [ 90.52 %], false 8 from reco. 1354 ( 1346+8 ) [ 0.59 %] -PVChecker INFO 07 z >=50.0 : 553 from 578 ( 836-258 ) [ 95.67 %], false 3 from reco. 556 ( 553+3 ) [ 0.54 %] -PVChecker INFO 08 decayBeauty : 33 from 33 ( 33-0 ) [ 100.00 %], false 1 from reco. 46 ( 45+1 ) [ 2.17 %] -PVChecker INFO 09 decayCharm : 371 from 378 ( 378-0 ) [ 98.15 %], false 5 from reco. 384 ( 379+5 ) [ 1.30 %] -PVChecker INFO 10 decayStrange : 2409 from 2610 ( 2786-176 ) [ 92.30 %], false 13 from reco. 2422 ( 2409+13 ) [ 0.54 %] -PVChecker INFO 11 other : 7 from 15 ( 1001-986 ) [ 46.67 %], false 0 from reco. 20 ( 20+0 ) [ 0.00 %] -PVChecker INFO 12 1MCPV : 493 from 498 ( 500-2 ) [ 99.00 %], false 3 from reco. 496 ( 493+3 ) [ 0.60 %] -PVChecker INFO 13 2MCPV : 480 from 489 ( 499-10 ) [ 98.16 %], false 3 from reco. 483 ( 480+3 ) [ 0.62 %] -PVChecker INFO 14 3MCPV : 430 from 454 ( 491-37 ) [ 94.71 %], false 1 from reco. 431 ( 430+1 ) [ 0.23 %] -PVChecker INFO 15 4MCPV : 364 from 383 ( 470-87 ) [ 95.04 %], false 1 from reco. 365 ( 364+1 ) [ 0.27 %] -PVChecker INFO 16 5MCPV : 262 from 302 ( 438-136 ) [ 86.75 %], false 3 from reco. 265 ( 262+3 ) [ 1.13 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 29.78 [MC: 31.37] -PVChecker INFO 01 isolated : av. PV tracks: 28.78 [MC: 31.26] -PVChecker INFO 02 close : av. PV tracks: 31.01 [MC: 31.50] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 6.59 [MC: 6.77] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 31.50 [MC: 34.35] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 28.15 [MC: 28.91] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 29.62 [MC: 31.14] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 31.69 [MC: 34.35] -PVChecker INFO 08 decayBeauty : av. PV tracks: 59.94 [MC: 58.76] -PVChecker INFO 09 decayCharm : av. PV tracks: 51.05 [MC: 52.72] -PVChecker INFO 10 decayStrange : av. PV tracks: 29.84 [MC: 31.51] -PVChecker INFO 11 other : av. PV tracks: 7.29 [MC: 8.13] -PVChecker INFO 12 1MCPV : av. PV tracks: 59.15 [MC: 60.85] -PVChecker INFO 13 2MCPV : av. PV tracks: 35.40 [MC: 39.04] -PVChecker INFO 14 3MCPV : av. PV tracks: 25.10 [MC: 27.88] -PVChecker INFO 15 4MCPV : av. PV tracks: 18.62 [MC: 21.51] -PVChecker INFO 16 5MCPV : av. PV tracks: 14.46 [MC: 17.67] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.015, y: +0.014, z: +0.088 -PVChecker INFO 2_res_ntracks<10 : x: +0.031, y: +0.029, z: +0.160 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.016, y: +0.016, z: +0.104 -PVChecker INFO 4_res_ntracks>30 : x: +0.007, y: +0.007, z: +0.040 -PVChecker INFO 5_res_z<-50 : x: +0.017, y: +0.015, z: +0.106 -PVChecker INFO 6_res_z(-50,50) : x: +0.014, y: +0.014, z: +0.086 -PVChecker INFO 7_res_z>50 : x: +0.012, y: +0.014, z: +0.076 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +0.949, y: +0.973, z: +1.010 -PVChecker INFO 1_pull_mean_all : x: +0.030, y: +0.005, z: -0.002 -PVChecker INFO -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 0 -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 0 -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BrunelInit.Brun... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 500 | 98689 | 197.38 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 500 | 98689 | 197.38 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 500 | 14230 | 28.460 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 14230 | 13781 |( 96.84469 +- 0.1465400)% | - | "MC particles per track" | 13781 | 16361 | 1.1872 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 14230 | 13781 |( 96.84469 +- 0.1465400)% | - | "MC particles per track" | 13781 | 16361 | 1.1872 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 500 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 500 | 2429 | 4.8580 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 498 | 19485 | 39.127 | - | "Created long tracks" | 498 | 14230 | 28.574 | - | "Input tracks" | 498 | 19514 | 39.185 | - | "Number of candidate bins per track" | 19485 | 147264 | 7.5578 | 11.076 | 0.0000 | 88.000 | - | "Number of complete candidates/track 1st Loop" | 18155 | 13701 | 0.75467 | 0.47887 | 0.0000 | 3.0000 | - | "Number of complete candidates/track 2nd Loop" | 6257 | 952 | 0.15215 | 0.36578 | 0.0000 | 2.0000 | - | "Number of x candidates per track 1st Loop" | 18155 | 24482 | 1.3485 | 1.3203 | - | "Number of x candidates per track 2nd Loop" | 6257 | 25487 | 4.0734 | 5.8554 | - | "Percentage second loop execution" | 18155 | 6257 | 0.34464 | - | "Removed duplicates" | 498 | 92 | 0.18474 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 500 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 3109539 | 0 | 0.0000 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 500 | 90000 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 500 | 90000 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 500 | 61743 | 123.49 | - | "#tracks" | 500 | 19514 | 39.028 | -Rec_Track_Forwa... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# input objects" | 14230 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 83 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 19514 | 18582 |( 95.22394 +- 0.1526633)% | - | "MC particles per track" | 18582 | 18582 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 500 | 762853 | 1525.7 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 98689 | 97773 |( 99.07183 +- 0.03052489)% | - | "MC particles per track" | 97773 | 98397 | 1.0064 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 500 | 762853 | 1525.7 | - | "Nb of Produced Tracks" | 500 | 98689 | 197.38 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 500 | 19514 | 39.028 | diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-test-protos.ref b/Rec/Brunel/tests/refs/brunel-upgrade-test-protos.ref deleted file mode 100644 index fda022724917697e102186e559c34dee4b14a70f..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-test-protos.ref +++ /dev/null @@ -1,8981 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 10 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-10ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 61 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -ProtoElectronMon INFO Will only look at track type(s) = ['Long', 'Downstream'] -FilterForBestMC... INFO CUT: ' (~TrINVALID) ' -FilterForBestLo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==3) ) ' -FilterForBestLo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==3) ) & (TrGHOSTPROB<0.5) ) ' -FilterForBestDo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==5) ) ' -FilterForBestDo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==5) ) & (TrGHOSTPROB<0.5) ) ' -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel-10ev.dst' SVC='RootCnvSvc' OPT='REC' -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel-10ev.dst' SVC='FileRecordCnvSvc' OPT='REC' -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 1, Run 1, Nr. in job = 1 -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=ghost -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.31151 RichDLLmu=2.70431 RichDLLpi=0 RichDLLk=9.79907 RichDLLp=9.79907 RichPIDStatus=5028 RichDLLbt=9.79907 RichDLLd=9.79907 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.09425 CaloElectronMatch=2902.47 CaloBremMatch=11.2114 CaloChargedEcal=882.077 CaloChargedID=35384 CaloNeutralEcal=882.077 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88629 CaloNeutralID=35384 CaloEcalE=3106.91 CaloHcalE=640.93 CaloEcalChi2=2902.47 CaloBremChi2=598.545 CaloClusChi2=2.09425 CaloTrajectoryL=5075.17 CaloEoverP=0.148754 EcalPIDe=-2.90039 BremPIDe=-0.638976 HcalPIDe=-0.319373 HcalPIDmu=-1.18737 EcalPIDmu=-2.87944 TrackChi2PerDof=1.2277 TrackNumDof=47 TrackType=3 TrackHistory=30 TrackP=7818.05 TrackPt=423.192 CombDLLe=-3.10713 CombDLLmu=-0.61133 CombDLLpi=0 CombDLLk=9.79907 CombDLLp=9.79907 CombDLLd=9.79907 ProbNNe=0.0162832 ProbNNpi=0.0813113 ProbNNk=0.722246 ProbNNp=0.891633 ProbNNghost=0.0607479 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.6849 RichDLLmu=-13.7481 RichDLLpi=0 RichDLLk=-4.94123 RichDLLp=-4.94123 RichPIDStatus=5091 RichDLLbt=-4.94123 RichDLLd=-4.94123 MuonMuLL=0 MuonBkgLL=-0.258059 MuonNShared=13 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=12.4833 MuonMVA1=-999 MuonMVA2=-1.0206 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.07996 CaloElectronMatch=439.424 CaloBremMatch=75.9527 CaloChargedEcal=11875.1 CaloChargedID=38705 CaloNeutralEcal=11875.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.645394 CaloNeutralID=38705 CaloEcalE=4159.11 CaloHcalE=2911.98 CaloEcalChi2=439.424 CaloBremChi2=229.288 CaloClusChi2=3.07996 CaloTrajectoryL=626.545 CaloEoverP=2.04092 EcalPIDe=-0.0141273 BremPIDe=-0.210201 HcalPIDe=-1.45309 HcalPIDmu=0.204031 EcalPIDmu=-2.76686 TrackChi2PerDof=1.15673 TrackNumDof=47 TrackType=3 TrackHistory=32 TrackP=6023.91 TrackPt=296.404 CombDLLe=-4.72852 CombDLLmu=-9.24775 CombDLLpi=0 CombDLLk=-4.94123 CombDLLp=-4.94123 CombDLLd=-4.68317 ProbNNe=0.000372732 ProbNNmu=0.00366525 ProbNNpi=0.0137979 ProbNNk=0.00508657 ProbNNp=0.0631985 ProbNNghost=0.0511141 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.4492 RichDLLmu=-9.3313 RichDLLpi=0 RichDLLk=-11.7518 RichDLLp=-11.7518 RichPIDStatus=5027 RichDLLbt=-11.7518 RichDLLd=-11.7518 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.00787 CaloElectronMatch=200.955 CaloBremMatch=70.7307 CaloChargedEcal=6142.21 CaloChargedID=38785 CaloNeutralEcal=6142.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75467 CaloNeutralID=38785 CaloEcalE=1364.73 CaloHcalE=263.884 CaloEcalChi2=200.955 CaloBremChi2=122.27 CaloClusChi2=2.00787 CaloTrajectoryL=144.795 CaloEoverP=0.926805 EcalPIDe=0.605631 BremPIDe=0.223978 HcalPIDe=-0.0471635 HcalPIDmu=-1.74553 EcalPIDmu=-0.962261 TrackChi2PerDof=1.10642 TrackNumDof=43 TrackType=3 TrackHistory=32 TrackP=6967.74 TrackPt=281.506 CombDLLe=-1.79429 CombDLLmu=-9.38057 CombDLLpi=0 CombDLLk=-11.7518 CombDLLp=-11.7518 CombDLLd=-11.7518 ProbNNe=5.89224e-07 ProbNNpi=0.997246 ProbNNk=0.00284814 ProbNNp=0.00236299 ProbNNghost=0.00553694 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.6947 RichDLLmu=-15.2929 RichDLLpi=0 RichDLLk=-17.2999 RichDLLp=-16.5137 RichPIDStatus=6115 RichDLLbt=-16.5137 RichDLLd=-16.5137 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.770233 CaloElectronMatch=355.68 CaloBremMatch=355.68 CaloChargedEcal=3904.7 CaloChargedID=42094 CaloNeutralEcal=3904.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.742493 CaloNeutralID=42094 CaloEcalE=2119.96 CaloHcalE=1518.49 CaloEcalChi2=355.68 CaloBremChi2=276.368 CaloClusChi2=0.770233 CaloTrajectoryL=125.446 CaloEoverP=0.324829 EcalPIDe=0.118166 BremPIDe=-0.456351 HcalPIDe=-0.655264 HcalPIDmu=1.97543 EcalPIDmu=-1.7006 TrackChi2PerDof=1.37079 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=13185 TrackPt=596.409 CombDLLe=-5.61169 CombDLLmu=-6.69437 CombDLLpi=0 CombDLLk=-17.2999 CombDLLp=-16.5137 CombDLLd=-16.5137 ProbNNe=2.54592e-07 ProbNNpi=0.99944 ProbNNk=1.69546e-05 ProbNNp=0.000112698 ProbNNghost=0.0152246 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.74511 RichDLLmu=-3.67599 RichDLLpi=0 RichDLLk=7.72311 RichDLLp=8.80876 RichPIDStatus=6117 RichDLLbt=8.80876 RichDLLd=8.80876 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.21282 CaloElectronMatch=1395.52 CaloBremMatch=211.823 CaloChargedEcal=17037.4 CaloChargedID=39310 CaloNeutralEcal=17037.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923275 CaloNeutralID=39310 CaloEcalE=5633.45 CaloHcalE=2648.16 CaloEcalChi2=1395.52 CaloBremChi2=503.878 CaloClusChi2=2.21282 CaloTrajectoryL=415.237 CaloEoverP=1.24374 EcalPIDe=-1.40564 BremPIDe=-0.625066 HcalPIDe=-0.985467 HcalPIDmu=0.74914 EcalPIDmu=-3.19844 TrackChi2PerDof=2.69597 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=13922.8 TrackPt=561.468 CombDLLe=-3.32137 CombDLLmu=-6.83296 CombDLLpi=0 CombDLLk=7.72311 CombDLLp=8.80876 CombDLLd=8.80876 ProbNNe=0.0595564 ProbNNpi=0.123985 ProbNNk=0.11602 ProbNNp=0.26083 ProbNNghost=0.806553 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.7329 RichDLLmu=-1.6333 RichDLLpi=0 RichDLLk=8.2107 RichDLLp=8.2107 RichPIDStatus=5092 RichDLLbt=8.2107 RichDLLd=8.2107 MuonMuLL=-0.210227 MuonBkgLL=-0.927924 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=38.5224 MuonMVA1=-999 MuonMVA2=-1.20843 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.62675 CaloElectronMatch=262.465 CaloBremMatch=195.779 CaloChargedEcal=2338.31 CaloChargedID=43082 CaloNeutralEcal=2338.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.821478 CaloNeutralID=43082 CaloEcalE=91.884 CaloHcalE=7792.18 CaloEcalChi2=262.465 CaloBremChi2=543.813 CaloClusChi2=2.62675 CaloTrajectoryL=-144.329 CaloEoverP=0.454701 EcalPIDe=0.27519 BremPIDe=-0.607507 HcalPIDe=-2.22765 HcalPIDmu=-0.644682 EcalPIDmu=0.501778 TrackChi2PerDof=2.39114 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=5818.02 TrackPt=300.3 CombDLLe=-4.5563 CombDLLmu=-1.63382 CombDLLpi=0 CombDLLk=8.2107 CombDLLp=8.2107 CombDLLd=9.13862 ProbNNe=0.00117891 ProbNNmu=0.00366525 ProbNNpi=0.000881057 ProbNNk=0.201767 ProbNNp=0.0480377 ProbNNghost=0.833849 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.59307 RichDLLmu=-0.132063 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=232.528 BremPIDe=-0.101516 TrackChi2PerDof=1.58069 TrackNumDof=42 TrackType=3 TrackHistory=30 TrackP=2253.92 TrackPt=87.3757 CombDLLe=-1.07397 CombDLLmu=-0.184845 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.823669 ProbNNpi=0.0142152 ProbNNk=0.0354206 ProbNNp=0.013992 ProbNNghost=0.996744 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.737591 RichDLLmu=-2.53193 RichDLLpi=0 RichDLLk=7.42707 RichDLLp=7.42707 RichPIDStatus=5028 RichDLLbt=7.42707 RichDLLd=7.42707 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.11468 CaloElectronMatch=2881.26 CaloBremMatch=11.2114 CaloChargedEcal=882.077 CaloChargedID=35384 CaloNeutralEcal=882.077 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88629 CaloNeutralID=35384 CaloEcalE=3106.91 CaloHcalE=930.108 CaloEcalChi2=2881.26 CaloBremChi2=593.379 CaloClusChi2=2.11468 CaloTrajectoryL=5088.38 CaloEoverP=0.149756 EcalPIDe=-2.90039 BremPIDe=-0.638976 HcalPIDe=-0.431041 HcalPIDmu=-0.437826 EcalPIDmu=-2.87944 TrackChi2PerDof=1.41504 TrackNumDof=39 TrackType=3 TrackHistory=32 TrackP=7765.74 TrackPt=399.795 CombDLLe=-3.84134 CombDLLmu=-6.58714 CombDLLpi=0 CombDLLk=7.42707 CombDLLp=7.42707 CombDLLd=7.42707 ProbNNe=0.0337857 ProbNNpi=0.00691256 ProbNNk=0.25532 ProbNNp=0.0675435 ProbNNghost=0.989751 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.7146 RichDLLmu=-11.6189 RichDLLpi=0 RichDLLk=-4.74112 RichDLLp=-4.74112 RichPIDStatus=5091 RichDLLbt=-4.74112 RichDLLd=-4.74112 MuonMuLL=-0.305846 MuonBkgLL=-1.22305 MuonNShared=3 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=5.76841 MuonMVA1=-999 MuonMVA2=-0.426274 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.5217 CaloElectronMatch=556.47 CaloBremMatch=75.9527 CaloChargedEcal=11875.1 CaloChargedID=38705 CaloNeutralEcal=11875.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.645394 CaloNeutralID=38705 CaloEcalE=376.29 CaloHcalE=8868.74 CaloEcalChi2=556.47 CaloBremChi2=211.478 CaloClusChi2=2.5217 CaloTrajectoryL=-590.946 CaloEoverP=2.12144 EcalPIDe=-0.341929 BremPIDe=-0.336986 HcalPIDe=-1.88811 HcalPIDmu=-0.413648 EcalPIDmu=1.47887 TrackChi2PerDof=2.01718 TrackNumDof=39 TrackType=3 TrackHistory=32 TrackP=5795.26 TrackPt=241.421 CombDLLe=-6.0331 CombDLLmu=-4.88465 CombDLLpi=0 CombDLLk=-4.74112 CombDLLp=-4.74112 CombDLLd=-3.51807 ProbNNe=1.58669e-06 ProbNNmu=0.00366525 ProbNNpi=0.000512332 ProbNNk=0.00335541 ProbNNp=0.0082209 ProbNNghost=0.978154 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.8258 RichDLLmu=-10.6151 RichDLLpi=0 RichDLLk=-35.4841 RichDLLp=-31.9611 RichPIDStatus=6115 RichDLLbt=-31.9611 RichDLLd=-31.9611 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.582989 CaloElectronMatch=976.77 CaloBremMatch=245.454 CaloChargedEcal=2013.74 CaloChargedID=42506 CaloNeutralEcal=2013.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.778693 CaloNeutralID=42506 CaloEcalE=1244.6 CaloHcalE=22577.7 CaloEcalChi2=976.77 CaloBremChi2=732.949 CaloClusChi2=0.582989 CaloTrajectoryL=65.2919 CaloEoverP=0.139738 EcalPIDe=-0.786028 BremPIDe=-0.618836 HcalPIDe=-2.5812 HcalPIDmu=-1.36033 EcalPIDmu=-0.378036 TrackChi2PerDof=0.994122 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=16768 TrackPt=563.907 CombDLLe=-8.41388 CombDLLmu=-8.54071 CombDLLpi=0 CombDLLk=-35.4841 CombDLLp=-31.9611 CombDLLd=-31.9611 ProbNNe=8.34078e-08 ProbNNpi=0.999809 ProbNNk=2.24747e-05 ProbNNp=0.000138988 ProbNNghost=0.000183292 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.9534 RichDLLmu=-6.27088 RichDLLpi=0 RichDLLk=5.96343 RichDLLp=6.28823 RichPIDStatus=6117 RichDLLbt=6.28823 RichDLLd=6.28823 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.67264 CaloElectronMatch=547.978 CaloBremMatch=2.2464 CaloChargedEcal=6999.87 CaloChargedID=39346 CaloNeutralEcal=6999.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784837 CaloNeutralID=39346 CaloEcalE=1293.53 CaloHcalE=696.726 CaloEcalChi2=547.978 CaloBremChi2=292.227 CaloClusChi2=2.67264 CaloTrajectoryL=-142.728 CaloEoverP=0.678825 EcalPIDe=-0.273733 BremPIDe=-0.479014 HcalPIDe=-0.22241 HcalPIDmu=-1.26188 EcalPIDmu=-0.880052 TrackChi2PerDof=0.813315 TrackNumDof=42 TrackType=3 TrackHistory=30 TrackP=10500.3 TrackPt=333.827 CombDLLe=-3.47655 CombDLLmu=-8.08809 CombDLLpi=0 CombDLLk=5.96343 CombDLLp=6.28823 CombDLLd=6.28823 ProbNNe=7.07514e-06 ProbNNpi=0.970754 ProbNNk=0.0104555 ProbNNp=0.0291626 ProbNNghost=0.00206111 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.1239 RichDLLmu=-4.81364 RichDLLpi=0 RichDLLk=-9.05665 RichDLLp=-8.63337 RichPIDStatus=6115 RichDLLbt=-8.63337 RichDLLd=-8.63337 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.38793 CaloElectronMatch=549.148 CaloBremMatch=211.057 CaloChargedEcal=5675.43 CaloChargedID=43468 CaloNeutralEcal=5675.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.78415 CaloNeutralID=43468 CaloEcalE=523.452 CaloHcalE=16962.4 CaloEcalChi2=549.148 CaloBremChi2=291.772 CaloClusChi2=5.38793 CaloTrajectoryL=-37.2625 CaloEoverP=0.565382 EcalPIDe=-0.273733 BremPIDe=-0.479014 HcalPIDe=-1.89687 HcalPIDmu=-0.971903 EcalPIDmu=1.63258 TrackChi2PerDof=1.33832 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=10427.9 TrackPt=333.39 CombDLLe=-5.32779 CombDLLmu=-4.55776 CombDLLpi=0 CombDLLk=-9.05665 CombDLLp=-8.63337 CombDLLd=-8.63337 ProbNNe=1.42088e-06 ProbNNpi=0.642995 ProbNNk=0.000175 ProbNNp=0.00179207 ProbNNghost=0.871339 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.70989 RichDLLmu=-7.13145 RichDLLpi=0 RichDLLk=9.8902 RichDLLp=9.8902 RichPIDStatus=5092 RichDLLbt=9.8902 RichDLLd=9.8902 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.39812 CaloElectronMatch=338.786 CaloBremMatch=338.786 CaloChargedEcal=2931.93 CaloChargedID=39156 CaloNeutralEcal=2931.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77422 CaloNeutralID=39156 CaloEcalE=166.518 CaloHcalE=259.193 CaloEcalChi2=338.786 CaloBremChi2=287 CaloClusChi2=5.39812 CaloTrajectoryL=-62.8066 CaloEoverP=0.415417 EcalPIDe=0.0750074 BremPIDe=-0.26048 HcalPIDe=-0.0471635 HcalPIDmu=-1.89593 EcalPIDmu=-0.501172 TrackChi2PerDof=1.78599 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=7952.04 TrackPt=253.845 CombDLLe=-1.05308 CombDLLmu=-8.63343 CombDLLpi=0 CombDLLk=9.8902 CombDLLp=9.8902 CombDLLd=9.8902 ProbNNe=1.57073e-06 ProbNNpi=0.0422991 ProbNNk=0.185122 ProbNNp=0.0803828 ProbNNghost=0.985668 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.8976 RichDLLmu=-5.18454 RichDLLpi=0 RichDLLk=-6.06493 RichDLLp=-0.55405 RichPIDStatus=6115 RichDLLbt=-0.55405 RichDLLd=-0.55405 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=21.2001 CaloElectronMatch=523.201 CaloBremMatch=167.915 CaloChargedEcal=1539.72 CaloChargedID=43886 CaloNeutralEcal=1539.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83005 CaloNeutralID=43886 CaloEcalE=0 CaloHcalE=9173.41 CaloEcalChi2=523.201 CaloBremChi2=260.543 CaloClusChi2=21.2001 CaloTrajectoryL=142.413 CaloEoverP=0.130752 EcalPIDe=-0.273733 BremPIDe=-0.0686812 HcalPIDe=-2.51216 HcalPIDmu=-2.93841 EcalPIDmu=0.525694 TrackChi2PerDof=1.20299 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=13866.7 TrackPt=496.351 CombDLLe=-5.19329 CombDLLmu=-7.84937 CombDLLpi=0 CombDLLk=-6.06493 CombDLLp=-0.55405 CombDLLd=-0.55405 ProbNNe=3.8172e-06 ProbNNpi=0.997177 ProbNNk=0.00022165 ProbNNp=0.000718235 ProbNNghost=0.0117075 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.03352 RichDLLmu=0.577056 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.426656 CaloElectronMatch=44.7955 CaloBremMatch=44.7955 CaloChargedEcal=3818.24 CaloChargedID=35070 CaloNeutralEcal=3818.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901622 CaloNeutralID=35070 CaloEcalE=2231.55 CaloEcalChi2=44.7955 CaloBremChi2=514.797 CaloClusChi2=0.426656 CaloTrajectoryL=26.7752 CaloEoverP=1.68731 EcalPIDe=2.97947 BremPIDe=-0.53289 EcalPIDmu=-1.06544 TrackChi2PerDof=1.93376 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=2424.61 TrackPt=129.437 CombDLLe=0.892057 CombDLLmu=-0.261131 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.24266 ProbNNpi=0.0814342 ProbNNk=0.0475176 ProbNNp=0.0955463 ProbNNghost=0.982493 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.68973 RichDLLmu=-0.216128 RichDLLpi=0 RichDLLk=-42.6571 RichDLLp=-36.2529 RichPIDStatus=139235 RichDLLbt=-32.1744 RichDLLd=-33.7617 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.47036 CaloElectronMatch=5056.61 CaloBremMatch=5056.61 CaloChargedEcal=4672.45 CaloChargedID=44136 CaloNeutralEcal=4672.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930343 CaloNeutralID=44136 CaloEcalE=1095.58 CaloHcalE=32431.3 CaloEcalChi2=5056.61 CaloBremChi2=231.992 CaloClusChi2=4.47036 CaloTrajectoryL=550.254 CaloEoverP=0.120898 EcalPIDe=-2.77269 BremPIDe=1.43245 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 EcalPIDmu=0.422729 TrackChi2PerDof=1.16037 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=41978.7 TrackPt=2409.04 CombDLLe=-4.5954 CombDLLmu=-3.19908 CombDLLpi=0 CombDLLk=-42.6571 CombDLLp=-36.2529 CombDLLd=-33.7617 ProbNNe=4.65469e-05 ProbNNpi=0.999914 ProbNNk=6.68896e-06 ProbNNp=2.97222e-06 ProbNNghost=0.000167453 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.5338 RichDLLmu=-29.6387 RichDLLpi=0 RichDLLk=-7.66275 RichDLLp=-7.66275 RichPIDStatus=5091 RichDLLbt=-7.66275 RichDLLd=-7.66275 MuonMuLL=-0.136393 MuonBkgLL=-0.536119 MuonNShared=8 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2528.52 MuonMVA1=-999 MuonMVA2=-1.46198 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.663775 CaloElectronMatch=25.812 CaloBremMatch=25.812 CaloChargedEcal=6670.82 CaloChargedID=42353 CaloNeutralEcal=6670.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.704119 CaloNeutralID=42353 CaloEcalE=2647.72 CaloHcalE=1557.91 CaloEcalChi2=25.812 CaloBremChi2=562.882 CaloClusChi2=0.663775 CaloTrajectoryL=143.888 CaloEoverP=0.980274 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=-1.01358 HcalPIDmu=2.1211 EcalPIDmu=-2.46295 TrackChi2PerDof=1.01137 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=7330.34 TrackPt=403.044 CombDLLe=-2.37579 CombDLLmu=-6.94202 CombDLLpi=0 CombDLLk=-7.66275 CombDLLp=-7.66275 CombDLLd=-7.12663 ProbNNe=4.48785e-05 ProbNNmu=0.00366525 ProbNNpi=0.15551 ProbNNk=0.000166097 ProbNNp=0.00521767 ProbNNghost=0.052124 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.1831 RichDLLmu=0.921544 RichDLLpi=0 RichDLLk=0.687064 RichDLLp=0.687064 RichPIDStatus=5090 RichDLLbt=0.687064 RichDLLd=0.687064 MuonMuLL=-0.301511 MuonBkgLL=-1.21672 MuonNShared=4 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=5.74096 MuonMVA1=-999 MuonMVA2=-0.426274 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.53146 CaloElectronMatch=567.015 CaloBremMatch=75.9527 CaloChargedEcal=11875.1 CaloChargedID=38705 CaloNeutralEcal=11875.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.645394 CaloNeutralID=38705 CaloEcalE=376.29 CaloHcalE=8868.74 CaloEcalChi2=567.015 CaloBremChi2=604.696 CaloClusChi2=2.53146 CaloTrajectoryL=-591.8 CaloEoverP=2.14254 EcalPIDe=-0.341929 BremPIDe=-0.607507 HcalPIDe=-1.88811 HcalPIDmu=-0.413648 EcalPIDmu=1.47887 TrackChi2PerDof=1.1277 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=5738.18 TrackPt=234.568 CombDLLe=-5.67232 CombDLLmu=3.25619 CombDLLpi=0 CombDLLk=0.687064 CombDLLp=0.687064 CombDLLd=1.90379 ProbNNe=5.13139e-05 ProbNNmu=0.00366525 ProbNNpi=0.00130944 ProbNNk=0.234338 ProbNNp=0.187845 ProbNNghost=0.0750757 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.78588 RichDLLmu=1.38055 RichDLLpi=0 RichDLLk=15.8832 RichDLLp=20.3804 RichPIDStatus=6117 RichDLLbt=20.3804 RichDLLd=20.3804 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=13.6604 CaloElectronMatch=1573.3 CaloChargedEcal=2873.96 CaloChargedID=39217 CaloEcalE=0 CaloHcalE=6899.55 CaloEcalChi2=1573.3 CaloClusChi2=13.6604 CaloTrajectoryL=743.869 CaloEoverP=0.244086 EcalPIDe=-1.6945 HcalPIDe=-2.25981 HcalPIDmu=-1.8491 EcalPIDmu=0.457906 TrackChi2PerDof=1.19727 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=12494.7 TrackPt=313.439 CombDLLe=-3.29376 CombDLLmu=0.493916 CombDLLpi=0 CombDLLk=15.8832 CombDLLp=20.3804 CombDLLd=20.3804 ProbNNe=2.18628e-07 ProbNNpi=0.000814276 ProbNNk=0.938883 ProbNNp=0.991211 ProbNNghost=0.00151889 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.474208 RichDLLmu=1.40826 RichDLLpi=0 RichDLLk=-40.4242 RichDLLp=-22.8608 RichPIDStatus=8162 RichDLLbt=-28.1122 RichDLLd=-28.1122 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.17491 CaloElectronMatch=55.5564 CaloBremMatch=55.5564 CaloChargedEcal=28444.2 CaloChargedID=39710 CaloNeutralEcal=28444.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977542 CaloNeutralID=39710 CaloEcalE=16089.9 CaloHcalE=3368.04 CaloEcalChi2=55.5564 CaloBremChi2=190.524 CaloClusChi2=0.17491 CaloTrajectoryL=123.932 CaloEoverP=0.845587 EcalPIDe=5.38707 BremPIDe=0.515475 HcalPIDe=-1.06265 HcalPIDmu=0.98013 EcalPIDmu=-3.96688 TrackChi2PerDof=1.47899 TrackNumDof=39 TrackType=3 TrackHistory=32 TrackP=34295 TrackPt=2064.28 CombDLLe=4.92287 CombDLLmu=-1.06571 CombDLLpi=0 CombDLLk=-40.4242 CombDLLp=-22.8608 CombDLLd=-28.1122 ProbNNe=0.756771 ProbNNpi=0.75985 ProbNNk=3.9921e-05 ProbNNp=2.39076e-05 ProbNNghost=0.0145689 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.99863 RichDLLmu=0.900513 RichDLLpi=0 RichDLLk=13.311 RichDLLp=13.9349 RichPIDStatus=6117 RichDLLbt=13.9349 RichDLLd=13.9349 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.894842 CaloElectronMatch=791.059 CaloBremMatch=791.059 CaloChargedEcal=2100.11 CaloChargedID=39306 CaloNeutralEcal=2100.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941547 CaloNeutralID=39306 CaloEcalE=1626.23 CaloHcalE=13039.5 CaloEcalChi2=791.059 CaloBremChi2=788.402 CaloClusChi2=0.894842 CaloTrajectoryL=209.369 CaloEoverP=0.180054 EcalPIDe=-0.833336 BremPIDe=-0.621385 HcalPIDe=-1.89687 HcalPIDmu=-2.56629 EcalPIDmu=-1.114 TrackChi2PerDof=1.34791 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=12398.9 TrackPt=660.268 CombDLLe=-2.30963 CombDLLmu=-2.43303 CombDLLpi=0 CombDLLk=13.311 CombDLLp=13.9349 CombDLLd=13.9349 ProbNNe=0.00184158 ProbNNpi=0.0168307 ProbNNk=0.886737 ProbNNp=0.86253 ProbNNghost=0.188317 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.9619 RichDLLmu=-16.8314 RichDLLpi=0 RichDLLk=-9.85424 RichDLLp=-9.85424 RichPIDStatus=5091 RichDLLbt=-9.85424 RichDLLd=-9.85424 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.2015 CaloElectronMatch=140.705 CaloBremMatch=140.705 CaloChargedEcal=9250.52 CaloChargedID=43375 CaloNeutralEcal=9250.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803326 CaloNeutralID=43375 CaloEcalE=348.916 CaloHcalE=12226.6 CaloEcalChi2=140.705 CaloBremChi2=699.33 CaloClusChi2=3.2015 CaloTrajectoryL=-242.526 CaloEoverP=1.4628 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-1.17839 HcalPIDmu=-0.252186 EcalPIDmu=0.00838327 TrackChi2PerDof=1.33499 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=6406 TrackPt=403.901 CombDLLe=-4.29535 CombDLLmu=-7.22714 CombDLLpi=0 CombDLLk=-9.85424 CombDLLp=-9.85424 CombDLLd=-9.85424 ProbNNe=1.19151e-09 ProbNNpi=0.993971 ProbNNk=0.00027201 ProbNNp=0.00145442 ProbNNghost=0.0361238 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.38995 RichDLLmu=4.98399 RichDLLpi=0 RichDLLk=2.98577 RichDLLp=2.98577 RichPIDStatus=5026 RichDLLbt=2.98577 RichDLLd=2.98577 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.95603 CaloElectronMatch=547.909 CaloBremMatch=547.909 CaloChargedEcal=4576.41 CaloChargedID=34803 CaloNeutralEcal=4576.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.650954 CaloNeutralID=34803 CaloEcalE=619.924 CaloHcalE=6139.16 CaloEcalChi2=547.909 CaloBremChi2=750.72 CaloClusChi2=1.95603 CaloTrajectoryL=-270.611 CaloEoverP=0.805252 EcalPIDe=-0.341929 BremPIDe=-0.607507 HcalPIDe=-2.12496 HcalPIDmu=-0.934443 EcalPIDmu=1.20942 TrackChi2PerDof=1.4063 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=5876.95 TrackPt=350.659 CombDLLe=-4.01197 CombDLLmu=5.59669 CombDLLpi=0 CombDLLk=2.98577 CombDLLp=2.98577 CombDLLd=2.98577 ProbNNe=0.000185492 ProbNNpi=0.72176 ProbNNk=0.10854 ProbNNp=0.185609 ProbNNghost=0.474991 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.5871 RichDLLmu=-6.03374 RichDLLpi=0 RichDLLk=0.114206 RichDLLp=1.71011 RichPIDStatus=6117 RichDLLbt=1.71011 RichDLLd=1.71011 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.78053 CaloElectronMatch=386.55 CaloBremMatch=125.527 CaloChargedEcal=2545.11 CaloChargedID=42192 CaloNeutralEcal=2545.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.728038 CaloNeutralID=42192 CaloEcalE=464.016 CaloHcalE=23658.3 CaloEcalChi2=386.55 CaloBremChi2=546.354 CaloClusChi2=1.78053 CaloTrajectoryL=356.402 CaloEoverP=0.232504 EcalPIDe=-0.10442 BremPIDe=-0.621385 HcalPIDe=-1.89687 HcalPIDmu=-0.745537 EcalPIDmu=2.14314 TrackChi2PerDof=1.58004 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=12474.4 TrackPt=489.516 CombDLLe=-5.36974 CombDLLmu=-4.45231 CombDLLpi=0 CombDLLk=0.114206 CombDLLp=1.71011 CombDLLd=1.71011 ProbNNe=2.65082e-06 ProbNNpi=0.982289 ProbNNk=0.00056775 ProbNNp=0.00216335 ProbNNghost=0.0253428 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.2627 RichDLLmu=-0.0251312 RichDLLpi=0 RichDLLk=1.1098 RichDLLp=2.10024 RichPIDStatus=6117 RichDLLbt=2.10024 RichDLLd=2.10024 MuonMuLL=-0.000400087 MuonBkgLL=-0.0643083 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=1336.06 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=14860.1 CaloBremChi2=433.826 BremPIDe=-0.454777 HcalPIDe=-1.89687 HcalPIDmu=-1.10852 TrackChi2PerDof=2.03205 TrackNumDof=40 TrackType=3 TrackHistory=32 TrackP=10265.1 TrackPt=515.192 CombDLLe=-4.27214 CombDLLmu=-1.0798 CombDLLpi=0 CombDLLk=1.1098 CombDLLp=2.10024 CombDLLd=2.16455 ProbNNe=0.00246098 ProbNNpi=0.648154 ProbNNk=0.00138376 ProbNNp=0.00969564 ProbNNghost=0.674425 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.75768 RichDLLmu=-0.710636 RichDLLpi=0 RichDLLk=10.7115 RichDLLp=7.06204 RichPIDStatus=139238 RichDLLbt=13.2186 RichDLLd=13.6893 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=17.0733 CaloElectronMatch=2405.16 CaloBremMatch=2405.16 CaloChargedEcal=27187.9 CaloChargedID=43484 CaloNeutralEcal=27187.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.759557 CaloNeutralID=43484 CaloEcalE=0 CaloHcalE=31383.3 CaloEcalChi2=2405.16 CaloBremChi2=468.961 CaloClusChi2=17.0733 CaloTrajectoryL=-3034.03 CaloEoverP=0.714303 EcalPIDe=-2.44231 BremPIDe=-0.528346 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 EcalPIDmu=1.12391 TrackChi2PerDof=1.30065 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=38155.7 TrackPt=1643.18 CombDLLe=-6.41212 CombDLLmu=-3.18375 CombDLLpi=0 CombDLLk=10.7115 CombDLLp=7.06204 CombDLLd=13.6893 ProbNNe=6.42486e-05 ProbNNpi=0.127627 ProbNNk=0.885796 ProbNNp=0.166185 ProbNNghost=0.0121942 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.3127 RichDLLmu=-12.8628 RichDLLpi=0 RichDLLk=3.12367 RichDLLp=3.12367 RichPIDStatus=5092 RichDLLbt=3.12367 RichDLLd=3.12367 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=100.211 CaloElectronMatch=1597.97 CaloBremMatch=167.915 CaloChargedEcal=1539.72 CaloChargedID=43886 CaloNeutralEcal=1539.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83005 CaloNeutralID=43886 CaloEcalE=0 CaloHcalE=2376.63 CaloEcalChi2=1597.97 CaloBremChi2=247.531 CaloClusChi2=100.211 CaloTrajectoryL=-3682.81 CaloEoverP=0.241561 EcalPIDe=-1.8049 BremPIDe=-0.381503 HcalPIDe=-1.09432 HcalPIDmu=1.00374 EcalPIDmu=0.389705 TrackChi2PerDof=0.785785 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=7505.74 TrackPt=424.186 CombDLLe=-6.69345 CombDLLmu=-5.52544 CombDLLpi=0 CombDLLk=3.12367 CombDLLp=3.12367 CombDLLd=3.12367 ProbNNe=2.62197e-09 ProbNNpi=0.990122 ProbNNk=0.00534741 ProbNNp=0.00175157 ProbNNghost=0.00693184 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.2693 RichDLLmu=-2.15344 RichDLLpi=0 RichDLLk=-33.8434 RichDLLp=-24.7372 RichPIDStatus=6115 RichDLLbt=-24.7372 RichDLLd=-24.7372 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.20836 CaloElectronMatch=597.942 CaloBremMatch=14.0966 CaloChargedEcal=11346.1 CaloChargedID=38582 CaloNeutralEcal=11346.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.632778 CaloNeutralID=38582 CaloEcalE=2781.46 CaloHcalE=6263.51 CaloEcalChi2=597.942 CaloBremChi2=132.313 CaloClusChi2=1.20836 CaloTrajectoryL=-851.121 CaloEoverP=0.64461 EcalPIDe=-0.51303 BremPIDe=0.366813 HcalPIDe=-1.65619 HcalPIDmu=-1.25516 EcalPIDmu=-1.9034 TrackChi2PerDof=0.961944 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=17331.9 TrackPt=1381.51 CombDLLe=-4.04294 CombDLLmu=-5.99982 CombDLLpi=0 CombDLLk=-33.8434 CombDLLp=-24.7372 CombDLLd=-24.7372 ProbNNe=1.74358e-06 ProbNNpi=0.99961 ProbNNk=0.000159138 ProbNNp=7.33036e-05 ProbNNghost=0.000175722 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.0142 RichDLLmu=-11.9041 RichDLLpi=0 RichDLLk=-13.5174 RichDLLp=-13.5174 RichPIDStatus=5091 RichDLLbt=-13.5174 RichDLLd=-13.5174 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=10.3977 CaloElectronMatch=202.87 CaloBremMatch=202.87 CaloChargedEcal=3927.85 CaloChargedID=42384 CaloNeutralEcal=3927.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.757808 CaloNeutralID=42384 CaloEcalE=0 CaloHcalE=13130.1 CaloEcalChi2=202.87 CaloBremChi2=557.111 CaloClusChi2=10.3977 CaloTrajectoryL=-760.977 CaloEoverP=0.552271 EcalPIDe=0.605631 BremPIDe=-0.638976 HcalPIDe=-1.17839 HcalPIDmu=-0.0376091 EcalPIDmu=0.389705 TrackChi2PerDof=1.56332 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=7715.52 TrackPt=361.517 CombDLLe=-4.02176 CombDLLmu=-6.5292 CombDLLpi=0 CombDLLk=-13.5174 CombDLLp=-13.5174 CombDLLd=-13.5174 ProbNNe=1.07751e-09 ProbNNpi=0.997392 ProbNNk=0.00114136 ProbNNp=0.00267986 ProbNNghost=0.00913677 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.39494 RichDLLmu=-4.87917 RichDLLpi=0 RichDLLk=-0.213111 RichDLLp=-0.213111 RichPIDStatus=5027 RichDLLbt=-0.213111 RichDLLd=-0.213111 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0638108 CaloElectronMatch=159.14 CaloBremMatch=159.14 CaloChargedEcal=4224.36 CaloChargedID=34558 CaloNeutralEcal=4224.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.742504 CaloNeutralID=34558 CaloEcalE=1168.37 CaloEcalChi2=159.14 CaloBremChi2=309.791 CaloClusChi2=0.0638108 CaloTrajectoryL=-69.7631 CaloEoverP=1.36565 EcalPIDe=0.83137 BremPIDe=-0.357753 EcalPIDmu=-1.2505 TrackChi2PerDof=1.58621 TrackNumDof=40 TrackType=3 TrackHistory=32 TrackP=3282.32 TrackPt=198.714 CombDLLe=-0.464814 CombDLLmu=-6.50929 CombDLLpi=0 CombDLLk=-0.213111 CombDLLp=-0.213111 CombDLLd=-0.213111 ProbNNe=0.209455 ProbNNpi=0.830143 ProbNNk=0.0299273 ProbNNp=0.0678601 ProbNNghost=0.476634 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.70396 RichDLLmu=-0.469784 RichDLLpi=0 RichDLLk=-34.2091 RichDLLp=-24.106 RichPIDStatus=8163 RichDLLbt=-24.6917 RichDLLd=-24.6917 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.60828 CaloElectronMatch=705.682 CaloBremMatch=91.7872 CaloChargedEcal=2562.59 CaloChargedID=44055 CaloNeutralEcal=2562.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887312 CaloNeutralID=44055 CaloEcalE=2137.39 CaloHcalE=7653.38 CaloEcalChi2=705.682 CaloBremChi2=211.926 CaloClusChi2=1.60828 CaloTrajectoryL=208.966 CaloEoverP=0.150968 EcalPIDe=-0.597229 BremPIDe=0.0154729 HcalPIDe=-1.96083 HcalPIDmu=-1.78659 EcalPIDmu=-1.64562 TrackChi2PerDof=1.41538 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=18292.8 TrackPt=986.322 CombDLLe=-4.20823 CombDLLmu=-4.08798 CombDLLpi=0 CombDLLk=-34.2091 CombDLLp=-24.106 CombDLLd=-24.6917 ProbNNe=6.29135e-06 ProbNNpi=0.998966 ProbNNk=0.00011095 ProbNNp=3.66355e-05 ProbNNghost=0.000750008 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.56191 RichDLLmu=-0.416351 RichDLLpi=0 RichDLLk=-8.60252 RichDLLp=0.777542 RichPIDStatus=8166 RichDLLbt=1.63179 RichDLLd=1.63179 MuonMuLL=-0.023371 MuonBkgLL=-0.873407 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=70.6803 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.334425 CaloElectronMatch=88.5994 CaloBremMatch=88.5994 CaloChargedEcal=15203.5 CaloChargedID=42465 CaloNeutralEcal=15203.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.826775 CaloNeutralID=42465 CaloEcalE=8701.07 CaloEcalChi2=88.5994 CaloBremChi2=743.935 CaloClusChi2=0.334425 CaloTrajectoryL=101.901 CaloEoverP=0.647599 EcalPIDe=2.9985 BremPIDe=-0.581258 EcalPIDmu=-3.60546 TrackChi2PerDof=0.440793 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=23638.8 TrackPt=867.442 CombDLLe=1.96952 CombDLLmu=-3.33698 CombDLLpi=0 CombDLLk=-8.60252 CombDLLp=0.777542 CombDLLd=2.5052 ProbNNe=0.00203106 ProbNNpi=0.984793 ProbNNk=0.000174723 ProbNNp=0.0102286 ProbNNghost=0.00183861 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.30574 RichDLLmu=-4.0161 RichDLLpi=0 RichDLLk=17.9626 RichDLLp=12.1391 RichPIDStatus=6116 RichDLLbt=12.1391 RichDLLd=12.1391 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.688424 CaloElectronMatch=423.749 CaloBremMatch=423.749 CaloChargedEcal=5088.8 CaloChargedID=41903 CaloNeutralEcal=5088.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963873 CaloNeutralID=41903 CaloEcalE=2241.62 CaloHcalE=3531.59 CaloEcalChi2=423.749 CaloBremChi2=146.12 CaloClusChi2=0.688424 CaloTrajectoryL=260.201 CaloEoverP=0.375981 EcalPIDe=0.0386953 BremPIDe=0.15142 HcalPIDe=-1.11589 HcalPIDmu=0.271963 EcalPIDmu=-1.53052 TrackChi2PerDof=1.38809 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=15180.6 TrackPt=839.302 CombDLLe=-2.35874 CombDLLmu=-5.91939 CombDLLpi=0 CombDLLk=17.9626 CombDLLp=12.1391 CombDLLd=12.1391 ProbNNe=4.86186e-06 ProbNNpi=0.0538917 ProbNNk=0.984813 ProbNNp=0.653397 ProbNNghost=0.0842247 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.317 RichDLLmu=-3.4688 RichDLLpi=0 RichDLLk=3.9015 RichDLLp=3.9015 RichPIDStatus=5028 RichDLLbt=3.9015 RichDLLd=3.9015 MuonMuLL=-0.00914168 MuonBkgLL=-0.267656 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=97.344 MuonMVA1=-999 MuonMVA2=-1.06015 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.087 CaloElectronMatch=426.476 CaloBremMatch=196.027 CaloChargedEcal=9792.7 CaloChargedID=34628 CaloNeutralEcal=9792.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729654 CaloNeutralID=34628 CaloEcalE=6816.48 CaloHcalE=3046.18 CaloEcalChi2=426.476 CaloBremChi2=565.317 CaloClusChi2=2.087 CaloTrajectoryL=397.572 CaloEoverP=2.08788 EcalPIDe=-0.0620623 BremPIDe=-0.553589 HcalPIDe=-1.47097 HcalPIDmu=-0.00949717 EcalPIDmu=-0.377978 TrackChi2PerDof=0.823136 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=4768.28 TrackPt=419.977 CombDLLe=-4.79358 CombDLLmu=-4.3317 CombDLLpi=0 CombDLLk=3.9015 CombDLLp=3.9015 CombDLLd=4.16915 ProbNNe=0.00141043 ProbNNmu=0.00366525 ProbNNpi=5.21493e-05 ProbNNk=0.424528 ProbNNp=0.0961124 ProbNNghost=0.0804845 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.9564 RichDLLmu=-12.3275 RichDLLpi=0 RichDLLk=-4.9236 RichDLLp=-4.9236 RichPIDStatus=5027 RichDLLbt=-4.9236 RichDLLd=-4.9236 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.37587 CaloElectronMatch=211.503 CaloBremMatch=211.503 CaloChargedEcal=5515.78 CaloChargedID=39295 CaloNeutralEcal=5515.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901128 CaloNeutralID=39295 CaloEcalE=3604.72 CaloHcalE=0 CaloEcalChi2=211.503 CaloBremChi2=281.667 CaloClusChi2=1.37587 CaloTrajectoryL=244.2 CaloEoverP=1.07322 EcalPIDe=0.605631 BremPIDe=-0.416867 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.85322 TrackChi2PerDof=1.9589 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=5540.93 TrackPt=153.92 CombDLLe=-1.00732 CombDLLmu=-12.2347 CombDLLpi=0 CombDLLk=-4.9236 CombDLLp=-4.9236 CombDLLd=-4.9236 ProbNNe=0.000680713 ProbNNpi=0.976805 ProbNNk=0.00172429 ProbNNp=0.00349752 ProbNNghost=0.138517 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.23112 RichDLLmu=-2.90905 RichDLLpi=0 RichDLLk=-0.880298 RichDLLp=-0.880298 RichPIDStatus=5027 RichDLLbt=-0.880298 RichDLLd=-0.880298 InAccBrem=1 CaloBremChi2=237.56 BremPIDe=-0.33853 TrackChi2PerDof=1.49423 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=2873.25 TrackPt=222.091 CombDLLe=-0.728571 CombDLLmu=-3.66786 CombDLLpi=0 CombDLLk=-0.880298 CombDLLp=-0.880298 CombDLLd=-0.880298 ProbNNe=0.84176 ProbNNpi=0.827438 ProbNNk=0.0529072 ProbNNp=0.107641 ProbNNghost=0.230624 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.2271 RichDLLmu=-9.42183 RichDLLpi=0 RichDLLk=11.0795 RichDLLp=11.0795 RichPIDStatus=5092 RichDLLbt=11.0795 RichDLLd=11.0795 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=20.4741 CaloElectronMatch=345.232 CaloBremMatch=345.232 CaloChargedEcal=1153.86 CaloChargedID=34008 CaloNeutralEcal=1153.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.732962 CaloNeutralID=34008 CaloEcalE=4.156 CaloHcalE=0 CaloEcalChi2=345.232 CaloBremChi2=250.812 CaloClusChi2=20.4741 CaloTrajectoryL=1383.22 CaloEoverP=0.212816 EcalPIDe=0.0750074 BremPIDe=-0.381503 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=0.501778 TrackChi2PerDof=1.30157 TrackNumDof=39 TrackType=3 TrackHistory=32 TrackP=6020.94 TrackPt=623.345 CombDLLe=-1.22213 CombDLLmu=-8.66422 CombDLLpi=0 CombDLLk=11.0795 CombDLLp=11.0795 CombDLLd=11.0795 ProbNNe=3.37872e-08 ProbNNpi=0.427258 ProbNNk=0.514979 ProbNNp=0.509644 ProbNNghost=0.00575094 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.40857 RichDLLmu=-3.90645 RichDLLpi=0 RichDLLk=-13.0951 RichDLLp=-13.512 RichPIDStatus=6115 RichDLLbt=-13.512 RichDLLd=-13.512 InAccBrem=1 CaloBremChi2=394.846 BremPIDe=-0.608318 TrackChi2PerDof=0.727776 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=16858.7 TrackPt=1065.32 CombDLLe=-2.22511 CombDLLmu=-4.57413 CombDLLpi=0 CombDLLk=-13.0951 CombDLLp=-13.512 CombDLLd=-13.512 ProbNNe=0.00359717 ProbNNpi=0.988134 ProbNNk=0.000419785 ProbNNp=0.0100624 ProbNNghost=0.0115861 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.11934 RichDLLmu=-0.0560608 RichDLLpi=0 RichDLLk=7.19544 RichDLLp=7.19544 RichPIDStatus=5092 RichDLLbt=7.19544 RichDLLd=7.19544 MuonMuLL=-0.0159261 MuonBkgLL=-0.956392 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=4.84235 MuonMVA1=-999 MuonMVA2=-1.16424 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.46762 CaloElectronMatch=620.215 CaloBremMatch=75.9527 CaloChargedEcal=11875.1 CaloChargedID=38705 CaloNeutralEcal=11875.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.645394 CaloNeutralID=38705 CaloEcalE=4027.07 CaloHcalE=6314.86 CaloEcalChi2=620.215 CaloBremChi2=755.747 CaloClusChi2=1.46762 CaloTrajectoryL=66.2383 CaloEoverP=1.89953 EcalPIDe=-0.514971 BremPIDe=-0.607507 HcalPIDe=-2.03825 HcalPIDmu=-1.38018 EcalPIDmu=-2.95413 TrackChi2PerDof=1.05066 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=6472.28 TrackPt=256.85 CombDLLe=-3.70551 CombDLLmu=-3.47233 CombDLLpi=0 CombDLLk=7.19544 CombDLLp=7.19544 CombDLLd=8.15183 ProbNNe=0.456805 ProbNNmu=0.00366525 ProbNNpi=1.4819e-05 ProbNNk=0.62683 ProbNNp=0.486401 ProbNNghost=0.139847 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.1694 RichDLLmu=-7.2282 RichDLLpi=0 RichDLLk=2.47715 RichDLLp=2.47715 RichPIDStatus=5028 RichDLLbt=2.47715 RichDLLd=2.47715 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.16175 CaloElectronMatch=320.799 CaloBremMatch=72.9757 CaloChargedEcal=1379.58 CaloChargedID=34683 CaloNeutralEcal=1379.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902349 CaloNeutralID=34683 CaloEcalE=606.08 CaloHcalE=0 CaloEcalChi2=320.799 CaloBremChi2=860.732 CaloClusChi2=2.16175 CaloTrajectoryL=-21.7729 CaloEoverP=0.337384 EcalPIDe=0.0319619 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=1.08819 TrackChi2PerDof=0.958377 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=4773.15 TrackPt=463.205 CombDLLe=-2.26112 CombDLLmu=-7.63926 CombDLLpi=0 CombDLLk=2.47715 CombDLLp=2.47715 CombDLLd=2.47715 ProbNNe=3.02071e-06 ProbNNpi=0.943524 ProbNNk=0.0283311 ProbNNp=0.0535667 ProbNNghost=0.0189303 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.98943 RichDLLmu=-8.35398 RichDLLpi=0 RichDLLk=-2.02772 RichDLLp=-2.02772 RichPIDStatus=5027 RichDLLbt=-2.02772 RichDLLd=-2.02772 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.55252 CaloElectronMatch=109.103 CaloBremMatch=109.103 CaloChargedEcal=2278.03 CaloChargedID=34488 CaloNeutralEcal=2278.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833996 CaloNeutralID=34488 CaloEcalE=1521.17 CaloHcalE=3553.56 CaloEcalChi2=109.103 CaloBremChi2=57.665 CaloClusChi2=1.55252 CaloTrajectoryL=97.3341 CaloEoverP=0.686646 EcalPIDe=1.51236 BremPIDe=0.775729 HcalPIDe=-1.44621 HcalPIDmu=0.362701 EcalPIDmu=-1.86134 TrackChi2PerDof=0.79971 TrackNumDof=38 TrackType=3 TrackHistory=32 TrackP=3624.08 TrackPt=200.723 CombDLLe=-0.368976 CombDLLmu=-8.02024 CombDLLpi=0 CombDLLk=-2.02772 CombDLLp=-2.02772 CombDLLd=-2.02772 ProbNNe=0.00293523 ProbNNpi=0.984063 ProbNNk=0.00813661 ProbNNp=0.0162544 ProbNNghost=0.00813736 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.68538 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=109.881 BremPIDe=0.0987144 TrackChi2PerDof=1.48618 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=1719.52 TrackPt=96.7893 CombDLLe=-1.22992 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.620701 ProbNNpi=0.330703 ProbNNk=0.0413673 ProbNNp=0.0466163 ProbNNghost=0.909431 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.9225 RichDLLmu=1.43031 RichDLLpi=0 RichDLLk=25.9813 RichDLLp=29.5288 RichPIDStatus=8165 RichDLLbt=27.5444 RichDLLd=27.5444 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.824795 CaloElectronMatch=1485.49 CaloBremMatch=463.406 CaloChargedEcal=7799.29 CaloChargedID=38405 CaloNeutralEcal=7799.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976542 CaloNeutralID=38405 CaloEcalE=6596.1 CaloHcalE=5053.17 CaloEcalChi2=1485.49 CaloBremChi2=569.314 CaloClusChi2=0.824795 CaloTrajectoryL=243.232 CaloEoverP=0.35834 EcalPIDe=-1.17123 BremPIDe=-0.581258 HcalPIDe=-1.4935 HcalPIDmu=-0.619339 EcalPIDmu=-3.32597 TrackChi2PerDof=1.05394 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=22745.8 TrackPt=2182.69 CombDLLe=-2.90981 CombDLLmu=-1.99577 CombDLLpi=0 CombDLLk=25.9813 CombDLLp=29.5288 CombDLLd=27.5444 ProbNNe=4.78352e-06 ProbNNpi=0.00107644 ProbNNk=0.997272 ProbNNp=0.6803 ProbNNghost=0.000151489 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.31433 RichDLLmu=8.76239 RichDLLpi=0 RichDLLk=13.881 RichDLLp=13.881 RichPIDStatus=5028 RichDLLbt=13.881 RichDLLd=13.881 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.05308 CaloElectronMatch=215.003 CaloBremMatch=215.003 CaloChargedEcal=930.961 CaloChargedID=33938 CaloNeutralEcal=930.961 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936317 CaloNeutralID=33938 CaloEcalE=430.832 CaloHcalE=2728.79 CaloEcalChi2=215.003 CaloBremChi2=14.9651 CaloClusChi2=1.05308 CaloTrajectoryL=-4.81601 CaloEoverP=0.251735 EcalPIDe=0.497498 BremPIDe=2.71167 HcalPIDe=-1.59399 HcalPIDmu=0.366076 EcalPIDmu=1.26223 TrackChi2PerDof=0.857183 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=4442.11 TrackPt=574.991 CombDLLe=2.36728 CombDLLmu=8.2199 CombDLLpi=0 CombDLLk=13.881 CombDLLp=13.881 CombDLLd=13.881 ProbNNe=0.00163088 ProbNNpi=0.00530175 ProbNNk=0.967579 ProbNNp=0.962861 ProbNNghost=0.00637183 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.650507 RichDLLmu=0.515284 RichDLLpi=0 RichDLLk=6.32843 RichDLLp=13.6533 RichPIDStatus=139237 RichDLLbt=-14.9171 RichDLLd=-29.4937 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.36404 CaloEcalE=10061.8 CaloHcalE=46424.3 CaloEcalChi2=10000 CaloBremChi2=689.672 CaloClusChi2=0.36404 EcalPIDe=-2.58656 BremPIDe=0.00954199 HcalPIDe=-2.05681 HcalPIDmu=-2.91461 EcalPIDmu=-2.97986 TrackChi2PerDof=0.953785 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=126886 TrackPt=5849.19 CombDLLe=-4.74765 CombDLLmu=-5.17562 CombDLLpi=0 CombDLLk=6.32843 CombDLLp=13.6533 CombDLLd=-29.4937 ProbNNe=0.000329691 ProbNNpi=0.0492247 ProbNNk=0.984827 ProbNNp=0.996057 ProbNNghost=0.000830245 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.0323 RichDLLmu=-11.2577 RichDLLpi=0 RichDLLk=-9.48603 RichDLLp=-9.48603 RichPIDStatus=5091 RichDLLbt=-9.48603 RichDLLd=-9.48603 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=7.32208 CaloElectronMatch=245.454 CaloChargedEcal=2013.74 CaloChargedID=42506 CaloEcalE=354.144 CaloHcalE=25968.1 CaloEcalChi2=245.454 CaloClusChi2=7.32208 CaloTrajectoryL=733 CaloEoverP=0.276584 EcalPIDe=0.605631 HcalPIDe=-1.17839 HcalPIDmu=0.232508 EcalPIDmu=-0.0539122 TrackChi2PerDof=0.769544 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=8471.69 TrackPt=276.932 CombDLLe=-5.22417 CombDLLmu=-6.66806 CombDLLpi=0 CombDLLk=-9.48603 CombDLLp=-9.48603 CombDLLd=-9.48603 ProbNNe=1.09046e-09 ProbNNpi=0.982111 ProbNNk=0.000206585 ProbNNp=0.000880509 ProbNNghost=0.00316136 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.86727 RichDLLmu=-23.2858 RichDLLpi=0 RichDLLk=-12.0357 RichDLLp=-12.0357 RichPIDStatus=5027 RichDLLbt=-12.0357 RichDLLd=-12.0357 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.95042 CaloElectronMatch=273.928 CaloBremMatch=91.9167 CaloChargedEcal=4232.99 CaloChargedID=34997 CaloNeutralEcal=4232.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731106 CaloNeutralID=34997 CaloEcalE=1201.09 CaloHcalE=5063.16 CaloEcalChi2=273.928 CaloBremChi2=350.359 CaloClusChi2=4.95042 CaloTrajectoryL=553.209 CaloEoverP=0.812235 EcalPIDe=0.27519 BremPIDe=-0.398756 HcalPIDe=-2.03708 HcalPIDmu=-0.953779 EcalPIDmu=-0.785549 TrackChi2PerDof=0.606193 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=5401.23 TrackPt=294.016 CombDLLe=-3.68749 CombDLLmu=-8.73807 CombDLLpi=0 CombDLLk=-12.0357 CombDLLp=-12.0357 CombDLLd=-12.0357 ProbNNe=8.38388e-06 ProbNNpi=0.996656 ProbNNk=0.000685949 ProbNNp=0.00296654 ProbNNghost=0.0114587 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.84368 RichDLLmu=-9.91292 RichDLLpi=0 RichDLLk=-2.74934 RichDLLp=-2.74934 RichPIDStatus=5027 RichDLLbt=-2.74934 RichDLLd=-2.74934 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.87284 CaloElectronMatch=22.1506 CaloBremMatch=22.1506 CaloChargedEcal=3472.32 CaloChargedID=34486 CaloNeutralEcal=3472.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884621 CaloNeutralID=34486 CaloEcalE=2682.46 CaloHcalE=472.795 CaloEcalChi2=22.1506 CaloBremChi2=657.42 CaloClusChi2=1.87284 CaloTrajectoryL=296.882 CaloEoverP=0.844577 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-0.235987 HcalPIDmu=-1.39048 EcalPIDmu=-2.43616 TrackChi2PerDof=0.859529 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=4269.97 TrackPt=241.896 CombDLLe=0.834581 CombDLLmu=-10.5661 CombDLLpi=0 CombDLLk=-2.74934 CombDLLp=-2.74934 CombDLLd=-2.74934 ProbNNe=0.0475262 ProbNNpi=0.98011 ProbNNk=0.00526113 ProbNNp=0.011559 ProbNNghost=0.0201156 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.37989 RichDLLmu=-3.92657 RichDLLpi=0 RichDLLk=-0.519466 RichDLLp=-0.519466 RichPIDStatus=5027 RichDLLbt=-0.519466 RichDLLd=-0.519466 InAccBrem=1 CaloBremChi2=544.516 BremPIDe=-0.553589 TrackChi2PerDof=1.2749 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=3147.73 TrackPt=161.142 CombDLLe=-1.48943 CombDLLmu=-4.59022 CombDLLpi=0 CombDLLk=-0.519466 CombDLLp=-0.519466 CombDLLd=-0.519466 ProbNNe=0.552696 ProbNNpi=0.892956 ProbNNk=0.0497244 ProbNNp=0.0853901 ProbNNghost=0.0715909 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.1889 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=94.1875 BremPIDe=0.142467 TrackChi2PerDof=0.759159 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=1718.5 TrackPt=93.2539 CombDLLe=-1.603 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.299591 ProbNNpi=0.776132 ProbNNk=0.0394663 ProbNNp=0.0610279 ProbNNghost=0.402119 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.773151 RichDLLmu=1.32234 RichDLLpi=0 RichDLLk=1.16273 RichDLLp=7.94232 RichPIDStatus=8166 RichDLLbt=10.333 RichDLLd=10.333 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.38481 CaloElectronMatch=989.554 CaloBremMatch=989.554 CaloChargedEcal=13575.4 CaloChargedID=43856 CaloNeutralEcal=13575.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914798 CaloNeutralID=43856 CaloEcalE=5360.56 CaloHcalE=1408.81 CaloEcalChi2=989.554 CaloBremChi2=45.0706 CaloClusChi2=1.38481 CaloTrajectoryL=31.4858 CaloEoverP=0.671416 EcalPIDe=-0.871449 BremPIDe=1.82926 HcalPIDe=-0.23636 HcalPIDmu=1.41217 EcalPIDmu=-2.94326 TrackChi2PerDof=0.939729 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=21008.3 TrackPt=969.344 CombDLLe=0.856731 CombDLLmu=0.278197 CombDLLpi=0 CombDLLk=1.16273 CombDLLp=7.94232 CombDLLd=10.333 ProbNNe=0.000216338 ProbNNpi=0.429778 ProbNNk=0.0275669 ProbNNp=0.575221 ProbNNghost=0.00467084 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.66502 RichDLLmu=0.954461 RichDLLpi=0 RichDLLk=-44.6311 RichDLLp=-34.1444 RichPIDStatus=8162 RichDLLbt=-32.2944 RichDLLd=-32.2944 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.42062 CaloElectronMatch=787.108 CaloBremMatch=787.108 CaloChargedEcal=6068.74 CaloChargedID=39708 CaloNeutralEcal=6068.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790744 CaloNeutralID=39708 CaloEcalE=1034.2 CaloHcalE=15810.1 CaloEcalChi2=787.108 CaloBremChi2=159.285 CaloClusChi2=1.42062 CaloTrajectoryL=-726.963 CaloEoverP=0.282679 EcalPIDe=-0.801302 BremPIDe=0.811747 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=0.079916 TrackChi2PerDof=1.19235 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=21537.7 TrackPt=1686.42 CombDLLe=-3.67506 CombDLLmu=-1.82354 CombDLLpi=0 CombDLLk=-44.6311 CombDLLp=-34.1444 CombDLLd=-32.2944 ProbNNe=0.000226729 ProbNNpi=0.999589 ProbNNk=6.25635e-05 ProbNNp=3.09646e-05 ProbNNghost=0.000928364 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.975 RichDLLmu=-9.64961 RichDLLpi=0 RichDLLk=-1.41749 RichDLLp=-1.41749 RichPIDStatus=5027 RichDLLbt=-1.41749 RichDLLd=-1.41749 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.99166 CaloElectronMatch=247.784 CaloBremMatch=247.784 CaloChargedEcal=3161.41 CaloChargedID=34297 CaloNeutralEcal=3161.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928921 CaloNeutralID=34297 CaloEcalE=1663.3 CaloHcalE=0 CaloEcalChi2=247.784 CaloBremChi2=212.438 CaloClusChi2=1.99166 CaloTrajectoryL=334.327 CaloEoverP=0.859442 EcalPIDe=0.497498 BremPIDe=-0.396524 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.71735 TrackChi2PerDof=1.11706 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=4076.55 TrackPt=395.531 CombDLLe=-2.50578 CombDLLmu=-10.8921 CombDLLpi=0 CombDLLk=-1.41749 CombDLLp=-1.41749 CombDLLd=-1.41749 ProbNNe=6.48314e-06 ProbNNpi=0.983768 ProbNNk=0.00308992 ProbNNp=0.00627408 ProbNNghost=0.020286 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.13622 RichDLLmu=-0.302538 RichDLLpi=0 RichDLLk=2.20212 RichDLLp=2.20212 RichPIDStatus=5028 RichDLLbt=2.20212 RichDLLd=2.20212 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.368778 CaloElectronMatch=106.054 CaloBremMatch=106.054 CaloChargedEcal=2916.82 CaloChargedID=34306 CaloNeutralEcal=2916.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943397 CaloNeutralID=34306 CaloEcalE=2533.73 CaloEcalChi2=106.054 CaloBremChi2=355.631 CaloClusChi2=0.368778 CaloTrajectoryL=-47.5293 CaloEoverP=0.897406 EcalPIDe=1.51236 BremPIDe=-0.373552 EcalPIDmu=-2.20555 TrackChi2PerDof=0.968461 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=3522.44 TrackPt=318.628 CombDLLe=0.59109 CombDLLmu=-2.62859 CombDLLpi=0 CombDLLk=2.20212 CombDLLp=2.20212 CombDLLd=2.20212 ProbNNe=0.453365 ProbNNpi=0.71526 ProbNNk=0.0818609 ProbNNp=0.167429 ProbNNghost=0.186824 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.527489 CaloElectronMatch=131.91 CaloChargedEcal=9043.34 CaloChargedID=34764 CaloEcalE=6888.58 CaloHcalE=236.913 CaloEcalChi2=131.91 CaloClusChi2=0.527489 CaloTrajectoryL=229.492 CaloEoverP=2.47714 EcalPIDe=0.83137 HcalPIDe=-0.11382 HcalPIDmu=-2.39464 EcalPIDmu=-1.28498 TrackChi2PerDof=2.46981 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=3713.71 TrackPt=91.1242 CombDLLe=0.71755 CombDLLmu=-3.67962 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.947316 ProbNNpi=0.00564594 ProbNNk=0.0453984 ProbNNp=0.0130801 ProbNNghost=0.9986 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.904288 CaloElectronMatch=599.734 CaloChargedEcal=11339.1 CaloChargedID=39098 CaloEcalE=6163.6 CaloHcalE=875.875 CaloEcalChi2=599.734 CaloClusChi2=0.904288 CaloTrajectoryL=-79.0369 CaloEoverP=1.79692 EcalPIDe=-0.514971 HcalPIDe=-0.310073 HcalPIDmu=-0.321238 EcalPIDmu=-2.74106 TrackChi2PerDof=1.29024 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6595.85 TrackPt=122.828 CombDLLe=-0.825044 CombDLLmu=-3.0623 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.721804 ProbNNpi=0.708112 ProbNNk=0.0621826 ProbNNp=0.105375 ProbNNghost=0.639633 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-23.1965 RichDLLmu=-13.8331 RichDLLpi=0 RichDLLk=-2.37827 RichDLLp=-2.37827 RichPIDStatus=5027 RichDLLbt=-2.37827 RichDLLd=-2.37827 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0840307 CaloElectronMatch=12.5349 CaloBremMatch=12.5349 CaloChargedEcal=2320.14 CaloChargedID=35708 CaloNeutralEcal=2320.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.629367 CaloNeutralID=35708 CaloEcalE=669.234 CaloEcalChi2=12.5349 CaloBremChi2=22.2975 CaloClusChi2=0.0840307 CaloTrajectoryL=-45.9058 CaloEoverP=0.897089 EcalPIDe=2.97947 BremPIDe=2.0366 EcalPIDmu=0.566712 TrackChi2PerDof=1.75015 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=2813.63 TrackPt=383.393 CombDLLe=1.35786 CombDLLmu=-6.37816 CombDLLpi=0 CombDLLk=-2.37827 CombDLLp=-2.37827 CombDLLd=-2.37827 ProbNNe=5.64008e-05 ProbNNpi=0.922757 ProbNNk=0.009987 ProbNNp=0.0129853 ProbNNghost=0.271616 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.57157 RichDLLmu=-0.755457 RichDLLpi=0 RichDLLk=1.82772 RichDLLp=1.82772 RichPIDStatus=5028 RichDLLbt=1.82772 RichDLLd=1.82772 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.24038 CaloElectronMatch=247.866 CaloBremMatch=219.561 CaloChargedEcal=521.254 CaloChargedID=34312 CaloNeutralEcal=521.254 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876501 CaloNeutralID=34312 CaloEcalE=1406.96 CaloHcalE=4041.46 CaloEcalChi2=247.866 CaloBremChi2=652.305 CaloClusChi2=3.24038 CaloTrajectoryL=159.81 CaloEoverP=0.191025 EcalPIDe=0.497498 BremPIDe=-0.553589 HcalPIDe=-1.52558 HcalPIDmu=-0.386389 EcalPIDmu=-1.14196 TrackChi2PerDof=2.04107 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=3788.4 TrackPt=221.975 CombDLLe=-3.05915 CombDLLmu=-2.57801 CombDLLpi=0 CombDLLk=1.82772 CombDLLp=1.82772 CombDLLd=1.82772 ProbNNe=0.00406712 ProbNNpi=0.462942 ProbNNk=0.0609988 ProbNNp=0.0729718 ProbNNghost=0.864529 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.0755 RichDLLmu=-2.10359 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=285.497 BremPIDe=-0.0713868 TrackChi2PerDof=1.21188 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=2281.21 TrackPt=280.181 CombDLLe=-2.5914 CombDLLmu=-2.78274 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00810585 ProbNNpi=0.90521 ProbNNk=0.0518234 ProbNNp=0.0883344 ProbNNghost=0.0674564 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.95072 RichDLLmu=-5.33825 RichDLLpi=0 RichDLLk=0.780098 RichDLLp=0.780098 RichPIDStatus=5028 RichDLLbt=0.780098 RichDLLd=0.780098 InAccBrem=1 CaloBremChi2=372.28 BremPIDe=-0.4614 TrackChi2PerDof=1.86979 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=3257.32 TrackPt=241.115 CombDLLe=-1.32338 CombDLLmu=-5.52002 CombDLLpi=0 CombDLLk=0.780098 CombDLLp=0.780098 CombDLLd=0.780098 ProbNNe=0.577694 ProbNNpi=0.511233 ProbNNk=0.0664587 ProbNNp=0.123445 ProbNNghost=0.638433 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.16407 RichDLLmu=0.893623 RichDLLpi=0 RichDLLk=0.781109 RichDLLp=0.781109 RichPIDStatus=5026 RichDLLbt=0.781109 RichDLLd=0.781109 InAccBrem=1 CaloBremChi2=255.019 BremPIDe=-0.338913 TrackChi2PerDof=1.80637 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=2683.18 TrackPt=84.1202 CombDLLe=-1.40917 CombDLLmu=1.23792 CombDLLpi=0 CombDLLk=0.781109 CombDLLp=0.781109 CombDLLd=0.781109 ProbNNe=0.341118 ProbNNpi=0.698101 ProbNNk=0.092436 ProbNNp=0.185095 ProbNNghost=0.360229 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.3702 RichDLLmu=-11.3676 RichDLLpi=0 RichDLLk=-7.28838 RichDLLp=-7.28838 RichPIDStatus=5027 RichDLLbt=-7.28838 RichDLLd=-7.28838 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.77274 CaloElectronMatch=142.535 CaloBremMatch=142.535 CaloChargedEcal=763.763 CaloChargedID=34056 CaloNeutralEcal=763.763 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974604 CaloNeutralID=34056 CaloEcalE=684.324 CaloHcalE=1424.49 CaloEcalChi2=142.535 CaloBremChi2=161.304 CaloClusChi2=1.77274 CaloTrajectoryL=235.73 CaloEoverP=0.300791 EcalPIDe=0.83137 BremPIDe=-0.127295 HcalPIDe=-1.06262 HcalPIDmu=1.19075 EcalPIDmu=0.566712 TrackChi2PerDof=0.79184 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=3293.87 TrackPt=375.78 CombDLLe=-4.16377 CombDLLmu=-5.09571 CombDLLpi=0 CombDLLk=-7.28838 CombDLLp=-7.28838 CombDLLd=-7.28838 ProbNNe=7.50106e-07 ProbNNpi=0.995811 ProbNNk=0.000464965 ProbNNp=0.0018615 ProbNNghost=0.00760222 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.41859 RichDLLmu=5.35052 RichDLLpi=0 RichDLLk=6.88059 RichDLLp=6.88059 RichPIDStatus=5028 RichDLLbt=6.88059 RichDLLd=6.88059 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.08024 CaloElectronMatch=1.4335 CaloBremMatch=1.33759 CaloChargedEcal=5993.89 CaloChargedID=39546 CaloNeutralEcal=5993.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967385 CaloNeutralID=39546 CaloEcalE=4759.49 CaloHcalE=1885.46 CaloEcalChi2=1.4335 CaloBremChi2=280.376 CaloClusChi2=1.08024 CaloTrajectoryL=96.6645 CaloEoverP=1.05371 EcalPIDe=3.6423 BremPIDe=-0.416867 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-2.85439 TrackChi2PerDof=1.93537 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=5845.01 TrackPt=284.13 CombDLLe=1.93756 CombDLLmu=4.47563 CombDLLpi=0 CombDLLk=6.88059 CombDLLp=6.88059 CombDLLd=6.88059 ProbNNe=0.883368 ProbNNpi=0.279248 ProbNNk=0.588726 ProbNNp=0.734921 ProbNNghost=0.577067 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.46331 RichDLLmu=-1.6457 RichDLLpi=0 RichDLLk=-0.767057 RichDLLp=-0.767057 RichPIDStatus=5027 RichDLLbt=-0.767057 RichDLLd=-0.767057 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.526898 CaloElectronMatch=4.55375 CaloBremMatch=4.55375 CaloChargedEcal=2748.09 CaloChargedID=34482 CaloNeutralEcal=2748.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90011 CaloNeutralID=34482 CaloEcalE=2331.86 CaloHcalE=1356.59 CaloEcalChi2=4.55375 CaloBremChi2=527.074 CaloClusChi2=0.526898 CaloTrajectoryL=125.725 CaloEoverP=0.886937 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-0.984854 HcalPIDmu=1.19075 EcalPIDmu=-2.32771 TrackChi2PerDof=0.932703 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=3354.05 TrackPt=251.184 CombDLLe=0.319694 CombDLLmu=-3.36119 CombDLLpi=0 CombDLLk=-0.767057 CombDLLp=-0.767057 CombDLLd=-0.767057 ProbNNe=0.400523 ProbNNpi=0.8322 ProbNNk=0.0405302 ProbNNp=0.0866995 ProbNNghost=0.236611 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.21777 RichDLLmu=-2.71683 RichDLLpi=0 RichDLLk=12.4539 RichDLLp=12.4539 RichPIDStatus=5092 RichDLLbt=12.4539 RichDLLd=12.4539 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.39691 CaloElectronMatch=341.639 CaloBremMatch=338.786 CaloChargedEcal=2931.93 CaloChargedID=39156 CaloNeutralEcal=2931.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77422 CaloNeutralID=39156 CaloEcalE=166.518 CaloHcalE=259.193 CaloEcalChi2=341.639 CaloBremChi2=286.028 CaloClusChi2=5.39691 CaloTrajectoryL=-64.4767 CaloEoverP=0.414491 EcalPIDe=0.0750074 BremPIDe=-0.26048 HcalPIDe=-0.0471635 HcalPIDmu=-1.89593 EcalPIDmu=-0.501172 TrackChi2PerDof=1.72219 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=7969.8 TrackPt=240.635 CombDLLe=-0.44568 CombDLLmu=-5.86583 CombDLLpi=0 CombDLLk=12.4539 CombDLLp=12.4539 CombDLLd=12.4539 ProbNNe=7.40394e-05 ProbNNpi=0.10098 ProbNNk=0.817672 ProbNNp=0.885236 ProbNNghost=0.0757764 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.99347 RichDLLmu=-3.21407 RichDLLpi=0 RichDLLk=0.0373688 RichDLLp=0.0373688 RichPIDStatus=5025 RichDLLbt=0.0373688 RichDLLd=0.0373688 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.89056 CaloElectronMatch=351.83 CaloBremMatch=185.022 CaloChargedEcal=664.758 CaloChargedID=34680 CaloNeutralEcal=664.758 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.850149 CaloNeutralID=34680 CaloEcalE=812.438 CaloHcalE=2384.36 CaloEcalChi2=351.83 CaloBremChi2=220.619 CaloClusChi2=4.89056 CaloTrajectoryL=1101.63 CaloEoverP=0.290334 EcalPIDe=0.0319619 BremPIDe=-0.417084 HcalPIDe=-1.50482 HcalPIDmu=0.741552 EcalPIDmu=0.107042 TrackChi2PerDof=2.94277 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=3007.66 TrackPt=183.213 CombDLLe=-1.54137 CombDLLmu=-3.11909 CombDLLpi=0 CombDLLk=0.0373688 CombDLLp=0.0373688 CombDLLd=0.0373688 ProbNNe=0.0013889 ProbNNpi=0.0407593 ProbNNk=0.067589 ProbNNp=0.139934 ProbNNghost=0.972162 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.4148 RichDLLmu=-15.2728 RichDLLpi=0 RichDLLk=-6.60271 RichDLLp=-6.60271 RichPIDStatus=5027 RichDLLbt=-6.60271 RichDLLd=-6.60271 MuonMuLL=0 MuonBkgLL=-0.0141355 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=5363.57 MuonMVA1=-999 MuonMVA2=-1.9588 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.158336 CaloElectronMatch=17.1895 CaloBremMatch=17.1895 CaloChargedEcal=5711.91 CaloChargedID=39239 CaloNeutralEcal=5711.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.714571 CaloNeutralID=39239 CaloEcalE=3181.91 CaloHcalE=0 CaloEcalChi2=17.1895 CaloBremChi2=171.045 CaloClusChi2=0.158336 CaloTrajectoryL=130.906 CaloEoverP=1.25237 EcalPIDe=2.97947 BremPIDe=-0.224977 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.50884 TrackChi2PerDof=0.702415 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=4799.74 TrackPt=240.588 CombDLLe=0.518324 CombDLLmu=-11.9273 CombDLLpi=0 CombDLLk=-6.60271 CombDLLp=-6.60271 CombDLLd=-6.58858 ProbNNe=0.0448273 ProbNNmu=0.00366525 ProbNNpi=0.00963885 ProbNNk=0.00252295 ProbNNp=0.0241274 ProbNNghost=0.356136 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=7.62026 RichDLLmu=-1.53127 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=164.627 BremPIDe=0.0147328 TrackChi2PerDof=1.38364 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2047.88 TrackPt=103.862 CombDLLe=1.33238 CombDLLmu=-2.07918 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.96624 ProbNNpi=0.116669 ProbNNk=0.0363752 ProbNNp=0.0269674 ProbNNghost=0.991069 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=10.7555 RichDLLmu=2.3194 RichDLLpi=0 RichDLLk=8.89046 RichDLLp=9.77153 RichPIDStatus=6113 RichDLLbt=9.77153 RichDLLd=9.77153 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=9.59797 CaloElectronMatch=556.886 CaloChargedEcal=17054.6 CaloChargedID=38795 CaloEcalE=1232.79 CaloHcalE=5637.06 CaloEcalChi2=556.886 CaloClusChi2=9.59797 CaloTrajectoryL=173.812 CaloEoverP=1.61878 EcalPIDe=-0.273733 HcalPIDe=-1.92467 HcalPIDmu=-1.4512 EcalPIDmu=-0.593929 TrackChi2PerDof=0.922998 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=10384.8 TrackPt=266.504 CombDLLe=-0.36028 CombDLLmu=0.987557 CombDLLpi=0 CombDLLk=8.89046 CombDLLp=9.77153 CombDLLd=9.77153 ProbNNe=0.00124306 ProbNNpi=0.00214009 ProbNNk=0.709688 ProbNNp=0.187697 ProbNNghost=0.999648 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.44884 RichDLLmu=-7.43634 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=101.718 BremPIDe=0.143007 TrackChi2PerDof=1.24378 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=2437.58 TrackPt=336.539 CombDLLe=-0.975864 CombDLLmu=-6.31975 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.733922 ProbNNpi=0.00213784 ProbNNk=0.0438209 ProbNNp=0.0118163 ProbNNghost=0.997562 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.66708 RichDLLmu=-0.0231705 RichDLLpi=0 RichDLLk=6.2582 RichDLLp=10.8123 RichPIDStatus=6117 RichDLLbt=10.8123 RichDLLd=10.8123 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.188886 CaloElectronMatch=430.629 CaloBremMatch=408.154 CaloChargedEcal=2364.23 CaloChargedID=34006 CaloNeutralEcal=2364.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871047 CaloNeutralID=34006 CaloEcalE=1852.87 CaloHcalE=3362.69 CaloEcalChi2=430.629 CaloBremChi2=415.61 CaloClusChi2=0.188886 CaloTrajectoryL=37.8941 CaloEoverP=0.228602 EcalPIDe=-0.10442 BremPIDe=-0.454777 HcalPIDe=-1.13849 HcalPIDmu=0.34288 EcalPIDmu=-1.63872 TrackChi2PerDof=1.84048 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=10670.3 TrackPt=1279.98 CombDLLe=-2.33763 CombDLLmu=-1.32828 CombDLLpi=0 CombDLLk=6.2582 CombDLLp=10.8123 CombDLLd=10.8123 ProbNNe=0.00733675 ProbNNpi=0.445373 ProbNNk=0.0264415 ProbNNp=0.201743 ProbNNghost=0.491033 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.36216 RichDLLmu=1.38665 RichDLLpi=0 RichDLLk=8.15938 RichDLLp=7.0166 RichPIDStatus=6116 RichDLLbt=7.0166 RichDLLd=7.0166 MuonMuLL=-0.0145047 MuonBkgLL=-0.17947 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=621.959 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.19891 CaloElectronMatch=193.98 CaloBremMatch=193.98 CaloChargedEcal=14867.9 CaloChargedID=43559 CaloNeutralEcal=14867.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737535 CaloNeutralID=43559 CaloEcalE=6803.02 CaloEcalChi2=193.98 CaloBremChi2=528.812 CaloClusChi2=1.19891 CaloTrajectoryL=497.809 CaloEoverP=1.38645 EcalPIDe=0.786938 BremPIDe=-0.621385 EcalPIDmu=-3.73237 TrackChi2PerDof=0.886035 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=11308.7 TrackPt=588.566 CombDLLe=-0.421444 CombDLLmu=-1.67438 CombDLLpi=0 CombDLLk=8.15938 CombDLLp=7.0166 CombDLLd=7.19607 ProbNNe=0.000989044 ProbNNpi=0.0646523 ProbNNk=0.752062 ProbNNp=0.654929 ProbNNghost=0.128391 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.23112 RichDLLmu=-2.68499 RichDLLpi=0 RichDLLk=3.80726 RichDLLp=5.37882 RichPIDStatus=6117 RichDLLbt=5.37882 RichDLLd=5.37882 MuonMuLL=-0.000800334 MuonBkgLL=-1.16894 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=48.9109 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.493807 CaloElectronMatch=14.0966 CaloBremMatch=14.0966 CaloChargedEcal=11346.1 CaloChargedID=38582 CaloNeutralEcal=11346.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.632778 CaloNeutralID=38582 CaloEcalE=7538.08 CaloHcalE=9020.03 CaloEcalChi2=14.0966 CaloBremChi2=84.205 CaloClusChi2=0.493807 CaloTrajectoryL=176.634 CaloEoverP=0.851772 EcalPIDe=4.33705 BremPIDe=0.704713 HcalPIDe=-2.51216 HcalPIDmu=-2.23489 EcalPIDmu=-3.3142 TrackChi2PerDof=0.719491 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=13116.6 TrackPt=727.645 CombDLLe=1.10915 CombDLLmu=-7.81593 CombDLLpi=0 CombDLLk=3.80726 CombDLLp=5.37882 CombDLLd=6.54776 ProbNNe=0.00419231 ProbNNpi=0.872948 ProbNNk=0.0743296 ProbNNp=0.135486 ProbNNghost=0.0089339 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.8361 RichDLLmu=-5.7332 RichDLLpi=0 RichDLLk=-3.69611 RichDLLp=-3.69611 RichPIDStatus=5027 RichDLLbt=-3.69611 RichDLLd=-3.69611 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.610136 CaloElectronMatch=52.9701 CaloBremMatch=52.9701 CaloChargedEcal=4675.55 CaloChargedID=35341 CaloNeutralEcal=4675.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849835 CaloNeutralID=35341 CaloEcalE=3181.08 CaloHcalE=919.495 CaloEcalChi2=52.9701 CaloBremChi2=593.6 CaloClusChi2=0.610136 CaloTrajectoryL=163.471 CaloEoverP=0.672822 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=-0.431041 HcalPIDmu=-0.321238 EcalPIDmu=-2.89107 TrackChi2PerDof=2.0444 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=7071.07 TrackPt=723.348 CombDLLe=-0.180082 CombDLLmu=-8.92878 CombDLLpi=0 CombDLLk=-3.69611 CombDLLp=-3.69611 CombDLLd=-3.69611 ProbNNe=8.96781e-05 ProbNNpi=0.929524 ProbNNk=0.00658329 ProbNNp=0.00456297 ProbNNghost=0.177517 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.3735 RichDLLmu=-7.38868 RichDLLpi=0 RichDLLk=-7.30775 RichDLLp=-7.30775 RichPIDStatus=5091 RichDLLbt=-7.30775 RichDLLd=-7.30775 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.546161 CaloElectronMatch=2.2464 CaloBremMatch=2.2464 CaloChargedEcal=6999.87 CaloChargedID=39346 CaloNeutralEcal=6999.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784837 CaloNeutralID=39346 CaloEcalE=4880.41 CaloHcalE=620.934 CaloEcalChi2=2.2464 CaloBremChi2=348.253 CaloClusChi2=0.546161 CaloTrajectoryL=114.708 CaloEoverP=0.934474 EcalPIDe=3.6423 BremPIDe=-0.438762 HcalPIDe=-0.176853 HcalPIDmu=-1.088 EcalPIDmu=-3.02713 TrackChi2PerDof=1.21316 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=7627.71 TrackPt=228.743 CombDLLe=-0.259317 CombDLLmu=-10.4224 CombDLLpi=0 CombDLLk=-7.30775 CombDLLp=-7.30775 CombDLLd=-7.30775 ProbNNe=1.57923e-05 ProbNNpi=0.97857 ProbNNk=0.00148872 ProbNNp=0.00631906 ProbNNghost=0.026146 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-14.6362 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=37.2791 BremPIDe=0.726033 TrackChi2PerDof=1.27854 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=1721.87 TrackPt=174.826 CombDLLe=-1.72679 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0196943 ProbNNpi=0.910431 ProbNNk=0.0502937 ProbNNp=0.111197 ProbNNghost=0.0340704 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.5237 RichDLLmu=-13.972 RichDLLpi=0 RichDLLk=-5.83442 RichDLLp=-5.83442 RichPIDStatus=5091 RichDLLbt=-5.83442 RichDLLd=-5.83442 MuonMuLL=-0.73961 MuonBkgLL=-2.16252 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=28.1044 MuonMVA1=-999 MuonMVA2=-0.875439 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.42494 CaloElectronMatch=66.2412 CaloBremMatch=66.2412 CaloChargedEcal=2070.56 CaloChargedID=44018 CaloNeutralEcal=2070.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.785014 CaloNeutralID=44018 CaloEcalE=1085.06 CaloHcalE=855.485 CaloEcalChi2=66.2412 CaloBremChi2=474.053 CaloClusChi2=1.42494 CaloTrajectoryL=14.165 CaloEoverP=0.541755 EcalPIDe=1.51236 BremPIDe=-0.553589 HcalPIDe=-0.560927 HcalPIDmu=0.0289404 EcalPIDmu=-0.485394 TrackChi2PerDof=0.790136 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=4603.89 TrackPt=520.723 CombDLLe=-2.33983 CombDLLmu=-5.98138 CombDLLpi=0 CombDLLk=-5.83442 CombDLLp=-5.83442 CombDLLd=-3.6719 ProbNNe=0.0195574 ProbNNmu=0.00366525 ProbNNpi=0.0153341 ProbNNk=0.00863549 ProbNNp=0.110746 ProbNNghost=0.0678755 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.68287 RichDLLmu=1.98746 RichDLLpi=0 RichDLLk=-21.7086 RichDLLp=-12.1396 RichPIDStatus=8162 RichDLLbt=-10.9903 RichDLLd=-10.9903 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=19.7201 CaloElectronMatch=1297.48 CaloBremMatch=91.7872 CaloChargedEcal=2562.59 CaloChargedID=44055 CaloNeutralEcal=2562.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887312 CaloNeutralID=44055 CaloEcalE=0 CaloHcalE=15522.1 CaloEcalChi2=1297.48 CaloBremChi2=706.964 CaloClusChi2=19.7201 CaloTrajectoryL=2912.86 CaloEoverP=0.118291 EcalPIDe=-1.21799 BremPIDe=-0.581258 HcalPIDe=-2.87281 HcalPIDmu=-3.02313 EcalPIDmu=0.790061 TrackChi2PerDof=1.23978 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=23346.1 TrackPt=1643.59 CombDLLe=-4.96639 CombDLLmu=0.411537 CombDLLpi=0 CombDLLk=-21.7086 CombDLLp=-12.1396 CombDLLd=-10.9903 ProbNNe=1.65468e-05 ProbNNpi=0.986015 ProbNNk=0.000108259 ProbNNp=0.000337635 ProbNNghost=0.0195584 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0674953 RichDLLmu=-0.525572 RichDLLpi=0 RichDLLk=8.34251 RichDLLp=8.34251 RichPIDStatus=5028 RichDLLbt=8.34251 RichDLLd=8.34251 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.07639 CaloElectronMatch=1.33759 CaloBremMatch=1.33759 CaloChargedEcal=5993.89 CaloChargedID=39546 CaloNeutralEcal=5993.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967385 CaloNeutralID=39546 CaloEcalE=4759.49 CaloHcalE=1885.46 CaloEcalChi2=1.33759 CaloBremChi2=280.076 CaloClusChi2=1.07639 CaloTrajectoryL=96.5125 CaloEoverP=1.05308 EcalPIDe=3.6423 BremPIDe=-0.416867 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-2.85439 TrackChi2PerDof=1.33746 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=5848.49 TrackPt=252.893 CombDLLe=2.19752 CombDLLmu=-1.78397 CombDLLpi=0 CombDLLk=8.34251 CombDLLp=8.34251 CombDLLd=8.34251 ProbNNe=0.869059 ProbNNpi=0.13321 ProbNNk=0.744138 ProbNNp=0.786975 ProbNNghost=0.503172 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.98557 RichDLLmu=0.257729 RichDLLpi=0 RichDLLk=-10.3822 RichDLLp=-9.02334 RichPIDStatus=6050 RichDLLbt=-9.02334 RichDLLd=-9.02334 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06035 CaloElectronMatch=310.924 CaloBremMatch=52.6171 CaloChargedEcal=4203.06 CaloChargedID=35215 CaloNeutralEcal=4203.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904389 CaloNeutralID=35215 CaloEcalE=2183.74 CaloHcalE=10019.4 CaloEcalChi2=310.924 CaloBremChi2=494.659 CaloClusChi2=1.06035 CaloTrajectoryL=445.269 CaloEoverP=0.384585 EcalPIDe=0.424072 BremPIDe=-0.621385 HcalPIDe=-2.4429 HcalPIDmu=-1.93671 EcalPIDmu=-1.89716 TrackChi2PerDof=1.42821 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=11287.4 TrackPt=1143.84 CombDLLe=-2.9874 CombDLLmu=-3.47337 CombDLLpi=0 CombDLLk=-10.3822 CombDLLp=-9.02334 CombDLLd=-9.02334 ProbNNe=9.32306e-06 ProbNNpi=0.964884 ProbNNk=0.000820643 ProbNNp=0.00297635 ProbNNghost=0.0237404 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.6166 RichDLLmu=-12.8868 RichDLLpi=0 RichDLLk=-1.73236 RichDLLp=-1.73236 RichPIDStatus=5027 RichDLLbt=-1.73236 RichDLLd=-1.73236 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.617037 CaloElectronMatch=31.8717 CaloBremMatch=31.8717 CaloChargedEcal=5350.32 CaloChargedID=35531 CaloNeutralEcal=5350.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.611773 CaloNeutralID=35531 CaloEcalE=1706.44 CaloHcalE=3798.14 CaloEcalChi2=31.8717 CaloBremChi2=95.4766 CaloClusChi2=0.617037 CaloTrajectoryL=92.9074 CaloEoverP=1.66208 EcalPIDe=2.97947 BremPIDe=0.142978 HcalPIDe=-1.4367 HcalPIDmu=0.265917 EcalPIDmu=-2.208 TrackChi2PerDof=1.79098 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=3312.14 TrackPt=413.204 CombDLLe=-1.35567 CombDLLmu=-8.86174 CombDLLpi=0 CombDLLk=-1.73236 CombDLLp=-1.73236 CombDLLd=-1.73236 ProbNNe=0.000121991 ProbNNpi=0.980136 ProbNNk=0.00302417 ProbNNp=0.00624289 ProbNNghost=0.0480111 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.79849 RichDLLmu=2.20282 RichDLLpi=0 RichDLLk=10.892 RichDLLp=10.8772 RichPIDStatus=6084 RichDLLbt=10.8772 RichDLLd=10.8772 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.705309 CaloElectronMatch=515.932 CaloChargedEcal=10312.8 CaloChargedID=43151 CaloEcalE=3570.31 CaloHcalE=23691.6 CaloEcalChi2=515.932 CaloClusChi2=0.705309 CaloTrajectoryL=448.805 CaloEoverP=0.472589 EcalPIDe=-0.250247 HcalPIDe=-2.87281 HcalPIDmu=-2.20948 EcalPIDmu=-2.3529 TrackChi2PerDof=1.38388 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=22414.8 TrackPt=444.923 CombDLLe=-2.46031 CombDLLmu=-1.66359 CombDLLpi=0 CombDLLk=10.892 CombDLLp=10.8772 CombDLLd=10.8772 ProbNNe=0.00217015 ProbNNpi=0.0708216 ProbNNk=0.894306 ProbNNp=0.75184 ProbNNghost=0.045397 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.05563 RichDLLmu=-9.18358 RichDLLpi=0 RichDLLk=-1.36461 RichDLLp=-1.36461 RichPIDStatus=5027 RichDLLbt=-1.36461 RichDLLd=-1.36461 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.95027 CaloElectronMatch=3.48562 CaloBremMatch=3.48562 CaloChargedEcal=3493.03 CaloChargedID=34503 CaloNeutralEcal=3493.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952468 CaloNeutralID=34503 CaloEcalE=3009.37 CaloHcalE=2159.55 CaloEcalChi2=3.48562 CaloBremChi2=586.362 CaloClusChi2=0.95027 CaloTrajectoryL=123.06 CaloEoverP=0.866866 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-1.22416 HcalPIDmu=1.09404 EcalPIDmu=-2.69301 TrackChi2PerDof=1.13491 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4323 TrackPt=290.229 CombDLLe=0.49441 CombDLLmu=-8.25233 CombDLLpi=0 CombDLLk=-1.36461 CombDLLp=-1.36461 CombDLLd=-1.36461 ProbNNe=0.505517 ProbNNpi=0.95622 ProbNNk=0.0148342 ProbNNp=0.0326636 ProbNNghost=0.0723321 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.7834 RichDLLmu=-6.53835 RichDLLpi=0 RichDLLk=0.364359 RichDLLp=0.364359 RichPIDStatus=5028 RichDLLbt=0.364359 RichDLLd=0.364359 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0593955 CaloElectronMatch=14.0557 CaloBremMatch=14.0557 CaloChargedEcal=2858.54 CaloChargedID=35335 CaloNeutralEcal=2858.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.734857 CaloNeutralID=35335 CaloEcalE=1471.82 CaloHcalE=1804.09 CaloEcalChi2=14.0557 CaloBremChi2=279.226 CaloClusChi2=0.0593955 CaloTrajectoryL=49.2791 CaloEoverP=1.17977 EcalPIDe=2.97947 BremPIDe=-0.318955 HcalPIDe=-1.43831 HcalPIDmu=1.63925 EcalPIDmu=-1.86134 TrackChi2PerDof=0.847121 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2651.37 TrackPt=293.789 CombDLLe=-1.69985 CombDLLmu=-6.26788 CombDLLpi=0 CombDLLk=0.364359 CombDLLp=0.364359 CombDLLd=0.364359 ProbNNe=2.74495e-05 ProbNNpi=0.969279 ProbNNk=0.023979 ProbNNp=0.0582241 ProbNNghost=0.0208 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.853985 RichDLLmu=0.778919 RichDLLpi=0 RichDLLk=8.47139 RichDLLp=14.3068 RichPIDStatus=8166 RichDLLbt=14.7788 RichDLLd=14.7788 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=10.9678 CaloElectronMatch=1584.36 CaloBremMatch=91.7872 CaloChargedEcal=2562.59 CaloChargedID=44055 CaloNeutralEcal=2562.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887312 CaloNeutralID=44055 CaloEcalE=0 CaloHcalE=20610.4 CaloEcalChi2=1584.36 CaloBremChi2=321.705 CaloClusChi2=10.9678 CaloTrajectoryL=1018.73 CaloEoverP=0.139121 EcalPIDe=-1.54975 BremPIDe=-0.363296 HcalPIDe=-2.5812 HcalPIDmu=-2.81633 EcalPIDmu=0.689585 TrackChi2PerDof=0.982025 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=19850.5 TrackPt=529.903 CombDLLe=-4.34483 CombDLLmu=-1.045 CombDLLpi=0 CombDLLk=8.47139 CombDLLp=14.3068 CombDLLd=14.7788 ProbNNe=4.1028e-06 ProbNNpi=0.0503927 ProbNNk=0.635866 ProbNNp=0.9714 ProbNNghost=0.00588626 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.4239 RichDLLmu=-19.4487 RichDLLpi=0 RichDLLk=-11.8695 RichDLLp=-11.8695 RichPIDStatus=5027 RichDLLbt=-11.8695 RichDLLd=-11.8695 MuonMuLL=-0.253861 MuonBkgLL=-1.06513 MuonNShared=14 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=192.086 MuonMVA1=-999 MuonMVA2=-0.869084 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=11.2386 CaloElectronMatch=651.217 CaloBremMatch=219.561 CaloChargedEcal=521.254 CaloChargedID=34312 CaloNeutralEcal=521.254 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876501 CaloNeutralID=34312 CaloEcalE=0 CaloHcalE=12698.3 CaloEcalChi2=651.217 CaloBremChi2=635.118 CaloClusChi2=11.2386 CaloTrajectoryL=9067.38 CaloEoverP=0.182157 EcalPIDe=-0.691118 BremPIDe=-0.553589 HcalPIDe=-0.621703 HcalPIDmu=0.420753 EcalPIDmu=0.494733 TrackChi2PerDof=0.839105 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3972.84 TrackPt=474.737 CombDLLe=-5.15929 CombDLLmu=-5.26739 CombDLLpi=0 CombDLLk=-11.8695 CombDLLp=-11.8695 CombDLLd=-10.8043 ProbNNe=1.10794e-07 ProbNNmu=0.00366525 ProbNNpi=0.0131305 ProbNNk=0.00443429 ProbNNp=0.0123437 ProbNNghost=0.04402 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.71303 RichDLLmu=-0.604652 RichDLLpi=0 RichDLLk=-2.58655 RichDLLp=-2.95246 RichPIDStatus=6083 RichDLLbt=-2.95246 RichDLLd=-2.95246 MuonPIDStatus=6 InAccMuon=1 InAccHcal=1 CaloHcalE=50161.7 HcalPIDe=-2.5812 HcalPIDmu=-1.95868 TrackChi2PerDof=0.900603 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=19856.5 TrackPt=440.995 CombDLLe=-3.05526 CombDLLmu=-2.80109 CombDLLpi=0 CombDLLk=-2.58655 CombDLLp=-2.95246 CombDLLd=-2.95246 ProbNNe=0.0171308 ProbNNpi=0.98426 ProbNNk=0.00378264 ProbNNp=0.0081897 ProbNNghost=0.00744158 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.0674 RichDLLmu=-9.83364 RichDLLpi=0 RichDLLk=3.74319 RichDLLp=3.74319 RichPIDStatus=5092 RichDLLbt=3.74319 RichDLLd=3.74319 MuonMuLL=-0.58089 MuonBkgLL=-1.95157 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=61.4314 MuonMVA1=-999 MuonMVA2=-0.703142 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=12.325 CaloElectronMatch=507.317 CaloBremMatch=245.454 CaloChargedEcal=2013.74 CaloChargedID=42506 CaloNeutralEcal=2013.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.778693 CaloNeutralID=42506 CaloEcalE=0 CaloHcalE=12813.5 CaloEcalChi2=507.317 CaloBremChi2=874.835 CaloClusChi2=12.325 CaloTrajectoryL=365.951 CaloEoverP=0.443592 EcalPIDe=-0.270192 BremPIDe=-0.607507 HcalPIDe=-1.17839 HcalPIDmu=0.361644 EcalPIDmu=0.501778 TrackChi2PerDof=0.933949 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=5282.18 TrackPt=411.808 CombDLLe=-5.30017 CombDLLmu=-4.4971 CombDLLpi=0 CombDLLk=3.74319 CombDLLp=3.74319 CombDLLd=5.69476 ProbNNe=2.60592e-05 ProbNNmu=0.00366525 ProbNNpi=0.00124206 ProbNNk=0.114789 ProbNNp=0.201868 ProbNNghost=0.081305 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.47251 RichDLLmu=-0.570656 RichDLLpi=0 RichDLLk=0.534353 RichDLLp=0.534353 RichPIDStatus=5028 RichDLLbt=0.534353 RichDLLd=0.534353 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0674606 CaloElectronMatch=164.649 CaloBremMatch=159.14 CaloChargedEcal=4224.36 CaloChargedID=34558 CaloNeutralEcal=4224.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.742504 CaloNeutralID=34558 CaloEcalE=1168.37 CaloEcalChi2=164.649 CaloBremChi2=294.324 CaloClusChi2=0.0674606 CaloTrajectoryL=-69.7536 CaloEoverP=1.38507 EcalPIDe=0.83137 BremPIDe=-0.318955 EcalPIDmu=-1.2505 TrackChi2PerDof=2.92299 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3236.32 TrackPt=197.067 CombDLLe=0.254843 CombDLLmu=-2.04596 CombDLLpi=0 CombDLLk=0.534353 CombDLLp=0.534353 CombDLLd=0.534353 ProbNNe=0.38238 ProbNNpi=0.206879 ProbNNk=0.0366016 ProbNNp=0.0846501 ProbNNghost=0.863158 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.61077 RichDLLmu=-1.68816 RichDLLpi=0 RichDLLk=5.22266 RichDLLp=5.22266 RichPIDStatus=5060 RichDLLbt=5.22266 RichDLLd=5.22266 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.408906 CaloElectronMatch=436.134 CaloChargedEcal=20329.9 CaloChargedID=43245 CaloEcalE=4795.65 CaloHcalE=23764.8 CaloEcalChi2=436.134 CaloClusChi2=0.408906 CaloTrajectoryL=-107.508 CaloEoverP=1.83056 EcalPIDe=-0.10442 HcalPIDe=-1.89687 HcalPIDmu=-0.386157 EcalPIDmu=-2.90947 TrackChi2PerDof=1.53809 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=11170.9 TrackPt=247.78 CombDLLe=-1.19796 CombDLLmu=-5.57316 CombDLLpi=0 CombDLLk=5.22266 CombDLLp=5.22266 CombDLLd=5.22266 ProbNNe=0.0469267 ProbNNpi=0.380241 ProbNNk=0.166659 ProbNNp=0.270369 ProbNNghost=0.709412 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.66316 RichDLLmu=-3.7778 RichDLLpi=0 RichDLLk=-4.22505 RichDLLp=-4.22505 RichPIDStatus=5091 RichDLLbt=-4.22505 RichDLLd=-4.22505 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.661693 CaloElectronMatch=125.527 CaloBremMatch=125.527 CaloChargedEcal=2545.11 CaloChargedID=42192 CaloNeutralEcal=2545.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.728038 CaloNeutralID=42192 CaloEcalE=1332.3 CaloHcalE=11246 CaloEcalChi2=125.527 CaloBremChi2=405.475 CaloClusChi2=0.661693 CaloTrajectoryL=200.904 CaloEoverP=0.362314 EcalPIDe=0.989182 BremPIDe=-0.467096 HcalPIDe=-1.17839 HcalPIDmu=-1.049 EcalPIDmu=-1.10759 TrackChi2PerDof=1.2857 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=8005.06 TrackPt=485.203 CombDLLe=-1.81169 CombDLLmu=-6.62577 CombDLLpi=0 CombDLLk=-4.22505 CombDLLp=-4.22505 CombDLLd=-4.22505 ProbNNe=3.41438e-05 ProbNNpi=0.829752 ProbNNk=0.118158 ProbNNp=0.121874 ProbNNghost=0.056231 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.40322 RichDLLmu=-5.25529 RichDLLpi=0 RichDLLk=6.13229 RichDLLp=6.13229 RichPIDStatus=5028 RichDLLbt=6.13229 RichDLLd=6.13229 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.14873 CaloElectronMatch=114.833 CaloBremMatch=11.789 CaloChargedEcal=4890.16 CaloChargedID=34890 CaloNeutralEcal=4890.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946209 CaloNeutralID=34890 CaloEcalE=4188.75 CaloHcalE=5593.53 CaloEcalChi2=114.833 CaloBremChi2=21.8519 CaloClusChi2=1.14873 CaloTrajectoryL=-135.768 CaloEoverP=0.802279 EcalPIDe=1.84829 BremPIDe=2.50165 HcalPIDe=-1.9266 HcalPIDmu=-0.805439 EcalPIDmu=-2.76686 TrackChi2PerDof=0.503903 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=6196.37 TrackPt=557.044 CombDLLe=1.31226 CombDLLmu=-9.04782 CombDLLpi=0 CombDLLk=6.13229 CombDLLp=6.13229 CombDLLd=6.13229 ProbNNe=0.0160209 ProbNNpi=0.46268 ProbNNk=0.351352 ProbNNp=0.507932 ProbNNghost=0.124461 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.67843 RichDLLmu=-3.61481 RichDLLpi=0 RichDLLk=14.1535 RichDLLp=14.1535 RichPIDStatus=5028 RichDLLbt=14.1535 RichDLLd=14.1535 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.167654 CaloElectronMatch=12.7797 CaloBremMatch=12.7797 CaloChargedEcal=4980.4 CaloChargedID=35656 CaloNeutralEcal=4980.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.759348 CaloNeutralID=35656 CaloEcalE=2861.37 CaloHcalE=2192.73 CaloEcalChi2=12.7797 CaloBremChi2=280.239 CaloClusChi2=0.167654 CaloTrajectoryL=164.981 CaloEoverP=1.28435 EcalPIDe=2.97947 BremPIDe=-0.318955 HcalPIDe=-1.22416 HcalPIDmu=1.09404 EcalPIDmu=-2.54584 TrackChi2PerDof=0.780785 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3962.22 TrackPt=539.915 CombDLLe=0.108895 CombDLLmu=-5.78298 CombDLLpi=0 CombDLLk=14.1535 CombDLLp=14.1535 CombDLLd=14.1535 ProbNNe=4.99476e-05 ProbNNpi=0.00631761 ProbNNk=0.96667 ProbNNp=0.963948 ProbNNghost=0.00152172 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.4888 RichDLLmu=-7.7534 RichDLLpi=0 RichDLLk=-33.5586 RichDLLp=-29.2575 RichPIDStatus=6115 RichDLLbt=-29.2575 RichDLLd=-29.2575 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.66866 CaloElectronMatch=1265.59 CaloBremMatch=80.4853 CaloChargedEcal=7258.91 CaloChargedID=39689 CaloNeutralEcal=7258.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84943 CaloNeutralID=39689 CaloEcalE=2950.14 CaloHcalE=10130.2 CaloEcalChi2=1265.59 CaloBremChi2=256.082 CaloClusChi2=2.66866 CaloTrajectoryL=-189.252 CaloEoverP=0.563655 EcalPIDe=-1.47638 BremPIDe=-0.0686812 HcalPIDe=-2.4429 HcalPIDmu=-2.43013 EcalPIDmu=-2.35622 TrackChi2PerDof=0.625611 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=13097.6 TrackPt=1093.93 CombDLLe=-9.20482 CombDLLmu=-11.1836 CombDLLpi=0 CombDLLk=-33.5586 CombDLLp=-29.2575 CombDLLd=-29.2575 ProbNNe=1.2163e-07 ProbNNpi=0.999842 ProbNNk=3.50296e-05 ProbNNp=6.73969e-05 ProbNNghost=0.000183022 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.5525 RichDLLmu=5.53313 RichDLLpi=0 RichDLLk=15.1099 RichDLLp=15.1099 RichPIDStatus=5092 RichDLLbt=15.1099 RichDLLd=15.1099 MuonMuLL=-0.0566762 MuonBkgLL=-0.342602 MuonNShared=9 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=149.13 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.76619 CaloElectronMatch=161.32 CaloBremMatch=146.621 CaloChargedEcal=1447.58 CaloChargedID=37678 CaloNeutralEcal=1447.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=37678 CaloEcalE=1062.96 CaloHcalE=581.612 CaloEcalChi2=161.32 CaloBremChi2=90.237 CaloClusChi2=3.76619 CaloTrajectoryL=344.707 CaloEoverP=0.329706 EcalPIDe=0.83137 BremPIDe=0.371596 HcalPIDe=-0.304036 HcalPIDmu=-0.681099 EcalPIDmu=-0.485394 TrackChi2PerDof=0.906149 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4971.28 TrackPt=626.429 CombDLLe=1.34501 CombDLLmu=4.7395 CombDLLpi=0 CombDLLk=15.1099 CombDLLp=15.1099 CombDLLd=15.4525 ProbNNe=0.000838417 ProbNNpi=0.00598537 ProbNNk=0.922622 ProbNNp=0.931344 ProbNNghost=0.0229005 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-40.2542 RichDLLmu=-28.5197 RichDLLpi=0 RichDLLk=-9.24234 RichDLLp=-9.24234 RichPIDStatus=5027 RichDLLbt=-9.24234 RichDLLd=-9.24234 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.421268 CaloElectronMatch=42.9488 CaloBremMatch=42.9488 CaloChargedEcal=4272.88 CaloChargedID=33777 CaloNeutralEcal=4272.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819477 CaloNeutralID=33777 CaloEcalE=2898.63 CaloHcalE=0 CaloEcalChi2=42.9488 CaloBremChi2=242.46 CaloClusChi2=0.421268 CaloTrajectoryL=162.527 CaloEoverP=0.927074 EcalPIDe=2.97947 BremPIDe=-0.33853 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.54584 TrackChi2PerDof=0.862211 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4813.49 TrackPt=770.031 CombDLLe=-2.22347 CombDLLmu=-12.0093 CombDLLpi=0 CombDLLk=-9.24234 CombDLLp=-9.24234 CombDLLd=-9.24234 ProbNNe=1.06348e-06 ProbNNpi=0.996807 ProbNNk=5.42987e-05 ProbNNp=0.000685894 ProbNNghost=0.00180794 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.3545 RichDLLmu=-21.8315 RichDLLpi=0 RichDLLk=-10.3367 RichDLLp=-10.3367 RichPIDStatus=5027 RichDLLbt=-10.3367 RichDLLd=-10.3367 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.16234 CaloElectronMatch=36.1581 CaloBremMatch=36.1581 CaloChargedEcal=4356.61 CaloChargedID=35580 CaloNeutralEcal=4356.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775551 CaloNeutralID=35580 CaloEcalE=3319.91 CaloEcalChi2=36.1581 CaloBremChi2=244.387 CaloClusChi2=1.16234 CaloTrajectoryL=255.993 CaloEoverP=1.20963 EcalPIDe=2.97947 BremPIDe=-0.33853 EcalPIDmu=-0.955845 TrackChi2PerDof=0.631649 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3726 TrackPt=453.454 CombDLLe=-1.73701 CombDLLmu=-7.95359 CombDLLpi=0 CombDLLk=-10.3367 CombDLLp=-10.3367 CombDLLd=-10.3367 ProbNNe=2.30177e-05 ProbNNpi=0.995785 ProbNNk=4.49688e-05 ProbNNp=0.00312402 ProbNNghost=0.00086824 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.315851 CaloElectronMatch=213.795 CaloChargedEcal=9043.34 CaloChargedID=34764 CaloEcalE=4016.35 CaloHcalE=117.093 CaloEcalChi2=213.795 CaloClusChi2=0.315851 CaloTrajectoryL=-120.743 CaloEoverP=2.55063 EcalPIDe=0.497498 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-0.945822 TrackChi2PerDof=0.723009 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3606.7 TrackPt=71.8539 CombDLLe=0.982834 CombDLLmu=-3.34046 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.91518 ProbNNpi=0.567507 ProbNNk=0.0657987 ProbNNp=0.0978427 ProbNNghost=0.572413 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.675349 CaloElectronMatch=70.7307 CaloChargedEcal=6142.21 CaloChargedID=38785 CaloEcalE=4011.83 CaloHcalE=500.797 CaloEcalChi2=70.7307 CaloClusChi2=0.675349 CaloTrajectoryL=41.5154 CaloEoverP=1.4109 EcalPIDe=1.51236 HcalPIDe=-0.235987 HcalPIDmu=-1.39048 EcalPIDmu=-1.71726 TrackChi2PerDof=1.53429 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4577.03 TrackPt=91.0485 CombDLLe=1.27637 CombDLLmu=-3.10774 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.854907 ProbNNpi=0.647202 ProbNNk=0.0628978 ProbNNp=0.121368 ProbNNghost=0.51422 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.90874 RichDLLmu=1.96669 RichDLLpi=0 RichDLLk=4.80544 RichDLLp=4.80544 RichPIDStatus=5060 RichDLLbt=4.80544 RichDLLd=4.80544 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.237551 CaloElectronMatch=419.252 CaloChargedEcal=10312.8 CaloChargedID=43151 CaloEcalE=2811.12 CaloHcalE=15776.7 CaloEcalChi2=419.252 CaloClusChi2=0.237551 CaloTrajectoryL=-207.537 CaloEoverP=1.02899 EcalPIDe=-0.10442 HcalPIDe=-1.89687 HcalPIDmu=-1.10852 EcalPIDmu=-2.83531 TrackChi2PerDof=1.27725 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=10294.6 TrackPt=179.051 CombDLLe=-1.49316 CombDLLmu=-1.32419 CombDLLpi=0 CombDLLk=4.80544 CombDLLp=4.80544 CombDLLd=4.80544 ProbNNe=0.00359651 ProbNNpi=0.533801 ProbNNk=0.216687 ProbNNp=0.262116 ProbNNghost=0.421375 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.2166 RichDLLmu=-9.69116 RichDLLpi=0 RichDLLk=1.34297 RichDLLp=1.34297 RichPIDStatus=5028 RichDLLbt=1.34297 RichDLLd=1.34297 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.80148 CaloElectronMatch=550.339 CaloBremMatch=211.823 CaloChargedEcal=17037.4 CaloChargedID=39310 CaloNeutralEcal=17037.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923275 CaloNeutralID=39310 CaloEcalE=781.778 CaloHcalE=8205.99 CaloEcalChi2=550.339 CaloBremChi2=450.589 CaloClusChi2=3.80148 CaloTrajectoryL=118.249 CaloEoverP=5.80004 EcalPIDe=-0.362387 BremPIDe=-0.553589 HcalPIDe=-0.697374 HcalPIDmu=1.06858 EcalPIDmu=0.107042 TrackChi2PerDof=0.947787 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=2985.55 TrackPt=513.276 CombDLLe=-5.64048 CombDLLmu=-5.54013 CombDLLpi=0 CombDLLk=1.34297 CombDLLp=1.34297 CombDLLd=1.34297 ProbNNe=2.00812e-07 ProbNNpi=0.979837 ProbNNk=0.00403367 ProbNNp=0.0170633 ProbNNghost=0.0100881 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.5025 RichDLLmu=-9.6218 RichDLLpi=0 RichDLLk=1.37216 RichDLLp=1.37216 RichPIDStatus=5028 RichDLLbt=1.37216 RichDLLd=1.37216 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.49982 CaloElectronMatch=261.733 CaloBremMatch=261.733 CaloChargedEcal=323.804 CaloChargedID=35712 CaloNeutralEcal=323.804 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.04658 CaloNeutralID=35712 CaloEcalE=489.56 CaloHcalE=4071.61 CaloEcalChi2=261.733 CaloBremChi2=15.4642 CaloClusChi2=3.49982 CaloTrajectoryL=1362.53 CaloEoverP=0.147022 EcalPIDe=0.265875 BremPIDe=2.37284 HcalPIDe=-1.52558 HcalPIDmu=0.41264 EcalPIDmu=1.19218 TrackChi2PerDof=0.897051 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=2881.41 TrackPt=454.789 CombDLLe=-2.58384 CombDLLmu=-5.10311 CombDLLpi=0 CombDLLk=1.37216 CombDLLp=1.37216 CombDLLd=1.37216 ProbNNe=9.24112e-08 ProbNNpi=0.966123 ProbNNk=0.0229527 ProbNNp=0.0884067 ProbNNghost=0.00498139 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.1557 RichDLLmu=-3.7085 RichDLLpi=0 RichDLLk=-3.13345 RichDLLp=-0.382484 RichPIDStatus=6115 RichDLLbt=-0.382484 RichDLLd=-0.382484 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.66583 CaloElectronMatch=674.441 CaloChargedEcal=13092.3 CaloChargedID=38799 CaloEcalE=1632.23 CaloHcalE=12522.4 CaloEcalChi2=674.441 CaloClusChi2=1.66583 CaloTrajectoryL=-422.722 CaloEoverP=0.935614 EcalPIDe=-0.56571 HcalPIDe=-1.89687 HcalPIDmu=-2.67457 EcalPIDmu=-0.995806 TrackChi2PerDof=0.857216 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=13893.4 TrackPt=463.951 CombDLLe=-4.20259 CombDLLmu=-8.08158 CombDLLpi=0 CombDLLk=-3.13345 CombDLLp=-0.382484 CombDLLd=-0.382484 ProbNNe=1.23609e-06 ProbNNpi=0.903695 ProbNNk=0.0906403 ProbNNp=0.189162 ProbNNghost=0.0665457 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=14.3879 RichDLLmu=3.39594 RichDLLpi=0 RichDLLk=17.1963 RichDLLp=17.1963 RichPIDStatus=5092 RichDLLbt=17.1963 RichDLLd=17.1963 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.274857 CaloElectronMatch=211.823 CaloBremMatch=211.823 CaloChargedEcal=17037.4 CaloChargedID=39310 CaloNeutralEcal=17037.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923275 CaloNeutralID=39310 CaloEcalE=14233.5 CaloHcalE=7803.23 CaloEcalChi2=211.823 CaloBremChi2=307.803 CaloClusChi2=0.274857 CaloTrajectoryL=19.8534 CaloEoverP=1.99574 EcalPIDe=0.605631 BremPIDe=-0.466299 HcalPIDe=-2.22765 HcalPIDmu=-1.48415 EcalPIDmu=-0.115118 TrackChi2PerDof=1.97738 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=8676.64 TrackPt=282.094 CombDLLe=0.326323 CombDLLmu=2.53767 CombDLLpi=0 CombDLLk=17.1963 CombDLLp=17.1963 CombDLLd=17.1963 ProbNNe=0.996957 ProbNNpi=0.00254676 ProbNNk=0.001732 ProbNNp=0.0105959 ProbNNghost=0.960782 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.0454 RichDLLmu=-5.94751 RichDLLpi=0 RichDLLk=0.00124271 RichDLLp=0.00124271 RichPIDStatus=5028 RichDLLbt=0.00124271 RichDLLd=0.00124271 InAccBrem=1 CaloBremChi2=107.525 BremPIDe=0.185338 TrackChi2PerDof=1.73701 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=2587.89 TrackPt=404.676 CombDLLe=-2.91666 CombDLLmu=-5.81297 CombDLLpi=0 CombDLLk=0.00124271 CombDLLp=0.00124271 CombDLLd=0.00124271 ProbNNe=0.0016226 ProbNNpi=0.871736 ProbNNk=0.0520496 ProbNNp=0.121132 ProbNNghost=0.209232 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.6229 RichDLLmu=-17.4643 RichDLLpi=0 RichDLLk=-3.12717 RichDLLp=-3.12717 RichPIDStatus=5027 RichDLLbt=-3.12717 RichDLLd=-3.12717 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.430714 CaloElectronMatch=16.9415 CaloBremMatch=16.1675 CaloChargedEcal=3546.13 CaloChargedID=35846 CaloNeutralEcal=3546.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.808143 CaloNeutralID=35846 CaloEcalE=2589.34 CaloHcalE=15216.4 CaloEcalChi2=16.9415 CaloBremChi2=24.3527 CaloClusChi2=0.430714 CaloTrajectoryL=42.8519 CaloEoverP=1.20193 EcalPIDe=2.97947 BremPIDe=2.0366 HcalPIDe=-0.621703 HcalPIDmu=0.650164 EcalPIDmu=-1.84651 TrackChi2PerDof=1.82619 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=3122.72 TrackPt=514.077 CombDLLe=0.205925 CombDLLmu=-8.18341 CombDLLpi=0 CombDLLk=-3.12717 CombDLLp=-3.12717 CombDLLd=-3.12717 ProbNNe=3.31085e-06 ProbNNpi=0.605736 ProbNNk=0.000792102 ProbNNp=0.00324881 ProbNNghost=0.706647 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.5751 RichDLLmu=-19.508 RichDLLpi=0 RichDLLk=2.22894 RichDLLp=2.22894 RichPIDStatus=5028 RichDLLbt=2.22894 RichDLLd=2.22894 InAccBrem=1 CaloBremChi2=1.06759 BremPIDe=3.84229 TrackChi2PerDof=0.90249 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3820.5 TrackPt=656.288 CombDLLe=0.394674 CombDLLmu=-6.99428 CombDLLpi=0 CombDLLk=2.22894 CombDLLp=2.22894 CombDLLd=2.22894 ProbNNe=6.26873e-05 ProbNNpi=0.942173 ProbNNk=0.0145921 ProbNNp=0.0263068 ProbNNghost=0.00684225 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.67419 RichDLLmu=-0.913747 RichDLLpi=0 RichDLLk=-9.5074 RichDLLp=-9.78436 RichPIDStatus=8131 RichDLLbt=-6.56571 RichDLLd=-6.56571 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.260285 CaloElectronMatch=377.645 CaloChargedEcal=18627.6 CaloChargedID=42962 CaloEcalE=8482.05 CaloHcalE=24065.1 CaloEcalChi2=377.645 CaloClusChi2=0.260285 CaloTrajectoryL=312.271 CaloEoverP=0.494949 EcalPIDe=1.02332 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 EcalPIDmu=-3.42366 TrackChi2PerDof=1.26596 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=37024.2 TrackPt=813.556 CombDLLe=-2.22913 CombDLLmu=-8.00827 CombDLLpi=0 CombDLLk=-9.5074 CombDLLp=-9.78436 CombDLLd=-6.56571 ProbNNe=1.02514e-05 ProbNNpi=0.995991 ProbNNk=0.000201499 ProbNNp=0.000560963 ProbNNghost=0.00560781 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.94087 RichDLLmu=-4.67866 RichDLLpi=0 RichDLLk=15.0877 RichDLLp=15.0877 RichPIDStatus=5028 RichDLLbt=15.0877 RichDLLd=15.0877 MuonMuLL=-0.0190809 MuonBkgLL=-0.152961 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=133.34 MuonMVA1=-999 MuonMVA2=-1.23237 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.07879 CaloElectronMatch=494.279 CaloBremMatch=494.279 CaloChargedEcal=6379.68 CaloChargedID=39907 CaloNeutralEcal=6379.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.757532 CaloNeutralID=39907 CaloEcalE=1158.35 CaloHcalE=3479.31 CaloEcalChi2=494.279 CaloBremChi2=214.776 CaloClusChi2=1.07879 CaloTrajectoryL=598.756 CaloEoverP=1.14444 EcalPIDe=-0.270192 BremPIDe=-0.336986 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=-0.785549 TrackChi2PerDof=0.933921 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=5821.51 TrackPt=812.026 CombDLLe=-3.24833 CombDLLmu=-6.02296 CombDLLpi=0 CombDLLk=15.0877 CombDLLp=15.0877 CombDLLd=15.2406 ProbNNe=0.00663845 ProbNNmu=0.00366525 ProbNNpi=3.74365e-07 ProbNNk=0.890989 ProbNNp=0.780499 ProbNNghost=0.0132284 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.77446 RichDLLmu=-2.58388 RichDLLpi=0 RichDLLk=7.72806 RichDLLp=7.72806 RichPIDStatus=5060 RichDLLbt=7.72806 RichDLLd=7.72806 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.562871 CaloElectronMatch=617.062 CaloChargedEcal=19718.2 CaloChargedID=38837 CaloEcalE=7454.22 CaloHcalE=9419.36 CaloEcalChi2=617.062 CaloClusChi2=0.562871 CaloTrajectoryL=287.604 CaloEoverP=2.4614 EcalPIDe=-0.514971 HcalPIDe=-1.62556 HcalPIDmu=-1.30778 EcalPIDmu=-2.16722 TrackChi2PerDof=1.11589 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=8345.93 TrackPt=134.902 CombDLLe=-2.97212 CombDLLmu=-6.80145 CombDLLpi=0 CombDLLk=7.72806 CombDLLp=7.72806 CombDLLd=7.72806 ProbNNe=0.130965 ProbNNpi=0.637843 ProbNNk=0.212567 ProbNNp=0.281372 ProbNNghost=0.0937233 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=13.2816 RichDLLmu=-1.56797 RichDLLpi=0 RichDLLk=6.06761 RichDLLp=6.06761 RichPIDStatus=5025 RichDLLbt=6.06761 RichDLLd=6.06761 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.0755 CaloElectronMatch=1.38443 CaloBremMatch=1.33759 CaloChargedEcal=5993.89 CaloChargedID=39546 CaloNeutralEcal=5993.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967385 CaloNeutralID=39546 CaloEcalE=4759.49 CaloHcalE=1885.46 CaloEcalChi2=1.38443 CaloBremChi2=283.181 CaloClusChi2=1.0755 CaloTrajectoryL=96.4296 CaloEoverP=1.05399 EcalPIDe=3.6423 BremPIDe=-0.416867 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-2.85439 TrackChi2PerDof=0.701436 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=5843.48 TrackPt=255.114 CombDLLe=4.42817 CombDLLmu=-3.17679 CombDLLpi=0 CombDLLk=6.06761 CombDLLp=6.06761 CombDLLd=6.06761 ProbNNe=0.999926 ProbNNpi=0.0577027 ProbNNk=0.0106592 ProbNNp=0.0659304 ProbNNghost=0.883193 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=4.17878 RichDLLmu=-0.574675 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=117.657 BremPIDe=0.0225258 TrackChi2PerDof=2.20274 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=2290.46 TrackPt=117.026 CombDLLe=0.751164 CombDLLmu=-0.80102 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.812081 ProbNNpi=0.241269 ProbNNk=0.0388692 ProbNNp=0.112461 ProbNNghost=0.903517 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-43.4601 RichDLLmu=-30.9482 RichDLLpi=0 RichDLLk=-19.8486 RichDLLp=-19.8486 RichPIDStatus=5027 RichDLLbt=-19.8486 RichDLLd=-19.8486 InAccBrem=1 CaloBremChi2=162.723 BremPIDe=-0.0258536 TrackChi2PerDof=0.987609 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=5477.73 TrackPt=903.713 CombDLLe=-5.59504 CombDLLmu=-6.99994 CombDLLpi=0 CombDLLk=-19.8486 CombDLLp=-19.8486 CombDLLd=-19.8486 ProbNNe=0.00010667 ProbNNpi=0.996821 ProbNNk=0.000322561 ProbNNp=0.000515628 ProbNNghost=0.00488611 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-23.0365 RichDLLmu=-3.88585 RichDLLpi=0 RichDLLk=-0.858185 RichDLLp=-0.858185 RichPIDStatus=5027 RichDLLbt=-0.858185 RichDLLd=-0.858185 InAccBrem=1 CaloBremChi2=101.239 BremPIDe=0.178319 TrackChi2PerDof=1.15871 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=3160.08 TrackPt=489.66 CombDLLe=-3.45949 CombDLLmu=-4.55756 CombDLLpi=0 CombDLLk=-0.858185 CombDLLp=-0.858185 CombDLLd=-0.858185 ProbNNe=8.50062e-05 ProbNNpi=0.952655 ProbNNk=0.0433854 ProbNNp=0.0967089 ProbNNghost=0.0144182 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.17077 RichDLLmu=1.6161 RichDLLpi=0 RichDLLk=11.5146 RichDLLp=11.5146 RichPIDStatus=5092 RichDLLbt=11.5146 RichDLLd=11.5146 MuonMuLL=-0.0559357 MuonBkgLL=-0.333588 MuonNShared=10 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=149.318 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.51233 CaloElectronMatch=146.621 CaloBremMatch=146.621 CaloChargedEcal=1447.58 CaloChargedID=37678 CaloNeutralEcal=1447.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=37678 CaloEcalE=1001.03 CaloHcalE=581.612 CaloEcalChi2=146.621 CaloBremChi2=102.905 CaloClusChi2=3.51233 CaloTrajectoryL=332.313 CaloEoverP=0.332027 EcalPIDe=0.83137 BremPIDe=0.178319 HcalPIDe=-0.304036 HcalPIDmu=-0.681099 EcalPIDmu=-0.191162 TrackChi2PerDof=2.12506 TrackNumDof=20 TrackType=3 TrackHistory=32 TrackP=4936.54 TrackPt=629.519 CombDLLe=-0.871691 CombDLLmu=1.5923 CombDLLpi=0 CombDLLk=11.5146 CombDLLp=11.5146 CombDLLd=11.8482 ProbNNe=0.00014533 ProbNNpi=0.0116781 ProbNNk=0.683957 ProbNNp=0.500086 ProbNNghost=0.950399 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.25248 RichDLLmu=-1.42232 RichDLLpi=0 RichDLLk=3.19065 RichDLLp=3.19065 RichPIDStatus=5092 RichDLLbt=3.19065 RichDLLd=3.19065 MuonMuLL=-0.230924 MuonBkgLL=-0.99551 MuonNShared=9 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=36.0978 MuonMVA1=-999 MuonMVA2=-0.23109 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.51046 CaloElectronMatch=767.711 CaloBremMatch=408.154 CaloChargedEcal=2364.23 CaloChargedID=34006 CaloNeutralEcal=2364.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871047 CaloNeutralID=34006 CaloEcalE=178.398 CaloHcalE=6368.14 CaloEcalChi2=767.711 CaloBremChi2=561.02 CaloClusChi2=9.51046 CaloTrajectoryL=1797.62 CaloEoverP=0.407378 EcalPIDe=-0.739943 BremPIDe=-0.607507 HcalPIDe=-2.03825 HcalPIDmu=-0.91713 EcalPIDmu=-0.37762 TrackChi2PerDof=2.0343 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=5987.66 TrackPt=308.906 CombDLLe=-3.95363 CombDLLmu=-2.46938 CombDLLpi=0 CombDLLk=3.19065 CombDLLp=3.19065 CombDLLd=4.18616 ProbNNe=0.128896 ProbNNmu=0.00366525 ProbNNpi=5.98929e-05 ProbNNk=0.0941205 ProbNNp=0.00021848 ProbNNghost=0.99975 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.439243 RichDLLmu=-2.57311 RichDLLpi=0 RichDLLk=18.5517 RichDLLp=18.6791 RichPIDStatus=6053 RichDLLbt=18.6791 RichDLLd=18.6791 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.526606 CaloElectronMatch=17.1464 CaloBremMatch=17.1464 CaloChargedEcal=7619.8 CaloChargedID=35338 CaloNeutralEcal=7619.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835239 CaloNeutralID=35338 CaloEcalE=5870.07 CaloHcalE=127.741 CaloEcalChi2=17.1464 CaloBremChi2=45.7305 CaloClusChi2=0.526606 CaloTrajectoryL=181.629 CaloEoverP=0.790566 EcalPIDe=3.6423 BremPIDe=1.76523 HcalPIDe=0.0890684 HcalPIDmu=-2.15083 EcalPIDmu=-3.55521 TrackChi2PerDof=0.913372 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=9579.6 TrackPt=1395.44 CombDLLe=5.57346 CombDLLmu=-9.02081 CombDLLpi=0 CombDLLk=18.5517 CombDLLp=18.6791 CombDLLd=18.6791 ProbNNe=0.000339269 ProbNNpi=0.0088723 ProbNNk=0.979115 ProbNNp=0.950214 ProbNNghost=0.0225843 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=1.23487 RichDLLmu=-1.53869 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.427999 CaloElectronMatch=46.1588 CaloBremMatch=44.7955 CaloChargedEcal=3818.24 CaloChargedID=35070 CaloNeutralEcal=3818.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901622 CaloNeutralID=35070 CaloEcalE=2231.55 CaloEcalChi2=46.1588 CaloBremChi2=549.666 CaloClusChi2=0.427999 CaloTrajectoryL=26.4387 CaloEoverP=1.68739 EcalPIDe=2.97947 BremPIDe=-0.53289 EcalPIDmu=-1.06544 TrackChi2PerDof=1.96544 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=2424.5 TrackPt=121.603 CombDLLe=2.66262 CombDLLmu=-3.15409 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.925853 ProbNNpi=0.388016 ProbNNk=0.0494916 ProbNNp=0.156073 ProbNNghost=0.96199 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.915909 RichDLLmu=0.943844 RichDLLpi=0 RichDLLk=-11.3906 RichDLLp=1.63867 RichPIDStatus=8165 RichDLLbt=-0.175602 RichDLLd=-0.175602 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.64862 CaloElectronMatch=1487.9 CaloBremMatch=1487.9 CaloChargedEcal=18805.8 CaloChargedID=43538 CaloNeutralEcal=18805.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.673133 CaloNeutralID=43538 CaloEcalE=3072.38 CaloHcalE=6673.39 CaloEcalChi2=1487.9 CaloBremChi2=440.59 CaloClusChi2=1.64862 CaloTrajectoryL=376.905 CaloEoverP=0.628909 EcalPIDe=-1.51984 BremPIDe=-0.62041 HcalPIDe=-1.85226 HcalPIDmu=-0.956388 EcalPIDmu=-1.91021 TrackChi2PerDof=1.15236 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=29751.1 TrackPt=958.288 CombDLLe=-3.83225 CombDLLmu=-1.56069 CombDLLpi=0 CombDLLk=-11.3906 CombDLLp=1.63867 CombDLLd=-0.175602 ProbNNe=0.000126282 ProbNNpi=0.946691 ProbNNk=0.000917447 ProbNNp=0.176127 ProbNNghost=0.0789216 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.73247 RichDLLmu=-0.111471 RichDLLpi=0 RichDLLk=-16.1617 RichDLLp=-14.1813 RichPIDStatus=6083 RichDLLbt=-14.1813 RichDLLd=-14.1813 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.492776 CaloElectronMatch=229.212 CaloChargedEcal=8462.28 CaloChargedID=42669 CaloEcalE=3698.89 CaloHcalE=15288.7 CaloEcalChi2=229.212 CaloClusChi2=0.492776 CaloTrajectoryL=113.129 CaloEoverP=0.424298 EcalPIDe=1.29617 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=-2.77042 TrackChi2PerDof=1.09319 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=20369.1 TrackPt=391.55 CombDLLe=-2.57301 CombDLLmu=-6.15015 CombDLLpi=0 CombDLLk=-16.1617 CombDLLp=-14.1813 CombDLLd=-14.1813 ProbNNe=1.61526e-07 ProbNNpi=0.99756 ProbNNk=0.000140877 ProbNNp=0.000738483 ProbNNghost=0.00620249 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-45.074 RichDLLmu=-46.9049 RichDLLpi=0 RichDLLk=-30.3049 RichDLLp=-30.3049 RichPIDStatus=5027 RichDLLbt=-30.3049 RichDLLd=-30.3049 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.120383 CaloElectronMatch=27.4929 CaloBremMatch=27.4929 CaloChargedEcal=3521.49 CaloChargedID=33644 CaloNeutralEcal=3521.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939549 CaloNeutralID=33644 CaloEcalE=2478.36 CaloHcalE=0 CaloEcalChi2=27.4929 CaloBremChi2=142.823 CaloClusChi2=0.120383 CaloTrajectoryL=-21.1472 CaloEoverP=0.848681 EcalPIDe=2.97947 BremPIDe=-0.016685 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.39477 TrackChi2PerDof=1.47153 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=4301.26 TrackPt=810.686 CombDLLe=-2.22144 CombDLLmu=-11.8584 CombDLLpi=0 CombDLLk=-30.3049 CombDLLp=-30.3049 CombDLLd=-30.3049 ProbNNe=1.19018e-08 ProbNNpi=0.996172 ProbNNk=5.85653e-05 ProbNNp=0.00471829 ProbNNghost=0.0198924 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=4.4337 RichDLLmu=-1.87029 RichDLLpi=0 RichDLLk=0.152584 RichDLLp=0.152584 RichPIDStatus=5025 RichDLLbt=0.152584 RichDLLd=0.152584 TrackChi2PerDof=1.24069 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=2728.58 TrackPt=82.9907 CombDLLe=0.772736 CombDLLmu=-2.50275 CombDLLpi=0 CombDLLk=0.152584 CombDLLp=0.152584 CombDLLd=0.152584 ProbNNe=0.393917 ProbNNpi=0.306021 ProbNNk=0.0870489 ProbNNp=0.266421 ProbNNghost=0.775612 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.1444 RichDLLmu=-2.87765 RichDLLpi=0 RichDLLk=-10.4595 RichDLLp=-9.95364 RichPIDStatus=6083 RichDLLbt=-9.95364 RichDLLd=-9.95364 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.232187 CaloElectronMatch=98.4535 CaloChargedEcal=13807.3 CaloChargedID=42796 CaloEcalE=5607.58 CaloHcalE=10617.4 CaloEcalChi2=98.4535 CaloClusChi2=0.232187 CaloTrajectoryL=-54.0561 CaloEoverP=0.628317 EcalPIDe=2.9985 HcalPIDe=-2.42418 HcalPIDmu=-2.09781 EcalPIDmu=-3.11132 TrackChi2PerDof=1.32892 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=22145.5 TrackPt=297.929 CombDLLe=-0.99865 CombDLLmu=-8.84499 CombDLLpi=0 CombDLLk=-10.4595 CombDLLp=-9.95364 CombDLLd=-9.95364 ProbNNe=5.53887e-08 ProbNNpi=0.889949 ProbNNk=0.000359569 ProbNNp=0.00099785 ProbNNghost=0.23744 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.88519 RichDLLmu=5.89001 RichDLLpi=0 RichDLLk=5.39771 RichDLLp=5.39771 RichPIDStatus=5026 RichDLLbt=5.39771 RichDLLd=5.39771 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=11.132 CaloElectronMatch=930.54 CaloBremMatch=408.154 CaloChargedEcal=2364.23 CaloChargedID=34006 CaloNeutralEcal=2364.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871047 CaloNeutralID=34006 CaloEcalE=1062.78 CaloHcalE=8049.2 CaloEcalChi2=930.54 CaloBremChi2=328.062 CaloClusChi2=11.132 CaloTrajectoryL=-431.804 CaloEoverP=0.373106 EcalPIDe=-1.02586 BremPIDe=-0.398756 HcalPIDe=-2.22765 HcalPIDmu=-1.1098 EcalPIDmu=-0.430087 TrackChi2PerDof=1.49361 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=6537.66 TrackPt=253.193 CombDLLe=-2.97449 CombDLLmu=4.24786 CombDLLpi=0 CombDLLk=5.39771 CombDLLp=5.39771 CombDLLd=5.39771 ProbNNe=0.00179274 ProbNNpi=0.000727469 ProbNNk=0.161146 ProbNNp=0.00378478 ProbNNghost=0.999781 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.7001 RichDLLmu=-4.14502 RichDLLpi=0 RichDLLk=-5.76526 RichDLLp=-4.94401 RichPIDStatus=6083 RichDLLbt=-4.94401 RichDLLd=-4.94401 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.227866 CaloElectronMatch=60.5897 CaloChargedEcal=22418.3 CaloChargedID=43283 CaloEcalE=15864.6 CaloHcalE=3442.15 CaloEcalChi2=60.5897 CaloClusChi2=0.227866 CaloTrajectoryL=206.302 CaloEoverP=1.33595 EcalPIDe=4.7102 HcalPIDe=-1.17396 HcalPIDmu=0.288871 EcalPIDmu=-3.0272 TrackChi2PerDof=2.15729 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=16867.6 TrackPt=258.309 CombDLLe=1.87123 CombDLLmu=-7.49792 CombDLLpi=0 CombDLLk=-5.76526 CombDLLp=-4.94401 CombDLLd=-4.94401 ProbNNe=0.0329394 ProbNNpi=0.87042 ProbNNk=0.00153355 ProbNNp=0.00294827 ProbNNghost=0.211901 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=11.0716 RichDLLmu=2.63333 RichDLLpi=0 RichDLLk=6.14093 RichDLLp=6.14093 RichPIDStatus=5025 RichDLLbt=6.14093 RichDLLd=6.14093 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.07611 CaloElectronMatch=124.869 CaloBremMatch=119.29 CaloChargedEcal=5178.53 CaloChargedID=35059 CaloNeutralEcal=5178.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967011 CaloNeutralID=35059 CaloEcalE=3876.95 CaloHcalE=5063.16 CaloEcalChi2=124.869 CaloBremChi2=284.864 CaloClusChi2=2.07611 CaloTrajectoryL=285.862 CaloEoverP=1.30314 EcalPIDe=1.51236 BremPIDe=-0.318955 HcalPIDe=-1.14615 HcalPIDmu=-0.264616 EcalPIDmu=-2.03528 TrackChi2PerDof=1.48274 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=4193.54 TrackPt=138.046 CombDLLe=1.93677 CombDLLmu=1.0799 CombDLLpi=0 CombDLLk=6.14093 CombDLLp=6.14093 CombDLLd=6.14093 ProbNNe=0.99494 ProbNNpi=0.0694585 ProbNNk=0.0851025 ProbNNp=0.0964322 ProbNNghost=0.957234 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.3836 RichDLLmu=0.373175 RichDLLpi=0 RichDLLk=-1.29635 RichDLLp=-1.29635 RichPIDStatus=5058 RichDLLbt=-1.29635 RichDLLd=-1.29635 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.32857 CaloElectronMatch=70.853 CaloChargedEcal=13092.3 CaloChargedID=38799 CaloEcalE=4414.75 CaloHcalE=6367.95 CaloEcalChi2=70.853 CaloClusChi2=1.32857 CaloTrajectoryL=314.186 CaloEoverP=1.06754 EcalPIDe=2.29793 HcalPIDe=-2.01184 HcalPIDmu=-1.50465 EcalPIDmu=-2.90783 TrackChi2PerDof=1.31034 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=12176.5 TrackPt=166.011 CombDLLe=-1.81437 CombDLLmu=-3.891 CombDLLpi=0 CombDLLk=-1.29635 CombDLLp=-1.29635 CombDLLd=-1.29635 ProbNNe=2.77558e-05 ProbNNpi=0.929346 ProbNNk=0.00162954 ProbNNp=0.00372729 ProbNNghost=0.451124 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-20.332 RichDLLmu=-9.21891 RichDLLpi=0 RichDLLk=0.9717 RichDLLp=0.9717 RichPIDStatus=5028 RichDLLbt=0.9717 RichDLLd=0.9717 InAccBrem=1 CaloBremChi2=13.3238 BremPIDe=2.71167 TrackChi2PerDof=0.736292 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=2935.23 TrackPt=554.821 CombDLLe=-0.568663 CombDLLmu=-6.6581 CombDLLpi=0 CombDLLk=0.9717 CombDLLp=0.9717 CombDLLd=0.9717 ProbNNe=0.000237906 ProbNNpi=0.927157 ProbNNk=0.0506774 ProbNNp=0.127154 ProbNNghost=0.0416406 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=34.4844 RichDLLmu=6.01667 RichDLLpi=0 RichDLLk=16.5269 RichDLLp=16.5269 RichPIDStatus=5089 RichDLLbt=16.5269 RichDLLd=16.5269 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.272653 CaloElectronMatch=211.98 CaloBremMatch=211.823 CaloChargedEcal=17037.4 CaloChargedID=39310 CaloNeutralEcal=17037.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923275 CaloNeutralID=39310 CaloEcalE=14233.5 CaloHcalE=7803.23 CaloEcalChi2=211.98 CaloBremChi2=307.638 CaloClusChi2=0.272653 CaloTrajectoryL=19.9023 CaloEoverP=1.9957 EcalPIDe=0.605631 BremPIDe=-0.466299 HcalPIDe=-2.22765 HcalPIDmu=-1.48415 EcalPIDmu=-0.115118 TrackChi2PerDof=2.91854 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=8676.82 TrackPt=286.657 CombDLLe=2.79308 CombDLLmu=4.24341 CombDLLpi=0 CombDLLk=16.5269 CombDLLp=16.5269 CombDLLd=16.5269 ProbNNe=0.99847 ProbNNpi=0.000323941 ProbNNk=3.14062e-05 ProbNNp=4.54185e-05 ProbNNghost=0.971976 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.80338 RichDLLmu=-2.73621 RichDLLpi=0 RichDLLk=4.33303 RichDLLp=4.33303 RichPIDStatus=5060 RichDLLbt=4.33303 RichDLLd=4.33303 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.32959 CaloElectronMatch=71.1033 CaloChargedEcal=13092.3 CaloChargedID=38799 CaloEcalE=4414.75 CaloHcalE=6367.95 CaloEcalChi2=71.1033 CaloClusChi2=1.32959 CaloTrajectoryL=314.322 CaloEoverP=1.06767 EcalPIDe=2.29793 HcalPIDe=-2.01184 HcalPIDmu=-1.50465 EcalPIDmu=-2.90783 TrackChi2PerDof=2.24945 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=12175.1 TrackPt=170.404 CombDLLe=-1.2301 CombDLLmu=-7.90163 CombDLLpi=0 CombDLLk=4.33303 CombDLLp=4.33303 CombDLLd=4.33303 ProbNNe=0.000491755 ProbNNpi=0.203747 ProbNNk=0.0141748 ProbNNp=0.0229907 ProbNNghost=0.889315 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.65575 RichDLLmu=3.09514 RichDLLpi=0 RichDLLk=1.39649 RichDLLp=1.39649 RichPIDStatus=5058 RichDLLbt=1.39649 RichDLLd=1.39649 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=12.7363 CaloElectronMatch=1109.24 CaloChargedEcal=2985.33 CaloChargedID=42768 CaloEcalE=0 CaloHcalE=28651.4 CaloEcalChi2=1109.24 CaloClusChi2=12.7363 CaloTrajectoryL=-1528.56 CaloEoverP=0.270941 EcalPIDe=-1.10541 HcalPIDe=-1.89687 HcalPIDmu=-0.386157 EcalPIDmu=0.433955 TrackChi2PerDof=1.19618 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=11980.7 TrackPt=233.949 CombDLLe=-3.29187 CombDLLmu=3.90095 CombDLLpi=0 CombDLLk=1.39649 CombDLLp=1.39649 CombDLLd=1.39649 ProbNNe=1.06406e-05 ProbNNpi=0.429532 ProbNNk=0.0460275 ProbNNp=0.0616838 ProbNNghost=0.910068 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.43228 RichDLLmu=-2.04246 RichDLLpi=0 RichDLLk=4.23344 RichDLLp=4.52547 RichPIDStatus=6085 RichDLLbt=4.52547 RichDLLd=4.52547 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.63102 CaloElectronMatch=383.722 CaloChargedEcal=10312.8 CaloChargedID=43151 CaloEcalE=1623.75 CaloHcalE=13101.9 CaloEcalChi2=383.722 CaloClusChi2=1.63102 CaloTrajectoryL=208.402 CaloEoverP=0.646065 EcalPIDe=0.0386953 HcalPIDe=-2.5812 HcalPIDmu=-2.8941 EcalPIDmu=-1.09159 TrackChi2PerDof=2.10559 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=16396.1 TrackPt=200.617 CombDLLe=-2.96763 CombDLLmu=-6.69604 CombDLLpi=0 CombDLLk=4.23344 CombDLLp=4.52547 CombDLLd=4.52547 ProbNNe=5.16933e-05 ProbNNpi=0.137256 ProbNNk=0.158557 ProbNNp=0.135777 ProbNNghost=0.948511 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.2903 RichDLLmu=-4.03521 RichDLLpi=0 RichDLLk=-8.07319 RichDLLp=-6.2649 RichPIDStatus=6083 RichDLLbt=-6.2649 RichDLLd=-6.2649 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.30328 CaloElectronMatch=246.335 CaloChargedEcal=18627.6 CaloChargedID=42962 CaloEcalE=1176.71 CaloHcalE=38502.7 CaloEcalChi2=246.335 CaloClusChi2=2.30328 CaloTrajectoryL=-572.402 CaloEoverP=0.827828 EcalPIDe=1.29617 HcalPIDe=-2.87281 HcalPIDmu=-2.20948 EcalPIDmu=-0.112136 TrackChi2PerDof=1.69547 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=22136.4 TrackPt=310.592 CombDLLe=-3.33875 CombDLLmu=-6.99731 CombDLLpi=0 CombDLLk=-8.07319 CombDLLp=-6.2649 CombDLLd=-6.2649 ProbNNe=1.19654e-07 ProbNNpi=0.902127 ProbNNk=0.000587187 ProbNNp=0.00237147 ProbNNghost=0.192054 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.91656 RichDLLmu=-4.52757 RichDLLpi=0 RichDLLk=3.8472 RichDLLp=3.8472 RichPIDStatus=5060 RichDLLbt=3.8472 RichDLLd=3.8472 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.58752 CaloElectronMatch=574.669 CaloChargedEcal=16573.9 CaloChargedID=43051 CaloEcalE=524.342 CaloHcalE=16725.3 CaloEcalChi2=574.669 CaloClusChi2=4.58752 CaloTrajectoryL=-425.688 CaloEoverP=1.04772 EcalPIDe=-0.51303 HcalPIDe=-2.5812 HcalPIDmu=-2.26288 EcalPIDmu=1.792 TrackChi2PerDof=1.94437 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=15777.5 TrackPt=195.922 CombDLLe=-4.46182 CombDLLmu=-5.50368 CombDLLpi=0 CombDLLk=3.8472 CombDLLp=3.8472 CombDLLd=3.8472 ProbNNe=1.31201e-05 ProbNNpi=0.0169911 ProbNNk=0.025927 ProbNNp=0.0100859 ProbNNghost=0.988228 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.722387 RichDLLmu=0.373363 RichDLLpi=0 RichDLLk=1.30409 RichDLLp=8.92549 RichPIDStatus=8133 RichDLLbt=6.73982 RichDLLd=6.73982 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.04128 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=37749.4 TrackPt=566.786 CombDLLe=-0.126404 CombDLLmu=0.521738 CombDLLpi=0 CombDLLk=1.30409 CombDLLp=8.92549 CombDLLd=6.73982 ProbNNe=0.11565 ProbNNpi=0.423902 ProbNNk=0.0439763 ProbNNp=0.655402 ProbNNghost=0.0138824 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.21594 RichDLLmu=2.14023 RichDLLpi=0 RichDLLk=20.9397 RichDLLp=20.0832 RichPIDStatus=6052 RichDLLbt=20.0832 RichDLLd=20.0832 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.03018 CaloElectronMatch=268.657 CaloBremMatch=31.8717 CaloChargedEcal=5350.32 CaloChargedID=35531 CaloNeutralEcal=5350.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.611773 CaloNeutralID=35531 CaloEcalE=1376.94 CaloHcalE=9347.36 CaloEcalChi2=268.657 CaloBremChi2=183.321 CaloClusChi2=4.03018 CaloTrajectoryL=678.276 CaloEoverP=0.516363 EcalPIDe=0.424072 BremPIDe=0.170661 HcalPIDe=-2.4429 HcalPIDmu=-2.05265 EcalPIDmu=-0.802501 TrackChi2PerDof=0.468784 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=10661.2 TrackPt=1549.25 CombDLLe=-1.63544 CombDLLmu=-0.0293424 CombDLLpi=0 CombDLLk=20.9397 CombDLLp=20.0832 CombDLLd=20.0832 ProbNNe=0.000119269 ProbNNpi=0.0150851 ProbNNk=0.985696 ProbNNp=0.94832 ProbNNghost=0.00170737 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.7127 RichDLLmu=-24.2224 RichDLLpi=0 RichDLLk=-6.88057 RichDLLp=-6.88057 RichPIDStatus=5027 RichDLLbt=-6.88057 RichDLLd=-6.88057 MuonMuLL=-0.000199994 MuonBkgLL=-0.039628 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=521.192 MuonMVA1=-999 MuonMVA2=-1.57019 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.23026 CaloElectronMatch=132.24 CaloBremMatch=132.24 CaloChargedEcal=1035.64 CaloChargedID=35746 CaloNeutralEcal=1035.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729098 CaloNeutralID=35746 CaloEcalE=151.316 CaloHcalE=2624.39 CaloEcalChi2=132.24 CaloBremChi2=346.726 CaloClusChi2=6.23026 CaloTrajectoryL=21.1267 CaloEoverP=0.333734 EcalPIDe=0.83137 BremPIDe=-0.373552 HcalPIDe=-1.59399 HcalPIDmu=0.562388 EcalPIDmu=-0.0880949 TrackChi2PerDof=1.10801 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=3562.11 TrackPt=781.599 CombDLLe=-5.44506 CombDLLmu=-6.48541 CombDLLpi=0 CombDLLk=-6.88057 CombDLLp=-6.88057 CombDLLd=-6.84094 ProbNNe=6.78122e-08 ProbNNmu=0.00366525 ProbNNpi=0.00673827 ProbNNk=0.00163393 ProbNNp=0.0046189 ProbNNghost=0.0631574 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.5759 RichDLLmu=-3.92739 RichDLLpi=0 RichDLLk=1.84196 RichDLLp=1.84196 RichPIDStatus=5092 RichDLLbt=1.84196 RichDLLd=1.84196 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.960992 CaloElectronMatch=2236.24 CaloChargedEcal=11346.1 CaloChargedID=38582 CaloEcalE=6158.6 CaloHcalE=4017.13 CaloEcalChi2=2236.24 CaloClusChi2=0.960992 CaloTrajectoryL=-124.204 CaloEoverP=1.23932 EcalPIDe=-2.66123 HcalPIDe=-1.82531 HcalPIDmu=-0.54357 EcalPIDmu=-3.37281 TrackChi2PerDof=1.05542 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=9014.88 TrackPt=263.487 CombDLLe=-7.52217 CombDLLmu=-8.50726 CombDLLpi=0 CombDLLk=1.84196 CombDLLp=1.84196 CombDLLd=1.84196 ProbNNe=0.0327628 ProbNNpi=0.828472 ProbNNk=0.0555012 ProbNNp=0.297138 ProbNNghost=0.082331 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.7045 RichDLLmu=-11.7313 RichDLLpi=0 RichDLLk=-4.24836 RichDLLp=-4.24836 RichPIDStatus=5091 RichDLLbt=-4.24836 RichDLLd=-4.24836 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.792827 CaloElectronMatch=133.229 CaloBremMatch=80.4853 CaloChargedEcal=7258.91 CaloChargedID=39689 CaloNeutralEcal=7258.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84943 CaloNeutralID=39689 CaloEcalE=5458.77 CaloHcalE=10484.9 CaloEcalChi2=133.229 CaloBremChi2=201.475 CaloClusChi2=0.792827 CaloTrajectoryL=331.985 CaloEoverP=1.14361 EcalPIDe=0.989182 BremPIDe=-0.224286 HcalPIDe=-1.62556 HcalPIDmu=-0.546932 EcalPIDmu=-3.28418 TrackChi2PerDof=1.29612 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=6455.49 TrackPt=409.6 CombDLLe=-3.91454 CombDLLmu=-10.704 CombDLLpi=0 CombDLLk=-4.24836 CombDLLp=-4.24836 CombDLLd=-4.24836 ProbNNe=5.56635e-05 ProbNNpi=0.978041 ProbNNk=0.00210857 ProbNNp=0.0171512 ProbNNghost=0.170668 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.231048 CaloElectronMatch=37.1836 CaloChargedEcal=7732.04 CaloChargedID=34830 CaloEcalE=4436.47 CaloHcalE=0 CaloEcalChi2=37.1836 CaloClusChi2=0.231048 CaloTrajectoryL=-37.8322 CaloEoverP=1.86061 EcalPIDe=2.97947 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.85251 TrackChi2PerDof=2.09769 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=4192.15 TrackPt=48.5367 CombDLLe=3.46481 CombDLLmu=-4.31617 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.96287 ProbNNpi=0.022298 ProbNNk=0.0541787 ProbNNp=0.0250453 ProbNNghost=0.997925 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.243034 CaloElectronMatch=77.4589 CaloChargedEcal=8374.94 CaloChargedID=38971 CaloEcalE=5615.08 CaloHcalE=2216.79 CaloEcalChi2=77.4589 CaloClusChi2=0.243034 CaloTrajectoryL=-8.66016 CaloEoverP=1.37456 EcalPIDe=1.84829 HcalPIDe=-1.05374 HcalPIDmu=1.28545 EcalPIDmu=-1.57631 TrackChi2PerDof=1.58667 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=6142.02 TrackPt=65.1881 CombDLLe=0.794553 CombDLLmu=-0.29086 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.846844 ProbNNpi=0.0313696 ProbNNk=0.0616454 ProbNNp=0.0515314 ProbNNghost=0.990592 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0288467 RichDLLmu=0.409935 RichDLLpi=0 RichDLLk=-0.510334 RichDLLp=4.22969 RichPIDStatus=139239 RichDLLbt=11.9924 RichDLLd=1.54242 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=2.79051 TrackNumDof=12 TrackType=3 TrackHistory=32 TrackP=124638 TrackPt=3796.19 CombDLLe=0.00504818 CombDLLmu=0.572627 CombDLLpi=0 CombDLLk=-0.510334 CombDLLp=4.22969 CombDLLd=1.54242 ProbNNe=0.0722095 ProbNNpi=0.0168437 ProbNNk=0.0182538 ProbNNp=0.00189806 ProbNNghost=0.995991 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.19931 RichDLLmu=1.68986 RichDLLpi=0 RichDLLk=3.85721 RichDLLp=3.85721 RichPIDStatus=5028 RichDLLbt=3.85721 RichDLLd=3.85721 MuonMuLL=-0.0196927 MuonBkgLL=-0.153937 MuonNShared=15 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=28.3853 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.657467 CaloElectronMatch=66.6085 CaloBremMatch=66.6085 CaloChargedEcal=3437.74 CaloChargedID=38330 CaloNeutralEcal=3437.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.86008 CaloNeutralID=38330 CaloEcalE=2670.91 CaloHcalE=0 CaloEcalChi2=66.6085 CaloBremChi2=272.518 CaloClusChi2=0.657467 CaloTrajectoryL=207.589 CaloEoverP=0.612716 EcalPIDe=1.84829 BremPIDe=-0.416867 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.56474 TrackChi2PerDof=1.78671 TrackNumDof=10 TrackType=3 TrackHistory=32 TrackP=5812.92 TrackPt=262.738 CombDLLe=2.65203 CombDLLmu=-2.63269 CombDLLpi=0 CombDLLk=3.85721 CombDLLp=3.85721 CombDLLd=4.01115 ProbNNe=0.512116 ProbNNpi=6.51925e-05 ProbNNk=0.0376761 ProbNNp=0.00195323 ProbNNghost=0.999723 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-57.2378 RichDLLmu=-19.0396 RichDLLpi=0 RichDLLk=-31.4467 RichDLLp=-31.4467 RichPIDStatus=5027 RichDLLbt=-31.4467 RichDLLd=-31.4467 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0158903 CaloElectronMatch=9.82332 CaloBremMatch=9.82332 CaloChargedEcal=7913.69 CaloChargedID=33497 CaloNeutralEcal=7913.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952642 CaloNeutralID=33497 CaloEcalE=4970.76 CaloHcalE=0 CaloEcalChi2=9.82332 CaloBremChi2=571.097 CaloClusChi2=0.0158903 CaloTrajectoryL=92.0659 CaloEoverP=1.0827 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-3.02713 TrackChi2PerDof=0.973795 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=7418.15 TrackPt=1913.17 CombDLLe=-2.37212 CombDLLmu=-12.5139 CombDLLpi=0 CombDLLk=-31.4467 CombDLLp=-31.4467 CombDLLd=-31.4467 ProbNNe=1.36875e-07 ProbNNpi=0.993254 ProbNNk=0.00151581 ProbNNp=0.000410179 ProbNNghost=0.00348912 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.45102 RichDLLmu=2.19851 RichDLLpi=0 RichDLLk=-0.424345 RichDLLp=-0.424345 RichPIDStatus=5026 RichDLLbt=-0.424345 RichDLLd=-0.424345 TrackChi2PerDof=1.36952 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=2727.41 TrackPt=86.2106 CombDLLe=-1.28905 CombDLLmu=2.89378 CombDLLpi=0 CombDLLk=-0.424345 CombDLLp=-0.424345 CombDLLd=-0.424345 ProbNNe=0.24391 ProbNNpi=0.303761 ProbNNk=0.0576501 ProbNNp=0.360481 ProbNNghost=0.927781 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.760522 RichDLLmu=0.853163 RichDLLpi=0 RichDLLk=-4.49328 RichDLLp=1.14173 RichPIDStatus=8133 RichDLLbt=0.661034 RichDLLd=0.661034 MuonPIDStatus=6 InAccMuon=1 InAccHcal=1 CaloHcalE=82236.8 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 TrackChi2PerDof=1.0722 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=38952.6 TrackPt=397.049 CombDLLe=-2.82656 CombDLLmu=-2.13644 CombDLLpi=0 CombDLLk=-4.49328 CombDLLp=1.14173 CombDLLd=0.661034 ProbNNe=0.0788128 ProbNNpi=0.636786 ProbNNk=0.00139542 ProbNNp=0.123408 ProbNNghost=0.523171 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.81878 RichDLLmu=-0.989567 RichDLLpi=0 RichDLLk=-21.294 RichDLLp=-20.3858 RichPIDStatus=8131 RichDLLbt=-17.5671 RichDLLd=-17.5671 MuonPIDStatus=6 InAccMuon=1 InAccHcal=1 CaloHcalE=82236.8 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 TrackChi2PerDof=1.83736 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=38381.1 TrackPt=386.331 CombDLLe=-3.4521 CombDLLmu=-4.687 CombDLLpi=0 CombDLLk=-21.294 CombDLLp=-20.3858 CombDLLd=-17.5671 ProbNNe=0.00497257 ProbNNpi=0.339655 ProbNNk=1.0296e-05 ProbNNp=0.000212905 ProbNNghost=0.589156 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.126482 RichDLLmu=-0.0556469 RichDLLpi=0 RichDLLk=-3.53057 RichDLLp=1.52572 RichPIDStatus=8134 RichDLLbt=3.86262 RichDLLd=3.86262 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.67892 CaloElectronMatch=959.337 CaloChargedEcal=16573.9 CaloChargedID=43051 CaloEcalE=9789.72 CaloHcalE=21611.2 CaloEcalChi2=959.337 CaloClusChi2=2.67892 CaloTrajectoryL=1712.67 CaloEoverP=0.450796 EcalPIDe=-1.31343 HcalPIDe=-2.95963 HcalPIDmu=-3.10388 EcalPIDmu=-4.04916 TrackChi2PerDof=0.974493 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=36669.4 TrackPt=412.756 CombDLLe=-4.2952 CombDLLmu=-7.23095 CombDLLpi=0 CombDLLk=-3.53057 CombDLLp=1.52572 CombDLLd=3.86262 ProbNNe=0.000129138 ProbNNpi=0.715232 ProbNNk=0.0113167 ProbNNp=0.0607047 ProbNNghost=0.55716 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.9654 RichDLLmu=-5.186 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=99.2494 BremPIDe=0.143007 TrackChi2PerDof=2.62887 TrackNumDof=9 TrackType=3 TrackHistory=32 TrackP=2437.38 TrackPt=329.926 CombDLLe=-1.89065 CombDLLmu=-5.43746 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.176188 ProbNNpi=0.00196274 ProbNNk=0.0193432 ProbNNp=0.00673955 ProbNNghost=0.9855 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.9531 RichDLLmu=-12.9693 RichDLLpi=0 RichDLLk=-2.53902 RichDLLp=-2.53902 RichPIDStatus=5091 RichDLLbt=-2.53902 RichDLLd=-2.53902 MuonMuLL=-0.0311811 MuonBkgLL=-1.22645 MuonNShared=2 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=7.82262 MuonMVA1=-999 MuonMVA2=-2.0478 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.12442 CaloElectronMatch=230.919 CaloBremMatch=230.919 CaloChargedEcal=8974.33 CaloChargedID=38386 CaloNeutralEcal=8974.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.600531 CaloNeutralID=38386 CaloEcalE=4519.49 CaloHcalE=0 CaloEcalChi2=230.919 CaloBremChi2=350.653 CaloClusChi2=1.12442 CaloTrajectoryL=306.255 CaloEoverP=1.21628 EcalPIDe=0.605631 BremPIDe=-0.398756 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-3.28129 TrackChi2PerDof=1.22659 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=7413.16 TrackPt=336.272 CombDLLe=-1.60963 CombDLLmu=-11.502 CombDLLpi=0 CombDLLk=-2.53902 CombDLLp=-2.53902 CombDLLd=-1.31257 ProbNNe=0.0130075 ProbNNmu=0.00366525 ProbNNpi=0.000371481 ProbNNk=0.0042089 ProbNNp=0.0073228 ProbNNghost=0.985085 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=1.51325 RichDLLmu=-1.31411 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.426442 CaloElectronMatch=45.301 CaloBremMatch=44.7955 CaloChargedEcal=3818.24 CaloChargedID=35070 CaloNeutralEcal=3818.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901622 CaloNeutralID=35070 CaloEcalE=2231.55 CaloEcalChi2=45.301 CaloBremChi2=588.672 CaloClusChi2=0.426442 CaloTrajectoryL=26.6631 CaloEoverP=1.6881 EcalPIDe=2.97947 BremPIDe=-0.53289 EcalPIDmu=-1.06544 TrackChi2PerDof=1.49908 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=2423.49 TrackPt=122.179 CombDLLe=2.71128 CombDLLmu=-2.86398 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.923816 ProbNNpi=0.379845 ProbNNk=0.0229241 ProbNNp=0.15444 ProbNNghost=0.947528 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.1922 RichDLLmu=-11.1603 RichDLLpi=0 RichDLLk=7.64865 RichDLLp=7.64865 RichPIDStatus=5092 RichDLLbt=7.64865 RichDLLd=7.64865 MuonMuLL=-0.133989 MuonBkgLL=-0.535998 MuonNShared=9 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2528.31 MuonMVA1=-999 MuonMVA2=-1.46198 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.657096 CaloElectronMatch=26.3453 CaloBremMatch=25.812 CaloChargedEcal=6670.82 CaloChargedID=42353 CaloNeutralEcal=6670.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.704119 CaloNeutralID=42353 CaloEcalE=2647.72 CaloHcalE=1557.91 CaloEcalChi2=26.3453 CaloBremChi2=469.654 CaloClusChi2=0.657096 CaloTrajectoryL=143.113 CaloEoverP=0.980414 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=-1.01358 HcalPIDmu=2.1211 EcalPIDmu=-2.46295 TrackChi2PerDof=2.97122 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=7329.29 TrackPt=386.698 CombDLLe=-0.363199 CombDLLmu=-6.78047 CombDLLpi=0 CombDLLk=7.64865 CombDLLp=7.64865 CombDLLd=8.18465 ProbNNe=0.229982 ProbNNmu=0.00366525 ProbNNpi=0.000609534 ProbNNk=0.0408086 ProbNNp=0.000214746 ProbNNghost=0.997278 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.8352 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.122472 CaloElectronMatch=11.2114 CaloBremMatch=11.2114 CaloChargedEcal=882.077 CaloChargedID=35384 CaloNeutralEcal=882.077 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88629 CaloNeutralID=35384 CaloEcalE=643.706 CaloHcalE=0 CaloEcalChi2=11.2114 CaloBremChi2=147.825 CaloClusChi2=0.122472 CaloTrajectoryL=-15.869 CaloEoverP=0.698137 EcalPIDe=2.97947 BremPIDe=0.0148792 HcalPIDe=0.485336 HcalPIDmu=-1.79245 EcalPIDmu=0.446967 TrackChi2PerDof=1.47905 TrackNumDof=13 TrackType=3 TrackHistory=32 TrackP=1665.81 TrackPt=445.33 CombDLLe=-0.619223 CombDLLmu=-1.34548 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00261358 ProbNNpi=0.74868 ProbNNk=0.110029 ProbNNp=0.263234 ProbNNghost=0.684566 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.21676 RichDLLmu=1.11425 RichDLLpi=0 RichDLLk=6.61599 RichDLLp=6.61599 RichPIDStatus=5092 RichDLLbt=6.61599 RichDLLd=6.61599 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=10.5713 CaloElectronMatch=208.415 CaloBremMatch=202.87 CaloChargedEcal=3927.85 CaloChargedID=42384 CaloNeutralEcal=3927.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.757808 CaloNeutralID=42384 CaloEcalE=0 CaloHcalE=13130.1 CaloEcalChi2=208.415 CaloBremChi2=383.065 CaloClusChi2=10.5713 CaloTrajectoryL=-759.901 CaloEoverP=0.566154 EcalPIDe=0.605631 BremPIDe=-0.492427 HcalPIDe=-1.17839 HcalPIDmu=-0.0376091 EcalPIDmu=0.389705 TrackChi2PerDof=2.75481 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=7526.33 TrackPt=377.947 CombDLLe=-2.31459 CombDLLmu=1.88673 CombDLLpi=0 CombDLLk=6.61599 CombDLLp=6.61599 CombDLLd=6.61599 ProbNNe=0.00130155 ProbNNpi=0.00158884 ProbNNk=0.054401 ProbNNp=0.0198405 ProbNNghost=0.992042 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.679209 RichDLLmu=0.900123 RichDLLpi=0 RichDLLk=-8.42412 RichDLLp=-8.67041 RichPIDStatus=6082 RichDLLbt=-8.67041 RichDLLd=-8.67041 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.1184 CaloElectronMatch=304.524 CaloChargedEcal=39664.8 CaloChargedID=43092 CaloEcalE=8034.92 CaloHcalE=71637.7 CaloEcalChi2=304.524 CaloClusChi2=1.1184 CaloTrajectoryL=522.456 CaloEoverP=1.46415 EcalPIDe=0.906536 HcalPIDe=-2.87457 HcalPIDmu=-2.51557 EcalPIDmu=-3.61916 TrackChi2PerDof=0.925678 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=26471.4 TrackPt=203.322 CombDLLe=-1.84919 CombDLLmu=-4.888 CombDLLpi=0 CombDLLk=-8.42412 CombDLLp=-8.67041 CombDLLd=-8.67041 ProbNNe=0.000351389 ProbNNpi=0.816346 ProbNNk=0.00142484 ProbNNp=0.00188663 ProbNNghost=0.320206 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.56887 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4291 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.34458 CaloElectronMatch=491.581 CaloChargedEcal=11887.3 CaloChargedID=39045 CaloEcalE=8747.84 CaloHcalE=919.721 CaloEcalChi2=491.581 CaloClusChi2=2.34458 CaloTrajectoryL=286.318 CaloEoverP=1.66697 EcalPIDe=-0.164364 HcalPIDe=-0.333658 HcalPIDmu=-0.229932 EcalPIDmu=-1.2118 TrackChi2PerDof=0.804915 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=7268.61 TrackPt=185.777 CombDLLe=-1.12092 CombDLLmu=-1.44173 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.748239 ProbNNpi=0.171492 ProbNNk=0.00660071 ProbNNp=0.0286975 ProbNNghost=0.451228 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.761591 RichDLLmu=-14.1177 RichDLLpi=0 RichDLLk=-9.60729 RichDLLp=-9.60729 RichPIDStatus=5027 RichDLLbt=-9.60729 RichDLLd=-9.60729 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.34437 CaloElectronMatch=132.673 CaloBremMatch=132.673 CaloChargedEcal=4713.17 CaloChargedID=39683 CaloNeutralEcal=4713.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.764789 CaloNeutralID=39683 CaloEcalE=1520.16 CaloHcalE=1251.46 CaloEcalChi2=132.673 CaloClusChi2=2.34437 CaloTrajectoryL=158.942 CaloEoverP=1.00995 EcalPIDe=0.827744 HcalPIDe=-0.817952 HcalPIDmu=1.00973 EcalPIDmu=-1.12537 TrackChi2PerDof=0.714317 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4816.86 TrackPt=297.112 CombDLLe=-0.123471 CombDLLmu=-7.06642 CombDLLpi=0 CombDLLk=-9.60729 CombDLLp=-9.60729 CombDLLd=-9.60729 ProbNNe=0.172777 ProbNNpi=0.951009 ProbNNk=0.00266062 ProbNNp=0.0127896 ProbNNghost=0.038375 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.90741 RichDLLmu=-3.45684 RichDLLpi=0 RichDLLk=16.2393 RichDLLp=16.2393 RichPIDStatus=5092 RichDLLbt=16.2393 RichDLLd=16.2393 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.349055 CaloElectronMatch=80.4853 CaloBremMatch=80.4853 CaloChargedEcal=7258.91 CaloChargedID=39689 CaloNeutralEcal=7258.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84943 CaloNeutralID=39689 CaloEcalE=3477.73 CaloHcalE=10484.9 CaloEcalChi2=80.4853 CaloClusChi2=0.349055 CaloTrajectoryL=112.798 CaloEoverP=0.94351 EcalPIDe=1.85487 HcalPIDe=-1.07674 HcalPIDmu=-0.396717 EcalPIDmu=-2.84835 TrackChi2PerDof=2.20737 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=7824.55 TrackPt=481.488 CombDLLe=1.80447 CombDLLmu=-7.43709 CombDLLpi=0 CombDLLk=16.2393 CombDLLp=16.2393 CombDLLd=16.2393 ProbNNe=0.943217 ProbNNpi=0.0993078 ProbNNk=0.0682628 ProbNNp=0.00441493 ProbNNghost=0.572998 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=33.8533 RichDLLmu=9.12448 RichDLLpi=0 RichDLLk=6.26425 RichDLLp=8.03484 RichPIDStatus=6113 RichDLLbt=8.03484 RichDLLd=8.03484 MuonMuLL=0 MuonBkgLL=-0.206733 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=118.132 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.346909 CaloElectronMatch=25.6642 CaloChargedEcal=13520 CaloChargedID=43437 CaloEcalE=10542.9 CaloHcalE=4172.29 CaloEcalChi2=25.6642 CaloClusChi2=0.346909 CaloTrajectoryL=52.6926 CaloEoverP=1.22844 EcalPIDe=4.40498 HcalPIDe=-1.12867 HcalPIDmu=-0.495048 EcalPIDmu=-3.6279 TrackChi2PerDof=1.48242 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=11277.3 TrackPt=362.902 CombDLLe=8.10035 CombDLLmu=2.72906 CombDLLpi=0 CombDLLk=6.26425 CombDLLp=8.03484 CombDLLd=8.24157 ProbNNe=1 ProbNNpi=0.00085902 ProbNNk=0.128321 ProbNNp=0.00423757 ProbNNghost=0.935587 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.82067 RichDLLmu=-9.15741 RichDLLpi=0 RichDLLk=28.3347 RichDLLp=30.0027 RichPIDStatus=6117 RichDLLbt=30.0027 RichDLLd=30.0027 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.00587463 CaloElectronMatch=8.68824 CaloBremMatch=8.68824 CaloChargedEcal=9296.05 CaloChargedID=39737 CaloNeutralEcal=9296.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.865741 CaloNeutralID=39737 CaloEcalE=7097.79 CaloHcalE=0 CaloEcalChi2=8.68824 CaloClusChi2=0.00587463 CaloTrajectoryL=3.31408 CaloEoverP=0.976595 EcalPIDe=3.71102 HcalPIDe=0.685017 HcalPIDmu=-2.87932 EcalPIDmu=-3.69312 TrackChi2PerDof=0.873287 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9518.83 TrackPt=1958.96 CombDLLe=2.87696 CombDLLmu=-13.2222 CombDLLpi=0 CombDLLk=28.3347 CombDLLp=30.0027 CombDLLd=30.0027 ProbNNe=0.00165715 ProbNNpi=0.0440021 ProbNNk=0.240274 ProbNNp=0.947188 ProbNNghost=0.00124401 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.56401 RichDLLmu=-1.06019 RichDLLpi=0 RichDLLk=32.821 RichDLLp=28.9865 RichPIDStatus=6052 RichDLLbt=28.9865 RichDLLd=28.9865 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.04649 CaloElectronMatch=3578.01 CaloBremMatch=538.303 CaloChargedEcal=566.916 CaloChargedID=35850 CaloNeutralEcal=566.916 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934027 CaloNeutralID=35850 CaloEcalE=360.078 CaloHcalE=15216.4 CaloEcalChi2=3578.01 CaloClusChi2=2.04649 CaloTrajectoryL=-1987.81 CaloEoverP=0.0715668 EcalPIDe=-3.22087 HcalPIDe=-1.12623 HcalPIDmu=-0.220971 EcalPIDmu=0.574843 TrackChi2PerDof=1.54038 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=10736.2 TrackPt=2584.09 CombDLLe=-4.07353 CombDLLmu=-1.10855 CombDLLpi=0 CombDLLk=32.821 CombDLLp=28.9865 CombDLLd=28.9865 ProbNNe=0.000301335 ProbNNpi=0.0168034 ProbNNk=0.974819 ProbNNp=0.928385 ProbNNghost=0.00132329 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.642 RichDLLmu=-5.72873 RichDLLpi=0 RichDLLk=-1.17402 RichDLLp=-1.17402 RichPIDStatus=5027 RichDLLbt=-1.17402 RichDLLd=-1.17402 InAccBrem=1 TrackChi2PerDof=2.71935 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3322.77 TrackPt=244.453 CombDLLe=-1.81962 CombDLLmu=-5.71438 CombDLLpi=0 CombDLLk=-1.17402 CombDLLp=-1.17402 CombDLLd=-1.17402 ProbNNe=0.137689 ProbNNpi=0.487706 ProbNNk=0.0152411 ProbNNp=0.041345 ProbNNghost=0.40339 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.505269 CaloElectronMatch=109.16 CaloChargedEcal=7193.78 CaloChargedID=34892 CaloEcalE=3753.41 CaloHcalE=5443.9 CaloEcalChi2=109.16 CaloClusChi2=0.505269 CaloTrajectoryL=26.6057 CaloEoverP=1.92568 EcalPIDe=1.50525 HcalPIDe=-1.13049 HcalPIDmu=0.260872 EcalPIDmu=-3.29184 TrackChi2PerDof=1.02196 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3921.46 TrackPt=52.472 CombDLLe=0.374764 CombDLLmu=-3.03097 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.400919 ProbNNpi=0.0625045 ProbNNk=0.0219458 ProbNNp=0.0204651 ProbNNghost=0.929432 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=7.55887 RichDLLmu=1.58655 RichDLLpi=0 RichDLLk=5.53468 RichDLLp=5.53468 RichPIDStatus=5025 RichDLLbt=5.53468 RichDLLd=5.53468 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.00695997 CaloElectronMatch=81.5649 CaloChargedEcal=10697.5 CaloChargedID=39173 CaloEcalE=7482.24 CaloHcalE=793.894 CaloEcalChi2=81.5649 CaloClusChi2=0.00695997 CaloTrajectoryL=8.56913 CaloEoverP=1.69505 EcalPIDe=1.85487 HcalPIDe=-0.205456 HcalPIDmu=0.117211 EcalPIDmu=-1.3832 TrackChi2PerDof=1.80691 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6278.72 TrackPt=148.069 CombDLLe=2.95669 CombDLLmu=0.883517 CombDLLpi=0 CombDLLk=5.53468 CombDLLp=5.53468 CombDLLd=5.53468 ProbNNe=0.91733 ProbNNpi=0.121845 ProbNNk=0.0860063 ProbNNp=0.0817412 ProbNNghost=0.893167 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=10.7577 RichDLLmu=-3.01511 RichDLLpi=0 RichDLLk=1.13736 RichDLLp=1.13736 RichPIDStatus=5025 RichDLLbt=1.13736 RichDLLd=1.13736 MuonMuLL=-0.026652 MuonBkgLL=-0.191983 MuonNShared=12 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=39.971 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.313396 CaloElectronMatch=856.403 CaloBremMatch=439.541 CaloChargedEcal=21442.1 CaloChargedID=39094 CaloNeutralEcal=21442.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896568 CaloNeutralID=39094 CaloEcalE=9112.31 CaloHcalE=875.875 CaloEcalChi2=856.403 CaloClusChi2=0.313396 CaloTrajectoryL=-105.134 CaloEoverP=4.8867 EcalPIDe=-1.12772 HcalPIDe=-0.552906 HcalPIDmu=0.118967 EcalPIDmu=-0.565309 TrackChi2PerDof=1.18356 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4490.63 TrackPt=235.522 CombDLLe=0.157865 CombDLLmu=-4.05539 CombDLLpi=0 CombDLLk=1.13736 CombDLLp=1.13736 CombDLLd=1.32934 ProbNNe=0.900063 ProbNNpi=0.415122 ProbNNk=0.0411017 ProbNNp=0.0388205 ProbNNghost=0.402479 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.548658 CaloElectronMatch=1215.3 CaloChargedEcal=21442.1 CaloChargedID=39094 CaloEcalE=9112.31 CaloHcalE=623.461 CaloEcalChi2=1215.3 CaloClusChi2=0.548658 CaloTrajectoryL=-161.923 CaloEoverP=3.32931 EcalPIDe=-1.33874 HcalPIDe=-0.0648196 HcalPIDmu=-1.29684 EcalPIDmu=-1.2118 TrackChi2PerDof=2.80464 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6591.27 TrackPt=92.0658 CombDLLe=-1.40356 CombDLLmu=-2.50864 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.8126 ProbNNpi=0.00401716 ProbNNk=0.00173141 ProbNNp=0.0014086 ProbNNghost=0.991782 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.28909 RichDLLmu=2.77077 RichDLLpi=0 RichDLLk=25.2846 RichDLLp=25.2846 RichPIDStatus=5092 RichDLLbt=25.2846 RichDLLd=25.2846 MuonMuLL=-0.570399 MuonBkgLL=-0.552705 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=25.5478 MuonMVA1=-999 MuonMVA2=-0.88118 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.481829 CaloElectronMatch=151.531 CaloBremMatch=30.6204 CaloChargedEcal=18627.6 CaloChargedID=42962 CaloNeutralEcal=18627.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.699683 CaloNeutralID=42962 CaloEcalE=3932.84 CaloHcalE=46123.7 CaloEcalChi2=151.531 CaloClusChi2=0.481829 CaloTrajectoryL=-100.915 CaloEoverP=2.24142 EcalPIDe=0.979389 HcalPIDe=-0.892025 HcalPIDmu=-0.0484104 EcalPIDmu=-2.93426 TrackChi2PerDof=0.886298 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8175.67 TrackPt=1068.63 CombDLLe=1.17897 CombDLLmu=0.52502 CombDLLpi=0 CombDLLk=25.2846 CombDLLp=25.2846 CombDLLd=25.8373 ProbNNe=0.64393 ProbNNmu=0.000625899 ProbNNpi=0.00604544 ProbNNk=0.222658 ProbNNp=0.817269 ProbNNghost=0.0382556 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=10.2663 RichDLLmu=3.09267 RichDLLpi=0 RichDLLk=5.02833 RichDLLp=3.46758 RichPIDStatus=6113 RichDLLbt=3.46758 RichDLLd=3.46758 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.631128 CaloElectronMatch=52.4992 CaloBremMatch=52.4992 CaloChargedEcal=17054.6 CaloChargedID=38795 CaloNeutralEcal=17054.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85147 CaloNeutralID=38795 CaloEcalE=13044.5 CaloHcalE=5637.06 CaloEcalChi2=52.4992 CaloClusChi2=0.631128 CaloTrajectoryL=-6.5811 CaloEoverP=1.08283 EcalPIDe=4.9736 HcalPIDe=-0.695458 HcalPIDmu=0.0558081 EcalPIDmu=-4.06291 TrackChi2PerDof=0.68572 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=15524.9 TrackPt=793.423 CombDLLe=6.0363 CombDLLmu=-0.15635 CombDLLpi=0 CombDLLk=5.02833 CombDLLp=3.46758 CombDLLd=3.46758 ProbNNe=0.999995 ProbNNpi=0.0235554 ProbNNk=0.0614277 ProbNNp=0.0846548 ProbNNghost=0.717508 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=14.2681 RichDLLmu=7.18843 RichDLLpi=0 RichDLLk=5.72047 RichDLLp=5.72047 RichPIDStatus=5057 RichDLLbt=5.72047 RichDLLd=5.72047 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.304202 CaloElectronMatch=10.4584 CaloChargedEcal=16037.1 CaloChargedID=42706 CaloEcalE=11762.2 CaloHcalE=6999.14 CaloEcalChi2=10.4584 CaloClusChi2=0.304202 CaloTrajectoryL=41.2946 CaloEoverP=1.09032 EcalPIDe=4.40498 HcalPIDe=-1.36779 HcalPIDmu=-1.73746 EcalPIDmu=-2.74593 TrackChi2PerDof=1.06851 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=14678.9 TrackPt=239.031 CombDLLe=5.43334 CombDLLmu=1.76922 CombDLLpi=0 CombDLLk=5.72047 CombDLLp=5.72047 CombDLLd=5.72047 ProbNNe=0.999436 ProbNNpi=0.00833861 ProbNNk=0.00416213 ProbNNp=0.00018351 ProbNNghost=0.96743 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.8509 RichDLLmu=-7.52858 RichDLLpi=0 RichDLLk=-6.40535 RichDLLp=-6.40535 RichPIDStatus=5091 RichDLLbt=-6.40535 RichDLLd=-6.40535 MuonMuLL=-0.0900341 MuonBkgLL=-1.73131 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=4.2271 MuonMVA1=-999 MuonMVA2=-0.061268 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.64306 CaloElectronMatch=674.216 CaloBremMatch=14.0966 CaloChargedEcal=11346.1 CaloChargedID=38582 CaloNeutralEcal=11346.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.632778 CaloNeutralID=38582 CaloEcalE=814.32 CaloHcalE=4959.54 CaloEcalChi2=674.216 CaloClusChi2=7.64306 CaloTrajectoryL=958.576 CaloEoverP=1.83521 EcalPIDe=-0.522006 HcalPIDe=-1.65 HcalPIDmu=-1.27281 EcalPIDmu=0.774407 TrackChi2PerDof=1.38624 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6087.75 TrackPt=235.258 CombDLLe=-4.18729 CombDLLmu=-5.20036 CombDLLpi=0 CombDLLk=-6.40535 CombDLLp=-6.40535 CombDLLd=-4.67403 ProbNNe=0.00978356 ProbNNmu=0.000625899 ProbNNpi=0.512516 ProbNNk=0.00141235 ProbNNp=0.258879 ProbNNghost=0.215771 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.9579 RichDLLmu=-4.08608 RichDLLpi=0 RichDLLk=-2.43942 RichDLLp=-2.43942 RichPIDStatus=5059 RichDLLbt=-2.43942 RichDLLd=-2.43942 MuonMuLL=-0.00702464 MuonBkgLL=-0.691178 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=8.54774 MuonMVA1=-999 MuonMVA2=-1.0489 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.00840792 CaloElectronMatch=75.9527 CaloChargedEcal=11875.1 CaloChargedID=38705 CaloEcalE=4244.81 CaloHcalE=8809.18 CaloEcalChi2=75.9527 CaloClusChi2=0.00840792 CaloTrajectoryL=-84.5656 CaloEoverP=1.48092 EcalPIDe=1.85487 HcalPIDe=-1.50997 HcalPIDmu=-1.54007 EcalPIDmu=-2.89964 TrackChi2PerDof=2.78803 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8301.77 TrackPt=168.751 CombDLLe=-0.518318 CombDLLmu=-8.47042 CombDLLpi=0 CombDLLk=-2.43942 CombDLLp=-2.43942 CombDLLd=-1.74824 ProbNNe=0.70537 ProbNNmu=0.000625898 ProbNNpi=0.151479 ProbNNk=0.00224832 ProbNNp=0.0165154 ProbNNghost=0.858864 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=9.0089 RichDLLmu=0.84724 RichDLLpi=0 RichDLLk=1.34078 RichDLLp=1.34078 RichPIDStatus=5025 RichDLLbt=1.34078 RichDLLd=1.34078 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.847653 CaloElectronMatch=369.313 CaloBremMatch=196.027 CaloChargedEcal=9792.7 CaloChargedID=34628 CaloNeutralEcal=9792.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729654 CaloNeutralID=34628 CaloEcalE=5352.37 CaloEcalChi2=369.313 CaloClusChi2=0.847653 CaloTrajectoryL=-185.93 CaloEoverP=3.15632 EcalPIDe=0.0465059 EcalPIDmu=-1.23449 TrackChi2PerDof=0.79998 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3154.19 TrackPt=107.124 CombDLLe=1.59694 CombDLLmu=-0.0595744 CombDLLpi=0 CombDLLk=1.34078 CombDLLp=1.34078 CombDLLd=1.34078 ProbNNe=0.532047 ProbNNpi=0.316212 ProbNNk=0.0576082 ProbNNp=0.033133 ProbNNghost=0.515833 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ InAccEcal=1 CaloTrMatch=0.0477986 CaloElectronMatch=196.027 CaloChargedEcal=9792.7 CaloChargedID=34628 CaloEcalE=5377.69 CaloEcalChi2=196.027 CaloClusChi2=0.0477986 CaloTrajectoryL=-60.787 CaloEoverP=3.46272 EcalPIDe=0.490686 EcalPIDmu=-1.23449 TrackChi2PerDof=1.99911 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2875.09 TrackPt=79.9792 CombDLLe=0.490686 CombDLLmu=-1.23449 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.821263 ProbNNpi=0.00946585 ProbNNk=0.00332565 ProbNNp=0.00807498 ProbNNghost=0.980906 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.387056 RichDLLmu=0.833157 RichDLLpi=0 RichDLLk=2.25158 RichDLLp=2.25158 RichPIDStatus=5028 RichDLLbt=2.25158 RichDLLd=2.25158 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.34444 CaloElectronMatch=258.976 CaloBremMatch=219.561 CaloChargedEcal=521.254 CaloChargedID=34312 CaloNeutralEcal=521.254 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876501 CaloNeutralID=34312 CaloEcalE=1406.96 CaloHcalE=4041.46 CaloEcalChi2=258.976 CaloClusChi2=3.34444 CaloTrajectoryL=162.81 CaloEoverP=0.185963 EcalPIDe=0.287807 HcalPIDe=-1.25185 HcalPIDmu=0.0694075 EcalPIDmu=-0.872774 TrackChi2PerDof=2.43387 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3891.52 TrackPt=250.115 CombDLLe=-1.03178 CombDLLmu=0.352376 CombDLLpi=0 CombDLLk=2.25158 CombDLLp=2.25158 CombDLLd=2.25158 ProbNNe=0.592848 ProbNNpi=0.387425 ProbNNk=0.0354161 ProbNNp=0.0689936 ProbNNghost=0.493589 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.39599 CaloElectronMatch=1471.62 CaloChargedEcal=11910.2 CaloChargedID=34801 CaloEcalE=3820.9 CaloHcalE=2180.66 CaloEcalChi2=1471.62 CaloClusChi2=2.39599 CaloTrajectoryL=495.466 CaloEoverP=2.89182 EcalPIDe=-1.91758 HcalPIDe=-1.44217 HcalPIDmu=1.53778 EcalPIDmu=-3.29184 TrackChi2PerDof=1.00831 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4210.09 TrackPt=114.8 CombDLLe=-3.35975 CombDLLmu=-1.75406 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0945975 ProbNNpi=0.114392 ProbNNk=0.0240253 ProbNNp=0.0475866 ProbNNghost=0.9858 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.83708 RichDLLmu=6.6767 RichDLLpi=0 RichDLLk=0.931355 RichDLLp=0.931355 RichPIDStatus=5026 RichDLLbt=0.931355 RichDLLd=0.931355 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.156043 CaloElectronMatch=77.0343 CaloBremMatch=77.0343 CaloChargedEcal=6670.55 CaloChargedID=34806 CaloNeutralEcal=6670.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874043 CaloNeutralID=34806 CaloEcalE=4514.39 CaloHcalE=1010.41 CaloEcalChi2=77.0343 CaloClusChi2=0.156043 CaloTrajectoryL=11.9973 CaloEoverP=2.21312 EcalPIDe=1.50525 HcalPIDe=-0.57495 HcalPIDmu=0.811117 EcalPIDmu=-1.73641 TrackChi2PerDof=2.09155 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3114.07 TrackPt=126.579 CombDLLe=0.0879165 CombDLLmu=5.16854 CombDLLpi=0 CombDLLk=0.931355 CombDLLp=0.931355 CombDLLd=0.931355 ProbNNe=0.673288 ProbNNpi=0.030082 ProbNNk=0.031635 ProbNNp=0.0350294 ProbNNghost=0.96298 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.3004 RichDLLmu=-19.4629 RichDLLpi=0 RichDLLk=-10.9719 RichDLLp=-10.9719 RichPIDStatus=5027 RichDLLbt=-10.9719 RichDLLd=-10.9719 InAccBrem=1 TrackChi2PerDof=0.767868 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4074.18 TrackPt=508.897 CombDLLe=-2.99637 CombDLLmu=-6.99418 CombDLLpi=0 CombDLLk=-10.9719 CombDLLp=-10.9719 CombDLLd=-10.9719 ProbNNe=0.0263188 ProbNNpi=0.981152 ProbNNk=0.00107857 ProbNNp=0.0023989 ProbNNghost=0.0038463 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.7719 RichDLLmu=-1.27163 RichDLLpi=0 RichDLLk=0.920845 RichDLLp=0.920845 RichPIDStatus=5092 RichDLLbt=0.920845 RichDLLd=0.920845 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.42414 CaloElectronMatch=45.9059 CaloBremMatch=45.9059 CaloChargedEcal=5046.86 CaloChargedID=35617 CaloNeutralEcal=5046.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929416 CaloNeutralID=35617 CaloEcalE=3332.78 CaloHcalE=660.928 CaloEcalChi2=45.9059 CaloClusChi2=1.42414 CaloTrajectoryL=267.249 CaloEoverP=0.573114 EcalPIDe=3.71102 HcalPIDe=-0.145138 HcalPIDmu=-1.48614 EcalPIDmu=-2.8673 TrackChi2PerDof=1.43992 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=8955.14 TrackPt=1231.92 CombDLLe=1.40379 CombDLLmu=-6.09631 CombDLLpi=0 CombDLLk=0.920845 CombDLLp=0.920845 CombDLLd=0.920845 ProbNNe=0.0463202 ProbNNpi=0.868338 ProbNNk=0.0111663 ProbNNp=0.00149932 ProbNNghost=0.0313048 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.567045 CaloElectronMatch=439.541 CaloChargedEcal=21442.1 CaloChargedID=39094 CaloEcalE=17364.7 CaloHcalE=623.461 CaloEcalChi2=439.541 CaloClusChi2=0.567045 CaloTrajectoryL=140.841 CaloEoverP=3.64192 EcalPIDe=-0.0264769 HcalPIDe=-0.0648196 HcalPIDmu=-0.955205 EcalPIDmu=-0.516916 TrackChi2PerDof=1.78994 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6025.5 TrackPt=108.88 CombDLLe=-0.0912964 CombDLLmu=-1.47212 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.430438 ProbNNpi=0.274872 ProbNNk=0.0105343 ProbNNp=0.00976602 ProbNNghost=0.838605 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.4466 RichDLLmu=-13.7157 RichDLLpi=0 RichDLLk=-3.72082 RichDLLp=-3.72082 RichPIDStatus=5027 RichDLLbt=-3.72082 RichDLLd=-3.72082 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.438976 CaloElectronMatch=16.1675 CaloBremMatch=16.1675 CaloChargedEcal=3546.13 CaloChargedID=35846 CaloNeutralEcal=3546.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.808143 CaloNeutralID=35846 CaloEcalE=2589.34 CaloHcalE=15216.4 CaloEcalChi2=16.1675 CaloClusChi2=0.438976 CaloTrajectoryL=44.1217 CaloEoverP=1.20638 EcalPIDe=3.01028 HcalPIDe=-0.909016 HcalPIDmu=0.606368 EcalPIDmu=-3.48778 TrackChi2PerDof=1.41558 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3111.19 TrackPt=514.791 CombDLLe=-2.06732 CombDLLmu=-9.82364 CombDLLpi=0 CombDLLk=-3.72082 CombDLLp=-3.72082 CombDLLd=-3.72082 ProbNNe=0.0552079 ProbNNpi=0.983436 ProbNNk=0.00365128 ProbNNp=0.0108944 ProbNNghost=0.00204663 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.1106 RichDLLmu=-4.8514 RichDLLpi=0 RichDLLk=-0.527313 RichDLLp=-0.527313 RichPIDStatus=5027 RichDLLbt=-0.527313 RichDLLd=-0.527313 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0587016 CaloElectronMatch=66.2974 CaloBremMatch=66.2974 CaloChargedEcal=5249.8 CaloChargedID=35087 CaloNeutralEcal=5249.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928925 CaloNeutralID=35087 CaloEcalE=2183.74 CaloHcalE=11840 CaloEcalChi2=66.2974 CaloClusChi2=0.0587016 CaloTrajectoryL=10.0435 CaloEoverP=1.58803 EcalPIDe=1.50525 HcalPIDe=-0.909016 HcalPIDmu=1.48184 EcalPIDmu=-2.54819 TrackChi2PerDof=2.14603 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3460.63 TrackPt=262.5 CombDLLe=-2.07995 CombDLLmu=-6.30815 CombDLLpi=0 CombDLLk=-0.527313 CombDLLp=-0.527313 CombDLLd=-0.527313 ProbNNe=0.291481 ProbNNpi=0.704209 ProbNNk=0.0141097 ProbNNp=0.0473879 ProbNNghost=0.305498 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.07286 CaloElectronMatch=1446.3 CaloBremMatch=238.981 CaloChargedEcal=11339.1 CaloChargedID=39098 CaloNeutralEcal=11339.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.879663 CaloNeutralID=39098 CaloEcalE=4043.95 CaloHcalE=2856.07 CaloEcalChi2=1446.3 CaloClusChi2=4.07286 CaloTrajectoryL=504.687 CaloEoverP=2.37508 EcalPIDe=-1.52134 HcalPIDe=-1.43003 HcalPIDmu=0.602918 EcalPIDmu=-4.07224 TrackChi2PerDof=2.00091 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4990.25 TrackPt=192.954 CombDLLe=-2.95137 CombDLLmu=-3.46932 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0104682 ProbNNpi=0.49889 ProbNNk=0.00466389 ProbNNp=0.0157606 ProbNNghost=0.618402 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.32001 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.19401 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=1896.49 TrackPt=68.4785 CombDLLe=-0.405548 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.529134 ProbNNpi=0.00307737 ProbNNk=0.00144113 ProbNNp=0.00313779 ProbNNghost=0.995237 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.5622 RichDLLmu=-6.42916 RichDLLpi=0 RichDLLk=-17.1838 RichDLLp=-13.7193 RichPIDStatus=8163 RichDLLbt=-12.9048 RichDLLd=-12.9048 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.533788 CaloElectronMatch=269.534 CaloBremMatch=110.166 CaloChargedEcal=8559.5 CaloChargedID=42123 CaloNeutralEcal=8559.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.798623 CaloNeutralID=42123 CaloEcalE=4223.4 CaloHcalE=7254.09 CaloEcalChi2=269.534 CaloClusChi2=0.533788 CaloTrajectoryL=131.062 CaloEoverP=0.496699 EcalPIDe=0.651632 HcalPIDe=-1.11944 HcalPIDmu=-0.698227 EcalPIDmu=-1.67291 TrackChi2PerDof=1.56822 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=18035.7 TrackPt=918.595 CombDLLe=-3.21118 CombDLLmu=-8.37736 CombDLLpi=0 CombDLLk=-17.1838 CombDLLp=-13.7193 CombDLLd=-12.9048 ProbNNe=8.76189e-08 ProbNNpi=0.997809 ProbNNk=3.90448e-06 ProbNNp=5.83822e-05 ProbNNghost=0.00668142 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.88389 RichDLLmu=-0.815801 RichDLLpi=0 RichDLLk=-7.68889 RichDLLp=-10.4967 RichPIDStatus=8131 RichDLLbt=-9.51901 RichDLLd=-9.51901 MuonPIDStatus=6 InAccMuon=1 InAccHcal=1 CaloHcalE=63872.7 HcalPIDe=-2.13601 HcalPIDmu=-3.88792 TrackChi2PerDof=1.51821 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=39778 TrackPt=817.202 CombDLLe=-2.46544 CombDLLmu=-5.02001 CombDLLpi=0 CombDLLk=-7.68889 CombDLLp=-10.4967 CombDLLd=-9.51901 ProbNNe=0.44989 ProbNNpi=0.989514 ProbNNk=1.74084e-05 ProbNNp=0.000626772 ProbNNghost=0.0196761 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.62495 RichDLLmu=-1.0709 RichDLLpi=0 RichDLLk=20.1399 RichDLLp=33.4661 RichPIDStatus=139237 RichDLLbt=25.477 RichDLLd=24.6039 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.997959 CaloElectronMatch=329.829 CaloBremMatch=329.829 CaloChargedEcal=20768.7 CaloChargedID=42081 CaloNeutralEcal=20768.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845146 CaloNeutralID=42081 CaloEcalE=11382.6 CaloHcalE=6241.37 CaloEcalChi2=329.829 CaloClusChi2=0.997959 CaloTrajectoryL=461.57 CaloEoverP=0.545204 EcalPIDe=0.185957 HcalPIDe=-1.49077 HcalPIDmu=-0.171145 EcalPIDmu=-4.83247 TrackChi2PerDof=1.07205 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=38051 TrackPt=1789.17 CombDLLe=-1.58903 CombDLLmu=-6.48037 CombDLLpi=0 CombDLLk=20.1399 CombDLLp=33.4661 CombDLLd=24.6039 ProbNNe=0.00204869 ProbNNpi=0.0222148 ProbNNk=0.108315 ProbNNp=0.900001 ProbNNghost=0.000604625 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.69173 RichDLLmu=0.324172 RichDLLpi=0 RichDLLk=-0.940873 RichDLLp=-0.940873 RichPIDStatus=5090 RichDLLbt=-0.940873 RichDLLd=-0.940873 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.63819 CaloElectronMatch=150.626 CaloBremMatch=101.502 CaloChargedEcal=6046.15 CaloChargedID=38410 CaloNeutralEcal=6046.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.748563 CaloNeutralID=38410 CaloEcalE=965.802 CaloHcalE=16216.7 CaloEcalChi2=150.626 CaloClusChi2=2.63819 CaloTrajectoryL=100.776 CaloEoverP=0.791901 EcalPIDe=0.979389 HcalPIDe=-0.892025 HcalPIDmu=0.388145 EcalPIDmu=0.435378 TrackChi2PerDof=1.06848 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=7662.83 TrackPt=331.727 CombDLLe=-0.902021 CombDLLmu=1.27673 CombDLLpi=0 CombDLLk=-0.940873 CombDLLp=-0.940873 CombDLLd=-0.940873 ProbNNe=6.55947e-05 ProbNNpi=0.630445 ProbNNk=0.0536901 ProbNNp=0.171245 ProbNNghost=0.0724148 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.96786 CaloElectronMatch=15.2686 CaloChargedEcal=2963.55 CaloChargedID=34675 CaloEcalE=1970.47 CaloHcalE=1745.53 CaloEcalChi2=15.2686 CaloClusChi2=1.96786 CaloTrajectoryL=172.291 CaloEoverP=0.781565 EcalPIDe=3.01028 HcalPIDe=-1.27115 HcalPIDmu=2.16929 EcalPIDmu=-1.8602 TrackChi2PerDof=0.918474 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4066.88 TrackPt=93.0532 CombDLLe=1.73912 CombDLLmu=0.309083 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.036626 ProbNNpi=0.385211 ProbNNk=0.00438759 ProbNNp=0.012736 ProbNNghost=0.615082 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.03491 RichDLLmu=0.589191 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.48064 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2331.18 TrackPt=139.979 CombDLLe=-0.181068 CombDLLmu=0.821071 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.849248 ProbNNpi=0.151917 ProbNNk=0.0225907 ProbNNp=0.032015 ProbNNghost=0.769405 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.09969 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.42093 TrackNumDof=7 TrackType=5 TrackHistory=33 TrackP=1737.95 TrackPt=91.5119 CombDLLe=-0.367108 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.706862 ProbNNpi=0.00313371 ProbNNk=0.00208985 ProbNNp=0.00594881 ProbNNghost=0.993496 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=3.53542 RichDLLmu=-2.07839 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.63359 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2389.96 TrackPt=109.768 CombDLLe=0.617092 CombDLLmu=-2.75298 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.828786 ProbNNpi=0.0209435 ProbNNk=0.0204996 ProbNNp=0.0276287 ProbNNghost=0.835319 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.18838 RichDLLmu=-4.64144 RichDLLpi=0 RichDLLk=-4.47857 RichDLLp=-4.47857 RichPIDStatus=5027 RichDLLbt=-4.47857 RichDLLd=-4.47857 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.697303 CaloElectronMatch=79.2317 CaloBremMatch=66.6085 CaloChargedEcal=3437.74 CaloChargedID=38330 CaloNeutralEcal=3437.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.86008 CaloNeutralID=38330 CaloEcalE=2670.91 CaloHcalE=0 CaloEcalChi2=79.2317 CaloClusChi2=0.697303 CaloTrajectoryL=211.116 CaloEoverP=0.583588 EcalPIDe=1.85487 HcalPIDe=0.685017 HcalPIDmu=-2.64437 EcalPIDmu=-2.1126 TrackChi2PerDof=2.26481 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=6103.06 TrackPt=272.638 CombDLLe=1.12661 CombDLLmu=-9.86554 CombDLLpi=0 CombDLLk=-4.47857 CombDLLp=-4.47857 CombDLLd=-4.47857 ProbNNe=0.954831 ProbNNpi=0.51516 ProbNNk=0.00692816 ProbNNp=0.0215714 ProbNNghost=0.320733 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.99118 RichDLLmu=-4.05356 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.997062 TrackNumDof=7 TrackType=5 TrackHistory=33 TrackP=2405.18 TrackPt=342.564 CombDLLe=-0.696147 CombDLLmu=-4.68988 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.95948 ProbNNpi=0.676548 ProbNNk=0.0230664 ProbNNp=0.0486558 ProbNNghost=0.128455 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.8706 RichDLLmu=-0.564656 RichDLLpi=0 RichDLLk=-10.3828 RichDLLp=-10.7164 RichPIDStatus=6051 RichDLLbt=-10.7164 RichDLLd=-10.7164 InAccBrem=1 CaloBremChi2=520.334 BremPIDe=-0.625066 TrackChi2PerDof=0.725259 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=14757.8 TrackPt=547.878 CombDLLe=-1.12656 CombDLLmu=-0.787175 CombDLLpi=0 CombDLLk=-10.3828 CombDLLp=-10.7164 CombDLLd=-10.7164 ProbNNe=0.0031482 ProbNNmu=0.0125287 ProbNNpi=0.941318 ProbNNk=0.0381241 ProbNNp=0.0130992 ProbNNghost=0.0077664 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.25671 RichDLLmu=-0.470373 RichDLLpi=0 RichDLLk=-3.21665 RichDLLp=-8.10849 RichPIDStatus=8099 RichDLLbt=-7.87172 RichDLLd=-7.87172 InAccBrem=1 CaloBremChi2=674.238 BremPIDe=-0.581258 TrackChi2PerDof=0.753486 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=22322 TrackPt=847.261 CombDLLe=-0.80111 CombDLLmu=-0.656586 CombDLLpi=0 CombDLLk=-3.21665 CombDLLp=-8.10849 CombDLLd=-7.87172 ProbNNe=0.00663637 ProbNNmu=0.0109355 ProbNNpi=0.782609 ProbNNk=0.0750979 ProbNNp=0.0415678 ProbNNghost=0.00400821 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.51441 RichDLLmu=-1.17707 RichDLLpi=0 RichDLLk=4.21675 RichDLLp=4.21675 RichPIDStatus=5028 RichDLLbt=4.21675 RichDLLd=4.21675 InAccBrem=1 CaloBremChi2=302.664 BremPIDe=-0.466299 TrackChi2PerDof=0.916668 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=8083.68 TrackPt=494.138 CombDLLe=-1.25298 CombDLLmu=-1.61812 CombDLLpi=0 CombDLLk=4.21675 CombDLLp=4.21675 CombDLLd=4.21675 ProbNNe=0.000222152 ProbNNmu=0.0015934 ProbNNpi=0.469979 ProbNNk=0.434568 ProbNNp=0.221912 ProbNNghost=0.0122776 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=3.36147 RichDLLmu=2.04001 RichDLLpi=0 RichDLLk=2.60339 RichDLLp=2.60339 RichPIDStatus=5025 RichDLLbt=2.60339 RichDLLd=2.60339 InAccBrem=1 CaloBremChi2=864.186 BremPIDe=-0.638976 TrackChi2PerDof=1.12778 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=8425.47 TrackPt=633.556 CombDLLe=-0.0521003 CombDLLmu=2.70742 CombDLLpi=0 CombDLLk=2.60339 CombDLLp=2.60339 CombDLLd=2.60339 ProbNNe=0.0756412 ProbNNmu=0.00308284 ProbNNpi=0.391161 ProbNNk=0.231164 ProbNNp=0.12537 ProbNNghost=0.177074 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.97989 RichDLLmu=-7.64158 RichDLLpi=0 RichDLLk=5.9607 RichDLLp=5.9607 RichPIDStatus=5028 RichDLLbt=5.9607 RichDLLd=5.9607 InAccBrem=1 CaloBremChi2=592.222 BremPIDe=-0.607507 TrackChi2PerDof=0.999282 TrackNumDof=24 TrackType=4 TrackHistory=34 TrackP=7054.5 TrackPt=586.883 CombDLLe=-1.47451 CombDLLmu=-6.37095 CombDLLpi=0 CombDLLk=5.9607 CombDLLp=5.9607 CombDLLd=5.9607 ProbNNe=0.000560701 ProbNNmu=0.000594096 ProbNNpi=0.309752 ProbNNk=0.235428 ProbNNp=0.123916 ProbNNghost=0.414893 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.374245 RichDLLmu=0.321027 RichDLLpi=0 RichDLLk=-1.07199 RichDLLp=-2.10275 RichPIDStatus=8097 RichDLLbt=-3.69497 RichDLLd=-3.69497 TrackChi2PerDof=0.770592 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=23448.7 TrackPt=604.11 CombDLLe=0.0654909 CombDLLmu=0.448822 CombDLLpi=0 CombDLLk=-1.07199 CombDLLp=-2.10275 CombDLLd=-3.69497 ProbNNe=0.0064041 ProbNNmu=0.00962139 ProbNNpi=0.262011 ProbNNk=0.229403 ProbNNp=0.478956 ProbNNghost=0.00499617 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.68228 RichDLLmu=-0.136631 RichDLLpi=0 RichDLLk=16.0344 RichDLLp=5.05206 RichPIDStatus=8100 RichDLLbt=5.76133 RichDLLd=5.76133 InAccBrem=1 CaloBremChi2=399.665 BremPIDe=-0.532522 TrackChi2PerDof=0.870157 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=19159.4 TrackPt=793.547 CombDLLe=-0.65191 CombDLLmu=-0.191236 CombDLLpi=0 CombDLLk=16.0344 CombDLLp=5.05206 CombDLLd=5.76133 ProbNNe=0.000189254 ProbNNmu=0.00228503 ProbNNpi=0.0131307 ProbNNk=0.987815 ProbNNp=0.267281 ProbNNghost=0.00642072 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.47916 RichDLLmu=-3.00506 RichDLLpi=0 RichDLLk=7.49486 RichDLLp=7.49486 RichPIDStatus=5028 RichDLLbt=7.49486 RichDLLd=7.49486 InAccBrem=1 CaloBremChi2=307.505 BremPIDe=-0.357753 TrackChi2PerDof=1.31921 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=4761.02 TrackPt=678.449 CombDLLe=-1.98624 CombDLLmu=-3.76439 CombDLLpi=0 CombDLLk=7.49486 CombDLLp=7.49486 CombDLLd=7.49486 ProbNNe=2.75123e-05 ProbNNmu=0.000801679 ProbNNpi=0.403525 ProbNNk=0.487209 ProbNNp=0.250237 ProbNNghost=0.0768459 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.87578 RichDLLmu=-0.858326 RichDLLpi=0 RichDLLk=5.88948 RichDLLp=5.88948 RichPIDStatus=5028 RichDLLbt=5.88948 RichDLLd=5.88948 InAccBrem=1 CaloBremChi2=6.64488 BremPIDe=3.55139 TrackChi2PerDof=1.50663 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=5972.18 TrackPt=589.29 CombDLLe=2.87525 CombDLLmu=-1.18999 CombDLLpi=0 CombDLLk=5.88948 CombDLLp=5.88948 CombDLLd=5.88948 ProbNNe=0.00034438 ProbNNmu=0.0013096 ProbNNpi=0.412988 ProbNNk=0.494847 ProbNNp=0.255982 ProbNNghost=0.0399832 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.14173 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=47852.1 TrackPt=668.641 ProbNNe=0.003278 ProbNNmu=0.00758433 ProbNNpi=0.657134 ProbNNk=0.204656 ProbNNp=0.166836 ProbNNghost=0.00651086 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-23.4078 RichDLLmu=-13.7536 RichDLLpi=0 RichDLLk=8.48342 RichDLLp=8.48342 RichPIDStatus=5028 RichDLLbt=8.48342 RichDLLd=8.48342 InAccBrem=1 CaloBremChi2=101.872 BremPIDe=0.178319 TrackChi2PerDof=0.984357 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=4640.99 TrackPt=958.629 CombDLLe=-3.5067 CombDLLmu=-6.9431 CombDLLpi=0 CombDLLk=8.48342 CombDLLp=8.48342 CombDLLd=8.48342 ProbNNe=1.27523e-06 ProbNNmu=0.0005019 ProbNNpi=0.858498 ProbNNk=0.106431 ProbNNp=0.0646734 ProbNNghost=0.0261206 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.6753 RichDLLmu=-0.813652 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=303.217 BremPIDe=-0.15976 TrackChi2PerDof=0.947434 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=2317.6 TrackPt=178.834 CombDLLe=-1.98481 CombDLLmu=-1.12916 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00212637 ProbNNmu=0.00583138 ProbNNpi=0.380199 ProbNNk=0.0640545 ProbNNp=0.0505724 ProbNNghost=0.413761 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.5399 RichDLLmu=-10.739 RichDLLpi=0 RichDLLk=0.00727267 RichDLLp=0.00727267 RichPIDStatus=5028 RichDLLbt=0.00727267 RichDLLd=0.00727267 InAccBrem=1 CaloBremChi2=32.3525 BremPIDe=1.58328 TrackChi2PerDof=1.79303 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=2588.82 TrackPt=496.295 CombDLLe=-2.2428 CombDLLmu=-6.81177 CombDLLpi=0 CombDLLk=0.00727267 CombDLLp=0.00727267 CombDLLd=0.00727267 ProbNNe=5.0503e-06 ProbNNmu=0.00261702 ProbNNpi=0.770698 ProbNNk=0.0810045 ProbNNp=0.0667492 ProbNNghost=0.162908 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.96412 RichDLLmu=2.18776 RichDLLpi=0 RichDLLk=-12.7153 RichDLLp=-11.9637 RichPIDStatus=6050 RichDLLbt=-11.9637 RichDLLd=-11.9637 InAccBrem=1 CaloBremChi2=542.433 BremPIDe=-0.638976 TrackChi2PerDof=1.33707 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=9647.87 TrackPt=409.318 CombDLLe=-1.50326 CombDLLmu=2.88129 CombDLLpi=0 CombDLLk=-12.7153 CombDLLp=-11.9637 CombDLLd=-11.9637 ProbNNe=0.000514635 ProbNNmu=0.0282865 ProbNNpi=0.890334 ProbNNk=0.00217954 ProbNNp=0.0458381 ProbNNghost=0.115931 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0477986 ShowerShape=18379.5 ClusterMass=68.6361 CaloNeutralEcal=9792.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729654 CaloNeutralID=34628 CaloNeutralE19=0.406799 CaloClusterCode=-95 CaloClusterFrac=0.999942 IsPhoton=0.0212454 IsNotH=0.00928341 IsPhotonXGB=0.608922 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.313396 ShowerShape=3581.67 ClusterMass=72.3925 CaloNeutralEcal=21442.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896568 CaloNeutralID=39094 CaloNeutralE19=0.453064 CaloClusterCode=-95 CaloClusterFrac=0.955028 IsPhoton=0.106327 IsNotH=0.336548 IsPhotonXGB=0.470015 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.562871 ShowerShape=6440.15 ClusterMass=104.484 CaloNeutralEcal=19718.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.749823 CaloNeutralID=38837 CaloNeutralE19=0.259995 CaloClusterCode=92 CaloClusterFrac=0.99992 IsPhoton=0.00692554 IsNotH=0.00412332 IsPhotonXGB=0.310607 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.300591 ShowerShape=16576.9 ClusterMass=57.2522 CaloNeutralEcal=11910.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.798197 CaloNeutralID=34801 CaloNeutralE19=0.389258 CaloClusterCode=-93 CaloClusterFrac=0.999795 IsPhoton=1 IsNotH=0.0124682 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.17491 ShowerShape=4209 ClusterMass=71.8255 CaloNeutralEcal=28444.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977542 CaloNeutralID=39710 CaloNeutralE19=0.379995 CaloClusterCode=-65 CaloClusterFrac=0.97384 IsPhoton=1 IsNotH=0.24705 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.814516 ShowerShape=2779.07 ClusterMass=48.9879 CaloNeutralEcal=19109.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809413 CaloNeutralID=38797 CaloNeutralE19=0.450533 CaloClusterCode=-97 CaloClusterFrac=0.999629 IsPhoton=1 IsNotH=0.0586314 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.631128 ShowerShape=2021.03 ClusterMass=30.0993 CaloNeutralEcal=17054.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85147 CaloNeutralID=38795 CaloNeutralE19=0.716736 CaloClusterCode=-92 CaloClusterFrac=0.999696 IsPhoton=1 IsNotH=0.901622 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.315851 ShowerShape=12953.3 ClusterMass=45.705 CaloNeutralEcal=9043.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.78234 CaloNeutralID=34764 CaloNeutralE19=0.384975 CaloClusterCode=-93 CaloClusterFrac=1.00118 IsPhoton=1 IsNotH=0.0590151 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.6684 ShowerShape=10205.6 ClusterMass=25.1257 CaloNeutralEcal=5630.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847807 CaloNeutralID=34431 CaloNeutralE19=0.414278 CaloClusterCode=-61 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.129362 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.526606 ShowerShape=9608.2 ClusterMass=28.7695 CaloNeutralEcal=7619.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835239 CaloNeutralID=35338 CaloNeutralE19=0.681159 CaloClusterCode=93 CaloClusterFrac=0.99961 IsPhoton=1 IsNotH=0.240833 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0158903 ShowerShape=7666.59 ClusterMass=18.4043 CaloNeutralEcal=7913.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952642 CaloNeutralID=33497 CaloNeutralE19=0.613809 CaloClusterCode=-93 CaloClusterFrac=0.990847 IsPhoton=1 IsNotH=0.239709 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.272653 ShowerShape=2233.48 ClusterMass=29.6399 CaloNeutralEcal=17037.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923275 CaloNeutralID=39310 CaloNeutralE19=0.387711 CaloClusterCode=95 CaloClusterFrac=0.999983 IsPhoton=1 IsNotH=0.213286 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.69581 ShowerShape=2641.96 ClusterMass=26.4034 CaloNeutralEcal=11887.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836798 CaloNeutralID=39045 CaloNeutralE19=0.479793 CaloClusterCode=-95 CaloClusterFrac=0.998996 IsPhoton=1 IsNotH=0.191024 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.6684 ShowerShape=10205.6 ClusterMass=25.1257 CaloNeutralEcal=5630.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847807 CaloNeutralID=34431 CaloNeutralE19=0.414278 CaloClusterCode=-61 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.129362 IsPhotonXGB=1 ClusterAsX=-0.207397 ClusterAsY=-0.228027 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.8794 ShowerShape=764.655 CaloNeutralEcal=42219 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924702 CaloNeutralID=43545 CaloNeutralE19=0.57806 CaloClusterCode=-95 CaloClusterFrac=0.999999 IsPhoton=1 IsNotH=0.880545 IsPhotonXGB=1 ClusterAsX=0.306402 ClusterAsY=0.0131743 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.4156 ShowerShape=15503.8 CaloNeutralEcal=10899.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873533 CaloNeutralID=33949 CaloNeutralE19=0.479247 CaloClusterCode=92 CaloClusterFrac=0.9997 IsPhoton=1 IsNotH=0.0267959 IsPhotonXGB=1 ClusterAsX=0.171622 ClusterAsY=-0.323591 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.1068 ShowerShape=4152.94 CaloNeutralEcal=11670.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.843638 CaloNeutralID=39823 CaloNeutralE19=0.65232 CaloClusterCode=91 CaloClusterFrac=0.99843 IsPhoton=1 IsNotH=0.389119 IsPhotonXGB=1 ClusterAsX=-0.054607 ClusterAsY=0.0166685 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.2756 ShowerShape=4340.16 CaloNeutralEcal=3929.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977031 CaloNeutralID=34177 CaloNeutralE19=0.786386 CaloClusterCode=-93 CaloClusterFrac=0.984576 IsPhoton=1 IsNotH=0.620007 IsPhotonXGB=1 ClusterAsX=-0.170109 ClusterAsY=0.0637776 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=193.906 ShowerShape=2477.35 CaloNeutralEcal=9186.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919842 CaloNeutralID=40078 CaloNeutralE19=0.77806 CaloClusterCode=97 CaloClusterFrac=0.998433 IsPhoton=1 IsNotH=0.90838 IsPhotonXGB=1 ClusterAsX=0.0201621 ClusterAsY=0.0926853 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.7221 ShowerShape=1362.85 CaloNeutralEcal=28455 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800961 CaloNeutralID=43350 CaloNeutralE19=0.60115 CaloClusterCode=-97 CaloClusterFrac=0.9273 IsPhoton=1 IsNotH=0.351822 IsPhotonXGB=1 ClusterAsX=0.0751094 ClusterAsY=-0.0229843 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.1253 ShowerShape=1213.74 CaloNeutralEcal=23193.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.861177 CaloNeutralID=43688 CaloNeutralE19=0.466135 CaloClusterCode=-93 CaloClusterFrac=0.999876 IsPhoton=1 IsNotH=0.132955 IsPhotonXGB=1 ClusterAsX=-0.251057 ClusterAsY=-0.170316 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=226.235 ShowerShape=3018.95 CaloNeutralEcal=3658.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981247 CaloNeutralID=33735 CaloNeutralE19=0.879941 CaloClusterCode=-91 CaloClusterFrac=1.00116 IsPhoton=1 IsNotH=0.872471 IsPhotonXGB=1 ClusterAsX=-0.0320411 ClusterAsY=-0.0733745 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=253.21 ShowerShape=2370.59 CaloNeutralEcal=8239.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979075 CaloNeutralID=40145 CaloNeutralE19=0.729978 CaloClusterCode=61 CaloClusterFrac=0.996263 IsPhoton=1 IsNotH=0.795866 IsPhotonXGB=1 ClusterAsX=0.115352 ClusterAsY=-0.0470641 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.16547 ShowerShape=8799.69 CaloNeutralEcal=3498.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977536 CaloNeutralID=34941 CaloNeutralE19=0.5456 CaloClusterCode=-98 CaloClusterFrac=1.00168 IsPhoton=1 IsNotH=0.0681653 IsPhotonXGB=1 ClusterAsX=0.439538 ClusterAsY=0.333437 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=305.67 ShowerShape=2476.6 CaloNeutralEcal=4019.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981763 CaloNeutralID=33804 CaloNeutralE19=0.923003 CaloClusterCode=93 CaloClusterFrac=0.999976 IsPhoton=1 IsNotH=0.889287 IsPhotonXGB=1 ClusterAsX=-0.0404528 ClusterAsY=0.0188348 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.2896 ShowerShape=4167.59 CaloNeutralEcal=14825.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893455 CaloNeutralID=38115 CaloNeutralE19=0.388084 CaloClusterCode=-65 CaloClusterFrac=0.999936 IsPhoton=1 IsNotH=0.174653 IsPhotonXGB=1 ClusterAsX=0.277921 ClusterAsY=0.0389574 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.88309 ShowerShape=2529.27 CaloNeutralEcal=7365.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887777 CaloNeutralID=38791 CaloNeutralE19=0.684576 CaloClusterCode=93 CaloClusterFrac=0.999115 IsPhoton=1 IsNotH=0.649549 IsPhotonXGB=1 ClusterAsX=-0.0476669 ClusterAsY=0.0463096 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.7872 ShowerShape=664.417 CaloNeutralEcal=37975.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954078 CaloNeutralID=43422 CaloNeutralE19=0.69456 CaloClusterCode=-66 CaloClusterFrac=0.959614 IsPhoton=1 IsNotH=0.759752 IsPhotonXGB=1 ClusterAsX=-0.149688 ClusterAsY=0.20998 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=72.7985 ShowerShape=4099.79 CaloNeutralEcal=7656.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972703 CaloNeutralID=40148 CaloNeutralE19=0.460446 CaloClusterCode=63 CaloClusterFrac=0.999996 IsPhoton=1 IsNotH=0.415221 IsPhotonXGB=1 ClusterAsX=-0.299198 ClusterAsY=-0.0293153 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.6146 ShowerShape=6854.39 CaloNeutralEcal=4044.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927472 CaloNeutralID=34571 CaloNeutralE19=0.703869 CaloClusterCode=-92 CaloClusterFrac=1.00134 IsPhoton=1 IsNotH=0.321286 IsPhotonXGB=1 ClusterAsX=0.132537 ClusterAsY=-0.220872 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.3178 ShowerShape=8863.7 CaloNeutralEcal=6939.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988495 CaloNeutralID=34139 CaloNeutralE19=0.7204 CaloClusterCode=61 CaloClusterFrac=1.00304 IsPhoton=1 IsNotH=0.53392 IsPhotonXGB=1 ClusterAsX=-0.144406 ClusterAsY=0.401788 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=339.363 ShowerShape=5164.55 CaloNeutralEcal=3574.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983344 CaloNeutralID=33444 CaloNeutralE19=0.602979 CaloClusterCode=-97 CaloClusterFrac=1.00194 IsPhoton=1 IsNotH=0.51805 IsPhotonXGB=1 ClusterAsX=-0.0284778 ClusterAsY=0.340966 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.0428 ShowerShape=7643.53 CaloNeutralEcal=3224.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943955 CaloNeutralID=35191 CaloNeutralE19=0.62639 CaloClusterCode=-91 CaloClusterFrac=1.00144 IsPhoton=1 IsNotH=0.238574 IsPhotonXGB=1 ClusterAsX=0.169528 ClusterAsY=-0.170295 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.0733 ShowerShape=1444.01 CaloNeutralEcal=27187.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.759557 CaloNeutralID=43484 CaloNeutralE19=0.402007 CaloClusterCode=-95 CaloClusterFrac=0.999659 IsPhoton=1 IsNotH=0.0377572 IsPhotonXGB=1 ClusterAsX=0.201539 ClusterAsY=0.0291314 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.81696 ShowerShape=5092.14 CaloNeutralEcal=6876.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.720914 CaloNeutralID=38668 CaloNeutralE19=0.231977 CaloClusterCode=-93 CaloClusterFrac=0.912556 IsPhoton=1 IsNotH=0.00157166 IsPhotonXGB=1 ClusterAsX=-0.0662869 ClusterAsY=0.345937 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.4883 ShowerShape=3156.46 CaloNeutralEcal=8236.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876731 CaloNeutralID=38099 CaloNeutralE19=0.56774 CaloClusterCode=65 CaloClusterFrac=0.999946 IsPhoton=1 IsNotH=0.145545 IsPhotonXGB=1 ClusterAsX=0.159399 ClusterAsY=-0.0089795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.7264 ShowerShape=1119.4 CaloNeutralEcal=16411.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925305 CaloNeutralID=42278 CaloNeutralE19=0.691222 CaloClusterCode=90 CaloClusterFrac=1.0045 IsPhoton=1 IsNotH=0.958134 IsPhotonXGB=1 ClusterAsX=-0.145896 ClusterAsY=-0.126466 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=205.027 ShowerShape=1324.68 CaloNeutralEcal=7243.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95508 CaloNeutralID=39762 CaloNeutralE19=0.698729 CaloClusterCode=97 CaloClusterFrac=0.999922 IsPhoton=1 IsNotH=0.860115 IsPhotonXGB=1 ClusterAsX=0.00240616 ClusterAsY=0.259038 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.5118 ShowerShape=1818.64 CaloNeutralEcal=22524.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.799549 CaloNeutralID=42839 CaloNeutralE19=0.538771 CaloClusterCode=61 CaloClusterFrac=0.999502 IsPhoton=1 IsNotH=0.0231376 IsPhotonXGB=1 ClusterAsX=-0.163634 ClusterAsY=-0.0234601 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.1327 ShowerShape=7648.53 CaloNeutralEcal=2728.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903286 CaloNeutralID=36265 CaloNeutralE19=0.59321 CaloClusterCode=-91 CaloClusterFrac=1.0055 IsPhoton=1 IsNotH=0.153371 IsPhotonXGB=1 ClusterAsX=-0.0362031 ClusterAsY=-0.174573 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=188.1 ShowerShape=2476.6 CaloNeutralEcal=3703.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.997355 CaloNeutralID=34447 CaloNeutralE19=0.954142 CaloClusterCode=-67 CaloClusterFrac=1.00152 IsPhoton=1 IsNotH=0.882019 IsPhotonXGB=1 ClusterAsX=-0.0111684 ClusterAsY=0.0195085 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=428.803 ShowerShape=6594.56 CaloNeutralEcal=2349.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902795 CaloNeutralID=36020 CaloNeutralE19=0.69981 CaloClusterCode=95 IsPhoton=1 IsNotH=0.474332 IsPhotonXGB=1 ClusterAsX=0.131912 ClusterAsY=-0.0230687 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=144.044 ShowerShape=13671.5 CaloNeutralEcal=1894.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.705273 CaloNeutralID=34047 CaloNeutralE19=0.359744 CaloClusterCode=67 IsPhoton=1 IsNotH=0.015901 IsPhotonXGB=1 ClusterAsX=-0.110862 ClusterAsY=-0.0425919 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.377 ShowerShape=1658.55 CaloNeutralEcal=8708.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803964 CaloNeutralID=42482 CaloNeutralE19=0.399814 CaloClusterCode=-93 CaloClusterFrac=0.998085 IsPhoton=1 IsNotH=0.0844234 IsPhotonXGB=1 ClusterAsX=-0.208944 ClusterAsY=-0.181182 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.7111 ShowerShape=12310.2 CaloNeutralEcal=3863.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933333 CaloNeutralID=33824 CaloNeutralE19=0.415553 CaloClusterCode=97 CaloClusterFrac=1.0062 IsPhoton=1 IsNotH=0.113016 IsPhotonXGB=1 ClusterAsX=-0.150494 ClusterAsY=0.447436 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.43163 ShowerShape=13435 CaloNeutralEcal=2427.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835429 CaloNeutralID=33994 CaloNeutralE19=0.492297 CaloClusterCode=-98 CaloClusterFrac=1.00196 IsPhoton=1 IsNotH=0.0125511 IsPhotonXGB=1 ClusterAsX=0.226968 ClusterAsY=0.37511 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.03097 ShowerShape=4246.01 CaloNeutralEcal=2164.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946534 CaloNeutralID=35204 CaloNeutralE19=0.776309 CaloClusterCode=95 CaloClusterFrac=1.00909 IsPhoton=1 IsNotH=0.689048 IsPhotonXGB=1 ClusterAsX=0.120045 ClusterAsY=-0.0215202 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.6393 ShowerShape=1573.04 CaloNeutralEcal=20222.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789009 CaloNeutralID=43031 CaloNeutralE19=0.266397 CaloClusterCode=66 CaloClusterFrac=0.996647 IsPhoton=1 IsNotH=0.0020714 IsPhotonXGB=1 ClusterAsX=-0.392618 ClusterAsY=0.14113 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=198.692 ShowerShape=4971.95 CaloNeutralEcal=3101.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986388 CaloNeutralID=33629 CaloNeutralE19=0.951965 CaloClusterCode=-95 CaloClusterFrac=1.00375 IsPhoton=1 IsNotH=0.889946 IsPhotonXGB=1 ClusterAsX=0.020071 ClusterAsY=0.00698324 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.0574 ShowerShape=1206.1 CaloNeutralEcal=18396.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.792709 CaloNeutralID=43223 CaloNeutralE19=0.412951 CaloClusterCode=-63 CaloClusterFrac=0.998572 IsPhoton=1 IsNotH=0.00814369 IsPhotonXGB=1 ClusterAsX=-0.391849 ClusterAsY=-0.00837991 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.8574 ShowerShape=7693.41 CaloNeutralEcal=1908.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937684 CaloNeutralID=33862 CaloNeutralE19=0.560214 CaloClusterCode=-95 CaloClusterFrac=1.00775 IsPhoton=1 IsNotH=0.0844088 IsPhotonXGB=1 ClusterAsX=0.333043 ClusterAsY=0.170452 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=85.9472 ShowerShape=3075.65 CaloNeutralEcal=6049.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8527 CaloNeutralID=37911 CaloNeutralE19=0.553563 CaloClusterCode=90 CaloClusterFrac=0.999892 IsPhoton=1 IsNotH=0.139863 IsPhotonXGB=1 ClusterAsX=-0.184135 ClusterAsY=-0.169105 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.0135 ShowerShape=7871.1 CaloNeutralEcal=2394.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927634 CaloNeutralID=34509 CaloNeutralE19=0.465746 CaloClusterCode=-93 CaloClusterFrac=0.981562 IsPhoton=1 IsNotH=0.111837 IsPhotonXGB=1 ClusterAsX=-0.261073 ClusterAsY=0.161893 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.0093 ShowerShape=4133.53 CaloNeutralEcal=5199.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909069 CaloNeutralID=40030 CaloNeutralE19=0.665442 CaloClusterCode=97 IsPhoton=1 IsNotH=0.61177 IsPhotonXGB=1 ClusterAsX=0.131874 ClusterAsY=0.0827197 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.575 ShowerShape=3820.97 CaloNeutralEcal=7184.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.851915 CaloNeutralID=38113 CaloNeutralE19=0.56286 CaloClusterCode=-65 CaloClusterFrac=0.999043 IsPhoton=1 IsNotH=0.112511 IsPhotonXGB=1 ClusterAsX=0.186962 ClusterAsY=0.226099 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.0275 ShowerShape=1086.15 CaloNeutralEcal=19587 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914769 CaloNeutralID=42590 CaloNeutralE19=0.736658 CaloClusterCode=61 CaloClusterFrac=0.999996 IsPhoton=1 IsNotH=0.789097 IsPhotonXGB=1 ClusterAsX=-0.00777515 ClusterAsY=-0.15253 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.2076 ShowerShape=1167.8 CaloNeutralEcal=10593.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.769298 CaloNeutralID=43369 CaloNeutralE19=0.489865 CaloClusterCode=-97 CaloClusterFrac=0.889907 IsPhoton=1 IsNotH=0.204651 IsPhotonXGB=1 ClusterAsX=-0.141515 ClusterAsY=0.0363042 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.3108 ShowerShape=1210.39 CaloNeutralEcal=14499.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886251 CaloNeutralID=43176 CaloNeutralE19=0.621103 CaloClusterCode=61 CaloClusterFrac=0.999833 IsPhoton=1 IsNotH=0.435279 IsPhotonXGB=1 ClusterAsX=0.167877 ClusterAsY=-0.10481 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=97.7197 ShowerShape=3533.2 CaloNeutralEcal=2124.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959573 CaloNeutralID=33834 CaloNeutralE19=0.792994 CaloClusterCode=-95 CaloClusterFrac=1.00862 IsPhoton=1 IsNotH=0.74763 IsPhotonXGB=1 ClusterAsX=0.125411 ClusterAsY=0.0184693 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.2297 ShowerShape=20193.6 CaloNeutralEcal=2277.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.823038 CaloNeutralID=35500 CaloNeutralE19=0.405043 CaloClusterCode=66 IsPhoton=1 IsNotH=0.0114285 IsPhotonXGB=1 ClusterAsX=-0.232705 ClusterAsY=0.338256 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.50103 ShowerShape=7653.53 CaloNeutralEcal=1379.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902349 CaloNeutralID=34683 CaloNeutralE19=0.715437 CaloClusterCode=-97 CaloClusterFrac=1.01792 IsPhoton=1 IsNotH=0.388463 IsPhotonXGB=1 ClusterAsX=-0.0727475 ClusterAsY=0.0844338 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.9108 ShowerShape=9948.63 CaloNeutralEcal=2320.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873368 CaloNeutralID=35687 CaloNeutralE19=0.608063 CaloClusterCode=96 IsPhoton=1 IsNotH=0.0894767 IsPhotonXGB=1 ClusterAsX=-0.210709 ClusterAsY=0.223053 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=169.147 ShowerShape=5299.77 CaloNeutralEcal=1654.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934831 CaloNeutralID=33511 CaloNeutralE19=0.59994 CaloClusterCode=93 CaloClusterFrac=0.999821 IsPhoton=1 IsNotH=0.374555 IsPhotonXGB=1 ClusterAsX=-0.265212 ClusterAsY=-0.0221588 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=100.899 ShowerShape=10707.7 CaloNeutralEcal=2085.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932429 CaloNeutralID=34027 CaloNeutralE19=0.357635 CaloClusterCode=97 CaloClusterFrac=1.02358 IsPhoton=1 IsNotH=0.111932 IsPhotonXGB=1 ClusterAsX=0.299559 ClusterAsY=0.407282 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.6081 ShowerShape=1669.3 CaloNeutralEcal=10212.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.715842 CaloNeutralID=43416 CaloNeutralE19=0.286436 CaloClusterCode=-70 CaloClusterFrac=0.996275 IsPhoton=1 IsNotH=0.00042666 IsPhotonXGB=1 ClusterAsX=-0.348597 ClusterAsY=-0.0574776 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.4954 ShowerShape=1484.12 CaloNeutralEcal=12870.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.711435 CaloNeutralID=43488 CaloNeutralE19=0.314303 CaloClusterCode=-91 CaloClusterFrac=0.998228 IsPhoton=1 IsNotH=0.00115267 IsPhotonXGB=1 ClusterAsX=-0.132413 ClusterAsY=-0.193656 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.06464 ShowerShape=1625.7 CaloNeutralEcal=7765.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.746646 CaloNeutralID=42708 CaloNeutralE19=0.409734 CaloClusterCode=-97 CaloClusterFrac=0.999792 IsPhoton=1 IsNotH=0.020611 IsPhotonXGB=1 ClusterAsX=-0.136326 ClusterAsY=0.135627 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=158.528 ShowerShape=5384.14 CaloNeutralEcal=1118.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980289 CaloNeutralID=33295 CaloNeutralE19=0.594987 CaloClusterCode=91 IsPhoton=1 IsNotH=0.415386 IsPhotonXGB=1 ClusterAsX=-0.0933821 ClusterAsY=-0.320174 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=215.112 ShowerShape=8421.99 CaloNeutralEcal=1630.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875436 CaloNeutralID=35930 CaloNeutralE19=0.581208 CaloClusterCode=-93 CaloClusterFrac=0.956703 IsPhoton=1 IsNotH=0.191734 IsPhotonXGB=1 ClusterAsX=-0.247114 ClusterAsY=-0.0609172 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.47036 ShowerShape=2726.34 CaloNeutralEcal=4672.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930343 CaloNeutralID=44136 CaloNeutralE19=0.77724 CaloClusterCode=-62 CaloClusterFrac=0.983235 IsPhoton=1 IsNotH=0.845383 IsPhotonXGB=1 ClusterAsX=-0.233466 ClusterAsY=0.495732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.0501 ShowerShape=1418.19 CaloNeutralEcal=1890.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940746 CaloNeutralID=39548 CaloNeutralE19=0.696263 CaloClusterCode=-95 CaloClusterFrac=0.929011 IsPhoton=1 IsNotH=0.458056 IsPhotonXGB=1 ClusterAsX=0.130073 ClusterAsY=0.0807105 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.0859 ShowerShape=2014.59 CaloNeutralEcal=4857.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784923 CaloNeutralID=43535 CaloNeutralE19=0.381052 CaloClusterCode=91 CaloClusterFrac=0.993539 IsPhoton=1 IsNotH=0.0675677 IsPhotonXGB=1 ClusterAsX=0.0444512 ClusterAsY=-0.239348 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.8958 ShowerShape=8032.35 CaloNeutralEcal=1568.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878616 CaloNeutralID=33812 CaloNeutralE19=0.492484 CaloClusterCode=-93 CaloClusterFrac=1.00394 IsPhoton=1 IsNotH=0.0577861 IsPhotonXGB=1 ClusterAsX=-0.160203 ClusterAsY=-0.151263 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.839 ShowerShape=2467.46 CaloNeutralEcal=5880.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.636781 CaloNeutralID=43815 CaloNeutralE19=0.27861 CaloClusterCode=-90 CaloClusterFrac=0.994141 IsPhoton=1 IsNotH=0.000399552 IsPhotonXGB=1 ClusterAsX=-0.00379354 ClusterAsY=-0.18963 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.7581 ShowerShape=1489.71 CaloNeutralEcal=4733.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.865089 CaloNeutralID=42415 CaloNeutralE19=0.737337 CaloClusterCode=-93 CaloClusterFrac=0.999467 IsPhoton=1 IsNotH=0.95139 IsPhotonXGB=1 ClusterAsX=-0.00804713 ClusterAsY=-0.01471 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.2012 ShowerShape=1771.74 CaloNeutralEcal=4905.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818251 CaloNeutralID=42023 CaloNeutralE19=0.39608 CaloClusterCode=91 CaloClusterFrac=1.0031 IsPhoton=1 IsNotH=0.0685061 IsPhotonXGB=1 ClusterAsX=0.12412 ClusterAsY=-0.327858 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.6572 ShowerShape=5222.38 CaloNeutralEcal=3132.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697797 CaloNeutralID=39912 CaloNeutralE19=0.382792 CaloClusterCode=98 CaloClusterFrac=1.00396 IsPhoton=1 IsNotH=0.0114234 IsPhotonXGB=1 ClusterAsX=0.420131 ClusterAsY=0.0374031 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.3439 ShowerShape=2406.08 CaloNeutralEcal=2820.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.846592 CaloNeutralID=39117 CaloNeutralE19=0.421089 CaloClusterCode=-93 CaloClusterFrac=0.96702 IsPhoton=1 IsNotH=0.0711664 IsPhotonXGB=1 ClusterAsX=-0.217949 ClusterAsY=0.0794497 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.0236 ShowerShape=9845.49 CaloNeutralEcal=880.656 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952119 CaloNeutralID=35263 CaloNeutralE19=0.400202 CaloClusterCode=67 CaloClusterFrac=0.999989 IsPhoton=1 IsNotH=0.0114292 IsPhotonXGB=1 ClusterAsX=-0.284092 ClusterAsY=0.497126 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=414.115 ShowerShape=620.724 CaloNeutralEcal=2433.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971918 CaloNeutralID=38065 CaloNeutralE19=0.84535 CaloClusterCode=95 CaloClusterFrac=1.01793 IsPhoton=1 IsNotH=0.931327 IsPhotonXGB=1 ClusterAsX=0.0976603 ClusterAsY=0.0107884 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.906 ShowerShape=1190.29 CaloNeutralEcal=2808.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917095 CaloNeutralID=39894 CaloNeutralE19=0.7835 CaloClusterCode=-90 CaloClusterFrac=0.977608 IsPhoton=1 IsNotH=0.932636 IsPhotonXGB=1 ClusterAsX=-0.0910504 ClusterAsY=-0.0349619 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=72.8554 ShowerShape=17901.6 CaloNeutralEcal=1231.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964039 CaloNeutralID=35727 CaloNeutralE19=0.725855 CaloClusterCode=95 CaloClusterFrac=1.02021 IsPhoton=1 IsNotH=0.607593 IsPhotonXGB=1 ClusterAsX=0.215315 ClusterAsY=-0.00178873 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.98878 ShowerShape=2167.65 CaloNeutralEcal=4713.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73886 CaloNeutralID=42959 CaloNeutralE19=0.318459 CaloClusterCode=95 CaloClusterFrac=0.99848 IsPhoton=1 IsNotH=0.00535771 IsPhotonXGB=1 ClusterAsX=0.173531 ClusterAsY=0.215569 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3978 ShowerShape=1574.7 CaloNeutralEcal=7437.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.709247 CaloNeutralID=43431 CaloNeutralE19=0.351467 CaloClusterCode=-72 CaloClusterFrac=0.952711 IsPhoton=1 IsNotH=0.00251296 IsPhotonXGB=1 ClusterAsX=0.205679 ClusterAsY=-0.163257 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.0746 ShowerShape=1222.58 CaloNeutralEcal=2616.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914332 CaloNeutralID=37733 CaloNeutralE19=0.73128 CaloClusterCode=-95 CaloClusterFrac=1.00297 IsPhoton=1 IsNotH=0.859605 IsPhotonXGB=1 ClusterAsX=0.0954182 ClusterAsY=0.0646201 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.13518 ShowerShape=1914.1 CaloNeutralEcal=4454.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884797 CaloNeutralID=44006 CaloNeutralE19=0.435924 CaloClusterCode=-91 CaloClusterFrac=0.996755 IsPhoton=1 IsNotH=0.383333 IsPhotonXGB=1 ClusterAsX=0.119725 ClusterAsY=-0.323449 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.4467 ShowerShape=2013.32 CaloNeutralEcal=6272.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.748902 CaloNeutralID=42330 CaloNeutralE19=0.454832 CaloClusterCode=-90 CaloClusterFrac=0.996838 IsPhoton=1 IsNotH=0.0103599 IsPhotonXGB=1 ClusterAsX=-0.147639 ClusterAsY=-0.0887532 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.2441 ShowerShape=2412.65 CaloNeutralEcal=1531.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.82315 CaloNeutralID=38085 CaloNeutralE19=0.530079 CaloClusterCode=-97 CaloClusterFrac=0.900848 IsPhoton=1 IsNotH=0.136439 IsPhotonXGB=1 ClusterAsX=0.117818 ClusterAsY=0.189573 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=1062.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970974 CaloNeutralID=33314 CaloNeutralE19=0.934334 CaloClusterCode=-97 CaloClusterFrac=1.00944 IsPhoton=1 IsNotH=0.864066 IsPhotonXGB=1 ClusterAsX=-0.00846231 ClusterAsY=-0.0213827 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.623 ShowerShape=16652.6 CaloNeutralEcal=919.209 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.69757 CaloNeutralID=35258 CaloNeutralE19=0.288835 CaloClusterCode=-93 CaloClusterFrac=1.00465 IsPhoton=1 IsNotH=0.0136017 IsPhotonXGB=1 ClusterAsX=-0.0499229 ClusterAsY=0.339584 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.829 ShowerShape=5625.71 CaloNeutralEcal=824.014 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02543 CaloNeutralID=33418 CaloNeutralE19=0.710236 CaloClusterCode=90 IsPhoton=1 IsNotH=0.402503 IsPhotonXGB=1 ClusterAsX=-0.318545 ClusterAsY=-0.169394 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.58885 ShowerShape=1731.98 CaloNeutralEcal=3927.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.757808 CaloNeutralID=42384 CaloNeutralE19=0.447567 CaloClusterCode=93 CaloClusterFrac=0.997118 IsPhoton=1 IsNotH=0.0256457 IsPhotonXGB=1 ClusterAsX=0.0202426 ClusterAsY=0.212824 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.38396 ShowerShape=1934.1 CaloNeutralEcal=6562.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.763698 CaloNeutralID=42600 CaloNeutralE19=0.46924 CaloClusterCode=82 CaloClusterFrac=0.999706 IsPhoton=1 IsNotH=0.0599307 IsPhotonXGB=1 ClusterAsX=0.292659 ClusterAsY=0.0110259 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.2692 ShowerShape=3092.57 CaloNeutralEcal=2436.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758234 CaloNeutralID=40100 CaloNeutralE19=0.250399 CaloClusterCode=96 CaloClusterFrac=1.02126 IsPhoton=1 IsNotH=0.00605448 IsPhotonXGB=1 ClusterAsX=-0.514497 ClusterAsY=0.0964285 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.6904 ShowerShape=8883.89 CaloNeutralEcal=851.857 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951782 CaloNeutralID=35001 CaloNeutralE19=0.883233 CaloClusterCode=-90 CaloClusterFrac=0.980505 IsPhoton=1 IsNotH=0.833682 IsPhotonXGB=1 ClusterAsX=-0.0373645 ClusterAsY=-0.0339993 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.9741 ShowerShape=1117.24 CaloNeutralEcal=2165.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811912 CaloNeutralID=43956 CaloNeutralE19=0.406214 CaloClusterCode=-97 CaloClusterFrac=0.855386 IsPhoton=1 IsNotH=0.0286032 IsPhotonXGB=1 ClusterAsX=-0.111579 ClusterAsY=0.243248 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.5376 ShowerShape=11719.5 CaloNeutralEcal=1375.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912092 CaloNeutralID=34088 CaloNeutralE19=0.390803 CaloClusterCode=-93 CaloClusterFrac=0.931458 IsPhoton=1 IsNotH=0.0468212 IsPhotonXGB=1 ClusterAsX=-0.487542 ClusterAsY=0.133745 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.07658 ShowerShape=2545.55 CaloNeutralEcal=2591.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.776206 CaloNeutralID=37920 CaloNeutralE19=0.39127 CaloClusterCode=-95 CaloClusterFrac=0.962329 IsPhoton=1 IsNotH=0.0403047 IsPhotonXGB=1 ClusterAsX=0.183769 ClusterAsY=-0.0970624 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.9127 ShowerShape=10072 CaloNeutralEcal=1346.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.791402 CaloNeutralID=34019 CaloNeutralE19=0.466883 CaloClusterCode=-91 CaloClusterFrac=0.853741 IsPhoton=1 IsNotH=0.0283352 IsPhotonXGB=1 ClusterAsX=0.112166 ClusterAsY=-0.13049 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=242.055 ShowerShape=9048.1 CaloNeutralEcal=1116.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925388 CaloNeutralID=35999 CaloNeutralE19=0.397428 CaloClusterCode=90 CaloClusterFrac=1.01076 IsPhoton=1 IsNotH=0.0358028 IsPhotonXGB=1 ClusterAsX=-0.47464 ClusterAsY=-0.264179 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.0515 ShowerShape=2373.38 CaloNeutralEcal=1949.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91184 CaloNeutralID=38988 CaloNeutralE19=0.418385 CaloClusterCode=-95 CaloClusterFrac=0.94739 IsPhoton=1 IsNotH=0.0645622 IsPhotonXGB=1 ClusterAsX=0.344995 ClusterAsY=-0.216751 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=101.497 ShowerShape=12353.1 CaloNeutralEcal=543.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.683998 CaloNeutralID=36100 CaloNeutralE19=0.340318 CaloClusterCode=-93 CaloClusterFrac=0.89047 IsPhoton=1 IsNotH=0.00642764 IsPhotonXGB=1 ClusterAsX=-0.0283075 ClusterAsY=-0.125298 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=57.9828 ShowerShape=924.765 CaloNeutralEcal=2468.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811184 CaloNeutralID=43446 CaloNeutralE19=0.587333 CaloClusterCode=91 IsPhoton=1 IsNotH=0.396109 IsPhotonXGB=1 ClusterAsX=-0.0232014 ClusterAsY=-0.101947 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.3274 ShowerShape=3229.58 CaloNeutralEcal=1602.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72923 CaloNeutralID=38028 CaloNeutralE19=0.397423 CaloClusterCode=-90 CaloClusterFrac=0.998641 IsPhoton=1 IsNotH=0.000864495 IsPhotonXGB=1 ClusterAsX=-0.0866934 ClusterAsY=-0.463165 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.1032 ShowerShape=6404.76 CaloNeutralEcal=1046.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845229 CaloNeutralID=33960 CaloNeutralE19=0.68575 CaloClusterCode=-91 CaloClusterFrac=0.904667 IsPhoton=1 IsNotH=0.220531 IsPhotonXGB=1 ClusterAsX=0.0121892 ClusterAsY=-0.0562937 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.73437 ShowerShape=3428.48 CaloNeutralEcal=2038.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943221 CaloNeutralID=38512 CaloNeutralE19=0.344058 CaloClusterCode=-67 CaloClusterFrac=0.956978 IsPhoton=1 IsNotH=0.100276 IsPhotonXGB=1 ClusterAsX=0.261505 ClusterAsY=0.39397 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=258.625 ShowerShape=6400.39 CaloNeutralEcal=686.928 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889126 CaloNeutralID=33912 CaloNeutralE19=0.73808 CaloClusterCode=-96 CaloClusterFrac=1.04605 IsPhoton=1 IsNotH=0.686039 IsPhotonXGB=1 ClusterAsX=0.00924129 ClusterAsY=-0.0509689 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=84.9996 ShowerShape=2056.37 CaloNeutralEcal=1346.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886116 CaloNeutralID=37708 CaloNeutralE19=0.406802 CaloClusterCode=97 CaloClusterFrac=1.00487 IsPhoton=1 IsNotH=0.524972 IsPhotonXGB=1 ClusterAsX=-0.00433845 ClusterAsY=0.448285 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.7562 ShowerShape=1685.96 CaloNeutralEcal=3419.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.826177 CaloNeutralID=42138 CaloNeutralE19=0.526058 CaloClusterCode=-96 CaloClusterFrac=0.939089 IsPhoton=1 IsNotH=0.0366009 IsPhotonXGB=1 ClusterAsX=-0.188432 ClusterAsY=0.178287 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=69.7814 ShowerShape=379.596 CaloNeutralEcal=4229.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968016 CaloNeutralID=43805 CaloNeutralE19=0.772601 CaloClusterCode=95 CaloClusterFrac=1.01797 IsPhoton=1 IsNotH=0.925892 IsPhotonXGB=1 ClusterAsX=0.12451 ClusterAsY=0.0606084 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.0639 ShowerShape=511.541 CaloNeutralEcal=1982.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978215 CaloNeutralID=39896 CaloNeutralE19=0.885924 CaloClusterCode=-91 CaloClusterFrac=0.973446 IsPhoton=1 IsNotH=0.977604 IsPhotonXGB=1 ClusterAsX=-0.00993486 ClusterAsY=-0.0788761 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.9476 ShowerShape=9456.7 CaloNeutralEcal=642.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.802467 CaloNeutralID=34491 CaloNeutralE19=0.507097 CaloClusterCode=93 CaloClusterFrac=1.01343 IsPhoton=1 IsNotH=0.0330818 IsPhotonXGB=1 ClusterAsX=-0.119084 ClusterAsY=-0.0173329 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.6855 ShowerShape=9745.05 CaloNeutralEcal=511.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815054 CaloNeutralID=35775 CaloNeutralE19=0.596482 CaloClusterCode=60 CaloClusterFrac=0.996621 IsPhoton=1 IsNotH=0.0785574 IsPhotonXGB=1 ClusterAsX=-0.200203 ClusterAsY=-0.023502 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.84724 ShowerShape=3747.09 CaloNeutralEcal=1920.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.626835 CaloNeutralID=37794 CaloNeutralE19=0.308965 CaloClusterCode=-97 CaloClusterFrac=1.01054 IsPhoton=1 IsNotH=0.00203421 IsPhotonXGB=1 ClusterAsX=-0.0578392 ClusterAsY=0.106877 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=82.0534 ShowerShape=13974.9 CaloNeutralEcal=845.166 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.733256 CaloNeutralID=33622 CaloNeutralE19=0.442197 CaloClusterCode=98 CaloClusterFrac=1.03076 IsPhoton=1 IsNotH=0.0115647 IsPhotonXGB=1 ClusterAsX=-0.0772812 ClusterAsY=0.0359797 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.2585 ShowerShape=4222.17 CaloNeutralEcal=826.939 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910098 CaloNeutralID=33999 CaloNeutralE19=0.812196 CaloClusterCode=95 CaloClusterFrac=1.00517 IsPhoton=1 IsNotH=0.849887 IsPhotonXGB=1 ClusterAsX=0.0095315 ClusterAsY=-0.0568087 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=134.689 ShowerShape=10295.5 CaloNeutralEcal=830.663 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.710047 CaloNeutralID=36130 CaloNeutralE19=0.401448 CaloClusterCode=-91 CaloClusterFrac=1.00649 IsPhoton=1 IsNotH=0.0453157 IsPhotonXGB=1 ClusterAsX=0.0571623 ClusterAsY=0.00204967 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.9095 ShowerShape=3776.77 CaloNeutralEcal=1705.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929837 CaloNeutralID=37666 CaloNeutralE19=0.483007 CaloClusterCode=-67 CaloClusterFrac=1.00735 IsPhoton=1 IsNotH=0.203632 IsPhotonXGB=1 ClusterAsX=-0.037973 ClusterAsY=0.0520029 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.7543 ShowerShape=3377.58 CaloNeutralEcal=1503.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811402 CaloNeutralID=38094 CaloNeutralE19=0.328824 CaloClusterCode=-92 CaloClusterFrac=0.968917 IsPhoton=1 IsNotH=0.0133493 IsPhotonXGB=1 ClusterAsX=0.311304 ClusterAsY=-0.26151 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.5839 ShowerShape=5655.72 CaloNeutralEcal=1368.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955091 CaloNeutralID=34147 CaloNeutralE19=0.761004 CaloClusterCode=-62 CaloClusterFrac=0.863174 IsPhoton=1 IsNotH=0.154226 IsPhotonXGB=1 ClusterAsX=0.10406 ClusterAsY=-0.140456 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.3412 ShowerShape=17201.1 CaloNeutralEcal=703.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.749665 CaloNeutralID=34230 CaloNeutralE19=0.41247 CaloClusterCode=95 CaloClusterFrac=1.01395 IsPhoton=1 IsNotH=0.021893 IsPhotonXGB=1 ClusterAsX=0.103829 ClusterAsY=0.291018 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.4741 ShowerShape=14297.6 CaloNeutralEcal=1153.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.732962 CaloNeutralID=34008 CaloNeutralE19=0.408059 CaloClusterCode=-90 CaloClusterFrac=1.01305 IsPhoton=1 IsNotH=0.00675199 IsPhotonXGB=1 ClusterAsX=-0.337966 ClusterAsY=-0.0852234 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=978.67 ShowerShape=6894.14 CaloNeutralEcal=556.518 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937663 CaloNeutralID=33530 CaloNeutralE19=0.476599 CaloClusterCode=95 CaloClusterFrac=1.09498 IsPhoton=1 IsNotH=0.414608 IsPhotonXGB=1 ClusterAsX=0.398737 ClusterAsY=-0.0722246 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=360.481 ShowerShape=2476.6 CaloNeutralEcal=613.646 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.12444 CaloNeutralID=33174 CaloNeutralE19=1.07623 CaloClusterCode=65 IsPhoton=1 IsNotH=0.720957 IsPhotonXGB=1 ClusterAsX=0.0931776 ClusterAsY=-0.135341 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.24346 ShowerShape=3259.93 CaloNeutralEcal=1174.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.774349 CaloNeutralID=39881 CaloNeutralE19=0.355998 CaloClusterCode=92 CaloClusterFrac=0.993586 IsPhoton=1 IsNotH=0.00970631 IsPhotonXGB=1 ClusterAsX=0.0791925 ClusterAsY=-0.60684 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.8675 ShowerShape=1415.77 CaloNeutralEcal=2985.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.712912 CaloNeutralID=42768 CaloNeutralE19=0.455511 CaloClusterCode=-92 CaloClusterFrac=1.00309 IsPhoton=1 IsNotH=0.0674049 IsPhotonXGB=1 ClusterAsX=0.0648999 ClusterAsY=-0.18421 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=74.1807 ShowerShape=8729.77 CaloNeutralEcal=682.841 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.913174 CaloNeutralID=36139 CaloNeutralE19=0.475753 CaloClusterCode=-91 CaloClusterFrac=1.01464 IsPhoton=1 IsNotH=0.135611 IsPhotonXGB=1 ClusterAsX=-0.0972969 ClusterAsY=-0.324097 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.3542 ShowerShape=3914.97 CaloNeutralEcal=1238.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984543 CaloNeutralID=37647 CaloNeutralE19=0.872023 CaloClusterCode=63 CaloClusterFrac=1.03123 IsPhoton=1 IsNotH=0.806121 IsPhotonXGB=1 ClusterAsX=0.247086 ClusterAsY=-0.463512 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=4397.68 CaloNeutralEcal=727.165 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91791 CaloNeutralID=36054 CaloNeutralE19=0.794395 CaloClusterCode=-97 CaloClusterFrac=1.00754 IsPhoton=1 IsNotH=0.760235 IsPhotonXGB=1 ClusterAsX=0.0211711 ClusterAsY=0.0978737 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=311.582 ShowerShape=2476.6 CaloNeutralEcal=605.603 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977953 CaloNeutralID=33846 CaloNeutralE19=0.939136 CaloClusterCode=-97 CaloClusterFrac=1.04718 IsPhoton=1 IsNotH=0.845179 IsPhotonXGB=1 ClusterAsX=-0.00185058 ClusterAsY=0.00034801 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.1607 ShowerShape=9791.05 CaloNeutralEcal=664.758 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.850149 CaloNeutralID=34680 CaloNeutralE19=0.598783 CaloClusterCode=-96 CaloClusterFrac=1.05505 IsPhoton=1 IsNotH=0.112626 IsPhotonXGB=1 ClusterAsX=-0.130772 ClusterAsY=0.0829836 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.23026 ShowerShape=12378.2 CaloNeutralEcal=1035.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729098 CaloNeutralID=35746 CaloNeutralE19=0.414186 CaloClusterCode=-92 CaloClusterFrac=0.999979 IsPhoton=1 IsNotH=0.00627405 IsPhotonXGB=1 ClusterAsX=0.181416 ClusterAsY=-0.0962175 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=149.912 ShowerShape=15218.8 CaloNeutralEcal=425.244 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.01723 CaloNeutralID=36159 CaloNeutralE19=0.552337 CaloClusterCode=-60 IsPhoton=1 IsNotH=0.0903648 IsPhotonXGB=1 ClusterAsX=-0.40218 ClusterAsY=-0.448335 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.7007 ShowerShape=24185.9 CaloNeutralEcal=879.898 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89013 CaloNeutralID=35603 CaloNeutralE19=0.433164 CaloClusterCode=93 CaloClusterFrac=1.03528 IsPhoton=1 IsNotH=0.21209 IsPhotonXGB=1 ClusterAsX=-0.377281 ClusterAsY=-0.0127344 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=75.5273 ShowerShape=5637.33 CaloNeutralEcal=678.169 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918017 CaloNeutralID=36132 CaloNeutralE19=0.73177 CaloClusterCode=-91 CaloClusterFrac=0.942064 IsPhoton=1 IsNotH=0.439644 IsPhotonXGB=1 ClusterAsX=-0.00324012 ClusterAsY=-0.133732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.1443 ShowerShape=3913 CaloNeutralEcal=1570.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941823 CaloNeutralID=41865 CaloNeutralE19=0.566886 CaloClusterCode=65 CaloClusterFrac=0.997291 IsPhoton=1 IsNotH=0.571916 IsPhotonXGB=1 ClusterAsX=0.148505 ClusterAsY=0.218662 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=518.043 ShowerShape=2879.79 CaloNeutralEcal=544.552 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995629 CaloNeutralID=33194 CaloNeutralE19=0.831307 CaloClusterCode=67 IsPhoton=1 IsNotH=0.753715 IsPhotonXGB=1 ClusterAsX=-0.0421001 ClusterAsY=0.164377 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=65.3409 ShowerShape=11349.3 CaloNeutralEcal=394.591 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809591 CaloNeutralID=36166 CaloNeutralE19=0.552126 CaloClusterCode=-90 CaloClusterFrac=0.863964 IsPhoton=1 IsNotH=0.034478 IsPhotonXGB=1 ClusterAsX=-0.223027 ClusterAsY=-0.236047 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.9873 ShowerShape=1343.73 CaloNeutralEcal=1694.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813715 CaloNeutralID=43786 CaloNeutralE19=0.580843 CaloClusterCode=95 IsPhoton=1 IsNotH=0.377676 IsPhotonXGB=1 ClusterAsX=0.144164 ClusterAsY=-0.044328 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.0071 ShowerShape=7064.1 CaloNeutralEcal=690.575 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922751 CaloNeutralID=36134 CaloNeutralE19=0.447042 CaloClusterCode=-91 CaloClusterFrac=1.04443 IsPhoton=1 IsNotH=0.242428 IsPhotonXGB=1 ClusterAsX=0.0183549 ClusterAsY=-0.518412 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=347.869 ShowerShape=6930.28 CaloNeutralEcal=446.522 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89128 CaloNeutralID=33269 CaloNeutralE19=0.561854 CaloClusterCode=97 IsPhoton=1 IsNotH=0.216245 IsPhotonXGB=1 ClusterAsX=0.0646911 ClusterAsY=0.248346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.2679 ShowerShape=6427.82 CaloNeutralEcal=649.953 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900396 CaloNeutralID=35189 CaloNeutralE19=0.667596 CaloClusterCode=-98 CaloClusterFrac=1.01725 IsPhoton=1 IsNotH=0.371559 IsPhotonXGB=1 ClusterAsX=0.17831 ClusterAsY=0.0960787 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.1742 ShowerShape=7782.64 CaloNeutralEcal=717.462 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.913339 CaloNeutralID=34225 CaloNeutralE19=0.560877 CaloClusterCode=97 CaloClusterFrac=1.0291 IsPhoton=1 IsNotH=0.188276 IsPhotonXGB=1 ClusterAsX=-0.0980528 ClusterAsY=0.267111 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.2205 ShowerShape=11352.5 CaloNeutralEcal=566.916 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934027 CaloNeutralID=35850 CaloNeutralE19=0.630421 CaloClusterCode=90 CaloClusterFrac=1.09838 IsPhoton=1 IsNotH=0.0907954 IsPhotonXGB=1 ClusterAsX=-0.124038 ClusterAsY=-0.336956 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=77.8866 ShowerShape=12931.2 CaloNeutralEcal=935.354 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896317 CaloNeutralID=35610 CaloNeutralE19=0.577016 CaloClusterCode=95 IsPhoton=1 IsNotH=0.0617437 IsPhotonXGB=1 ClusterAsX=0.175091 ClusterAsY=0.167608 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.5133 ShowerShape=9848.17 CaloNeutralEcal=464.134 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889913 CaloNeutralID=35067 CaloNeutralE19=0.493103 CaloClusterCode=-91 CaloClusterFrac=0.988542 IsPhoton=1 IsNotH=0.103042 IsPhotonXGB=1 ClusterAsX=0.17788 ClusterAsY=-0.172429 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.5292 ShowerShape=9536.96 CaloNeutralEcal=769.472 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=35184 CaloNeutralE19=0.63433 CaloClusterCode=62 CaloClusterFrac=1.03771 IsPhoton=1 IsNotH=0.274153 IsPhotonXGB=1 ClusterAsX=0.178452 ClusterAsY=-0.369381 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.7424 ShowerShape=5347.19 CaloNeutralEcal=521.254 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876501 CaloNeutralID=34312 CaloNeutralE19=0.763006 CaloClusterCode=92 CaloClusterFrac=1.0352 IsPhoton=1 IsNotH=0.803853 IsPhotonXGB=1 ClusterAsX=-0.00919202 ClusterAsY=-0.105874 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=110.91 ShowerShape=3937.6 CaloNeutralEcal=514.639 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33844 CaloNeutralE19=0.793333 CaloClusterCode=-91 CaloClusterFrac=1.0857 IsPhoton=1 IsNotH=0.579712 IsPhotonXGB=1 ClusterAsX=0.013166 ClusterAsY=-0.206672 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=149.36 ShowerShape=2476.6 CaloNeutralEcal=452.884 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94979 CaloNeutralID=35011 CaloNeutralE19=0.896653 CaloClusterCode=95 CaloClusterFrac=1.06508 IsPhoton=1 IsNotH=0.865555 IsPhotonXGB=1 ClusterAsX=0.00188142 ClusterAsY=-0.00122662 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3198 ShowerShape=7136.21 CaloNeutralEcal=1157.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845654 CaloNeutralID=37933 CaloNeutralE19=0.673027 CaloClusterCode=96 CaloClusterFrac=1.0093 IsPhoton=1 IsNotH=0.5613 IsPhotonXGB=1 ClusterAsX=-0.125629 ClusterAsY=0.02005 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=547.648 ShowerShape=2476.6 CaloNeutralEcal=528.588 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07297 CaloNeutralID=35950 CaloNeutralE19=1.00235 CaloClusterCode=91 IsPhoton=1 IsNotH=0.768084 IsPhotonXGB=1 ClusterAsX=-0.0487186 ClusterAsY=-0.0496214 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.7874 ShowerShape=6041.26 CaloNeutralEcal=574.079 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871806 CaloNeutralID=33642 CaloNeutralE19=0.638961 CaloClusterCode=-93 CaloClusterFrac=1.03526 IsPhoton=1 IsNotH=0.185655 IsPhotonXGB=1 ClusterAsX=-0.028351 ClusterAsY=-0.104302 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=375.166 ShowerShape=8063 CaloNeutralEcal=472.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948993 CaloNeutralID=36142 CaloNeutralE19=0.600135 CaloClusterCode=96 IsPhoton=1 IsNotH=0.0716664 IsPhotonXGB=1 ClusterAsX=-0.330624 ClusterAsY=0.300582 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=312.482 ShowerShape=7884.52 CaloNeutralEcal=518.352 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.883349 CaloNeutralID=36056 CaloNeutralE19=0.71843 CaloClusterCode=-92 CaloClusterFrac=0.926519 IsPhoton=1 IsNotH=0.0662548 IsPhotonXGB=1 ClusterAsX=0.0799631 ClusterAsY=-0.15245 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=265.591 ShowerShape=8389.12 CaloNeutralEcal=353.606 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.11245 CaloNeutralID=33857 CaloNeutralE19=0.610369 CaloClusterCode=-96 IsPhoton=1 IsNotH=0.103899 IsPhotonXGB=1 ClusterAsX=-0.698212 ClusterAsY=0.401687 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.3892 ShowerShape=2911.12 CaloNeutralEcal=1422.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70989 CaloNeutralID=37791 CaloNeutralE19=0.420795 CaloClusterCode=-91 CaloClusterFrac=1.09563 IsPhoton=1 IsNotH=0.0123938 IsPhotonXGB=1 ClusterAsX=-0.0956367 ClusterAsY=0.000962999 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.3138 ShowerShape=8987.71 CaloNeutralEcal=579.242 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.776789 CaloNeutralID=35316 CaloNeutralE19=0.479754 CaloClusterCode=-95 CaloClusterFrac=1.09138 IsPhoton=1 IsNotH=0.0199869 IsPhotonXGB=1 ClusterAsX=0.0738346 ClusterAsY=-0.10005 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=240.029 ShowerShape=4954.2 CaloNeutralEcal=439.634 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33859 CaloNeutralE19=0.511494 CaloClusterCode=-95 CaloClusterFrac=1.22723 IsPhoton=1 IsNotH=0.409451 IsPhotonXGB=1 ClusterAsX=0.4886 ClusterAsY=0.0133598 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.9605 ShowerShape=7401.76 CaloNeutralEcal=715.323 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884098 CaloNeutralID=35807 CaloNeutralE19=0.699141 CaloClusterCode=96 CaloClusterFrac=1.00755 IsPhoton=1 IsNotH=0.340315 IsPhotonXGB=1 ClusterAsX=-0.184378 ClusterAsY=0.0822091 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.5676 ShowerShape=1635.96 CaloNeutralEcal=1915.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805872 CaloNeutralID=43994 CaloNeutralE19=0.58736 CaloClusterCode=93 CaloClusterFrac=0.99378 IsPhoton=1 IsNotH=0.540695 IsPhotonXGB=1 ClusterAsX=-0.110314 ClusterAsY=-0.0692525 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=250.298 ShowerShape=3711.02 CaloNeutralEcal=341.458 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952923 CaloNeutralID=35200 CaloNeutralE19=0.800214 CaloClusterCode=65 CaloClusterFrac=1.05474 IsPhoton=1 IsNotH=0.0704003 IsPhotonXGB=1 ClusterAsX=0.12407 ClusterAsY=-0.0286646 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.0089 ShowerShape=7384.28 CaloNeutralEcal=392.683 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931578 CaloNeutralID=35395 CaloNeutralE19=0.573715 CaloClusterCode=96 CaloClusterFrac=1.13898 IsPhoton=1 IsNotH=0.273157 IsPhotonXGB=1 ClusterAsX=-0.263267 ClusterAsY=0.196259 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.2001 ShowerShape=876.487 CaloNeutralEcal=1539.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83005 CaloNeutralID=43886 CaloNeutralE19=0.637318 CaloClusterCode=91 CaloClusterFrac=1.03192 IsPhoton=1 IsNotH=0.896909 IsPhotonXGB=1 ClusterAsX=0.0191356 ClusterAsY=-0.0375756 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.9786 ShowerShape=5185.93 CaloNeutralEcal=486.472 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.97927 CaloNeutralID=33499 CaloNeutralE19=0.590299 CaloClusterCode=-93 CaloClusterFrac=1.08688 IsPhoton=1 IsNotH=0.358186 IsPhotonXGB=1 ClusterAsX=-0.368562 ClusterAsY=-0.0723728 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=72.8255 ShowerShape=15528 CaloNeutralEcal=246.692 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07163 CaloNeutralID=36221 CaloNeutralE19=0.789778 CaloClusterCode=-97 IsPhoton=1 IsNotH=0.32394 IsPhotonXGB=1 ClusterAsX=-0.0358416 ClusterAsY=0.216308 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=125.004 ShowerShape=2500.22 CaloNeutralEcal=277.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.0328 CaloNeutralID=34118 CaloNeutralE19=0.947195 CaloClusterCode=-93 CaloClusterFrac=1.11743 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.0953647 ClusterAsY=-0.00704693 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2510.96 CaloNeutralEcal=212.321 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974791 CaloNeutralID=33339 CaloNeutralE19=0.923735 CaloClusterCode=93 CaloClusterFrac=1.20285 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.0259682 ClusterAsY=0.0252684 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0477986 ShowerShape=7688.57 CaloNeutralEcal=6650.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.888762 CaloNeutralID=34628 CaloNeutralE19=0.59902 CaloClusterCode=93 CaloClusterFrac=0.679068 ClusterAsX=-0.160422 ClusterAsY=-0.0477088 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0477986 ShowerShape=6956.44 CaloNeutralEcal=3626.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859182 CaloNeutralID=34629 CaloNeutralE19=0.596457 CaloClusterCode=75 CaloClusterFrac=0.414337 ClusterAsX=0.0628229 ClusterAsY=0.0326999 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.313396 ShowerShape=1003.99 CaloNeutralEcal=12148.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919915 CaloNeutralID=39094 CaloNeutralE19=0.799654 CaloClusterCode=91 CaloClusterFrac=0.541095 ClusterAsX=-0.0282514 ClusterAsY=-0.0454715 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.313396 ShowerShape=1846.48 CaloNeutralEcal=11321.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.872181 CaloNeutralID=39095 CaloNeutralE19=0.675738 CaloClusterCode=95 CaloClusterFrac=0.476671 ClusterAsX=0.0880761 ClusterAsY=-0.0973707 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.562871 ShowerShape=2131.31 CaloNeutralEcal=11024.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909043 CaloNeutralID=38837 CaloNeutralE19=0.465038 CaloClusterCode=93 CaloClusterFrac=0.55904 ClusterAsX=-0.315135 ClusterAsY=-0.0875247 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.562871 ShowerShape=2365.18 CaloNeutralEcal=12824.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905394 CaloNeutralID=38774 CaloNeutralE19=0.374616 CaloClusterCode=97 CaloClusterFrac=0.666512 ClusterAsX=0.225875 ClusterAsY=0.418708 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.300591 ShowerShape=8921.64 CaloNeutralEcal=7316.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.804726 CaloNeutralID=34801 CaloNeutralE19=0.633621 CaloClusterCode=95 CaloClusterFrac=0.614213 ClusterAsX=0.0634625 ClusterAsY=0.0439304 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.300591 ShowerShape=5773.4 CaloNeutralEcal=4587.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900654 CaloNeutralID=34800 CaloNeutralE19=0.671053 CaloClusterCode=67 CaloClusterFrac=0.43996 ClusterAsX=0.0306816 ClusterAsY=0.120581 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.17491 ShowerShape=1196.51 CaloNeutralEcal=11889.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960271 CaloNeutralID=39710 CaloNeutralE19=0.679825 CaloClusterCode=67 CaloClusterFrac=0.544338 ClusterAsX=0.0396558 ClusterAsY=0.2868 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.17491 ShowerShape=1271.99 CaloNeutralEcal=12331.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991513 CaloNeutralID=39711 CaloNeutralE19=0.649345 CaloClusterCode=65 CaloClusterFrac=0.518225 ClusterAsX=0.231162 ClusterAsY=0.180161 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.814516 ShowerShape=1852.62 CaloNeutralEcal=12895.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.838184 CaloNeutralID=38797 CaloNeutralE19=0.667632 CaloClusterCode=90 CaloClusterFrac=0.674573 ClusterAsX=-0.0377399 ClusterAsY=-0.160261 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.814516 ShowerShape=1875.3 CaloNeutralEcal=6440.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930695 CaloNeutralID=38861 CaloNeutralE19=0.628806 CaloClusterCode=75 CaloClusterFrac=0.389981 ClusterAsX=0.328515 ClusterAsY=-0.176896 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.631128 ShowerShape=890.364 CaloNeutralEcal=15137.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945001 CaloNeutralID=38795 CaloNeutralE19=0.807492 CaloClusterCode=97 CaloClusterFrac=0.887337 ClusterAsX=-0.0491862 ClusterAsY=0.0884293 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.631128 ShowerShape=1131.86 CaloNeutralEcal=1899.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=38732 CaloNeutralE19=0.658292 CaloClusterCode=43 CaloClusterFrac=0.130793 ClusterAsX=-0.240165 ClusterAsY=0.142506 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.315851 ShowerShape=12222.9 CaloNeutralEcal=2163.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.781889 CaloNeutralID=34764 CaloNeutralE19=1.60943 CaloClusterCode=98 CaloClusterFrac=0.239482 ClusterAsX=0.828379 ClusterAsY=0.42369 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.315851 ShowerShape=6464.82 CaloNeutralEcal=7253.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941608 CaloNeutralID=34763 CaloNeutralE19=0.469744 CaloClusterCode=85 CaloClusterFrac=0.925331 ClusterAsX=0.422914 ClusterAsY=-0.0110498 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.6684 ShowerShape=7365.99 CaloNeutralEcal=1647.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987033 CaloNeutralID=34431 CaloNeutralE19=1.41616 CaloClusterCode=66 CaloClusterFrac=0.292533 ClusterAsX=-0.673829 ClusterAsY=0.502896 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.6684 ShowerShape=5018.11 CaloNeutralEcal=3987.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.997154 CaloNeutralID=34367 CaloNeutralE19=0.522733 CaloClusterCode=67 CaloClusterFrac=0.833247 ClusterAsX=-0.0153026 ClusterAsY=0.462773 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.526606 ShowerShape=4335.93 CaloNeutralEcal=6502.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945894 CaloNeutralID=35338 CaloNeutralE19=0.798217 CaloClusterCode=95 CaloClusterFrac=0.853018 ClusterAsX=0.107675 ClusterAsY=-0.0436342 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.526606 ShowerShape=6384.33 CaloNeutralEcal=1115.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909863 CaloNeutralID=35337 CaloNeutralE19=0.609376 CaloClusterCode=67 CaloClusterFrac=0.166393 ClusterAsX=0.108475 ClusterAsY=0.188013 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0158903 ShowerShape=2960.49 CaloNeutralEcal=5538.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958785 CaloNeutralID=33497 CaloNeutralE19=0.876983 CaloClusterCode=90 CaloClusterFrac=0.693505 ClusterAsX=-0.0717589 ClusterAsY=-0.0530038 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0158903 ShowerShape=5943.33 CaloNeutralEcal=2390.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932092 CaloNeutralID=33496 CaloNeutralE19=0.64102 CaloClusterCode=81 CaloClusterFrac=0.304866 ClusterAsX=0.0868477 ClusterAsY=-0.244749 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.272653 ShowerShape=1516.25 CaloNeutralEcal=9862.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900623 CaloNeutralID=39310 CaloNeutralE19=0.669752 CaloClusterCode=97 CaloClusterFrac=0.578877 ClusterAsX=0.00759259 ClusterAsY=0.209535 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.272653 ShowerShape=968.526 CaloNeutralEcal=7148.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957865 CaloNeutralID=39311 CaloNeutralE19=0.788025 CaloClusterCode=67 CaloClusterFrac=0.437827 ClusterAsX=-0.0889309 ClusterAsY=0.106838 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.69581 ShowerShape=1398.13 CaloNeutralEcal=7519.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893304 CaloNeutralID=39045 CaloNeutralE19=0.758482 CaloClusterCode=93 CaloClusterFrac=0.631936 ClusterAsX=-0.0759608 ClusterAsY=0.0568502 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.69581 ShowerShape=1972 CaloNeutralEcal=4761.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815668 CaloNeutralID=39046 CaloNeutralE19=0.639401 CaloClusterCode=93 CaloClusterFrac=0.418886 ClusterAsX=-0.102787 ClusterAsY=0.0190022 ] } -Printing ended -BrunelInit INFO Evt 2, Run 1, Nr. in job = 2 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.7299 RichDLLmu=-18.8049 RichDLLpi=0 RichDLLk=-10.8596 RichDLLp=-10.8596 RichPIDStatus=5027 RichDLLbt=-10.8596 RichDLLd=-10.8596 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.10248 CaloElectronMatch=846.536 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=366.65 CaloHcalE=1373.17 CaloEcalChi2=846.536 CaloBremChi2=96.4041 CaloClusChi2=5.10248 CaloTrajectoryL=-6413.64 CaloEoverP=0.321247 EcalPIDe=-0.93346 BremPIDe=0.142978 HcalPIDe=-0.984854 HcalPIDmu=1.36367 EcalPIDmu=0.277214 TrackChi2PerDof=1.17438 TrackNumDof=45 TrackType=3 TrackHistory=30 TrackP=4770.78 TrackPt=192.818 CombDLLe=-6.19306 CombDLLmu=-5.35155 CombDLLpi=0 CombDLLk=-10.8596 CombDLLp=-10.8596 CombDLLd=-10.8596 ProbNNe=2.64322e-07 ProbNNpi=0.997538 ProbNNk=0.000104988 ProbNNp=0.000262396 ProbNNghost=0.000681723 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.5807 RichDLLmu=-7.77193 RichDLLpi=0 RichDLLk=-1.51802 RichDLLp=-1.51802 RichPIDStatus=5027 RichDLLbt=-1.51802 RichDLLd=-1.51802 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.01086 CaloElectronMatch=19.7284 CaloBremMatch=0.90378 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=442.242 CaloHcalE=325.471 CaloEcalChi2=19.7284 CaloBremChi2=218.342 CaloClusChi2=1.01086 CaloTrajectoryL=-166.442 CaloEoverP=0.808497 EcalPIDe=2.97947 BremPIDe=-0.396524 HcalPIDe=-0.19426 HcalPIDmu=-1.03802 EcalPIDmu=1.19218 TrackChi2PerDof=0.91769 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=3184.95 TrackPt=162.242 CombDLLe=-0.207914 CombDLLmu=-6.24739 CombDLLpi=0 CombDLLk=-1.51802 CombDLLp=-1.51802 CombDLLd=-1.51802 ProbNNe=2.12888e-05 ProbNNpi=0.987388 ProbNNk=0.00693757 ProbNNp=0.0132341 ProbNNghost=0.00560469 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.4639 RichDLLmu=-7.90859 RichDLLpi=0 RichDLLk=-3.58489 RichDLLp=-3.58489 RichPIDStatus=5027 RichDLLbt=-3.58489 RichDLLd=-3.58489 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.80238 CaloElectronMatch=111.645 CaloBremMatch=17.6189 CaloChargedEcal=2938.62 CaloChargedID=34750 CaloNeutralEcal=2938.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.759611 CaloNeutralID=34750 CaloEcalE=832.694 CaloEcalChi2=111.645 CaloBremChi2=221.977 CaloClusChi2=4.80238 CaloTrajectoryL=206.152 CaloEoverP=1.06457 EcalPIDe=1.51236 BremPIDe=-0.417084 EcalPIDmu=0.107042 TrackChi2PerDof=1.62281 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=3014.7 TrackPt=97.0762 CombDLLe=-0.695249 CombDLLmu=-6.32505 CombDLLpi=0 CombDLLk=-3.58489 CombDLLp=-3.58489 CombDLLd=-3.58489 ProbNNe=0.00392973 ProbNNpi=0.912122 ProbNNk=0.0153318 ProbNNp=0.0160911 ProbNNghost=0.232447 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-35.9997 RichDLLmu=-10.8922 RichDLLpi=0 RichDLLk=-31.4129 RichDLLp=-25.635 RichPIDStatus=6115 RichDLLbt=-25.635 RichDLLd=-25.635 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.669164 CaloElectronMatch=95.2257 CaloBremMatch=95.2257 CaloChargedEcal=7176.17 CaloChargedID=37927 CaloNeutralEcal=7176.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852399 CaloNeutralID=37927 CaloEcalE=5420.5 CaloHcalE=3519.88 CaloEcalChi2=95.2257 CaloBremChi2=66.4307 CaloClusChi2=0.669164 CaloTrajectoryL=268.668 CaloEoverP=0.587371 EcalPIDe=2.29793 BremPIDe=1.23514 HcalPIDe=-1.25274 HcalPIDmu=0.102856 EcalPIDmu=-3.25399 TrackChi2PerDof=0.855832 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=12308 TrackPt=936.155 CombDLLe=-2.73372 CombDLLmu=-9.97395 CombDLLpi=0 CombDLLk=-31.4129 CombDLLp=-25.635 CombDLLd=-25.635 ProbNNe=5.5028e-08 ProbNNpi=0.999771 ProbNNk=1.1644e-05 ProbNNp=6.94203e-05 ProbNNghost=0.00146705 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.06258 RichDLLmu=-8.19375 RichDLLpi=0 RichDLLk=-5.19345 RichDLLp=-3.56918 RichPIDStatus=6115 RichDLLbt=-3.56918 RichDLLd=-3.56918 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.698373 CaloElectronMatch=288.538 CaloBremMatch=288.538 CaloChargedEcal=18490.6 CaloChargedID=38589 CaloNeutralEcal=18490.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.716781 CaloNeutralID=38589 CaloEcalE=4719.41 CaloHcalE=9224.27 CaloEcalChi2=288.538 CaloBremChi2=262.069 CaloClusChi2=0.698373 CaloTrajectoryL=96.1209 CaloEoverP=1.87354 EcalPIDe=0.27519 BremPIDe=-0.590581 HcalPIDe=-1.62556 HcalPIDmu=-1.74174 EcalPIDmu=-3.06525 TrackChi2PerDof=1.12809 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=9847.62 TrackPt=658.568 CombDLLe=-3.50032 CombDLLmu=-11.2981 CombDLLpi=0 CombDLLk=-5.19345 CombDLLp=-3.56918 CombDLLd=-3.56918 ProbNNe=8.4174e-05 ProbNNpi=0.993686 ProbNNk=0.022503 ProbNNp=0.0258303 ProbNNghost=0.0030444 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.8502 RichDLLmu=-1.72426 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=84.1439 BremPIDe=0.206152 TrackChi2PerDof=1.63037 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=2096.4 TrackPt=64.5735 CombDLLe=-1.96834 CombDLLmu=-2.32261 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0529907 ProbNNpi=0.785215 ProbNNk=0.0466985 ProbNNp=0.136154 ProbNNghost=0.283784 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.5163 RichDLLmu=-24.5874 RichDLLpi=0 RichDLLk=-13.4918 RichDLLp=-13.4918 RichPIDStatus=5027 RichDLLbt=-13.4918 RichDLLd=-13.4918 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.72232 CaloElectronMatch=292.575 CaloBremMatch=265.436 CaloChargedEcal=1285.21 CaloChargedID=35023 CaloNeutralEcal=1285.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977232 CaloNeutralID=35023 CaloEcalE=847.216 CaloHcalE=2811.46 CaloEcalChi2=292.575 CaloBremChi2=203.973 CaloClusChi2=1.72232 CaloTrajectoryL=410.702 CaloEoverP=0.21184 EcalPIDe=0.27519 BremPIDe=-0.224286 HcalPIDe=-1.45309 HcalPIDmu=0.60951 EcalPIDmu=0.397509 TrackChi2PerDof=1.81635 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=6806.6 TrackPt=390.629 CombDLLe=-5.68967 CombDLLmu=-5.99223 CombDLLpi=0 CombDLLk=-13.4918 CombDLLp=-13.4918 CombDLLd=-13.4918 ProbNNe=7.6482e-07 ProbNNpi=0.995878 ProbNNk=5.42033e-05 ProbNNp=0.000457139 ProbNNghost=0.0161533 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.4497 RichDLLmu=-29.1201 RichDLLpi=0 RichDLLk=-14.5253 RichDLLp=-14.5253 RichPIDStatus=5027 RichDLLbt=-14.5253 RichDLLd=-14.5253 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.82339 CaloElectronMatch=68.8062 CaloBremMatch=68.8062 CaloChargedEcal=8373.27 CaloChargedID=34996 CaloNeutralEcal=8373.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909641 CaloNeutralID=34996 CaloEcalE=4177.03 CaloHcalE=8278.53 CaloEcalChi2=68.8062 CaloBremChi2=98.5966 CaloClusChi2=1.82339 CaloTrajectoryL=333.833 CaloEoverP=1.53508 EcalPIDe=1.84829 BremPIDe=0.269433 HcalPIDe=-1.88811 HcalPIDmu=-0.623368 EcalPIDmu=-2.76686 TrackChi2PerDof=1.2001 TrackNumDof=39 TrackType=3 TrackHistory=32 TrackP=5570.64 TrackPt=332.877 CombDLLe=-4.05057 CombDLLmu=-10.3901 CombDLLpi=0 CombDLLk=-14.5253 CombDLLp=-14.5253 CombDLLd=-14.5253 ProbNNe=5.62038e-07 ProbNNpi=0.995561 ProbNNk=3.76919e-05 ProbNNp=0.000939545 ProbNNghost=0.0141777 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.13699 RichDLLmu=-5.84791 RichDLLpi=0 RichDLLk=0.632013 RichDLLp=0.632013 RichPIDStatus=5028 RichDLLbt=0.632013 RichDLLd=0.632013 InAccBrem=1 CaloBremChi2=416.895 BremPIDe=-0.4614 TrackChi2PerDof=1.17946 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=3066.97 TrackPt=192.893 CombDLLe=-1.1828 CombDLLmu=-5.76897 CombDLLpi=0 CombDLLk=0.632013 CombDLLp=0.632013 CombDLLd=0.632013 ProbNNe=0.762392 ProbNNpi=0.813698 ProbNNk=0.0536844 ProbNNp=0.107443 ProbNNghost=0.153063 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.1445 RichDLLmu=2.69892 RichDLLpi=0 RichDLLk=-48.4871 RichDLLp=-39.7679 RichPIDStatus=6114 RichDLLbt=-39.7679 RichDLLd=-39.7679 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.80311 CaloElectronMatch=521.059 CaloBremMatch=18.5777 CaloChargedEcal=3613.46 CaloChargedID=39913 CaloNeutralEcal=3613.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.774205 CaloNeutralID=39913 CaloEcalE=2230.08 CaloHcalE=8458.4 CaloEcalChi2=521.059 CaloBremChi2=355.93 CaloClusChi2=2.80311 CaloTrajectoryL=627.505 CaloEoverP=0.263628 EcalPIDe=-0.273733 BremPIDe=-0.40865 HcalPIDe=-2.51216 HcalPIDmu=-2.41044 EcalPIDmu=-1.53052 TrackChi2PerDof=0.626059 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=14347.1 TrackPt=1033.21 CombDLLe=-6.71711 CombDLLmu=-0.491187 CombDLLpi=0 CombDLLk=-48.4871 CombDLLp=-39.7679 CombDLLd=-39.7679 ProbNNe=3.15979e-06 ProbNNpi=0.999845 ProbNNk=1.74891e-05 ProbNNp=6.47336e-05 ProbNNghost=0.000635801 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.0932 RichDLLmu=-15.5765 RichDLLpi=0 RichDLLk=-7.16831 RichDLLp=-7.16831 RichPIDStatus=5027 RichDLLbt=-7.16831 RichDLLd=-7.16831 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.16669 CaloElectronMatch=192.065 CaloBremMatch=192.065 CaloChargedEcal=8535.19 CaloChargedID=39748 CaloNeutralEcal=8535.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.727387 CaloNeutralID=39748 CaloEcalE=5618.53 CaloHcalE=232.039 CaloEcalChi2=192.065 CaloBremChi2=400.486 CaloClusChi2=0.16669 CaloTrajectoryL=-32.8739 CaloEoverP=1.57805 EcalPIDe=0.605631 BremPIDe=-0.492427 HcalPIDe=0.0890684 HcalPIDmu=-2.48185 EcalPIDmu=-1.57631 TrackChi2PerDof=0.778458 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=5586.82 TrackPt=377.11 CombDLLe=-2.76442 CombDLLmu=-11.0307 CombDLLpi=0 CombDLLk=-7.16831 CombDLLp=-7.16831 CombDLLd=-7.16831 ProbNNe=9.58438e-05 ProbNNpi=0.994586 ProbNNk=0.000360048 ProbNNp=0.00115896 ProbNNghost=0.00594881 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.46948 RichDLLmu=-3.37671 RichDLLpi=0 RichDLLk=-1.84753 RichDLLp=-1.84753 RichPIDStatus=5027 RichDLLbt=-1.84753 RichDLLd=-1.84753 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.54414 CaloElectronMatch=237.268 CaloBremMatch=237.268 CaloChargedEcal=862.456 CaloChargedID=35200 CaloNeutralEcal=862.456 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974174 CaloNeutralID=35200 CaloEcalE=627.09 CaloEcalChi2=237.268 CaloBremChi2=38.4748 CaloClusChi2=3.54414 CaloTrajectoryL=347.26 CaloEoverP=0.400656 EcalPIDe=0.497498 BremPIDe=1.38763 EcalPIDmu=1.05188 TrackChi2PerDof=2.18419 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=2830.21 TrackPt=203.754 CombDLLe=0.258253 CombDLLmu=-3.0675 CombDLLpi=0 CombDLLk=-1.84753 CombDLLp=-1.84753 CombDLLd=-1.84753 ProbNNe=0.0757101 ProbNNpi=0.0693241 ProbNNk=0.0322676 ProbNNp=0.0216567 ProbNNghost=0.996513 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.74983 RichDLLmu=2.14553 RichDLLpi=0 RichDLLk=8.84081 RichDLLp=8.84081 RichPIDStatus=5028 RichDLLbt=8.84081 RichDLLd=8.84081 MuonMuLL=-0.643025 MuonBkgLL=-2.08724 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=6.15581 MuonMVA1=-999 MuonMVA2=-0.233819 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.879668 CaloElectronMatch=153.554 CaloBremMatch=153.554 CaloChargedEcal=6851.19 CaloChargedID=39308 CaloNeutralEcal=6851.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867275 CaloNeutralID=39308 CaloEcalE=2417.09 CaloHcalE=1147.9 CaloEcalChi2=153.554 CaloBremChi2=115.126 CaloClusChi2=0.879668 CaloTrajectoryL=22.3925 CaloEoverP=1.65575 EcalPIDe=0.83137 BremPIDe=0.157531 HcalPIDe=-0.922115 HcalPIDmu=0.612604 EcalPIDmu=-2.2286 TrackChi2PerDof=2.76601 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4313.45 TrackPt=367.333 CombDLLe=-1.27272 CombDLLmu=2.66024 CombDLLpi=0 CombDLLk=8.84081 CombDLLp=8.84081 CombDLLd=10.9281 ProbNNe=0.0281052 ProbNNmu=0.00366525 ProbNNpi=3.06641e-05 ProbNNk=0.639828 ProbNNp=0.00032043 ProbNNghost=0.999341 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.95465 RichDLLmu=-2.35816 RichDLLpi=0 RichDLLk=-0.356478 RichDLLp=-0.356478 RichPIDStatus=5027 RichDLLbt=-0.356478 RichDLLd=-0.356478 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.91419 CaloElectronMatch=820.556 CaloBremMatch=13.0505 CaloChargedEcal=3413.47 CaloChargedID=34865 CaloNeutralEcal=3413.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.846343 CaloNeutralID=34865 CaloEcalE=593.196 CaloHcalE=8334.4 CaloEcalChi2=820.556 CaloBremChi2=58.7109 CaloClusChi2=4.91419 CaloTrajectoryL=1106.43 CaloEoverP=0.467784 EcalPIDe=-0.856733 BremPIDe=1.36535 HcalPIDe=-1.88811 HcalPIDmu=-1.61019 EcalPIDmu=1.54224 TrackChi2PerDof=1.07529 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=8020.18 TrackPt=478.022 CombDLLe=-2.75349 CombDLLmu=-3.14456 CombDLLpi=0 CombDLLk=-0.356478 CombDLLp=-0.356478 CombDLLd=-0.356478 ProbNNe=5.4288e-06 ProbNNpi=0.951908 ProbNNk=0.0268344 ProbNNp=0.0542927 ProbNNghost=0.0200974 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.89344 RichDLLmu=-0.248509 RichDLLpi=0 RichDLLk=5.13935 RichDLLp=5.13935 RichPIDStatus=5060 RichDLLbt=5.13935 RichDLLd=5.13935 MuonMuLL=0 MuonBkgLL=-0.966166 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=23.738 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.02867 CaloElectronMatch=492.568 CaloChargedEcal=12096.5 CaloChargedID=43209 CaloEcalE=3454.58 CaloHcalE=23224.6 CaloEcalChi2=492.568 CaloClusChi2=2.02867 CaloTrajectoryL=74.7464 CaloEoverP=0.971505 EcalPIDe=-0.319062 HcalPIDe=-1.89687 HcalPIDmu=-0.745537 EcalPIDmu=-2.92747 TrackChi2PerDof=2.65341 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=12670.3 TrackPt=259.109 CombDLLe=-2.89514 CombDLLmu=-3.05447 CombDLLpi=0 CombDLLk=5.13935 CombDLLp=5.13935 CombDLLd=6.10552 ProbNNe=0.000111625 ProbNNpi=0.19962 ProbNNk=0.252682 ProbNNp=0.130803 ProbNNghost=0.937745 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.55816 RichDLLmu=-1.00537 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=26.9795 BremPIDe=1.0924 TrackChi2PerDof=1.30844 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=2136.67 TrackPt=77.7919 CombDLLe=0.471363 CombDLLmu=-1.38886 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.971635 ProbNNpi=0.0239813 ProbNNk=0.0410294 ProbNNp=0.0225773 ProbNNghost=0.992874 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.59852 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=2511.92 TrackPt=59.4634 ProbNNe=0.776519 ProbNNpi=0.00343817 ProbNNk=0.0572831 ProbNNp=0.0439692 ProbNNghost=0.999173 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.3874 RichDLLmu=-4.62716 RichDLLpi=0 RichDLLk=0.616039 RichDLLp=0.616039 RichPIDStatus=5092 RichDLLbt=0.616039 RichDLLd=0.616039 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.45743 CaloElectronMatch=11.958 CaloBremMatch=11.958 CaloChargedEcal=9043.34 CaloChargedID=39729 CaloNeutralEcal=9043.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.689527 CaloNeutralID=39729 CaloEcalE=5227.46 CaloHcalE=482.107 CaloEcalChi2=11.958 CaloBremChi2=425.721 CaloClusChi2=0.45743 CaloTrajectoryL=115.887 CaloEoverP=1.00999 EcalPIDe=3.6423 BremPIDe=-0.467096 HcalPIDe=-0.13781 HcalPIDmu=-1.89593 EcalPIDmu=-2.70057 TrackChi2PerDof=0.836544 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=8871.41 TrackPt=528.464 CombDLLe=0.62284 CombDLLmu=-9.6957 CombDLLpi=0 CombDLLk=0.616039 CombDLLp=0.616039 CombDLLd=0.616039 ProbNNe=0.00225612 ProbNNpi=0.976116 ProbNNk=0.00840316 ProbNNp=0.0155321 ProbNNghost=0.0892043 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.67973 RichDLLmu=-2.00102 RichDLLpi=0 RichDLLk=42.3686 RichDLLp=22.8033 RichPIDStatus=8164 RichDLLbt=26.6201 RichDLLd=26.6201 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.96289 CaloElectronMatch=3490.07 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=436.06 CaloHcalE=14018.2 CaloEcalChi2=3490.07 CaloBremChi2=192.335 CaloClusChi2=2.96289 CaloTrajectoryL=-5691.69 CaloEoverP=0.0650499 EcalPIDe=-2.66439 BremPIDe=0.226958 HcalPIDe=-2.87281 HcalPIDmu=-2.75642 EcalPIDmu=2.10382 TrackChi2PerDof=0.879165 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=23560.4 TrackPt=2418.88 CombDLLe=-6.29757 CombDLLmu=-3.31347 CombDLLpi=0 CombDLLk=42.3686 CombDLLp=22.8033 CombDLLd=26.6201 ProbNNe=4.84173e-07 ProbNNpi=0.000271332 ProbNNk=0.999769 ProbNNp=0.000113923 ProbNNghost=0.000823994 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.68232 RichDLLmu=2.73979 RichDLLpi=0 RichDLLk=62.3124 RichDLLp=36.4587 RichPIDStatus=8164 RichDLLbt=37.0276 RichDLLd=37.0276 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.16999 CaloElectronMatch=275.145 CaloBremMatch=275.145 CaloChargedEcal=10844 CaloChargedID=44140 CaloNeutralEcal=10844 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969833 CaloNeutralID=44140 CaloEcalE=8499.46 CaloHcalE=6110.81 CaloEcalChi2=275.145 CaloBremChi2=424.244 CaloClusChi2=1.16999 CaloTrajectoryL=189.584 CaloEoverP=0.505495 EcalPIDe=0.799459 BremPIDe=-0.414852 HcalPIDe=-1.63268 HcalPIDmu=-0.842622 EcalPIDmu=-3.60546 TrackChi2PerDof=1.34108 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=21815 TrackPt=1194.64 CombDLLe=-0.260306 CombDLLmu=-0.955168 CombDLLpi=0 CombDLLk=62.3124 CombDLLp=36.4587 CombDLLd=37.0276 ProbNNe=7.35874e-07 ProbNNpi=7.55975e-05 ProbNNk=0.999621 ProbNNp=0.0147697 ProbNNghost=0.00432718 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.2618 RichDLLmu=-14.4841 RichDLLpi=0 RichDLLk=2.8911 RichDLLp=2.8911 RichPIDStatus=5092 RichDLLbt=2.8911 RichDLLd=2.8911 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=14.4544 CaloElectronMatch=405.943 CaloBremMatch=386.718 CaloChargedEcal=949.708 CaloChargedID=42057 CaloNeutralEcal=949.708 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920612 CaloNeutralID=42057 CaloEcalE=0 CaloHcalE=3251.53 CaloEcalChi2=405.943 CaloBremChi2=176.054 CaloClusChi2=14.4544 CaloTrajectoryL=-172.888 CaloEoverP=0.186605 EcalPIDe=-0.0141273 BremPIDe=-0.0189915 HcalPIDe=-1.65981 HcalPIDmu=-0.0676465 EcalPIDmu=0.389705 TrackChi2PerDof=2.80395 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=6771.3 TrackPt=316.879 CombDLLe=-4.0881 CombDLLmu=-6.63541 CombDLLpi=0 CombDLLk=2.8911 CombDLLp=2.8911 CombDLLd=2.8911 ProbNNe=1.25109e-07 ProbNNpi=0.982774 ProbNNk=0.0071169 ProbNNp=0.00885388 ProbNNghost=0.329065 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-45.0053 RichDLLmu=-12.4862 RichDLLpi=0 RichDLLk=-61.1608 RichDLLp=-56.1712 RichPIDStatus=6115 RichDLLbt=-56.1712 RichDLLd=-56.1712 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.49656 CaloElectronMatch=988.288 CaloBremMatch=386.718 CaloChargedEcal=949.708 CaloChargedID=42057 CaloNeutralEcal=949.708 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920612 CaloNeutralID=42057 CaloEcalE=841.466 CaloHcalE=15384.6 CaloEcalChi2=988.288 CaloBremChi2=43.9935 CaloClusChi2=2.49656 CaloTrajectoryL=225.009 CaloEoverP=0.091631 EcalPIDe=-1.13528 BremPIDe=2.00029 HcalPIDe=-1.89687 HcalPIDmu=-2.15436 EcalPIDmu=0.694031 TrackChi2PerDof=0.791514 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=13789.6 TrackPt=684.401 CombDLLe=-6.69728 CombDLLmu=-8.36612 CombDLLpi=0 CombDLLk=-61.1608 CombDLLp=-56.1712 CombDLLd=-56.1712 ProbNNe=9.41692e-08 ProbNNpi=0.999919 ProbNNk=1.4036e-05 ProbNNp=4.84504e-05 ProbNNghost=4.01444e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.43995 RichDLLmu=-1.60726 RichDLLpi=0 RichDLLk=3.53534 RichDLLp=3.53534 RichPIDStatus=5028 RichDLLbt=3.53534 RichDLLd=3.53534 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.00673 CaloElectronMatch=19.6466 CaloBremMatch=0.90378 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=442.242 CaloHcalE=325.471 CaloEcalChi2=19.6466 CaloBremChi2=145.575 CaloClusChi2=1.00673 CaloTrajectoryL=-166.715 CaloEoverP=0.811103 EcalPIDe=2.97947 BremPIDe=-0.016685 HcalPIDe=-0.19426 HcalPIDmu=-1.03802 EcalPIDmu=1.19218 TrackChi2PerDof=2.00029 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=3174.71 TrackPt=158.583 CombDLLe=1.31307 CombDLLmu=-2.02158 CombDLLpi=0 CombDLLk=3.53534 CombDLLp=3.53534 CombDLLd=3.53534 ProbNNe=0.0105281 ProbNNpi=0.262346 ProbNNk=0.0918198 ProbNNp=0.13594 ProbNNghost=0.938435 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.1051 RichDLLmu=0.431734 RichDLLpi=0 RichDLLk=-0.389332 RichDLLp=-0.389332 RichPIDStatus=5026 RichDLLbt=-0.389332 RichDLLd=-0.389332 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.40915 CaloElectronMatch=135.811 CaloBremMatch=0.90378 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=650.876 CaloHcalE=1574.26 CaloEcalChi2=135.811 CaloBremChi2=181.738 CaloClusChi2=4.40915 CaloTrajectoryL=905.388 CaloEoverP=0.716386 EcalPIDe=0.83137 BremPIDe=-0.170017 HcalPIDe=-1.18491 HcalPIDmu=1.72388 EcalPIDmu=0.566712 TrackChi2PerDof=0.918275 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=3594.46 TrackPt=179.342 CombDLLe=-2.73827 CombDLLmu=2.89352 CombDLLpi=0 CombDLLk=-0.389332 CombDLLp=-0.389332 CombDLLd=-0.389332 ProbNNe=2.54904e-05 ProbNNpi=0.884137 ProbNNk=0.0333623 ProbNNp=0.0961909 ProbNNghost=0.198104 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.0757 RichDLLmu=-15.8253 RichDLLpi=0 RichDLLk=-13.7236 RichDLLp=-13.7236 RichPIDStatus=5091 RichDLLbt=-13.7236 RichDLLd=-13.7236 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.97715 CaloElectronMatch=75.3251 CaloBremMatch=75.3251 CaloChargedEcal=5361.74 CaloChargedID=39605 CaloNeutralEcal=5361.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904732 CaloNeutralID=39605 CaloEcalE=3166.63 CaloHcalE=881.935 CaloEcalChi2=75.3251 CaloBremChi2=410.424 CaloClusChi2=1.97715 CaloTrajectoryL=285.323 CaloEoverP=0.862823 EcalPIDe=1.84829 BremPIDe=-0.492427 HcalPIDe=-0.310073 HcalPIDmu=-0.321238 EcalPIDmu=-2.89107 TrackChi2PerDof=0.890652 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=6457.13 TrackPt=324.405 CombDLLe=-3.60986 CombDLLmu=-10.1874 CombDLLpi=0 CombDLLk=-13.7236 CombDLLp=-13.7236 CombDLLd=-13.7236 ProbNNe=3.04102e-09 ProbNNpi=0.998698 ProbNNk=9.32033e-05 ProbNNp=0.00112448 ProbNNghost=0.00222394 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.1784 RichDLLmu=-3.44712 RichDLLpi=0 RichDLLk=-24.2634 RichDLLp=-14.1073 RichPIDStatus=6115 RichDLLbt=-14.1073 RichDLLd=-14.1073 MuonMuLL=-0.0321101 MuonBkgLL=-1.3309 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=41.319 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.65006 CaloElectronMatch=255.481 CaloBremMatch=104.777 CaloChargedEcal=4976.26 CaloChargedID=43676 CaloNeutralEcal=4976.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.704775 CaloNeutralID=43676 CaloEcalE=0 CaloHcalE=23661.4 CaloEcalChi2=255.481 CaloBremChi2=411.525 CaloClusChi2=5.65006 CaloTrajectoryL=-971.323 CaloEoverP=0.367502 EcalPIDe=0.424072 BremPIDe=-0.488693 HcalPIDe=-1.89687 HcalPIDmu=-1.01961 EcalPIDmu=0.525694 TrackChi2PerDof=0.889972 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=14102.5 TrackPt=697.557 CombDLLe=-3.70524 CombDLLmu=-3.37842 CombDLLpi=0 CombDLLk=-24.2634 CombDLLp=-14.1073 CombDLLd=-12.7764 ProbNNe=1.46363e-07 ProbNNpi=0.997596 ProbNNk=6.77787e-05 ProbNNp=0.000127443 ProbNNghost=0.000951543 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=2.43405 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2547.07 TrackPt=52.313 ProbNNe=0.77737 ProbNNpi=0.238854 ProbNNk=0.0687172 ProbNNp=0.13605 ProbNNghost=0.945627 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.5343 RichDLLmu=-7.99474 RichDLLpi=0 RichDLLk=0.806925 RichDLLp=0.806925 RichPIDStatus=5028 RichDLLbt=0.806925 RichDLLd=0.806925 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.48885 CaloElectronMatch=251.477 CaloBremMatch=237.268 CaloChargedEcal=862.456 CaloChargedID=35200 CaloNeutralEcal=862.456 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974174 CaloNeutralID=35200 CaloEcalE=620.856 CaloEcalChi2=251.477 CaloBremChi2=109.144 CaloClusChi2=3.48885 CaloTrajectoryL=353.837 CaloEoverP=0.397043 EcalPIDe=0.265875 BremPIDe=0.185338 EcalPIDmu=1.05188 TrackChi2PerDof=1.56671 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2855.96 TrackPt=212.799 CombDLLe=-1.6732 CombDLLmu=-5.39869 CombDLLpi=0 CombDLLk=0.806925 CombDLLp=0.806925 CombDLLd=0.806925 ProbNNe=0.000577606 ProbNNpi=0.811862 ProbNNk=0.0417991 ProbNNp=0.084806 ProbNNghost=0.359726 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.2912 RichDLLmu=-8.37571 RichDLLpi=0 RichDLLk=19.9285 RichDLLp=19.8462 RichPIDStatus=6116 RichDLLbt=19.8462 RichDLLd=19.8462 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.912774 CaloElectronMatch=417.716 CaloBremMatch=417.716 CaloChargedEcal=18481.9 CaloChargedID=37840 CaloNeutralEcal=18481.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924534 CaloNeutralID=37840 CaloEcalE=14658.4 CaloHcalE=371.342 CaloEcalChi2=417.716 CaloBremChi2=45.0334 CaloClusChi2=0.912774 CaloTrajectoryL=260.247 CaloEoverP=1.77008 EcalPIDe=-0.10442 BremPIDe=1.95613 HcalPIDe=0.195167 HcalPIDmu=-1.78625 EcalPIDmu=-0.824102 TrackChi2PerDof=1.44097 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=10577 TrackPt=820.3 CombDLLe=-0.197093 CombDLLmu=-9.13595 CombDLLpi=0 CombDLLk=19.9285 CombDLLp=19.8462 CombDLLd=19.8462 ProbNNe=0.00130446 ProbNNpi=0.0161748 ProbNNk=0.942639 ProbNNp=0.905558 ProbNNghost=0.0669709 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-40.2979 RichDLLmu=-21.392 RichDLLpi=0 RichDLLk=-13.6031 RichDLLp=-13.6031 RichPIDStatus=5091 RichDLLbt=-13.6031 RichDLLd=-13.6031 MuonMuLL=-0.241562 MuonBkgLL=-0.191572 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=427.243 MuonMVA1=-999 MuonMVA2=0.883126 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=22.5012 CaloElectronMatch=387.356 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=0 CaloHcalE=19117.7 CaloEcalChi2=387.356 CaloBremChi2=511.616 CaloClusChi2=22.5012 CaloTrajectoryL=542.89 CaloEoverP=0.225439 EcalPIDe=-0.0141273 BremPIDe=-0.607507 HcalPIDe=-1.17839 HcalPIDmu=0.173949 EcalPIDmu=0.389705 TrackChi2PerDof=0.789565 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=6798.29 TrackPt=625.085 CombDLLe=-7.15295 CombDLLmu=-6.48365 CombDLLpi=0 CombDLLk=-13.6031 CombDLLp=-13.6031 CombDLLd=-13.4116 ProbNNe=1.32022e-09 ProbNNmu=0.00366525 ProbNNpi=0.212392 ProbNNk=0.000947757 ProbNNp=0.00420099 ProbNNghost=0.028907 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.0435 RichDLLmu=0.509346 RichDLLpi=0 RichDLLk=-25.3829 RichDLLp=-25.5469 RichPIDStatus=6114 RichDLLbt=-25.5469 RichDLLd=-25.5469 MuonMuLL=0 MuonBkgLL=-0.277207 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=470.068 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.13302 CaloElectronMatch=396.197 CaloBremMatch=387.136 CaloChargedEcal=2707.39 CaloChargedID=39904 CaloNeutralEcal=2707.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841157 CaloNeutralID=39904 CaloEcalE=803.074 CaloHcalE=8202.58 CaloEcalChi2=396.197 CaloBremChi2=21.8596 CaloClusChi2=1.13302 CaloTrajectoryL=192.306 CaloEoverP=0.264725 EcalPIDe=-0.10442 BremPIDe=2.59242 HcalPIDe=-2.51216 HcalPIDmu=-2.0837 EcalPIDmu=0.436808 TrackChi2PerDof=1.1356 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=10416.1 TrackPt=1122.56 CombDLLe=-3.53351 CombDLLmu=-0.659057 CombDLLpi=0 CombDLLk=-25.3829 CombDLLp=-25.5469 CombDLLd=-25.2697 ProbNNe=6.38013e-08 ProbNNpi=0.993205 ProbNNk=7.29323e-05 ProbNNp=0.000204144 ProbNNghost=0.003652 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.271599 RichDLLmu=0.33144 RichDLLpi=0 RichDLLk=10.9298 RichDLLp=26.8984 RichPIDStatus=139239 RichDLLbt=28.8261 RichDLLd=28.6904 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.08425 CaloElectronMatch=480.471 CaloBremMatch=480.471 CaloChargedEcal=14398.4 CaloChargedID=42539 CaloNeutralEcal=14398.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.828229 CaloNeutralID=42539 CaloEcalE=8901.37 CaloHcalE=17655.4 CaloEcalChi2=480.471 CaloBremChi2=225.82 CaloClusChi2=0.08425 CaloTrajectoryL=212.976 CaloEoverP=0.42262 EcalPIDe=0.101254 BremPIDe=0.155645 HcalPIDe=-3.00566 HcalPIDmu=-2.88085 EcalPIDmu=-3.40963 TrackChi2PerDof=0.908805 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=35334 TrackPt=1061.18 CombDLLe=-2.79629 CombDLLmu=-5.82714 CombDLLpi=0 CombDLLk=10.9298 CombDLLp=26.8984 CombDLLd=28.6904 ProbNNe=2.55609e-07 ProbNNpi=0.00330144 ProbNNk=0.0323303 ProbNNp=0.999236 ProbNNghost=0.00048894 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.5458 RichDLLmu=-8.90832 RichDLLpi=0 RichDLLk=-2.46091 RichDLLp=-1.25854 RichPIDStatus=6115 RichDLLbt=-1.25854 RichDLLd=-1.25854 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.32178 CaloElectronMatch=299.028 CaloBremMatch=299.028 CaloChargedEcal=6207.83 CaloChargedID=38644 CaloNeutralEcal=6207.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83336 CaloNeutralID=38644 CaloEcalE=4509.99 CaloHcalE=1087.45 CaloEcalChi2=299.028 CaloBremChi2=146.234 CaloClusChi2=0.32178 CaloTrajectoryL=205.288 CaloEoverP=0.421829 EcalPIDe=0.424072 BremPIDe=0.15142 HcalPIDe=-0.384189 HcalPIDmu=0.349645 EcalPIDmu=-3.31459 TrackChi2PerDof=0.776508 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=14620.2 TrackPt=768.39 CombDLLe=-3.51114 CombDLLmu=-9.57906 CombDLLpi=0 CombDLLk=-2.46091 CombDLLp=-1.25854 CombDLLd=-1.25854 ProbNNe=3.95753e-07 ProbNNpi=0.997049 ProbNNk=0.000134365 ProbNNp=0.000571512 ProbNNghost=0.00698742 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.9309 RichDLLmu=-6.45167 RichDLLpi=0 RichDLLk=-25.97 RichDLLp=-22.5437 RichPIDStatus=6051 RichDLLbt=-22.5437 RichDLLd=-22.5437 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.76261 CaloElectronMatch=248.4 CaloBremMatch=202.078 CaloChargedEcal=12449.8 CaloChargedID=34737 CaloNeutralEcal=12449.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721965 CaloNeutralID=34737 CaloEcalE=2870.79 CaloHcalE=8222.89 CaloEcalChi2=248.4 CaloBremChi2=252.695 CaloClusChi2=2.76261 CaloTrajectoryL=459.248 CaloEoverP=1.09809 EcalPIDe=0.786938 BremPIDe=-0.338337 HcalPIDe=-2.51216 HcalPIDmu=-2.09311 EcalPIDmu=-2.36212 TrackChi2PerDof=0.947444 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=11327.8 TrackPt=1080.64 CombDLLe=-5.8143 CombDLLmu=-10.4697 CombDLLpi=0 CombDLLk=-25.97 CombDLLp=-22.5437 CombDLLd=-22.5437 ProbNNe=1.85274e-09 ProbNNpi=0.999585 ProbNNk=3.42834e-05 ProbNNp=1.51177e-05 ProbNNghost=0.000281538 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.84765 RichDLLmu=1.05737 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=283.725 BremPIDe=-0.0713868 TrackChi2PerDof=1.02208 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=2190.04 TrackPt=123.159 CombDLLe=-1.76073 CombDLLmu=1.45863 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0970658 ProbNNpi=0.867308 ProbNNk=0.042152 ProbNNp=0.0755978 ProbNNghost=0.0967314 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.348 RichDLLmu=-4.34908 RichDLLpi=0 RichDLLk=0.199486 RichDLLp=0.199486 RichPIDStatus=5028 RichDLLbt=0.199486 RichDLLd=0.199486 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.65802 CaloElectronMatch=15.52 CaloBremMatch=15.52 CaloChargedEcal=3573.14 CaloChargedID=34759 CaloNeutralEcal=3573.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884354 CaloNeutralID=34759 CaloEcalE=2122.39 CaloHcalE=312.247 CaloEcalChi2=15.52 CaloBremChi2=111.421 CaloClusChi2=1.65802 CaloTrajectoryL=168.895 CaloEoverP=0.877828 EcalPIDe=2.97947 BremPIDe=0.157531 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-2.48291 TrackChi2PerDof=1.47755 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4302.18 TrackPt=209.885 CombDLLe=0.689858 CombDLLmu=-8.78236 CombDLLpi=0 CombDLLk=0.199486 CombDLLp=0.199486 CombDLLd=0.199486 ProbNNe=0.00242627 ProbNNpi=0.849105 ProbNNk=0.0296449 ProbNNp=0.0745505 ProbNNghost=0.245319 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.4611 RichDLLmu=-18.6004 RichDLLpi=0 RichDLLk=-10.7794 RichDLLp=-10.7794 RichPIDStatus=5027 RichDLLbt=-10.7794 RichDLLd=-10.7794 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=24.7525 CaloElectronMatch=405.569 CaloBremMatch=0.90378 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=0 CaloHcalE=0 CaloEcalChi2=405.569 CaloBremChi2=88.5038 CaloClusChi2=24.7525 CaloTrajectoryL=-633.039 CaloEoverP=0.574782 EcalPIDe=-0.0620623 BremPIDe=0.371596 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=0.494733 TrackChi2PerDof=1.14664 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=4480 TrackPt=239.198 CombDLLe=-2.89689 CombDLLmu=-8.96071 CombDLLpi=0 CombDLLk=-10.7794 CombDLLp=-10.7794 CombDLLd=-10.7794 ProbNNe=1.38795e-06 ProbNNpi=0.993997 ProbNNk=0.000175938 ProbNNp=0.0031352 ProbNNghost=0.0183039 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.9996 RichDLLmu=-25.3896 RichDLLpi=0 RichDLLk=-8.17235 RichDLLp=-8.17235 RichPIDStatus=5027 RichDLLbt=-8.17235 RichDLLd=-8.17235 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.3178 CaloElectronMatch=105.284 CaloBremMatch=105.284 CaloChargedEcal=3040.89 CaloChargedID=35279 CaloNeutralEcal=3040.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975732 CaloNeutralID=35279 CaloEcalE=567.108 CaloHcalE=5262.71 CaloEcalChi2=105.284 CaloBremChi2=520.088 CaloClusChi2=2.3178 CaloTrajectoryL=-129.627 CaloEoverP=0.600578 EcalPIDe=1.84829 BremPIDe=-0.607507 HcalPIDe=-2.09086 HcalPIDmu=-0.925277 EcalPIDmu=1.20942 TrackChi2PerDof=1.90096 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=5294.84 TrackPt=355.647 CombDLLe=-4.08483 CombDLLmu=-6.71532 CombDLLpi=0 CombDLLk=-8.17235 CombDLLp=-8.17235 CombDLLd=-8.17235 ProbNNe=3.23841e-06 ProbNNpi=0.992974 ProbNNk=0.000151079 ProbNNp=0.00156136 ProbNNghost=0.0276958 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.7633 RichDLLmu=-5.68847 RichDLLpi=0 RichDLLk=-2.10881 RichDLLp=-2.10881 RichPIDStatus=5027 RichDLLbt=-2.10881 RichDLLd=-2.10881 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.49952 CaloElectronMatch=470.467 CaloBremMatch=67.9827 CaloChargedEcal=954.236 CaloChargedID=34483 CaloNeutralEcal=954.236 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737305 CaloNeutralID=34483 CaloEcalE=988.214 CaloHcalE=4164.76 CaloEcalChi2=470.467 CaloBremChi2=405.89 CaloClusChi2=3.49952 CaloTrajectoryL=3646.59 CaloEoverP=0.263431 EcalPIDe=-0.214586 BremPIDe=-0.4614 HcalPIDe=-1.51991 HcalPIDmu=-0.386389 EcalPIDmu=-0.191162 TrackChi2PerDof=1.7742 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4020.69 TrackPt=278.662 CombDLLe=-6.72067 CombDLLmu=-6.273 CombDLLpi=0 CombDLLk=-2.10881 CombDLLp=-2.10881 CombDLLd=-2.10881 ProbNNe=4.34811e-08 ProbNNpi=0.97888 ProbNNk=0.00630138 ProbNNp=0.0271974 ProbNNghost=0.0327229 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.9138 RichDLLmu=-1.10815 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=141.661 BremPIDe=-0.0607295 TrackChi2PerDof=1.44396 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=2041.18 TrackPt=144.269 CombDLLe=-3.00161 CombDLLmu=-1.5265 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00069334 ProbNNpi=0.906282 ProbNNk=0.0611418 ProbNNp=0.149704 ProbNNghost=0.0161864 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.6876 RichDLLmu=-11.8224 RichDLLpi=0 RichDLLk=1.07891 RichDLLp=1.07891 RichPIDStatus=5028 RichDLLbt=1.07891 RichDLLd=1.07891 MuonMuLL=-0.64531 MuonBkgLL=-0.679087 MuonNShared=9 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=25.8023 MuonMVA1=-999 MuonMVA2=-0.8548 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=47922.4 CaloBremChi2=324.527 BremPIDe=-0.554165 HcalPIDe=-1.17839 HcalPIDmu=0.691134 TrackChi2PerDof=1.12472 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=5159.38 TrackPt=609.863 CombDLLe=-4.92422 CombDLLmu=-6.15248 CombDLLpi=0 CombDLLk=1.07891 CombDLLp=1.07891 CombDLLd=1.758 ProbNNe=0.000651595 ProbNNmu=0.00106764 ProbNNpi=0.334692 ProbNNk=0.0288921 ProbNNp=0.213363 ProbNNghost=0.0185281 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.808282 RichDLLmu=0.398497 RichDLLpi=0 RichDLLk=-39.5466 RichDLLp=-35.1317 RichPIDStatus=139234 RichDLLbt=-25.3405 RichDLLd=-27.3735 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=54.6376 CaloElectronMatch=3227.41 CaloBremMatch=104.777 CaloChargedEcal=4976.26 CaloChargedID=43676 CaloNeutralEcal=4976.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.704775 CaloNeutralID=43676 CaloEcalE=0 CaloHcalE=34897.4 CaloEcalChi2=3227.41 CaloBremChi2=100.139 CaloClusChi2=54.6376 CaloTrajectoryL=-4522.76 CaloEoverP=0.136762 EcalPIDe=-2.57497 BremPIDe=0.535792 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 EcalPIDmu=1.12391 TrackChi2PerDof=1.85785 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=37895.6 TrackPt=2054.52 CombDLLe=-5.14025 CombDLLmu=-1.63879 CombDLLpi=0 CombDLLk=-39.5466 CombDLLp=-35.1317 CombDLLd=-27.3735 ProbNNe=8.06663e-05 ProbNNpi=0.989002 ProbNNk=0.00028729 ProbNNp=3.67374e-05 ProbNNghost=0.212547 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.5981 RichDLLmu=-10.8685 RichDLLpi=0 RichDLLk=2.79779 RichDLLp=2.79779 RichPIDStatus=5092 RichDLLbt=2.79779 RichDLLd=2.79779 MuonMuLL=-0.0184695 MuonBkgLL=-0.111164 MuonNShared=4 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=12.436 MuonMVA1=-999 MuonMVA2=-1.16414 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.90536 CaloElectronMatch=467.663 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=4461.89 CaloHcalE=30428.8 CaloEcalChi2=467.663 CaloBremChi2=227.141 CaloClusChi2=2.90536 CaloTrajectoryL=-1988.21 CaloEoverP=0.216783 EcalPIDe=-0.270192 BremPIDe=-0.210201 HcalPIDe=-1.17839 HcalPIDmu=0.667822 EcalPIDmu=-3.28129 TrackChi2PerDof=0.840972 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=7069.75 TrackPt=518.734 CombDLLe=-5.61285 CombDLLmu=-9.34192 CombDLLpi=0 CombDLLk=2.79779 CombDLLp=2.79779 CombDLLd=2.90895 ProbNNe=1.81829e-05 ProbNNmu=0.00366525 ProbNNpi=0.00312733 ProbNNk=0.0365374 ProbNNp=0.0902033 ProbNNghost=0.158499 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.3349 RichDLLmu=-6.17373 RichDLLpi=0 RichDLLk=-0.986456 RichDLLp=-0.986456 RichPIDStatus=5027 RichDLLbt=-0.986456 RichDLLd=-0.986456 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.08803 CaloElectronMatch=460.815 CaloBremMatch=67.9827 CaloChargedEcal=954.236 CaloChargedID=34483 CaloNeutralEcal=954.236 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737305 CaloNeutralID=34483 CaloEcalE=988.214 CaloHcalE=4164.76 CaloEcalChi2=460.815 CaloBremChi2=343.194 CaloClusChi2=3.08803 CaloTrajectoryL=3643.28 CaloEoverP=0.263476 EcalPIDe=-0.214586 BremPIDe=-0.373552 HcalPIDe=-1.51991 HcalPIDmu=-0.386389 EcalPIDmu=-0.191162 TrackChi2PerDof=1.86127 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=4020.01 TrackPt=266.387 CombDLLe=-6.37564 CombDLLmu=-6.4852 CombDLLpi=0 CombDLLk=-0.986456 CombDLLp=-0.986456 CombDLLd=-0.986456 ProbNNe=8.7514e-08 ProbNNpi=0.400162 ProbNNk=0.00446051 ProbNNp=0.0310299 ProbNNghost=0.826304 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-20.4311 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=149.382 BremPIDe=0.0148792 TrackChi2PerDof=1.58293 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=1937.85 TrackPt=240.84 CombDLLe=-3.27897 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00191781 ProbNNpi=0.310802 ProbNNk=0.049702 ProbNNp=0.129018 ProbNNghost=0.82196 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.3816 RichDLLmu=-15.8867 RichDLLpi=0 RichDLLk=1.2132 RichDLLp=1.2132 RichPIDStatus=5028 RichDLLbt=1.2132 RichDLLd=1.2132 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.4541 CaloElectronMatch=38.7299 CaloBremMatch=38.7299 CaloChargedEcal=4692.63 CaloChargedID=35531 CaloNeutralEcal=4692.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987115 CaloNeutralID=35531 CaloEcalE=3421.52 CaloHcalE=0 CaloEcalChi2=38.7299 CaloBremChi2=31.622 CaloClusChi2=1.4541 CaloTrajectoryL=161.18 CaloEoverP=0.955735 EcalPIDe=3.6423 BremPIDe=1.97486 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.76303 TrackChi2PerDof=0.986724 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=5162.83 TrackPt=588.612 CombDLLe=4.03961 CombDLLmu=-12.2206 CombDLLpi=0 CombDLLk=1.2132 CombDLLp=1.2132 CombDLLd=1.2132 ProbNNe=0.000803998 ProbNNpi=0.980791 ProbNNk=0.00334842 ProbNNp=0.00588246 ProbNNghost=0.0112247 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.4433 RichDLLmu=-32.7151 RichDLLpi=0 RichDLLk=-16.8529 RichDLLp=-16.8529 RichPIDStatus=5027 RichDLLbt=-16.8529 RichDLLd=-16.8529 MuonMuLL=-0.402868 MuonBkgLL=-1.49102 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=0.906977 MuonMVA1=-999 MuonMVA2=-0.438604 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=18.2957 CaloElectronMatch=397.523 CaloBremMatch=42.6285 CaloChargedEcal=2379.47 CaloChargedID=35543 CaloNeutralEcal=2379.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.700845 CaloNeutralID=35543 CaloEcalE=0 CaloHcalE=1952.41 CaloEcalChi2=397.523 CaloBremChi2=240.291 CaloClusChi2=18.2957 CaloTrajectoryL=159.849 CaloEoverP=0.484044 EcalPIDe=-0.0141273 BremPIDe=-0.381503 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=0.501778 TrackChi2PerDof=0.820216 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=5134.24 TrackPt=440.675 CombDLLe=-6.02864 CombDLLmu=-3.60652 CombDLLpi=0 CombDLLk=-16.8529 CombDLLp=-16.8529 CombDLLd=-15.3618 ProbNNe=3.76748e-09 ProbNNmu=0.00366525 ProbNNpi=0.116093 ProbNNk=0.0104065 ProbNNp=0.005734 ProbNNghost=0.0031464 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-36.5152 RichDLLmu=-24.9413 RichDLLpi=0 RichDLLk=-14.5677 RichDLLp=-14.5677 RichPIDStatus=5091 RichDLLbt=-14.5677 RichDLLd=-14.5677 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.957892 CaloElectronMatch=138.735 CaloBremMatch=138.735 CaloChargedEcal=11469.6 CaloChargedID=37845 CaloNeutralEcal=11469.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.676182 CaloNeutralID=37845 CaloEcalE=2290.32 CaloHcalE=4866.17 CaloEcalChi2=138.735 CaloBremChi2=58.4803 CaloClusChi2=0.957892 CaloTrajectoryL=498.937 CaloEoverP=1.2967 EcalPIDe=0.989182 BremPIDe=1.36535 HcalPIDe=-2.10303 HcalPIDmu=-1.14592 EcalPIDmu=-2.02467 TrackChi2PerDof=1.01949 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=8736.8 TrackPt=737.469 CombDLLe=-4.80608 CombDLLmu=-10.1699 CombDLLpi=0 CombDLLk=-14.5677 CombDLLp=-14.5677 CombDLLd=-14.5677 ProbNNe=7.26257e-10 ProbNNpi=0.998647 ProbNNk=6.1132e-05 ProbNNp=0.00140262 ProbNNghost=0.00174787 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.0131 RichDLLmu=-3.66603 RichDLLpi=0 RichDLLk=-31.4261 RichDLLp=-23.1152 RichPIDStatus=6115 RichDLLbt=-23.1152 RichDLLd=-23.1152 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0205352 CaloElectronMatch=42.2714 CaloBremMatch=42.2714 CaloChargedEcal=12092.4 CaloChargedID=42215 CaloNeutralEcal=12092.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853782 CaloNeutralID=42215 CaloEcalE=7908.12 CaloHcalE=1631.59 CaloEcalChi2=42.2714 CaloBremChi2=197.551 CaloClusChi2=0.0205352 CaloTrajectoryL=203.818 CaloEoverP=0.711367 EcalPIDe=4.7102 BremPIDe=-0.0674295 HcalPIDe=-0.645144 HcalPIDmu=1.97594 EcalPIDmu=-3.6319 TrackChi2PerDof=0.84678 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=17284.7 TrackPt=1367.89 CombDLLe=1.48712 CombDLLmu=-6.03112 CombDLLpi=0 CombDLLk=-31.4261 CombDLLp=-23.1152 CombDLLd=-23.1152 ProbNNe=9.71801e-06 ProbNNpi=0.998349 ProbNNk=0.000151675 ProbNNp=0.00012159 ProbNNghost=0.00104868 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.47112 RichDLLmu=-2.78574 RichDLLpi=0 RichDLLk=13.6192 RichDLLp=12.6091 RichPIDStatus=6116 RichDLLbt=12.6091 RichDLLd=12.6091 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.40196 CaloElectronMatch=955.228 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=2718.87 CaloEcalChi2=955.228 CaloBremChi2=331.707 CaloClusChi2=2.40196 CaloTrajectoryL=44312.2 CaloEoverP=0.133646 EcalPIDe=-0.992527 BremPIDe=-0.510136 EcalPIDmu=-2.20452 TrackChi2PerDof=1.15217 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=11467.6 TrackPt=1099.12 CombDLLe=-2.62533 CombDLLmu=-5.74553 CombDLLpi=0 CombDLLk=13.6192 CombDLLp=12.6091 CombDLLd=12.6091 ProbNNe=4.8912e-05 ProbNNpi=0.166415 ProbNNk=0.830902 ProbNNp=0.870019 ProbNNghost=0.00623243 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.45267 RichDLLmu=0.88471 RichDLLpi=0 RichDLLk=-14.0243 RichDLLp=-4.82596 RichPIDStatus=8162 RichDLLbt=-2.61947 RichDLLd=-2.61947 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.350996 CaloElectronMatch=339.841 CaloBremMatch=339.841 CaloChargedEcal=11350 CaloChargedID=38584 CaloNeutralEcal=11350 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.826956 CaloNeutralID=38584 CaloEcalE=6794.58 CaloHcalE=1773.88 CaloEcalChi2=339.841 CaloBremChi2=285.555 CaloClusChi2=0.350996 CaloTrajectoryL=208.413 CaloEoverP=0.520264 EcalPIDe=0.395545 BremPIDe=-0.348558 HcalPIDe=-0.407061 HcalPIDmu=1.86393 EcalPIDmu=-3.49337 TrackChi2PerDof=0.824781 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=21872.9 TrackPt=1898.61 CombDLLe=-0.61418 CombDLLmu=-0.403614 CombDLLpi=0 CombDLLk=-14.0243 CombDLLp=-4.82596 CombDLLd=-2.61947 ProbNNe=0.000124373 ProbNNpi=0.955559 ProbNNk=0.00016585 ProbNNp=0.00116823 ProbNNghost=0.0912429 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.11291 RichDLLmu=-1.73867 RichDLLpi=0 RichDLLk=-20.9307 RichDLLp=-12.0464 RichPIDStatus=8163 RichDLLbt=-2.43502 RichDLLd=-2.43502 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06917 CaloElectronMatch=502.916 CaloBremMatch=288.538 CaloChargedEcal=18490.6 CaloChargedID=38589 CaloNeutralEcal=18490.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.716781 CaloNeutralID=38589 CaloEcalE=10986.8 CaloHcalE=4016.05 CaloEcalChi2=502.916 CaloBremChi2=217.349 CaloClusChi2=1.06917 CaloTrajectoryL=224.082 CaloEoverP=0.774429 EcalPIDe=-0.142358 BremPIDe=0.239228 HcalPIDe=-1.15958 HcalPIDmu=0.0579896 EcalPIDmu=-4.04965 TrackChi2PerDof=0.640454 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=23823.8 TrackPt=2606.57 CombDLLe=-1.95263 CombDLLmu=-6.33221 CombDLLpi=0 CombDLLk=-20.9307 CombDLLp=-12.0464 CombDLLd=-2.43502 ProbNNe=0.000331721 ProbNNpi=0.993189 ProbNNk=6.52396e-05 ProbNNp=9.02631e-05 ProbNNghost=0.00135921 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.99386 RichDLLmu=-5.40574 RichDLLpi=0 RichDLLk=5.71539 RichDLLp=5.71539 RichPIDStatus=5028 RichDLLbt=5.71539 RichDLLd=5.71539 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.00884558 CaloElectronMatch=149.972 CaloBremMatch=149.972 CaloChargedEcal=2979.02 CaloChargedID=34481 CaloNeutralEcal=2979.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.913951 CaloNeutralID=34481 CaloEcalE=1942.73 CaloHcalE=5058.94 CaloEcalChi2=149.972 CaloBremChi2=145.279 CaloClusChi2=0.00884558 CaloTrajectoryL=203.24 CaloEoverP=0.449201 EcalPIDe=0.989182 BremPIDe=0.00434017 HcalPIDe=-2.03708 HcalPIDmu=-1.1993 EcalPIDmu=-1.89319 TrackChi2PerDof=0.827578 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=7042.07 TrackPt=519.031 CombDLLe=-1.91297 CombDLLmu=-8.64786 CombDLLpi=0 CombDLLk=5.71539 CombDLLp=5.71539 CombDLLd=5.71539 ProbNNe=0.000337284 ProbNNpi=0.489658 ProbNNk=0.378541 ProbNNp=0.553843 ProbNNghost=0.12928 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-36.9402 RichDLLmu=-12.1118 RichDLLpi=0 RichDLLk=-28.395 RichDLLp=-28.1391 RichPIDStatus=6051 RichDLLbt=-28.1391 RichDLLd=-28.1391 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0641497 CaloElectronMatch=3.5741 CaloBremMatch=3.5741 CaloChargedEcal=9296.66 CaloChargedID=35377 CaloNeutralEcal=9296.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877622 CaloNeutralID=35377 CaloEcalE=7658.61 CaloHcalE=0 CaloEcalChi2=3.5741 CaloBremChi2=104.058 CaloClusChi2=0.0641497 CaloTrajectoryL=-12.1675 CaloEoverP=0.987832 EcalPIDe=3.6423 BremPIDe=0.527682 HcalPIDe=0.83611 HcalPIDmu=-2.15083 EcalPIDmu=-2.90063 TrackChi2PerDof=0.83079 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=9328.96 TrackPt=1098.63 CombDLLe=-0.0867689 CombDLLmu=-11.9421 CombDLLpi=0 CombDLLk=-28.395 CombDLLp=-28.1391 CombDLLd=-28.1391 ProbNNe=4.65267e-09 ProbNNpi=0.999815 ProbNNk=3.18655e-05 ProbNNp=1.57066e-05 ProbNNghost=7.9225e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.3343 RichDLLmu=-1.79021 RichDLLpi=0 RichDLLk=1.61218 RichDLLp=1.61218 RichPIDStatus=5028 RichDLLbt=1.61218 RichDLLd=1.61218 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=22.4833 CaloElectronMatch=394.383 CaloBremMatch=0.90378 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=0 CaloHcalE=146.952 CaloEcalChi2=394.383 CaloBremChi2=136.964 CaloClusChi2=22.4833 CaloTrajectoryL=-553.623 CaloEoverP=0.845483 EcalPIDe=-0.0620623 BremPIDe=0.00370359 HcalPIDe=-0.11382 HcalPIDmu=-2.39464 EcalPIDmu=0.308817 TrackChi2PerDof=2.24278 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3045.62 TrackPt=224.178 CombDLLe=-1.60994 CombDLLmu=-4.49023 CombDLLpi=0 CombDLLk=1.61218 CombDLLp=1.61218 CombDLLd=1.61218 ProbNNe=8.82014e-05 ProbNNpi=0.209582 ProbNNk=0.0604555 ProbNNp=0.0836472 ProbNNghost=0.974625 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.6588 RichDLLmu=-0.254242 RichDLLpi=0 RichDLLk=10.2143 RichDLLp=5.93798 RichPIDStatus=6084 RichDLLbt=5.93798 RichDLLd=5.93798 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.912323 CaloElectronMatch=228.336 CaloChargedEcal=19167.8 CaloChargedID=42796 CaloEcalE=1821.69 CaloHcalE=9114.92 CaloEcalChi2=228.336 CaloClusChi2=0.912323 CaloTrajectoryL=-433.985 CaloEoverP=0.771512 EcalPIDe=1.29617 HcalPIDe=-1.96611 HcalPIDmu=-1.70825 EcalPIDmu=-0.825345 TrackChi2PerDof=0.993165 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=25068.7 TrackPt=384.076 CombDLLe=-0.96006 CombDLLmu=-2.88923 CombDLLpi=0 CombDLLk=10.2143 CombDLLp=5.93798 CombDLLd=5.93798 ProbNNe=3.12224e-05 ProbNNpi=0.248069 ProbNNk=0.922481 ProbNNp=0.551171 ProbNNghost=0.0288169 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.16467 RichDLLmu=-5.39071 RichDLLpi=0 RichDLLk=-0.690597 RichDLLp=-0.690597 RichPIDStatus=5027 RichDLLbt=-0.690597 RichDLLd=-0.690597 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.23556 CaloElectronMatch=20.6542 CaloBremMatch=20.6542 CaloChargedEcal=3708.01 CaloChargedID=34425 CaloNeutralEcal=3708.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959149 CaloNeutralID=34425 CaloEcalE=2083.4 CaloHcalE=1229.39 CaloEcalChi2=20.6542 CaloBremChi2=7.35234 CaloClusChi2=4.23556 CaloTrajectoryL=197.525 CaloEoverP=1.31563 EcalPIDe=2.97947 BremPIDe=3.18724 HcalPIDe=-0.922115 HcalPIDmu=0.707263 EcalPIDmu=-2.21538 TrackChi2PerDof=0.918448 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3026.96 TrackPt=198.365 CombDLLe=4.00402 CombDLLmu=-7.05569 CombDLLpi=0 CombDLLk=-0.690597 CombDLLp=-0.690597 CombDLLd=-0.690597 ProbNNe=0.0328879 ProbNNpi=0.924006 ProbNNk=0.0296756 ProbNNp=0.0715717 ProbNNghost=0.0413479 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.6335 RichDLLmu=-11.2097 RichDLLpi=0 RichDLLk=-2.22301 RichDLLp=-2.22301 RichPIDStatus=5027 RichDLLbt=-2.22301 RichDLLd=-2.22301 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.23856 CaloElectronMatch=285.91 CaloBremMatch=285.91 CaloChargedEcal=449.09 CaloChargedID=34683 CaloNeutralEcal=449.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944046 CaloNeutralID=34683 CaloEcalE=389.248 CaloHcalE=2991 CaloEcalChi2=285.91 CaloBremChi2=259.107 CaloClusChi2=1.23856 CaloTrajectoryL=220.216 CaloEoverP=0.159452 EcalPIDe=0.265875 BremPIDe=-0.338913 HcalPIDe=-1.47097 HcalPIDmu=-0.00949717 EcalPIDmu=1.26223 TrackChi2PerDof=1.85382 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4081.79 TrackPt=312.722 CombDLLe=-3.68418 CombDLLmu=-5.59098 CombDLLpi=0 CombDLLk=-2.22301 CombDLLp=-2.22301 CombDLLd=-2.22301 ProbNNe=6.35038e-05 ProbNNpi=0.924021 ProbNNk=0.00700136 ProbNNp=0.0157517 ProbNNghost=0.160781 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.4551 RichDLLmu=-17.4978 RichDLLpi=0 RichDLLk=-19.4582 RichDLLp=-17.7482 RichPIDStatus=6115 RichDLLbt=-17.7482 RichDLLd=-17.7482 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.419121 CaloElectronMatch=22.6526 CaloBremMatch=22.6526 CaloChargedEcal=7278.98 CaloChargedID=38603 CaloNeutralEcal=7278.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.744968 CaloNeutralID=38603 CaloEcalE=4011.96 CaloHcalE=730.692 CaloEcalChi2=22.6526 CaloBremChi2=213.724 CaloClusChi2=0.419121 CaloTrajectoryL=108.945 CaloEoverP=0.747682 EcalPIDe=3.6423 BremPIDe=-0.00620699 HcalPIDe=-0.319373 HcalPIDmu=-1.26188 EcalPIDmu=-3.05425 TrackChi2PerDof=1.45128 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=9751.65 TrackPt=297.007 CombDLLe=-1.56205 CombDLLmu=-11.3034 CombDLLpi=0 CombDLLk=-19.4582 CombDLLp=-17.7482 CombDLLd=-17.7482 ProbNNe=1.01941e-07 ProbNNpi=0.998513 ProbNNk=0.000238624 ProbNNp=0.00114036 ProbNNghost=0.029719 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.2736 RichDLLmu=2.1512 RichDLLpi=0 RichDLLk=3.05014 RichDLLp=3.05014 RichPIDStatus=5028 RichDLLbt=3.05014 RichDLLd=3.05014 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=22.4726 CaloElectronMatch=394.083 CaloBremMatch=0.90378 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=0 CaloHcalE=146.952 CaloEcalChi2=394.083 CaloBremChi2=135.629 CaloClusChi2=22.4726 CaloTrajectoryL=-553.747 CaloEoverP=0.845559 EcalPIDe=-0.0620623 BremPIDe=0.00370359 HcalPIDe=-0.11382 HcalPIDmu=-2.39464 EcalPIDmu=0.308817 TrackChi2PerDof=1.13502 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=3045.35 TrackPt=231.999 CombDLLe=-2.09443 CombDLLmu=0.75283 CombDLLpi=0 CombDLLk=3.05014 CombDLLp=3.05014 CombDLLd=3.05014 ProbNNe=1.52936e-05 ProbNNpi=0.722836 ProbNNk=0.159445 ProbNNp=0.301248 ProbNNghost=0.0336156 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.2268 RichDLLmu=-15.2984 RichDLLpi=0 RichDLLk=-2.22536 RichDLLp=-2.22536 RichPIDStatus=5027 RichDLLbt=-2.22536 RichDLLd=-2.22536 InAccBrem=1 CaloBremChi2=228.837 BremPIDe=-0.417084 TrackChi2PerDof=0.852337 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3917.68 TrackPt=468.141 CombDLLe=-2.65094 CombDLLmu=-6.96927 CombDLLpi=0 CombDLLk=-2.22536 CombDLLp=-2.22536 CombDLLd=-2.22536 ProbNNe=0.0222221 ProbNNpi=0.975073 ProbNNk=0.0100447 ProbNNp=0.00966635 ProbNNghost=0.0102461 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-40.2528 RichDLLmu=-9.97563 RichDLLpi=0 RichDLLk=-63.7868 RichDLLp=-53.6493 RichPIDStatus=6115 RichDLLbt=-53.6493 RichDLLd=-53.6493 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0315996 CaloElectronMatch=130.603 CaloBremMatch=130.603 CaloChargedEcal=9420.5 CaloChargedID=39242 CaloNeutralEcal=9420.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812256 CaloNeutralID=39242 CaloEcalE=4205.92 CaloHcalE=265.683 CaloEcalChi2=130.603 CaloBremChi2=792.816 CaloClusChi2=0.0315996 CaloTrajectoryL=7.90525 CaloEoverP=0.635626 EcalPIDe=1.35245 BremPIDe=-0.625066 HcalPIDe=0.195167 HcalPIDmu=-1.59892 EcalPIDmu=-3.2343 TrackChi2PerDof=0.459785 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=14774.2 TrackPt=2263.6 CombDLLe=-4.4271 CombDLLmu=-11.579 CombDLLpi=0 CombDLLk=-63.7868 CombDLLp=-53.6493 CombDLLd=-53.6493 ProbNNe=1.87745e-07 ProbNNpi=0.999936 ProbNNk=2.05704e-05 ProbNNp=5.3389e-05 ProbNNghost=0.000110379 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.6597 RichDLLmu=-14.1495 RichDLLpi=0 RichDLLk=-7.39301 RichDLLp=-7.39301 RichPIDStatus=5027 RichDLLbt=-7.39301 RichDLLd=-7.39301 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.67001 CaloElectronMatch=401.469 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=3224.58 CaloHcalE=2205.99 CaloEcalChi2=401.469 CaloBremChi2=53.4866 CaloClusChi2=3.67001 CaloTrajectoryL=-5633.62 CaloEoverP=0.257362 EcalPIDe=-0.0141273 BremPIDe=1.27798 HcalPIDe=-1.05374 HcalPIDmu=1.28545 EcalPIDmu=-2.92445 TrackChi2PerDof=0.860035 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=5955.04 TrackPt=940.329 CombDLLe=-4.50197 CombDLLmu=-8.59041 CombDLLpi=0 CombDLLk=-7.39301 CombDLLp=-7.39301 CombDLLd=-7.39301 ProbNNe=4.65975e-07 ProbNNpi=0.996505 ProbNNk=0.000152117 ProbNNp=0.000378969 ProbNNghost=0.00186876 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.6828 RichDLLmu=-19.3135 RichDLLpi=0 RichDLLk=-4.48508 RichDLLp=-4.48508 RichPIDStatus=5091 RichDLLbt=-4.48508 RichDLLd=-4.48508 MuonMuLL=-0.289016 MuonBkgLL=-1.07489 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=140.406 MuonMVA1=-999 MuonMVA2=-1.06772 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.9856 CaloElectronMatch=79.797 CaloBremMatch=64.0039 CaloChargedEcal=1601.91 CaloChargedID=43442 CaloNeutralEcal=1601.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771209 CaloNeutralID=43442 CaloEcalE=344.682 CaloHcalE=5572.61 CaloEcalChi2=79.797 CaloBremChi2=717.779 CaloClusChi2=6.9856 CaloTrajectoryL=456.556 CaloEoverP=0.312422 EcalPIDe=1.84829 BremPIDe=-0.607507 HcalPIDe=-1.9266 HcalPIDmu=-0.805439 EcalPIDmu=0.139835 TrackChi2PerDof=1.16813 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=6196.79 TrackPt=402.995 CombDLLe=-4.99145 CombDLLmu=-6.87355 CombDLLpi=0 CombDLLk=-4.48508 CombDLLp=-4.48508 CombDLLd=-3.4102 ProbNNe=1.03186e-06 ProbNNmu=0.00366525 ProbNNpi=0.0190406 ProbNNk=0.00144407 ProbNNp=0.0113235 ProbNNghost=0.212888 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.16467 RichDLLmu=7.78752 RichDLLpi=0 RichDLLk=10.9028 RichDLLp=10.9028 RichPIDStatus=5028 RichDLLbt=10.9028 RichDLLd=10.9028 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.58769 CaloElectronMatch=299.004 CaloBremMatch=28.2033 CaloChargedEcal=2836.76 CaloChargedID=34432 CaloNeutralEcal=2836.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959202 CaloNeutralID=34432 CaloEcalE=1184.26 CaloEcalChi2=299.004 CaloBremChi2=257.374 CaloClusChi2=3.58769 CaloTrajectoryL=330.556 CaloEoverP=0.721176 EcalPIDe=0.265875 BremPIDe=-0.338913 EcalPIDmu=-0.801309 TrackChi2PerDof=1.23831 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4322.12 TrackPt=500.976 CombDLLe=-1.14339 CombDLLmu=5.6038 CombDLLpi=0 CombDLLk=10.9028 CombDLLp=10.9028 CombDLLd=10.9028 ProbNNe=4.70271e-05 ProbNNpi=0.0491989 ProbNNk=0.546788 ProbNNp=0.805775 ProbNNghost=0.0265035 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.2014 RichDLLmu=-6.46151 RichDLLpi=0 RichDLLk=-0.99584 RichDLLp=-0.99584 RichPIDStatus=5027 RichDLLbt=-0.99584 RichDLLd=-0.99584 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.36433 CaloElectronMatch=0.90378 CaloBremMatch=0.90378 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=1250.6 CaloHcalE=0 CaloEcalChi2=0.90378 CaloBremChi2=235.546 CaloClusChi2=0.36433 CaloTrajectoryL=132.24 CaloEoverP=0.901715 EcalPIDe=2.97947 BremPIDe=-0.33853 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.2505 TrackChi2PerDof=1.11677 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=2855.69 TrackPt=239.719 CombDLLe=1.37875 CombDLLmu=-9.66323 CombDLLpi=0 CombDLLk=-0.99584 CombDLLp=-0.99584 CombDLLd=-0.99584 ProbNNe=0.024809 ProbNNpi=0.943965 ProbNNk=0.0210005 ProbNNp=0.0465149 ProbNNghost=0.0358855 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.31519 RichDLLmu=-1.04636 RichDLLpi=0 RichDLLk=-1.42186 RichDLLp=-1.42186 RichPIDStatus=5027 RichDLLbt=-1.42186 RichDLLd=-1.42186 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.48407 CaloElectronMatch=28.2033 CaloBremMatch=28.2033 CaloChargedEcal=2836.76 CaloChargedID=34432 CaloNeutralEcal=2836.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959202 CaloNeutralID=34432 CaloEcalE=1484.98 CaloEcalChi2=28.2033 CaloBremChi2=11.2619 CaloClusChi2=1.48407 CaloTrajectoryL=175.724 CaloEoverP=1.02873 EcalPIDe=2.97947 BremPIDe=2.71167 EcalPIDmu=-1.86134 TrackChi2PerDof=0.920114 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=3029.96 TrackPt=205.793 CombDLLe=4.59508 CombDLLmu=-3.30524 CombDLLpi=0 CombDLLk=-1.42186 CombDLLp=-1.42186 CombDLLd=-1.42186 ProbNNe=0.551156 ProbNNpi=0.750215 ProbNNk=0.0366391 ProbNNp=0.0740169 ProbNNghost=0.704026 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.0625 RichDLLmu=-4.01289 RichDLLpi=0 RichDLLk=2.55425 RichDLLp=2.55425 RichPIDStatus=5092 RichDLLbt=2.55425 RichDLLd=2.55425 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=24.8535 CaloElectronMatch=799.524 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=0 CaloHcalE=4236.33 CaloEcalChi2=799.524 CaloBremChi2=154.966 CaloClusChi2=24.8535 CaloTrajectoryL=6908.68 CaloEoverP=0.132593 EcalPIDe=-0.856733 BremPIDe=-0.177929 HcalPIDe=-2.03346 HcalPIDmu=-0.700881 EcalPIDmu=0.389705 TrackChi2PerDof=1.36775 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=7335.28 TrackPt=270.428 CombDLLe=-5.43244 CombDLLmu=-4.9695 CombDLLpi=0 CombDLLk=2.55425 CombDLLp=2.55425 CombDLLd=2.55425 ProbNNe=9.72174e-08 ProbNNpi=0.807978 ProbNNk=0.0205821 ProbNNp=0.0802908 ProbNNghost=0.238887 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.2881 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=34.2711 BremPIDe=0.843951 TrackChi2PerDof=1.45338 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=1736.78 TrackPt=112.371 CombDLLe=-1.24127 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.077629 ProbNNpi=0.846595 ProbNNk=0.0475917 ProbNNp=0.154056 ProbNNghost=0.0834262 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.1356 RichDLLmu=-2.55917 RichDLLpi=0 RichDLLk=-5.43412 RichDLLp=-5.43412 RichPIDStatus=5059 RichDLLbt=-5.43412 RichDLLd=-5.43412 MuonMuLL=-0.00863719 MuonBkgLL=-0.795364 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=9.68985 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.61303 CaloElectronMatch=614.796 CaloChargedEcal=8607.89 CaloChargedID=43408 CaloEcalE=987.99 CaloHcalE=20381 CaloEcalChi2=614.796 CaloClusChi2=4.61303 CaloTrajectoryL=-240.382 CaloEoverP=0.696336 EcalPIDe=-0.59022 HcalPIDe=-1.89687 HcalPIDmu=-1.26997 EcalPIDmu=0.306976 TrackChi2PerDof=0.942457 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=12686.5 TrackPt=234.043 CombDLLe=-4.86274 CombDLLmu=-3.47588 CombDLLpi=0 CombDLLk=-5.43412 CombDLLp=-5.43412 CombDLLd=-4.63876 ProbNNe=4.47355e-06 ProbNNpi=0.922215 ProbNNk=0.000332606 ProbNNp=0.000462782 ProbNNghost=0.345897 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.17954 RichDLLmu=-2.44109 RichDLLpi=0 RichDLLk=4.86253 RichDLLp=4.86253 RichPIDStatus=5028 RichDLLbt=4.86253 RichDLLd=4.86253 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.72448 CaloElectronMatch=505.948 CaloBremMatch=67.9827 CaloChargedEcal=954.236 CaloChargedID=34483 CaloNeutralEcal=954.236 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737305 CaloNeutralID=34483 CaloEcalE=4626 CaloHcalE=13353.2 CaloEcalChi2=505.948 CaloBremChi2=141.605 CaloClusChi2=1.72448 CaloTrajectoryL=2286.77 CaloEoverP=0.227178 EcalPIDe=-0.214586 BremPIDe=-0.016685 HcalPIDe=-0.621703 HcalPIDmu=0.420753 EcalPIDmu=-1.25852 TrackChi2PerDof=1.36649 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4662.31 TrackPt=142.506 CombDLLe=-1.05933 CombDLLmu=-4.00738 CombDLLpi=0 CombDLLk=4.86253 CombDLLp=4.86253 CombDLLd=4.86253 ProbNNe=0.319845 ProbNNpi=0.0840015 ProbNNk=0.156935 ProbNNp=0.240768 ProbNNghost=0.935529 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.6923 RichDLLmu=-12.8543 RichDLLpi=0 RichDLLk=-3.51246 RichDLLp=-3.51246 RichPIDStatus=5027 RichDLLbt=-3.51246 RichDLLd=-3.51246 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0700759 CaloElectronMatch=93.7032 CaloBremMatch=93.7032 CaloChargedEcal=1321.15 CaloChargedID=33924 CaloNeutralEcal=1321.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853799 CaloNeutralID=33924 CaloEcalE=953.152 CaloEcalChi2=93.7032 CaloBremChi2=103.16 CaloClusChi2=0.0700759 CaloTrajectoryL=0.167665 CaloEoverP=0.395146 EcalPIDe=1.51236 BremPIDe=0.178319 EcalPIDmu=-0.191162 TrackChi2PerDof=0.729825 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=3860.9 TrackPt=546.793 CombDLLe=-1.21821 CombDLLmu=-7.10977 CombDLLpi=0 CombDLLk=-3.51246 CombDLLp=-3.51246 CombDLLd=-3.51246 ProbNNe=3.24163e-06 ProbNNpi=0.986115 ProbNNk=0.00128223 ProbNNp=0.00365119 ProbNNghost=0.00415876 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-33.6716 RichDLLmu=-26.5982 RichDLLpi=0 RichDLLk=-13.805 RichDLLp=-13.805 RichPIDStatus=5027 RichDLLbt=-13.805 RichDLLd=-13.805 MuonMuLL=-1.4662 MuonBkgLL=-3.73416 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.47961 MuonMVA1=-999 MuonMVA2=2.18325 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.16518 CaloElectronMatch=239.83 CaloBremMatch=239.83 CaloChargedEcal=1169.88 CaloChargedID=33737 CaloNeutralEcal=1169.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.739258 CaloNeutralID=33737 CaloEcalE=449.41 CaloHcalE=3132.05 CaloEcalChi2=239.83 CaloBremChi2=79.5019 CaloClusChi2=2.16518 CaloTrajectoryL=448.243 CaloEoverP=0.263796 EcalPIDe=0.605631 BremPIDe=0.572837 HcalPIDe=-1.65981 HcalPIDmu=-0.0648026 EcalPIDmu=1.26223 TrackChi2PerDof=2.41638 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=5038.88 TrackPt=793.488 CombDLLe=-5.28863 CombDLLmu=-3.53428 CombDLLpi=0 CombDLLk=-13.805 CombDLLp=-13.805 CombDLLd=-10.0708 ProbNNe=3.5919e-10 ProbNNmu=0.00366525 ProbNNpi=0.0560674 ProbNNk=0.00425779 ProbNNp=0.000614103 ProbNNghost=0.123396 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-33.2226 RichDLLmu=-19.4216 RichDLLpi=0 RichDLLk=-10.9166 RichDLLp=-10.9166 RichPIDStatus=5027 RichDLLbt=-10.9166 RichDLLd=-10.9166 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.300011 CaloElectronMatch=102.524 CaloBremMatch=102.524 CaloChargedEcal=4142.71 CaloChargedID=33936 CaloNeutralEcal=4142.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.838639 CaloNeutralID=33936 CaloEcalE=2686.64 CaloHcalE=1954.11 CaloEcalChi2=102.524 CaloBremChi2=66.776 CaloClusChi2=0.300011 CaloTrajectoryL=206.441 CaloEoverP=0.560617 EcalPIDe=1.84829 BremPIDe=1.30348 HcalPIDe=-1.03972 HcalPIDmu=1.90086 EcalPIDmu=-2.46295 TrackChi2PerDof=0.850449 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=7566.44 TrackPt=1023.73 CombDLLe=-2.65341 CombDLLmu=-7.55617 CombDLLpi=0 CombDLLk=-10.9166 CombDLLp=-10.9166 CombDLLd=-10.9166 ProbNNe=7.91753e-07 ProbNNpi=0.997539 ProbNNk=0.000129932 ProbNNp=0.000480469 ProbNNghost=0.00155363 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.7104 RichDLLmu=-34.1673 RichDLLpi=0 RichDLLk=-23.2618 RichDLLp=-23.2618 RichPIDStatus=5091 RichDLLbt=-23.2618 RichDLLd=-23.2618 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.662566 CaloElectronMatch=158.299 CaloBremMatch=158.299 CaloChargedEcal=10703.9 CaloChargedID=37803 CaloNeutralEcal=10703.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.885121 CaloNeutralID=37803 CaloEcalE=5392.55 CaloHcalE=416.604 CaloEcalChi2=158.299 CaloBremChi2=125.332 CaloClusChi2=0.662566 CaloTrajectoryL=172.89 CaloEoverP=1.63508 EcalPIDe=0.989182 BremPIDe=0.185998 HcalPIDe=-0.13781 HcalPIDmu=-1.74553 EcalPIDmu=-3.28418 TrackChi2PerDof=0.883746 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6847.45 TrackPt=682.611 CombDLLe=-4.19666 CombDLLmu=-12.0297 CombDLLpi=0 CombDLLk=-23.2618 CombDLLp=-23.2618 CombDLLd=-23.2618 ProbNNe=1.19396e-08 ProbNNpi=0.998906 ProbNNk=0.000178987 ProbNNp=0.0019725 ProbNNghost=0.00140861 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.4312 RichDLLmu=-19.0935 RichDLLpi=0 RichDLLk=-0.280832 RichDLLp=-0.280832 RichPIDStatus=5091 RichDLLbt=-0.280832 RichDLLd=-0.280832 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.30768 CaloElectronMatch=230.86 CaloBremMatch=58.5121 CaloChargedEcal=1518.27 CaloChargedID=35560 CaloNeutralEcal=1518.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.613953 CaloNeutralID=35560 CaloEcalE=1718.58 CaloHcalE=882.419 CaloEcalChi2=230.86 CaloBremChi2=357.003 CaloClusChi2=3.30768 CaloTrajectoryL=1887.32 CaloEoverP=0.309373 EcalPIDe=0.605631 BremPIDe=-0.398756 HcalPIDe=-0.310073 HcalPIDmu=-0.170094 EcalPIDmu=-1.58637 TrackChi2PerDof=1.10997 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=5681.33 TrackPt=491.999 CombDLLe=-3.91593 CombDLLmu=-8.74971 CombDLLpi=0 CombDLLk=-0.280832 CombDLLp=-0.280832 CombDLLd=-0.280832 ProbNNe=1.05433e-08 ProbNNpi=0.995799 ProbNNk=0.000517027 ProbNNp=0.00179511 ProbNNghost=0.0185172 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-41.4897 RichDLLmu=-23.6426 RichDLLpi=0 RichDLLk=-17.6468 RichDLLp=-17.6468 RichPIDStatus=5027 RichDLLbt=-17.6468 RichDLLd=-17.6468 InAccBrem=1 CaloBremChi2=9.57172 BremPIDe=3.18724 TrackChi2PerDof=1.40236 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4656.01 TrackPt=772.608 CombDLLe=-2.25033 CombDLLmu=-6.99891 CombDLLpi=0 CombDLLk=-17.6468 CombDLLp=-17.6468 CombDLLd=-17.6468 ProbNNe=3.86871e-05 ProbNNpi=0.994398 ProbNNk=0.000502093 ProbNNp=0.00135125 ProbNNghost=0.00210827 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.2883 RichDLLmu=-9.94616 RichDLLpi=0 RichDLLk=0.17144 RichDLLp=0.17144 RichPIDStatus=5028 RichDLLbt=0.17144 RichDLLd=0.17144 InAccBrem=1 CaloBremChi2=86.1972 BremPIDe=0.371596 TrackChi2PerDof=1.36784 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=2639.02 TrackPt=476.699 CombDLLe=-3.16972 CombDLLmu=-6.74281 CombDLLpi=0 CombDLLk=0.17144 CombDLLp=0.17144 CombDLLd=0.17144 ProbNNe=7.54675e-05 ProbNNpi=0.941372 ProbNNk=0.0358656 ProbNNp=0.0924055 ProbNNghost=0.0234029 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.89739 RichDLLmu=0.91918 RichDLLpi=0 RichDLLk=22.0167 RichDLLp=22.0281 RichPIDStatus=6117 RichDLLbt=22.0281 RichDLLd=22.0281 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.16166 CaloElectronMatch=228.444 CaloBremMatch=228.444 CaloChargedEcal=5540.89 CaloChargedID=38984 CaloNeutralEcal=5540.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.741139 CaloNeutralID=38984 CaloEcalE=2328.43 CaloHcalE=6554.43 CaloEcalChi2=228.444 CaloBremChi2=55.4246 CaloClusChi2=1.16166 CaloTrajectoryL=339.377 CaloEoverP=0.612155 EcalPIDe=0.605631 BremPIDe=1.42598 HcalPIDe=-2.03825 HcalPIDmu=-1.81571 EcalPIDmu=-2.02646 TrackChi2PerDof=0.958054 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=9216.02 TrackPt=285.889 CombDLLe=-0.338435 CombDLLmu=-2.56962 CombDLLpi=0 CombDLLk=22.0167 CombDLLp=22.0281 CombDLLd=22.0281 ProbNNe=3.02977e-05 ProbNNpi=0.00269564 ProbNNk=0.982091 ProbNNp=0.955189 ProbNNghost=0.00217522 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.3186 RichDLLmu=-8.90317 RichDLLpi=0 RichDLLk=1.18086 RichDLLp=1.18086 RichPIDStatus=5028 RichDLLbt=1.18086 RichDLLd=1.18086 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=10.7227 CaloElectronMatch=230.615 CaloBremMatch=67.9827 CaloChargedEcal=954.236 CaloChargedID=34483 CaloNeutralEcal=954.236 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737305 CaloNeutralID=34483 CaloEcalE=25.018 CaloHcalE=2416.1 CaloEcalChi2=230.615 CaloBremChi2=192.298 CaloClusChi2=10.7227 CaloTrajectoryL=3474.71 CaloEoverP=0.250146 EcalPIDe=0.497498 BremPIDe=-0.32426 HcalPIDe=-1.50482 HcalPIDmu=0.68547 EcalPIDmu=0.494733 TrackChi2PerDof=1.10028 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4234.23 TrackPt=407.169 CombDLLe=-3.73552 CombDLLmu=-5.43314 CombDLLpi=0 CombDLLk=1.18086 CombDLLp=1.18086 CombDLLd=1.18086 ProbNNe=1.47128e-06 ProbNNpi=0.940859 ProbNNk=0.039637 ProbNNp=0.0894343 ProbNNghost=0.0206681 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.4176 RichDLLmu=-6.77148 RichDLLpi=0 RichDLLk=0.534639 RichDLLp=0.534639 RichPIDStatus=5028 RichDLLbt=0.534639 RichDLLd=0.534639 InAccBrem=1 CaloBremChi2=205.507 BremPIDe=-0.296068 TrackChi2PerDof=1.428 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=2658.59 TrackPt=301.262 CombDLLe=-2.86803 CombDLLmu=-6.12544 CombDLLpi=0 CombDLLk=0.534639 CombDLLp=0.534639 CombDLLd=0.534639 ProbNNe=0.00430371 ProbNNpi=0.86267 ProbNNk=0.0602929 ProbNNp=0.133518 ProbNNghost=0.154233 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.1724 RichDLLmu=-7.80577 RichDLLpi=0 RichDLLk=-24.0145 RichDLLp=-21.4926 RichPIDStatus=6051 RichDLLbt=-21.4926 RichDLLd=-21.4926 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0220713 CaloElectronMatch=305.913 CaloBremMatch=305.913 CaloChargedEcal=11140.7 CaloChargedID=33684 CaloNeutralEcal=11140.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889612 CaloNeutralID=33684 CaloEcalE=6667.54 CaloHcalE=382.205 CaloEcalChi2=305.913 CaloBremChi2=40.4065 CaloClusChi2=0.0220713 CaloTrajectoryL=-96.5419 CaloEoverP=1.06016 EcalPIDe=0.424072 BremPIDe=2.01237 HcalPIDe=0.0154593 HcalPIDmu=-1.5693 EcalPIDmu=-3.28816 TrackChi2PerDof=0.846755 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=10652.5 TrackPt=1795.58 CombDLLe=-0.806606 CombDLLmu=-11.2667 CombDLLpi=0 CombDLLk=-24.0145 CombDLLp=-21.4926 CombDLLd=-21.4926 ProbNNe=2.57329e-08 ProbNNpi=0.999395 ProbNNk=5.22849e-05 ProbNNp=1.84961e-05 ProbNNghost=0.000288751 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.8624 RichDLLmu=-15.6871 RichDLLpi=0 RichDLLk=0.206198 RichDLLp=0.206198 RichPIDStatus=5028 RichDLLbt=0.206198 RichDLLd=0.206198 InAccBrem=1 CaloBremChi2=278.562 BremPIDe=-0.318955 TrackChi2PerDof=1.04766 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=3553.3 TrackPt=571.397 CombDLLe=-4.18445 CombDLLmu=-6.97369 CombDLLpi=0 CombDLLk=0.206198 CombDLLp=0.206198 CombDLLd=0.206198 ProbNNe=4.09645e-05 ProbNNpi=0.96561 ProbNNk=0.0174707 ProbNNp=0.035585 ProbNNghost=0.0102315 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-33.4119 RichDLLmu=-22.5027 RichDLLpi=0 RichDLLk=-6.41038 RichDLLp=-6.41038 RichPIDStatus=5027 RichDLLbt=-6.41038 RichDLLd=-6.41038 InAccBrem=1 CaloBremChi2=1138.81 BremPIDe=-0.553589 TrackChi2PerDof=0.841983 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4514.02 TrackPt=667.468 CombDLLe=-5.33676 CombDLLmu=-6.99827 CombDLLpi=0 CombDLLk=-6.41038 CombDLLp=-6.41038 CombDLLd=-6.41038 ProbNNe=6.18489e-06 ProbNNpi=0.990847 ProbNNk=0.000854037 ProbNNp=0.00278791 ProbNNghost=0.00226489 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-54.7637 RichDLLmu=-16.9661 RichDLLpi=0 RichDLLk=-31.9341 RichDLLp=-31.9341 RichPIDStatus=5027 RichDLLbt=-31.9341 RichDLLd=-31.9341 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.30918 CaloElectronMatch=276.756 CaloBremMatch=276.756 CaloChargedEcal=4607.72 CaloChargedID=34181 CaloNeutralEcal=4607.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921409 CaloNeutralID=34181 CaloEcalE=3397.5 CaloHcalE=1085.93 CaloEcalChi2=276.756 CaloBremChi2=16.0234 CaloClusChi2=2.30918 CaloTrajectoryL=404.335 CaloEoverP=0.519102 EcalPIDe=0.27519 BremPIDe=2.90047 HcalPIDe=-0.546759 HcalPIDmu=0.514697 EcalPIDmu=-2.74158 TrackChi2PerDof=0.797147 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=9008.62 TrackPt=1614.81 CombDLLe=-3.52049 CombDLLmu=-9.2111 CombDLLpi=0 CombDLLk=-31.9341 CombDLLp=-31.9341 CombDLLd=-31.9341 ProbNNe=9.45112e-08 ProbNNpi=0.998334 ProbNNk=6.43413e-05 ProbNNp=1.9542e-05 ProbNNghost=0.0011619 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.07474 RichDLLmu=-1.91571 RichDLLpi=0 RichDLLk=-17.5057 RichDLLp=-9.9012 RichPIDStatus=8163 RichDLLbt=-6.32661 RichDLLd=-6.32661 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.682099 CaloElectronMatch=446.367 CaloBremMatch=446.367 CaloChargedEcal=7805.47 CaloChargedID=42390 CaloNeutralEcal=7805.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88781 CaloNeutralID=42390 CaloEcalE=6109.17 CaloHcalE=11831.3 CaloEcalChi2=446.367 CaloBremChi2=146.89 CaloClusChi2=0.682099 CaloTrajectoryL=193.947 CaloEoverP=0.331335 EcalPIDe=-0.142358 BremPIDe=-0.540422 HcalPIDe=-2.87281 HcalPIDmu=-2.7165 EcalPIDmu=-3.09962 TrackChi2PerDof=1.22123 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=24432.7 TrackPt=700.836 CombDLLe=-4.78092 CombDLLmu=-8.37416 CombDLLpi=0 CombDLLk=-17.5057 CombDLLp=-9.9012 CombDLLd=-6.32661 ProbNNe=3.76501e-06 ProbNNpi=0.988445 ProbNNk=0.000477869 ProbNNp=0.00330869 ProbNNghost=0.0407289 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.384383 RichDLLmu=0.115787 RichDLLpi=0 RichDLLk=-8.01968 RichDLLp=-1.59175 RichPIDStatus=139201 RichDLLbt=-4.5551 RichDLLd=-10.0908 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.102997 CaloElectronMatch=3809.68 CaloBremMatch=2730.78 CaloChargedEcal=9958.52 CaloChargedID=43483 CaloNeutralEcal=9958.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.605523 CaloNeutralID=43483 CaloEcalE=3150.36 CaloEcalChi2=3809.68 CaloBremChi2=548.568 CaloClusChi2=0.102997 CaloTrajectoryL=205.156 CaloEoverP=0.116034 EcalPIDe=-1.87546 BremPIDe=-0.0160513 EcalPIDmu=-1.0001 TrackChi2PerDof=1.52217 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=86714.1 TrackPt=2023 CombDLLe=-1.82424 CombDLLmu=-0.838026 CombDLLpi=0 CombDLLk=-8.01968 CombDLLp=-1.59175 CombDLLd=-10.0908 ProbNNe=4.93749e-09 ProbNNpi=0.862644 ProbNNk=0.000147377 ProbNNp=0.00684552 ProbNNghost=0.0286796 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.3592 RichDLLmu=-14.8225 RichDLLpi=0 RichDLLk=-2.41204 RichDLLp=-2.41204 RichPIDStatus=5027 RichDLLbt=-2.41204 RichDLLd=-2.41204 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.385818 CaloElectronMatch=18.5777 CaloBremMatch=18.5777 CaloChargedEcal=3613.46 CaloChargedID=39913 CaloNeutralEcal=3613.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.774205 CaloNeutralID=39913 CaloEcalE=2513.41 CaloHcalE=4384.6 CaloEcalChi2=18.5777 CaloBremChi2=977.753 CaloClusChi2=0.385818 CaloTrajectoryL=-83.531 CaloEoverP=0.920437 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-1.33861 HcalPIDmu=-0.440538 EcalPIDmu=-2.39477 TrackChi2PerDof=0.528579 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4109.24 TrackPt=635.332 CombDLLe=-2.95652 CombDLLmu=-9.79815 CombDLLpi=0 CombDLLk=-2.41204 CombDLLp=-2.41204 CombDLLd=-2.41204 ProbNNe=3.64148e-06 ProbNNpi=0.994672 ProbNNk=0.00274623 ProbNNp=0.00458548 ProbNNghost=0.00523222 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.61535 RichDLLmu=1.71397 RichDLLpi=0 RichDLLk=26.9827 RichDLLp=27.8706 RichPIDStatus=6053 RichDLLbt=27.8706 RichDLLd=27.8706 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.68007 CaloElectronMatch=1351.04 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=842.212 CaloHcalE=10089 CaloEcalChi2=1351.04 CaloBremChi2=44.5756 CaloClusChi2=3.68007 CaloTrajectoryL=-961.425 CaloEoverP=0.0934776 EcalPIDe=-1.38554 BremPIDe=1.95613 HcalPIDe=-2.4429 HcalPIDmu=-1.62465 EcalPIDmu=0.436808 TrackChi2PerDof=1.46004 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=10404.7 TrackPt=1858.14 CombDLLe=-1.06818 CombDLLmu=1.12194 CombDLLpi=0 CombDLLk=26.9827 CombDLLp=27.8706 CombDLLd=27.8706 ProbNNe=0.000720463 ProbNNpi=0.00488339 ProbNNk=0.983785 ProbNNp=0.917095 ProbNNghost=0.00195219 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-30.127 RichDLLmu=-33.6753 RichDLLpi=0 RichDLLk=-22.3623 RichDLLp=-22.3623 RichPIDStatus=5027 RichDLLbt=-22.3623 RichDLLd=-22.3623 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.73136 CaloElectronMatch=27.2747 CaloBremMatch=27.2747 CaloChargedEcal=2930.7 CaloChargedID=35773 CaloNeutralEcal=2930.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871545 CaloNeutralID=35773 CaloEcalE=2385.77 CaloEcalChi2=27.2747 CaloBremChi2=92.3818 CaloClusChi2=2.73136 CaloTrajectoryL=232.986 CaloEoverP=0.725039 EcalPIDe=2.97947 BremPIDe=0.142978 EcalPIDmu=-2.2286 TrackChi2PerDof=1.01842 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4222.44 TrackPt=673.902 CombDLLe=-1.33682 CombDLLmu=-9.22858 CombDLLpi=0 CombDLLk=-22.3623 CombDLLp=-22.3623 CombDLLd=-22.3623 ProbNNe=0.00137076 ProbNNpi=0.989674 ProbNNk=0.000101064 ProbNNp=0.000698576 ProbNNghost=0.00687143 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.7905 RichDLLmu=-0.302889 RichDLLpi=0 RichDLLk=4.81525 RichDLLp=4.81525 RichPIDStatus=5060 RichDLLbt=4.81525 RichDLLd=4.81525 MuonMuLL=0 MuonBkgLL=-0.966654 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=23.9338 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.02299 CaloElectronMatch=489.395 CaloChargedEcal=12096.5 CaloChargedID=43209 CaloEcalE=3454.58 CaloHcalE=23224.6 CaloEcalChi2=489.395 CaloClusChi2=2.02299 CaloTrajectoryL=74.9093 CaloEoverP=0.962458 EcalPIDe=-0.319062 HcalPIDe=-1.89687 HcalPIDmu=-0.745537 EcalPIDmu=-2.92747 TrackChi2PerDof=1.24633 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=12789.4 TrackPt=278.143 CombDLLe=-2.87729 CombDLLmu=-3.12988 CombDLLpi=0 CombDLLk=4.81525 CombDLLp=4.81525 CombDLLd=5.7819 ProbNNe=9.61402e-05 ProbNNpi=0.683657 ProbNNk=0.104698 ProbNNp=0.136238 ProbNNghost=0.431834 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-42.7672 RichDLLmu=-26.1887 RichDLLpi=0 RichDLLk=-21.0815 RichDLLp=-21.0598 RichPIDStatus=6115 RichDLLbt=-21.0598 RichDLLd=-21.0598 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.26151 CaloElectronMatch=386.718 CaloBremMatch=386.718 CaloChargedEcal=949.708 CaloChargedID=42057 CaloNeutralEcal=949.708 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920612 CaloNeutralID=42057 CaloEcalE=860.018 CaloHcalE=15384.6 CaloEcalChi2=386.718 CaloBremChi2=66.2904 CaloClusChi2=6.26151 CaloTrajectoryL=266.553 CaloEoverP=0.136595 EcalPIDe=-0.0141273 BremPIDe=1.30348 HcalPIDe=-1.17839 HcalPIDmu=-1.10852 EcalPIDmu=0.436808 TrackChi2PerDof=1.23175 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=9250.36 TrackPt=440.424 CombDLLe=-5.4131 CombDLLmu=-7.67132 CombDLLpi=0 CombDLLk=-21.0815 CombDLLp=-21.0598 CombDLLd=-21.0598 ProbNNe=3.42439e-07 ProbNNpi=0.999372 ProbNNk=0.00152732 ProbNNp=0.00389815 ProbNNghost=0.00669105 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.2194 RichDLLmu=-2.98253 RichDLLpi=0 RichDLLk=-7.1455 RichDLLp=-6.91768 RichPIDStatus=6083 RichDLLbt=-6.91768 RichDLLd=-6.91768 MuonMuLL=-0.026652 MuonBkgLL=-1.23738 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=5.81937 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.60923 CaloElectronMatch=380.918 CaloChargedEcal=4917.56 CaloChargedID=43277 CaloEcalE=2329.51 CaloHcalE=12563.9 CaloEcalChi2=380.918 CaloClusChi2=1.60923 CaloTrajectoryL=349.233 CaloEoverP=0.2996 EcalPIDe=0.0386953 HcalPIDe=-2.5812 HcalPIDmu=-2.91707 EcalPIDmu=-1.45806 TrackChi2PerDof=0.729813 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=17162.8 TrackPt=350.825 CombDLLe=-4.45598 CombDLLmu=-6.90631 CombDLLpi=0 CombDLLk=-7.1455 CombDLLp=-6.91768 CombDLLd=-5.68031 ProbNNe=2.6954e-07 ProbNNpi=0.993136 ProbNNk=7.99664e-05 ProbNNp=0.000283501 ProbNNghost=0.00487968 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.9841 RichDLLmu=-16.7565 RichDLLpi=0 RichDLLk=-12.8758 RichDLLp=-12.8758 RichPIDStatus=5027 RichDLLbt=-12.8758 RichDLLd=-12.8758 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.37041 CaloElectronMatch=15.6623 CaloBremMatch=15.6623 CaloChargedEcal=6089.56 CaloChargedID=34064 CaloNeutralEcal=6089.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697535 CaloNeutralID=34064 CaloEcalE=2930.77 CaloHcalE=0 CaloEcalChi2=15.6623 CaloBremChi2=13.5875 CaloClusChi2=1.37041 CaloTrajectoryL=291.958 CaloEoverP=1.08529 EcalPIDe=3.6423 BremPIDe=3.0352 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.94561 TrackChi2PerDof=2.80144 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=5650.34 TrackPt=602.14 CombDLLe=3.06923 CombDLLmu=-12.4103 CombDLLpi=0 CombDLLk=-12.8758 CombDLLp=-12.8758 CombDLLd=-12.8758 ProbNNe=2.92682e-07 ProbNNpi=0.806086 ProbNNk=0.0011289 ProbNNp=0.00283666 ProbNNghost=0.281833 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.1481 RichDLLmu=-18.8383 RichDLLpi=0 RichDLLk=-3.58174 RichDLLp=-3.58174 RichPIDStatus=5027 RichDLLbt=-3.58174 RichDLLd=-3.58174 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.126792 CaloElectronMatch=34.3867 CaloBremMatch=34.3867 CaloChargedEcal=2392 CaloChargedID=40124 CaloNeutralEcal=2392 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811677 CaloNeutralID=40124 CaloEcalE=721.56 CaloHcalE=143.491 CaloEcalChi2=34.3867 CaloBremChi2=395.591 CaloClusChi2=0.126792 CaloTrajectoryL=1.13297 CaloEoverP=0.801878 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=-0.11382 HcalPIDmu=-2.39464 EcalPIDmu=0.566712 TrackChi2PerDof=0.519178 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=3279.28 TrackPt=455.648 CombDLLe=-1.3735 CombDLLmu=-8.82045 CombDLLpi=0 CombDLLk=-3.58174 CombDLLp=-3.58174 CombDLLd=-3.58174 ProbNNe=1.05742e-05 ProbNNpi=0.996109 ProbNNk=0.000955163 ProbNNp=0.00316834 ProbNNghost=0.00542908 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.76837 RichDLLmu=-8.16707 RichDLLpi=0 RichDLLk=-5.60365 RichDLLp=-5.60365 RichPIDStatus=5027 RichDLLbt=-5.60365 RichDLLd=-5.60365 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.651607 CaloElectronMatch=381.884 CaloBremMatch=250.258 CaloChargedEcal=9791.66 CaloChargedID=38917 CaloNeutralEcal=9791.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849864 CaloNeutralID=38917 CaloEcalE=2173.69 CaloHcalE=237.525 CaloEcalChi2=381.884 CaloBremChi2=439.085 CaloClusChi2=0.651607 CaloTrajectoryL=-90.1736 CaloEoverP=1.39711 EcalPIDe=-0.0141273 BremPIDe=-0.492427 HcalPIDe=0.0890684 HcalPIDmu=-2.49368 EcalPIDmu=-2.40841 TrackChi2PerDof=1.49839 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=7185.56 TrackPt=211.966 CombDLLe=-1.92784 CombDLLmu=-11.3879 CombDLLpi=0 CombDLLk=-5.60365 CombDLLp=-5.60365 CombDLLd=-5.60365 ProbNNe=0.000934622 ProbNNpi=0.877715 ProbNNk=0.00832321 ProbNNp=0.0260475 ProbNNghost=0.281842 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.557357 CaloElectronMatch=15.3533 CaloChargedEcal=2806.13 CaloChargedID=34873 CaloEcalE=2265.34 CaloHcalE=271.617 CaloEcalChi2=15.3533 CaloClusChi2=0.557357 CaloTrajectoryL=48.2163 CaloEoverP=0.941399 EcalPIDe=2.97947 HcalPIDe=-0.19426 HcalPIDmu=-1.03802 EcalPIDmu=-2.35521 TrackChi2PerDof=1.69982 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=3271.42 TrackPt=67.8295 CombDLLe=2.78521 CombDLLmu=-3.39323 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.867934 ProbNNpi=0.0273133 ProbNNk=0.0579966 ProbNNp=0.0212953 ProbNNghost=0.994401 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.0219 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=55.7149 BremPIDe=0.484836 TrackChi2PerDof=1.74139 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=1736.14 TrackPt=269.367 CombDLLe=-1.39662 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.237375 ProbNNpi=0.783401 ProbNNk=0.0410889 ProbNNp=0.130236 ProbNNghost=0.293836 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.08369 RichDLLmu=-2.47667 RichDLLpi=0 RichDLLk=-7.01741 RichDLLp=-7.01741 RichPIDStatus=5059 RichDLLbt=-7.01741 RichDLLd=-7.01741 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.175537 CaloElectronMatch=34.9559 CaloChargedEcal=8396.18 CaloChargedID=43373 CaloEcalE=5037.09 CaloHcalE=17475.9 CaloEcalChi2=34.9559 CaloClusChi2=0.175537 CaloTrajectoryL=131 CaloEoverP=0.652903 EcalPIDe=4.33705 HcalPIDe=-1.89687 HcalPIDmu=-1.83466 EcalPIDmu=-3.41223 TrackChi2PerDof=1.07262 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=13415.9 TrackPt=293.617 CombDLLe=1.04449 CombDLLmu=-8.45597 CombDLLpi=0 CombDLLk=-7.01741 CombDLLp=-7.01741 CombDLLd=-7.01741 ProbNNe=0.00131358 ProbNNpi=0.991709 ProbNNk=0.0014928 ProbNNp=0.00114325 ProbNNghost=0.0198091 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.8546 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=1068.23 BremPIDe=-0.53289 TrackChi2PerDof=0.808016 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=1687.98 TrackPt=261.304 CombDLLe=-4.14742 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=9.933e-05 ProbNNpi=0.91302 ProbNNk=0.0532065 ProbNNp=0.0710033 ProbNNghost=0.0354668 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.5727 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=291.919 BremPIDe=-0.0713868 TrackChi2PerDof=0.806017 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=1475.82 TrackPt=352.789 CombDLLe=-2.96294 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00304469 ProbNNpi=0.900655 ProbNNk=0.0444507 ProbNNp=0.0840252 ProbNNghost=0.0519219 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-36.8686 RichDLLmu=-17.7334 RichDLLpi=0 RichDLLk=-19.7325 RichDLLp=-19.7325 RichPIDStatus=5091 RichDLLbt=-19.7325 RichDLLd=-19.7325 MuonMuLL=-0.742337 MuonBkgLL=-0.828558 MuonNShared=3 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=14.0148 MuonMVA1=-999 MuonMVA2=-1.40911 MuonMVA3=-999 MuonMVA4=-999 InAccBrem=1 CaloBremChi2=309.896 BremPIDe=-0.554165 TrackChi2PerDof=0.808809 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=7190.51 TrackPt=650.341 CombDLLe=-5.64112 CombDLLmu=-6.90216 CombDLLpi=0 CombDLLk=-19.7325 CombDLLp=-19.7325 CombDLLd=-18.9039 ProbNNe=1.88409e-07 ProbNNmu=0.00106764 ProbNNpi=0.443118 ProbNNk=0.000860491 ProbNNp=0.227187 ProbNNghost=0.130733 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.1384 RichDLLmu=-12.5035 RichDLLpi=0 RichDLLk=-2.67071 RichDLLp=-2.67071 RichPIDStatus=5059 RichDLLbt=-2.67071 RichDLLd=-2.67071 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.94186 CaloElectronMatch=161.927 CaloChargedEcal=5784.88 CaloChargedID=43447 CaloEcalE=2745.44 CaloHcalE=5186.49 CaloEcalChi2=161.927 CaloClusChi2=1.94186 CaloTrajectoryL=331.863 CaloEoverP=0.61195 EcalPIDe=0.989182 HcalPIDe=-2.09086 HcalPIDmu=-1.29052 EcalPIDmu=-2.29891 TrackChi2PerDof=2.11179 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=9873.78 TrackPt=201.874 CombDLLe=-4.21675 CombDLLmu=-10.4959 CombDLLpi=0 CombDLLk=-2.67071 CombDLLp=-2.67071 CombDLLd=-2.67071 ProbNNe=1.16999e-06 ProbNNpi=0.877294 ProbNNk=4.90833e-05 ProbNNp=0.000235343 ProbNNghost=0.588356 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-69.4649 RichDLLmu=-39.7446 RichDLLpi=0 RichDLLk=-26.6459 RichDLLp=-26.6459 RichPIDStatus=5091 RichDLLbt=-26.6459 RichDLLd=-26.6459 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.76107 CaloElectronMatch=220.781 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=702.468 CaloHcalE=2828.17 CaloEcalChi2=220.781 CaloBremChi2=28.007 CaloClusChi2=9.76107 CaloTrajectoryL=6657.1 CaloEoverP=0.29592 EcalPIDe=0.605631 BremPIDe=2.23396 HcalPIDe=-1.45309 HcalPIDmu=0.204031 EcalPIDmu=0.678135 TrackChi2PerDof=1.09208 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=5179.1 TrackPt=1158.13 CombDLLe=-5.19234 CombDLLmu=-6.11783 CombDLLpi=0 CombDLLk=-26.6459 CombDLLp=-26.6459 CombDLLd=-26.6459 ProbNNe=1.19355e-09 ProbNNpi=0.995465 ProbNNk=7.04891e-05 ProbNNp=0.000267185 ProbNNghost=0.00794764 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.479147 RichDLLmu=-0.0789242 RichDLLpi=0 RichDLLk=10.7758 RichDLLp=3.27526 RichPIDStatus=8132 RichDLLbt=3.44843 RichDLLd=3.44843 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.0941 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=44582.5 TrackPt=827.55 CombDLLe=-0.0838467 CombDLLmu=-0.110485 CombDLLpi=0 CombDLLk=10.7758 CombDLLp=3.27526 CombDLLd=3.44843 ProbNNe=0.0750681 ProbNNpi=0.156851 ProbNNk=0.99566 ProbNNp=0.303253 ProbNNghost=0.0114646 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-39.6564 RichDLLmu=-30.8324 RichDLLpi=0 RichDLLk=-15.9028 RichDLLp=-15.9028 RichPIDStatus=5027 RichDLLbt=-15.9028 RichDLLd=-15.9028 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.25043 CaloElectronMatch=135.263 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=900.816 CaloHcalE=3557.59 CaloEcalChi2=135.263 CaloBremChi2=441.501 CaloClusChi2=2.25043 CaloTrajectoryL=491.091 CaloEoverP=0.289978 EcalPIDe=0.83137 BremPIDe=-0.553589 HcalPIDe=-1.44621 HcalPIDmu=0.362701 EcalPIDmu=-0.290136 TrackChi2PerDof=1.22848 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=3354.08 TrackPt=634.855 CombDLLe=-6.47417 CombDLLmu=-6.92737 CombDLLpi=0 CombDLLk=-15.9028 CombDLLp=-15.9028 CombDLLd=-15.9028 ProbNNe=4.31123e-07 ProbNNpi=0.996116 ProbNNk=0.000337139 ProbNNp=0.00504667 ProbNNghost=0.0103489 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.7828 RichDLLmu=-6.13047 RichDLLpi=0 RichDLLk=-9.67251 RichDLLp=-9.12939 RichPIDStatus=6083 RichDLLbt=-9.12939 RichDLLd=-9.12939 MuonMuLL=-0.0418642 MuonBkgLL=-1.44609 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=35.7765 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.32193 CaloElectronMatch=353 CaloChargedEcal=5362.91 CaloChargedID=42930 CaloEcalE=262.68 CaloHcalE=5082.12 CaloEcalChi2=353 CaloClusChi2=1.32193 CaloTrajectoryL=-133.306 CaloEoverP=0.357442 EcalPIDe=0.285969 HcalPIDe=-1.60013 HcalPIDmu=-0.549822 EcalPIDmu=-0.166385 TrackChi2PerDof=0.951874 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=16498 TrackPt=226.404 CombDLLe=-3.63502 CombDLLmu=-5.20208 CombDLLpi=0 CombDLLk=-9.67251 CombDLLp=-9.12939 CombDLLd=-7.6833 ProbNNe=8.48412e-08 ProbNNpi=0.993126 ProbNNk=2.67011e-05 ProbNNp=0.0001292 ProbNNghost=0.00861029 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.0077 RichDLLmu=-13.9669 RichDLLpi=0 RichDLLk=6.047 RichDLLp=6.047 RichPIDStatus=5028 RichDLLbt=6.047 RichDLLd=6.047 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.63638 CaloElectronMatch=28.3377 CaloBremMatch=28.3377 CaloChargedEcal=2129.87 CaloChargedID=36153 CaloNeutralEcal=2129.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960979 CaloNeutralID=36153 CaloEcalE=1851.48 CaloHcalE=0 CaloEcalChi2=28.3377 CaloBremChi2=153.624 CaloClusChi2=4.63638 CaloTrajectoryL=236.754 CaloEoverP=0.805869 EcalPIDe=2.97947 BremPIDe=-0.0936627 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-2.19735 TrackChi2PerDof=0.976636 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=2880.28 TrackPt=619.991 CombDLLe=-0.389152 CombDLLmu=-11.5397 CombDLLpi=0 CombDLLk=6.047 CombDLLp=6.047 CombDLLd=6.047 ProbNNe=6.68215e-07 ProbNNpi=0.716404 ProbNNk=0.21803 ProbNNp=0.496575 ProbNNghost=0.0143376 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.9979 RichDLLmu=-24.223 RichDLLpi=0 RichDLLk=-10.4755 RichDLLp=-10.4755 RichPIDStatus=5091 RichDLLbt=-10.4755 RichDLLd=-10.4755 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.127699 CaloElectronMatch=65.5436 CaloBremMatch=65.5436 CaloChargedEcal=3053.35 CaloChargedID=33893 CaloNeutralEcal=3053.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869691 CaloNeutralID=33893 CaloEcalE=1206.79 CaloHcalE=0 CaloEcalChi2=65.5436 CaloBremChi2=197.135 CaloClusChi2=0.127699 CaloTrajectoryL=-142.317 CaloEoverP=0.646666 EcalPIDe=1.84829 BremPIDe=-0.296068 HcalPIDe=0.83611 HcalPIDmu=-2.46366 EcalPIDmu=-0.801309 TrackChi2PerDof=0.980279 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=5010.19 TrackPt=856.182 CombDLLe=-2.53882 CombDLLmu=-10.2641 CombDLLpi=0 CombDLLk=-10.4755 CombDLLp=-10.4755 CombDLLd=-10.4755 ProbNNe=4.60041e-09 ProbNNpi=0.998703 ProbNNk=0.000362442 ProbNNp=0.0023481 ProbNNghost=0.00172146 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.4045 RichDLLmu=-9.58331 RichDLLpi=0 RichDLLk=-0.256275 RichDLLp=-0.256275 RichPIDStatus=5027 RichDLLbt=-0.256275 RichDLLd=-0.256275 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.33872 CaloElectronMatch=56.1536 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=1651.47 CaloHcalE=10225 CaloEcalChi2=56.1536 CaloBremChi2=174.595 CaloClusChi2=1.33872 CaloTrajectoryL=427.874 CaloEoverP=0.35734 EcalPIDe=2.97947 BremPIDe=-0.170017 HcalPIDe=-0.613322 HcalPIDmu=0.635428 EcalPIDmu=-1.95608 TrackChi2PerDof=0.815818 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=2721.81 TrackPt=531.308 CombDLLe=-1.09409 CombDLLmu=-8.02414 CombDLLpi=0 CombDLLk=-0.256275 CombDLLp=-0.256275 CombDLLd=-0.256275 ProbNNe=8.59088e-06 ProbNNpi=0.974214 ProbNNk=0.0193312 ProbNNp=0.0497677 ProbNNghost=0.0177234 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.50959 RichDLLmu=-2.632 RichDLLpi=0 RichDLLk=16.1388 RichDLLp=16.209 RichPIDStatus=6117 RichDLLbt=16.209 RichDLLd=16.209 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.59489 CaloElectronMatch=464.144 CaloBremMatch=268.635 CaloChargedEcal=2028.85 CaloChargedID=39370 CaloNeutralEcal=2028.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.610505 CaloNeutralID=39370 CaloEcalE=548.172 CaloHcalE=570.657 CaloEcalChi2=464.144 CaloBremChi2=75.9945 CaloClusChi2=2.59489 CaloTrajectoryL=151.734 CaloEoverP=0.228239 EcalPIDe=-0.270192 BremPIDe=0.75355 HcalPIDe=-0.176853 HcalPIDmu=-1.26188 EcalPIDmu=1.63258 TrackChi2PerDof=1.221 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=9296.42 TrackPt=362.909 CombDLLe=-0.306101 CombDLLmu=-3.00768 CombDLLpi=0 CombDLLk=16.1388 CombDLLp=16.209 CombDLLd=16.209 ProbNNe=3.71665e-05 ProbNNpi=0.0464188 ProbNNk=0.82028 ProbNNp=0.942555 ProbNNghost=0.027507 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-14.7728 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.50294 CaloElectronMatch=4.41085 CaloBremMatch=4.41085 CaloChargedEcal=1568.55 CaloChargedID=34299 CaloNeutralEcal=1568.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902047 CaloNeutralID=34299 CaloEcalE=484.528 CaloEcalChi2=4.41085 CaloBremChi2=5.79542 CaloClusChi2=0.50294 CaloTrajectoryL=68.8467 CaloEoverP=1.06926 EcalPIDe=2.97947 BremPIDe=2.26754 EcalPIDmu=0.987184 TrackChi2PerDof=1.02553 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=1754.25 TrackPt=387.239 CombDLLe=2.77323 CombDLLmu=0.987184 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0235204 ProbNNpi=0.862685 ProbNNk=0.052173 ProbNNp=0.137303 ProbNNghost=0.0764827 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.1922 RichDLLmu=-14.045 RichDLLpi=0 RichDLLk=-1.55632 RichDLLp=-1.55632 RichPIDStatus=5027 RichDLLbt=-1.55632 RichDLLd=-1.55632 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=18.1894 CaloElectronMatch=82.8905 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=275.892 CaloHcalE=2227.65 CaloEcalChi2=82.8905 CaloBremChi2=186.827 CaloClusChi2=18.1894 CaloTrajectoryL=2368.75 CaloEoverP=0.349535 EcalPIDe=1.51236 BremPIDe=-0.32426 HcalPIDe=-1.22416 HcalPIDmu=1.17985 EcalPIDmu=0.383137 TrackChi2PerDof=1.30589 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=2782.58 TrackPt=527.196 CombDLLe=-3.15868 CombDLLmu=-5.38635 CombDLLpi=0 CombDLLk=-1.55632 CombDLLp=-1.55632 CombDLLd=-1.55632 ProbNNe=8.15891e-06 ProbNNpi=0.97031 ProbNNk=0.0181647 ProbNNp=0.0344548 ProbNNghost=0.0479375 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0904036 RichDLLmu=0.178859 RichDLLpi=0 RichDLLk=-1.19355 RichDLLp=0.498543 RichPIDStatus=139206 RichDLLbt=6.06907 RichDLLd=7.14536 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.04958 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=112184 TrackPt=2228.15 CombDLLe=0.0158206 CombDLLmu=0.250296 CombDLLpi=0 CombDLLk=-1.19355 CombDLLp=0.498543 CombDLLd=7.14536 ProbNNe=0.0839606 ProbNNpi=0.55904 ProbNNk=0.114303 ProbNNp=0.41407 ProbNNghost=0.146896 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.3595 RichDLLmu=-14.5684 RichDLLpi=0 RichDLLk=-8.74923 RichDLLp=-8.74923 RichPIDStatus=5027 RichDLLbt=-8.74923 RichDLLd=-8.74923 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.435024 CaloElectronMatch=99.44 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=4654.26 CaloHcalE=5555.52 CaloEcalChi2=99.44 CaloBremChi2=342.931 CaloClusChi2=0.435024 CaloTrajectoryL=765.894 CaloEoverP=0.307482 EcalPIDe=1.51236 BremPIDe=-0.373552 HcalPIDe=-0.88472 HcalPIDmu=0.336287 EcalPIDmu=-0.924357 TrackChi2PerDof=0.874049 TrackNumDof=20 TrackType=3 TrackHistory=32 TrackP=3163.15 TrackPt=587.696 CombDLLe=-4.95269 CombDLLmu=-7.54695 CombDLLpi=0 CombDLLk=-8.74923 CombDLLp=-8.74923 CombDLLd=-8.74923 ProbNNe=4.11321e-06 ProbNNpi=0.996474 ProbNNk=0.000388802 ProbNNp=0.000990206 ProbNNghost=0.00798433 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.3106 RichDLLmu=-6.40029 RichDLLpi=0 RichDLLk=-6.51271 RichDLLp=-6.51271 RichPIDStatus=5059 RichDLLbt=-6.51271 RichDLLd=-6.51271 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.53648 CaloElectronMatch=194.365 CaloChargedEcal=4468.8 CaloChargedID=42935 CaloEcalE=2594.42 CaloHcalE=3548.94 CaloEcalChi2=194.365 CaloClusChi2=2.53648 CaloTrajectoryL=413.74 CaloEoverP=0.461303 EcalPIDe=0.786938 HcalPIDe=-1.25274 HcalPIDmu=-0.0101547 EcalPIDmu=-2.29891 TrackChi2PerDof=1.14509 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=10428 TrackPt=58.0547 CombDLLe=-3.87825 CombDLLmu=-8.30457 CombDLLpi=0 CombDLLk=-6.51271 CombDLLp=-6.51271 CombDLLd=-6.51271 ProbNNe=5.26871e-08 ProbNNpi=0.96915 ProbNNk=3.46081e-05 ProbNNp=0.000153269 ProbNNghost=0.102876 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.50093 RichDLLmu=-1.97626 RichDLLpi=0 RichDLLk=11.8977 RichDLLp=12.8487 RichPIDStatus=6117 RichDLLbt=12.8487 RichDLLd=12.8487 MuonMuLL=0 MuonBkgLL=-0.277716 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=469.038 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.138 CaloElectronMatch=387.136 CaloBremMatch=387.136 CaloChargedEcal=2707.39 CaloChargedID=39904 CaloNeutralEcal=2707.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841157 CaloNeutralID=39904 CaloEcalE=803.074 CaloHcalE=8202.58 CaloEcalChi2=387.136 CaloBremChi2=12.7991 CaloClusChi2=1.138 CaloTrajectoryL=173.51 CaloEoverP=0.267196 EcalPIDe=-0.10442 BremPIDe=3.33445 HcalPIDe=-2.51216 HcalPIDmu=-2.0837 EcalPIDmu=0.436808 TrackChi2PerDof=2.65235 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=10319.8 TrackPt=1142.39 CombDLLe=-0.238773 CombDLLmu=-4.00033 CombDLLpi=0 CombDLLk=11.8977 CombDLLp=12.8487 CombDLLd=13.1265 ProbNNe=5.16233e-05 ProbNNpi=0.00939718 ProbNNk=0.201635 ProbNNp=0.0586859 ProbNNghost=0.988969 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.58504 RichDLLmu=-0.745825 RichDLLpi=0 RichDLLk=3.46504 RichDLLp=3.46504 RichPIDStatus=5028 RichDLLbt=3.46504 RichDLLd=3.46504 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.664169 CaloElectronMatch=364.337 CaloChargedEcal=9791.66 CaloChargedID=38917 CaloEcalE=2173.69 CaloHcalE=237.525 CaloEcalChi2=364.337 CaloClusChi2=0.664169 CaloTrajectoryL=-89.7265 CaloEoverP=1.36495 EcalPIDe=0.0750074 HcalPIDe=0.0890684 HcalPIDmu=-2.49368 EcalPIDmu=-2.40841 TrackChi2PerDof=0.956046 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=7354.87 TrackPt=189.582 CombDLLe=0.441313 CombDLLmu=-5.93857 CombDLLpi=0 CombDLLk=3.46504 CombDLLp=3.46504 CombDLLd=3.46504 ProbNNe=0.383388 ProbNNpi=0.246923 ProbNNk=0.148208 ProbNNp=0.229817 ProbNNghost=0.865223 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-46.222 RichDLLmu=-31.6038 RichDLLpi=0 RichDLLk=-13.8216 RichDLLp=-13.8216 RichPIDStatus=5027 RichDLLbt=-13.8216 RichDLLd=-13.8216 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.32677 CaloElectronMatch=125.387 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=1927.43 CaloHcalE=1101.43 CaloEcalChi2=125.387 CaloBremChi2=419.477 CaloClusChi2=3.32677 CaloTrajectoryL=5490.89 CaloEoverP=0.477697 EcalPIDe=0.83137 BremPIDe=-0.4614 HcalPIDe=-0.789374 HcalPIDmu=0.707263 EcalPIDmu=-2.19735 TrackChi2PerDof=1.511 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=3208.31 TrackPt=916.788 CombDLLe=-6.15649 CombDLLmu=-8.49005 CombDLLpi=0 CombDLLk=-13.8216 CombDLLp=-13.8216 CombDLLd=-13.8216 ProbNNe=3.62886e-07 ProbNNpi=0.994268 ProbNNk=0.000907145 ProbNNp=0.00154453 ProbNNghost=0.00899218 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.05112 RichDLLmu=6.36691 RichDLLpi=0 RichDLLk=7.65249 RichDLLp=7.65249 RichPIDStatus=5060 RichDLLbt=7.65249 RichDLLd=7.65249 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.3103 CaloElectronMatch=239.799 CaloChargedEcal=17995.1 CaloChargedID=38965 CaloEcalE=9222.64 CaloHcalE=318.499 CaloEcalChi2=239.799 CaloClusChi2=0.3103 CaloTrajectoryL=65.5787 CaloEoverP=2.05159 EcalPIDe=0.605631 HcalPIDe=-0.0471635 HcalPIDmu=-1.89593 EcalPIDmu=-1.01844 TrackChi2PerDof=1.65999 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=8892.06 TrackPt=173.183 CombDLLe=1.43775 CombDLLmu=3.06861 CombDLLpi=0 CombDLLk=7.65249 CombDLLp=7.65249 CombDLLd=7.65249 ProbNNe=0.992826 ProbNNpi=0.127192 ProbNNk=0.155162 ProbNNp=0.195188 ProbNNghost=0.990559 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.09797 RichDLLmu=6.36142 RichDLLpi=0 RichDLLk=7.68578 RichDLLp=7.68578 RichPIDStatus=5060 RichDLLbt=7.68578 RichDLLd=7.68578 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.311674 CaloElectronMatch=241.437 CaloChargedEcal=17995.1 CaloChargedID=38965 CaloEcalE=9222.64 CaloHcalE=318.499 CaloEcalChi2=241.437 CaloClusChi2=0.311674 CaloTrajectoryL=65.6084 CaloEoverP=2.05329 EcalPIDe=0.605631 HcalPIDe=-0.0471635 HcalPIDmu=-1.89593 EcalPIDmu=-1.01844 TrackChi2PerDof=1.69572 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=8884.68 TrackPt=183.364 CombDLLe=1.44581 CombDLLmu=3.06654 CombDLLpi=0 CombDLLk=7.68578 CombDLLp=7.68578 CombDLLd=7.68578 ProbNNe=0.993924 ProbNNpi=0.193328 ProbNNk=0.164855 ProbNNp=0.207324 ProbNNghost=0.979924 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.0692 RichDLLmu=-9.40733 RichDLLpi=0 RichDLLk=1.33158 RichDLLp=1.33158 RichPIDStatus=5028 RichDLLbt=1.33158 RichDLLd=1.33158 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.0433 CaloElectronMatch=115.652 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=2000.18 CaloHcalE=7010.35 CaloEcalChi2=115.652 CaloBremChi2=334.506 CaloClusChi2=4.0433 CaloTrajectoryL=-1383.24 CaloEoverP=0.564419 EcalPIDe=1.51236 BremPIDe=-0.373552 HcalPIDe=-1.04386 HcalPIDmu=0.551139 EcalPIDmu=-2.21538 TrackChi2PerDof=0.817776 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=2715.36 TrackPt=687.54 CombDLLe=-4.1433 CombDLLmu=-8.3466 CombDLLpi=0 CombDLLk=1.33158 CombDLLp=1.33158 CombDLLd=1.33158 ProbNNe=2.94508e-07 ProbNNpi=0.946968 ProbNNk=0.053234 ProbNNp=0.136521 ProbNNghost=0.0126261 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.93055 RichDLLmu=-2.0098 RichDLLpi=0 RichDLLk=2.17993 RichDLLp=2.17993 RichPIDStatus=5060 RichDLLbt=2.17993 RichDLLd=2.17993 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=5.86433 CaloElectronMatch=256.7 CaloChargedEcal=5258.72 CaloChargedID=38793 CaloEcalE=634.828 CaloHcalE=5236.88 CaloEcalChi2=256.7 CaloClusChi2=5.86433 CaloTrajectoryL=316.385 CaloEoverP=0.793122 EcalPIDe=0.27519 HcalPIDe=-2.09086 HcalPIDmu=-1.39471 EcalPIDmu=0.734887 TrackChi2PerDof=1.034 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=6746.23 TrackPt=104.349 CombDLLe=-2.84598 CombDLLmu=-3.3312 CombDLLpi=0 CombDLLk=2.17993 CombDLLp=2.17993 CombDLLd=2.17993 ProbNNe=0.000474311 ProbNNpi=0.826517 ProbNNk=0.0122462 ProbNNp=0.0284628 ProbNNghost=0.448068 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.343212 RichDLLmu=0.545826 RichDLLpi=0 RichDLLk=2.57175 RichDLLp=12.5462 RichPIDStatus=8165 RichDLLbt=11.959 RichDLLd=11.959 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.370594 CaloElectronMatch=2.38888 CaloBremMatch=2.38888 CaloChargedEcal=19631 CaloChargedID=42890 CaloNeutralEcal=19631 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871527 CaloNeutralID=42890 CaloEcalE=14056.9 CaloHcalE=1126.4 CaloEcalChi2=2.38888 CaloBremChi2=297.673 CaloClusChi2=0.370594 CaloTrajectoryL=114.279 CaloEoverP=1.04856 EcalPIDe=4.7102 BremPIDe=-0.363296 HcalPIDe=-0.274252 HcalPIDmu=0.44298 EcalPIDmu=-2.80328 TrackChi2PerDof=1.36878 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=18624.5 TrackPt=558.319 CombDLLe=4.01259 CombDLLmu=-1.59917 CombDLLpi=0 CombDLLk=2.57175 CombDLLp=12.5462 CombDLLd=11.959 ProbNNe=0.990845 ProbNNpi=0.194124 ProbNNk=0.0133181 ProbNNp=0.764574 ProbNNghost=0.835251 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.39544 RichDLLmu=-1.04481 RichDLLpi=0 RichDLLk=4.81808 RichDLLp=4.81808 RichPIDStatus=5060 RichDLLbt=4.81808 RichDLLd=4.81808 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.02962 CaloElectronMatch=81.4043 CaloChargedEcal=15050.6 CaloChargedID=38704 CaloEcalE=9014.55 CaloHcalE=2039.1 CaloEcalChi2=81.4043 CaloClusChi2=1.02962 CaloTrajectoryL=123.934 CaloEoverP=1.50829 EcalPIDe=1.84829 HcalPIDe=-1.11299 HcalPIDmu=1.36796 EcalPIDmu=-2.81296 TrackChi2PerDof=1.1293 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=9894.27 TrackPt=163.343 CombDLLe=-0.544354 CombDLLmu=-2.88681 CombDLLpi=0 CombDLLk=4.81808 CombDLLp=4.81808 CombDLLd=4.81808 ProbNNe=0.277968 ProbNNpi=0.759423 ProbNNk=0.0365918 ProbNNp=0.0610624 ProbNNghost=0.268924 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.839389 CaloElectronMatch=250.258 CaloChargedEcal=9791.66 CaloChargedID=38917 CaloEcalE=5984.08 CaloHcalE=1286.23 CaloEcalChi2=250.258 CaloClusChi2=0.839389 CaloTrajectoryL=184.08 CaloEoverP=1.55159 EcalPIDe=0.605631 HcalPIDe=-0.704175 HcalPIDmu=1.42607 EcalPIDmu=-2.74106 TrackChi2PerDof=0.461594 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=6470.14 TrackPt=63.531 CombDLLe=-0.0985441 CombDLLmu=-1.31499 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.856759 ProbNNpi=0.198654 ProbNNk=0.0467496 ProbNNp=0.0828038 ProbNNghost=0.926229 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.17559 RichDLLmu=2.50675 RichDLLpi=0 RichDLLk=-15.7202 RichDLLp=-10.0397 RichPIDStatus=6081 RichDLLbt=-10.0397 RichDLLd=-10.0397 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=2.88272 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=28721.4 TrackPt=443.271 CombDLLe=0.728085 CombDLLmu=3.24224 CombDLLpi=0 CombDLLk=-15.7202 CombDLLp=-10.0397 CombDLLd=-10.0397 ProbNNe=0.859293 ProbNNpi=0.161847 ProbNNk=0.000180525 ProbNNp=0.0122612 ProbNNghost=0.804843 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.73835 RichDLLmu=-0.11998 RichDLLpi=0 RichDLLk=6.15455 RichDLLp=6.15455 RichPIDStatus=5060 RichDLLbt=6.15455 RichDLLd=6.15455 MuonMuLL=-0.00904075 MuonBkgLL=-0.764926 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=16.2622 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.790427 CaloElectronMatch=227.458 CaloChargedEcal=12096.5 CaloChargedID=43209 CaloEcalE=7783.21 CaloHcalE=23224.6 CaloEcalChi2=227.458 CaloClusChi2=0.790427 CaloTrajectoryL=264.304 CaloEoverP=1.41165 EcalPIDe=0.605631 HcalPIDe=-1.17839 HcalPIDmu=0.232508 EcalPIDmu=-2.16722 TrackChi2PerDof=2.16238 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=8719.72 TrackPt=133.44 CombDLLe=0.252597 CombDLLmu=-1.34676 CombDLLpi=0 CombDLLk=6.15455 CombDLLp=6.15455 CombDLLd=6.91948 ProbNNe=0.993208 ProbNNpi=0.125397 ProbNNk=0.190572 ProbNNp=0.187345 ProbNNghost=0.981081 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.8955 RichDLLmu=-3.28981 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=259.204 BremPIDe=-0.0866561 TrackChi2PerDof=1.24128 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=2325.07 TrackPt=217.08 CombDLLe=-2.73064 CombDLLmu=-4.03904 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00321886 ProbNNpi=0.796021 ProbNNk=0.0479332 ProbNNp=0.190285 ProbNNghost=0.122233 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.8812 RichDLLmu=-27.554 RichDLLpi=0 RichDLLk=-13.5951 RichDLLp=-13.5951 RichPIDStatus=5027 RichDLLbt=-13.5951 RichDLLd=-13.5951 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.63338 CaloElectronMatch=60.1107 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=266.076 CaloHcalE=2644.12 CaloEcalChi2=60.1107 CaloBremChi2=31.7465 CaloClusChi2=2.63338 CaloTrajectoryL=-2277.53 CaloEoverP=0.447175 EcalPIDe=2.97947 BremPIDe=1.58328 HcalPIDe=-1.59399 HcalPIDmu=0.562388 EcalPIDmu=0.383137 TrackChi2PerDof=0.43013 TrackNumDof=19 TrackType=3 TrackHistory=32 TrackP=3427.3 TrackPt=812.287 CombDLLe=-2.27839 CombDLLmu=-6.05425 CombDLLpi=0 CombDLLk=-13.5951 CombDLLp=-13.5951 CombDLLd=-13.5951 ProbNNe=1.4901e-06 ProbNNpi=0.997662 ProbNNk=0.00173518 ProbNNp=0.0145605 ProbNNghost=0.00533598 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=18.2682 RichDLLmu=0.648796 RichDLLpi=0 RichDLLk=2.12217 RichDLLp=2.12217 RichPIDStatus=5057 RichDLLbt=2.12217 RichDLLd=2.12217 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.700145 CaloElectronMatch=205.752 CaloChargedEcal=17995.1 CaloChargedID=38965 CaloEcalE=7399.18 CaloHcalE=318.499 CaloEcalChi2=205.752 CaloClusChi2=0.700145 CaloTrajectoryL=131.928 CaloEoverP=2.11668 EcalPIDe=0.605631 HcalPIDe=-0.0471635 HcalPIDmu=-1.89593 EcalPIDmu=-2.16722 TrackChi2PerDof=1.4307 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=8618.62 TrackPt=143.897 CombDLLe=3.55024 CombDLLmu=-3.1599 CombDLLpi=0 CombDLLk=2.12217 CombDLLp=2.12217 CombDLLd=2.12217 ProbNNe=0.999953 ProbNNpi=0.0343305 ProbNNk=0.000669932 ProbNNp=0.00510872 ProbNNghost=0.997441 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.92283 RichDLLmu=-1.06362 RichDLLpi=0 RichDLLk=18.207 RichDLLp=18.2838 RichPIDStatus=6117 RichDLLbt=18.2838 RichDLLd=18.2838 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.60534 CaloElectronMatch=464.74 CaloBremMatch=268.635 CaloChargedEcal=2028.85 CaloChargedID=39370 CaloNeutralEcal=2028.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.610505 CaloNeutralID=39370 CaloEcalE=548.172 CaloHcalE=570.657 CaloEcalChi2=464.74 CaloBremChi2=86.0853 CaloClusChi2=2.60534 CaloTrajectoryL=152.06 CaloEoverP=0.228093 EcalPIDe=-0.270192 BremPIDe=0.575102 HcalPIDe=-0.176853 HcalPIDmu=-1.26188 EcalPIDmu=1.63258 TrackChi2PerDof=2.10241 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=9302.34 TrackPt=378.809 CombDLLe=-0.208179 CombDLLmu=-1.09631 CombDLLpi=0 CombDLLk=18.207 CombDLLp=18.2838 CombDLLd=18.2838 ProbNNe=0.000181412 ProbNNpi=0.00555683 ProbNNk=0.715995 ProbNNp=0.894883 ProbNNghost=0.919631 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.24025 RichDLLmu=-3.83928 RichDLLpi=0 RichDLLk=14.425 RichDLLp=14.425 RichPIDStatus=5028 RichDLLbt=14.425 RichDLLd=14.425 MuonMuLL=-0.428018 MuonBkgLL=-1.56469 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=22.3776 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.308424 CaloElectronMatch=77.9178 CaloBremMatch=77.9178 CaloChargedEcal=1423.17 CaloChargedID=40029 CaloNeutralEcal=1423.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719227 CaloNeutralID=40029 CaloEcalE=972.694 CaloHcalE=0 CaloEcalChi2=77.9178 CaloBremChi2=58.7651 CaloClusChi2=0.308424 CaloTrajectoryL=28.3473 CaloEoverP=0.281529 EcalPIDe=1.84829 BremPIDe=1.25195 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-0.105267 TrackChi2PerDof=1.15846 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=5310.63 TrackPt=806.583 CombDLLe=2.85308 CombDLLmu=-5.97021 CombDLLpi=0 CombDLLk=14.425 CombDLLp=14.425 CombDLLd=15.9897 ProbNNe=0.000137509 ProbNNpi=0.00742807 ProbNNk=0.863831 ProbNNp=0.971697 ProbNNghost=0.0410393 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.2743 RichDLLmu=-15.0981 RichDLLpi=0 RichDLLk=-0.624646 RichDLLp=-0.624646 RichPIDStatus=5027 RichDLLbt=-0.624646 RichDLLd=-0.624646 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.718254 CaloElectronMatch=81.1676 CaloBremMatch=81.1676 CaloChargedEcal=2646.67 CaloChargedID=33817 CaloNeutralEcal=2646.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.868574 CaloNeutralID=33817 CaloEcalE=1204.61 CaloHcalE=2644.12 CaloEcalChi2=81.1676 CaloBremChi2=9.80831 CaloClusChi2=0.718254 CaloTrajectoryL=-40.2246 CaloEoverP=0.981918 EcalPIDe=1.51236 BremPIDe=3.18724 HcalPIDe=-1.59399 HcalPIDmu=0.562388 EcalPIDmu=-1.2505 TrackChi2PerDof=0.739078 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=2919.55 TrackPt=753.286 CombDLLe=-1.26379 CombDLLmu=-7.65482 CombDLLpi=0 CombDLLk=-0.624646 CombDLLp=-0.624646 CombDLLd=-0.624646 ProbNNe=3.20949e-06 ProbNNpi=0.986844 ProbNNk=0.01047 ProbNNp=0.044146 ProbNNghost=0.00954014 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.5344 RichDLLmu=-6.12266 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.252537 CaloElectronMatch=56.2548 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=4002.01 CaloHcalE=4385.13 CaloEcalChi2=56.2548 CaloBremChi2=335.793 CaloClusChi2=0.252537 CaloTrajectoryL=1115.96 CaloEoverP=0.415791 EcalPIDe=2.97947 BremPIDe=-0.197551 HcalPIDe=-1.33861 HcalPIDmu=0.942392 EcalPIDmu=-0.422556 TrackChi2PerDof=1.36066 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=2339.18 TrackPt=599.045 CombDLLe=-3.05805 CombDLLmu=-5.36707 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=6.12711e-05 ProbNNpi=0.841999 ProbNNk=0.107288 ProbNNp=0.211145 ProbNNghost=0.0111561 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.0109 RichDLLmu=-2.43394 RichDLLpi=0 RichDLLk=-9.92932 RichDLLp=-7.97532 RichPIDStatus=6083 RichDLLbt=-7.97532 RichDLLd=-7.97532 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.584757 CaloElectronMatch=464.51 CaloChargedEcal=16573.1 CaloChargedID=43243 CaloEcalE=6557.11 CaloHcalE=19199.2 CaloEcalChi2=464.51 CaloClusChi2=0.584757 CaloTrajectoryL=-257.311 CaloEoverP=0.841606 EcalPIDe=-0.142358 HcalPIDe=-2.87281 HcalPIDmu=-2.81633 EcalPIDmu=-3.98984 TrackChi2PerDof=1.59764 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=20353.4 TrackPt=240.159 CombDLLe=-4.73138 CombDLLmu=-9.96781 CombDLLpi=0 CombDLLk=-9.92932 CombDLLp=-7.97532 CombDLLd=-7.97532 ProbNNe=1.32498e-06 ProbNNpi=0.918485 ProbNNk=0.000326507 ProbNNp=0.00137051 ProbNNghost=0.117941 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ InAccBrem=1 CaloBremChi2=216.356 BremPIDe=-0.396524 TrackChi2PerDof=1.05353 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=2541.01 TrackPt=67.54 CombDLLe=-0.396524 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.488836 ProbNNpi=0.395791 ProbNNk=0.00333687 ProbNNp=0.0700095 ProbNNghost=0.887332 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.65947 RichDLLmu=-3.15736 RichDLLpi=0 RichDLLk=15.0276 RichDLLp=15.0276 RichPIDStatus=5028 RichDLLbt=15.0276 RichDLLd=15.0276 MuonMuLL=-0.428018 MuonBkgLL=-1.5647 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=22.3783 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.308694 CaloElectronMatch=77.9251 CaloBremMatch=77.9178 CaloChargedEcal=1423.17 CaloChargedID=40029 CaloNeutralEcal=1423.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719227 CaloNeutralID=40029 CaloEcalE=972.694 CaloHcalE=0 CaloEcalChi2=77.9251 CaloBremChi2=58.777 CaloClusChi2=0.308694 CaloTrajectoryL=28.3754 CaloEoverP=0.281501 EcalPIDe=1.84829 BremPIDe=1.25195 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-0.105267 TrackChi2PerDof=1.45246 TrackNumDof=14 TrackType=3 TrackHistory=32 TrackP=5311.17 TrackPt=806.223 CombDLLe=2.95249 CombDLLmu=-5.36388 CombDLLpi=0 CombDLLk=15.0276 CombDLLp=15.0276 CombDLLd=16.5923 ProbNNe=0.00037007 ProbNNpi=0.00380817 ProbNNk=0.738453 ProbNNp=0.967648 ProbNNghost=0.237013 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.8741 RichDLLmu=-18.3912 RichDLLpi=0 RichDLLk=3.07563 RichDLLp=3.07563 RichPIDStatus=5092 RichDLLbt=3.07563 RichDLLd=3.07563 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.706178 CaloElectronMatch=24.3272 CaloBremMatch=24.3272 CaloChargedEcal=4296.37 CaloChargedID=35676 CaloNeutralEcal=4296.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867838 CaloNeutralID=35676 CaloEcalE=2955.48 CaloHcalE=1051.31 CaloEcalChi2=24.3272 CaloClusChi2=0.706178 CaloTrajectoryL=148.461 CaloEoverP=0.687704 EcalPIDe=3.71102 HcalPIDe=-0.275809 HcalPIDmu=0.728349 EcalPIDmu=-3.89425 TrackChi2PerDof=1.9104 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6373.05 TrackPt=1001.7 CombDLLe=0.794449 CombDLLmu=-10.157 CombDLLpi=0 CombDLLk=3.07563 CombDLLp=3.07563 CombDLLd=3.07563 ProbNNe=0.0127785 ProbNNpi=0.990113 ProbNNk=0.00126935 ProbNNp=0.00163434 ProbNNghost=0.00233105 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.33107 RichDLLmu=1.52309 RichDLLpi=0 RichDLLk=-0.650009 RichDLLp=-0.630643 RichPIDStatus=6082 RichDLLbt=-0.630643 RichDLLd=-0.630643 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.8813 CaloElectronMatch=98.5256 CaloChargedEcal=20914.2 CaloChargedID=42991 CaloEcalE=5575.74 CaloHcalE=8101.13 CaloEcalChi2=98.5256 CaloClusChi2=0.8813 CaloTrajectoryL=39.2524 CaloEoverP=1.0566 EcalPIDe=2.59093 HcalPIDe=-1.40621 HcalPIDmu=-1.45882 EcalPIDmu=-1.96357 TrackChi2PerDof=2.36626 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=19962 TrackPt=266.487 CombDLLe=1.41758 CombDLLmu=-1.35366 CombDLLpi=0 CombDLLk=-0.650009 CombDLLp=-0.630643 CombDLLd=-0.630643 ProbNNe=0.00579186 ProbNNpi=0.297969 ProbNNk=0.00378916 ProbNNp=0.00181645 ProbNNghost=0.934543 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.6939 RichDLLmu=-7.7116 RichDLLpi=0 RichDLLk=16.0067 RichDLLp=18.1418 RichPIDStatus=6117 RichDLLbt=18.1418 RichDLLd=18.1418 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.72104 CaloElectronMatch=406.865 CaloBremMatch=406.865 CaloChargedEcal=2995.86 CaloChargedID=39788 CaloNeutralEcal=2995.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.718925 CaloNeutralID=39788 CaloEcalE=584.598 CaloHcalE=2392.2 CaloEcalChi2=406.865 CaloClusChi2=2.72104 CaloTrajectoryL=534.082 CaloEoverP=0.301852 EcalPIDe=-0.0264769 HcalPIDe=-0.828505 HcalPIDmu=1.18713 EcalPIDmu=1.73004 TrackChi2PerDof=1.43088 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9951.85 TrackPt=1386.36 CombDLLe=-3.31666 CombDLLmu=-3.4704 CombDLLpi=0 CombDLLk=16.0067 CombDLLp=18.1418 CombDLLd=18.1418 ProbNNe=1.21701e-08 ProbNNpi=0.590937 ProbNNk=0.0304447 ProbNNp=0.309215 ProbNNghost=0.00156391 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=14.979 RichDLLmu=-0.686419 RichDLLpi=0 RichDLLk=14.1254 RichDLLp=13.956 RichPIDStatus=6113 RichDLLbt=13.956 RichDLLd=13.956 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.366588 CaloElectronMatch=179.279 CaloChargedEcal=13569.7 CaloChargedID=39116 CaloEcalE=8456.46 CaloHcalE=270.287 CaloEcalChi2=179.279 CaloClusChi2=0.366588 CaloTrajectoryL=-54.0603 CaloEoverP=1.38635 EcalPIDe=0.979389 HcalPIDe=0.0999355 HcalPIDmu=-2.51048 EcalPIDmu=-3.46883 TrackChi2PerDof=1.64505 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9720.39 TrackPt=252.828 CombDLLe=3.58463 CombDLLmu=-6.9343 CombDLLpi=0 CombDLLk=14.1254 CombDLLp=13.956 CombDLLd=13.956 ProbNNe=0.999633 ProbNNpi=0.0103461 ProbNNk=0.20469 ProbNNp=0.00867999 ProbNNghost=0.98094 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.3601 RichDLLmu=-6.26115 RichDLLpi=0 RichDLLk=-4.52714 RichDLLp=-4.52714 RichPIDStatus=5027 RichDLLbt=-4.52714 RichDLLd=-4.52714 InAccEcal=1 CaloTrMatch=1.60543 CaloElectronMatch=1.59583 CaloChargedEcal=2792.22 CaloChargedID=34940 CaloEcalE=2577.97 CaloEcalChi2=1.59583 CaloClusChi2=1.60543 CaloTrajectoryL=93.447 CaloEoverP=0.972632 EcalPIDe=3.01028 EcalPIDmu=-2.27514 TrackChi2PerDof=1.50673 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3085.22 TrackPt=62.2867 CombDLLe=1.07403 CombDLLmu=-8.21749 CombDLLpi=0 CombDLLk=-4.52714 CombDLLp=-4.52714 CombDLLd=-4.52714 ProbNNe=0.213328 ProbNNpi=0.70611 ProbNNk=0.00481203 ProbNNp=0.0173542 ProbNNghost=0.398915 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.32521 RichDLLmu=-0.752811 RichDLLpi=0 RichDLLk=11.4925 RichDLLp=17.1346 RichPIDStatus=6053 RichDLLbt=17.1346 RichDLLd=17.1346 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.653222 CaloElectronMatch=144.249 CaloBremMatch=144.249 CaloChargedEcal=6901.79 CaloChargedID=35892 CaloNeutralEcal=6901.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912882 CaloNeutralID=35892 CaloEcalE=5807.19 CaloHcalE=10089 CaloEcalChi2=144.249 CaloClusChi2=0.653222 CaloTrajectoryL=196.163 CaloEoverP=0.649951 EcalPIDe=1.38468 HcalPIDe=-1.78113 HcalPIDmu=-0.106561 EcalPIDmu=-2.52407 TrackChi2PerDof=0.301201 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=10862.9 TrackPt=2052.85 CombDLLe=-1.32289 CombDLLmu=-3.67668 CombDLLpi=0 CombDLLk=11.4925 CombDLLp=17.1346 CombDLLd=17.1346 ProbNNe=4.82266e-06 ProbNNpi=0.102031 ProbNNk=0.0217795 ProbNNp=0.8483 ProbNNghost=0.00133571 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.91811 RichDLLmu=-0.971947 RichDLLpi=0 RichDLLk=9.60383 RichDLLp=9.60383 RichPIDStatus=5092 RichDLLbt=9.60383 RichDLLd=9.60383 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.701692 CaloElectronMatch=110.246 CaloChargedEcal=13637.6 CaloChargedID=38734 CaloEcalE=6407.7 CaloHcalE=1018.28 CaloEcalChi2=110.246 CaloClusChi2=0.701692 CaloTrajectoryL=156.617 CaloEoverP=1.71306 EcalPIDe=1.85487 HcalPIDe=-0.275809 HcalPIDmu=0.770266 EcalPIDmu=-3.91865 TrackChi2PerDof=1.50463 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8011.63 TrackPt=130.731 CombDLLe=0.550881 CombDLLmu=-4.49223 CombDLLpi=0 CombDLLk=9.60383 CombDLLp=9.60383 CombDLLd=9.60383 ProbNNe=0.243732 ProbNNpi=0.102168 ProbNNk=0.230879 ProbNNp=0.285787 ProbNNghost=0.451406 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.14347 RichDLLmu=-2.23275 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.17351 CaloElectronMatch=17.6189 CaloBremMatch=17.6189 CaloChargedEcal=2938.62 CaloChargedID=34750 CaloNeutralEcal=2938.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.759611 CaloNeutralID=34750 CaloEcalE=1476.39 CaloEcalChi2=17.6189 CaloClusChi2=1.17351 CaloTrajectoryL=160.664 CaloEoverP=1.30245 EcalPIDe=3.01028 EcalPIDmu=-1.99601 TrackChi2PerDof=1.36947 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2464.08 TrackPt=107.947 CombDLLe=1.77329 CombDLLmu=-4.92942 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.21467 ProbNNpi=0.0396309 ProbNNk=0.0114639 ProbNNp=0.0185853 ProbNNghost=0.948315 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=10.1502 RichDLLmu=4.77184 RichDLLpi=0 RichDLLk=-5.53149 RichDLLp=0.153996 RichPIDStatus=8161 RichDLLbt=3.23831 RichDLLd=3.23831 MuonMuLL=-0.00531408 MuonBkgLL=-0.513636 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=293.127 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=1.33849 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=22212.8 TrackPt=593.817 CombDLLe=1.73912 CombDLLmu=5.7006 CombDLLpi=0 CombDLLk=-5.53149 CombDLLp=0.153996 CombDLLd=3.75195 ProbNNe=0.970128 ProbNNpi=0.143249 ProbNNk=0.00109733 ProbNNp=0.463421 ProbNNghost=0.00914123 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.717505 RichDLLmu=-0.179271 RichDLLpi=0 RichDLLk=3.70685 RichDLLp=7.85287 RichPIDStatus=6085 RichDLLbt=7.85287 RichDLLd=7.85287 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.200616 CaloElectronMatch=4.81165 CaloChargedEcal=22461.3 CaloChargedID=42576 CaloEcalE=19040.7 CaloHcalE=734.814 CaloEcalChi2=4.81165 CaloClusChi2=0.200616 CaloTrajectoryL=115.412 CaloEoverP=0.955053 EcalPIDe=5.12388 HcalPIDe=0.6357 HcalPIDmu=0.29163 EcalPIDmu=-3.58197 TrackChi2PerDof=0.945805 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=23892.3 TrackPt=718.858 CombDLLe=5.88513 CombDLLmu=-3.54121 CombDLLpi=0 CombDLLk=3.70685 CombDLLp=7.85287 CombDLLd=7.85287 ProbNNe=0.87968 ProbNNpi=0.112558 ProbNNk=0.00259757 ProbNNp=0.0189448 ProbNNghost=0.953892 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 0 -ExtraInfo [ InAccEcal=1 InAccBrem=1 CaloTrMatch=1.17978 CaloElectronMatch=36.0699 CaloBremMatch=36.0699 CaloChargedEcal=4598.16 CaloChargedID=34754 CaloNeutralEcal=4598.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991244 CaloNeutralID=34754 CaloEcalE=2106.56 CaloEcalChi2=36.0699 CaloClusChi2=1.17978 CaloTrajectoryL=160.043 CaloEoverP=1.96497 EcalPIDe=3.01028 EcalPIDmu=-3.11294 TrackChi2PerDof=2.42115 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2548.25 TrackPt=83.8549 CombDLLe=3.01028 CombDLLmu=-3.11294 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.724203 ProbNNpi=0.00923233 ProbNNk=0.00161399 ProbNNp=0.00379789 ProbNNghost=0.98042 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.356837 CaloElectronMatch=13.3166 CaloChargedEcal=4439.87 CaloChargedID=38786 CaloEcalE=3688.12 CaloHcalE=237.525 CaloEcalChi2=13.3166 CaloClusChi2=0.356837 CaloTrajectoryL=36.5363 CaloEoverP=1.00895 EcalPIDe=3.01028 HcalPIDe=-0.0360508 HcalPIDmu=-2.8708 EcalPIDmu=-3.29184 TrackChi2PerDof=1.299 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4569.41 TrackPt=103.468 CombDLLe=2.97422 CombDLLmu=-6.16264 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.834025 ProbNNpi=0.0426595 ProbNNk=0.00126672 ProbNNp=0.00642963 ProbNNghost=0.959617 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=7.37846 RichDLLmu=-4.84085 RichDLLpi=0 RichDLLk=-0.172518 RichDLLp=-0.172518 RichPIDStatus=5025 RichDLLbt=-0.172518 RichDLLd=-0.172518 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.327122 CaloElectronMatch=80.8036 CaloBremMatch=80.8036 CaloChargedEcal=7455.24 CaloChargedID=34154 CaloNeutralEcal=7455.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964161 CaloNeutralID=34154 CaloEcalE=4273.03 CaloHcalE=0 CaloEcalChi2=80.8036 CaloClusChi2=0.327122 CaloTrajectoryL=192.246 CaloEoverP=1.67139 EcalPIDe=1.50525 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-2.56612 TrackChi2PerDof=1.43402 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4626.13 TrackPt=563.656 CombDLLe=3.23401 CombDLLmu=-10.6722 CombDLLpi=0 CombDLLk=-0.172518 CombDLLp=-0.172518 CombDLLd=-0.172518 ProbNNe=0.999702 ProbNNpi=0.253366 ProbNNk=0.0127251 ProbNNp=0.0273874 ProbNNghost=0.163016 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=9.09259 RichDLLmu=0.956158 RichDLLpi=0 RichDLLk=3.51897 RichDLLp=3.51897 RichPIDStatus=5025 RichDLLbt=3.51897 RichDLLd=3.51897 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.685046 CaloElectronMatch=3.86734 CaloBremMatch=3.86734 CaloChargedEcal=4309.84 CaloChargedID=37689 CaloNeutralEcal=4309.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976301 CaloNeutralID=37689 CaloEcalE=3665.48 CaloHcalE=0 CaloEcalChi2=3.86734 CaloClusChi2=0.685046 CaloTrajectoryL=64.5064 CaloEoverP=1.11268 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-3.02331 TrackChi2PerDof=0.602291 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=4057.89 TrackPt=473.787 CombDLLe=5.0266 CombDLLmu=-4.57157 CombDLLpi=0 CombDLLk=3.51897 CombDLLp=3.51897 CombDLLd=3.51897 ProbNNe=0.999238 ProbNNpi=0.333007 ProbNNk=0.0521796 ProbNNp=0.179788 ProbNNghost=0.228352 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 InAccBrem=1 TrackChi2PerDof=2.57896 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2034.1 TrackPt=73.2696 ProbNNe=0.421761 ProbNNpi=0.013044 ProbNNk=0.000335201 ProbNNp=0.000674995 ProbNNghost=0.989292 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 InAccBrem=1 TrackChi2PerDof=1.16628 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2182.48 TrackPt=85.6406 ProbNNe=0.455542 ProbNNpi=0.0531429 ProbNNk=0.00586732 ProbNNp=0.00884619 ProbNNghost=0.938057 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.801821 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=29396.8 TrackPt=681.047 ProbNNe=0.00216059 ProbNNmu=0.00535612 ProbNNpi=0.736756 ProbNNk=0.174084 ProbNNp=0.126059 ProbNNghost=0.00181617 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.15804 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=33306.9 TrackPt=636.155 ProbNNe=0.00256633 ProbNNmu=0.0071579 ProbNNpi=0.717874 ProbNNk=0.185935 ProbNNp=0.125802 ProbNNghost=0.00632464 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=1.19962 RichDLLmu=0.978035 RichDLLpi=0 RichDLLk=-13.3135 RichDLLp=-14.7554 RichPIDStatus=8097 RichDLLbt=-14.7473 RichDLLd=-14.7473 InAccBrem=1 CaloBremChi2=433.025 BremPIDe=-0.608318 TrackChi2PerDof=0.672586 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=17445.1 TrackPt=632.06 CombDLLe=-0.398448 CombDLLmu=1.35205 CombDLLpi=0 CombDLLk=-13.3135 CombDLLp=-14.7554 CombDLLd=-14.7473 ProbNNe=0.0669691 ProbNNmu=0.0386719 ProbNNpi=0.876232 ProbNNk=0.00749344 ProbNNp=0.00315572 ProbNNghost=0.00392067 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=2.20067 RichDLLmu=1.21805 RichDLLpi=0 RichDLLk=15.7011 RichDLLp=10.8134 RichPIDStatus=8100 RichDLLbt=11.4322 RichDLLd=11.4322 InAccBrem=1 CaloBremChi2=95.9752 BremPIDe=0.850246 TrackChi2PerDof=0.578449 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=18380.4 TrackPt=1726.45 CombDLLe=1.23498 CombDLLmu=1.67231 CombDLLpi=0 CombDLLk=15.7011 CombDLLp=10.8134 CombDLLd=11.4322 ProbNNe=0.000492834 ProbNNmu=0.00433797 ProbNNpi=0.00746331 ProbNNk=0.977844 ProbNNp=0.370264 ProbNNghost=0.00752798 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.785435 TrackNumDof=14 TrackType=4 TrackHistory=34 TrackP=128890 TrackPt=2174.7 ProbNNe=0.0028989 ProbNNmu=0.00737831 ProbNNpi=0.552078 ProbNNk=0.252377 ProbNNp=0.238793 ProbNNghost=0.00726253 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.4349 RichDLLmu=-6.04991 RichDLLpi=0 RichDLLk=1.1794 RichDLLp=1.1794 RichPIDStatus=5028 RichDLLbt=1.1794 RichDLLd=1.1794 InAccBrem=1 CaloBremChi2=238.136 BremPIDe=-0.381503 TrackChi2PerDof=1.25929 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=5033.57 TrackPt=443.56 CombDLLe=-2.95609 CombDLLmu=-5.85672 CombDLLpi=0 CombDLLk=1.1794 CombDLLp=1.1794 CombDLLd=1.1794 ProbNNe=1.93697e-05 ProbNNmu=0.00130771 ProbNNpi=0.774273 ProbNNk=0.135916 ProbNNp=0.0609281 ProbNNghost=0.043558 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.69141 RichDLLmu=-7.63787 RichDLLpi=0 RichDLLk=7.04073 RichDLLp=7.04073 RichPIDStatus=5028 RichDLLbt=7.04073 RichDLLd=7.04073 InAccBrem=1 CaloBremChi2=234.699 BremPIDe=-0.417084 TrackChi2PerDof=0.890973 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=3711.82 TrackPt=558.227 CombDLLe=-1.40641 CombDLLmu=-6.37006 CombDLLpi=0 CombDLLk=7.04073 CombDLLp=7.04073 CombDLLd=7.04073 ProbNNe=0.00022165 ProbNNmu=0.00097164 ProbNNpi=0.517844 ProbNNk=0.428551 ProbNNp=0.189911 ProbNNghost=0.0292391 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.5577 RichDLLmu=4.00106 RichDLLpi=0 RichDLLk=-11.0192 RichDLLp=-11.0192 RichPIDStatus=5026 RichDLLbt=-11.0192 RichDLLd=-11.0192 InAccBrem=1 CaloBremChi2=83.7163 BremPIDe=0.572837 TrackChi2PerDof=1.0791 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=5485.28 TrackPt=657.171 CombDLLe=-2.0203 CombDLLmu=4.64909 CombDLLpi=0 CombDLLk=-11.0192 CombDLLp=-11.0192 CombDLLd=-11.0192 ProbNNe=2.32403e-05 ProbNNmu=0.00750683 ProbNNpi=0.966267 ProbNNk=0.00116767 ProbNNp=0.00243806 ProbNNghost=0.0404755 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.439 RichDLLmu=-6.21799 RichDLLpi=0 RichDLLk=3.35431 RichDLLp=3.35431 RichPIDStatus=5028 RichDLLbt=3.35431 RichDLLd=3.35431 InAccBrem=1 CaloBremChi2=26.9343 BremPIDe=1.76814 TrackChi2PerDof=1.06756 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=3134.3 TrackPt=484.171 CombDLLe=-1.24802 CombDLLmu=-5.92535 CombDLLpi=0 CombDLLk=3.35431 CombDLLp=3.35431 CombDLLd=3.35431 ProbNNe=3.66628e-06 ProbNNmu=0.00126805 ProbNNpi=0.756948 ProbNNk=0.168722 ProbNNp=0.0765536 ProbNNghost=0.0294722 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-27.7015 RichDLLmu=-4.82264 RichDLLpi=0 RichDLLk=-2.54277 RichDLLp=-2.54277 RichPIDStatus=5027 RichDLLbt=-2.54277 RichDLLd=-2.54277 InAccBrem=1 CaloBremChi2=1022.48 BremPIDe=-0.553589 TrackChi2PerDof=0.2646 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=2963.87 TrackPt=500.504 CombDLLe=-4.75086 CombDLLmu=-5.22403 CombDLLpi=0 CombDLLk=-2.54277 CombDLLp=-2.54277 CombDLLd=-2.54277 ProbNNe=2.43787e-07 ProbNNmu=0.00305322 ProbNNpi=0.921243 ProbNNk=0.0199759 ProbNNp=0.00733338 ProbNNghost=0.00274116 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.9467 RichDLLmu=-8.67442 RichDLLpi=0 RichDLLk=4.03114 RichDLLp=4.03114 RichPIDStatus=5028 RichDLLbt=4.03114 RichDLLd=4.03114 InAccBrem=1 CaloBremChi2=158.109 BremPIDe=-0.0258536 TrackChi2PerDof=1.14221 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=5330.12 TrackPt=846.973 CombDLLe=-2.21559 CombDLLmu=-6.57741 CombDLLpi=0 CombDLLk=4.03114 CombDLLp=4.03114 CombDLLd=4.03114 ProbNNe=3.79914e-05 ProbNNmu=0.00135094 ProbNNpi=0.745151 ProbNNk=0.182673 ProbNNp=0.0896785 ProbNNghost=0.0435478 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-20.9785 RichDLLmu=-1.14684 RichDLLpi=0 RichDLLk=-8.87067 RichDLLp=-8.87067 RichPIDStatus=5027 RichDLLbt=-8.87067 RichDLLd=-8.87067 InAccBrem=1 CaloBremChi2=168.817 BremPIDe=-0.188393 TrackChi2PerDof=0.424947 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=5224 TrackPt=787.385 CombDLLe=-3.55635 CombDLLmu=-1.57799 CombDLLpi=0 CombDLLk=-8.87067 CombDLLp=-8.87067 CombDLLd=-8.87067 ProbNNe=5.6067e-06 ProbNNmu=0.00633512 ProbNNpi=0.972178 ProbNNk=0.00176351 ProbNNp=0.0010131 ProbNNghost=0.0057631 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.70356 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=72888.4 TrackPt=1514.78 ProbNNe=0.00508386 ProbNNmu=0.00272548 ProbNNpi=0.388517 ProbNNk=0.162391 ProbNNp=0.147589 ProbNNghost=0.620388 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.1683 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=146503 TrackPt=2588.61 ProbNNe=0.00390282 ProbNNmu=0.0200934 ProbNNpi=0.542456 ProbNNk=0.249067 ProbNNp=0.225538 ProbNNghost=0.0115616 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.35884 RichDLLmu=-9.98724 RichDLLpi=0 RichDLLk=5.00685 RichDLLp=5.00685 RichPIDStatus=5028 RichDLLbt=5.00685 RichDLLd=5.00685 InAccBrem=1 CaloBremChi2=137.802 BremPIDe=-0.083951 TrackChi2PerDof=1.19404 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=5896.57 TrackPt=432.669 CombDLLe=-1.35741 CombDLLmu=-6.74693 CombDLLpi=0 CombDLLk=5.00685 CombDLLp=5.00685 CombDLLd=5.00685 ProbNNe=0.000408461 ProbNNmu=0.00118062 ProbNNpi=0.693615 ProbNNk=0.199285 ProbNNp=0.105125 ProbNNghost=0.101427 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-38.7062 RichDLLmu=-20.9976 RichDLLpi=0 RichDLLk=-21.8831 RichDLLp=-21.8831 RichPIDStatus=5027 RichDLLbt=-21.8831 RichDLLd=-21.8831 InAccBrem=1 CaloBremChi2=63.8635 BremPIDe=0.754695 TrackChi2PerDof=0.541506 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=4240.8 TrackPt=991.682 CombDLLe=-4.47901 CombDLLmu=-6.99685 CombDLLpi=0 CombDLLk=-21.8831 CombDLLp=-21.8831 CombDLLd=-21.8831 ProbNNe=5.86565e-07 ProbNNmu=0.0011693 ProbNNpi=0.987129 ProbNNk=0.000201296 ProbNNp=0.00010196 ProbNNghost=0.00351457 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.8519 RichDLLmu=0.29952 RichDLLpi=0 RichDLLk=8.72372 RichDLLp=8.72372 RichPIDStatus=5028 RichDLLbt=8.72372 RichDLLd=8.72372 InAccBrem=1 CaloBremChi2=582.93 BremPIDe=-0.553589 TrackChi2PerDof=0.8279 TrackNumDof=10 TrackType=4 TrackHistory=34 TrackP=3467.31 TrackPt=700.481 CombDLLe=-4.16777 CombDLLmu=0.418826 CombDLLpi=0 CombDLLk=8.72372 CombDLLp=8.72372 CombDLLd=8.72372 ProbNNe=1.69737e-06 ProbNNmu=0.0034778 ProbNNpi=0.746426 ProbNNk=0.0943744 ProbNNp=0.0920119 ProbNNghost=0.146826 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-32.8631 RichDLLmu=-9.06071 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=236.895 BremPIDe=-0.0268116 TrackChi2PerDof=0.429554 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=2426.84 TrackPt=556.873 CombDLLe=-4.7583 CombDLLmu=-6.63634 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=3.22392e-07 ProbNNmu=0.00243823 ProbNNpi=0.787614 ProbNNk=0.164102 ProbNNp=0.0878384 ProbNNghost=0.0125518 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-35.2953 RichDLLmu=-7.69135 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 TrackChi2PerDof=1.18721 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=2368.21 TrackPt=802.22 CombDLLe=-4.95328 CombDLLmu=-6.3828 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.21957e-06 ProbNNmu=0.00413886 ProbNNpi=0.760025 ProbNNk=0.162805 ProbNNp=0.0995716 ProbNNghost=0.0144673 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.1075 RichDLLmu=-5.04502 RichDLLpi=0 RichDLLk=14.8335 RichDLLp=14.8335 RichPIDStatus=5028 RichDLLbt=14.8335 RichDLLd=14.8335 InAccBrem=1 CaloBremChi2=576.044 BremPIDe=-0.553589 TrackChi2PerDof=0.58466 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=3837.67 TrackPt=934.513 CombDLLe=-3.22931 CombDLLmu=-5.35745 CombDLLpi=0 CombDLLk=14.8335 CombDLLp=14.8335 CombDLLd=14.8335 ProbNNe=7.34248e-06 ProbNNmu=0.00358813 ProbNNpi=0.405129 ProbNNk=0.463919 ProbNNp=0.38753 ProbNNghost=0.0072047 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-41.3886 RichDLLmu=-21.5836 RichDLLpi=0 RichDLLk=-17.2802 RichDLLp=-17.2802 RichPIDStatus=5027 RichDLLbt=-17.2802 RichDLLd=-17.2802 InAccBrem=1 CaloBremChi2=180.114 BremPIDe=-0.0189915 TrackChi2PerDof=0.743851 TrackNumDof=5 TrackType=4 TrackHistory=34 TrackP=6420.54 TrackPt=1347.6 CombDLLe=-5.44954 CombDLLmu=-6.99751 CombDLLpi=0 CombDLLk=-17.2802 CombDLLp=-17.2802 CombDLLd=-17.2802 ProbNNe=1.0151e-07 ProbNNmu=0.0012873 ProbNNpi=0.98105 ProbNNk=0.000129687 ProbNNp=0.000788029 ProbNNghost=0.00712869 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.698373 ShowerShape=6229.63 ClusterMass=48.2341 CaloNeutralEcal=18490.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.716781 CaloNeutralID=38589 CaloNeutralE19=0.325382 CaloClusterCode=93 CaloClusterFrac=0.99902 IsPhoton=0.0639122 IsNotH=0.0104394 IsPhotonXGB=0.964559 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=3.91281 ShowerShape=3914.28 ClusterMass=65.0512 CaloNeutralEcal=24251.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917472 CaloNeutralID=37716 CaloNeutralE19=0.781175 CaloClusterCode=-95 CaloClusterFrac=0.999915 IsPhoton=0.973224 IsNotH=0.951994 IsPhotonXGB=0.691709 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0220713 ShowerShape=18925.4 ClusterMass=42.5791 CaloNeutralEcal=11140.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889612 CaloNeutralID=33684 CaloNeutralE19=0.420831 CaloClusterCode=-97 CaloClusterFrac=0.96554 IsPhoton=0.169366 IsNotH=0.0293229 IsPhotonXGB=0.772604 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0101208 ShowerShape=5087.88 ClusterMass=37.0212 CaloNeutralEcal=23786.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869 CaloNeutralID=37785 CaloNeutralE19=0.61394 CaloClusterCode=93 CaloClusterFrac=1.00038 IsPhoton=0.480564 IsNotH=0.241631 IsPhotonXGB=0.892742 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.960401 ShowerShape=17271.4 ClusterMass=76.1107 CaloNeutralEcal=12449.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721965 CaloNeutralID=34737 CaloNeutralE19=0.452118 CaloClusterCode=-90 CaloClusterFrac=0.999996 IsPhoton=0.152019 IsNotH=0.00602881 IsPhotonXGB=0.724791 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.8258 ShowerShape=8190.63 ClusterMass=40.6493 CaloNeutralEcal=14940.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983563 CaloNeutralID=34009 CaloNeutralE19=0.757483 CaloClusterCode=-95 CaloClusterFrac=0.994192 IsPhoton=1 IsNotH=0.592464 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.912774 ShowerShape=3226.97 ClusterMass=31.8126 CaloNeutralEcal=18481.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924534 CaloNeutralID=37840 CaloNeutralE19=0.566003 CaloClusterCode=95 CaloClusterFrac=0.999999 IsPhoton=1 IsNotH=0.657623 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.023608 ShowerShape=14737.4 ClusterMass=96.464 CaloNeutralEcal=11331.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902295 CaloNeutralID=34829 CaloNeutralE19=0.33775 CaloClusterCode=-92 CaloClusterFrac=1.00043 IsPhoton=0.0506262 IsNotH=0.0065992 IsPhotonXGB=0.8676 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.5969 ShowerShape=8478.06 ClusterMass=52.4972 CaloNeutralEcal=9484.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.994747 CaloNeutralID=35506 CaloNeutralE19=0.496672 CaloClusterCode=-93 CaloClusterFrac=0.99815 IsPhoton=1 IsNotH=0.293303 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.3103 ShowerShape=2091.06 ClusterMass=29.5972 CaloNeutralEcal=17995.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923684 CaloNeutralID=38965 CaloNeutralE19=0.45791 CaloClusterCode=-97 CaloClusterFrac=0.999963 IsPhoton=1 IsNotH=0.650798 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.06852 ShowerShape=1927.92 ClusterMass=173.619 CaloNeutralEcal=65498.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907644 CaloNeutralID=42984 CaloNeutralE19=0.352735 CaloClusterCode=-68 CaloClusterFrac=0.999956 IsPhoton=0.00640345 IsNotH=0.064014 IsPhotonXGB=0.0206883 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.519 ShowerShape=6320.58 ClusterMass=43.136 CaloNeutralEcal=9943.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917462 CaloNeutralID=35880 CaloNeutralE19=0.629891 CaloClusterCode=-91 CaloClusterFrac=1.00055 IsPhoton=1 IsNotH=0.227734 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0641497 ShowerShape=11630.5 ClusterMass=59.9018 CaloNeutralEcal=9296.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877622 CaloNeutralID=35377 CaloNeutralE19=0.730331 CaloClusterCode=-97 CaloClusterFrac=0.999989 IsPhoton=1 IsNotH=0.647471 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.9303 ShowerShape=6660.61 ClusterMass=36.7355 CaloNeutralEcal=9243.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954419 CaloNeutralID=35882 CaloNeutralE19=0.699047 CaloClusterCode=-91 CaloClusterFrac=1.00578 IsPhoton=1 IsNotH=0.42196 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.653222 ShowerShape=17161.1 ClusterMass=56.4969 CaloNeutralEcal=6901.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912882 CaloNeutralID=35892 CaloNeutralE19=0.462409 CaloClusterCode=91 CaloClusterFrac=0.999992 IsPhoton=1 IsNotH=0.228819 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.82339 ShowerShape=10346 ClusterMass=48.0148 CaloNeutralEcal=8373.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909641 CaloNeutralID=34996 CaloNeutralE19=0.481954 CaloClusterCode=97 CaloClusterFrac=0.99989 IsPhoton=1 IsNotH=0.263294 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.9257 ShowerShape=858.944 ClusterMass=17.477 CaloNeutralEcal=21020.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889301 CaloNeutralID=42550 CaloNeutralE19=0.709706 CaloClusterCode=-97 CaloClusterFrac=0.999942 IsPhoton=1 IsNotH=0.906416 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.8258 ShowerShape=8190.63 ClusterMass=40.6493 CaloNeutralEcal=14940.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983563 CaloNeutralID=34009 CaloNeutralE19=0.757483 CaloClusterCode=-95 CaloClusterFrac=0.994192 IsPhoton=1 IsNotH=0.592464 IsPhotonXGB=1 ClusterAsX=0.208441 ClusterAsY=0.0193846 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.5969 ShowerShape=8478.06 ClusterMass=52.4972 CaloNeutralEcal=9484.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.994747 CaloNeutralID=35506 CaloNeutralE19=0.496672 CaloClusterCode=-93 CaloClusterFrac=0.99815 IsPhoton=1 IsNotH=0.293303 IsPhotonXGB=1 ClusterAsX=-0.477443 ClusterAsY=-0.106734 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.519 ShowerShape=6320.58 ClusterMass=43.136 CaloNeutralEcal=9943.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917462 CaloNeutralID=35880 CaloNeutralE19=0.629891 CaloClusterCode=-91 CaloClusterFrac=1.00055 IsPhoton=1 IsNotH=0.227734 IsPhotonXGB=1 ClusterAsX=0.0941606 ClusterAsY=-0.226114 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.9303 ShowerShape=6660.61 ClusterMass=36.7355 CaloNeutralEcal=9243.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954419 CaloNeutralID=35882 CaloNeutralE19=0.699047 CaloClusterCode=-91 CaloClusterFrac=1.00578 IsPhoton=1 IsNotH=0.42196 IsPhotonXGB=1 ClusterAsX=-0.0808121 ClusterAsY=-0.267413 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.9257 ShowerShape=858.944 ClusterMass=17.477 CaloNeutralEcal=21020.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889301 CaloNeutralID=42550 CaloNeutralE19=0.709706 CaloClusterCode=-97 CaloClusterFrac=0.999942 IsPhoton=1 IsNotH=0.906416 IsPhotonXGB=1 ClusterAsX=0.00709139 ClusterAsY=0.123692 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.7704 ShowerShape=1457.87 CaloNeutralEcal=17680.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943635 CaloNeutralID=39837 CaloNeutralE19=0.508077 CaloClusterCode=97 CaloClusterFrac=0.999826 IsPhoton=1 IsNotH=0.764026 IsPhotonXGB=1 ClusterAsX=0.0315931 ClusterAsY=0.390362 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3491 ShowerShape=3188.19 CaloNeutralEcal=37356.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.79997 CaloNeutralID=43094 CaloNeutralE19=0.351363 CaloClusterCode=-97 CaloClusterFrac=0.976773 IsPhoton=1 IsNotH=0.0872089 IsPhotonXGB=1 ClusterAsX=-0.124267 ClusterAsY=0.325579 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.73825 ShowerShape=9343.48 CaloNeutralEcal=3402.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.997477 CaloNeutralID=34752 CaloNeutralE19=0.684781 CaloClusterCode=-62 CaloClusterFrac=0.839728 IsPhoton=1 IsNotH=0.0745069 IsPhotonXGB=1 ClusterAsX=0.211092 ClusterAsY=-0.299786 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.85294 ShowerShape=2472.45 CaloNeutralEcal=10532.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852248 CaloNeutralID=38986 CaloNeutralE19=0.560842 CaloClusterCode=-97 CaloClusterFrac=0.986097 IsPhoton=1 IsNotH=0.385552 IsPhotonXGB=1 ClusterAsX=-0.0326624 ClusterAsY=0.189433 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=627.111 ShowerShape=2476.6 CaloNeutralEcal=5015.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986138 CaloNeutralID=33775 CaloNeutralE19=0.95164 CaloClusterCode=93 CaloClusterFrac=1.00095 IsPhoton=1 IsNotH=0.889249 IsPhotonXGB=1 ClusterAsX=-0.0287425 ClusterAsY=0.00750833 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.35005 ShowerShape=13459.4 CaloNeutralEcal=4695.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.705001 CaloNeutralID=34807 CaloNeutralE19=0.396163 CaloClusterCode=-93 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.021124 IsPhotonXGB=1 ClusterAsX=-0.0539541 ClusterAsY=0.18221 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=86.73 ShowerShape=1416.14 CaloNeutralEcal=28990.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845942 CaloNeutralID=43683 CaloNeutralE19=0.397151 CaloClusterCode=-97 CaloClusterFrac=0.99994 IsPhoton=1 IsNotH=0.0866384 IsPhotonXGB=1 ClusterAsX=0.348974 ClusterAsY=0.180867 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.0099 ShowerShape=2640.56 CaloNeutralEcal=8014.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988946 CaloNeutralID=37648 CaloNeutralE19=0.889641 CaloClusterCode=63 CaloClusterFrac=0.993908 IsPhoton=1 IsNotH=0.974099 IsPhotonXGB=1 ClusterAsX=-0.0586284 ClusterAsY=-0.108783 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.28602 ShowerShape=7932.9 CaloNeutralEcal=4396.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875578 CaloNeutralID=35403 CaloNeutralE19=0.59216 CaloClusterCode=-97 CaloClusterFrac=1.00394 IsPhoton=1 IsNotH=0.188796 IsPhotonXGB=1 ClusterAsX=0.0488846 ClusterAsY=0.16138 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.2332 ShowerShape=8906.88 CaloNeutralEcal=3982.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966311 CaloNeutralID=34552 CaloNeutralE19=0.512214 CaloClusterCode=-92 CaloClusterFrac=0.99997 IsPhoton=1 IsNotH=0.0457725 IsPhotonXGB=1 ClusterAsX=0.435722 ClusterAsY=-0.341806 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.23556 ShowerShape=6433.3 CaloNeutralEcal=3708.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959149 CaloNeutralID=34425 CaloNeutralE19=0.485934 CaloClusterCode=-97 CaloClusterFrac=1.00123 IsPhoton=1 IsNotH=0.294882 IsPhotonXGB=1 ClusterAsX=-0.0601964 ClusterAsY=0.389363 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.1284 ShowerShape=13214 CaloNeutralEcal=8141.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871925 CaloNeutralID=35484 CaloNeutralE19=0.51566 CaloClusterCode=-67 CaloClusterFrac=0.972996 IsPhoton=1 IsNotH=0.0823727 IsPhotonXGB=1 ClusterAsX=0.0242717 ClusterAsY=-0.0944527 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.76838 ShowerShape=10122.7 CaloNeutralEcal=7569.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951606 CaloNeutralID=34083 CaloNeutralE19=0.380998 CaloClusterCode=91 CaloClusterFrac=0.99983 IsPhoton=1 IsNotH=0.124269 IsPhotonXGB=1 ClusterAsX=0.185077 ClusterAsY=-0.436505 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.64068 ShowerShape=15195.9 CaloNeutralEcal=4917.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.747815 CaloNeutralID=34574 CaloNeutralE19=0.506884 CaloClusterCode=-98 CaloClusterFrac=1.00125 IsPhoton=1 IsNotH=0.0462102 IsPhotonXGB=1 ClusterAsX=0.231197 ClusterAsY=-0.0166449 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.0916 ShowerShape=5269.72 CaloNeutralEcal=7623.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.706033 CaloNeutralID=39564 CaloNeutralE19=0.494817 CaloClusterCode=96 CaloClusterFrac=0.999807 IsPhoton=1 IsNotH=0.0115519 IsPhotonXGB=1 ClusterAsX=-0.00562224 ClusterAsY=-0.0339929 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=765.319 ShowerShape=4068.37 CaloNeutralEcal=2442.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984064 CaloNeutralID=33532 CaloNeutralE19=0.701468 CaloClusterCode=97 CaloClusterFrac=1.01244 IsPhoton=1 IsNotH=0.557424 IsPhotonXGB=1 ClusterAsX=0.0472511 ClusterAsY=0.25191 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=774.373 ShowerShape=16259.7 CaloNeutralEcal=2220.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.808706 CaloNeutralID=33277 CaloNeutralE19=0.371052 CaloClusterCode=92 CaloClusterFrac=1.00154 IsPhoton=1 IsNotH=0.00807112 IsPhotonXGB=1 ClusterAsX=0.221632 ClusterAsY=-0.344938 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.148 ShowerShape=4884.76 CaloNeutralEcal=2534.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987683 CaloNeutralID=34240 CaloNeutralE19=0.636393 CaloClusterCode=67 CaloClusterFrac=0.998094 IsPhoton=1 IsNotH=0.263318 IsPhotonXGB=1 ClusterAsX=0.0181365 ClusterAsY=0.328915 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=661.172 ShowerShape=5622.91 CaloNeutralEcal=2653.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995527 CaloNeutralID=35910 CaloNeutralE19=0.536522 CaloClusterCode=93 CaloClusterFrac=1.0087 IsPhoton=1 IsNotH=0.405267 IsPhotonXGB=1 ClusterAsX=-0.458926 ClusterAsY=-0.000144417 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=113.139 ShowerShape=7052.16 CaloNeutralEcal=3242.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944789 CaloNeutralID=34951 CaloNeutralE19=0.73664 CaloClusterCode=-98 CaloClusterFrac=0.998921 IsPhoton=1 IsNotH=0.399073 IsPhotonXGB=1 ClusterAsX=0.180792 ClusterAsY=0.166225 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.97116 ShowerShape=4785.01 CaloNeutralEcal=8451.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.656534 CaloNeutralID=39054 CaloNeutralE19=0.2816 CaloClusterCode=-93 CaloClusterFrac=0.999889 IsPhoton=1 IsNotH=0.00610734 IsPhotonXGB=1 ClusterAsX=-0.111892 ClusterAsY=0.2025 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.25579 ShowerShape=1432.77 CaloNeutralEcal=8607.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.801004 CaloNeutralID=42763 CaloNeutralE19=0.599874 CaloClusterCode=-92 CaloClusterFrac=0.836611 IsPhoton=1 IsNotH=0.131811 IsPhotonXGB=1 ClusterAsX=0.000901157 ClusterAsY=-0.0155362 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=230.033 ShowerShape=3617.34 CaloNeutralEcal=5137.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945201 CaloNeutralID=35682 CaloNeutralE19=0.871342 CaloClusterCode=-96 CaloClusterFrac=0.999988 IsPhoton=1 IsNotH=0.849381 IsPhotonXGB=1 ClusterAsX=-0.0249824 ClusterAsY=0.0655535 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.7346 ShowerShape=1438.18 CaloNeutralEcal=21625.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767897 CaloNeutralID=43556 CaloNeutralE19=0.477094 CaloClusterCode=-97 CaloClusterFrac=0.997924 IsPhoton=1 IsNotH=0.0861217 IsPhotonXGB=1 ClusterAsX=0.00259202 ClusterAsY=0.0784944 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=96.2379 ShowerShape=1203.87 CaloNeutralEcal=17772.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.861975 CaloNeutralID=42272 CaloNeutralE19=0.574329 CaloClusterCode=91 CaloClusterFrac=0.999943 IsPhoton=1 IsNotH=0.743309 IsPhotonXGB=1 ClusterAsX=-0.00141087 ClusterAsY=-0.234088 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.41135 ShowerShape=17059.9 CaloNeutralEcal=3379.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.777825 CaloNeutralID=34804 CaloNeutralE19=0.393837 CaloClusterCode=92 CaloClusterFrac=0.99858 IsPhoton=1 IsNotH=0.0076482 IsPhotonXGB=1 ClusterAsX=0.137303 ClusterAsY=-0.110497 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.9733 ShowerShape=418.337 CaloNeutralEcal=7192.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954366 CaloNeutralID=41929 CaloNeutralE19=0.785089 CaloClusterCode=-95 CaloClusterFrac=0.982982 IsPhoton=1 IsNotH=0.95539 IsPhotonXGB=1 ClusterAsX=0.134082 ClusterAsY=0.00578462 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.19235 ShowerShape=2535.12 CaloNeutralEcal=7809.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908831 CaloNeutralID=38576 CaloNeutralE19=0.341297 CaloClusterCode=-65 CaloClusterFrac=0.999257 IsPhoton=1 IsNotH=0.0898818 IsPhotonXGB=1 ClusterAsX=0.246674 ClusterAsY=0.164995 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.0588 ShowerShape=1064.69 CaloNeutralEcal=7932.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803984 CaloNeutralID=43766 CaloNeutralE19=0.593478 CaloClusterCode=97 IsPhoton=1 IsNotH=0.525897 IsPhotonXGB=1 ClusterAsX=-0.0313307 ClusterAsY=0.0505394 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.63638 ShowerShape=4202.2 CaloNeutralEcal=2129.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960979 CaloNeutralID=36153 CaloNeutralE19=0.783365 CaloClusterCode=95 CaloClusterFrac=1.00173 IsPhoton=1 IsNotH=0.73476 IsPhotonXGB=1 ClusterAsX=0.094183 ClusterAsY=-0.118841 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=466.347 ShowerShape=361.118 CaloNeutralEcal=7443.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932507 CaloNeutralID=42037 CaloNeutralE19=0.81221 CaloClusterCode=97 IsPhoton=1 IsNotH=0.978148 IsPhotonXGB=1 ClusterAsX=-0.0110862 ClusterAsY=0.0557034 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.9922 ShowerShape=4735.25 CaloNeutralEcal=5226.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948065 CaloNeutralID=37678 CaloNeutralE19=0.827186 CaloClusterCode=67 CaloClusterFrac=0.992588 IsPhoton=1 IsNotH=0.97001 IsPhotonXGB=1 ClusterAsX=0.181253 ClusterAsY=-0.555541 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.5162 ShowerShape=863.357 CaloNeutralEcal=12370.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931516 CaloNeutralID=42514 CaloNeutralE19=0.518244 CaloClusterCode=-95 CaloClusterFrac=0.999337 IsPhoton=1 IsNotH=0.913942 IsPhotonXGB=1 ClusterAsX=0.345331 ClusterAsY=-0.0624458 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.65006 ShowerShape=5558.22 CaloNeutralEcal=19198 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813351 CaloNeutralID=43481 CaloNeutralE19=0.444155 CaloClusterCode=-97 CaloClusterFrac=0.999905 IsPhoton=1 IsNotH=0.311014 IsPhotonXGB=1 ClusterAsX=0.0540957 ClusterAsY=0.225833 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=59.8411 ShowerShape=1587.92 CaloNeutralEcal=17449.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.707949 CaloNeutralID=42333 CaloNeutralE19=0.269473 CaloClusterCode=-93 CaloClusterFrac=0.9995 IsPhoton=1 IsNotH=0.00204671 IsPhotonXGB=1 ClusterAsX=-0.148369 ClusterAsY=-0.166406 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.01154 ShowerShape=3477.77 CaloNeutralEcal=7403.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90448 CaloNeutralID=37858 CaloNeutralE19=0.429983 CaloClusterCode=90 CaloClusterFrac=0.999998 IsPhoton=1 IsNotH=0.016944 IsPhotonXGB=1 ClusterAsX=-0.455296 ClusterAsY=-0.344603 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.45272 ShowerShape=2938.29 CaloNeutralEcal=7493.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805592 CaloNeutralID=37925 CaloNeutralE19=0.607959 CaloClusterCode=-98 CaloClusterFrac=0.999221 IsPhoton=1 IsNotH=0.265334 IsPhotonXGB=1 ClusterAsX=0.102086 ClusterAsY=0.0503773 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.3089 ShowerShape=3369.26 CaloNeutralEcal=4018.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979977 CaloNeutralID=34022 CaloNeutralE19=0.827809 CaloClusterCode=-95 CaloClusterFrac=0.913502 IsPhoton=1 IsNotH=0.632406 IsPhotonXGB=1 ClusterAsX=0.144516 ClusterAsY=0.00494845 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=81.078 ShowerShape=6837.38 CaloNeutralEcal=3979.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.695839 CaloNeutralID=38148 CaloNeutralE19=0.257544 CaloClusterCode=-91 CaloClusterFrac=1.0013 IsPhoton=1 IsNotH=0.00198999 IsPhotonXGB=1 ClusterAsX=0.0959519 ClusterAsY=-0.469916 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=90.4258 ShowerShape=1801.82 CaloNeutralEcal=8488.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942818 CaloNeutralID=42029 CaloNeutralE19=0.746736 CaloClusterCode=95 CaloClusterFrac=1.0008 IsPhoton=1 IsNotH=0.960791 IsPhotonXGB=1 ClusterAsX=0.118906 ClusterAsY=-0.0439816 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.4462 ShowerShape=3879.6 CaloNeutralEcal=2371.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961696 CaloNeutralID=33741 CaloNeutralE19=0.853625 CaloClusterCode=-93 CaloClusterFrac=1.00112 IsPhoton=1 IsNotH=0.801976 IsPhotonXGB=1 ClusterAsX=-0.0818654 ClusterAsY=-0.00817456 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.46209 ShowerShape=758.388 CaloNeutralEcal=8396.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909764 CaloNeutralID=43148 CaloNeutralE19=0.802042 CaloClusterCode=-92 CaloClusterFrac=0.972317 IsPhoton=1 IsNotH=0.964383 IsPhotonXGB=1 ClusterAsX=0.0472836 ClusterAsY=-0.0152273 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.4611 ShowerShape=5131.74 CaloNeutralEcal=2555.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88744 CaloNeutralID=34357 CaloNeutralE19=0.741938 CaloClusterCode=-93 CaloClusterFrac=1.01975 IsPhoton=1 IsNotH=0.413425 IsPhotonXGB=1 ClusterAsX=-0.0228871 ClusterAsY=-0.0265296 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=122.542 ShowerShape=3563.45 CaloNeutralEcal=3697.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.792911 CaloNeutralID=38020 CaloNeutralE19=0.250539 CaloClusterCode=-97 CaloClusterFrac=1.0115 IsPhoton=1 IsNotH=0.0449799 IsPhotonXGB=1 ClusterAsX=0.115157 ClusterAsY=0.615975 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.3484 ShowerShape=4811.12 CaloNeutralEcal=5808.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947805 CaloNeutralID=40095 CaloNeutralE19=0.687253 CaloClusterCode=-91 CaloClusterFrac=0.986894 IsPhoton=1 IsNotH=0.856441 IsPhotonXGB=1 ClusterAsX=0.0232951 ClusterAsY=-0.233366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.4261 ShowerShape=14950.6 CaloNeutralEcal=2172.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842081 CaloNeutralID=34121 CaloNeutralE19=0.494672 CaloClusterCode=97 CaloClusterFrac=1.01035 IsPhoton=1 IsNotH=0.103267 IsPhotonXGB=1 ClusterAsX=-0.0927454 ClusterAsY=0.168316 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.7953 ShowerShape=5788.44 CaloNeutralEcal=1970.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987981 CaloNeutralID=35322 CaloNeutralE19=0.59793 CaloClusterCode=-93 CaloClusterFrac=1.01262 IsPhoton=1 IsNotH=0.289128 IsPhotonXGB=1 ClusterAsX=-0.374612 ClusterAsY=-0.121234 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.2125 ShowerShape=7449.39 CaloNeutralEcal=2467.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884455 CaloNeutralID=35884 CaloNeutralE19=0.523834 CaloClusterCode=-97 CaloClusterFrac=0.973665 IsPhoton=1 IsNotH=0.107317 IsPhotonXGB=1 ClusterAsX=-0.112878 ClusterAsY=0.192479 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=71.8024 ShowerShape=1395.09 CaloNeutralEcal=14362.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920838 CaloNeutralID=42583 CaloNeutralE19=0.68754 CaloClusterCode=85 CaloClusterFrac=1.0021 IsPhoton=1 IsNotH=0.770089 IsPhotonXGB=1 ClusterAsX=0.141766 ClusterAsY=-0.0344748 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.2213 ShowerShape=2293.2 CaloNeutralEcal=8868.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694358 CaloNeutralID=42219 CaloNeutralE19=0.336618 CaloClusterCode=98 CaloClusterFrac=0.999971 IsPhoton=1 IsNotH=0.00801922 IsPhotonXGB=1 ClusterAsX=0.0721995 ClusterAsY=0.289009 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3665 ShowerShape=3908.99 CaloNeutralEcal=12221.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661594 CaloNeutralID=43434 CaloNeutralE19=0.203743 CaloClusterCode=98 CaloClusterFrac=1.00207 IsPhoton=1 IsNotH=0.000224638 IsPhotonXGB=1 ClusterAsX=0.313936 ClusterAsY=0.0117772 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=965.905 ShowerShape=5621.77 CaloNeutralEcal=1541.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986666 CaloNeutralID=36100 CaloNeutralE19=0.573168 CaloClusterCode=93 CaloClusterFrac=1.01369 IsPhoton=1 IsNotH=0.426942 IsPhotonXGB=1 ClusterAsX=-0.383293 ClusterAsY=0.0835654 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.5883 ShowerShape=17152.6 CaloNeutralEcal=2286.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.785091 CaloNeutralID=33682 CaloNeutralE19=0.295411 CaloClusterCode=-97 CaloClusterFrac=0.999663 IsPhoton=1 IsNotH=0.00939698 IsPhotonXGB=1 ClusterAsX=0.209516 ClusterAsY=0.42027 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=184.359 ShowerShape=4991.34 CaloNeutralEcal=1889.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948733 CaloNeutralID=33975 CaloNeutralE19=0.751857 CaloClusterCode=93 CaloClusterFrac=1.01963 IsPhoton=1 IsNotH=0.582737 IsPhotonXGB=1 ClusterAsX=-0.149251 ClusterAsY=-0.0651941 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=82.7965 ShowerShape=1187.18 CaloNeutralEcal=14235.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.858965 CaloNeutralID=42460 CaloNeutralE19=0.63378 CaloClusterCode=-93 CaloClusterFrac=0.905678 IsPhoton=1 IsNotH=0.443409 IsPhotonXGB=1 ClusterAsX=-0.100199 ClusterAsY=-0.0908681 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.61303 ShowerShape=825.478 CaloNeutralEcal=8607.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932527 CaloNeutralID=43408 CaloNeutralE19=0.68112 CaloClusterCode=93 CaloClusterFrac=1.00131 IsPhoton=1 IsNotH=0.956491 IsPhotonXGB=1 ClusterAsX=-0.165708 ClusterAsY=-0.101008 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.6234 ShowerShape=2574.15 CaloNeutralEcal=3421.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8805 CaloNeutralID=39355 CaloNeutralE19=0.411868 CaloClusterCode=91 CaloClusterFrac=0.999908 IsPhoton=1 IsNotH=0.0922949 IsPhotonXGB=1 ClusterAsX=-0.177892 ClusterAsY=-0.411369 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=203.065 ShowerShape=3374.55 CaloNeutralEcal=2737.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949322 CaloNeutralID=35936 CaloNeutralE19=0.854393 CaloClusterCode=-98 CaloClusterFrac=1.00215 IsPhoton=1 IsNotH=0.818425 IsPhotonXGB=1 ClusterAsX=0.0599533 ClusterAsY=0.0750104 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=493.036 ShowerShape=5254.76 CaloNeutralEcal=1612.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928662 CaloNeutralID=35717 CaloNeutralE19=0.725467 CaloClusterCode=-92 CaloClusterFrac=1.00761 IsPhoton=1 IsNotH=0.557357 IsPhotonXGB=1 ClusterAsX=0.111939 ClusterAsY=-0.127903 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=45.7255 ShowerShape=5871.29 CaloNeutralEcal=4014.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953305 CaloNeutralID=35553 CaloNeutralE19=0.70136 CaloClusterCode=-91 CaloClusterFrac=0.999452 IsPhoton=1 IsNotH=0.522169 IsPhotonXGB=1 ClusterAsX=0.0118079 ClusterAsY=-0.244791 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.7499 ShowerShape=8005.42 CaloNeutralEcal=2549.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924829 CaloNeutralID=34446 CaloNeutralE19=0.402481 CaloClusterCode=-97 CaloClusterFrac=1.00815 IsPhoton=1 IsNotH=0.205539 IsPhotonXGB=1 ClusterAsX=0.174375 ClusterAsY=0.42536 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.66145 ShowerShape=5585.39 CaloNeutralEcal=3786.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.656244 CaloNeutralID=39112 CaloNeutralE19=0.265185 CaloClusterCode=-93 CaloClusterFrac=0.999875 IsPhoton=1 IsNotH=0.00227402 IsPhotonXGB=1 ClusterAsX=-0.313597 ClusterAsY=-0.035026 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=90.2192 ShowerShape=8457.93 CaloNeutralEcal=2518.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956364 CaloNeutralID=33697 CaloNeutralE19=0.551957 CaloClusterCode=97 CaloClusterFrac=0.999973 IsPhoton=1 IsNotH=0.371416 IsPhotonXGB=1 ClusterAsX=0.054317 ClusterAsY=0.356148 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=224.837 ShowerShape=2482.65 CaloNeutralEcal=1650.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947985 CaloNeutralID=34949 CaloNeutralE19=0.900444 CaloClusterCode=-95 CaloClusterFrac=0.983286 IsPhoton=1 IsNotH=0.897455 IsPhotonXGB=1 ClusterAsX=-0.00439493 ClusterAsY=-0.00194129 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.76107 ShowerShape=12432.6 CaloNeutralEcal=3010.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85293 CaloNeutralID=34071 CaloNeutralE19=0.540619 CaloClusterCode=-98 CaloClusterFrac=1.0087 IsPhoton=1 IsNotH=0.0450453 IsPhotonXGB=1 ClusterAsX=0.135634 ClusterAsY=0.135506 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=194.455 ShowerShape=2476.6 CaloNeutralEcal=1582.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979138 CaloNeutralID=35077 CaloNeutralE19=0.92455 CaloClusterCode=-97 CaloClusterFrac=0.984133 IsPhoton=1 IsNotH=0.89226 IsPhotonXGB=1 ClusterAsX=-0.0107879 ClusterAsY=0.0274353 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=45.4389 ShowerShape=25059.2 CaloNeutralEcal=2141.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.862878 CaloNeutralID=35929 CaloNeutralE19=0.450463 CaloClusterCode=98 CaloClusterFrac=1.0028 IsPhoton=1 IsNotH=0.0309275 IsPhotonXGB=1 ClusterAsX=0.398091 ClusterAsY=0.263439 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=81.0124 ShowerShape=760.973 CaloNeutralEcal=14208.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952414 CaloNeutralID=43427 CaloNeutralE19=0.597152 CaloClusterCode=-65 CaloClusterFrac=0.93876 IsPhoton=1 IsNotH=0.54204 IsPhotonXGB=1 ClusterAsX=0.227797 ClusterAsY=0.160636 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=1312.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990005 CaloNeutralID=33194 CaloNeutralE19=0.94793 CaloClusterCode=66 IsPhoton=1 IsNotH=0.885935 IsPhotonXGB=1 ClusterAsX=-0.0181127 ClusterAsY=0.0334745 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=59.69 ShowerShape=1946.19 CaloNeutralEcal=2620.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901747 CaloNeutralID=40077 CaloNeutralE19=0.455739 CaloClusterCode=97 IsPhoton=1 IsNotH=0.587363 IsPhotonXGB=1 ClusterAsX=-0.038581 ClusterAsY=0.350146 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.0803 ShowerShape=10757.3 CaloNeutralEcal=1160.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946623 CaloNeutralID=35897 CaloNeutralE19=0.896388 CaloClusterCode=95 CaloClusterFrac=0.999 IsPhoton=1 IsNotH=0.891402 IsPhotonXGB=1 ClusterAsX=0.0152709 ClusterAsY=0.0175476 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2447.73 CaloNeutralEcal=1246.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943955 CaloNeutralID=33587 CaloNeutralE19=0.882007 CaloClusterCode=-93 CaloClusterFrac=0.983893 IsPhoton=1 IsNotH=0.824912 IsPhotonXGB=1 ClusterAsX=-0.0249144 ClusterAsY=0.0291946 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=109.432 ShowerShape=9673.75 CaloNeutralEcal=1782.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956364 CaloNeutralID=33638 CaloNeutralE19=0.477289 CaloClusterCode=-93 CaloClusterFrac=1.0177 IsPhoton=1 IsNotH=0.32255 IsPhotonXGB=1 ClusterAsX=-0.374331 ClusterAsY=0.105495 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.2223 ShowerShape=10717.6 CaloNeutralEcal=1125.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957456 CaloNeutralID=34302 CaloNeutralE19=0.521629 CaloClusterCode=98 CaloClusterFrac=1.0158 IsPhoton=1 IsNotH=0.0941066 IsPhotonXGB=1 ClusterAsX=0.367761 ClusterAsY=0.260553 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=83.5876 ShowerShape=3333.16 CaloNeutralEcal=1240.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946763 CaloNeutralID=35131 CaloNeutralE19=0.870077 CaloClusterCode=-92 CaloClusterFrac=1.01926 IsPhoton=1 IsNotH=0.84501 IsPhotonXGB=1 ClusterAsX=0.0891844 ClusterAsY=0.0141392 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.9732 ShowerShape=3277.09 CaloNeutralEcal=3363.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.745924 CaloNeutralID=39473 CaloNeutralE19=0.367222 CaloClusterCode=93 CaloClusterFrac=0.999979 IsPhoton=1 IsNotH=0.016844 IsPhotonXGB=1 ClusterAsX=-0.198621 ClusterAsY=-0.0195701 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.3611 ShowerShape=1570.92 CaloNeutralEcal=11043.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.825543 CaloNeutralID=42967 CaloNeutralE19=0.275005 CaloClusterCode=-60 CaloClusterFrac=0.999996 IsPhoton=1 IsNotH=0.000681627 IsPhotonXGB=1 ClusterAsX=-0.406939 ClusterAsY=-0.290906 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=116.456 ShowerShape=10099.2 CaloNeutralEcal=1038.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852133 CaloNeutralID=35715 CaloNeutralE19=0.331654 CaloClusterCode=-93 CaloClusterFrac=1.01547 IsPhoton=1 IsNotH=0.0420488 IsPhotonXGB=1 ClusterAsX=-0.321057 ClusterAsY=-0.0856257 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=261.485 ShowerShape=533.934 CaloNeutralEcal=13862.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965117 CaloNeutralID=42591 CaloNeutralE19=0.708649 CaloClusterCode=63 CaloClusterFrac=0.995132 IsPhoton=1 IsNotH=0.843766 IsPhotonXGB=1 ClusterAsX=-0.217651 ClusterAsY=-0.0183896 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.7912 ShowerShape=8154.46 CaloNeutralEcal=2309.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.688451 CaloNeutralID=39430 CaloNeutralE19=0.246026 CaloClusterCode=93 CaloClusterFrac=1.02231 IsPhoton=1 IsNotH=0.0078624 IsPhotonXGB=1 ClusterAsX=-0.0975657 ClusterAsY=0.158029 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.5575 ShowerShape=1472.27 CaloNeutralEcal=9671.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893032 CaloNeutralID=42775 CaloNeutralE19=0.378018 CaloClusterCode=67 CaloClusterFrac=0.999896 IsPhoton=1 IsNotH=0.0439572 IsPhotonXGB=1 ClusterAsX=-0.222359 ClusterAsY=0.356012 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.3394 ShowerShape=973.167 CaloNeutralEcal=4560.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.810302 CaloNeutralID=43663 CaloNeutralE19=0.580831 CaloClusterCode=98 CaloClusterFrac=1.00331 IsPhoton=1 IsNotH=0.265961 IsPhotonXGB=1 ClusterAsX=0.25494 ClusterAsY=-0.0102253 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.814 ShowerShape=3373.28 CaloNeutralEcal=2383.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874195 CaloNeutralID=38391 CaloNeutralE19=0.485244 CaloClusterCode=97 CaloClusterFrac=1.03461 IsPhoton=1 IsNotH=0.415042 IsPhotonXGB=1 ClusterAsX=0.0567904 ClusterAsY=0.347093 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=39.8383 ShowerShape=2160.13 CaloNeutralEcal=4436.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713164 CaloNeutralID=43759 CaloNeutralE19=0.318925 CaloClusterCode=92 IsPhoton=1 IsNotH=0.0150519 IsPhotonXGB=1 ClusterAsX=0.0125947 ClusterAsY=-0.383994 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.8276 ShowerShape=3241.25 CaloNeutralEcal=2547.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979457 CaloNeutralID=35492 CaloNeutralE19=0.829585 CaloClusterCode=-67 CaloClusterFrac=0.999942 IsPhoton=1 IsNotH=0.830536 IsPhotonXGB=1 ClusterAsX=0.0539001 ClusterAsY=0.11204 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=185.771 ShowerShape=429.494 CaloNeutralEcal=4196.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908052 CaloNeutralID=44051 CaloNeutralE19=0.780165 CaloClusterCode=91 CaloClusterFrac=1.02642 IsPhoton=1 IsNotH=0.981171 IsPhotonXGB=1 ClusterAsX=0.0339574 ClusterAsY=-0.0455017 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.9117 ShowerShape=911.855 CaloNeutralEcal=4488.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85055 CaloNeutralID=43250 CaloNeutralE19=0.621252 CaloClusterCode=95 CaloClusterFrac=1.00123 IsPhoton=1 IsNotH=0.706682 IsPhotonXGB=1 ClusterAsX=0.0444427 ClusterAsY=0.0818303 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=89.2446 ShowerShape=1095.98 CaloNeutralEcal=11270.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.885407 CaloNeutralID=42588 CaloNeutralE19=0.429936 CaloClusterCode=-65 CaloClusterFrac=0.993325 IsPhoton=1 IsNotH=0.16256 IsPhotonXGB=1 ClusterAsX=0.237649 ClusterAsY=-0.216085 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.973 ShowerShape=11149.1 CaloNeutralEcal=1338.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.769785 CaloNeutralID=34291 CaloNeutralE19=0.49024 CaloClusterCode=-98 CaloClusterFrac=1.0033 IsPhoton=1 IsNotH=0.0248162 IsPhotonXGB=1 ClusterAsX=0.217942 ClusterAsY=0.121055 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.319 ShowerShape=20262.1 CaloNeutralEcal=2072.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.665908 CaloNeutralID=35610 CaloNeutralE19=0.28003 CaloClusterCode=-91 CaloClusterFrac=1.01261 IsPhoton=1 IsNotH=0.00592532 IsPhotonXGB=1 ClusterAsX=-0.0443685 ClusterAsY=-0.0871542 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.4726 ShowerShape=12997.4 CaloNeutralEcal=1287.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91466 CaloNeutralID=34315 CaloNeutralE19=0.383362 CaloClusterCode=93 CaloClusterFrac=0.999946 IsPhoton=1 IsNotH=0.0308948 IsPhotonXGB=1 ClusterAsX=-0.479312 ClusterAsY=-0.217403 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.66441 ShowerShape=2311.45 CaloNeutralEcal=5984.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.593926 CaloNeutralID=43181 CaloNeutralE19=0.252212 CaloClusterCode=-95 CaloClusterFrac=0.995881 IsPhoton=1 IsNotH=0.000327809 IsPhotonXGB=1 ClusterAsX=-0.0657005 ClusterAsY=-0.107141 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.5344 ShowerShape=3671.26 CaloNeutralEcal=6431.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.718107 CaloNeutralID=42473 CaloNeutralE19=0.384884 CaloClusterCode=-97 CaloClusterFrac=1.00329 IsPhoton=1 IsNotH=0.0117835 IsPhotonXGB=1 ClusterAsX=0.235889 ClusterAsY=0.0467066 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=523.403 ShowerShape=8638.13 CaloNeutralEcal=1269.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.998416 CaloNeutralID=33512 CaloNeutralE19=0.530678 CaloClusterCode=-90 CaloClusterFrac=1.02142 IsPhoton=1 IsNotH=0.0285675 IsPhotonXGB=1 ClusterAsX=-0.457378 ClusterAsY=-0.478195 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.9141 ShowerShape=2768.14 CaloNeutralEcal=2324.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869774 CaloNeutralID=39984 CaloNeutralE19=0.71092 CaloClusterCode=97 CaloClusterFrac=0.99998 IsPhoton=1 IsNotH=0.841611 IsPhotonXGB=1 ClusterAsX=-0.0255849 ClusterAsY=0.0544776 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.6141 ShowerShape=8503.9 CaloNeutralEcal=1588.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875091 CaloNeutralID=35538 CaloNeutralE19=0.634504 CaloClusterCode=-98 CaloClusterFrac=1.04176 IsPhoton=1 IsNotH=0.332705 IsPhotonXGB=1 ClusterAsX=0.0767899 ClusterAsY=0.243142 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.9934 ShowerShape=872.406 CaloNeutralEcal=6290.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905367 CaloNeutralID=43542 CaloNeutralE19=0.412913 CaloClusterCode=-95 CaloClusterFrac=1.00215 IsPhoton=1 IsNotH=0.487321 IsPhotonXGB=1 ClusterAsX=0.374395 ClusterAsY=-0.0852025 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=87.6088 ShowerShape=1616.86 CaloNeutralEcal=9368.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.646454 CaloNeutralID=43489 CaloNeutralE19=0.349427 CaloClusterCode=-98 CaloClusterFrac=0.92798 IsPhoton=1 IsNotH=0.00105054 IsPhotonXGB=1 ClusterAsX=0.0545527 ClusterAsY=-0.0258408 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.4205 ShowerShape=4721.23 CaloNeutralEcal=2189.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.707574 CaloNeutralID=39732 CaloNeutralE19=0.287496 CaloClusterCode=-98 CaloClusterFrac=1.02651 IsPhoton=1 IsNotH=0.00798616 IsPhotonXGB=1 ClusterAsX=0.0595026 ClusterAsY=0.304595 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=467.97 ShowerShape=2936.17 CaloNeutralEcal=926.106 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93162 CaloNeutralID=33716 CaloNeutralE19=0.866008 CaloClusterCode=-96 CaloClusterFrac=0.95397 IsPhoton=1 IsNotH=0.8053 IsPhotonXGB=1 ClusterAsX=-0.0438255 ClusterAsY=0.0193061 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=989.766 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992746 CaloNeutralID=36441 CaloNeutralE19=0.966398 CaloClusterCode=60 CaloClusterFrac=1.02136 IsPhoton=1 IsNotH=0.820528 IsPhotonXGB=1 ClusterAsX=-0.0118689 ClusterAsY=-0.0336057 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.2127 ShowerShape=4350.49 CaloNeutralEcal=1740.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900783 CaloNeutralID=35558 CaloNeutralE19=0.776139 CaloClusterCode=-95 CaloClusterFrac=0.930463 IsPhoton=1 IsNotH=0.40812 IsPhotonXGB=1 ClusterAsX=-0.0121171 ClusterAsY=-0.0569848 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.9626 ShowerShape=14523.3 CaloNeutralEcal=1227.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855898 CaloNeutralID=35534 CaloNeutralE19=0.473563 CaloClusterCode=98 CaloClusterFrac=1.03769 IsPhoton=1 IsNotH=0.0269865 IsPhotonXGB=1 ClusterAsX=0.256852 ClusterAsY=0.225297 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=327.683 ShowerShape=10253.7 CaloNeutralEcal=901.158 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.770646 CaloNeutralID=36112 CaloNeutralE19=0.492344 CaloClusterCode=-97 CaloClusterFrac=0.960668 IsPhoton=1 IsNotH=0.0675645 IsPhotonXGB=1 ClusterAsX=0.0322864 ClusterAsY=0.0514586 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=102.961 ShowerShape=16001.8 CaloNeutralEcal=852.628 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.674137 CaloNeutralID=35977 CaloNeutralE19=0.270561 CaloClusterCode=96 CaloClusterFrac=1.02276 IsPhoton=1 IsNotH=0.00506907 IsPhotonXGB=1 ClusterAsX=-0.291553 ClusterAsY=-0.0565354 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.71317 ShowerShape=3897.97 CaloNeutralEcal=1525.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.808137 CaloNeutralID=40071 CaloNeutralE19=0.306732 CaloClusterCode=95 IsPhoton=1 IsNotH=0.0351107 IsPhotonXGB=1 ClusterAsX=0.490145 ClusterAsY=-0.0890443 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.3187 ShowerShape=2071.57 CaloNeutralEcal=1588.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.837986 CaloNeutralID=39992 CaloNeutralE19=0.578818 CaloClusterCode=97 CaloClusterFrac=1.0213 IsPhoton=1 IsNotH=0.306274 IsPhotonXGB=1 ClusterAsX=0.0664972 ClusterAsY=0.0596068 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=142.839 ShowerShape=364.266 CaloNeutralEcal=3829.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931392 CaloNeutralID=43860 CaloNeutralE19=0.852149 CaloClusterCode=95 CaloClusterFrac=0.999667 IsPhoton=1 IsNotH=0.988915 IsPhotonXGB=1 ClusterAsX=0.0146486 ClusterAsY=0.00866487 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=115.321 ShowerShape=946.761 CaloNeutralEcal=3812.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.882457 CaloNeutralID=41891 CaloNeutralE19=0.614672 CaloClusterCode=63 CaloClusterFrac=1.00512 IsPhoton=1 IsNotH=0.447104 IsPhotonXGB=1 ClusterAsX=-0.0934914 ClusterAsY=0.0635555 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=115.401 ShowerShape=59726.9 CaloNeutralEcal=975.903 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956976 CaloNeutralID=36317 CaloNeutralE19=0.900754 CaloClusterCode=92 CaloClusterFrac=1.01058 IsPhoton=1 IsNotH=0.82782 IsPhotonXGB=1 ClusterAsX=0.0608684 ClusterAsY=-0.021416 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=88.1156 ShowerShape=3062.48 CaloNeutralEcal=1451.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.743462 CaloNeutralID=37958 CaloNeutralE19=0.309624 CaloClusterCode=-98 CaloClusterFrac=0.961921 IsPhoton=1 IsNotH=0.0308448 IsPhotonXGB=1 ClusterAsX=0.0463551 ClusterAsY=0.615079 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=144.5 ShowerShape=6013.86 CaloNeutralEcal=1168.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928006 CaloNeutralID=36006 CaloNeutralE19=0.740459 CaloClusterCode=-96 CaloClusterFrac=1.0282 IsPhoton=1 IsNotH=0.50818 IsPhotonXGB=1 ClusterAsX=-0.13161 ClusterAsY=0.178186 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.1762 ShowerShape=3207.33 CaloNeutralEcal=3106.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904612 CaloNeutralID=38105 CaloNeutralE19=0.73783 CaloClusterCode=60 CaloClusterFrac=0.999943 IsPhoton=1 IsNotH=0.51744 IsPhotonXGB=1 ClusterAsX=-0.0547006 ClusterAsY=-0.0813375 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.7243 ShowerShape=1229.97 CaloNeutralEcal=3744.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88425 CaloNeutralID=42023 CaloNeutralE19=0.689329 CaloClusterCode=98 CaloClusterFrac=1.01591 IsPhoton=1 IsNotH=0.877103 IsPhotonXGB=1 ClusterAsX=0.0515647 ClusterAsY=0.113412 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=141.348 ShowerShape=5667.96 CaloNeutralEcal=698.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931465 CaloNeutralID=33981 CaloNeutralE19=0.600189 CaloClusterCode=-91 CaloClusterFrac=1.02624 IsPhoton=1 IsNotH=0.441394 IsPhotonXGB=1 ClusterAsX=0.0153738 ClusterAsY=-0.240712 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=51.4946 ShowerShape=9685.97 CaloNeutralEcal=943.346 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795888 CaloNeutralID=34034 CaloNeutralE19=0.401405 CaloClusterCode=93 CaloClusterFrac=1.02577 IsPhoton=1 IsNotH=0.0297467 IsPhotonXGB=1 ClusterAsX=-0.121731 ClusterAsY=-0.136979 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.2548 ShowerShape=928.856 CaloNeutralEcal=4398.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911621 CaloNeutralID=43671 CaloNeutralE19=0.67614 CaloClusterCode=-95 CaloClusterFrac=0.999839 IsPhoton=1 IsNotH=0.886236 IsPhotonXGB=1 ClusterAsX=0.133997 ClusterAsY=-0.117604 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=84.5336 ShowerShape=1338.72 CaloNeutralEcal=1413.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896056 CaloNeutralID=37896 CaloNeutralE19=0.776761 CaloClusterCode=-96 CaloClusterFrac=1.00527 IsPhoton=1 IsNotH=0.919739 IsPhotonXGB=1 ClusterAsX=-0.0655687 ClusterAsY=-0.046618 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=273.152 ShowerShape=618.857 CaloNeutralEcal=2155.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991308 CaloNeutralID=38384 CaloNeutralE19=0.928731 CaloClusterCode=67 CaloClusterFrac=1.02574 IsPhoton=1 IsNotH=0.931213 IsPhotonXGB=1 ClusterAsX=-0.0583776 ClusterAsY=0.0650695 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=87.5849 ShowerShape=7315.91 CaloNeutralEcal=776.727 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973461 CaloNeutralID=35193 CaloNeutralE19=0.369288 CaloClusterCode=-97 CaloClusterFrac=1.02842 IsPhoton=1 IsNotH=0.102803 IsPhotonXGB=1 ClusterAsX=-0.279574 ClusterAsY=0.307169 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=234.792 ShowerShape=4421.27 CaloNeutralEcal=1023.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894037 CaloNeutralID=35998 CaloNeutralE19=0.765646 CaloClusterCode=-91 CaloClusterFrac=0.990924 IsPhoton=1 IsNotH=0.672381 IsPhotonXGB=1 ClusterAsX=-0.0460239 ClusterAsY=-0.0234573 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=86.9406 ShowerShape=3058.72 CaloNeutralEcal=1375.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.82987 CaloNeutralID=38340 CaloNeutralE19=0.430833 CaloClusterCode=93 CaloClusterFrac=1.04505 IsPhoton=1 IsNotH=0.185064 IsPhotonXGB=1 ClusterAsX=-0.243856 ClusterAsY=0.119318 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.784 ShowerShape=2718.57 CaloNeutralEcal=3099.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812772 CaloNeutralID=42415 CaloNeutralE19=0.595139 CaloClusterCode=93 CaloClusterFrac=0.999637 IsPhoton=1 IsNotH=0.334755 IsPhotonXGB=1 ClusterAsX=-0.0449296 ClusterAsY=0.0373752 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.96307 ShowerShape=26835.7 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloNeutralE19=0.428668 CaloClusterCode=-93 CaloClusterFrac=0.999905 IsPhoton=1 IsNotH=0.0159138 IsPhotonXGB=1 ClusterAsX=-0.000813936 ClusterAsY=-0.00249106 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.9709 ShowerShape=790.858 CaloNeutralEcal=4333.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933669 CaloNeutralID=43807 CaloNeutralE19=0.538693 CaloClusterCode=91 CaloClusterFrac=0.997756 IsPhoton=1 IsNotH=0.765068 IsPhotonXGB=1 ClusterAsX=0.14811 ClusterAsY=-0.286532 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.2584 ShowerShape=3024.7 CaloNeutralEcal=2167.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929093 CaloNeutralID=39025 CaloNeutralE19=0.584482 CaloClusterCode=91 CaloClusterFrac=1.05016 IsPhoton=1 IsNotH=0.632907 IsPhotonXGB=1 ClusterAsX=-0.0430701 ClusterAsY=-0.370111 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.7167 ShowerShape=12839.1 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloNeutralE19=0.543606 CaloClusterCode=95 CaloClusterFrac=1.01827 IsPhoton=1 IsNotH=0.065979 IsPhotonXGB=1 ClusterAsX=-0.000573043 ClusterAsY=-0.00810776 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.5864 ShowerShape=13386.4 CaloNeutralEcal=954.236 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737305 CaloNeutralID=34483 CaloNeutralE19=0.430392 CaloClusterCode=-95 CaloClusterFrac=1.08152 IsPhoton=1 IsNotH=0.026038 IsPhotonXGB=1 ClusterAsX=0.00641135 ClusterAsY=-0.0678829 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.1378 ShowerShape=1637.27 CaloNeutralEcal=2640.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772945 CaloNeutralID=42739 CaloNeutralE19=0.3531 CaloClusterCode=97 CaloClusterFrac=1.00255 IsPhoton=1 IsNotH=0.0163061 IsPhotonXGB=1 ClusterAsX=0.258399 ClusterAsY=0.180608 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.37084 ShowerShape=1549.39 CaloNeutralEcal=2433.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697546 CaloNeutralID=42932 CaloNeutralE19=0.436788 CaloClusterCode=-93 CaloClusterFrac=0.978634 IsPhoton=1 IsNotH=0.00896172 IsPhotonXGB=1 ClusterAsX=-0.0887467 ClusterAsY=-0.0546217 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=73.3423 ShowerShape=608.863 CaloNeutralEcal=3373.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.87075 CaloNeutralID=43539 CaloNeutralE19=0.6988 CaloClusterCode=93 CaloClusterFrac=0.999742 IsPhoton=1 IsNotH=0.871385 IsPhotonXGB=1 ClusterAsX=-0.0477078 ClusterAsY=-0.0220987 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.7985 ShowerShape=1860.92 CaloNeutralEcal=2459.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.802649 CaloNeutralID=44137 CaloNeutralE19=0.444117 CaloClusterCode=63 CaloClusterFrac=0.973135 IsPhoton=1 IsNotH=0.0156743 IsPhotonXGB=1 ClusterAsX=-0.287245 ClusterAsY=0.00200478 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=84.6335 ShowerShape=2258.65 CaloNeutralEcal=1517.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.861553 CaloNeutralID=38092 CaloNeutralE19=0.428558 CaloClusterCode=97 CaloClusterFrac=1.04552 IsPhoton=1 IsNotH=0.0877585 IsPhotonXGB=1 ClusterAsX=-0.117749 ClusterAsY=0.349079 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=151.994 ShowerShape=10931.9 CaloNeutralEcal=705.388 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.773634 CaloNeutralID=33310 CaloNeutralE19=0.441859 CaloClusterCode=91 IsPhoton=1 IsNotH=0.0672646 IsPhotonXGB=1 ClusterAsX=-0.114431 ClusterAsY=0.145648 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=391.895 ShowerShape=5001.44 CaloNeutralEcal=519.182 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898337 CaloNeutralID=33851 CaloNeutralE19=0.74645 CaloClusterCode=-93 CaloClusterFrac=1.00699 IsPhoton=1 IsNotH=0.572975 IsPhotonXGB=1 ClusterAsX=-0.0245823 ClusterAsY=-0.125261 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=125.348 ShowerShape=718.139 CaloNeutralEcal=2616.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938183 CaloNeutralID=44124 CaloNeutralE19=0.824383 CaloClusterCode=65 IsPhoton=1 IsNotH=0.803903 IsPhotonXGB=1 ClusterAsX=0.0760321 ClusterAsY=0.147722 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=398.56 ShowerShape=5098.16 CaloNeutralEcal=894.183 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929954 CaloNeutralID=35939 CaloNeutralE19=0.619886 CaloClusterCode=97 CaloClusterFrac=1.02165 IsPhoton=1 IsNotH=0.392046 IsPhotonXGB=1 ClusterAsX=0.00521047 ClusterAsY=0.271565 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=582.88 ShowerShape=5194.72 CaloNeutralEcal=724.886 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.989216 CaloNeutralID=36261 CaloNeutralE19=0.736866 CaloClusterCode=98 CaloClusterFrac=1.06953 IsPhoton=1 IsNotH=0.463897 IsPhotonXGB=1 ClusterAsX=0.184331 ClusterAsY=0.231055 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=111.865 ShowerShape=9388.02 CaloNeutralEcal=521.678 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.864175 CaloNeutralID=35453 CaloNeutralE19=0.402382 CaloClusterCode=92 CaloClusterFrac=1.01574 IsPhoton=1 IsNotH=0.0224866 IsPhotonXGB=1 ClusterAsX=0.129125 ClusterAsY=-0.451874 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.7227 ShowerShape=2072.72 CaloNeutralEcal=1055.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900914 CaloNeutralID=38070 CaloNeutralE19=0.430573 CaloClusterCode=93 IsPhoton=1 IsNotH=0.462917 IsPhotonXGB=1 ClusterAsX=-0.454903 ClusterAsY=0.104249 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.1386 ShowerShape=12067.1 CaloNeutralEcal=676.922 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844572 CaloNeutralID=34125 CaloNeutralE19=0.684487 CaloClusterCode=93 CaloClusterFrac=1.03705 IsPhoton=1 IsNotH=0.413731 IsPhotonXGB=1 ClusterAsX=-0.0377979 ClusterAsY=-0.035058 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.0989 ShowerShape=10504.7 CaloNeutralEcal=596.597 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877138 CaloNeutralID=33679 CaloNeutralE19=0.492493 CaloClusterCode=-91 CaloClusterFrac=1.03489 IsPhoton=1 IsNotH=0.274132 IsPhotonXGB=1 ClusterAsX=0.111054 ClusterAsY=-0.239904 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=203.237 ShowerShape=10245.3 CaloNeutralEcal=573.055 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859352 CaloNeutralID=36050 CaloNeutralE19=0.474551 CaloClusterCode=-92 CaloClusterFrac=0.989739 IsPhoton=1 IsNotH=0.0115323 IsPhotonXGB=1 ClusterAsX=0.264566 ClusterAsY=-0.305397 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.7297 ShowerShape=9016.69 CaloNeutralEcal=575.002 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938354 CaloNeutralID=34504 CaloNeutralE19=0.708693 CaloClusterCode=93 CaloClusterFrac=1.01776 IsPhoton=1 IsNotH=0.498772 IsPhotonXGB=1 ClusterAsX=-0.0941025 ClusterAsY=-0.13464 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.0763 ShowerShape=1234.71 CaloNeutralEcal=2615.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762616 CaloNeutralID=42769 CaloNeutralE19=0.492522 CaloClusterCode=-95 CaloClusterFrac=0.994134 IsPhoton=1 IsNotH=0.0927655 IsPhotonXGB=1 ClusterAsX=-0.00405906 ClusterAsY=-0.111216 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.8765 ShowerShape=14507.8 CaloNeutralEcal=708.903 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811315 CaloNeutralID=33625 CaloNeutralE19=0.533376 CaloClusterCode=91 CaloClusterFrac=1.06357 IsPhoton=1 IsNotH=0.0764972 IsPhotonXGB=1 ClusterAsX=0.0216063 ClusterAsY=-0.0793252 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.6475 ShowerShape=2537.15 CaloNeutralEcal=912.461 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853115 CaloNeutralID=39100 CaloNeutralE19=0.524913 CaloClusterCode=95 CaloClusterFrac=1.0608 IsPhoton=1 IsNotH=0.217024 IsPhotonXGB=1 ClusterAsX=0.137783 ClusterAsY=0.0816436 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.3751 ShowerShape=1000.07 CaloNeutralEcal=1624 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83124 CaloNeutralID=43062 CaloNeutralE19=0.535322 CaloClusterCode=-95 CaloClusterFrac=1.0151 IsPhoton=1 IsNotH=0.0173593 IsPhotonXGB=1 ClusterAsX=0.127516 ClusterAsY=-0.153731 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.3615 ShowerShape=1338.1 CaloNeutralEcal=2633.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.769491 CaloNeutralID=42707 CaloNeutralE19=0.52497 CaloClusterCode=-96 CaloClusterFrac=1.01741 IsPhoton=1 IsNotH=0.110898 IsPhotonXGB=1 ClusterAsX=-0.074216 ClusterAsY=0.0755876 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=431.273 ShowerShape=5483.46 CaloNeutralEcal=352.008 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971171 CaloNeutralID=33225 CaloNeutralE19=0.784857 CaloClusterCode=92 IsPhoton=1 IsNotH=0.670512 IsPhotonXGB=1 ClusterAsX=0.221767 ClusterAsY=-0.134038 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.3715 ShowerShape=6790.36 CaloNeutralEcal=433.348 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978828 CaloNeutralID=33611 CaloNeutralE19=0.735215 CaloClusterCode=-90 CaloClusterFrac=1.04872 IsPhoton=1 IsNotH=0.454359 IsPhotonXGB=1 ClusterAsX=-0.111313 ClusterAsY=-0.2388 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.9856 ShowerShape=1153.82 CaloNeutralEcal=1601.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771209 CaloNeutralID=43442 CaloNeutralE19=0.492841 CaloClusterCode=95 CaloClusterFrac=1.0043 IsPhoton=1 IsNotH=0.0485079 IsPhotonXGB=1 ClusterAsX=-0.0353156 ClusterAsY=-0.173558 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=135.624 ShowerShape=1669.51 CaloNeutralEcal=988.288 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02702 CaloNeutralID=39762 CaloNeutralE19=0.558874 CaloClusterCode=95 IsPhoton=1 IsNotH=0.638215 IsPhotonXGB=1 ClusterAsX=0.268736 ClusterAsY=-0.291814 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=460.25 ShowerShape=3972.6 CaloNeutralEcal=274.054 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980742 CaloNeutralID=35712 CaloNeutralE19=0.874339 CaloClusterCode=68 CaloClusterFrac=1.05794 IsPhoton=1 IsNotH=0.399909 IsPhotonXGB=1 ClusterAsX=0.125997 ClusterAsY=0.034573 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2838.56 CaloNeutralEcal=277.806 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95674 CaloNeutralID=33202 CaloNeutralE19=0.890823 CaloClusterCode=63 IsPhoton=1 IsNotH=0.874866 IsPhotonXGB=1 ClusterAsX=-0.000499497 ClusterAsY=0.0290042 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=180.526 ShowerShape=1373.43 CaloNeutralEcal=500.533 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855048 CaloNeutralID=37885 CaloNeutralE19=0.724555 CaloClusterCode=96 CaloClusterFrac=1.01304 IsPhoton=1 IsNotH=0.922258 IsPhotonXGB=1 ClusterAsX=-0.0242955 ClusterAsY=0.0175138 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=264.631 ShowerShape=1896.6 CaloNeutralEcal=481.361 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981281 CaloNeutralID=33900 CaloNeutralE19=0.927304 CaloClusterCode=98 CaloClusterFrac=1.17258 IsPhoton=1 IsNotH=0.683402 IsPhotonXGB=1 ClusterAsX=0.0546232 ClusterAsY=-0.0171247 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=207.754 ShowerShape=619.15 CaloNeutralEcal=1158.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=38110 CaloNeutralE19=0.958545 CaloClusterCode=63 CaloClusterFrac=1.1251 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.0213667 ClusterAsY=-0.020093 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.698373 ShowerShape=3931.17 CaloNeutralEcal=5851.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.794465 CaloNeutralID=38589 CaloNeutralE19=1.02826 CaloClusterCode=98 CaloClusterFrac=0.316129 ClusterAsX=0.409043 ClusterAsY=0.496697 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.698373 ShowerShape=2267.8 CaloNeutralEcal=13718.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.854606 CaloNeutralID=38588 CaloNeutralE19=0.362295 CaloClusterCode=95 CaloClusterFrac=0.817808 ClusterAsX=0.403843 ClusterAsY=0.00364183 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=3.91281 ShowerShape=746.714 CaloNeutralEcal=22303.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937697 CaloNeutralID=37716 CaloNeutralE19=0.849408 CaloClusterCode=97 CaloClusterFrac=0.919592 ClusterAsX=0.0171641 ClusterAsY=0.0457799 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=3.91281 ShowerShape=2814.45 CaloNeutralEcal=3497.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.865256 CaloNeutralID=37717 CaloNeutralE19=0.405241 CaloClusterCode=82 CaloClusterFrac=0.139165 ClusterAsX=0.425795 ClusterAsY=-0.406958 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0220713 ShowerShape=5995.32 CaloNeutralEcal=7208.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905969 CaloNeutralID=33684 CaloNeutralE19=0.65036 CaloClusterCode=95 CaloClusterFrac=0.624775 ClusterAsX=0.166229 ClusterAsY=-0.0527484 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0220713 ShowerShape=8417.37 CaloNeutralEcal=4200.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898178 CaloNeutralID=33748 CaloNeutralE19=0.562825 CaloClusterCode=95 CaloClusterFrac=0.389603 ClusterAsX=0.317652 ClusterAsY=-0.177618 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0101208 ShowerShape=1290.63 CaloNeutralEcal=19854.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893837 CaloNeutralID=37785 CaloNeutralE19=0.735538 CaloClusterCode=91 CaloClusterFrac=0.835002 ClusterAsX=-0.0292937 ClusterAsY=-0.121396 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0101208 ShowerShape=3634.69 CaloNeutralEcal=4944.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.650713 CaloNeutralID=37784 CaloNeutralE19=0.431928 CaloClusterCode=91 CaloClusterFrac=0.204329 ClusterAsX=0.0495121 ClusterAsY=-0.0149572 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.960401 ShowerShape=7109.73 CaloNeutralEcal=9430.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907951 CaloNeutralID=34737 CaloNeutralE19=0.596883 CaloClusterCode=95 CaloClusterFrac=0.757462 ClusterAsX=0.160538 ClusterAsY=0.197665 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.960401 ShowerShape=4426.56 CaloNeutralEcal=3137.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958798 CaloNeutralID=34672 CaloNeutralE19=0.690465 CaloClusterCode=65 CaloClusterFrac=0.342683 ClusterAsX=0.193758 ClusterAsY=0.0632768 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.8258 ShowerShape=2476.6 CaloNeutralEcal=11864.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983268 CaloNeutralID=34009 CaloNeutralE19=0.953876 CaloClusterCode=95 CaloClusterFrac=0.789498 ClusterAsX=0.0157477 ClusterAsY=0.0130037 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.8258 ShowerShape=2476.6 CaloNeutralEcal=3074.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.985255 CaloNeutralID=34010 CaloNeutralE19=0.967529 CaloClusterCode=67 CaloClusterFrac=0.206985 ClusterAsX=-0.047249 ClusterAsY=0.0438678 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.912774 ShowerShape=1101.6 CaloNeutralEcal=13316.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93125 CaloNeutralID=37840 CaloNeutralE19=0.785575 CaloClusterCode=97 CaloClusterFrac=0.720495 ClusterAsX=0.0820859 ClusterAsY=0.0779901 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.912774 ShowerShape=1695.02 CaloNeutralEcal=5595.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.837562 CaloNeutralID=37841 CaloNeutralE19=0.750183 CaloClusterCode=97 CaloClusterFrac=0.29626 ClusterAsX=0.00221068 ClusterAsY=0.0490237 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.023608 ShowerShape=5808.84 CaloNeutralEcal=6292.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960249 CaloNeutralID=34829 CaloNeutralE19=0.608201 CaloClusterCode=91 CaloClusterFrac=0.555568 ClusterAsX=-0.131262 ClusterAsY=-0.257841 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.023608 ShowerShape=9250.97 CaloNeutralEcal=6451.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.848997 CaloNeutralID=34766 CaloNeutralE19=0.488859 CaloClusterCode=97 CaloClusterFrac=0.54355 ClusterAsX=0.112014 ClusterAsY=0.28464 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.5969 ShowerShape=3033.78 CaloNeutralEcal=5533.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992488 CaloNeutralID=35506 CaloNeutralE19=0.85133 CaloClusterCode=90 CaloClusterFrac=0.582329 ClusterAsX=-0.108384 ClusterAsY=-0.0950746 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.5969 ShowerShape=5036.02 CaloNeutralEcal=4962.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924908 CaloNeutralID=35505 CaloNeutralE19=0.741313 CaloClusterCode=83 CaloClusterFrac=0.444606 ClusterAsX=-0.199881 ClusterAsY=-0.0270977 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.3103 ShowerShape=889.169 CaloNeutralEcal=9434.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909614 CaloNeutralID=38965 CaloNeutralE19=0.873412 CaloClusterCode=95 CaloClusterFrac=0.524258 ClusterAsX=0.0132933 ClusterAsY=0.0159753 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.3103 ShowerShape=964.838 CaloNeutralEcal=8726.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930484 CaloNeutralID=39029 CaloNeutralE19=0.824082 CaloClusterCode=91 CaloClusterFrac=0.491922 ClusterAsX=0.0244189 ClusterAsY=-0.106177 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.06852 ShowerShape=789.291 CaloNeutralEcal=38339.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847857 CaloNeutralID=42984 CaloNeutralE19=0.602612 CaloClusterCode=67 CaloClusterFrac=0.585317 ClusterAsX=0.216918 ClusterAsY=-0.00391752 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.06852 ShowerShape=1040.83 CaloNeutralEcal=39789.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910237 CaloNeutralID=43049 CaloNeutralE19=0.427157 CaloClusterCode=93 CaloClusterFrac=0.533904 ClusterAsX=-0.349905 ClusterAsY=0.221821 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.519 ShowerShape=3031.36 CaloNeutralEcal=7145.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966175 CaloNeutralID=35880 CaloNeutralE19=0.876465 CaloClusterCode=97 CaloClusterFrac=0.719071 ClusterAsX=0.0140348 ClusterAsY=0.054375 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.519 ShowerShape=4883.42 CaloNeutralEcal=2793.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966398 CaloNeutralID=35816 CaloNeutralE19=0.621963 CaloClusterCode=65 CaloClusterFrac=0.299406 ClusterAsX=0.298638 ClusterAsY=0.0550072 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0641497 ShowerShape=4078.46 CaloNeutralEcal=8162.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953755 CaloNeutralID=35377 CaloNeutralE19=0.831761 CaloClusterCode=90 CaloClusterFrac=0.878045 ClusterAsX=-0.0722808 ClusterAsY=-0.103939 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0641497 ShowerShape=13236.7 CaloNeutralEcal=1780.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.858861 CaloNeutralID=35441 CaloNeutralE19=0.488065 CaloClusterCode=76 CaloClusterFrac=0.184638 ClusterAsX=-0.243263 ClusterAsY=0.272116 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.9303 ShowerShape=2659.18 CaloNeutralEcal=7598.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968902 CaloNeutralID=35882 CaloNeutralE19=0.850334 CaloClusterCode=91 CaloClusterFrac=0.82684 ClusterAsX=-0.00696412 ClusterAsY=-0.125623 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.9303 ShowerShape=9425.36 CaloNeutralEcal=1968.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901334 CaloNeutralID=35818 CaloNeutralE19=0.629473 CaloClusterCode=83 CaloClusterFrac=0.200178 ClusterAsX=-0.35239 ClusterAsY=-0.100538 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.653222 ShowerShape=4694.11 CaloNeutralEcal=3980.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986688 CaloNeutralID=35892 CaloNeutralE19=0.801792 CaloClusterCode=96 CaloClusterFrac=0.576715 ClusterAsX=-0.21727 ClusterAsY=0.125 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.653222 ShowerShape=6311.05 CaloNeutralEcal=3674.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912396 CaloNeutralID=35828 CaloNeutralE19=0.650597 CaloClusterCode=91 CaloClusterFrac=0.508901 ClusterAsX=-0.156761 ClusterAsY=-0.125635 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.82339 ShowerShape=4313.67 CaloNeutralEcal=4878.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918167 CaloNeutralID=34996 CaloNeutralE19=0.827255 CaloClusterCode=90 CaloClusterFrac=0.58253 ClusterAsX=-0.0275969 ClusterAsY=-0.110456 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.82339 ShowerShape=5809.27 CaloNeutralEcal=3850.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889044 CaloNeutralID=35060 CaloNeutralE19=0.732036 CaloClusterCode=92 CaloClusterFrac=0.471824 ClusterAsX=0.0771352 ClusterAsY=-0.0346232 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.9257 ShowerShape=422.663 CaloNeutralEcal=18183.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90233 CaloNeutralID=42550 CaloNeutralE19=0.820432 CaloClusterCode=95 CaloClusterFrac=0.86499 ClusterAsX=0.0160889 ClusterAsY=0.0130533 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.9257 ShowerShape=894.708 CaloNeutralEcal=2998.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809398 CaloNeutralID=42614 CaloNeutralE19=0.778416 CaloClusterCode=85 CaloClusterFrac=0.148321 ClusterAsX=-0.0899139 ClusterAsY=-0.0863114 ] } -Printing ended -BrunelInit INFO Evt 3, Run 1, Nr. in job = 3 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.8637 RichDLLmu=-16.2869 RichDLLpi=0 RichDLLk=-1.0239 RichDLLp=-1.00556 RichPIDStatus=6115 RichDLLbt=-1.00556 RichDLLd=-1.00556 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=14.855 CaloElectronMatch=401.92 CaloBremMatch=401.92 CaloChargedEcal=1541.45 CaloChargedID=44087 CaloNeutralEcal=1541.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953432 CaloNeutralID=44087 CaloEcalE=277.152 CaloHcalE=2875.26 CaloEcalChi2=401.92 CaloBremChi2=8.00665 CaloClusChi2=14.855 CaloTrajectoryL=658.279 CaloEoverP=0.197758 EcalPIDe=-0.0141273 BremPIDe=3.77606 HcalPIDe=-1.45309 HcalPIDmu=0.531105 EcalPIDmu=-0.0634995 TrackChi2PerDof=0.85492 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=9245.79 TrackPt=477.477 CombDLLe=-1.55682 CombDLLmu=-6.51169 CombDLLpi=0 CombDLLk=-1.0239 CombDLLp=-1.00556 CombDLLd=-1.00556 ProbNNe=2.04913e-06 ProbNNpi=0.999297 ProbNNk=5.29224e-05 ProbNNp=0.000323011 ProbNNghost=0.00113344 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.41463 RichDLLmu=2.80644 RichDLLpi=0 RichDLLk=0.457711 RichDLLp=0.457711 RichPIDStatus=5026 RichDLLbt=0.457711 RichDLLd=0.457711 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.00544 CaloElectronMatch=134.035 CaloBremMatch=134.035 CaloChargedEcal=4693.68 CaloChargedID=35138 CaloNeutralEcal=4693.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979751 CaloNeutralID=35138 CaloEcalE=4584.86 CaloEcalChi2=134.035 CaloBremChi2=334.495 CaloClusChi2=4.00544 CaloTrajectoryL=268.568 CaloEoverP=1.66935 EcalPIDe=0.83137 BremPIDe=-0.373552 EcalPIDmu=-1.442 TrackChi2PerDof=1.47077 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=3010.29 TrackPt=155.756 CombDLLe=-0.993398 CombDLLmu=2.12052 CombDLLpi=0 CombDLLk=0.457711 CombDLLp=0.457711 CombDLLd=0.457711 ProbNNe=0.797536 ProbNNpi=0.181972 ProbNNk=0.0390767 ProbNNp=0.0396343 ProbNNghost=0.953205 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.4593 RichDLLmu=-4.88087 RichDLLpi=0 RichDLLk=-4.88408 RichDLLp=-3.42101 RichPIDStatus=6115 RichDLLbt=-3.42101 RichDLLd=-3.42101 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.802216 CaloElectronMatch=29.7102 CaloBremMatch=29.7102 CaloChargedEcal=7558.2 CaloChargedID=39436 CaloNeutralEcal=7558.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856666 CaloNeutralID=39436 CaloEcalE=6056.92 CaloHcalE=10439.1 CaloEcalChi2=29.7102 CaloBremChi2=350.057 CaloClusChi2=0.802216 CaloTrajectoryL=136.106 CaloEoverP=0.768396 EcalPIDe=3.6423 BremPIDe=-0.438762 HcalPIDe=-1.62556 HcalPIDmu=-1.51135 EcalPIDmu=-2.81284 TrackChi2PerDof=0.994004 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=9846.04 TrackPt=450.472 CombDLLe=-1.98556 CombDLLmu=-9.58403 CombDLLpi=0 CombDLLk=-4.88408 CombDLLp=-3.42101 CombDLLd=-3.42101 ProbNNe=1.72635e-06 ProbNNpi=0.997441 ProbNNk=7.71004e-05 ProbNNp=0.00035728 ProbNNghost=0.0149049 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.8033 RichDLLmu=-7.02356 RichDLLpi=0 RichDLLk=-2.50104 RichDLLp=-2.50104 RichPIDStatus=5027 RichDLLbt=-2.50104 RichDLLd=-2.50104 MuonMuLL=-0.0238829 MuonBkgLL=-0.501921 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=127.826 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.98211 CaloElectronMatch=470.221 CaloBremMatch=24.9857 CaloChargedEcal=1210.27 CaloChargedID=35063 CaloNeutralEcal=1210.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786821 CaloNeutralID=35063 CaloEcalE=1708.75 CaloHcalE=9854.29 CaloEcalChi2=470.221 CaloBremChi2=764.798 CaloClusChi2=4.98211 CaloTrajectoryL=2733.47 CaloEoverP=0.256194 EcalPIDe=-0.270192 BremPIDe=-0.607507 HcalPIDe=-1.62556 HcalPIDmu=-0.245652 EcalPIDmu=-1.58637 TrackChi2PerDof=1.17628 TrackNumDof=40 TrackType=3 TrackHistory=32 TrackP=5807.56 TrackPt=221.117 CombDLLe=-4.98171 CombDLLmu=-7.55854 CombDLLpi=0 CombDLLk=-2.50104 CombDLLp=-2.50104 CombDLLd=-1.99912 ProbNNe=6.39513e-07 ProbNNpi=0.989671 ProbNNk=0.00206544 ProbNNp=0.00640107 ProbNNghost=0.00401376 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.0038 RichDLLmu=-7.73324 RichDLLpi=0 RichDLLk=1.38946 RichDLLp=2.04147 RichPIDStatus=6117 RichDLLbt=2.04147 RichDLLd=2.04147 MuonMuLL=-0.00883898 MuonBkgLL=-0.75693 MuonNShared=5 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=73.5108 MuonMVA1=-999 MuonMVA2=-2.2973 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.825086 CaloElectronMatch=222.408 CaloChargedEcal=13584.3 CaloChargedID=38710 CaloEcalE=4548.33 CaloHcalE=1850.36 CaloEcalChi2=222.408 CaloClusChi2=0.825086 CaloTrajectoryL=128.767 CaloEoverP=1.45495 EcalPIDe=0.605631 HcalPIDe=-1.03972 HcalPIDmu=1.84961 EcalPIDmu=-3.11421 TrackChi2PerDof=1.08298 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=9660.16 TrackPt=333.372 CombDLLe=-2.94317 CombDLLmu=-6.90912 CombDLLpi=0 CombDLLk=1.38946 CombDLLp=2.04147 CombDLLd=2.7984 ProbNNe=0.000421954 ProbNNmu=0.00366525 ProbNNpi=0.00559376 ProbNNk=0.204333 ProbNNp=0.00523553 ProbNNghost=0.0475924 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.14953 RichDLLmu=-0.187523 RichDLLpi=0 RichDLLk=36.6592 RichDLLp=8.26006 RichPIDStatus=8164 RichDLLbt=12.5593 RichDLLd=12.5593 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.587364 CaloElectronMatch=8.49398 CaloChargedEcal=25735.5 CaloChargedID=43313 CaloEcalE=20494.5 CaloHcalE=19105.5 CaloEcalChi2=8.49398 CaloClusChi2=0.587364 CaloTrajectoryL=102.2 CaloEoverP=0.954765 EcalPIDe=5.12159 HcalPIDe=-2.87457 HcalPIDmu=-3.36956 EcalPIDmu=-3.63171 TrackChi2PerDof=1.14528 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=27465.5 TrackPt=843.983 CombDLLe=2.04591 CombDLLmu=-7.26368 CombDLLpi=0 CombDLLk=36.6592 CombDLLp=8.26006 CombDLLd=12.5593 ProbNNe=0.151311 ProbNNpi=0.0004187 ProbNNk=0.999699 ProbNNp=0.00268613 ProbNNghost=0.0221322 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.6571 RichDLLmu=-3.2094 RichDLLpi=0 RichDLLk=0.0575371 RichDLLp=0.0575371 RichPIDStatus=5028 RichDLLbt=0.0575371 RichDLLd=0.0575371 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.21795 CaloElectronMatch=687.128 CaloBremMatch=8.7968 CaloChargedEcal=4436.71 CaloChargedID=38269 CaloNeutralEcal=4436.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818995 CaloNeutralID=38269 CaloEcalE=692.808 CaloHcalE=4673.63 CaloEcalChi2=687.128 CaloBremChi2=346.944 CaloClusChi2=3.21795 CaloTrajectoryL=446.763 CaloEoverP=0.687184 EcalPIDe=-0.541014 BremPIDe=-0.398756 HcalPIDe=-2.10303 HcalPIDmu=-1.13278 EcalPIDmu=0.734887 TrackChi2PerDof=0.705721 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=6689.07 TrackPt=324.278 CombDLLe=-5.02693 CombDLLmu=-4.36114 CombDLLpi=0 CombDLLk=0.0575371 CombDLLp=0.0575371 CombDLLd=0.0575371 ProbNNe=1.58367e-06 ProbNNpi=0.966972 ProbNNk=0.0180665 ProbNNp=0.0423765 ProbNNghost=0.0253145 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.6746 RichDLLmu=-5.49718 RichDLLpi=0 RichDLLk=-12.9022 RichDLLp=-11.0916 RichPIDStatus=6115 RichDLLbt=-11.0916 RichDLLd=-11.0916 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.46854 CaloElectronMatch=1057.6 CaloBremMatch=50.0141 CaloChargedEcal=6091.86 CaloChargedID=34831 CaloNeutralEcal=6091.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849925 CaloNeutralID=34831 CaloEcalE=1060.46 CaloHcalE=13497.8 CaloEcalChi2=1057.6 CaloBremChi2=337.694 CaloClusChi2=2.46854 CaloTrajectoryL=9136.27 CaloEoverP=0.380585 EcalPIDe=-1.02088 BremPIDe=-0.507548 HcalPIDe=-2.5812 HcalPIDmu=-2.8941 EcalPIDmu=-0.0276618 TrackChi2PerDof=0.893017 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=16571.1 TrackPt=585.054 CombDLLe=-7.15927 CombDLLmu=-8.52383 CombDLLpi=0 CombDLLk=-12.9022 CombDLLp=-11.0916 CombDLLd=-11.0916 ProbNNe=7.86945e-07 ProbNNpi=0.998398 ProbNNk=0.000108183 ProbNNp=0.00038387 ProbNNghost=0.00369511 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.4616 RichDLLmu=-4.27785 RichDLLpi=0 RichDLLk=-39.3763 RichDLLp=-34.1098 RichPIDStatus=8163 RichDLLbt=-34.0065 RichDLLd=-34.0065 MuonMuLL=-0.18633 MuonBkgLL=-2.41219 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=58.0238 MuonMVA1=-999 MuonMVA2=0.200682 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.148027 CaloElectronMatch=264.474 CaloBremMatch=264.474 CaloChargedEcal=5955.85 CaloChargedID=43931 CaloNeutralEcal=5955.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859784 CaloNeutralID=43931 CaloEcalE=3891.74 CaloHcalE=10318.3 CaloEcalChi2=264.474 CaloBremChi2=186.359 CaloClusChi2=0.148027 CaloTrajectoryL=63.0153 CaloEoverP=0.343279 EcalPIDe=0.651274 BremPIDe=-0.0564365 HcalPIDe=-2.59631 HcalPIDmu=-2.50375 EcalPIDmu=-3.65481 TrackChi2PerDof=0.85604 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=17674.7 TrackPt=1250.17 CombDLLe=-5.29948 CombDLLmu=-8.79048 CombDLLpi=0 CombDLLk=-39.3763 CombDLLp=-34.1098 CombDLLd=-31.5943 ProbNNe=1.03098e-05 ProbNNmu=0.00366525 ProbNNpi=0.482474 ProbNNk=0.00154911 ProbNNp=0.000306404 ProbNNghost=7.54951e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.7874 RichDLLmu=-2.76856 RichDLLpi=0 RichDLLk=-1.23219 RichDLLp=1.9748 RichPIDStatus=6117 RichDLLbt=1.9748 RichDLLd=1.9748 MuonMuLL=-0.00793137 MuonBkgLL=-0.761063 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=52.6433 MuonMVA1=-999 MuonMVA2=-0.546048 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.90265 CaloElectronMatch=1680.11 CaloBremMatch=1680.11 CaloChargedEcal=8008.5 CaloChargedID=43615 CaloNeutralEcal=8008.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758457 CaloNeutralID=43615 CaloEcalE=1209.81 CaloHcalE=9063.42 CaloEcalChi2=1680.11 CaloBremChi2=178.996 CaloClusChi2=9.90265 CaloTrajectoryL=-2397.22 CaloEoverP=0.691435 EcalPIDe=-1.63587 BremPIDe=0.170661 HcalPIDe=-2.51216 HcalPIDmu=-2.24776 EcalPIDmu=-0.537439 TrackChi2PerDof=1.15827 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=11922.7 TrackPt=867.528 CombDLLe=-6.14192 CombDLLmu=-5.55514 CombDLLpi=0 CombDLLk=-1.23219 CombDLLp=1.9748 CombDLLd=2.73586 ProbNNe=8.69222e-05 ProbNNmu=0.00366525 ProbNNpi=0.0341381 ProbNNk=0.1017 ProbNNp=0.17051 ProbNNghost=0.0156239 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.42551 RichDLLmu=-0.209898 RichDLLpi=0 RichDLLk=-33.1185 RichDLLp=-17.5009 RichPIDStatus=8163 RichDLLbt=-14.7153 RichDLLd=-14.7153 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.10733 CaloElectronMatch=1565.83 CaloChargedEcal=3944.04 CaloChargedID=42734 CaloEcalE=1913.88 CaloHcalE=40679.6 CaloEcalChi2=1565.83 CaloClusChi2=2.10733 CaloTrajectoryL=-43.5788 CaloEoverP=0.135357 EcalPIDe=-1.26658 HcalPIDe=-3.00566 HcalPIDmu=-2.99152 EcalPIDmu=-1.07167 TrackChi2PerDof=0.930006 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=31105.9 TrackPt=852.188 CombDLLe=-4.5216 CombDLLmu=-4.35687 CombDLLpi=0 CombDLLk=-33.1185 CombDLLp=-17.5009 CombDLLd=-14.7153 ProbNNe=5.22369e-06 ProbNNpi=0.999266 ProbNNk=0.000429915 ProbNNp=4.51683e-05 ProbNNghost=0.000389947 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.89965 RichDLLmu=1.15365 RichDLLpi=0 RichDLLk=8.86008 RichDLLp=8.86008 RichPIDStatus=5028 RichDLLbt=8.86008 RichDLLd=8.86008 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.74842 CaloElectronMatch=13.8131 CaloBremMatch=13.8131 CaloChargedEcal=6550.48 CaloChargedID=35086 CaloNeutralEcal=6550.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859398 CaloNeutralID=35086 CaloEcalE=4984.89 CaloHcalE=1805.08 CaloEcalChi2=13.8131 CaloBremChi2=94.5263 CaloClusChi2=0.74842 CaloTrajectoryL=181.35 CaloEoverP=0.905965 EcalPIDe=3.6423 BremPIDe=0.353881 HcalPIDe=-1.02441 HcalPIDmu=1.90086 EcalPIDmu=-3.02713 TrackChi2PerDof=2.78246 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=7319.18 TrackPt=532.109 CombDLLe=3.99678 CombDLLmu=0.460767 CombDLLpi=0 CombDLLk=8.86008 CombDLLp=8.86008 CombDLLd=8.86008 ProbNNe=0.993837 ProbNNpi=0.0906421 ProbNNk=0.342873 ProbNNp=0.22193 ProbNNghost=0.99005 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.931931 RichDLLmu=9.98157 RichDLLpi=0 RichDLLk=13.7608 RichDLLp=13.7608 RichPIDStatus=5028 RichDLLbt=13.7608 RichDLLd=13.7608 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0358715 CaloElectronMatch=15.8873 CaloBremMatch=15.8873 CaloChargedEcal=2922.36 CaloChargedID=35565 CaloNeutralEcal=2922.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914736 CaloNeutralID=35565 CaloEcalE=1660.91 CaloHcalE=267.387 CaloEcalChi2=15.8873 CaloBremChi2=115.831 CaloClusChi2=0.0358715 CaloTrajectoryL=-36.816 CaloEoverP=0.662195 EcalPIDe=2.97947 BremPIDe=0.157531 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-1.71735 TrackChi2PerDof=0.768878 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=4657.28 TrackPt=554.965 CombDLLe=3.1058 CombDLLmu=3.63853 CombDLLpi=0 CombDLLk=13.7608 CombDLLp=13.7608 CombDLLd=13.7608 ProbNNe=0.00351006 ProbNNpi=0.0036669 ProbNNk=0.973887 ProbNNp=0.965478 ProbNNghost=0.0114505 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.00553131 RichDLLmu=-5.6224 RichDLLpi=0 RichDLLk=-2.20218 RichDLLp=-2.20218 RichPIDStatus=5027 RichDLLbt=-2.20218 RichDLLd=-2.20218 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.53211 CaloElectronMatch=373.598 CaloBremMatch=188.391 CaloChargedEcal=11114.2 CaloChargedID=34380 CaloNeutralEcal=11114.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694006 CaloNeutralID=34380 CaloEcalE=6557.06 CaloHcalE=3881.13 CaloEcalChi2=373.598 CaloBremChi2=344.848 CaloClusChi2=0.53211 CaloTrajectoryL=-82.3812 CaloEoverP=2.77096 EcalPIDe=0.0319619 BremPIDe=-0.373552 HcalPIDe=-1.4367 HcalPIDmu=-0.392193 EcalPIDmu=-0.737145 TrackChi2PerDof=1.06076 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=4097.71 TrackPt=242.551 CombDLLe=-1.77926 CombDLLmu=-6.79319 CombDLLpi=0 CombDLLk=-2.20218 CombDLLp=-2.20218 CombDLLd=-2.20218 ProbNNe=0.479278 ProbNNpi=0.872187 ProbNNk=0.0411597 ProbNNp=0.077268 ProbNNghost=0.166065 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.48728 RichDLLmu=-0.766896 RichDLLpi=0 RichDLLk=8.33251 RichDLLp=8.33251 RichPIDStatus=5028 RichDLLbt=8.33251 RichDLLd=8.33251 MuonMuLL=-0.0494004 MuonBkgLL=-0.764503 MuonNShared=17 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=100.596 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.21227 CaloElectronMatch=378.54 CaloBremMatch=24.9857 CaloChargedEcal=1210.27 CaloChargedID=35063 CaloNeutralEcal=1210.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786821 CaloNeutralID=35063 CaloEcalE=1072.45 CaloHcalE=5225.72 CaloEcalChi2=378.54 CaloBremChi2=374.582 CaloClusChi2=9.21227 CaloTrajectoryL=-864.631 CaloEoverP=0.371844 EcalPIDe=-0.0620623 BremPIDe=-0.4614 HcalPIDe=-1.00794 HcalPIDmu=-0.406451 EcalPIDmu=-0.485394 TrackChi2PerDof=1.75539 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=4001.32 TrackPt=237.336 CombDLLe=-1.79155 CombDLLmu=-1.24206 CombDLLpi=0 CombDLLk=8.33251 CombDLLp=8.33251 CombDLLd=9.09702 ProbNNe=0.000393018 ProbNNpi=0.216447 ProbNNk=0.777517 ProbNNp=0.831197 ProbNNghost=0.0317723 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.6715 RichDLLmu=-9.22583 RichDLLpi=0 RichDLLk=-23.0941 RichDLLp=-23.8429 RichPIDStatus=6115 RichDLLbt=-23.8429 RichDLLd=-23.8429 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.192645 CaloElectronMatch=233.337 CaloBremMatch=233.337 CaloChargedEcal=17520 CaloChargedID=39717 CaloNeutralEcal=17520 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959422 CaloNeutralID=39717 CaloEcalE=6256.26 CaloHcalE=4457.48 CaloEcalChi2=233.337 CaloBremChi2=272.309 CaloClusChi2=0.192645 CaloTrajectoryL=-28.7086 CaloEoverP=1.15708 EcalPIDe=1.08131 BremPIDe=-0.456351 HcalPIDe=-1.46869 HcalPIDmu=-0.436934 EcalPIDmu=-3.81396 TrackChi2PerDof=1.19472 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=15334.7 TrackPt=1047.31 CombDLLe=-5.2553 CombDLLmu=-10.9099 CombDLLpi=0 CombDLLk=-23.0941 CombDLLp=-23.8429 CombDLLd=-23.8429 ProbNNe=1.15351e-07 ProbNNpi=0.999267 ProbNNk=5.29905e-05 ProbNNp=9.99536e-05 ProbNNghost=0.00346749 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.3818 RichDLLmu=-4.7553 RichDLLpi=0 RichDLLk=1.91889 RichDLLp=1.91889 RichPIDStatus=5092 RichDLLbt=1.91889 RichDLLd=1.91889 MuonMuLL=-0.00200198 MuonBkgLL=-0.399064 MuonNShared=16 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=192.565 MuonMVA1=-999 MuonMVA2=-1.29613 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.92957 CaloElectronMatch=188.843 CaloChargedEcal=1919.89 CaloChargedID=38836 CaloEcalE=687.308 CaloHcalE=6854.57 CaloEcalChi2=188.843 CaloClusChi2=1.92957 CaloTrajectoryL=528.491 CaloEoverP=0.321282 EcalPIDe=0.605631 HcalPIDe=-1.99692 HcalPIDmu=-0.53992 EcalPIDmu=0.678135 TrackChi2PerDof=1.3197 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=6159.66 TrackPt=173.354 CombDLLe=-3.80498 CombDLLmu=-4.64656 CombDLLpi=0 CombDLLk=1.91889 CombDLLp=1.91889 CombDLLd=2.31795 ProbNNe=0.00270284 ProbNNmu=0.00366525 ProbNNpi=0.00682685 ProbNNk=0.341735 ProbNNp=0.0468947 ProbNNghost=0.735338 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.40126 RichDLLmu=3.83943 RichDLLpi=0 RichDLLk=-2.7238 RichDLLp=1.28572 RichPIDStatus=6114 RichDLLbt=1.28572 RichDLLd=1.28572 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.368407 CaloElectronMatch=1001.69 CaloChargedEcal=11810.9 CaloChargedID=42807 CaloEcalE=3483.97 CaloHcalE=10350.5 CaloEcalChi2=1001.69 CaloClusChi2=0.368407 CaloTrajectoryL=-9.81622 CaloEoverP=0.881549 EcalPIDe=-1.13528 HcalPIDe=-2.4429 HcalPIDmu=-2.41411 EcalPIDmu=-2.59296 TrackChi2PerDof=0.891466 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=14477.3 TrackPt=385.369 CombDLLe=-3.82329 CombDLLmu=-0.487181 CombDLLpi=0 CombDLLk=-2.7238 CombDLLp=1.28572 CombDLLd=1.28572 ProbNNe=0.000355564 ProbNNpi=0.602288 ProbNNk=0.258158 ProbNNp=0.58233 ProbNNghost=0.00927229 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.0754 RichDLLmu=1.1533 RichDLLpi=0 RichDLLk=1.78941 RichDLLp=1.78941 RichPIDStatus=5028 RichDLLbt=1.78941 RichDLLd=1.78941 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.866159 CaloElectronMatch=18.3341 CaloBremMatch=18.3341 CaloChargedEcal=3063.76 CaloChargedID=34633 CaloNeutralEcal=3063.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877537 CaloNeutralID=34633 CaloEcalE=1306.79 CaloHcalE=125.841 CaloEcalChi2=18.3341 CaloBremChi2=28.5576 CaloClusChi2=0.866159 CaloTrajectoryL=152.6 CaloEoverP=1.08888 EcalPIDe=2.97947 BremPIDe=1.76814 HcalPIDe=-0.11382 HcalPIDmu=-2.39464 EcalPIDmu=-1.5773 TrackChi2PerDof=1.26323 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=3094.26 TrackPt=164.939 CombDLLe=3.5787 CombDLLmu=-2.38535 CombDLLpi=0 CombDLLk=1.78941 CombDLLp=1.78941 CombDLLd=1.78941 ProbNNe=0.0654654 ProbNNpi=0.677997 ProbNNk=0.0934808 ProbNNp=0.145389 ProbNNghost=0.393932 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.13132 RichDLLmu=-2.1153 RichDLLpi=0 RichDLLk=5.10824 RichDLLp=19.0445 RichPIDStatus=8165 RichDLLbt=14.5442 RichDLLd=14.5442 MuonMuLL=-0.00160131 MuonBkgLL=-0.3736 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=55.1244 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.478617 CaloElectronMatch=151.691 CaloBremMatch=151.691 CaloChargedEcal=11754.3 CaloChargedID=42463 CaloNeutralEcal=11754.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.711781 CaloNeutralID=42463 CaloEcalE=1670.45 CaloHcalE=8487.6 CaloEcalChi2=151.691 CaloBremChi2=577.75 CaloClusChi2=0.478617 CaloTrajectoryL=-252.095 CaloEoverP=0.468507 EcalPIDe=1.91205 BremPIDe=-0.520672 HcalPIDe=-1.96611 HcalPIDmu=-1.30585 EcalPIDmu=-0.689506 TrackChi2PerDof=1.19798 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=25191.2 TrackPt=940.461 CombDLLe=-1.63939 CombDLLmu=-4.41989 CombDLLpi=0 CombDLLk=5.10824 CombDLLp=19.0445 CombDLLd=14.9178 ProbNNe=3.43849e-06 ProbNNpi=0.0385257 ProbNNk=0.0192278 ProbNNp=0.922954 ProbNNghost=0.950851 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.9514 RichDLLmu=-6.41193 RichDLLpi=0 RichDLLk=-14.1014 RichDLLp=-15.5005 RichPIDStatus=6115 RichDLLbt=-15.5005 RichDLLd=-15.5005 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.49933 CaloElectronMatch=219.036 CaloBremMatch=219.036 CaloChargedEcal=8402.78 CaloChargedID=41968 CaloNeutralEcal=8402.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827092 CaloNeutralID=41968 CaloEcalE=5673.85 CaloHcalE=1592.28 CaloEcalChi2=219.036 CaloBremChi2=552.067 CaloClusChi2=0.49933 CaloTrajectoryL=252.588 CaloEoverP=0.540174 EcalPIDe=1.08131 BremPIDe=-0.618836 HcalPIDe=-0.645144 HcalPIDmu=1.97594 EcalPIDmu=-3.27922 TrackChi2PerDof=0.90381 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=15881.4 TrackPt=840.478 CombDLLe=-3.67993 CombDLLmu=-7.30311 CombDLLpi=0 CombDLLk=-14.1014 CombDLLp=-15.5005 CombDLLd=-15.5005 ProbNNe=1.30256e-07 ProbNNpi=0.99872 ProbNNk=0.000285142 ProbNNp=0.000286299 ProbNNghost=0.00213128 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.01338 RichDLLmu=0.236019 RichDLLpi=0 RichDLLk=17.0805 RichDLLp=17.1846 RichPIDStatus=6117 RichDLLbt=17.1846 RichDLLd=17.1846 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.38727 CaloElectronMatch=237.232 CaloBremMatch=237.232 CaloChargedEcal=3553.2 CaloChargedID=38128 CaloNeutralEcal=3553.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942151 CaloNeutralID=38128 CaloEcalE=2007.45 CaloHcalE=0 CaloEcalChi2=237.232 CaloBremChi2=387.85 CaloClusChi2=1.38727 CaloTrajectoryL=264.386 CaloEoverP=0.365453 EcalPIDe=0.605631 BremPIDe=-0.467096 HcalPIDe=0.83611 HcalPIDmu=-2.15083 EcalPIDmu=-1.88055 TrackChi2PerDof=1.10219 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=9912.53 TrackPt=603.877 CombDLLe=-0.409233 CombDLLmu=-3.7012 CombDLLpi=0 CombDLLk=17.0805 CombDLLp=17.1846 CombDLLd=17.1846 ProbNNe=4.19133e-06 ProbNNpi=0.0383188 ProbNNk=0.932959 ProbNNp=0.931324 ProbNNghost=0.00390388 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.0023 RichDLLmu=-8.36536 RichDLLpi=0 RichDLLk=-7.01378 RichDLLp=-7.01378 RichPIDStatus=5027 RichDLLbt=-7.01378 RichDLLd=-7.01378 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.539408 CaloElectronMatch=15.1825 CaloBremMatch=15.1825 CaloChargedEcal=6139.49 CaloChargedID=35474 CaloNeutralEcal=6139.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990528 CaloNeutralID=35474 CaloEcalE=5689.66 CaloHcalE=309.94 CaloEcalChi2=15.1825 CaloBremChi2=85.5825 CaloClusChi2=0.539408 CaloTrajectoryL=154.577 CaloEoverP=0.898732 EcalPIDe=3.6423 BremPIDe=0.522337 HcalPIDe=-0.0471635 HcalPIDmu=-1.74553 EcalPIDmu=-2.52863 TrackChi2PerDof=0.738031 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=6901.59 TrackPt=696.507 CombDLLe=1.91896 CombDLLmu=-10.7979 CombDLLpi=0 CombDLLk=-7.01378 CombDLLp=-7.01378 CombDLLd=-7.01378 ProbNNe=0.00170737 ProbNNpi=0.990891 ProbNNk=0.00288383 ProbNNp=0.00265634 ProbNNghost=0.0103439 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.1809 RichDLLmu=-9.40364 RichDLLpi=0 RichDLLk=-13.6937 RichDLLp=-12.144 RichPIDStatus=6115 RichDLLbt=-12.144 RichDLLd=-12.144 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.74232 CaloElectronMatch=413.447 CaloBremMatch=413.447 CaloChargedEcal=1937.48 CaloChargedID=33946 CaloNeutralEcal=1937.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.872473 CaloNeutralID=33946 CaloEcalE=1479.86 CaloHcalE=7696.1 CaloEcalChi2=413.447 CaloBremChi2=587.785 CaloClusChi2=1.74232 CaloTrajectoryL=591.223 CaloEoverP=0.208214 EcalPIDe=-0.0141273 BremPIDe=-0.638976 HcalPIDe=-2.22765 HcalPIDmu=-2.269 EcalPIDmu=-1.15567 TrackChi2PerDof=1.10154 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=9737.45 TrackPt=1221.83 CombDLLe=-7.13137 CombDLLmu=-10.1066 CombDLLpi=0 CombDLLk=-13.6937 CombDLLp=-12.144 CombDLLd=-12.144 ProbNNe=2.49076e-07 ProbNNpi=0.999032 ProbNNk=4.84093e-05 ProbNNp=5.10019e-05 ProbNNghost=0.0159774 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.1307 RichDLLmu=-5.78147 RichDLLpi=0 RichDLLk=-3.00018 RichDLLp=-3.00018 RichPIDStatus=5027 RichDLLbt=-3.00018 RichDLLd=-3.00018 InAccBrem=1 CaloBremChi2=10.0946 BremPIDe=2.71167 TrackChi2PerDof=1.09468 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=3748.6 TrackPt=409.618 CombDLLe=-0.676719 CombDLLmu=-5.7388 CombDLLpi=0 CombDLLk=-3.00018 CombDLLp=-3.00018 CombDLLd=-3.00018 ProbNNe=0.000205938 ProbNNpi=0.96436 ProbNNk=0.0182345 ProbNNp=0.0279493 ProbNNghost=0.0310905 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.0514 RichDLLmu=-9.63061 RichDLLpi=0 RichDLLk=-23.1008 RichDLLp=-17.253 RichPIDStatus=6115 RichDLLbt=-17.253 RichDLLd=-17.253 MuonMuLL=-0.00541463 MuonBkgLL=-0.656847 MuonNShared=9 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=114.552 MuonMVA1=-999 MuonMVA2=-2.41059 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.51732 CaloElectronMatch=87.8864 CaloBremMatch=87.8864 CaloChargedEcal=7726.21 CaloChargedID=43540 CaloNeutralEcal=7726.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.674871 CaloNeutralID=43540 CaloEcalE=4033.94 CaloHcalE=11492.4 CaloEcalChi2=87.8864 CaloBremChi2=695.788 CaloClusChi2=1.51732 CaloTrajectoryL=438.049 CaloEoverP=0.659504 EcalPIDe=2.29793 BremPIDe=-0.621385 HcalPIDe=-1.89687 HcalPIDmu=-2.3461 EcalPIDmu=-2.77859 TrackChi2PerDof=1.2784 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=11968.7 TrackPt=442.634 CombDLLe=-3.98607 CombDLLmu=-11.1822 CombDLLpi=0 CombDLLk=-23.1008 CombDLLp=-17.253 CombDLLd=-16.5961 ProbNNe=0.000274026 ProbNNmu=0.00366525 ProbNNpi=0.65645 ProbNNk=0.0009642 ProbNNp=0.00830565 ProbNNghost=0.0490412 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.6737 RichDLLmu=-5.97645 RichDLLpi=0 RichDLLk=10.4924 RichDLLp=11.6872 RichPIDStatus=6117 RichDLLbt=11.6872 RichDLLd=11.6872 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.94531 CaloElectronMatch=1093.61 CaloBremMatch=153.294 CaloChargedEcal=1133.72 CaloChargedID=39306 CaloNeutralEcal=1133.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.687931 CaloNeutralID=39306 CaloEcalE=4094.84 CaloHcalE=1534.05 CaloEcalChi2=1093.61 CaloBremChi2=320.646 CaloClusChi2=3.94531 CaloTrajectoryL=-1794.66 CaloEoverP=0.120763 EcalPIDe=-1.10541 BremPIDe=-0.466299 HcalPIDe=-0.655264 HcalPIDmu=2.0457 EcalPIDmu=-3.05425 TrackChi2PerDof=1.65625 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=10104.5 TrackPt=535.254 CombDLLe=-4.37351 CombDLLmu=-6.83404 CombDLLpi=0 CombDLLk=10.4924 CombDLLp=11.6872 CombDLLd=11.6872 ProbNNe=2.31909e-06 ProbNNpi=0.303541 ProbNNk=0.213535 ProbNNp=0.325847 ProbNNghost=0.663848 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.8473 RichDLLmu=-20.7624 RichDLLpi=0 RichDLLk=-10.385 RichDLLp=-10.385 RichPIDStatus=5027 RichDLLbt=-10.385 RichDLLd=-10.385 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.540169 CaloElectronMatch=139.537 CaloBremMatch=139.537 CaloChargedEcal=1683.36 CaloChargedID=34756 CaloNeutralEcal=1683.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.681719 CaloNeutralID=34756 CaloEcalE=773.234 CaloHcalE=3344.75 CaloEcalChi2=139.537 CaloBremChi2=238.32 CaloClusChi2=0.540169 CaloTrajectoryL=99.9448 CaloEoverP=0.332049 EcalPIDe=0.989182 BremPIDe=-0.381503 HcalPIDe=-1.59374 HcalPIDmu=-0.299431 EcalPIDmu=0.392523 TrackChi2PerDof=0.787952 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=5580.12 TrackPt=665.231 CombDLLe=-3.77154 CombDLLmu=-6.90345 CombDLLpi=0 CombDLLk=-10.385 CombDLLp=-10.385 CombDLLd=-10.385 ProbNNe=6.2857e-06 ProbNNpi=0.997541 ProbNNk=0.000175436 ProbNNp=0.001084 ProbNNghost=0.0094285 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-33.8071 RichDLLmu=-24.8459 RichDLLpi=0 RichDLLk=-21.9169 RichDLLp=-21.9169 RichPIDStatus=5091 RichDLLbt=-21.9169 RichDLLd=-21.9169 MuonMuLL=-0.655466 MuonBkgLL=-1.99762 MuonNShared=14 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=154.452 MuonMVA1=-999 MuonMVA2=-0.758387 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.903818 CaloElectronMatch=201.012 CaloBremMatch=201.012 CaloChargedEcal=12069.1 CaloChargedID=42516 CaloNeutralEcal=12069.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731749 CaloNeutralID=42516 CaloEcalE=3276.09 CaloHcalE=4248.22 CaloEcalChi2=201.012 CaloBremChi2=708.209 CaloClusChi2=0.903818 CaloTrajectoryL=-265.791 CaloEoverP=2.04118 EcalPIDe=0.605631 BremPIDe=-0.607507 HcalPIDe=-2.03346 HcalPIDmu=-0.761937 EcalPIDmu=-2.92445 TrackChi2PerDof=1.01408 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=5984.77 TrackPt=504.212 CombDLLe=-6.85513 CombDLLmu=-9.34356 CombDLLpi=0 CombDLLk=-21.9169 CombDLLp=-21.9169 CombDLLd=-19.9193 ProbNNe=2.3925e-08 ProbNNmu=0.00366525 ProbNNpi=0.458337 ProbNNk=0.00421893 ProbNNp=0.00285141 ProbNNghost=0.394518 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.3587 RichDLLmu=-3.2207 RichDLLpi=0 RichDLLk=4.51683 RichDLLp=10.7179 RichPIDStatus=6117 RichDLLbt=10.7179 RichDLLd=10.7179 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.684373 CaloElectronMatch=66.7777 CaloBremMatch=66.7777 CaloChargedEcal=12521.7 CaloChargedID=37954 CaloNeutralEcal=12521.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803083 CaloNeutralID=37954 CaloEcalE=10600 CaloHcalE=1698.6 CaloEcalChi2=66.7777 CaloBremChi2=304.925 CaloClusChi2=0.684373 CaloTrajectoryL=142.63 CaloEoverP=0.961859 EcalPIDe=2.29793 BremPIDe=-0.524471 HcalPIDe=-0.754425 HcalPIDmu=1.97543 EcalPIDmu=-2.83442 TrackChi2PerDof=1.18514 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=12830.9 TrackPt=1354.29 CombDLLe=-0.589493 CombDLLmu=-4.83298 CombDLLpi=0 CombDLLk=4.51683 CombDLLp=10.7179 CombDLLd=10.7179 ProbNNe=0.0782256 ProbNNpi=0.793838 ProbNNk=0.00385531 ProbNNp=0.0807286 ProbNNghost=0.102863 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.34458 RichDLLmu=-1.24218 RichDLLpi=0 RichDLLk=2.30323 RichDLLp=2.30323 RichPIDStatus=5028 RichDLLbt=2.30323 RichDLLd=2.30323 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.16765 CaloElectronMatch=660.141 CaloBremMatch=8.7968 CaloChargedEcal=4436.71 CaloChargedID=38269 CaloNeutralEcal=4436.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818995 CaloNeutralID=38269 CaloEcalE=692.808 CaloHcalE=4673.63 CaloEcalChi2=660.141 CaloBremChi2=294.681 CaloClusChi2=3.16765 CaloTrajectoryL=446.012 CaloEoverP=0.684911 EcalPIDe=-0.541014 BremPIDe=-0.416867 HcalPIDe=-2.10303 HcalPIDmu=-1.13278 EcalPIDmu=0.734887 TrackChi2PerDof=2.05932 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=6711.26 TrackPt=318.611 CombDLLe=-3.64485 CombDLLmu=-2.10203 CombDLLpi=0 CombDLLk=2.30323 CombDLLp=2.30323 CombDLLd=2.30323 ProbNNe=0.000465701 ProbNNpi=0.166754 ProbNNk=0.0542231 ProbNNp=0.107455 ProbNNghost=0.954645 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.37351 RichDLLmu=3.36768 RichDLLpi=0 RichDLLk=3.51289 RichDLLp=3.51289 RichPIDStatus=5028 RichDLLbt=3.51289 RichDLLd=3.51289 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.893559 CaloElectronMatch=188.391 CaloBremMatch=188.391 CaloChargedEcal=11114.2 CaloChargedID=34380 CaloNeutralEcal=11114.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694006 CaloNeutralID=34380 CaloEcalE=4424.44 CaloHcalE=1885.95 CaloEcalChi2=188.391 CaloBremChi2=161.487 CaloClusChi2=0.893559 CaloTrajectoryL=228.575 CaloEoverP=2.58004 EcalPIDe=0.497498 BremPIDe=-0.127295 HcalPIDe=-1.32141 HcalPIDmu=1.64544 EcalPIDmu=-1.85251 TrackChi2PerDof=2.51835 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=4400.93 TrackPt=280.955 CombDLLe=-0.536334 CombDLLmu=3.90403 CombDLLpi=0 CombDLLk=3.51289 CombDLLp=3.51289 CombDLLd=3.51289 ProbNNe=0.930835 ProbNNpi=0.0255142 ProbNNk=0.0835367 ProbNNp=0.100165 ProbNNghost=0.991906 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.8761 RichDLLmu=-8.12698 RichDLLpi=0 RichDLLk=-20.7735 RichDLLp=-17.8864 RichPIDStatus=6115 RichDLLbt=-17.8864 RichDLLd=-17.8864 MuonMuLL=-0.0935417 MuonBkgLL=-0.549251 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=143.721 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.163148 CaloElectronMatch=83.8814 CaloBremMatch=83.8814 CaloChargedEcal=6334.26 CaloChargedID=42407 CaloNeutralEcal=6334.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.672823 CaloNeutralID=42407 CaloEcalE=3138.18 CaloHcalE=5295.36 CaloEcalChi2=83.8814 CaloBremChi2=31.559 CaloClusChi2=0.163148 CaloTrajectoryL=-5.26377 CaloEoverP=0.577535 EcalPIDe=2.29793 BremPIDe=2.24516 HcalPIDe=-1.75999 HcalPIDmu=-0.865923 EcalPIDmu=-2.67079 TrackChi2PerDof=1.4381 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=11512.9 TrackPt=555.554 CombDLLe=0.604516 CombDLLmu=-9.55882 CombDLLpi=0 CombDLLk=-20.7735 CombDLLp=-17.8864 CombDLLd=-17.3371 ProbNNe=5.64872e-07 ProbNNpi=0.990644 ProbNNk=0.000243915 ProbNNp=0.00163259 ProbNNghost=0.0117699 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.997623 RichDLLmu=1.70094 RichDLLpi=0 RichDLLk=10.3993 RichDLLp=10.3993 RichPIDStatus=5028 RichDLLbt=10.3993 RichDLLd=10.3993 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.746087 CaloElectronMatch=13.8154 CaloBremMatch=13.8131 CaloChargedEcal=6550.48 CaloChargedID=35086 CaloNeutralEcal=6550.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859398 CaloNeutralID=35086 CaloEcalE=4984.89 CaloHcalE=1805.08 CaloEcalChi2=13.8154 CaloBremChi2=63.622 CaloClusChi2=0.746087 CaloTrajectoryL=181.421 CaloEoverP=0.905723 EcalPIDe=3.6423 BremPIDe=1.02573 HcalPIDe=-1.02441 HcalPIDmu=1.90086 EcalPIDmu=-3.02713 TrackChi2PerDof=1.11708 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=7321.13 TrackPt=540.969 CombDLLe=3.81817 CombDLLmu=1.16723 CombDLLpi=0 CombDLLk=10.3993 CombDLLp=10.3993 CombDLLd=10.3993 ProbNNe=0.625381 ProbNNpi=0.0263536 ProbNNk=0.910425 ProbNNp=0.920311 ProbNNghost=0.0725878 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.3214 RichDLLmu=-6.88158 RichDLLpi=0 RichDLLk=9.18987 RichDLLp=10.8584 RichPIDStatus=6117 RichDLLbt=10.8584 RichDLLd=10.8584 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.95193 CaloElectronMatch=1093.56 CaloBremMatch=153.294 CaloChargedEcal=1133.72 CaloChargedID=39306 CaloNeutralEcal=1133.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.687931 CaloNeutralID=39306 CaloEcalE=4094.84 CaloHcalE=1534.05 CaloEcalChi2=1093.56 CaloBremChi2=320.092 CaloClusChi2=3.95193 CaloTrajectoryL=-1794.42 CaloEoverP=0.12078 EcalPIDe=-1.10541 BremPIDe=-0.466299 HcalPIDe=-0.655264 HcalPIDmu=2.0457 EcalPIDmu=-3.05425 TrackChi2PerDof=0.8866 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=10103.1 TrackPt=551.499 CombDLLe=-4.63134 CombDLLmu=-7.16943 CombDLLpi=0 CombDLLk=9.18987 CombDLLp=10.8584 CombDLLd=10.8584 ProbNNe=1.15975e-06 ProbNNpi=0.876884 ProbNNk=0.0701843 ProbNNp=0.187717 ProbNNghost=0.00578851 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.33799 RichDLLmu=-4.50227 RichDLLpi=0 RichDLLk=6.00892 RichDLLp=5.69657 RichPIDStatus=6116 RichDLLbt=5.69657 RichDLLd=5.69657 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0695056 CaloElectronMatch=118.022 CaloBremMatch=118.022 CaloChargedEcal=6274.32 CaloChargedID=38982 CaloNeutralEcal=6274.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731516 CaloNeutralID=38982 CaloEcalE=2959.91 CaloHcalE=1799.47 CaloEcalChi2=118.022 CaloBremChi2=287.328 CaloClusChi2=0.0695056 CaloTrajectoryL=-135.158 CaloEoverP=0.657032 EcalPIDe=1.84829 BremPIDe=-0.26048 HcalPIDe=-1.02441 HcalPIDmu=1.84961 EcalPIDmu=-2.36722 TrackChi2PerDof=1.02985 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=9591.64 TrackPt=452.053 CombDLLe=-1.0417 CombDLLmu=-5.53324 CombDLLpi=0 CombDLLk=6.00892 CombDLLp=5.69657 CombDLLd=5.69657 ProbNNe=4.21889e-05 ProbNNpi=0.823797 ProbNNk=0.122796 ProbNNp=0.19119 ProbNNghost=0.0601525 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.4465 RichDLLmu=-11.3194 RichDLLpi=0 RichDLLk=-33.0889 RichDLLp=-28.3952 RichPIDStatus=6115 RichDLLbt=-28.3952 RichDLLd=-28.3952 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=22.4962 CaloElectronMatch=810.877 CaloBremMatch=209.092 CaloChargedEcal=1803.05 CaloChargedID=39900 CaloNeutralEcal=1803.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.723334 CaloNeutralID=39900 CaloEcalE=0 CaloHcalE=565.05 CaloEcalChi2=810.877 CaloBremChi2=23.033 CaloClusChi2=22.4962 CaloTrajectoryL=-2487.69 CaloEoverP=0.142316 EcalPIDe=-0.833336 BremPIDe=2.59242 HcalPIDe=-0.066776 HcalPIDmu=-1.14554 EcalPIDmu=0.457906 TrackChi2PerDof=0.656751 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=12631 TrackPt=905.583 CombDLLe=-2.9013 CombDLLmu=-7.53798 CombDLLpi=0 CombDLLk=-33.0889 CombDLLp=-28.3952 CombDLLd=-28.3952 ProbNNe=2.59874e-07 ProbNNpi=0.999694 ProbNNk=6.17913e-05 ProbNNp=0.000105274 ProbNNghost=0.000259751 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.71357 RichDLLmu=-2.53981 RichDLLpi=0 RichDLLk=-5.99888 RichDLLp=-5.54697 RichPIDStatus=8163 RichDLLbt=-2.76194 RichDLLd=-2.76194 InAccBrem=1 CaloBremChi2=260.618 BremPIDe=-0.73102 TrackChi2PerDof=1.10737 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=20395.6 TrackPt=1215.68 CombDLLe=-2.39825 CombDLLmu=-3.27849 CombDLLpi=0 CombDLLk=-5.99888 CombDLLp=-5.54697 CombDLLd=-2.76194 ProbNNe=0.00373943 ProbNNpi=0.980462 ProbNNk=0.00406741 ProbNNp=0.00647981 ProbNNghost=0.00194575 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.204504 RichDLLmu=0.0608002 RichDLLpi=0 RichDLLk=-17.5665 RichDLLp=-11.732 RichPIDStatus=8129 RichDLLbt=-8.81599 RichDLLd=-8.81599 MuonMuLL=-0.0194887 MuonBkgLL=-1.96248 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=139.786 MuonMVA1=-999 MuonMVA2=-1.01952 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0956475 CaloElectronMatch=65.6271 CaloChargedEcal=38274.3 CaloChargedID=43222 CaloEcalE=20854.8 CaloHcalE=6365.57 CaloEcalChi2=65.6271 CaloClusChi2=0.0956475 CaloTrajectoryL=-43.4011 CaloEoverP=0.801201 EcalPIDe=3.84523 HcalPIDe=-0.908577 HcalPIDmu=0.345036 EcalPIDmu=-3.93014 TrackChi2PerDof=1.40682 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=46767.3 TrackPt=885.894 CombDLLe=2.97244 CombDLLmu=-1.55699 CombDLLpi=0 CombDLLk=-17.5665 CombDLLp=-11.732 CombDLLd=-6.85351 ProbNNe=0.421825 ProbNNmu=0.00366525 ProbNNpi=0.0198166 ProbNNk=0.00011384 ProbNNp=0.00275908 ProbNNghost=0.259871 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.49656 RichDLLmu=-0.695609 RichDLLpi=0 RichDLLk=-46.2403 RichDLLp=-32.9092 RichPIDStatus=8163 RichDLLbt=-28.5663 RichDLLd=-28.5663 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.133623 CaloElectronMatch=68.4826 CaloBremMatch=68.4826 CaloChargedEcal=19704.6 CaloChargedID=39709 CaloNeutralEcal=19704.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939413 CaloNeutralID=39709 CaloEcalE=11144.1 CaloHcalE=1740.78 CaloEcalChi2=68.4826 CaloBremChi2=547.742 CaloClusChi2=0.133623 CaloTrajectoryL=4.90122 CaloEoverP=0.75055 EcalPIDe=3.12593 BremPIDe=-0.520672 HcalPIDe=-0.126818 HcalPIDmu=2.20884 EcalPIDmu=-3.63171 TrackChi2PerDof=1.19208 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=25949.8 TrackPt=1648.74 CombDLLe=1.69484 CombDLLmu=-2.39049 CombDLLpi=0 CombDLLk=-46.2403 CombDLLp=-32.9092 CombDLLd=-28.5663 ProbNNe=0.00798005 ProbNNpi=0.975217 ProbNNk=9.44103e-05 ProbNNp=4.6606e-05 ProbNNghost=0.0131204 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=24.8632 RichDLLmu=11.0149 RichDLLpi=0 RichDLLk=13.0063 RichDLLp=13.0063 RichPIDStatus=5089 RichDLLbt=13.0063 RichDLLd=13.0063 MuonMuLL=-0.0026034 MuonBkgLL=-0.467019 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=9.98599 MuonMVA1=-999 MuonMVA2=0.275723 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.315952 CaloElectronMatch=1.82523 CaloBremMatch=1.82523 CaloChargedEcal=7510.04 CaloChargedID=39665 CaloNeutralEcal=7510.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944711 CaloNeutralID=39665 CaloEcalE=6597.18 CaloHcalE=776.514 CaloEcalChi2=1.82523 CaloBremChi2=193.908 CaloClusChi2=0.315952 CaloTrajectoryL=103.534 CaloEoverP=0.984448 EcalPIDe=3.6423 BremPIDe=-0.192007 HcalPIDe=-0.310073 HcalPIDmu=-0.321238 EcalPIDmu=-2.13638 TrackChi2PerDof=1.03635 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=7666.62 TrackPt=436.797 CombDLLe=7.00581 CombDLLmu=4.838 CombDLLpi=0 CombDLLk=13.0063 CombDLLp=13.0063 CombDLLd=13.4734 ProbNNe=0.999988 ProbNNmu=0.00366525 ProbNNpi=1.23696e-06 ProbNNk=0.000168793 ProbNNp=0.00025021 ProbNNghost=0.841991 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.9008 RichDLLmu=-15.0973 RichDLLpi=0 RichDLLk=-9.4555 RichDLLp=-9.4555 RichPIDStatus=5091 RichDLLbt=-9.4555 RichDLLd=-9.4555 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.762687 CaloElectronMatch=298.322 CaloBremMatch=298.322 CaloChargedEcal=7677.49 CaloChargedID=38405 CaloNeutralEcal=7677.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.754708 CaloNeutralID=38405 CaloEcalE=5204.09 CaloHcalE=1607.17 CaloEcalChi2=298.322 CaloBremChi2=253.694 CaloClusChi2=0.762687 CaloTrajectoryL=267.647 CaloEoverP=0.994854 EcalPIDe=0.27519 BremPIDe=-0.590581 HcalPIDe=-1.01358 HcalPIDmu=2.09659 EcalPIDmu=-2.70057 TrackChi2PerDof=1.98787 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=7912.28 TrackPt=370.975 CombDLLe=-3.97374 CombDLLmu=-7.57069 CombDLLpi=0 CombDLLk=-9.4555 CombDLLp=-9.4555 CombDLLd=-9.4555 ProbNNe=0.000111136 ProbNNpi=0.901996 ProbNNk=0.000827068 ProbNNp=0.00446437 ProbNNghost=0.306715 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.68347 RichDLLmu=6.33149 RichDLLpi=0 RichDLLk=14.7011 RichDLLp=15.8023 RichPIDStatus=6117 RichDLLbt=15.8023 RichDLLd=15.8023 MuonMuLL=-0.0116678 MuonBkgLL=-0.900478 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=233.213 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.18655 CaloElectronMatch=55.9263 CaloChargedEcal=9669.69 CaloChargedID=42576 CaloEcalE=4082.29 CaloHcalE=2309.42 CaloEcalChi2=55.9263 CaloClusChi2=0.18655 CaloTrajectoryL=207.02 CaloEoverP=0.942589 EcalPIDe=4.33705 HcalPIDe=-1.0821 HcalPIDmu=0.94751 EcalPIDmu=-2.77859 TrackChi2PerDof=0.854922 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=10741.3 TrackPt=330.464 CombDLLe=2.26698 CombDLLmu=5.02727 CombDLLpi=0 CombDLLk=14.7011 CombDLLp=15.8023 CombDLLd=16.7028 ProbNNe=0.000119549 ProbNNpi=0.00296054 ProbNNk=0.918963 ProbNNp=0.967259 ProbNNghost=0.00276684 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.67326 RichDLLmu=-8.34399 RichDLLpi=0 RichDLLk=7.13158 RichDLLp=7.13158 RichPIDStatus=5092 RichDLLbt=7.13158 RichDLLd=7.13158 MuonMuLL=-0.0507671 MuonBkgLL=-0.253987 MuonNShared=11 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=87.0673 MuonMVA1=-999 MuonMVA2=-1.04526 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.45477 CaloElectronMatch=73.3151 CaloBremMatch=73.3151 CaloChargedEcal=2501.96 CaloChargedID=43764 CaloNeutralEcal=2501.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842618 CaloNeutralID=43764 CaloEcalE=1389.73 CaloHcalE=12118.3 CaloEcalChi2=73.3151 CaloBremChi2=218.578 CaloClusChi2=3.45477 CaloTrajectoryL=246.084 CaloEoverP=0.410465 EcalPIDe=1.84829 BremPIDe=-0.336986 HcalPIDe=-1.17839 HcalPIDmu=-0.252186 EcalPIDmu=-0.962261 TrackChi2PerDof=1.07846 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=6982.74 TrackPt=388.419 CombDLLe=-0.6533 CombDLLmu=-7.53097 CombDLLpi=0 CombDLLk=7.13158 CombDLLp=7.13158 CombDLLd=7.38557 ProbNNe=0.986791 ProbNNmu=0.00366525 ProbNNpi=6.21034e-05 ProbNNk=0.324814 ProbNNp=0.242064 ProbNNghost=0.216359 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.5313 RichDLLmu=-4.58802 RichDLLpi=0 RichDLLk=1.07748 RichDLLp=1.07748 RichPIDStatus=5028 RichDLLbt=1.07748 RichDLLd=1.07748 MuonMuLL=-0.0349021 MuonBkgLL=-0.23278 MuonNShared=16 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=921.723 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.69726 CaloElectronMatch=173.826 CaloBremMatch=173.826 CaloChargedEcal=1439.74 CaloChargedID=38326 CaloNeutralEcal=1439.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847517 CaloNeutralID=38326 CaloEcalE=1138.37 CaloHcalE=572.176 CaloEcalChi2=173.826 CaloBremChi2=89.5711 CaloClusChi2=2.69726 CaloTrajectoryL=233.215 CaloEoverP=0.274428 EcalPIDe=0.989182 BremPIDe=0.522337 HcalPIDe=-0.176853 HcalPIDmu=-0.836264 EcalPIDmu=-0.440688 TrackChi2PerDof=0.993133 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=5777.18 TrackPt=306.719 CombDLLe=-0.46687 CombDLLmu=-6.15241 CombDLLpi=0 CombDLLk=1.07748 CombDLLp=1.07748 CombDLLd=1.31026 ProbNNe=1.79306e-05 ProbNNpi=0.910331 ProbNNk=0.0374005 ProbNNp=0.0692939 ProbNNghost=0.0955394 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.47428 RichDLLmu=0.891781 RichDLLpi=0 RichDLLk=4.15341 RichDLLp=4.15341 RichPIDStatus=5028 RichDLLbt=4.15341 RichDLLd=4.15341 MuonMuLL=-0.0843604 MuonBkgLL=-0.464903 MuonNShared=11 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=203.102 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.06546 CaloElectronMatch=337.957 CaloBremMatch=337.957 CaloChargedEcal=2935.17 CaloChargedID=38201 CaloNeutralEcal=2935.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.756843 CaloNeutralID=38201 CaloEcalE=1666.39 CaloHcalE=408.005 CaloEcalChi2=337.957 CaloBremChi2=330.032 CaloClusChi2=3.06546 CaloTrajectoryL=320.143 CaloEoverP=0.543232 EcalPIDe=0.0750074 BremPIDe=-0.398756 HcalPIDe=-0.13781 HcalPIDmu=-1.55285 EcalPIDmu=-1.31108 TrackChi2PerDof=0.821289 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=5801.07 TrackPt=329.926 CombDLLe=-0.894005 CombDLLmu=-1.24797 CombDLLpi=0 CombDLLk=4.15341 CombDLLp=4.15341 CombDLLd=4.61831 ProbNNe=0.00271743 ProbNNpi=0.585146 ProbNNk=0.22313 ProbNNp=0.46891 ProbNNghost=0.0322843 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.6265 RichDLLmu=-4.67083 RichDLLpi=0 RichDLLk=-1.27086 RichDLLp=-1.27086 RichPIDStatus=5027 RichDLLbt=-1.27086 RichDLLd=-1.27086 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.74144 CaloElectronMatch=174.421 CaloChargedEcal=8060.91 CaloChargedID=34812 CaloEcalE=4384.2 CaloHcalE=5225.72 CaloEcalChi2=174.421 CaloClusChi2=3.74144 CaloTrajectoryL=406.209 CaloEoverP=2.39122 EcalPIDe=0.83137 HcalPIDe=-1.00794 HcalPIDmu=0.212001 EcalPIDmu=-1.442 TrackChi2PerDof=1.06532 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3410.38 TrackPt=93.8688 CombDLLe=-0.809471 CombDLLmu=-6.35771 CombDLLpi=0 CombDLLk=-1.27086 CombDLLp=-1.27086 CombDLLd=-1.27086 ProbNNe=0.261904 ProbNNpi=0.798382 ProbNNk=0.0956158 ProbNNp=0.159416 ProbNNghost=0.0797475 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.74281 RichDLLmu=-0.486726 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=64.4458 BremPIDe=0.754695 TrackChi2PerDof=1.28775 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=2550.23 TrackPt=105.794 CombDLLe=0.275454 CombDLLmu=-0.679272 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.835669 ProbNNpi=0.726843 ProbNNk=0.0459365 ProbNNp=0.0880241 ProbNNghost=0.328054 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.7483 RichDLLmu=-0.688065 RichDLLpi=0 RichDLLk=-1.64112 RichDLLp=-1.64112 RichPIDStatus=5091 RichDLLbt=-1.64112 RichDLLd=-1.64112 MuonMuLL=-0.0026034 MuonBkgLL=-0.468174 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=9.89826 MuonMVA1=-999 MuonMVA2=0.41273 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.275136 CaloElectronMatch=2.98419 CaloBremMatch=1.82523 CaloChargedEcal=7510.04 CaloChargedID=39665 CaloNeutralEcal=7510.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944711 CaloNeutralID=39665 CaloEcalE=6597.18 CaloHcalE=776.514 CaloEcalChi2=2.98419 CaloBremChi2=147.067 CaloClusChi2=0.275136 CaloTrajectoryL=99.472 CaloEoverP=0.98146 EcalPIDe=3.6423 BremPIDe=0.110459 HcalPIDe=-0.310073 HcalPIDmu=-0.321238 EcalPIDmu=-2.13638 TrackChi2PerDof=2.97739 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=7689.97 TrackPt=437.814 CombDLLe=0.52569 CombDLLmu=-2.9493 CombDLLpi=0 CombDLLk=-1.64112 CombDLLp=-1.64112 CombDLLd=-1.17295 ProbNNe=0.105728 ProbNNmu=0.00366525 ProbNNpi=0.00718914 ProbNNk=0.0672406 ProbNNp=0.0432621 ProbNNghost=0.991354 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.74327 RichDLLmu=5.18835 RichDLLpi=0 RichDLLk=12.5529 RichDLLp=14.1199 RichPIDStatus=6117 RichDLLbt=14.1199 RichDLLd=14.1199 MuonMuLL=-0.277204 MuonBkgLL=-1.34456 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=30.5912 MuonMVA1=-999 MuonMVA2=-1.7433 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=17392.1 CaloBremChi2=684.509 BremPIDe=-0.621385 HcalPIDe=-1.89687 HcalPIDmu=-1.22468 TrackChi2PerDof=0.663747 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=10649 TrackPt=492.381 CombDLLe=-3.17142 CombDLLmu=5.28144 CombDLLpi=0 CombDLLk=12.5529 CombDLLp=14.1199 CombDLLd=15.4645 ProbNNe=0.952592 ProbNNmu=0.00106764 ProbNNpi=0.0864531 ProbNNk=0.824192 ProbNNp=0.7282 ProbNNghost=0.0893775 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.17768 RichDLLmu=2.94758 RichDLLpi=0 RichDLLk=8.20622 RichDLLp=8.20622 RichPIDStatus=5028 RichDLLbt=8.20622 RichDLLd=8.20622 MuonMuLL=-0.0118702 MuonBkgLL=-0.310498 MuonNShared=9 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=176.455 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.451312 CaloElectronMatch=136.457 CaloBremMatch=136.457 CaloChargedEcal=3014.77 CaloChargedID=35186 CaloNeutralEcal=3014.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916125 CaloNeutralID=35186 CaloEcalE=2500.92 CaloHcalE=1924.58 CaloEcalChi2=136.457 CaloBremChi2=636.239 CaloClusChi2=0.451312 CaloTrajectoryL=357.152 CaloEoverP=0.615083 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-2.46918 TrackChi2PerDof=1.51347 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=5133.42 TrackPt=283.601 CombDLLe=-0.864084 CombDLLmu=3.33979 CombDLLpi=0 CombDLLk=8.20622 CombDLLp=8.20622 CombDLLd=8.51672 ProbNNe=0.00895427 ProbNNpi=0.0784544 ProbNNk=0.78256 ProbNNp=0.797069 ProbNNghost=0.81101 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.0224 RichDLLmu=-13.2003 RichDLLpi=0 RichDLLk=-6.84069 RichDLLp=-6.84069 RichPIDStatus=5027 RichDLLbt=-6.84069 RichDLLd=-6.84069 MuonMuLL=-0.0084355 MuonBkgLL=-0.252266 MuonNShared=25 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=200.632 MuonMVA1=-999 MuonMVA2=-1.90605 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.167 CaloElectronMatch=3.50929 CaloBremMatch=3.50929 CaloChargedEcal=3671.85 CaloChargedID=34031 CaloNeutralEcal=3671.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860722 CaloNeutralID=34031 CaloEcalE=2960.38 CaloHcalE=793.119 CaloEcalChi2=3.50929 CaloBremChi2=403.736 CaloClusChi2=1.167 CaloTrajectoryL=179.625 CaloEoverP=0.831868 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=-0.560927 HcalPIDmu=0.0289404 EcalPIDmu=-2.69301 TrackChi2PerDof=0.853385 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=4525.61 TrackPt=553.229 CombDLLe=-1.41672 CombDLLmu=-9.34932 CombDLLpi=0 CombDLLk=-6.84069 CombDLLp=-6.84069 CombDLLd=-6.58842 ProbNNe=0.0100713 ProbNNmu=0.00366525 ProbNNpi=0.005084 ProbNNk=0.00465308 ProbNNp=0.0134732 ProbNNghost=0.23124 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.53744 RichDLLmu=3.73126 RichDLLpi=0 RichDLLk=12.792 RichDLLp=12.792 RichPIDStatus=5092 RichDLLbt=12.792 RichDLLd=12.792 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.595786 CaloElectronMatch=61.6553 CaloBremMatch=61.6553 CaloChargedEcal=4792.33 CaloChargedID=38223 CaloNeutralEcal=4792.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914309 CaloNeutralID=38223 CaloEcalE=2766.22 CaloHcalE=5984.37 CaloEcalChi2=61.6553 CaloBremChi2=386.228 CaloClusChi2=0.595786 CaloTrajectoryL=151.071 CaloEoverP=0.58427 EcalPIDe=3.6423 BremPIDe=-0.467096 HcalPIDe=-2.12496 HcalPIDmu=-1.79054 EcalPIDmu=-2.50902 TrackChi2PerDof=1.09599 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=8246.76 TrackPt=425.054 CombDLLe=1.66768 CombDLLmu=0.130793 CombDLLpi=0 CombDLLk=12.792 CombDLLp=12.792 CombDLLd=12.792 ProbNNe=0.0414292 ProbNNpi=0.0237514 ProbNNk=0.766677 ProbNNp=0.876268 ProbNNghost=0.397059 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.6405 RichDLLmu=-8.09864 RichDLLpi=0 RichDLLk=-30.0172 RichDLLp=-26.3654 RichPIDStatus=6115 RichDLLbt=-26.3654 RichDLLd=-26.3654 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.457693 CaloElectronMatch=286.433 CaloBremMatch=286.433 CaloChargedEcal=10697.6 CaloChargedID=41898 CaloNeutralEcal=10697.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924536 CaloNeutralID=41898 CaloEcalE=4908.28 CaloHcalE=7519.22 CaloEcalChi2=286.433 CaloBremChi2=188.044 CaloClusChi2=0.457693 CaloTrajectoryL=409.681 CaloEoverP=0.831772 EcalPIDe=0.424072 BremPIDe=0.0181313 HcalPIDe=-2.32036 HcalPIDmu=-1.81238 EcalPIDmu=-3.41223 TrackChi2PerDof=1.12248 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=13627.8 TrackPt=827.463 CombDLLe=-6.17919 CombDLLmu=-11.6967 CombDLLpi=0 CombDLLk=-30.0172 CombDLLp=-26.3654 CombDLLd=-26.3654 ProbNNe=4.57654e-08 ProbNNpi=0.999373 ProbNNk=6.95443e-05 ProbNNp=0.000133679 ProbNNghost=0.00277148 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.96088 RichDLLmu=-0.433016 RichDLLpi=0 RichDLLk=-18.292 RichDLLp=-10.7642 RichPIDStatus=139235 RichDLLbt=-5.90831 RichDLLd=-8.32382 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0505244 CaloElectronMatch=105.909 CaloBremMatch=105.909 CaloChargedEcal=36212.3 CaloChargedID=43190 CaloNeutralEcal=36212.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.782342 CaloNeutralID=43190 CaloEcalE=20760.9 CaloHcalE=14534.5 CaloEcalChi2=105.909 CaloBremChi2=632.585 CaloClusChi2=0.0505244 CaloTrajectoryL=173.576 CaloEoverP=0.932283 EcalPIDe=3.26863 BremPIDe=-0.528346 HcalPIDe=-2.95963 HcalPIDmu=-1.96073 EcalPIDmu=-4.03438 TrackChi2PerDof=1.25646 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=38594.7 TrackPt=1991.51 CombDLLe=-0.562227 CombDLLmu=-6.59981 CombDLLpi=0 CombDLLk=-18.292 CombDLLp=-10.7642 CombDLLd=-8.32382 ProbNNe=0.140114 ProbNNpi=0.920053 ProbNNk=9.72951e-05 ProbNNp=0.000115681 ProbNNghost=0.390097 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.80219 RichDLLmu=-1.8463 RichDLLpi=0 RichDLLk=-0.200003 RichDLLp=-0.200003 RichPIDStatus=5027 RichDLLbt=-0.200003 RichDLLd=-0.200003 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.06789 CaloElectronMatch=135.093 CaloBremMatch=134.035 CaloChargedEcal=4693.68 CaloChargedID=35138 CaloNeutralEcal=4693.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979751 CaloNeutralID=35138 CaloEcalE=4584.86 CaloEcalChi2=135.093 CaloBremChi2=328.33 CaloClusChi2=4.06789 CaloTrajectoryL=268.844 CaloEoverP=1.67202 EcalPIDe=0.83137 BremPIDe=-0.373552 EcalPIDmu=-1.442 TrackChi2PerDof=1.64187 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3005.49 TrackPt=171.617 CombDLLe=-0.550504 CombDLLmu=-3.91541 CombDLLpi=0 CombDLLk=-0.200003 CombDLLp=-0.200003 CombDLLd=-0.200003 ProbNNe=0.647659 ProbNNpi=0.519713 ProbNNk=0.0449085 ProbNNp=0.0846081 ProbNNghost=0.877783 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=2.52481 RichDLLmu=-3.55114 RichDLLpi=0 RichDLLk=0.90609 RichDLLp=0.90609 RichPIDStatus=5025 RichDLLbt=0.90609 RichDLLd=0.90609 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.09732 CaloElectronMatch=135.681 CaloBremMatch=134.035 CaloChargedEcal=4693.68 CaloChargedID=35138 CaloNeutralEcal=4693.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979751 CaloNeutralID=35138 CaloEcalE=4584.86 CaloEcalChi2=135.681 CaloBremChi2=328.671 CaloClusChi2=4.09732 CaloTrajectoryL=268.975 CaloEoverP=1.67108 EcalPIDe=0.83137 BremPIDe=-0.373552 EcalPIDmu=-1.442 TrackChi2PerDof=1.35355 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3007.16 TrackPt=171.953 CombDLLe=0.899074 CombDLLmu=-5.71774 CombDLLpi=0 CombDLLk=0.90609 CombDLLp=0.90609 CombDLLd=0.90609 ProbNNe=0.972802 ProbNNpi=0.608981 ProbNNk=0.0350247 ProbNNp=0.090763 ProbNNghost=0.675281 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.25362 RichDLLmu=-8.53011 RichDLLpi=0 RichDLLk=-3.65194 RichDLLp=-3.65194 RichPIDStatus=5027 RichDLLbt=-3.65194 RichDLLd=-3.65194 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.373164 CaloElectronMatch=98.3179 CaloBremMatch=98.3179 CaloChargedEcal=7183.71 CaloChargedID=34955 CaloNeutralEcal=7183.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907448 CaloNeutralID=34955 CaloEcalE=6401.86 CaloHcalE=1587.16 CaloEcalChi2=98.3179 CaloBremChi2=216.477 CaloClusChi2=0.373164 CaloTrajectoryL=251.19 CaloEoverP=1.42265 EcalPIDe=1.84829 BremPIDe=-0.336986 HcalPIDe=-1.01358 HcalPIDmu=2.04963 EcalPIDmu=-1.02114 TrackChi2PerDof=0.830786 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=5232.94 TrackPt=273.021 CombDLLe=-0.243861 CombDLLmu=-5.52461 CombDLLpi=0 CombDLLk=-3.65194 CombDLLp=-3.65194 CombDLLd=-3.65194 ProbNNe=0.220202 ProbNNpi=0.904746 ProbNNk=0.0135898 ProbNNp=0.0253783 ProbNNghost=0.244023 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.14151 RichDLLmu=7.32179 RichDLLpi=0 RichDLLk=3.89863 RichDLLp=3.89863 RichPIDStatus=5026 RichDLLbt=3.89863 RichDLLd=3.89863 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.908018 CaloElectronMatch=189.101 CaloBremMatch=188.391 CaloChargedEcal=11114.2 CaloChargedID=34380 CaloNeutralEcal=11114.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694006 CaloNeutralID=34380 CaloEcalE=4424.44 CaloHcalE=1885.95 CaloEcalChi2=189.101 CaloBremChi2=155.834 CaloClusChi2=0.908018 CaloTrajectoryL=229.256 CaloEoverP=2.5825 EcalPIDe=0.497498 BremPIDe=-0.127295 HcalPIDe=-1.32141 HcalPIDmu=1.64544 EcalPIDmu=-1.85251 TrackChi2PerDof=0.829267 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=4396.74 TrackPt=283.143 CombDLLe=-1.6734 CombDLLmu=6.0824 CombDLLpi=0 CombDLLk=3.89863 CombDLLp=3.89863 CombDLLd=3.89863 ProbNNe=0.492476 ProbNNpi=0.522848 ProbNNk=0.231782 ProbNNp=0.449062 ProbNNghost=0.247003 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.4306 RichDLLmu=-3.39962 RichDLLpi=0 RichDLLk=1.35856 RichDLLp=1.35856 RichPIDStatus=5092 RichDLLbt=1.35856 RichDLLd=1.35856 MuonMuLL=-0.00200198 MuonBkgLL=-0.399273 MuonNShared=15 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=192.582 MuonMVA1=-999 MuonMVA2=-1.29613 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.91968 CaloElectronMatch=188.498 CaloBremMatch=149.115 CaloChargedEcal=1919.89 CaloChargedID=38836 CaloNeutralEcal=1919.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721468 CaloNeutralID=38836 CaloEcalE=687.308 CaloHcalE=6854.57 CaloEcalChi2=188.498 CaloBremChi2=50.7128 CaloClusChi2=1.91968 CaloTrajectoryL=528.706 CaloEoverP=0.321162 EcalPIDe=0.605631 BremPIDe=1.42298 HcalPIDe=-1.99692 HcalPIDmu=-0.53992 EcalPIDmu=0.678135 TrackChi2PerDof=1.1317 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=6161.96 TrackPt=191.118 CombDLLe=-2.54224 CombDLLmu=-3.6048 CombDLLpi=0 CombDLLk=1.35856 CombDLLp=1.35856 CombDLLd=1.75783 ProbNNe=0.000552302 ProbNNmu=0.00366525 ProbNNpi=0.0022987 ProbNNk=0.054093 ProbNNp=0.197033 ProbNNghost=0.402297 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.81369 RichDLLmu=-0.0716763 RichDLLpi=0 RichDLLk=1.81576 RichDLLp=1.81576 RichPIDStatus=5028 RichDLLbt=1.81576 RichDLLd=1.81576 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0591847 CaloElectronMatch=46.8048 CaloBremMatch=46.8048 CaloChargedEcal=2665.91 CaloChargedID=34872 CaloNeutralEcal=2665.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935393 CaloNeutralID=34872 CaloEcalE=1864.96 CaloHcalE=2840.39 CaloEcalChi2=46.8048 CaloBremChi2=140.106 CaloClusChi2=0.0591847 CaloTrajectoryL=-33.2918 CaloEoverP=0.971319 EcalPIDe=2.97947 BremPIDe=-0.016685 HcalPIDe=-1.37298 HcalPIDmu=0.411773 EcalPIDmu=-2.19735 TrackChi2PerDof=1.43708 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2993 TrackPt=92.8838 CombDLLe=0.924426 CombDLLmu=-1.88592 CombDLLpi=0 CombDLLk=1.81576 CombDLLp=1.81576 CombDLLd=1.81576 ProbNNe=0.387962 ProbNNpi=0.445667 ProbNNk=0.0866027 ProbNNp=0.119204 ProbNNghost=0.856461 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=14.1791 RichDLLmu=-3.63964 RichDLLpi=0 RichDLLk=0.349529 RichDLLp=0.349529 RichPIDStatus=5025 RichDLLbt=0.349529 RichDLLd=0.349529 InAccBrem=1 CaloBremChi2=523.323 BremPIDe=-0.553589 TrackChi2PerDof=1.46452 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2783.33 TrackPt=123.325 CombDLLe=1.82879 CombDLLmu=-4.35257 CombDLLpi=0 CombDLLk=0.349529 CombDLLp=0.349529 CombDLLd=0.349529 ProbNNe=0.95427 ProbNNpi=0.295973 ProbNNk=0.0147158 ProbNNp=0.0708381 ProbNNghost=0.767112 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.23496 RichDLLmu=-4.41707 RichDLLpi=0 RichDLLk=0.724371 RichDLLp=0.724371 RichPIDStatus=5028 RichDLLbt=0.724371 RichDLLd=0.724371 MuonMuLL=0 MuonBkgLL=-0.0205861 MuonNShared=12 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1077.38 MuonMVA1=-999 MuonMVA2=-1.63789 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.796884 CaloElectronMatch=206.038 CaloBremMatch=94.6977 CaloChargedEcal=5872.84 CaloChargedID=38850 CaloNeutralEcal=5872.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.627917 CaloNeutralID=38850 CaloEcalE=2459.14 CaloHcalE=263.884 CaloEcalChi2=206.038 CaloBremChi2=223.168 CaloClusChi2=0.796884 CaloTrajectoryL=113.81 CaloEoverP=1.67696 EcalPIDe=0.497498 BremPIDe=-0.417084 HcalPIDe=-0.19426 HcalPIDmu=-1.03802 EcalPIDmu=-2.20555 TrackChi2PerDof=1.18261 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=3718.05 TrackPt=224.794 CombDLLe=-1.70185 CombDLLmu=-8.17987 CombDLLpi=0 CombDLLk=0.724371 CombDLLp=0.724371 CombDLLd=0.744957 ProbNNe=0.0159658 ProbNNmu=0.00366525 ProbNNpi=0.000240397 ProbNNk=0.0593692 ProbNNp=0.0638489 ProbNNghost=0.755922 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.91062 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=251.188 BremPIDe=-0.0268116 TrackChi2PerDof=1.17416 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=1869.78 TrackPt=130.067 CombDLLe=-1.22428 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.533447 ProbNNpi=0.810686 ProbNNk=0.0459961 ProbNNp=0.0822236 ProbNNghost=0.182421 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.65976 RichDLLmu=-0.146962 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=160.786 BremPIDe=-0.00288773 TrackChi2PerDof=2.11023 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2341.5 TrackPt=143.33 CombDLLe=-0.46766 CombDLLmu=-0.205688 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.743005 ProbNNpi=0.0439304 ProbNNk=0.0486121 ProbNNp=0.0941021 ProbNNghost=0.988754 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.7763 RichDLLmu=-1.95465 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=56.3298 BremPIDe=0.484836 TrackChi2PerDof=0.661244 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=2254.46 TrackPt=285.991 CombDLLe=-2.57921 CombDLLmu=-2.60513 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000568584 ProbNNpi=0.931077 ProbNNk=0.0503716 ProbNNp=0.0704219 ProbNNghost=0.0219567 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.06597 RichDLLmu=-3.61672 RichDLLpi=0 RichDLLk=-1.84594 RichDLLp=-1.84594 RichPIDStatus=5027 RichDLLbt=-1.84594 RichDLLd=-1.84594 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.64178 CaloElectronMatch=29.7666 CaloBremMatch=29.7666 CaloChargedEcal=2881.21 CaloChargedID=34369 CaloNeutralEcal=2881.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836873 CaloNeutralID=34369 CaloEcalE=934.978 CaloEcalChi2=29.7666 CaloBremChi2=119.936 CaloClusChi2=4.64178 CaloTrajectoryL=324.279 CaloEoverP=1.08255 EcalPIDe=2.97947 BremPIDe=0.134325 EcalPIDmu=-0.290136 TrackChi2PerDof=1.06174 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=2902.14 TrackPt=165.67 CombDLLe=2.23196 CombDLLmu=-4.62297 CombDLLpi=0 CombDLLk=-1.84594 CombDLLp=-1.84594 CombDLLd=-1.84594 ProbNNe=0.151007 ProbNNpi=0.831523 ProbNNk=0.0359334 ProbNNp=0.0624034 ProbNNghost=0.670627 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.44052 RichDLLmu=1.26407 RichDLLpi=0 RichDLLk=1.98634 RichDLLp=4.34967 RichPIDStatus=6117 RichDLLbt=4.34967 RichDLLd=4.34967 MuonMuLL=-0.0084355 MuonBkgLL=-0.772325 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=52.4049 MuonMVA1=-999 MuonMVA2=-0.546048 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=10.0272 CaloElectronMatch=1688.9 CaloBremMatch=1680.11 CaloChargedEcal=8008.5 CaloChargedID=43615 CaloNeutralEcal=8008.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758457 CaloNeutralID=43615 CaloEcalE=1209.81 CaloHcalE=9063.42 CaloEcalChi2=1688.9 CaloBremChi2=176.838 CaloClusChi2=10.0272 CaloTrajectoryL=-2394.06 CaloEoverP=0.69809 EcalPIDe=-1.63587 BremPIDe=0.170661 HcalPIDe=-2.51216 HcalPIDmu=-2.24776 EcalPIDmu=-0.537439 TrackChi2PerDof=1.44217 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=11809.1 TrackPt=873.803 CombDLLe=-5.09482 CombDLLmu=-0.288367 CombDLLpi=0 CombDLLk=1.98634 CombDLLp=4.34967 CombDLLd=5.122 ProbNNe=5.99726e-05 ProbNNmu=0.00366525 ProbNNpi=0.00116953 ProbNNk=0.192404 ProbNNp=0.0112195 ProbNNghost=0.880353 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.1888 RichDLLmu=-7.65499 RichDLLpi=0 RichDLLk=-4.799 RichDLLp=-4.799 RichPIDStatus=5027 RichDLLbt=-4.799 RichDLLd=-4.799 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.00506 CaloElectronMatch=454.688 CaloBremMatch=298.322 CaloChargedEcal=7677.49 CaloChargedID=38405 CaloNeutralEcal=7677.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.754708 CaloNeutralID=38405 CaloEcalE=3607.72 CaloHcalE=879.572 CaloEcalChi2=454.688 CaloBremChi2=510 CaloClusChi2=2.00506 CaloTrajectoryL=262.328 CaloEoverP=1.09669 EcalPIDe=-0.270192 BremPIDe=-0.607507 HcalPIDe=-0.310073 HcalPIDmu=-0.321238 EcalPIDmu=-3.0255 TrackChi2PerDof=1.17294 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=7177.55 TrackPt=306.546 CombDLLe=-3.41566 CombDLLmu=-9.72091 CombDLLpi=0 CombDLLk=-4.799 CombDLLp=-4.799 CombDLLd=-4.799 ProbNNe=0.000110022 ProbNNpi=0.988503 ProbNNk=0.00452948 ProbNNp=0.00713729 ProbNNghost=0.0218173 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.88785 RichDLLmu=-3.56809 RichDLLpi=0 RichDLLk=-7.03527 RichDLLp=-7.03527 RichPIDStatus=5027 RichDLLbt=-7.03527 RichDLLd=-7.03527 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06823 CaloElectronMatch=134.629 CaloBremMatch=134.629 CaloChargedEcal=6294.39 CaloChargedID=38343 CaloNeutralEcal=6294.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860116 CaloNeutralID=38343 CaloEcalE=3338.18 CaloHcalE=558.73 CaloEcalChi2=134.629 CaloBremChi2=268.304 CaloClusChi2=1.06823 CaloTrajectoryL=219.909 CaloEoverP=1.0894 EcalPIDe=0.989182 BremPIDe=-0.388822 HcalPIDe=-0.176853 HcalPIDmu=-0.836264 EcalPIDmu=-2.76303 TrackChi2PerDof=0.78325 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=6021.76 TrackPt=266.201 CombDLLe=-1.10677 CombDLLmu=-7.88987 CombDLLpi=0 CombDLLk=-7.03527 CombDLLp=-7.03527 CombDLLd=-7.03527 ProbNNe=0.000994065 ProbNNpi=0.96592 ProbNNk=0.0226493 ProbNNp=0.0319261 ProbNNghost=0.031734 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.2502 RichDLLmu=-4.91315 RichDLLpi=0 RichDLLk=-21.2525 RichDLLp=-15.6168 RichPIDStatus=8163 RichDLLbt=-15.2681 RichDLLd=-15.2681 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.624451 CaloElectronMatch=220.506 CaloBremMatch=220.506 CaloChargedEcal=11182.5 CaloChargedID=42003 CaloNeutralEcal=11182.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.617975 CaloNeutralID=42003 CaloEcalE=4874.51 CaloHcalE=697.787 CaloEcalChi2=220.506 CaloBremChi2=213.709 CaloClusChi2=0.624451 CaloTrajectoryL=192.203 CaloEoverP=0.563589 EcalPIDe=1.08131 BremPIDe=0.0154729 HcalPIDe=0.0552051 HcalPIDmu=-0.792482 EcalPIDmu=-3.40305 TrackChi2PerDof=1.14012 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=19870.6 TrackPt=973.74 CombDLLe=-1.54503 CombDLLmu=-9.47495 CombDLLpi=0 CombDLLk=-21.2525 CombDLLp=-15.6168 CombDLLd=-15.2681 ProbNNe=1.7983e-07 ProbNNpi=0.998125 ProbNNk=0.000164609 ProbNNp=0.000167825 ProbNNghost=0.00162752 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.08768 RichDLLmu=-1.13258 RichDLLpi=0 RichDLLk=-61.2998 RichDLLp=-40.9212 RichPIDStatus=8163 RichDLLbt=-36.7242 RichDLLd=-36.7242 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.38801 CaloElectronMatch=2185.52 CaloBremMatch=61.6553 CaloChargedEcal=4792.33 CaloChargedID=38223 CaloNeutralEcal=4792.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914309 CaloNeutralID=38223 CaloEcalE=726.702 CaloHcalE=20821.2 CaloEcalChi2=2185.52 CaloBremChi2=400.712 CaloClusChi2=3.38801 CaloTrajectoryL=-646.974 CaloEoverP=0.185391 EcalPIDe=-1.94582 BremPIDe=-0.54839 HcalPIDe=-2.87457 HcalPIDmu=-3.36956 EcalPIDmu=1.20457 TrackChi2PerDof=0.792687 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=25990.1 TrackPt=1974.76 CombDLLe=-6.93232 CombDLLmu=-3.72403 CombDLLpi=0 CombDLLk=-61.2998 CombDLLp=-40.9212 CombDLLd=-36.7242 ProbNNe=0.000176543 ProbNNpi=0.999825 ProbNNk=0.000106916 ProbNNp=3.22392e-05 ProbNNghost=0.000285293 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.3454 RichDLLmu=-2.85594 RichDLLpi=0 RichDLLk=-9.30799 RichDLLp=-2.98036 RichPIDStatus=6115 RichDLLbt=-2.98036 RichDLLd=-2.98036 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.344884 CaloElectronMatch=120.872 CaloBremMatch=120.872 CaloChargedEcal=10040.6 CaloChargedID=43660 CaloNeutralEcal=10040.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.71082 CaloNeutralID=43660 CaloEcalE=4369.1 CaloHcalE=5705.59 CaloEcalChi2=120.872 CaloBremChi2=393.802 CaloClusChi2=0.344884 CaloTrajectoryL=271.036 CaloEoverP=0.669171 EcalPIDe=2.70966 BremPIDe=-0.488693 HcalPIDe=-1.76607 HcalPIDmu=-1.00849 EcalPIDmu=-3.31459 TrackChi2PerDof=1.31927 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=15263.7 TrackPt=527.242 CombDLLe=-2.10612 CombDLLmu=-7.9367 CombDLLpi=0 CombDLLk=-9.30799 CombDLLp=-2.98036 CombDLLd=-2.98036 ProbNNe=2.89212e-06 ProbNNpi=0.994129 ProbNNk=0.000257604 ProbNNp=0.00133299 ProbNNghost=0.0128518 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.8921 RichDLLmu=-11.7706 RichDLLpi=0 RichDLLk=-7.18332 RichDLLp=-7.18332 RichPIDStatus=5091 RichDLLbt=-7.18332 RichDLLd=-7.18332 MuonMuLL=-0.214679 MuonBkgLL=-0.93811 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=53.2682 MuonMVA1=-999 MuonMVA2=-0.460428 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.28096 CaloElectronMatch=23.0917 CaloBremMatch=23.0917 CaloChargedEcal=4888.17 CaloChargedID=39822 CaloNeutralEcal=4888.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790611 CaloNeutralID=39822 CaloEcalE=3111 CaloHcalE=890.683 CaloEcalChi2=23.0917 CaloBremChi2=461.963 CaloClusChi2=1.28096 CaloTrajectoryL=241.159 CaloEoverP=0.84656 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=-0.431041 HcalPIDmu=-0.170094 EcalPIDmu=-2.92445 TrackChi2PerDof=1.36996 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=5837.41 TrackPt=494.062 CombDLLe=-1.38521 CombDLLmu=-9.24596 CombDLLpi=0 CombDLLk=-7.18332 CombDLLp=-7.18332 CombDLLd=-6.24521 ProbNNe=4.12032e-05 ProbNNmu=0.00366525 ProbNNpi=0.0216023 ProbNNk=0.00437684 ProbNNp=0.032511 ProbNNghost=0.0386394 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.10863 RichDLLmu=5.77885 RichDLLpi=0 RichDLLk=15.285 RichDLLp=16.0214 RichPIDStatus=6117 RichDLLbt=16.0214 RichDLLd=16.0214 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=9.53842 CaloElectronMatch=537.251 CaloBremMatch=537.251 CaloChargedEcal=6489.9 CaloChargedID=42212 CaloNeutralEcal=6489.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.765637 CaloNeutralID=42212 CaloEcalE=637.26 CaloEcalChi2=537.251 CaloBremChi2=327.632 CaloClusChi2=9.53842 CaloTrajectoryL=1454.4 CaloEoverP=0.688006 EcalPIDe=-0.341929 BremPIDe=-0.438762 EcalPIDmu=0.92564 TrackChi2PerDof=0.588904 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=9542.63 TrackPt=687.901 CombDLLe=0.619196 CombDLLmu=6.66323 CombDLLpi=0 CombDLLk=15.285 CombDLLp=16.0214 CombDLLd=16.0214 ProbNNe=0.000169145 ProbNNpi=0.00546982 ProbNNk=0.975219 ProbNNp=0.93718 ProbNNghost=0.00327768 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.488927 RichDLLmu=0.231337 RichDLLpi=0 RichDLLk=-6.6679 RichDLLp=-11.6229 RichPIDStatus=139234 RichDLLbt=-1.45669 RichDLLd=-1.48062 MuonMuLL=-0.0119714 MuonBkgLL=-1.31595 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=54.2579 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.39695 CaloElectronMatch=167.11 CaloBremMatch=167.11 CaloChargedEcal=22457.5 CaloChargedID=43611 CaloNeutralEcal=22457.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.707071 CaloNeutralID=43611 CaloEcalE=13257.5 CaloHcalE=8675.51 CaloEcalChi2=167.11 CaloBremChi2=547.228 CaloClusChi2=0.39695 CaloTrajectoryL=382.854 CaloEoverP=0.632443 EcalPIDe=2.17672 BremPIDe=-0.528346 HcalPIDe=-1.72134 HcalPIDmu=-1.19304 EcalPIDmu=-3.96688 TrackChi2PerDof=1.07518 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=35094.6 TrackPt=1109.85 CombDLLe=-0.158519 CombDLLmu=-3.53229 CombDLLpi=0 CombDLLk=-6.6679 CombDLLp=-11.6229 CombDLLd=-0.164661 ProbNNe=0.000563755 ProbNNpi=0.814129 ProbNNk=0.00281794 ProbNNp=0.00349771 ProbNNghost=0.0291902 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.944779 RichDLLmu=2.78236 RichDLLpi=0 RichDLLk=-22.0888 RichDLLp=-19.7406 RichPIDStatus=8162 RichDLLbt=-19.793 RichDLLd=-19.793 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.87395 CaloElectronMatch=524.59 CaloBremMatch=524.59 CaloChargedEcal=34580.5 CaloChargedID=42151 CaloNeutralEcal=34580.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.779724 CaloNeutralID=42151 CaloEcalE=20207.7 CaloHcalE=7018.9 CaloEcalChi2=524.59 CaloBremChi2=215.162 CaloClusChi2=1.87395 CaloTrajectoryL=529.68 CaloEoverP=1.59123 EcalPIDe=-0.250247 BremPIDe=0.239228 HcalPIDe=-1.71317 HcalPIDmu=-1.55589 EcalPIDmu=-3.36763 TrackChi2PerDof=1.07377 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=21355 TrackPt=970.429 CombDLLe=-1.55888 CombDLLmu=-1.38603 CombDLLpi=0 CombDLLk=-22.0888 CombDLLp=-19.7406 CombDLLd=-19.793 ProbNNe=0.963309 ProbNNpi=0.949026 ProbNNk=9.38646e-05 ProbNNp=0.000639219 ProbNNghost=0.0701497 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.6538 RichDLLmu=-21.0143 RichDLLpi=0 RichDLLk=1.7197 RichDLLp=1.7197 RichPIDStatus=5092 RichDLLbt=1.7197 RichDLLd=1.7197 MuonMuLL=-0.162519 MuonBkgLL=-0.644593 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=53.4935 MuonMVA1=-999 MuonMVA2=-0.822412 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.38218 CaloElectronMatch=133.707 CaloBremMatch=133.707 CaloChargedEcal=5462.11 CaloChargedID=43478 CaloNeutralEcal=5462.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.593707 CaloNeutralID=43478 CaloEcalE=1545.08 CaloHcalE=4618.42 CaloEcalChi2=133.707 CaloBremChi2=146.571 CaloClusChi2=6.38218 CaloTrajectoryL=202.273 CaloEoverP=1.3382 EcalPIDe=0.83137 BremPIDe=-0.016685 HcalPIDe=-1.14823 HcalPIDmu=-0.483017 EcalPIDmu=-1.40154 TrackChi2PerDof=0.756388 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4232.79 TrackPt=632.248 CombDLLe=-4.74324 CombDLLmu=-8.39935 CombDLLpi=0 CombDLLk=1.7197 CombDLLp=1.7197 CombDLLd=2.3643 ProbNNe=1.4303e-06 ProbNNmu=0.00366525 ProbNNpi=0.0152664 ProbNNk=0.00268953 ProbNNp=0.0485697 ProbNNghost=0.0348261 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.8468 RichDLLmu=-6.9062 RichDLLpi=0 RichDLLk=-16.9002 RichDLLp=-15.0882 RichPIDStatus=6115 RichDLLbt=-15.0882 RichDLLd=-15.0882 MuonMuLL=-0.00420883 MuonBkgLL=-0.586367 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=89.5847 MuonMVA1=-999 MuonMVA2=-1.24603 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.28128 CaloElectronMatch=811.12 CaloBremMatch=106.688 CaloChargedEcal=5050.36 CaloChargedID=43692 CaloNeutralEcal=5050.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793617 CaloNeutralID=43692 CaloEcalE=374.484 CaloHcalE=7180.09 CaloEcalChi2=811.12 CaloBremChi2=326.326 CaloClusChi2=6.28128 CaloTrajectoryL=987.531 CaloEoverP=0.503101 EcalPIDe=-0.833336 BremPIDe=-0.510136 HcalPIDe=-2.25981 HcalPIDmu=-1.7522 EcalPIDmu=0.00475264 TrackChi2PerDof=0.85025 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=10604.7 TrackPt=422.392 CombDLLe=-7.8168 CombDLLmu=-7.33388 CombDLLpi=0 CombDLLk=-16.9002 CombDLLp=-15.0882 CombDLLd=-14.5018 ProbNNe=1.03291e-06 ProbNNmu=0.00366525 ProbNNpi=0.462653 ProbNNk=0.00207709 ProbNNp=0.0234717 ProbNNghost=0.00259103 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.1674 RichDLLmu=-5.97363 RichDLLpi=0 RichDLLk=-14.156 RichDLLp=-12.3999 RichPIDStatus=6115 RichDLLbt=-12.3999 RichDLLd=-12.3999 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.83926 CaloElectronMatch=106.688 CaloBremMatch=106.688 CaloChargedEcal=5050.36 CaloChargedID=43692 CaloNeutralEcal=5050.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793617 CaloNeutralID=43692 CaloEcalE=3539.79 CaloHcalE=3150.02 CaloEcalChi2=106.688 CaloBremChi2=363.775 CaloClusChi2=1.83926 CaloTrajectoryL=319.039 CaloEoverP=0.440169 EcalPIDe=2.29793 BremPIDe=-0.510136 HcalPIDe=-1.40118 HcalPIDmu=0.34288 EcalPIDmu=-2.90481 TrackChi2PerDof=1.13798 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=12120.9 TrackPt=477.349 CombDLLe=-2.14738 CombDLLmu=-8.3862 CombDLLpi=0 CombDLLk=-14.156 CombDLLp=-12.3999 CombDLLd=-12.3999 ProbNNe=2.00504e-07 ProbNNpi=0.994218 ProbNNk=0.00070938 ProbNNp=0.00315572 ProbNNghost=0.0110712 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.72257 RichDLLmu=-2.93394 RichDLLpi=0 RichDLLk=10.7832 RichDLLp=10.7832 RichPIDStatus=5028 RichDLLbt=10.7832 RichDLLd=10.7832 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.61396 CaloElectronMatch=38.7116 CaloBremMatch=38.7116 CaloChargedEcal=2733.44 CaloChargedID=35778 CaloNeutralEcal=2733.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916621 CaloNeutralID=35778 CaloEcalE=2470.51 CaloEcalChi2=38.7116 CaloBremChi2=43.845 CaloClusChi2=4.61396 CaloTrajectoryL=272.104 CaloEoverP=0.753241 EcalPIDe=2.97947 BremPIDe=1.14622 EcalPIDmu=-2.39477 TrackChi2PerDof=1.45008 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3898.92 TrackPt=620.62 CombDLLe=2.79079 CombDLLmu=-6.08784 CombDLLpi=0 CombDLLk=10.7832 CombDLLp=10.7832 CombDLLd=10.7832 ProbNNe=9.57467e-05 ProbNNpi=0.0278573 ProbNNk=0.95042 ProbNNp=0.947027 ProbNNghost=0.0964415 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.6345 RichDLLmu=-5.38433 RichDLLpi=0 RichDLLk=-0.144319 RichDLLp=-0.144319 RichPIDStatus=5027 RichDLLbt=-0.144319 RichDLLd=-0.144319 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.286146 CaloElectronMatch=50.0141 CaloBremMatch=50.0141 CaloChargedEcal=6091.86 CaloChargedID=34831 CaloNeutralEcal=6091.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849925 CaloNeutralID=34831 CaloEcalE=3427.15 CaloHcalE=3920.41 CaloEcalChi2=50.0141 CaloBremChi2=413.314 CaloClusChi2=0.286146 CaloTrajectoryL=-199.436 CaloEoverP=2.13244 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=-1.52558 HcalPIDmu=0.265917 EcalPIDmu=-0.955845 TrackChi2PerDof=0.806104 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=2957.5 TrackPt=275.342 CombDLLe=-2.5937 CombDLLmu=-6.23416 CombDLLpi=0 CombDLLk=-0.144319 CombDLLp=-0.144319 CombDLLd=-0.144319 ProbNNe=0.000107429 ProbNNpi=0.968981 ProbNNk=0.0146829 ProbNNp=0.0549058 ProbNNghost=0.0317659 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.34126 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=213.786 BremPIDe=-0.093081 TrackChi2PerDof=1.55348 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=1870.25 TrackPt=135.025 CombDLLe=-0.676446 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.869497 ProbNNpi=0.197667 ProbNNk=0.0466316 ProbNNp=0.103108 ProbNNghost=0.97692 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.10794 RichDLLmu=0.329842 RichDLLpi=0 RichDLLk=1.98422 RichDLLp=1.98422 RichPIDStatus=5028 RichDLLbt=1.98422 RichDLLd=1.98422 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.241542 CaloElectronMatch=109.18 CaloBremMatch=109.18 CaloChargedEcal=8060.91 CaloChargedID=34812 CaloNeutralEcal=8060.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703558 CaloNeutralID=34812 CaloEcalE=4662.17 CaloEcalChi2=109.18 CaloBremChi2=722.216 CaloClusChi2=0.241542 CaloTrajectoryL=-44.2874 CaloEoverP=2.35822 EcalPIDe=1.51236 BremPIDe=-0.553589 EcalPIDmu=-0.924357 TrackChi2PerDof=1.48856 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=3458.11 TrackPt=168.763 CombDLLe=0.0697074 CombDLLmu=-0.463248 CombDLLpi=0 CombDLLk=1.98422 CombDLLp=1.98422 CombDLLd=1.98422 ProbNNe=0.457358 ProbNNpi=0.638943 ProbNNk=0.0651365 ProbNNp=0.146586 ProbNNghost=0.57835 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.4527 RichDLLmu=-9.7704 RichDLLpi=0 RichDLLk=-4.39349 RichDLLp=-4.39349 RichPIDStatus=5027 RichDLLbt=-4.39349 RichDLLd=-4.39349 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.20576 CaloElectronMatch=390.634 CaloBremMatch=29.7666 CaloChargedEcal=2881.21 CaloChargedID=34369 CaloNeutralEcal=2881.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836873 CaloNeutralID=34369 CaloEcalE=1150.43 CaloHcalE=7337.47 CaloEcalChi2=390.634 CaloBremChi2=468.213 CaloClusChi2=4.20576 CaloTrajectoryL=2923.7 CaloEoverP=0.70232 EcalPIDe=-0.0620623 BremPIDe=-0.553589 HcalPIDe=-1.04386 HcalPIDmu=0.229671 EcalPIDmu=-0.801309 TrackChi2PerDof=1.14415 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=4473.34 TrackPt=331.605 CombDLLe=-4.38664 CombDLLmu=-7.29609 CombDLLpi=0 CombDLLk=-4.39349 CombDLLp=-4.39349 CombDLLd=-4.39349 ProbNNe=2.33956e-06 ProbNNpi=0.989891 ProbNNk=0.00207255 ProbNNp=0.00504652 ProbNNghost=0.0142094 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.25842 RichDLLmu=-1.16744 RichDLLpi=0 RichDLLk=31.2334 RichDLLp=20.8454 RichPIDStatus=8164 RichDLLbt=28.6041 RichDLLd=28.6041 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.51169 CaloElectronMatch=2777.84 CaloBremMatch=196.918 CaloChargedEcal=5271.92 CaloChargedID=43382 CaloNeutralEcal=5271.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.733292 CaloNeutralID=43382 CaloEcalE=7689.72 CaloHcalE=36467.3 CaloEcalChi2=2777.84 CaloBremChi2=692.03 CaloClusChi2=4.51169 CaloTrajectoryL=1350.97 CaloEoverP=0.172789 EcalPIDe=-2.57876 BremPIDe=-0.554341 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=-3.16364 TrackChi2PerDof=0.7516 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=31540.2 TrackPt=1346.06 CombDLLe=-6.70773 CombDLLmu=-7.81432 CombDLLpi=0 CombDLLk=31.2334 CombDLLp=20.8454 CombDLLd=28.6041 ProbNNe=1.03635e-06 ProbNNpi=0.000765035 ProbNNk=0.999542 ProbNNp=0.00384312 ProbNNghost=0.00130728 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.771782 RichDLLmu=-0.395378 RichDLLpi=0 RichDLLk=14.2326 RichDLLp=14.2326 RichPIDStatus=5092 RichDLLbt=14.2326 RichDLLd=14.2326 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0468625 CaloElectronMatch=98.0394 CaloBremMatch=98.0394 CaloChargedEcal=6509.28 CaloChargedID=43407 CaloNeutralEcal=6509.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.754188 CaloNeutralID=43407 CaloEcalE=2700.91 CaloHcalE=8345.61 CaloEcalChi2=98.0394 CaloBremChi2=721.427 CaloClusChi2=0.0468625 CaloTrajectoryL=-74.9689 CaloEoverP=0.759872 EcalPIDe=1.84829 BremPIDe=-0.638976 HcalPIDe=-1.88811 HcalPIDmu=-1.61019 EcalPIDmu=-2.36329 TrackChi2PerDof=1.03255 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=9021.02 TrackPt=331.158 CombDLLe=-0.813838 CombDLLmu=-4.52585 CombDLLpi=0 CombDLLk=14.2326 CombDLLp=14.2326 CombDLLd=14.2326 ProbNNe=0.000893526 ProbNNpi=0.022818 ProbNNk=0.901647 ProbNNp=0.924592 ProbNNghost=0.0937204 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.42289 RichDLLmu=-0.905764 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=122.172 BremPIDe=0.0225258 TrackChi2PerDof=1.15319 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=2359.03 TrackPt=134.4 CombDLLe=-0.226374 CombDLLmu=-1.25438 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.8523 ProbNNpi=0.577539 ProbNNk=0.044284 ProbNNp=0.0886277 ProbNNghost=0.657739 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.245586 RichDLLmu=-1.00336 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=121.328 BremPIDe=0.0225258 TrackChi2PerDof=1.59479 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=2358.76 TrackPt=134.407 CombDLLe=-0.0204513 CombDLLmu=-1.38614 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.924736 ProbNNpi=0.454696 ProbNNk=0.0434672 ProbNNp=0.0951671 ProbNNghost=0.831611 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.92147 RichDLLmu=-0.886522 RichDLLpi=0 RichDLLk=7.13259 RichDLLp=7.13259 RichPIDStatus=5028 RichDLLbt=7.13259 RichDLLd=7.13259 MuonMuLL=-0.0566762 MuonBkgLL=-0.338021 MuonNShared=17 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=155.072 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.65048 CaloElectronMatch=175.007 CaloBremMatch=175.007 CaloChargedEcal=1374.58 CaloChargedID=37945 CaloNeutralEcal=1374.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894817 CaloNeutralID=37945 CaloEcalE=1089.91 CaloHcalE=0 CaloEcalChi2=175.007 CaloBremChi2=593.138 CaloClusChi2=5.65048 CaloTrajectoryL=258.318 CaloEoverP=0.31846 EcalPIDe=0.83137 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-0.485394 TrackChi2PerDof=1.32446 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4880.64 TrackPt=412.555 CombDLLe=0.427119 CombDLLmu=-3.896 CombDLLpi=0 CombDLLk=7.13259 CombDLLp=7.13259 CombDLLd=7.47061 ProbNNe=0.000597938 ProbNNpi=0.167873 ProbNNk=0.579946 ProbNNp=0.807848 ProbNNghost=0.701011 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.5306 RichDLLmu=-20.435 RichDLLpi=0 RichDLLk=-9.01212 RichDLLp=-9.01212 RichPIDStatus=5027 RichDLLbt=-9.01212 RichDLLd=-9.01212 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.13316 CaloElectronMatch=782.597 CaloBremMatch=29.7666 CaloChargedEcal=2881.21 CaloChargedID=34369 CaloNeutralEcal=2881.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836873 CaloNeutralID=34369 CaloEcalE=1639.94 CaloHcalE=4559.41 CaloEcalChi2=782.597 CaloBremChi2=446.695 CaloClusChi2=6.13316 CaloTrajectoryL=1867.45 CaloEoverP=0.476109 EcalPIDe=-0.856733 BremPIDe=-0.607507 HcalPIDe=-2.06679 HcalPIDmu=-1.13278 EcalPIDmu=-1.42717 TrackChi2PerDof=0.906609 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6598.72 TrackPt=924.414 CombDLLe=-8.032 CombDLLmu=-9.55601 CombDLLpi=0 CombDLLk=-9.01212 CombDLLp=-9.01212 CombDLLd=-9.01212 ProbNNe=1.4797e-07 ProbNNpi=0.99602 ProbNNk=9.03054e-05 ProbNNp=0.000948955 ProbNNghost=0.00902833 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.58985 RichDLLmu=1.55797 RichDLLpi=0 RichDLLk=7.00708 RichDLLp=19.2825 RichPIDStatus=8165 RichDLLbt=17.9859 RichDLLd=17.9859 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.481804 CaloElectronMatch=214.905 CaloBremMatch=214.905 CaloChargedEcal=25486.2 CaloChargedID=43609 CaloNeutralEcal=25486.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740491 CaloNeutralID=43609 CaloEcalE=6726.16 CaloHcalE=1586.99 CaloEcalChi2=214.905 CaloBremChi2=565.657 CaloClusChi2=0.481804 CaloTrajectoryL=-36.8077 CaloEoverP=1.06029 EcalPIDe=1.29617 BremPIDe=-0.581258 HcalPIDe=-0.3478 HcalPIDmu=2.10669 EcalPIDmu=-3.32597 TrackChi2PerDof=1.40304 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=23847.2 TrackPt=833.699 CombDLLe=0.819703 CombDLLmu=0.89392 CombDLLpi=0 CombDLLk=7.00708 CombDLLp=19.2825 CombDLLd=17.9859 ProbNNe=0.000782272 ProbNNpi=0.0369295 ProbNNk=0.143062 ProbNNp=0.979836 ProbNNghost=0.0595589 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.53214 RichDLLmu=-3.04314 RichDLLpi=0 RichDLLk=1.4986 RichDLLp=1.4986 RichPIDStatus=5028 RichDLLbt=1.4986 RichDLLd=1.4986 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.99412 CaloElectronMatch=194.509 CaloBremMatch=50.0141 CaloChargedEcal=6091.86 CaloChargedID=34831 CaloNeutralEcal=6091.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849925 CaloNeutralID=34831 CaloEcalE=3684.93 CaloHcalE=3313.54 CaloEcalChi2=194.509 CaloBremChi2=310.191 CaloClusChi2=1.99412 CaloTrajectoryL=635.364 CaloEoverP=0.904274 EcalPIDe=0.605631 BremPIDe=-0.554165 HcalPIDe=-1.59374 HcalPIDmu=-0.0676465 EcalPIDmu=-2.84215 TrackChi2PerDof=1.13814 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6974.33 TrackPt=289.76 CombDLLe=-2.84504 CombDLLmu=-6.71191 CombDLLpi=0 CombDLLk=1.4986 CombDLLp=1.4986 CombDLLd=1.4986 ProbNNe=0.0118261 ProbNNpi=0.792816 ProbNNk=0.0445352 ProbNNp=0.122167 ProbNNghost=0.298648 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.61232 RichDLLmu=-8.04539 RichDLLpi=0 RichDLLk=1.04158 RichDLLp=1.68131 RichPIDStatus=6117 RichDLLbt=1.68131 RichDLLd=1.68131 MuonMuLL=-0.0143018 MuonBkgLL=-0.97873 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=8.6485 MuonMVA1=-999 MuonMVA2=-2.46444 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.0246 CaloElectronMatch=122.665 CaloBremMatch=122.665 CaloChargedEcal=3783.21 CaloChargedID=43438 CaloNeutralEcal=3783.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.601647 CaloNeutralID=43438 CaloEcalE=1764.73 CaloHcalE=8178.35 CaloEcalChi2=122.665 CaloBremChi2=345.308 CaloClusChi2=2.0246 CaloTrajectoryL=460.663 CaloEoverP=0.406071 EcalPIDe=2.29793 BremPIDe=-0.438762 HcalPIDe=-2.51216 HcalPIDmu=-2.0837 EcalPIDmu=-1.55777 TrackChi2PerDof=1.51294 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=10058.6 TrackPt=356.936 CombDLLe=-1.79972 CombDLLmu=-9.13821 CombDLLpi=0 CombDLLk=1.04158 CombDLLp=1.68131 CombDLLd=2.66004 ProbNNe=0.0699129 ProbNNmu=0.00366525 ProbNNpi=0.0257837 ProbNNk=0.131533 ProbNNp=0.0406117 ProbNNghost=0.425091 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-20.8158 RichDLLmu=-20.7395 RichDLLpi=0 RichDLLk=-6.88511 RichDLLp=-6.88511 RichPIDStatus=5027 RichDLLbt=-6.88511 RichDLLd=-6.88511 InAccBrem=1 CaloBremChi2=43.5381 BremPIDe=1.14622 TrackChi2PerDof=1.03175 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=3520.49 TrackPt=468.095 CombDLLe=-2.19982 CombDLLmu=-6.99651 CombDLLpi=0 CombDLLk=-6.88511 CombDLLp=-6.88511 CombDLLd=-6.88511 ProbNNe=0.00115207 ProbNNpi=0.985409 ProbNNk=0.00155882 ProbNNp=0.0028645 ProbNNghost=0.0105144 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.19099 RichDLLmu=-2.0496 RichDLLpi=0 RichDLLk=-7.98903 RichDLLp=5.34243 RichPIDStatus=6117 RichDLLbt=5.34243 RichDLLd=5.34243 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.50917 CaloElectronMatch=1156.07 CaloBremMatch=158.525 CaloChargedEcal=1666.53 CaloChargedID=35674 CaloNeutralEcal=1666.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.685301 CaloNeutralID=35674 CaloEcalE=1039.95 CaloHcalE=12882.3 CaloEcalChi2=1156.07 CaloBremChi2=117.4 CaloClusChi2=1.50917 CaloTrajectoryL=-570.605 CaloEoverP=0.123105 EcalPIDe=-1.174 BremPIDe=0.283439 HcalPIDe=-1.89687 HcalPIDmu=-2.46691 EcalPIDmu=-0.0800276 TrackChi2PerDof=0.749759 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=14436.9 TrackPt=2041.99 CombDLLe=-4.20115 CombDLLmu=-5.26577 CombDLLpi=0 CombDLLk=-7.98903 CombDLLp=5.34243 CombDLLd=5.34243 ProbNNe=8.928e-06 ProbNNpi=0.987482 ProbNNk=9.77182e-05 ProbNNp=0.000667381 ProbNNghost=0.0471021 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.23724 RichDLLmu=-0.204321 RichDLLpi=0 RichDLLk=-23.5005 RichDLLp=-25.2368 RichPIDStatus=139235 RichDLLbt=-17.0676 RichDLLd=-17.8862 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=15.8248 CaloElectronMatch=4301.06 CaloBremMatch=196.918 CaloChargedEcal=5271.92 CaloChargedID=43382 CaloNeutralEcal=5271.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.733292 CaloNeutralID=43382 CaloEcalE=0 CaloHcalE=41552.9 CaloEcalChi2=4301.06 CaloBremChi2=650.789 CaloClusChi2=15.8248 CaloTrajectoryL=1261.12 CaloEoverP=0.130721 EcalPIDe=-3.18249 BremPIDe=-0.55781 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 EcalPIDmu=1.12391 TrackChi2PerDof=1.09908 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=41690.4 TrackPt=2087.22 CombDLLe=-6.74145 CombDLLmu=-2.48139 CombDLLpi=0 CombDLLk=-23.5005 CombDLLp=-25.2368 CombDLLd=-17.8862 ProbNNe=9.67482e-06 ProbNNpi=0.998293 ProbNNk=6.695e-05 ProbNNp=3.44261e-05 ProbNNghost=0.000781765 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.06124 RichDLLmu=1.09981 RichDLLpi=0 RichDLLk=3.68515 RichDLLp=3.68515 RichPIDStatus=5028 RichDLLbt=3.68515 RichDLLd=3.68515 MuonMuLL=-0.00914168 MuonBkgLL=-0.270148 MuonNShared=10 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=204.757 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=21.3399 CaloElectronMatch=542.496 CaloBremMatch=24.9857 CaloChargedEcal=1210.27 CaloChargedID=35063 CaloNeutralEcal=1210.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786821 CaloNeutralID=35063 CaloEcalE=0 CaloHcalE=3262.37 CaloEcalChi2=542.496 CaloBremChi2=254.889 CaloClusChi2=21.3399 CaloTrajectoryL=2694.76 CaloEoverP=0.280303 EcalPIDe=-0.341929 BremPIDe=-0.388822 HcalPIDe=-1.65981 HcalPIDmu=-0.299431 EcalPIDmu=0.501778 TrackChi2PerDof=0.888659 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=5308.06 TrackPt=374.812 CombDLLe=-3.78248 CombDLLmu=1.97873 CombDLLpi=0 CombDLLk=3.68515 CombDLLp=3.68515 CombDLLd=3.9553 ProbNNe=5.27603e-07 ProbNNpi=0.624527 ProbNNk=0.239869 ProbNNp=0.378595 ProbNNghost=0.0772792 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-67.2103 RichDLLmu=-39.6348 RichDLLpi=0 RichDLLk=-40.8756 RichDLLp=-40.8756 RichPIDStatus=5027 RichDLLbt=-40.8756 RichDLLd=-40.8756 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.254677 CaloElectronMatch=24.6315 CaloBremMatch=24.6315 CaloChargedEcal=5773.78 CaloChargedID=33452 CaloNeutralEcal=5773.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927827 CaloNeutralID=33452 CaloEcalE=4412.02 CaloHcalE=2224.56 CaloEcalChi2=24.6315 CaloBremChi2=46.2963 CaloClusChi2=0.254677 CaloTrajectoryL=-0.829531 CaloEoverP=0.888884 EcalPIDe=3.6423 BremPIDe=1.42298 HcalPIDe=-1.05374 HcalPIDmu=1.41992 EcalPIDmu=-3.28129 TrackChi2PerDof=0.569004 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=6666.94 TrackPt=1359.67 CombDLLe=-2.51872 CombDLLmu=-8.86137 CombDLLpi=0 CombDLLk=-40.8756 CombDLLp=-40.8756 CombDLLd=-40.8756 ProbNNe=5.72973e-08 ProbNNpi=0.998086 ProbNNk=4.5854e-05 ProbNNp=1.19592e-05 ProbNNghost=0.00120597 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.56625 RichDLLmu=-5.33906 RichDLLpi=0 RichDLLk=-1.9286 RichDLLp=-1.9286 RichPIDStatus=5059 RichDLLbt=-1.9286 RichDLLd=-1.9286 MuonMuLL=-0.0173496 MuonBkgLL=-1.06477 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=167.243 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=10.2489 CaloElectronMatch=743.374 CaloChargedEcal=6812.24 CaloChargedID=42898 CaloEcalE=232.38 CaloHcalE=22470.1 CaloEcalChi2=743.374 CaloClusChi2=10.2489 CaloTrajectoryL=440.515 CaloEoverP=0.581558 EcalPIDe=-0.620164 HcalPIDe=-1.89687 HcalPIDmu=-0.386157 EcalPIDmu=-0.514622 TrackChi2PerDof=1.12646 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=12123.9 TrackPt=309.603 CombDLLe=-4.15993 CombDLLmu=-5.37381 CombDLLpi=0 CombDLLk=-1.9286 CombDLLp=-1.9286 CombDLLd=-0.863834 ProbNNe=5.96095e-05 ProbNNpi=0.950881 ProbNNk=0.00806314 ProbNNp=0.00427242 ProbNNghost=0.243082 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.88395 RichDLLmu=-0.130577 RichDLLpi=0 RichDLLk=11.2383 RichDLLp=11.3223 RichPIDStatus=6117 RichDLLbt=11.3223 RichDLLd=11.3223 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.764862 CaloElectronMatch=835.277 CaloBremMatch=153.294 CaloChargedEcal=1133.72 CaloChargedID=39306 CaloNeutralEcal=1133.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.687931 CaloNeutralID=39306 CaloEcalE=6042.91 CaloHcalE=1357.2 CaloEcalChi2=835.277 CaloBremChi2=37.7216 CaloClusChi2=0.764862 CaloTrajectoryL=-1025.81 CaloEoverP=0.124745 EcalPIDe=-0.856733 BremPIDe=1.81895 HcalPIDe=-0.704175 HcalPIDmu=1.3974 EcalPIDmu=-2.81284 TrackChi2PerDof=2.76486 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=9781.95 TrackPt=436.34 CombDLLe=0.587488 CombDLLmu=-1.59821 CombDLLpi=0 CombDLLk=11.2383 CombDLLp=11.3223 CombDLLd=11.3223 ProbNNe=0.437112 ProbNNpi=0.0106192 ProbNNk=0.559619 ProbNNp=0.314948 ProbNNghost=0.964102 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.13977 RichDLLmu=-0.27104 RichDLLpi=0 RichDLLk=10.4392 RichDLLp=-10.3963 RichPIDStatus=139236 RichDLLbt=-2.95131 RichDLLd=-4.75158 InAccBrem=1 CaloBremChi2=383.984 BremPIDe=0.0716176 TrackChi2PerDof=0.590229 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=62567.2 TrackPt=1928.93 CombDLLe=-0.127788 CombDLLmu=-0.379085 CombDLLpi=0 CombDLLk=10.4392 CombDLLp=-10.3963 CombDLLd=-4.75158 ProbNNe=0.0834747 ProbNNpi=0.220607 ProbNNk=0.997409 ProbNNp=0.000798719 ProbNNghost=0.00325033 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-41.3146 RichDLLmu=-32.495 RichDLLpi=0 RichDLLk=-19.3849 RichDLLp=-19.3849 RichPIDStatus=5027 RichDLLbt=-19.3849 RichDLLd=-19.3849 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.74827 CaloElectronMatch=37.0798 CaloBremMatch=37.0798 CaloChargedEcal=4182.98 CaloChargedID=33735 CaloNeutralEcal=4182.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91782 CaloNeutralID=33735 CaloEcalE=3510.58 CaloHcalE=2890.06 CaloEcalChi2=37.0798 CaloBremChi2=383.871 CaloClusChi2=2.74827 CaloTrajectoryL=230.355 CaloEoverP=0.895547 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=-1.37298 HcalPIDmu=-0.00949717 EcalPIDmu=-2.23049 TrackChi2PerDof=1.21712 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4791.53 TrackPt=783.071 CombDLLe=-4.28029 CombDLLmu=-9.23996 CombDLLpi=0 CombDLLk=-19.3849 CombDLLp=-19.3849 CombDLLd=-19.3849 ProbNNe=1.50731e-07 ProbNNpi=0.996282 ProbNNk=8.70132e-05 ProbNNp=0.00367635 ProbNNghost=0.0153936 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.11031 RichDLLmu=-1.06174 RichDLLpi=0 RichDLLk=4.63679 RichDLLp=4.63679 RichPIDStatus=5028 RichDLLbt=4.63679 RichDLLd=4.63679 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.3104 CaloElectronMatch=302.409 CaloBremMatch=302.409 CaloChargedEcal=532.914 CaloChargedID=35530 CaloNeutralEcal=532.914 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94844 CaloNeutralID=35530 CaloEcalE=413.488 CaloHcalE=10507.1 CaloEcalChi2=302.409 CaloBremChi2=101.148 CaloClusChi2=1.3104 CaloTrajectoryL=264.047 CaloEoverP=0.155618 EcalPIDe=0.265875 BremPIDe=0.178319 HcalPIDe=-0.613322 HcalPIDmu=0.364143 EcalPIDmu=1.26223 TrackChi2PerDof=1.53217 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4560.96 TrackPt=546.458 CombDLLe=-1.0586 CombDLLmu=0.161882 CombDLLpi=0 CombDLLk=4.63679 CombDLLp=4.63679 CombDLLd=4.63679 ProbNNe=0.000500021 ProbNNpi=0.559358 ProbNNk=0.245294 ProbNNp=0.560345 ProbNNghost=0.280061 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.0931 RichDLLmu=-4.91267 RichDLLpi=0 RichDLLk=4.97982 RichDLLp=4.97982 RichPIDStatus=5092 RichDLLbt=4.97982 RichDLLd=4.97982 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.147651 CaloElectronMatch=25.1621 CaloBremMatch=25.1621 CaloChargedEcal=5510.73 CaloChargedID=37837 CaloNeutralEcal=5510.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.832873 CaloNeutralID=37837 CaloEcalE=4197.99 CaloHcalE=744.022 CaloEcalChi2=25.1621 CaloBremChi2=391.965 CaloClusChi2=0.147651 CaloTrajectoryL=17.9726 CaloEoverP=0.818702 EcalPIDe=3.6423 BremPIDe=-0.492427 HcalPIDe=-0.319373 HcalPIDmu=-1.088 EcalPIDmu=-2.66358 TrackChi2PerDof=1.54807 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=6766.82 TrackPt=571.951 CombDLLe=0.307816 CombDLLmu=-9.0307 CombDLLpi=0 CombDLLk=4.97982 CombDLLp=4.97982 CombDLLd=4.97982 ProbNNe=0.000848536 ProbNNpi=0.850568 ProbNNk=0.0549056 ProbNNp=0.143486 ProbNNghost=0.0747748 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.79267 RichDLLmu=-2.01275 RichDLLpi=0 RichDLLk=6.66524 RichDLLp=26.3195 RichPIDStatus=8165 RichDLLbt=25.2214 RichDLLd=25.2214 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.45613 CaloElectronMatch=2121.32 CaloBremMatch=167.762 CaloChargedEcal=1828.34 CaloChargedID=33820 CaloNeutralEcal=1828.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93328 CaloNeutralID=33820 CaloEcalE=1429.04 CaloHcalE=18696.8 CaloEcalChi2=2121.32 CaloBremChi2=386.466 CaloClusChi2=1.45613 CaloTrajectoryL=-56.8401 CaloEoverP=0.0982451 EcalPIDe=-2.11225 BremPIDe=-0.532522 HcalPIDe=-2.5812 HcalPIDmu=-2.79402 EcalPIDmu=-0.797472 TrackChi2PerDof=1.16753 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=19083.2 TrackPt=3161.95 CombDLLe=-6.06071 CombDLLmu=-6.26639 CombDLLpi=0 CombDLLk=6.66524 CombDLLp=26.3195 CombDLLd=25.2214 ProbNNe=7.02833e-07 ProbNNpi=0.041873 ProbNNk=0.00776042 ProbNNp=0.986854 ProbNNghost=0.00518433 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.38005 RichDLLmu=5.47357 RichDLLpi=0 RichDLLk=-42.143 RichDLLp=-30.0065 RichPIDStatus=8162 RichDLLbt=-29.9532 RichDLLd=-29.9532 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06754 CaloElectronMatch=977.383 CaloBremMatch=977.383 CaloChargedEcal=4166.57 CaloChargedID=39832 CaloNeutralEcal=4166.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805518 CaloNeutralID=39832 CaloEcalE=1864.88 CaloHcalE=26026.5 CaloEcalChi2=977.383 CaloBremChi2=102.009 CaloClusChi2=1.06754 CaloTrajectoryL=476.053 CaloEoverP=0.243191 EcalPIDe=-0.786028 BremPIDe=0.688896 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=-1.54694 TrackChi2PerDof=0.918445 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=17619.7 TrackPt=1765.14 CombDLLe=-3.26844 CombDLLmu=2.3508 CombDLLpi=0 CombDLLk=-42.143 CombDLLp=-30.0065 CombDLLd=-29.9532 ProbNNe=0.00056275 ProbNNpi=0.999042 ProbNNk=0.000158889 ProbNNp=0.000267225 ProbNNghost=0.000528474 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.01797 RichDLLmu=-0.180031 RichDLLpi=0 RichDLLk=11.7086 RichDLLp=-4.87308 RichPIDStatus=139238 RichDLLbt=5.68765 RichDLLd=13.3768 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0764455 CaloElectronMatch=2895.79 CaloBremMatch=2154.36 CaloChargedEcal=13762.6 CaloChargedID=43218 CaloNeutralEcal=13762.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797496 CaloNeutralID=43218 CaloEcalE=5001.64 CaloHcalE=44738.8 CaloEcalChi2=2895.79 CaloBremChi2=344.764 CaloClusChi2=0.0764455 CaloTrajectoryL=71.6501 CaloEoverP=0.235597 EcalPIDe=-1.99385 BremPIDe=-0.556991 HcalPIDe=-2.68434 HcalPIDmu=-2.91461 EcalPIDmu=-1.79456 TrackChi2PerDof=1.2222 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=60369.2 TrackPt=2023.35 CombDLLe=-5.41329 CombDLLmu=-4.9611 CombDLLpi=0 CombDLLk=11.7086 CombDLLp=-4.87308 CombDLLd=13.3768 ProbNNe=2.28425e-05 ProbNNpi=0.081506 ProbNNk=0.989406 ProbNNp=0.000184336 ProbNNghost=0.00576753 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.6335 RichDLLmu=-8.78753 RichDLLpi=0 RichDLLk=-0.173769 RichDLLp=-0.173769 RichPIDStatus=5027 RichDLLbt=-0.173769 RichDLLd=-0.173769 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.65842 CaloElectronMatch=56.5097 CaloBremMatch=56.5097 CaloChargedEcal=3036.37 CaloChargedID=37710 CaloNeutralEcal=3036.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758343 CaloNeutralID=37710 CaloEcalE=1704.27 CaloHcalE=0 CaloEcalChi2=56.5097 CaloBremChi2=473.637 CaloClusChi2=2.65842 CaloTrajectoryL=262.675 CaloEoverP=0.689478 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.87667 TrackChi2PerDof=1.331 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4673.22 TrackPt=577.883 CombDLLe=-0.802266 CombDLLmu=-10.9359 CombDLLpi=0 CombDLLk=-0.173769 CombDLLp=-0.173769 CombDLLd=-0.173769 ProbNNe=7.84966e-07 ProbNNpi=0.959811 ProbNNk=0.027309 ProbNNp=0.0493429 ProbNNghost=0.0173261 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-43.9836 RichDLLmu=-22.25 RichDLLpi=0 RichDLLk=-24.712 RichDLLp=-24.712 RichPIDStatus=5027 RichDLLbt=-24.712 RichDLLd=-24.712 MuonMuLL=-0.137425 MuonBkgLL=-0.539954 MuonNShared=9 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=238.363 MuonMVA1=-999 MuonMVA2=-0.728444 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.03889 CaloElectronMatch=60.4254 CaloBremMatch=60.4254 CaloChargedEcal=5200.83 CaloChargedID=42271 CaloNeutralEcal=5200.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.751185 CaloNeutralID=42271 CaloEcalE=1493.45 CaloHcalE=5932.75 CaloEcalChi2=60.4254 CaloBremChi2=346.72 CaloClusChi2=1.03889 CaloTrajectoryL=388.359 CaloEoverP=0.953078 EcalPIDe=3.6423 BremPIDe=-0.398756 HcalPIDe=-2.12496 HcalPIDmu=-0.934443 EcalPIDmu=-1.28564 TrackChi2PerDof=0.63177 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=5972.37 TrackPt=795.034 CombDLLe=-4.48388 CombDLLmu=-8.81565 CombDLLpi=0 CombDLLk=-24.712 CombDLLp=-24.712 CombDLLd=-24.172 ProbNNe=1.50889e-07 ProbNNmu=0.00366525 ProbNNpi=0.10953 ProbNNk=0.00265019 ProbNNp=0.00667807 ProbNNghost=0.0174618 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.88682 RichDLLmu=-0.752069 RichDLLpi=0 RichDLLk=15.3299 RichDLLp=-16.3779 RichPIDStatus=139236 RichDLLbt=-7.4176 RichDLLd=-8.31128 InAccBrem=1 CaloBremChi2=354.472 BremPIDe=-0.556991 TrackChi2PerDof=0.832656 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=56277.6 TrackPt=1799.37 CombDLLe=-0.886941 CombDLLmu=-1.04503 CombDLLpi=0 CombDLLk=15.3299 CombDLLp=-16.3779 CombDLLd=-8.31128 ProbNNe=0.109681 ProbNNpi=0.253885 ProbNNk=0.999094 ProbNNp=0.000485794 ProbNNghost=0.00751723 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.2145 RichDLLmu=-16.4916 RichDLLpi=0 RichDLLk=-9.22247 RichDLLp=-9.22247 RichPIDStatus=5091 RichDLLbt=-9.22247 RichDLLd=-9.22247 MuonMuLL=-0.0717108 MuonBkgLL=-0.421179 MuonNShared=31 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=127.419 MuonMVA1=-999 MuonMVA2=-0.890018 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.07324 CaloElectronMatch=18.4055 CaloBremMatch=18.4055 CaloChargedEcal=4364.51 CaloChargedID=38058 CaloNeutralEcal=4364.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812643 CaloNeutralID=38058 CaloEcalE=3149.48 CaloHcalE=3881.34 CaloEcalChi2=18.4055 CaloBremChi2=433.604 CaloClusChi2=1.07324 CaloTrajectoryL=0.161061 CaloEoverP=0.817448 EcalPIDe=3.6423 BremPIDe=-0.492427 HcalPIDe=-1.79057 HcalPIDmu=-0.453517 EcalPIDmu=-2.92445 TrackChi2PerDof=1.35897 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=5413.68 TrackPt=613.193 CombDLLe=-3.49772 CombDLLmu=-10.0094 CombDLLpi=0 CombDLLk=-9.22247 CombDLLp=-9.22247 CombDLLd=-8.80129 ProbNNe=1.41889e-06 ProbNNmu=0.00366525 ProbNNpi=0.484991 ProbNNk=0.00128018 ProbNNp=0.00966575 ProbNNghost=0.236004 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=11.6057 RichDLLmu=-1.77892 RichDLLpi=0 RichDLLk=15.4362 RichDLLp=15.4362 RichPIDStatus=5028 RichDLLbt=15.4362 RichDLLd=15.4362 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.93258 CaloElectronMatch=246.508 CaloBremMatch=246.508 CaloChargedEcal=5524.65 CaloChargedID=35505 CaloNeutralEcal=5524.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958326 CaloNeutralID=35505 CaloEcalE=1330.04 CaloHcalE=2161.28 CaloEcalChi2=246.508 CaloBremChi2=141.846 CaloClusChi2=5.93258 CaloTrajectoryL=321.208 CaloEoverP=1.01719 EcalPIDe=0.605631 BremPIDe=0.00434017 HcalPIDe=-1.05374 HcalPIDmu=1.28545 EcalPIDmu=-0.918699 TrackChi2PerDof=0.840945 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=5557.56 TrackPt=532.754 CombDLLe=1.5321 CombDLLmu=-2.02371 CombDLLpi=0 CombDLLk=15.4362 CombDLLp=15.4362 CombDLLd=15.4362 ProbNNe=0.0381888 ProbNNpi=0.000814609 ProbNNk=0.782988 ProbNNp=0.85802 ProbNNghost=0.116861 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.0904 RichDLLmu=-13.7993 RichDLLpi=0 RichDLLk=2.73817 RichDLLp=2.73817 RichPIDStatus=5092 RichDLLbt=2.73817 RichDLLd=2.73817 MuonMuLL=-0.00772982 MuonBkgLL=-0.713323 MuonNShared=8 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=257.762 MuonMVA1=-999 MuonMVA2=-0.48213 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.08161 CaloElectronMatch=196.918 CaloChargedEcal=5271.92 CaloChargedID=43382 CaloEcalE=2354.81 CaloHcalE=25508.8 CaloEcalChi2=196.918 CaloClusChi2=3.08161 CaloTrajectoryL=375.688 CaloEoverP=0.692353 EcalPIDe=0.605631 HcalPIDe=-1.17839 HcalPIDmu=0.232508 EcalPIDmu=-2.02467 TrackChi2PerDof=1.76577 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=7871.4 TrackPt=238.528 CombDLLe=-3.24593 CombDLLmu=-8.0307 CombDLLpi=0 CombDLLk=2.73817 CombDLLp=2.73817 CombDLLd=3.45149 ProbNNe=0.0100583 ProbNNmu=0.00366525 ProbNNpi=0.014266 ProbNNk=0.123978 ProbNNp=0.00685045 ProbNNghost=0.620468 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.41725 RichDLLmu=-2.42038 RichDLLpi=0 RichDLLk=4.99321 RichDLLp=4.99321 RichPIDStatus=5060 RichDLLbt=4.99321 RichDLLd=4.99321 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.7928 CaloElectronMatch=60.5451 CaloBremMatch=60.5451 CaloChargedEcal=5310.04 CaloChargedID=39216 CaloNeutralEcal=5310.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811982 CaloNeutralID=39216 CaloEcalE=3272.42 CaloHcalE=8767.77 CaloEcalChi2=60.5451 CaloBremChi2=63.4592 CaloClusChi2=3.7928 CaloTrajectoryL=424.323 CaloEoverP=0.581546 EcalPIDe=3.6423 BremPIDe=1.30348 HcalPIDe=-1.88811 HcalPIDmu=-1.32795 EcalPIDmu=-2.87944 TrackChi2PerDof=1.05558 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=9125.43 TrackPt=213.641 CombDLLe=1.60602 CombDLLmu=-7.3539 CombDLLpi=0 CombDLLk=4.99321 CombDLLp=4.99321 CombDLLd=4.99321 ProbNNe=1.53501e-05 ProbNNpi=0.907259 ProbNNk=0.0271054 ProbNNp=0.0623038 ProbNNghost=0.106738 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.354061 RichDLLmu=-1.01004 RichDLLpi=0 RichDLLk=6.38044 RichDLLp=6.38044 RichPIDStatus=5028 RichDLLbt=6.38044 RichDLLd=6.38044 MuonMuLL=-0.0454158 MuonBkgLL=-0.279683 MuonNShared=8 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=142.968 MuonMVA1=-999 MuonMVA2=-1.11843 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.93389 CaloElectronMatch=306.187 CaloBremMatch=153.294 CaloChargedEcal=1133.72 CaloChargedID=39306 CaloNeutralEcal=1133.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.687931 CaloNeutralID=39306 CaloEcalE=1713.56 CaloHcalE=1361.32 CaloEcalChi2=306.187 CaloBremChi2=56.3299 CaloClusChi2=1.93389 CaloTrajectoryL=188.956 CaloEoverP=0.215043 EcalPIDe=0.27519 BremPIDe=1.27798 HcalPIDe=-0.704175 HcalPIDmu=1.43933 EcalPIDmu=-1.58637 TrackChi2PerDof=1.80728 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=5674.46 TrackPt=181.565 CombDLLe=0.910957 CombDLLmu=-1.3079 CombDLLpi=0 CombDLLk=6.38044 CombDLLp=6.38044 CombDLLd=6.66012 ProbNNe=0.322615 ProbNNmu=0.00366525 ProbNNpi=0.000130178 ProbNNk=0.114074 ProbNNp=0.0968192 ProbNNghost=0.928734 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.95926 RichDLLmu=1.81815 RichDLLpi=0 RichDLLk=22.1519 RichDLLp=22.1519 RichPIDStatus=5092 RichDLLbt=22.1519 RichDLLd=22.1519 MuonMuLL=0 MuonBkgLL=-0.0982734 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=34.0369 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.174542 CaloElectronMatch=167.762 CaloBremMatch=167.762 CaloChargedEcal=1828.34 CaloChargedID=33820 CaloNeutralEcal=1828.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93328 CaloNeutralID=33820 CaloEcalE=533.896 CaloHcalE=8082.64 CaloEcalChi2=167.762 CaloBremChi2=788.779 CaloClusChi2=0.174542 CaloTrajectoryL=853.762 CaloEoverP=0.34666 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-2.22765 HcalPIDmu=-0.644682 EcalPIDmu=1.20942 TrackChi2PerDof=1.2294 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=5408.28 TrackPt=942.143 CombDLLe=-1.15536 CombDLLmu=3.10186 CombDLLpi=0 CombDLLk=22.1519 CombDLLp=22.1519 CombDLLd=22.2501 ProbNNe=8.29617e-05 ProbNNpi=0.000711817 ProbNNk=0.927564 ProbNNp=0.961646 ProbNNghost=0.0161864 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.5363 RichDLLmu=-3.68953 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.391259 CaloElectronMatch=11.855 CaloBremMatch=11.855 CaloChargedEcal=1302 CaloChargedID=39554 CaloNeutralEcal=1302 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.79875 CaloNeutralID=39554 CaloEcalE=2187.61 CaloHcalE=1805.08 CaloEcalChi2=11.855 CaloBremChi2=199.217 CaloClusChi2=0.391259 CaloTrajectoryL=44.0287 CaloEoverP=0.753106 EcalPIDe=2.97947 BremPIDe=-0.0593438 HcalPIDe=-1.43831 HcalPIDmu=1.82204 EcalPIDmu=-1.06544 TrackChi2PerDof=0.908321 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=2102.56 TrackPt=479.552 CombDLLe=-3.21844 CombDLLmu=-3.63855 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.12977e-06 ProbNNpi=0.867013 ProbNNk=0.0821737 ProbNNp=0.16708 ProbNNghost=0.00561454 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.1647 RichDLLmu=-28.0661 RichDLLpi=0 RichDLLk=-13.2406 RichDLLp=-13.2406 RichPIDStatus=5027 RichDLLbt=-13.2406 RichDLLd=-13.2406 MuonMuLL=-0.0485602 MuonBkgLL=-0.249781 MuonNShared=12 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=12.9922 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.55215 CaloElectronMatch=144.471 CaloBremMatch=144.471 CaloChargedEcal=10725.5 CaloChargedID=43728 CaloNeutralEcal=10725.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.821882 CaloNeutralID=43728 CaloEcalE=3092.29 CaloHcalE=11625.1 CaloEcalChi2=144.471 CaloBremChi2=229.805 CaloClusChi2=1.55215 CaloTrajectoryL=105.609 CaloEoverP=2.61245 EcalPIDe=0.83137 BremPIDe=-0.417084 HcalPIDe=-0.621703 HcalPIDmu=0.84222 EcalPIDmu=-2.69301 TrackChi2PerDof=0.800008 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=4165.88 TrackPt=553.712 CombDLLe=-4.5651 CombDLLmu=-8.64938 CombDLLpi=0 CombDLLk=-13.2406 CombDLLp=-13.2406 CombDLLd=-12.9909 ProbNNe=2.73621e-06 ProbNNpi=0.996906 ProbNNk=0.000217115 ProbNNp=0.000329815 ProbNNghost=0.00767496 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.0241 RichDLLmu=-1.7548 RichDLLpi=0 RichDLLk=-38.9327 RichDLLp=-25.5405 RichPIDStatus=8163 RichDLLbt=-25.471 RichDLLd=-25.471 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.175495 CaloElectronMatch=2625.29 CaloBremMatch=209.092 CaloChargedEcal=1803.05 CaloChargedID=39900 CaloNeutralEcal=1803.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.723334 CaloNeutralID=39900 CaloEcalE=687.514 CaloHcalE=11090.8 CaloEcalChi2=2625.29 CaloBremChi2=120.548 CaloClusChi2=0.175495 CaloTrajectoryL=-2037.74 CaloEoverP=0.0854649 EcalPIDe=-2.42822 BremPIDe=0.889467 HcalPIDe=-2.87281 HcalPIDmu=-2.28976 EcalPIDmu=1.20415 TrackChi2PerDof=1.19669 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=21033 TrackPt=2124 CombDLLe=-6.12995 CombDLLmu=-3.4462 CombDLLpi=0 CombDLLk=-38.9327 CombDLLp=-25.5405 CombDLLd=-25.471 ProbNNe=2.45387e-05 ProbNNpi=0.995989 ProbNNk=0.000622692 ProbNNp=7.53439e-05 ProbNNghost=0.0036695 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.2032 RichDLLmu=-3.62438 RichDLLpi=0 RichDLLk=-56.0734 RichDLLp=-42.9702 RichPIDStatus=8163 RichDLLbt=-39.8026 RichDLLd=-39.8026 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.235278 CaloElectronMatch=248.8 CaloBremMatch=248.8 CaloChargedEcal=16036.6 CaloChargedID=39853 CaloNeutralEcal=16036.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90131 CaloNeutralID=39853 CaloEcalE=8810.96 CaloHcalE=1310.88 CaloEcalChi2=248.8 CaloBremChi2=329.558 CaloClusChi2=0.235278 CaloTrajectoryL=217.461 CaloEoverP=0.675342 EcalPIDe=1.29617 BremPIDe=-0.205402 HcalPIDe=-0.23636 HcalPIDmu=1.42079 EcalPIDmu=-3.60546 TrackChi2PerDof=0.780548 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=23991.6 TrackPt=1884.74 CombDLLe=-1.5317 CombDLLmu=-6.52412 CombDLLpi=0 CombDLLk=-56.0734 CombDLLp=-42.9702 CombDLLd=-39.8026 ProbNNe=0.000369218 ProbNNpi=0.996209 ProbNNk=0.000150699 ProbNNp=0.000393619 ProbNNghost=0.0080088 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.108734 RichDLLmu=0.395578 RichDLLpi=0 RichDLLk=-5.18122 RichDLLp=0.658071 RichPIDStatus=8134 RichDLLbt=4.14826 RichDLLd=4.14826 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.329669 CaloElectronMatch=529.019 CaloChargedEcal=21883.9 CaloChargedID=43498 CaloEcalE=11311.2 CaloHcalE=12093.5 CaloEcalChi2=529.019 CaloClusChi2=0.329669 CaloTrajectoryL=337.769 CaloEoverP=0.571043 EcalPIDe=0.0988526 HcalPIDe=-2.95963 HcalPIDmu=-1.36592 EcalPIDmu=-4.03438 TrackChi2PerDof=2.47825 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=39276 TrackPt=1002.84 CombDLLe=-2.84175 CombDLLmu=-4.84764 CombDLLpi=0 CombDLLk=-5.18122 CombDLLp=0.658071 CombDLLd=4.14826 ProbNNe=0.00274068 ProbNNpi=0.600223 ProbNNk=0.0101128 ProbNNp=0.0499181 ProbNNghost=0.843358 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0594225 CaloElectronMatch=47.0428 CaloChargedEcal=2665.91 CaloChargedID=34872 CaloEcalE=1864.96 CaloHcalE=2840.39 CaloEcalChi2=47.0428 CaloClusChi2=0.0594225 CaloTrajectoryL=-33.2731 CaloEoverP=0.94857 EcalPIDe=2.97947 HcalPIDe=-1.37298 HcalPIDmu=0.411773 EcalPIDmu=-2.19735 TrackChi2PerDof=2.01238 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=3064.78 TrackPt=91.064 CombDLLe=1.60649 CombDLLmu=-1.78558 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.344818 ProbNNpi=0.164011 ProbNNk=0.0544649 ProbNNp=0.0553495 ProbNNghost=0.959556 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.12573 RichDLLmu=1.0853 RichDLLpi=0 RichDLLk=0.861041 RichDLLp=0.861041 RichPIDStatus=5026 RichDLLbt=0.861041 RichDLLd=0.861041 MuonMuLL=-0.00180162 MuonBkgLL=-0.0538714 MuonNShared=11 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1396.23 MuonMVA1=-999 MuonMVA2=-1.63789 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.997872 CaloElectronMatch=94.6977 CaloBremMatch=94.6977 CaloChargedEcal=5872.84 CaloChargedID=38850 CaloNeutralEcal=5872.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.627917 CaloNeutralID=38850 CaloEcalE=2459.14 CaloHcalE=263.884 CaloEcalChi2=94.6977 CaloBremChi2=39.5127 CaloClusChi2=0.997872 CaloTrajectoryL=242.91 CaloEoverP=1.40663 EcalPIDe=1.51236 BremPIDe=1.38763 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-2.39477 TrackChi2PerDof=0.705276 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=4432.62 TrackPt=142.1 CombDLLe=1.98628 CombDLLmu=-2.23719 CombDLLpi=0 CombDLLk=0.861041 CombDLLp=0.861041 CombDLLd=0.914913 ProbNNe=0.810345 ProbNNmu=0.00366525 ProbNNpi=2.32123e-05 ProbNNk=0.0690098 ProbNNp=0.149013 ProbNNghost=0.497969 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.32306 RichDLLmu=0.158264 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.44853 CaloElectronMatch=71.1965 CaloBremMatch=71.1965 CaloChargedEcal=2190.7 CaloChargedID=34553 CaloNeutralEcal=2190.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.734989 CaloNeutralID=34553 CaloEcalE=239.482 CaloHcalE=237.884 CaloEcalChi2=71.1965 CaloBremChi2=333.639 CaloClusChi2=2.44853 CaloTrajectoryL=61.2498 CaloEoverP=1.14084 EcalPIDe=1.51236 BremPIDe=-0.197551 HcalPIDe=-0.11382 HcalPIDmu=-1.79245 EcalPIDmu=-0.0845902 TrackChi2PerDof=0.938075 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=2165.24 TrackPt=268.533 CombDLLe=-0.401633 CombDLLmu=-1.65554 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00631553 ProbNNpi=0.658173 ProbNNk=0.0722676 ProbNNp=0.101589 ProbNNghost=0.506589 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.2674 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=8.74688 BremPIDe=2.26754 TrackChi2PerDof=1.35617 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=1444.24 TrackPt=248.431 CombDLLe=-1.27106 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000585563 ProbNNpi=0.823944 ProbNNk=0.0527676 ProbNNp=0.163692 ProbNNghost=0.321392 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.9201 RichDLLmu=-16.9517 RichDLLpi=0 RichDLLk=-8.28968 RichDLLp=-8.28968 RichPIDStatus=5027 RichDLLbt=-8.28968 RichDLLd=-8.28968 InAccBrem=1 CaloBremChi2=17.7915 BremPIDe=2.37284 TrackChi2PerDof=1.02787 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=3587.31 TrackPt=609.77 CombDLLe=-1.25008 CombDLLmu=-6.98412 CombDLLpi=0 CombDLLk=-8.28968 CombDLLp=-8.28968 CombDLLd=-8.28968 ProbNNe=0.000444311 ProbNNpi=0.988338 ProbNNk=0.0018524 ProbNNp=0.00444549 ProbNNghost=0.0172364 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.2387 RichDLLmu=-18.8864 RichDLLpi=0 RichDLLk=-18.0858 RichDLLp=-18.0858 RichPIDStatus=5027 RichDLLbt=-18.0858 RichDLLd=-18.0858 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.817132 CaloElectronMatch=162.936 CaloBremMatch=162.936 CaloChargedEcal=2186.72 CaloChargedID=35457 CaloNeutralEcal=2186.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.770051 CaloNeutralID=35457 CaloEcalE=810.192 CaloEcalChi2=162.936 CaloBremChi2=149.861 CaloClusChi2=0.817132 CaloTrajectoryL=45.8229 CaloEoverP=0.383474 EcalPIDe=0.989182 BremPIDe=-0.177929 EcalPIDmu=0.392523 TrackChi2PerDof=0.720815 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=6236.4 TrackPt=1170.53 CombDLLe=-4.04797 CombDLLmu=-6.60015 CombDLLpi=0 CombDLLk=-18.0858 CombDLLp=-18.0858 CombDLLd=-18.0858 ProbNNe=3.10138e-07 ProbNNpi=0.996862 ProbNNk=0.000209044 ProbNNp=0.00216695 ProbNNghost=0.00572968 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.40879 RichDLLmu=-3.76118 RichDLLpi=0 RichDLLk=20.4337 RichDLLp=20.4337 RichPIDStatus=5028 RichDLLbt=20.4337 RichDLLd=20.4337 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.864724 CaloElectronMatch=1051.95 CaloBremMatch=1051.95 CaloChargedEcal=744.915 CaloChargedID=35654 CaloNeutralEcal=744.915 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85356 CaloNeutralID=35654 CaloEcalE=452.672 CaloHcalE=10797.8 CaloEcalChi2=1051.95 CaloBremChi2=93.1574 CaloClusChi2=0.864724 CaloTrajectoryL=196.454 CaloEoverP=0.104197 EcalPIDe=-1.10291 BremPIDe=0.755474 HcalPIDe=-1.62556 HcalPIDmu=-1.23621 EcalPIDmu=1.94136 TrackChi2PerDof=0.913244 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=8417.91 TrackPt=1615.83 CombDLLe=-2.91381 CombDLLmu=-3.75023 CombDLLpi=0 CombDLLk=20.4337 CombDLLp=20.4337 CombDLLd=20.4337 ProbNNe=3.43309e-06 ProbNNpi=0.000467963 ProbNNk=0.943103 ProbNNp=0.941336 ProbNNghost=0.00193898 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.55339 RichDLLmu=4.59312 RichDLLpi=0 RichDLLk=24.9672 RichDLLp=24.9672 RichPIDStatus=5092 RichDLLbt=24.9672 RichDLLd=24.9672 MuonMuLL=-0.904115 MuonBkgLL=-1.0928 MuonNShared=9 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=12.1375 MuonMVA1=-999 MuonMVA2=-0.755036 MuonMVA3=-999 MuonMVA4=-999 InAccBrem=1 CaloBremChi2=22.6576 BremPIDe=2.58913 TrackChi2PerDof=1.14178 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=8354.36 TrackPt=849.186 CombDLLe=2.86083 CombDLLmu=5.26541 CombDLLpi=0 CombDLLk=24.9672 CombDLLp=24.9672 CombDLLd=26.06 ProbNNe=0.685095 ProbNNmu=0.00106764 ProbNNpi=0.00168093 ProbNNk=0.975801 ProbNNp=0.338951 ProbNNghost=0.221426 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.5029 RichDLLmu=-2.64032 RichDLLpi=0 RichDLLk=25.305 RichDLLp=25.305 RichPIDStatus=5028 RichDLLbt=25.305 RichDLLd=25.305 MuonMuLL=-0.143639 MuonBkgLL=-0.703532 MuonNShared=2 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=27.0787 MuonMVA1=-999 MuonMVA2=-0.79556 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.97073 CaloElectronMatch=609.649 CaloBremMatch=609.649 CaloChargedEcal=7686.32 CaloChargedID=35493 CaloNeutralEcal=7686.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.787687 CaloNeutralID=35493 CaloEcalE=4089.57 CaloHcalE=5052.15 CaloEcalChi2=609.649 CaloBremChi2=564.831 CaloClusChi2=1.97073 CaloTrajectoryL=418.936 CaloEoverP=1.57979 EcalPIDe=-0.433674 BremPIDe=-0.553589 HcalPIDe=-1.14615 HcalPIDmu=-0.264616 EcalPIDmu=-1.71726 TrackChi2PerDof=0.762155 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=4915.03 TrackPt=1098.72 CombDLLe=-4.09272 CombDLLmu=-4.80928 CombDLLpi=0 CombDLLk=25.305 CombDLLp=25.305 CombDLLd=26.0085 ProbNNe=0.000880921 ProbNNmu=0.00366525 ProbNNpi=2.09362e-07 ProbNNk=0.965843 ProbNNp=0.880261 ProbNNghost=0.00223641 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.725462 CaloElectronMatch=143.729 CaloChargedEcal=3609.34 CaloChargedID=39048 CaloEcalE=2624.8 CaloHcalE=2322.57 CaloEcalChi2=143.729 CaloClusChi2=0.725462 CaloTrajectoryL=24.3873 CaloEoverP=0.689807 EcalPIDe=0.989182 HcalPIDe=-1.09432 HcalPIDmu=0.825083 EcalPIDmu=-2.56474 TrackChi2PerDof=1.90759 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=5705.34 TrackPt=112.686 CombDLLe=-0.105138 CombDLLmu=-1.73966 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.089457 ProbNNpi=0.417195 ProbNNk=0.0500013 ProbNNp=0.104412 ProbNNghost=0.691153 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.71728 RichDLLmu=-0.104036 RichDLLpi=0 RichDLLk=5.46518 RichDLLp=5.46518 RichPIDStatus=5060 RichDLLbt=5.46518 RichDLLd=5.46518 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.47248 CaloElectronMatch=289.122 CaloChargedEcal=7822.3 CaloChargedID=38794 CaloEcalE=2728.39 CaloHcalE=797.13 CaloEcalChi2=289.122 CaloClusChi2=1.47248 CaloTrajectoryL=595.262 CaloEoverP=0.840125 EcalPIDe=0.27519 HcalPIDe=-0.310073 HcalPIDmu=-0.524007 EcalPIDmu=-2.29891 TrackChi2PerDof=1.0571 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=9388.04 TrackPt=205.203 CombDLLe=-0.509677 CombDLLmu=-2.96855 CombDLLpi=0 CombDLLk=5.46518 CombDLLp=5.46518 CombDLLd=5.46518 ProbNNe=0.00353313 ProbNNpi=0.65799 ProbNNk=0.109457 ProbNNp=0.192023 ProbNNghost=0.343737 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.81954 RichDLLmu=0.997811 RichDLLpi=0 RichDLLk=-9.27293 RichDLLp=-7.29563 RichPIDStatus=6082 RichDLLbt=-7.29563 RichDLLd=-7.29563 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.53458 CaloElectronMatch=185.89 CaloChargedEcal=7446.65 CaloChargedID=42604 CaloEcalE=5032.96 CaloHcalE=22092.3 CaloEcalChi2=185.89 CaloClusChi2=2.53458 CaloTrajectoryL=411.372 CaloEoverP=0.417909 EcalPIDe=1.69569 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=-2.8567 TrackChi2PerDof=1.18528 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=18049.3 TrackPt=387.124 CombDLLe=-1.37811 CombDLLmu=-3.17043 CombDLLpi=0 CombDLLk=-9.27293 CombDLLp=-7.29563 CombDLLd=-7.29563 ProbNNe=1.75567e-06 ProbNNpi=0.990884 ProbNNk=0.000726888 ProbNNp=0.00122658 ProbNNghost=0.0340356 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.25668 RichDLLmu=1.30098 RichDLLpi=0 RichDLLk=6.88713 RichDLLp=6.88713 RichPIDStatus=5060 RichDLLbt=6.88713 RichDLLd=6.88713 MuonMuLL=-0.443479 MuonBkgLL=-1.51463 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=236.481 MuonMVA1=-999 MuonMVA2=-1.13621 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.94397 CaloElectronMatch=816.397 CaloChargedEcal=1919.89 CaloChargedID=38836 CaloEcalE=4420.04 CaloHcalE=14534.5 CaloEcalChi2=816.397 CaloClusChi2=4.94397 CaloTrajectoryL=3190.79 CaloEoverP=0.239096 EcalPIDe=-0.856733 HcalPIDe=-1.17839 HcalPIDmu=-0.539217 EcalPIDmu=-2.85818 TrackChi2PerDof=2.17696 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=8276.96 TrackPt=209.147 CombDLLe=-1.293 CombDLLmu=-0.544883 CombDLLpi=0 CombDLLk=6.88713 CombDLLp=6.88713 CombDLLd=8.40176 ProbNNe=0.994079 ProbNNmu=0.00366525 ProbNNpi=0.0120571 ProbNNk=0.066375 ProbNNp=0.249701 ProbNNghost=0.907914 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.12634 RichDLLmu=1.18677 RichDLLpi=0 RichDLLk=6.79643 RichDLLp=6.79643 RichPIDStatus=5060 RichDLLbt=6.79643 RichDLLd=6.79643 MuonMuLL=-0.443479 MuonBkgLL=-1.5162 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=236.469 MuonMVA1=-999 MuonMVA2=-1.15435 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.92671 CaloElectronMatch=816.385 CaloChargedEcal=1919.89 CaloChargedID=38836 CaloEcalE=4420.04 CaloHcalE=14534.5 CaloEcalChi2=816.385 CaloClusChi2=4.92671 CaloTrajectoryL=3189.05 CaloEoverP=0.2392 EcalPIDe=-0.856733 HcalPIDe=-1.17839 HcalPIDmu=-0.539217 EcalPIDmu=-2.85818 TrackChi2PerDof=2.5505 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=8273.37 TrackPt=185.816 CombDLLe=-1.31556 CombDLLmu=-0.693705 CombDLLpi=0 CombDLLk=6.79643 CombDLLp=6.79643 CombDLLd=8.31263 ProbNNe=0.988997 ProbNNmu=0.00366525 ProbNNpi=0.0290089 ProbNNk=0.0396162 ProbNNp=0.182912 ProbNNghost=0.905479 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.7361 RichDLLmu=-10.8456 RichDLLpi=0 RichDLLk=-3.71779 RichDLLp=-3.71779 RichPIDStatus=5059 RichDLLbt=-3.71779 RichDLLd=-3.71779 MuonMuLL=-0.00330547 MuonBkgLL=-0.521238 MuonNShared=23 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=261.068 MuonMVA1=-999 MuonMVA2=-0.538518 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.51608 CaloElectronMatch=254.412 CaloChargedEcal=5310.04 CaloChargedID=39216 CaloEcalE=5622.01 CaloHcalE=6928.86 CaloEcalChi2=254.412 CaloClusChi2=2.51608 CaloTrajectoryL=417.421 CaloEoverP=0.637495 EcalPIDe=0.27519 HcalPIDe=-1.99692 HcalPIDmu=-1.54291 EcalPIDmu=-2.80197 TrackChi2PerDof=2.25694 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=8324.54 TrackPt=150.225 CombDLLe=-3.87816 CombDLLmu=-10.6465 CombDLLpi=0 CombDLLk=-3.71779 CombDLLp=-3.71779 CombDLLd=-3.19656 ProbNNe=0.282128 ProbNNmu=0.00366525 ProbNNpi=0.240278 ProbNNk=0.00190911 ProbNNp=0.02417 ProbNNghost=0.888947 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.5141 RichDLLmu=-12.3549 RichDLLpi=0 RichDLLk=-4.80376 RichDLLp=-4.80376 RichPIDStatus=5091 RichDLLbt=-4.80376 RichDLLd=-4.80376 MuonMuLL=-0.0167393 MuonBkgLL=-0.985228 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=7.07323 MuonMVA1=-999 MuonMVA2=0.0404104 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=12.0132 CaloElectronMatch=714.836 CaloBremMatch=672.621 CaloChargedEcal=2720.68 CaloChargedID=38386 CaloNeutralEcal=2720.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.764863 CaloNeutralID=38386 CaloEcalE=0 CaloHcalE=5907.27 CaloEcalChi2=714.836 CaloBremChi2=372.681 CaloClusChi2=12.0132 CaloTrajectoryL=505.493 CaloEoverP=0.322292 EcalPIDe=-0.739943 BremPIDe=-0.467096 HcalPIDe=-2.12496 HcalPIDmu=-1.79054 EcalPIDmu=0.361777 TrackChi2PerDof=1.56779 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=8950.13 TrackPt=273.168 CombDLLe=-7.03045 CombDLLmu=-7.36102 CombDLLpi=0 CombDLLk=-4.80376 CombDLLp=-4.80376 CombDLLd=-3.81854 ProbNNe=5.40044e-08 ProbNNmu=0.00366525 ProbNNpi=0.0164208 ProbNNk=0.00276817 ProbNNp=0.0531256 ProbNNghost=0.306333 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.2486 RichDLLmu=-2.40557 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.27371 CaloElectronMatch=11.3981 CaloBremMatch=11.3981 CaloChargedEcal=2231.61 CaloChargedID=34298 CaloNeutralEcal=2231.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961064 CaloNeutralID=34298 CaloEcalE=1509.53 CaloHcalE=0 CaloEcalChi2=11.3981 CaloBremChi2=302.757 CaloClusChi2=2.27371 CaloTrajectoryL=185.742 CaloEoverP=1.03159 EcalPIDe=2.97947 BremPIDe=-0.15976 HcalPIDe=0.485336 HcalPIDmu=-1.79245 EcalPIDmu=-1.8062 TrackChi2PerDof=1.29987 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=2419.49 TrackPt=306.41 CombDLLe=1.06777 CombDLLmu=-6.7286 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.014474 ProbNNpi=0.793428 ProbNNk=0.0598129 ProbNNp=0.186225 ProbNNghost=0.233811 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-14.4184 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=8.88268 CaloElectronMatch=24.9857 CaloBremMatch=24.9857 CaloChargedEcal=1210.27 CaloChargedID=35063 CaloNeutralEcal=1210.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786821 CaloNeutralID=35063 CaloEcalE=-4.572 CaloEcalChi2=24.9857 CaloBremChi2=563.832 CaloClusChi2=8.88268 CaloTrajectoryL=-708.682 CaloEoverP=0.892547 EcalPIDe=2.97947 BremPIDe=-0.53289 EcalPIDmu=0 TrackChi2PerDof=1.54449 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=1666.99 TrackPt=377.027 CombDLLe=0.0272529 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000437174 ProbNNpi=0.826251 ProbNNk=0.0656618 ProbNNp=0.20015 ProbNNghost=0.168099 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.076 RichDLLmu=-4.98666 RichDLLpi=0 RichDLLk=15.7581 RichDLLp=15.7581 RichPIDStatus=5028 RichDLLbt=15.7581 RichDLLd=15.7581 InAccBrem=1 CaloBremChi2=5.86433 BremPIDe=3.18724 TrackChi2PerDof=1.03105 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=4106.16 TrackPt=662.93 CombDLLe=0.977121 CombDLLmu=-5.3233 CombDLLpi=0 CombDLLk=15.7581 CombDLLp=15.7581 CombDLLd=15.7581 ProbNNe=3.6046e-05 ProbNNpi=0.0112434 ProbNNk=0.96157 ProbNNp=0.970133 ProbNNghost=0.00224554 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.5667 RichDLLmu=-8.89791 RichDLLpi=0 RichDLLk=-8.302 RichDLLp=-8.302 RichPIDStatus=5059 RichDLLbt=-8.302 RichDLLd=-8.302 MuonMuLL=-0.00200198 MuonBkgLL=-0.379272 MuonNShared=17 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=238.497 MuonMVA1=-999 MuonMVA2=-1.72819 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.415233 CaloElectronMatch=355.479 CaloChargedEcal=1919.89 CaloChargedID=38836 CaloEcalE=1228.72 CaloHcalE=12470.4 CaloEcalChi2=355.479 CaloClusChi2=0.415233 CaloTrajectoryL=-66.3492 CaloEoverP=0.210233 EcalPIDe=0.0750074 HcalPIDe=-1.17839 HcalPIDmu=-1.47612 EcalPIDmu=-0.593929 TrackChi2PerDof=0.93913 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=9413.33 TrackPt=204.12 CombDLLe=-4.1377 CombDLLmu=-8.30533 CombDLLpi=0 CombDLLk=-8.302 CombDLLp=-8.302 CombDLLd=-7.92273 ProbNNe=0.00298132 ProbNNmu=0.00366525 ProbNNpi=0.83823 ProbNNk=0.000843772 ProbNNp=0.0182568 ProbNNghost=0.637772 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0309748 MuonBkgLL=-0.573041 MuonNShared=12 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=135.628 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.730209 CaloElectronMatch=164.327 CaloChargedEcal=9758.09 CaloChargedID=34929 CaloEcalE=4754.83 CaloHcalE=1725.01 CaloEcalChi2=164.327 CaloClusChi2=0.730209 CaloTrajectoryL=147.914 CaloEoverP=2.3008 EcalPIDe=0.83137 HcalPIDe=-1.43831 HcalPIDmu=1.91257 EcalPIDmu=-1.25852 TrackChi2PerDof=1.78254 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=4335.25 TrackPt=78.5366 CombDLLe=-0.606939 CombDLLmu=1.19612 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.573041 ProbNNe=0.906168 ProbNNpi=0.0838788 ProbNNk=0.0453612 ProbNNp=0.0463047 ProbNNghost=0.9777 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-64.6866 RichDLLmu=-47.7529 RichDLLpi=0 RichDLLk=-28.444 RichDLLp=-28.444 RichPIDStatus=5027 RichDLLbt=-28.444 RichDLLd=-28.444 InAccBrem=1 CaloBremChi2=11.7649 BremPIDe=2.71167 TrackChi2PerDof=0.733093 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=3880.65 TrackPt=794.289 CombDLLe=-3.75781 CombDLLmu=-7 CombDLLpi=0 CombDLLk=-28.444 CombDLLp=-28.444 CombDLLd=-28.444 ProbNNe=0.000124714 ProbNNpi=0.997614 ProbNNk=0.00022158 ProbNNp=0.000249606 ProbNNghost=0.0010257 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.8262 RichDLLmu=-8.16545 RichDLLpi=0 RichDLLk=0.440074 RichDLLp=0.440074 RichPIDStatus=5028 RichDLLbt=0.440074 RichDLLd=0.440074 InAccBrem=1 CaloBremChi2=251.08 BremPIDe=-0.33853 TrackChi2PerDof=1.43059 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=2967.43 TrackPt=593.908 CombDLLe=-2.18816 CombDLLmu=-6.4855 CombDLLpi=0 CombDLLk=0.440074 CombDLLp=0.440074 CombDLLd=0.440074 ProbNNe=0.0600904 ProbNNpi=0.761359 ProbNNk=0.0454327 ProbNNp=0.135436 ProbNNghost=0.415625 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0261386 MuonBkgLL=-1.14885 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=12.8368 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.73628 CaloElectronMatch=127.756 CaloBremMatch=127.756 CaloChargedEcal=4779.08 CaloChargedID=39224 CaloNeutralEcal=4779.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.78703 CaloNeutralID=39224 CaloEcalE=3298 CaloHcalE=2985.43 CaloEcalChi2=127.756 CaloBremChi2=167.702 CaloClusChi2=1.73628 CaloTrajectoryL=298.174 CaloEoverP=0.778807 EcalPIDe=0.989182 BremPIDe=-0.188393 HcalPIDe=-1.34188 HcalPIDmu=0.204031 EcalPIDmu=-2.76303 TrackChi2PerDof=1.35508 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=6309.37 TrackPt=146.524 CombDLLe=-0.541089 CombDLLmu=-1.43628 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=1.14885 ProbNNe=0.124055 ProbNNpi=0.523257 ProbNNk=0.0533355 ProbNNp=0.118252 ProbNNghost=0.432224 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.364 RichDLLmu=1.04077 RichDLLpi=0 RichDLLk=-18.8068 RichDLLp=-12.8698 RichPIDStatus=6081 RichDLLbt=-12.8698 RichDLLd=-12.8698 MuonMuLL=-0.142024 MuonBkgLL=-1.92824 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=18.605 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=8.29939 CaloElectronMatch=2432.99 CaloChargedEcal=5079.82 CaloChargedID=43245 CaloEcalE=2223.56 CaloHcalE=63198.7 CaloEcalChi2=2432.99 CaloClusChi2=8.29939 CaloTrajectoryL=2004.15 CaloEoverP=0.19671 EcalPIDe=-2.16751 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-1.45693 TrackChi2PerDof=1.19945 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=27678.5 TrackPt=298.766 CombDLLe=-4.80347 CombDLLmu=-1.22583 CombDLLpi=0 CombDLLk=-18.8068 CombDLLp=-12.8698 CombDLLd=-10.9415 ProbNNe=0.000287997 ProbNNpi=0.969459 ProbNNk=6.18136e-05 ProbNNp=0.000343547 ProbNNghost=0.0877434 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.00440972 MuonBkgLL=-0.0701322 MuonNShared=10 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1859.71 MuonMVA1=-999 MuonMVA2=-0.962445 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.653798 CaloElectronMatch=180.323 CaloChargedEcal=12676.9 CaloChargedID=38596 CaloEcalE=7331.39 CaloHcalE=7046.92 CaloEcalChi2=180.323 CaloClusChi2=0.653798 CaloTrajectoryL=168.323 CaloEoverP=2.23086 EcalPIDe=0.989182 HcalPIDe=-1.99692 HcalPIDmu=-0.467458 EcalPIDmu=-0.363249 TrackChi2PerDof=0.475478 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=5807.96 TrackPt=119.024 CombDLLe=-1.00774 CombDLLmu=-0.764985 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.0701322 ProbNNe=0.988259 ProbNNmu=0.00366525 ProbNNpi=0.00104283 ProbNNk=0.0311173 ProbNNp=0.038217 ProbNNghost=0.884978 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.03412 RichDLLmu=-0.231265 RichDLLpi=0 RichDLLk=-12.7498 RichDLLp=-7.64341 RichPIDStatus=8131 RichDLLbt=-7.63776 RichDLLd=-7.63776 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0946719 CaloElectronMatch=195.23 CaloChargedEcal=16215.3 CaloChargedID=42710 CaloEcalE=4751.33 CaloHcalE=20898.4 CaloEcalChi2=195.23 CaloClusChi2=0.0946719 CaloTrajectoryL=5.48977 CaloEoverP=0.537811 EcalPIDe=1.53473 HcalPIDe=-2.87457 HcalPIDmu=-3.19944 EcalPIDmu=-2.61188 TrackChi2PerDof=0.581733 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=30550.1 TrackPt=474.553 CombDLLe=-1.69551 CombDLLmu=-6.13486 CombDLLpi=0 CombDLLk=-12.7498 CombDLLp=-7.64341 CombDLLd=-7.63776 ProbNNe=5.31371e-07 ProbNNpi=0.997865 ProbNNk=8.01314e-05 ProbNNp=0.000978603 ProbNNghost=0.00332414 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.58008 RichDLLmu=0.578239 RichDLLpi=0 RichDLLk=-1.46714 RichDLLp=2.40348 RichPIDStatus=6085 RichDLLbt=2.40348 RichDLLd=2.40348 MuonMuLL=-0.155719 MuonBkgLL=-3.31407 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.75073 MuonMVA1=-999 MuonMVA2=0.429189 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.446489 CaloElectronMatch=1013.59 CaloChargedEcal=5079.82 CaloChargedID=43245 CaloEcalE=1416.6 CaloHcalE=33987.8 CaloEcalChi2=1013.59 CaloClusChi2=0.446489 CaloTrajectoryL=-102.059 CaloEoverP=0.196917 EcalPIDe=-1.09558 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-0.43313 TrackChi2PerDof=1.25947 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=27649.6 TrackPt=535.451 CombDLLe=-3.86864 CombDLLmu=0.539649 CombDLLpi=0 CombDLLk=-1.46714 CombDLLp=2.40348 CombDLLd=5.71755 ProbNNe=0.000167965 ProbNNmu=0.00366525 ProbNNpi=0.0120474 ProbNNk=0.0245369 ProbNNp=0.158262 ProbNNghost=0.119398 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.8964 RichDLLmu=-5.29367 RichDLLpi=0 RichDLLk=-8.74499 RichDLLp=-8.74499 RichPIDStatus=5059 RichDLLbt=-8.74499 RichDLLd=-8.74499 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=5.5084 CaloElectronMatch=677.972 CaloChargedEcal=3944.04 CaloChargedID=42734 CaloEcalE=0 CaloHcalE=41464.5 CaloEcalChi2=677.972 CaloClusChi2=5.5084 CaloTrajectoryL=-702.42 CaloEoverP=0.331203 EcalPIDe=-0.56571 HcalPIDe=-1.89687 HcalPIDmu=-0.745537 EcalPIDmu=0.457906 TrackChi2PerDof=1.11724 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=12712.5 TrackPt=242.875 CombDLLe=-4.48517 CombDLLmu=-5.78388 CombDLLpi=0 CombDLLk=-8.74499 CombDLLp=-8.74499 CombDLLd=-8.74499 ProbNNe=1.03784e-07 ProbNNpi=0.993482 ProbNNk=0.000139986 ProbNNp=0.000153343 ProbNNghost=0.0291707 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0444745 MuonBkgLL=-0.710931 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=141.35 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.39871 CaloElectronMatch=155.046 CaloBremMatch=24.9857 CaloChargedEcal=1210.27 CaloChargedID=35063 CaloNeutralEcal=1210.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786821 CaloNeutralID=35063 CaloEcalE=931.826 CaloHcalE=1502.37 CaloEcalChi2=155.046 CaloBremChi2=49.9433 CaloClusChi2=2.39871 CaloTrajectoryL=2379 CaloEoverP=0.338356 EcalPIDe=0.83137 BremPIDe=0.976363 HcalPIDe=-1.06262 HcalPIDmu=1.36367 EcalPIDmu=-0.191162 TrackChi2PerDof=0.7548 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=4397.33 TrackPt=106.205 CombDLLe=0.745108 CombDLLmu=1.83896 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.710931 ProbNNe=0.00287064 ProbNNpi=0.876894 ProbNNk=0.0991411 ProbNNp=0.129355 ProbNNghost=0.300491 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-54.613 RichDLLmu=-40.5763 RichDLLpi=0 RichDLLk=-21.1651 RichDLLp=-21.1651 RichPIDStatus=5027 RichDLLbt=-21.1651 RichDLLd=-21.1651 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.27466 CaloElectronMatch=20.1319 CaloBremMatch=20.1319 CaloChargedEcal=3549.13 CaloChargedID=33537 CaloNeutralEcal=3549.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.883324 CaloNeutralID=33537 CaloEcalE=2877.1 CaloEcalChi2=20.1319 CaloBremChi2=204.939 CaloClusChi2=1.27466 CaloTrajectoryL=165.402 CaloEoverP=0.702397 EcalPIDe=3.6423 BremPIDe=-0.224286 EcalPIDmu=-2.72932 TrackChi2PerDof=1.25847 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=5343.07 TrackPt=1186.91 CombDLLe=-2.72534 CombDLLmu=-9.72932 CombDLLpi=0 CombDLLk=-21.1651 CombDLLp=-21.1651 CombDLLd=-21.1651 ProbNNe=2.45055e-05 ProbNNpi=0.98142 ProbNNk=7.43876e-05 ProbNNp=0.00110429 ProbNNghost=0.00261705 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.2463 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=198.176 BremPIDe=-0.0593438 TrackChi2PerDof=1.51669 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=1800.96 TrackPt=88.9391 CombDLLe=-1.81422 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.246567 ProbNNpi=0.520853 ProbNNk=0.0380404 ProbNNp=0.134642 ProbNNghost=0.547285 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.2107 RichDLLmu=-10.1066 RichDLLpi=0 RichDLLk=-1.91001 RichDLLp=-1.91001 RichPIDStatus=5027 RichDLLbt=-1.91001 RichDLLd=-1.91001 MuonMuLL=-0.0690286 MuonBkgLL=-0.401583 MuonNShared=23 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=121.514 MuonMVA1=-999 MuonMVA2=-0.528296 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.610773 CaloElectronMatch=38.3609 CaloBremMatch=38.3609 CaloChargedEcal=2663.83 CaloChargedID=37742 CaloNeutralEcal=2663.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919679 CaloNeutralID=37742 CaloEcalE=1683.94 CaloHcalE=541.759 CaloEcalChi2=38.3609 CaloBremChi2=298.176 CaloClusChi2=0.610773 CaloTrajectoryL=117.471 CaloEoverP=0.762875 EcalPIDe=2.97947 BremPIDe=-0.357753 HcalPIDe=-0.304036 HcalPIDmu=-0.681099 EcalPIDmu=-1.71735 TrackChi2PerDof=2.45973 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=3802.2 TrackPt=602.671 CombDLLe=-0.807522 CombDLLmu=-8.82442 CombDLLpi=0 CombDLLk=-1.91001 CombDLLp=-1.91001 CombDLLd=-1.50843 ProbNNe=0.00144278 ProbNNmu=0.00366525 ProbNNpi=0.000143138 ProbNNk=0.00366362 ProbNNp=0.00345236 ProbNNghost=0.979427 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.39298 RichDLLmu=0.482906 RichDLLpi=0 RichDLLk=-8.67084 RichDLLp=-8.67084 RichPIDStatus=5058 RichDLLbt=-8.67084 RichDLLd=-8.67084 MuonMuLL=0 MuonBkgLL=-0.163068 MuonNShared=11 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=191.173 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.87812 CaloElectronMatch=803.747 CaloChargedEcal=6812.24 CaloChargedID=42898 CaloEcalE=1578.76 CaloHcalE=26163.8 CaloEcalChi2=803.747 CaloClusChi2=3.87812 CaloTrajectoryL=818.541 CaloEoverP=0.441332 EcalPIDe=-1.03545 HcalPIDe=-2.5812 HcalPIDmu=-1.36033 EcalPIDmu=-1.09159 TrackChi2PerDof=1.27344 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=15976 TrackPt=213.262 CombDLLe=-5.23087 CombDLLmu=-1.61488 CombDLLpi=0 CombDLLk=-8.67084 CombDLLp=-8.67084 CombDLLd=-8.50777 ProbNNe=0.000244526 ProbNNpi=0.484859 ProbNNk=0.00203934 ProbNNp=0.002038 ProbNNghost=0.562441 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.57915 RichDLLmu=-7.58078 RichDLLpi=0 RichDLLk=0.74577 RichDLLp=0.74577 RichPIDStatus=5025 RichDLLbt=0.74577 RichDLLd=0.74577 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.96964 CaloElectronMatch=25.7871 CaloBremMatch=25.7871 CaloChargedEcal=4961.14 CaloChargedID=34181 CaloNeutralEcal=4961.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900222 CaloNeutralID=34181 CaloEcalE=4065.84 CaloHcalE=190.077 CaloEcalChi2=25.7871 CaloBremChi2=179.294 CaloClusChi2=1.96964 CaloTrajectoryL=233.519 CaloEoverP=1.22081 EcalPIDe=2.97947 BremPIDe=-0.170017 HcalPIDe=-0.11382 HcalPIDmu=-2.46366 EcalPIDmu=-1.71726 TrackChi2PerDof=2.26592 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=4176.11 TrackPt=444.862 CombDLLe=4.17438 CombDLLmu=-10.5371 CombDLLpi=0 CombDLLk=0.74577 CombDLLp=0.74577 CombDLLd=0.74577 ProbNNe=0.999275 ProbNNpi=0.00133955 ProbNNk=0.00239437 ProbNNp=0.0089106 ProbNNghost=0.999518 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.634 RichDLLmu=-22.0501 RichDLLpi=0 RichDLLk=-7.07841 RichDLLp=-7.49777 RichPIDStatus=6115 RichDLLbt=-7.49777 RichDLLd=-7.49777 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.689073 CaloElectronMatch=276.768 CaloBremMatch=276.768 CaloChargedEcal=2320.11 CaloChargedID=42038 CaloNeutralEcal=2320.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.785233 CaloNeutralID=42038 CaloEcalE=1714.16 CaloHcalE=1540.48 CaloEcalChi2=276.768 CaloBremChi2=275.905 CaloClusChi2=0.689073 CaloTrajectoryL=71.7456 CaloEoverP=0.265401 EcalPIDe=0.27519 BremPIDe=-0.26048 HcalPIDe=-0.871136 HcalPIDmu=2.0457 EcalPIDmu=-1.55777 TrackChi2PerDof=1.61209 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=9805.92 TrackPt=518.109 CombDLLe=-5.368 CombDLLmu=-6.51001 CombDLLpi=0 CombDLLk=-7.07841 CombDLLp=-7.49777 CombDLLd=-7.49777 ProbNNe=3.5413e-07 ProbNNpi=0.934514 ProbNNk=0.0158369 ProbNNp=0.033417 ProbNNghost=0.486434 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.0787 RichDLLmu=-16.954 RichDLLpi=0 RichDLLk=0.609192 RichDLLp=0.609192 RichPIDStatus=5028 RichDLLbt=0.609192 RichDLLd=0.609192 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.992362 CaloElectronMatch=476.762 CaloBremMatch=476.762 CaloChargedEcal=600.134 CaloChargedID=33476 CaloNeutralEcal=600.134 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930961 CaloNeutralID=33476 CaloEcalE=491.34 CaloEcalChi2=476.762 CaloBremChi2=365.871 CaloClusChi2=0.992362 CaloTrajectoryL=-76.7683 CaloEoverP=0.197277 EcalPIDe=-0.214586 BremPIDe=-0.373552 EcalPIDmu=1.26223 TrackChi2PerDof=0.980319 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=4079.04 TrackPt=812.255 CombDLLe=-4.35727 CombDLLmu=-5.72191 CombDLLpi=0 CombDLLk=0.609192 CombDLLp=0.609192 CombDLLd=0.609192 ProbNNe=1.06904e-05 ProbNNpi=0.959846 ProbNNk=0.00715221 ProbNNp=0.0588768 ProbNNghost=0.0187272 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.35506 RichDLLmu=-0.338356 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=8.30097 CaloElectronMatch=69.7008 CaloBremMatch=69.7008 CaloChargedEcal=1768.76 CaloChargedID=34882 CaloNeutralEcal=1768.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968028 CaloNeutralID=34882 CaloEcalE=192.394 CaloEcalChi2=69.7008 CaloBremChi2=302.703 CaloClusChi2=8.30097 CaloTrajectoryL=-34.2662 CaloEoverP=1.00793 EcalPIDe=1.51236 BremPIDe=-0.15976 EcalPIDmu=-0.0845902 TrackChi2PerDof=1.49417 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=2016.74 TrackPt=243.035 CombDLLe=0.421021 CombDLLmu=-0.557567 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0154517 ProbNNpi=0.618831 ProbNNk=0.0444766 ProbNNp=0.16618 ProbNNghost=0.404832 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-61.0198 RichDLLmu=-63.6389 RichDLLpi=0 RichDLLk=-35.5488 RichDLLp=-35.5488 RichPIDStatus=5027 RichDLLbt=-35.5488 RichDLLd=-35.5488 MuonMuLL=-0.00471108 MuonBkgLL=-0.175053 MuonNShared=26 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=305.529 MuonMVA1=-999 MuonMVA2=-1.05715 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.287965 CaloElectronMatch=57.4697 CaloBremMatch=57.4697 CaloChargedEcal=4569.49 CaloChargedID=33635 CaloNeutralEcal=4569.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908184 CaloNeutralID=33635 CaloEcalE=1361.81 CaloHcalE=306.814 CaloEcalChi2=57.4697 CaloBremChi2=123.506 CaloClusChi2=0.287965 CaloTrajectoryL=292.687 CaloEoverP=1.16449 EcalPIDe=2.97947 BremPIDe=0.134325 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-1.14196 TrackChi2PerDof=1.30296 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=4088.02 TrackPt=1129.33 CombDLLe=-3.44802 CombDLLmu=-9.3621 CombDLLpi=0 CombDLLk=-35.5488 CombDLLp=-35.5488 CombDLLd=-35.3737 ProbNNe=2.21965e-08 ProbNNmu=0.00366525 ProbNNpi=0.337116 ProbNNk=0.00305248 ProbNNp=0.0039607 ProbNNghost=0.0697113 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.9311 RichDLLmu=-2.8582 RichDLLpi=0 RichDLLk=5.33037 RichDLLp=5.33037 RichPIDStatus=5060 RichDLLbt=5.33037 RichDLLd=5.33037 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.66102 CaloElectronMatch=655.362 CaloChargedEcal=1133.72 CaloChargedID=39306 CaloEcalE=802.124 CaloHcalE=5797.82 CaloEcalChi2=655.362 CaloClusChi2=4.66102 CaloTrajectoryL=729.43 CaloEoverP=0.130506 EcalPIDe=-0.541014 HcalPIDe=-1.9266 HcalPIDmu=-1.4512 EcalPIDmu=0.436808 TrackChi2PerDof=0.996634 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=9350.14 TrackPt=161.669 CombDLLe=-3.32621 CombDLLmu=-4.63033 CombDLLpi=0 CombDLLk=5.33037 CombDLLp=5.33037 CombDLLd=5.33037 ProbNNe=0.000142839 ProbNNpi=0.341403 ProbNNk=0.0563446 ProbNNp=0.0818463 ProbNNghost=0.886333 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.455094 RichDLLmu=0.226288 RichDLLpi=0 RichDLLk=2.35039 RichDLLp=-2.62143 RichPIDStatus=8132 RichDLLbt=-1.81785 RichDLLd=-1.81785 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.05041 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=42230.3 TrackPt=568.195 CombDLLe=0.079638 CombDLLmu=0.316587 CombDLLpi=0 CombDLLk=2.35039 CombDLLp=-2.62143 CombDLLd=-1.81785 ProbNNe=0.0512547 ProbNNpi=0.523376 ProbNNk=0.345468 ProbNNp=0.0362214 ProbNNghost=0.392112 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.32357 RichDLLmu=-0.028964 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=64.1899 BremPIDe=0.754695 TrackChi2PerDof=1.19858 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=2548.25 TrackPt=110.565 CombDLLe=0.348528 CombDLLmu=-0.0405492 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.742065 ProbNNpi=0.344153 ProbNNk=0.0152599 ProbNNp=0.121988 ProbNNghost=0.815273 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.594876 CaloElectronMatch=67.098 CaloChargedEcal=9448.62 CaloChargedID=34764 CaloEcalE=4773.18 CaloHcalE=1205.88 CaloEcalChi2=67.098 CaloClusChi2=0.594876 CaloTrajectoryL=122.728 CaloEoverP=2.08533 EcalPIDe=1.51236 HcalPIDe=-0.922115 HcalPIDmu=0.612604 EcalPIDmu=-1.25852 TrackChi2PerDof=1.2011 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=4742.59 TrackPt=103.354 CombDLLe=0.590244 CombDLLmu=-0.645915 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.875407 ProbNNpi=0.139649 ProbNNk=0.0471038 ProbNNp=0.0870653 ProbNNghost=0.979635 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=15.3964 RichDLLmu=12.2466 RichDLLpi=0 RichDLLk=17.6622 RichDLLp=17.6622 RichPIDStatus=5092 RichDLLbt=17.6622 RichDLLd=17.6622 MuonMuLL=-0.188863 MuonBkgLL=-0.138108 MuonNShared=9 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=224.249 MuonMVA1=-999 MuonMVA2=0.42271 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.815383 CaloElectronMatch=39.514 CaloBremMatch=39.514 CaloChargedEcal=13410.1 CaloChargedID=42455 CaloNeutralEcal=13410.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.685241 CaloNeutralID=42455 CaloEcalE=5816.98 CaloHcalE=4158.67 CaloEcalChi2=39.514 CaloBremChi2=371.509 CaloClusChi2=0.815383 CaloTrajectoryL=140.124 CaloEoverP=1.66949 EcalPIDe=3.6423 BremPIDe=-0.467096 HcalPIDe=-2.03346 HcalPIDmu=-0.54357 EcalPIDmu=-2.80197 TrackChi2PerDof=2.80247 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=8016.99 TrackPt=553.258 CombDLLe=3.71049 CombDLLmu=3.50008 CombDLLpi=0 CombDLLk=17.6622 CombDLLp=17.6622 CombDLLd=17.8004 ProbNNe=0.999986 ProbNNmu=0.00366525 ProbNNpi=1.9215e-06 ProbNNk=5.78307e-05 ProbNNp=7.11543e-06 ProbNNghost=0.999973 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.19464 RichDLLmu=-3.0078 RichDLLpi=0 RichDLLk=3.38751 RichDLLp=3.38751 RichPIDStatus=5028 RichDLLbt=3.38751 RichDLLd=3.38751 MuonMuLL=-0.00471108 MuonBkgLL=-0.160321 MuonNShared=14 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=184.441 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.63046 CaloElectronMatch=135.364 CaloBremMatch=135.364 CaloChargedEcal=1137.07 CaloChargedID=35317 CaloNeutralEcal=1137.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878436 CaloNeutralID=35317 CaloEcalE=763.606 CaloHcalE=443.024 CaloEcalChi2=135.364 CaloBremChi2=93.0265 CaloClusChi2=2.63046 CaloTrajectoryL=284.398 CaloEoverP=0.365849 EcalPIDe=0.83137 BremPIDe=0.142978 HcalPIDe=-0.235987 HcalPIDmu=-1.03802 EcalPIDmu=0.107042 TrackChi2PerDof=0.565298 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=3695.72 TrackPt=299.504 CombDLLe=0.00697812 CombDLLmu=-4.54248 CombDLLpi=0 CombDLLk=3.38751 CombDLLp=3.38751 CombDLLd=3.54783 ProbNNe=0.00351542 ProbNNpi=0.556781 ProbNNk=0.0576485 ProbNNp=0.390877 ProbNNghost=0.364085 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.944565 RichDLLmu=0.676113 RichDLLpi=0 RichDLLk=8.05949 RichDLLp=4.58249 RichPIDStatus=8132 RichDLLbt=3.19503 RichDLLd=3.19503 MuonMuLL=-0.00200198 MuonBkgLL=-1.21694 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=50.789 MuonMVA1=-999 MuonMVA2=-0.977722 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 CaloHcalE=76954.8 HcalPIDe=-2.74192 HcalPIDmu=-3.31941 TrackChi2PerDof=1.4995 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=42833.6 TrackPt=463.319 CombDLLe=-2.57665 CombDLLmu=-1.16364 CombDLLpi=0 CombDLLk=8.05949 CombDLLp=4.58249 CombDLLd=4.41197 ProbNNe=0.264795 ProbNNmu=0.00106764 ProbNNpi=0.00962904 ProbNNk=0.938492 ProbNNp=0.16427 ProbNNghost=0.656265 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.75307 RichDLLmu=-1.4665 RichDLLpi=0 RichDLLk=5.98773 RichDLLp=5.98773 RichPIDStatus=5028 RichDLLbt=5.98773 RichDLLd=5.98773 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.36065 CaloElectronMatch=77.3953 CaloBremMatch=43.6877 CaloChargedEcal=7069.49 CaloChargedID=38847 CaloNeutralEcal=7069.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932642 CaloNeutralID=38847 CaloEcalE=2454.54 CaloHcalE=10040.2 CaloEcalChi2=77.3953 CaloBremChi2=717.417 CaloClusChi2=2.36065 CaloTrajectoryL=139.951 CaloEoverP=1.09146 EcalPIDe=1.84829 BremPIDe=-0.607507 HcalPIDe=-1.62556 HcalPIDmu=-0.260137 EcalPIDmu=-2.36764 TrackChi2PerDof=2.06778 TrackNumDof=11 TrackType=3 TrackHistory=32 TrackP=6920.81 TrackPt=300.216 CombDLLe=-1.89258 CombDLLmu=-4.62396 CombDLLpi=0 CombDLLk=5.98773 CombDLLp=5.98773 CombDLLd=5.98773 ProbNNe=0.000738296 ProbNNpi=0.002554 ProbNNk=0.0523262 ProbNNp=0.0482038 ProbNNghost=0.976766 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.778827 RichDLLmu=-0.067544 RichDLLpi=0 RichDLLk=-7.0001 RichDLLp=-6.97614 RichPIDStatus=8131 RichDLLbt=-4.00597 RichDLLd=-4.00597 MuonMuLL=-0.0175532 MuonBkgLL=-1.49513 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=36.5053 MuonMVA1=-999 MuonMVA2=-0.612276 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=0.948428 TrackNumDof=11 TrackType=3 TrackHistory=30 TrackP=35204 TrackPt=287.707 CombDLLe=-0.136277 CombDLLmu=1.38302 CombDLLpi=0 CombDLLk=-7.0001 CombDLLp=-6.97614 CombDLLd=-2.51084 ProbNNe=0.00413411 ProbNNmu=0.00106764 ProbNNpi=0.00267707 ProbNNk=0.0306528 ProbNNp=0.307994 ProbNNghost=0.88456 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.12499 RichDLLmu=-2.38791 RichDLLpi=0 RichDLLk=-3.65901 RichDLLp=-3.65901 RichPIDStatus=5025 RichDLLbt=-3.65901 RichDLLd=-3.65901 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.415228 CaloElectronMatch=269.267 CaloBremMatch=112.883 CaloChargedEcal=7499.4 CaloChargedID=34573 CaloNeutralEcal=7499.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813131 CaloNeutralID=34573 CaloEcalE=4273.78 CaloHcalE=2598.55 CaloEcalChi2=269.267 CaloClusChi2=0.415228 CaloTrajectoryL=144.37 CaloEoverP=1.82661 EcalPIDe=0.287807 HcalPIDe=-1.28373 HcalPIDmu=0.891619 EcalPIDmu=-2.56612 TrackChi2PerDof=2.40763 TrackNumDof=12 TrackType=5 TrackHistory=33 TrackP=4195.27 TrackPt=164.41 CombDLLe=-0.103925 CombDLLmu=-4.78464 CombDLLpi=0 CombDLLk=-3.65901 CombDLLp=-3.65901 CombDLLd=-3.65901 ProbNNe=0.737815 ProbNNpi=0.160491 ProbNNk=0.0082662 ProbNNp=0.0350763 ProbNNghost=0.612478 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.5516 RichDLLmu=-8.1987 RichDLLpi=0 RichDLLk=4.2035 RichDLLp=4.2035 RichPIDStatus=5028 RichDLLbt=4.2035 RichDLLd=4.2035 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.11842 CaloElectronMatch=177.646 CaloBremMatch=177.646 CaloChargedEcal=2242.43 CaloChargedID=33982 CaloNeutralEcal=2242.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740716 CaloNeutralID=33982 CaloEcalE=1228.47 CaloEcalChi2=177.646 CaloClusChi2=2.11842 CaloTrajectoryL=337.646 CaloEoverP=0.612256 EcalPIDe=0.827744 EcalPIDmu=-0.45419 TrackChi2PerDof=0.888098 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4005 TrackPt=616.261 CombDLLe=-1.76447 CombDLLmu=-6.94624 CombDLLpi=0 CombDLLk=4.2035 CombDLLp=4.2035 CombDLLd=4.2035 ProbNNe=0.0188887 ProbNNpi=0.721705 ProbNNk=0.0536494 ProbNNp=0.247545 ProbNNghost=0.0185307 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.05969 RichDLLmu=-9.72915 RichDLLpi=0 RichDLLk=2.57055 RichDLLp=2.57055 RichPIDStatus=5092 RichDLLbt=2.57055 RichDLLd=2.57055 MuonMuLL=-0.174949 MuonBkgLL=-0.68642 MuonNShared=14 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=19.7148 MuonMVA1=-999 MuonMVA2=-1.86587 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=11.6864 CaloElectronMatch=662.762 CaloBremMatch=260.051 CaloChargedEcal=1958.46 CaloChargedID=43573 CaloNeutralEcal=1958.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.764941 CaloNeutralID=43573 CaloEcalE=0 CaloHcalE=7548.34 CaloEcalChi2=662.762 CaloClusChi2=11.6864 CaloTrajectoryL=1298.19 CaloEoverP=0.309815 EcalPIDe=-0.522006 HcalPIDe=-1.58527 HcalPIDmu=-1.04011 EcalPIDmu=0.861261 TrackChi2PerDof=1.17314 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=7316.21 TrackPt=360.031 CombDLLe=-3.15968 CombDLLmu=-6.38734 CombDLLpi=0 CombDLLk=2.57055 CombDLLp=2.57055 CombDLLd=3.25696 ProbNNe=0.0353737 ProbNNmu=0.000625899 ProbNNpi=0.434057 ProbNNk=0.0292334 ProbNNp=0.236425 ProbNNghost=0.28368 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.81005 RichDLLmu=-0.440372 RichDLLpi=0 RichDLLk=-2.16417 RichDLLp=-2.16417 RichPIDStatus=5025 RichDLLbt=-2.16417 RichDLLd=-2.16417 MuonMuLL=-0.606786 MuonBkgLL=-1.9941 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=11.7465 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.463316 CaloElectronMatch=84.61 CaloBremMatch=79.6856 CaloChargedEcal=7761.35 CaloChargedID=39290 CaloNeutralEcal=7761.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8476 CaloNeutralID=39290 CaloEcalE=4957.57 CaloHcalE=2104.24 CaloEcalChi2=84.61 CaloClusChi2=0.463316 CaloTrajectoryL=81.388 CaloEoverP=1.58939 EcalPIDe=1.85487 HcalPIDe=-0.965364 HcalPIDmu=1.53778 EcalPIDmu=-1.6863 TrackChi2PerDof=0.323236 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=5042.59 TrackPt=178.791 CombDLLe=1.20605 CombDLLmu=0.623862 CombDLLpi=0 CombDLLk=-2.16417 CombDLLp=-2.16417 CombDLLd=-0.17007 ProbNNe=0.468087 ProbNNpi=0.330263 ProbNNk=0.0131812 ProbNNp=0.0727839 ProbNNghost=0.094962 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=10.9429 RichDLLmu=0.102505 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.598799 CaloElectronMatch=219.063 CaloBremMatch=134.035 CaloChargedEcal=4693.68 CaloChargedID=35138 CaloNeutralEcal=4693.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979751 CaloNeutralID=35138 CaloEcalE=2228.7 CaloEcalChi2=219.063 CaloClusChi2=0.598799 CaloTrajectoryL=-105.723 CaloEoverP=2.01436 EcalPIDe=0.490686 EcalPIDmu=-0.545303 TrackChi2PerDof=1.11288 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2494.69 TrackPt=157.724 CombDLLe=2.3593 CombDLLmu=-0.401817 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.440267 ProbNNpi=0.387054 ProbNNk=0.014483 ProbNNp=0.02924 ProbNNghost=0.499078 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.59296 RichDLLmu=-7.1228 RichDLLpi=0 RichDLLk=20.1954 RichDLLp=20.1954 RichPIDStatus=5028 RichDLLbt=20.1954 RichDLLd=20.1954 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0363492 CaloElectronMatch=45.4003 CaloBremMatch=45.4003 CaloChargedEcal=5188.06 CaloChargedID=35856 CaloNeutralEcal=5188.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783986 CaloNeutralID=35856 CaloEcalE=2955.48 CaloHcalE=0 CaloEcalChi2=45.4003 CaloClusChi2=0.0363492 CaloTrajectoryL=103.091 CaloEoverP=0.599246 EcalPIDe=3.71102 HcalPIDe=0.685017 HcalPIDmu=-3.20727 EcalPIDmu=-1.63315 TrackChi2PerDof=1.02218 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8698.05 TrackPt=1465.31 CombDLLe=3.083 CombDLLmu=-11.0742 CombDLLpi=0 CombDLLk=20.1954 CombDLLp=20.1954 CombDLLd=20.1954 ProbNNe=0.0280876 ProbNNpi=0.0641285 ProbNNk=0.42569 ProbNNp=0.948026 ProbNNghost=0.00116867 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.2476 RichDLLmu=-1.7676 RichDLLpi=0 RichDLLk=-0.616964 RichDLLp=-0.616964 RichPIDStatus=5027 RichDLLbt=-0.616964 RichDLLd=-0.616964 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.09593 CaloElectronMatch=416.765 CaloBremMatch=136.014 CaloChargedEcal=4634.69 CaloChargedID=35081 CaloNeutralEcal=4634.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661068 CaloNeutralID=35081 CaloEcalE=1448.94 CaloHcalE=115.052 CaloEcalChi2=416.765 CaloClusChi2=5.09593 CaloTrajectoryL=518.582 CaloEoverP=1.75451 EcalPIDe=-0.0510306 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-2.13111 TrackChi2PerDof=1.84991 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2767.73 TrackPt=280.418 CombDLLe=-2.72942 CombDLLmu=-7.21534 CombDLLpi=0 CombDLLk=-0.616964 CombDLLp=-0.616964 CombDLLd=-0.616964 ProbNNe=0.0314991 ProbNNpi=0.804655 ProbNNk=0.0158117 ProbNNp=0.0705553 ProbNNghost=0.015314 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.1192 RichDLLmu=-8.61341 RichDLLpi=0 RichDLLk=0.717579 RichDLLp=0.717579 RichPIDStatus=5092 RichDLLbt=0.717579 RichDLLd=0.717579 MuonMuLL=0 MuonBkgLL=-0.236425 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=32.8421 MuonMVA1=-999 MuonMVA2=-1.30085 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.31586 CaloElectronMatch=247.485 CaloBremMatch=153.294 CaloChargedEcal=1133.72 CaloChargedID=39306 CaloNeutralEcal=1133.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.687931 CaloNeutralID=39306 CaloEcalE=2554.51 CaloHcalE=3939.27 CaloEcalChi2=247.485 CaloClusChi2=3.31586 CaloTrajectoryL=903.777 CaloEoverP=0.185676 EcalPIDe=0.54377 HcalPIDe=-1.66117 HcalPIDmu=-0.195972 EcalPIDmu=-2.06799 TrackChi2PerDof=0.807356 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6571.93 TrackPt=268.353 CombDLLe=-3.17567 CombDLLmu=-8.59483 CombDLLpi=0 CombDLLk=0.717579 CombDLLp=0.717579 CombDLLd=0.954003 ProbNNe=0.000971754 ProbNNmu=0.0006259 ProbNNpi=0.37357 ProbNNk=0.00600293 ProbNNp=0.277717 ProbNNghost=0.11727 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.5728 RichDLLmu=-8.9278 RichDLLpi=0 RichDLLk=3.30608 RichDLLp=3.30608 RichPIDStatus=5028 RichDLLbt=3.30608 RichDLLd=3.30608 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.74271 CaloElectronMatch=207.17 CaloBremMatch=109.18 CaloChargedEcal=8060.91 CaloChargedID=34812 CaloNeutralEcal=8060.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703558 CaloNeutralID=34812 CaloEcalE=706.23 CaloEcalChi2=207.17 CaloClusChi2=2.74271 CaloTrajectoryL=11.7128 CaloEoverP=2.1063 EcalPIDe=0.490686 EcalPIDmu=1.07367 TrackChi2PerDof=1.90175 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3871.7 TrackPt=288.254 CombDLLe=-1.31763 CombDLLmu=-5.54336 CombDLLpi=0 CombDLLk=3.30608 CombDLLp=3.30608 CombDLLd=3.30608 ProbNNe=0.00538032 ProbNNpi=0.274131 ProbNNk=0.0412363 ProbNNp=0.122423 ProbNNghost=0.71948 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.6661 RichDLLmu=-13.1599 RichDLLpi=0 RichDLLk=-9.62304 RichDLLp=-9.62304 RichPIDStatus=5027 RichDLLbt=-9.62304 RichDLLd=-9.62304 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.34325 CaloElectronMatch=915.677 CaloBremMatch=112.883 CaloChargedEcal=7499.4 CaloChargedID=34573 CaloNeutralEcal=7499.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813131 CaloNeutralID=34573 CaloEcalE=1148.99 CaloHcalE=2327.48 CaloEcalChi2=915.677 CaloClusChi2=4.34325 CaloTrajectoryL=-377.805 CaloEoverP=1.25204 EcalPIDe=-0.981887 HcalPIDe=-0.828505 HcalPIDmu=1.18352 EcalPIDmu=-0.0321698 TrackChi2PerDof=0.641687 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=6120.54 TrackPt=475.981 CombDLLe=-4.71548 CombDLLmu=-5.77658 CombDLLpi=0 CombDLLk=-9.62304 CombDLLp=-9.62304 CombDLLd=-9.62304 ProbNNe=0.000257751 ProbNNpi=0.992018 ProbNNk=0.000534117 ProbNNp=0.00380009 ProbNNghost=0.00469588 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.53988 RichDLLmu=-3.71234 RichDLLpi=0 RichDLLk=-3.13761 RichDLLp=-3.13761 RichPIDStatus=5027 RichDLLbt=-3.13761 RichDLLd=-3.13761 MuonMuLL=-0.0801261 MuonBkgLL=-0.442029 MuonNShared=10 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=14.2773 MuonMVA1=-999 MuonMVA2=-2.53055 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.01369 CaloElectronMatch=80.2847 CaloBremMatch=80.2847 CaloChargedEcal=2607.47 CaloChargedID=38643 CaloNeutralEcal=2607.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.620904 CaloNeutralID=38643 CaloEcalE=2096.68 CaloHcalE=14227.4 CaloEcalChi2=80.2847 CaloClusChi2=1.01369 CaloTrajectoryL=-201.145 CaloEoverP=0.541546 EcalPIDe=1.85487 HcalPIDe=-0.892025 HcalPIDmu=0.961842 EcalPIDmu=-1.56796 TrackChi2PerDof=1.12353 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=5328.43 TrackPt=273.615 CombDLLe=-0.341227 CombDLLmu=-4.65865 CombDLLpi=0 CombDLLk=-3.13761 CombDLLp=-3.13761 CombDLLd=-2.69558 ProbNNe=0.458432 ProbNNmu=0.000625899 ProbNNpi=0.455536 ProbNNk=0.00907085 ProbNNp=0.0100511 ProbNNghost=0.0439536 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.782064 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4291 RichDLLbt=0 RichDLLd=0 MuonMuLL=-0.278392 MuonBkgLL=-2.48066 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=6.29488 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.83514 CaloElectronMatch=231.009 CaloChargedEcal=1919.89 CaloChargedID=38836 CaloEcalE=6963.15 CaloHcalE=10843.8 CaloEcalChi2=231.009 CaloClusChi2=0.83514 CaloTrajectoryL=-689.033 CaloEoverP=0.326286 EcalPIDe=0.54377 HcalPIDe=-1.07674 HcalPIDmu=-0.465952 EcalPIDmu=-1.56552 TrackChi2PerDof=1.91453 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6065.21 TrackPt=119.877 CombDLLe=-0.669818 CombDLLmu=0.170801 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=2.48066 ProbNNe=0.612779 ProbNNpi=0.114525 ProbNNk=0.00312196 ProbNNp=0.0146266 ProbNNghost=0.996301 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.53022 RichDLLmu=1.51587 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.1604 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2412.88 TrackPt=159.592 CombDLLe=-1.30244 CombDLLmu=2.05951 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0585412 ProbNNpi=0.10802 ProbNNk=0.0213507 ProbNNp=0.02195 ProbNNghost=0.784714 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.0239 RichDLLmu=-18.3506 RichDLLpi=0 RichDLLk=-8.25477 RichDLLp=-8.25477 RichPIDStatus=5027 RichDLLbt=-8.25477 RichDLLd=-8.25477 MuonMuLL=-0.0690286 MuonBkgLL=-0.402505 MuonNShared=22 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=121.342 MuonMVA1=-999 MuonMVA2=-0.624478 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.661492 CaloElectronMatch=43.6765 CaloBremMatch=38.3609 CaloChargedEcal=2663.83 CaloChargedID=37742 CaloNeutralEcal=2663.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919679 CaloNeutralID=37742 CaloEcalE=1683.94 CaloHcalE=541.759 CaloEcalChi2=43.6765 CaloClusChi2=0.661492 CaloTrajectoryL=119.16 CaloEoverP=0.764755 EcalPIDe=3.01028 HcalPIDe=-0.300168 HcalPIDmu=-0.751433 EcalPIDmu=-1.21227 TrackChi2PerDof=1.51339 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3792.85 TrackPt=589.564 CombDLLe=-1.2944 CombDLLmu=-8.62114 CombDLLpi=0 CombDLLk=-8.25477 CombDLLp=-8.25477 CombDLLd=-7.85227 ProbNNe=0.291404 ProbNNmu=0.000625898 ProbNNpi=0.656461 ProbNNk=0.00144292 ProbNNp=0.00220666 ProbNNghost=0.106362 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.978 RichDLLmu=-6.03299 RichDLLpi=0 RichDLLk=-3.35763 RichDLLp=-3.35763 RichPIDStatus=5027 RichDLLbt=-3.35763 RichDLLd=-3.35763 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.15316 CaloElectronMatch=62.6186 CaloBremMatch=62.6186 CaloChargedEcal=4085.95 CaloChargedID=34559 CaloNeutralEcal=4085.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987585 CaloNeutralID=34559 CaloEcalE=3788.82 CaloEcalChi2=62.6186 CaloClusChi2=4.15316 CaloTrajectoryL=133.888 CaloEoverP=1.16464 EcalPIDe=1.50525 EcalPIDmu=-2.34359 TrackChi2PerDof=1.12997 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3631.9 TrackPt=340.975 CombDLLe=-0.84596 CombDLLmu=-8.19319 CombDLLpi=0 CombDLLk=-3.35763 CombDLLp=-3.35763 CombDLLd=-3.35763 ProbNNe=0.95847 ProbNNpi=0.946591 ProbNNk=0.00260763 ProbNNp=0.0204277 ProbNNghost=0.0106051 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.24401 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.502899 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=1781.92 TrackPt=96.8421 CombDLLe=-1.08391 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.262148 ProbNNpi=0.0983166 ProbNNk=0.0242265 ProbNNp=0.019601 ProbNNghost=0.805146 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.28 RichDLLmu=44.2669 RichDLLpi=0 RichDLLk=-3.73974 RichDLLp=-3.73974 RichPIDStatus=5090 RichDLLbt=-3.73974 RichDLLd=-3.73974 MuonMuLL=-0.29935 MuonBkgLL=-2.54385 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=2.44231 MuonMVA1=-999 MuonMVA2=-1.48108 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0498208 CaloElectronMatch=77.975 CaloBremMatch=77.975 CaloChargedEcal=14999.2 CaloChargedID=35482 CaloNeutralEcal=14999.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973329 CaloNeutralID=35482 CaloEcalE=8725.7 CaloHcalE=2460.01 CaloEcalChi2=77.975 CaloClusChi2=0.0498208 CaloTrajectoryL=68.6511 CaloEoverP=2.14399 EcalPIDe=1.85487 HcalPIDe=-0.932743 HcalPIDmu=1.45409 EcalPIDmu=-1.2118 TrackChi2PerDof=2.24098 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=7256.79 TrackPt=876.243 CombDLLe=-3.11241 CombDLLmu=9.48679 CombDLLpi=0 CombDLLk=-3.73974 CombDLLp=-3.73974 CombDLLd=-1.19589 ProbNNe=0.529388 ProbNNmu=0.000625897 ProbNNpi=0.0308853 ProbNNk=4.47835e-05 ProbNNp=1.68241e-05 ProbNNghost=0.239734 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.518154 RichDLLmu=-4.5493 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.14015 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2521.31 TrackPt=174.676 CombDLLe=-0.0906719 CombDLLmu=-5.04746 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.83289 ProbNNpi=0.416858 ProbNNk=0.0204043 ProbNNp=0.0353766 ProbNNghost=0.321833 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.78699 RichDLLmu=2.36293 RichDLLpi=0 RichDLLk=3.40035 RichDLLp=3.40035 RichPIDStatus=5028 RichDLLbt=3.40035 RichDLLd=3.40035 InAccBrem=1 TrackChi2PerDof=0.486455 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3127.4 TrackPt=387.009 CombDLLe=-1.51346 CombDLLmu=3.08201 CombDLLpi=0 CombDLLk=3.40035 CombDLLp=3.40035 CombDLLd=3.40035 ProbNNe=0.0343312 ProbNNpi=0.210301 ProbNNk=0.0614067 ProbNNp=0.0670755 ProbNNghost=0.37844 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=10.3067 RichDLLmu=-1.08561 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.822743 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2398.33 TrackPt=138.452 CombDLLe=1.76479 CombDLLmu=-1.49642 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.63127 ProbNNpi=0.354251 ProbNNk=0.0171608 ProbNNp=0.0248034 ProbNNghost=0.476682 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.61302 RichDLLmu=3.96916 RichDLLpi=0 RichDLLk=5.24692 RichDLLp=5.24692 RichPIDStatus=5025 RichDLLbt=5.24692 RichDLLd=5.24692 MuonMuLL=-0.018164 MuonBkgLL=-0.424459 MuonNShared=24 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=104.952 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.09258 CaloElectronMatch=248.638 CaloBremMatch=248.638 CaloChargedEcal=2629.25 CaloChargedID=34352 CaloNeutralEcal=2629.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886286 CaloNeutralID=34352 CaloEcalE=251.49 CaloHcalE=3578.4 CaloEcalChi2=248.638 CaloClusChi2=4.09258 CaloTrajectoryL=-457.84 CaloEoverP=0.572434 EcalPIDe=0.490686 HcalPIDe=-1.4846 HcalPIDmu=0.162738 EcalPIDmu=0.661087 TrackChi2PerDof=0.686133 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4851.87 TrackPt=384.312 CombDLLe=-0.0180353 CombDLLmu=5.85414 CombDLLpi=0 CombDLLk=5.24692 CombDLLp=5.24692 CombDLLd=5.67138 ProbNNe=0.0556328 ProbNNpi=0.335681 ProbNNk=0.149393 ProbNNp=0.372804 ProbNNghost=0.086562 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.33788 RichDLLmu=2.78054 RichDLLpi=0 RichDLLk=12.8823 RichDLLp=12.8823 RichPIDStatus=5028 RichDLLbt=12.8823 RichDLLd=12.8823 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.419909 CaloElectronMatch=59.0483 CaloBremMatch=59.0483 CaloChargedEcal=9089.38 CaloChargedID=34506 CaloNeutralEcal=9089.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738111 CaloNeutralID=34506 CaloEcalE=5264.44 CaloHcalE=5494.25 CaloEcalChi2=59.0483 CaloClusChi2=0.419909 CaloTrajectoryL=224.284 CaloEoverP=1.3576 EcalPIDe=3.71102 HcalPIDe=-1.75055 HcalPIDmu=-0.820105 EcalPIDmu=-4.10425 TrackChi2PerDof=0.78855 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=6712.53 TrackPt=682.7 CombDLLe=3.06042 CombDLLmu=-1.38877 CombDLLpi=0 CombDLLk=12.8823 CombDLLp=12.8823 CombDLLd=12.8823 ProbNNe=0.982218 ProbNNpi=0.143118 ProbNNk=0.168122 ProbNNp=0.634961 ProbNNghost=0.0557852 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.87801 RichDLLmu=-0.814375 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.76431 CaloElectronMatch=21.0791 CaloBremMatch=21.0791 CaloChargedEcal=3589.56 CaloChargedID=34372 CaloNeutralEcal=3589.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987234 CaloNeutralID=34372 CaloEcalE=3553.74 CaloEcalChi2=21.0791 CaloClusChi2=0.76431 CaloTrajectoryL=148.93 CaloEoverP=1.76342 EcalPIDe=3.01028 EcalPIDmu=-0.445869 TrackChi2PerDof=1.28716 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2202.31 TrackPt=279.173 CombDLLe=2.16083 CombDLLmu=-1.57602 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.988899 ProbNNpi=0.717587 ProbNNk=0.0170845 ProbNNp=0.0472776 ProbNNghost=0.0444417 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=19.6962 RichDLLmu=-1.03565 RichDLLpi=0 RichDLLk=1.29165 RichDLLp=1.29165 RichPIDStatus=5025 RichDLLbt=1.29165 RichDLLd=1.29165 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.759661 CaloElectronMatch=112.883 CaloBremMatch=112.883 CaloChargedEcal=7499.4 CaloChargedID=34573 CaloNeutralEcal=7499.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813131 CaloNeutralID=34573 CaloEcalE=2604.29 CaloHcalE=2327.48 CaloEcalChi2=112.883 CaloClusChi2=0.759661 CaloTrajectoryL=59.0092 CaloEoverP=2.63712 EcalPIDe=1.50525 HcalPIDe=-1.4396 HcalPIDmu=1.22978 EcalPIDmu=-3.48778 TrackChi2PerDof=1.56758 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2905.87 TrackPt=248.189 CombDLLe=3.25851 CombDLLmu=-3.68752 CombDLLpi=0 CombDLLk=1.29165 CombDLLp=1.29165 CombDLLd=1.29165 ProbNNe=0.969351 ProbNNpi=0.195245 ProbNNk=0.0103908 ProbNNp=0.00979698 ProbNNghost=0.444378 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.8925 RichDLLmu=-2.91346 RichDLLpi=0 RichDLLk=1.72335 RichDLLp=1.72335 RichPIDStatus=5028 RichDLLbt=1.72335 RichDLLd=1.72335 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.03557 CaloElectronMatch=95.451 CaloBremMatch=95.451 CaloChargedEcal=762.262 CaloChargedID=34041 CaloNeutralEcal=762.262 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820387 CaloNeutralID=34041 CaloEcalE=533.772 CaloHcalE=3159.09 CaloEcalChi2=95.451 CaloClusChi2=2.03557 CaloTrajectoryL=79.2488 CaloEoverP=0.323555 EcalPIDe=1.50525 HcalPIDe=-1.43582 HcalPIDmu=0.749469 EcalPIDmu=1.72373 TrackChi2PerDof=0.776697 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3071.9 TrackPt=384.824 CombDLLe=-1.79099 CombDLLmu=-1.19913 CombDLLpi=0 CombDLLk=1.72335 CombDLLp=1.72335 CombDLLd=1.72335 ProbNNe=0.00170208 ProbNNpi=0.413015 ProbNNk=0.0288198 ProbNNp=0.0638791 ProbNNghost=0.422262 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.03535 RichDLLmu=-0.35229 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.13083 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2087.57 TrackPt=182.256 CombDLLe=-1.55483 CombDLLmu=-0.492391 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0392822 ProbNNpi=0.730846 ProbNNk=0.0227354 ProbNNp=0.0383218 ProbNNghost=0.0728729 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.43848 RichDLLmu=2.34097 RichDLLpi=0 RichDLLk=17.7587 RichDLLp=18.0292 RichPIDStatus=6117 RichDLLbt=18.0292 RichDLLd=18.0292 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.304218 CaloElectronMatch=96.0753 CaloBremMatch=96.0753 CaloChargedEcal=12676.9 CaloChargedID=38596 CaloNeutralEcal=12676.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830315 CaloNeutralID=38596 CaloEcalE=7331.39 CaloHcalE=7046.92 CaloEcalChi2=96.0753 CaloClusChi2=0.304218 CaloTrajectoryL=108.741 CaloEoverP=1.20712 EcalPIDe=2.19153 HcalPIDe=-1.36779 HcalPIDmu=-2.27533 EcalPIDmu=-3.25191 TrackChi2PerDof=2.56433 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=10733.6 TrackPt=681.469 CombDLLe=1.07537 CombDLLmu=-2.47006 CombDLLpi=0 CombDLLk=17.7587 CombDLLp=18.0292 CombDLLd=18.0292 ProbNNe=0.794206 ProbNNpi=0.0923767 ProbNNk=0.178744 ProbNNp=0.069446 ProbNNghost=0.913767 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.0449706 MuonNShared=26 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3312.57 MuonMVA1=-999 MuonMVA2=-0.106636 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.683018 CaloElectronMatch=43.6877 CaloChargedEcal=7069.49 CaloChargedID=38847 CaloEcalE=5756.31 CaloHcalE=9854.29 CaloEcalChi2=43.6877 CaloClusChi2=0.683018 CaloTrajectoryL=92.3827 CaloEoverP=1.40242 EcalPIDe=3.71102 HcalPIDe=-1.07674 HcalPIDmu=0.0695658 EcalPIDmu=-2.80352 TrackChi2PerDof=1.64664 TrackNumDof=7 TrackType=5 TrackHistory=33 TrackP=5386.21 TrackPt=91.3614 CombDLLe=2.63428 CombDLLmu=-2.68898 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.0449706 ProbNNe=0.00814102 ProbNNmu=0.000378876 ProbNNpi=0.0192618 ProbNNk=0.0015872 ProbNNp=0.00896889 ProbNNghost=0.959781 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.60103 RichDLLmu=0.249929 RichDLLpi=0 RichDLLk=-7.22444 RichDLLp=-13.0829 RichPIDStatus=8097 RichDLLbt=-12.3566 RichDLLd=-12.3566 InAccBrem=1 CaloBremChi2=43.3035 BremPIDe=1.69105 TrackChi2PerDof=1.1731 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=32406.1 TrackPt=1760.76 CombDLLe=1.79622 CombDLLmu=0.349609 CombDLLpi=0 CombDLLk=-7.22444 CombDLLp=-13.0829 CombDLLd=-12.3566 ProbNNe=0.00757457 ProbNNmu=0.00746179 ProbNNpi=0.862825 ProbNNk=0.0323697 ProbNNp=0.0515375 ProbNNghost=0.00344363 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.350524 RichDLLmu=0.348772 RichDLLpi=0 RichDLLk=7.69883 RichDLLp=3.67074 RichPIDStatus=8100 RichDLLbt=3.47966 RichDLLd=3.47966 InAccBrem=1 CaloBremChi2=795.395 BremPIDe=-0.591406 TrackChi2PerDof=0.743715 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=18852.9 TrackPt=613.708 CombDLLe=-0.530066 CombDLLmu=0.48749 CombDLLpi=0 CombDLLk=7.69883 CombDLLp=3.67074 CombDLLd=3.47966 ProbNNe=0.00247707 ProbNNmu=0.00582003 ProbNNpi=0.0511607 ProbNNk=0.907882 ProbNNp=0.614461 ProbNNghost=0.00590232 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.6521 RichDLLmu=2.31333 RichDLLpi=0 RichDLLk=-13.8435 RichDLLp=-13.8435 RichPIDStatus=5026 RichDLLbt=-13.8435 RichDLLd=-13.8435 InAccBrem=1 CaloBremChi2=891.834 BremPIDe=-0.638976 TrackChi2PerDof=1.08475 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=7790.44 TrackPt=726.294 CombDLLe=-3.39565 CombDLLmu=3.02578 CombDLLpi=0 CombDLLk=-13.8435 CombDLLp=-13.8435 CombDLLd=-13.8435 ProbNNe=2.28549e-05 ProbNNmu=0.00507965 ProbNNpi=0.975274 ProbNNk=0.000775209 ProbNNp=0.00378482 ProbNNghost=0.0383264 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.878372 RichDLLmu=-0.210754 RichDLLpi=0 RichDLLk=4.94474 RichDLLp=14.6275 RichPIDStatus=8102 RichDLLbt=16.6244 RichDLLd=16.6244 InAccBrem=1 CaloBremChi2=58.1267 BremPIDe=1.3102 TrackChi2PerDof=1.835 TrackNumDof=16 TrackType=4 TrackHistory=34 TrackP=19813.9 TrackPt=3151.04 CombDLLe=1.15651 CombDLLmu=-0.294882 CombDLLpi=0 CombDLLk=4.94474 CombDLLp=14.6275 CombDLLd=16.6244 ProbNNe=0.000548687 ProbNNmu=0.00247375 ProbNNpi=0.31367 ProbNNk=0.283091 ProbNNp=0.332415 ProbNNghost=0.307001 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.227274 RichDLLmu=1.02787 RichDLLpi=0 RichDLLk=-5.1084 RichDLLp=-6.91841 RichPIDStatus=6050 RichDLLbt=-6.91841 RichDLLd=-6.91841 InAccBrem=1 CaloBremChi2=390.625 BremPIDe=-0.454777 TrackChi2PerDof=0.963667 TrackNumDof=12 TrackType=4 TrackHistory=34 TrackP=11022.9 TrackPt=376.666 CombDLLe=-0.49455 CombDLLmu=1.41908 CombDLLpi=0 CombDLLk=-5.1084 CombDLLp=-6.91841 CombDLLd=-6.91841 ProbNNe=0.0144141 ProbNNmu=0.00376291 ProbNNpi=0.61853 ProbNNk=0.273876 ProbNNp=0.302824 ProbNNghost=0.247071 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.958 RichDLLmu=-0.693982 RichDLLpi=0 RichDLLk=-13.9046 RichDLLp=-14.4286 RichPIDStatus=6051 RichDLLbt=-14.4286 RichDLLd=-14.4286 InAccBrem=1 CaloBremChi2=380.115 BremPIDe=-0.454777 TrackChi2PerDof=0.527082 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=11505 TrackPt=2091.63 CombDLLe=-2.48724 CombDLLmu=-0.965384 CombDLLpi=0 CombDLLk=-13.9046 CombDLLp=-14.4286 CombDLLd=-14.4286 ProbNNe=1.2331e-05 ProbNNmu=0.0259488 ProbNNpi=0.980442 ProbNNk=0.00138806 ProbNNp=0.000177758 ProbNNghost=0.00347286 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=2.57012 RichDLLmu=3.74725 RichDLLpi=0 RichDLLk=17.5227 RichDLLp=17.5227 RichPIDStatus=5028 RichDLLbt=17.5227 RichDLLd=17.5227 InAccBrem=1 CaloBremChi2=106.466 BremPIDe=0.527682 TrackChi2PerDof=0.712977 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=7981.04 TrackPt=1523.18 CombDLLe=0.976835 CombDLLmu=4.44375 CombDLLpi=0 CombDLLk=17.5227 CombDLLp=17.5227 CombDLLd=17.5227 ProbNNe=0.000116289 ProbNNmu=0.00825052 ProbNNpi=0.200292 ProbNNk=0.736809 ProbNNp=0.590273 ProbNNghost=0.0545825 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.7883 RichDLLmu=-9.88014 RichDLLpi=0 RichDLLk=2.18068 RichDLLp=2.18068 RichPIDStatus=5028 RichDLLbt=2.18068 RichDLLd=2.18068 InAccBrem=1 CaloBremChi2=3.22789 BremPIDe=3.84229 TrackChi2PerDof=0.775628 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=3036.64 TrackPt=593.886 CombDLLe=1.67759 CombDLLmu=-6.73606 CombDLLpi=0 CombDLLk=2.18068 CombDLLp=2.18068 CombDLLd=2.18068 ProbNNe=0.000129632 ProbNNmu=0.00188794 ProbNNpi=0.801429 ProbNNk=0.102259 ProbNNp=0.0437687 ProbNNghost=0.029317 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.5288 RichDLLmu=-4.22265 RichDLLpi=0 RichDLLk=14.7793 RichDLLp=14.7793 RichPIDStatus=5028 RichDLLbt=14.7793 RichDLLd=14.7793 InAccBrem=1 CaloBremChi2=392.9 BremPIDe=-0.492427 TrackChi2PerDof=0.897746 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=5317.27 TrackPt=1154.12 CombDLLe=-1.79463 CombDLLmu=-4.81741 CombDLLpi=0 CombDLLk=14.7793 CombDLLp=14.7793 CombDLLd=14.7793 ProbNNe=1.91835e-05 ProbNNmu=0.00248217 ProbNNpi=0.332875 ProbNNk=0.517176 ProbNNp=0.35996 ProbNNghost=0.0269598 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.94378 RichDLLmu=2.00273 RichDLLpi=0 RichDLLk=26.8887 RichDLLp=26.8887 RichPIDStatus=5028 RichDLLbt=26.8887 RichDLLd=26.8887 InAccBrem=1 CaloBremChi2=239.636 BremPIDe=-0.381503 TrackChi2PerDof=0.419639 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=5024.22 TrackPt=1366.98 CombDLLe=-1.5846 CombDLLmu=2.66291 CombDLLpi=0 CombDLLk=26.8887 CombDLLp=26.8887 CombDLLd=26.8887 ProbNNe=8.46182e-06 ProbNNmu=0.00419286 ProbNNpi=0.150821 ProbNNk=0.771011 ProbNNp=0.669047 ProbNNghost=0.00645862 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.66667 RichDLLmu=-2.74793 RichDLLpi=0 RichDLLk=19.5258 RichDLLp=19.5258 RichPIDStatus=5028 RichDLLbt=19.5258 RichDLLd=19.5258 TrackChi2PerDof=0.620287 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=4263.34 TrackPt=1127.55 CombDLLe=-0.812982 CombDLLmu=-3.50147 CombDLLpi=0 CombDLLk=19.5258 CombDLLp=19.5258 CombDLLd=19.5258 ProbNNe=0.000135505 ProbNNmu=0.00470652 ProbNNpi=0.435171 ProbNNk=0.392922 ProbNNp=0.259504 ProbNNghost=0.0661487 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0505244 ShowerShape=2835.65 ClusterMass=121.491 CaloNeutralEcal=36212.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.782342 CaloNeutralID=43190 CaloNeutralE19=0.326633 CaloClusterCode=-93 CaloClusterFrac=0.999284 IsPhoton=0.0741641 IsNotH=0.00827872 IsPhotonXGB=0.0654074 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.53211 ShowerShape=16310 ClusterMass=59.9603 CaloNeutralEcal=11114.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694006 CaloNeutralID=34380 CaloNeutralE19=0.313567 CaloClusterCode=-97 CaloClusterFrac=0.999995 IsPhoton=0.0776522 IsNotH=0.0294483 IsPhotonXGB=0.219769 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.241542 ShowerShape=14519.2 ClusterMass=37.9463 CaloNeutralEcal=8060.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703558 CaloNeutralID=34812 CaloNeutralE19=0.416142 CaloClusterCode=95 CaloClusterFrac=0.999998 IsPhoton=0.148203 IsNotH=0.00836361 IsPhotonXGB=0.926239 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.30618 ShowerShape=4091.95 ClusterMass=46.064 CaloNeutralEcal=15370.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873706 CaloNeutralID=38150 CaloNeutralE19=0.419422 CaloClusterCode=93 CaloClusterFrac=0.998195 IsPhoton=0.0231626 IsNotH=0.424834 IsPhotonXGB=0.524 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.684373 ShowerShape=4205.8 ClusterMass=33.6662 CaloNeutralEcal=12521.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803083 CaloNeutralID=37954 CaloNeutralE19=0.565711 CaloClusterCode=95 CaloClusterFrac=0.999853 IsPhoton=1 IsNotH=0.175597 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.419909 ShowerShape=14521.2 ClusterMass=65.7436 CaloNeutralEcal=9089.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738111 CaloNeutralID=34506 CaloNeutralE19=0.502878 CaloClusterCode=-90 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.0216731 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.86996 ShowerShape=2592.74 ClusterMass=114.273 CaloNeutralEcal=60921.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.635552 CaloNeutralID=42985 CaloNeutralE19=0.280321 CaloClusterCode=-96 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.000487346 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00594839 ShowerShape=15812.2 ClusterMass=40.8576 CaloNeutralEcal=7888.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.74473 CaloNeutralID=35336 CaloNeutralE19=0.45384 CaloClusterCode=-98 CaloClusterFrac=0.999977 IsPhoton=1 IsNotH=0.0196423 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.594876 ShowerShape=10350.1 ClusterMass=59.0578 CaloNeutralEcal=9448.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957214 CaloNeutralID=34764 CaloNeutralE19=0.393592 CaloClusterCode=97 CaloClusterFrac=0.999903 IsPhoton=1 IsNotH=0.0750002 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.87395 ShowerShape=2018.08 ClusterMass=90.5318 CaloNeutralEcal=34580.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.779724 CaloNeutralID=42151 CaloNeutralE19=0.541245 CaloClusterCode=91 CaloClusterFrac=0.999943 IsPhoton=1 IsNotH=0.214572 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0498208 ShowerShape=8922.79 ClusterMass=67.4496 CaloNeutralEcal=14999.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973329 CaloNeutralID=35482 CaloNeutralE19=0.439572 CaloClusterCode=-68 CaloClusterFrac=0.999994 IsPhoton=1 IsNotH=0.0390328 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.304218 ShowerShape=4414.85 ClusterMass=39.5582 CaloNeutralEcal=12676.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830315 CaloNeutralID=38596 CaloNeutralE19=0.483592 CaloClusterCode=98 CaloClusterFrac=0.999963 IsPhoton=1 IsNotH=0.0267081 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.98211 ShowerShape=27910.3 ClusterMass=41.0129 CaloNeutralEcal=9428.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.747913 CaloNeutralID=34674 CaloNeutralE19=0.394878 CaloClusterCode=-95 CaloClusterFrac=0.999995 IsPhoton=1 IsNotH=0.00505153 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0529858 ShowerShape=4998.45 ClusterMass=36.4622 CaloNeutralEcal=13937.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.821235 CaloNeutralID=38791 CaloNeutralE19=0.353758 CaloClusterCode=90 CaloClusterFrac=0.999868 IsPhoton=1 IsNotH=0.00844799 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.730209 ShowerShape=18119.7 ClusterMass=84.3323 CaloNeutralEcal=9758.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809558 CaloNeutralID=34929 CaloNeutralE19=0.405414 CaloClusterCode=91 CaloClusterFrac=0.999957 IsPhoton=1 IsNotH=0.0328903 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=2.21433 ShowerShape=12883 ClusterMass=83.0641 CaloNeutralEcal=13490.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934541 CaloNeutralID=35548 CaloNeutralE19=0.42655 CaloClusterCode=-93 CaloClusterFrac=0.999841 IsPhoton=1 IsNotH=0.130053 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=221.844 ShowerShape=3335.19 ClusterMass=14.0253 CaloNeutralEcal=6972.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979322 CaloNeutralID=33383 CaloNeutralE19=0.849706 CaloClusterCode=91 CaloClusterFrac=1.00259 IsPhoton=1 IsNotH=0.866844 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=2.51608 ShowerShape=4520.16 ClusterMass=29.8486 CaloNeutralEcal=19341.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900081 CaloNeutralID=39024 CaloNeutralE19=0.450963 CaloClusterCode=-67 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.20619 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.235278 ShowerShape=2957.25 ClusterMass=30.0304 CaloNeutralEcal=16036.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90131 CaloNeutralID=39853 CaloNeutralE19=0.484769 CaloClusterCode=95 CaloClusterFrac=0.999987 IsPhoton=1 IsNotH=0.29445 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.86996 ShowerShape=2592.74 ClusterMass=114.273 CaloNeutralEcal=60921.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.635552 CaloNeutralID=42985 CaloNeutralE19=0.280321 CaloClusterCode=-96 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.000487346 IsPhotonXGB=1 ClusterAsX=-0.195073 ClusterAsY=0.0720028 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.98211 ShowerShape=27910.3 ClusterMass=41.0129 CaloNeutralEcal=9428.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.747913 CaloNeutralID=34674 CaloNeutralE19=0.394878 CaloClusterCode=-95 CaloClusterFrac=0.999995 IsPhoton=1 IsNotH=0.00505153 IsPhotonXGB=1 ClusterAsX=0.0868544 ClusterAsY=-0.220929 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=221.844 ShowerShape=3335.19 ClusterMass=14.0253 CaloNeutralEcal=6972.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979322 CaloNeutralID=33383 CaloNeutralE19=0.849706 CaloClusterCode=91 CaloClusterFrac=1.00259 IsPhoton=1 IsNotH=0.866844 IsPhotonXGB=1 ClusterAsX=0.059107 ClusterAsY=-0.0878678 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.43387 ShowerShape=2930.29 CaloNeutralEcal=4085.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987585 CaloNeutralID=34559 CaloNeutralE19=0.883214 CaloClusterCode=-67 CaloClusterFrac=0.964065 IsPhoton=1 IsNotH=0.800947 IsPhotonXGB=1 ClusterAsX=-0.0653804 ClusterAsY=0.0672893 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.23154 ShowerShape=5826.08 CaloNeutralEcal=10292.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935812 CaloNeutralID=34077 CaloNeutralE19=0.705546 CaloClusterCode=-92 CaloClusterFrac=0.999752 IsPhoton=1 IsNotH=0.380944 IsPhotonXGB=1 ClusterAsX=0.182064 ClusterAsY=-0.0916827 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.9811 ShowerShape=1809.13 CaloNeutralEcal=40421.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803225 CaloNeutralID=43112 CaloNeutralE19=0.252864 CaloClusterCode=-61 CaloClusterFrac=0.99983 IsPhoton=1 IsNotH=0.000469755 IsPhotonXGB=1 ClusterAsX=0.348429 ClusterAsY=-0.261151 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.4536 ShowerShape=2817.24 CaloNeutralEcal=15309.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968145 CaloNeutralID=38104 CaloNeutralE19=0.553886 CaloClusterCode=63 CaloClusterFrac=0.999992 IsPhoton=1 IsNotH=0.731023 IsPhotonXGB=1 ClusterAsX=-0.562276 ClusterAsY=0.198985 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.93258 ShowerShape=6004.26 CaloNeutralEcal=5524.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958326 CaloNeutralID=35505 CaloNeutralE19=0.678762 CaloClusterCode=91 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.513037 IsPhotonXGB=1 ClusterAsX=0.0180812 ClusterAsY=-0.219921 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=134.426 ShowerShape=8108.93 CaloNeutralEcal=4232.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992074 CaloNeutralID=33612 CaloNeutralE19=0.388784 CaloClusterCode=-95 CaloClusterFrac=1.00002 IsPhoton=1 IsNotH=0.0645032 IsPhotonXGB=1 ClusterAsX=0.560069 ClusterAsY=0.259936 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.6704 ShowerShape=532.153 CaloNeutralEcal=12262.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933167 CaloNeutralID=42058 CaloNeutralE19=0.788203 CaloClusterCode=-95 CaloClusterFrac=0.989926 IsPhoton=1 IsNotH=0.961457 IsPhotonXGB=1 ClusterAsX=0.0934671 ClusterAsY=0.0150804 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=762.337 ShowerShape=4189.24 CaloNeutralEcal=4256.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983207 CaloNeutralID=33552 CaloNeutralE19=0.706702 CaloClusterCode=91 CaloClusterFrac=1.01106 IsPhoton=1 IsNotH=0.554228 IsPhotonXGB=1 ClusterAsX=-0.0343255 ClusterAsY=-0.243404 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.7038 ShowerShape=21983.3 CaloNeutralEcal=6203.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.726066 CaloNeutralID=33959 CaloNeutralE19=0.467715 CaloClusterCode=90 CaloClusterFrac=0.99999 IsPhoton=1 IsNotH=0.0205864 IsPhotonXGB=1 ClusterAsX=0.105504 ClusterAsY=-0.165989 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.2453 ShowerShape=1549.76 CaloNeutralEcal=41015.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973116 CaloNeutralID=42593 CaloNeutralE19=0.6739 CaloClusterCode=-65 CaloClusterFrac=0.982383 IsPhoton=1 IsNotH=0.65238 IsPhotonXGB=1 ClusterAsX=0.212552 ClusterAsY=-0.129198 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.90265 ShowerShape=1317.3 CaloNeutralEcal=19540.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914194 CaloNeutralID=43875 CaloNeutralE19=0.59367 CaloClusterCode=-93 CaloClusterFrac=0.99999 IsPhoton=1 IsNotH=0.744156 IsPhotonXGB=1 ClusterAsX=-0.191903 ClusterAsY=0.111637 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.3755 ShowerShape=4399 CaloNeutralEcal=7937.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960611 CaloNeutralID=35491 CaloNeutralE19=0.76311 CaloClusterCode=-65 CaloClusterFrac=0.991788 IsPhoton=1 IsNotH=0.569215 IsPhotonXGB=1 ClusterAsX=0.149914 ClusterAsY=0.0026087 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=172.99 ShowerShape=5774.21 CaloNeutralEcal=2687.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.993911 CaloNeutralID=35711 CaloNeutralE19=0.740483 CaloClusterCode=-60 CaloClusterFrac=0.996115 IsPhoton=1 IsNotH=0.3162 IsPhotonXGB=1 ClusterAsX=-0.258482 ClusterAsY=-0.202218 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.61396 ShowerShape=11451.6 CaloNeutralEcal=2733.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916621 CaloNeutralID=35778 CaloNeutralE19=0.49938 CaloClusterCode=97 CaloClusterFrac=0.999982 IsPhoton=1 IsNotH=0.25201 IsPhotonXGB=1 ClusterAsX=0.0208026 ClusterAsY=0.331363 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.64178 ShowerShape=8948.03 CaloNeutralEcal=2881.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836873 CaloNeutralID=34369 CaloNeutralE19=0.438512 CaloClusterCode=-97 CaloClusterFrac=1.00077 IsPhoton=1 IsNotH=0.0602704 IsPhotonXGB=1 ClusterAsX=0.00225755 ClusterAsY=0.36371 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.2062 ShowerShape=1276.16 CaloNeutralEcal=15336.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917336 CaloNeutralID=42478 CaloNeutralE19=0.434029 CaloClusterCode=-91 CaloClusterFrac=1.00117 IsPhoton=1 IsNotH=0.741977 IsPhotonXGB=1 ClusterAsX=0.0678846 ClusterAsY=-0.416721 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.61543 ShowerShape=3531.06 CaloNeutralEcal=6467.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783365 CaloNeutralID=39110 CaloNeutralE19=0.501835 CaloClusterCode=-93 CaloClusterFrac=0.99999 IsPhoton=1 IsNotH=0.0593956 IsPhotonXGB=1 ClusterAsX=-0.052639 ClusterAsY=-0.197071 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.331 ShowerShape=1638.91 CaloNeutralEcal=13364.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.86887 CaloNeutralID=42091 CaloNeutralE19=0.594379 CaloClusterCode=-91 CaloClusterFrac=0.999884 IsPhoton=1 IsNotH=0.54228 IsPhotonXGB=1 ClusterAsX=0.0770761 ClusterAsY=-0.121134 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.248 ShowerShape=13374.4 CaloNeutralEcal=7095.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921476 CaloNeutralID=34079 CaloNeutralE19=0.46962 CaloClusterCode=-90 CaloClusterFrac=0.999949 IsPhoton=1 IsNotH=0.0426065 IsPhotonXGB=1 ClusterAsX=-0.297049 ClusterAsY=-0.268827 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=500.137 ShowerShape=4061.18 CaloNeutralEcal=3641.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.98276 CaloNeutralID=36012 CaloNeutralE19=0.823921 CaloClusterCode=-90 CaloClusterFrac=1.00286 IsPhoton=1 IsNotH=0.769839 IsPhotonXGB=1 ClusterAsX=-0.11123 ClusterAsY=-0.139872 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.221 ShowerShape=19821 CaloNeutralEcal=3460.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954153 CaloNeutralID=36051 CaloNeutralE19=0.428909 CaloClusterCode=-96 CaloClusterFrac=1.00406 IsPhoton=1 IsNotH=0.0258245 IsPhotonXGB=1 ClusterAsX=-0.397741 ClusterAsY=0.499039 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.6212 ShowerShape=20922.1 CaloNeutralEcal=4711.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.69704 CaloNeutralID=35870 CaloNeutralE19=0.317783 CaloClusterCode=95 CaloClusterFrac=0.999966 IsPhoton=1 IsNotH=0.00296071 IsPhotonXGB=1 ClusterAsX=0.169221 ClusterAsY=-0.153754 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.60839 ShowerShape=2564.97 CaloNeutralEcal=4892.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89762 CaloNeutralID=37812 CaloNeutralE19=0.569265 CaloClusterCode=-93 CaloClusterFrac=0.921953 IsPhoton=1 IsNotH=0.278569 IsPhotonXGB=1 ClusterAsX=-0.21488 ClusterAsY=-0.00361138 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.08363 ShowerShape=2154.23 CaloNeutralEcal=17633.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.779978 CaloNeutralID=42795 CaloNeutralE19=0.525671 CaloClusterCode=91 CaloClusterFrac=0.999427 IsPhoton=1 IsNotH=0.383866 IsPhotonXGB=1 ClusterAsX=-0.0880823 ClusterAsY=-0.102787 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.6026 ShowerShape=3432.73 CaloNeutralEcal=5489.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.739041 CaloNeutralID=39496 CaloNeutralE19=0.405758 CaloClusterCode=95 CaloClusterFrac=0.999781 IsPhoton=1 IsNotH=0.0927095 IsPhotonXGB=1 ClusterAsX=0.0736796 ClusterAsY=0.0300598 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=223.15 ShowerShape=9871.42 CaloNeutralEcal=2863.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852269 CaloNeutralID=36248 CaloNeutralE19=0.503817 CaloClusterCode=-93 CaloClusterFrac=0.999753 IsPhoton=1 IsNotH=0.107766 IsPhotonXGB=1 ClusterAsX=-0.195963 ClusterAsY=0.0534788 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.9703 ShowerShape=1059.71 CaloNeutralEcal=25478.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.848025 CaloNeutralID=42588 CaloNeutralE19=0.398315 CaloClusterCode=-63 CaloClusterFrac=0.99758 IsPhoton=1 IsNotH=0.0030811 IsPhotonXGB=1 ClusterAsX=-0.248369 ClusterAsY=-0.18568 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=155.846 ShowerShape=6593.12 CaloNeutralEcal=3009.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893034 CaloNeutralID=36010 CaloNeutralE19=0.713078 CaloClusterCode=-92 CaloClusterFrac=1.00361 IsPhoton=1 IsNotH=0.518206 IsPhotonXGB=1 ClusterAsX=0.128495 ClusterAsY=-0.082732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.46998 ShowerShape=4128.93 CaloNeutralEcal=5302.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844867 CaloNeutralID=39158 CaloNeutralE19=0.377473 CaloClusterCode=-95 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.0824498 IsPhotonXGB=1 ClusterAsX=0.419662 ClusterAsY=0.144963 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=95.1881 ShowerShape=2662.85 CaloNeutralEcal=4440.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976895 CaloNeutralID=35496 CaloNeutralE19=0.909975 CaloClusterCode=63 CaloClusterFrac=0.999792 IsPhoton=1 IsNotH=0.889568 IsPhotonXGB=1 ClusterAsX=-0.0472617 ClusterAsY=0.00351797 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.5409 ShowerShape=1419.89 CaloNeutralEcal=5733.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963374 CaloNeutralID=38256 CaloNeutralE19=0.68225 CaloClusterCode=-67 CaloClusterFrac=0.976087 IsPhoton=1 IsNotH=0.781778 IsPhotonXGB=1 ClusterAsX=-0.0331625 ClusterAsY=0.205386 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.1687 ShowerShape=2069.3 CaloNeutralEcal=8421.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818923 CaloNeutralID=39775 CaloNeutralE19=0.582224 CaloClusterCode=-97 CaloClusterFrac=0.999722 IsPhoton=1 IsNotH=0.329851 IsPhotonXGB=1 ClusterAsX=-0.0369405 ClusterAsY=0.162155 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.0088 ShowerShape=16170.6 CaloNeutralEcal=3045.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887303 CaloNeutralID=33630 CaloNeutralE19=0.546923 CaloClusterCode=-92 CaloClusterFrac=1.00179 IsPhoton=1 IsNotH=0.0622705 IsPhotonXGB=1 ClusterAsX=0.18731 ClusterAsY=-0.233062 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2566.12 CaloNeutralEcal=2221.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963797 CaloNeutralID=33363 CaloNeutralE19=0.872749 CaloClusterCode=95 CaloClusterFrac=0.999992 IsPhoton=1 IsNotH=0.870654 IsPhotonXGB=1 ClusterAsX=0.0661132 ClusterAsY=0.00180532 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=92.9472 ShowerShape=11468.8 CaloNeutralEcal=2629.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815616 CaloNeutralID=33773 CaloNeutralE19=0.395671 CaloClusterCode=-96 CaloClusterFrac=0.999208 IsPhoton=1 IsNotH=0.0110073 IsPhotonXGB=1 ClusterAsX=-0.0738228 ClusterAsY=0.421634 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.1895 ShowerShape=18534.9 CaloNeutralEcal=3120.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944939 CaloNeutralID=33766 CaloNeutralE19=0.524186 CaloClusterCode=96 CaloClusterFrac=0.999975 IsPhoton=1 IsNotH=0.056277 IsPhotonXGB=1 ClusterAsX=-0.310334 ClusterAsY=0.266184 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.437 ShowerShape=2964.51 CaloNeutralEcal=5289.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790133 CaloNeutralID=40087 CaloNeutralE19=0.519807 CaloClusterCode=-93 CaloClusterFrac=0.999881 IsPhoton=1 IsNotH=0.100216 IsPhotonXGB=1 ClusterAsX=-0.15514 ClusterAsY=-0.067366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.43885 ShowerShape=3386.23 CaloNeutralEcal=7306.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.858017 CaloNeutralID=38043 CaloNeutralE19=0.592728 CaloClusterCode=95 CaloClusterFrac=0.999212 IsPhoton=1 IsNotH=0.410007 IsPhotonXGB=1 ClusterAsX=0.255435 ClusterAsY=0.136198 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.52196 ShowerShape=1421.03 CaloNeutralEcal=11168.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.798516 CaloNeutralID=43027 CaloNeutralE19=0.50924 CaloClusterCode=-95 CaloClusterFrac=0.921543 IsPhoton=1 IsNotH=0.0643841 IsPhotonXGB=1 ClusterAsX=0.24486 ClusterAsY=-0.0396895 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.30097 ShowerShape=3451.11 CaloNeutralEcal=1768.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968028 CaloNeutralID=34882 CaloNeutralE19=0.768506 CaloClusterCode=-91 CaloClusterFrac=1.00131 IsPhoton=1 IsNotH=0.593024 IsPhotonXGB=1 ClusterAsX=-0.068492 ClusterAsY=-0.118556 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=57.2097 ShowerShape=1520.77 CaloNeutralEcal=4000.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910159 CaloNeutralID=38027 CaloNeutralE19=0.668153 CaloClusterCode=95 CaloClusterFrac=0.999921 IsPhoton=1 IsNotH=0.697473 IsPhotonXGB=1 ClusterAsX=0.151352 ClusterAsY=-0.0585223 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.1324 ShowerShape=1310.18 CaloNeutralEcal=11606.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819411 CaloNeutralID=42273 CaloNeutralE19=0.596628 CaloClusterCode=-97 CaloClusterFrac=0.930965 IsPhoton=1 IsNotH=0.280703 IsPhotonXGB=1 ClusterAsX=0.0535746 ClusterAsY=0.0427834 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.5958 ShowerShape=4346.22 CaloNeutralEcal=4476.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.736931 CaloNeutralID=38094 CaloNeutralE19=0.52193 CaloClusterCode=-92 CaloClusterFrac=0.999878 IsPhoton=1 IsNotH=0.0184289 IsPhotonXGB=1 ClusterAsX=0.0790062 ClusterAsY=-0.0901317 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.09258 ShowerShape=13486.2 CaloNeutralEcal=2629.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886286 CaloNeutralID=34352 CaloNeutralE19=0.619642 CaloClusterCode=67 IsPhoton=1 IsNotH=0.307976 IsPhotonXGB=1 ClusterAsX=0.102302 ClusterAsY=-0.010666 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.2045 ShowerShape=25198.5 CaloNeutralEcal=3204 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.810371 CaloNeutralID=33889 CaloNeutralE19=0.433696 CaloClusterCode=-96 CaloClusterFrac=0.999996 IsPhoton=1 IsNotH=0.0171054 IsPhotonXGB=1 ClusterAsX=-0.238551 ClusterAsY=0.285317 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.9106 ShowerShape=2363.65 CaloNeutralEcal=5165.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927668 CaloNeutralID=39974 CaloNeutralE19=0.704829 CaloClusterCode=-91 CaloClusterFrac=0.985862 IsPhoton=1 IsNotH=0.798127 IsPhotonXGB=1 ClusterAsX=0.028469 ClusterAsY=-0.142461 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.93365 ShowerShape=3311.27 CaloNeutralEcal=4382.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.823875 CaloNeutralID=39890 CaloNeutralE19=0.555892 CaloClusterCode=-90 CaloClusterFrac=0.970783 IsPhoton=1 IsNotH=0.0347025 IsPhotonXGB=1 ClusterAsX=-0.105338 ClusterAsY=-0.180082 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=73.8109 ShowerShape=833.128 CaloNeutralEcal=6380.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.872254 CaloNeutralID=42419 CaloNeutralE19=0.502386 CaloClusterCode=97 CaloClusterFrac=0.999096 IsPhoton=1 IsNotH=0.636985 IsPhotonXGB=1 ClusterAsX=-0.0147737 ClusterAsY=0.318946 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.3092 ShowerShape=1109.36 CaloNeutralEcal=14860.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903138 CaloNeutralID=42460 CaloNeutralE19=0.545069 CaloClusterCode=-96 CaloClusterFrac=0.99993 IsPhoton=1 IsNotH=0.354224 IsPhotonXGB=1 ClusterAsX=-0.200564 ClusterAsY=0.274413 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=76.9522 ShowerShape=9275.37 CaloNeutralEcal=1434.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.97792 CaloNeutralID=35519 CaloNeutralE19=0.395027 CaloClusterCode=67 CaloClusterFrac=0.999962 IsPhoton=1 IsNotH=0.0936434 IsPhotonXGB=1 ClusterAsX=-0.362659 ClusterAsY=0.350062 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=137.41 ShowerShape=6999.16 CaloNeutralEcal=1998 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878776 CaloNeutralID=33379 CaloNeutralE19=0.649045 CaloClusterCode=95 CaloClusterFrac=0.99997 IsPhoton=1 IsNotH=0.276536 IsPhotonXGB=1 ClusterAsX=0.0933462 ClusterAsY=0.0262374 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.19694 ShowerShape=1686.66 CaloNeutralEcal=15053.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731155 CaloNeutralID=42839 CaloNeutralE19=0.23446 CaloClusterCode=-61 CaloClusterFrac=0.99965 IsPhoton=1 IsNotH=0.000861307 IsPhotonXGB=1 ClusterAsX=-0.462072 ClusterAsY=-0.0577058 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.591 ShowerShape=1078.87 CaloNeutralEcal=14377.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.888921 CaloNeutralID=42585 CaloNeutralE19=0.627515 CaloClusterCode=-65 CaloClusterFrac=0.999964 IsPhoton=1 IsNotH=0.407257 IsPhotonXGB=1 ClusterAsX=0.0821511 ClusterAsY=-0.154192 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=131.583 ShowerShape=7886.51 CaloNeutralEcal=2198.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949159 CaloNeutralID=35884 CaloNeutralE19=0.433889 CaloClusterCode=-93 CaloClusterFrac=1.02168 IsPhoton=1 IsNotH=0.0679497 IsPhotonXGB=1 ClusterAsX=-0.40478 ClusterAsY=0.244476 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3813 ShowerShape=1521.09 CaloNeutralEcal=13000.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.652342 CaloNeutralID=43481 CaloNeutralE19=0.302806 CaloClusterCode=-97 CaloClusterFrac=0.998284 IsPhoton=1 IsNotH=0.00238373 IsPhotonXGB=1 ClusterAsX=-0.126027 ClusterAsY=0.0195225 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.12125 ShowerShape=2570.64 CaloNeutralEcal=6901.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793572 CaloNeutralID=42930 CaloNeutralE19=0.440409 CaloClusterCode=98 CaloClusterFrac=0.999958 IsPhoton=1 IsNotH=0.0302949 IsPhotonXGB=1 ClusterAsX=0.221957 ClusterAsY=0.195809 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.1766 ShowerShape=1753.22 CaloNeutralEcal=14566.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.706582 CaloNeutralID=43095 CaloNeutralE19=0.242466 CaloClusterCode=-66 CaloClusterFrac=0.999517 IsPhoton=1 IsNotH=0.000564733 IsPhotonXGB=1 ClusterAsX=-0.462892 ClusterAsY=0.0517783 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.15316 ShowerShape=19089.7 CaloNeutralEcal=1465.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73338 CaloNeutralID=34493 CaloNeutralE19=0.36756 CaloClusterCode=-92 CaloClusterFrac=1.01027 IsPhoton=1 IsNotH=0.0160755 IsPhotonXGB=1 ClusterAsX=0.387946 ClusterAsY=-0.0872825 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.0027 ShowerShape=10483.1 CaloNeutralEcal=1481.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909379 CaloNeutralID=34107 CaloNeutralE19=0.457917 CaloClusterCode=-96 CaloClusterFrac=1.01998 IsPhoton=1 IsNotH=0.0242138 IsPhotonXGB=1 ClusterAsX=-0.415692 ClusterAsY=0.343072 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.7938 ShowerShape=10899 CaloNeutralEcal=1674.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852471 CaloNeutralID=35918 CaloNeutralE19=0.360191 CaloClusterCode=-95 CaloClusterFrac=1.00261 IsPhoton=1 IsNotH=0.0352716 IsPhotonXGB=1 ClusterAsX=0.337315 ClusterAsY=-0.265971 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=157.602 ShowerShape=7340.74 CaloNeutralEcal=1340.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.891831 CaloNeutralID=35771 CaloNeutralE19=0.68669 CaloClusterCode=-98 CaloClusterFrac=0.999973 IsPhoton=1 IsNotH=0.352983 IsPhotonXGB=1 ClusterAsX=0.137107 ClusterAsY=0.0547301 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.403 ShowerShape=10345.2 CaloNeutralEcal=1672.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981409 CaloNeutralID=33647 CaloNeutralE19=0.360854 CaloClusterCode=-95 CaloClusterFrac=1.00324 IsPhoton=1 IsNotH=0.0708606 IsPhotonXGB=1 ClusterAsX=0.346134 ClusterAsY=-0.319102 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.7008 ShowerShape=14033.2 CaloNeutralEcal=3307.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967194 CaloNeutralID=37650 CaloNeutralE19=0.326313 CaloClusterCode=68 CaloClusterFrac=0.999722 IsPhoton=1 IsNotH=0.11565 IsPhotonXGB=1 ClusterAsX=0.125661 ClusterAsY=-0.160876 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.51486 ShowerShape=10989.1 CaloNeutralEcal=1449.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.891093 CaloNeutralID=35323 CaloNeutralE19=0.596784 CaloClusterCode=98 CaloClusterFrac=1.02315 IsPhoton=1 IsNotH=0.092839 IsPhotonXGB=1 ClusterAsX=0.205018 ClusterAsY=0.274689 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.89538 ShowerShape=1634.56 CaloNeutralEcal=11072.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841115 CaloNeutralID=43351 CaloNeutralE19=0.369345 CaloClusterCode=-71 CaloClusterFrac=0.958543 IsPhoton=1 IsNotH=0.0337189 IsPhotonXGB=1 ClusterAsX=-0.13909 ClusterAsY=-0.246623 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=148.582 ShowerShape=505.492 CaloNeutralEcal=7460.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903462 CaloNeutralID=43877 CaloNeutralE19=0.75068 CaloClusterCode=-91 CaloClusterFrac=0.930904 IsPhoton=1 IsNotH=0.947753 IsPhotonXGB=1 ClusterAsX=0.00138916 ClusterAsY=-0.104808 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.43039 ShowerShape=3665.13 CaloNeutralEcal=4904.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72955 CaloNeutralID=37918 CaloNeutralE19=0.50488 CaloClusterCode=-91 CaloClusterFrac=0.997796 IsPhoton=1 IsNotH=0.0224901 IsPhotonXGB=1 ClusterAsX=-0.0228562 ClusterAsY=-0.0239734 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.0954 ShowerShape=2038.33 CaloNeutralEcal=4217.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835169 CaloNeutralID=41932 CaloNeutralE19=0.380013 CaloClusterCode=-91 CaloClusterFrac=0.94403 IsPhoton=1 IsNotH=0.0286574 IsPhotonXGB=1 ClusterAsX=0.19945 ClusterAsY=-0.524718 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.90564 ShowerShape=4115.43 CaloNeutralEcal=5400.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897641 CaloNeutralID=39706 CaloNeutralE19=0.341311 CaloClusterCode=-67 CaloClusterFrac=0.999392 IsPhoton=1 IsNotH=0.0418237 IsPhotonXGB=1 ClusterAsX=-0.222688 ClusterAsY=0.192616 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.80537 ShowerShape=2246.79 CaloNeutralEcal=7385.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.624565 CaloNeutralID=43669 CaloNeutralE19=0.303386 CaloClusterCode=-97 CaloClusterFrac=0.997128 IsPhoton=1 IsNotH=0.000602529 IsPhotonXGB=1 ClusterAsX=-0.0562466 ClusterAsY=0.0167314 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.85025 ShowerShape=9316.44 CaloNeutralEcal=1212.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859704 CaloNeutralID=33916 CaloNeutralE19=0.439897 CaloClusterCode=-95 CaloClusterFrac=1.01491 IsPhoton=1 IsNotH=0.0464961 IsPhotonXGB=1 ClusterAsX=0.224717 ClusterAsY=0.209616 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=150.072 ShowerShape=4918.22 CaloNeutralEcal=1213.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887259 CaloNeutralID=33657 CaloNeutralE19=0.701247 CaloClusterCode=91 CaloClusterFrac=1.00338 IsPhoton=1 IsNotH=0.43777 IsPhotonXGB=1 ClusterAsX=0.0201978 ClusterAsY=-0.0621232 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.28198 ShowerShape=4010.27 CaloNeutralEcal=5111.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.926515 CaloNeutralID=38117 CaloNeutralE19=0.387855 CaloClusterCode=-65 CaloClusterFrac=0.941771 IsPhoton=1 IsNotH=0.245973 IsPhotonXGB=1 ClusterAsX=0.0638091 ClusterAsY=0.311658 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=243.333 ShowerShape=6910.06 CaloNeutralEcal=1658.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930786 CaloNeutralID=36119 CaloNeutralE19=0.70321 CaloClusterCode=-98 CaloClusterFrac=1.00309 IsPhoton=1 IsNotH=0.380094 IsPhotonXGB=1 ClusterAsX=0.179879 ClusterAsY=0.11385 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=39.3569 ShowerShape=1350.8 CaloNeutralEcal=5643.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.756585 CaloNeutralID=43277 CaloNeutralE19=0.481594 CaloClusterCode=-97 CaloClusterFrac=0.998628 IsPhoton=1 IsNotH=0.0675448 IsPhotonXGB=1 ClusterAsX=0.00921666 ClusterAsY=0.00261473 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.4722 ShowerShape=6121.1 CaloNeutralEcal=3335.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902648 CaloNeutralID=39694 CaloNeutralE19=0.617236 CaloClusterCode=-97 CaloClusterFrac=0.999884 IsPhoton=1 IsNotH=0.522535 IsPhotonXGB=1 ClusterAsX=0.104125 ClusterAsY=0.191967 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.88268 ShowerShape=3824.38 CaloNeutralEcal=1434.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.985496 CaloNeutralID=35065 CaloNeutralE19=0.752166 CaloClusterCode=-93 CaloClusterFrac=1.00663 IsPhoton=1 IsNotH=0.626003 IsPhotonXGB=1 ClusterAsX=-0.161634 ClusterAsY=0.0622101 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.91428 ShowerShape=2408.92 CaloNeutralEcal=6812.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72074 CaloNeutralID=42898 CaloNeutralE19=0.425836 CaloClusterCode=-92 CaloClusterFrac=0.869289 IsPhoton=1 IsNotH=0.00340081 IsPhotonXGB=1 ClusterAsX=0.182256 ClusterAsY=-0.0854502 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=164.774 ShowerShape=7290.6 CaloNeutralEcal=1155.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950546 CaloNeutralID=35900 CaloNeutralE19=0.52691 CaloClusterCode=-95 CaloClusterFrac=1.02423 IsPhoton=1 IsNotH=0.262871 IsPhotonXGB=1 ClusterAsX=0.246215 ClusterAsY=-0.166893 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.5498 ShowerShape=2365.65 CaloNeutralEcal=2184.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923809 CaloNeutralID=37884 CaloNeutralE19=0.358639 CaloClusterCode=-96 CaloClusterFrac=1.00515 IsPhoton=1 IsNotH=0.0729419 IsPhotonXGB=1 ClusterAsX=-0.489313 ClusterAsY=0.375642 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.4931 ShowerShape=17670.1 CaloNeutralEcal=1815.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912182 CaloNeutralID=34063 CaloNeutralE19=0.386782 CaloClusterCode=93 CaloClusterFrac=1.01481 IsPhoton=1 IsNotH=0.0497452 IsPhotonXGB=1 ClusterAsX=-0.488576 ClusterAsY=-0.146643 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.0555 ShowerShape=4041.08 CaloNeutralEcal=4826.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85402 CaloNeutralID=39719 CaloNeutralE19=0.362701 CaloClusterCode=-67 CaloClusterFrac=0.999974 IsPhoton=1 IsNotH=0.0341519 IsPhotonXGB=1 ClusterAsX=0.046243 ClusterAsY=0.434629 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=747.387 ShowerShape=3284.91 CaloNeutralEcal=1686.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947536 CaloNeutralID=36072 CaloNeutralE19=0.847 CaloClusterCode=-97 CaloClusterFrac=1.02617 IsPhoton=1 IsNotH=0.851254 IsPhotonXGB=1 ClusterAsX=-0.0274671 ClusterAsY=0.0647355 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=168.829 ShowerShape=8129.64 CaloNeutralEcal=1897.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.97836 CaloNeutralID=33814 CaloNeutralE19=0.528117 CaloClusterCode=-96 CaloClusterFrac=0.995923 IsPhoton=1 IsNotH=0.0483738 IsPhotonXGB=1 ClusterAsX=-0.437712 ClusterAsY=0.386492 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.7598 ShowerShape=2601.52 CaloNeutralEcal=2077.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991433 CaloNeutralID=34639 CaloNeutralE19=0.912251 CaloClusterCode=-63 CaloClusterFrac=0.998375 IsPhoton=1 IsNotH=0.883876 IsPhotonXGB=1 ClusterAsX=-0.0408518 ClusterAsY=-0.0225795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.396 ShowerShape=12114.9 CaloNeutralEcal=1455.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982185 CaloNeutralID=34887 CaloNeutralE19=0.341589 CaloClusterCode=98 CaloClusterFrac=1.02698 IsPhoton=1 IsNotH=0.0565787 IsPhotonXGB=1 ClusterAsX=0.387993 ClusterAsY=0.521864 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=198.315 ShowerShape=11178.3 CaloNeutralEcal=1126.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.78351 CaloNeutralID=36277 CaloNeutralE19=0.464769 CaloClusterCode=-95 CaloClusterFrac=1.01625 IsPhoton=1 IsNotH=0.038582 IsPhotonXGB=1 ClusterAsX=0.182782 ClusterAsY=-0.0779366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.01212 ShowerShape=7734.32 CaloNeutralEcal=1413.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.891998 CaloNeutralID=34934 CaloNeutralE19=0.4422 CaloClusterCode=-95 CaloClusterFrac=0.952078 IsPhoton=1 IsNotH=0.0643686 IsPhotonXGB=1 ClusterAsX=0.300471 ClusterAsY=0.0981821 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.63116 ShowerShape=4083.33 CaloNeutralEcal=3373.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.814792 CaloNeutralID=38770 CaloNeutralE19=0.226833 CaloClusterCode=-93 CaloClusterFrac=0.962669 IsPhoton=1 IsNotH=0.00460368 IsPhotonXGB=1 ClusterAsX=-0.493822 ClusterAsY=-0.238533 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.6577 ShowerShape=6349.29 CaloNeutralEcal=1928.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944528 CaloNeutralID=33941 CaloNeutralE19=0.548032 CaloClusterCode=-91 CaloClusterFrac=1.00277 IsPhoton=1 IsNotH=0.422519 IsPhotonXGB=1 ClusterAsX=-0.00233886 ClusterAsY=-0.352797 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.1849 ShowerShape=1708.39 CaloNeutralEcal=4754.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.810082 CaloNeutralID=42636 CaloNeutralE19=0.316979 CaloClusterCode=92 CaloClusterFrac=0.999892 IsPhoton=1 IsNotH=0.0170968 IsPhotonXGB=1 ClusterAsX=0.209911 ClusterAsY=-0.437559 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.41733 ShowerShape=5345.25 CaloNeutralEcal=1819.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.882144 CaloNeutralID=39616 CaloNeutralE19=0.632539 CaloClusterCode=-61 CaloClusterFrac=0.926135 IsPhoton=1 IsNotH=0.147034 IsPhotonXGB=1 ClusterAsX=-0.371828 ClusterAsY=-0.0108139 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.73048 ShowerShape=1836.01 CaloNeutralEcal=7381 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790089 CaloNeutralID=43804 CaloNeutralE19=0.467527 CaloClusterCode=-96 CaloClusterFrac=0.999693 IsPhoton=1 IsNotH=0.0381766 IsPhotonXGB=1 ClusterAsX=-0.250147 ClusterAsY=0.160049 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.44711 ShowerShape=2290.05 CaloNeutralEcal=10153.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915435 CaloNeutralID=42598 CaloNeutralE19=0.393099 CaloClusterCode=63 CaloClusterFrac=0.999996 IsPhoton=1 IsNotH=0.0160308 IsPhotonXGB=1 ClusterAsX=-0.364212 ClusterAsY=-0.268585 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=114.872 ShowerShape=13326.2 CaloNeutralEcal=1784.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853204 CaloNeutralID=35937 CaloNeutralE19=0.433302 CaloClusterCode=-90 CaloClusterFrac=0.992976 IsPhoton=1 IsNotH=0.0170087 IsPhotonXGB=1 ClusterAsX=-0.393981 ClusterAsY=-0.258553 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.8378 ShowerShape=16798.1 CaloNeutralEcal=1163.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945741 CaloNeutralID=33259 CaloNeutralE19=0.394894 CaloClusterCode=95 CaloClusterFrac=1.01468 IsPhoton=1 IsNotH=0.145759 IsPhotonXGB=1 ClusterAsX=0.5451 ClusterAsY=-0.128023 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.3631 ShowerShape=7690.6 CaloNeutralEcal=970.953 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.989468 CaloNeutralID=34943 CaloNeutralE19=0.430587 CaloClusterCode=-60 CaloClusterFrac=0.991486 IsPhoton=1 IsNotH=0.0407157 IsPhotonXGB=1 ClusterAsX=-0.333304 ClusterAsY=-0.548508 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.4256 ShowerShape=1661.48 CaloNeutralEcal=5507.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740225 CaloNeutralID=43997 CaloNeutralE19=0.313153 CaloClusterCode=-96 CaloClusterFrac=0.994121 IsPhoton=1 IsNotH=0.00380658 IsPhotonXGB=1 ClusterAsX=-0.43229 ClusterAsY=0.106466 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.407 ShowerShape=1104.2 CaloNeutralEcal=6489.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.765637 CaloNeutralID=42212 CaloNeutralE19=0.619101 CaloClusterCode=98 CaloClusterFrac=0.994679 IsPhoton=1 IsNotH=0.554976 IsPhotonXGB=1 ClusterAsX=0.00239825 ClusterAsY=0.0166142 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.9047 ShowerShape=2603.08 CaloNeutralEcal=2323.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738174 CaloNeutralID=40079 CaloNeutralE19=0.425199 CaloClusterCode=-95 CaloClusterFrac=1.00271 IsPhoton=1 IsNotH=0.00520663 IsPhotonXGB=1 ClusterAsX=0.14819 ClusterAsY=0.0537229 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.9676 ShowerShape=5886.82 CaloNeutralEcal=1424.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928202 CaloNeutralID=33574 CaloNeutralE19=0.633559 CaloClusterCode=93 CaloClusterFrac=1.01451 IsPhoton=1 IsNotH=0.307484 IsPhotonXGB=1 ClusterAsX=-0.128977 ClusterAsY=0.111043 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.344 ShowerShape=1625.19 CaloNeutralEcal=9674.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.734531 CaloNeutralID=43492 CaloNeutralE19=0.28756 CaloClusterCode=91 CaloClusterFrac=0.99705 IsPhoton=1 IsNotH=0.00208081 IsPhotonXGB=1 ClusterAsX=0.140467 ClusterAsY=-0.195625 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=83.5115 ShowerShape=2322.53 CaloNeutralEcal=1793.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924528 CaloNeutralID=39875 CaloNeutralE19=0.481566 CaloClusterCode=-93 CaloClusterFrac=1.01798 IsPhoton=1 IsNotH=0.520508 IsPhotonXGB=1 ClusterAsX=-0.417664 ClusterAsY=0.112195 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=95.2496 ShowerShape=1387.4 CaloNeutralEcal=1743.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927509 CaloNeutralID=37754 CaloNeutralE19=0.737351 CaloClusterCode=-93 CaloClusterFrac=1.00181 IsPhoton=1 IsNotH=0.833866 IsPhotonXGB=1 ClusterAsX=-0.042875 ClusterAsY=0.0865968 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.6825 ShowerShape=9860.99 CaloNeutralEcal=1210.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786821 CaloNeutralID=35063 CaloNeutralE19=0.546746 CaloClusterCode=-95 CaloClusterFrac=1.00832 IsPhoton=1 IsNotH=0.121269 IsPhotonXGB=1 ClusterAsX=-0.00400038 ClusterAsY=-0.0503804 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.799 ShowerShape=3217.59 CaloNeutralEcal=3022.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.785628 CaloNeutralID=39962 CaloNeutralE19=0.362035 CaloClusterCode=-97 CaloClusterFrac=0.971592 IsPhoton=1 IsNotH=0.015755 IsPhotonXGB=1 ClusterAsX=-0.173649 ClusterAsY=0.200312 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.0801 ShowerShape=3740.98 CaloNeutralEcal=2720.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.764863 CaloNeutralID=38386 CaloNeutralE19=0.278991 CaloClusterCode=-93 CaloClusterFrac=1.02321 IsPhoton=1 IsNotH=0.0235233 IsPhotonXGB=1 ClusterAsX=-0.44099 ClusterAsY=-0.0628229 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=164.82 ShowerShape=13741.8 CaloNeutralEcal=1026.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.690114 CaloNeutralID=35956 CaloNeutralE19=0.393916 CaloClusterCode=92 CaloClusterFrac=0.999934 IsPhoton=1 IsNotH=0.00909221 IsPhotonXGB=1 ClusterAsX=0.146786 ClusterAsY=-0.174906 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=180.916 ShowerShape=13526.8 CaloNeutralEcal=756.248 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.814233 CaloNeutralID=36343 CaloNeutralE19=0.339777 CaloClusterCode=-90 CaloClusterFrac=0.901407 IsPhoton=1 IsNotH=0.0261927 IsPhotonXGB=1 ClusterAsX=-0.413027 ClusterAsY=-0.134438 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.5682 ShowerShape=9921.49 CaloNeutralEcal=1621.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93677 CaloNeutralID=33760 CaloNeutralE19=0.79898 CaloClusterCode=-93 CaloClusterFrac=1.00827 IsPhoton=1 IsNotH=0.739448 IsPhotonXGB=1 ClusterAsX=-0.0515401 ClusterAsY=0.0860639 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.2087 ShowerShape=1889.67 CaloNeutralEcal=7881.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.752934 CaloNeutralID=43553 CaloNeutralE19=0.346272 CaloClusterCode=-91 CaloClusterFrac=0.866059 IsPhoton=1 IsNotH=0.00483071 IsPhotonXGB=1 ClusterAsX=0.0288035 ClusterAsY=-0.270706 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=230.233 ShowerShape=7861.87 CaloNeutralEcal=1245.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91043 CaloNeutralID=33621 CaloNeutralE19=0.526996 CaloClusterCode=91 CaloClusterFrac=0.99928 IsPhoton=1 IsNotH=0.351651 IsPhotonXGB=1 ClusterAsX=-0.041864 ClusterAsY=-0.296861 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=740.464 ShowerShape=3627.97 CaloNeutralEcal=1215.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935149 CaloNeutralID=36198 CaloNeutralE19=0.764884 CaloClusterCode=-97 CaloClusterFrac=1.0362 IsPhoton=1 IsNotH=0.693041 IsPhotonXGB=1 ClusterAsX=-0.00779407 ClusterAsY=0.0950751 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=117.262 ShowerShape=8081.19 CaloNeutralEcal=1356.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957492 CaloNeutralID=35796 CaloNeutralE19=0.845491 CaloClusterCode=-91 CaloClusterFrac=1.0081 IsPhoton=1 IsNotH=0.855569 IsPhotonXGB=1 ClusterAsX=0.0607119 ClusterAsY=-0.0645096 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.0877 ShowerShape=7653.46 CaloNeutralEcal=1154.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830587 CaloNeutralID=34806 CaloNeutralE19=0.610526 CaloClusterCode=-95 CaloClusterFrac=0.999858 IsPhoton=1 IsNotH=0.131638 IsPhotonXGB=1 ClusterAsX=0.182709 ClusterAsY=-0.0129002 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.5674 ShowerShape=1526.4 CaloNeutralEcal=8008.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758457 CaloNeutralID=43615 CaloNeutralE19=0.471848 CaloClusterCode=-95 CaloClusterFrac=0.999453 IsPhoton=1 IsNotH=0.0590447 IsPhotonXGB=1 ClusterAsX=0.213897 ClusterAsY=-0.0528604 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.4557 ShowerShape=2123.06 CaloNeutralEcal=4667.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.686579 CaloNeutralID=42020 CaloNeutralE19=0.25582 CaloClusterCode=95 CaloClusterFrac=0.997767 IsPhoton=1 IsNotH=0.00171237 IsPhotonXGB=1 ClusterAsX=0.14403 ClusterAsY=0.226848 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.126 ShowerShape=970.29 CaloNeutralEcal=10509.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853691 CaloNeutralID=42591 CaloNeutralE19=0.409239 CaloClusterCode=-63 CaloClusterFrac=0.916348 IsPhoton=1 IsNotH=0.00653718 IsPhotonXGB=1 ClusterAsX=-0.211454 ClusterAsY=-0.151168 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.3761 ShowerShape=4502 CaloNeutralEcal=1703.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800061 CaloNeutralID=39541 CaloNeutralE19=0.636111 CaloClusterCode=-97 CaloClusterFrac=0.798601 IsPhoton=1 IsNotH=0.221601 IsPhotonXGB=1 ClusterAsX=0.0853919 ClusterAsY=0.0174602 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.1986 ShowerShape=11257.1 CaloNeutralEcal=862.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898633 CaloNeutralID=35588 CaloNeutralE19=0.320471 CaloClusterCode=-92 CaloClusterFrac=1.00467 IsPhoton=1 IsNotH=0.0139813 IsPhotonXGB=1 ClusterAsX=0.491311 ClusterAsY=-0.310037 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.9331 ShowerShape=1913.04 CaloNeutralEcal=5024.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.755904 CaloNeutralID=42077 CaloNeutralE19=0.481546 CaloClusterCode=96 CaloClusterFrac=0.999811 IsPhoton=1 IsNotH=0.0363252 IsPhotonXGB=1 ClusterAsX=-0.215705 ClusterAsY=0.102423 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.9406 ShowerShape=1459.58 CaloNeutralEcal=5141.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.745313 CaloNeutralID=42389 CaloNeutralE19=0.402706 CaloClusterCode=-96 CaloClusterFrac=0.999731 IsPhoton=1 IsNotH=0.0291776 IsPhotonXGB=1 ClusterAsX=-0.0147189 ClusterAsY=0.278714 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=51.558 ShowerShape=13036.8 CaloNeutralEcal=684.494 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930316 CaloNeutralID=33282 CaloNeutralE19=0.329493 CaloClusterCode=93 CaloClusterFrac=1.01765 IsPhoton=1 IsNotH=0.0825507 IsPhotonXGB=1 ClusterAsX=-0.3222 ClusterAsY=0.306415 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=404.199 ShowerShape=7824.38 CaloNeutralEcal=735.372 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946623 CaloNeutralID=33161 CaloNeutralE19=0.421147 CaloClusterCode=67 IsPhoton=1 IsNotH=0.124965 IsPhotonXGB=1 ClusterAsX=0.0964045 ClusterAsY=0.551762 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=63.2694 ShowerShape=1405.28 CaloNeutralEcal=2276.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923181 CaloNeutralID=37736 CaloNeutralE19=0.718229 CaloClusterCode=-96 CaloClusterFrac=1.00908 IsPhoton=1 IsNotH=0.884961 IsPhotonXGB=1 ClusterAsX=-0.185512 ClusterAsY=0.0799395 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.3138 ShowerShape=16025.1 CaloNeutralEcal=1834.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903362 CaloNeutralID=35617 CaloNeutralE19=0.804852 CaloClusterCode=-92 CaloClusterFrac=1.00433 IsPhoton=1 IsNotH=0.804167 IsPhotonXGB=1 ClusterAsX=0.0324591 ClusterAsY=-0.0414434 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.3256 ShowerShape=4438.58 CaloNeutralEcal=2973.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.739338 CaloNeutralID=39905 CaloNeutralE19=0.328088 CaloClusterCode=-90 CaloClusterFrac=1.0154 IsPhoton=1 IsNotH=0.00431947 IsPhotonXGB=1 ClusterAsX=-0.0356682 ClusterAsY=-0.268531 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.4372 ShowerShape=15839.6 CaloNeutralEcal=1476.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833062 CaloNeutralID=33944 CaloNeutralE19=0.475162 CaloClusterCode=-97 CaloClusterFrac=0.999945 IsPhoton=1 IsNotH=0.0743426 IsPhotonXGB=1 ClusterAsX=0.201039 ClusterAsY=0.103757 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.7378 ShowerShape=1426.67 CaloNeutralEcal=3522.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.760895 CaloNeutralID=42258 CaloNeutralE19=0.511021 CaloClusterCode=-95 CaloClusterFrac=0.924026 IsPhoton=1 IsNotH=0.0170792 IsPhotonXGB=1 ClusterAsX=0.000731821 ClusterAsY=-0.141731 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.2655 ShowerShape=7567.68 CaloNeutralEcal=981.718 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973062 CaloNeutralID=34036 CaloNeutralE19=0.528413 CaloClusterCode=-95 CaloClusterFrac=1.02939 IsPhoton=1 IsNotH=0.377209 IsPhotonXGB=1 ClusterAsX=0.364877 ClusterAsY=-0.101539 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=924.058 ShowerShape=2992.46 CaloNeutralEcal=712.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.01069 CaloNeutralID=36427 CaloNeutralE19=0.873435 CaloClusterCode=61 IsPhoton=1 IsNotH=0.814889 IsPhotonXGB=1 ClusterAsX=0.0417687 ClusterAsY=-0.13716 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.0564 ShowerShape=4075.28 CaloNeutralEcal=1819 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.883808 CaloNeutralID=39669 CaloNeutralE19=0.489612 CaloClusterCode=-91 CaloClusterFrac=1.005 IsPhoton=1 IsNotH=0.2839 IsPhotonXGB=1 ClusterAsX=0.124939 ClusterAsY=-0.310316 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=56.5866 ShowerShape=4213.56 CaloNeutralEcal=2198.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991551 CaloNeutralID=40155 CaloNeutralE19=0.921894 CaloClusterCode=60 CaloClusterFrac=1.00591 IsPhoton=1 IsNotH=0.957803 IsPhotonXGB=1 ClusterAsX=0.00706345 ClusterAsY=0.136961 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.1902 ShowerShape=5168.1 CaloNeutralEcal=1610.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8529 CaloNeutralID=39301 CaloNeutralE19=0.398447 CaloClusterCode=97 CaloClusterFrac=1.00486 IsPhoton=1 IsNotH=0.102677 IsPhotonXGB=1 ClusterAsX=0.256331 ClusterAsY=0.202612 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.48185 ShowerShape=8858.97 CaloNeutralEcal=2205.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890759 CaloNeutralID=39052 CaloNeutralE19=0.45493 CaloClusterCode=96 CaloClusterFrac=1.00471 IsPhoton=1 IsNotH=0.096513 IsPhotonXGB=1 ClusterAsX=-0.3267 ClusterAsY=0.205919 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=45.0501 ShowerShape=2237.49 CaloNeutralEcal=1402.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952198 CaloNeutralID=40183 CaloNeutralE19=0.661029 CaloClusterCode=63 CaloClusterFrac=0.9998 IsPhoton=1 IsNotH=0.712767 IsPhotonXGB=1 ClusterAsX=-0.217066 ClusterAsY=0.114193 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=78.2642 ShowerShape=1199.23 CaloNeutralEcal=2749.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805456 CaloNeutralID=44048 CaloNeutralE19=0.378364 CaloClusterCode=93 CaloClusterFrac=0.999618 IsPhoton=1 IsNotH=0.056166 IsPhotonXGB=1 ClusterAsX=-0.405595 ClusterAsY=0.0875209 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=81.3707 ShowerShape=14511.2 CaloNeutralEcal=979.584 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.695035 CaloNeutralID=36189 CaloNeutralE19=0.327408 CaloClusterCode=-91 CaloClusterFrac=1.00474 IsPhoton=1 IsNotH=0.0158533 IsPhotonXGB=1 ClusterAsX=0.154318 ClusterAsY=-0.112807 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.7955 ShowerShape=7259.58 CaloNeutralEcal=567.577 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.839057 CaloNeutralID=36345 CaloNeutralE19=0.636559 CaloClusterCode=-91 CaloClusterFrac=0.910921 IsPhoton=1 IsNotH=0.0897384 IsPhotonXGB=1 ClusterAsX=-0.0995273 ClusterAsY=-0.0350771 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.65048 ShowerShape=1807.46 CaloNeutralEcal=1374.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894817 CaloNeutralID=37945 CaloNeutralE19=0.62201 CaloClusterCode=93 CaloClusterFrac=0.996406 IsPhoton=1 IsNotH=0.536579 IsPhotonXGB=1 ClusterAsX=-0.173118 ClusterAsY=-0.117273 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.4669 ShowerShape=2987.88 CaloNeutralEcal=2322.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973493 CaloNeutralID=37797 CaloNeutralE19=0.662377 CaloClusterCode=93 CaloClusterFrac=1.04828 IsPhoton=1 IsNotH=0.80855 IsPhotonXGB=1 ClusterAsX=-0.257564 ClusterAsY=0.0343456 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.5352 ShowerShape=12271 CaloNeutralEcal=1050.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915756 CaloNeutralID=33770 CaloNeutralE19=0.318272 CaloClusterCode=97 CaloClusterFrac=0.99997 IsPhoton=1 IsNotH=0.0288706 IsPhotonXGB=1 ClusterAsX=0.321739 ClusterAsY=0.451622 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.6234 ShowerShape=1550.97 CaloNeutralEcal=2343.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.692147 CaloNeutralID=43914 CaloNeutralE19=0.324638 CaloClusterCode=-93 CaloClusterFrac=0.999093 IsPhoton=1 IsNotH=0.00770353 IsPhotonXGB=1 ClusterAsX=0.0324655 ClusterAsY=-0.251866 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.0301 ShowerShape=1166.96 CaloNeutralEcal=2791.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867864 CaloNeutralID=42611 CaloNeutralE19=0.449745 CaloClusterCode=97 CaloClusterFrac=0.980242 IsPhoton=1 IsNotH=0.826641 IsPhotonXGB=1 ClusterAsX=-0.0638246 ClusterAsY=0.381183 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.24422 ShowerShape=4699.51 CaloNeutralEcal=2353.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827091 CaloNeutralID=37989 CaloNeutralE19=0.3725 CaloClusterCode=-97 CaloClusterFrac=0.938348 IsPhoton=1 IsNotH=0.0284703 IsPhotonXGB=1 ClusterAsX=0.164632 ClusterAsY=0.192712 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.48 ShowerShape=2209.75 CaloNeutralEcal=2218.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920953 CaloNeutralID=44108 CaloNeutralE19=0.765422 CaloClusterCode=61 CaloClusterFrac=0.998461 IsPhoton=1 IsNotH=0.917767 IsPhotonXGB=1 ClusterAsX=0.088432 ClusterAsY=0.234043 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.62595 ShowerShape=3036.94 CaloNeutralEcal=1900 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827223 CaloNeutralID=40042 CaloNeutralE19=0.301149 CaloClusterCode=93 CaloClusterFrac=1.01857 IsPhoton=1 IsNotH=0.0427698 IsPhotonXGB=1 ClusterAsX=-0.408746 ClusterAsY=0.235291 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=259.481 ShowerShape=7792.08 CaloNeutralEcal=904.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.883229 CaloNeutralID=36065 CaloNeutralE19=0.598899 CaloClusterCode=-91 CaloClusterFrac=0.923495 IsPhoton=1 IsNotH=0.0718763 IsPhotonXGB=1 ClusterAsX=-0.0477113 ClusterAsY=-0.242986 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.1633 ShowerShape=1671.99 CaloNeutralEcal=3048.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819109 CaloNeutralID=42385 CaloNeutralE19=0.573855 CaloClusterCode=-96 CaloClusterFrac=0.935921 IsPhoton=1 IsNotH=0.239275 IsPhotonXGB=1 ClusterAsX=-0.159932 ClusterAsY=0.08366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.8388 ShowerShape=4029.71 CaloNeutralEcal=1428.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.663413 CaloNeutralID=40017 CaloNeutralE19=0.329111 CaloClusterCode=-97 CaloClusterFrac=0.876629 IsPhoton=1 IsNotH=0.00113024 IsPhotonXGB=1 ClusterAsX=0.0728372 ClusterAsY=0.0766652 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.7666 ShowerShape=2698.34 CaloNeutralEcal=1329.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790893 CaloNeutralID=37707 CaloNeutralE19=0.447207 CaloClusterCode=-97 CaloClusterFrac=0.991922 IsPhoton=1 IsNotH=0.0218516 IsPhotonXGB=1 ClusterAsX=-0.0276662 ClusterAsY=0.249023 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.6674 ShowerShape=3254.6 CaloNeutralEcal=2139.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.747657 CaloNeutralID=37992 CaloNeutralE19=0.379868 CaloClusterCode=-95 CaloClusterFrac=0.995927 IsPhoton=1 IsNotH=0.0105542 IsPhotonXGB=1 ClusterAsX=0.168027 ClusterAsY=0.196177 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=70.8307 ShowerShape=2686.69 CaloNeutralEcal=1762.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88323 CaloNeutralID=37845 CaloNeutralE19=0.572062 CaloClusterCode=93 CaloClusterFrac=1.01251 IsPhoton=1 IsNotH=0.368363 IsPhotonXGB=1 ClusterAsX=-0.245238 ClusterAsY=0.0891097 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.3291 ShowerShape=9438.83 CaloNeutralEcal=646.396 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918074 CaloNeutralID=35640 CaloNeutralE19=0.460071 CaloClusterCode=90 CaloClusterFrac=1.03138 IsPhoton=1 IsNotH=0.0598977 IsPhotonXGB=1 ClusterAsX=-0.238711 ClusterAsY=-0.365428 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.8259 ShowerShape=2894.18 CaloNeutralEcal=2110.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.759741 CaloNeutralID=38051 CaloNeutralE19=0.351659 CaloClusterCode=-93 CaloClusterFrac=0.928708 IsPhoton=1 IsNotH=0.0107304 IsPhotonXGB=1 ClusterAsX=-0.220261 ClusterAsY=0.14891 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=76.5164 ShowerShape=2280.6 CaloNeutralEcal=1304.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855771 CaloNeutralID=40076 CaloNeutralE19=0.340835 CaloClusterCode=91 CaloClusterFrac=1.10282 IsPhoton=1 IsNotH=0.114789 IsPhotonXGB=1 ClusterAsX=0.0868167 ClusterAsY=-0.561858 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.9971 ShowerShape=6264.85 CaloNeutralEcal=599.507 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928768 CaloNeutralID=35720 CaloNeutralE19=0.698681 CaloClusterCode=-96 CaloClusterFrac=1.01547 IsPhoton=1 IsNotH=0.304777 IsPhotonXGB=1 ClusterAsX=-0.218073 ClusterAsY=0.123996 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=127.816 ShowerShape=6718.56 CaloNeutralEcal=523.277 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966268 CaloNeutralID=36103 CaloNeutralE19=0.524808 CaloClusterCode=91 CaloClusterFrac=1.01526 IsPhoton=1 IsNotH=0.412632 IsPhotonXGB=1 ClusterAsX=0.0631697 ClusterAsY=-0.396104 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.7115 ShowerShape=3425.53 CaloNeutralEcal=869.904 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929725 CaloNeutralID=40004 CaloNeutralE19=0.390691 CaloClusterCode=-93 CaloClusterFrac=0.93213 IsPhoton=1 IsNotH=0.273945 IsPhotonXGB=1 ClusterAsX=-0.361795 ClusterAsY=0.161788 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.8248 ShowerShape=1566.82 CaloNeutralEcal=1958.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.764941 CaloNeutralID=43573 CaloNeutralE19=0.432724 CaloClusterCode=97 CaloClusterFrac=1.00424 IsPhoton=1 IsNotH=0.0438 IsPhotonXGB=1 ClusterAsX=-0.10993 ClusterAsY=0.0363539 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=211.944 ShowerShape=9568.96 CaloNeutralEcal=624.074 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869406 CaloNeutralID=36251 CaloNeutralE19=0.551544 CaloClusterCode=-97 CaloClusterFrac=0.939016 IsPhoton=1 IsNotH=0.0646222 IsPhotonXGB=1 ClusterAsX=-0.0562329 ClusterAsY=0.105135 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=89.1853 ShowerShape=2315.82 CaloNeutralEcal=1019.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.840567 CaloNeutralID=39943 CaloNeutralE19=0.363759 CaloClusterCode=91 CaloClusterFrac=1.00712 IsPhoton=1 IsNotH=0.0411841 IsPhotonXGB=1 ClusterAsX=-0.100903 ClusterAsY=-0.257856 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.8145 ShowerShape=1525.65 CaloNeutralEcal=1744.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.04919 CaloNeutralID=44146 CaloNeutralE19=0.640879 CaloClusterCode=62 IsPhoton=1 IsNotH=0.78029 IsPhotonXGB=1 ClusterAsX=0.392624 ClusterAsY=0.244852 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.855 ShowerShape=1721.42 CaloNeutralEcal=1541.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953432 CaloNeutralID=44087 CaloNeutralE19=0.68102 CaloClusterCode=63 IsPhoton=1 IsNotH=0.782575 IsPhotonXGB=1 ClusterAsX=-0.0427249 ClusterAsY=0.0162059 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=108.653 ShowerShape=15192.2 CaloNeutralEcal=681.515 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.757221 CaloNeutralID=36192 CaloNeutralE19=0.412898 CaloClusterCode=-98 CaloClusterFrac=0.976968 IsPhoton=1 IsNotH=0.00977975 IsPhotonXGB=1 ClusterAsX=0.12966 ClusterAsY=0.182333 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.0713 ShowerShape=3295.83 CaloNeutralEcal=1803.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.723334 CaloNeutralID=39900 CaloNeutralE19=0.456649 CaloClusterCode=-90 CaloClusterFrac=0.999721 IsPhoton=1 IsNotH=0.00946138 IsPhotonXGB=1 ClusterAsX=0.00373401 ClusterAsY=-0.169461 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.99055 ShowerShape=939.975 CaloNeutralEcal=1295.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873132 CaloNeutralID=41910 CaloNeutralE19=0.499351 CaloClusterCode=-67 CaloClusterFrac=0.836692 IsPhoton=1 IsNotH=0.0522742 IsPhotonXGB=1 ClusterAsX=-0.0839687 ClusterAsY=0.30585 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.8243 ShowerShape=8577.12 CaloNeutralEcal=473.005 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952992 CaloNeutralID=34688 CaloNeutralE19=0.458938 CaloClusterCode=62 CaloClusterFrac=0.999798 IsPhoton=1 IsNotH=0.0406312 IsPhotonXGB=1 ClusterAsX=0.430642 ClusterAsY=-0.390499 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.1286 ShowerShape=13093.9 CaloNeutralEcal=1248.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939619 CaloNeutralID=34149 CaloNeutralE19=0.528486 CaloClusterCode=61 CaloClusterFrac=0.999984 IsPhoton=1 IsNotH=0.408622 IsPhotonXGB=1 ClusterAsX=0.0116544 ClusterAsY=-0.393316 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=63.3044 ShowerShape=10881.9 CaloNeutralEcal=597.477 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835451 CaloNeutralID=33868 CaloNeutralE19=0.73586 CaloClusterCode=92 CaloClusterFrac=0.999163 IsPhoton=1 IsNotH=0.48738 IsPhotonXGB=1 ClusterAsX=0.0471314 ClusterAsY=-0.0379157 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=135.421 ShowerShape=4878.24 CaloNeutralEcal=627.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898748 CaloNeutralID=35888 CaloNeutralE19=0.784981 CaloClusterCode=90 CaloClusterFrac=1.01662 IsPhoton=1 IsNotH=0.759679 IsPhotonXGB=1 ClusterAsX=-0.0390607 ClusterAsY=0.0584016 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.5864 ShowerShape=15308.9 CaloNeutralEcal=875.027 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.895502 CaloNeutralID=34091 CaloNeutralE19=0.647137 CaloClusterCode=96 CaloClusterFrac=1.00721 IsPhoton=1 IsNotH=0.184869 IsPhotonXGB=1 ClusterAsX=-0.112308 ClusterAsY=0.204476 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=353.158 ShowerShape=2693.55 CaloNeutralEcal=904.551 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958697 CaloNeutralID=35689 CaloNeutralE19=0.845109 CaloClusterCode=91 CaloClusterFrac=1.06432 IsPhoton=1 IsNotH=0.828365 IsPhotonXGB=1 ClusterAsX=0.0101776 ClusterAsY=-0.0858837 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.9469 ShowerShape=3789.2 CaloNeutralEcal=1628.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805382 CaloNeutralID=39972 CaloNeutralE19=0.490923 CaloClusterCode=-91 CaloClusterFrac=1.00378 IsPhoton=1 IsNotH=0.0307193 IsPhotonXGB=1 ClusterAsX=-0.0555241 ClusterAsY=-0.179879 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=810.502 ShowerShape=2476.6 CaloNeutralEcal=579.478 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33184 CaloNeutralE19=0.934068 CaloClusterCode=63 CaloClusterFrac=1.04848 IsPhoton=1 IsNotH=0.870052 IsPhotonXGB=1 ClusterAsX=-0.065943 ClusterAsY=0.0126855 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.5132 ShowerShape=1210.53 CaloNeutralEcal=5513.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.794229 CaloNeutralID=43420 CaloNeutralE19=0.426204 CaloClusterCode=68 CaloClusterFrac=0.999527 IsPhoton=1 IsNotH=0.0305513 IsPhotonXGB=1 ClusterAsX=0.0173565 ClusterAsY=0.38561 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=819.619 ShowerShape=3761.47 CaloNeutralEcal=501.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970979 CaloNeutralID=33179 CaloNeutralE19=0.831882 CaloClusterCode=68 IsPhoton=1 IsNotH=0.806345 IsPhotonXGB=1 ClusterAsX=0.0715089 ClusterAsY=0.139863 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.866 ShowerShape=3077.96 CaloNeutralEcal=1133.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.687931 CaloNeutralID=39306 CaloNeutralE19=0.461829 CaloClusterCode=-93 CaloClusterFrac=1.00838 IsPhoton=1 IsNotH=0.0148756 IsPhotonXGB=1 ClusterAsX=0.00290525 ClusterAsY=-0.00538617 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.5083 ShowerShape=4980.77 CaloNeutralEcal=803.909 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904064 CaloNeutralID=35671 CaloNeutralE19=0.782492 CaloClusterCode=97 CaloClusterFrac=1.02915 IsPhoton=1 IsNotH=0.796425 IsPhotonXGB=1 ClusterAsX=0.0228997 ClusterAsY=0.0707818 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=458.812 ShowerShape=6878.66 CaloNeutralEcal=521.331 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.879503 CaloNeutralID=33239 CaloNeutralE19=0.530097 CaloClusterCode=97 CaloClusterFrac=1.06774 IsPhoton=1 IsNotH=0.22595 IsPhotonXGB=1 ClusterAsX=0.0278477 ClusterAsY=0.235572 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.0682 ShowerShape=2147.73 CaloNeutralEcal=2204.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805669 CaloNeutralID=42009 CaloNeutralE19=0.54211 CaloClusterCode=91 CaloClusterFrac=1.00755 IsPhoton=1 IsNotH=0.174758 IsPhotonXGB=1 ClusterAsX=0.0284339 ClusterAsY=-0.208192 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.9913 ShowerShape=2239.5 CaloNeutralEcal=2413.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.825966 CaloNeutralID=42346 CaloNeutralE19=0.427078 CaloClusterCode=90 CaloClusterFrac=0.990866 IsPhoton=1 IsNotH=0.0178856 IsPhotonXGB=1 ClusterAsX=-0.180428 ClusterAsY=-0.22514 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.94459 ShowerShape=4147.55 CaloNeutralEcal=711.997 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.782682 CaloNeutralID=38909 CaloNeutralE19=0.521384 CaloClusterCode=-90 CaloClusterFrac=0.867803 IsPhoton=1 IsNotH=0.0145 IsPhotonXGB=1 ClusterAsX=-0.0818238 ClusterAsY=-0.0947956 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.298 ShowerShape=8367.61 CaloNeutralEcal=440.306 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89054 CaloNeutralID=35979 CaloNeutralE19=0.597094 CaloClusterCode=92 CaloClusterFrac=1.02079 IsPhoton=1 IsNotH=0.0855869 IsPhotonXGB=1 ClusterAsX=0.130823 ClusterAsY=-0.279563 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=173.309 ShowerShape=2744.38 CaloNeutralEcal=360.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.98369 CaloNeutralID=34239 CaloNeutralE19=0.907882 CaloClusterCode=61 CaloClusterFrac=1.01112 IsPhoton=1 IsNotH=0.887784 IsPhotonXGB=1 ClusterAsX=-0.0328971 ClusterAsY=-0.0429804 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.96822 ShowerShape=8941.98 CaloNeutralEcal=386.554 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915073 CaloNeutralID=35009 CaloNeutralE19=0.626397 CaloClusterCode=-97 CaloClusterFrac=1.06079 IsPhoton=1 IsNotH=0.351336 IsPhotonXGB=1 ClusterAsX=0.116321 ClusterAsY=0.270047 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=101.22 ShowerShape=4294.12 CaloNeutralEcal=336.494 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=35071 CaloNeutralE19=0.702051 CaloClusterCode=-63 CaloClusterFrac=0.992971 IsPhoton=1 IsNotH=0.59096 IsPhotonXGB=1 ClusterAsX=-0.286585 ClusterAsY=-0.0364408 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=104.125 ShowerShape=4643.86 CaloNeutralEcal=371.282 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.926387 CaloNeutralID=33483 CaloNeutralE19=0.76802 CaloClusterCode=-96 CaloClusterFrac=1.03708 IsPhoton=1 IsNotH=0.64334 IsPhotonXGB=1 ClusterAsX=-0.148176 ClusterAsY=0.040731 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.1621 ShowerShape=6898.24 CaloNeutralEcal=444.782 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958165 CaloNeutralID=34055 CaloNeutralE19=0.727889 CaloClusterCode=-96 CaloClusterFrac=1.1767 IsPhoton=1 IsNotH=0.597663 IsPhotonXGB=1 ClusterAsX=-0.188447 ClusterAsY=0.215443 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=298.866 ShowerShape=4648.3 CaloNeutralEcal=291.271 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951098 CaloNeutralID=35839 CaloNeutralE19=0.847486 CaloClusterCode=-60 CaloClusterFrac=1.05678 IsPhoton=1 IsNotH=0.575894 IsPhotonXGB=1 ClusterAsX=-0.13358 ClusterAsY=-0.0549482 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=397.467 ShowerShape=5611.9 CaloNeutralEcal=400.075 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971859 CaloNeutralID=36067 CaloNeutralE19=0.717226 CaloClusterCode=-90 CaloClusterFrac=0.884726 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.184979 ClusterAsY=-0.218255 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=324.397 ShowerShape=3360.97 CaloNeutralEcal=417.316 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931903 CaloNeutralID=35925 CaloNeutralE19=0.841779 CaloClusterCode=-91 CaloClusterFrac=0.993071 IsPhoton=1 IsNotH=0.73617 IsPhotonXGB=1 ClusterAsX=-0.040395 ClusterAsY=0.00393728 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=912.587 ShowerShape=5496.96 CaloNeutralEcal=323.792 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.895597 CaloNeutralID=33231 CaloNeutralE19=0.770408 CaloClusterCode=98 CaloClusterFrac=1.11635 IsPhoton=1 IsNotH=0.571558 IsPhotonXGB=1 ClusterAsX=-0.068263 ClusterAsY=0.109512 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0505244 ShowerShape=1053.07 CaloNeutralEcal=21638.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.7885 CaloNeutralID=43190 CaloNeutralE19=0.546623 CaloClusterCode=98 CaloClusterFrac=0.597119 ClusterAsX=0.190578 ClusterAsY=-0.0202334 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0505244 ShowerShape=1528.81 CaloNeutralEcal=23181.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.701202 CaloNeutralID=43189 CaloNeutralE19=0.385345 CaloClusterCode=96 CaloClusterFrac=0.579928 ClusterAsX=-0.243575 ClusterAsY=-0.0430648 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.53211 ShowerShape=7722.99 CaloNeutralEcal=4305.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944548 CaloNeutralID=34380 CaloNeutralE19=0.809465 CaloClusterCode=92 CaloClusterFrac=0.387374 ClusterAsX=0.744062 ClusterAsY=-0.765343 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.53211 ShowerShape=4827.36 CaloNeutralEcal=6790.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980589 CaloNeutralID=34444 CaloNeutralE19=0.441147 CaloClusterCode=61 CaloClusterFrac=0.880779 ClusterAsX=0.0392644 ClusterAsY=-0.540929 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.241542 ShowerShape=9433.65 CaloNeutralEcal=5991.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.843135 CaloNeutralID=34812 CaloNeutralE19=0.559844 CaloClusterCode=96 CaloClusterFrac=0.743317 ClusterAsX=-0.2573 ClusterAsY=0.152346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.241542 ShowerShape=9993.72 CaloNeutralEcal=2173.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835562 CaloNeutralID=34813 CaloNeutralE19=0.601527 CaloClusterCode=83 CaloClusterFrac=0.347499 ClusterAsX=-0.409635 ClusterAsY=-0.115077 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.30618 ShowerShape=1690.33 CaloNeutralEcal=9601.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852381 CaloNeutralID=38150 CaloNeutralE19=0.671386 CaloClusterCode=93 CaloClusterFrac=0.623583 ClusterAsX=-0.141235 ClusterAsY=0.0255033 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.30618 ShowerShape=1724.89 CaloNeutralEcal=8125.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884336 CaloNeutralID=38149 CaloNeutralE19=0.668904 CaloClusterCode=93 CaloClusterFrac=0.475192 ClusterAsX=-0.263695 ClusterAsY=0.000172944 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.684373 ShowerShape=1170.97 CaloNeutralEcal=9670.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94218 CaloNeutralID=37954 CaloNeutralE19=0.73253 CaloClusterCode=93 CaloClusterFrac=0.772156 ClusterAsX=-0.20214 ClusterAsY=-0.0311137 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.684373 ShowerShape=1777.82 CaloNeutralEcal=3157.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.857434 CaloNeutralID=37955 CaloNeutralE19=0.684634 CaloClusterCode=91 CaloClusterFrac=0.290809 ClusterAsX=-0.0078121 ClusterAsY=-0.142368 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.419909 ShowerShape=7573.34 CaloNeutralEcal=7309.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852982 CaloNeutralID=34506 CaloNeutralE19=0.625364 CaloClusterCode=97 CaloClusterFrac=0.804134 ClusterAsX=0.0551101 ClusterAsY=0.203922 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.419909 ShowerShape=10024.3 CaloNeutralEcal=2212.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.801716 CaloNeutralID=34441 CaloNeutralE19=0.438682 CaloClusterCode=97 CaloClusterFrac=0.305946 ClusterAsX=-0.0711773 ClusterAsY=0.259244 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.86996 ShowerShape=1251.88 CaloNeutralEcal=41062.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.788927 CaloNeutralID=42985 CaloNeutralE19=0.415891 CaloClusterCode=91 CaloClusterFrac=0.674023 ClusterAsX=-0.0280157 ClusterAsY=-0.31322 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.86996 ShowerShape=577.918 CaloNeutralEcal=19553.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=43048 CaloNeutralE19=0.488168 CaloClusterCode=45 CaloClusterFrac=0.505002 ClusterAsX=0.443639 ClusterAsY=-0.11686 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00594839 ShowerShape=7282.7 CaloNeutralEcal=6022.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.838849 CaloNeutralID=35336 CaloNeutralE19=0.594447 CaloClusterCode=91 CaloClusterFrac=0.763448 ClusterAsX=-0.0181245 ClusterAsY=-0.18142 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00594839 ShowerShape=8739.08 CaloNeutralEcal=2140.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867461 CaloNeutralID=35401 CaloNeutralE19=0.474626 CaloClusterCode=71 CaloClusterFrac=0.346332 ClusterAsX=-0.281837 ClusterAsY=-0.140319 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.594876 ShowerShape=3222 CaloNeutralEcal=4427.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944515 CaloNeutralID=34764 CaloNeutralE19=0.84001 CaloClusterCode=95 CaloClusterFrac=0.468511 ClusterAsX=0.0437546 ClusterAsY=-0.0452979 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.594876 ShowerShape=5549.63 CaloNeutralEcal=5331.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947601 CaloNeutralID=34828 CaloNeutralE19=0.48598 CaloClusterCode=75 CaloClusterFrac=0.550713 ClusterAsX=0.492821 ClusterAsY=0.0157044 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.87395 ShowerShape=639.364 CaloNeutralEcal=26837.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936533 CaloNeutralID=42151 CaloNeutralE19=0.697408 CaloClusterCode=98 CaloClusterFrac=0.776037 ClusterAsX=0.156571 ClusterAsY=0.14341 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.87395 ShowerShape=1208.19 CaloNeutralEcal=9886.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.804145 CaloNeutralID=42087 CaloNeutralE19=0.396245 CaloClusterCode=93 CaloClusterFrac=0.305024 ClusterAsX=-0.321445 ClusterAsY=-0.134941 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0498208 ShowerShape=2318.86 CaloNeutralEcal=7395.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980324 CaloNeutralID=35482 CaloNeutralE19=0.847231 CaloClusterCode=67 CaloClusterFrac=0.518831 ClusterAsX=-0.0306669 ClusterAsY=0.0962333 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0498208 ShowerShape=3709.49 CaloNeutralEcal=6850.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=35547 CaloNeutralE19=0.751509 CaloClusterCode=41 CaloClusterFrac=0.493784 ClusterAsX=-0.0481341 ClusterAsY=-0.210649 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.304218 ShowerShape=1237.86 CaloNeutralEcal=8782.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900087 CaloNeutralID=38596 CaloNeutralE19=0.698013 CaloClusterCode=91 CaloClusterFrac=0.692786 ClusterAsX=-0.119659 ClusterAsY=-0.0239179 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.304218 ShowerShape=2261.43 CaloNeutralEcal=4841.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.79614 CaloNeutralID=38661 CaloNeutralE19=0.553817 CaloClusterCode=83 CaloClusterFrac=0.409914 ClusterAsX=-0.0878974 ClusterAsY=-0.140635 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.98211 ShowerShape=10680.1 CaloNeutralEcal=6836.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.807422 CaloNeutralID=34674 CaloNeutralE19=0.544611 CaloClusterCode=90 CaloClusterFrac=0.725059 ClusterAsX=-0.197617 ClusterAsY=-0.212478 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.98211 ShowerShape=7467.75 CaloNeutralEcal=2586.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907682 CaloNeutralID=34675 CaloNeutralE19=0.521923 CaloClusterCode=61 CaloClusterFrac=0.343453 ClusterAsX=-0.159194 ClusterAsY=-0.243233 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0529858 ShowerShape=1908.76 CaloNeutralEcal=8366.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8191 CaloNeutralID=38791 CaloNeutralE19=0.5893 CaloClusterCode=97 CaloClusterFrac=0.600224 ClusterAsX=-0.037715 ClusterAsY=0.133561 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0529858 ShowerShape=1812.82 CaloNeutralEcal=5960.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925237 CaloNeutralID=38726 CaloNeutralE19=0.489155 CaloClusterCode=85 CaloClusterFrac=0.492384 ClusterAsX=0.287786 ClusterAsY=0.158675 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.730209 ShowerShape=8393.85 CaloNeutralEcal=6352.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893278 CaloNeutralID=34929 CaloNeutralE19=0.622772 CaloClusterCode=98 CaloClusterFrac=0.650954 ClusterAsX=0.172314 ClusterAsY=0.0596636 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.730209 ShowerShape=7327.88 CaloNeutralEcal=4270.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908183 CaloNeutralID=34865 CaloNeutralE19=0.513402 CaloClusterCode=83 CaloClusterFrac=0.405767 ClusterAsX=-0.206118 ClusterAsY=-0.175681 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=2.21433 ShowerShape=3528.03 CaloNeutralEcal=6632.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957386 CaloNeutralID=35548 CaloNeutralE19=0.86757 CaloClusterCode=98 CaloClusterFrac=0.491582 ClusterAsX=0.100957 ClusterAsY=0.0641102 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=2.21433 ShowerShape=3992.24 CaloNeutralEcal=6849.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.996685 CaloNeutralID=35547 CaloNeutralE19=0.751647 CaloClusterCode=61 CaloClusterFrac=0.535918 ClusterAsX=0.0270223 ClusterAsY=-0.232313 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=221.844 ShowerShape=2476.6 CaloNeutralEcal=6364.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982999 CaloNeutralID=33383 CaloNeutralE19=0.930934 CaloClusterCode=95 CaloClusterFrac=0.915107 ClusterAsX=0.0353673 ClusterAsY=-0.0171671 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=221.844 ShowerShape=8755 CaloNeutralEcal=657.609 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.870467 CaloNeutralID=33319 CaloNeutralE19=0.641901 CaloClusterCode=95 CaloClusterFrac=0.0942728 ClusterAsX=0.282498 ClusterAsY=0.0808559 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=2.51608 ShowerShape=1365.11 CaloNeutralEcal=9438.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981271 CaloNeutralID=39024 CaloNeutralE19=0.649806 CaloClusterCode=65 CaloClusterFrac=0.69399 ClusterAsX=0.331794 ClusterAsY=-0.123575 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=2.51608 ShowerShape=803.575 CaloNeutralEcal=4146.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=39088 CaloNeutralE19=0.760044 CaloClusterCode=41 CaloClusterFrac=0.338684 ClusterAsX=0.107963 ClusterAsY=-0.139452 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.235278 ShowerShape=1543.63 CaloNeutralEcal=12005.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900646 CaloNeutralID=39853 CaloNeutralE19=0.647542 CaloClusterCode=97 CaloClusterFrac=0.748618 ClusterAsX=0.0223754 ClusterAsY=0.205613 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.235278 ShowerShape=1156.26 CaloNeutralEcal=4145.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878299 CaloNeutralID=39854 CaloNeutralE19=0.786171 CaloClusterCode=97 CaloClusterFrac=0.269602 ClusterAsX=-0.0179767 ClusterAsY=0.0400892 ] } -Printing ended -BrunelInit INFO Evt 4, Run 1, Nr. in job = 4 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.645 RichDLLmu=-15.0085 RichDLLpi=0 RichDLLk=-33.7078 RichDLLp=-28.5732 RichPIDStatus=6115 RichDLLbt=-28.5732 RichDLLd=-28.5732 MuonMuLL=-0.0497156 MuonBkgLL=-1.54955 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=12.4639 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.775369 CaloElectronMatch=91.0558 CaloBremMatch=91.0558 CaloChargedEcal=6878.68 CaloChargedID=43693 CaloNeutralEcal=6878.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842444 CaloNeutralID=43693 CaloEcalE=4186.41 CaloHcalE=12651.2 CaloEcalChi2=91.0558 CaloBremChi2=254.624 CaloClusChi2=0.775369 CaloTrajectoryL=226.999 CaloEoverP=0.58976 EcalPIDe=2.29793 BremPIDe=-0.338337 HcalPIDe=-1.89687 HcalPIDmu=-2.56629 EcalPIDmu=-3.66112 TrackChi2PerDof=0.824925 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=12273.8 TrackPt=443.73 CombDLLe=-4.5506 CombDLLmu=-11.6931 CombDLLpi=0 CombDLLk=-33.7078 CombDLLp=-28.5732 CombDLLd=-27.0237 ProbNNe=1.51909e-07 ProbNNpi=0.999168 ProbNNk=1.39825e-05 ProbNNp=1.60585e-05 ProbNNghost=0.000438237 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.13353 RichDLLmu=-2.65036 RichDLLpi=0 RichDLLk=-2.74018 RichDLLp=-2.74018 RichPIDStatus=5027 RichDLLbt=-2.74018 RichDLLd=-2.74018 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.760965 CaloElectronMatch=17.6981 CaloBremMatch=17.6915 CaloChargedEcal=5043.17 CaloChargedID=34817 CaloNeutralEcal=5043.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.748367 CaloNeutralID=34817 CaloEcalE=3288.82 CaloEcalChi2=17.6981 CaloBremChi2=229.554 CaloClusChi2=0.760965 CaloTrajectoryL=121.268 CaloEoverP=1.59648 EcalPIDe=2.97947 BremPIDe=-0.417084 EcalPIDmu=-0.955845 TrackChi2PerDof=0.699698 TrackNumDof=44 TrackType=3 TrackHistory=30 TrackP=3248.88 TrackPt=139.062 CombDLLe=1.49736 CombDLLmu=-4.3539 CombDLLpi=0 CombDLLk=-2.74018 CombDLLp=-2.74018 CombDLLd=-2.74018 ProbNNe=0.922066 ProbNNpi=0.817965 ProbNNk=0.00983658 ProbNNp=0.0301853 ProbNNghost=0.314671 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.000991613 RichDLLmu=0.188747 RichDLLpi=0 RichDLLk=-2.34902 RichDLLp=-28.266 RichPIDStatus=139234 RichDLLbt=-4.64868 RichDLLd=-11.0693 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.25525 CaloElectronMatch=8699.52 CaloBremMatch=542.822 CaloChargedEcal=21698.1 CaloChargedID=38862 CaloNeutralEcal=21698.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796931 CaloNeutralID=38862 CaloEcalE=1229.06 CaloHcalE=17360.4 CaloEcalChi2=8699.52 CaloBremChi2=239.015 CaloClusChi2=6.25525 CaloTrajectoryL=1582.31 CaloEoverP=0.318841 EcalPIDe=-3.51584 BremPIDe=0.536865 HcalPIDe=-2.78613 HcalPIDmu=-1.61307 EcalPIDmu=0.451354 TrackChi2PerDof=0.797692 TrackNumDof=43 TrackType=3 TrackHistory=32 TrackP=68568.9 TrackPt=4233.19 CombDLLe=-5.76528 CombDLLmu=-0.8976 CombDLLpi=0 CombDLLk=-2.34902 CombDLLp=-28.266 CombDLLd=-11.0693 ProbNNe=3.23485e-06 ProbNNpi=0.870441 ProbNNk=0.00480404 ProbNNp=4.22822e-06 ProbNNghost=0.00423876 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.6537 RichDLLmu=-5.18025 RichDLLpi=0 RichDLLk=-1.16481 RichDLLp=-1.16481 RichPIDStatus=5027 RichDLLbt=-1.16481 RichDLLd=-1.16481 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0453956 CaloElectronMatch=278.143 CaloBremMatch=4.35438 CaloChargedEcal=4492.51 CaloChargedID=34765 CaloNeutralEcal=4492.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940019 CaloNeutralID=34765 CaloEcalE=3596.44 CaloHcalE=1435.39 CaloEcalChi2=278.143 CaloBremChi2=210.791 CaloClusChi2=0.0453956 CaloTrajectoryL=1700.52 CaloEoverP=0.503944 EcalPIDe=0.27519 BremPIDe=-0.00620699 HcalPIDe=-0.871136 HcalPIDmu=1.41053 EcalPIDmu=-3.04473 TrackChi2PerDof=0.889177 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=9123.08 TrackPt=622.694 CombDLLe=-2.58574 CombDLLmu=-7.06847 CombDLLpi=0 CombDLLk=-1.16481 CombDLLp=-1.16481 CombDLLd=-1.16481 ProbNNe=0.000297245 ProbNNpi=0.980048 ProbNNk=0.0128607 ProbNNp=0.00915268 ProbNNghost=0.0104764 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.2705 RichDLLmu=-2.47259 RichDLLpi=0 RichDLLk=-2.12531 RichDLLp=-2.12531 RichPIDStatus=5027 RichDLLbt=-2.12531 RichDLLd=-2.12531 MuonMuLL=-0.0179603 MuonBkgLL=-0.418907 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=85.856 MuonMVA1=-999 MuonMVA2=-1.22982 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.51992 CaloElectronMatch=213.583 CaloBremMatch=128.048 CaloChargedEcal=624.277 CaloChargedID=35197 CaloNeutralEcal=624.277 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809791 CaloNeutralID=35197 CaloEcalE=1964.37 CaloHcalE=1832.19 CaloEcalChi2=213.583 CaloBremChi2=348.673 CaloClusChi2=3.51992 CaloTrajectoryL=1376.04 CaloEoverP=0.236379 EcalPIDe=0.497498 BremPIDe=-0.373552 HcalPIDe=-1.32141 HcalPIDmu=1.63925 EcalPIDmu=-2.19735 TrackChi2PerDof=1.21174 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=3436.71 TrackPt=194.399 CombDLLe=-3.11922 CombDLLmu=-3.36172 CombDLLpi=0 CombDLLk=-2.12531 CombDLLp=-2.12531 CombDLLd=-1.70641 ProbNNe=0.00128048 ProbNNmu=0.00366525 ProbNNpi=0.000955772 ProbNNk=0.119371 ProbNNp=0.0516372 ProbNNghost=0.0796072 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.2634 RichDLLmu=-8.16817 RichDLLpi=0 RichDLLk=-29.5285 RichDLLp=-25.1092 RichPIDStatus=6115 RichDLLbt=-25.1092 RichDLLd=-25.1092 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=100.236 CaloElectronMatch=3170.99 CaloBremMatch=210.151 CaloChargedEcal=1147.82 CaloChargedID=35550 CaloNeutralEcal=1147.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919818 CaloNeutralID=35550 CaloEcalE=0 CaloHcalE=9559.2 CaloEcalChi2=3170.99 CaloBremChi2=367.757 CaloClusChi2=100.236 CaloTrajectoryL=3943.99 CaloEoverP=0.085434 EcalPIDe=-3.41257 BremPIDe=-0.40865 HcalPIDe=-2.4429 HcalPIDmu=-2.49604 EcalPIDmu=0.525694 TrackChi2PerDof=1.49533 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=14754.4 TrackPt=577.988 CombDLLe=-9.53508 CombDLLmu=-8.45639 CombDLLpi=0 CombDLLk=-29.5285 CombDLLp=-25.1092 CombDLLd=-25.1092 ProbNNe=5.04106e-07 ProbNNpi=0.99862 ProbNNk=7.99539e-05 ProbNNp=0.000458854 ProbNNghost=0.00303181 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.6356 RichDLLmu=-4.15537 RichDLLpi=0 RichDLLk=-1.91369 RichDLLp=-1.91369 RichPIDStatus=5027 RichDLLbt=-1.91369 RichDLLd=-1.91369 InAccBrem=1 CaloBremChi2=157.548 BremPIDe=-0.127295 TrackChi2PerDof=0.760394 TrackNumDof=38 TrackType=3 TrackHistory=32 TrackP=2930.7 TrackPt=150.667 CombDLLe=-3.17141 CombDLLmu=-4.76737 CombDLLpi=0 CombDLLk=-1.91369 CombDLLp=-1.91369 CombDLLd=-1.91369 ProbNNe=0.00294459 ProbNNpi=0.922636 ProbNNk=0.0255606 ProbNNp=0.0392305 ProbNNghost=0.0581946 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.544 RichDLLmu=-14.1469 RichDLLpi=0 RichDLLk=-8.32269 RichDLLp=-8.32269 RichPIDStatus=5027 RichDLLbt=-8.32269 RichDLLd=-8.32269 MuonMuLL=-0.066781 MuonBkgLL=-0.386242 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=419.073 MuonMVA1=-999 MuonMVA2=-0.870277 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.19064 CaloElectronMatch=43.7007 CaloBremMatch=43.7007 CaloChargedEcal=3478.4 CaloChargedID=39674 CaloNeutralEcal=3478.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.777769 CaloNeutralID=39674 CaloEcalE=2170.66 CaloHcalE=6132.3 CaloEcalChi2=43.7007 CaloBremChi2=259.778 CaloClusChi2=1.19064 CaloTrajectoryL=172.128 CaloEoverP=0.621494 EcalPIDe=3.6423 BremPIDe=-0.388822 HcalPIDe=-2.12496 HcalPIDmu=-0.934443 EcalPIDmu=-2.19328 TrackChi2PerDof=0.904301 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=5783.5 TrackPt=314.513 CombDLLe=-2.1807 CombDLLmu=-9.75961 CombDLLpi=0 CombDLLk=-8.32269 CombDLLp=-8.32269 CombDLLd=-7.93645 ProbNNe=0.00252222 ProbNNmu=0.00366525 ProbNNpi=0.00462582 ProbNNk=0.00136517 ProbNNp=0.0114414 ProbNNghost=0.120157 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-40.0237 RichDLLmu=-8.19099 RichDLLpi=0 RichDLLk=-19.5342 RichDLLp=-19.5293 RichPIDStatus=6115 RichDLLbt=-19.5293 RichDLLd=-19.5293 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=27.0912 CaloElectronMatch=1209.07 CaloBremMatch=101.608 CaloChargedEcal=1040.47 CaloChargedID=34993 CaloNeutralEcal=1040.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.613275 CaloNeutralID=34993 CaloEcalE=0 CaloHcalE=6791.6 CaloEcalChi2=1209.07 CaloBremChi2=317.282 CaloClusChi2=27.0912 CaloTrajectoryL=5068.55 CaloEoverP=0.130521 EcalPIDe=-1.41652 BremPIDe=-0.466299 HcalPIDe=-1.99692 HcalPIDmu=-1.62012 EcalPIDmu=0.382699 TrackChi2PerDof=1.26116 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=9162.29 TrackPt=499.026 CombDLLe=-9.21265 CombDLLmu=-7.72797 CombDLLpi=0 CombDLLk=-19.5342 CombDLLp=-19.5293 CombDLLd=-19.5293 ProbNNe=3.79261e-07 ProbNNpi=0.999761 ProbNNk=2.8204e-05 ProbNNp=6.82515e-05 ProbNNghost=0.00188262 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.0664 RichDLLmu=-16.1886 RichDLLpi=0 RichDLLk=-5.46748 RichDLLp=-5.46748 RichPIDStatus=5027 RichDLLbt=-5.46748 RichDLLd=-5.46748 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.256 CaloElectronMatch=110.695 CaloBremMatch=13.1391 CaloChargedEcal=4490.63 CaloChargedID=34870 CaloNeutralEcal=4490.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.74993 CaloNeutralID=34870 CaloEcalE=779.088 CaloHcalE=5521.5 CaloEcalChi2=110.695 CaloBremChi2=51.8341 CaloClusChi2=3.256 CaloTrajectoryL=1654.81 CaloEoverP=0.757082 EcalPIDe=1.84829 BremPIDe=1.27798 HcalPIDe=-1.9266 HcalPIDmu=-0.805439 EcalPIDmu=0.392523 TrackChi2PerDof=0.728674 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=6106.44 TrackPt=371.568 CombDLLe=-2.69056 CombDLLmu=-7.39138 CombDLLpi=0 CombDLLk=-5.46748 CombDLLp=-5.46748 CombDLLd=-5.46748 ProbNNe=1.45239e-07 ProbNNpi=0.997604 ProbNNk=0.000251411 ProbNNp=0.0012648 ProbNNghost=0.000948837 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.8021 RichDLLmu=-15.9494 RichDLLpi=0 RichDLLk=-2.77404 RichDLLp=-2.77404 RichPIDStatus=5091 RichDLLbt=-2.77404 RichDLLd=-2.77404 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.71158 CaloElectronMatch=1028.35 CaloBremMatch=157.069 CaloChargedEcal=1731.1 CaloChargedID=38320 CaloNeutralEcal=1731.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919591 CaloNeutralID=38320 CaloEcalE=12085.3 CaloHcalE=1548.17 CaloEcalChi2=1028.35 CaloBremChi2=351.835 CaloClusChi2=1.71158 CaloTrajectoryL=153.345 CaloEoverP=0.26997 EcalPIDe=-1.10291 BremPIDe=-0.398756 HcalPIDe=-0.871136 HcalPIDmu=2.1211 EcalPIDmu=-0.119925 TrackChi2PerDof=1.26438 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=6814.74 TrackPt=212.15 CombDLLe=-6.6914 CombDLLmu=-4.97513 CombDLLpi=0 CombDLLk=-2.77404 CombDLLp=-2.77404 CombDLLd=-2.77404 ProbNNe=5.41382e-06 ProbNNpi=0.99693 ProbNNk=0.000123052 ProbNNp=0.000114159 ProbNNghost=0.00699352 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.96999 RichDLLmu=-5.97173 RichDLLpi=0 RichDLLk=4.47002 RichDLLp=4.47002 RichPIDStatus=5060 RichDLLbt=4.47002 RichDLLd=4.47002 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.643671 CaloElectronMatch=1633.86 CaloChargedEcal=1040.47 CaloChargedID=34993 CaloEcalE=7911.08 CaloHcalE=4778.39 CaloEcalChi2=1633.86 CaloClusChi2=0.643671 CaloTrajectoryL=7369.92 CaloEoverP=0.112755 EcalPIDe=-1.6945 HcalPIDe=-1.50381 HcalPIDmu=-0.720555 EcalPIDmu=-3.27627 TrackChi2PerDof=1.35341 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=10605.9 TrackPt=218.059 CombDLLe=-4.90781 CombDLLmu=-9.82028 CombDLLpi=0 CombDLLk=4.47002 CombDLLp=4.47002 CombDLLd=4.47002 ProbNNe=0.00161681 ProbNNpi=0.962418 ProbNNk=0.0113361 ProbNNp=0.0215989 ProbNNghost=0.135407 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.4099 RichDLLmu=-0.427528 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=187.562 BremPIDe=-0.0820565 TrackChi2PerDof=1.16868 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=2076.81 TrackPt=139.339 CombDLLe=-2.18669 CombDLLmu=-0.597085 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0978465 ProbNNpi=0.845418 ProbNNk=0.0412833 ProbNNp=0.0709967 ProbNNghost=0.188208 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.6823 RichDLLmu=-5.96909 RichDLLpi=0 RichDLLk=-6.98403 RichDLLp=-6.86398 RichPIDStatus=6115 RichDLLbt=-6.86398 RichDLLd=-6.86398 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.32315 CaloElectronMatch=92.8669 CaloBremMatch=92.8669 CaloChargedEcal=8222.93 CaloChargedID=38454 CaloNeutralEcal=8222.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886097 CaloNeutralID=38454 CaloEcalE=6388.12 CaloHcalE=4247.93 CaloEcalChi2=92.8669 CaloBremChi2=296.407 CaloClusChi2=3.32315 CaloTrajectoryL=314.12 CaloEoverP=0.701383 EcalPIDe=2.29793 BremPIDe=-0.473279 HcalPIDe=-1.4102 HcalPIDmu=-0.496772 EcalPIDmu=-3.28816 TrackChi2PerDof=1.40748 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=11613.4 TrackPt=612.212 CombDLLe=-3.66683 CombDLLmu=-9.60725 CombDLLpi=0 CombDLLk=-6.98403 CombDLLp=-6.86398 CombDLLd=-6.86398 ProbNNe=7.17216e-07 ProbNNpi=0.999141 ProbNNk=0.000118852 ProbNNp=0.00011507 ProbNNghost=0.00279179 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=17.4698 RichDLLmu=-5.59961 RichDLLpi=0 RichDLLk=-0.545681 RichDLLp=-0.545681 RichPIDStatus=5025 RichDLLbt=-0.545681 RichDLLd=-0.545681 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.990468 CaloElectronMatch=128.048 CaloBremMatch=128.048 CaloChargedEcal=624.277 CaloChargedID=35197 CaloNeutralEcal=624.277 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809791 CaloNeutralID=35197 CaloEcalE=2073.82 CaloEcalChi2=128.048 CaloBremChi2=184.516 CaloClusChi2=0.990468 CaloTrajectoryL=676.723 CaloEoverP=0.287917 EcalPIDe=0.83137 BremPIDe=-0.32426 EcalPIDmu=-2.21538 TrackChi2PerDof=2.10381 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=2821.53 TrackPt=200.264 CombDLLe=3.38371 CombDLLmu=-7.86818 CombDLLpi=0 CombDLLk=-0.545681 CombDLLp=-0.545681 CombDLLd=-0.545681 ProbNNe=0.985522 ProbNNpi=0.205096 ProbNNk=0.00662942 ProbNNp=0.0416152 ProbNNghost=0.975472 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-60.3384 RichDLLmu=-28.0582 RichDLLpi=0 RichDLLk=-46.8857 RichDLLp=-44.6981 RichPIDStatus=6115 RichDLLbt=-44.6981 RichDLLd=-44.6981 MuonMuLL=0 MuonBkgLL=-0.486953 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=30.9416 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=16.071 CaloElectronMatch=841.074 CaloBremMatch=89.8898 CaloChargedEcal=1951.29 CaloChargedID=38158 CaloNeutralEcal=1951.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860482 CaloNeutralID=38158 CaloEcalE=-37.59 CaloHcalE=14863.6 CaloEcalChi2=841.074 CaloBremChi2=625.833 CaloClusChi2=16.071 CaloTrajectoryL=1069.73 CaloEoverP=0.21309 EcalPIDe=-0.833336 BremPIDe=-0.638976 HcalPIDe=-1.89687 HcalPIDmu=-1.10852 EcalPIDmu=0 TrackChi2PerDof=1.32845 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=10065.9 TrackPt=554.34 CombDLLe=-9.71584 CombDLLmu=-7.62138 CombDLLpi=0 CombDLLk=-46.8857 CombDLLp=-44.6981 CombDLLd=-44.2111 ProbNNe=1.25814e-07 ProbNNpi=0.999387 ProbNNk=2.72944e-05 ProbNNp=4.49145e-06 ProbNNghost=0.00175869 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.4764 RichDLLmu=-2.16818 RichDLLpi=0 RichDLLk=-39.111 RichDLLp=-31.1903 RichPIDStatus=8163 RichDLLbt=-27.7573 RichDLLd=-27.7573 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=11.9924 CaloElectronMatch=1565.01 CaloBremMatch=61.4619 CaloChargedEcal=2628.78 CaloChargedID=42409 CaloNeutralEcal=2628.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767107 CaloNeutralID=42409 CaloEcalE=457.506 CaloHcalE=11577.4 CaloEcalChi2=1565.01 CaloBremChi2=595.326 CaloClusChi2=11.9924 CaloTrajectoryL=-3233.54 CaloEoverP=0.12737 EcalPIDe=-1.61932 BremPIDe=-0.581258 HcalPIDe=-2.87281 HcalPIDmu=-2.24903 EcalPIDmu=2.10382 TrackChi2PerDof=1.07997 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=22743 TrackPt=1327.05 CombDLLe=-7.0284 CombDLLmu=-3.0037 CombDLLpi=0 CombDLLk=-39.111 CombDLLp=-31.1903 CombDLLd=-27.7573 ProbNNe=1.76551e-06 ProbNNpi=0.999558 ProbNNk=6.92934e-05 ProbNNp=2.62309e-05 ProbNNghost=0.00254843 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.1628 RichDLLmu=-1.11139 RichDLLpi=0 RichDLLk=-53.6483 RichDLLp=-49.7551 RichPIDStatus=6115 RichDLLbt=-49.7551 RichDLLd=-49.7551 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0928868 CaloElectronMatch=205.537 CaloBremMatch=205.537 CaloChargedEcal=7816.05 CaloChargedID=38056 CaloNeutralEcal=7816.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.726084 CaloNeutralID=38056 CaloEcalE=4778.42 CaloHcalE=1165.12 CaloEcalChi2=205.537 CaloBremChi2=553.947 CaloClusChi2=0.0928868 CaloTrajectoryL=-78.0099 CaloEoverP=0.507312 EcalPIDe=1.08131 BremPIDe=-0.625066 HcalPIDe=-0.381115 HcalPIDmu=0.349645 EcalPIDmu=-3.55458 TrackChi2PerDof=0.759519 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=15431.8 TrackPt=1036.32 CombDLLe=-3.57879 CombDLLmu=-4.73575 CombDLLpi=0 CombDLLk=-53.6483 CombDLLp=-49.7551 CombDLLd=-49.7551 ProbNNe=1.83894e-05 ProbNNpi=0.999915 ProbNNk=2.10785e-05 ProbNNp=4.4135e-05 ProbNNghost=0.000346858 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.0407 RichDLLmu=-2.77535 RichDLLpi=0 RichDLLk=14.9177 RichDLLp=15.9538 RichPIDStatus=6117 RichDLLbt=15.9538 RichDLLd=15.9538 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0641134 CaloElectronMatch=406.408 CaloBremMatch=299.397 CaloChargedEcal=16303 CaloChargedID=34155 CaloNeutralEcal=16303 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786849 CaloNeutralID=34155 CaloEcalE=5598.45 CaloHcalE=217.227 CaloEcalChi2=406.408 CaloBremChi2=110.128 CaloClusChi2=0.0641134 CaloTrajectoryL=198.182 CaloEoverP=1.73215 EcalPIDe=-0.0141273 BremPIDe=0.458865 HcalPIDe=0.0890684 HcalPIDmu=-2.15083 EcalPIDmu=-3.55521 TrackChi2PerDof=1.19851 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=9447.16 TrackPt=997.132 CombDLLe=-1.3507 CombDLLmu=-9.23622 CombDLLpi=0 CombDLLk=14.9177 CombDLLp=15.9538 CombDLLd=15.9538 ProbNNe=3.35836e-06 ProbNNpi=0.0805464 ProbNNk=0.828264 ProbNNp=0.865394 ProbNNghost=0.00317894 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.2412 RichDLLmu=-14.5951 RichDLLpi=0 RichDLLk=3.52749 RichDLLp=3.52749 RichPIDStatus=5028 RichDLLbt=3.52749 RichDLLd=3.52749 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.82557 CaloElectronMatch=395.416 CaloBremMatch=42.6672 CaloChargedEcal=3243.34 CaloChargedID=34761 CaloNeutralEcal=3243.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.9253 CaloNeutralID=34761 CaloEcalE=788.56 CaloHcalE=6905.41 CaloEcalChi2=395.416 CaloBremChi2=177.462 CaloClusChi2=4.82557 CaloTrajectoryL=148.817 CaloEoverP=0.671993 EcalPIDe=-0.0141273 BremPIDe=-0.0189915 HcalPIDe=-1.99692 HcalPIDmu=-0.53992 EcalPIDmu=0.392523 TrackChi2PerDof=0.72394 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=5112.92 TrackPt=334.38 CombDLLe=-4.72572 CombDLLmu=-7.10671 CombDLLpi=0 CombDLLk=3.52749 CombDLLp=3.52749 CombDLLd=3.52749 ProbNNe=8.7772e-08 ProbNNpi=0.979803 ProbNNk=0.00562665 ProbNNp=0.0140603 ProbNNghost=0.00946176 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.90072 RichDLLmu=4.49668 RichDLLpi=0 RichDLLk=6.63849 RichDLLp=15.5902 RichPIDStatus=6117 RichDLLbt=15.5902 RichDLLd=15.5902 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.083614 CaloElectronMatch=81.3542 CaloBremMatch=81.3542 CaloChargedEcal=10438.8 CaloChargedID=43596 CaloNeutralEcal=10438.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.828088 CaloNeutralID=43596 CaloEcalE=3668.42 CaloHcalE=1701.72 CaloEcalChi2=81.3542 CaloBremChi2=258.954 CaloClusChi2=0.083614 CaloTrajectoryL=57.18 CaloEoverP=0.707468 EcalPIDe=2.70966 BremPIDe=-0.0686812 HcalPIDe=-0.706318 HcalPIDmu=2.03736 EcalPIDmu=-2.59296 TrackChi2PerDof=0.93657 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=15231.2 TrackPt=516.616 CombDLLe=2.44139 CombDLLmu=4.45623 CombDLLpi=0 CombDLLk=6.63849 CombDLLp=15.5902 CombDLLd=15.5902 ProbNNe=0.0199685 ProbNNpi=0.0866097 ProbNNk=0.015086 ProbNNp=0.850136 ProbNNghost=0.0097547 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.7714 RichDLLmu=-14.1482 RichDLLpi=0 RichDLLk=0.25132 RichDLLp=0.25132 RichPIDStatus=5092 RichDLLbt=0.25132 RichDLLd=0.25132 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.07216 CaloElectronMatch=17.4946 CaloChargedEcal=6047.51 CaloChargedID=38712 CaloEcalE=2762.9 CaloHcalE=2520.29 CaloEcalChi2=17.4946 CaloClusChi2=0.07216 CaloTrajectoryL=44.9729 CaloEoverP=0.79052 EcalPIDe=3.6423 HcalPIDe=-1.3773 HcalPIDmu=1.00374 EcalPIDmu=-2.96281 TrackChi2PerDof=0.646833 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=7660.21 TrackPt=211.893 CombDLLe=-1.46579 CombDLLmu=-8.91045 CombDLLpi=0 CombDLLk=0.25132 CombDLLp=0.25132 CombDLLd=0.25132 ProbNNe=1.49231e-05 ProbNNpi=0.952484 ProbNNk=0.00776692 ProbNNp=0.00993466 ProbNNghost=0.0320952 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.15752 RichDLLmu=0.976219 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=375.839 BremPIDe=-0.19324 TrackChi2PerDof=1.00507 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=2307.79 TrackPt=93.9131 CombDLLe=-1.26237 CombDLLmu=1.3496 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.34255 ProbNNpi=0.852092 ProbNNk=0.0442023 ProbNNp=0.08045 ProbNNghost=0.0739046 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.3279 RichDLLmu=-14.3795 RichDLLpi=0 RichDLLk=-25.6222 RichDLLp=-23.6626 RichPIDStatus=6115 RichDLLbt=-23.6626 RichDLLd=-23.6626 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.18723 CaloElectronMatch=808.834 CaloBremMatch=181.747 CaloChargedEcal=1987.06 CaloChargedID=43253 CaloNeutralEcal=1987.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.751459 CaloNeutralID=43253 CaloEcalE=6594.62 CaloHcalE=10041.3 CaloEcalChi2=808.834 CaloBremChi2=506.872 CaloClusChi2=2.18723 CaloTrajectoryL=-1398.5 CaloEoverP=0.157455 EcalPIDe=-0.833336 BremPIDe=-0.625066 HcalPIDe=-2.4429 HcalPIDmu=-2.29394 EcalPIDmu=-3.51938 TrackChi2PerDof=0.868542 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=14706.1 TrackPt=493.626 CombDLLe=-8.7686 CombDLLmu=-12.769 CombDLLpi=0 CombDLLk=-25.6222 CombDLLp=-23.6626 CombDLLd=-23.6626 ProbNNe=1.85333e-07 ProbNNpi=0.999802 ProbNNk=2.06363e-05 ProbNNp=9.80109e-05 ProbNNghost=0.00128572 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.9249 RichDLLmu=-9.78785 RichDLLpi=0 RichDLLk=-10.8006 RichDLLp=-10.8006 RichPIDStatus=5027 RichDLLbt=-10.8006 RichDLLd=-10.8006 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.36873 CaloElectronMatch=533.628 CaloBremMatch=98.544 CaloChargedEcal=778.182 CaloChargedID=34568 CaloNeutralEcal=778.182 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740623 CaloNeutralID=34568 CaloEcalE=383.076 CaloHcalE=5290.75 CaloEcalChi2=533.628 CaloBremChi2=336.97 CaloClusChi2=3.36873 CaloTrajectoryL=4209.3 CaloEoverP=0.152222 EcalPIDe=-0.341929 BremPIDe=-0.398756 HcalPIDe=-2.09086 HcalPIDmu=-0.925277 EcalPIDmu=1.47887 TrackChi2PerDof=0.920804 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=6388.36 TrackPt=298.457 CombDLLe=-6.70463 CombDLLmu=-6.17273 CombDLLpi=0 CombDLLk=-10.8006 CombDLLp=-10.8006 CombDLLd=-10.8006 ProbNNe=1.6194e-07 ProbNNpi=0.99671 ProbNNk=0.000181496 ProbNNp=0.00104242 ProbNNghost=0.00416865 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.13495 RichDLLmu=-0.20553 RichDLLpi=0 RichDLLk=-15.1588 RichDLLp=-63.2555 RichPIDStatus=139235 RichDLLbt=-38.8331 RichDLLd=-44.7588 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.807894 CaloElectronMatch=2356.43 CaloBremMatch=2268.38 CaloChargedEcal=18890.6 CaloChargedID=41937 CaloNeutralEcal=18890.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974185 CaloNeutralID=41937 CaloEcalE=13292.4 CaloHcalE=24364.1 CaloEcalChi2=2356.43 CaloBremChi2=502.254 CaloClusChi2=0.807894 CaloTrajectoryL=325.112 CaloEoverP=0.31522 EcalPIDe=-1.45153 BremPIDe=-0.256547 HcalPIDe=-2.68434 HcalPIDmu=-2.91461 EcalPIDmu=-3.93014 TrackChi2PerDof=0.79351 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=60492.2 TrackPt=3776.78 CombDLLe=-4.59098 CombDLLmu=-7.13233 CombDLLpi=0 CombDLLk=-15.1588 CombDLLp=-63.2555 CombDLLd=-44.7588 ProbNNe=3.46978e-05 ProbNNpi=0.999873 ProbNNk=0.000599666 ProbNNp=9.40816e-07 ProbNNghost=0.000609134 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.14128 RichDLLmu=-0.760485 RichDLLpi=0 RichDLLk=19.356 RichDLLp=2.64599 RichPIDStatus=139236 RichDLLbt=14.1524 RichDLLd=8.06512 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.325308 CaloElectronMatch=4133.56 CaloBremMatch=70.2762 CaloChargedEcal=2299.97 CaloChargedID=43311 CaloNeutralEcal=2299.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.693235 CaloNeutralID=43311 CaloEcalE=951.384 CaloHcalE=24708 CaloEcalChi2=4133.56 CaloBremChi2=500.024 CaloClusChi2=0.325308 CaloTrajectoryL=148.221 CaloEoverP=0.0530958 EcalPIDe=-2.71137 BremPIDe=-0.525451 HcalPIDe=-2.74192 HcalPIDmu=-2.91461 EcalPIDmu=0.679077 TrackChi2PerDof=1.21128 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=46286.4 TrackPt=1668.92 CombDLLe=-6.35311 CombDLLmu=-3.29208 CombDLLpi=0 CombDLLk=19.356 CombDLLp=2.64599 CombDLLd=8.06512 ProbNNe=4.65643e-06 ProbNNpi=0.00811396 ProbNNk=0.999098 ProbNNp=0.000119631 ProbNNghost=0.00224841 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-70.6135 RichDLLmu=-25.0171 RichDLLpi=0 RichDLLk=-49.244 RichDLLp=-49.4937 RichPIDStatus=6115 RichDLLbt=-49.4937 RichDLLd=-49.4937 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.035 CaloElectronMatch=83.6981 CaloBremMatch=83.6981 CaloChargedEcal=8800.79 CaloChargedID=38129 CaloNeutralEcal=8800.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910579 CaloNeutralID=38129 CaloEcalE=7426.94 CaloHcalE=4603.22 CaloEcalChi2=83.6981 CaloBremChi2=475.741 CaloClusChi2=2.035 CaloTrajectoryL=196.695 CaloEoverP=0.701577 EcalPIDe=2.29793 BremPIDe=-0.621385 HcalPIDe=-1.50381 HcalPIDmu=-0.496338 EcalPIDmu=-3.3142 TrackChi2PerDof=1.10035 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=12596.9 TrackPt=776.146 CombDLLe=-6.42894 CombDLLmu=-10.8099 CombDLLpi=0 CombDLLk=-49.244 CombDLLp=-49.4937 CombDLLd=-49.4937 ProbNNe=1.41674e-07 ProbNNpi=0.999803 ProbNNk=2.29463e-05 ProbNNp=3.79767e-05 ProbNNghost=0.00112992 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.95125 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4291 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.158722 CaloElectronMatch=1.21292 CaloChargedEcal=5588.68 CaloChargedID=38710 CaloEcalE=2827.62 CaloHcalE=2267.93 CaloEcalChi2=1.21292 CaloClusChi2=0.158722 CaloTrajectoryL=112.384 CaloEoverP=0.931641 EcalPIDe=3.6423 HcalPIDe=-1.05374 HcalPIDmu=1.28545 EcalPIDmu=-2.72932 TrackChi2PerDof=0.883012 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=6158.86 TrackPt=150.795 CombDLLe=2.24736 CombDLLmu=-1.44387 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.325631 ProbNNpi=0.822345 ProbNNk=0.0212834 ProbNNp=0.0580135 ProbNNghost=0.32449 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.365 RichDLLmu=-14.6479 RichDLLpi=0 RichDLLk=-13.8245 RichDLLp=-13.8245 RichPIDStatus=5027 RichDLLbt=-13.8245 RichDLLd=-13.8245 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.10867 CaloElectronMatch=578.847 CaloBremMatch=101.608 CaloChargedEcal=1040.47 CaloChargedID=34993 CaloNeutralEcal=1040.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.613275 CaloNeutralID=34993 CaloEcalE=458.432 CaloHcalE=1161.66 CaloEcalChi2=578.847 CaloBremChi2=434.871 CaloClusChi2=0.10867 CaloTrajectoryL=2099.35 CaloEoverP=0.157266 EcalPIDe=-0.514971 BremPIDe=-0.467096 HcalPIDe=-0.668461 HcalPIDmu=0.533502 EcalPIDmu=1.79271 TrackChi2PerDof=1.32962 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=7604.16 TrackPt=419.229 CombDLLe=-5.695 CombDLLmu=-4.63395 CombDLLpi=0 CombDLLk=-13.8245 CombDLLp=-13.8245 CombDLLd=-13.8245 ProbNNe=1.14641e-07 ProbNNpi=0.996365 ProbNNk=9.21308e-05 ProbNNp=0.000671825 ProbNNghost=0.0105111 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.6612 RichDLLmu=-24.4618 RichDLLpi=0 RichDLLk=-11.4422 RichDLLp=-11.4422 RichPIDStatus=5027 RichDLLbt=-11.4422 RichDLLd=-11.4422 MuonMuLL=-0.58089 MuonBkgLL=-1.94286 MuonNShared=5 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=45.7281 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.581458 CaloElectronMatch=89.8898 CaloBremMatch=89.8898 CaloChargedEcal=1951.29 CaloChargedID=38158 CaloNeutralEcal=1951.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860482 CaloNeutralID=38158 CaloEcalE=1516.56 CaloHcalE=3878.73 CaloEcalChi2=89.8898 CaloBremChi2=296.362 CaloClusChi2=0.581458 CaloTrajectoryL=-64.3887 CaloEoverP=0.446642 EcalPIDe=1.51236 BremPIDe=-0.357753 HcalPIDe=-1.4367 HcalPIDmu=-0.392193 EcalPIDmu=-1.40154 TrackChi2PerDof=0.745657 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4802.4 TrackPt=424.144 CombDLLe=-4.58538 CombDLLmu=-7.43098 CombDLLpi=0 CombDLLk=-11.4422 CombDLLp=-11.4422 CombDLLd=-9.4993 ProbNNe=1.46135e-07 ProbNNpi=0.997616 ProbNNk=0.000208687 ProbNNp=0.000303304 ProbNNghost=0.00237436 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.5861 RichDLLmu=-2.0269 RichDLLpi=0 RichDLLk=-17.9582 RichDLLp=-18.1921 RichPIDStatus=6083 RichDLLbt=-18.1921 RichDLLd=-18.1921 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.587486 CaloElectronMatch=194.653 CaloChargedEcal=11850.1 CaloChargedID=42642 CaloEcalE=6527.15 CaloHcalE=2771.2 CaloEcalChi2=194.653 CaloClusChi2=0.587486 CaloTrajectoryL=231.23 CaloEoverP=0.538965 EcalPIDe=1.29617 HcalPIDe=-1.03429 HcalPIDmu=0.927249 EcalPIDmu=-3.32597 TrackChi2PerDof=0.635318 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=22266.3 TrackPt=411.21 CombDLLe=-1.21803 CombDLLmu=-5.09052 CombDLLpi=0 CombDLLk=-17.9582 CombDLLp=-18.1921 CombDLLd=-18.1921 ProbNNe=1.89211e-07 ProbNNpi=0.999212 ProbNNk=8.2352e-05 ProbNNp=0.000425901 ProbNNghost=0.00102848 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=15.564 RichDLLmu=1.18059 RichDLLpi=0 RichDLLk=2.56274 RichDLLp=2.56274 RichPIDStatus=5025 RichDLLbt=2.56274 RichDLLd=2.56274 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.760622 CaloElectronMatch=17.6915 CaloBremMatch=17.6915 CaloChargedEcal=5043.17 CaloChargedID=34817 CaloNeutralEcal=5043.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.748367 CaloNeutralID=34817 CaloEcalE=3288.82 CaloEcalChi2=17.6915 CaloBremChi2=228.549 CaloClusChi2=0.760622 CaloTrajectoryL=121.267 CaloEoverP=1.59604 EcalPIDe=2.97947 BremPIDe=-0.417084 EcalPIDmu=-0.955845 TrackChi2PerDof=0.710999 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=3249.76 TrackPt=138.004 CombDLLe=5.15648 CombDLLmu=0.666935 CombDLLpi=0 CombDLLk=2.56274 CombDLLp=2.56274 CombDLLd=2.56274 ProbNNe=0.995212 ProbNNpi=0.354887 ProbNNk=0.0159219 ProbNNp=0.0695115 ProbNNghost=0.270562 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.9609 RichDLLmu=-0.00410407 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=383.213 BremPIDe=-0.19324 TrackChi2PerDof=0.873208 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=1969.23 TrackPt=85.2657 CombDLLe=-1.90124 CombDLLmu=-0.00574569 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.107456 ProbNNpi=0.888655 ProbNNk=0.039825 ProbNNp=0.0776154 ProbNNghost=0.0327135 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.611504 RichDLLmu=0.228512 RichDLLpi=0 RichDLLk=9.46538 RichDLLp=-2.76005 RichPIDStatus=139239 RichDLLbt=9.73263 RichDLLd=7.45202 InAccBrem=1 CaloBremChi2=502.442 BremPIDe=-0.525451 TrackChi2PerDof=1.21559 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=46461.1 TrackPt=1510.8 CombDLLe=-0.632456 CombDLLmu=0.319694 CombDLLpi=0 CombDLLk=9.46538 CombDLLp=-2.76005 CombDLLd=7.45202 ProbNNe=0.0380924 ProbNNpi=0.183858 ProbNNk=0.985328 ProbNNp=0.0105439 ProbNNghost=0.00438686 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-25.2606 RichDLLmu=-28.8865 RichDLLpi=0 RichDLLk=-13.8199 RichDLLp=-13.8199 RichPIDStatus=5027 RichDLLbt=-13.8199 RichDLLd=-13.8199 InAccBrem=1 CaloBremChi2=637.406 BremPIDe=-0.553589 TrackChi2PerDof=1.34344 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=3646.92 TrackPt=519.083 CombDLLe=-4.46726 CombDLLmu=-6.99987 CombDLLpi=0 CombDLLk=-13.8199 CombDLLp=-13.8199 CombDLLd=-13.8199 ProbNNe=0.000642733 ProbNNpi=0.983168 ProbNNk=0.000698079 ProbNNp=0.00259732 ProbNNghost=0.0107699 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.0528 RichDLLmu=-8.14924 RichDLLpi=0 RichDLLk=-10.7553 RichDLLp=-10.7553 RichPIDStatus=5091 RichDLLbt=-10.7553 RichDLLd=-10.7553 MuonMuLL=-0.128515 MuonBkgLL=-0.518107 MuonNShared=5 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=100.479 MuonMVA1=-999 MuonMVA2=-0.644919 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.757 CaloElectronMatch=1176.86 CaloBremMatch=98.544 CaloChargedEcal=778.182 CaloChargedID=34568 CaloNeutralEcal=778.182 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740623 CaloNeutralID=34568 CaloEcalE=1660.55 CaloHcalE=8562.69 CaloEcalChi2=1176.86 CaloBremChi2=558.768 CaloClusChi2=2.757 CaloTrajectoryL=16951.8 CaloEoverP=0.124449 EcalPIDe=-1.41652 BremPIDe=-0.638976 HcalPIDe=-1.88811 HcalPIDmu=-1.61019 EcalPIDmu=-1.25164 TrackChi2PerDof=0.917391 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=7814.03 TrackPt=284.858 CombDLLe=-7.8322 CombDLLmu=-8.95452 CombDLLpi=0 CombDLLk=-10.7553 CombDLLp=-10.7553 CombDLLd=-10.2372 ProbNNe=9.62252e-08 ProbNNmu=0.00366525 ProbNNpi=0.0642221 ProbNNk=0.013534 ProbNNp=0.0548604 ProbNNghost=0.185416 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.8804 RichDLLmu=-11.5715 RichDLLpi=0 RichDLLk=-13.1779 RichDLLp=-12.735 RichPIDStatus=6115 RichDLLbt=-12.735 RichDLLd=-12.735 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.72979 CaloElectronMatch=416.102 CaloChargedEcal=15536.2 CaloChargedID=39030 CaloEcalE=8639.08 CaloHcalE=2006.63 CaloEcalChi2=416.102 CaloClusChi2=1.72979 CaloTrajectoryL=517.801 CaloEoverP=1.59661 EcalPIDe=-0.0141273 HcalPIDe=-1.11299 HcalPIDmu=1.84961 EcalPIDmu=-2.81296 TrackChi2PerDof=1.1502 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=9658.13 TrackPt=275.801 CombDLLe=-5.34439 CombDLLmu=-7.82791 CombDLLpi=0 CombDLLk=-13.1779 CombDLLp=-12.735 CombDLLd=-12.735 ProbNNe=3.82602e-07 ProbNNpi=0.997407 ProbNNk=0.000260883 ProbNNp=0.000177554 ProbNNghost=0.0614149 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.13083 RichDLLmu=-0.383854 RichDLLpi=0 RichDLLk=16.1473 RichDLLp=29.8626 RichPIDStatus=8166 RichDLLbt=31.619 RichDLLd=31.619 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.48908 CaloElectronMatch=1620.16 CaloBremMatch=838.304 CaloChargedEcal=7015.46 CaloChargedID=37849 CaloNeutralEcal=7015.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924362 CaloNeutralID=37849 CaloEcalE=906.442 CaloHcalE=13223.5 CaloEcalChi2=1620.16 CaloBremChi2=665.691 CaloClusChi2=2.48908 CaloTrajectoryL=-517.443 CaloEoverP=0.318266 EcalPIDe=-1.61932 BremPIDe=-0.581258 HcalPIDe=-2.87281 HcalPIDmu=-2.47673 EcalPIDmu=0.497805 TrackChi2PerDof=1.28769 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=21863 TrackPt=1790.55 CombDLLe=-5.44592 CombDLLmu=-2.51526 CombDLLpi=0 CombDLLk=16.1473 CombDLLp=29.8626 CombDLLd=31.619 ProbNNe=1.0028e-06 ProbNNpi=0.00228936 ProbNNk=0.0734557 ProbNNp=0.997864 ProbNNghost=0.00138749 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.126 RichDLLmu=-6.47681 RichDLLpi=0 RichDLLk=-1.67426 RichDLLp=-1.67426 RichPIDStatus=5027 RichDLLbt=-1.67426 RichDLLd=-1.67426 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.627524 CaloElectronMatch=1.82832 CaloBremMatch=1.82832 CaloChargedEcal=2438.63 CaloChargedID=34294 CaloNeutralEcal=2438.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977254 CaloNeutralID=34294 CaloEcalE=1902.51 CaloHcalE=250.178 CaloEcalChi2=1.82832 CaloBremChi2=659.136 CaloClusChi2=0.627524 CaloTrajectoryL=101.176 CaloEoverP=0.862839 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-0.11382 HcalPIDmu=-2.39464 EcalPIDmu=-2.19735 TrackChi2PerDof=0.576513 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=3175.35 TrackPt=271.838 CombDLLe=-0.366426 CombDLLmu=-10.6157 CombDLLpi=0 CombDLLk=-1.67426 CombDLLp=-1.67426 CombDLLd=-1.67426 ProbNNe=0.000511147 ProbNNpi=0.983514 ProbNNk=0.0112793 ProbNNp=0.0275046 ProbNNghost=0.0133906 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.7192 RichDLLmu=-4.73114 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.102079 CaloElectronMatch=12.8832 CaloBremMatch=12.8832 CaloChargedEcal=2786.5 CaloChargedID=34932 CaloNeutralEcal=2786.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762427 CaloNeutralID=34932 CaloEcalE=1736.22 CaloHcalE=291.982 CaloEcalChi2=12.8832 CaloBremChi2=131.178 CaloClusChi2=0.102079 CaloTrajectoryL=125.509 CaloEoverP=1.21915 EcalPIDe=2.97947 BremPIDe=0.0956082 HcalPIDe=-0.19426 HcalPIDmu=-0.471806 EcalPIDmu=-1.5687 TrackChi2PerDof=0.66824 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=2481.51 TrackPt=292.44 CombDLLe=-0.716293 CombDLLmu=-7.207 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=6.92085e-06 ProbNNpi=0.905456 ProbNNk=0.066148 ProbNNp=0.150981 ProbNNghost=0.0120293 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.739 RichDLLmu=-2.09574 RichDLLpi=0 RichDLLk=-15.1972 RichDLLp=-15.5366 RichPIDStatus=6115 RichDLLbt=-15.5366 RichDLLd=-15.5366 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.957162 CaloElectronMatch=1126.63 CaloBremMatch=542.822 CaloChargedEcal=21698.1 CaloChargedID=38862 CaloNeutralEcal=21698.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796931 CaloNeutralID=38862 CaloEcalE=8178.56 CaloHcalE=17474.2 CaloEcalChi2=1126.63 CaloBremChi2=321.633 CaloClusChi2=0.957162 CaloTrajectoryL=316.991 CaloEoverP=1.45898 EcalPIDe=-1.10541 BremPIDe=-0.524471 HcalPIDe=-1.89687 HcalPIDmu=-1.76001 EcalPIDmu=-3.35126 TrackChi2PerDof=1.16881 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=14984.9 TrackPt=473.264 CombDLLe=-6.29626 CombDLLmu=-7.88476 CombDLLpi=0 CombDLLk=-15.1972 CombDLLp=-15.5366 CombDLLd=-15.5366 ProbNNe=3.56381e-06 ProbNNpi=0.996053 ProbNNk=0.00115074 ProbNNp=0.00137358 ProbNNghost=0.00527056 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-52.4764 RichDLLmu=-26.9689 RichDLLpi=0 RichDLLk=-28.161 RichDLLp=-28.161 RichPIDStatus=5027 RichDLLbt=-28.161 RichDLLd=-28.161 MuonMuLL=-0.174711 MuonBkgLL=-0.130691 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=184.488 MuonMVA1=-999 MuonMVA2=-0.00760238 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.290248 CaloElectronMatch=18.5575 CaloBremMatch=18.5575 CaloChargedEcal=8259.85 CaloChargedID=43615 CaloNeutralEcal=8259.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.745485 CaloNeutralID=43615 CaloEcalE=5043.8 CaloHcalE=2811.35 CaloEcalChi2=18.5575 CaloBremChi2=91.1474 CaloClusChi2=0.290248 CaloTrajectoryL=187.21 CaloEoverP=1.27118 EcalPIDe=3.6423 BremPIDe=0.353881 HcalPIDe=-1.45309 HcalPIDmu=0.60951 EcalPIDmu=-3.02713 TrackChi2PerDof=0.9198 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=6625.97 TrackPt=772.591 CombDLLe=-3.51022 CombDLLmu=-9.46135 CombDLLpi=0 CombDLLk=-28.161 CombDLLp=-28.161 CombDLLd=-28.0303 ProbNNe=2.94104e-06 ProbNNmu=0.00366525 ProbNNpi=0.10747 ProbNNk=0.00461723 ProbNNp=0.00517225 ProbNNghost=0.00151843 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.973644 RichDLLmu=1.60022 RichDLLpi=0 RichDLLk=12.515 RichDLLp=15.3896 RichPIDStatus=6117 RichDLLbt=15.3896 RichDLLd=15.3896 MuonMuLL=-0.00190182 MuonBkgLL=-0.354723 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=215.917 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.41246 CaloElectronMatch=523.181 CaloBremMatch=523.181 CaloChargedEcal=2787.59 CaloChargedID=42610 CaloNeutralEcal=2787.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.770494 CaloNeutralID=42610 CaloEcalE=256.476 CaloHcalE=7640.43 CaloEcalChi2=523.181 CaloBremChi2=24.6718 CaloClusChi2=4.41246 CaloTrajectoryL=-79.8076 CaloEoverP=0.278058 EcalPIDe=-0.273733 BremPIDe=2.59242 HcalPIDe=-2.32036 HcalPIDmu=-1.90346 EcalPIDmu=0.00475264 TrackChi2PerDof=1.30161 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=11025 TrackPt=326.578 CombDLLe=0.168679 CombDLLmu=0.620943 CombDLLpi=0 CombDLLk=12.515 CombDLLp=15.3896 CombDLLd=15.7443 ProbNNe=6.00118e-05 ProbNNpi=0.00829835 ProbNNk=0.841618 ProbNNp=0.947695 ProbNNghost=0.0254812 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.385 RichDLLmu=-13.5522 RichDLLpi=0 RichDLLk=-1.29453 RichDLLp=-1.29453 RichPIDStatus=5027 RichDLLbt=-1.29453 RichDLLd=-1.29453 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.03285 CaloElectronMatch=16.7219 CaloBremMatch=16.7219 CaloChargedEcal=2855.28 CaloChargedID=35440 CaloNeutralEcal=2855.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968651 CaloNeutralID=35440 CaloEcalE=1889.11 CaloHcalE=0 CaloEcalChi2=16.7219 CaloBremChi2=41.3883 CaloClusChi2=2.03285 CaloTrajectoryL=280.577 CaloEoverP=0.882029 EcalPIDe=2.97947 BremPIDe=1.14622 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-2.19735 TrackChi2PerDof=1.17247 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3439.96 TrackPt=406.393 CombDLLe=0.682435 CombDLLmu=-11.5303 CombDLLpi=0 CombDLLk=-1.29453 CombDLLp=-1.29453 CombDLLd=-1.29453 ProbNNe=1.39799e-06 ProbNNpi=0.991173 ProbNNk=0.00353478 ProbNNp=0.00788447 ProbNNghost=0.00446749 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.9355 RichDLLmu=-1.39133 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=41.2485 BremPIDe=0.577779 TrackChi2PerDof=1.20478 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=2118.51 TrackPt=241.434 CombDLLe=-2.50874 CombDLLmu=-1.8991 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000593103 ProbNNpi=0.85469 ProbNNk=0.05356 ProbNNp=0.11138 ProbNNghost=0.192623 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.1012 RichDLLmu=-1.42219 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=41.9208 BremPIDe=0.577779 TrackChi2PerDof=1.27478 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=2136.83 TrackPt=244.57 CombDLLe=-2.097 CombDLLmu=-1.93905 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00472782 ProbNNpi=0.742357 ProbNNk=0.051634 ProbNNp=0.110659 ProbNNghost=0.474525 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.321003 RichDLLmu=1.03005 RichDLLpi=0 RichDLLk=14.3766 RichDLLp=14.3766 RichPIDStatus=5028 RichDLLbt=14.3766 RichDLLd=14.3766 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.85307 CaloElectronMatch=299.397 CaloBremMatch=299.397 CaloChargedEcal=16303 CaloChargedID=34155 CaloNeutralEcal=16303 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786849 CaloNeutralID=34155 CaloEcalE=4002.24 CaloHcalE=206.383 CaloEcalChi2=299.397 CaloBremChi2=40.638 CaloClusChi2=1.85307 CaloTrajectoryL=96.0774 CaloEoverP=2.3716 EcalPIDe=0.27519 BremPIDe=1.5294 HcalPIDe=0.0890684 HcalPIDmu=-2.49368 EcalPIDmu=-2.95413 TrackChi2PerDof=1.48117 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6899.93 TrackPt=639.512 CombDLLe=1.94983 CombDLLmu=-4.02581 CombDLLpi=0 CombDLLk=14.3766 CombDLLp=14.3766 CombDLLd=14.3766 ProbNNe=0.0753194 ProbNNpi=0.00497673 ProbNNk=0.907687 ProbNNp=0.938525 ProbNNghost=0.385942 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-46.8232 RichDLLmu=-50.432 RichDLLpi=0 RichDLLk=-27.555 RichDLLp=-27.555 RichPIDStatus=5027 RichDLLbt=-27.555 RichDLLd=-27.555 InAccBrem=1 CaloBremChi2=620.256 BremPIDe=-0.553589 TrackChi2PerDof=0.789322 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4089.79 TrackPt=722.143 CombDLLe=-6.32479 CombDLLmu=-7 CombDLLpi=0 CombDLLk=-27.555 CombDLLp=-27.555 CombDLLd=-27.555 ProbNNe=0.000210912 ProbNNpi=0.997478 ProbNNk=0.000252763 ProbNNp=0.00208988 ProbNNghost=0.00694244 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.6128 RichDLLmu=-1.64062 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=39.2489 BremPIDe=0.726033 TrackChi2PerDof=0.997748 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=2433.1 TrackPt=307.826 CombDLLe=-2.45525 CombDLLmu=-2.21784 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000603674 ProbNNpi=0.842326 ProbNNk=0.0521528 ProbNNp=0.0868362 ProbNNghost=0.178174 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.1329 RichDLLmu=2.84104 RichDLLpi=0 RichDLLk=33.7669 RichDLLp=33.7669 RichPIDStatus=5092 RichDLLbt=33.7669 RichDLLd=33.7669 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.66007 CaloElectronMatch=210.151 CaloBremMatch=210.151 CaloChargedEcal=1147.82 CaloChargedID=35550 CaloNeutralEcal=1147.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919818 CaloNeutralID=35550 CaloEcalE=579.084 CaloHcalE=3783.2 CaloEcalChi2=210.151 CaloBremChi2=429.728 CaloClusChi2=1.66007 CaloTrajectoryL=353.904 CaloEoverP=0.183712 EcalPIDe=0.605631 BremPIDe=-0.492427 HcalPIDe=-1.79057 HcalPIDmu=-0.44839 EcalPIDmu=1.41319 TrackChi2PerDof=1.61302 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=6861.42 TrackPt=981.307 CombDLLe=-4.35689 CombDLLmu=4.56309 CombDLLpi=0 CombDLLk=33.7669 CombDLLp=33.7669 CombDLLd=33.7669 ProbNNe=1.23113e-08 ProbNNpi=0.000225074 ProbNNk=0.923214 ProbNNp=0.970325 ProbNNghost=0.0791869 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-49.5782 RichDLLmu=-7.81865 RichDLLpi=0 RichDLLk=-17.3794 RichDLLp=-17.3794 RichPIDStatus=5091 RichDLLbt=-17.3794 RichDLLd=-17.3794 MuonMuLL=-1.53665 MuonBkgLL=-1.86386 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3.57805 MuonMVA1=-999 MuonMVA2=0.808686 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.5146 CaloElectronMatch=61.4619 CaloBremMatch=61.4619 CaloChargedEcal=2628.78 CaloChargedID=42409 CaloNeutralEcal=2628.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767107 CaloNeutralID=42409 CaloEcalE=341.432 CaloHcalE=3573.71 CaloEcalChi2=61.4619 CaloBremChi2=300.27 CaloClusChi2=6.5146 CaloTrajectoryL=686.548 CaloEoverP=0.450701 EcalPIDe=3.6423 BremPIDe=-0.554165 HcalPIDe=-1.60908 HcalPIDmu=-0.168751 EcalPIDmu=0.00838327 TrackChi2PerDof=1.48787 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=6427.26 TrackPt=601.707 CombDLLe=-4.43804 CombDLLmu=-6.24532 CombDLLpi=0 CombDLLk=-17.3794 CombDLLp=-17.3794 CombDLLd=-15.5155 ProbNNe=6.6802e-09 ProbNNmu=0.00366525 ProbNNpi=0.22086 ProbNNk=0.00285219 ProbNNp=0.00383161 ProbNNghost=0.00991069 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.42983 RichDLLmu=6.30076 RichDLLpi=0 RichDLLk=5.53867 RichDLLp=5.53867 RichPIDStatus=5026 RichDLLbt=5.53867 RichDLLd=5.53867 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.484662 CaloElectronMatch=4.38183 CaloBremMatch=4.30967 CaloChargedEcal=3866.58 CaloChargedID=34550 CaloNeutralEcal=3866.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972607 CaloNeutralID=34550 CaloEcalE=3572 CaloHcalE=115.006 CaloEcalChi2=4.38183 CaloBremChi2=197.787 CaloClusChi2=0.484662 CaloTrajectoryL=36.2068 CaloEoverP=1.04693 EcalPIDe=2.97947 BremPIDe=-0.296068 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.23049 TrackChi2PerDof=1.86195 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=3815.65 TrackPt=188.459 CombDLLe=3.41886 CombDLLmu=1.26359 CombDLLpi=0 CombDLLk=5.53867 CombDLLp=5.53867 CombDLLd=5.53867 ProbNNe=0.985972 ProbNNpi=0.0658012 ProbNNk=0.501064 ProbNNp=0.401432 ProbNNghost=0.941721 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.30122 RichDLLmu=-0.411535 RichDLLpi=0 RichDLLk=-7.14783 RichDLLp=0.418368 RichPIDStatus=8134 RichDLLbt=2.14753 RichDLLd=2.14753 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.23556 CaloElectronMatch=1748.57 CaloChargedEcal=2628.78 CaloChargedID=42409 CaloEcalE=5471.58 CaloHcalE=3032.97 CaloEcalChi2=1748.57 CaloClusChi2=1.23556 CaloTrajectoryL=1178.98 CaloEoverP=0.0835394 EcalPIDe=-1.43843 HcalPIDe=-0.614604 HcalPIDmu=1.03587 EcalPIDmu=-2.79349 TrackChi2PerDof=0.692562 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=34675.6 TrackPt=670.663 CombDLLe=-2.4553 CombDLLmu=-2.33247 CombDLLpi=0 CombDLLk=-7.14783 CombDLLp=0.418368 CombDLLd=2.14753 ProbNNe=1.57721e-05 ProbNNpi=0.993572 ProbNNk=0.000648311 ProbNNp=0.00782763 ProbNNghost=0.0011039 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.0878 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.45969 CaloElectronMatch=41.0069 CaloBremMatch=36.4193 CaloChargedEcal=553.818 CaloChargedID=35207 CaloNeutralEcal=553.818 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880541 CaloNeutralID=35207 CaloEcalE=57.536 CaloHcalE=1827.89 CaloEcalChi2=41.0069 CaloBremChi2=858.814 CaloClusChi2=5.45969 CaloTrajectoryL=194.968 CaloEoverP=0.386906 EcalPIDe=2.97947 BremPIDe=-0.53289 HcalPIDe=-1.43831 HcalPIDmu=1.82204 EcalPIDmu=0.0181838 TrackChi2PerDof=0.264632 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=2091.56 TrackPt=352.131 CombDLLe=-3.00375 CombDLLmu=1.84022 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.24219e-05 ProbNNpi=0.924211 ProbNNk=0.0503068 ProbNNp=0.0758627 ProbNNghost=0.026537 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.49 RichDLLmu=-12.712 RichDLLpi=0 RichDLLk=-1.96026 RichDLLp=-1.96026 RichPIDStatus=5027 RichDLLbt=-1.96026 RichDLLd=-1.96026 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.360808 CaloElectronMatch=34.4085 CaloBremMatch=34.4085 CaloChargedEcal=2130.3 CaloChargedID=38387 CaloNeutralEcal=2130.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.891576 CaloNeutralID=38387 CaloEcalE=1531.96 CaloHcalE=1455.59 CaloEcalChi2=34.4085 CaloBremChi2=393.105 CaloClusChi2=0.360808 CaloTrajectoryL=118.172 CaloEoverP=0.516861 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=-1.06262 HcalPIDmu=1.36367 EcalPIDmu=-1.40154 TrackChi2PerDof=1.68101 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4641.05 TrackPt=366.64 CombDLLe=-2.48572 CombDLLmu=-6.95175 CombDLLpi=0 CombDLLk=-1.96026 CombDLLp=-1.96026 CombDLLd=-1.96026 ProbNNe=7.85098e-07 ProbNNpi=0.954613 ProbNNk=0.00342586 ProbNNp=0.0118928 ProbNNghost=0.164945 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.1042 RichDLLmu=-12.0493 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.71119 CaloElectronMatch=85.851 CaloBremMatch=1.21292 CaloChargedEcal=5588.68 CaloChargedID=38710 CaloNeutralEcal=5588.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73701 CaloNeutralID=38710 CaloEcalE=2074.52 CaloHcalE=3561.94 CaloEcalChi2=85.851 CaloBremChi2=309.522 CaloClusChi2=2.71119 CaloTrajectoryL=219.44 CaloEoverP=2.23632 EcalPIDe=1.51236 BremPIDe=-0.357753 HcalPIDe=-1.44621 HcalPIDmu=0.362701 EcalPIDmu=-2.21538 TrackChi2PerDof=1.64103 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=2565.75 TrackPt=479.83 CombDLLe=-4.95004 CombDLLmu=-8.74062 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=3.72562e-07 ProbNNpi=0.834133 ProbNNk=0.0821122 ProbNNp=0.147755 ProbNNghost=0.00842276 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-48.1273 RichDLLmu=-36.3969 RichDLLpi=0 RichDLLk=-23.3747 RichDLLp=-23.3747 RichPIDStatus=5027 RichDLLbt=-23.3747 RichDLLd=-23.3747 InAccBrem=1 CaloBremChi2=498.78 BremPIDe=-0.553589 TrackChi2PerDof=0.754679 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=3531.42 TrackPt=554.769 CombDLLe=-6.39595 CombDLLmu=-6.99999 CombDLLpi=0 CombDLLk=-23.3747 CombDLLp=-23.3747 CombDLLd=-23.3747 ProbNNe=0.000157145 ProbNNpi=0.996556 ProbNNk=0.000262648 ProbNNp=0.00238287 ProbNNghost=0.0137088 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.480312 RichDLLmu=0.227672 RichDLLpi=0 RichDLLk=12.7016 RichDLLp=8.3596 RichPIDStatus=8132 RichDLLbt=5.89777 RichDLLd=5.89777 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.04253 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=50285.4 TrackPt=1104.48 CombDLLe=-0.0840506 CombDLLmu=0.31852 CombDLLpi=0 CombDLLk=12.7016 CombDLLp=8.3596 CombDLLd=5.89777 ProbNNe=0.0308486 ProbNNpi=0.0697507 ProbNNk=0.99538 ProbNNp=0.54355 ProbNNghost=0.0124875 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.00447845 RichDLLmu=0.00548935 RichDLLpi=0 RichDLLk=-6.04674 RichDLLp=-2.29419 RichPIDStatus=8134 RichDLLbt=2.55434 RichDLLd=2.55434 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.39708 CaloElectronMatch=1230.71 CaloChargedEcal=20087.8 CaloChargedID=43049 CaloEcalE=21590.3 CaloHcalE=22965.6 CaloEcalChi2=1230.71 CaloClusChi2=1.39708 CaloTrajectoryL=-992.159 CaloEoverP=0.428114 EcalPIDe=-1.56959 HcalPIDe=-2.74192 HcalPIDmu=-3.31941 EcalPIDmu=-4.03438 TrackChi2PerDof=1.3972 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=45725.5 TrackPt=830.068 CombDLLe=-4.31073 CombDLLmu=-7.34611 CombDLLpi=0 CombDLLk=-6.04674 CombDLLp=-2.29419 CombDLLd=2.55434 ProbNNe=0.0027141 ProbNNpi=0.971355 ProbNNk=0.00220799 ProbNNp=0.016384 ProbNNghost=0.00786003 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.8996 RichDLLmu=-5.83571 RichDLLpi=0 RichDLLk=-9.70792 RichDLLp=-9.70792 RichPIDStatus=5059 RichDLLbt=-9.70792 RichDLLd=-9.70792 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0938205 CaloElectronMatch=71.5779 CaloChargedEcal=6347.75 CaloChargedID=42735 CaloEcalE=3278.49 CaloHcalE=4973.45 CaloEcalChi2=71.5779 CaloClusChi2=0.0938205 CaloTrajectoryL=148.285 CaloEoverP=0.523848 EcalPIDe=2.29793 HcalPIDe=-1.69811 HcalPIDmu=-0.893578 EcalPIDmu=-2.37225 TrackChi2PerDof=0.924328 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=12673.7 TrackPt=223.364 CombDLLe=-2.33902 CombDLLmu=-9.02931 CombDLLpi=0 CombDLLk=-9.70792 CombDLLp=-9.70792 CombDLLd=-9.70792 ProbNNe=4.52713e-07 ProbNNpi=0.998364 ProbNNk=5.79306e-05 ProbNNp=6.31448e-05 ProbNNghost=0.00905449 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.467881 RichDLLmu=-0.00523794 RichDLLpi=0 RichDLLk=-3.07839 RichDLLp=-3.11246 RichPIDStatus=8131 RichDLLbt=-1.03648 RichDLLd=-1.03648 TrackChi2PerDof=1.10207 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=34224.8 TrackPt=618.11 CombDLLe=-0.0818755 CombDLLmu=-0.00733311 CombDLLpi=0 CombDLLk=-3.07839 CombDLLp=-3.11246 CombDLLd=-1.03648 ProbNNe=0.106051 ProbNNpi=0.880821 ProbNNk=0.0232875 ProbNNp=0.132945 ProbNNghost=0.0243649 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.869427 RichDLLmu=-0.256994 RichDLLpi=0 RichDLLk=19.8994 RichDLLp=3.90603 RichPIDStatus=8132 RichDLLbt=5.12968 RichDLLd=5.12968 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.867558 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=42613.3 TrackPt=1007.67 CombDLLe=-0.152126 CombDLLmu=-0.359475 CombDLLpi=0 CombDLLk=19.8994 CombDLLp=3.90603 CombDLLd=5.12968 ProbNNe=0.0127189 ProbNNpi=0.0498606 ProbNNk=0.998597 ProbNNp=0.0508076 ProbNNghost=0.0131284 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.93298 RichDLLmu=-2.32795 RichDLLpi=0 RichDLLk=17.1826 RichDLLp=17.1826 RichPIDStatus=5092 RichDLLbt=17.1826 RichDLLd=17.1826 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.48546 CaloElectronMatch=157.069 CaloBremMatch=157.069 CaloChargedEcal=1731.1 CaloChargedID=38320 CaloNeutralEcal=1731.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919591 CaloNeutralID=38320 CaloEcalE=1074.27 CaloHcalE=5059.22 CaloEcalChi2=157.069 CaloBremChi2=482.891 CaloClusChi2=2.48546 CaloTrajectoryL=397.698 CaloEoverP=0.281199 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-2.03708 HcalPIDmu=-1.1993 EcalPIDmu=-0.430087 TrackChi2PerDof=2.67571 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=6542.62 TrackPt=413.459 CombDLLe=-2.34147 CombDLLmu=-4.67179 CombDLLpi=0 CombDLLk=17.1826 CombDLLp=17.1826 CombDLLd=17.1826 ProbNNe=0.000533496 ProbNNpi=0.00817356 ProbNNk=0.476025 ProbNNp=0.400963 ProbNNghost=0.916153 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.113213 RichDLLmu=4.3586 RichDLLpi=0 RichDLLk=22.5187 RichDLLp=22.5187 RichPIDStatus=5092 RichDLLbt=22.5187 RichDLLd=22.5187 MuonMuLL=-0.0610247 MuonBkgLL=-0.368335 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=110.022 MuonMVA1=-999 MuonMVA2=0.179809 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=32.0318 CaloElectronMatch=2041.95 CaloBremMatch=101.608 CaloChargedEcal=1040.47 CaloChargedID=34993 CaloNeutralEcal=1040.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.613275 CaloNeutralID=34993 CaloEcalE=0 CaloHcalE=0 CaloEcalChi2=2041.95 CaloBremChi2=27.2072 CaloClusChi2=32.0318 CaloTrajectoryL=7401.05 CaloEoverP=0.284917 EcalPIDe=-1.97998 BremPIDe=1.76814 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=0.494733 TrackChi2PerDof=1.51325 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=4197.27 TrackPt=721.946 CombDLLe=0.293311 CombDLLmu=3.25411 CombDLLpi=0 CombDLLk=22.5187 CombDLLp=22.5187 CombDLLd=22.887 ProbNNe=0.010757 ProbNNmu=0.00366525 ProbNNpi=5.32779e-06 ProbNNk=0.703577 ProbNNp=0.382575 ProbNNghost=0.124971 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.243834 MuonNShared=7 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=458.559 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.630202 CaloElectronMatch=24.8966 CaloChargedEcal=7049.07 CaloChargedID=38788 CaloEcalE=1892.36 CaloHcalE=1026.17 CaloEcalChi2=24.8966 CaloClusChi2=0.630202 CaloTrajectoryL=102.976 CaloEoverP=1.1884 EcalPIDe=3.6423 HcalPIDe=-0.546759 HcalPIDmu=0.620398 EcalPIDmu=-2.13071 TrackChi2PerDof=0.926683 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=6239.43 TrackPt=101.282 CombDLLe=3.09554 CombDLLmu=-1.26648 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.243834 ProbNNe=0.063489 ProbNNpi=0.753188 ProbNNk=0.0590877 ProbNNp=0.107585 ProbNNghost=0.303671 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.0484543 RichDLLmu=5.42995 RichDLLpi=0 RichDLLk=-10.507 RichDLLp=-10.507 RichPIDStatus=5058 RichDLLbt=-10.507 RichDLLd=-10.507 MuonMuLL=-3.93325 MuonBkgLL=-6.18983 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=0.362823 MuonMVA1=-999 MuonMVA2=4.03471 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=18.6532 CaloElectronMatch=3337.31 CaloChargedEcal=8716.76 CaloChargedID=42764 CaloEcalE=0 CaloHcalE=6045.45 CaloEcalChi2=3337.31 CaloClusChi2=18.6532 CaloTrajectoryL=1372.87 CaloEoverP=0.61146 EcalPIDe=-2.6989 HcalPIDe=-1.65619 HcalPIDmu=-1.27098 EcalPIDmu=0.525694 TrackChi2PerDof=1.83531 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=15403 TrackPt=262.615 CombDLLe=-4.36357 CombDLLmu=7.07917 CombDLLpi=0 CombDLLk=-10.507 CombDLLp=-10.507 CombDLLd=-4.31714 ProbNNe=0.00425089 ProbNNmu=0.00366525 ProbNNpi=0.0368547 ProbNNk=0.00189067 ProbNNp=0.0460104 ProbNNghost=0.216263 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-32.0845 RichDLLmu=-22.8451 RichDLLpi=0 RichDLLk=-11.093 RichDLLp=-11.093 RichPIDStatus=5027 RichDLLbt=-11.093 RichDLLd=-11.093 InAccBrem=1 CaloBremChi2=244.941 BremPIDe=-0.33853 TrackChi2PerDof=1.35463 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=3269.43 TrackPt=463.682 CombDLLe=-4.99504 CombDLLmu=-6.9985 CombDLLpi=0 CombDLLk=-11.093 CombDLLp=-11.093 CombDLLd=-11.093 ProbNNe=3.84502e-05 ProbNNpi=0.985362 ProbNNk=0.000744736 ProbNNp=0.00709599 ProbNNghost=0.0165122 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-37.721 RichDLLmu=-15.8642 RichDLLpi=0 RichDLLk=-29.3874 RichDLLp=-29.3874 RichPIDStatus=5027 RichDLLbt=-29.3874 RichDLLd=-29.3874 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0596908 CaloElectronMatch=26.68 CaloBremMatch=26.68 CaloChargedEcal=5492.99 CaloChargedID=39686 CaloNeutralEcal=5492.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.735278 CaloNeutralID=39686 CaloEcalE=3191.86 CaloHcalE=0 CaloEcalChi2=26.68 CaloBremChi2=187.501 CaloClusChi2=0.0596908 CaloTrajectoryL=22.5284 CaloEoverP=0.804264 EcalPIDe=3.6423 BremPIDe=-0.248889 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-2.89107 TrackChi2PerDof=0.887011 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=7101.33 TrackPt=431.87 CombDLLe=-0.926742 CombDLLmu=-12.3602 CombDLLpi=0 CombDLLk=-29.3874 CombDLLp=-29.3874 CombDLLd=-29.3874 ProbNNe=2.70606e-08 ProbNNpi=0.996135 ProbNNk=0.00122813 ProbNNp=0.00445145 ProbNNghost=0.0023419 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.72648 RichDLLmu=-1.87839 RichDLLpi=0 RichDLLk=-1.29406 RichDLLp=-0.456409 RichPIDStatus=6083 RichDLLbt=-0.456409 RichDLLd=-0.456409 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.25851 CaloElectronMatch=1917.43 CaloChargedEcal=26146.7 CaloChargedID=43150 CaloEcalE=11897.5 CaloHcalE=15487.6 CaloEcalChi2=1917.43 CaloClusChi2=1.25851 CaloTrajectoryL=478.248 CaloEoverP=1.47651 EcalPIDe=-1.94966 HcalPIDe=-2.5812 HcalPIDmu=-2.77161 EcalPIDmu=-2.80328 TrackChi2PerDof=2.37369 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=18320.9 TrackPt=311.089 CombDLLe=-5.69703 CombDLLmu=-8.08752 CombDLLpi=0 CombDLLk=-1.29406 CombDLLp=-0.456409 CombDLLd=-0.456409 ProbNNe=0.00822331 ProbNNpi=0.811903 ProbNNk=0.0103978 ProbNNp=0.00982033 ProbNNghost=0.376647 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.314798 RichDLLmu=-0.149502 RichDLLpi=0 RichDLLk=-1.5633 RichDLLp=-15.1346 RichPIDStatus=139203 RichDLLbt=-4.50533 RichDLLd=-6.96442 TrackChi2PerDof=1.26165 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=70675.6 TrackPt=1051.98 CombDLLe=-0.0550885 CombDLLmu=-0.20924 CombDLLpi=0 CombDLLk=-1.5633 CombDLLp=-15.1346 CombDLLd=-6.96442 ProbNNe=0.188153 ProbNNpi=0.854864 ProbNNk=0.135858 ProbNNp=0.00261655 ProbNNghost=0.0149011 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0489802 MuonBkgLL=-0.298921 MuonNShared=7 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=326.583 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=36.7705 CaloElectronMatch=536.994 CaloChargedEcal=778.182 CaloChargedID=34568 CaloEcalE=0 CaloHcalE=467.494 CaloEcalChi2=536.994 CaloClusChi2=36.7705 CaloTrajectoryL=6366.88 CaloEoverP=0.163896 EcalPIDe=-0.341929 HcalPIDe=-0.13781 HcalPIDmu=-1.55285 EcalPIDmu=0.501778 TrackChi2PerDof=1.67665 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=5933.32 TrackPt=121.263 CombDLLe=-0.479739 CombDLLmu=-0.801129 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.298921 ProbNNe=3.85807e-06 ProbNNpi=0.0420931 ProbNNk=0.0615189 ProbNNp=0.00565553 ProbNNghost=0.998737 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.0698 RichDLLmu=-24.6598 RichDLLpi=0 RichDLLk=-18.0095 RichDLLp=-18.0095 RichPIDStatus=5027 RichDLLbt=-18.0095 RichDLLd=-18.0095 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.988378 CaloElectronMatch=267.97 CaloBremMatch=267.97 CaloChargedEcal=1063.73 CaloChargedID=35148 CaloNeutralEcal=1063.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941613 CaloNeutralID=35148 CaloEcalE=939.078 CaloHcalE=4879.02 CaloEcalChi2=267.97 CaloBremChi2=102.994 CaloClusChi2=0.988378 CaloTrajectoryL=106.213 CaloEoverP=0.203176 EcalPIDe=0.27519 BremPIDe=0.269433 HcalPIDe=-2.03708 HcalPIDmu=-0.953779 EcalPIDmu=-0.105267 TrackChi2PerDof=1.22521 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=5950.33 TrackPt=455.267 CombDLLe=-5.38311 CombDLLmu=-8.05832 CombDLLpi=0 CombDLLk=-18.0095 CombDLLp=-18.0095 CombDLLd=-18.0095 ProbNNe=6.52255e-07 ProbNNpi=0.997772 ProbNNk=0.00109204 ProbNNp=0.0112904 ProbNNghost=0.0107403 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.107905 RichDLLmu=-0.071642 RichDLLpi=0 RichDLLk=-8.77222 RichDLLp=-13.1031 RichPIDStatus=139203 RichDLLbt=-6.90918 RichDLLd=-7.62966 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.61999 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=62656.3 TrackPt=1064.48 CombDLLe=-0.0188834 CombDLLmu=-0.100292 CombDLLpi=0 CombDLLk=-8.77222 CombDLLp=-13.1031 CombDLLd=-7.62966 ProbNNe=0.326227 ProbNNpi=0.956947 ProbNNk=0.00100469 ProbNNp=0.00044797 ProbNNghost=0.0552956 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=18.017 RichDLLmu=0.792927 RichDLLpi=0 RichDLLk=4.4592 RichDLLp=4.4592 RichPIDStatus=5025 RichDLLbt=4.4592 RichDLLd=4.4592 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.478969 CaloElectronMatch=4.30967 CaloBremMatch=4.30967 CaloChargedEcal=3866.58 CaloChargedID=34550 CaloNeutralEcal=3866.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972607 CaloNeutralID=34550 CaloEcalE=3572 CaloHcalE=115.006 CaloEcalChi2=4.30967 CaloBremChi2=274.566 CaloClusChi2=0.478969 CaloTrajectoryL=36.2919 CaloEoverP=1.04673 EcalPIDe=2.97947 BremPIDe=-0.318955 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.23049 TrackChi2PerDof=1.2585 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=3816.39 TrackPt=185.22 CombDLLe=6.10159 CombDLLmu=-3.59327 CombDLLpi=0 CombDLLk=4.4592 CombDLLp=4.4592 CombDLLd=4.4592 ProbNNe=0.999916 ProbNNpi=0.0389397 ProbNNk=0.00151301 ProbNNp=0.0496847 ProbNNghost=0.944863 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-51.6041 RichDLLmu=-22.1713 RichDLLpi=0 RichDLLk=-27.616 RichDLLp=-27.616 RichPIDStatus=5091 RichDLLbt=-27.616 RichDLLd=-27.616 MuonMuLL=-0.73689 MuonBkgLL=-3.40184 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.79402 MuonMVA1=-999 MuonMVA2=-0.0912343 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.77891 CaloElectronMatch=500.334 CaloChargedEcal=4232 CaloChargedID=38986 CaloEcalE=866.05 CaloHcalE=11798.3 CaloEcalChi2=500.334 CaloClusChi2=1.77891 CaloTrajectoryL=-270.272 CaloEoverP=0.483159 EcalPIDe=-0.270192 HcalPIDe=-1.17839 HcalPIDmu=-1.03292 EcalPIDmu=0.330989 TrackChi2PerDof=0.582425 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=9144.39 TrackPt=245.184 CombDLLe=-7.46265 CombDLLmu=-5.03501 CombDLLpi=0 CombDLLk=-27.616 CombDLLp=-27.616 CombDLLd=-24.2142 ProbNNe=1.52899e-07 ProbNNmu=0.00366525 ProbNNpi=0.707159 ProbNNk=0.00961151 ProbNNp=0.00617172 ProbNNghost=0.0380284 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.4597 RichDLLmu=-12.9942 RichDLLpi=0 RichDLLk=-10.7731 RichDLLp=-10.7731 RichPIDStatus=5027 RichDLLbt=-10.7731 RichDLLd=-10.7731 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.30596 CaloElectronMatch=378.03 CaloBremMatch=378.03 CaloChargedEcal=1208.68 CaloChargedID=34609 CaloNeutralEcal=1208.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943265 CaloNeutralID=34609 CaloEcalE=934.076 CaloHcalE=7320.89 CaloEcalChi2=378.03 CaloBremChi2=871.373 CaloClusChi2=0.30596 CaloTrajectoryL=157.005 CaloEoverP=0.186196 EcalPIDe=0.0750074 BremPIDe=-0.607507 HcalPIDe=-1.99692 HcalPIDmu=-1.2021 EcalPIDmu=-0.0480211 TrackChi2PerDof=1.15934 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=7382.1 TrackPt=555.96 CombDLLe=-6.69949 CombDLLmu=-8.17314 CombDLLpi=0 CombDLLk=-10.7731 CombDLLp=-10.7731 CombDLLd=-10.7731 ProbNNe=8.20622e-07 ProbNNpi=0.987788 ProbNNk=0.00286045 ProbNNp=0.0107352 ProbNNghost=0.055022 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.07125 RichDLLmu=1.02511 RichDLLpi=0 RichDLLk=-0.990399 RichDLLp=1.75501 RichPIDStatus=6085 RichDLLbt=1.75501 RichDLLd=1.75501 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0836007 CaloElectronMatch=203.921 CaloChargedEcal=11507.2 CaloChargedID=43090 CaloEcalE=6436.22 CaloHcalE=11571.8 CaloEcalChi2=203.921 CaloClusChi2=0.0836007 CaloTrajectoryL=19.4426 CaloEoverP=0.526221 EcalPIDe=1.29617 HcalPIDe=-2.87281 HcalPIDmu=-2.24903 EcalPIDmu=-3.32597 TrackChi2PerDof=1.60605 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=22668.3 TrackPt=300.037 CombDLLe=-1.38921 CombDLLmu=-4.15962 CombDLLpi=0 CombDLLk=-0.990399 CombDLLp=1.75501 CombDLLd=1.75501 ProbNNe=0.000411175 ProbNNpi=0.294056 ProbNNk=0.0166795 ProbNNp=0.0255809 ProbNNghost=0.806445 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=9.74181 RichDLLmu=0.400518 RichDLLpi=0 RichDLLk=1.55662 RichDLLp=1.55662 RichPIDStatus=5057 RichDLLbt=1.55662 RichDLLd=1.55662 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.127172 CaloElectronMatch=255.304 CaloChargedEcal=18208.5 CaloChargedID=39090 CaloEcalE=14990.4 CaloHcalE=6634.67 CaloEcalChi2=255.304 CaloClusChi2=0.127172 CaloTrajectoryL=141.557 CaloEoverP=2.41766 EcalPIDe=0.27519 HcalPIDe=-2.03825 HcalPIDmu=-1.28076 EcalPIDmu=-0.119925 TrackChi2PerDof=1.88215 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=7730.05 TrackPt=101.771 CombDLLe=-0.0911668 CombDLLmu=-0.841155 CombDLLpi=0 CombDLLk=1.55662 CombDLLp=1.55662 CombDLLd=1.55662 ProbNNe=0.99903 ProbNNpi=0.00386917 ProbNNk=0.0182954 ProbNNp=0.00166965 ProbNNghost=0.9967 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.39663 RichDLLmu=-3.42868 RichDLLpi=0 RichDLLk=-0.0382051 RichDLLp=-0.0382051 RichPIDStatus=5059 RichDLLbt=-0.0382051 RichDLLd=-0.0382051 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.34913 CaloElectronMatch=666.894 CaloChargedEcal=1987.06 CaloChargedID=43253 CaloEcalE=3897.81 CaloHcalE=5986.31 CaloEcalChi2=666.894 CaloClusChi2=3.34913 CaloTrajectoryL=-960.786 CaloEoverP=0.296276 EcalPIDe=-0.541014 HcalPIDe=-2.12496 HcalPIDmu=-1.79054 EcalPIDmu=-2.83017 TrackChi2PerDof=0.847788 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=7815.53 TrackPt=117.993 CombDLLe=-3.94583 CombDLLmu=-8.78737 CombDLLpi=0 CombDLLk=-0.0382051 CombDLLp=-0.0382051 CombDLLd=-0.0382051 ProbNNe=0.000649553 ProbNNpi=0.81841 ProbNNk=0.00790826 ProbNNp=0.00901915 ProbNNghost=0.472221 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.70989 RichDLLmu=0.96047 RichDLLpi=0 RichDLLk=5.10355 RichDLLp=5.10355 RichPIDStatus=5060 RichDLLbt=5.10355 RichDLLd=5.10355 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.30941 CaloElectronMatch=662.741 CaloChargedEcal=1987.06 CaloChargedID=43253 CaloEcalE=3897.81 CaloHcalE=5986.31 CaloEcalChi2=662.741 CaloClusChi2=3.30941 CaloTrajectoryL=-960.785 CaloEoverP=0.29898 EcalPIDe=-0.541014 HcalPIDe=-2.12496 HcalPIDmu=-1.20241 EcalPIDmu=-2.95413 TrackChi2PerDof=1.10319 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=7744.85 TrackPt=112.355 CombDLLe=-2.96503 CombDLLmu=-2.82818 CombDLLpi=0 CombDLLk=5.10355 CombDLLp=5.10355 CombDLLd=5.10355 ProbNNe=0.023309 ProbNNpi=0.448513 ProbNNk=0.107879 ProbNNp=0.147999 ProbNNghost=0.767469 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ InAccEcal=1 CaloTrMatch=1.51 CaloElectronMatch=1.33864 CaloChargedEcal=3033.85 CaloChargedID=34812 CaloEcalE=2898.78 CaloEcalChi2=1.33864 CaloClusChi2=1.51 CaloTrajectoryL=138.163 CaloEoverP=1.01796 EcalPIDe=2.97947 EcalPIDmu=-1.79298 TrackChi2PerDof=0.622566 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=3150.13 TrackPt=63.4044 CombDLLe=2.97947 CombDLLmu=-1.79298 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.975011 ProbNNpi=0.213207 ProbNNk=0.0352973 ProbNNp=0.0475622 ProbNNghost=0.968602 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-36.7076 RichDLLmu=-9.5951 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=31.1105 CaloElectronMatch=542.069 CaloBremMatch=98.544 CaloChargedEcal=778.182 CaloChargedID=34568 CaloNeutralEcal=778.182 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740623 CaloNeutralID=34568 CaloEcalE=0 CaloHcalE=2033.41 CaloEcalChi2=542.069 CaloBremChi2=258.022 CaloClusChi2=31.1105 CaloTrajectoryL=8689.25 CaloEoverP=0.377378 EcalPIDe=-0.362387 BremPIDe=-0.338913 HcalPIDe=-1.31758 HcalPIDmu=1.17985 EcalPIDmu=0.308817 TrackChi2PerDof=0.826884 TrackNumDof=19 TrackType=3 TrackHistory=32 TrackP=2576.86 TrackPt=673.538 CombDLLe=-7.0925 CombDLLmu=-5.21619 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=5.55108e-08 ProbNNpi=0.777924 ProbNNk=0.144708 ProbNNp=0.318207 ProbNNghost=0.00433973 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.9591 RichDLLmu=7.5551 RichDLLpi=0 RichDLLk=16.4093 RichDLLp=16.4093 RichPIDStatus=5028 RichDLLbt=16.4093 RichDLLd=16.4093 InAccBrem=1 CaloBremChi2=331.533 BremPIDe=-0.398756 TrackChi2PerDof=0.985729 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=5287.43 TrackPt=982.432 CombDLLe=-1.7735 CombDLLmu=6.34984 CombDLLpi=0 CombDLLk=16.4093 CombDLLp=16.4093 CombDLLd=16.4093 ProbNNe=6.6805e-05 ProbNNpi=0.00856996 ProbNNk=0.848315 ProbNNp=0.885949 ProbNNghost=0.00906244 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.58894 RichDLLmu=-1.05405 RichDLLpi=0 RichDLLk=2.59833 RichDLLp=2.59833 RichPIDStatus=5060 RichDLLbt=2.59833 RichDLLd=2.59833 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.334445 CaloElectronMatch=179.594 CaloChargedEcal=15536.2 CaloChargedID=39030 CaloEcalE=6473.98 CaloHcalE=1080.67 CaloEcalChi2=179.594 CaloClusChi2=0.334445 CaloTrajectoryL=166.68 CaloEoverP=2.19766 EcalPIDe=0.989182 HcalPIDe=-0.546759 HcalPIDmu=0.533502 EcalPIDmu=-2.13638 TrackChi2PerDof=2.99838 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=7016.66 TrackPt=70.9753 CombDLLe=-0.529326 CombDLLmu=-3.05707 CombDLLpi=0 CombDLLk=2.59833 CombDLLp=2.59833 CombDLLd=2.59833 ProbNNe=0.366387 ProbNNpi=0.23119 ProbNNk=0.014949 ProbNNp=0.0205906 ProbNNghost=0.937568 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.8529 RichDLLmu=-9.81515 RichDLLpi=0 RichDLLk=-8.4134 RichDLLp=-8.4134 RichPIDStatus=5059 RichDLLbt=-8.4134 RichDLLd=-8.4134 MuonMuLL=0 MuonBkgLL=-0.317666 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=172.207 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.01914 CaloElectronMatch=1830.85 CaloChargedEcal=778.182 CaloChargedID=34568 CaloEcalE=1082.25 CaloHcalE=13891.8 CaloEcalChi2=1830.85 CaloClusChi2=3.01914 CaloTrajectoryL=17550.1 CaloEoverP=0.0940351 EcalPIDe=-1.6563 HcalPIDe=-1.89687 HcalPIDmu=-1.04388 EcalPIDmu=-0.400565 TrackChi2PerDof=1.06112 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=10341.3 TrackPt=105.739 CombDLLe=-5.72809 CombDLLmu=-7.85602 CombDLLpi=0 CombDLLk=-8.4134 CombDLLp=-8.4134 CombDLLd=-8.09573 ProbNNe=6.98822e-05 ProbNNpi=0.892649 ProbNNk=0.000899796 ProbNNp=0.000158294 ProbNNghost=0.193913 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.60275 RichDLLmu=-0.0602188 RichDLLpi=0 RichDLLk=-2.59472 RichDLLp=0.749798 RichPIDStatus=6085 RichDLLbt=0.749798 RichDLLd=0.749798 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=9.47272 CaloElectronMatch=5536.32 CaloChargedEcal=20756.2 CaloChargedID=42835 CaloEcalE=759.808 CaloHcalE=26756.7 CaloEcalChi2=5536.32 CaloClusChi2=9.47272 CaloTrajectoryL=1637.38 CaloEoverP=0.871957 EcalPIDe=-4.00067 HcalPIDe=-2.87281 HcalPIDmu=-2.51557 EcalPIDmu=0.78412 TrackChi2PerDof=0.687172 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=24965.2 TrackPt=196.88 CombDLLe=-7.15381 CombDLLmu=-1.81575 CombDLLpi=0 CombDLLk=-2.59472 CombDLLp=0.749798 CombDLLd=0.749798 ProbNNe=1.21052e-05 ProbNNpi=0.918055 ProbNNk=0.00185656 ProbNNp=0.0118628 ProbNNghost=0.241923 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.53353 RichDLLmu=4.36959 RichDLLpi=0 RichDLLk=-3.49342 RichDLLp=-1.41511 RichPIDStatus=6081 RichDLLbt=-1.41511 RichDLLd=-1.41511 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.60783 CaloElectronMatch=646.527 CaloChargedEcal=2299.97 CaloChargedID=43311 CaloEcalE=15035.1 CaloHcalE=6784.05 CaloEcalChi2=646.527 CaloClusChi2=1.60783 CaloTrajectoryL=2247.33 CaloEoverP=0.129301 EcalPIDe=-0.597229 HcalPIDe=-1.71807 HcalPIDmu=-1.29155 EcalPIDmu=-2.80328 TrackChi2PerDof=1.04307 TrackNumDof=13 TrackType=3 TrackHistory=32 TrackP=19007 TrackPt=225.329 CombDLLe=-1.35306 CombDLLmu=0.828683 CombDLLpi=0 CombDLLk=-3.49342 CombDLLp=-1.41511 CombDLLd=-1.41511 ProbNNe=0.982127 ProbNNpi=0.282562 ProbNNk=0.00259055 ProbNNp=0.00771799 ProbNNghost=0.887226 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.52128 RichDLLmu=-0.809353 RichDLLpi=0 RichDLLk=-15.7941 RichDLLp=-13.1563 RichPIDStatus=6083 RichDLLbt=-13.1563 RichDLLd=-13.1563 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=9.61488 CaloElectronMatch=5547.01 CaloChargedEcal=20756.2 CaloChargedID=42835 CaloEcalE=759.808 CaloHcalE=26756.7 CaloEcalChi2=5547.01 CaloClusChi2=9.61488 CaloTrajectoryL=1639.69 CaloEoverP=0.860476 EcalPIDe=-4.00067 HcalPIDe=-2.87281 HcalPIDmu=-2.51557 EcalPIDmu=0.78412 TrackChi2PerDof=0.724826 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=25298.3 TrackPt=211.71 CombDLLe=-7.66135 CombDLLmu=-2.85475 CombDLLpi=0 CombDLLk=-15.7941 CombDLLp=-13.1563 CombDLLd=-13.1563 ProbNNe=2.60264e-06 ProbNNpi=0.914923 ProbNNk=0.000108761 ProbNNp=0.00055102 ProbNNghost=0.0949108 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.093 RichDLLmu=-12.5924 RichDLLpi=0 RichDLLk=-6.00485 RichDLLp=-6.00485 RichPIDStatus=5059 RichDLLbt=-6.00485 RichDLLd=-6.00485 MuonMuLL=-0.724638 MuonBkgLL=-3.38384 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.91161 MuonMVA1=-999 MuonMVA2=-0.0668516 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.71832 CaloElectronMatch=527.54 CaloBremMatch=205.298 CaloChargedEcal=4232 CaloChargedID=38986 CaloNeutralEcal=4232 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.67626 CaloNeutralID=38986 CaloEcalE=866.05 CaloHcalE=11798.3 CaloEcalChi2=527.54 CaloClusChi2=1.71832 CaloTrajectoryL=-265.861 CaloEoverP=0.45939 EcalPIDe=-0.324664 HcalPIDe=-0.892025 HcalPIDmu=-0.843241 EcalPIDmu=0.884052 TrackChi2PerDof=1.01642 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9617.5 TrackPt=325.578 CombDLLe=-3.89024 CombDLLmu=-4.20967 CombDLLpi=0 CombDLLk=-6.00485 CombDLLp=-6.00485 CombDLLd=-2.62101 ProbNNe=0.000423511 ProbNNmu=0.0006259 ProbNNpi=0.937276 ProbNNk=0.000184815 ProbNNp=0.00301662 ProbNNghost=0.285032 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.66485 RichDLLmu=5.40703 RichDLLpi=0 RichDLLk=-3.29161 RichDLLp=-3.29161 RichPIDStatus=5090 RichDLLbt=-3.29161 RichDLLd=-3.29161 MuonMuLL=-0.94469 MuonBkgLL=-3.67845 MuonNShared=2 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.01369 MuonMVA1=-999 MuonMVA2=1.61328 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.519342 CaloElectronMatch=229.841 CaloBremMatch=39.3169 CaloChargedEcal=4595.86 CaloChargedID=39179 CaloNeutralEcal=4595.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.717088 CaloNeutralID=39179 CaloEcalE=971.122 CaloHcalE=2739.52 CaloEcalChi2=229.841 CaloClusChi2=0.519342 CaloTrajectoryL=-86.1522 CaloEoverP=0.555083 EcalPIDe=0.54377 HcalPIDe=-1.19618 HcalPIDmu=0.86788 EcalPIDmu=0.591593 TrackChi2PerDof=2.62488 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8552.14 TrackPt=263.535 CombDLLe=-1.80808 CombDLLmu=9.74928 CombDLLpi=0 CombDLLk=-3.29161 CombDLLp=-3.29161 CombDLLd=0.38684 ProbNNe=0.0356216 ProbNNmu=0.000625899 ProbNNpi=0.00619854 ProbNNk=0.00479204 ProbNNp=0.241508 ProbNNghost=0.618281 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 InAccBrem=1 TrackChi2PerDof=1.56475 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2537.12 TrackPt=139.526 ProbNNe=0.233592 ProbNNpi=0.127434 ProbNNk=0.00166679 ProbNNp=0.0137678 ProbNNghost=0.654822 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.3269 RichDLLmu=2.89438 RichDLLpi=0 RichDLLk=-1.91594 RichDLLp=-1.91594 RichPIDStatus=5026 RichDLLbt=-1.91594 RichDLLd=-1.91594 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.762894 CaloElectronMatch=20.5104 CaloBremMatch=20.5104 CaloChargedEcal=3063.22 CaloChargedID=34945 CaloNeutralEcal=3063.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931791 CaloNeutralID=34945 CaloEcalE=2330.07 CaloEcalChi2=20.5104 CaloClusChi2=0.762894 CaloTrajectoryL=126.702 CaloEoverP=1.06208 EcalPIDe=3.01028 EcalPIDmu=-3.85484 TrackChi2PerDof=1.80023 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3159.42 TrackPt=164.015 CombDLLe=1.24218 CombDLLmu=-0.201898 CombDLLpi=0 CombDLLk=-1.91594 CombDLLp=-1.91594 CombDLLd=-1.91594 ProbNNe=0.355613 ProbNNpi=0.0390276 ProbNNk=0.0117695 ProbNNp=0.0175272 ProbNNghost=0.949731 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=13.5888 RichDLLmu=2.15762 RichDLLpi=0 RichDLLk=2.74714 RichDLLp=2.74714 RichPIDStatus=5025 RichDLLbt=2.74714 RichDLLd=2.74714 MuonMuLL=0 MuonBkgLL=-0.042794 MuonNShared=8 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=504.789 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.625529 CaloElectronMatch=10.3594 CaloBremMatch=10.3594 CaloChargedEcal=5173.49 CaloChargedID=39490 CaloNeutralEcal=5173.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939472 CaloNeutralID=39490 CaloEcalE=4359.4 CaloHcalE=0 CaloEcalChi2=10.3594 CaloClusChi2=0.625529 CaloTrajectoryL=81.8814 CaloEoverP=1.1841 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-2.09154 TrackChi2PerDof=1.38159 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4668.89 TrackPt=220.722 CombDLLe=5.75284 CombDLLmu=-2.07339 CombDLLpi=0 CombDLLk=2.74714 CombDLLp=2.74714 CombDLLd=2.78993 ProbNNe=0.999555 ProbNNpi=0.0772487 ProbNNk=0.0505824 ProbNNp=0.0909492 ProbNNghost=0.917679 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0944901 CaloElectronMatch=13.1391 CaloChargedEcal=4490.63 CaloChargedID=34870 CaloEcalE=2755.38 CaloHcalE=108.9 CaloEcalChi2=13.1391 CaloClusChi2=0.0944901 CaloTrajectoryL=-62.3126 CaloEoverP=1.45906 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-3.65401 TrackChi2PerDof=1.91825 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3168.53 TrackPt=86.704 CombDLLe=3.46225 CombDLLmu=-6.36178 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.841968 ProbNNpi=0.0430397 ProbNNk=0.00493359 ProbNNp=0.00704116 ProbNNghost=0.958334 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.82612 RichDLLmu=6.34927 RichDLLpi=0 RichDLLk=20.0026 RichDLLp=20.0026 RichPIDStatus=5028 RichDLLbt=20.0026 RichDLLd=20.0026 InAccBrem=1 TrackChi2PerDof=0.714233 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4936.33 TrackPt=749.617 CombDLLe=-0.49375 CombDLLmu=5.97631 CombDLLpi=0 CombDLLk=20.0026 CombDLLp=20.0026 CombDLLd=20.0026 ProbNNe=0.0178311 ProbNNpi=0.0506375 ProbNNk=0.201374 ProbNNp=0.827118 ProbNNghost=0.00373031 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.22204 RichDLLmu=2.76445 RichDLLpi=0 RichDLLk=19.0218 RichDLLp=25.9265 RichPIDStatus=8166 RichDLLbt=27.7309 RichDLLd=27.7309 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=12.2975 CaloElectronMatch=3869.82 CaloBremMatch=4.35438 CaloChargedEcal=4492.51 CaloChargedID=34765 CaloNeutralEcal=4492.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940019 CaloNeutralID=34765 CaloEcalE=0 CaloHcalE=11895 CaloEcalChi2=3869.82 CaloClusChi2=12.2975 CaloTrajectoryL=10359.5 CaloEoverP=0.233006 EcalPIDe=-2.19247 HcalPIDe=-1.56856 HcalPIDmu=-2.02874 EcalPIDmu=0.685792 TrackChi2PerDof=0.630639 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=19731.3 TrackPt=990.258 CombDLLe=-2.68087 CombDLLmu=2.17584 CombDLLpi=0 CombDLLk=19.0218 CombDLLp=25.9265 CombDLLd=27.7309 ProbNNe=0.000412055 ProbNNpi=0.01815 ProbNNk=0.309853 ProbNNp=0.929434 ProbNNghost=0.00162658 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.99064 RichDLLmu=-0.962379 RichDLLpi=0 RichDLLk=4.54311 RichDLLp=4.54311 RichPIDStatus=5060 RichDLLbt=4.54311 RichDLLd=4.54311 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.20605 CaloElectronMatch=28.9281 CaloChargedEcal=6047.51 CaloChargedID=38712 CaloEcalE=2762.9 CaloHcalE=2267.93 CaloEcalChi2=28.9281 CaloClusChi2=0.20605 CaloTrajectoryL=41.0917 CaloEoverP=0.75701 EcalPIDe=3.71102 HcalPIDe=-0.783803 HcalPIDmu=1.70097 EcalPIDmu=-2.07036 TrackChi2PerDof=0.978613 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=7999.29 TrackPt=283.787 CombDLLe=2.40483 CombDLLmu=-1.70033 CombDLLpi=0 CombDLLk=4.54311 CombDLLp=4.54311 CombDLLd=4.54311 ProbNNe=0.00724001 ProbNNpi=0.448142 ProbNNk=0.00496434 ProbNNp=0.00577107 ProbNNghost=0.801344 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=38.5792 RichDLLmu=-7.04161 RichDLLpi=0 RichDLLk=11.9252 RichDLLp=11.9252 RichPIDStatus=5025 RichDLLbt=11.9252 RichDLLd=11.9252 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.858882 CaloElectronMatch=0.423329 CaloBremMatch=0.423329 CaloChargedEcal=5016.01 CaloChargedID=33797 CaloNeutralEcal=5016.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979297 CaloNeutralID=33797 CaloEcalE=4673.1 CaloHcalE=0 CaloEcalChi2=0.423329 CaloClusChi2=0.858882 CaloTrajectoryL=109.667 CaloEoverP=1.06234 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-1.95315 TrackChi2PerDof=0.677838 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4789.56 TrackPt=809.758 CombDLLe=8.68613 CombDLLmu=-11.0339 CombDLLpi=0 CombDLLk=11.9252 CombDLLp=11.9252 CombDLLd=11.9252 ProbNNe=1 ProbNNpi=0.149155 ProbNNk=0.0160098 ProbNNp=0.00161313 ProbNNghost=0.106796 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.05215 RichDLLmu=0.823138 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.01258 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2281.86 TrackPt=120.45 CombDLLe=-0.184084 CombDLLmu=1.14209 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.764475 ProbNNpi=0.304861 ProbNNk=0.0225245 ProbNNp=0.0297449 ProbNNghost=0.550259 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.79451 RichDLLmu=3.30706 RichDLLpi=0 RichDLLk=0.774281 RichDLLp=0.774281 RichPIDStatus=5026 RichDLLbt=0.774281 RichDLLd=0.774281 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.08378 CaloElectronMatch=20.6537 CaloBremMatch=20.6537 CaloChargedEcal=2685.9 CaloChargedID=34441 CaloNeutralEcal=2685.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819085 CaloNeutralID=34441 CaloEcalE=1216.4 CaloHcalE=1983.68 CaloEcalChi2=20.6537 CaloClusChi2=1.08378 CaloTrajectoryL=251.427 CaloEoverP=0.865834 EcalPIDe=3.01028 HcalPIDe=-1.42003 HcalPIDmu=2.09368 EcalPIDmu=-1.16694 TrackChi2PerDof=1.29255 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3417.97 TrackPt=202.704 CombDLLe=1.27642 CombDLLmu=4.98185 CombDLLpi=0 CombDLLk=0.774281 CombDLLp=0.774281 CombDLLd=0.774281 ProbNNe=0.110616 ProbNNpi=0.57052 ProbNNk=0.0240858 ProbNNp=0.0659916 ProbNNghost=0.136199 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.19837 RichDLLmu=-1.45582 RichDLLpi=0 RichDLLk=2.17492 RichDLLp=2.17492 RichPIDStatus=5028 RichDLLbt=2.17492 RichDLLd=2.17492 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.161687 CaloElectronMatch=9.42173 CaloBremMatch=9.42173 CaloChargedEcal=3340.36 CaloChargedID=34488 CaloNeutralEcal=3340.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955535 CaloNeutralID=34488 CaloEcalE=1682.96 CaloHcalE=115.006 CaloEcalChi2=9.42173 CaloClusChi2=0.161687 CaloTrajectoryL=70.3895 CaloEoverP=1.06059 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-2.26841 TrackChi2PerDof=2.07287 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3407.4 TrackPt=168.234 CombDLLe=2.90373 CombDLLmu=-6.95862 CombDLLpi=0 CombDLLk=2.17492 CombDLLp=2.17492 CombDLLd=2.17492 ProbNNe=0.743362 ProbNNpi=0.31343 ProbNNk=0.041267 ProbNNp=0.0557781 ProbNNghost=0.722563 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.50634 RichDLLmu=0.00342846 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.84444 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2433.63 TrackPt=81.9604 CombDLLe=-0.612043 CombDLLmu=0.00479984 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.122679 ProbNNpi=0.545245 ProbNNk=0.0216797 ProbNNp=0.0319973 ProbNNghost=0.292327 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.6071 RichDLLmu=-24.9203 RichDLLpi=0 RichDLLk=-9.17042 RichDLLp=-9.17042 RichPIDStatus=5027 RichDLLbt=-9.17042 RichDLLd=-9.17042 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.798426 CaloElectronMatch=252.891 CaloBremMatch=128.048 CaloChargedEcal=624.277 CaloChargedID=35197 CaloNeutralEcal=624.277 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809791 CaloNeutralID=35197 CaloEcalE=591.664 CaloEcalChi2=252.891 CaloClusChi2=0.798426 CaloTrajectoryL=189.635 CaloEoverP=0.19224 EcalPIDe=0.287807 EcalPIDmu=1.57868 TrackChi2PerDof=1.44835 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4225.79 TrackPt=473.087 CombDLLe=-2.75225 CombDLLmu=-5.42067 CombDLLpi=0 CombDLLk=-9.17042 CombDLLp=-9.17042 CombDLLd=-9.17042 ProbNNe=0.00983632 ProbNNpi=0.981546 ProbNNk=0.000194946 ProbNNp=0.00261551 ProbNNghost=0.00801004 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.625297 CaloElectronMatch=102.423 CaloBremMatch=13.1391 CaloChargedEcal=4490.63 CaloChargedID=34870 CaloNeutralEcal=4490.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.74993 CaloNeutralID=34870 CaloEcalE=2973.37 CaloHcalE=478.853 CaloEcalChi2=102.423 CaloClusChi2=0.625297 CaloTrajectoryL=814.662 CaloEoverP=1.32611 EcalPIDe=1.50525 HcalPIDe=-0.248115 HcalPIDmu=-1.09338 EcalPIDmu=-2.04159 TrackChi2PerDof=2.46813 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=3486.19 TrackPt=134.865 CombDLLe=1.25714 CombDLLmu=-3.13497 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.300969 ProbNNpi=0.144633 ProbNNk=0.0178907 ProbNNp=0.00842421 ProbNNghost=0.951704 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.5573 RichDLLmu=-0.726769 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.94071 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2127.18 TrackPt=358.25 CombDLLe=-1.96807 CombDLLmu=-1.01037 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.94158 ProbNNpi=0.641319 ProbNNk=0.0318547 ProbNNp=0.0664733 ProbNNghost=0.150875 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.363232 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4257 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.93895 TrackNumDof=6 TrackType=5 TrackHistory=33 TrackP=1737.68 TrackPt=75.9322 CombDLLe=0.0635638 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.971664 ProbNNpi=0.0585791 ProbNNk=0.0223124 ProbNNp=0.0325275 ProbNNghost=0.892395 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.965904 RichDLLmu=-0.0387797 RichDLLpi=0 RichDLLk=4.44656 RichDLLp=-5.5277 RichPIDStatus=8100 RichDLLbt=-3.86715 RichDLLd=-3.86715 InAccBrem=1 CaloBremChi2=273.139 BremPIDe=-0.266715 TrackChi2PerDof=1.05304 TrackNumDof=31 TrackType=4 TrackHistory=34 TrackP=18826.8 TrackPt=789.465 CombDLLe=-0.435715 CombDLLmu=-0.0542905 CombDLLpi=0 CombDLLk=4.44656 CombDLLp=-5.5277 CombDLLd=-3.86715 ProbNNe=0.00140114 ProbNNmu=0.00343484 ProbNNpi=0.380522 ProbNNk=0.755585 ProbNNp=0.374437 ProbNNghost=0.004491 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=11.5546 RichDLLmu=1.53857 RichDLLpi=0 RichDLLk=15.8093 RichDLLp=15.8093 RichPIDStatus=5028 RichDLLbt=15.8093 RichDLLd=15.8093 InAccBrem=1 CaloBremChi2=125.792 BremPIDe=0.185998 TrackChi2PerDof=0.847475 TrackNumDof=14 TrackType=4 TrackHistory=34 TrackP=6308.04 TrackPt=467.914 CombDLLe=2.15362 CombDLLmu=2.08849 CombDLLpi=0 CombDLLk=15.8093 CombDLLp=15.8093 CombDLLd=15.8093 ProbNNe=0.00871812 ProbNNmu=0.00404482 ProbNNpi=0.157143 ProbNNk=0.287789 ProbNNp=0.0585214 ProbNNghost=0.837598 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.660706 RichDLLmu=-0.0902748 RichDLLpi=0 RichDLLk=3.69215 RichDLLp=-3.03556 RichPIDStatus=8100 RichDLLbt=-2.98933 RichDLLd=-2.98933 InAccBrem=1 CaloBremChi2=585.145 BremPIDe=-0.618836 TrackChi2PerDof=1.81097 TrackNumDof=6 TrackType=4 TrackHistory=34 TrackP=17609.6 TrackPt=1259.11 CombDLLe=-0.734448 CombDLLmu=-0.126371 CombDLLpi=0 CombDLLk=3.69215 CombDLLp=-3.03556 CombDLLd=-2.98933 ProbNNe=0.00994832 ProbNNmu=0.00530087 ProbNNpi=0.0201727 ProbNNk=0.0116919 ProbNNp=0.0600767 ProbNNghost=0.945411 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.3466 RichDLLmu=-17.557 RichDLLpi=0 RichDLLk=-10.7522 RichDLLp=-10.7522 RichPIDStatus=5027 RichDLLbt=-10.7522 RichDLLd=-10.7522 InAccBrem=1 CaloBremChi2=186.969 BremPIDe=-0.248889 TrackChi2PerDof=0.657567 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=5420.63 TrackPt=524.82 CombDLLe=-4.29121 CombDLLmu=-6.98753 CombDLLpi=0 CombDLLk=-10.7522 CombDLLp=-10.7522 CombDLLd=-10.7522 ProbNNe=4.51168e-06 ProbNNmu=0.000695328 ProbNNpi=0.974041 ProbNNk=0.00260178 ProbNNp=0.00487924 ProbNNghost=0.00820466 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.51552 RichDLLmu=5.20166 RichDLLpi=0 RichDLLk=7.3434 RichDLLp=7.3434 RichPIDStatus=5028 RichDLLbt=7.3434 RichDLLd=7.3434 InAccBrem=1 CaloBremChi2=19.7731 BremPIDe=2.37284 TrackChi2PerDof=1.68555 TrackNumDof=5 TrackType=4 TrackHistory=34 TrackP=3395.97 TrackPt=565.471 CombDLLe=0.904738 CombDLLmu=5.44613 CombDLLpi=0 CombDLLk=7.3434 CombDLLp=7.3434 CombDLLd=7.3434 ProbNNe=5.75372e-05 ProbNNmu=0.0168115 ProbNNpi=0.600666 ProbNNk=0.0619103 ProbNNp=0.0663188 ProbNNghost=0.233928 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=186.694 ShowerShape=1591.47 ClusterMass=53.9825 CaloNeutralEcal=43964.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925731 CaloNeutralID=37726 CaloNeutralE19=0.685406 CaloClusterCode=-95 CaloClusterFrac=0.99999 IsPhoton=0.710043 IsNotH=0.82606 IsPhotonXGB=0.137996 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0641134 ShowerShape=35114 ClusterMass=66.5679 CaloNeutralEcal=16303 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786849 CaloNeutralID=34155 CaloNeutralE19=0.383151 CaloClusterCode=60 IsPhoton=1 IsNotH=0.00594014 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.643671 ShowerShape=5028.09 ClusterMass=117.785 CaloNeutralEcal=28294.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813222 CaloNeutralID=38769 CaloNeutralE19=0.388043 CaloClusterCode=98 IsPhoton=0.000560485 IsNotH=0.0287633 IsPhotonXGB=0.0125226 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.760179 ShowerShape=5321.45 ClusterMass=58.2373 CaloNeutralEcal=21698.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796931 CaloNeutralID=38862 CaloNeutralE19=0.338755 CaloClusterCode=-91 CaloClusterFrac=0.999967 IsPhoton=1 IsNotH=0.00695299 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.334445 ShowerShape=8332.27 ClusterMass=62.2017 CaloNeutralEcal=15536.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.668254 CaloNeutralID=39030 CaloNeutralE19=0.33994 CaloClusterCode=92 CaloClusterFrac=0.999826 IsPhoton=1 IsNotH=0.00762192 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0806507 ShowerShape=7357.82 ClusterMass=70.0287 CaloNeutralEcal=18208.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.913515 CaloNeutralID=39090 CaloNeutralE19=0.479697 CaloClusterCode=93 CaloClusterFrac=0.999935 IsPhoton=1 IsNotH=0.540193 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=186.694 ShowerShape=1591.47 ClusterMass=53.9825 CaloNeutralEcal=43964.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925731 CaloNeutralID=37726 CaloNeutralE19=0.685406 CaloClusterCode=-95 CaloClusterFrac=0.99999 IsPhoton=0.708522 IsNotH=0.82606 IsPhotonXGB=0.137996 ClusterAsX=0.19561 ClusterAsY=-0.00614259 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=69.5567 ShowerShape=15399.1 CaloNeutralEcal=8300.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.744812 CaloNeutralID=33891 CaloNeutralE19=0.374061 CaloClusterCode=-97 CaloClusterFrac=0.999976 IsPhoton=1 IsNotH=0.0585749 IsPhotonXGB=1 ClusterAsX=-0.0936149 ClusterAsY=0.0681723 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=67.3872 ShowerShape=729.473 CaloNeutralEcal=47188.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93303 CaloNeutralID=43426 CaloNeutralE19=0.759829 CaloClusterCode=-67 CaloClusterFrac=0.999931 IsPhoton=1 IsNotH=0.932114 IsPhotonXGB=1 ClusterAsX=-0.0102454 ClusterAsY=0.135593 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.9976 ShowerShape=1922.59 CaloNeutralEcal=31105.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949392 CaloNeutralID=43095 CaloNeutralE19=0.497766 CaloClusterCode=66 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.0975978 IsPhotonXGB=1 ClusterAsX=-0.391506 ClusterAsY=0.285982 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.47272 ShowerShape=2167.91 CaloNeutralEcal=20756.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.755459 CaloNeutralID=42835 CaloNeutralE19=0.313131 CaloClusterCode=92 CaloClusterFrac=0.999845 IsPhoton=1 IsNotH=0.00558571 IsPhotonXGB=1 ClusterAsX=0.174881 ClusterAsY=-0.356238 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=683.484 ShowerShape=9310.14 CaloNeutralEcal=3678.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855874 CaloNeutralID=36385 CaloNeutralE19=0.714706 CaloClusterCode=98 CaloClusterFrac=0.99999 IsPhoton=1 IsNotH=0.39566 IsPhotonXGB=1 ClusterAsX=0.0570647 ClusterAsY=0.00719755 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=126.987 ShowerShape=1320.02 CaloNeutralEcal=9165.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962036 CaloNeutralID=40028 CaloNeutralE19=0.751769 CaloClusterCode=91 CaloClusterFrac=0.999959 IsPhoton=1 IsNotH=0.877806 IsPhotonXGB=1 ClusterAsX=0.0910528 ClusterAsY=-0.113732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=81.551 ShowerShape=15062.9 CaloNeutralEcal=5459.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.787337 CaloNeutralID=33889 CaloNeutralE19=0.545535 CaloClusterCode=-96 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.0246014 IsPhotonXGB=1 ClusterAsX=-0.0252532 ClusterAsY=0.168616 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=83.6598 ShowerShape=8547.89 CaloNeutralEcal=5834.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936979 CaloNeutralID=35681 CaloNeutralE19=0.403965 CaloClusterCode=-95 CaloClusterFrac=0.999954 IsPhoton=1 IsNotH=0.147396 IsPhotonXGB=1 ClusterAsX=0.466532 ClusterAsY=-0.111022 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=128.204 ShowerShape=1833.86 CaloNeutralEcal=3850.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978459 CaloNeutralID=35249 CaloNeutralE19=0.902844 CaloClusterCode=97 CaloClusterFrac=1.00147 IsPhoton=1 IsNotH=0.886104 IsPhotonXGB=1 ClusterAsX=-0.0240616 ClusterAsY=0.0367982 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.7507 ShowerShape=1789 CaloNeutralEcal=13765.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.899802 CaloNeutralID=42475 CaloNeutralE19=0.426407 CaloClusterCode=-91 CaloClusterFrac=0.959917 IsPhoton=1 IsNotH=0.16638 IsPhotonXGB=1 ClusterAsX=0.213531 ClusterAsY=-0.345343 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=355.88 ShowerShape=9261.24 CaloNeutralEcal=3655.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966528 CaloNeutralID=33632 CaloNeutralE19=0.639346 CaloClusterCode=97 CaloClusterFrac=0.99987 IsPhoton=1 IsNotH=0.525576 IsPhotonXGB=1 ClusterAsX=-0.0339005 ClusterAsY=0.286561 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.9094 ShowerShape=1429.78 CaloNeutralEcal=28121.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909648 CaloNeutralID=42594 CaloNeutralE19=0.350858 CaloClusterCode=65 IsPhoton=1 IsNotH=0.118282 IsPhotonXGB=1 ClusterAsX=0.345378 ClusterAsY=-0.258204 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=405.321 ShowerShape=6712.47 CaloNeutralEcal=2635.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940562 CaloNeutralID=33778 CaloNeutralE19=0.491527 CaloClusterCode=-91 CaloClusterFrac=1.00714 IsPhoton=1 IsNotH=0.372784 IsPhotonXGB=1 ClusterAsX=0.0183849 ClusterAsY=-0.413945 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.3798 ShowerShape=1179.22 CaloNeutralEcal=11971.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911995 CaloNeutralID=43754 CaloNeutralE19=0.753701 CaloClusterCode=97 CaloClusterFrac=0.999931 IsPhoton=1 IsNotH=0.941669 IsPhotonXGB=1 ClusterAsX=0.0292179 ClusterAsY=0.069061 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=227.245 ShowerShape=1586.27 CaloNeutralEcal=8285.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911623 CaloNeutralID=39839 CaloNeutralE19=0.715884 CaloClusterCode=97 CaloClusterFrac=0.999966 IsPhoton=1 IsNotH=0.876867 IsPhotonXGB=1 ClusterAsX=0.0323502 ClusterAsY=0.148902 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.7989 ShowerShape=1103.86 CaloNeutralEcal=10197.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924567 CaloNeutralID=43567 CaloNeutralE19=0.460599 CaloClusterCode=-95 CaloClusterFrac=1.00172 IsPhoton=1 IsNotH=0.872427 IsPhotonXGB=1 ClusterAsX=0.349701 ClusterAsY=-0.0680343 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=132.669 ShowerShape=1920.04 CaloNeutralEcal=4440.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970038 CaloNeutralID=38278 CaloNeutralE19=0.708904 CaloClusterCode=93 CaloClusterFrac=1.00172 IsPhoton=1 IsNotH=0.792687 IsPhotonXGB=1 ClusterAsX=-0.217852 ClusterAsY=-0.0906865 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.7181 ShowerShape=13726.4 CaloNeutralEcal=2897.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84681 CaloNeutralID=33999 CaloNeutralE19=0.324315 CaloClusterCode=93 CaloClusterFrac=1.00379 IsPhoton=1 IsNotH=0.0343319 IsPhotonXGB=1 ClusterAsX=-0.224306 ClusterAsY=0.343506 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.7524 ShowerShape=24039 CaloNeutralEcal=4431.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.668649 CaloNeutralID=34081 CaloNeutralE19=0.284695 CaloClusterCode=93 CaloClusterFrac=0.999946 IsPhoton=1 IsNotH=0.00281226 IsPhotonXGB=1 ClusterAsX=-0.183318 ClusterAsY=-0.00630357 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=197.295 ShowerShape=1850.24 CaloNeutralEcal=5744.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.926266 CaloNeutralID=37856 CaloNeutralE19=0.621715 CaloClusterCode=-93 CaloClusterFrac=0.955203 IsPhoton=1 IsNotH=0.199185 IsPhotonXGB=1 ClusterAsX=-0.214075 ClusterAsY=-0.120753 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=268.148 ShowerShape=2476.6 CaloNeutralEcal=2100.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.989413 CaloNeutralID=33582 CaloNeutralE19=0.938445 CaloClusterCode=91 CaloClusterFrac=1.00469 IsPhoton=1 IsNotH=0.887091 IsPhotonXGB=1 ClusterAsX=-0.0119563 ClusterAsY=-0.0342379 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.12616 ShowerShape=2107.17 CaloNeutralEcal=3086.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.883825 CaloNeutralID=39038 CaloNeutralE19=0.515362 CaloClusterCode=-91 IsPhoton=1 IsNotH=0.251471 IsPhotonXGB=1 ClusterAsX=0.080582 ClusterAsY=-0.292156 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=546.057 ShowerShape=2480.36 CaloNeutralEcal=1767.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960287 CaloNeutralID=33906 CaloNeutralE19=0.858482 CaloClusterCode=-97 CaloClusterFrac=0.94734 IsPhoton=1 IsNotH=0.808058 IsPhotonXGB=1 ClusterAsX=0.0434398 ClusterAsY=0.023484 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=259.948 ShowerShape=6373.71 CaloNeutralEcal=2301.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.96367 CaloNeutralID=35865 CaloNeutralE19=0.605849 CaloClusterCode=91 CaloClusterFrac=1.0029 IsPhoton=1 IsNotH=0.320495 IsPhotonXGB=1 ClusterAsX=-0.121522 ClusterAsY=-0.225483 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=216.353 ShowerShape=3698.61 CaloNeutralEcal=1308.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983161 CaloNeutralID=34559 CaloNeutralE19=0.80569 CaloClusterCode=67 CaloClusterFrac=1.00297 IsPhoton=1 IsNotH=0.126349 IsPhotonXGB=1 ClusterAsX=-0.00933823 ClusterAsY=0.155986 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.3662 ShowerShape=1038.1 CaloNeutralEcal=7321.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866903 CaloNeutralID=42450 CaloNeutralE19=0.607369 CaloClusterCode=-91 CaloClusterFrac=0.986858 IsPhoton=1 IsNotH=0.766437 IsPhotonXGB=1 ClusterAsX=-0.0851145 ClusterAsY=-0.117566 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.82546 ShowerShape=7335.91 CaloNeutralEcal=1436.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896102 CaloNeutralID=35387 CaloNeutralE19=0.379621 CaloClusterCode=-91 CaloClusterFrac=1.02441 IsPhoton=1 IsNotH=0.148028 IsPhotonXGB=1 ClusterAsX=-0.0373561 ClusterAsY=-0.508574 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=94.5633 ShowerShape=14165.9 CaloNeutralEcal=1646.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819122 CaloNeutralID=33316 CaloNeutralE19=0.338497 CaloClusterCode=91 IsPhoton=1 IsNotH=0.0337037 IsPhotonXGB=1 ClusterAsX=0.0312525 ClusterAsY=-0.143369 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=147.834 ShowerShape=2766.05 CaloNeutralEcal=2213.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995314 CaloNeutralID=37951 CaloNeutralE19=0.569452 CaloClusterCode=63 CaloClusterFrac=1.00277 IsPhoton=1 IsNotH=0.712112 IsPhotonXGB=1 ClusterAsX=-0.283132 ClusterAsY=0.14962 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.8164 ShowerShape=1415.45 CaloNeutralEcal=11983.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.888232 CaloNeutralID=43555 CaloNeutralE19=0.389041 CaloClusterCode=-90 CaloClusterFrac=0.999653 IsPhoton=1 IsNotH=0.0842108 IsPhotonXGB=1 ClusterAsX=-0.417379 ClusterAsY=-0.380758 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=122.215 ShowerShape=7397.34 CaloNeutralEcal=3045.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980728 CaloNeutralID=35482 CaloNeutralE19=0.731854 CaloClusterCode=67 CaloClusterFrac=1.00665 IsPhoton=1 IsNotH=0.605359 IsPhotonXGB=1 ClusterAsX=-0.0832217 ClusterAsY=-0.384955 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=97.3503 ShowerShape=2383.08 CaloNeutralEcal=3919.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.906009 CaloNeutralID=37858 CaloNeutralE19=0.453388 CaloClusterCode=-95 CaloClusterFrac=0.925727 IsPhoton=1 IsNotH=0.102937 IsPhotonXGB=1 ClusterAsX=0.364959 ClusterAsY=0.0601973 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.02603 ShowerShape=20110.1 CaloNeutralEcal=1938.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.864016 CaloNeutralID=35086 CaloNeutralE19=0.348358 CaloClusterCode=-97 CaloClusterFrac=0.999821 IsPhoton=1 IsNotH=0.0123422 IsPhotonXGB=1 ClusterAsX=0.246923 ClusterAsY=0.277252 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=117.489 ShowerShape=961.178 CaloNeutralEcal=2963.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940404 CaloNeutralID=37937 CaloNeutralE19=0.832687 CaloClusterCode=93 CaloClusterFrac=1.00774 IsPhoton=1 IsNotH=0.953699 IsPhotonXGB=1 ClusterAsX=-0.0547404 ClusterAsY=0.0561694 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.361 ShowerShape=2638.32 CaloNeutralEcal=2125.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737998 CaloNeutralID=38325 CaloNeutralE19=0.50984 CaloClusterCode=-98 CaloClusterFrac=0.73877 IsPhoton=1 IsNotH=0.0105209 IsPhotonXGB=1 ClusterAsX=0.0762772 ClusterAsY=0.0645972 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.4051 ShowerShape=2275.39 CaloNeutralEcal=3775.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.837449 CaloNeutralID=39912 CaloNeutralE19=0.3657 CaloClusterCode=91 CaloClusterFrac=0.999592 IsPhoton=1 IsNotH=0.135499 IsPhotonXGB=1 ClusterAsX=0.024254 ClusterAsY=-0.426041 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=245.121 ShowerShape=662.815 CaloNeutralEcal=10490.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873947 CaloNeutralID=42522 CaloNeutralE19=0.676473 CaloClusterCode=-97 CaloClusterFrac=0.998361 IsPhoton=1 IsNotH=0.811102 IsPhotonXGB=1 ClusterAsX=0.0199113 ClusterAsY=0.122899 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.5836 ShowerShape=2476.6 CaloNeutralEcal=1351.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988869 CaloNeutralID=35079 CaloNeutralE19=0.963578 CaloClusterCode=-91 CaloClusterFrac=1.01007 IsPhoton=1 IsNotH=0.871154 IsPhotonXGB=1 ClusterAsX=0.0187377 ClusterAsY=-0.0088248 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=140.2 ShowerShape=5437.84 CaloNeutralEcal=1429.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995336 CaloNeutralID=35531 CaloNeutralE19=0.599966 CaloClusterCode=-91 CaloClusterFrac=1.01345 IsPhoton=1 IsNotH=0.504301 IsPhotonXGB=1 ClusterAsX=0.0155561 ClusterAsY=-0.380829 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=1976.92 CaloNeutralEcal=1686.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962461 CaloNeutralID=35882 CaloNeutralE19=0.900116 CaloClusterCode=90 CaloClusterFrac=1.00346 IsPhoton=1 IsNotH=0.896441 IsPhotonXGB=1 ClusterAsX=-0.0146599 ClusterAsY=-0.0347914 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=114.933 ShowerShape=834.713 CaloNeutralEcal=9026.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829893 CaloNeutralID=42520 CaloNeutralE19=0.626821 CaloClusterCode=-97 CaloClusterFrac=0.999902 IsPhoton=1 IsNotH=0.632929 IsPhotonXGB=1 ClusterAsX=-0.0421751 ClusterAsY=0.11195 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.0318 ShowerShape=10246.5 CaloNeutralEcal=2731.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820655 CaloNeutralID=35554 CaloNeutralE19=0.404859 CaloClusterCode=-97 CaloClusterFrac=1.00366 IsPhoton=1 IsNotH=0.0557564 IsPhotonXGB=1 ClusterAsX=-0.0409526 ClusterAsY=0.359769 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.1652 ShowerShape=11079.9 CaloNeutralEcal=1068.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793483 CaloNeutralID=34750 CaloNeutralE19=0.439743 CaloClusterCode=-96 CaloClusterFrac=0.998512 IsPhoton=1 IsNotH=0.00916358 IsPhotonXGB=1 ClusterAsX=-0.158946 ClusterAsY=0.217792 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=247.147 ShowerShape=11024.2 CaloNeutralEcal=1657.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796369 CaloNeutralID=36066 CaloNeutralE19=0.449847 CaloClusterCode=90 CaloClusterFrac=1.04101 IsPhoton=1 IsNotH=0.0269918 IsPhotonXGB=1 ClusterAsX=-0.0811883 ClusterAsY=-0.522788 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3039.39 CaloNeutralEcal=1345.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990482 CaloNeutralID=36134 CaloNeutralE19=0.838803 CaloClusterCode=-97 CaloClusterFrac=0.94155 IsPhoton=1 IsNotH=0.723836 IsPhotonXGB=1 ClusterAsX=0.075063 ClusterAsY=0.112179 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=170.157 ShowerShape=3857.19 CaloNeutralEcal=2912.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915128 CaloNeutralID=39955 CaloNeutralE19=0.813254 CaloClusterCode=93 IsPhoton=1 IsNotH=0.872342 IsPhotonXGB=1 ClusterAsX=-0.0636268 ClusterAsY=-0.0504798 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.82557 ShowerShape=9885.27 CaloNeutralEcal=1342.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940042 CaloNeutralID=34953 CaloNeutralE19=0.337454 CaloClusterCode=-90 CaloClusterFrac=0.999981 IsPhoton=1 IsNotH=0.0292948 IsPhotonXGB=1 ClusterAsX=-0.279886 ClusterAsY=-0.566094 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.6202 ShowerShape=953.825 CaloNeutralEcal=3874.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.858813 CaloNeutralID=43822 CaloNeutralE19=0.538132 CaloClusterCode=-91 CaloClusterFrac=0.83773 IsPhoton=1 IsNotH=0.16231 IsPhotonXGB=1 ClusterAsX=-0.163904 ClusterAsY=-0.133126 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.7555 ShowerShape=3138.36 CaloNeutralEcal=2681.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.717355 CaloNeutralID=37967 CaloNeutralE19=0.328598 CaloClusterCode=-91 CaloClusterFrac=0.998654 IsPhoton=1 IsNotH=0.0021208 IsPhotonXGB=1 ClusterAsX=-0.0569643 ClusterAsY=-0.226086 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=284.414 ShowerShape=9946.45 CaloNeutralEcal=1540.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954557 CaloNeutralID=33814 CaloNeutralE19=0.415229 CaloClusterCode=93 CaloClusterFrac=1.00435 IsPhoton=1 IsNotH=0.0710926 IsPhotonXGB=1 ClusterAsX=-0.438018 ClusterAsY=-0.237565 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.6766 ShowerShape=9539.07 CaloNeutralEcal=1371.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893178 CaloNeutralID=34444 CaloNeutralE19=0.508826 CaloClusterCode=93 CaloClusterFrac=1.02987 IsPhoton=1 IsNotH=0.0412054 IsPhotonXGB=1 ClusterAsX=-0.235034 ClusterAsY=0.208553 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=69.5636 ShowerShape=10742.1 CaloNeutralEcal=937.444 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898653 CaloNeutralID=34564 CaloNeutralE19=0.694491 CaloClusterCode=-95 CaloClusterFrac=1.00938 IsPhoton=1 IsNotH=0.49083 IsPhotonXGB=1 ClusterAsX=0.083863 ClusterAsY=0.0388844 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.3072 ShowerShape=1934.07 CaloNeutralEcal=1981.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919372 CaloNeutralID=38918 CaloNeutralE19=0.583993 CaloClusterCode=-93 CaloClusterFrac=1.01574 IsPhoton=1 IsNotH=0.763548 IsPhotonXGB=1 ClusterAsX=-0.299387 ClusterAsY=0.0300773 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.4723 ShowerShape=1518.33 CaloNeutralEcal=3438.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.838789 CaloNeutralID=43855 CaloNeutralE19=0.428464 CaloClusterCode=91 CaloClusterFrac=0.999436 IsPhoton=1 IsNotH=0.204334 IsPhotonXGB=1 ClusterAsX=-0.16264 ClusterAsY=-0.247626 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.1643 ShowerShape=8549.66 CaloNeutralEcal=1141.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956362 CaloNeutralID=34188 CaloNeutralE19=0.482403 CaloClusterCode=95 CaloClusterFrac=1.00892 IsPhoton=1 IsNotH=0.0744761 IsPhotonXGB=1 ClusterAsX=0.232212 ClusterAsY=0.22577 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=198.117 ShowerShape=6460.37 CaloNeutralEcal=850.332 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844042 CaloNeutralID=33908 CaloNeutralE19=0.658722 CaloClusterCode=-93 CaloClusterFrac=0.88814 IsPhoton=1 IsNotH=0.218167 IsPhotonXGB=1 ClusterAsX=-0.026972 ClusterAsY=-0.024483 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.75404 ShowerShape=2258.78 CaloNeutralEcal=5747.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.773961 CaloNeutralID=42795 CaloNeutralE19=0.298769 CaloClusterCode=-90 CaloClusterFrac=0.997263 IsPhoton=1 IsNotH=0.00825292 IsPhotonXGB=1 ClusterAsX=-0.351652 ClusterAsY=-0.194951 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.0912 ShowerShape=2205.42 CaloNeutralEcal=1928.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949225 CaloNeutralID=39542 CaloNeutralE19=0.612688 CaloClusterCode=93 CaloClusterFrac=1.01597 IsPhoton=1 IsNotH=0.715762 IsPhotonXGB=1 ClusterAsX=-0.323531 ClusterAsY=-0.0858279 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=357.216 ShowerShape=7793.55 CaloNeutralEcal=905.744 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934639 CaloNeutralID=33488 CaloNeutralE19=0.528935 CaloClusterCode=91 IsPhoton=1 IsNotH=0.414021 IsPhotonXGB=1 ClusterAsX=0.0146398 ClusterAsY=-0.341276 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=102.294 ShowerShape=12170.2 CaloNeutralEcal=1075.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.807102 CaloNeutralID=35822 CaloNeutralE19=0.379959 CaloClusterCode=97 CaloClusterFrac=1.01939 IsPhoton=1 IsNotH=0.0293089 IsPhotonXGB=1 ClusterAsX=-0.0109058 ClusterAsY=0.394955 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.0562 ShowerShape=5165.94 CaloNeutralEcal=1899.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.622105 CaloNeutralID=38346 CaloNeutralE19=0.280904 CaloClusterCode=92 CaloClusterFrac=1.00466 IsPhoton=1 IsNotH=0.00234205 IsPhotonXGB=1 ClusterAsX=0.22671 ClusterAsY=0.0307366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.41246 ShowerShape=1525.89 CaloNeutralEcal=3243.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.826729 CaloNeutralID=42417 CaloNeutralE19=0.386665 CaloClusterCode=93 CaloClusterFrac=1.0033 IsPhoton=1 IsNotH=0.441127 IsPhotonXGB=1 ClusterAsX=-0.305784 ClusterAsY=0.0200004 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=106.708 ShowerShape=1038.61 CaloNeutralEcal=4046.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919343 CaloNeutralID=42324 CaloNeutralE19=0.404797 CaloClusterCode=-93 CaloClusterFrac=1.00473 IsPhoton=1 IsNotH=0.359675 IsPhotonXGB=1 ClusterAsX=-0.417174 ClusterAsY=-0.192507 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.7048 ShowerShape=1582.98 CaloNeutralEcal=4269.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836701 CaloNeutralID=43500 CaloNeutralE19=0.58431 CaloClusterCode=95 CaloClusterFrac=0.999769 IsPhoton=1 IsNotH=0.496557 IsPhotonXGB=1 ClusterAsX=0.145818 ClusterAsY=-0.030236 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.8091 ShowerShape=2911.6 CaloNeutralEcal=1775.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.686184 CaloNeutralID=37841 CaloNeutralE19=0.342996 CaloClusterCode=-97 CaloClusterFrac=0.946819 IsPhoton=1 IsNotH=0.00367239 IsPhotonXGB=1 ClusterAsX=0.00651769 ClusterAsY=0.15977 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.1061 ShowerShape=4038.14 CaloNeutralEcal=2082.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.674191 CaloNeutralID=39346 CaloNeutralE19=0.271961 CaloClusterCode=91 CaloClusterFrac=0.999023 IsPhoton=1 IsNotH=0.0031791 IsPhotonXGB=1 ClusterAsX=-0.0721334 ClusterAsY=-0.200752 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=70.286 ShowerShape=1730.84 CaloNeutralEcal=2146.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.850948 CaloNeutralID=39536 CaloNeutralE19=0.687052 CaloClusterCode=61 CaloClusterFrac=0.999182 IsPhoton=1 IsNotH=0.328434 IsPhotonXGB=1 ClusterAsX=-0.00127598 ClusterAsY=0.0793836 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=140.535 ShowerShape=4860.7 CaloNeutralEcal=739.685 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991106 CaloNeutralID=34244 CaloNeutralE19=0.664564 CaloClusterCode=95 CaloClusterFrac=1.02299 IsPhoton=1 IsNotH=0.455597 IsPhotonXGB=1 ClusterAsX=0.3267 ClusterAsY=0.0991956 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.7134 ShowerShape=45869.1 CaloNeutralEcal=1335.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.80144 CaloNeutralID=33958 CaloNeutralE19=0.469865 CaloClusterCode=93 CaloClusterFrac=1.00349 IsPhoton=1 IsNotH=0.0393622 IsPhotonXGB=1 ClusterAsX=-0.141978 ClusterAsY=0.161888 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=314.771 ShowerShape=947.223 CaloNeutralEcal=4399.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924061 CaloNeutralID=42265 CaloNeutralE19=0.449824 CaloClusterCode=91 CaloClusterFrac=1.00544 IsPhoton=1 IsNotH=0.406266 IsPhotonXGB=1 ClusterAsX=0.198674 ClusterAsY=-0.329185 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=131.158 ShowerShape=3948.56 CaloNeutralEcal=650.656 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965867 CaloNeutralID=34560 CaloNeutralE19=0.809223 CaloClusterCode=61 CaloClusterFrac=1.03909 IsPhoton=1 IsNotH=0.135662 IsPhotonXGB=1 ClusterAsX=0.0188555 ClusterAsY=-0.113111 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=275.613 ShowerShape=2476.6 CaloNeutralEcal=592.812 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=35583 CaloNeutralE19=0.981357 CaloClusterCode=67 CaloClusterFrac=1.01934 IsPhoton=1 IsNotH=0.841614 IsPhotonXGB=1 ClusterAsX=-0.00913795 ClusterAsY=0.0186928 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=178.704 ShowerShape=12142.9 CaloNeutralEcal=758.933 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758575 CaloNeutralID=35890 CaloNeutralE19=0.313783 CaloClusterCode=95 CaloClusterFrac=1.01323 IsPhoton=1 IsNotH=0.0171347 IsPhotonXGB=1 ClusterAsX=0.491777 ClusterAsY=-0.0343048 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.55694 ShowerShape=13024.7 CaloNeutralEcal=928.608 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.715833 CaloNeutralID=34892 CaloNeutralE19=0.392071 CaloClusterCode=-91 CaloClusterFrac=0.999817 IsPhoton=1 IsNotH=0.0113123 IsPhotonXGB=1 ClusterAsX=0.126142 ClusterAsY=-0.1309 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50341 ShowerShape=1386.92 CaloNeutralEcal=6115.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809054 CaloNeutralID=42920 CaloNeutralE19=0.300431 CaloClusterCode=-67 CaloClusterFrac=0.997654 IsPhoton=1 IsNotH=0.0059893 IsPhotonXGB=1 ClusterAsX=0.376066 ClusterAsY=0.218369 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.8788 ShowerShape=1799.43 CaloNeutralEcal=2787.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.770494 CaloNeutralID=42610 CaloNeutralE19=0.442163 CaloClusterCode=95 CaloClusterFrac=1.03239 IsPhoton=1 IsNotH=0.793851 IsPhotonXGB=1 ClusterAsX=0.135799 ClusterAsY=0.103868 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.6178 ShowerShape=1279.15 CaloNeutralEcal=2680.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877242 CaloNeutralID=42130 CaloNeutralE19=0.394567 CaloClusterCode=91 CaloClusterFrac=0.99444 IsPhoton=1 IsNotH=0.448825 IsPhotonXGB=1 ClusterAsX=-0.186196 ClusterAsY=-0.319231 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=282.914 ShowerShape=10669.9 CaloNeutralEcal=866.044 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948744 CaloNeutralID=36127 CaloNeutralE19=0.453178 CaloClusterCode=92 CaloClusterFrac=1.02664 IsPhoton=1 IsNotH=0.0365394 IsPhotonXGB=1 ClusterAsX=0.485323 ClusterAsY=-0.356443 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.6399 ShowerShape=5406.57 CaloNeutralEcal=1431.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975241 CaloNeutralID=35492 CaloNeutralE19=0.576585 CaloClusterCode=-67 CaloClusterFrac=0.958063 IsPhoton=1 IsNotH=0.381221 IsPhotonXGB=1 ClusterAsX=-0.0373783 ClusterAsY=0.374458 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=197.802 ShowerShape=8586.17 CaloNeutralEcal=536.197 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919795 CaloNeutralID=33530 CaloNeutralE19=0.638041 CaloClusterCode=92 CaloClusterFrac=1.03305 IsPhoton=1 IsNotH=0.116091 IsPhotonXGB=1 ClusterAsX=0.201836 ClusterAsY=-0.270025 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.92819 ShowerShape=45949.5 CaloNeutralEcal=1408.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836716 CaloNeutralID=34149 CaloNeutralE19=0.475936 CaloClusterCode=60 CaloClusterFrac=0.998736 IsPhoton=1 IsNotH=0.0247821 IsPhotonXGB=1 ClusterAsX=-0.102953 ClusterAsY=-0.34372 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=206.554 ShowerShape=7869.72 CaloNeutralEcal=1004.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894585 CaloNeutralID=35873 CaloNeutralE19=0.588736 CaloClusterCode=93 CaloClusterFrac=1.00639 IsPhoton=1 IsNotH=0.309635 IsPhotonXGB=1 ClusterAsX=-0.241392 ClusterAsY=0.0173103 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=67.0065 ShowerShape=637.204 CaloNeutralEcal=2658.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922219 CaloNeutralID=43186 CaloNeutralE19=0.723883 CaloClusterCode=91 CaloClusterFrac=1.01209 IsPhoton=1 IsNotH=0.966944 IsPhotonXGB=1 ClusterAsX=0.0491818 ClusterAsY=-0.0711976 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=135.322 ShowerShape=8555.02 CaloNeutralEcal=683.203 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933846 CaloNeutralID=35701 CaloNeutralE19=0.481544 CaloClusterCode=96 CaloClusterFrac=1.03302 IsPhoton=1 IsNotH=0.106285 IsPhotonXGB=1 ClusterAsX=-0.267178 ClusterAsY=0.260102 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.8481 ShowerShape=7334.48 CaloNeutralEcal=572.929 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960417 CaloNeutralID=35644 CaloNeutralE19=0.612973 CaloClusterCode=-98 CaloClusterFrac=1.04871 IsPhoton=1 IsNotH=0.154379 IsPhotonXGB=1 ClusterAsX=0.307897 ClusterAsY=0.279376 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.27366 ShowerShape=2057.69 CaloNeutralEcal=1987.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.751459 CaloNeutralID=43253 CaloNeutralE19=0.46947 CaloClusterCode=-91 CaloClusterFrac=0.898323 IsPhoton=1 IsNotH=0.0155953 IsPhotonXGB=1 ClusterAsX=-0.0429666 ClusterAsY=-0.159273 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=9141.95 CaloNeutralEcal=619.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940555 CaloNeutralID=33177 CaloNeutralE19=0.534873 CaloClusterCode=63 IsPhoton=1 IsNotH=0.132178 IsPhotonXGB=1 ClusterAsX=-0.315409 ClusterAsY=0.0151129 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=85.1459 ShowerShape=2406.39 CaloNeutralEcal=603.595 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970833 CaloNeutralID=34438 CaloNeutralE19=0.880882 CaloClusterCode=-93 CaloClusterFrac=1.00858 IsPhoton=1 IsNotH=0.881118 IsPhotonXGB=1 ClusterAsX=-0.0493985 ClusterAsY=-0.0473298 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=151.779 ShowerShape=5309.06 CaloNeutralEcal=917.237 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979266 CaloNeutralID=34067 CaloNeutralE19=0.703626 CaloClusterCode=95 CaloClusterFrac=1.02315 IsPhoton=1 IsNotH=0.495186 IsPhotonXGB=1 ClusterAsX=0.209141 ClusterAsY=-0.0851105 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=45.3752 ShowerShape=9269.67 CaloNeutralEcal=868.142 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.831029 CaloNeutralID=34417 CaloNeutralE19=0.543167 CaloClusterCode=-91 CaloClusterFrac=1.08018 IsPhoton=1 IsNotH=0.0672082 IsPhotonXGB=1 ClusterAsX=-0.0136731 ClusterAsY=-0.280965 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.5146 ShowerShape=1087.12 CaloNeutralEcal=2628.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767107 CaloNeutralID=42409 CaloNeutralE19=0.498118 CaloClusterCode=-95 CaloClusterFrac=0.801016 IsPhoton=1 IsNotH=0.100844 IsPhotonXGB=1 ClusterAsX=0.0958539 ClusterAsY=-0.0291782 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=52.5124 ShowerShape=5891.62 CaloNeutralEcal=619.544 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924234 CaloNeutralID=34249 CaloNeutralE19=0.755587 CaloClusterCode=95 CaloClusterFrac=1.02312 IsPhoton=1 IsNotH=0.662619 IsPhotonXGB=1 ClusterAsX=0.150364 ClusterAsY=-0.0386597 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=107.684 ShowerShape=1009.31 CaloNeutralEcal=3184.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.828797 CaloNeutralID=42211 CaloNeutralE19=0.481577 CaloClusterCode=91 IsPhoton=1 IsNotH=0.305069 IsPhotonXGB=1 ClusterAsX=0.0330001 ClusterAsY=-0.305497 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=260.768 ShowerShape=2371.99 CaloNeutralEcal=905.775 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931069 CaloNeutralID=38141 CaloNeutralE19=0.458568 CaloClusterCode=93 CaloClusterFrac=1.05329 IsPhoton=1 IsNotH=0.728878 IsPhotonXGB=1 ClusterAsX=-0.404832 ClusterAsY=-0.0574682 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=640.16 ShowerShape=10005.9 CaloNeutralEcal=507.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775666 CaloNeutralID=36044 CaloNeutralE19=0.518227 CaloClusterCode=93 IsPhoton=1 IsNotH=0.0524736 IsPhotonXGB=1 ClusterAsX=0.00932661 ClusterAsY=-0.139483 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.8844 ShowerShape=895.461 CaloNeutralEcal=1680.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833131 CaloNeutralID=43380 CaloNeutralE19=0.5468 CaloClusterCode=-95 CaloClusterFrac=0.912774 IsPhoton=1 IsNotH=0.242351 IsPhotonXGB=1 ClusterAsX=0.0763576 ClusterAsY=-0.0697081 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=719.998 ShowerShape=8471.4 CaloNeutralEcal=455.731 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856157 CaloNeutralID=36136 CaloNeutralE19=0.572434 CaloClusterCode=-96 CaloClusterFrac=0.812112 IsPhoton=1 IsNotH=0.0279649 IsPhotonXGB=1 ClusterAsX=-0.13136 ClusterAsY=0.214184 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=67.1532 ShowerShape=5323.55 CaloNeutralEcal=491.151 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00466 CaloNeutralID=35529 CaloNeutralE19=0.672086 CaloClusterCode=-91 CaloClusterFrac=0.993031 IsPhoton=1 IsNotH=0.486335 IsPhotonXGB=1 ClusterAsX=-0.190225 ClusterAsY=-0.25797 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=255.907 ShowerShape=1668.85 CaloNeutralEcal=1127.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914057 CaloNeutralID=40043 CaloNeutralE19=0.541395 CaloClusterCode=91 CaloClusterFrac=1.01591 IsPhoton=1 IsNotH=0.764406 IsPhotonXGB=1 ClusterAsX=0.0561211 ClusterAsY=-0.339924 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=234.43 ShowerShape=1286.22 CaloNeutralEcal=3877.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721942 CaloNeutralID=42461 CaloNeutralE19=0.461797 CaloClusterCode=97 CaloClusterFrac=0.99992 IsPhoton=1 IsNotH=0.0249249 IsPhotonXGB=1 ClusterAsX=-0.0812775 ClusterAsY=0.0901712 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.1638 ShowerShape=8811.62 CaloNeutralEcal=777.374 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921549 CaloNeutralID=35740 CaloNeutralE19=0.545104 CaloClusterCode=93 CaloClusterFrac=1.06876 IsPhoton=1 IsNotH=0.215587 IsPhotonXGB=1 ClusterAsX=-0.297998 ClusterAsY=0.143805 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=241.843 ShowerShape=602.785 CaloNeutralEcal=1290.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950236 CaloNeutralID=43702 CaloNeutralE19=0.713776 CaloClusterCode=95 IsPhoton=1 IsNotH=0.644032 IsPhotonXGB=1 ClusterAsX=0.263033 ClusterAsY=-0.052136 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=108.438 ShowerShape=7690.37 CaloNeutralEcal=648.416 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.814153 CaloNeutralID=35540 CaloNeutralE19=0.71257 CaloClusterCode=90 IsPhoton=1 IsNotH=0.34701 IsPhotonXGB=1 ClusterAsX=-0.0199927 ClusterAsY=0.0179408 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=485.937 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33558 CaloNeutralE19=0.937602 CaloClusterCode=97 CaloClusterFrac=1.13587 IsPhoton=1 IsNotH=0.709954 IsPhotonXGB=1 ClusterAsX=-0.0164283 ClusterAsY=0.046004 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=123.933 ShowerShape=1640.32 CaloNeutralEcal=999.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908065 CaloNeutralID=40096 CaloNeutralE19=0.743132 CaloClusterCode=93 CaloClusterFrac=1.06779 IsPhoton=1 IsNotH=0.901747 IsPhotonXGB=1 ClusterAsX=-0.104416 ClusterAsY=0.0570215 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=4288.64 CaloNeutralEcal=185.418 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.15485 CaloNeutralID=36036 CaloNeutralE19=1.01056 CaloClusterCode=98 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.20513 ClusterAsY=0.309307 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=186.694 ShowerShape=642.583 CaloNeutralEcal=33066.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936617 CaloNeutralID=37726 CaloNeutralE19=0.911306 CaloClusterCode=97 CaloClusterFrac=0.752107 ClusterAsX=0.0275894 ClusterAsY=0.0130762 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=186.694 ShowerShape=1853.59 CaloNeutralEcal=11193.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.881506 CaloNeutralID=37727 CaloNeutralE19=0.665027 CaloClusterCode=83 CaloClusterFrac=0.256182 ClusterAsX=-0.2457 ClusterAsY=-0.0836387 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0641134 ShowerShape=8404.8 CaloNeutralEcal=5700.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937518 CaloNeutralID=34155 CaloNeutralE19=0.736449 CaloClusterCode=65 CaloClusterFrac=0.520268 ClusterAsX=0.344749 ClusterAsY=-0.312263 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0641134 ShowerShape=13260.6 CaloNeutralEcal=6831.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767417 CaloNeutralID=34090 CaloNeutralE19=0.231451 CaloClusterCode=98 CaloClusterFrac=0.668444 ClusterAsX=0.157001 ClusterAsY=0.396933 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.643671 ShowerShape=2104.8 CaloNeutralEcal=18169.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866212 CaloNeutralID=38769 CaloNeutralE19=0.604284 CaloClusterCode=96 CaloClusterFrac=0.642154 ClusterAsX=-0.139505 ClusterAsY=0.136555 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.643671 ShowerShape=2052.38 CaloNeutralEcal=12995.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869768 CaloNeutralID=38834 CaloNeutralE19=0.575685 CaloClusterCode=91 CaloClusterFrac=0.499418 ClusterAsX=0.118599 ClusterAsY=-0.15254 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.760179 ShowerShape=2550.69 CaloNeutralEcal=14145.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784935 CaloNeutralID=38862 CaloNeutralE19=0.519622 CaloClusterCode=92 CaloClusterFrac=0.651903 ClusterAsX=0.0938529 ClusterAsY=-0.112803 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.760179 ShowerShape=3177.41 CaloNeutralEcal=10269.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.751204 CaloNeutralID=38798 CaloNeutralE19=0.446709 CaloClusterCode=95 CaloClusterFrac=0.450488 ClusterAsX=0.117686 ClusterAsY=-0.128491 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.334445 ShowerShape=3058.88 CaloNeutralEcal=9676.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880783 CaloNeutralID=39030 CaloNeutralE19=0.545818 CaloClusterCode=96 CaloClusterFrac=0.622701 ClusterAsX=-0.34568 ClusterAsY=0.42718 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.334445 ShowerShape=2778.07 CaloNeutralEcal=6977.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827964 CaloNeutralID=38967 CaloNeutralE19=0.555385 CaloClusterCode=96 CaloClusterFrac=0.629881 ClusterAsX=-0.208035 ClusterAsY=0.255799 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0806507 ShowerShape=1244.09 CaloNeutralEcal=12278.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921212 CaloNeutralID=39090 CaloNeutralE19=0.711369 CaloClusterCode=93 CaloClusterFrac=0.674286 ClusterAsX=-0.0871344 ClusterAsY=0.0692107 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0806507 ShowerShape=2675.25 CaloNeutralEcal=9526.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.906172 CaloNeutralID=39089 CaloNeutralE19=0.656651 CaloClusterCode=90 CaloClusterFrac=0.449628 ClusterAsX=-0.302524 ClusterAsY=-0.330089 ] } -Printing ended -BrunelInit INFO Evt 5, Run 1, Nr. in job = 5 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.70871 RichDLLmu=-0.344328 RichDLLpi=0 RichDLLk=-34.8871 RichDLLp=-22.0405 RichPIDStatus=8163 RichDLLbt=-18.996 RichDLLd=-18.996 MuonMuLL=-0.00060016 MuonBkgLL=-0.282844 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=1317.88 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=22.9265 CaloElectronMatch=1983.61 CaloBremMatch=602.314 CaloChargedEcal=3385.9 CaloChargedID=43499 CaloNeutralEcal=3385.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.760118 CaloNeutralID=43499 CaloEcalE=0 CaloHcalE=19728.5 CaloEcalChi2=1983.61 CaloBremChi2=169.653 CaloClusChi2=22.9265 CaloTrajectoryL=-4818.9 CaloEoverP=0.169093 EcalPIDe=-1.6562 BremPIDe=-0.123395 HcalPIDe=-2.87281 HcalPIDmu=-2.81633 EcalPIDmu=0.689585 TrackChi2PerDof=0.8776 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=21101.3 TrackPt=1217.76 CombDLLe=-5.47264 CombDLLmu=-2.3258 CombDLLpi=0 CombDLLk=-34.8871 CombDLLp=-22.0405 CombDLLd=-18.7132 ProbNNe=0.000167896 ProbNNpi=0.996232 ProbNNk=9.35504e-06 ProbNNp=6.91974e-05 ProbNNghost=0.000249067 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.91556 RichDLLmu=-2.34568 RichDLLpi=0 RichDLLk=43.4253 RichDLLp=22.9997 RichPIDStatus=8164 RichDLLbt=18.6799 RichDLLd=18.6799 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=31.1084 CaloElectronMatch=2202.53 CaloBremMatch=384.809 CaloChargedEcal=3731.66 CaloChargedID=42732 CaloNeutralEcal=3731.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847286 CaloNeutralID=42732 CaloEcalE=0 CaloHcalE=17741 CaloEcalChi2=2202.53 CaloBremChi2=33.2062 CaloClusChi2=31.1084 CaloTrajectoryL=-4052.36 CaloEoverP=0.198911 EcalPIDe=-2.45447 BremPIDe=2.56482 HcalPIDe=-2.5812 HcalPIDmu=-3.02763 EcalPIDmu=0.689585 TrackChi2PerDof=0.857375 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=19827.7 TrackPt=751.91 CombDLLe=-3.66917 CombDLLmu=-5.40055 CombDLLpi=0 CombDLLk=43.4253 CombDLLp=22.9997 CombDLLd=18.6799 ProbNNe=2.34853e-06 ProbNNpi=0.000394246 ProbNNk=0.999726 ProbNNp=0.0258061 ProbNNghost=0.000407002 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=15.8846 RichDLLmu=4.12575 RichDLLpi=0 RichDLLk=8.28464 RichDLLp=8.28464 RichPIDStatus=5025 RichDLLbt=8.28464 RichDLLd=8.28464 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.861299 CaloElectronMatch=1.63329 CaloBremMatch=1.62143 CaloChargedEcal=3653.45 CaloChargedID=34937 CaloNeutralEcal=3653.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975333 CaloNeutralID=34937 CaloEcalE=3564.66 CaloHcalE=350.899 CaloEcalChi2=1.63329 CaloBremChi2=285.995 CaloClusChi2=0.861299 CaloTrajectoryL=156.614 CaloEoverP=0.97271 EcalPIDe=2.97947 BremPIDe=-0.318955 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-2.23049 TrackChi2PerDof=1.04088 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=3878.93 TrackPt=161.109 CombDLLe=5.10861 CombDLLmu=1.12407 CombDLLpi=0 CombDLLk=8.28464 CombDLLp=8.28464 CombDLLd=8.28464 ProbNNe=0.99915 ProbNNpi=0.0244467 ProbNNk=0.0258663 ProbNNp=0.0598486 ProbNNghost=0.672355 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.2561 RichDLLmu=-6.0469 RichDLLpi=0 RichDLLk=-0.967572 RichDLLp=-0.967572 RichPIDStatus=5027 RichDLLbt=-0.967572 RichDLLd=-0.967572 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.764722 CaloElectronMatch=42.5627 CaloBremMatch=42.5627 CaloChargedEcal=2191.88 CaloChargedID=34764 CaloNeutralEcal=2191.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880681 CaloNeutralID=34764 CaloEcalE=1255.5 CaloHcalE=1813.12 CaloEcalChi2=42.5627 CaloBremChi2=124.731 CaloClusChi2=0.764722 CaloTrajectoryL=302.924 CaloEoverP=0.776507 EcalPIDe=2.97947 BremPIDe=-0.015883 HcalPIDe=-1.43831 HcalPIDmu=1.63925 EcalPIDmu=-1.2505 TrackChi2PerDof=0.766635 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=3152.28 TrackPt=202.476 CombDLLe=-0.869002 CombDLLmu=-5.4667 CombDLLpi=0 CombDLLk=-0.967572 CombDLLp=-0.967572 CombDLLd=-0.967572 ProbNNe=2.86545e-05 ProbNNpi=0.967921 ProbNNk=0.0127343 ProbNNp=0.0297328 ProbNNghost=0.0533241 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-40.2027 RichDLLmu=-9.16617 RichDLLpi=0 RichDLLk=-74.1522 RichDLLp=-64.1856 RichPIDStatus=6115 RichDLLbt=-64.1856 RichDLLd=-64.1856 MuonMuLL=-0.039989 MuonBkgLL=-0.326982 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=392.298 MuonMVA1=-999 MuonMVA2=-1.29425 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.30316 CaloElectronMatch=33.4828 CaloBremMatch=33.4828 CaloChargedEcal=8986.54 CaloChargedID=42528 CaloNeutralEcal=8986.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818229 CaloNeutralID=42528 CaloEcalE=5332.23 CaloEcalChi2=33.4828 CaloBremChi2=506.04 CaloClusChi2=0.30316 CaloTrajectoryL=3.12469 CaloEoverP=0.741772 EcalPIDe=4.33705 BremPIDe=-0.621385 EcalPIDmu=-3.25399 TrackChi2PerDof=0.667289 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=12534.5 TrackPt=794.871 CombDLLe=-1.63033 CombDLLmu=-9.61799 CombDLLpi=0 CombDLLk=-74.1522 CombDLLp=-64.1856 CombDLLd=-63.8586 ProbNNe=0.000350559 ProbNNmu=0.00366525 ProbNNpi=0.575117 ProbNNk=6.87784e-06 ProbNNp=1.92145e-05 ProbNNghost=1.83547e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.2247 RichDLLmu=-5.02089 RichDLLpi=0 RichDLLk=-14.4349 RichDLLp=-12.5763 RichPIDStatus=6115 RichDLLbt=-12.5763 RichDLLd=-12.5763 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.667227 CaloElectronMatch=1749.62 CaloBremMatch=29.3738 CaloChargedEcal=3309.99 CaloChargedID=39481 CaloNeutralEcal=3309.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852911 CaloNeutralID=39481 CaloEcalE=1319.95 CaloHcalE=529.012 CaloEcalChi2=1749.62 CaloBremChi2=159.801 CaloClusChi2=0.667227 CaloTrajectoryL=184.448 CaloEoverP=0.335975 EcalPIDe=-1.6563 BremPIDe=0.112698 HcalPIDe=-0.066776 HcalPIDmu=-1.28384 EcalPIDmu=-0.802501 TrackChi2PerDof=1.25415 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=10910.9 TrackPt=689.118 CombDLLe=-4.87604 CombDLLmu=-7.42975 CombDLLpi=0 CombDLLk=-14.4349 CombDLLp=-12.5763 CombDLLd=-12.5763 ProbNNe=1.28508e-06 ProbNNpi=0.999116 ProbNNk=0.00019986 ProbNNp=0.000236076 ProbNNghost=0.000955134 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.2956 RichDLLmu=-18.6643 RichDLLpi=0 RichDLLk=-6.85109 RichDLLp=-6.85109 RichPIDStatus=5091 RichDLLbt=-6.85109 RichDLLd=-6.85109 MuonMuLL=-0.0379095 MuonBkgLL=-0.198781 MuonNShared=5 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3696.5 MuonMVA1=-999 MuonMVA2=-1.30791 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=13.3604 CaloElectronMatch=938.478 CaloChargedEcal=11262.3 CaloChargedID=43213 CaloEcalE=0 CaloHcalE=10345.8 CaloEcalChi2=938.478 CaloClusChi2=13.3604 CaloTrajectoryL=-211.656 CaloEoverP=1.3783 EcalPIDe=-1.02586 HcalPIDe=-1.62556 HcalPIDmu=-1.00743 EcalPIDmu=0.361777 TrackChi2PerDof=2.12574 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=8233.84 TrackPt=265.549 CombDLLe=-7.32846 CombDLLmu=-7.47677 CombDLLpi=0 CombDLLk=-6.85109 CombDLLp=-6.85109 CombDLLd=-6.65231 ProbNNe=3.79495e-07 ProbNNmu=0.00366525 ProbNNpi=0.487862 ProbNNk=0.067217 ProbNNp=0.0276919 ProbNNghost=0.700054 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.597 RichDLLmu=-7.26305 RichDLLpi=0 RichDLLk=-1.11215 RichDLLp=-1.11215 RichPIDStatus=5027 RichDLLbt=-1.11215 RichDLLd=-1.11215 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.765374 CaloElectronMatch=42.7155 CaloBremMatch=42.5627 CaloChargedEcal=2191.88 CaloChargedID=34764 CaloNeutralEcal=2191.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880681 CaloNeutralID=34764 CaloEcalE=1255.5 CaloHcalE=1813.12 CaloEcalChi2=42.7155 CaloBremChi2=188.99 CaloClusChi2=0.765374 CaloTrajectoryL=303.003 CaloEoverP=0.776568 EcalPIDe=2.97947 BremPIDe=-0.32426 HcalPIDe=-1.43831 HcalPIDmu=1.63925 EcalPIDmu=-1.2505 TrackChi2PerDof=1.21599 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=3152.03 TrackPt=212.878 CombDLLe=-0.59537 CombDLLmu=-5.8847 CombDLLpi=0 CombDLLk=-1.11215 CombDLLp=-1.11215 CombDLLd=-1.11215 ProbNNe=0.000188959 ProbNNpi=0.623802 ProbNNk=0.0121972 ProbNNp=0.0263869 ProbNNghost=0.72763 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.4629 RichDLLmu=-7.43943 RichDLLpi=0 RichDLLk=13.0482 RichDLLp=21.19 RichPIDStatus=6117 RichDLLbt=21.19 RichDLLd=21.19 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.285685 CaloElectronMatch=524.702 CaloBremMatch=2.72687 CaloChargedEcal=5425.4 CaloChargedID=35022 CaloNeutralEcal=5425.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719231 CaloNeutralID=35022 CaloEcalE=1000.48 CaloHcalE=1151.04 CaloEcalChi2=524.702 CaloBremChi2=291.5 CaloClusChi2=0.285685 CaloTrajectoryL=4327.25 CaloEoverP=0.448235 EcalPIDe=-0.273733 BremPIDe=-0.479014 HcalPIDe=-0.64038 HcalPIDmu=0.448675 EcalPIDmu=0.306976 TrackChi2PerDof=1.01894 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=12340.3 TrackPt=741.172 CombDLLe=-3.81932 CombDLLmu=-5.56489 CombDLLpi=0 CombDLLk=13.0482 CombDLLp=21.19 CombDLLd=21.19 ProbNNe=6.64701e-07 ProbNNpi=0.252846 ProbNNk=0.0481844 ProbNNp=0.946629 ProbNNghost=0.00415115 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.978333 RichDLLmu=0.0324426 RichDLLpi=0 RichDLLk=6.52908 RichDLLp=-37.1064 RichPIDStatus=139236 RichDLLbt=-38.9222 RichDLLd=-62.6003 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.129996 CaloElectronMatch=513.14 CaloBremMatch=513.14 CaloChargedEcal=47319 CaloChargedID=42525 CaloNeutralEcal=47319 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956007 CaloNeutralID=42525 CaloEcalE=26305 CaloEcalChi2=513.14 CaloBremChi2=575.393 CaloClusChi2=0.129996 CaloTrajectoryL=277.691 CaloEoverP=0.568584 EcalPIDe=0.575009 BremPIDe=-0.0160513 EcalPIDmu=-3.93014 TrackChi2PerDof=0.443737 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=83046.5 TrackPt=2424.49 CombDLLe=0.387783 CombDLLmu=-3.88472 CombDLLpi=0 CombDLLk=6.52908 CombDLLp=-37.1064 CombDLLd=-62.6003 ProbNNe=0.999995 ProbNNpi=1.28891e-05 ProbNNk=0.999114 ProbNNp=0.00459193 ProbNNghost=0.91598 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-42.7376 RichDLLmu=-12.2141 RichDLLpi=0 RichDLLk=-52.7143 RichDLLp=-43.6596 RichPIDStatus=6115 RichDLLbt=-43.6596 RichDLLd=-43.6596 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.142979 CaloElectronMatch=270.422 CaloBremMatch=270.422 CaloChargedEcal=7227.2 CaloChargedID=39475 CaloNeutralEcal=7227.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.753796 CaloNeutralID=39475 CaloEcalE=2742.72 CaloHcalE=1018.92 CaloEcalChi2=270.422 CaloBremChi2=126.993 CaloClusChi2=0.142979 CaloTrajectoryL=88.0161 CaloEoverP=0.467237 EcalPIDe=0.651274 BremPIDe=0.5851 HcalPIDe=-0.274252 HcalPIDmu=0.497847 EcalPIDmu=-2.11104 TrackChi2PerDof=1.14998 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=15660.5 TrackPt=928.302 CombDLLe=-4.55999 CombDLLmu=-8.50823 CombDLLpi=0 CombDLLk=-52.7143 CombDLLp=-43.6596 CombDLLd=-43.6596 ProbNNe=1.71155e-07 ProbNNpi=0.999814 ProbNNk=2.32269e-05 ProbNNp=6.70769e-05 ProbNNghost=0.0010592 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.90819 RichDLLmu=-11.1766 RichDLLpi=0 RichDLLk=2.80874 RichDLLp=2.80874 RichPIDStatus=5028 RichDLLbt=2.80874 RichDLLd=2.80874 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.47922 CaloElectronMatch=67.2344 CaloBremMatch=66.0017 CaloChargedEcal=1161.56 CaloChargedID=35329 CaloNeutralEcal=1161.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830695 CaloNeutralID=35329 CaloEcalE=710.988 CaloEcalChi2=67.2344 CaloBremChi2=179.054 CaloClusChi2=1.47922 CaloTrajectoryL=209.125 CaloEoverP=0.412117 EcalPIDe=1.51236 BremPIDe=-0.170017 EcalPIDmu=0.566712 TrackChi2PerDof=1.04762 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=3355.7 TrackPt=308.714 CombDLLe=-0.356978 CombDLLmu=-6.27494 CombDLLpi=0 CombDLLk=2.80874 CombDLLp=2.80874 CombDLLd=2.80874 ProbNNe=0.000299721 ProbNNpi=0.901672 ProbNNk=0.0478321 ProbNNp=0.100083 ProbNNghost=0.0160837 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-68.2383 RichDLLmu=-55.3726 RichDLLpi=0 RichDLLk=-41.6455 RichDLLp=-41.6455 RichPIDStatus=5027 RichDLLbt=-41.6455 RichDLLd=-41.6455 MuonMuLL=0 MuonBkgLL=-0.0536238 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=954.099 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0767031 CaloElectronMatch=82.8002 CaloBremMatch=82.8002 CaloChargedEcal=3017.39 CaloChargedID=38465 CaloNeutralEcal=3017.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827784 CaloNeutralID=38465 CaloEcalE=1933.01 CaloHcalE=0 CaloEcalChi2=82.8002 CaloBremChi2=635.144 CaloClusChi2=0.0767031 CaloTrajectoryL=-10.604 CaloEoverP=0.617018 EcalPIDe=1.84829 BremPIDe=-0.607507 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.13071 TrackChi2PerDof=1.20513 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=5180.51 TrackPt=192.08 CombDLLe=-4.47615 CombDLLmu=-11.5589 CombDLLpi=0 CombDLLk=-41.6455 CombDLLp=-41.6455 CombDLLd=-41.5919 ProbNNe=1.04092e-08 ProbNNpi=0.987056 ProbNNk=0.000177644 ProbNNp=0.00021025 ProbNNghost=0.0113575 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.8873 RichDLLmu=3.05683 RichDLLpi=0 RichDLLk=17.1601 RichDLLp=17.1601 RichPIDStatus=5028 RichDLLbt=17.1601 RichDLLd=17.1601 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=11.8899 CaloElectronMatch=367.283 CaloBremMatch=367.283 CaloChargedEcal=1753.34 CaloChargedID=38010 CaloNeutralEcal=1753.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944185 CaloNeutralID=38010 CaloEcalE=1625.49 CaloHcalE=1257.87 CaloEcalChi2=367.283 CaloBremChi2=806.304 CaloClusChi2=11.8899 CaloTrajectoryL=404.079 CaloEoverP=0.315085 EcalPIDe=0.0750074 BremPIDe=-0.607507 HcalPIDe=-0.668461 HcalPIDmu=1.43933 EcalPIDmu=-1.31108 TrackChi2PerDof=0.907359 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=5966.67 TrackPt=405.932 CombDLLe=-3.22209 CombDLLmu=3.94387 CombDLLpi=0 CombDLLk=17.1601 CombDLLp=17.1601 CombDLLd=17.1601 ProbNNe=4.469e-09 ProbNNpi=0.00323945 ProbNNk=0.953782 ProbNNp=0.964841 ProbNNghost=0.00352674 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.512 RichDLLmu=-18.326 RichDLLpi=0 RichDLLk=-12.2959 RichDLLp=-12.2959 RichPIDStatus=5027 RichDLLbt=-12.2959 RichDLLd=-12.2959 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.392365 CaloElectronMatch=17.1863 CaloBremMatch=17.1863 CaloChargedEcal=4201.8 CaloChargedID=34997 CaloNeutralEcal=4201.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909921 CaloNeutralID=34997 CaloEcalE=2827.14 CaloHcalE=0 CaloEcalChi2=17.1863 CaloBremChi2=227.52 CaloClusChi2=0.392365 CaloTrajectoryL=31.6556 CaloEoverP=0.907685 EcalPIDe=2.97947 BremPIDe=-0.417084 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.54584 TrackChi2PerDof=1.19132 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=4809.41 TrackPt=243.395 CombDLLe=0.0211881 CombDLLmu=-12.0003 CombDLLpi=0 CombDLLk=-12.2959 CombDLLp=-12.2959 CombDLLd=-12.2959 ProbNNe=1.52442e-05 ProbNNpi=0.995603 ProbNNk=0.000425287 ProbNNp=0.00427234 ProbNNghost=0.012453 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.8186 RichDLLmu=-29.3277 RichDLLpi=0 RichDLLk=-15.4591 RichDLLp=-15.4591 RichPIDStatus=5027 RichDLLbt=-15.4591 RichDLLd=-15.4591 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.2769 CaloElectronMatch=349.27 CaloBremMatch=349.27 CaloChargedEcal=508.897 CaloChargedID=35253 CaloNeutralEcal=508.897 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964461 CaloNeutralID=35253 CaloEcalE=483.06 CaloHcalE=5046.74 CaloEcalChi2=349.27 CaloBremChi2=47.3362 CaloClusChi2=1.2769 CaloTrajectoryL=260.316 CaloEoverP=0.140133 EcalPIDe=0.0319619 BremPIDe=0.976363 HcalPIDe=-1.14615 HcalPIDmu=-0.264616 EcalPIDmu=1.26223 TrackChi2PerDof=2.59988 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4926.22 TrackPt=387.94 CombDLLe=-3.61763 CombDLLmu=-6.00228 CombDLLpi=0 CombDLLk=-15.4591 CombDLLp=-15.4591 CombDLLd=-15.4591 ProbNNe=1.03068e-06 ProbNNpi=0.923272 ProbNNk=0.000119357 ProbNNp=0.000573577 ProbNNghost=0.216221 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-56.5123 RichDLLmu=-50.3835 RichDLLpi=0 RichDLLk=-35.5891 RichDLLp=-35.5891 RichPIDStatus=5027 RichDLLbt=-35.5891 RichDLLd=-35.5891 MuonMuLL=-0.0251127 MuonBkgLL=-0.181018 MuonNShared=6 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=56.389 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.920704 CaloElectronMatch=129.71 CaloBremMatch=129.71 CaloChargedEcal=1800.03 CaloChargedID=37961 CaloNeutralEcal=1800.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871163 CaloNeutralID=37961 CaloEcalE=1050.59 CaloHcalE=0 CaloEcalChi2=129.71 CaloBremChi2=326.594 CaloClusChi2=0.920704 CaloTrajectoryL=154.775 CaloEoverP=0.457513 EcalPIDe=0.83137 BremPIDe=-0.373552 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-0.485394 TrackChi2PerDof=0.625189 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4542.03 TrackPt=431.997 CombDLLe=-5.27347 CombDLLmu=-9.79315 CombDLLpi=0 CombDLLk=-35.5891 CombDLLp=-35.5891 CombDLLd=-35.4081 ProbNNe=3.55874e-08 ProbNNpi=0.994185 ProbNNk=0.00029694 ProbNNp=9.78878e-05 ProbNNghost=0.00093674 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.1557 RichDLLmu=-17.5336 RichDLLpi=0 RichDLLk=-4.42241 RichDLLp=-4.42241 RichPIDStatus=5027 RichDLLbt=-4.42241 RichDLLd=-4.42241 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.52869 CaloElectronMatch=66.0017 CaloBremMatch=66.0017 CaloChargedEcal=1161.56 CaloChargedID=35329 CaloNeutralEcal=1161.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830695 CaloNeutralID=35329 CaloEcalE=710.988 CaloEcalChi2=66.0017 CaloBremChi2=177.941 CaloClusChi2=1.52869 CaloTrajectoryL=210.131 CaloEoverP=0.413557 EcalPIDe=1.51236 BremPIDe=-0.170017 EcalPIDmu=0.566712 TrackChi2PerDof=1.3688 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3344.01 TrackPt=321.521 CombDLLe=-2.18168 CombDLLmu=-6.4207 CombDLLpi=0 CombDLLk=-4.42241 CombDLLp=-4.42241 CombDLLd=-4.42241 ProbNNe=8.38117e-05 ProbNNpi=0.646403 ProbNNk=0.0046558 ProbNNp=0.00518993 ProbNNghost=0.691165 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.81959 RichDLLmu=-1.97125 RichDLLpi=0 RichDLLk=15.9992 RichDLLp=30.7473 RichPIDStatus=6117 RichDLLbt=30.7473 RichDLLd=30.7473 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.891005 CaloElectronMatch=1078.6 CaloBremMatch=1078.6 CaloChargedEcal=10198.8 CaloChargedID=38107 CaloNeutralEcal=10198.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995669 CaloNeutralID=38107 CaloEcalE=3128.06 CaloHcalE=3462.62 CaloEcalChi2=1078.6 CaloBremChi2=281.836 CaloClusChi2=0.891005 CaloTrajectoryL=-570.132 CaloEoverP=0.713146 EcalPIDe=-1.10541 BremPIDe=-0.456351 HcalPIDe=-1.13849 HcalPIDmu=0.271963 EcalPIDmu=-2.38302 TrackChi2PerDof=0.819578 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=14876.7 TrackPt=1382.18 CombDLLe=-3.71155 CombDLLmu=-4.73618 CombDLLpi=0 CombDLLk=15.9992 CombDLLp=30.7473 CombDLLd=30.7473 ProbNNe=5.82623e-07 ProbNNpi=0.00317068 ProbNNk=0.00430915 ProbNNp=0.999102 ProbNNghost=0.000377576 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.8156 RichDLLmu=-5.2518 RichDLLpi=0 RichDLLk=-57.9723 RichDLLp=-52.8563 RichPIDStatus=6115 RichDLLbt=-52.8563 RichDLLd=-52.8563 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=67.4381 CaloElectronMatch=4214.54 CaloBremMatch=195.202 CaloChargedEcal=491.754 CaloChargedID=35475 CaloNeutralEcal=491.754 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953905 CaloNeutralID=35475 CaloEcalE=0 CaloHcalE=8247.51 CaloEcalChi2=4214.54 CaloBremChi2=14.5385 CaloClusChi2=67.4381 CaloTrajectoryL=11193.4 CaloEoverP=0.0450305 EcalPIDe=-3.87485 BremPIDe=3.43106 HcalPIDe=-2.51216 HcalPIDmu=-2.41044 EcalPIDmu=0.525694 TrackChi2PerDof=0.758296 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=14362.1 TrackPt=1237.83 CombDLLe=-7.86695 CombDLLmu=-7.35837 CombDLLpi=0 CombDLLk=-57.9723 CombDLLp=-52.8563 CombDLLd=-52.8563 ProbNNe=9.44479e-07 ProbNNpi=0.999876 ProbNNk=0.000344726 ProbNNp=6.30554e-05 ProbNNghost=0.00190429 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.325363 RichDLLmu=0.0916405 RichDLLpi=0 RichDLLk=-12.7346 RichDLLp=-22.2061 RichPIDStatus=139239 RichDLLbt=6.40815 RichDLLd=2.97429 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.52388 CaloElectronMatch=2088.89 CaloBremMatch=1674.59 CaloChargedEcal=10671.7 CaloChargedID=43431 CaloNeutralEcal=10671.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819152 CaloNeutralID=43431 CaloEcalE=845.756 CaloEcalChi2=2088.89 CaloBremChi2=324.616 CaloClusChi2=3.52388 CaloTrajectoryL=-415.094 CaloEoverP=0.204832 EcalPIDe=-0.876501 BremPIDe=-1.56983 EcalPIDmu=0.737016 TrackChi2PerDof=0.841441 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=52094.8 TrackPt=1352.4 CombDLLe=-2.38939 CombDLLmu=0.865298 CombDLLpi=0 CombDLLk=-12.7346 CombDLLp=-22.2061 CombDLLd=2.97429 ProbNNe=5.49017e-07 ProbNNpi=0.997498 ProbNNk=9.0024e-05 ProbNNp=7.91816e-05 ProbNNghost=0.000693359 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.45112 RichDLLmu=-0.0672543 RichDLLpi=0 RichDLLk=-27.4674 RichDLLp=-27.6194 RichPIDStatus=139235 RichDLLbt=-8.17095 RichDLLd=-8.93048 MuonMuLL=-0.0488752 MuonBkgLL=-2.45362 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=348.932 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.73694 CaloElectronMatch=1674.59 CaloBremMatch=1674.59 CaloChargedEcal=10671.7 CaloChargedID=43431 CaloNeutralEcal=10671.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819152 CaloNeutralID=43431 CaloEcalE=724.404 CaloHcalE=89951.1 CaloEcalChi2=1674.59 CaloBremChi2=319.88 CaloClusChi2=5.73694 CaloTrajectoryL=-1322.04 CaloEoverP=0.24152 EcalPIDe=-1.84804 BremPIDe=0.258668 HcalPIDe=-2.74192 HcalPIDmu=-3.31941 EcalPIDmu=1.04787 TrackChi2PerDof=0.962167 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=44181.3 TrackPt=1140.59 CombDLLe=-4.41024 CombDLLmu=0.0390536 CombDLLpi=0 CombDLLk=-27.4674 CombDLLp=-27.6194 CombDLLd=-6.47686 ProbNNe=1.87986e-06 ProbNNpi=0.999907 ProbNNk=1.03944e-05 ProbNNp=1.25225e-05 ProbNNghost=6.89653e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.6396 RichDLLmu=-4.86587 RichDLLpi=0 RichDLLk=-48.1043 RichDLLp=-31.6807 RichPIDStatus=6115 RichDLLbt=-31.6807 RichDLLd=-31.6807 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.29267 CaloElectronMatch=416.643 CaloBremMatch=416.643 CaloChargedEcal=3280.28 CaloChargedID=43598 CaloNeutralEcal=3280.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914176 CaloNeutralID=43598 CaloEcalE=2936.48 CaloHcalE=11573.2 CaloEcalChi2=416.643 CaloBremChi2=376.142 CaloClusChi2=1.29267 CaloTrajectoryL=288.5 CaloEoverP=0.244397 EcalPIDe=0.0386953 BremPIDe=-0.488693 HcalPIDe=-2.5812 HcalPIDmu=-2.66837 EcalPIDmu=-2.62453 TrackChi2PerDof=0.973659 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=15140.6 TrackPt=446.299 CombDLLe=-7.54334 CombDLLmu=-10.5436 CombDLLpi=0 CombDLLk=-48.1043 CombDLLp=-31.6807 CombDLLd=-31.6807 ProbNNe=9.60239e-08 ProbNNpi=0.999816 ProbNNk=3.884e-05 ProbNNp=7.01684e-05 ProbNNghost=0.000516279 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.8613 RichDLLmu=0.260996 RichDLLpi=0 RichDLLk=-81.6159 RichDLLp=-61.6282 RichPIDStatus=6114 RichDLLbt=-61.6282 RichDLLd=-61.6282 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.15543 CaloElectronMatch=2228.03 CaloBremMatch=2228.03 CaloChargedEcal=757.041 CaloChargedID=33757 CaloNeutralEcal=757.041 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820103 CaloNeutralID=33757 CaloEcalE=519.94 CaloHcalE=7997.94 CaloEcalChi2=2228.03 CaloBremChi2=373.948 CaloClusChi2=1.15543 CaloTrajectoryL=525.251 CaloEoverP=0.0589928 EcalPIDe=-2.01254 BremPIDe=-0.488693 HcalPIDe=-2.32036 HcalPIDmu=-1.96228 EcalPIDmu=1.82994 TrackChi2PerDof=0.949437 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=14366.6 TrackPt=2218.6 CombDLLe=-6.99784 CombDLLmu=0.232727 CombDLLpi=0 CombDLLk=-81.6159 CombDLLp=-61.6282 CombDLLd=-61.6282 ProbNNe=0.00228659 ProbNNpi=0.999686 ProbNNk=0.000318805 ProbNNp=5.42199e-05 ProbNNghost=0.00411246 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.8588 RichDLLmu=-4.00441 RichDLLpi=0 RichDLLk=20.0814 RichDLLp=20.0814 RichPIDStatus=5092 RichDLLbt=20.0814 RichDLLd=20.0814 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.859995 CaloElectronMatch=507.08 CaloBremMatch=507.08 CaloChargedEcal=1542.73 CaloChargedID=38216 CaloNeutralEcal=1542.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762282 CaloNeutralID=38216 CaloEcalE=332.476 CaloHcalE=3299.47 CaloEcalChi2=507.08 CaloBremChi2=85.6644 CaloClusChi2=0.859995 CaloTrajectoryL=-225.265 CaloEoverP=0.191488 EcalPIDe=-0.270192 BremPIDe=0.575102 HcalPIDe=-1.59374 HcalPIDmu=0.185658 EcalPIDmu=-0.0539122 TrackChi2PerDof=0.627973 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=8518.65 TrackPt=513.027 CombDLLe=-2.98002 CombDLLmu=-4.51996 CombDLLpi=0 CombDLLk=20.0814 CombDLLp=20.0814 CombDLLd=20.0814 ProbNNe=4.00038e-08 ProbNNpi=0.00339128 ProbNNk=0.950076 ProbNNp=0.968349 ProbNNghost=0.00223655 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.68372 RichDLLmu=1.09579 RichDLLpi=0 RichDLLk=104.283 RichDLLp=39.2532 RichPIDStatus=8164 RichDLLbt=41.3329 RichDLLd=41.3329 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.208858 CaloElectronMatch=2102.76 CaloBremMatch=729.476 CaloChargedEcal=1572.6 CaloChargedID=38096 CaloNeutralEcal=1572.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911003 CaloNeutralID=38096 CaloEcalE=1182.34 CaloHcalE=11123.7 CaloEcalChi2=2102.76 CaloBremChi2=745.767 CaloClusChi2=0.208858 CaloTrajectoryL=113.373 CaloEoverP=0.0857618 EcalPIDe=-2.11225 BremPIDe=-0.591406 HcalPIDe=-2.5812 HcalPIDmu=-2.86805 EcalPIDmu=-0.244195 TrackChi2PerDof=1.0569 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=18672.7 TrackPt=1314.77 CombDLLe=-4.81592 CombDLLmu=-1.60223 CombDLLpi=0 CombDLLk=104.283 CombDLLp=39.2532 CombDLLd=41.3329 ProbNNe=8.07898e-08 ProbNNpi=0.000125176 ProbNNk=0.999725 ProbNNp=0.00248105 ProbNNghost=0.00222269 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-51.3654 RichDLLmu=-22.8098 RichDLLpi=0 RichDLLk=-27.5159 RichDLLp=-24.1519 RichPIDStatus=6115 RichDLLbt=-24.1519 RichDLLd=-24.1519 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.222988 CaloElectronMatch=168.955 CaloBremMatch=168.955 CaloChargedEcal=6119.01 CaloChargedID=43471 CaloNeutralEcal=6119.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.728641 CaloNeutralID=43471 CaloEcalE=3261.64 CaloHcalE=10217.2 CaloEcalChi2=168.955 CaloBremChi2=339.563 CaloClusChi2=0.222988 CaloTrajectoryL=-184.305 CaloEoverP=0.525067 EcalPIDe=1.35245 BremPIDe=-0.510136 HcalPIDe=-2.4429 HcalPIDmu=-1.93671 EcalPIDmu=-2.67079 TrackChi2PerDof=1.84115 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=12101.3 TrackPt=328.885 CombDLLe=-7.60366 CombDLLmu=-11.606 CombDLLpi=0 CombDLLk=-27.5159 CombDLLp=-24.1519 CombDLLd=-24.1519 ProbNNe=1.89186e-07 ProbNNpi=0.999013 ProbNNk=0.000108512 ProbNNp=0.000173894 ProbNNghost=0.0260847 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.1284 RichDLLmu=-5.31399 RichDLLpi=0 RichDLLk=0.173614 RichDLLp=0.173614 RichPIDStatus=5028 RichDLLbt=0.173614 RichDLLd=0.173614 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=40.0898 CaloElectronMatch=195.202 CaloBremMatch=195.202 CaloChargedEcal=491.754 CaloChargedID=35475 CaloNeutralEcal=491.754 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953905 CaloNeutralID=35475 CaloEcalE=0 CaloHcalE=1890.04 CaloEcalChi2=195.202 CaloBremChi2=244.551 CaloClusChi2=40.0898 CaloTrajectoryL=-274.101 CaloEoverP=0.219827 EcalPIDe=0.497498 BremPIDe=-0.33853 HcalPIDe=-1.32141 HcalPIDmu=1.63925 EcalPIDmu=0.308817 TrackChi2PerDof=2.74637 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=2942.02 TrackPt=382.761 CombDLLe=-3.69051 CombDLLmu=-3.55906 CombDLLpi=0 CombDLLk=0.173614 CombDLLp=0.173614 CombDLLd=0.173614 ProbNNe=2.49397e-05 ProbNNpi=0.244334 ProbNNk=0.032179 ProbNNp=0.0501583 ProbNNghost=0.94144 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.7523 RichDLLmu=-4.08468 RichDLLpi=0 RichDLLk=13.7796 RichDLLp=13.7796 RichPIDStatus=5028 RichDLLbt=13.7796 RichDLLd=13.7796 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.210423 CaloElectronMatch=268.554 CaloBremMatch=195.202 CaloChargedEcal=491.754 CaloChargedID=35475 CaloNeutralEcal=491.754 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953905 CaloNeutralID=35475 CaloEcalE=449.658 CaloHcalE=3167.61 CaloEcalChi2=268.554 CaloBremChi2=40.2708 CaloClusChi2=0.210423 CaloTrajectoryL=137.77 CaloEoverP=0.115952 EcalPIDe=0.27519 BremPIDe=1.82364 HcalPIDe=-1.65981 HcalPIDmu=-0.299431 EcalPIDmu=1.47887 TrackChi2PerDof=1.76603 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=5577.6 TrackPt=576.799 CombDLLe=-2.47856 CombDLLmu=-3.53435 CombDLLpi=0 CombDLLk=13.7796 CombDLLp=13.7796 CombDLLd=13.7796 ProbNNe=1.99234e-08 ProbNNpi=0.0174058 ProbNNk=0.919678 ProbNNp=0.951581 ProbNNghost=0.134645 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.8289 RichDLLmu=-22.2317 RichDLLpi=0 RichDLLk=-7.65624 RichDLLp=-7.65624 RichPIDStatus=5027 RichDLLbt=-7.65624 RichDLLd=-7.65624 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.854291 CaloElectronMatch=103.834 CaloBremMatch=103.834 CaloChargedEcal=4126.27 CaloChargedID=34293 CaloNeutralEcal=4126.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903228 CaloNeutralID=34293 CaloEcalE=2197.7 CaloHcalE=0 CaloEcalChi2=103.834 CaloBremChi2=412.698 CaloClusChi2=0.854291 CaloTrajectoryL=-46.3381 CaloEoverP=1.18822 EcalPIDe=1.51236 BremPIDe=-0.4614 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-2.35521 TrackChi2PerDof=0.816957 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3700.9 TrackPt=307.699 CombDLLe=-1.81151 CombDLLmu=-11.7479 CombDLLpi=0 CombDLLk=-7.65624 CombDLLp=-7.65624 CombDLLd=-7.65624 ProbNNe=2.72779e-05 ProbNNpi=0.997738 ProbNNk=0.00015194 ProbNNp=0.00127254 ProbNNghost=0.00286519 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.5256 RichDLLmu=-17.4238 RichDLLpi=0 RichDLLk=-8.31109 RichDLLp=-8.31109 RichPIDStatus=5027 RichDLLbt=-8.31109 RichDLLd=-8.31109 MuonMuLL=-0.00200198 MuonBkgLL=-0.381981 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2811.51 MuonMVA1=-999 MuonMVA2=-0.833717 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.6375 CaloElectronMatch=262.555 CaloBremMatch=262.555 CaloChargedEcal=2787.54 CaloChargedID=38850 CaloNeutralEcal=2787.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953469 CaloNeutralID=38850 CaloEcalE=1851.69 CaloHcalE=1899.55 CaloEcalChi2=262.555 CaloBremChi2=335.106 CaloClusChi2=1.6375 CaloTrajectoryL=250.308 CaloEoverP=0.37287 EcalPIDe=0.27519 BremPIDe=-0.438762 HcalPIDe=-1.03972 HcalPIDmu=1.87264 EcalPIDmu=-1.74383 TrackChi2PerDof=1.22917 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=7969.87 TrackPt=363.553 CombDLLe=-5.26644 CombDLLmu=-6.47806 CombDLLpi=0 CombDLLk=-8.31109 CombDLLp=-8.31109 CombDLLd=-7.92911 ProbNNe=5.24172e-08 ProbNNmu=0.00366525 ProbNNpi=0.0399743 ProbNNk=0.00225097 ProbNNp=0.00935535 ProbNNghost=0.0766533 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.0647 RichDLLmu=-1.47541 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.8333 CaloElectronMatch=28.8326 CaloBremMatch=28.8326 CaloChargedEcal=658.056 CaloChargedID=34882 CaloNeutralEcal=658.056 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.754339 CaloNeutralID=34882 CaloEcalE=560.648 CaloEcalChi2=28.8326 CaloBremChi2=335.655 CaloClusChi2=1.8333 CaloTrajectoryL=157.743 CaloEoverP=0.441415 EcalPIDe=2.97947 BremPIDe=-0.197551 EcalPIDmu=0.928458 TrackChi2PerDof=1.19075 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=2111.22 TrackPt=226.252 CombDLLe=1.05685 CombDLLmu=-1.07919 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00142573 ProbNNpi=0.842811 ProbNNk=0.0636026 ProbNNp=0.143095 ProbNNghost=0.154336 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-94.3124 RichDLLmu=-27.8149 RichDLLpi=0 RichDLLk=-57.8868 RichDLLp=-57.8868 RichPIDStatus=5091 RichDLLbt=-57.8868 RichDLLd=-57.8868 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=49.1922 CaloElectronMatch=2225.48 CaloBremMatch=204.114 CaloChargedEcal=472.516 CaloChargedID=34132 CaloNeutralEcal=472.516 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07283 CaloNeutralID=34132 CaloEcalE=0 CaloHcalE=9855.13 CaloEcalChi2=2225.48 CaloBremChi2=751.31 CaloClusChi2=49.1922 CaloTrajectoryL=-13366.9 CaloEoverP=0.0588218 EcalPIDe=-2.66123 BremPIDe=-0.638976 HcalPIDe=-1.62556 HcalPIDmu=-1.00743 EcalPIDmu=0.361777 TrackChi2PerDof=0.632427 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=8742.52 TrackPt=547.681 CombDLLe=-11.8015 CombDLLmu=-7.64545 CombDLLpi=0 CombDLLk=-57.8868 CombDLLp=-57.8868 CombDLLd=-57.8868 ProbNNe=1.05609e-09 ProbNNpi=0.998758 ProbNNk=0.000143506 ProbNNp=2.37705e-05 ProbNNghost=0.000125501 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.2081 RichDLLmu=-19.1583 RichDLLpi=0 RichDLLk=8.04539 RichDLLp=8.04539 RichPIDStatus=5028 RichDLLbt=8.04539 RichDLLd=8.04539 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.933086 CaloElectronMatch=127.984 CaloBremMatch=127.984 CaloChargedEcal=1460.17 CaloChargedID=34093 CaloNeutralEcal=1460.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.822585 CaloNeutralID=34093 CaloEcalE=812.952 CaloHcalE=3682.11 CaloEcalChi2=127.984 CaloBremChi2=271.912 CaloClusChi2=0.933086 CaloTrajectoryL=228.618 CaloEoverP=0.375296 EcalPIDe=0.83137 BremPIDe=-0.318955 HcalPIDe=-1.4367 HcalPIDmu=-0.392193 EcalPIDmu=0.255214 TrackChi2PerDof=0.99979 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4447.33 TrackPt=534.82 CombDLLe=-3.90745 CombDLLmu=-7.13041 CombDLLpi=0 CombDLLk=8.04539 CombDLLp=8.04539 CombDLLd=8.04539 ProbNNe=9.77357e-08 ProbNNpi=0.658009 ProbNNk=0.153846 ProbNNp=0.250227 ProbNNghost=0.0110868 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-53.5909 RichDLLmu=-36.0254 RichDLLpi=0 RichDLLk=-17.8294 RichDLLp=-17.8294 RichPIDStatus=5027 RichDLLbt=-17.8294 RichDLLd=-17.8294 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.57737 CaloElectronMatch=177.431 CaloBremMatch=136.23 CaloChargedEcal=536.271 CaloChargedID=35835 CaloNeutralEcal=536.271 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95018 CaloNeutralID=35835 CaloEcalE=578.82 CaloHcalE=3126.63 CaloEcalChi2=177.431 CaloBremChi2=63.9493 CaloClusChi2=2.57737 CaloTrajectoryL=193.293 CaloEoverP=0.216678 EcalPIDe=0.83137 BremPIDe=0.754695 HcalPIDe=-1.56674 HcalPIDmu=0.333427 EcalPIDmu=1.05188 TrackChi2PerDof=0.891904 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3429.36 TrackPt=512.005 CombDLLe=-6.082 CombDLLmu=-5.61469 CombDLLpi=0 CombDLLk=-17.8294 CombDLLp=-17.8294 CombDLLd=-17.8294 ProbNNe=2.1924e-07 ProbNNpi=0.998004 ProbNNk=2.85453e-05 ProbNNp=0.000315546 ProbNNghost=0.00135502 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.2508 RichDLLmu=-18.9742 RichDLLpi=0 RichDLLk=-2.95562 RichDLLp=-2.95562 RichPIDStatus=5027 RichDLLbt=-2.95562 RichDLLd=-2.95562 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.28929 CaloElectronMatch=61.984 CaloBremMatch=61.984 CaloChargedEcal=2404.88 CaloChargedID=34299 CaloNeutralEcal=2404.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.857731 CaloNeutralID=34299 CaloEcalE=1293.16 CaloEcalChi2=61.984 CaloBremChi2=333.224 CaloClusChi2=1.28929 CaloTrajectoryL=154.563 CaloEoverP=0.823911 EcalPIDe=2.97947 BremPIDe=-0.373552 EcalPIDmu=-1.5773 TrackChi2PerDof=0.838043 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=3188.09 TrackPt=274.976 CombDLLe=-0.930513 CombDLLmu=-8.57023 CombDLLpi=0 CombDLLk=-2.95562 CombDLLp=-2.95562 CombDLLd=-2.95562 ProbNNe=0.000161315 ProbNNpi=0.9853 ProbNNk=0.00148911 ProbNNp=0.00329624 ProbNNghost=0.00916301 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-34.6793 RichDLLmu=-26.462 RichDLLpi=0 RichDLLk=-13.0626 RichDLLp=-13.0626 RichPIDStatus=5027 RichDLLbt=-13.0626 RichDLLd=-13.0626 InAccBrem=1 CaloBremChi2=96.0257 BremPIDe=0.142978 TrackChi2PerDof=1.12663 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=5007.35 TrackPt=786.948 CombDLLe=-4.75589 CombDLLmu=-6.99965 CombDLLpi=0 CombDLLk=-13.0626 CombDLLp=-13.0626 CombDLLd=-13.0626 ProbNNe=3.39489e-05 ProbNNpi=0.993422 ProbNNk=0.000586173 ProbNNp=0.00285268 ProbNNghost=0.00277282 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-82.1223 RichDLLmu=-61.0128 RichDLLpi=0 RichDLLk=-55.6598 RichDLLp=-55.6598 RichPIDStatus=5091 RichDLLbt=-55.6598 RichDLLd=-55.6598 MuonMuLL=-0.063579 MuonBkgLL=-1.55648 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=74.047 MuonMVA1=-999 MuonMVA2=-0.994017 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=53.9005 CaloElectronMatch=3239.47 CaloBremMatch=203.389 CaloChargedEcal=436.903 CaloChargedID=35012 CaloNeutralEcal=436.903 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.848379 CaloNeutralID=35012 CaloEcalE=0 CaloHcalE=5345.49 CaloEcalChi2=3239.47 CaloBremChi2=215.391 CaloClusChi2=53.9005 CaloTrajectoryL=-25977 CaloEoverP=0.0857133 EcalPIDe=-2.98295 BremPIDe=-0.00620699 HcalPIDe=-2.09086 HcalPIDmu=-1.39471 EcalPIDmu=0.389705 TrackChi2PerDof=1.10472 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=7692.34 TrackPt=626.739 CombDLLe=-11.8532 CombDLLmu=-6.51211 CombDLLpi=0 CombDLLk=-55.6598 CombDLLp=-55.6598 CombDLLd=-54.1033 ProbNNe=1.70123e-09 ProbNNmu=0.00366525 ProbNNpi=0.847788 ProbNNk=0.00111478 ProbNNp=0.0771977 ProbNNghost=0.00438701 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.6096 RichDLLmu=-4.24161 RichDLLpi=0 RichDLLk=1.25335 RichDLLp=1.25335 RichPIDStatus=5028 RichDLLbt=1.25335 RichDLLd=1.25335 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.34701 CaloElectronMatch=80.3641 CaloBremMatch=80.3641 CaloChargedEcal=2647.8 CaloChargedID=35312 CaloNeutralEcal=2647.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984156 CaloNeutralID=35312 CaloEcalE=1552.85 CaloHcalE=420.069 CaloEcalChi2=80.3641 CaloBremChi2=101.102 CaloClusChi2=2.34701 CaloTrajectoryL=205.198 CaloEoverP=1.06728 EcalPIDe=1.51236 BremPIDe=0.178319 HcalPIDe=-0.235987 HcalPIDmu=-1.03802 EcalPIDmu=-1.95608 TrackChi2PerDof=1.01505 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=2790.72 TrackPt=406.661 CombDLLe=-0.521804 CombDLLmu=-7.82544 CombDLLpi=0 CombDLLk=1.25335 CombDLLp=1.25335 CombDLLd=1.25335 ProbNNe=0.00103077 ProbNNpi=0.891883 ProbNNk=0.0594315 ProbNNp=0.117387 ProbNNghost=0.0303148 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.385833 RichDLLmu=5.94103 RichDLLpi=0 RichDLLk=8.37715 RichDLLp=8.37715 RichPIDStatus=5028 RichDLLbt=8.37715 RichDLLd=8.37715 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.859915 CaloElectronMatch=1.62143 CaloBremMatch=1.62143 CaloChargedEcal=3653.45 CaloChargedID=34937 CaloNeutralEcal=3653.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975333 CaloNeutralID=34937 CaloEcalE=3564.66 CaloHcalE=350.899 CaloEcalChi2=1.62143 CaloBremChi2=262.395 CaloClusChi2=0.859915 CaloTrajectoryL=156.596 CaloEoverP=0.972796 EcalPIDe=2.97947 BremPIDe=-0.338913 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-2.23049 TrackChi2PerDof=1.12488 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=3878.59 TrackPt=159.332 CombDLLe=2.51382 CombDLLmu=2.18918 CombDLLpi=0 CombDLLk=8.37715 CombDLLp=8.37715 CombDLLd=8.37715 ProbNNe=0.853612 ProbNNpi=0.0437912 ProbNNk=0.870692 ProbNNp=0.847019 ProbNNghost=0.296984 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.0120544 RichDLLmu=-0.00445557 RichDLLpi=0 RichDLLk=77.1683 RichDLLp=30.3007 RichPIDStatus=8164 RichDLLbt=47.5576 RichDLLd=47.5576 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.358251 CaloElectronMatch=631.391 CaloBremMatch=631.391 CaloChargedEcal=14084.4 CaloChargedID=33766 CaloNeutralEcal=14084.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923616 CaloNeutralID=33766 CaloEcalE=10371.7 CaloHcalE=3611.19 CaloEcalChi2=631.391 CaloBremChi2=525.548 CaloClusChi2=0.358251 CaloTrajectoryL=388.843 CaloEoverP=0.587685 EcalPIDe=-0.364061 BremPIDe=-0.520672 HcalPIDe=-0.981741 HcalPIDmu=0.382884 EcalPIDmu=-4.04965 TrackChi2PerDof=0.914217 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=24328.8 TrackPt=4447.27 CombDLLe=-1.86858 CombDLLmu=-3.673 CombDLLpi=0 CombDLLk=77.1683 CombDLLp=30.3007 CombDLLd=47.5576 ProbNNe=7.34184e-08 ProbNNpi=0.000421812 ProbNNk=0.999839 ProbNNp=1.60499e-05 ProbNNghost=0.000794377 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.38647 RichDLLmu=-1.05028 RichDLLpi=0 RichDLLk=9.57634 RichDLLp=24.6562 RichPIDStatus=8166 RichDLLbt=32.6674 RichDLLd=32.6674 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.26217 CaloElectronMatch=644.894 CaloBremMatch=644.894 CaloChargedEcal=5993.09 CaloChargedID=42393 CaloNeutralEcal=5993.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.839624 CaloNeutralID=42393 CaloEcalE=4227.57 CaloHcalE=6552.44 CaloEcalChi2=644.894 CaloBremChi2=639.226 CaloClusChi2=0.26217 CaloTrajectoryL=230.17 CaloEoverP=0.233218 EcalPIDe=-0.55547 BremPIDe=-0.520672 HcalPIDe=-1.85226 HcalPIDmu=-0.905771 EcalPIDmu=-3.04904 TrackChi2PerDof=0.758778 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=26716.3 TrackPt=807.489 CombDLLe=-3.34554 CombDLLmu=-5.40396 CombDLLpi=0 CombDLLk=9.57634 CombDLLp=24.6562 CombDLLd=32.6674 ProbNNe=3.311e-07 ProbNNpi=0.011971 ProbNNk=0.00463507 ProbNNp=0.995292 ProbNNghost=0.00111758 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.316259 RichDLLmu=1.54944 RichDLLpi=0 RichDLLk=-42.3745 RichDLLp=-37.4746 RichPIDStatus=8130 RichDLLbt=-32.2084 RichDLLd=-32.2084 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.834204 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=42877.4 TrackPt=831.524 CombDLLe=0.0553441 CombDLLmu=2.10235 CombDLLpi=0 CombDLLk=-42.3745 CombDLLp=-37.4746 CombDLLd=-32.2084 ProbNNe=0.705228 ProbNNpi=0.98965 ProbNNk=1.66624e-05 ProbNNp=0.000104756 ProbNNghost=0.0114911 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.02381 RichDLLmu=-2.6858 RichDLLpi=0 RichDLLk=4.66337 RichDLLp=4.66337 RichPIDStatus=5060 RichDLLbt=4.66337 RichDLLd=4.66337 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=52.0886 CaloElectronMatch=829.83 CaloChargedEcal=1077.04 CaloChargedID=38479 CaloEcalE=0 CaloHcalE=8835.04 CaloEcalChi2=829.83 CaloClusChi2=52.0886 CaloTrajectoryL=949.665 CaloEoverP=0.102256 EcalPIDe=-0.833336 HcalPIDe=-2.51216 HcalPIDmu=-2.24776 EcalPIDmu=0.433955 TrackChi2PerDof=0.875312 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=12041.6 TrackPt=207.66 CombDLLe=-3.69936 CombDLLmu=-5.24964 CombDLLpi=0 CombDLLk=4.66337 CombDLLp=4.66337 CombDLLd=4.66337 ProbNNe=9.90709e-06 ProbNNpi=0.853084 ProbNNk=0.0872484 ProbNNp=0.134874 ProbNNghost=0.0358134 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.5207 RichDLLmu=-0.0140994 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.268729 CaloElectronMatch=56.2288 CaloBremMatch=56.2288 CaloChargedEcal=4461.68 CaloChargedID=34931 CaloNeutralEcal=4461.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.826085 CaloNeutralID=34931 CaloEcalE=3667.67 CaloHcalE=253.563 CaloEcalChi2=56.2288 CaloBremChi2=143.251 CaloClusChi2=0.268729 CaloTrajectoryL=51.4345 CaloEoverP=2.38403 EcalPIDe=2.97947 BremPIDe=-0.0607295 HcalPIDe=-0.19426 HcalPIDmu=-0.471806 EcalPIDmu=-0.649614 TrackChi2PerDof=0.867285 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=1982.57 TrackPt=411.215 CombDLLe=-0.303295 CombDLLmu=-1.14116 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00648283 ProbNNpi=0.89522 ProbNNk=0.0623888 ProbNNp=0.156269 ProbNNghost=0.0242656 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.46395 RichDLLmu=-1.86601 RichDLLpi=0 RichDLLk=-18.9701 RichDLLp=-14.7617 RichPIDStatus=6083 RichDLLbt=-14.7617 RichDLLd=-14.7617 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.49806 CaloElectronMatch=602.314 CaloBremMatch=602.314 CaloChargedEcal=3385.9 CaloChargedID=43499 CaloNeutralEcal=3385.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.760118 CaloNeutralID=43499 CaloEcalE=2190.63 CaloHcalE=56166 CaloEcalChi2=602.314 CaloBremChi2=365.504 CaloClusChi2=1.49806 CaloTrajectoryL=388.949 CaloEoverP=0.156552 EcalPIDe=-0.364061 BremPIDe=-0.205402 HcalPIDe=-2.87281 HcalPIDmu=-2.20948 EcalPIDmu=-1.60375 TrackChi2PerDof=1.23602 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=22791.8 TrackPt=528.375 CombDLLe=-5.06823 CombDLLmu=-6.31076 CombDLLpi=0 CombDLLk=-18.9701 CombDLLp=-14.7617 CombDLLd=-14.7617 ProbNNe=1.21556e-08 ProbNNpi=0.9967 ProbNNk=5.79096e-05 ProbNNp=0.000171027 ProbNNghost=0.00221726 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.1867 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=448.476 BremPIDe=-0.53289 TrackChi2PerDof=0.714509 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=1823.39 TrackPt=283.068 CombDLLe=-3.65473 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000680006 ProbNNpi=0.916362 ProbNNk=0.0462454 ProbNNp=0.0729086 ProbNNghost=0.031394 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.984348 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=2913.63 TrackPt=70.2877 ProbNNe=0.815288 ProbNNpi=0.569578 ProbNNk=0.075556 ProbNNp=0.0468363 ProbNNghost=0.612065 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.74379 RichDLLmu=0.842266 RichDLLpi=0 RichDLLk=25.4927 RichDLLp=10.7392 RichPIDStatus=8132 RichDLLbt=11.8733 RichDLLd=11.8733 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.116206 CaloElectronMatch=482.775 CaloChargedEcal=11987 CaloChargedID=42898 CaloEcalE=6007.06 CaloHcalE=9536.97 CaloEcalChi2=482.775 CaloClusChi2=0.116206 CaloTrajectoryL=213.093 CaloEoverP=0.381323 EcalPIDe=0.101254 HcalPIDe=-1.97168 HcalPIDmu=-1.50014 EcalPIDmu=-2.93115 TrackChi2PerDof=0.662251 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=31797 TrackPt=675.341 CombDLLe=-1.74028 CombDLLmu=-3.26314 CombDLLpi=0 CombDLLk=25.4927 CombDLLp=10.7392 CombDLLd=11.8733 ProbNNe=2.55123e-06 ProbNNpi=0.00377987 ProbNNk=0.999168 ProbNNp=0.00163674 ProbNNghost=0.00583832 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.624 RichDLLmu=-6.12284 RichDLLpi=0 RichDLLk=-17.7175 RichDLLp=-16.1073 RichPIDStatus=6083 RichDLLbt=-16.1073 RichDLLd=-16.1073 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.42012 CaloElectronMatch=1118.19 CaloChargedEcal=8787.2 CaloChargedID=43057 CaloEcalE=884.208 CaloHcalE=11756.5 CaloEcalChi2=1118.19 CaloClusChi2=3.42012 CaloTrajectoryL=-469.043 CaloEoverP=0.52966 EcalPIDe=-1.16216 HcalPIDe=-2.5812 HcalPIDmu=-2.91707 EcalPIDmu=0.642982 TrackChi2PerDof=1.1056 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=17256.8 TrackPt=292.076 CombDLLe=-7.06344 CombDLLmu=-8.16106 CombDLLpi=0 CombDLLk=-17.7175 CombDLLp=-16.1073 CombDLLd=-16.1073 ProbNNe=5.60886e-08 ProbNNpi=0.998469 ProbNNk=1.71389e-05 ProbNNp=0.000496303 ProbNNghost=0.00200464 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.70767 RichDLLmu=-0.732444 RichDLLpi=0 RichDLLk=10.6902 RichDLLp=10.6902 RichPIDStatus=5028 RichDLLbt=10.6902 RichDLLd=10.6902 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.360403 CaloElectronMatch=1507.39 CaloChargedEcal=8815.48 CaloChargedID=39098 CaloEcalE=3977.6 CaloHcalE=0 CaloEcalChi2=1507.39 CaloClusChi2=0.360403 CaloTrajectoryL=-161.284 CaloEoverP=1.37393 EcalPIDe=-1.7293 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-2.95413 TrackChi2PerDof=1.37907 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=6736.5 TrackPt=192.929 CombDLLe=-0.420071 CombDLLmu=-6.46596 CombDLLpi=0 CombDLLk=10.6902 CombDLLp=10.6902 CombDLLd=10.6902 ProbNNe=0.81548 ProbNNpi=0.0241715 ProbNNk=0.753353 ProbNNp=0.923833 ProbNNghost=0.318673 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.83207 RichDLLmu=-2.50709 RichDLLpi=0 RichDLLk=20.5033 RichDLLp=24.2909 RichPIDStatus=6053 RichDLLbt=24.2909 RichDLLd=24.2909 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.245971 CaloElectronMatch=71.9509 CaloBremMatch=71.9509 CaloChargedEcal=5466.4 CaloChargedID=33653 CaloNeutralEcal=5466.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942514 CaloNeutralID=33653 CaloEcalE=5004.82 CaloHcalE=538.681 CaloEcalChi2=71.9509 CaloBremChi2=1936.8 CaloClusChi2=0.245971 CaloTrajectoryL=123.658 CaloEoverP=0.55389 EcalPIDe=2.29793 BremPIDe=-0.621385 HcalPIDe=-0.066776 HcalPIDmu=-1.26188 EcalPIDmu=-2.79633 TrackChi2PerDof=0.761676 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=10159.4 TrackPt=2117.8 CombDLLe=0.768247 CombDLLmu=-7.30084 CombDLLpi=0 CombDLLk=20.5033 CombDLLp=24.2909 CombDLLd=24.2909 ProbNNe=8.88127e-06 ProbNNpi=0.00932374 ProbNNk=0.917678 ProbNNp=0.993976 ProbNNghost=0.00244542 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=22.362 RichDLLmu=3.65335 RichDLLpi=0 RichDLLk=11.5775 RichDLLp=11.5775 RichPIDStatus=5025 RichDLLbt=11.5775 RichDLLd=11.5775 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.360198 CaloElectronMatch=1499.82 CaloChargedEcal=8815.48 CaloChargedID=39098 CaloEcalE=3977.6 CaloHcalE=0 CaloEcalChi2=1499.82 CaloClusChi2=0.360198 CaloTrajectoryL=-161.273 CaloEoverP=1.37338 EcalPIDe=-1.7293 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-2.95413 TrackChi2PerDof=0.970404 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=6739.23 TrackPt=188.817 CombDLLe=2.65772 CombDLLmu=-1.08349 CombDLLpi=0 CombDLLk=11.5775 CombDLLp=11.5775 CombDLLd=11.5775 ProbNNe=0.966986 ProbNNpi=0.00269364 ProbNNk=0.539804 ProbNNp=0.925062 ProbNNghost=0.559588 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.9601 RichDLLmu=-4.2781 RichDLLpi=0 RichDLLk=-15.7167 RichDLLp=-15.7167 RichPIDStatus=5059 RichDLLbt=-15.7167 RichDLLd=-15.7167 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.11794 CaloElectronMatch=742.973 CaloChargedEcal=11262.3 CaloChargedID=43213 CaloEcalE=5985.96 CaloHcalE=9916.58 CaloEcalChi2=742.973 CaloClusChi2=3.11794 CaloTrajectoryL=579.12 CaloEoverP=0.971116 EcalPIDe=-0.620164 HcalPIDe=-2.4429 HcalPIDmu=-1.93671 EcalPIDmu=-3.16124 TrackChi2PerDof=1.17866 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=11686.2 TrackPt=176.938 CombDLLe=-5.25491 CombDLLmu=-9.95591 CombDLLpi=0 CombDLLk=-15.7167 CombDLLp=-15.7167 CombDLLd=-15.7167 ProbNNe=0.00115126 ProbNNpi=0.683041 ProbNNk=0.000300583 ProbNNp=0.000792214 ProbNNghost=0.220509 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.0959 RichDLLmu=-17.2293 RichDLLpi=0 RichDLLk=20.2994 RichDLLp=20.2994 RichPIDStatus=5092 RichDLLbt=20.2994 RichDLLd=20.2994 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.26583 CaloElectronMatch=204.114 CaloBremMatch=204.114 CaloChargedEcal=472.516 CaloChargedID=34132 CaloNeutralEcal=472.516 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07283 CaloNeutralID=34132 CaloEcalE=407.93 CaloHcalE=1330.68 CaloEcalChi2=204.114 CaloBremChi2=182.998 CaloClusChi2=1.26583 CaloTrajectoryL=153.91 CaloEoverP=0.115109 EcalPIDe=0.497498 BremPIDe=-0.170017 HcalPIDe=-0.984854 HcalPIDmu=1.36367 EcalPIDmu=1.26223 TrackChi2PerDof=0.927641 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=4467.49 TrackPt=1296.02 CombDLLe=-5.315 CombDLLmu=-4.3599 CombDLLpi=0 CombDLLk=20.2994 CombDLLp=20.2994 CombDLLd=20.2994 ProbNNe=4.11406e-08 ProbNNpi=0.239979 ProbNNk=0.400685 ProbNNp=0.91681 ProbNNghost=0.00732665 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.07538 RichDLLmu=-6.57865 RichDLLpi=0 RichDLLk=36.5755 RichDLLp=36.5755 RichPIDStatus=5092 RichDLLbt=36.5755 RichDLLd=36.5755 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=114.728 CaloElectronMatch=353.317 CaloBremMatch=195.202 CaloChargedEcal=491.754 CaloChargedID=35475 CaloNeutralEcal=491.754 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953905 CaloNeutralID=35475 CaloEcalE=0 CaloHcalE=2509.3 CaloEcalChi2=353.317 CaloBremChi2=6.68467 CaloClusChi2=114.728 CaloTrajectoryL=-3767.98 CaloEoverP=0.114967 EcalPIDe=0.0750074 BremPIDe=3.55139 HcalPIDe=-1.3773 HcalPIDmu=0.825083 EcalPIDmu=0.501778 TrackChi2PerDof=0.973827 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=5625.38 TrackPt=1529.98 CombDLLe=1.71197 CombDLLmu=-4.73317 CombDLLpi=0 CombDLLk=36.5755 CombDLLp=36.5755 CombDLLd=36.5755 ProbNNe=2.27133e-07 ProbNNpi=0.000202669 ProbNNk=0.966942 ProbNNp=0.970091 ProbNNghost=0.0109666 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.11126 CaloElectronMatch=125.69 CaloChargedEcal=8815.48 CaloChargedID=39098 CaloEcalE=5820.39 CaloHcalE=185.159 CaloEcalChi2=125.69 CaloClusChi2=1.11126 CaloTrajectoryL=77.4528 CaloEoverP=1.46822 EcalPIDe=0.989182 HcalPIDe=0.0890684 HcalPIDmu=-2.48185 EcalPIDmu=-1.57631 TrackChi2PerDof=0.863935 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=6303.91 TrackPt=107.732 CombDLLe=1.07825 CombDLLmu=-4.05815 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.896407 ProbNNpi=0.337307 ProbNNk=0.0459989 ProbNNp=0.0955674 ProbNNghost=0.925305 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.09463 RichDLLmu=5.88945 RichDLLpi=0 RichDLLk=-45.8624 RichDLLp=-31.5407 RichPIDStatus=8161 RichDLLbt=-31.4288 RichDLLd=-31.4288 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0945016 CaloElectronMatch=0.746385 CaloBremMatch=0.746385 CaloChargedEcal=21528.2 CaloChargedID=39152 CaloNeutralEcal=21528.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980567 CaloNeutralID=39152 CaloEcalE=12667.6 CaloHcalE=2322.91 CaloEcalChi2=0.746385 CaloBremChi2=274.504 CaloClusChi2=0.0945016 CaloTrajectoryL=105.62 CaloEoverP=0.987819 EcalPIDe=5.02468 BremPIDe=-0.348558 HcalPIDe=-0.865359 HcalPIDmu=1.20189 EcalPIDmu=-3.26199 TrackChi2PerDof=1.27999 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=21889.5 TrackPt=1055.65 CombDLLe=4.86915 CombDLLmu=3.7274 CombDLLpi=0 CombDLLk=-45.8624 CombDLLp=-31.5407 CombDLLd=-31.4288 ProbNNe=0.998625 ProbNNpi=0.128431 ProbNNk=0.00220441 ProbNNp=0.0147234 ProbNNghost=0.403489 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.0934 RichDLLmu=-13.5445 RichDLLpi=0 RichDLLk=-17.7791 RichDLLp=-17.7791 RichPIDStatus=5059 RichDLLbt=-17.7791 RichDLLd=-17.7791 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.7995 CaloElectronMatch=1043.15 CaloChargedEcal=11262.3 CaloChargedID=43213 CaloEcalE=2418.73 CaloHcalE=9916.58 CaloEcalChi2=1043.15 CaloClusChi2=4.7995 CaloTrajectoryL=646.475 CaloEoverP=0.91374 EcalPIDe=-1.13528 HcalPIDe=-2.4429 HcalPIDmu=-2.43013 EcalPIDmu=-1.99938 TrackChi2PerDof=1.97505 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=12420 TrackPt=181.136 CombDLLe=-7.59086 CombDLLmu=-11.3677 CombDLLpi=0 CombDLLk=-17.7791 CombDLLp=-17.7791 CombDLLd=-17.7791 ProbNNe=2.04142e-08 ProbNNpi=0.406194 ProbNNk=2.40146e-05 ProbNNp=0.000155024 ProbNNghost=0.497761 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.54716 RichDLLmu=-2.90465 RichDLLpi=0 RichDLLk=9.94618 RichDLLp=9.94618 RichPIDStatus=5028 RichDLLbt=9.94618 RichDLLd=9.94618 MuonMuLL=-0.114065 MuonBkgLL=-1.85846 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=6.94742 MuonMVA1=-999 MuonMVA2=2.12446 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.05239 CaloElectronMatch=7.60333 CaloBremMatch=7.60333 CaloChargedEcal=6105.74 CaloChargedID=39235 CaloNeutralEcal=6105.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922852 CaloNeutralID=39235 CaloEcalE=5324.04 CaloHcalE=2772.09 CaloEcalChi2=7.60333 CaloClusChi2=1.05239 CaloTrajectoryL=119.805 CaloEoverP=0.982285 EcalPIDe=3.71102 HcalPIDe=-1.16207 HcalPIDmu=0.610151 EcalPIDmu=-3.38814 TrackChi2PerDof=2.52828 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6262.63 TrackPt=190.782 CombDLLe=2.1038 CombDLLmu=-4.69697 CombDLLpi=0 CombDLLk=9.94618 CombDLLp=9.94618 CombDLLd=11.8046 ProbNNe=0.968414 ProbNNmu=0.000625899 ProbNNpi=0.0619589 ProbNNk=0.317313 ProbNNp=0.0766954 ProbNNghost=0.891456 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.08312 RichDLLmu=-2.74732 RichDLLpi=0 RichDLLk=9.73767 RichDLLp=9.73767 RichPIDStatus=5092 RichDLLbt=9.73767 RichDLLd=9.73767 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.42504 CaloElectronMatch=315.328 CaloBremMatch=315.328 CaloChargedEcal=1522.92 CaloChargedID=40008 CaloNeutralEcal=1522.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824841 CaloNeutralID=40008 CaloEcalE=903.204 CaloHcalE=564.538 CaloEcalChi2=315.328 CaloClusChi2=3.42504 CaloTrajectoryL=374.404 CaloEoverP=0.247172 EcalPIDe=0.094712 HcalPIDe=-0.0648196 HcalPIDmu=-1.29684 EcalPIDmu=0.435378 TrackChi2PerDof=1.67794 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6636.74 TrackPt=562.951 CombDLLe=-1.53288 CombDLLmu=-4.36229 CombDLLpi=0 CombDLLk=9.73767 CombDLLp=9.73767 CombDLLd=9.73767 ProbNNe=0.000528747 ProbNNpi=0.203552 ProbNNk=0.178134 ProbNNp=0.63401 ProbNNghost=0.0274385 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.123207 RichDLLmu=-4.37525 RichDLLpi=0 RichDLLk=8.2254 RichDLLp=8.2254 RichPIDStatus=5060 RichDLLbt=8.2254 RichDLLd=8.2254 MuonMuLL=-0.0364565 MuonBkgLL=-0.191002 MuonNShared=6 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3917.79 MuonMVA1=-999 MuonMVA2=-0.892908 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.740866 CaloElectronMatch=6.12272 CaloChargedEcal=10264.3 CaloChargedID=43211 CaloEcalE=8331.65 CaloHcalE=9883.51 CaloEcalChi2=6.12272 CaloClusChi2=0.740866 CaloTrajectoryL=97.3052 CaloEoverP=1.1392 EcalPIDe=3.71102 HcalPIDe=-1.07674 HcalPIDmu=-0.701411 EcalPIDmu=-3.46883 TrackChi2PerDof=1.67063 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=9261.34 TrackPt=197.157 CombDLLe=2.61272 CombDLLmu=-8.9432 CombDLLpi=0 CombDLLk=8.2254 CombDLLp=8.2254 CombDLLd=8.41641 ProbNNe=0.70975 ProbNNmu=0.0006259 ProbNNpi=0.00202929 ProbNNk=0.0214653 ProbNNp=0.00571604 ProbNNghost=0.995184 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-50.7257 RichDLLmu=-16.1871 RichDLLpi=0 RichDLLk=-62.6651 RichDLLp=-55.4676 RichPIDStatus=6115 RichDLLbt=-55.4676 RichDLLd=-55.4676 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.210104 CaloElectronMatch=620.969 CaloBremMatch=620.969 CaloChargedEcal=2140.39 CaloChargedID=39907 CaloNeutralEcal=2140.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813493 CaloNeutralID=39907 CaloEcalE=1568.24 CaloHcalE=20258.8 CaloEcalChi2=620.969 CaloClusChi2=0.210104 CaloTrajectoryL=141.477 CaloEoverP=0.162557 EcalPIDe=-0.0970249 HcalPIDe=-1.12623 HcalPIDmu=-0.977879 EcalPIDmu=-0.378106 TrackChi2PerDof=1.23206 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=13439.9 TrackPt=1397.65 CombDLLe=-7.19631 CombDLLmu=-8.33443 CombDLLpi=0 CombDLLk=-62.6651 CombDLLp=-55.4676 CombDLLd=-55.4676 ProbNNe=4.66037e-12 ProbNNpi=0.999378 ProbNNk=3.22647e-07 ProbNNp=2.08139e-05 ProbNNghost=0.000686703 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.451752 CaloElectronMatch=1646.17 CaloChargedEcal=8815.48 CaloChargedID=39098 CaloEcalE=6047.14 CaloHcalE=0 CaloEcalChi2=1646.17 CaloClusChi2=0.451752 CaloTrajectoryL=-161.274 CaloEoverP=1.32016 EcalPIDe=-2.03751 HcalPIDe=0.685017 HcalPIDmu=-2.98749 EcalPIDmu=-3.70759 TrackChi2PerDof=1.10915 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=7010.88 TrackPt=250.527 CombDLLe=-1.3525 CombDLLmu=-6.69508 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.159566 ProbNNpi=0.210539 ProbNNk=0.00548923 ProbNNp=0.0392053 ProbNNghost=0.988868 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.19623 CaloElectronMatch=13.1618 CaloChargedEcal=3437.01 CaloChargedID=34884 CaloEcalE=3307.29 CaloHcalE=494.701 CaloEcalChi2=13.1618 CaloClusChi2=3.19623 CaloTrajectoryL=202.487 CaloEoverP=1.07034 EcalPIDe=3.01028 HcalPIDe=-0.248115 HcalPIDmu=-1.09338 EcalPIDmu=-1.98104 TrackChi2PerDof=2.9558 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3356.59 TrackPt=98.9071 CombDLLe=2.76216 CombDLLmu=-3.07441 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.803193 ProbNNpi=0.0112419 ProbNNk=0.00161271 ProbNNp=0.00463392 ProbNNghost=0.971893 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.7817 RichDLLmu=-8.70465 RichDLLpi=0 RichDLLk=-4.31545 RichDLLp=-4.31545 RichPIDStatus=5091 RichDLLbt=-4.31545 RichDLLd=-4.31545 MuonMuLL=-0.111155 MuonBkgLL=-0.579438 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=138.64 MuonMVA1=-999 MuonMVA2=-1.58833 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.44628 CaloElectronMatch=783.339 CaloBremMatch=75.8274 CaloChargedEcal=3363.2 CaloChargedID=39092 CaloNeutralEcal=3363.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88718 CaloNeutralID=39092 CaloEcalE=12819.7 CaloHcalE=4396.88 CaloEcalChi2=783.339 CaloClusChi2=3.44628 CaloTrajectoryL=1546.26 CaloEoverP=0.57463 EcalPIDe=-0.679031 HcalPIDe=-1.51347 HcalPIDmu=-0.176643 EcalPIDmu=-0.516916 TrackChi2PerDof=1.25278 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=5955.49 TrackPt=292.56 CombDLLe=-6.1684 CombDLLmu=-6.80762 CombDLLpi=0 CombDLLk=-4.31545 CombDLLp=-4.31545 CombDLLd=-3.73601 ProbNNe=0.00835512 ProbNNmu=0.000625899 ProbNNpi=0.773491 ProbNNk=0.00015571 ProbNNp=0.106723 ProbNNghost=0.539159 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.76489 RichDLLmu=-2.49196 RichDLLpi=0 RichDLLk=10.2882 RichDLLp=10.2882 RichPIDStatus=5028 RichDLLbt=10.2882 RichDLLd=10.2882 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.955851 CaloElectronMatch=27.0934 CaloBremMatch=27.0934 CaloChargedEcal=2274.45 CaloChargedID=35512 CaloNeutralEcal=2274.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844337 CaloNeutralID=35512 CaloEcalE=1689.66 CaloHcalE=0 CaloEcalChi2=27.0934 CaloClusChi2=0.955851 CaloTrajectoryL=154.017 CaloEoverP=0.574015 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-1.57915 TrackChi2PerDof=0.925279 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4230.83 TrackPt=474.769 CombDLLe=2.12021 CombDLLmu=-7.67591 CombDLLpi=0 CombDLLk=10.2882 CombDLLp=10.2882 CombDLLd=10.2882 ProbNNe=0.124484 ProbNNpi=0.218466 ProbNNk=0.190062 ProbNNp=0.723911 ProbNNghost=0.00713661 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.15629 RichDLLmu=-0.845131 RichDLLpi=0 RichDLLk=22.7547 RichDLLp=41.122 RichPIDStatus=8165 RichDLLbt=40.2891 RichDLLd=40.2891 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.11765 CaloElectronMatch=2178.46 CaloBremMatch=70.3848 CaloChargedEcal=1077.04 CaloChargedID=38479 CaloNeutralEcal=1077.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995095 CaloNeutralID=38479 CaloEcalE=191.45 CaloHcalE=10876.7 CaloEcalChi2=2178.46 CaloClusChi2=7.11765 CaloTrajectoryL=-2708.76 CaloEoverP=0.0676419 EcalPIDe=-1.55673 HcalPIDe=-1.81758 HcalPIDmu=-1.14056 EcalPIDmu=-0.939643 TrackChi2PerDof=2.80803 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=18203.6 TrackPt=1330.72 CombDLLe=-3.5766 CombDLLmu=-3.25225 CombDLLpi=0 CombDLLk=22.7547 CombDLLp=41.122 CombDLLd=40.2891 ProbNNe=0.063249 ProbNNpi=0.0202437 ProbNNk=0.132255 ProbNNp=0.462776 ProbNNghost=0.340431 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0286052 MuonBkgLL=-1.18798 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=12.3313 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.9065 CaloElectronMatch=3.34652 CaloChargedEcal=6431.63 CaloChargedID=38724 CaloEcalE=5388.66 CaloHcalE=236.551 CaloEcalChi2=3.34652 CaloClusChi2=1.9065 CaloTrajectoryL=112.955 CaloEoverP=1.00838 EcalPIDe=3.71102 HcalPIDe=0.272944 HcalPIDmu=-2.98749 EcalPIDmu=-4.10425 TrackChi2PerDof=1.66802 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6473.1 TrackPt=123.735 CombDLLe=3.98397 CombDLLmu=-5.93237 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=1.18798 ProbNNe=0.946046 ProbNNpi=0.03337 ProbNNk=0.00463968 ProbNNp=0.00437546 ProbNNghost=0.970262 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.0363 RichDLLmu=0.00346851 RichDLLpi=0 RichDLLk=15.5664 RichDLLp=15.5664 RichPIDStatus=5028 RichDLLbt=15.5664 RichDLLd=15.5664 InAccBrem=1 TrackChi2PerDof=0.894749 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4505.36 TrackPt=982.022 CombDLLe=-2.20388 CombDLLmu=0.00485592 CombDLLpi=0 CombDLLk=15.5664 CombDLLp=15.5664 CombDLLd=15.5664 ProbNNe=0.0446209 ProbNNpi=0.0729691 ProbNNk=0.21883 ProbNNp=0.737529 ProbNNghost=0.00669042 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.49916 RichDLLmu=-0.319187 RichDLLpi=0 RichDLLk=-16.4756 RichDLLp=0.0920277 RichPIDStatus=8166 RichDLLbt=2.06275 RichDLLd=2.06275 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.37113 CaloElectronMatch=2055 CaloBremMatch=620.969 CaloChargedEcal=2140.39 CaloChargedID=39907 CaloNeutralEcal=2140.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813493 CaloNeutralID=39907 CaloEcalE=465.224 CaloHcalE=15774.6 CaloEcalChi2=2055 CaloClusChi2=4.37113 CaloTrajectoryL=992.986 CaloEoverP=0.101255 EcalPIDe=-2.76599 HcalPIDe=-2.05315 HcalPIDmu=-2.2453 EcalPIDmu=2.32506 TrackChi2PerDof=2.32341 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=21576.7 TrackPt=1604.84 CombDLLe=-5.42994 CombDLLmu=-0.366502 CombDLLpi=0 CombDLLk=-16.4756 CombDLLp=0.0920277 CombDLLd=2.06275 ProbNNe=2.99253e-07 ProbNNpi=0.991304 ProbNNk=4.84658e-05 ProbNNp=5.08061e-05 ProbNNghost=0.0461052 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.0814934 RichDLLmu=-1.64508 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.44536 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2224.76 TrackPt=70.4055 CombDLLe=0.0142613 CombDLLmu=-2.22346 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.609211 ProbNNpi=0.427222 ProbNNk=0.0198342 ProbNNp=0.026996 ProbNNghost=0.527745 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.7565 RichDLLmu=-11.421 RichDLLpi=0 RichDLLk=0.699001 RichDLLp=0.699001 RichPIDStatus=5028 RichDLLbt=0.699001 RichDLLd=0.699001 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.09175 CaloElectronMatch=776.523 CaloBremMatch=776.523 CaloChargedEcal=4307.81 CaloChargedID=38332 CaloNeutralEcal=4307.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904837 CaloNeutralID=38332 CaloEcalE=2045.76 CaloHcalE=0 CaloEcalChi2=776.523 CaloClusChi2=6.09175 CaloTrajectoryL=479.39 CaloEoverP=1.3738 EcalPIDe=-0.94654 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-3.11294 TrackChi2PerDof=1.17641 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3356.81 TrackPt=372.579 CombDLLe=-4.46746 CombDLLmu=-12.677 CombDLLpi=0 CombDLLk=0.699001 CombDLLp=0.699001 CombDLLd=0.699001 ProbNNe=0.00236868 ProbNNpi=0.910553 ProbNNk=0.0184126 ProbNNp=0.0786502 ProbNNghost=0.00719065 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.0277586 RichDLLmu=0.00105232 RichDLLpi=0 RichDLLk=-1.26252 RichDLLp=-4.39298 RichPIDStatus=139170 RichDLLbt=-4.05055 RichDLLd=-0.858557 InAccBrem=1 CaloBremChi2=225.61 BremPIDe=-0.365487 TrackChi2PerDof=2.58038 TrackNumDof=24 TrackType=4 TrackHistory=34 TrackP=48094.2 TrackPt=1984.64 CombDLLe=-0.370344 CombDLLmu=0.00147325 CombDLLpi=0 CombDLLk=-1.26252 CombDLLp=-4.39298 CombDLLd=-0.858557 ProbNNe=0.0528538 ProbNNmu=0.00496766 ProbNNpi=0.338042 ProbNNk=0.100269 ProbNNp=0.0758167 ProbNNghost=0.560129 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=2.68761 RichDLLmu=1.41118 RichDLLpi=0 RichDLLk=-0.523046 RichDLLp=0.280323 RichPIDStatus=8097 RichDLLbt=0.295177 RichDLLd=0.295177 InAccBrem=1 CaloBremChi2=394.788 BremPIDe=-0.608318 TrackChi2PerDof=1.03364 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=17545.6 TrackPt=687.084 CombDLLe=-0.138692 CombDLLmu=1.92482 CombDLLpi=0 CombDLLk=-0.523046 CombDLLp=0.280323 CombDLLd=0.295177 ProbNNe=0.00502355 ProbNNmu=0.00150704 ProbNNpi=0.3454 ProbNNk=0.452197 ProbNNp=0.666432 ProbNNghost=0.0310497 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.01585 RichDLLmu=-0.253163 RichDLLpi=0 RichDLLk=2.45172 RichDLLp=12.7609 RichPIDStatus=8101 RichDLLbt=12.6155 RichDLLd=12.6155 InAccBrem=1 CaloBremChi2=201.815 BremPIDe=0.151253 TrackChi2PerDof=0.846274 TrackNumDof=18 TrackType=4 TrackHistory=34 TrackP=31032.8 TrackPt=1288.38 CombDLLe=-0.026482 CombDLLmu=-0.354126 CombDLLpi=0 CombDLLk=2.45172 CombDLLp=12.7609 CombDLLd=12.6155 ProbNNe=0.000784834 ProbNNmu=0.00181143 ProbNNpi=0.198579 ProbNNk=0.456526 ProbNNp=0.593343 ProbNNghost=0.271143 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.4078 RichDLLmu=-11.9948 RichDLLpi=0 RichDLLk=-5.72454 RichDLLp=-5.72454 RichPIDStatus=5027 RichDLLbt=-5.72454 RichDLLd=-5.72454 InAccBrem=1 CaloBremChi2=245.884 BremPIDe=-0.381503 TrackChi2PerDof=0.355329 TrackNumDof=18 TrackType=4 TrackHistory=34 TrackP=6884.56 TrackPt=552.219 CombDLLe=-3.53427 CombDLLmu=-6.88549 CombDLLpi=0 CombDLLk=-5.72454 CombDLLp=-5.72454 CombDLLd=-5.72454 ProbNNe=3.04211e-05 ProbNNmu=0.000274977 ProbNNpi=0.947993 ProbNNk=0.0180224 ProbNNp=0.0115222 ProbNNghost=0.0460952 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-25.5239 RichDLLmu=-13.4726 RichDLLpi=0 RichDLLk=-12.2599 RichDLLp=-12.2599 RichPIDStatus=5027 RichDLLbt=-12.2599 RichDLLd=-12.2599 InAccBrem=1 CaloBremChi2=52.8976 BremPIDe=1.27798 TrackChi2PerDof=1.01288 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=5477.49 TrackPt=500.974 CombDLLe=-2.66724 CombDLLmu=-6.93636 CombDLLpi=0 CombDLLk=-12.2599 CombDLLp=-12.2599 CombDLLd=-12.2599 ProbNNe=1.07561e-06 ProbNNmu=0.000607436 ProbNNpi=0.98813 ProbNNk=0.00474501 ProbNNp=0.00133626 ProbNNghost=0.00412684 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.7524 RichDLLmu=-8.95942 RichDLLpi=0 RichDLLk=3.07729 RichDLLp=3.07729 RichPIDStatus=5028 RichDLLbt=3.07729 RichDLLd=3.07729 InAccBrem=1 CaloBremChi2=1108.3 BremPIDe=-0.553589 TrackChi2PerDof=1.40131 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=2808.68 TrackPt=448.103 CombDLLe=-4.40568 CombDLLmu=-6.62171 CombDLLpi=0 CombDLLk=3.07729 CombDLLp=3.07729 CombDLLd=3.07729 ProbNNe=1.49604e-06 ProbNNmu=0.00116554 ProbNNpi=0.790705 ProbNNk=0.135933 ProbNNp=0.0702781 ProbNNghost=0.0265556 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-34.3181 RichDLLmu=-27.6849 RichDLLpi=0 RichDLLk=6.18134 RichDLLp=6.18134 RichPIDStatus=5028 RichDLLbt=6.18134 RichDLLd=6.18134 TrackChi2PerDof=1.58502 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=6563.4 TrackPt=1575.38 CombDLLe=-4.86641 CombDLLmu=-6.99978 CombDLLpi=0 CombDLLk=6.18134 CombDLLp=6.18134 CombDLLd=6.18134 ProbNNe=1.8553e-06 ProbNNmu=0.000306229 ProbNNpi=0.915931 ProbNNk=0.112158 ProbNNp=0.068279 ProbNNghost=0.0143793 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.426191 RichDLLmu=0.441257 RichDLLpi=0 RichDLLk=5.4774 RichDLLp=8.19851 RichPIDStatus=8101 RichDLLbt=7.57269 RichDLLd=7.57269 TrackChi2PerDof=1.78566 TrackNumDof=5 TrackType=4 TrackHistory=34 TrackP=31868.2 TrackPt=1037.26 CombDLLe=0.0745806 CombDLLmu=0.61616 CombDLLpi=0 CombDLLk=5.4774 CombDLLp=8.19851 CombDLLd=7.57269 ProbNNe=0.0096788 ProbNNmu=0.00487532 ProbNNpi=0.0715269 ProbNNk=0.0928495 ProbNNp=0.53221 ProbNNghost=0.973822 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-48.1146 RichDLLmu=-21.534 RichDLLpi=0 RichDLLk=-19.2377 RichDLLp=-19.2377 RichPIDStatus=5027 RichDLLbt=-19.2377 RichDLLd=-19.2377 TrackChi2PerDof=1.17838 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=3469.86 TrackPt=988.51 CombDLLe=-5.84169 CombDLLmu=-6.99746 CombDLLpi=0 CombDLLk=-19.2377 CombDLLp=-19.2377 CombDLLd=-19.2377 ProbNNe=5.27892e-08 ProbNNmu=0.00221621 ProbNNpi=0.966271 ProbNNk=0.000951854 ProbNNp=0.00199345 ProbNNghost=0.0037503 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.358251 ShowerShape=10600.1 ClusterMass=76.0966 CaloNeutralEcal=14084.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923616 CaloNeutralID=33766 CaloNeutralE19=0.455642 CaloClusterCode=-91 CaloClusterFrac=0.988891 IsPhoton=0.177048 IsNotH=0.122059 IsPhotonXGB=0.727022 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0945016 ShowerShape=1776.37 ClusterMass=49.3009 CaloNeutralEcal=21528.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980567 CaloNeutralID=39152 CaloNeutralE19=0.550149 CaloClusterCode=61 CaloClusterFrac=0.999964 IsPhoton=1 IsNotH=0.783152 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.48987 ShowerShape=7971.91 CaloNeutralEcal=5349.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88268 CaloNeutralID=34929 CaloNeutralE19=0.557398 CaloClusterCode=-95 CaloClusterFrac=0.999904 IsPhoton=1 IsNotH=0.291912 IsPhotonXGB=1 ClusterAsX=0.189574 ClusterAsY=-0.0953164 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.6684 ShowerShape=2683.42 CaloNeutralEcal=5631.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927329 CaloNeutralID=39367 CaloNeutralE19=0.429851 CaloClusterCode=-93 CaloClusterFrac=0.883709 IsPhoton=1 IsNotH=0.0234555 IsPhotonXGB=1 ClusterAsX=-0.414403 ClusterAsY=0.16343 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=171.222 ShowerShape=2314.88 CaloNeutralEcal=6473.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.96122 CaloNeutralID=39823 CaloNeutralE19=0.44582 CaloClusterCode=93 IsPhoton=1 IsNotH=0.583689 IsPhotonXGB=1 ClusterAsX=-0.441315 ClusterAsY=-0.123743 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=133.757 ShowerShape=5286.75 CaloNeutralEcal=2877.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986109 CaloNeutralID=33647 CaloNeutralE19=0.498969 CaloClusterCode=-95 CaloClusterFrac=1.01446 IsPhoton=1 IsNotH=0.400427 IsPhotonXGB=1 ClusterAsX=0.484807 ClusterAsY=-0.0722293 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.2987 ShowerShape=1297.39 CaloNeutralEcal=13202.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835369 CaloNeutralID=43026 CaloNeutralE19=0.626811 CaloClusterCode=-95 CaloClusterFrac=0.914361 IsPhoton=1 IsNotH=0.497405 IsPhotonXGB=1 ClusterAsX=0.0141816 ClusterAsY=-0.063626 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.09175 ShowerShape=2973.24 CaloNeutralEcal=4307.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904837 CaloNeutralID=38332 CaloNeutralE19=0.543474 CaloClusterCode=93 CaloClusterFrac=1.02774 IsPhoton=1 IsNotH=0.612402 IsPhotonXGB=1 ClusterAsX=-0.259238 ClusterAsY=-0.030147 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=301.454 ShowerShape=858.094 CaloNeutralEcal=20356.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953101 CaloNeutralID=43223 CaloNeutralE19=0.472042 CaloClusterCode=61 CaloClusterFrac=0.999996 IsPhoton=1 IsNotH=0.619973 IsPhotonXGB=1 ClusterAsX=-0.0858214 ClusterAsY=-0.390681 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.4737 ShowerShape=1670.31 CaloNeutralEcal=27797.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.899329 CaloNeutralID=43423 CaloNeutralE19=0.374545 CaloClusterCode=-63 CaloClusterFrac=0.999856 IsPhoton=1 IsNotH=0.12104 IsPhotonXGB=1 ClusterAsX=-0.322702 ClusterAsY=0.247241 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.6378 ShowerShape=3276.48 CaloNeutralEcal=10394.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.594537 CaloNeutralID=42928 CaloNeutralE19=0.225855 CaloClusterCode=-95 CaloClusterFrac=0.999967 IsPhoton=1 IsNotH=0.000288896 IsPhotonXGB=1 ClusterAsX=0.124584 ClusterAsY=8.30289e-05 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.6039 ShowerShape=1594.73 CaloNeutralEcal=8448.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967117 CaloNeutralID=39776 CaloNeutralE19=0.755983 CaloClusterCode=91 CaloClusterFrac=1.00577 IsPhoton=1 IsNotH=0.875939 IsPhotonXGB=1 ClusterAsX=0.0463664 ClusterAsY=-0.179741 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=130.659 ShowerShape=596.091 CaloNeutralEcal=9708.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.9376 CaloNeutralID=42607 CaloNeutralE19=0.728953 CaloClusterCode=91 CaloClusterFrac=1.00185 IsPhoton=1 IsNotH=0.967116 IsPhotonXGB=1 ClusterAsX=0.00158281 ClusterAsY=-0.163634 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.8903 ShowerShape=1328.21 CaloNeutralEcal=4114.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960807 CaloNeutralID=39110 CaloNeutralE19=0.788913 CaloClusterCode=-97 CaloClusterFrac=1.00085 IsPhoton=1 IsNotH=0.947556 IsPhotonXGB=1 ClusterAsX=-0.0419601 ClusterAsY=0.141105 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=67.0133 ShowerShape=10291.3 CaloNeutralEcal=2040.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923484 CaloNeutralID=33520 CaloNeutralE19=0.463149 CaloClusterCode=-95 CaloClusterFrac=1.00215 IsPhoton=1 IsNotH=0.15352 IsPhotonXGB=1 ClusterAsX=0.284839 ClusterAsY=0.0920646 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=52.3325 ShowerShape=3891.91 CaloNeutralEcal=2988.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=38271 CaloNeutralE19=0.903501 CaloClusterCode=61 CaloClusterFrac=1.01958 IsPhoton=1 IsNotH=0.893045 IsPhotonXGB=1 ClusterAsX=0.514687 ClusterAsY=-0.219493 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.9005 ShowerShape=12176.7 CaloNeutralEcal=3625.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900796 CaloNeutralID=35558 CaloNeutralE19=0.384163 CaloClusterCode=95 IsPhoton=1 IsNotH=0.00986278 IsPhotonXGB=1 ClusterAsX=0.299 ClusterAsY=-0.284661 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=98.2311 ShowerShape=11508.1 CaloNeutralEcal=2070.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958178 CaloNeutralID=35762 CaloNeutralE19=0.561499 CaloClusterCode=93 IsPhoton=1 IsNotH=0.421885 IsPhotonXGB=1 ClusterAsX=-0.374227 ClusterAsY=-0.0160236 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.9265 ShowerShape=1665.23 CaloNeutralEcal=18789.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923722 CaloNeutralID=43425 CaloNeutralE19=0.48669 CaloClusterCode=-65 CaloClusterFrac=0.930447 IsPhoton=1 IsNotH=0.098741 IsPhotonXGB=1 ClusterAsX=0.220468 ClusterAsY=0.282516 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=946.102 ShowerShape=339.138 CaloNeutralEcal=8234.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934696 CaloNeutralID=43801 CaloNeutralE19=0.823938 CaloClusterCode=95 IsPhoton=1 IsNotH=0.975648 IsPhotonXGB=1 ClusterAsX=0.0628251 ClusterAsY=-0.016721 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=249.686 ShowerShape=2821.12 CaloNeutralEcal=3641.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983994 CaloNeutralID=34142 CaloNeutralE19=0.857508 CaloClusterCode=65 IsPhoton=1 IsNotH=0.798128 IsPhotonXGB=1 ClusterAsX=0.0944994 ClusterAsY=0.0347834 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=114.728 ShowerShape=4602.91 CaloNeutralEcal=2527.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939361 CaloNeutralID=35673 CaloNeutralE19=0.780529 CaloClusterCode=96 IsPhoton=1 IsNotH=0.686219 IsPhotonXGB=1 ClusterAsX=-0.0594387 ClusterAsY=0.121695 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.5565 ShowerShape=5794.58 CaloNeutralEcal=2219.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986987 CaloNeutralID=34800 CaloNeutralE19=0.659361 CaloClusterCode=-67 CaloClusterFrac=1.00225 IsPhoton=1 IsNotH=0.411177 IsPhotonXGB=1 ClusterAsX=0.023056 ClusterAsY=0.297371 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.2686 ShowerShape=1602.65 CaloNeutralEcal=2248 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977145 CaloNeutralID=37689 CaloNeutralE19=0.939723 CaloClusterCode=66 CaloClusterFrac=1.01462 IsPhoton=1 IsNotH=0.944623 IsPhotonXGB=1 ClusterAsX=-0.0397899 ClusterAsY=-0.166614 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.1638 ShowerShape=3758.66 CaloNeutralEcal=1178.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=34879 CaloNeutralE19=0.824588 CaloClusterCode=63 CaloClusterFrac=1.00932 IsPhoton=1 IsNotH=0.59733 IsPhotonXGB=1 ClusterAsX=-0.170501 ClusterAsY=-0.00502773 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=75.2535 ShowerShape=919.672 CaloNeutralEcal=2505.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992345 CaloNeutralID=38908 CaloNeutralE19=0.714132 CaloClusterCode=97 CaloClusterFrac=1.01745 IsPhoton=1 IsNotH=0.689979 IsPhotonXGB=1 ClusterAsX=0.0922199 ClusterAsY=0.181473 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.6989 ShowerShape=2078.88 CaloNeutralEcal=2669.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955415 CaloNeutralID=38005 CaloNeutralE19=0.458952 CaloClusterCode=93 CaloClusterFrac=1.00635 IsPhoton=1 IsNotH=0.412324 IsPhotonXGB=1 ClusterAsX=-0.29325 ClusterAsY=-0.291732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.6238 ShowerShape=1221.72 CaloNeutralEcal=8658.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90047 CaloNeutralID=43114 CaloNeutralE19=0.63661 CaloClusterCode=-92 CaloClusterFrac=0.998156 IsPhoton=1 IsNotH=0.702613 IsPhotonXGB=1 ClusterAsX=0.231207 ClusterAsY=-0.160263 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.76547 ShowerShape=8620.05 CaloNeutralEcal=952.078 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880512 CaloNeutralID=35769 CaloNeutralE19=0.553787 CaloClusterCode=-91 CaloClusterFrac=0.905919 IsPhoton=1 IsNotH=0.0443236 IsPhotonXGB=1 ClusterAsX=0.176099 ClusterAsY=-0.267705 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=96.8027 ShowerShape=1481.85 CaloNeutralEcal=5568.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950768 CaloNeutralID=44003 CaloNeutralE19=0.766269 CaloClusterCode=91 CaloClusterFrac=0.998032 IsPhoton=1 IsNotH=0.985751 IsPhotonXGB=1 ClusterAsX=-0.0495445 ClusterAsY=-0.118713 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=196.395 ShowerShape=4672.64 CaloNeutralEcal=2141.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982408 CaloNeutralID=34009 CaloNeutralE19=0.696477 CaloClusterCode=91 CaloClusterFrac=1.01693 IsPhoton=1 IsNotH=0.532097 IsPhotonXGB=1 ClusterAsX=-0.0160332 ClusterAsY=-0.259753 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=695.761 ShowerShape=4175.24 CaloNeutralEcal=1201.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969436 CaloNeutralID=36046 CaloNeutralE19=0.769911 CaloClusterCode=-91 CaloClusterFrac=1.04597 IsPhoton=1 IsNotH=0.614638 IsPhotonXGB=1 ClusterAsX=-0.00940512 ClusterAsY=-0.18112 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=168.099 ShowerShape=11786.6 CaloNeutralEcal=921.604 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987834 CaloNeutralID=34178 CaloNeutralE19=0.448906 CaloClusterCode=95 IsPhoton=1 IsNotH=0.193626 IsPhotonXGB=1 ClusterAsX=0.553087 ClusterAsY=-0.144405 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=239.345 ShowerShape=564.661 CaloNeutralEcal=4320.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955663 CaloNeutralID=44134 CaloNeutralE19=0.673758 CaloClusterCode=63 CaloClusterFrac=1.00237 IsPhoton=1 IsNotH=0.719793 IsPhotonXGB=1 ClusterAsX=-0.126396 ClusterAsY=-0.1489 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.8899 ShowerShape=1085.07 CaloNeutralEcal=1753.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944185 CaloNeutralID=38010 CaloNeutralE19=0.735959 CaloClusterCode=93 CaloClusterFrac=1.01924 IsPhoton=1 IsNotH=0.67574 IsPhotonXGB=1 ClusterAsX=-0.165636 ClusterAsY=-0.0306631 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.84333 ShowerShape=1309.89 CaloNeutralEcal=3428.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.80229 CaloNeutralID=43059 CaloNeutralE19=0.337646 CaloClusterCode=-93 CaloClusterFrac=0.86679 IsPhoton=1 IsNotH=0.0238757 IsPhotonXGB=1 ClusterAsX=-0.414477 ClusterAsY=0.0153796 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=115.077 ShowerShape=2206.45 CaloNeutralEcal=2187.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905142 CaloNeutralID=40110 CaloNeutralE19=0.431682 CaloClusterCode=97 IsPhoton=1 IsNotH=0.106946 IsPhotonXGB=1 ClusterAsX=-0.217828 ClusterAsY=0.278949 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.8208 ShowerShape=13755.5 CaloNeutralEcal=1402.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940689 CaloNeutralID=36002 CaloNeutralE19=0.402027 CaloClusterCode=97 CaloClusterFrac=1.00909 IsPhoton=1 IsNotH=0.161503 IsPhotonXGB=1 ClusterAsX=-0.133237 ClusterAsY=0.530179 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=165.885 ShowerShape=719.321 CaloNeutralEcal=2925.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964661 CaloNeutralID=37993 CaloNeutralE19=0.828522 CaloClusterCode=97 CaloClusterFrac=1.0044 IsPhoton=1 IsNotH=0.966693 IsPhotonXGB=1 ClusterAsX=0.0567195 ClusterAsY=0.0608986 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=132.683 ShowerShape=1655.98 CaloNeutralEcal=9418.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.806582 CaloNeutralID=43419 CaloNeutralE19=0.439695 CaloClusterCode=67 CaloClusterFrac=0.997588 IsPhoton=1 IsNotH=0.0809475 IsPhotonXGB=1 ClusterAsX=0.0185316 ClusterAsY=0.340003 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.8107 ShowerShape=2888.01 CaloNeutralEcal=4493.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869291 CaloNeutralID=43245 CaloNeutralE19=0.405393 CaloClusterCode=93 CaloClusterFrac=0.999824 IsPhoton=1 IsNotH=0.43869 IsPhotonXGB=1 ClusterAsX=-0.359667 ClusterAsY=-0.0852808 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=54.2195 ShowerShape=849.451 CaloNeutralEcal=3740.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984218 CaloNeutralID=42011 CaloNeutralE19=0.526896 CaloClusterCode=91 IsPhoton=1 IsNotH=0.848791 IsPhotonXGB=1 ClusterAsX=0.183829 ClusterAsY=-0.354346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2540.72 CaloNeutralEcal=582.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00121 CaloNeutralID=35970 CaloNeutralE19=0.940322 CaloClusterCode=91 IsPhoton=1 IsNotH=0.852146 IsPhotonXGB=1 ClusterAsX=-0.0802303 ClusterAsY=-0.0165416 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.1084 ShowerShape=2198.38 CaloNeutralEcal=2229.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860369 CaloNeutralID=38897 CaloNeutralE19=0.652118 CaloClusterCode=95 CaloClusterFrac=1.02561 IsPhoton=1 IsNotH=0.649983 IsPhotonXGB=1 ClusterAsX=0.0411895 ClusterAsY=0.129049 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.1067 ShowerShape=8825.02 CaloNeutralEcal=969.928 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949916 CaloNeutralID=35123 CaloNeutralE19=0.532938 CaloClusterCode=-93 CaloClusterFrac=1.02011 IsPhoton=1 IsNotH=0.283129 IsPhotonXGB=1 ClusterAsX=-0.386064 ClusterAsY=0.0680535 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=198.339 ShowerShape=1008.18 CaloNeutralEcal=2676.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922393 CaloNeutralID=41876 CaloNeutralE19=0.483257 CaloClusterCode=67 IsPhoton=1 IsNotH=0.734996 IsPhotonXGB=1 ClusterAsX=-0.00629433 ClusterAsY=0.357516 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=143 ShowerShape=1464.76 CaloNeutralEcal=1316.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944016 CaloNeutralID=37750 CaloNeutralE19=0.663513 CaloClusterCode=91 CaloClusterFrac=1.02798 IsPhoton=1 IsNotH=0.717841 IsPhotonXGB=1 ClusterAsX=0.114972 ClusterAsY=-0.205094 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.1647 ShowerShape=1095.35 CaloNeutralEcal=1685.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925834 CaloNeutralID=38410 CaloNeutralE19=0.747272 CaloClusterCode=-95 CaloClusterFrac=1.04076 IsPhoton=1 IsNotH=0.423859 IsPhotonXGB=1 ClusterAsX=0.0967782 ClusterAsY=0.0444349 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=56.4617 ShowerShape=1234.89 CaloNeutralEcal=6142.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729141 CaloNeutralID=42532 CaloNeutralE19=0.424247 CaloClusterCode=93 CaloClusterFrac=0.99948 IsPhoton=1 IsNotH=0.0274839 IsPhotonXGB=1 ClusterAsX=-0.147752 ClusterAsY=-0.00380019 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2533.62 CaloNeutralEcal=762.674 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.0341 CaloNeutralID=33555 CaloNeutralE19=0.98656 CaloClusterCode=95 IsPhoton=1 IsNotH=0.861166 IsPhotonXGB=1 ClusterAsX=0.102497 ClusterAsY=-0.0677487 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=746.731 ShowerShape=619.15 CaloNeutralEcal=1802.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.96693 CaloNeutralID=37736 CaloNeutralE19=0.892352 CaloClusterCode=95 CaloClusterFrac=1.07149 IsPhoton=1 IsNotH=0.968053 IsPhotonXGB=1 ClusterAsX=0.0279832 ClusterAsY=-0.0135429 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=109.354 ShowerShape=4755.64 CaloNeutralEcal=637.675 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990081 CaloNeutralID=34689 CaloNeutralE19=0.655788 CaloClusterCode=93 CaloClusterFrac=1.10788 IsPhoton=1 IsNotH=0.514853 IsPhotonXGB=1 ClusterAsX=-0.314731 ClusterAsY=-0.0195962 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=97.5423 ShowerShape=4311.12 CaloNeutralEcal=744.957 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952771 CaloNeutralID=34551 CaloNeutralE19=0.765144 CaloClusterCode=91 CaloClusterFrac=1.03739 IsPhoton=1 IsNotH=0.675101 IsPhotonXGB=1 ClusterAsX=-0.0283303 ClusterAsY=-0.150134 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.6933 ShowerShape=1716.4 CaloNeutralEcal=3731.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847286 CaloNeutralID=42732 CaloNeutralE19=0.684321 CaloClusterCode=98 CaloClusterFrac=1.00456 IsPhoton=1 IsNotH=0.855577 IsPhotonXGB=1 ClusterAsX=0.0233378 ClusterAsY=0.0896487 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.4117 ShowerShape=9792.48 CaloNeutralEcal=749.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887538 CaloNeutralID=33700 CaloNeutralE19=0.520289 CaloClusterCode=-98 CaloClusterFrac=0.837616 IsPhoton=1 IsNotH=0.0306701 IsPhotonXGB=1 ClusterAsX=0.105152 ClusterAsY=0.322437 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.0348 ShowerShape=1149.33 CaloNeutralEcal=2978.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767246 CaloNeutralID=43691 CaloNeutralE19=0.516166 CaloClusterCode=91 CaloClusterFrac=1.03932 IsPhoton=1 IsNotH=0.646831 IsPhotonXGB=1 ClusterAsX=0.149238 ClusterAsY=-0.0441185 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.9423 ShowerShape=851.89 CaloNeutralEcal=1587.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.0092 CaloNeutralID=39725 CaloNeutralE19=0.904461 CaloClusterCode=65 IsPhoton=1 IsNotH=0.846923 IsPhotonXGB=1 ClusterAsX=0.018483 ClusterAsY=-0.0457549 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.5436 ShowerShape=2869.37 CaloNeutralEcal=1484.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988019 CaloNeutralID=39117 CaloNeutralE19=0.472974 CaloClusterCode=90 CaloClusterFrac=1.07568 IsPhoton=1 IsNotH=0.0926141 IsPhotonXGB=1 ClusterAsX=-0.433794 ClusterAsY=-0.473887 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=482.382 ShowerShape=762.094 CaloNeutralEcal=1731.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02192 CaloNeutralID=44050 CaloNeutralE19=0.592998 CaloClusterCode=93 IsPhoton=1 IsNotH=0.505598 IsPhotonXGB=1 ClusterAsX=-0.349932 ClusterAsY=0.244978 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=52.0886 ShowerShape=1051.24 CaloNeutralEcal=1916.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.7732 CaloNeutralID=42893 CaloNeutralE19=0.500534 CaloClusterCode=93 IsPhoton=1 IsNotH=0.0914554 IsPhotonXGB=1 ClusterAsX=-0.110343 ClusterAsY=0.0962962 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.8302 ShowerShape=7431.16 CaloNeutralEcal=436.903 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.848379 CaloNeutralID=35012 CaloNeutralE19=0.523837 CaloClusterCode=-93 CaloClusterFrac=0.998786 IsPhoton=1 IsNotH=0.0544808 IsPhotonXGB=1 ClusterAsX=-0.0307669 ClusterAsY=-0.162047 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.11765 ShowerShape=1542.35 CaloNeutralEcal=974.498 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966045 CaloNeutralID=38538 CaloNeutralE19=0.719331 CaloClusterCode=-97 CaloClusterFrac=0.92011 IsPhoton=1 IsNotH=0.633696 IsPhotonXGB=1 ClusterAsX=-0.058192 ClusterAsY=0.187801 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=54.9603 ShowerShape=5799.47 CaloNeutralEcal=640.582 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02191 CaloNeutralID=33939 CaloNeutralE19=0.672139 CaloClusterCode=91 IsPhoton=1 IsNotH=0.327696 IsPhotonXGB=1 ClusterAsX=0.0962002 ClusterAsY=-0.328892 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.1922 ShowerShape=898.748 CaloNeutralEcal=1491.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955448 CaloNeutralID=41968 CaloNeutralE19=0.540402 CaloClusterCode=91 IsPhoton=1 IsNotH=0.50649 IsPhotonXGB=1 ClusterAsX=0.177574 ClusterAsY=-0.398507 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.36217 ShowerShape=15637.6 CaloNeutralEcal=468.704 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.863776 CaloNeutralID=33715 CaloNeutralE19=0.485919 CaloClusterCode=-92 CaloClusterFrac=1.03486 IsPhoton=1 IsNotH=0.0182941 IsPhotonXGB=1 ClusterAsX=0.218115 ClusterAsY=-0.273112 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=706.089 ShowerShape=575.132 CaloNeutralEcal=943.806 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970732 CaloNeutralID=37649 CaloNeutralE19=0.882458 CaloClusterCode=63 IsPhoton=1 IsNotH=0.965223 IsPhotonXGB=1 ClusterAsX=-0.0302696 ClusterAsY=0.0486101 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.1919 ShowerShape=1546.31 CaloNeutralEcal=2698.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847139 CaloNeutralID=42644 CaloNeutralE19=0.600975 CaloClusterCode=93 CaloClusterFrac=1.03291 IsPhoton=1 IsNotH=0.228319 IsPhotonXGB=1 ClusterAsX=-0.105106 ClusterAsY=-0.11076 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=284.796 CaloNeutralEcal=1733.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02033 CaloNeutralID=41895 CaloNeutralE19=0.950682 CaloClusterCode=63 IsPhoton=1 IsNotH=0.898962 IsPhotonXGB=1 ClusterAsX=-0.057664 ClusterAsY=-0.00918645 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=552.039 ShowerShape=2476.6 CaloNeutralEcal=505.194 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07909 CaloNeutralID=33496 CaloNeutralE19=1.05742 CaloClusterCode=93 IsPhoton=1 IsNotH=0.701535 IsPhotonXGB=1 ClusterAsX=-0.0512545 ClusterAsY=0.0522531 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=246.635 ShowerShape=3415.29 CaloNeutralEcal=364.976 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02676 CaloNeutralID=35389 CaloNeutralE19=0.832099 CaloClusterCode=93 IsPhoton=1 IsNotH=0.693218 IsPhotonXGB=1 ClusterAsX=-0.170962 ClusterAsY=-0.112138 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=514.305 ShowerShape=697.824 CaloNeutralEcal=1579.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07091 CaloNeutralID=44118 CaloNeutralE19=0.62993 CaloClusterCode=63 IsPhoton=1 IsNotH=0.97729 IsPhotonXGB=1 ClusterAsX=-0.442897 ClusterAsY=-0.230795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.341 ShowerShape=1682.55 CaloNeutralEcal=780.679 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958747 CaloNeutralID=38532 CaloNeutralE19=0.497608 CaloClusterCode=95 CaloClusterFrac=1.06897 IsPhoton=1 IsNotH=0.549092 IsPhotonXGB=1 ClusterAsX=0.361857 ClusterAsY=-0.127827 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3225.51 CaloNeutralEcal=299.812 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.11751 CaloNeutralID=36425 CaloNeutralE19=0.969608 CaloClusterCode=65 IsPhoton=1 IsNotH=0.760634 IsPhotonXGB=1 ClusterAsX=0.0634145 ClusterAsY=0.136243 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=159.916 ShowerShape=854.212 CaloNeutralEcal=1358.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812633 CaloNeutralID=42483 CaloNeutralE19=0.537718 CaloClusterCode=-93 CaloClusterFrac=0.998113 IsPhoton=1 IsNotH=0.211126 IsPhotonXGB=1 ClusterAsX=-0.0949391 ClusterAsY=-0.0252603 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=350.943 ShowerShape=566.781 CaloNeutralEcal=1509.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92034 CaloNeutralID=42354 CaloNeutralE19=0.78051 CaloClusterCode=-98 CaloClusterFrac=1.11867 IsPhoton=1 IsNotH=0.906453 IsPhotonXGB=1 ClusterAsX=0.0837826 ClusterAsY=0.0394198 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.78707 ShowerShape=1257.37 CaloNeutralEcal=1077.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995095 CaloNeutralID=38479 CaloNeutralE19=0.928441 CaloClusterCode=66 IsPhoton=1 IsNotH=0.860161 IsPhotonXGB=1 ClusterAsX=0.137648 ClusterAsY=0.0457684 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3955.52 CaloNeutralEcal=370.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995546 CaloNeutralID=36172 CaloNeutralE19=0.768177 CaloClusterCode=-91 CaloClusterFrac=1.13307 IsPhoton=1 IsNotH=0.454423 IsPhotonXGB=1 ClusterAsX=-0.0586863 ClusterAsY=-0.168493 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=273.874 ShowerShape=2479.27 CaloNeutralEcal=327.021 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=34495 CaloNeutralE19=0.870189 CaloClusterCode=63 CaloClusterFrac=1.14847 IsPhoton=1 IsNotH=0.819092 IsPhotonXGB=1 ClusterAsX=-0.0809922 ClusterAsY=0.0488269 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=142.723 ShowerShape=9925.04 CaloNeutralEcal=480.299 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965881 CaloNeutralID=36191 CaloNeutralE19=0.841843 CaloClusterCode=90 CaloClusterFrac=1.18038 IsPhoton=1 IsNotH=0.676558 IsPhotonXGB=1 ClusterAsX=-0.0426798 ClusterAsY=-0.141251 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=84.89 ShowerShape=5676.5 CaloNeutralEcal=560.557 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878607 CaloNeutralID=33878 CaloNeutralE19=0.721029 CaloClusterCode=97 CaloClusterFrac=1.15271 IsPhoton=1 IsNotH=0.72983 IsPhotonXGB=1 ClusterAsX=0.133623 ClusterAsY=0.0240367 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=333.634 ShowerShape=954.79 CaloNeutralEcal=1695.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847765 CaloNeutralID=42348 CaloNeutralE19=0.668407 CaloClusterCode=90 CaloClusterFrac=1.14927 IsPhoton=1 IsNotH=0.980313 IsPhotonXGB=1 ClusterAsX=-0.0817323 ClusterAsY=0.0185392 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=553.876 ShowerShape=5308.93 CaloNeutralEcal=401.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92947 CaloNeutralID=35820 CaloNeutralE19=0.711698 CaloClusterCode=91 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.00675142 ClusterAsY=-0.150605 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=632.606 ShowerShape=3833.39 CaloNeutralEcal=309.022 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.03642 CaloNeutralID=35722 CaloNeutralE19=0.97008 CaloClusterCode=92 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.00361024 ClusterAsY=0.0344899 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=388.831 ShowerShape=603.161 CaloNeutralEcal=581.164 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.03562 CaloNeutralID=40168 CaloNeutralE19=0.958143 CaloClusterCode=63 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.0114942 ClusterAsY=0.00209654 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.358251 ShowerShape=4376.45 CaloNeutralEcal=8631.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959225 CaloNeutralID=33766 CaloNeutralE19=0.743515 CaloClusterCode=95 CaloClusterFrac=0.606013 ClusterAsX=0.16971 ClusterAsY=0.0781739 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.358251 ShowerShape=4541.76 CaloNeutralEcal=5533.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971188 CaloNeutralID=33702 CaloNeutralE19=0.714626 CaloClusterCode=85 CaloClusterFrac=0.411963 ClusterAsX=0.2481 ClusterAsY=0.0132817 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0945016 ShowerShape=457.192 CaloNeutralEcal=13145.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980962 CaloNeutralID=39152 CaloNeutralE19=0.882369 CaloClusterCode=65 CaloClusterFrac=0.623469 ClusterAsX=0.0805532 ClusterAsY=0.0110525 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0945016 ShowerShape=759.72 CaloNeutralEcal=8041.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.985407 CaloNeutralID=39088 CaloNeutralE19=0.876759 CaloClusterCode=65 CaloClusterFrac=0.387768 ClusterAsX=0.139811 ClusterAsY=0.00626914 ] } -Printing ended -BrunelInit INFO Evt 6, Run 1, Nr. in job = 6 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.1177 RichDLLmu=-0.473598 RichDLLpi=0 RichDLLk=13.2859 RichDLLp=31.2453 RichPIDStatus=8165 RichDLLbt=27.1178 RichDLLd=27.1178 InAccBrem=1 CaloBremChi2=670.286 BremPIDe=-0.591406 TrackChi2PerDof=1.06257 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=21052.6 TrackPt=978.779 CombDLLe=-0.786952 CombDLLmu=-0.661062 CombDLLpi=0 CombDLLk=13.2859 CombDLLp=31.2453 CombDLLd=27.1178 ProbNNe=0.000423913 ProbNNpi=0.00725993 ProbNNk=0.236664 ProbNNp=0.998149 ProbNNghost=0.000516684 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-52.6051 RichDLLmu=-15.0341 RichDLLpi=0 RichDLLk=-55.8736 RichDLLp=-52.1118 RichPIDStatus=6115 RichDLLbt=-52.1118 RichDLLd=-52.1118 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.772342 CaloElectronMatch=52.494 CaloBremMatch=52.494 CaloChargedEcal=7381.61 CaloChargedID=43501 CaloNeutralEcal=7381.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818893 CaloNeutralID=43501 CaloEcalE=5171.16 CaloHcalE=5319.03 CaloEcalChi2=52.494 CaloBremChi2=506.225 CaloClusChi2=0.772342 CaloTrajectoryL=146.854 CaloEoverP=0.620499 EcalPIDe=4.33705 BremPIDe=-0.621385 HcalPIDe=-1.75999 HcalPIDmu=-0.874247 EcalPIDmu=-3.41223 TrackChi2PerDof=1.26006 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=12336.5 TrackPt=372.866 CombDLLe=-4.10329 CombDLLmu=-11.2523 CombDLLpi=0 CombDLLk=-55.8736 CombDLLp=-52.1118 CombDLLd=-52.1118 ProbNNe=6.53716e-08 ProbNNpi=0.999819 ProbNNk=1.19218e-05 ProbNNp=7.9572e-05 ProbNNghost=0.0008951 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.0703 RichDLLmu=-16.0038 RichDLLpi=0 RichDLLk=-2.83261 RichDLLp=-2.83261 RichPIDStatus=5027 RichDLLbt=-2.83261 RichDLLd=-2.83261 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.00301337 CaloElectronMatch=4.82552 CaloBremMatch=4.82552 CaloChargedEcal=2735.09 CaloChargedID=34423 CaloNeutralEcal=2735.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903154 CaloNeutralID=34423 CaloEcalE=2000.78 CaloHcalE=0 CaloEcalChi2=4.82552 CaloBremChi2=106.018 CaloClusChi2=0.00301337 CaloTrajectoryL=-32.8605 CaloEoverP=0.907626 EcalPIDe=2.97947 BremPIDe=0.185338 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-2.21538 TrackChi2PerDof=1.00424 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=3237.29 TrackPt=198.096 CombDLLe=0.269855 CombDLLmu=-11.5868 CombDLLpi=0 CombDLLk=-2.83261 CombDLLp=-2.83261 CombDLLd=-2.83261 ProbNNe=1.54055e-05 ProbNNpi=0.992126 ProbNNk=0.000806152 ProbNNp=0.00234362 ProbNNghost=0.0287599 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.4942 RichDLLmu=-0.426316 RichDLLpi=0 RichDLLk=-22.8186 RichDLLp=-21.6666 RichPIDStatus=6115 RichDLLbt=-21.6666 RichDLLd=-21.6666 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.22744 CaloElectronMatch=14.4432 CaloBremMatch=14.4432 CaloChargedEcal=12376.7 CaloChargedID=43550 CaloNeutralEcal=12376.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.782313 CaloNeutralID=43550 CaloEcalE=7646.55 CaloHcalE=107622 CaloEcalChi2=14.4432 CaloBremChi2=438.23 CaloClusChi2=0.22744 CaloTrajectoryL=-45.2618 CaloEoverP=0.823985 EcalPIDe=4.7102 BremPIDe=-0.488693 HcalPIDe=-2.5812 HcalPIDmu=-1.01961 EcalPIDmu=-3.49792 TrackChi2PerDof=1.02949 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=15187.2 TrackPt=800.418 CombDLLe=-0.317591 CombDLLmu=-5.11293 CombDLLpi=0 CombDLLk=-22.8186 CombDLLp=-21.6666 CombDLLd=-21.6666 ProbNNe=6.00199e-06 ProbNNpi=0.999869 ProbNNk=0.000877226 ProbNNp=9.05749e-05 ProbNNghost=0.000568725 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.8722 RichDLLmu=-13.066 RichDLLpi=0 RichDLLk=-3.09586 RichDLLp=-3.09586 RichPIDStatus=5027 RichDLLbt=-3.09586 RichDLLd=-3.09586 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.717 CaloElectronMatch=87.1422 CaloBremMatch=87.1422 CaloChargedEcal=1143.28 CaloChargedID=34433 CaloNeutralEcal=1143.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954107 CaloNeutralID=34433 CaloEcalE=875.088 CaloEcalChi2=87.1422 CaloBremChi2=345.732 CaloClusChi2=2.717 CaloTrajectoryL=189.394 CaloEoverP=0.429648 EcalPIDe=1.51236 BremPIDe=-0.373552 EcalPIDmu=0.107042 TrackChi2PerDof=1.26704 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=3195.71 TrackPt=199.926 CombDLLe=-2.72788 CombDLLmu=-6.81814 CombDLLpi=0 CombDLLk=-3.09586 CombDLLp=-3.09586 CombDLLd=-3.09586 ProbNNe=1.40609e-05 ProbNNpi=0.982835 ProbNNk=0.00536658 ProbNNp=0.00534973 ProbNNghost=0.00589182 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.0233 RichDLLmu=-7.47206 RichDLLpi=0 RichDLLk=-4.78507 RichDLLp=-4.78507 RichPIDStatus=5027 RichDLLbt=-4.78507 RichDLLd=-4.78507 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.21834 CaloElectronMatch=249.205 CaloBremMatch=76.5628 CaloChargedEcal=1420.74 CaloChargedID=35020 CaloNeutralEcal=1420.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713754 CaloNeutralID=35020 CaloEcalE=1308.65 CaloHcalE=3092.86 CaloEcalChi2=249.205 CaloBremChi2=317.198 CaloClusChi2=2.21834 CaloTrajectoryL=-920.788 CaloEoverP=0.307833 EcalPIDe=0.497498 BremPIDe=-0.357753 HcalPIDe=-1.47097 HcalPIDmu=-0.00949717 EcalPIDmu=-1.14196 TrackChi2PerDof=1.35857 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=4651.12 TrackPt=244.238 CombDLLe=-5.21624 CombDLLmu=-7.48039 CombDLLpi=0 CombDLLk=-4.78507 CombDLLp=-4.78507 CombDLLd=-4.78507 ProbNNe=1.97984e-07 ProbNNpi=0.995292 ProbNNk=0.00155678 ProbNNp=0.00427668 ProbNNghost=0.00861345 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.54803 RichDLLmu=-0.638344 RichDLLpi=0 RichDLLk=25.5663 RichDLLp=-10.5256 RichPIDStatus=139236 RichDLLbt=-0.476278 RichDLLd=-13.15 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=27.1215 CaloElectronMatch=4228.59 CaloBremMatch=979.375 CaloChargedEcal=3491.11 CaloChargedID=43812 CaloNeutralEcal=3491.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.711007 CaloNeutralID=43812 CaloEcalE=0 CaloHcalE=69735.5 CaloEcalChi2=4228.59 CaloBremChi2=5.95177 CaloClusChi2=27.1215 CaloTrajectoryL=-1503.33 CaloEoverP=0.0677617 EcalPIDe=-1.74718 BremPIDe=1.74559 HcalPIDe=-2.68434 HcalPIDmu=-2.91461 EcalPIDmu=1.28207 TrackChi2PerDof=1.43409 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=55493 TrackPt=2233.44 CombDLLe=-3.13123 CombDLLmu=-2.5214 CombDLLpi=0 CombDLLk=25.5663 CombDLLp=-10.5256 CombDLLd=-13.15 ProbNNe=2.61532e-05 ProbNNpi=0.00175771 ProbNNk=0.998197 ProbNNp=1.00973e-05 ProbNNghost=0.011956 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.6 RichDLLmu=-3.12538 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=221.231 BremPIDe=-0.101516 TrackChi2PerDof=0.729124 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=2394.47 TrackPt=114.303 CombDLLe=-2.07647 CombDLLmu=-3.88257 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0253739 ProbNNpi=0.925836 ProbNNk=0.057255 ProbNNp=0.0852945 ProbNNghost=0.0194719 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.15874 RichDLLmu=-0.76469 RichDLLpi=0 RichDLLk=-52.928 RichDLLp=-46.398 RichPIDStatus=8163 RichDLLbt=-40.0216 RichDLLd=-40.0216 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.088977 CaloElectronMatch=1073.9 CaloBremMatch=1073.9 CaloChargedEcal=8291.37 CaloChargedID=41887 CaloNeutralEcal=8291.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91351 CaloNeutralID=41887 CaloEcalE=5905.44 CaloHcalE=9771.84 CaloEcalChi2=1073.9 CaloBremChi2=174.552 CaloClusChi2=0.088977 CaloTrajectoryL=205.936 CaloEoverP=0.268497 EcalPIDe=-1.2565 BremPIDe=-0.257715 HcalPIDe=-1.97168 HcalPIDmu=-1.51668 EcalPIDmu=-2.93115 TrackChi2PerDof=0.550492 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=31656 TrackPt=1907.87 CombDLLe=-4.03754 CombDLLmu=-5.51013 CombDLLpi=0 CombDLLk=-52.928 CombDLLp=-46.398 CombDLLd=-40.0216 ProbNNe=0.000358819 ProbNNpi=0.999693 ProbNNk=1.24496e-05 ProbNNp=3.55096e-05 ProbNNghost=0.000202023 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.92063 RichDLLmu=-0.856838 RichDLLpi=0 RichDLLk=14.7595 RichDLLp=25.1814 RichPIDStatus=8166 RichDLLbt=26.4076 RichDLLd=26.4076 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.97061 CaloElectronMatch=632.839 CaloBremMatch=632.839 CaloChargedEcal=6279.22 CaloChargedID=42679 CaloNeutralEcal=6279.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954565 CaloNeutralID=42679 CaloEcalE=4792.98 CaloHcalE=7025.94 CaloEcalChi2=632.839 CaloBremChi2=625.298 CaloClusChi2=0.97061 CaloTrajectoryL=336.485 CaloEoverP=0.370298 EcalPIDe=-0.51303 BremPIDe=-0.591406 HcalPIDe=-1.98841 HcalPIDmu=-1.52038 EcalPIDmu=-2.98521 TrackChi2PerDof=0.920881 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=18338.9 TrackPt=711.372 CombDLLe=-3.77677 CombDLLmu=-5.69356 CombDLLpi=0 CombDLLk=14.7595 CombDLLp=25.1814 CombDLLd=26.4076 ProbNNe=3.25554e-07 ProbNNpi=0.00540349 ProbNNk=0.406223 ProbNNp=0.993891 ProbNNghost=0.00137804 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.3125 RichDLLmu=-11.6673 RichDLLpi=0 RichDLLk=-5.4397 RichDLLp=-5.4397 RichPIDStatus=5027 RichDLLbt=-5.4397 RichDLLd=-5.4397 MuonMuLL=-0.0277824 MuonBkgLL=-0.537894 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=366.752 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.56838 CaloElectronMatch=205.907 CaloBremMatch=205.907 CaloChargedEcal=1664.34 CaloChargedID=38913 CaloNeutralEcal=1664.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.78915 CaloNeutralID=38913 CaloEcalE=820.572 CaloHcalE=0 CaloEcalChi2=205.907 CaloBremChi2=406.345 CaloClusChi2=5.56838 CaloTrajectoryL=492.05 CaloEoverP=0.499027 EcalPIDe=0.497498 BremPIDe=-0.4614 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=0.255214 TrackChi2PerDof=1.01237 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=3862.59 TrackPt=221.382 CombDLLe=-1.88157 CombDLLmu=-8.56794 CombDLLpi=0 CombDLLk=-5.4397 CombDLLp=-5.4397 CombDLLd=-4.90181 ProbNNe=6.14357e-07 ProbNNpi=0.993895 ProbNNk=0.000891799 ProbNNp=0.00295564 ProbNNghost=0.00878516 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.7707 RichDLLmu=-21.2044 RichDLLpi=0 RichDLLk=-9.83336 RichDLLp=-9.83336 RichPIDStatus=5091 RichDLLbt=-9.83336 RichDLLd=-9.83336 MuonMuLL=-0.13159 MuonBkgLL=-1.95559 MuonNShared=2 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=3.06434 MuonMVA1=-999 MuonMVA2=-0.957832 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.65206 CaloElectronMatch=22.9084 CaloBremMatch=22.9084 CaloChargedEcal=4131.64 CaloChargedID=38389 CaloNeutralEcal=4131.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.798882 CaloNeutralID=38389 CaloEcalE=3151.67 CaloHcalE=9271.9 CaloEcalChi2=22.9084 CaloBremChi2=221.979 CaloClusChi2=0.65206 CaloTrajectoryL=128.404 CaloEoverP=0.676662 EcalPIDe=3.6423 BremPIDe=-0.210201 HcalPIDe=-1.62556 HcalPIDmu=-0.0381713 EcalPIDmu=-2.92445 TrackChi2PerDof=1.13856 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=6388.32 TrackPt=264.804 CombDLLe=-2.50865 CombDLLmu=-8.13573 CombDLLpi=0 CombDLLk=-9.83336 CombDLLp=-9.83336 CombDLLd=-7.87777 ProbNNe=9.54418e-06 ProbNNmu=0.00366525 ProbNNpi=0.127325 ProbNNk=0.00256412 ProbNNp=0.0111343 ProbNNghost=0.0143609 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-30.4294 RichDLLmu=-12.1901 RichDLLpi=0 RichDLLk=-5.21754 RichDLLp=-5.21754 RichPIDStatus=5027 RichDLLbt=-5.21754 RichDLLd=-5.21754 InAccBrem=1 CaloBremChi2=541.414 BremPIDe=-0.553589 TrackChi2PerDof=1.01008 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=3520.39 TrackPt=273.232 CombDLLe=-5.04416 CombDLLmu=-6.89403 CombDLLpi=0 CombDLLk=-5.21754 CombDLLp=-5.21754 CombDLLd=-5.21754 ProbNNe=1.09861e-05 ProbNNpi=0.988163 ProbNNk=0.00266758 ProbNNp=0.00330666 ProbNNghost=0.00305598 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=26.4844 RichDLLmu=10.9198 RichDLLpi=0 RichDLLk=11.5209 RichDLLp=11.5209 RichPIDStatus=5089 RichDLLbt=11.5209 RichDLLd=11.5209 MuonMuLL=-0.00200198 MuonBkgLL=-0.361161 MuonNShared=6 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=38.1494 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.347638 CaloElectronMatch=0.586528 CaloBremMatch=0.516877 CaloChargedEcal=6549.99 CaloChargedID=39352 CaloNeutralEcal=6549.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974691 CaloNeutralID=39352 CaloEcalE=6032.92 CaloHcalE=676.064 CaloEcalChi2=0.586528 CaloBremChi2=23.9339 CaloClusChi2=0.347638 CaloTrajectoryL=99.4559 CaloEoverP=0.944554 EcalPIDe=3.6423 BremPIDe=2.50165 HcalPIDe=-0.319373 HcalPIDmu=-1.088 EcalPIDmu=-2.74106 TrackChi2PerDof=1.01086 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=7016.09 TrackPt=245.698 CombDLLe=9.88294 CombDLLmu=3.35483 CombDLLpi=0 CombDLLk=11.5209 CombDLLp=11.5209 CombDLLd=11.8821 ProbNNe=0.999981 ProbNNpi=0.000796892 ProbNNk=0.00198388 ProbNNp=0.00128471 ProbNNghost=0.553402 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.3879 RichDLLmu=-14.6427 RichDLLpi=0 RichDLLk=-31.564 RichDLLp=-29.1649 RichPIDStatus=6115 RichDLLbt=-29.1649 RichDLLd=-29.1649 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=22.4565 CaloElectronMatch=1524.91 CaloBremMatch=250.703 CaloChargedEcal=1453.28 CaloChargedID=38989 CaloNeutralEcal=1453.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800179 CaloNeutralID=38989 CaloEcalE=0 CaloHcalE=2185.58 CaloEcalChi2=1524.91 CaloBremChi2=355.524 CaloClusChi2=22.4565 CaloTrajectoryL=730.497 CaloEoverP=0.13339 EcalPIDe=-1.49948 BremPIDe=-0.510136 HcalPIDe=-0.990128 HcalPIDmu=1.36283 EcalPIDmu=0.433955 TrackChi2PerDof=0.766169 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=11678.3 TrackPt=442.378 CombDLLe=-7.58751 CombDLLmu=-5.1633 CombDLLpi=0 CombDLLk=-31.564 CombDLLp=-29.1649 CombDLLd=-29.1649 ProbNNe=1.20504e-07 ProbNNpi=0.999631 ProbNNk=6.27126e-05 ProbNNp=0.000133777 ProbNNghost=0.000454886 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.4585 RichDLLmu=-4.8819 RichDLLpi=0 RichDLLk=24.9358 RichDLLp=24.9358 RichPIDStatus=5092 RichDLLbt=24.9358 RichDLLd=24.9358 MuonMuLL=-0.0565704 MuonBkgLL=-0.275869 MuonNShared=7 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=353.735 MuonMVA1=-999 MuonMVA2=-0.52411 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.66514 CaloElectronMatch=440.112 CaloBremMatch=440.112 CaloChargedEcal=16727.8 CaloChargedID=43308 CaloNeutralEcal=16727.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.628843 CaloNeutralID=43308 CaloEcalE=1722.8 CaloHcalE=13568.8 CaloEcalChi2=440.112 CaloBremChi2=116.886 CaloClusChi2=2.66514 CaloTrajectoryL=179.545 CaloEoverP=2.31194 EcalPIDe=-0.0141273 BremPIDe=0.223978 HcalPIDe=-1.17839 HcalPIDmu=-0.0376091 EcalPIDmu=-1.47399 TrackChi2PerDof=0.789694 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=7247.79 TrackPt=470.835 CombDLLe=-3.69654 CombDLLmu=-6.55277 CombDLLpi=0 CombDLLk=24.9358 CombDLLp=24.9358 CombDLLd=25.2116 ProbNNe=0.0002218 ProbNNmu=0.00366525 ProbNNpi=9.71442e-06 ProbNNk=0.971379 ProbNNp=0.877794 ProbNNghost=0.016044 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.317841 RichDLLmu=2.81208 RichDLLpi=0 RichDLLk=20.0773 RichDLLp=12.5044 RichPIDStatus=6116 RichDLLbt=12.5044 RichDLLd=12.5044 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.87063 CaloElectronMatch=690.602 CaloBremMatch=690.602 CaloChargedEcal=15422.4 CaloChargedID=43179 CaloNeutralEcal=15422.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.7416 CaloNeutralID=43179 CaloEcalE=4767.56 CaloHcalE=15802.9 CaloEcalChi2=690.602 CaloBremChi2=490.818 CaloClusChi2=1.87063 CaloTrajectoryL=3336.06 CaloEoverP=1.09828 EcalPIDe=-0.56571 BremPIDe=-0.625066 HcalPIDe=-1.89687 HcalPIDmu=-2.15436 EcalPIDmu=-3.55458 TrackChi2PerDof=1.01285 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=13789.8 TrackPt=1196.7 CombDLLe=-3.03203 CombDLLmu=-2.14057 CombDLLpi=0 CombDLLk=20.0773 CombDLLp=12.5044 CombDLLd=12.5044 ProbNNe=1.35374e-05 ProbNNpi=0.00296307 ProbNNk=0.995482 ProbNNp=0.325335 ProbNNghost=0.0223243 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-51.6283 RichDLLmu=-16.1367 RichDLLpi=0 RichDLLk=-24.6292 RichDLLp=-24.6292 RichPIDStatus=5091 RichDLLbt=-24.6292 RichDLLd=-24.6292 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.09368 CaloElectronMatch=481.316 CaloBremMatch=481.316 CaloChargedEcal=4366.35 CaloChargedID=39559 CaloNeutralEcal=4366.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89615 CaloNeutralID=39559 CaloEcalE=2689.39 CaloHcalE=472.044 CaloEcalChi2=481.316 CaloBremChi2=67.5497 CaloClusChi2=3.09368 CaloTrajectoryL=375.546 CaloEoverP=0.550516 EcalPIDe=-0.270192 BremPIDe=0.995431 HcalPIDe=-0.13781 HcalPIDmu=-1.89593 EcalPIDmu=-2.36329 TrackChi2PerDof=1.43786 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=8125.53 TrackPt=434.117 CombDLLe=-5.42775 CombDLLmu=-11.2372 CombDLLpi=0 CombDLLk=-24.6292 CombDLLp=-24.6292 CombDLLd=-24.6292 ProbNNe=6.76063e-10 ProbNNpi=0.999075 ProbNNk=4.64839e-05 ProbNNp=0.000117317 ProbNNghost=0.00295125 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.9943 RichDLLmu=-19.091 RichDLLpi=0 RichDLLk=0.979042 RichDLLp=0.979042 RichPIDStatus=5092 RichDLLbt=0.979042 RichDLLd=0.979042 MuonMuLL=-0.0133892 MuonBkgLL=-0.90902 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=57.6276 MuonMVA1=-999 MuonMVA2=-0.843474 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.50191 CaloElectronMatch=711.156 CaloBremMatch=39.3545 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloEcalE=1655.59 CaloHcalE=7312.45 CaloEcalChi2=711.156 CaloBremChi2=456.424 CaloClusChi2=5.50191 CaloTrajectoryL=11517.4 CaloEoverP=0.282015 EcalPIDe=-0.739943 BremPIDe=-0.607507 HcalPIDe=-1.99692 HcalPIDmu=-1.2021 EcalPIDmu=-1.42717 TrackChi2PerDof=0.78156 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=6465.62 TrackPt=307.453 CombDLLe=-6.00316 CombDLLmu=-8.72689 CombDLLpi=0 CombDLLk=0.979042 CombDLLp=0.979042 CombDLLd=1.88806 ProbNNe=0.0006539 ProbNNmu=0.00366525 ProbNNpi=0.00298942 ProbNNk=0.00817895 ProbNNp=0.195489 ProbNNghost=0.0252843 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.96603 RichDLLmu=30.7893 RichDLLpi=0 RichDLLk=-4.25163 RichDLLp=-4.25163 RichPIDStatus=5090 RichDLLbt=-4.25163 RichDLLd=-4.25163 MuonMuLL=-4.71242 MuonBkgLL=-6.30033 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=0.306095 MuonMVA1=-999 MuonMVA2=4.04939 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=98.0458 CaloElectronMatch=1136.53 CaloBremMatch=39.3545 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloEcalE=0 CaloHcalE=1493.57 CaloEcalChi2=1136.53 CaloBremChi2=73.0463 CaloClusChi2=98.0458 CaloTrajectoryL=11274.6 CaloEoverP=0.230661 EcalPIDe=-1.41652 BremPIDe=0.995431 HcalPIDe=-0.871136 HcalPIDmu=1.41053 EcalPIDmu=0.361777 TrackChi2PerDof=1.1746 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=7905.1 TrackPt=425.397 CombDLLe=-1.98402 CombDLLmu=10.3602 CombDLLpi=0 CombDLLk=-4.25163 CombDLLp=-4.25163 CombDLLd=2.04871 ProbNNe=1.39528e-09 ProbNNmu=0.00366525 ProbNNpi=0.000161071 ProbNNk=0.68424 ProbNNp=0.320095 ProbNNghost=0.00547135 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.055 RichDLLmu=-22.5689 RichDLLpi=0 RichDLLk=-11.3925 RichDLLp=-11.3925 RichPIDStatus=5091 RichDLLbt=-11.3925 RichDLLd=-11.3925 MuonMuLL=-0.0133892 MuonBkgLL=-0.90883 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=57.6796 MuonMVA1=-999 MuonMVA2=-0.843474 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.50657 CaloElectronMatch=711.695 CaloBremMatch=39.3545 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloEcalE=1655.59 CaloHcalE=7312.45 CaloEcalChi2=711.695 CaloBremChi2=460.816 CaloClusChi2=5.50657 CaloTrajectoryL=11515.8 CaloEoverP=0.281647 EcalPIDe=-0.739943 BremPIDe=-0.607507 HcalPIDe=-1.99692 HcalPIDmu=-1.2021 EcalPIDmu=-1.42717 TrackChi2PerDof=2.94696 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=6474.07 TrackPt=323.126 CombDLLe=-7.58105 CombDLLmu=-8.73215 CombDLLpi=0 CombDLLk=-11.3925 CombDLLp=-11.3925 CombDLLd=-10.4837 ProbNNe=1.19413e-09 ProbNNmu=0.00366525 ProbNNpi=0.0447542 ProbNNk=0.00205588 ProbNNp=0.00558574 ProbNNghost=0.930805 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=5.97419 RichDLLmu=-4.64862 RichDLLpi=0 RichDLLk=1.973 RichDLLp=1.973 RichPIDStatus=5025 RichDLLbt=1.973 RichDLLd=1.973 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.58312 CaloElectronMatch=31.5022 CaloBremMatch=31.5022 CaloChargedEcal=2144.91 CaloChargedID=34563 CaloNeutralEcal=2144.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856789 CaloNeutralID=34563 CaloEcalE=1916.19 CaloEcalChi2=31.5022 CaloBremChi2=435.208 CaloClusChi2=0.58312 CaloTrajectoryL=51.8344 CaloEoverP=0.701991 EcalPIDe=2.97947 BremPIDe=-0.4614 EcalPIDmu=-2.19735 TrackChi2PerDof=1.78395 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=3352.95 TrackPt=167.262 CombDLLe=3.55585 CombDLLmu=-7.31061 CombDLLpi=0 CombDLLk=1.973 CombDLLp=1.973 CombDLLd=1.973 ProbNNe=0.946972 ProbNNpi=0.591878 ProbNNk=0.0479103 ProbNNp=0.0613293 ProbNNghost=0.773716 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.4307 RichDLLmu=-7.31272 RichDLLpi=0 RichDLLk=2.13754 RichDLLp=2.13754 RichPIDStatus=5028 RichDLLbt=2.13754 RichDLLd=2.13754 MuonMuLL=-0.000199994 MuonBkgLL=-0.0340176 MuonNShared=15 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2947.65 MuonMVA1=-999 MuonMVA2=-0.340093 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.04305 CaloElectronMatch=315.027 CaloBremMatch=315.027 CaloChargedEcal=12314 CaloChargedID=39161 CaloNeutralEcal=12314 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91253 CaloNeutralID=39161 CaloEcalE=9588.28 CaloHcalE=2941.16 CaloEcalChi2=315.027 CaloBremChi2=745.622 CaloClusChi2=9.04305 CaloTrajectoryL=316.741 CaloEoverP=2.70963 EcalPIDe=0.0319619 BremPIDe=-0.553589 HcalPIDe=-1.47097 HcalPIDmu=-0.00949717 EcalPIDmu=-1.27739 TrackChi2PerDof=1.3578 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=4555.84 TrackPt=235.908 CombDLLe=-4.71647 CombDLLmu=-7.54008 CombDLLpi=0 CombDLLk=2.13754 CombDLLp=2.13754 CombDLLd=2.17155 ProbNNe=0.000981039 ProbNNmu=0.00366525 ProbNNpi=0.000827048 ProbNNk=0.0222267 ProbNNp=0.159723 ProbNNghost=0.925565 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.47101 RichDLLmu=-5.76932 RichDLLpi=0 RichDLLk=-0.960268 RichDLLp=-0.960268 RichPIDStatus=5027 RichDLLbt=-0.960268 RichDLLd=-0.960268 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.628724 CaloElectronMatch=32.6966 CaloBremMatch=31.5022 CaloChargedEcal=2144.91 CaloChargedID=34563 CaloNeutralEcal=2144.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856789 CaloNeutralID=34563 CaloEcalE=1916.19 CaloEcalChi2=32.6966 CaloBremChi2=435.105 CaloClusChi2=0.628724 CaloTrajectoryL=53.6886 CaloEoverP=0.698407 EcalPIDe=2.97947 BremPIDe=-0.4614 EcalPIDmu=-2.19735 TrackChi2PerDof=1.03955 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=3370.15 TrackPt=159.622 CombDLLe=0.890941 CombDLLmu=-7.93057 CombDLLpi=0 CombDLLk=-0.960268 CombDLLp=-0.960268 CombDLLd=-0.960268 ProbNNe=0.20741 ProbNNpi=0.893548 ProbNNk=0.0266946 ProbNNp=0.0499574 ProbNNghost=0.271393 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.8814 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=44.0952 BremPIDe=0.577779 TrackChi2PerDof=1.98152 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=1719.71 TrackPt=144.715 CombDLLe=-0.951419 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.433732 ProbNNpi=0.0422857 ProbNNk=0.0421295 ProbNNp=0.0325308 ProbNNghost=0.982596 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.7615 RichDLLmu=-11.977 RichDLLpi=0 RichDLLk=-2.25159 RichDLLp=-2.25159 RichPIDStatus=5027 RichDLLbt=-2.25159 RichDLLd=-2.25159 MuonMuLL=-0.0829469 MuonBkgLL=-0.453374 MuonNShared=5 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=314.771 MuonMVA1=-999 MuonMVA2=-1.099 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.37244 CaloElectronMatch=46.8904 CaloBremMatch=46.8904 CaloChargedEcal=981.864 CaloChargedID=38343 CaloNeutralEcal=981.864 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.80582 CaloNeutralID=38343 CaloEcalE=993.86 CaloHcalE=0 CaloEcalChi2=46.8904 CaloBremChi2=237.796 CaloClusChi2=1.37244 CaloTrajectoryL=134.092 CaloEoverP=0.394329 EcalPIDe=2.97947 BremPIDe=-0.33853 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-0.290136 TrackChi2PerDof=1.08625 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=3212.37 TrackPt=402.742 CombDLLe=0.207386 CombDLLmu=-9.19902 CombDLLpi=0 CombDLLk=-2.25159 CombDLLp=-2.25159 CombDLLd=-1.79821 ProbNNe=0.0133102 ProbNNmu=0.00366525 ProbNNpi=0.00122048 ProbNNk=0.0133345 ProbNNp=0.0236575 ProbNNghost=0.288203 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-72.0186 RichDLLmu=-36.3737 RichDLLpi=0 RichDLLk=-53.5814 RichDLLp=-52.9832 RichPIDStatus=6115 RichDLLbt=-52.9832 RichDLLd=-52.9832 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.69827 CaloElectronMatch=731.007 CaloBremMatch=731.007 CaloChargedEcal=1494.51 CaloChargedID=37647 CaloNeutralEcal=1494.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977017 CaloNeutralID=37647 CaloEcalE=528.822 CaloHcalE=9084.33 CaloEcalChi2=731.007 CaloBremChi2=18.2487 CaloClusChi2=1.69827 CaloTrajectoryL=298.411 CaloEoverP=0.165807 EcalPIDe=-0.739943 BremPIDe=2.90047 HcalPIDe=-1.88811 HcalPIDmu=-1.7407 EcalPIDmu=1.63258 TrackChi2PerDof=1.31466 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=9402.04 TrackPt=834.985 CombDLLe=-6.35555 CombDLLmu=-7.10811 CombDLLpi=0 CombDLLk=-53.5814 CombDLLp=-52.9832 CombDLLd=-52.9832 ProbNNe=4.16284e-07 ProbNNpi=0.999697 ProbNNk=8.82177e-05 ProbNNp=0.000107511 ProbNNghost=0.00268957 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.84432 RichDLLmu=1.04088 RichDLLpi=0 RichDLLk=15.588 RichDLLp=15.588 RichPIDStatus=5028 RichDLLbt=15.588 RichDLLd=15.588 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.68051 CaloElectronMatch=536.101 CaloBremMatch=14.571 CaloChargedEcal=3802.16 CaloChargedID=34098 CaloNeutralEcal=3802.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878127 CaloNeutralID=34098 CaloEcalE=1107.83 CaloHcalE=2603.9 CaloEcalChi2=536.101 CaloBremChi2=224.656 CaloClusChi2=1.68051 CaloTrajectoryL=-812.036 CaloEoverP=0.712708 EcalPIDe=-0.341929 BremPIDe=-0.210201 HcalPIDe=-1.31397 HcalPIDmu=0.425157 EcalPIDmu=-0.440688 TrackChi2PerDof=0.428819 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=5519.48 TrackPt=698.956 CombDLLe=-1.54357 CombDLLmu=1.42101 CombDLLpi=0 CombDLLk=15.588 CombDLLp=15.588 CombDLLd=15.588 ProbNNe=0.000108925 ProbNNpi=0.00156235 ProbNNk=0.97262 ProbNNp=0.959744 ProbNNghost=0.00526302 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.282 RichDLLmu=-17.3245 RichDLLpi=0 RichDLLk=-8.75113 RichDLLp=-8.75113 RichPIDStatus=5027 RichDLLbt=-8.75113 RichDLLd=-8.75113 MuonMuLL=-0.0944206 MuonBkgLL=-0.49823 MuonNShared=5 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.87673 MuonMVA1=-999 MuonMVA2=0.000688974 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.373565 CaloElectronMatch=0.289703 CaloBremMatch=0.289703 CaloChargedEcal=4464.87 CaloChargedID=38517 CaloNeutralEcal=4464.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.64785 CaloNeutralID=38517 CaloEcalE=1811.38 CaloHcalE=3967 CaloEcalChi2=0.289703 CaloBremChi2=436.686 CaloClusChi2=0.373565 CaloTrajectoryL=103.851 CaloEoverP=0.952833 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=-1.52558 HcalPIDmu=-0.386389 EcalPIDmu=-1.87667 TrackChi2PerDof=1.31898 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4864.13 TrackPt=292.771 CombDLLe=-1.85673 CombDLLmu=-8.84557 CombDLLpi=0 CombDLLk=-8.75113 CombDLLp=-8.75113 CombDLLd=-8.2529 ProbNNe=0.0112206 ProbNNmu=0.00366525 ProbNNpi=0.00408337 ProbNNk=0.00409523 ProbNNp=0.0101914 ProbNNghost=0.789569 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.45497 RichDLLmu=8.52578 RichDLLpi=0 RichDLLk=24.6028 RichDLLp=24.3551 RichPIDStatus=6116 RichDLLbt=24.3551 RichDLLd=24.3551 MuonMuLL=-0.078935 MuonBkgLL=-1.81914 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=174.199 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.635025 CaloElectronMatch=34.5775 CaloBremMatch=34.5775 CaloChargedEcal=8456.3 CaloChargedID=43865 CaloNeutralEcal=8456.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.68873 CaloNeutralID=43865 CaloEcalE=3580.09 CaloHcalE=864.051 CaloEcalChi2=34.5775 CaloBremChi2=1050.69 CaloClusChi2=0.635025 CaloTrajectoryL=379.272 CaloEoverP=0.768425 EcalPIDe=4.33705 BremPIDe=-0.621385 HcalPIDe=-0.232179 HcalPIDmu=-0.549491 EcalPIDmu=-2.90481 TrackChi2PerDof=0.669233 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=11173.1 TrackPt=703.027 CombDLLe=4.6034 CombDLLmu=4.83826 CombDLLpi=0 CombDLLk=24.6028 CombDLLp=24.3551 CombDLLd=26.1743 ProbNNe=0.00319668 ProbNNpi=0.000305791 ProbNNk=0.929238 ProbNNp=0.772108 ProbNNghost=0.00424886 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.5972 RichDLLmu=-0.481832 RichDLLpi=0 RichDLLk=-60.8251 RichDLLp=-52.2851 RichPIDStatus=6115 RichDLLbt=-52.2851 RichDLLd=-52.2851 MuonMuLL=-0.00793137 MuonBkgLL=-0.761412 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=4176.09 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.817512 CaloElectronMatch=219.661 CaloBremMatch=219.661 CaloChargedEcal=4754.82 CaloChargedID=44068 CaloNeutralEcal=4754.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84777 CaloNeutralID=44068 CaloEcalE=3055.4 CaloHcalE=3514.55 CaloEcalChi2=219.661 CaloBremChi2=133.439 CaloClusChi2=0.817512 CaloTrajectoryL=279.24 CaloEoverP=0.349628 EcalPIDe=0.786938 BremPIDe=0.655527 HcalPIDe=-1.25274 HcalPIDmu=0.271963 EcalPIDmu=-2.62453 TrackChi2PerDof=2.1539 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=14417.6 TrackPt=935.58 CombDLLe=-3.64339 CombDLLmu=-2.27157 CombDLLpi=0 CombDLLk=-60.8251 CombDLLp=-52.2851 CombDLLd=-51.5237 ProbNNe=5.24614e-08 ProbNNpi=0.984116 ProbNNk=0.00141664 ProbNNp=0.000336192 ProbNNghost=0.307352 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.36144 RichDLLmu=-2.0202 RichDLLpi=0 RichDLLk=34.9505 RichDLLp=33.9178 RichPIDStatus=6116 RichDLLbt=33.9178 RichDLLd=33.9178 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.60875 CaloElectronMatch=769.56 CaloBremMatch=266.634 CaloChargedEcal=1811.64 CaloChargedID=39890 CaloNeutralEcal=1811.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.780457 CaloNeutralID=39890 CaloEcalE=364.572 CaloHcalE=8971.92 CaloEcalChi2=769.56 CaloBremChi2=180.203 CaloClusChi2=7.60875 CaloTrajectoryL=-1267.75 CaloEoverP=0.162427 EcalPIDe=-0.620164 BremPIDe=0.170661 HcalPIDe=-2.51216 HcalPIDmu=-2.24776 EcalPIDmu=0.00475264 TrackChi2PerDof=1.08427 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=11519.9 TrackPt=877.257 CombDLLe=-3.19982 CombDLLmu=-4.9268 CombDLLpi=0 CombDLLk=34.9505 CombDLLp=33.9178 CombDLLd=33.9178 ProbNNe=6.88202e-07 ProbNNpi=0.000260084 ProbNNk=0.997022 ProbNNp=0.756802 ProbNNghost=0.000792758 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.49782 RichDLLmu=-5.30931 RichDLLpi=0 RichDLLk=0.302493 RichDLLp=0.302493 RichPIDStatus=5028 RichDLLbt=0.302493 RichDLLd=0.302493 InAccBrem=1 CaloBremChi2=687.89 BremPIDe=-0.553589 TrackChi2PerDof=1.39519 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=2648.85 TrackPt=200.509 CombDLLe=-1.33741 CombDLLmu=-5.50463 CombDLLpi=0 CombDLLk=0.302493 CombDLLp=0.302493 CombDLLd=0.302493 ProbNNe=0.725743 ProbNNpi=0.823926 ProbNNk=0.0457608 ProbNNp=0.0999593 ProbNNghost=0.329485 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-31.1084 RichDLLmu=-28.5533 RichDLLpi=0 RichDLLk=-9.74684 RichDLLp=-9.74684 RichPIDStatus=5027 RichDLLbt=-9.74684 RichDLLd=-9.74684 InAccBrem=1 CaloBremChi2=346.319 BremPIDe=-0.373552 TrackChi2PerDof=1.92355 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=4261.84 TrackPt=490.433 CombDLLe=-4.93328 CombDLLmu=-6.99985 CombDLLpi=0 CombDLLk=-9.74684 CombDLLp=-9.74684 CombDLLd=-9.74684 ProbNNe=6.46244e-05 ProbNNpi=0.988512 ProbNNk=0.000671737 ProbNNp=0.00542759 ProbNNghost=0.0230026 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=1.70285 RichDLLmu=-2.59454 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=300.554 BremPIDe=-0.15976 TrackChi2PerDof=1.42351 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=2283.18 TrackPt=101.93 CombDLLe=0.138058 CombDLLmu=-3.338 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.923378 ProbNNpi=0.511848 ProbNNk=0.0453608 ProbNNp=0.128639 ProbNNghost=0.801936 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.85988 RichDLLmu=-2.76328 RichDLLpi=0 RichDLLk=97.0261 RichDLLp=49.4562 RichPIDStatus=8164 RichDLLbt=49.0747 RichDLLd=49.0747 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.42117 CaloElectronMatch=3669.94 CaloBremMatch=3669.94 CaloChargedEcal=1021.42 CaloChargedID=37678 CaloNeutralEcal=1021.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.864573 CaloNeutralID=37678 CaloEcalE=0 CaloHcalE=11542.9 CaloEcalChi2=3669.94 CaloBremChi2=103.171 CaloClusChi2=7.42117 CaloTrajectoryL=-1210.92 CaloEoverP=0.0641194 EcalPIDe=-2.93119 BremPIDe=0.688896 HcalPIDe=-2.5812 HcalPIDmu=-2.86805 EcalPIDmu=0.635346 TrackChi2PerDof=1.16418 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=18232.7 TrackPt=2146.52 CombDLLe=-5.66981 CombDLLmu=-5.75026 CombDLLpi=0 CombDLLk=97.0261 CombDLLp=49.4562 CombDLLd=49.0747 ProbNNe=6.82951e-07 ProbNNpi=0.000119096 ProbNNk=0.99995 ProbNNp=0.00324404 ProbNNghost=0.00241067 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0149245 RichDLLmu=4.37749 RichDLLpi=0 RichDLLk=-68.7268 RichDLLp=-58.3015 RichPIDStatus=8162 RichDLLbt=-56.0166 RichDLLd=-56.0166 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.14274 CaloElectronMatch=456.831 CaloBremMatch=456.831 CaloChargedEcal=10792.1 CaloChargedID=42162 CaloNeutralEcal=10792.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928598 CaloNeutralID=42162 CaloEcalE=3411.35 CaloHcalE=10275.8 CaloEcalChi2=456.831 CaloBremChi2=493.419 CaloClusChi2=0.14274 CaloTrajectoryL=-250.379 CaloEoverP=0.571194 EcalPIDe=-0.172551 BremPIDe=-0.591406 HcalPIDe=-2.59631 HcalPIDmu=-2.24746 EcalPIDmu=-2.30496 TrackChi2PerDof=0.985757 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=19533.5 TrackPt=2098.57 CombDLLe=-3.35766 CombDLLmu=0.37667 CombDLLpi=0 CombDLLk=-68.7268 CombDLLp=-58.3015 CombDLLd=-56.0166 ProbNNe=0.00380659 ProbNNpi=0.991701 ProbNNk=2.45516e-05 ProbNNp=0.000164198 ProbNNghost=0.025955 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-41.7295 RichDLLmu=-33.8128 RichDLLpi=0 RichDLLk=-18.2484 RichDLLp=-18.2484 RichPIDStatus=5027 RichDLLbt=-18.2484 RichDLLd=-18.2484 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.17341 CaloElectronMatch=136.856 CaloBremMatch=136.856 CaloChargedEcal=2017.51 CaloChargedID=34101 CaloNeutralEcal=2017.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941832 CaloNeutralID=34101 CaloEcalE=1674.54 CaloHcalE=670.813 CaloEcalChi2=136.856 CaloBremChi2=157.815 CaloClusChi2=2.17341 CaloTrajectoryL=253.038 CaloEoverP=0.430319 EcalPIDe=0.989182 BremPIDe=-0.0258536 HcalPIDe=-0.319373 HcalPIDmu=-0.836264 EcalPIDmu=-1.31108 TrackChi2PerDof=0.997194 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=5098.6 TrackPt=601.081 CombDLLe=-4.81018 CombDLLmu=-9.14733 CombDLLpi=0 CombDLLk=-18.2484 CombDLLp=-18.2484 CombDLLd=-18.2484 ProbNNe=3.5687e-07 ProbNNpi=0.997726 ProbNNk=4.29108e-05 ProbNNp=0.000823697 ProbNNghost=0.00445718 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-28.128 RichDLLmu=-14.1145 RichDLLpi=0 RichDLLk=-3.10407 RichDLLp=-3.10407 RichPIDStatus=5027 RichDLLbt=-3.10407 RichDLLd=-3.10407 InAccBrem=1 CaloBremChi2=390.954 BremPIDe=-0.4614 TrackChi2PerDof=1.36242 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=3231.04 TrackPt=248.583 CombDLLe=-4.70616 CombDLLmu=-6.95072 CombDLLpi=0 CombDLLk=-3.10407 CombDLLp=-3.10407 CombDLLd=-3.10407 ProbNNe=1.42172e-05 ProbNNpi=0.976348 ProbNNk=0.0048713 ProbNNp=0.0122439 ProbNNghost=0.0214589 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-45.3021 RichDLLmu=-36.785 RichDLLpi=0 RichDLLk=-29.6691 RichDLLp=-29.6691 RichPIDStatus=5091 RichDLLbt=-29.6691 RichDLLd=-29.6691 MuonMuLL=-0.00200198 MuonBkgLL=-0.353628 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=177.936 MuonMVA1=-999 MuonMVA2=-0.338295 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.05876 CaloElectronMatch=266.634 CaloBremMatch=266.634 CaloChargedEcal=1811.64 CaloChargedID=39890 CaloNeutralEcal=1811.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.780457 CaloNeutralID=39890 CaloEcalE=1548.55 CaloHcalE=3684.58 CaloEcalChi2=266.634 CaloBremChi2=218.482 CaloClusChi2=3.05876 CaloTrajectoryL=306.314 CaloEoverP=0.238663 EcalPIDe=0.27519 BremPIDe=-0.00620699 HcalPIDe=-1.79057 HcalPIDmu=-0.368868 EcalPIDmu=-0.970831 TrackChi2PerDof=0.970311 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=7840.12 TrackPt=628.94 CombDLLe=-7.20483 CombDLLmu=-7.98807 CombDLLpi=0 CombDLLk=-29.6691 CombDLLp=-29.6691 CombDLLd=-29.3154 ProbNNe=2.10051e-09 ProbNNmu=0.00366525 ProbNNpi=0.458663 ProbNNk=0.00727644 ProbNNp=0.0193838 ProbNNghost=0.00589017 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.60666 RichDLLmu=-1.01773 RichDLLpi=0 RichDLLk=-46.4164 RichDLLp=-31.9071 RichPIDStatus=8163 RichDLLbt=-28.9727 RichDLLd=-28.9727 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.74472 CaloElectronMatch=544.339 CaloBremMatch=544.339 CaloChargedEcal=7553.57 CaloChargedID=43562 CaloNeutralEcal=7553.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867596 CaloNeutralID=43562 CaloEcalE=638.812 CaloHcalE=15007.3 CaloEcalChi2=544.339 CaloBremChi2=68.2939 CaloClusChi2=4.74472 CaloTrajectoryL=103.186 CaloEoverP=0.30951 EcalPIDe=-0.250247 BremPIDe=1.09719 HcalPIDe=-2.87281 HcalPIDmu=-3.05306 EcalPIDmu=1.20457 TrackChi2PerDof=1.00636 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=25020 TrackPt=762.692 CombDLLe=-3.17163 CombDLLmu=-3.25396 CombDLLpi=0 CombDLLk=-46.4164 CombDLLp=-31.9071 CombDLLd=-28.9727 ProbNNe=0.000108022 ProbNNpi=0.999096 ProbNNk=0.000145219 ProbNNp=0.000136653 ProbNNghost=0.000613295 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.84055 RichDLLmu=-2.3839 RichDLLpi=0 RichDLLk=-34.3262 RichDLLp=-20.0192 RichPIDStatus=8163 RichDLLbt=-19.8789 RichDLLd=-19.8789 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.311412 CaloElectronMatch=172.835 CaloBremMatch=172.835 CaloChargedEcal=14648.7 CaloChargedID=42996 CaloNeutralEcal=14648.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812531 CaloNeutralID=42996 CaloEcalE=10458.3 CaloHcalE=5169.19 CaloEcalChi2=172.835 CaloBremChi2=705.861 CaloClusChi2=0.311412 CaloTrajectoryL=140.759 CaloEoverP=0.642173 EcalPIDe=1.91205 BremPIDe=-0.581258 HcalPIDe=-1.4935 HcalPIDmu=-0.619339 EcalPIDmu=-4.04965 TrackChi2PerDof=0.857646 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=22798.7 TrackPt=763.779 CombDLLe=-1.85088 CombDLLmu=-7.77461 CombDLLpi=0 CombDLLk=-34.3262 CombDLLp=-20.0192 CombDLLd=-19.8789 ProbNNe=9.76199e-05 ProbNNpi=0.997341 ProbNNk=0.000139188 ProbNNp=0.00017241 ProbNNghost=0.00252251 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.0567 RichDLLmu=-5.94919 RichDLLpi=0 RichDLLk=10.472 RichDLLp=10.472 RichPIDStatus=5092 RichDLLbt=10.472 RichDLLd=10.472 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.699171 CaloElectronMatch=181.864 CaloBremMatch=181.864 CaloChargedEcal=7899.3 CaloChargedID=38853 CaloNeutralEcal=7899.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796734 CaloNeutralID=38853 CaloEcalE=4218.27 CaloHcalE=0 CaloEcalChi2=181.864 CaloBremChi2=629.407 CaloClusChi2=0.699171 CaloTrajectoryL=233.656 CaloEoverP=0.933508 EcalPIDe=0.989182 BremPIDe=-0.638976 HcalPIDe=0.83611 HcalPIDmu=-2.36508 EcalPIDmu=-3.23795 TrackChi2PerDof=1.12167 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=8742.12 TrackPt=327.481 CombDLLe=-0.700793 CombDLLmu=-11.4167 CombDLLpi=0 CombDLLk=10.472 CombDLLp=10.472 CombDLLd=10.472 ProbNNe=0.000190116 ProbNNpi=0.407327 ProbNNk=0.559967 ProbNNp=0.70678 ProbNNghost=0.0223069 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.2272 RichDLLmu=-6.99201 RichDLLpi=0 RichDLLk=0.365783 RichDLLp=0.365783 RichPIDStatus=5028 RichDLLbt=0.365783 RichDLLd=0.365783 InAccBrem=1 CaloBremChi2=770.758 BremPIDe=-0.553589 TrackChi2PerDof=2.98037 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=2649.34 TrackPt=212.701 CombDLLe=-0.942947 CombDLLmu=-6.19504 CombDLLpi=0 CombDLLk=0.365783 CombDLLp=0.365783 CombDLLd=0.365783 ProbNNe=0.813004 ProbNNpi=0.151701 ProbNNk=0.0536541 ProbNNp=0.0490874 ProbNNghost=0.977807 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.889052 RichDLLmu=0.766982 RichDLLpi=0 RichDLLk=-17.8251 RichDLLp=-13.0187 RichPIDStatus=8129 RichDLLbt=-11.2915 RichDLLd=-11.2915 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=11.9513 CaloElectronMatch=3302.69 CaloChargedEcal=3349.19 CaloChargedID=42801 CaloEcalE=222.156 CaloHcalE=94414.8 CaloEcalChi2=3302.69 CaloClusChi2=11.9513 CaloTrajectoryL=4617.36 CaloEoverP=0.0995999 EcalPIDe=-3.09266 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=0.386419 TrackChi2PerDof=1.07617 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=36237.4 TrackPt=643.328 CombDLLe=-5.94276 CombDLLmu=-1.59348 CombDLLpi=0 CombDLLk=-17.8251 CombDLLp=-13.0187 CombDLLd=-11.2915 ProbNNe=5.44533e-06 ProbNNpi=0.998754 ProbNNk=2.66279e-05 ProbNNp=0.000119048 ProbNNghost=0.00816711 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.1616 RichDLLmu=-10.6789 RichDLLpi=0 RichDLLk=0.774101 RichDLLp=0.774101 RichPIDStatus=5028 RichDLLbt=0.774101 RichDLLd=0.774101 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=5.95817 CaloElectronMatch=44.8493 CaloChargedEcal=3292.96 CaloChargedID=34693 CaloEcalE=1485.76 CaloHcalE=101.849 CaloEcalChi2=44.8493 CaloClusChi2=5.95817 CaloTrajectoryL=508.795 CaloEoverP=1.00204 EcalPIDe=2.97947 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.86134 TrackChi2PerDof=2.01411 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=3491.75 TrackPt=80.394 CombDLLe=1.39977 CombDLLmu=-11.0632 CombDLLpi=0 CombDLLk=0.774101 CombDLLp=0.774101 CombDLLd=0.774101 ProbNNe=0.00895152 ProbNNpi=0.829015 ProbNNk=0.0680575 ProbNNp=0.0728717 ProbNNghost=0.585356 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.80611 RichDLLmu=-4.16391 RichDLLpi=0 RichDLLk=23.4002 RichDLLp=23.4002 RichPIDStatus=5092 RichDLLbt=23.4002 RichDLLd=23.4002 MuonMuLL=-0.189467 MuonBkgLL=-2.19518 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.3933 MuonMVA1=-999 MuonMVA2=0.459219 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.24627 CaloElectronMatch=61.1566 CaloBremMatch=0.289703 CaloChargedEcal=4464.87 CaloChargedID=38517 CaloNeutralEcal=4464.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.64785 CaloNeutralID=38517 CaloEcalE=1081.91 CaloHcalE=8429.98 CaloEcalChi2=61.1566 CaloBremChi2=228.68 CaloClusChi2=1.24627 CaloTrajectoryL=172.605 CaloEoverP=0.6367 EcalPIDe=3.6423 BremPIDe=-0.210201 HcalPIDe=-1.88811 HcalPIDmu=-1.13027 EcalPIDmu=-0.430087 TrackChi2PerDof=1.20934 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=7279.25 TrackPt=194.472 CombDLLe=0.706948 CombDLLmu=-4.32841 CombDLLpi=0 CombDLLk=23.4002 CombDLLp=23.4002 CombDLLd=25.5954 ProbNNe=0.248536 ProbNNmu=0.00366525 ProbNNpi=9.44396e-06 ProbNNk=0.855312 ProbNNp=0.516594 ProbNNghost=0.155509 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.3276 RichDLLmu=5.8394 RichDLLpi=0 RichDLLk=11.2758 RichDLLp=11.2758 RichPIDStatus=5092 RichDLLbt=11.2758 RichDLLd=11.2758 MuonMuLL=-0.00200198 MuonBkgLL=-0.360352 MuonNShared=7 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=37.9648 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.389464 CaloElectronMatch=0.516877 CaloBremMatch=0.516877 CaloChargedEcal=6549.99 CaloChargedID=39352 CaloNeutralEcal=6549.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974691 CaloNeutralID=39352 CaloEcalE=6032.92 CaloHcalE=676.064 CaloEcalChi2=0.516877 CaloBremChi2=12.0853 CaloClusChi2=0.389464 CaloTrajectoryL=100.137 CaloEoverP=0.947866 EcalPIDe=3.6423 BremPIDe=3.0352 HcalPIDe=-0.319373 HcalPIDmu=-1.088 EcalPIDmu=-2.74106 TrackChi2PerDof=2.81353 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=6991.58 TrackPt=247.264 CombDLLe=6.93912 CombDLLmu=2.29443 CombDLLpi=0 CombDLLk=11.2758 CombDLLp=11.2758 CombDLLd=11.6361 ProbNNe=0.997549 ProbNNpi=0.0103066 ProbNNk=0.286149 ProbNNp=0.238446 ProbNNghost=0.998821 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-28.938 RichDLLmu=-2.1465 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=437.277 BremPIDe=-0.19324 TrackChi2PerDof=1.25389 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=2225.91 TrackPt=398.204 CombDLLe=-4.52654 CombDLLmu=-2.83315 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.24285e-05 ProbNNpi=0.830043 ProbNNk=0.0773026 ProbNNp=0.190631 ProbNNghost=0.0360424 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.7088 RichDLLmu=-8.87999 RichDLLpi=0 RichDLLk=-41.4586 RichDLLp=-32.076 RichPIDStatus=6115 RichDLLbt=-32.076 RichDLLd=-32.076 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.632141 CaloElectronMatch=132.379 CaloChargedEcal=7276.38 CaloChargedID=38735 CaloEcalE=5011.38 CaloHcalE=1620.87 CaloEcalChi2=132.379 CaloClusChi2=0.632141 CaloTrajectoryL=220.65 CaloEoverP=0.5287 EcalPIDe=1.35245 HcalPIDe=-0.799582 HcalPIDmu=2.03736 EcalPIDmu=-3.47172 TrackChi2PerDof=0.881246 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=13769.4 TrackPt=397.443 CombDLLe=-4.68104 CombDLLmu=-8.0442 CombDLLpi=0 CombDLLk=-41.4586 CombDLLp=-32.076 CombDLLd=-32.076 ProbNNe=1.15749e-08 ProbNNpi=0.999849 ProbNNk=0.000236056 ProbNNp=4.1436e-05 ProbNNghost=0.00282616 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=30.1775 RichDLLmu=0.247417 RichDLLpi=0 RichDLLk=8.94674 RichDLLp=8.94674 RichPIDStatus=5089 RichDLLbt=8.94674 RichDLLd=8.94674 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.671405 CaloElectronMatch=9.92658 CaloChargedEcal=5923.95 CaloChargedID=39119 CaloEcalE=5637.94 CaloHcalE=1255.26 CaloEcalChi2=9.92658 CaloClusChi2=0.671405 CaloTrajectoryL=137.595 CaloEoverP=0.831902 EcalPIDe=3.6423 HcalPIDe=-0.668461 HcalPIDmu=0.533502 EcalPIDmu=-2.52863 TrackChi2PerDof=2.60367 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=7185.22 TrackPt=218.164 CombDLLe=7.43836 CombDLLmu=-1.64902 CombDLLpi=0 CombDLLk=8.94674 CombDLLp=8.94674 CombDLLd=8.94674 ProbNNe=0.999996 ProbNNpi=0.0011984 ProbNNk=0.000227633 ProbNNp=0.00111886 ProbNNghost=0.956545 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.3664 RichDLLmu=-6.41425 RichDLLpi=0 RichDLLk=9.12953 RichDLLp=9.12953 RichPIDStatus=5028 RichDLLbt=9.12953 RichDLLd=9.12953 InAccBrem=1 CaloBremChi2=42.6783 BremPIDe=1.14622 TrackChi2PerDof=1.90444 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=3564.7 TrackPt=590.473 CombDLLe=-0.951484 CombDLLmu=-6.0007 CombDLLpi=0 CombDLLk=9.12953 CombDLLp=9.12953 CombDLLd=9.12953 ProbNNe=0.000806368 ProbNNpi=0.172774 ProbNNk=0.874326 ProbNNp=0.893028 ProbNNghost=0.257787 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.8015 RichDLLmu=0.565249 RichDLLpi=0 RichDLLk=-12.1436 RichDLLp=-12.4961 RichPIDStatus=6082 RichDLLbt=-12.4961 RichDLLd=-12.4961 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=14.4569 CaloElectronMatch=3204.26 CaloChargedEcal=22615.8 CaloChargedID=42901 CaloEcalE=0 CaloHcalE=20903.8 CaloEcalChi2=3204.26 CaloClusChi2=14.4569 CaloTrajectoryL=-823.757 CaloEoverP=0.85393 EcalPIDe=-2.70173 HcalPIDe=-2.87457 HcalPIDmu=-3.36956 EcalPIDmu=0.868247 TrackChi2PerDof=1.53 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=26742.7 TrackPt=550.792 CombDLLe=-5.89135 CombDLLmu=-1.71332 CombDLLpi=0 CombDLLk=-12.1436 CombDLLp=-12.4961 CombDLLd=-12.4961 ProbNNe=1.7112e-06 ProbNNpi=0.996325 ProbNNk=0.000295914 ProbNNp=0.000499586 ProbNNghost=0.00499622 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-61.31 RichDLLmu=-47.0236 RichDLLpi=0 RichDLLk=-28.9698 RichDLLp=-28.9698 RichPIDStatus=5091 RichDLLbt=-28.9698 RichDLLd=-28.9698 MuonMuLL=-0.000800334 MuonBkgLL=-0.0505569 MuonNShared=9 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=134.656 MuonMVA1=-999 MuonMVA2=-0.39121 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.219849 CaloElectronMatch=13.7942 CaloBremMatch=13.7942 CaloChargedEcal=3312.75 CaloChargedID=34019 CaloNeutralEcal=3312.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738757 CaloNeutralID=34019 CaloEcalE=1693.94 CaloHcalE=817.236 CaloEcalChi2=13.7942 CaloBremChi2=9.78705 CaloClusChi2=0.219849 CaloTrajectoryL=156.257 CaloEoverP=0.802093 EcalPIDe=2.97947 BremPIDe=3.18724 HcalPIDe=-0.560927 HcalPIDmu=0.0289404 EcalPIDmu=-1.87667 TrackChi2PerDof=1.20713 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=4331 TrackPt=795.607 CombDLLe=-0.770467 CombDLLmu=-8.79797 CombDLLpi=0 CombDLLk=-28.9698 CombDLLp=-28.9698 CombDLLd=-28.9192 ProbNNe=1.23172e-07 ProbNNmu=0.00366525 ProbNNpi=0.665818 ProbNNk=0.000769404 ProbNNp=0.00568703 ProbNNghost=0.0588275 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.662893 RichDLLmu=-0.0732161 RichDLLpi=0 RichDLLk=-6.28154 RichDLLp=-1.44991 RichPIDStatus=8131 RichDLLbt=-1.20029 RichDLLd=-1.20029 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.40971 CaloElectronMatch=1579.53 CaloChargedEcal=7553.57 CaloChargedID=43562 CaloEcalE=2346.92 CaloHcalE=16558.8 CaloEcalChi2=1579.53 CaloClusChi2=2.40971 CaloTrajectoryL=1567.59 CaloEoverP=0.249248 EcalPIDe=-1.26658 HcalPIDe=-3.00566 HcalPIDmu=-3.22215 EcalPIDmu=-1.33563 TrackChi2PerDof=0.51438 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=31069.2 TrackPt=541.289 CombDLLe=-4.38823 CombDLLmu=-4.66027 CombDLLpi=0 CombDLLk=-6.28154 CombDLLp=-1.44991 CombDLLd=-1.20029 ProbNNe=4.95437e-06 ProbNNpi=0.994468 ProbNNk=0.00122622 ProbNNp=0.00668303 ProbNNghost=0.00233525 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=15.8786 RichDLLmu=12.121 RichDLLpi=0 RichDLLk=-24.2943 RichDLLp=-12.431 RichPIDStatus=8161 RichDLLbt=-12.2812 RichDLLd=-12.2812 InAccBrem=1 CaloBremChi2=110.527 BremPIDe=0.984014 TrackChi2PerDof=0.796502 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=17683.4 TrackPt=1068.62 CombDLLe=3.62545 CombDLLmu=6.89108 CombDLLpi=0 CombDLLk=-24.2943 CombDLLp=-12.431 CombDLLd=-12.2812 ProbNNe=0.998292 ProbNNpi=0.064872 ProbNNk=0.000183216 ProbNNp=0.0151427 ProbNNghost=0.00862918 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.9131 RichDLLmu=-11.9298 RichDLLpi=0 RichDLLk=-5.44217 RichDLLp=-5.44217 RichPIDStatus=5059 RichDLLbt=-5.44217 RichDLLd=-5.44217 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.336146 CaloElectronMatch=77.6707 CaloChargedEcal=5279.6 CaloChargedID=39051 CaloEcalE=2404.21 CaloHcalE=1278.46 CaloEcalChi2=77.6707 CaloClusChi2=0.336146 CaloTrajectoryL=91.6865 CaloEoverP=0.613905 EcalPIDe=1.84829 HcalPIDe=-0.704175 HcalPIDmu=1.41053 EcalPIDmu=-2.02467 TrackChi2PerDof=1.50542 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=8855.38 TrackPt=172.503 CombDLLe=-1.50251 CombDLLmu=-7.49664 CombDLLpi=0 CombDLLk=-5.44217 CombDLLp=-5.44217 CombDLLd=-5.44217 ProbNNe=4.63251e-06 ProbNNpi=0.990192 ProbNNk=5.25653e-05 ProbNNp=0.000128287 ProbNNghost=0.0301887 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.37464 RichDLLmu=-1.02633 RichDLLpi=0 RichDLLk=-17.9255 RichDLLp=-14.2414 RichPIDStatus=6083 RichDLLbt=-14.2414 RichDLLd=-14.2414 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=27.121 CaloElectronMatch=2332.44 CaloChargedEcal=6716.09 CaloChargedID=43157 CaloEcalE=0 CaloHcalE=8790.52 CaloEcalChi2=2332.44 CaloClusChi2=27.121 CaloTrajectoryL=-1629.42 CaloEoverP=0.303859 EcalPIDe=-2.1672 HcalPIDe=-1.96611 HcalPIDmu=-1.86426 EcalPIDmu=0.790061 TrackChi2PerDof=0.815467 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=23070.3 TrackPt=449.85 CombDLLe=-5.06825 CombDLLmu=-2.49122 CombDLLpi=0 CombDLLk=-17.9255 CombDLLp=-14.2414 CombDLLd=-14.2414 ProbNNe=5.47185e-07 ProbNNpi=0.998267 ProbNNk=4.90612e-05 ProbNNp=0.00090555 ProbNNghost=0.00287242 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.30809 RichDLLmu=-0.302416 RichDLLpi=0 RichDLLk=-4.38483 RichDLLp=-0.877398 RichPIDStatus=6083 RichDLLbt=-0.877398 RichDLLd=-0.877398 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.19728 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=21496.5 TrackPt=437.35 CombDLLe=-0.403468 CombDLLmu=-0.422867 CombDLLpi=0 CombDLLk=-4.38483 CombDLLp=-0.877398 CombDLLd=-0.877398 ProbNNe=0.0650395 ProbNNpi=0.977041 ProbNNk=0.00229467 ProbNNp=0.0163625 ProbNNghost=0.00743283 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.65684 RichDLLmu=-3.7238 RichDLLpi=0 RichDLLk=7.57174 RichDLLp=7.57174 RichPIDStatus=5060 RichDLLbt=7.57174 RichDLLd=7.57174 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.252161 CaloElectronMatch=163.879 CaloChargedEcal=2668.54 CaloChargedID=42892 CaloEcalE=1063.34 CaloHcalE=6154.41 CaloEcalChi2=163.879 CaloClusChi2=0.252161 CaloTrajectoryL=52.8875 CaloEoverP=0.313148 EcalPIDe=0.989182 HcalPIDe=-2.12496 HcalPIDmu=-1.57874 EcalPIDmu=-0.400565 TrackChi2PerDof=0.966026 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=9751.84 TrackPt=166.426 CombDLLe=-0.671517 CombDLLmu=-6.40339 CombDLLpi=0 CombDLLk=7.57174 CombDLLp=7.57174 CombDLLd=7.57174 ProbNNe=0.00577678 ProbNNpi=0.45224 ProbNNk=0.351427 ProbNNp=0.464796 ProbNNghost=0.253408 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.59864 RichDLLmu=-1.882 RichDLLpi=0 RichDLLk=-5.55343 RichDLLp=-4.81192 RichPIDStatus=6083 RichDLLbt=-4.81192 RichDLLd=-4.81192 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=42.2983 CaloElectronMatch=1989.07 CaloChargedEcal=3349.19 CaloChargedID=42801 CaloEcalE=0 CaloHcalE=29415.6 CaloEcalChi2=1989.07 CaloClusChi2=42.2983 CaloTrajectoryL=5242.52 CaloEoverP=0.165731 EcalPIDe=-1.6562 HcalPIDe=-2.87281 HcalPIDmu=-2.20948 EcalPIDmu=0.790061 TrackChi2PerDof=0.96619 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=21777.7 TrackPt=337.757 CombDLLe=-5.67341 CombDLLmu=-3.93646 CombDLLpi=0 CombDLLk=-5.55343 CombDLLp=-4.81192 CombDLLd=-4.81192 ProbNNe=6.94664e-07 ProbNNpi=0.995585 ProbNNk=0.000435341 ProbNNp=0.00119934 ProbNNghost=0.00303447 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-61.4952 RichDLLmu=-25.9187 RichDLLpi=0 RichDLLk=-23.5264 RichDLLp=-23.5264 RichPIDStatus=5091 RichDLLbt=-23.5264 RichDLLd=-23.5264 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0150099 CaloElectronMatch=380.533 CaloBremMatch=76.5628 CaloChargedEcal=1420.74 CaloChargedID=35020 CaloNeutralEcal=1420.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713754 CaloNeutralID=35020 CaloEcalE=652.944 CaloHcalE=10534.1 CaloEcalChi2=380.533 CaloBremChi2=76.2236 CaloClusChi2=0.0150099 CaloTrajectoryL=80.3169 CaloEoverP=0.189042 EcalPIDe=-0.0141273 BremPIDe=0.75355 HcalPIDe=-1.62556 HcalPIDmu=-0.546932 EcalPIDmu=0.734887 TrackChi2PerDof=1.33532 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=7573.81 TrackPt=2133.2 CombDLLe=-7.26789 CombDLLmu=-6.8116 CombDLLpi=0 CombDLLk=-23.5264 CombDLLp=-23.5264 CombDLLd=-23.5264 ProbNNe=2.77028e-09 ProbNNpi=0.99301 ProbNNk=0.000588275 ProbNNp=0.000392723 ProbNNghost=0.0298532 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.143076 RichDLLmu=-0.0887723 RichDLLpi=0 RichDLLk=-0.197585 RichDLLp=-14.6747 RichPIDStatus=139203 RichDLLbt=-19.087 RichDLLd=-27.1529 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.21795 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=118444 TrackPt=2493.75 CombDLLe=-0.0250381 CombDLLmu=-0.124268 CombDLLpi=0 CombDLLk=-0.197585 CombDLLp=-14.6747 CombDLLd=-27.1529 ProbNNe=0.355572 ProbNNpi=0.721459 ProbNNk=0.0471535 ProbNNp=0.000173129 ProbNNghost=0.00538258 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.35813 CaloElectronMatch=250.847 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloEcalE=5051.41 CaloHcalE=0 CaloEcalChi2=250.847 CaloClusChi2=2.35813 CaloTrajectoryL=4550.46 CaloEoverP=0.364073 EcalPIDe=0.497498 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.37659 TrackChi2PerDof=1.86217 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=5008.34 TrackPt=87.8245 CombDLLe=0.982834 CombDLLmu=-3.84025 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.950046 ProbNNpi=0.176164 ProbNNk=0.0477768 ProbNNp=0.0783397 ProbNNghost=0.939689 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.8456 RichDLLmu=-9.32879 RichDLLpi=0 RichDLLk=25.3582 RichDLLp=25.3582 RichPIDStatus=5092 RichDLLbt=25.3582 RichDLLd=25.3582 MuonMuLL=-0.257735 MuonBkgLL=-1.079 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=146.898 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.824284 CaloElectronMatch=131.414 CaloBremMatch=131.414 CaloChargedEcal=1669.98 CaloChargedID=39625 CaloNeutralEcal=1669.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795964 CaloNeutralID=39625 CaloEcalE=862.092 CaloHcalE=0 CaloEcalChi2=131.414 CaloBremChi2=560.819 CaloClusChi2=0.824284 CaloTrajectoryL=-6.36511 CaloEoverP=0.305917 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=0.392523 TrackChi2PerDof=1.22178 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=5425.72 TrackPt=1339.1 CombDLLe=-2.76567 CombDLLmu=-7.94051 CombDLLpi=0 CombDLLk=25.3582 CombDLLp=25.3582 CombDLLd=26.4372 ProbNNe=9.27051e-07 ProbNNpi=0.00646131 ProbNNk=0.957751 ProbNNp=0.951068 ProbNNghost=0.00560014 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.94416 RichDLLmu=-2.30398 RichDLLpi=0 RichDLLk=3.77432 RichDLLp=4.18212 RichPIDStatus=6085 RichDLLbt=4.18212 RichDLLd=4.18212 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.258343 CaloElectronMatch=134.691 CaloChargedEcal=9185.66 CaloChargedID=42733 CaloEcalE=6967.76 CaloHcalE=2547.59 CaloEcalChi2=134.691 CaloClusChi2=0.258343 CaloTrajectoryL=124.024 CaloEoverP=0.50788 EcalPIDe=1.69569 HcalPIDe=-1.05105 HcalPIDmu=1.0404 EcalPIDmu=-3.80793 TrackChi2PerDof=1.26269 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=18942.2 TrackPt=290.613 CombDLLe=-0.216206 CombDLLmu=-5.78266 CombDLLpi=0 CombDLLk=3.77432 CombDLLp=4.18212 CombDLLd=4.18212 ProbNNe=0.000195686 ProbNNpi=0.880969 ProbNNk=0.10076 ProbNNp=0.0878061 ProbNNghost=0.115792 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.88622 RichDLLmu=3.03475 RichDLLpi=0 RichDLLk=-8.13034 RichDLLp=-3.33565 RichPIDStatus=6082 RichDLLbt=-3.33565 RichDLLd=-3.33565 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.342765 CaloElectronMatch=143.888 CaloChargedEcal=13291.9 CaloChargedID=43218 CaloEcalE=9371.22 CaloHcalE=10346.3 CaloEcalChi2=143.888 CaloClusChi2=0.342765 CaloTrajectoryL=240.781 CaloEoverP=0.644531 EcalPIDe=1.91205 HcalPIDe=-2.42418 HcalPIDmu=-2.24746 EcalPIDmu=-3.53383 TrackChi2PerDof=0.769088 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=21219.5 TrackPt=308.133 CombDLLe=-0.00792185 CombDLLmu=-1.98746 CombDLLpi=0 CombDLLk=-8.13034 CombDLLp=-3.33565 CombDLLd=-3.33565 ProbNNe=0.0231606 ProbNNpi=0.83153 ProbNNk=0.00112532 ProbNNp=0.00263945 ProbNNghost=0.417416 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.31467 RichDLLmu=2.14038 RichDLLpi=0 RichDLLk=-0.970736 RichDLLp=2.25763 RichPIDStatus=6081 RichDLLbt=2.25763 RichDLLd=2.25763 MuonMuLL=0 MuonBkgLL=-1.03629 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=760.321 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.630411 CaloElectronMatch=190.443 CaloChargedEcal=19081.5 CaloChargedID=42899 CaloEcalE=9046.69 CaloHcalE=15320.5 CaloEcalChi2=190.443 CaloClusChi2=0.630411 CaloTrajectoryL=381.708 CaloEoverP=0.680376 EcalPIDe=1.53473 HcalPIDe=-2.87457 HcalPIDmu=-2.63636 EcalPIDmu=-4.45345 TrackChi2PerDof=0.978812 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=27907.7 TrackPt=367.518 CombDLLe=-0.761099 CombDLLmu=-3.22753 CombDLLpi=0 CombDLLk=-0.970736 CombDLLp=2.25763 CombDLLd=3.29391 ProbNNe=0.00406191 ProbNNpi=0.701991 ProbNNk=0.0127081 ProbNNp=0.0562158 ProbNNghost=0.495427 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.204587 RichDLLmu=0.0238123 RichDLLpi=0 RichDLLk=0.766925 RichDLLp=-5.70849 RichPIDStatus=139206 RichDLLbt=-2.28958 RichDLLd=2.68677 TrackChi2PerDof=1.25552 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=107249 TrackPt=1674.77 CombDLLe=-0.0358023 CombDLLmu=0.033337 CombDLLpi=0 CombDLLk=0.766925 CombDLLp=-5.70849 CombDLLd=2.68677 ProbNNe=0.194694 ProbNNpi=0.842946 ProbNNk=0.376359 ProbNNp=0.032366 ProbNNghost=0.0472619 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=25.1697 RichDLLmu=9.84741 RichDLLpi=0 RichDLLk=12.4963 RichDLLp=12.4963 RichPIDStatus=5025 RichDLLbt=12.4963 RichDLLd=12.4963 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.346205 CaloElectronMatch=306.077 CaloBremMatch=39.3545 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloEcalE=7287.9 CaloHcalE=0 CaloEcalChi2=306.077 CaloBremChi2=604.379 CaloClusChi2=0.346205 CaloTrajectoryL=3259.22 CaloEoverP=0.274593 EcalPIDe=0.27519 BremPIDe=-0.607507 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-1.85273 TrackChi2PerDof=0.895902 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=6640.37 TrackPt=444.243 CombDLLe=4.4065 CombDLLmu=2.38623 CombDLLpi=0 CombDLLk=12.4963 CombDLLp=12.4963 CombDLLd=12.4963 ProbNNe=0.999921 ProbNNpi=0.000397354 ProbNNk=0.0046124 ProbNNp=0.120578 ProbNNghost=0.744804 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=7.37555 RichDLLmu=8.86504 RichDLLpi=0 RichDLLk=13.0846 RichDLLp=13.0846 RichPIDStatus=5028 RichDLLbt=13.0846 RichDLLd=13.0846 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.347095 CaloElectronMatch=305.977 CaloBremMatch=39.3545 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloEcalE=7287.9 CaloHcalE=0 CaloEcalChi2=305.977 CaloBremChi2=606.205 CaloClusChi2=0.347095 CaloTrajectoryL=3259.14 CaloEoverP=0.27464 EcalPIDe=0.27519 BremPIDe=-0.607507 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-1.85273 TrackChi2PerDof=1.88733 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=6639.23 TrackPt=450.959 CombDLLe=1.78008 CombDLLmu=2.26115 CombDLLpi=0 CombDLLk=13.0846 CombDLLp=13.0846 CombDLLd=13.0846 ProbNNe=0.864858 ProbNNpi=0.00168265 ProbNNk=0.523021 ProbNNp=0.700696 ProbNNghost=0.985087 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.150021 RichDLLmu=-0.100897 RichDLLpi=0 RichDLLk=26.8965 RichDLLp=29.9786 RichPIDStatus=6117 RichDLLbt=29.9786 RichDLLd=29.9786 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.60667 CaloElectronMatch=770.128 CaloBremMatch=266.634 CaloChargedEcal=1811.64 CaloChargedID=39890 CaloNeutralEcal=1811.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.780457 CaloNeutralID=39890 CaloEcalE=364.572 CaloHcalE=8971.92 CaloEcalChi2=770.128 CaloBremChi2=188.235 CaloClusChi2=7.60667 CaloTrajectoryL=-1267.22 CaloEoverP=0.162344 EcalPIDe=-0.620164 BremPIDe=-0.205062 HcalPIDe=-2.51216 HcalPIDmu=-2.24776 EcalPIDmu=0.00475264 TrackChi2PerDof=2.39126 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=11525.8 TrackPt=858.757 CombDLLe=-3.36364 CombDLLmu=-2.38424 CombDLLpi=0 CombDLLk=26.8965 CombDLLp=29.9786 CombDLLd=29.9786 ProbNNe=2.54914e-05 ProbNNpi=0.0004603 ProbNNk=0.890792 ProbNNp=0.973815 ProbNNghost=0.564655 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.10376 RichDLLmu=-0.102536 RichDLLpi=0 RichDLLk=-18.9924 RichDLLp=-11.0843 RichPIDStatus=8131 RichDLLbt=-9.89446 RichDLLd=-9.89446 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=7.56377 CaloElectronMatch=1621.99 CaloChargedEcal=6487.3 CaloChargedID=43112 CaloEcalE=0 CaloHcalE=76645.8 CaloEcalChi2=1621.99 CaloClusChi2=7.56377 CaloTrajectoryL=-678.499 CaloEoverP=0.182887 EcalPIDe=-1.26658 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=1.02509 TrackChi2PerDof=0.90288 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=36045.8 TrackPt=418.356 CombDLLe=-4.46535 CombDLLmu=-2.16376 CombDLLpi=0 CombDLLk=-18.9924 CombDLLp=-11.0843 CombDLLd=-9.89446 ProbNNe=1.3328e-06 ProbNNpi=0.967196 ProbNNk=3.96618e-05 ProbNNp=0.00151785 ProbNNghost=0.135336 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-42.7093 RichDLLmu=-31.1317 RichDLLpi=0 RichDLLk=-24.0264 RichDLLp=-24.0264 RichPIDStatus=5027 RichDLLbt=-24.0264 RichDLLd=-24.0264 MuonMuLL=-0.000199994 MuonBkgLL=-0.0340713 MuonNShared=14 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2949.97 MuonMVA1=-999 MuonMVA2=-0.340093 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.08666 CaloElectronMatch=319.713 CaloBremMatch=315.027 CaloChargedEcal=12314 CaloChargedID=39161 CaloNeutralEcal=12314 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91253 CaloNeutralID=39161 CaloEcalE=9588.28 CaloHcalE=2941.16 CaloEcalChi2=319.713 CaloBremChi2=662.143 CaloClusChi2=9.08666 CaloTrajectoryL=316.348 CaloEoverP=2.7064 EcalPIDe=0.0319619 BremPIDe=-0.553589 HcalPIDe=-1.47097 HcalPIDmu=-0.00949717 EcalPIDmu=-1.27739 TrackChi2PerDof=2.32545 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=4561.28 TrackPt=198.515 CombDLLe=-7.51283 CombDLLmu=-8.25296 CombDLLpi=0 CombDLLk=-24.0264 CombDLLp=-24.0264 CombDLLd=-23.9924 ProbNNe=9.5402e-10 ProbNNmu=0.00366525 ProbNNpi=7.44417e-05 ProbNNk=0.000890587 ProbNNp=0.00387504 ProbNNghost=0.981117 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.316017 RichDLLmu=0.356987 RichDLLpi=0 RichDLLk=7.77523 RichDLLp=11.3622 RichPIDStatus=6085 RichDLLbt=11.3622 RichDLLd=11.3622 MuonMuLL=0 MuonBkgLL=-1.03732 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=764.365 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.638442 CaloElectronMatch=196.901 CaloChargedEcal=19081.5 CaloChargedID=42899 CaloEcalE=9046.69 CaloHcalE=15320.5 CaloEcalChi2=196.901 CaloClusChi2=0.638442 CaloTrajectoryL=382.567 CaloEoverP=0.674953 EcalPIDe=1.53473 HcalPIDe=-2.87457 HcalPIDmu=-2.63636 EcalPIDmu=-4.45345 TrackChi2PerDof=0.991359 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=28132 TrackPt=386.839 CombDLLe=-1.28454 CombDLLmu=-5.55355 CombDLLpi=0 CombDLLk=7.77523 CombDLLp=11.3622 CombDLLd=12.3995 ProbNNe=0.000637861 ProbNNpi=0.0534738 ProbNNk=0.691373 ProbNNp=0.810818 ProbNNghost=0.432366 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.10923 RichDLLmu=-0.34917 RichDLLpi=0 RichDLLk=4.86621 RichDLLp=5.80924 RichPIDStatus=6085 RichDLLbt=5.80924 RichDLLd=5.80924 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.30696 CaloElectronMatch=1521.46 CaloChargedEcal=16727.8 CaloChargedID=43308 CaloEcalE=2346.92 CaloHcalE=16558.8 CaloEcalChi2=1521.46 CaloClusChi2=3.30696 CaloTrajectoryL=1792.71 CaloEoverP=0.666765 EcalPIDe=-1.17123 HcalPIDe=-2.87281 HcalPIDmu=-3.30134 EcalPIDmu=-1.31768 TrackChi2PerDof=1.60749 TrackNumDof=11 TrackType=3 TrackHistory=30 TrackP=25131 TrackPt=319.451 CombDLLe=-4.41281 CombDLLmu=-5.10706 CombDLLpi=0 CombDLLk=4.86621 CombDLLp=5.80924 CombDLLd=5.80924 ProbNNe=0.000103876 ProbNNpi=0.0901078 ProbNNk=0.189426 ProbNNp=0.185539 ProbNNghost=0.945861 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=28.1414 RichDLLmu=-0.0117836 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=527.475 BremPIDe=-0.53289 TrackChi2PerDof=1.71956 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=1967.95 TrackPt=266.256 CombDLLe=3.71336 CombDLLmu=-0.016497 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.917498 ProbNNpi=0.0389784 ProbNNk=0.00537242 ProbNNp=0.0129498 ProbNNghost=0.933924 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.2809 RichDLLmu=-8.79903 RichDLLpi=0 RichDLLk=1.39708 RichDLLp=1.39708 RichPIDStatus=5028 RichDLLbt=1.39708 RichDLLd=1.39708 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.04144 CaloElectronMatch=38.6198 CaloChargedEcal=811.782 CaloChargedID=36060 CaloEcalE=828.624 CaloHcalE=0 CaloEcalChi2=38.6198 CaloClusChi2=2.04144 CaloTrajectoryL=161.863 CaloEoverP=0.343045 EcalPIDe=2.97947 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=0.107042 TrackChi2PerDof=1.05341 TrackNumDof=12 TrackType=3 TrackHistory=32 TrackP=2681.93 TrackPt=1019.88 CombDLLe=0.763221 CombDLLmu=-8.88496 CombDLLpi=0 CombDLLk=1.39708 CombDLLp=1.39708 CombDLLd=1.39708 ProbNNe=0.00165493 ProbNNpi=0.575762 ProbNNk=0.0952448 ProbNNp=0.227661 ProbNNghost=0.14233 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.497771 CaloElectronMatch=15.5032 CaloChargedEcal=3565.42 CaloChargedID=34822 CaloEcalE=3017.78 CaloHcalE=281.926 CaloEcalChi2=15.5032 CaloClusChi2=0.497771 CaloTrajectoryL=46.8927 CaloEoverP=1.19304 EcalPIDe=2.97947 HcalPIDe=-0.19426 HcalPIDmu=-1.03802 EcalPIDmu=-1.88769 TrackChi2PerDof=1.19232 TrackNumDof=12 TrackType=3 TrackHistory=32 TrackP=3164.8 TrackPt=27.6898 CombDLLe=2.78521 CombDLLmu=-2.9257 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.918798 ProbNNpi=0.0538352 ProbNNk=0.0554993 ProbNNp=0.063993 ProbNNghost=0.957136 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.05372 TrackNumDof=9 TrackType=3 TrackHistory=30 TrackP=120110 TrackPt=1396.03 ProbNNe=0.0459647 ProbNNpi=0.0192869 ProbNNk=0.0721816 ProbNNp=0.451404 ProbNNghost=0.888586 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.12259 RichDLLmu=-5.37567 RichDLLpi=0 RichDLLk=23.2668 RichDLLp=23.2668 RichPIDStatus=5028 RichDLLbt=23.2668 RichDLLd=23.2668 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.374807 CaloElectronMatch=227.403 CaloBremMatch=227.403 CaloChargedEcal=8682.49 CaloChargedID=34890 CaloNeutralEcal=8682.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907199 CaloNeutralID=34890 CaloEcalE=4103.21 CaloHcalE=2105.97 CaloEcalChi2=227.403 CaloClusChi2=0.374807 CaloTrajectoryL=39.1805 CaloEoverP=1.1437 EcalPIDe=0.54377 HcalPIDe=-0.965364 HcalPIDmu=1.70097 EcalPIDmu=-2.93426 TrackChi2PerDof=0.855977 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=7928.93 TrackPt=919.54 CombDLLe=-0.0504881 CombDLLmu=-6.773 CombDLLpi=0 CombDLLk=23.2668 CombDLLp=23.2668 CombDLLd=23.2668 ProbNNe=0.880483 ProbNNpi=0.080554 ProbNNk=0.297369 ProbNNp=0.907073 ProbNNghost=0.00893012 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.173067 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2552.76 MuonMVA1=-999 MuonMVA2=-1.02743 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=46.2498 CaloElectronMatch=672.037 CaloBremMatch=76.5628 CaloChargedEcal=1420.74 CaloChargedID=35020 CaloNeutralEcal=1420.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713754 CaloNeutralID=35020 CaloEcalE=0 CaloHcalE=8016.26 CaloEcalChi2=672.037 CaloClusChi2=46.2498 CaloTrajectoryL=4065.8 CaloEoverP=0.219369 EcalPIDe=-0.522006 HcalPIDe=-1.58527 HcalPIDmu=-1.57797 EcalPIDmu=0.861261 TrackChi2PerDof=2.16225 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6526.76 TrackPt=252.474 CombDLLe=-2.10727 CombDLLmu=-0.54364 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.173067 ProbNNe=1.42325e-08 ProbNNmu=0.000378876 ProbNNpi=0.174023 ProbNNk=0.00102575 ProbNNp=0.00151972 ProbNNghost=0.491461 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.47612 CaloElectronMatch=239.121 CaloBremMatch=239.121 CaloChargedEcal=10232.4 CaloChargedID=38974 CaloNeutralEcal=10232.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897228 CaloNeutralID=38974 CaloEcalE=9241.97 CaloHcalE=0 CaloEcalChi2=239.121 CaloClusChi2=1.47612 CaloTrajectoryL=210.454 CaloEoverP=1.62884 EcalPIDe=0.54377 HcalPIDe=0.685017 HcalPIDmu=-2.98749 EcalPIDmu=-0.36346 TrackChi2PerDof=2.67579 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6406.99 TrackPt=196.716 CombDLLe=1.22879 CombDLLmu=-3.35095 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.632296 ProbNNpi=0.0151355 ProbNNk=0.000459976 ProbNNp=0.00194179 ProbNNghost=0.975803 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.32216 RichDLLmu=1.4839 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.06127 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2309.61 TrackPt=89.4749 CombDLLe=-1.26726 CombDLLmu=2.01854 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.112366 ProbNNpi=0.503673 ProbNNk=0.0253982 ProbNNp=0.0320084 ProbNNghost=0.446186 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=5.27226 RichDLLmu=0.241306 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.17267 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2365.96 TrackPt=86.7605 CombDLLe=0.91734 CombDLLmu=0.337567 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.642069 ProbNNpi=0.292833 ProbNNk=0.0126976 ProbNNp=0.0249425 ProbNNghost=0.59896 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.5138 RichDLLmu=0.977963 RichDLLpi=0 RichDLLk=2.00847 RichDLLp=2.00847 RichPIDStatus=5028 RichDLLbt=2.00847 RichDLLd=2.00847 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.47295 CaloElectronMatch=147.685 CaloChargedEcal=1420.74 CaloChargedID=35020 CaloEcalE=4123.06 CaloHcalE=161.979 CaloEcalChi2=147.685 CaloClusChi2=1.47295 CaloTrajectoryL=-977.421 CaloEoverP=0.41435 EcalPIDe=0.827744 HcalPIDe=-0.0360508 HcalPIDmu=-2.70777 EcalPIDmu=-1.94954 TrackChi2PerDof=1.77009 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3455.45 TrackPt=18.7465 CombDLLe=-1.16937 CombDLLmu=-3.30536 CombDLLpi=0 CombDLLk=2.00847 CombDLLp=2.00847 CombDLLd=2.00847 ProbNNe=0.025833 ProbNNpi=0.00493577 ProbNNk=0.0159774 ProbNNp=0.00579053 ProbNNghost=0.996433 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.6015 RichDLLmu=-2.44179 RichDLLpi=0 RichDLLk=0.720484 RichDLLp=0.720484 RichPIDStatus=5028 RichDLLbt=0.720484 RichDLLd=0.720484 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.23136 CaloElectronMatch=61.6274 CaloBremMatch=61.6274 CaloChargedEcal=3212.18 CaloChargedID=35209 CaloNeutralEcal=3212.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973976 CaloNeutralID=35209 CaloEcalE=2797.72 CaloHcalE=1124.11 CaloEcalChi2=61.6274 CaloClusChi2=7.23136 CaloTrajectoryL=290.31 CaloEoverP=1.28405 EcalPIDe=3.01028 HcalPIDe=-0.837832 HcalPIDmu=0.811117 EcalPIDmu=-3.65401 TrackChi2PerDof=1.49954 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2660.53 TrackPt=290.654 CombDLLe=0.359436 CombDLLmu=-6.01328 CombDLLpi=0 CombDLLk=0.720484 CombDLLp=0.720484 CombDLLd=0.720484 ProbNNe=0.991034 ProbNNpi=0.698447 ProbNNk=0.0295435 ProbNNp=0.0841874 ProbNNghost=0.121131 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.3421 RichDLLmu=-3.46188 RichDLLpi=0 RichDLLk=-1.56993 RichDLLp=-1.56993 RichPIDStatus=5027 RichDLLbt=-1.56993 RichDLLd=-1.56993 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.86284 CaloElectronMatch=44.3774 CaloBremMatch=39.3545 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloEcalE=2445.01 CaloHcalE=0 CaloEcalChi2=44.3774 CaloClusChi2=1.86284 CaloTrajectoryL=1548.18 CaloEoverP=0.598265 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-2.27514 TrackChi2PerDof=2.97296 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3047.82 TrackPt=163.812 CombDLLe=1.05468 CombDLLmu=-9.17945 CombDLLpi=0 CombDLLk=-1.56993 CombDLLp=-1.56993 CombDLLd=-1.56993 ProbNNe=0.588712 ProbNNpi=0.0525359 ProbNNk=0.00804656 ProbNNp=0.021315 ProbNNghost=0.949676 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.13064 RichDLLmu=-0.291727 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 TrackChi2PerDof=0.920106 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2410.99 TrackPt=34.4173 CombDLLe=-1.57068 CombDLLmu=-0.407955 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0287563 ProbNNpi=0.442499 ProbNNk=0.0257862 ProbNNp=0.0349044 ProbNNghost=0.557915 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.2804 RichDLLmu=-13.2289 RichDLLpi=0 RichDLLk=-15.7434 RichDLLp=-14.1463 RichPIDStatus=6115 RichDLLbt=-14.1463 RichDLLd=-14.1463 MuonMuLL=0 MuonBkgLL=-0.286423 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=1505.49 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.45077 CaloElectronMatch=66.5696 CaloBremMatch=66.5696 CaloChargedEcal=4272.66 CaloChargedID=42206 CaloNeutralEcal=4272.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.832766 CaloNeutralID=42206 CaloEcalE=1641.49 CaloHcalE=3080.8 CaloEcalChi2=66.5696 CaloClusChi2=0.45077 CaloTrajectoryL=295.863 CaloEoverP=0.395217 EcalPIDe=2.19153 HcalPIDe=-0.447499 HcalPIDmu=0.406191 EcalPIDmu=-1.51809 TrackChi2PerDof=0.838611 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=11635.7 TrackPt=908.957 CombDLLe=-2.83297 CombDLLmu=-7.75536 CombDLLpi=0 CombDLLk=-15.7434 CombDLLp=-14.1463 CombDLLd=-13.8599 ProbNNe=1.22908e-10 ProbNNpi=0.998595 ProbNNk=2.43943e-06 ProbNNp=2.09718e-07 ProbNNghost=0.0011567 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=18.1384 RichDLLmu=-4.88737 RichDLLpi=0 RichDLLk=0.732485 RichDLLp=0.732485 RichPIDStatus=5057 RichDLLbt=0.732485 RichDLLd=0.732485 MuonMuLL=0 MuonBkgLL=-0.165945 MuonNShared=10 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=5132.66 MuonMVA1=-999 MuonMVA2=-1.31336 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.452008 CaloElectronMatch=9.68594 CaloBremMatch=9.68594 CaloChargedEcal=9694.36 CaloChargedID=42551 CaloNeutralEcal=9694.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966093 CaloNeutralID=42551 CaloEcalE=7419.22 CaloHcalE=5236.7 CaloEcalChi2=9.68594 CaloClusChi2=0.452008 CaloTrajectoryL=118.751 CaloEoverP=1.15113 EcalPIDe=3.71102 HcalPIDe=-1.75055 HcalPIDmu=-0.923879 EcalPIDmu=-3.06766 TrackChi2PerDof=2.28131 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=8623.5 TrackPt=242.46 CombDLLe=4.93365 CombDLLmu=-9.08938 CombDLLpi=0 CombDLLk=0.732485 CombDLLp=0.732485 CombDLLd=0.89843 ProbNNe=0.997099 ProbNNmu=0.000625899 ProbNNpi=0.00473597 ProbNNk=0.0128622 ProbNNp=0.016752 ProbNNghost=0.995994 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=7.15422 RichDLLmu=0.321045 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.37293 CaloElectronMatch=3.32886 CaloBremMatch=3.32886 CaloChargedEcal=2301.68 CaloChargedID=34305 CaloNeutralEcal=2301.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969439 CaloNeutralID=34305 CaloEcalE=2046.97 CaloEcalChi2=3.32886 CaloClusChi2=0.37293 CaloTrajectoryL=24.5756 CaloEoverP=1.1117 EcalPIDe=3.01028 EcalPIDmu=-1.93979 TrackChi2PerDof=1.92094 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2277.16 TrackPt=223.037 CombDLLe=4.24908 CombDLLmu=-1.49095 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.999822 ProbNNpi=0.149019 ProbNNk=0.00988968 ProbNNp=0.0560927 ProbNNghost=0.745491 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.37816 RichDLLmu=2.8383 RichDLLpi=0 RichDLLk=8.52783 RichDLLp=8.52783 RichPIDStatus=5028 RichDLLbt=8.52783 RichDLLd=8.52783 MuonMuLL=0 MuonBkgLL=-0.0103279 MuonNShared=8 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=910.279 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0219563 CaloElectronMatch=27.5221 CaloBremMatch=27.5221 CaloChargedEcal=5009.9 CaloChargedID=34637 CaloNeutralEcal=5009.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947449 CaloNeutralID=34637 CaloEcalE=4294.03 CaloHcalE=2460.07 CaloEcalChi2=27.5221 CaloClusChi2=0.0219563 CaloTrajectoryL=-82.4205 CaloEoverP=1.11947 EcalPIDe=3.01028 HcalPIDe=-1.4058 HcalPIDmu=1.00459 EcalPIDmu=-2.56612 TrackChi2PerDof=1.55949 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4572.4 TrackPt=118.912 CombDLLe=2.36761 CombDLLmu=2.04427 CombDLLpi=0 CombDLLk=8.52783 CombDLLp=8.52783 CombDLLd=8.53816 ProbNNe=0.987359 ProbNNpi=0.0558393 ProbNNk=0.148756 ProbNNp=0.280956 ProbNNghost=0.889361 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.3689 RichDLLmu=-14.6512 RichDLLpi=0 RichDLLk=6.97715 RichDLLp=6.97715 RichPIDStatus=5028 RichDLLbt=6.97715 RichDLLd=6.97715 MuonMuLL=-0.413245 MuonBkgLL=-0.390474 MuonNShared=18 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=80.3885 MuonMVA1=-999 MuonMVA2=-0.549826 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.90606 CaloElectronMatch=469.049 CaloBremMatch=469.049 CaloChargedEcal=21569.3 CaloChargedID=42526 CaloNeutralEcal=21569.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.682275 CaloNeutralID=42526 CaloEcalE=7513.06 CaloEcalChi2=469.049 CaloClusChi2=3.90606 CaloTrajectoryL=548.594 CaloEoverP=5.83904 EcalPIDe=-0.238625 EcalPIDmu=-0.0637131 TrackChi2PerDof=2.13594 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3713.64 TrackPt=766.693 CombDLLe=-4.16529 CombDLLmu=-7.0467 CombDLLpi=0 CombDLLk=6.97715 CombDLLp=6.97715 CombDLLd=7.36762 ProbNNe=0.010271 ProbNNmu=0.300758 ProbNNpi=0.326951 ProbNNk=0.260615 ProbNNp=0.298353 ProbNNghost=0.815102 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.96499 RichDLLmu=-0.842503 RichDLLpi=0 RichDLLk=8.19252 RichDLLp=8.19252 RichPIDStatus=5028 RichDLLbt=8.19252 RichDLLd=8.19252 MuonMuLL=0 MuonBkgLL=-0.322564 MuonNShared=8 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=94.3341 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0630479 CaloElectronMatch=67.3279 CaloBremMatch=67.3279 CaloChargedEcal=8622.04 CaloChargedID=38586 CaloNeutralEcal=8622.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980455 CaloNeutralID=38586 CaloEcalE=6689.54 CaloHcalE=0 CaloEcalChi2=67.3279 CaloClusChi2=0.0630479 CaloTrajectoryL=47.3325 CaloEoverP=1.35903 EcalPIDe=1.85487 HcalPIDe=0.685017 HcalPIDmu=-2.98749 EcalPIDmu=-3.06907 TrackChi2PerDof=2.59781 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6596.25 TrackPt=178.731 CombDLLe=1.33318 CombDLLmu=-6.90247 CombDLLpi=0 CombDLLk=8.19252 CombDLLp=8.19252 CombDLLd=8.51509 ProbNNe=0.163849 ProbNNpi=0.0107344 ProbNNk=0.126002 ProbNNp=0.136146 ProbNNghost=0.996205 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.190609 CaloElectronMatch=83.2729 CaloBremMatch=83.2729 CaloChargedEcal=7139.99 CaloChargedID=34676 CaloNeutralEcal=7139.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783801 CaloNeutralID=34676 CaloEcalE=3308.47 CaloHcalE=137.094 CaloEcalChi2=83.2729 CaloClusChi2=0.190609 CaloTrajectoryL=-72.7529 CaloEoverP=2.09637 EcalPIDe=1.50525 HcalPIDe=-0.0360508 HcalPIDmu=-2.70777 EcalPIDmu=-1.98104 TrackChi2PerDof=2.10183 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3522.42 TrackPt=105.59 CombDLLe=1.4692 CombDLLmu=-4.6888 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.654544 ProbNNpi=0.00479186 ProbNNk=0.00194155 ProbNNp=0.00400422 ProbNNghost=0.994407 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=21.4747 RichDLLmu=10.6106 RichDLLpi=0 RichDLLk=10.2905 RichDLLp=10.2905 RichPIDStatus=5057 RichDLLbt=10.2905 RichDLLd=10.2905 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0682485 CaloElectronMatch=55.1548 CaloChargedEcal=14253.3 CaloChargedID=43089 CaloEcalE=7515.71 CaloHcalE=10278.1 CaloEcalChi2=55.1548 CaloClusChi2=0.0682485 CaloTrajectoryL=-68.9252 CaloEoverP=1.34184 EcalPIDe=4.40498 HcalPIDe=-1.78113 HcalPIDmu=-0.701411 EcalPIDmu=-3.86033 TrackChi2PerDof=1.82236 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=10583.9 TrackPt=271.347 CombDLLe=6.05814 CombDLLmu=2.24025 CombDLLpi=0 CombDLLk=10.2905 CombDLLp=10.2905 CombDLLd=10.2905 ProbNNe=0.99204 ProbNNpi=0.00301086 ProbNNk=0.00561707 ProbNNp=0.00019878 ProbNNghost=0.989008 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 InAccBrem=1 TrackChi2PerDof=1.07298 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2864.98 TrackPt=202.693 ProbNNe=0.154454 ProbNNpi=0.422978 ProbNNk=0.00190214 ProbNNp=0.013033 ProbNNghost=0.258889 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.66877 RichDLLmu=-8.37422 RichDLLpi=0 RichDLLk=10.5807 RichDLLp=10.5807 RichPIDStatus=5028 RichDLLbt=10.5807 RichDLLd=10.5807 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.855358 CaloElectronMatch=66.4358 CaloBremMatch=66.4358 CaloChargedEcal=8862.69 CaloChargedID=34505 CaloNeutralEcal=8862.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789397 CaloNeutralID=34505 CaloEcalE=5027.98 CaloHcalE=124.082 CaloEcalChi2=66.4358 CaloClusChi2=0.855358 CaloTrajectoryL=311.792 CaloEoverP=1.10144 EcalPIDe=1.85487 HcalPIDe=0.685017 HcalPIDmu=-3.20727 EcalPIDmu=-2.55907 TrackChi2PerDof=0.5049 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=8076.49 TrackPt=992.804 CombDLLe=0.880051 CombDLLmu=-12.2917 CombDLLpi=0 CombDLLk=10.5807 CombDLLp=10.5807 CombDLLd=10.5807 ProbNNe=0.0610642 ProbNNpi=0.429226 ProbNNk=0.180752 ProbNNp=0.748753 ProbNNghost=0.00360013 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=2.28728 RichDLLmu=-10.6348 RichDLLpi=0 RichDLLk=1.15913 RichDLLp=1.15913 RichPIDStatus=5025 RichDLLbt=1.15913 RichDLLd=1.15913 InAccBrem=1 TrackChi2PerDof=1.95132 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2691.87 TrackPt=155.163 CombDLLe=0.399839 CombDLLmu=-6.80387 CombDLLpi=0 CombDLLk=1.15913 CombDLLp=1.15913 CombDLLd=1.15913 ProbNNe=0.839068 ProbNNpi=0.0444854 ProbNNk=0.0472244 ProbNNp=0.0108631 ProbNNghost=0.972641 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.1945 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=5.93743 CaloElectronMatch=26.8038 CaloBremMatch=26.8038 CaloChargedEcal=1432.1 CaloChargedID=34302 CaloNeutralEcal=1432.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855438 CaloNeutralID=34302 CaloEcalE=498.87 CaloEcalChi2=26.8038 CaloClusChi2=5.93743 CaloTrajectoryL=322.92 CaloEoverP=0.918171 EcalPIDe=3.01028 EcalPIDmu=1.16009 TrackChi2PerDof=0.881286 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=1885.71 TrackPt=333.591 CombDLLe=-1.01426 CombDLLmu=1.16009 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00577519 ProbNNpi=0.757636 ProbNNk=0.0458549 ProbNNp=0.0769713 ProbNNghost=0.0100773 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.266 RichDLLmu=-7.96534 RichDLLpi=0 RichDLLk=3.10939 RichDLLp=3.10939 RichPIDStatus=5092 RichDLLbt=3.10939 RichDLLd=3.10939 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0281127 CaloElectronMatch=13.8625 CaloChargedEcal=7535.54 CaloChargedID=43023 CaloEcalE=3460.29 CaloHcalE=10716.2 CaloEcalChi2=13.8625 CaloClusChi2=0.0281127 CaloTrajectoryL=-33.2867 CaloEoverP=0.856208 EcalPIDe=3.71102 HcalPIDe=-1.07674 HcalPIDmu=-0.396717 EcalPIDmu=-2.8673 TrackChi2PerDof=1.48596 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=9109.3 TrackPt=251.063 CombDLLe=1.20797 CombDLLmu=-9.70835 CombDLLpi=0 CombDLLk=3.10939 CombDLLp=3.10939 CombDLLd=3.10939 ProbNNe=0.391041 ProbNNpi=0.673719 ProbNNk=0.0313276 ProbNNp=0.0884165 ProbNNghost=0.176647 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.18641 RichDLLmu=-5.5299 RichDLLpi=0 RichDLLk=6.93058 RichDLLp=6.93058 RichPIDStatus=5028 RichDLLbt=6.93058 RichDLLd=6.93058 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.141032 CaloElectronMatch=32.398 CaloBremMatch=32.398 CaloChargedEcal=7958.09 CaloChargedID=34935 CaloNeutralEcal=7958.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.861184 CaloNeutralID=34935 CaloEcalE=5695.45 CaloHcalE=0 CaloEcalChi2=32.398 CaloClusChi2=0.141032 CaloTrajectoryL=56.6377 CaloEoverP=1.78499 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-0.862207 TrackChi2PerDof=1.27902 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=4476.79 TrackPt=262.522 CombDLLe=4.0187 CombDLLmu=-9.35146 CombDLLpi=0 CombDLLk=6.93058 CombDLLp=6.93058 CombDLLd=6.93058 ProbNNe=0.964716 ProbNNpi=0.173648 ProbNNk=0.0864583 ProbNNp=0.143051 ProbNNghost=0.7541 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.0179 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.75707 CaloElectronMatch=62.7926 CaloBremMatch=62.7926 CaloChargedEcal=2941.81 CaloChargedID=34815 CaloNeutralEcal=2941.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971783 CaloNeutralID=34815 CaloEcalE=377.51 CaloEcalChi2=62.7926 CaloClusChi2=2.75707 CaloTrajectoryL=35.7612 CaloEoverP=2.10832 EcalPIDe=1.50525 EcalPIDmu=1.16009 TrackChi2PerDof=1.50285 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=1539.01 TrackPt=352.111 CombDLLe=-1.86801 CombDLLmu=1.16009 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0765867 ProbNNpi=0.757726 ProbNNk=0.0368168 ProbNNp=0.0680293 ProbNNghost=0.0334923 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.3311 RichDLLmu=-4.94228 RichDLLpi=0 RichDLLk=-8.62523 RichDLLp=-10.4367 RichPIDStatus=6051 RichDLLbt=-10.4367 RichDLLd=-10.4367 InAccBrem=1 CaloBremChi2=242.712 BremPIDe=-0.420376 TrackChi2PerDof=1.05947 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=10651.5 TrackPt=656.746 CombDLLe=-3.42113 CombDLLmu=-5.29692 CombDLLpi=0 CombDLLk=-8.62523 CombDLLp=-10.4367 CombDLLd=-10.4367 ProbNNe=4.89593e-08 ProbNNmu=0.0016137 ProbNNpi=0.993687 ProbNNk=0.000514444 ProbNNp=0.000169519 ProbNNghost=0.00126315 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.7906 RichDLLmu=-6.01048 RichDLLpi=0 RichDLLk=-24.6792 RichDLLp=-22.6182 RichPIDStatus=6051 RichDLLbt=-22.6182 RichDLLd=-22.6182 InAccBrem=1 CaloBremChi2=244.036 BremPIDe=-0.420376 TrackChi2PerDof=1.27614 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=11354.8 TrackPt=431.36 CombDLLe=-3.19751 CombDLLmu=-5.84005 CombDLLpi=0 CombDLLk=-24.6792 CombDLLp=-22.6182 CombDLLd=-22.6182 ProbNNe=1.63147e-06 ProbNNmu=0.00498822 ProbNNpi=0.988578 ProbNNk=0.00232172 ProbNNp=0.000105635 ProbNNghost=0.00962736 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-62.125 RichDLLmu=-31.0094 RichDLLpi=0 RichDLLk=-28.7357 RichDLLp=-28.7357 RichPIDStatus=5027 RichDLLbt=-28.7357 RichDLLd=-28.7357 InAccBrem=1 CaloBremChi2=170.269 BremPIDe=-0.188393 TrackChi2PerDof=0.858589 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=5533.39 TrackPt=981.38 CombDLLe=-6.58849 CombDLLmu=-6.99994 CombDLLpi=0 CombDLLk=-28.7357 CombDLLp=-28.7357 CombDLLd=-28.7357 ProbNNe=7.81471e-10 ProbNNmu=0.000183101 ProbNNpi=0.994918 ProbNNk=0.000117978 ProbNNp=8.77563e-05 ProbNNghost=0.00287114 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-101.806 RichDLLmu=-13.6904 RichDLLpi=0 RichDLLk=-77.7621 RichDLLp=-77.7621 RichPIDStatus=5027 RichDLLbt=-77.7621 RichDLLd=-77.7621 TrackChi2PerDof=0.416357 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=7237.95 TrackPt=1807.62 CombDLLe=-6.91434 CombDLLmu=-6.94165 CombDLLpi=0 CombDLLk=-77.7621 CombDLLp=-77.7621 CombDLLd=-77.7621 ProbNNe=1.03381e-08 ProbNNmu=0.0214386 ProbNNpi=0.962428 ProbNNk=0.000796994 ProbNNp=5.49262e-07 ProbNNghost=0.00392266 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-32.7746 RichDLLmu=-0.526046 RichDLLpi=0 RichDLLk=1.4819 RichDLLp=1.4819 RichPIDStatus=5028 RichDLLbt=1.4819 RichDLLd=1.4819 InAccBrem=1 CaloBremChi2=1034.71 BremPIDe=-0.553589 TrackChi2PerDof=0.821547 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=2713.36 TrackPt=488.275 CombDLLe=-5.27666 CombDLLmu=-0.733758 CombDLLpi=0 CombDLLk=1.4819 CombDLLp=1.4819 CombDLLd=1.4819 ProbNNe=9.72799e-08 ProbNNmu=0.00476638 ProbNNpi=0.943162 ProbNNk=0.0187978 ProbNNp=0.00755702 ProbNNghost=0.0229264 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.3162 RichDLLmu=-8.5335 RichDLLpi=0 RichDLLk=2.11616 RichDLLp=2.11616 RichPIDStatus=5028 RichDLLbt=2.11616 RichDLLd=2.11616 InAccBrem=1 CaloBremChi2=539.872 BremPIDe=-0.553589 TrackChi2PerDof=0.241774 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=2926.95 TrackPt=620.53 CombDLLe=-4.59236 CombDLLmu=-6.55369 CombDLLpi=0 CombDLLk=2.11616 CombDLLp=2.11616 CombDLLd=2.11616 ProbNNe=4.86284e-07 ProbNNmu=0.00139233 ProbNNpi=0.791057 ProbNNk=0.142488 ProbNNp=0.058691 ProbNNghost=0.0227191 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.536 RichDLLmu=-14.8412 RichDLLpi=0 RichDLLk=7.57453 RichDLLp=7.57453 RichPIDStatus=5028 RichDLLbt=7.57453 RichDLLd=7.57453 TrackChi2PerDof=0.687423 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=4749.12 TrackPt=1594.59 CombDLLe=-3.82561 CombDLLmu=-6.96312 CombDLLpi=0 CombDLLk=7.57453 CombDLLp=7.57453 CombDLLd=7.57453 ProbNNe=5.28272e-06 ProbNNmu=0.0021848 ProbNNpi=0.770326 ProbNNk=0.158375 ProbNNp=0.120657 ProbNNghost=0.00558202 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.2355 RichDLLmu=-8.82348 RichDLLpi=0 RichDLLk=8.44647 RichDLLp=8.44647 RichPIDStatus=5028 RichDLLbt=8.44647 RichDLLd=8.44647 InAccBrem=1 CaloBremChi2=240.972 BremPIDe=-0.381503 TrackChi2PerDof=1.33251 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=6870.05 TrackPt=1929.99 CombDLLe=-3.91594 CombDLLmu=-6.60118 CombDLLpi=0 CombDLLk=8.44647 CombDLLp=8.44647 CombDLLd=8.44647 ProbNNe=5.39687e-06 ProbNNmu=0.00383959 ProbNNpi=0.692601 ProbNNk=0.20179 ProbNNp=0.145394 ProbNNghost=0.022622 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.8456 RichDLLmu=-4.65825 RichDLLpi=0 RichDLLk=28.546 RichDLLp=28.546 RichPIDStatus=5028 RichDLLbt=28.546 RichDLLd=28.546 InAccBrem=1 CaloBremChi2=470.768 BremPIDe=-0.607507 TrackChi2PerDof=1.80171 TrackNumDof=5 TrackType=4 TrackHistory=34 TrackP=5814.85 TrackPt=2077.57 CombDLLe=-2.62193 CombDLLmu=-5.11953 CombDLLpi=0 CombDLLk=28.546 CombDLLp=28.546 CombDLLd=28.546 ProbNNe=5.34729e-05 ProbNNmu=0.00127818 ProbNNpi=0.474404 ProbNNk=0.43598 ProbNNp=0.360241 ProbNNghost=0.031048 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50191 ShowerShape=3676.02 ClusterMass=89.8276 CaloNeutralEcal=30790.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.822551 CaloNeutralID=38514 CaloNeutralE19=0.379085 CaloClusterCode=93 CaloClusterFrac=0.999687 IsPhoton=0.0569428 IsNotH=0.0797179 IsPhotonXGB=0.551385 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.4179 ShowerShape=2008.1 ClusterMass=33.7162 CaloNeutralEcal=28225.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992963 CaloNeutralID=37672 CaloNeutralE19=0.795439 CaloClusterCode=65 IsPhoton=0.999153 IsNotH=0.885906 IsPhotonXGB=0.99981 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.346205 ShowerShape=10157.8 ClusterMass=77.6042 CaloNeutralEcal=11926.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.86392 CaloNeutralID=34866 CaloNeutralE19=0.508271 CaloClusterCode=-93 CaloClusterFrac=0.999998 IsPhoton=0.161211 IsNotH=0.10021 IsPhotonXGB=0.138949 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.65132 ShowerShape=9681.67 ClusterMass=73.3209 CaloNeutralEcal=12251.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976691 CaloNeutralID=34928 CaloNeutralE19=0.390727 CaloClusterCode=-62 CaloClusterFrac=1.00055 IsPhoton=1 IsNotH=0.0219196 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.855358 ShowerShape=19323.1 ClusterMass=53.5667 CaloNeutralEcal=8862.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789397 CaloNeutralID=34505 CaloNeutralE19=0.430132 CaloClusterCode=97 CaloClusterFrac=0.99999 IsPhoton=0.147849 IsNotH=0.0166446 IsPhotonXGB=0.957842 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.0855 ShowerShape=811.024 ClusterMass=18.9302 CaloNeutralEcal=23779.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935835 CaloNeutralID=42292 CaloNeutralE19=0.72386 CaloClusterCode=-95 CaloClusterFrac=0.999882 IsPhoton=1 IsNotH=0.955073 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.374807 ShowerShape=19214.1 ClusterMass=63.6158 CaloNeutralEcal=8682.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907199 CaloNeutralID=34890 CaloNeutralE19=0.376406 CaloClusterCode=-90 CaloClusterFrac=0.999768 IsPhoton=0.0354688 IsNotH=0.0209041 IsPhotonXGB=0.619557 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.141032 ShowerShape=7410.08 ClusterMass=24.4593 CaloNeutralEcal=7958.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.861184 CaloNeutralID=34935 CaloNeutralE19=0.637791 CaloClusterCode=-97 CaloClusterFrac=1 IsPhoton=1 IsNotH=0.284231 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.04305 ShowerShape=1196.75 ClusterMass=5.68179 CaloNeutralEcal=12314 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91253 CaloNeutralID=39161 CaloNeutralE19=0.746933 CaloClusterCode=91 CaloClusterFrac=0.999509 IsPhoton=1 IsNotH=0.891532 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50191 ShowerShape=3676.02 ClusterMass=89.8276 CaloNeutralEcal=30790.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.822551 CaloNeutralID=38514 CaloNeutralE19=0.379085 CaloClusterCode=93 CaloClusterFrac=0.999687 IsPhoton=0.0570696 IsNotH=0.0797179 IsPhotonXGB=0.551385 ClusterAsX=-0.33796 ClusterAsY=0.026105 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.4179 ShowerShape=2008.1 ClusterMass=33.7162 CaloNeutralEcal=28225.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992963 CaloNeutralID=37672 CaloNeutralE19=0.795439 CaloClusterCode=65 IsPhoton=0.999068 IsNotH=0.885906 IsPhotonXGB=0.99981 ClusterAsX=0.149058 ClusterAsY=-0.010959 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.0855 ShowerShape=811.024 ClusterMass=18.9302 CaloNeutralEcal=23779.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935835 CaloNeutralID=42292 CaloNeutralE19=0.72386 CaloClusterCode=-95 CaloClusterFrac=0.999882 IsPhoton=1 IsNotH=0.955073 IsPhotonXGB=1 ClusterAsX=0.140668 ClusterAsY=-0.0415075 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.04305 ShowerShape=1196.75 ClusterMass=5.68179 CaloNeutralEcal=12314 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91253 CaloNeutralID=39161 CaloNeutralE19=0.746933 CaloClusterCode=91 CaloClusterFrac=0.999509 IsPhoton=1 IsNotH=0.891532 IsPhotonXGB=1 ClusterAsX=0.0116859 ClusterAsY=-0.115837 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.2429 ShowerShape=8202.08 CaloNeutralEcal=4375.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991589 CaloNeutralID=34623 CaloNeutralE19=0.628151 CaloClusterCode=63 CaloClusterFrac=1.0025 IsPhoton=1 IsNotH=0.0977821 IsPhotonXGB=1 ClusterAsX=-0.302029 ClusterAsY=0.189574 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.2025 ShowerShape=913.579 CaloNeutralEcal=26407.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923071 CaloNeutralID=43686 CaloNeutralE19=0.632428 CaloClusterCode=-91 CaloClusterFrac=0.998464 IsPhoton=1 IsNotH=0.934767 IsPhotonXGB=1 ClusterAsX=-0.00789872 ClusterAsY=-0.259753 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.537 ShowerShape=1880.01 CaloNeutralEcal=34137.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.743798 CaloNeutralID=43492 CaloNeutralE19=0.300709 CaloClusterCode=-97 CaloClusterFrac=0.940559 IsPhoton=1 IsNotH=0.00204565 IsPhotonXGB=1 ClusterAsX=0.304104 ClusterAsY=0.110486 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=655.984 ShowerShape=2476.6 CaloNeutralEcal=6092.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982505 CaloNeutralID=35751 CaloNeutralE19=0.953548 CaloClusterCode=-95 CaloClusterFrac=0.996774 IsPhoton=1 IsNotH=0.886671 IsPhotonXGB=1 ClusterAsX=0.0129966 ClusterAsY=0.00660798 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.3956 ShowerShape=3713.8 CaloNeutralEcal=8733.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91041 CaloNeutralID=38195 CaloNeutralE19=0.709982 CaloClusterCode=95 CaloClusterFrac=0.99997 IsPhoton=1 IsNotH=0.77584 IsPhotonXGB=1 ClusterAsX=0.126353 ClusterAsY=0.00701349 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=56.6345 ShowerShape=706.448 CaloNeutralEcal=13204.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940129 CaloNeutralID=42419 CaloNeutralE19=0.583591 CaloClusterCode=-95 CaloClusterFrac=1.00115 IsPhoton=1 IsNotH=0.929213 IsPhotonXGB=1 ClusterAsX=0.328042 ClusterAsY=-0.0328185 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.95817 ShowerShape=15489.7 CaloNeutralEcal=3292.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772619 CaloNeutralID=34693 CaloNeutralE19=0.326879 CaloClusterCode=-91 CaloClusterFrac=1.00144 IsPhoton=1 IsNotH=0.0374309 IsPhotonXGB=1 ClusterAsX=-0.025204 ClusterAsY=-0.250941 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.22116 ShowerShape=3028.49 CaloNeutralEcal=22615.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.69248 CaloNeutralID=42901 CaloNeutralE19=0.356557 CaloClusterCode=-92 CaloClusterFrac=0.999881 IsPhoton=1 IsNotH=0.00420564 IsPhotonXGB=1 ClusterAsX=0.263955 ClusterAsY=0.0156845 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=216.699 ShowerShape=474.778 CaloNeutralEcal=24990.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964497 CaloNeutralID=43223 CaloNeutralE19=0.810648 CaloClusterCode=-67 CaloClusterFrac=0.985787 IsPhoton=1 IsNotH=0.796531 IsPhotonXGB=1 ClusterAsX=-0.0589369 ClusterAsY=0.0823966 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.23136 ShowerShape=4314.54 CaloNeutralEcal=3212.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973976 CaloNeutralID=35209 CaloNeutralE19=0.818763 CaloClusterCode=95 CaloClusterFrac=1.00315 IsPhoton=1 IsNotH=0.780771 IsPhotonXGB=1 ClusterAsX=0.1188 ClusterAsY=-0.0589389 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.7596 ShowerShape=10895.2 CaloNeutralEcal=2563.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.9468 CaloNeutralID=34690 CaloNeutralE19=0.579657 CaloClusterCode=-97 CaloClusterFrac=1.00737 IsPhoton=1 IsNotH=0.14741 IsPhotonXGB=1 ClusterAsX=0.206746 ClusterAsY=0.161014 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.0452 ShowerShape=13530.5 CaloNeutralEcal=2570.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.843078 CaloNeutralID=35077 CaloNeutralE19=0.401092 CaloClusterCode=95 CaloClusterFrac=0.999718 IsPhoton=1 IsNotH=0.0528939 IsPhotonXGB=1 ClusterAsX=0.365575 ClusterAsY=-0.0913955 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=92.5982 ShowerShape=17330.7 CaloNeutralEcal=5813.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.689488 CaloNeutralID=35551 CaloNeutralE19=0.336716 CaloClusterCode=93 CaloClusterFrac=0.999588 IsPhoton=1 IsNotH=0.00497464 IsPhotonXGB=1 ClusterAsX=-0.000278332 ClusterAsY=0.238455 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=143.709 ShowerShape=2476.6 CaloNeutralEcal=3040.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.98281 CaloNeutralID=35189 CaloNeutralE19=0.939439 CaloClusterCode=-95 CaloClusterFrac=1.00088 IsPhoton=1 IsNotH=0.892818 IsPhotonXGB=1 ClusterAsX=0.0221056 ClusterAsY=0.00632552 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=187.55 ShowerShape=9144.82 CaloNeutralEcal=3139.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00422 CaloNeutralID=33509 CaloNeutralE19=0.504028 CaloClusterCode=96 IsPhoton=1 IsNotH=0.0577259 IsPhotonXGB=1 ClusterAsX=-0.482505 ClusterAsY=0.32794 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=71.5587 ShowerShape=5732.38 CaloNeutralEcal=3671.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986674 CaloNeutralID=33962 CaloNeutralE19=0.586603 CaloClusterCode=93 IsPhoton=1 IsNotH=0.452077 IsPhotonXGB=1 ClusterAsX=-0.383757 ClusterAsY=-0.00393061 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=169.285 ShowerShape=8375.81 CaloNeutralEcal=3174.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907181 CaloNeutralID=34127 CaloNeutralE19=0.515754 CaloClusterCode=83 CaloClusterFrac=1.00161 IsPhoton=1 IsNotH=0.155215 IsPhotonXGB=1 ClusterAsX=-0.268215 ClusterAsY=-0.0294171 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.752 ShowerShape=1423.3 CaloNeutralEcal=13472.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875931 CaloNeutralID=43807 CaloNeutralE19=0.629535 CaloClusterCode=-92 CaloClusterFrac=0.970011 IsPhoton=1 IsNotH=0.556497 IsPhotonXGB=1 ClusterAsX=0.0681299 ClusterAsY=-0.274754 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=54.3671 ShowerShape=606.725 CaloNeutralEcal=13090.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94993 CaloNeutralID=42210 CaloNeutralE19=0.706072 CaloClusterCode=93 CaloClusterFrac=0.999562 IsPhoton=1 IsNotH=0.947207 IsPhotonXGB=1 ClusterAsX=-0.185554 ClusterAsY=0.0595493 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.0549 ShowerShape=10203.5 CaloNeutralEcal=2744.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958603 CaloNeutralID=35729 CaloNeutralE19=0.360588 CaloClusterCode=90 IsPhoton=1 IsNotH=0.0303516 IsPhotonXGB=1 ClusterAsX=-0.400247 ClusterAsY=-0.540138 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.3265 ShowerShape=2293.59 CaloNeutralEcal=6428.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964956 CaloNeutralID=38768 CaloNeutralE19=0.657327 CaloClusterCode=-61 CaloClusterFrac=0.998259 IsPhoton=1 IsNotH=0.766352 IsPhotonXGB=1 ClusterAsX=0.0326894 ClusterAsY=-0.250741 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.9375 ShowerShape=2815.34 CaloNeutralEcal=5849.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917313 CaloNeutralID=42167 CaloNeutralE19=0.761319 CaloClusterCode=66 CaloClusterFrac=0.99986 IsPhoton=1 IsNotH=0.68485 IsPhotonXGB=1 ClusterAsX=0.571829 ClusterAsY=-0.0603281 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.4565 ShowerShape=1618.76 CaloNeutralEcal=7236.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917664 CaloNeutralID=43596 CaloNeutralE19=0.34688 CaloClusterCode=93 CaloClusterFrac=0.999947 IsPhoton=1 IsNotH=0.254382 IsPhotonXGB=1 ClusterAsX=-0.337828 ClusterAsY=-0.284674 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.4774 ShowerShape=1348 CaloNeutralEcal=10215.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898849 CaloNeutralID=42990 CaloNeutralE19=0.592924 CaloClusterCode=93 CaloClusterFrac=0.999859 IsPhoton=1 IsNotH=0.666539 IsPhotonXGB=1 ClusterAsX=-0.202284 ClusterAsY=0.0635959 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.5726 ShowerShape=737.551 CaloNeutralEcal=9592.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918089 CaloNeutralID=42078 CaloNeutralE19=0.689874 CaloClusterCode=-91 CaloClusterFrac=0.959275 IsPhoton=1 IsNotH=0.749604 IsPhotonXGB=1 ClusterAsX=0.13498 ClusterAsY=-0.1027 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=204.14 ShowerShape=2617.57 CaloNeutralEcal=2214.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963213 CaloNeutralID=35403 CaloNeutralE19=0.850233 CaloClusterCode=95 CaloClusterFrac=1.0146 IsPhoton=1 IsNotH=0.869904 IsPhotonXGB=1 ClusterAsX=0.0451874 ClusterAsY=0.0555479 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.8746 ShowerShape=5563.76 CaloNeutralEcal=3239.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.743265 CaloNeutralID=39685 CaloNeutralE19=0.33297 CaloClusterCode=-93 CaloClusterFrac=0.999817 IsPhoton=1 IsNotH=0.011861 IsPhotonXGB=1 ClusterAsX=-0.30655 ClusterAsY=-0.0570507 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.1787 ShowerShape=1889.81 CaloNeutralEcal=2969.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88781 CaloNeutralID=38333 CaloNeutralE19=0.479935 CaloClusterCode=91 CaloClusterFrac=0.999926 IsPhoton=1 IsNotH=0.452299 IsPhotonXGB=1 ClusterAsX=0.0128023 ClusterAsY=-0.361898 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=517.163 CaloNeutralEcal=4899.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980774 CaloNeutralID=37974 CaloNeutralE19=0.891375 CaloClusterCode=-95 CaloClusterFrac=0.962772 IsPhoton=1 IsNotH=0.923801 IsPhotonXGB=1 ClusterAsX=0.0499873 ClusterAsY=0.0200466 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.93743 ShowerShape=10396.2 CaloNeutralEcal=1432.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855438 CaloNeutralID=34302 CaloNeutralE19=0.528951 CaloClusterCode=96 IsPhoton=1 IsNotH=0.0539448 IsPhotonXGB=1 ClusterAsX=-0.0501263 ClusterAsY=0.389843 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=5499.18 CaloNeutralEcal=1482.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915805 CaloNeutralID=35960 CaloNeutralE19=0.692402 CaloClusterCode=97 CaloClusterFrac=1.0125 IsPhoton=1 IsNotH=0.554814 IsPhotonXGB=1 ClusterAsX=-0.106628 ClusterAsY=0.0597832 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.1555 ShowerShape=14419.2 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloNeutralE19=0.317497 CaloClusterCode=-93 CaloClusterFrac=1.0229 IsPhoton=1 IsNotH=0.00501749 IsPhotonXGB=1 ClusterAsX=-0.00101782 ClusterAsY=-0.00511429 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=163.581 ShowerShape=739.908 CaloNeutralEcal=6237.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.882249 CaloNeutralID=42129 CaloNeutralE19=0.643398 CaloClusterCode=97 CaloClusterFrac=0.99939 IsPhoton=1 IsNotH=0.749119 IsPhotonXGB=1 ClusterAsX=0.0480186 ClusterAsY=0.162174 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=82.3532 ShowerShape=6525.44 CaloNeutralEcal=3084.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975274 CaloNeutralID=33951 CaloNeutralE19=0.728164 CaloClusterCode=93 CaloClusterFrac=1.03417 IsPhoton=1 IsNotH=0.613371 IsPhotonXGB=1 ClusterAsX=-0.206488 ClusterAsY=-0.0524813 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2732.53 CaloNeutralEcal=1066.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00641 CaloNeutralID=36477 CaloNeutralE19=0.885168 CaloClusterCode=61 IsPhoton=1 IsNotH=0.850416 IsPhotonXGB=1 ClusterAsX=-0.0410469 ClusterAsY=-0.104913 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=172.747 ShowerShape=1963.79 CaloNeutralEcal=4996.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.834224 CaloNeutralID=38055 CaloNeutralE19=0.678395 CaloClusterCode=91 IsPhoton=1 IsNotH=0.647795 IsPhotonXGB=1 ClusterAsX=0.0303198 ClusterAsY=0.0153728 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=142.349 ShowerShape=3305.44 CaloNeutralEcal=2294.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947316 CaloNeutralID=34067 CaloNeutralE19=0.864354 CaloClusterCode=-98 CaloClusterFrac=1.00392 IsPhoton=1 IsNotH=0.885799 IsPhotonXGB=1 ClusterAsX=0.0375364 ClusterAsY=0.0280724 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=504.809 ShowerShape=7227.33 CaloNeutralEcal=1236.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943343 CaloNeutralID=33732 CaloNeutralE19=0.615049 CaloClusterCode=93 CaloClusterFrac=1.01945 IsPhoton=1 IsNotH=0.291005 IsPhotonXGB=1 ClusterAsX=-0.158878 ClusterAsY=0.117758 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=469.505 ShowerShape=3494.53 CaloNeutralEcal=1808.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965972 CaloNeutralID=33642 CaloNeutralE19=0.805276 CaloClusterCode=91 CaloClusterFrac=1.01972 IsPhoton=1 IsNotH=0.826462 IsPhotonXGB=1 ClusterAsX=0.092734 ClusterAsY=-0.0913199 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.69619 ShowerShape=2672.52 CaloNeutralEcal=2576.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.838558 CaloNeutralID=38787 CaloNeutralE19=0.383212 CaloClusterCode=-91 CaloClusterFrac=0.999985 IsPhoton=1 IsNotH=0.0535878 IsPhotonXGB=1 ClusterAsX=-0.0663878 ClusterAsY=-0.2789 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=249.843 ShowerShape=452.475 CaloNeutralEcal=13186.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91385 CaloNeutralID=42531 CaloNeutralE19=0.79362 CaloClusterCode=95 IsPhoton=1 IsNotH=0.975477 IsPhotonXGB=1 ClusterAsX=0.0401689 ClusterAsY=-0.00347949 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=413.892 ShowerShape=9306.48 CaloNeutralEcal=1705.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877706 CaloNeutralID=33434 CaloNeutralE19=0.5744 CaloClusterCode=-97 CaloClusterFrac=1.02533 IsPhoton=1 IsNotH=0.28197 IsPhotonXGB=1 ClusterAsX=0.154699 ClusterAsY=0.0818647 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=273.96 ShowerShape=9413.4 CaloNeutralEcal=1587.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968993 CaloNeutralID=35698 CaloNeutralE19=0.413191 CaloClusterCode=-90 CaloClusterFrac=1.00366 IsPhoton=1 IsNotH=0.040405 IsPhotonXGB=1 ClusterAsX=-0.537461 ClusterAsY=-0.307603 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.6612 ShowerShape=821.72 CaloNeutralEcal=5063.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884278 CaloNeutralID=43083 CaloNeutralE19=0.650988 CaloClusterCode=-95 CaloClusterFrac=1.00282 IsPhoton=1 IsNotH=0.905687 IsPhotonXGB=1 ClusterAsX=0.114159 ClusterAsY=-0.0986883 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.81928 ShowerShape=1788.01 CaloNeutralEcal=10889.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.676234 CaloNeutralID=43616 CaloNeutralE19=0.354454 CaloClusterCode=-95 CaloClusterFrac=0.999972 IsPhoton=1 IsNotH=0.00175601 IsPhotonXGB=1 ClusterAsX=0.155513 ClusterAsY=-0.0968042 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=52.2998 ShowerShape=10055.6 CaloNeutralEcal=1145.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980359 CaloNeutralID=34816 CaloNeutralE19=0.646216 CaloClusterCode=-65 CaloClusterFrac=1.00358 IsPhoton=1 IsNotH=0.185708 IsPhotonXGB=1 ClusterAsX=0.325728 ClusterAsY=0.00316426 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.74472 ShowerShape=1162.1 CaloNeutralEcal=7553.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867596 CaloNeutralID=43562 CaloNeutralE19=0.561532 CaloClusterCode=95 CaloClusterFrac=0.994822 IsPhoton=1 IsNotH=0.561212 IsPhotonXGB=1 ClusterAsX=0.183106 ClusterAsY=0.0370501 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.35727 ShowerShape=884.035 CaloNeutralEcal=5158.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797798 CaloNeutralID=42510 CaloNeutralE19=0.583101 CaloClusterCode=95 CaloClusterFrac=0.999959 IsPhoton=1 IsNotH=0.470797 IsPhotonXGB=1 ClusterAsX=0.0351691 ClusterAsY=-0.0171163 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.9008 ShowerShape=1420.07 CaloNeutralEcal=6521.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.825938 CaloNeutralID=42769 CaloNeutralE19=0.430443 CaloClusterCode=-98 CaloClusterFrac=0.999937 IsPhoton=1 IsNotH=0.026775 IsPhotonXGB=1 ClusterAsX=0.356439 ClusterAsY=0.227108 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.1999 ShowerShape=1219.74 CaloNeutralEcal=7076.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.822501 CaloNeutralID=43869 CaloNeutralE19=0.630198 CaloClusterCode=-93 CaloClusterFrac=0.999918 IsPhoton=1 IsNotH=0.764624 IsPhotonXGB=1 ClusterAsX=-0.0392239 ClusterAsY=-0.0558772 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.1586 ShowerShape=9144.64 CaloNeutralEcal=2031.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992019 CaloNeutralID=34639 CaloNeutralE19=0.533073 CaloClusterCode=-66 CaloClusterFrac=1.01683 IsPhoton=1 IsNotH=0.151281 IsPhotonXGB=1 ClusterAsX=-0.0958135 ClusterAsY=0.307183 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.3062 ShowerShape=2416.84 CaloNeutralEcal=2531.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929658 CaloNeutralID=38327 CaloNeutralE19=0.571238 CaloClusterCode=-96 CaloClusterFrac=1.01398 IsPhoton=1 IsNotH=0.184745 IsPhotonXGB=1 ClusterAsX=-0.329591 ClusterAsY=0.198092 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=257.998 ShowerShape=1102.55 CaloNeutralEcal=3487.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911377 CaloNeutralID=40034 CaloNeutralE19=0.803902 CaloClusterCode=-90 CaloClusterFrac=0.978173 IsPhoton=1 IsNotH=0.951799 IsPhotonXGB=1 ClusterAsX=-0.0337251 ClusterAsY=-0.073264 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.4455 ShowerShape=985.927 CaloNeutralEcal=2944.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.899735 CaloNeutralID=40019 CaloNeutralE19=0.801899 CaloClusterCode=-97 CaloClusterFrac=1.02051 IsPhoton=1 IsNotH=0.970799 IsPhotonXGB=1 ClusterAsX=-0.0281423 ClusterAsY=-0.00967123 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=145.774 ShowerShape=2942.16 CaloNeutralEcal=3964.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.806792 CaloNeutralID=38040 CaloNeutralE19=0.42142 CaloClusterCode=-91 CaloClusterFrac=1.00354 IsPhoton=1 IsNotH=0.0347262 IsPhotonXGB=1 ClusterAsX=0.0175395 ClusterAsY=-0.395265 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=255.717 ShowerShape=3413.81 CaloNeutralEcal=1278.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92171 CaloNeutralID=35594 CaloNeutralE19=0.801795 CaloClusterCode=-97 CaloClusterFrac=1.01983 IsPhoton=1 IsNotH=0.786019 IsPhotonXGB=1 ClusterAsX=0.0388955 ClusterAsY=0.0371573 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=335.292 ShowerShape=15751.9 CaloNeutralEcal=1237.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.671952 CaloNeutralID=33454 CaloNeutralE19=0.308586 CaloClusterCode=93 CaloClusterFrac=1.03061 IsPhoton=1 IsNotH=0.0146353 IsPhotonXGB=1 ClusterAsX=0.0202507 ClusterAsY=0.0293294 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=346.975 ShowerShape=2547.13 CaloNeutralEcal=1261.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961036 CaloNeutralID=36386 CaloNeutralE19=0.915461 CaloClusterCode=92 IsPhoton=1 IsNotH=0.89673 IsPhotonXGB=1 ClusterAsX=0.0104175 ClusterAsY=0.0177022 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=98.0458 ShowerShape=1459.16 CaloNeutralEcal=2395.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915965 CaloNeutralID=39670 CaloNeutralE19=0.687019 CaloClusterCode=95 IsPhoton=1 IsNotH=0.781632 IsPhotonXGB=1 ClusterAsX=0.154546 ClusterAsY=-0.103074 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=72.5743 ShowerShape=14983.7 CaloNeutralEcal=2291.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75957 CaloNeutralID=35618 CaloNeutralE19=0.420346 CaloClusterCode=90 CaloClusterFrac=1.00326 IsPhoton=1 IsNotH=0.0147609 IsPhotonXGB=1 ClusterAsX=-0.0137156 ClusterAsY=-0.328779 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.657 ShowerShape=1753.95 CaloNeutralEcal=11412.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.579345 CaloNeutralID=43488 CaloNeutralE19=0.238094 CaloClusterCode=-91 CaloClusterFrac=0.998269 IsPhoton=1 IsNotH=0.00025862 IsPhotonXGB=1 ClusterAsX=-0.0305247 ClusterAsY=0.0054914 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.5764 ShowerShape=1215.87 CaloNeutralEcal=6933.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818703 CaloNeutralID=43684 CaloNeutralE19=0.387391 CaloClusterCode=-91 CaloClusterFrac=0.937989 IsPhoton=1 IsNotH=0.0121792 IsPhotonXGB=1 ClusterAsX=0.105422 ClusterAsY=-0.321946 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=225.363 ShowerShape=2476.6 CaloNeutralEcal=1650.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984655 CaloNeutralID=33943 CaloNeutralE19=0.916155 CaloClusterCode=-95 CaloClusterFrac=0.955449 IsPhoton=1 IsNotH=0.820866 IsPhotonXGB=1 ClusterAsX=0.0660029 ClusterAsY=0.00594917 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=769.417 ShowerShape=7347.25 CaloNeutralEcal=1026.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890473 CaloNeutralID=35767 CaloNeutralE19=0.560097 CaloClusterCode=-93 CaloClusterFrac=1.01236 IsPhoton=1 IsNotH=0.238282 IsPhotonXGB=1 ClusterAsX=-0.148184 ClusterAsY=-0.182453 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=159.724 ShowerShape=3967.85 CaloNeutralEcal=1083.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978067 CaloNeutralID=36381 CaloNeutralE19=0.717027 CaloClusterCode=97 IsPhoton=1 IsNotH=0.623362 IsPhotonXGB=1 ClusterAsX=-0.0342876 ClusterAsY=0.240511 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=150.764 ShowerShape=13275.3 CaloNeutralEcal=1015 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731804 CaloNeutralID=35639 CaloNeutralE19=0.4588 CaloClusterCode=-90 CaloClusterFrac=1.0088 IsPhoton=1 IsNotH=0.0098191 IsPhotonXGB=1 ClusterAsX=-0.0916367 ClusterAsY=-0.0700193 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.56838 ShowerShape=4646.32 CaloNeutralEcal=1664.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.78915 CaloNeutralID=38913 CaloNeutralE19=0.326885 CaloClusterCode=-93 CaloClusterFrac=0.982991 IsPhoton=1 IsNotH=0.0271443 IsPhotonXGB=1 ClusterAsX=-0.132681 ClusterAsY=-0.23913 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=361.449 ShowerShape=7008.19 CaloNeutralEcal=1337.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934536 CaloNeutralID=33937 CaloNeutralE19=0.499072 CaloClusterCode=-97 CaloClusterFrac=1.02146 IsPhoton=1 IsNotH=0.444383 IsPhotonXGB=1 ClusterAsX=-0.00218845 ClusterAsY=0.382983 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=132.459 ShowerShape=2935.82 CaloNeutralEcal=2459.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974288 CaloNeutralID=34144 CaloNeutralE19=0.894069 CaloClusterCode=-63 CaloClusterFrac=0.980771 IsPhoton=1 IsNotH=0.874817 IsPhotonXGB=1 ClusterAsX=-0.0429223 ClusterAsY=-0.0117765 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=323.613 ShowerShape=6649.94 CaloNeutralEcal=951.086 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795673 CaloNeutralID=35720 CaloNeutralE19=0.569248 CaloClusterCode=-93 CaloClusterFrac=0.999979 IsPhoton=1 IsNotH=0.0401293 IsPhotonXGB=1 ClusterAsX=-0.010586 ClusterAsY=0.0219254 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=397.314 ShowerShape=6142.03 CaloNeutralEcal=1291.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943543 CaloNeutralID=35819 CaloNeutralE19=0.633103 CaloClusterCode=-97 CaloClusterFrac=0.995613 IsPhoton=1 IsNotH=0.423616 IsPhotonXGB=1 ClusterAsX=0.0132553 ClusterAsY=0.247286 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.2953 ShowerShape=9812.97 CaloNeutralEcal=2220.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969915 CaloNeutralID=34146 CaloNeutralE19=0.485206 CaloClusterCode=-61 CaloClusterFrac=0.960097 IsPhoton=1 IsNotH=0.229127 IsPhotonXGB=1 ClusterAsX=0.297189 ClusterAsY=-0.0225856 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.5687 ShowerShape=1941.09 CaloNeutralEcal=6716.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731879 CaloNeutralID=43157 CaloNeutralE19=0.422646 CaloClusterCode=-98 CaloClusterFrac=0.996273 IsPhoton=1 IsNotH=0.0103389 IsPhotonXGB=1 ClusterAsX=0.135529 ClusterAsY=0.134366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.0017 ShowerShape=1123.24 CaloNeutralEcal=10375.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856169 CaloNeutralID=43426 CaloNeutralE19=0.367222 CaloClusterCode=-65 CaloClusterFrac=0.999749 IsPhoton=1 IsNotH=0.0923712 IsPhotonXGB=1 ClusterAsX=0.236494 ClusterAsY=0.305278 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.60667 ShowerShape=2009.52 CaloNeutralEcal=2131.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.822792 CaloNeutralID=39821 CaloNeutralE19=0.617505 CaloClusterCode=98 CaloClusterFrac=1.05408 IsPhoton=1 IsNotH=0.637005 IsPhotonXGB=1 ClusterAsX=-0.000273582 ClusterAsY=0.136987 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=177.84 ShowerShape=5616.23 CaloNeutralEcal=2019.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963797 CaloNeutralID=35493 CaloNeutralE19=0.731609 CaloClusterCode=66 CaloClusterFrac=0.999358 IsPhoton=1 IsNotH=0.3461 IsPhotonXGB=1 ClusterAsX=-0.169198 ClusterAsY=0.111387 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=233.927 ShowerShape=1052.33 CaloNeutralEcal=2579.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916225 CaloNeutralID=39972 CaloNeutralE19=0.818304 CaloClusterCode=-97 CaloClusterFrac=0.937126 IsPhoton=1 IsNotH=0.89067 IsPhotonXGB=1 ClusterAsX=-0.0570292 ClusterAsY=0.00261924 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=5587.4 CaloNeutralEcal=832.843 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969792 CaloNeutralID=33294 CaloNeutralE19=0.544237 CaloClusterCode=95 CaloClusterFrac=1.00489 IsPhoton=1 IsNotH=0.466888 IsPhotonXGB=1 ClusterAsX=0.38975 ClusterAsY=0.021419 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=506.475 ShowerShape=4150.83 CaloNeutralEcal=1283.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963945 CaloNeutralID=35881 CaloNeutralE19=0.880795 CaloClusterCode=-97 CaloClusterFrac=1.0375 IsPhoton=1 IsNotH=0.855447 IsPhotonXGB=1 ClusterAsX=-0.0606132 ClusterAsY=0.0114911 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=879.229 ShowerShape=3063.56 CaloNeutralEcal=973.224 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972262 CaloNeutralID=35764 CaloNeutralE19=0.810206 CaloClusterCode=-97 CaloClusterFrac=1.03285 IsPhoton=1 IsNotH=0.824575 IsPhotonXGB=1 ClusterAsX=-0.0593272 ClusterAsY=0.0886555 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=123.731 ShowerShape=5896.94 CaloNeutralEcal=1444.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896645 CaloNeutralID=33945 CaloNeutralE19=0.705906 CaloClusterCode=-93 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.475863 IsPhotonXGB=1 ClusterAsX=-0.073618 ClusterAsY=0.0327225 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=125.434 ShowerShape=5879.84 CaloNeutralEcal=1690.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973228 CaloNeutralID=35546 CaloNeutralE19=0.595405 CaloClusterCode=93 IsPhoton=1 IsNotH=0.369189 IsPhotonXGB=1 ClusterAsX=-0.423362 ClusterAsY=0.00876296 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.1594 ShowerShape=1083.38 CaloNeutralEcal=3942.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855206 CaloNeutralID=43943 CaloNeutralE19=0.530943 CaloClusterCode=93 CaloClusterFrac=1.01633 IsPhoton=1 IsNotH=0.36638 IsPhotonXGB=1 ClusterAsX=-0.286046 ClusterAsY=0.0404714 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=613.724 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.01244 CaloNeutralID=35775 CaloNeutralE19=0.985225 CaloClusterCode=67 IsPhoton=1 IsNotH=0.852149 IsPhotonXGB=1 ClusterAsX=0.00325334 ClusterAsY=0.0458828 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.92987 ShowerShape=1906.72 CaloNeutralEcal=3349.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.667435 CaloNeutralID=42801 CaloNeutralE19=0.363172 CaloClusterCode=-98 CaloClusterFrac=0.997125 IsPhoton=1 IsNotH=0.00352729 IsPhotonXGB=1 ClusterAsX=0.0456272 ClusterAsY=0.052422 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=127.686 ShowerShape=1120.17 CaloNeutralEcal=2399.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.05377 CaloNeutralID=37856 CaloNeutralE19=0.775116 CaloClusterCode=91 IsPhoton=1 IsNotH=0.648498 IsPhotonXGB=1 ClusterAsX=0.0387937 ClusterAsY=-0.256477 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.51297 ShowerShape=3214.17 CaloNeutralEcal=1826.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795724 CaloNeutralID=39763 CaloNeutralE19=0.345034 CaloClusterCode=-92 CaloClusterFrac=0.84948 IsPhoton=1 IsNotH=0.00187921 IsPhotonXGB=1 ClusterAsX=0.146853 ClusterAsY=-0.277229 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=173.175 ShowerShape=1278.49 CaloNeutralEcal=2668.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942242 CaloNeutralID=39843 CaloNeutralE19=0.620351 CaloClusterCode=-95 CaloClusterFrac=1.0165 IsPhoton=1 IsNotH=0.747639 IsPhotonXGB=1 ClusterAsX=0.254299 ClusterAsY=0.0295294 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.42823 ShowerShape=4750.21 CaloNeutralEcal=1578.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.745652 CaloNeutralID=39047 CaloNeutralE19=0.389731 CaloClusterCode=-90 CaloClusterFrac=1.00544 IsPhoton=1 IsNotH=0.0120875 IsPhotonXGB=1 ClusterAsX=-0.0164614 ClusterAsY=-0.317158 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.1967 ShowerShape=1623.43 CaloNeutralEcal=4052.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.716526 CaloNeutralID=43670 CaloNeutralE19=0.375053 CaloClusterCode=93 CaloClusterFrac=0.997236 IsPhoton=1 IsNotH=0.00596454 IsPhotonXGB=1 ClusterAsX=-0.0959996 ClusterAsY=0.0574885 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3176.91 CaloNeutralEcal=844.761 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968482 CaloNeutralID=33246 CaloNeutralE19=0.864268 CaloClusterCode=95 CaloClusterFrac=1.05657 IsPhoton=1 IsNotH=0.823336 IsPhotonXGB=1 ClusterAsX=0.0726981 ClusterAsY=-0.016828 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.4697 ShowerShape=1933.77 CaloNeutralEcal=2139.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941959 CaloNeutralID=38542 CaloNeutralE19=0.500289 CaloClusterCode=97 CaloClusterFrac=1.0317 IsPhoton=1 IsNotH=0.360712 IsPhotonXGB=1 ClusterAsX=0.307868 ClusterAsY=0.246936 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=177.26 ShowerShape=936.593 CaloNeutralEcal=2995.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.885253 CaloNeutralID=43860 CaloNeutralE19=0.482535 CaloClusterCode=-97 CaloClusterFrac=0.932132 IsPhoton=1 IsNotH=0.219545 IsPhotonXGB=1 ClusterAsX=-0.082567 ClusterAsY=0.331901 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.66409 ShowerShape=2620.39 CaloNeutralEcal=6487.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786633 CaloNeutralID=43112 CaloNeutralE19=0.379456 CaloClusterCode=67 CaloClusterFrac=0.987096 IsPhoton=1 IsNotH=0.0156889 IsPhotonXGB=1 ClusterAsX=0.306482 ClusterAsY=0.0676994 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2675.24 CaloNeutralEcal=614.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33160 CaloNeutralE19=0.892444 CaloClusterCode=63 CaloClusterFrac=1.08793 IsPhoton=1 IsNotH=0.732171 IsPhotonXGB=1 ClusterAsX=-0.107591 ClusterAsY=0.00870392 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=381.208 ShowerShape=6720.16 CaloNeutralEcal=748.438 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06301 CaloNeutralID=36047 CaloNeutralE19=0.532437 CaloClusterCode=95 IsPhoton=1 IsNotH=0.398188 IsPhotonXGB=1 ClusterAsX=0.501978 ClusterAsY=-0.0482582 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.1514 ShowerShape=1028.63 CaloNeutralEcal=7805.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918241 CaloNeutralID=43421 CaloNeutralE19=0.459894 CaloClusterCode=-66 CaloClusterFrac=0.994763 IsPhoton=1 IsNotH=0.201448 IsPhotonXGB=1 ClusterAsX=-0.245119 ClusterAsY=0.347851 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=284.176 ShowerShape=1032.04 CaloNeutralEcal=1559.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958633 CaloNeutralID=38155 CaloNeutralE19=0.694971 CaloClusterCode=93 CaloClusterFrac=1.01807 IsPhoton=1 IsNotH=0.805642 IsPhotonXGB=1 ClusterAsX=-0.243315 ClusterAsY=0.0110862 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.6276 ShowerShape=1670.61 CaloNeutralEcal=2837.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.678791 CaloNeutralID=43213 CaloNeutralE19=0.421959 CaloClusterCode=-98 CaloClusterFrac=0.999332 IsPhoton=1 IsNotH=0.0085186 IsPhotonXGB=1 ClusterAsX=0.124442 ClusterAsY=-0.0759731 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=99.5794 ShowerShape=3194.56 CaloNeutralEcal=1170.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731386 CaloNeutralID=38337 CaloNeutralE19=0.343469 CaloClusterCode=-95 CaloClusterFrac=1.05115 IsPhoton=1 IsNotH=0.0297087 IsPhotonXGB=1 ClusterAsX=0.110134 ClusterAsY=0.031756 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.7396 ShowerShape=1874.24 CaloNeutralEcal=3491.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.711007 CaloNeutralID=43812 CaloNeutralE19=0.362381 CaloClusterCode=-95 CaloClusterFrac=0.996874 IsPhoton=1 IsNotH=0.00766236 IsPhotonXGB=1 ClusterAsX=0.0315765 ClusterAsY=-0.127528 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.4613 ShowerShape=755.225 CaloNeutralEcal=3892.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981967 CaloNeutralID=42393 CaloNeutralE19=0.5639 CaloClusterCode=95 IsPhoton=1 IsNotH=0.86939 IsPhotonXGB=1 ClusterAsX=0.314374 ClusterAsY=0.149453 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=81.6902 ShowerShape=3758.4 CaloNeutralEcal=880.453 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.05012 CaloNeutralID=34511 CaloNeutralE19=0.944945 CaloClusterCode=-61 CaloClusterFrac=0.998138 IsPhoton=1 IsNotH=0.732836 IsPhotonXGB=1 ClusterAsX=0.262344 ClusterAsY=-0.0824496 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=111.452 ShowerShape=10448 CaloNeutralEcal=600.898 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877703 CaloNeutralID=33648 CaloNeutralE19=0.679383 CaloClusterCode=98 CaloClusterFrac=0.999059 IsPhoton=1 IsNotH=0.313219 IsPhotonXGB=1 ClusterAsX=0.0777142 ClusterAsY=0.165885 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.7051 ShowerShape=1965.93 CaloNeutralEcal=1087.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940845 CaloNeutralID=38341 CaloNeutralE19=0.414409 CaloClusterCode=-95 CaloClusterFrac=1.04083 IsPhoton=1 IsNotH=0.265232 IsPhotonXGB=1 ClusterAsX=0.497984 ClusterAsY=0.201501 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=575.968 ShowerShape=11771 CaloNeutralEcal=586.859 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73646 CaloNeutralID=33550 CaloNeutralE19=0.388087 CaloClusterCode=95 CaloClusterFrac=1.04551 IsPhoton=1 IsNotH=0.0231189 IsPhotonXGB=1 ClusterAsX=0.0963865 ClusterAsY=-0.16061 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=5785.57 CaloNeutralEcal=429.728 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966684 CaloNeutralID=33221 CaloNeutralE19=0.584463 CaloClusterCode=97 CaloClusterFrac=1.03382 IsPhoton=1 IsNotH=0.225889 IsPhotonXGB=1 ClusterAsX=0.219255 ClusterAsY=0.186213 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=396.369 ShowerShape=2744.91 CaloNeutralEcal=527.745 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963393 CaloNeutralID=33989 CaloNeutralE19=0.919354 CaloClusterCode=96 CaloClusterFrac=1.06853 IsPhoton=1 IsNotH=0.788695 IsPhotonXGB=1 ClusterAsX=-0.00708869 ClusterAsY=0.0325229 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.3455 ShowerShape=2415.64 CaloNeutralEcal=1453.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800179 CaloNeutralID=38989 CaloNeutralE19=0.609145 CaloClusterCode=-96 CaloClusterFrac=0.978091 IsPhoton=1 IsNotH=0.21845 IsPhotonXGB=1 ClusterAsX=-0.0438524 ClusterAsY=0.0773416 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.4936 ShowerShape=8730.23 CaloNeutralEcal=491.856 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876757 CaloNeutralID=34231 CaloNeutralE19=0.596675 CaloClusterCode=-90 CaloClusterFrac=0.900106 IsPhoton=1 IsNotH=0.0538397 IsPhotonXGB=1 ClusterAsX=-0.174713 ClusterAsY=-0.227366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.1394 ShowerShape=1308.91 CaloNeutralEcal=1820.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.816734 CaloNeutralID=42190 CaloNeutralE19=0.417411 CaloClusterCode=96 CaloClusterFrac=1.02276 IsPhoton=1 IsNotH=0.0466767 IsPhotonXGB=1 ClusterAsX=-0.216537 ClusterAsY=0.205618 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=412.855 ShowerShape=7708.4 CaloNeutralEcal=495.056 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.843314 CaloNeutralID=33264 CaloNeutralE19=0.546588 CaloClusterCode=91 CaloClusterFrac=1.10832 IsPhoton=1 IsNotH=0.0748203 IsPhotonXGB=1 ClusterAsX=0.000160023 ClusterAsY=-0.140072 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.9692 ShowerShape=13538.3 CaloNeutralEcal=572.606 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876649 CaloNeutralID=33841 CaloNeutralE19=0.703073 CaloClusterCode=98 CaloClusterFrac=1.0306 IsPhoton=1 IsNotH=0.45074 IsPhotonXGB=1 ClusterAsX=0.0268074 ClusterAsY=0.172795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.7916 ShowerShape=14145.7 CaloNeutralEcal=1021.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.864573 CaloNeutralID=37678 CaloNeutralE19=0.456747 CaloClusterCode=63 IsPhoton=1 IsNotH=0.0599174 IsPhotonXGB=1 ClusterAsX=-0.238357 ClusterAsY=0.174053 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.9016 ShowerShape=7091.66 CaloNeutralEcal=585.726 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947552 CaloNeutralID=35187 CaloNeutralE19=0.652141 CaloClusterCode=-90 CaloClusterFrac=0.976597 IsPhoton=1 IsNotH=0.233857 IsPhotonXGB=1 ClusterAsX=-0.187661 ClusterAsY=-0.230518 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=88.4165 ShowerShape=1705.55 CaloNeutralEcal=1811.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967161 CaloNeutralID=39708 CaloNeutralE19=0.728899 CaloClusterCode=65 IsPhoton=1 IsNotH=0.745807 IsPhotonXGB=1 ClusterAsX=0.0215782 ClusterAsY=-0.093835 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.0535 ShowerShape=2046.86 CaloNeutralEcal=1441.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925023 CaloNeutralID=38927 CaloNeutralE19=0.451847 CaloClusterCode=-61 CaloClusterFrac=1.00478 IsPhoton=1 IsNotH=0.465772 IsPhotonXGB=1 ClusterAsX=-0.137967 ClusterAsY=-0.337604 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=85.3332 ShowerShape=6070.81 CaloNeutralEcal=429.103 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970807 CaloNeutralID=35074 CaloNeutralE19=0.67472 CaloClusterCode=92 CaloClusterFrac=1.05584 IsPhoton=1 IsNotH=0.260384 IsPhotonXGB=1 ClusterAsX=0.282199 ClusterAsY=-0.179993 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.4883 ShowerShape=1353.14 CaloNeutralEcal=1921.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800397 CaloNeutralID=43862 CaloNeutralE19=0.608269 CaloClusterCode=-91 CaloClusterFrac=0.909752 IsPhoton=1 IsNotH=0.519673 IsPhotonXGB=1 ClusterAsX=0.0484885 ClusterAsY=-0.0660674 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=149.725 ShowerShape=1869.43 CaloNeutralEcal=1397.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.862816 CaloNeutralID=37851 CaloNeutralE19=0.683846 CaloClusterCode=97 CaloClusterFrac=1.02935 IsPhoton=1 IsNotH=0.763308 IsPhotonXGB=1 ClusterAsX=-0.141622 ClusterAsY=0.0491279 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=57.0986 ShowerShape=7570.79 CaloNeutralEcal=1217.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.788896 CaloNeutralID=40100 CaloNeutralE19=0.454721 CaloClusterCode=-91 CaloClusterFrac=1.00824 IsPhoton=1 IsNotH=0.0400979 IsPhotonXGB=1 ClusterAsX=-0.0622675 ClusterAsY=-0.152547 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.3754 ShowerShape=1666.71 CaloNeutralEcal=1316.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77651 CaloNeutralID=41994 CaloNeutralE19=0.451021 CaloClusterCode=98 CaloClusterFrac=1.0138 IsPhoton=1 IsNotH=0.0595792 IsPhotonXGB=1 ClusterAsX=0.185676 ClusterAsY=0.237935 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=663.2 ShowerShape=4862.35 CaloNeutralEcal=347.387 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983846 CaloNeutralID=33792 CaloNeutralE19=0.89758 CaloClusterCode=65 CaloClusterFrac=1.08119 IsPhoton=1 IsNotH=0.836148 IsPhotonXGB=1 ClusterAsX=0.0862896 ClusterAsY=-0.0267458 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.3043 ShowerShape=633.161 CaloNeutralEcal=1467.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930548 CaloNeutralID=43338 CaloNeutralE19=0.770878 CaloClusterCode=93 CaloClusterFrac=1.0462 IsPhoton=1 IsNotH=0.979222 IsPhotonXGB=1 ClusterAsX=-0.0800325 ClusterAsY=0.0996862 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=494.984 ShowerShape=1939.83 CaloNeutralEcal=758.842 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818593 CaloNeutralID=37682 CaloNeutralE19=0.616129 CaloClusterCode=65 IsPhoton=1 IsNotH=0.109155 IsPhotonXGB=1 ClusterAsX=0.0120981 ClusterAsY=0.0734948 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=74.2769 ShowerShape=4650.5 CaloNeutralEcal=571.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982559 CaloNeutralID=35343 CaloNeutralE19=0.615473 CaloClusterCode=67 CaloClusterFrac=1.02217 IsPhoton=1 IsNotH=0.407672 IsPhotonXGB=1 ClusterAsX=-0.00396734 ClusterAsY=0.303019 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=78.7592 ShowerShape=2524.81 CaloNeutralEcal=309.663 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980633 CaloNeutralID=34560 CaloNeutralE19=0.892184 CaloClusterCode=-65 CaloClusterFrac=0.976989 IsPhoton=1 IsNotH=0.477308 IsPhotonXGB=1 ClusterAsX=0.0757208 ClusterAsY=-0.0177241 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=138.565 ShowerShape=5740.17 CaloNeutralEcal=383.838 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983388 CaloNeutralID=33977 CaloNeutralE19=0.605505 CaloClusterCode=97 CaloClusterFrac=1.12549 IsPhoton=1 IsNotH=0.422679 IsPhotonXGB=1 ClusterAsX=-0.133717 ClusterAsY=0.361283 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.2957 ShowerShape=1295.16 CaloNeutralEcal=660.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920728 CaloNeutralID=38781 CaloNeutralE19=0.760046 CaloClusterCode=95 CaloClusterFrac=1.0235 IsPhoton=1 IsNotH=0.897838 IsPhotonXGB=1 ClusterAsX=0.170841 ClusterAsY=-0.00939358 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2668.07 CaloNeutralEcal=516.858 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978084 CaloNeutralID=33560 CaloNeutralE19=0.937202 CaloClusterCode=-90 CaloClusterFrac=1.14582 IsPhoton=1 IsNotH=0.68274 IsPhotonXGB=1 ClusterAsX=-0.0360333 ClusterAsY=-0.0136873 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.4526 ShowerShape=4261.35 CaloNeutralEcal=634.172 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=34608 CaloNeutralE19=0.825118 CaloClusterCode=65 CaloClusterFrac=1.07599 IsPhoton=1 IsNotH=0.783924 IsPhotonXGB=1 ClusterAsX=0.143772 ClusterAsY=0.0438919 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=194.801 ShowerShape=8772.48 CaloNeutralEcal=529.905 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8825 CaloNeutralID=33692 CaloNeutralE19=0.653008 CaloClusterCode=93 CaloClusterFrac=1.02475 IsPhoton=1 IsNotH=0.21206 IsPhotonXGB=1 ClusterAsX=-0.0848634 ClusterAsY=-0.0536457 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=182.033 ShowerShape=1286.03 CaloNeutralEcal=604.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00005 CaloNeutralID=39298 CaloNeutralE19=0.78484 CaloClusterCode=92 IsPhoton=1 IsNotH=0.828486 IsPhotonXGB=1 ClusterAsX=0.189957 ClusterAsY=-0.188802 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.0804 ShowerShape=3463.78 CaloNeutralEcal=558.591 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.985259 CaloNeutralID=34288 CaloNeutralE19=0.802206 CaloClusterCode=-67 CaloClusterFrac=1.08414 IsPhoton=1 IsNotH=0.611669 IsPhotonXGB=1 ClusterAsX=-0.00461464 ClusterAsY=0.195476 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=571.805 ShowerShape=778.784 CaloNeutralEcal=897.624 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06414 CaloNeutralID=40025 CaloNeutralE19=0.884615 CaloClusterCode=93 IsPhoton=1 IsNotH=0.878767 IsPhotonXGB=1 ClusterAsX=-0.124215 ClusterAsY=0.0913517 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=204.411 ShowerShape=1037.33 CaloNeutralEcal=819.904 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.03104 CaloNeutralID=39280 CaloNeutralE19=0.792869 CaloClusterCode=61 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.0675825 ClusterAsY=-0.408751 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=413.215 ShowerShape=1215.28 CaloNeutralEcal=682.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909535 CaloNeutralID=37938 CaloNeutralE19=0.818689 CaloClusterCode=96 CaloClusterFrac=1.17694 IsPhoton=1 IsNotH=0.799601 IsPhotonXGB=1 ClusterAsX=-0.0405714 ClusterAsY=0.122223 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50191 ShowerShape=1726.34 CaloNeutralEcal=17005.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.879394 CaloNeutralID=38514 CaloNeutralE19=0.686379 CaloClusterCode=95 CaloClusterFrac=0.552124 ClusterAsX=0.111463 ClusterAsY=-0.0888033 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50191 ShowerShape=1493.18 CaloNeutralEcal=14409.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900658 CaloNeutralID=38513 CaloNeutralE19=0.658068 CaloClusterCode=87 CaloClusterFrac=0.508113 ClusterAsX=0.0490184 ClusterAsY=0.142955 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.4179 ShowerShape=409.665 CaloNeutralEcal=23681.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992319 CaloNeutralID=37672 CaloNeutralE19=0.89403 CaloClusterCode=67 CaloClusterFrac=0.889723 ClusterAsX=0.0367104 ClusterAsY=0.063595 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.4179 ShowerShape=920.692 CaloNeutralEcal=2946.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.994353 CaloNeutralID=37673 CaloNeutralE19=1.07589 CaloClusterCode=67 CaloClusterFrac=0.11125 ClusterAsX=-0.0169392 ClusterAsY=0.20759 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.346205 ShowerShape=3336.81 CaloNeutralEcal=7716.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971895 CaloNeutralID=34866 CaloNeutralE19=0.785565 CaloClusterCode=95 CaloClusterFrac=0.647011 ClusterAsX=0.193151 ClusterAsY=0.011122 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.346205 ShowerShape=2476.6 CaloNeutralEcal=4363.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973241 CaloNeutralID=34865 CaloNeutralE19=0.935586 CaloClusterCode=70 CaloClusterFrac=0.407561 ClusterAsX=-0.0163869 ClusterAsY=-0.0459626 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.65132 ShowerShape=2476.6 CaloNeutralEcal=4757.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995641 CaloNeutralID=34928 CaloNeutralE19=0.932519 CaloClusterCode=67 CaloClusterFrac=0.41923 ClusterAsX=0.0129609 ClusterAsY=0.0508335 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.65132 ShowerShape=4804.71 CaloNeutralEcal=6755.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.996937 CaloNeutralID=34865 CaloNeutralE19=0.604268 CaloClusterCode=53 CaloClusterFrac=0.592149 ClusterAsX=-0.396209 ClusterAsY=-0.0207363 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.855358 ShowerShape=6583.12 CaloNeutralEcal=5261.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852363 CaloNeutralID=34505 CaloNeutralE19=0.724491 CaloClusterCode=93 CaloClusterFrac=0.593696 ClusterAsX=-0.085283 ClusterAsY=-0.0738361 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.855358 ShowerShape=16654.5 CaloNeutralEcal=4941.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.600244 CaloNeutralID=34569 CaloNeutralE19=0.307246 CaloClusterCode=98 CaloClusterFrac=0.50819 ClusterAsX=0.19527 ClusterAsY=-0.101252 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.0855 ShowerShape=364.058 CaloNeutralEcal=20845.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932672 CaloNeutralID=42292 CaloNeutralE19=0.825723 CaloClusterCode=95 CaloClusterFrac=0.876534 ClusterAsX=0.0632699 ClusterAsY=0.0128421 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.0855 ShowerShape=968.991 CaloNeutralEcal=3047.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922407 CaloNeutralID=42293 CaloNeutralE19=0.952392 CaloClusterCode=81 CaloClusterFrac=0.130374 ClusterAsX=-0.234054 ClusterAsY=-0.40322 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.374807 ShowerShape=9458.84 CaloNeutralEcal=6388.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875381 CaloNeutralID=34890 CaloNeutralE19=0.51154 CaloClusterCode=90 CaloClusterFrac=0.735659 ClusterAsX=-0.142067 ClusterAsY=-0.299761 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.374807 ShowerShape=10262.5 CaloNeutralEcal=5285.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941047 CaloNeutralID=34825 CaloNeutralE19=0.528939 CaloClusterCode=96 CaloClusterFrac=0.439869 ClusterAsX=-0.468842 ClusterAsY=0.377946 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.141032 ShowerShape=5053.26 CaloNeutralEcal=6403.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874755 CaloNeutralID=34935 CaloNeutralE19=0.792669 CaloClusterCode=91 CaloClusterFrac=0.804612 ClusterAsX=0.0132677 ClusterAsY=-0.076798 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.141032 ShowerShape=8465.36 CaloNeutralEcal=1555.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925136 CaloNeutralID=34999 CaloNeutralE19=0.621967 CaloClusterCode=81 CaloClusterFrac=0.219235 ClusterAsX=0.208236 ClusterAsY=-0.465098 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.04305 ShowerShape=829.047 CaloNeutralEcal=10286.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929277 CaloNeutralID=39161 CaloNeutralE19=0.894155 CaloClusterCode=91 CaloClusterFrac=0.834941 ClusterAsX=0.00797473 ClusterAsY=-0.0727645 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.04305 ShowerShape=2465.04 CaloNeutralEcal=2064.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812725 CaloNeutralID=39097 CaloNeutralE19=0.526954 CaloClusterCode=97 CaloClusterFrac=0.170781 ClusterAsX=0.0063785 ClusterAsY=0.619217 ] } -Printing ended -BrunelInit INFO Evt 7, Run 1, Nr. in job = 7 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.041418 RichDLLmu=0.36145 RichDLLpi=0 RichDLLk=-32.3142 RichDLLp=-29.2412 RichPIDStatus=139234 RichDLLbt=-23.8776 RichDLLd=-24.4926 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.367308 CaloElectronMatch=548.805 CaloBremMatch=548.805 CaloChargedEcal=18057.3 CaloChargedID=43945 CaloNeutralEcal=18057.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867182 CaloNeutralID=43945 CaloEcalE=11591.6 CaloHcalE=3970.58 CaloEcalChi2=548.805 CaloBremChi2=286.249 CaloClusChi2=0.367308 CaloTrajectoryL=249.969 CaloEoverP=0.478852 EcalPIDe=0.0988526 BremPIDe=-0.457459 HcalPIDe=-0.693868 HcalPIDmu=0.666456 EcalPIDmu=-4.03438 TrackChi2PerDof=0.701142 TrackNumDof=44 TrackType=3 TrackHistory=30 TrackP=38345.3 TrackPt=1821.07 CombDLLe=-1.05972 CombDLLmu=-2.86277 CombDLLpi=0 CombDLLk=-32.3142 CombDLLp=-29.2412 CombDLLd=-24.4926 ProbNNe=0.000354331 ProbNNpi=0.99418 ProbNNk=1.65215e-05 ProbNNp=2.01932e-05 ProbNNghost=0.000226122 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.8606 RichDLLmu=0.827286 RichDLLpi=0 RichDLLk=3.96781 RichDLLp=3.96781 RichPIDStatus=5025 RichDLLbt=3.96781 RichDLLd=3.96781 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0608541 CaloElectronMatch=64.8918 CaloBremMatch=64.8918 CaloChargedEcal=6457.85 CaloChargedID=34995 CaloNeutralEcal=6457.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987868 CaloNeutralID=34995 CaloEcalE=6144.47 CaloHcalE=365.683 CaloEcalChi2=64.8918 CaloBremChi2=357.911 CaloClusChi2=0.0608541 CaloTrajectoryL=29.4721 CaloEoverP=1.63425 EcalPIDe=1.51236 BremPIDe=-0.373552 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-1.20867 TrackChi2PerDof=1.49364 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=4145.92 TrackPt=112.715 CombDLLe=1.79099 CombDLLmu=-1.4514 CombDLLpi=0 CombDLLk=3.96781 CombDLLp=3.96781 CombDLLd=3.96781 ProbNNe=0.987761 ProbNNpi=0.14611 ProbNNk=0.0963895 ProbNNp=0.0758057 ProbNNghost=0.974277 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.515 RichDLLmu=-9.5368 RichDLLpi=0 RichDLLk=1.99657 RichDLLp=1.99657 RichPIDStatus=5092 RichDLLbt=1.99657 RichDLLd=1.99657 MuonMuLL=-0.00200198 MuonBkgLL=-0.382131 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=60.8653 MuonMVA1=-999 MuonMVA2=-1.78696 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.09563 CaloElectronMatch=88.535 CaloBremMatch=70.6134 CaloChargedEcal=7939.04 CaloChargedID=38603 CaloNeutralEcal=7939.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920875 CaloNeutralID=38603 CaloEcalE=6411.38 CaloHcalE=1445.87 CaloEcalChi2=88.535 CaloBremChi2=118.797 CaloClusChi2=4.09563 CaloTrajectoryL=260.068 CaloEoverP=1.16372 EcalPIDe=1.84829 BremPIDe=0.223978 HcalPIDe=-0.871136 HcalPIDmu=1.42607 EcalPIDmu=-2.13638 TrackChi2PerDof=0.999483 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=6749.33 TrackPt=181.041 CombDLLe=-0.920217 CombDLLmu=-7.02822 CombDLLpi=0 CombDLLk=1.99657 CombDLLp=1.99657 CombDLLd=2.3787 ProbNNe=0.936798 ProbNNmu=0.00366525 ProbNNpi=0.000528573 ProbNNk=0.0568151 ProbNNp=0.129364 ProbNNghost=0.385181 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.6491 RichDLLmu=-3.06244 RichDLLpi=0 RichDLLk=-12.4468 RichDLLp=-9.90337 RichPIDStatus=6115 RichDLLbt=-9.90337 RichDLLd=-9.90337 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.444784 CaloElectronMatch=58.8934 CaloBremMatch=58.8934 CaloChargedEcal=17878.1 CaloChargedID=42515 CaloNeutralEcal=17878.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.709655 CaloNeutralID=42515 CaloEcalE=9011.73 CaloHcalE=1477.18 CaloEcalChi2=58.8934 CaloBremChi2=548.044 CaloClusChi2=0.444784 CaloTrajectoryL=150.71 CaloEoverP=1.22451 EcalPIDe=4.33705 BremPIDe=-0.625066 HcalPIDe=-0.655264 HcalPIDmu=1.33378 EcalPIDmu=-3.35126 TrackChi2PerDof=0.846984 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=14432.3 TrackPt=385.218 CombDLLe=0.601909 CombDLLmu=-5.8386 CombDLLpi=0 CombDLLk=-12.4468 CombDLLp=-9.90337 CombDLLd=-9.90337 ProbNNe=2.70343e-05 ProbNNpi=0.996908 ProbNNk=0.00124457 ProbNNp=0.000943453 ProbNNghost=0.000384144 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.4622 RichDLLmu=-3.68409 RichDLLpi=0 RichDLLk=3.03124 RichDLLp=3.03124 RichPIDStatus=5092 RichDLLbt=3.03124 RichDLLd=3.03124 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.49517 CaloElectronMatch=134.197 CaloBremMatch=134.197 CaloChargedEcal=2444.94 CaloChargedID=39282 CaloNeutralEcal=2444.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866928 CaloNeutralID=39282 CaloEcalE=1916.97 CaloHcalE=3725.78 CaloEcalChi2=134.197 CaloBremChi2=41.2069 CaloClusChi2=1.49517 CaloTrajectoryL=251.023 CaloEoverP=0.342246 EcalPIDe=0.989182 BremPIDe=1.5294 HcalPIDe=-1.79057 HcalPIDmu=-0.44839 EcalPIDmu=-1.89319 TrackChi2PerDof=1.40509 TrackNumDof=40 TrackType=3 TrackHistory=32 TrackP=7397.92 TrackPt=212.128 CombDLLe=-1.22473 CombDLLmu=-6.73211 CombDLLpi=0 CombDLLk=3.03124 CombDLLp=3.03124 CombDLLd=3.03124 ProbNNe=1.37426e-06 ProbNNpi=0.931866 ProbNNk=0.025783 ProbNNp=0.0536007 ProbNNghost=0.0237575 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.14983 RichDLLmu=-1.90488 RichDLLpi=0 RichDLLk=-28.9792 RichDLLp=-21.3661 RichPIDStatus=8163 RichDLLbt=-16.3704 RichDLLd=-16.3704 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.1638 CaloElectronMatch=635.518 CaloBremMatch=635.518 CaloChargedEcal=9338.66 CaloChargedID=42194 CaloNeutralEcal=9338.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867143 CaloNeutralID=42194 CaloEcalE=6704.05 CaloHcalE=13012.8 CaloEcalChi2=635.518 CaloBremChi2=247.183 CaloClusChi2=1.1638 CaloTrajectoryL=284.639 CaloEoverP=0.344189 EcalPIDe=-0.362456 BremPIDe=-0.0146704 HcalPIDe=-2.87457 HcalPIDmu=-2.2662 EcalPIDmu=-3.91014 TrackChi2PerDof=2.8664 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=27405.1 TrackPt=1108.45 CombDLLe=-4.31952 CombDLLmu=-8.72122 CombDLLpi=0 CombDLLk=-28.9792 CombDLLp=-21.3661 CombDLLd=-16.3704 ProbNNe=1.00616e-05 ProbNNpi=0.869197 ProbNNk=0.000319714 ProbNNp=0.00011713 ProbNNghost=0.346595 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.5254 RichDLLmu=-30.5267 RichDLLpi=0 RichDLLk=-15.2715 RichDLLp=-15.2715 RichPIDStatus=5091 RichDLLbt=-15.2715 RichDLLd=-15.2715 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.05784 CaloElectronMatch=42.6172 CaloBremMatch=42.6172 CaloChargedEcal=2655.17 CaloChargedID=42230 CaloNeutralEcal=2655.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820467 CaloNeutralID=42230 CaloEcalE=1914.01 CaloHcalE=1962.26 CaloEcalChi2=42.6172 CaloBremChi2=281.023 CaloClusChi2=7.05784 CaloTrajectoryL=304.916 CaloEoverP=0.59948 EcalPIDe=2.97947 BremPIDe=-0.318955 HcalPIDe=-1.32141 HcalPIDmu=1.64544 EcalPIDmu=-2.23194 TrackChi2PerDof=0.76624 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=4894.09 TrackPt=449.51 CombDLLe=-3.36011 CombDLLmu=-7.58643 CombDLLpi=0 CombDLLk=-15.2715 CombDLLp=-15.2715 CombDLLd=-15.2715 ProbNNe=3.42819e-10 ProbNNpi=0.999066 ProbNNk=2.94957e-05 ProbNNp=0.000321725 ProbNNghost=0.00271773 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.23629 RichDLLmu=-1.15825 RichDLLpi=0 RichDLLk=8.87375 RichDLLp=8.87375 RichPIDStatus=5092 RichDLLbt=8.87375 RichDLLd=8.87375 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.109567 CaloElectronMatch=270.78 CaloBremMatch=264.835 CaloChargedEcal=10235.6 CaloChargedID=39608 CaloNeutralEcal=10235.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875725 CaloNeutralID=39608 CaloEcalE=8061.65 CaloHcalE=0 CaloEcalChi2=270.78 CaloBremChi2=269.08 CaloClusChi2=0.109567 CaloTrajectoryL=-37.7248 CaloEoverP=1.48115 EcalPIDe=0.27519 BremPIDe=-0.388822 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-1.25831 TrackChi2PerDof=1.27739 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=6981.82 TrackPt=360.043 CombDLLe=-0.188673 CombDLLmu=-5.34515 CombDLLpi=0 CombDLLk=8.87375 CombDLLp=8.87375 CombDLLd=8.87375 ProbNNe=0.323222 ProbNNpi=0.416052 ProbNNk=0.287739 ProbNNp=0.478203 ProbNNghost=0.0501004 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.608123 RichDLLmu=7.2055 RichDLLpi=0 RichDLLk=-6.11295 RichDLLp=-6.11295 RichPIDStatus=5058 RichDLLbt=-6.11295 RichDLLd=-6.11295 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.70221 CaloElectronMatch=668.343 CaloChargedEcal=5423.86 CaloChargedID=43565 CaloEcalE=1943.79 CaloHcalE=40769.3 CaloEcalChi2=668.343 CaloClusChi2=4.70221 CaloTrajectoryL=677.819 CaloEoverP=0.376008 EcalPIDe=-0.56571 HcalPIDe=-1.89687 HcalPIDmu=-1.01961 EcalPIDmu=-1.49867 TrackChi2PerDof=0.933559 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=15127.8 TrackPt=355.381 CombDLLe=-2.35617 CombDLLmu=3.73915 CombDLLpi=0 CombDLLk=-6.11295 CombDLLp=-6.11295 CombDLLd=-6.11295 ProbNNe=0.000115644 ProbNNpi=0.971685 ProbNNk=0.0375893 ProbNNp=0.00286852 ProbNNghost=0.0366619 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.3098 RichDLLmu=-27.8817 RichDLLpi=0 RichDLLk=-14.2008 RichDLLp=-14.2008 RichPIDStatus=5027 RichDLLbt=-14.2008 RichDLLd=-14.2008 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.18158 CaloElectronMatch=60.4271 CaloBremMatch=37.7651 CaloChargedEcal=3225.49 CaloChargedID=35084 CaloNeutralEcal=3225.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890028 CaloNeutralID=35084 CaloEcalE=2661.25 CaloHcalE=7688.91 CaloEcalChi2=60.4271 CaloBremChi2=416.644 CaloClusChi2=1.18158 CaloTrajectoryL=139.899 CaloEoverP=0.51267 EcalPIDe=3.6423 BremPIDe=-0.492427 HcalPIDe=-2.22765 HcalPIDmu=-1.16204 EcalPIDmu=-2.46295 TrackChi2PerDof=1.01387 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6575.26 TrackPt=549.34 CombDLLe=-4.28067 CombDLLmu=-10.6248 CombDLLpi=0 CombDLLk=-14.2008 CombDLLp=-14.2008 CombDLLd=-14.2008 ProbNNe=8.11026e-08 ProbNNpi=0.997332 ProbNNk=2.88303e-05 ProbNNp=0.00037539 ProbNNghost=0.00176336 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=26.6706 RichDLLmu=2.53378 RichDLLpi=0 RichDLLk=13.8689 RichDLLp=13.8689 RichPIDStatus=5089 RichDLLbt=13.8689 RichDLLd=13.8689 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06191 CaloElectronMatch=1.32859 CaloBremMatch=1.32859 CaloChargedEcal=6691.41 CaloChargedID=43339 CaloNeutralEcal=6691.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925163 CaloNeutralID=43339 CaloEcalE=5968.69 CaloHcalE=8027.59 CaloEcalChi2=1.32859 CaloBremChi2=147.807 CaloClusChi2=1.06191 CaloTrajectoryL=119.603 CaloEoverP=0.934818 EcalPIDe=3.6423 BremPIDe=-0.177929 HcalPIDe=-2.22765 HcalPIDmu=-1.1098 EcalPIDmu=-2.74106 TrackChi2PerDof=1.34302 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=7308 TrackPt=284.164 CombDLLe=5.31666 CombDLLmu=-0.578965 CombDLLpi=0 CombDLLk=13.8689 CombDLLp=13.8689 CombDLLd=13.8689 ProbNNe=0.999997 ProbNNpi=0.000433227 ProbNNk=0.000670235 ProbNNp=0.00200057 ProbNNghost=0.645232 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-49.6603 RichDLLmu=-38.7586 RichDLLpi=0 RichDLLk=-27.7351 RichDLLp=-27.7351 RichPIDStatus=5091 RichDLLbt=-27.7351 RichDLLd=-27.7351 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.18788 CaloElectronMatch=66.2469 CaloBremMatch=66.2469 CaloChargedEcal=4403.63 CaloChargedID=43346 CaloNeutralEcal=4403.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.641232 CaloNeutralID=43346 CaloEcalE=1935.56 CaloHcalE=19621.9 CaloEcalChi2=66.2469 CaloBremChi2=142.345 CaloClusChi2=2.18788 CaloTrajectoryL=319.679 CaloEoverP=0.700448 EcalPIDe=1.84829 BremPIDe=0.00434017 HcalPIDe=-1.17839 HcalPIDmu=0.173949 EcalPIDmu=-1.89319 TrackChi2PerDof=1.2338 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=6724.13 TrackPt=483.63 CombDLLe=-5.24695 CombDLLmu=-8.71923 CombDLLpi=0 CombDLLk=-27.7351 CombDLLp=-27.7351 CombDLLd=-27.7351 ProbNNe=2.72969e-10 ProbNNpi=0.999195 ProbNNk=3.96107e-05 ProbNNp=0.000200989 ProbNNghost=0.00785155 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.80679 RichDLLmu=-0.277964 RichDLLpi=0 RichDLLk=21.9044 RichDLLp=22.281 RichPIDStatus=6117 RichDLLbt=22.281 RichDLLd=22.281 InAccBrem=1 CaloBremChi2=331.543 BremPIDe=-0.510136 TrackChi2PerDof=0.873205 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=10680.5 TrackPt=914.8 CombDLLe=-1.00052 CombDLLmu=-0.388749 CombDLLpi=0 CombDLLk=21.9044 CombDLLp=22.281 CombDLLd=22.281 ProbNNe=0.00149529 ProbNNpi=0.00688512 ProbNNk=0.99664 ProbNNp=0.90285 ProbNNghost=0.000729368 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.30344 RichDLLmu=3.03406 RichDLLpi=0 RichDLLk=7.16194 RichDLLp=7.16194 RichPIDStatus=5028 RichDLLbt=7.16194 RichDLLd=7.16194 MuonMuLL=-0.568808 MuonBkgLL=-2.54782 MuonNShared=3 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=65.3123 MuonMVA1=-999 MuonMVA2=0.13842 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.1855 CaloElectronMatch=413.37 CaloBremMatch=37.7651 CaloChargedEcal=3225.49 CaloChargedID=35084 CaloNeutralEcal=3225.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890028 CaloNeutralID=35084 CaloEcalE=6763.78 CaloHcalE=321.525 CaloEcalChi2=413.37 CaloBremChi2=519.27 CaloClusChi2=1.1855 CaloTrajectoryL=60.1522 CaloEoverP=0.696795 EcalPIDe=-0.0620623 BremPIDe=-0.553589 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-0.737145 TrackChi2PerDof=0.661301 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=4837.78 TrackPt=158.065 CombDLLe=-0.581889 CombDLLmu=3.64454 CombDLLpi=0 CombDLLk=7.16194 CombDLLp=7.16194 CombDLLd=9.70976 ProbNNe=0.751446 ProbNNmu=0.00366525 ProbNNpi=3.04419e-06 ProbNNk=0.335639 ProbNNp=0.293408 ProbNNghost=0.513628 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=41.6982 RichDLLmu=19.0727 RichDLLpi=0 RichDLLk=9.73349 RichDLLp=13.337 RichPIDStatus=6113 RichDLLbt=13.337 RichDLLd=13.337 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.2291 CaloElectronMatch=7.64062 CaloBremMatch=7.64062 CaloChargedEcal=12248.6 CaloChargedID=39156 CaloNeutralEcal=12248.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929847 CaloNeutralID=39156 CaloEcalE=10267.8 CaloHcalE=936.481 CaloEcalChi2=7.64062 CaloBremChi2=195.393 CaloClusChi2=1.2291 CaloTrajectoryL=83.6273 CaloEoverP=1.03538 EcalPIDe=4.33705 BremPIDe=-0.0795569 HcalPIDe=-0.379419 HcalPIDmu=-0.549491 EcalPIDmu=-2.78493 TrackChi2PerDof=1.92654 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=11776.3 TrackPt=455.614 CombDLLe=9.33007 CombDLLmu=3.65878 CombDLLpi=0 CombDLLk=9.73349 CombDLLp=13.337 CombDLLd=13.337 ProbNNe=1 ProbNNpi=2.35207e-06 ProbNNk=0.000192172 ProbNNp=0.00125928 ProbNNghost=0.7364 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.7959 RichDLLmu=-23.4837 RichDLLpi=0 RichDLLk=-16.1144 RichDLLp=-16.1144 RichPIDStatus=5027 RichDLLbt=-16.1144 RichDLLd=-16.1144 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=7.3688 CaloElectronMatch=285.42 CaloChargedEcal=1760.03 CaloChargedID=38653 CaloEcalE=1287.07 CaloHcalE=1722.2 CaloEcalChi2=285.42 CaloClusChi2=7.3688 CaloTrajectoryL=271.411 CaloEoverP=0.298357 EcalPIDe=0.27519 HcalPIDe=-1.02441 HcalPIDmu=2.04963 EcalPIDmu=-0.918699 TrackChi2PerDof=0.977252 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6350.03 TrackPt=187.348 CombDLLe=-4.22603 CombDLLmu=-5.8679 CombDLLpi=0 CombDLLk=-16.1144 CombDLLp=-16.1144 CombDLLd=-16.1144 ProbNNe=9.43608e-07 ProbNNpi=0.988685 ProbNNk=0.00172041 ProbNNp=0.00161005 ProbNNghost=0.02033 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.50395 RichDLLmu=-0.371049 RichDLLpi=0 RichDLLk=4.73745 RichDLLp=4.73745 RichPIDStatus=5028 RichDLLbt=4.73745 RichDLLd=4.73745 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.233811 CaloElectronMatch=22.7045 CaloChargedEcal=5230.4 CaloChargedID=34742 CaloEcalE=3293 CaloHcalE=587.894 CaloEcalChi2=22.7045 CaloClusChi2=0.233811 CaloTrajectoryL=53.387 CaloEoverP=1.41093 EcalPIDe=2.97947 HcalPIDe=-0.304036 HcalPIDmu=-0.681099 EcalPIDmu=-2.29524 TrackChi2PerDof=1.77548 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=3891.11 TrackPt=115.149 CombDLLe=2.23782 CombDLLmu=-3.49486 CombDLLpi=0 CombDLLk=4.73745 CombDLLp=4.73745 CombDLLd=4.73745 ProbNNe=0.793679 ProbNNpi=0.0354792 ProbNNk=0.173496 ProbNNp=0.302963 ProbNNghost=0.763761 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.2363 RichDLLmu=-5.06794 RichDLLpi=0 RichDLLk=3.52759 RichDLLp=3.52759 RichPIDStatus=5028 RichDLLbt=3.52759 RichDLLd=3.52759 InAccBrem=1 CaloBremChi2=289.102 BremPIDe=-0.318955 TrackChi2PerDof=1.06285 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=2829.22 TrackPt=304.844 CombDLLe=-2.23517 CombDLLmu=-5.37069 CombDLLpi=0 CombDLLk=3.52759 CombDLLp=3.52759 CombDLLd=3.52759 ProbNNe=0.00356506 ProbNNpi=0.718216 ProbNNk=0.22508 ProbNNp=0.335641 ProbNNghost=0.0234779 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.26965 RichDLLmu=-6.13164 RichDLLpi=0 RichDLLk=-1.75938 RichDLLp=-1.75938 RichPIDStatus=5027 RichDLLbt=-1.75938 RichDLLd=-1.75938 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.15155 CaloElectronMatch=90.8867 CaloBremMatch=90.8867 CaloChargedEcal=1164.73 CaloChargedID=34484 CaloNeutralEcal=1164.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920675 CaloNeutralID=34484 CaloEcalE=837.192 CaloHcalE=780.607 CaloEcalChi2=90.8867 CaloBremChi2=107.143 CaloClusChi2=3.15155 CaloTrajectoryL=192.419 CaloEoverP=0.331671 EcalPIDe=1.51236 BremPIDe=0.185338 HcalPIDe=-0.560927 HcalPIDmu=0.0289404 EcalPIDmu=0.255214 TrackChi2PerDof=1.04522 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=4085.26 TrackPt=229.146 CombDLLe=0.0484792 CombDLLmu=-5.60642 CombDLLpi=0 CombDLLk=-1.75938 CombDLLp=-1.75938 CombDLLd=-1.75938 ProbNNe=0.00163837 ProbNNpi=0.974513 ProbNNk=0.0204948 ProbNNp=0.0428872 ProbNNghost=0.0206295 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.93369 RichDLLmu=2.68392 RichDLLpi=0 RichDLLk=1.70704 RichDLLp=1.70704 RichPIDStatus=5090 RichDLLbt=1.70704 RichDLLd=1.70704 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.109585 CaloElectronMatch=264.835 CaloBremMatch=264.835 CaloChargedEcal=10235.6 CaloChargedID=39608 CaloNeutralEcal=10235.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875725 CaloNeutralID=39608 CaloEcalE=8061.65 CaloHcalE=0 CaloEcalChi2=264.835 CaloBremChi2=267.496 CaloClusChi2=0.109585 CaloTrajectoryL=-37.6789 CaloEoverP=1.48009 EcalPIDe=0.27519 BremPIDe=-0.388822 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-1.25831 TrackChi2PerDof=2.76183 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=6986.82 TrackPt=377.004 CombDLLe=-0.981041 CombDLLmu=-0.318141 CombDLLpi=0 CombDLLk=1.70704 CombDLLp=1.70704 CombDLLd=1.70704 ProbNNe=0.0142165 ProbNNpi=0.128813 ProbNNk=0.0664327 ProbNNp=0.0715202 ProbNNghost=0.956653 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.1945 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=24.7603 BremPIDe=1.27635 TrackChi2PerDof=1.35122 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=1819.21 TrackPt=103.436 CombDLLe=-0.952436 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0410186 ProbNNpi=0.746248 ProbNNk=0.0508376 ProbNNp=0.117159 ProbNNghost=0.495432 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.943 RichDLLmu=-9.29115 RichDLLpi=0 RichDLLk=6.1851 RichDLLp=6.1851 RichPIDStatus=5092 RichDLLbt=6.1851 RichDLLd=6.1851 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.708757 CaloElectronMatch=181.235 CaloBremMatch=181.235 CaloChargedEcal=2441.14 CaloChargedID=39411 CaloNeutralEcal=2441.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731891 CaloNeutralID=39411 CaloEcalE=2021.54 CaloHcalE=1478.02 CaloEcalChi2=181.235 CaloBremChi2=221.133 CaloClusChi2=0.708757 CaloTrajectoryL=193.837 CaloEoverP=0.333331 EcalPIDe=0.989182 BremPIDe=-0.330029 HcalPIDe=-0.871136 HcalPIDmu=1.41053 EcalPIDmu=-1.66855 TrackChi2PerDof=0.99367 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=7775.69 TrackPt=294.725 CombDLLe=-3.01155 CombDLLmu=-6.92563 CombDLLpi=0 CombDLLk=6.1851 CombDLLp=6.1851 CombDLLd=6.1851 ProbNNe=9.23823e-08 ProbNNpi=0.926805 ProbNNk=0.0310529 ProbNNp=0.0701445 ProbNNghost=0.0592237 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.4563 RichDLLmu=-1.05614 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=25.6188 BremPIDe=1.0924 TrackChi2PerDof=0.984337 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=2076.38 TrackPt=175.719 CombDLLe=-1.01962 CombDLLmu=-1.45699 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0354525 ProbNNpi=0.911452 ProbNNk=0.0466644 ProbNNp=0.0834291 ProbNNghost=0.0598158 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.7127 RichDLLmu=-3.76222 RichDLLpi=0 RichDLLk=0.00990172 RichDLLp=0.00990172 RichPIDStatus=5028 RichDLLbt=0.00990172 RichDLLd=0.00990172 InAccBrem=1 CaloBremChi2=20.651 BremPIDe=2.0366 TrackChi2PerDof=2.97752 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=2609.99 TrackPt=159.566 CombDLLe=0.205449 CombDLLmu=-4.45623 CombDLLpi=0 CombDLLk=0.00990172 CombDLLp=0.00990172 CombDLLd=0.00990172 ProbNNe=0.239634 ProbNNpi=0.0390396 ProbNNk=0.029817 ProbNNp=0.0557172 ProbNNghost=0.982167 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-43.0973 RichDLLmu=-13.5893 RichDLLpi=0 RichDLLk=-72.8212 RichDLLp=-54.0925 RichPIDStatus=6115 RichDLLbt=-54.0925 RichDLLd=-54.0925 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.85083 CaloElectronMatch=411.177 CaloBremMatch=15.8352 CaloChargedEcal=10426.7 CaloChargedID=39118 CaloNeutralEcal=10426.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.82084 CaloNeutralID=39118 CaloEcalE=1440.72 CaloHcalE=9549.48 CaloEcalChi2=411.177 CaloBremChi2=4.5339 CaloClusChi2=5.85083 CaloTrajectoryL=1804.98 CaloEoverP=0.705278 EcalPIDe=-0.10442 BremPIDe=4.3966 HcalPIDe=-2.4429 HcalPIDmu=-2.49604 EcalPIDmu=-0.915074 TrackChi2PerDof=0.620358 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=14758.9 TrackPt=1863.95 CombDLLe=-3.69643 CombDLLmu=-10.3504 CombDLLpi=0 CombDLLk=-72.8212 CombDLLp=-54.0925 CombDLLd=-54.0925 ProbNNe=3.1968e-07 ProbNNpi=0.999969 ProbNNk=3.30272e-05 ProbNNp=5.24486e-05 ProbNNghost=3.68866e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-46.9761 RichDLLmu=-33.1805 RichDLLpi=0 RichDLLk=-21.6063 RichDLLp=-21.6063 RichPIDStatus=5091 RichDLLbt=-21.6063 RichDLLd=-21.6063 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.448647 CaloElectronMatch=272.968 CaloBremMatch=272.968 CaloChargedEcal=7451.6 CaloChargedID=35546 CaloNeutralEcal=7451.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729783 CaloNeutralID=35546 CaloEcalE=2801.3 CaloHcalE=201.488 CaloEcalChi2=272.968 CaloBremChi2=110.813 CaloClusChi2=0.448647 CaloTrajectoryL=-854.162 CaloEoverP=1.18686 EcalPIDe=0.27519 BremPIDe=0.21818 HcalPIDe=0.0890684 HcalPIDmu=-2.48185 EcalPIDmu=-2.72932 TrackChi2PerDof=0.756614 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=6303.18 TrackPt=706.398 CombDLLe=-5.19731 CombDLLmu=-12.2111 CombDLLpi=0 CombDLLk=-21.6063 CombDLLp=-21.6063 CombDLLd=-21.6063 ProbNNe=6.98402e-10 ProbNNpi=0.999241 ProbNNk=3.21938e-05 ProbNNp=0.000521689 ProbNNghost=0.00184883 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.79226 RichDLLmu=-0.895035 RichDLLpi=0 RichDLLk=17.7531 RichDLLp=24.7243 RichPIDStatus=6117 RichDLLbt=24.7243 RichDLLd=24.7243 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=69.7448 CaloElectronMatch=3160.76 CaloBremMatch=199.363 CaloChargedEcal=683.733 CaloChargedID=35249 CaloNeutralEcal=683.733 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06979 CaloNeutralID=35249 CaloEcalE=0 CaloHcalE=5316.19 CaloEcalChi2=3160.76 CaloBremChi2=255.769 CaloClusChi2=69.7448 CaloTrajectoryL=9803.18 CaloEoverP=0.0600791 EcalPIDe=-3.41257 BremPIDe=-0.0686812 HcalPIDe=-1.75999 HcalPIDmu=-0.819028 EcalPIDmu=0.525694 TrackChi2PerDof=0.993769 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=14060 TrackPt=809.052 CombDLLe=-6.41859 CombDLLmu=-1.53317 CombDLLpi=0 CombDLLk=17.7531 CombDLLp=24.7243 CombDLLd=24.7243 ProbNNe=6.22835e-07 ProbNNpi=0.00652459 ProbNNk=0.198213 ProbNNp=0.967467 ProbNNghost=0.0135717 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.89474 RichDLLmu=-2.9371 RichDLLpi=0 RichDLLk=9.98155 RichDLLp=9.98155 RichPIDStatus=5028 RichDLLbt=9.98155 RichDLLd=9.98155 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.72819 CaloElectronMatch=355.223 CaloBremMatch=204.222 CaloChargedEcal=1594.75 CaloChargedID=35692 CaloNeutralEcal=1594.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703199 CaloNeutralID=35692 CaloEcalE=1522.17 CaloHcalE=0 CaloEcalChi2=355.223 CaloBremChi2=212.329 CaloClusChi2=1.72819 CaloTrajectoryL=260.2 CaloEoverP=0.411472 EcalPIDe=0.0319619 BremPIDe=-0.396524 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.40154 TrackChi2PerDof=0.768697 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4185.36 TrackPt=461.435 CombDLLe=-0.731555 CombDLLmu=-7.56146 CombDLLpi=0 CombDLLk=9.98155 CombDLLp=9.98155 CombDLLd=9.98155 ProbNNe=7.1558e-05 ProbNNpi=0.0383008 ProbNNk=0.914807 ProbNNp=0.930803 ProbNNghost=0.00934815 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.2214 RichDLLmu=-18.1273 RichDLLpi=0 RichDLLk=-5.73339 RichDLLp=-5.73339 RichPIDStatus=5027 RichDLLbt=-5.73339 RichDLLd=-5.73339 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.166734 CaloElectronMatch=268.843 CaloBremMatch=204.222 CaloChargedEcal=1594.75 CaloChargedID=35692 CaloNeutralEcal=1594.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703199 CaloNeutralID=35692 CaloEcalE=2070.68 CaloHcalE=0 CaloEcalChi2=268.843 CaloBremChi2=152.475 CaloClusChi2=0.166734 CaloTrajectoryL=246.936 CaloEoverP=0.399008 EcalPIDe=0.265875 BremPIDe=-0.0936627 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.97101 TrackChi2PerDof=1.42478 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=4316.1 TrackPt=464.003 CombDLLe=-1.73138 CombDLLmu=-11.4247 CombDLLpi=0 CombDLLk=-5.73339 CombDLLp=-5.73339 CombDLLd=-5.73339 ProbNNe=0.000462427 ProbNNpi=0.980183 ProbNNk=0.000414049 ProbNNp=0.00186241 ProbNNghost=0.0709288 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.08559 RichDLLmu=-0.411465 RichDLLpi=0 RichDLLk=7.40007 RichDLLp=7.40007 RichPIDStatus=5028 RichDLLbt=7.40007 RichDLLd=7.40007 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.34812 CaloElectronMatch=75.0685 CaloBremMatch=75.0685 CaloChargedEcal=2226.85 CaloChargedID=35577 CaloNeutralEcal=2226.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.993985 CaloNeutralID=35577 CaloEcalE=1848.92 CaloHcalE=826.781 CaloEcalChi2=75.0685 CaloBremChi2=111.139 CaloClusChi2=1.34812 CaloTrajectoryL=247.566 CaloEoverP=0.655558 EcalPIDe=1.51236 BremPIDe=0.157531 HcalPIDe=-0.560927 HcalPIDmu=0.198625 EcalPIDmu=-2.19735 TrackChi2PerDof=1.08593 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=3719.18 TrackPt=427.461 CombDLLe=0.0521253 CombDLLmu=-2.57348 CombDLLpi=0 CombDLLk=7.40007 CombDLLp=7.40007 CombDLLd=7.40007 ProbNNe=0.00041915 ProbNNpi=0.168583 ProbNNk=0.738031 ProbNNp=0.810138 ProbNNghost=0.210999 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.3968 RichDLLmu=-5.58682 RichDLLpi=0 RichDLLk=-0.468294 RichDLLp=-0.468294 RichPIDStatus=5027 RichDLLbt=-0.468294 RichDLLd=-0.468294 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.79702 CaloElectronMatch=315.583 CaloBremMatch=51.3339 CaloChargedEcal=4774.89 CaloChargedID=34309 CaloNeutralEcal=4774.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.906146 CaloNeutralID=34309 CaloEcalE=2907.14 CaloHcalE=2657.58 CaloEcalChi2=315.583 CaloBremChi2=68.6984 CaloClusChi2=2.79702 CaloTrajectoryL=292.067 CaloEoverP=1.46803 EcalPIDe=0.0319619 BremPIDe=0.599495 HcalPIDe=-1.59399 HcalPIDmu=0.562388 EcalPIDmu=-1.79298 TrackChi2PerDof=1.22189 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=3427.69 TrackPt=253.187 CombDLLe=-3.22307 CombDLLmu=-6.87714 CombDLLpi=0 CombDLLk=-0.468294 CombDLLp=-0.468294 CombDLLd=-0.468294 ProbNNe=0.000541364 ProbNNpi=0.960191 ProbNNk=0.0134938 ProbNNp=0.0318496 ProbNNghost=0.045306 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.965363 RichDLLmu=-3.70397 RichDLLpi=0 RichDLLk=0.568893 RichDLLp=0.568893 RichPIDStatus=5028 RichDLLbt=0.568893 RichDLLd=0.568893 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.357267 CaloElectronMatch=24.584 CaloBremMatch=24.5732 CaloChargedEcal=7535.57 CaloChargedID=38458 CaloNeutralEcal=7535.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77981 CaloNeutralID=38458 CaloEcalE=3720.41 CaloHcalE=3653.92 CaloEcalChi2=24.584 CaloBremChi2=347.749 CaloClusChi2=0.357267 CaloTrajectoryL=55.4583 CaloEoverP=1.28241 EcalPIDe=3.6423 BremPIDe=-0.398756 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=-2.70871 TrackChi2PerDof=1.16088 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=5898.77 TrackPt=194.599 CombDLLe=1.46556 CombDLLmu=-7.35459 CombDLLpi=0 CombDLLk=0.568893 CombDLLp=0.568893 CombDLLd=0.568893 ProbNNe=0.678605 ProbNNpi=0.45781 ProbNNk=0.0440472 ProbNNp=0.0738475 ProbNNghost=0.87296 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.889 RichDLLmu=-22.5013 RichDLLpi=0 RichDLLk=-6.03611 RichDLLp=-6.03611 RichPIDStatus=5091 RichDLLbt=-6.03611 RichDLLd=-6.03611 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=41.9153 CaloElectronMatch=1643.79 CaloBremMatch=181.235 CaloChargedEcal=2441.14 CaloChargedID=39411 CaloNeutralEcal=2441.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731891 CaloNeutralID=39411 CaloEcalE=0 CaloHcalE=4273.31 CaloEcalChi2=1643.79 CaloBremChi2=143.039 CaloClusChi2=41.9153 CaloTrajectoryL=3871.96 CaloEoverP=0.345523 EcalPIDe=-2.06713 BremPIDe=0.00434017 HcalPIDe=-2.03346 HcalPIDmu=-0.906415 EcalPIDmu=0.389705 TrackChi2PerDof=0.885377 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=7501.31 TrackPt=463.969 CombDLLe=-8.73363 CombDLLmu=-7.51498 CombDLLpi=0 CombDLLk=-6.03611 CombDLLp=-6.03611 CombDLLd=-6.03611 ProbNNe=2.32089e-09 ProbNNpi=0.998326 ProbNNk=0.000104007 ProbNNp=0.00013113 ProbNNghost=0.0010779 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.64993 RichDLLmu=7.63354 RichDLLpi=0 RichDLLk=6.92123 RichDLLp=6.92123 RichPIDStatus=5026 RichDLLbt=6.92123 RichDLLd=6.92123 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.191146 CaloElectronMatch=160.201 CaloBremMatch=122.996 CaloChargedEcal=6371.72 CaloChargedID=34609 CaloNeutralEcal=6371.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94736 CaloNeutralID=34609 CaloEcalE=4475.13 CaloHcalE=1103.88 CaloEcalChi2=160.201 CaloBremChi2=276.019 CaloClusChi2=0.191146 CaloTrajectoryL=-36.7164 CaloEoverP=1.44253 EcalPIDe=0.83137 BremPIDe=-0.318955 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-1.85251 TrackChi2PerDof=1.10154 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4595.24 TrackPt=151.251 CombDLLe=0.705255 CombDLLmu=5.12911 CombDLLpi=0 CombDLLk=6.92123 CombDLLp=6.92123 CombDLLd=6.92123 ProbNNe=0.987084 ProbNNpi=0.0582012 ProbNNk=0.549609 ProbNNp=0.429106 ProbNNghost=0.771174 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.10645 RichDLLmu=-8.97379 RichDLLpi=0 RichDLLk=-2.57377 RichDLLp=-2.57377 RichPIDStatus=5027 RichDLLbt=-2.57377 RichDLLd=-2.57377 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.377019 CaloElectronMatch=25.5574 CaloBremMatch=24.5732 CaloChargedEcal=7535.57 CaloChargedID=38458 CaloNeutralEcal=7535.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77981 CaloNeutralID=38458 CaloEcalE=3720.41 CaloHcalE=3653.92 CaloEcalChi2=25.5574 CaloBremChi2=122.121 CaloClusChi2=0.377019 CaloTrajectoryL=55.9296 CaloEoverP=1.28185 EcalPIDe=3.6423 BremPIDe=0.223978 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=-2.70871 TrackChi2PerDof=1.26044 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=5901.36 TrackPt=206.163 CombDLLe=1.19679 CombDLLmu=-9.57105 CombDLLpi=0 CombDLLk=-2.57377 CombDLLp=-2.57377 CombDLLd=-2.57377 ProbNNe=0.177116 ProbNNpi=0.123215 ProbNNk=0.00841655 ProbNNp=0.01101 ProbNNghost=0.936852 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.20735 RichDLLmu=-0.824749 RichDLLpi=0 RichDLLk=37.6711 RichDLLp=6.5279 RichPIDStatus=8164 RichDLLbt=13.1542 RichDLLd=13.1542 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.91543 CaloElectronMatch=2218.78 CaloBremMatch=635.518 CaloChargedEcal=9338.66 CaloChargedID=42194 CaloNeutralEcal=9338.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867143 CaloNeutralID=42194 CaloEcalE=962.52 CaloHcalE=26744.5 CaloEcalChi2=2218.78 CaloBremChi2=358.963 CaloClusChi2=3.91543 CaloTrajectoryL=-1442.2 CaloEoverP=0.274808 EcalPIDe=-1.8464 BremPIDe=-0.196021 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=0.628127 TrackChi2PerDof=0.931352 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=34324 TrackPt=1780.73 CombDLLe=-5.43397 CombDLLmu=-3.56149 CombDLLpi=0 CombDLLk=37.6711 CombDLLp=6.5279 CombDLLd=13.1542 ProbNNe=8.36254e-07 ProbNNpi=0.000497181 ProbNNk=0.999716 ProbNNp=0.000632725 ProbNNghost=0.00441606 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.05292 RichDLLmu=4.72141 RichDLLpi=0 RichDLLk=2.16227 RichDLLp=2.16227 RichPIDStatus=5026 RichDLLbt=2.16227 RichDLLd=2.16227 MuonMuLL=-0.0125788 MuonBkgLL=-0.327121 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=4.20615 MuonMVA1=-999 MuonMVA2=0.373867 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.39558 CaloElectronMatch=132.251 CaloBremMatch=21.3743 CaloChargedEcal=1632.73 CaloChargedID=35400 CaloNeutralEcal=1632.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72843 CaloNeutralID=35400 CaloEcalE=431.196 CaloHcalE=2935.66 CaloEcalChi2=132.251 CaloBremChi2=188.062 CaloClusChi2=2.39558 CaloTrajectoryL=38.6847 CaloEoverP=0.467981 EcalPIDe=0.83137 BremPIDe=-0.32426 HcalPIDe=-1.47097 HcalPIDmu=-0.00949717 EcalPIDmu=1.26223 TrackChi2PerDof=1.25606 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4005.57 TrackPt=413.863 CombDLLe=-2.18549 CombDLLmu=6.72756 CombDLLpi=0 CombDLLk=2.16227 CombDLLp=2.16227 CombDLLd=2.48939 ProbNNe=0.0264567 ProbNNmu=0.00366525 ProbNNpi=0.000101469 ProbNNk=0.25632 ProbNNp=0.180895 ProbNNghost=0.0917315 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.757862 RichDLLmu=0.360176 RichDLLpi=0 RichDLLk=38.6106 RichDLLp=25.8703 RichPIDStatus=8164 RichDLLbt=26.0236 RichDLLd=26.0236 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=16.5474 CaloElectronMatch=2062.55 CaloBremMatch=2062.55 CaloChargedEcal=3031.92 CaloChargedID=38049 CaloNeutralEcal=3031.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947982 CaloNeutralID=38049 CaloEcalE=193.246 CaloHcalE=14083.2 CaloEcalChi2=2062.55 CaloBremChi2=123.91 CaloClusChi2=16.5474 CaloTrajectoryL=1503.94 CaloEoverP=0.141738 EcalPIDe=-1.85168 BremPIDe=0.922325 HcalPIDe=-2.87281 HcalPIDmu=-2.75642 EcalPIDmu=-0.190979 TrackChi2PerDof=0.89557 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=21842.7 TrackPt=1399.41 CombDLLe=-3.93478 CombDLLmu=-2.44402 CombDLLpi=0 CombDLLk=38.6106 CombDLLp=25.8703 CombDLLd=26.0236 ProbNNe=1.06642e-06 ProbNNpi=0.000380176 ProbNNk=0.999726 ProbNNp=0.019908 ProbNNghost=0.000600792 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.5348 RichDLLmu=-3.26604 RichDLLpi=0 RichDLLk=-29.8958 RichDLLp=-20.8023 RichPIDStatus=8163 RichDLLbt=-14.2942 RichDLLd=-14.2942 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.5289 CaloElectronMatch=1066.35 CaloBremMatch=668.343 CaloChargedEcal=5423.86 CaloChargedID=43565 CaloNeutralEcal=5423.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.76702 CaloNeutralID=43565 CaloEcalE=1633.72 CaloHcalE=45029.9 CaloEcalChi2=1066.35 CaloBremChi2=354.967 CaloClusChi2=1.5289 CaloTrajectoryL=460.339 CaloEoverP=0.258381 EcalPIDe=-1.0778 BremPIDe=-0.205402 HcalPIDe=-2.87281 HcalPIDmu=-2.20948 EcalPIDmu=-0.783283 TrackChi2PerDof=0.918232 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=22014.7 TrackPt=607.15 CombDLLe=-6.12045 CombDLLmu=-7.00955 CombDLLpi=0 CombDLLk=-29.8958 CombDLLp=-20.8023 CombDLLd=-14.2942 ProbNNe=4.65032e-07 ProbNNpi=0.999844 ProbNNk=0.000114052 ProbNNp=6.76997e-05 ProbNNghost=0.000433966 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.18617 RichDLLmu=4.13765 RichDLLpi=0 RichDLLk=1.62748 RichDLLp=1.62748 RichPIDStatus=5026 RichDLLbt=1.62748 RichDLLd=1.62748 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.366307 CaloElectronMatch=24.5732 CaloBremMatch=24.5732 CaloChargedEcal=7535.57 CaloChargedID=38458 CaloNeutralEcal=7535.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77981 CaloNeutralID=38458 CaloEcalE=3720.41 CaloHcalE=3653.92 CaloEcalChi2=24.5732 CaloBremChi2=436.358 CaloClusChi2=0.366307 CaloTrajectoryL=55.8609 CaloEoverP=1.2777 EcalPIDe=3.6423 BremPIDe=-0.492427 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=-2.70871 TrackChi2PerDof=1.15981 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=5920.55 TrackPt=195.93 CombDLLe=1.50821 CombDLLmu=1.80681 CombDLLpi=0 CombDLLk=1.62748 CombDLLp=1.62748 CombDLLd=1.62748 ProbNNe=0.817837 ProbNNpi=0.583236 ProbNNk=0.134021 ProbNNp=0.21044 ProbNNghost=0.458736 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.6153 RichDLLmu=-22.3517 RichDLLpi=0 RichDLLk=-24.0912 RichDLLp=-24.0912 RichPIDStatus=5027 RichDLLbt=-24.0912 RichDLLd=-24.0912 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0539284 CaloElectronMatch=55.8341 CaloBremMatch=55.8341 CaloChargedEcal=5620.25 CaloChargedID=39355 CaloNeutralEcal=5620.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812927 CaloNeutralID=39355 CaloEcalE=4224.73 CaloHcalE=4252.14 CaloEcalChi2=55.8341 CaloBremChi2=199.516 CaloClusChi2=0.0539284 CaloTrajectoryL=9.98415 CaloEoverP=0.807243 EcalPIDe=3.6423 BremPIDe=-0.224286 HcalPIDe=-2.03346 HcalPIDmu=-0.906415 EcalPIDmu=-2.66358 TrackChi2PerDof=1.52508 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=7086.08 TrackPt=290.533 CombDLLe=-3.84212 CombDLLmu=-10.5682 CombDLLpi=0 CombDLLk=-24.0912 CombDLLp=-24.0912 CombDLLd=-24.0912 ProbNNe=1.19444e-08 ProbNNpi=0.990861 ProbNNk=8.56227e-05 ProbNNp=0.00125351 ProbNNghost=0.0639668 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.64469 RichDLLmu=2.42975 RichDLLpi=0 RichDLLk=8.52766 RichDLLp=8.52766 RichPIDStatus=5028 RichDLLbt=8.52766 RichDLLd=8.52766 MuonMuLL=-0.2518 MuonBkgLL=-1.75921 MuonNShared=4 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=65.9426 MuonMVA1=-999 MuonMVA2=-0.490294 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.479203 CaloElectronMatch=37.7651 CaloBremMatch=37.7651 CaloChargedEcal=3225.49 CaloChargedID=35084 CaloNeutralEcal=3225.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890028 CaloNeutralID=35084 CaloEcalE=2611.54 CaloHcalE=7688.91 CaloEcalChi2=37.7651 CaloBremChi2=177.078 CaloClusChi2=0.479203 CaloTrajectoryL=274.785 CaloEoverP=0.771528 EcalPIDe=2.97947 BremPIDe=-0.170017 HcalPIDe=-0.980038 HcalPIDmu=0.229775 EcalPIDmu=-2.43616 TrackChi2PerDof=1.90068 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4369.17 TrackPt=182.158 CombDLLe=1.02023 CombDLLmu=2.458 CombDLLpi=0 CombDLLk=8.52766 CombDLLp=8.52766 CombDLLd=10.2869 ProbNNe=0.822704 ProbNNmu=0.00366525 ProbNNpi=6.85789e-05 ProbNNk=0.340413 ProbNNp=0.0820318 ProbNNghost=0.911749 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.36401 RichDLLmu=-5.61995 RichDLLpi=0 RichDLLk=9.30552 RichDLLp=9.30552 RichPIDStatus=5092 RichDLLbt=9.30552 RichDLLd=9.30552 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.277942 CaloElectronMatch=10.9871 CaloBremMatch=10.1546 CaloChargedEcal=7512 CaloChargedID=38542 CaloNeutralEcal=7512 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.704534 CaloNeutralID=38542 CaloEcalE=3800.85 CaloHcalE=1445.87 CaloEcalChi2=10.9871 CaloBremChi2=337.013 CaloClusChi2=0.277942 CaloTrajectoryL=153.927 CaloEoverP=0.838438 EcalPIDe=3.6423 BremPIDe=-0.438762 HcalPIDe=-0.871136 HcalPIDmu=1.41053 EcalPIDmu=-2.96582 TrackChi2PerDof=0.71833 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=8923.41 TrackPt=208.939 CombDLLe=1.228 CombDLLmu=-7.21795 CombDLLpi=0 CombDLLk=9.30552 CombDLLp=9.30552 CombDLLd=9.30552 ProbNNe=0.00749088 ProbNNpi=0.439971 ProbNNk=0.407705 ProbNNp=0.603973 ProbNNghost=0.0333711 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=22.3628 RichDLLmu=3.6076 RichDLLpi=0 RichDLLk=7.82859 RichDLLp=7.82859 RichPIDStatus=5025 RichDLLbt=7.82859 RichDLLd=7.82859 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.135655 CaloElectronMatch=122.996 CaloBremMatch=122.996 CaloChargedEcal=6371.72 CaloChargedID=34609 CaloNeutralEcal=6371.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94736 CaloNeutralID=34609 CaloEcalE=4481.24 CaloHcalE=1103.88 CaloEcalChi2=122.996 CaloBremChi2=483.267 CaloClusChi2=0.135655 CaloTrajectoryL=-20.107 CaloEoverP=1.43067 EcalPIDe=1.51236 BremPIDe=-0.553589 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-1.85251 TrackChi2PerDof=0.952404 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4633.31 TrackPt=153.492 CombDLLe=3.7204 CombDLLmu=3.08504 CombDLLpi=0 CombDLLk=7.82859 CombDLLp=7.82859 CombDLLd=7.82859 ProbNNe=0.999619 ProbNNpi=0.0388754 ProbNNk=0.00105211 ProbNNp=0.0330997 ProbNNghost=0.905627 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-49.9039 RichDLLmu=-29.9865 RichDLLpi=0 RichDLLk=-33.5087 RichDLLp=-33.5087 RichPIDStatus=5027 RichDLLbt=-33.5087 RichDLLd=-33.5087 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.345405 CaloElectronMatch=51.3339 CaloBremMatch=51.3339 CaloChargedEcal=4774.89 CaloChargedID=34309 CaloNeutralEcal=4774.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.906146 CaloNeutralID=34309 CaloEcalE=2378.58 CaloHcalE=2657.58 CaloEcalChi2=51.3339 CaloBremChi2=207.622 CaloClusChi2=0.345405 CaloTrajectoryL=59.3125 CaloEoverP=0.728482 EcalPIDe=3.6423 BremPIDe=-0.336986 HcalPIDe=-1.31397 HcalPIDmu=0.60951 EcalPIDmu=-2.25899 TrackChi2PerDof=1.12434 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=6907.44 TrackPt=1071.56 CombDLLe=-3.94192 CombDLLmu=-8.64939 CombDLLpi=0 CombDLLk=-33.5087 CombDLLp=-33.5087 CombDLLd=-33.5087 ProbNNe=1.13898e-08 ProbNNpi=0.998243 ProbNNk=7.26712e-05 ProbNNp=0.000172818 ProbNNghost=0.00767065 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.613158 RichDLLmu=0.248141 RichDLLpi=0 RichDLLk=-16.8998 RichDLLp=-10.4536 RichPIDStatus=8129 RichDLLbt=-9.71075 RichDLLd=-9.71075 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=16.8764 CaloElectronMatch=2643.43 CaloChargedEcal=4403.63 CaloChargedID=43346 CaloEcalE=0 CaloHcalE=39452.3 CaloEcalChi2=2643.43 CaloClusChi2=16.8764 CaloTrajectoryL=1322.15 CaloEoverP=0.121891 EcalPIDe=-2.81017 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 EcalPIDmu=1.12391 TrackChi2PerDof=1.16312 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=38640.4 TrackPt=857.936 CombDLLe=-5.6625 CombDLLmu=-1.84839 CombDLLpi=0 CombDLLk=-16.8998 CombDLLp=-10.4536 CombDLLd=-9.71075 ProbNNe=2.8487e-06 ProbNNpi=0.997356 ProbNNk=3.1432e-05 ProbNNp=6.81938e-05 ProbNNghost=0.00336538 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.863613 RichDLLmu=1.3975 RichDLLpi=0 RichDLLk=41.4402 RichDLLp=22.8444 RichPIDStatus=8164 RichDLLbt=26.9019 RichDLLd=26.9019 MuonMuLL=-0.487923 MuonBkgLL=-4.55467 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.18366 MuonMVA1=-999 MuonMVA2=3.42692 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.19572 CaloElectronMatch=950.304 CaloBremMatch=196.421 CaloChargedEcal=10000.1 CaloChargedID=40032 CaloNeutralEcal=10000.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.765525 CaloNeutralID=40032 CaloEcalE=843.254 CaloHcalE=6697.53 CaloEcalChi2=950.304 CaloBremChi2=184.156 CaloClusChi2=3.19572 CaloTrajectoryL=701.01 CaloEoverP=0.416806 EcalPIDe=-0.873007 BremPIDe=0.226958 HcalPIDe=-1.68497 HcalPIDmu=-1.07455 EcalPIDmu=0.775709 TrackChi2PerDof=0.830052 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=23740.9 TrackPt=1963.5 CombDLLe=-2.17991 CombDLLmu=5.675 CombDLLpi=0 CombDLLk=41.4402 CombDLLp=22.8444 CombDLLd=31.4566 ProbNNe=0.0018176 ProbNNmu=0.00366525 ProbNNpi=1.47443e-05 ProbNNk=0.998958 ProbNNp=0.0268134 ProbNNghost=0.000419727 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.9623 RichDLLmu=2.07142 RichDLLpi=0 RichDLLk=22.5126 RichDLLp=23.634 RichPIDStatus=8166 RichDLLbt=25.2204 RichDLLd=25.2204 MuonMuLL=-1.167 MuonBkgLL=-4.74623 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=0.881508 MuonMVA1=-999 MuonMVA2=3.8755 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0574672 CaloElectronMatch=196.421 CaloBremMatch=196.421 CaloChargedEcal=10000.1 CaloChargedID=40032 CaloNeutralEcal=10000.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.765525 CaloNeutralID=40032 CaloEcalE=5841.16 CaloHcalE=6999.16 CaloEcalChi2=196.421 CaloBremChi2=155.744 CaloClusChi2=0.0574672 CaloTrajectoryL=34.5133 CaloEoverP=0.545362 EcalPIDe=1.08131 BremPIDe=-0.0338097 HcalPIDe=-1.98841 HcalPIDmu=-1.52038 EcalPIDmu=-3.31461 TrackChi2PerDof=0.853509 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=18144.5 TrackPt=1689.89 CombDLLe=-0.249765 CombDLLmu=1.48897 CombDLLpi=0 CombDLLk=22.5126 CombDLLp=23.634 CombDLLd=29.9667 ProbNNe=0.379533 ProbNNmu=0.00366525 ProbNNpi=3.12762e-05 ProbNNk=0.997758 ProbNNp=0.104226 ProbNNghost=0.00238479 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.97914 RichDLLmu=-13.336 RichDLLpi=0 RichDLLk=3.29614 RichDLLp=3.29614 RichPIDStatus=5028 RichDLLbt=3.29614 RichDLLd=3.29614 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.64402 CaloElectronMatch=425.781 CaloBremMatch=199.363 CaloChargedEcal=683.733 CaloChargedID=35249 CaloNeutralEcal=683.733 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06979 CaloNeutralID=35249 CaloEcalE=0 CaloHcalE=2041.09 CaloEcalChi2=425.781 CaloBremChi2=249.716 CaloClusChi2=9.64402 CaloTrajectoryL=1468.52 CaloEoverP=0.176588 EcalPIDe=-0.0620623 BremPIDe=-0.33853 HcalPIDe=-1.31758 HcalPIDmu=1.09404 EcalPIDmu=0.494733 TrackChi2PerDof=2.04116 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4783.53 TrackPt=415.239 CombDLLe=-2.06424 CombDLLmu=-5.34404 CombDLLpi=0 CombDLLk=3.29614 CombDLLp=3.29614 CombDLLd=3.29614 ProbNNe=0.000731002 ProbNNpi=0.696289 ProbNNk=0.0492159 ProbNNp=0.101298 ProbNNghost=0.522873 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.7525 RichDLLmu=-1.92611 RichDLLpi=0 RichDLLk=0.21617 RichDLLp=0.21617 RichPIDStatus=5028 RichDLLbt=0.21617 RichDLLd=0.21617 MuonMuLL=0 MuonBkgLL=-0.125568 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=71.1239 MuonMVA1=-999 MuonMVA2=-0.904352 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0359386 CaloElectronMatch=10.1884 CaloBremMatch=10.1884 CaloChargedEcal=2172.08 CaloChargedID=35273 CaloNeutralEcal=2172.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903569 CaloNeutralID=35273 CaloEcalE=1320.39 CaloHcalE=1322.39 CaloEcalChi2=10.1884 CaloBremChi2=171.323 CaloClusChi2=0.0359386 CaloTrajectoryL=68.856 CaloEoverP=0.810556 EcalPIDe=2.97947 BremPIDe=-0.224977 HcalPIDe=-0.984854 HcalPIDmu=1.19075 EcalPIDmu=-1.5773 TrackChi2PerDof=1.17446 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3006.89 TrackPt=281.693 CombDLLe=-1.14795 CombDLLmu=-2.83162 CombDLLpi=0 CombDLLk=0.21617 CombDLLp=0.21617 CombDLLd=0.341738 ProbNNe=0.0139302 ProbNNmu=0.00366525 ProbNNpi=0.000157234 ProbNNk=0.0639242 ProbNNp=0.0500498 ProbNNghost=0.483172 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.258373 RichDLLmu=-12.0007 RichDLLpi=0 RichDLLk=2.71482 RichDLLp=2.71482 RichPIDStatus=5028 RichDLLbt=2.71482 RichDLLd=2.71482 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.64618 CaloElectronMatch=425.641 CaloBremMatch=199.363 CaloChargedEcal=683.733 CaloChargedID=35249 CaloNeutralEcal=683.733 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06979 CaloNeutralID=35249 CaloEcalE=0 CaloHcalE=2041.09 CaloEcalChi2=425.641 CaloBremChi2=250.039 CaloClusChi2=9.64618 CaloTrajectoryL=1468.57 CaloEoverP=0.176628 EcalPIDe=-0.0620623 BremPIDe=-0.33853 HcalPIDe=-1.31758 HcalPIDmu=1.09404 EcalPIDmu=0.494733 TrackChi2PerDof=0.832693 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4782.45 TrackPt=410.098 CombDLLe=-1.67296 CombDLLmu=-5.29699 CombDLLpi=0 CombDLLk=2.71482 CombDLLp=2.71482 CombDLLd=2.71482 ProbNNe=0.00812087 ProbNNpi=0.864251 ProbNNk=0.0591207 ProbNNp=0.0932825 ProbNNghost=0.0558076 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.8393 RichDLLmu=-3.25629 RichDLLpi=0 RichDLLk=1.8893 RichDLLp=1.8893 RichPIDStatus=5092 RichDLLbt=1.8893 RichDLLd=1.8893 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=15.4924 CaloElectronMatch=1216.35 CaloChargedEcal=683.733 CaloChargedID=35249 CaloEcalE=57.954 CaloHcalE=6004.52 CaloEcalChi2=1216.35 CaloClusChi2=15.4924 CaloTrajectoryL=3497.7 CaloEoverP=0.107589 EcalPIDe=-1.40113 HcalPIDe=-2.12496 HcalPIDmu=-1.79054 EcalPIDmu=0.361777 TrackChi2PerDof=0.867326 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=7851.35 TrackPt=213.395 CombDLLe=-6.16164 CombDLLmu=-5.43638 CombDLLpi=0 CombDLLk=1.8893 CombDLLp=1.8893 CombDLLd=1.8893 ProbNNe=1.04637e-07 ProbNNpi=0.707037 ProbNNk=0.196972 ProbNNp=0.43409 ProbNNghost=0.0615805 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-35.3793 RichDLLmu=-16.7836 RichDLLpi=0 RichDLLk=-12.5367 RichDLLp=-12.5367 RichPIDStatus=5027 RichDLLbt=-12.5367 RichDLLd=-12.5367 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.79674 CaloElectronMatch=487.074 CaloBremMatch=4.3506 CaloChargedEcal=5353.33 CaloChargedID=34174 CaloNeutralEcal=5353.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905496 CaloNeutralID=34174 CaloEcalE=3448.96 CaloEcalChi2=487.074 CaloBremChi2=280.402 CaloClusChi2=1.79674 CaloTrajectoryL=177.854 CaloEoverP=1.60864 EcalPIDe=-0.214586 BremPIDe=-0.318955 EcalPIDmu=-0.955845 TrackChi2PerDof=1.71495 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3526.23 TrackPt=383.963 CombDLLe=-5.49415 CombDLLmu=-7.93886 CombDLLpi=0 CombDLLk=-12.5367 CombDLLp=-12.5367 CombDLLd=-12.5367 ProbNNe=0.000175081 ProbNNpi=0.976839 ProbNNk=0.000613513 ProbNNp=0.00116922 ProbNNghost=0.0903953 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.10706 RichDLLmu=-0.284682 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=28.9164 BremPIDe=1.0924 TrackChi2PerDof=1.05382 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=2003.17 TrackPt=159.658 CombDLLe=0.203493 CombDLLmu=-0.398125 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.542292 ProbNNpi=0.752749 ProbNNk=0.0459389 ProbNNp=0.0863158 ProbNNghost=0.326501 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.0726 RichDLLmu=-24.5023 RichDLLpi=0 RichDLLk=-10.7091 RichDLLp=-10.7091 RichPIDStatus=5027 RichDLLbt=-10.7091 RichDLLd=-10.7091 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.76218 CaloElectronMatch=2859.39 CaloBremMatch=2859.39 CaloChargedEcal=4857.12 CaloChargedID=33680 CaloNeutralEcal=4857.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.851651 CaloNeutralID=33680 CaloEcalE=734.79 CaloHcalE=1735.84 CaloEcalChi2=2859.39 CaloBremChi2=516.903 CaloClusChi2=2.76218 CaloTrajectoryL=896.302 CaloEoverP=1.33811 EcalPIDe=-2.58288 BremPIDe=-0.553589 HcalPIDe=-1.43831 HcalPIDmu=1.91257 EcalPIDmu=0.656961 TrackChi2PerDof=1.06626 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=3810.46 TrackPt=643.921 CombDLLe=-9.41889 CombDLLmu=-4.42969 CombDLLpi=0 CombDLLk=-10.7091 CombDLLp=-10.7091 CombDLLd=-10.7091 ProbNNe=3.86798e-06 ProbNNpi=0.996023 ProbNNk=2.40034e-05 ProbNNp=0.000181547 ProbNNghost=0.00134271 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.1416 RichDLLmu=-16.0962 RichDLLpi=0 RichDLLk=1.35402 RichDLLp=1.35402 RichPIDStatus=5028 RichDLLbt=1.35402 RichDLLd=1.35402 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.210551 CaloElectronMatch=25.8993 CaloBremMatch=25.8993 CaloChargedEcal=6604.1 CaloChargedID=35565 CaloNeutralEcal=6604.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827694 CaloNeutralID=35565 CaloEcalE=4117.41 CaloHcalE=0 CaloEcalChi2=25.8993 CaloBremChi2=164.354 CaloClusChi2=0.210551 CaloTrajectoryL=16.8941 CaloEoverP=1.30622 EcalPIDe=3.6423 BremPIDe=-0.188393 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.76686 TrackChi2PerDof=0.73059 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=5243.45 TrackPt=578.635 CombDLLe=1.46132 CombDLLmu=-12.2264 CombDLLpi=0 CombDLLk=1.35402 CombDLLp=1.35402 CombDLLd=1.35402 ProbNNe=0.000415253 ProbNNpi=0.98385 ProbNNk=0.00306012 ProbNNp=0.004844 ProbNNghost=0.00745705 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.5652 RichDLLmu=-2.70829 RichDLLpi=0 RichDLLk=0.811057 RichDLLp=0.811057 RichPIDStatus=5028 RichDLLbt=0.811057 RichDLLd=0.811057 MuonMuLL=0 MuonBkgLL=-0.124897 MuonNShared=2 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=71.2074 MuonMVA1=-999 MuonMVA2=-0.904352 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0308004 CaloElectronMatch=10.8032 CaloBremMatch=10.1884 CaloChargedEcal=2172.08 CaloChargedID=35273 CaloNeutralEcal=2172.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903569 CaloNeutralID=35273 CaloEcalE=1320.39 CaloHcalE=1516.2 CaloEcalChi2=10.8032 CaloBremChi2=164.017 CaloClusChi2=0.0308004 CaloTrajectoryL=70.0666 CaloEoverP=0.810213 EcalPIDe=2.97947 BremPIDe=-0.127295 HcalPIDe=-1.06262 HcalPIDmu=1.72388 EcalPIDmu=-1.5773 TrackChi2PerDof=1.96231 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=3008.16 TrackPt=274.586 CombDLLe=-0.339767 CombDLLmu=-3.18822 CombDLLpi=0 CombDLLk=0.811057 CombDLLp=0.811057 CombDLLd=0.935955 ProbNNe=0.0581497 ProbNNmu=0.00366525 ProbNNpi=0.00119887 ProbNNk=0.0601004 ProbNNp=0.0253881 ProbNNghost=0.845266 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.99881 RichDLLmu=0.66814 RichDLLpi=0 RichDLLk=6.48859 RichDLLp=6.48859 RichPIDStatus=5028 RichDLLbt=6.48859 RichDLLd=6.48859 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.32399 CaloElectronMatch=26.4532 CaloBremMatch=26.4167 CaloChargedEcal=3506.56 CaloChargedID=35339 CaloNeutralEcal=3506.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845508 CaloNeutralID=35339 CaloEcalE=2431.26 CaloHcalE=711.56 CaloEcalChi2=26.4532 CaloBremChi2=259.535 CaloClusChi2=1.32399 CaloTrajectoryL=180.584 CaloEoverP=0.780551 EcalPIDe=2.97947 BremPIDe=-0.338913 HcalPIDe=-0.469055 HcalPIDmu=-0.681099 EcalPIDmu=-2.39477 TrackChi2PerDof=0.980382 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4712.77 TrackPt=403.984 CombDLLe=1.64769 CombDLLmu=-2.146 CombDLLpi=0 CombDLLk=6.48859 CombDLLp=6.48859 CombDLLd=6.48859 ProbNNe=0.0192601 ProbNNpi=0.190544 ProbNNk=0.651581 ProbNNp=0.766125 ProbNNghost=0.369958 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.25926 RichDLLmu=1.32705 RichDLLpi=0 RichDLLk=6.81039 RichDLLp=6.81039 RichPIDStatus=5028 RichDLLbt=6.81039 RichDLLd=6.81039 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.32362 CaloElectronMatch=26.4167 CaloBremMatch=26.4167 CaloChargedEcal=3506.56 CaloChargedID=35339 CaloNeutralEcal=3506.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845508 CaloNeutralID=35339 CaloEcalE=2431.26 CaloHcalE=711.56 CaloEcalChi2=26.4167 CaloBremChi2=259.173 CaloClusChi2=1.32362 CaloTrajectoryL=180.553 CaloEoverP=0.780629 EcalPIDe=2.97947 BremPIDe=-0.338913 HcalPIDe=-0.469055 HcalPIDmu=-0.681099 EcalPIDmu=-2.39477 TrackChi2PerDof=1.29481 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4712.29 TrackPt=408.941 CombDLLe=1.2564 CombDLLmu=-1.26043 CombDLLpi=0 CombDLLk=6.81039 CombDLLp=6.81039 CombDLLd=6.81039 ProbNNe=0.00622306 ProbNNpi=0.249929 ProbNNk=0.65903 ProbNNp=0.796661 ProbNNghost=0.0885739 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.96946 RichDLLmu=0.0750465 RichDLLpi=0 RichDLLk=10.0835 RichDLLp=10.0835 RichPIDStatus=5060 RichDLLbt=10.0835 RichDLLd=10.0835 MuonMuLL=-0.00380721 MuonBkgLL=-0.535695 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=69.8494 MuonMVA1=-999 MuonMVA2=-0.306791 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0964748 CaloElectronMatch=163.533 CaloChargedEcal=8410.84 CaloChargedID=38986 CaloEcalE=2301.6 CaloHcalE=1820.25 CaloEcalChi2=163.533 CaloClusChi2=0.0964748 CaloTrajectoryL=-72.1016 CaloEoverP=1.0157 EcalPIDe=0.989182 HcalPIDe=-1.02441 HcalPIDmu=1.87264 EcalPIDmu=-2.02467 TrackChi2PerDof=0.651465 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=8482.19 TrackPt=148.839 CombDLLe=-0.379608 CombDLLmu=0.484912 CombDLLpi=0 CombDLLk=10.0835 CombDLLp=10.0835 CombDLLd=10.6192 ProbNNe=0.962935 ProbNNmu=0.00366525 ProbNNpi=0.0585638 ProbNNk=0.385091 ProbNNp=0.56302 ProbNNghost=0.206317 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=12.0271 RichDLLmu=-3.11384 RichDLLpi=0 RichDLLk=1.48101 RichDLLp=1.48101 RichPIDStatus=5025 RichDLLbt=1.48101 RichDLLd=1.48101 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.77064 CaloElectronMatch=248.077 CaloBremMatch=248.077 CaloChargedEcal=6180.66 CaloChargedID=34612 CaloNeutralEcal=6180.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979652 CaloNeutralID=34612 CaloEcalE=2952.45 CaloHcalE=580.265 CaloEcalChi2=248.077 CaloBremChi2=217.834 CaloClusChi2=2.77064 CaloTrajectoryL=114.629 CaloEoverP=1.91506 EcalPIDe=0.497498 BremPIDe=-0.396524 HcalPIDe=-0.304036 HcalPIDmu=-0.373695 EcalPIDmu=-1.88769 TrackChi2PerDof=1.2833 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3413.69 TrackPt=159.808 CombDLLe=1.84047 CombDLLmu=-6.13275 CombDLLpi=0 CombDLLk=1.48101 CombDLLp=1.48101 CombDLLd=1.48101 ProbNNe=0.971633 ProbNNpi=0.504212 ProbNNk=0.0339533 ProbNNp=0.0949177 ProbNNghost=0.560574 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.9391 RichDLLmu=-22.8128 RichDLLpi=0 RichDLLk=-8.57848 RichDLLp=-8.57848 RichPIDStatus=5027 RichDLLbt=-8.57848 RichDLLd=-8.57848 MuonMuLL=-0.0444745 MuonBkgLL=-0.232371 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=136.986 MuonMVA1=-999 MuonMVA2=0.20019 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=13278.4 CaloBremChi2=644.298 BremPIDe=-0.607507 HcalPIDe=-1.17839 HcalPIDmu=0.420753 TrackChi2PerDof=1.98176 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=5033.01 TrackPt=601.188 CombDLLe=-6.0097 CombDLLmu=-6.38983 CombDLLpi=0 CombDLLk=-8.57848 CombDLLp=-8.57848 CombDLLd=-8.34611 ProbNNe=9.42692e-05 ProbNNmu=0.00106764 ProbNNpi=0.2775 ProbNNk=0.000944654 ProbNNp=0.0063247 ProbNNghost=0.492191 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.6891 RichDLLmu=-9.86611 RichDLLpi=0 RichDLLk=-4.09581 RichDLLp=-4.09581 RichPIDStatus=5027 RichDLLbt=-4.09581 RichDLLd=-4.09581 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.68935 CaloElectronMatch=100.758 CaloBremMatch=100.758 CaloChargedEcal=1335.18 CaloChargedID=35393 CaloNeutralEcal=1335.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880393 CaloNeutralID=35393 CaloEcalE=1021.41 CaloEcalChi2=100.758 CaloBremChi2=219.692 CaloClusChi2=4.68935 CaloTrajectoryL=260.144 CaloEoverP=0.522288 EcalPIDe=1.51236 BremPIDe=-0.396524 EcalPIDmu=-0.744972 TrackChi2PerDof=1.01837 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3003.13 TrackPt=272.938 CombDLLe=-0.711472 CombDLLmu=-7.47957 CombDLLpi=0 CombDLLk=-4.09581 CombDLLp=-4.09581 CombDLLd=-4.09581 ProbNNe=0.0196495 ProbNNpi=0.971846 ProbNNk=0.0112112 ProbNNp=0.0145514 ProbNNghost=0.11602 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.3655 RichDLLmu=-1.30957 RichDLLpi=0 RichDLLk=0.0917497 RichDLLp=0.0917497 RichPIDStatus=5028 RichDLLbt=0.0917497 RichDLLd=0.0917497 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.98329 CaloElectronMatch=21.3743 CaloBremMatch=21.3743 CaloChargedEcal=1632.73 CaloChargedID=35400 CaloNeutralEcal=1632.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72843 CaloNeutralID=35400 CaloEcalE=1157.65 CaloHcalE=1795.17 CaloEcalChi2=21.3743 CaloBremChi2=20.6116 CaloClusChi2=1.98329 CaloTrajectoryL=183.865 CaloEoverP=0.665645 EcalPIDe=2.97947 BremPIDe=2.0366 HcalPIDe=-1.43831 HcalPIDmu=1.63925 EcalPIDmu=-1.2505 TrackChi2PerDof=1.3534 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=2816.11 TrackPt=314.249 CombDLLe=1.0137 CombDLLmu=-1.40384 CombDLLpi=0 CombDLLk=0.0917497 CombDLLp=0.0917497 CombDLLd=0.0917497 ProbNNe=0.000198824 ProbNNpi=0.801603 ProbNNk=0.0403393 ProbNNp=0.129738 ProbNNghost=0.339728 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.9718 RichDLLmu=-7.50625 RichDLLpi=0 RichDLLk=-5.01788 RichDLLp=-5.01788 RichPIDStatus=5059 RichDLLbt=-5.01788 RichDLLd=-5.01788 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.18905 CaloElectronMatch=39.7336 CaloChargedEcal=7076.65 CaloChargedID=42893 CaloEcalE=1761.76 CaloHcalE=3933.83 CaloEcalChi2=39.7336 CaloClusChi2=1.18905 CaloTrajectoryL=37.3548 CaloEoverP=0.791103 EcalPIDe=3.6423 HcalPIDe=-1.82531 HcalPIDmu=-0.146318 EcalPIDmu=-1.55777 TrackChi2PerDof=1.15724 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=9157.51 TrackPt=206.536 CombDLLe=-0.217686 CombDLLmu=-8.04171 CombDLLpi=0 CombDLLk=-5.01788 CombDLLp=-5.01788 CombDLLd=-5.01788 ProbNNe=9.63415e-05 ProbNNpi=0.993961 ProbNNk=0.000220912 ProbNNp=0.000376526 ProbNNghost=0.03526 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.1204 RichDLLmu=-20.4726 RichDLLpi=0 RichDLLk=0.39142 RichDLLp=0.39142 RichPIDStatus=5028 RichDLLbt=0.39142 RichDLLd=0.39142 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.25134 CaloElectronMatch=149.289 CaloBremMatch=149.289 CaloChargedEcal=4443.72 CaloChargedID=35268 CaloNeutralEcal=4443.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.868265 CaloNeutralID=35268 CaloEcalE=1140.2 CaloHcalE=1268.28 CaloEcalChi2=149.289 CaloBremChi2=332.492 CaloClusChi2=1.25134 CaloTrajectoryL=-21.7952 CaloEoverP=0.88615 EcalPIDe=0.989182 BremPIDe=-0.398756 HcalPIDe=-0.668461 HcalPIDmu=1.43933 EcalPIDmu=-0.440688 TrackChi2PerDof=1.02643 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=5264.92 TrackPt=690.612 CombDLLe=-3.72656 CombDLLmu=-5.99747 CombDLLpi=0 CombDLLk=0.39142 CombDLLp=0.39142 CombDLLd=0.39142 ProbNNe=4.4394e-07 ProbNNpi=0.991944 ProbNNk=0.00212534 ProbNNp=0.00374172 ProbNNghost=0.00423942 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.86662 RichDLLmu=-12.5039 RichDLLpi=0 RichDLLk=0.822273 RichDLLp=0.822273 RichPIDStatus=5028 RichDLLbt=0.822273 RichDLLd=0.822273 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0440549 CaloElectronMatch=62.0637 CaloBremMatch=62.0637 CaloChargedEcal=4103.21 CaloChargedID=34370 CaloNeutralEcal=4103.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914979 CaloNeutralID=34370 CaloEcalE=1618.7 CaloEcalChi2=62.0637 CaloBremChi2=180.216 CaloClusChi2=0.0440549 CaloTrajectoryL=-12.7549 CaloEoverP=1.10455 EcalPIDe=2.97947 BremPIDe=-0.170017 EcalPIDmu=-1.71735 TrackChi2PerDof=1.01073 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=3960.41 TrackPt=407.117 CombDLLe=1.45028 CombDLLmu=-8.62379 CombDLLpi=0 CombDLLk=0.822273 CombDLLp=0.822273 CombDLLd=0.822273 ProbNNe=0.0384207 ProbNNpi=0.915201 ProbNNk=0.0145543 ProbNNp=0.0512904 ProbNNghost=0.0735329 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.6491 RichDLLmu=0.0325909 RichDLLpi=0 RichDLLk=1.81552 RichDLLp=1.81552 RichPIDStatus=5028 RichDLLbt=1.81552 RichDLLd=1.81552 MuonMuLL=0 MuonBkgLL=-0.00323341 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2314.31 MuonMVA1=-999 MuonMVA2=-0.67121 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.73181 CaloElectronMatch=359.404 CaloBremMatch=64.8918 CaloChargedEcal=6457.85 CaloChargedID=34995 CaloNeutralEcal=6457.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987868 CaloNeutralID=34995 CaloEcalE=6153.72 CaloHcalE=4577.66 CaloEcalChi2=359.404 CaloBremChi2=354.519 CaloClusChi2=2.73181 CaloTrajectoryL=337.854 CaloEoverP=1.61842 EcalPIDe=0.0319619 BremPIDe=-0.373552 HcalPIDe=-1.33861 HcalPIDmu=-0.483017 EcalPIDmu=-1.20867 TrackChi2PerDof=0.909964 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4186.46 TrackPt=108.989 CombDLLe=-4.28713 CombDLLmu=-1.64282 CombDLLpi=0 CombDLLk=1.81552 CombDLLp=1.81552 CombDLLd=1.81875 ProbNNe=0.000297972 ProbNNmu=0.00366525 ProbNNpi=9.44752e-05 ProbNNk=0.0543659 ProbNNp=0.169281 ProbNNghost=0.0438206 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.838282 RichDLLmu=0.921476 RichDLLpi=0 RichDLLk=31.0211 RichDLLp=23.9605 RichPIDStatus=6052 RichDLLbt=23.9605 RichDLLd=23.9605 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.322219 CaloElectronMatch=55.8685 CaloBremMatch=55.8685 CaloChargedEcal=7949.17 CaloChargedID=35599 CaloNeutralEcal=7949.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957561 CaloNeutralID=35599 CaloEcalE=6592.9 CaloHcalE=136.049 CaloEcalChi2=55.8685 CaloBremChi2=181.605 CaloClusChi2=0.322219 CaloTrajectoryL=163.342 CaloEoverP=0.713858 EcalPIDe=4.33705 BremPIDe=0.170661 HcalPIDe=0.359348 HcalPIDmu=-2.02158 EcalPIDmu=-3.28816 TrackChi2PerDof=0.959871 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=11301.3 TrackPt=1647.6 CombDLLe=5.01374 CombDLLmu=-4.03409 CombDLLpi=0 CombDLLk=31.0211 CombDLLp=23.9605 CombDLLd=23.9605 ProbNNe=3.06472e-05 ProbNNpi=0.00279357 ProbNNk=0.996539 ProbNNp=0.118449 ProbNNghost=0.00137715 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.825807 RichDLLmu=0.244042 RichDLLpi=0 RichDLLk=-12.8907 RichDLLp=-1.02818 RichPIDStatus=8162 RichDLLbt=-0.420654 RichDLLd=-0.420654 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.40693 CaloElectronMatch=1079.09 CaloBremMatch=1079.09 CaloChargedEcal=3492.03 CaloChargedID=33770 CaloNeutralEcal=3492.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954725 CaloNeutralID=33770 CaloEcalE=3009.67 CaloHcalE=12381.6 CaloEcalChi2=1079.09 CaloBremChi2=483.816 CaloClusChi2=2.40693 CaloTrajectoryL=224.325 CaloEoverP=0.190849 EcalPIDe=-1.16216 BremPIDe=-0.591406 HcalPIDe=-2.5812 HcalPIDmu=-2.64972 EcalPIDmu=-2.17406 TrackChi2PerDof=0.819009 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=18432.8 TrackPt=2969.01 CombDLLe=-4.47927 CombDLLmu=-4.48239 CombDLLpi=0 CombDLLk=-12.8907 CombDLLp=-1.02818 CombDLLd=-0.420654 ProbNNe=6.54142e-05 ProbNNpi=0.989411 ProbNNk=0.000278574 ProbNNp=0.00163262 ProbNNghost=0.0161274 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-56.0072 RichDLLmu=-33.98 RichDLLpi=0 RichDLLk=-29.6941 RichDLLp=-29.6941 RichPIDStatus=5091 RichDLLbt=-29.6941 RichDLLd=-29.6941 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.072589 CaloElectronMatch=56.7656 CaloBremMatch=56.7656 CaloChargedEcal=3195.46 CaloChargedID=35736 CaloNeutralEcal=3195.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910331 CaloNeutralID=35736 CaloEcalE=1533.67 CaloHcalE=2220.39 CaloEcalChi2=56.7656 CaloBremChi2=60.2651 CaloClusChi2=0.072589 CaloTrajectoryL=109.072 CaloEoverP=0.545262 EcalPIDe=3.6423 BremPIDe=1.25195 HcalPIDe=-1.05374 HcalPIDmu=1.28545 EcalPIDmu=-1.28564 TrackChi2PerDof=1.25794 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=6185.87 TrackPt=886.558 CombDLLe=-2.35723 CombDLLmu=-7.00018 CombDLLpi=0 CombDLLk=-29.6941 CombDLLp=-29.6941 CombDLLd=-29.6941 ProbNNe=8.18837e-10 ProbNNpi=0.988957 ProbNNk=7.85857e-05 ProbNNp=0.000245199 ProbNNghost=0.0919709 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-46.0484 RichDLLmu=-42.8125 RichDLLpi=0 RichDLLk=-24.227 RichDLLp=-24.227 RichPIDStatus=5027 RichDLLbt=-24.227 RichDLLd=-24.227 MuonMuLL=0 MuonBkgLL=-0.10023 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=2217.74 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.019364 CaloElectronMatch=112.301 CaloBremMatch=112.301 CaloChargedEcal=5398.95 CaloChargedID=35884 CaloNeutralEcal=5398.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789815 CaloNeutralID=35884 CaloEcalE=2370.24 CaloHcalE=593.68 CaloEcalChi2=112.301 CaloBremChi2=67.9617 CaloClusChi2=0.019364 CaloTrajectoryL=-98.7606 CaloEoverP=1.20301 EcalPIDe=1.51236 BremPIDe=0.599495 HcalPIDe=-0.304036 HcalPIDmu=-0.681099 EcalPIDmu=-2.2286 TrackChi2PerDof=0.629589 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4604.85 TrackPt=789.448 CombDLLe=-3.91927 CombDLLmu=-9.80947 CombDLLpi=0 CombDLLk=-24.227 CombDLLp=-24.227 CombDLLd=-24.1268 ProbNNe=4.60535e-08 ProbNNpi=0.994808 ProbNNk=0.000197987 ProbNNp=0.000152708 ProbNNghost=0.00196683 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.24139 RichDLLmu=-2.19607 RichDLLpi=0 RichDLLk=10.6998 RichDLLp=10.6998 RichPIDStatus=5028 RichDLLbt=10.6998 RichDLLd=10.6998 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.09174 CaloElectronMatch=290.68 CaloBremMatch=290.68 CaloChargedEcal=1961.58 CaloChargedID=34248 CaloNeutralEcal=1961.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982927 CaloNeutralID=34248 CaloEcalE=1788.71 CaloHcalE=1138.97 CaloEcalChi2=290.68 CaloBremChi2=84.8652 CaloClusChi2=2.09174 CaloTrajectoryL=247.791 CaloEoverP=0.307192 EcalPIDe=0.27519 BremPIDe=0.522337 HcalPIDe=-0.546759 HcalPIDmu=0.533502 EcalPIDmu=-1.47399 TrackChi2PerDof=1.85071 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=6853.03 TrackPt=882.188 CombDLLe=0.816773 CombDLLmu=-3.83144 CombDLLpi=0 CombDLLk=10.6998 CombDLLp=10.6998 CombDLLd=10.6998 ProbNNe=0.0261832 ProbNNpi=0.0198532 ProbNNk=0.868931 ProbNNp=0.954072 ProbNNghost=0.111493 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.23738 RichDLLmu=3.06391 RichDLLpi=0 RichDLLk=-12.5033 RichDLLp=-9.54137 RichPIDStatus=6082 RichDLLbt=-9.54137 RichDLLd=-9.54137 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=11.35 CaloElectronMatch=868.105 CaloChargedEcal=5456.09 CaloChargedID=43415 CaloEcalE=0 CaloHcalE=32199.9 CaloEcalChi2=868.105 CaloClusChi2=11.35 CaloTrajectoryL=-1097.3 CaloEoverP=0.271505 EcalPIDe=-0.783513 HcalPIDe=-2.87281 HcalPIDmu=-1.95868 EcalPIDmu=0.689585 TrackChi2PerDof=0.779417 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=21469.9 TrackPt=459.663 CombDLLe=-3.26519 CombDLLmu=2.55348 CombDLLpi=0 CombDLLk=-12.5033 CombDLLp=-9.54137 CombDLLd=-9.54137 ProbNNe=3.77983e-06 ProbNNpi=0.997688 ProbNNk=0.000495391 ProbNNp=0.00111423 ProbNNghost=0.00173128 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.0691357 RichDLLmu=0.20109 RichDLLpi=0 RichDLLk=0.420691 RichDLLp=2.78774 RichPIDStatus=139207 RichDLLbt=3.53895 RichDLLd=0.461573 TrackChi2PerDof=0.689662 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=128062 TrackPt=2229.14 CombDLLe=-0.0120987 CombDLLmu=0.281374 CombDLLpi=0 CombDLLk=0.420691 CombDLLp=2.78774 CombDLLd=0.461573 ProbNNe=0.13003 ProbNNpi=0.420116 ProbNNk=0.327529 ProbNNp=0.768037 ProbNNghost=0.00306946 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-45.6805 RichDLLmu=-32.8481 RichDLLpi=0 RichDLLk=-18.0004 RichDLLp=-18.0004 RichPIDStatus=5027 RichDLLbt=-18.0004 RichDLLd=-18.0004 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.614966 CaloElectronMatch=4.3506 CaloBremMatch=4.3506 CaloChargedEcal=5353.33 CaloChargedID=34174 CaloNeutralEcal=5353.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905496 CaloNeutralID=34174 CaloEcalE=3395.18 CaloEcalChi2=4.3506 CaloBremChi2=401.034 CaloClusChi2=0.614966 CaloTrajectoryL=113.246 CaloEoverP=1.21741 EcalPIDe=2.97947 BremPIDe=-0.4614 EcalPIDmu=-2.29524 TrackChi2PerDof=1.26025 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4659.42 TrackPt=677.142 CombDLLe=-3.18756 CombDLLmu=-9.29522 CombDLLpi=0 CombDLLk=-18.0004 CombDLLp=-18.0004 CombDLLd=-18.0004 ProbNNe=3.31101e-05 ProbNNpi=0.981404 ProbNNk=9.58061e-05 ProbNNp=0.00126887 ProbNNghost=0.0340752 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.880347 RichDLLmu=7.12114 RichDLLpi=0 RichDLLk=5.46453 RichDLLp=5.46453 RichPIDStatus=5026 RichDLLbt=5.46453 RichDLLd=5.46453 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.50307 CaloElectronMatch=938.312 CaloBremMatch=1.80944 CaloChargedEcal=1287.44 CaloChargedID=35278 CaloNeutralEcal=1287.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953779 CaloNeutralID=35278 CaloEcalE=549.958 CaloHcalE=4414.52 CaloEcalChi2=938.312 CaloBremChi2=124.929 CaloClusChi2=7.50307 CaloTrajectoryL=-93.0591 CaloEoverP=0.305362 EcalPIDe=-1.02586 BremPIDe=0.185998 HcalPIDe=-2.06679 HcalPIDmu=-0.761937 EcalPIDmu=1.20942 TrackChi2PerDof=0.892781 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=5125.53 TrackPt=127.434 CombDLLe=-2.75262 CombDLLmu=6.68082 CombDLLpi=0 CombDLLk=5.46453 CombDLLp=5.46453 CombDLLd=5.46453 ProbNNe=0.00272763 ProbNNpi=0.269474 ProbNNk=0.518572 ProbNNp=0.754735 ProbNNghost=0.10502 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.6638 RichDLLmu=-8.21905 RichDLLpi=0 RichDLLk=-9.73071 RichDLLp=-8.9304 RichPIDStatus=6083 RichDLLbt=-8.9304 RichDLLd=-8.9304 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.60223 CaloElectronMatch=717.742 CaloChargedEcal=18535.1 CaloChargedID=42800 CaloEcalE=3395.45 CaloHcalE=7868.99 CaloEcalChi2=717.742 CaloClusChi2=4.60223 CaloTrajectoryL=-183.488 CaloEoverP=1.01712 EcalPIDe=-0.724167 HcalPIDe=-1.96083 HcalPIDmu=-1.89184 EcalPIDmu=-2.26934 TrackChi2PerDof=0.9093 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=18483.1 TrackPt=400.988 CombDLLe=-6.01046 CombDLLmu=-10.6572 CombDLLpi=0 CombDLLk=-9.73071 CombDLLp=-8.9304 CombDLLd=-8.9304 ProbNNe=1.06574e-07 ProbNNpi=0.997422 ProbNNk=2.61973e-05 ProbNNp=0.000230354 ProbNNghost=0.00167304 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.98454 RichDLLmu=2.57584 RichDLLpi=0 RichDLLk=8.93205 RichDLLp=8.93205 RichPIDStatus=5025 RichDLLbt=8.93205 RichDLLd=8.93205 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.399999 CaloElectronMatch=16.1684 CaloBremMatch=15.5235 CaloChargedEcal=4522.95 CaloChargedID=38655 CaloNeutralEcal=4522.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988945 CaloNeutralID=38655 CaloEcalE=3699.95 CaloHcalE=1103.88 CaloEcalChi2=16.1684 CaloBremChi2=160.393 CaloClusChi2=0.399999 CaloTrajectoryL=73.149 CaloEoverP=1.24646 EcalPIDe=2.97947 BremPIDe=-0.127295 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-2.03528 TrackChi2PerDof=1.57365 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=4061.18 TrackPt=157.338 CombDLLe=3.60918 CombDLLmu=1.89506 CombDLLpi=0 CombDLLk=8.93205 CombDLLp=8.93205 CombDLLd=8.93205 ProbNNe=0.997722 ProbNNpi=0.0136917 ProbNNk=0.148521 ProbNNp=0.195961 ProbNNghost=0.938709 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-33.8015 RichDLLmu=-31.6168 RichDLLpi=0 RichDLLk=-22.7177 RichDLLp=-22.7177 RichPIDStatus=5027 RichDLLbt=-22.7177 RichDLLd=-22.7177 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.02848 CaloElectronMatch=232.806 CaloBremMatch=95.7481 CaloChargedEcal=1069.91 CaloChargedID=35121 CaloNeutralEcal=1069.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929504 CaloNeutralID=35121 CaloEcalE=713.736 CaloHcalE=3899.19 CaloEcalChi2=232.806 CaloBremChi2=220.826 CaloClusChi2=2.02848 CaloTrajectoryL=-236.302 CaloEoverP=0.239448 EcalPIDe=0.605631 BremPIDe=-0.210201 HcalPIDe=-1.82531 HcalPIDmu=-0.453517 EcalPIDmu=0.678135 TrackChi2PerDof=1.33292 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=5205.73 TrackPt=358.448 CombDLLe=-6.24915 CombDLLmu=-6.77534 CombDLLpi=0 CombDLLk=-22.7177 CombDLLp=-22.7177 CombDLLd=-22.7177 ProbNNe=9.44818e-08 ProbNNpi=0.996994 ProbNNk=0.000116647 ProbNNp=0.00805891 ProbNNghost=0.0131859 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.10543 RichDLLmu=-0.260807 RichDLLpi=0 RichDLLk=-1.61155 RichDLLp=2.54453 RichPIDStatus=8134 RichDLLbt=3.08265 RichDLLd=3.08265 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.960368 CaloElectronMatch=1508.07 CaloChargedEcal=28474.1 CaloChargedID=42773 CaloEcalE=8505.92 CaloHcalE=5733.56 CaloEcalChi2=1508.07 CaloClusChi2=0.960368 CaloTrajectoryL=600.658 CaloEoverP=0.937927 EcalPIDe=-1.52021 HcalPIDe=-1.08549 HcalPIDmu=-0.582536 EcalPIDmu=-4.45345 TrackChi2PerDof=0.940065 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=31335.5 TrackPt=429.403 CombDLLe=-2.7991 CombDLLmu=-5.40079 CombDLLpi=0 CombDLLk=-1.61155 CombDLLp=2.54453 CombDLLd=3.08265 ProbNNe=0.000158708 ProbNNpi=0.808638 ProbNNk=0.0186953 ProbNNp=0.0850697 ProbNNghost=0.190053 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.73452 RichDLLmu=3.38168 RichDLLpi=0 RichDLLk=9.05652 RichDLLp=9.05652 RichPIDStatus=5028 RichDLLbt=9.05652 RichDLLd=9.05652 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.401629 CaloElectronMatch=15.5235 CaloBremMatch=15.5235 CaloChargedEcal=4522.95 CaloChargedID=38655 CaloNeutralEcal=4522.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988945 CaloNeutralID=38655 CaloEcalE=3699.95 CaloHcalE=1103.88 CaloEcalChi2=15.5235 CaloBremChi2=119.36 CaloClusChi2=0.401629 CaloTrajectoryL=73.4543 CaloEoverP=1.24543 EcalPIDe=2.97947 BremPIDe=0.134325 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-2.03528 TrackChi2PerDof=1.16962 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=4064.55 TrackPt=159.18 CombDLLe=2.02107 CombDLLmu=2.70125 CombDLLpi=0 CombDLLk=9.05652 CombDLLp=9.05652 CombDLLd=9.05652 ProbNNe=0.355965 ProbNNpi=0.0298744 ProbNNk=0.8482 ProbNNp=0.869837 ProbNNghost=0.619348 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=10.2125 RichDLLmu=0.487023 RichDLLpi=0 RichDLLk=7.5336 RichDLLp=7.5336 RichPIDStatus=5057 RichDLLbt=7.5336 RichDLLd=7.5336 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0696558 CaloElectronMatch=15.8352 CaloChargedEcal=10426.7 CaloChargedID=39118 CaloEcalE=7761.01 CaloHcalE=3896.26 CaloEcalChi2=15.8352 CaloClusChi2=0.0696558 CaloTrajectoryL=39.9912 CaloEoverP=1.25669 EcalPIDe=3.6423 HcalPIDe=-1.82531 HcalPIDmu=-0.368868 EcalPIDmu=-2.16722 TrackChi2PerDof=0.973287 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=8282.95 TrackPt=149.548 CombDLLe=3.56634 CombDLLmu=-1.8564 CombDLLpi=0 CombDLLk=7.5336 CombDLLp=7.5336 CombDLLd=7.5336 ProbNNe=0.999971 ProbNNpi=0.209124 ProbNNk=0.00859054 ProbNNp=0.083215 ProbNNghost=0.95585 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-50.4977 RichDLLmu=-38.9286 RichDLLpi=0 RichDLLk=-18.4204 RichDLLp=-18.4204 RichPIDStatus=5091 RichDLLbt=-18.4204 RichDLLd=-18.4204 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.96987 CaloElectronMatch=96.7366 CaloBremMatch=96.7366 CaloChargedEcal=5051.18 CaloChargedID=39820 CaloNeutralEcal=5051.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.817202 CaloNeutralID=39820 CaloEcalE=3476.53 CaloHcalE=0 CaloEcalChi2=96.7366 CaloBremChi2=46.4814 CaloClusChi2=0.96987 CaloTrajectoryL=236.578 CaloEoverP=0.656475 EcalPIDe=1.84829 BremPIDe=1.46321 HcalPIDe=0.83611 HcalPIDmu=-2.36508 EcalPIDmu=-3.04473 TrackChi2PerDof=0.392768 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=7799.84 TrackPt=539.679 CombDLLe=-1.81455 CombDLLmu=-12.4098 CombDLLpi=0 CombDLLk=-18.4204 CombDLLp=-18.4204 CombDLLd=-18.4204 ProbNNe=2.84832e-09 ProbNNpi=0.998668 ProbNNk=9.42147e-05 ProbNNp=0.00183148 ProbNNghost=0.000637957 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.283628 RichDLLmu=0.453683 RichDLLpi=0 RichDLLk=-4.10682 RichDLLp=-7.51162 RichPIDStatus=6082 RichDLLbt=-7.51162 RichDLLd=-7.51162 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.01243 CaloElectronMatch=2468.9 CaloChargedEcal=5881.59 CaloChargedID=42766 CaloEcalE=6402.43 CaloHcalE=18803.4 CaloEcalChi2=2468.9 CaloClusChi2=1.01243 CaloTrajectoryL=4134.39 CaloEoverP=0.218717 EcalPIDe=-2.23459 HcalPIDe=-2.87457 HcalPIDmu=-3.19944 EcalPIDmu=-3.46411 TrackChi2PerDof=1.49027 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=27568.9 TrackPt=373.126 CombDLLe=-5.05953 CombDLLmu=-6.03013 CombDLLpi=0 CombDLLk=-4.10682 CombDLLp=-7.51162 CombDLLd=-7.51162 ProbNNe=2.02945e-05 ProbNNpi=0.8587 ProbNNk=0.0145929 ProbNNp=0.00174081 ProbNNghost=0.0925042 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.6117 RichDLLmu=-1.86049 RichDLLpi=0 RichDLLk=0.313507 RichDLLp=0.313507 RichPIDStatus=5028 RichDLLbt=0.313507 RichDLLd=0.313507 MuonMuLL=0 MuonBkgLL=-0.00319867 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2309.19 MuonMVA1=-999 MuonMVA2=-0.67121 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.74399 CaloElectronMatch=346.238 CaloBremMatch=64.8918 CaloChargedEcal=6457.85 CaloChargedID=34995 CaloNeutralEcal=6457.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987868 CaloNeutralID=34995 CaloEcalE=6153.72 CaloHcalE=4577.66 CaloEcalChi2=346.238 CaloBremChi2=362.005 CaloClusChi2=2.74399 CaloTrajectoryL=337.747 CaloEoverP=1.62224 EcalPIDe=0.0319619 BremPIDe=-0.373552 HcalPIDe=-1.33861 HcalPIDmu=-0.483017 EcalPIDmu=-1.20867 TrackChi2PerDof=2.54289 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=4176.61 TrackPt=123.587 CombDLLe=-3.81692 CombDLLmu=-4.17927 CombDLLpi=0 CombDLLk=0.313507 CombDLLp=0.313507 CombDLLd=0.316706 ProbNNe=0.00166911 ProbNNmu=0.00366525 ProbNNpi=0.00123755 ProbNNk=0.0162715 ProbNNp=0.0072691 ProbNNghost=0.996066 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=11.229 RichDLLmu=2.89214 RichDLLpi=0 RichDLLk=8.91927 RichDLLp=8.91927 RichPIDStatus=5057 RichDLLbt=8.91927 RichDLLd=8.91927 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.06978 CaloElectronMatch=7.07676 CaloChargedEcal=12137 CaloChargedID=43316 CaloEcalE=10312.9 CaloHcalE=666.266 CaloEcalChi2=7.07676 CaloClusChi2=1.06978 CaloTrajectoryL=89.8168 CaloEoverP=1.04516 EcalPIDe=4.33705 HcalPIDe=-0.22241 HcalPIDmu=-1.28384 EcalPIDmu=-2.78493 TrackChi2PerDof=0.53765 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=11620.5 TrackPt=167.518 CombDLLe=6.02967 CombDLLmu=-0.418125 CombDLLpi=0 CombDLLk=8.91927 CombDLLp=8.91927 CombDLLd=8.91927 ProbNNe=0.999946 ProbNNpi=0.0535685 ProbNNk=0.00430985 ProbNNp=0.096643 ProbNNghost=0.952368 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.2816 RichDLLmu=-0.795883 RichDLLpi=0 RichDLLk=2.5937 RichDLLp=2.5937 RichPIDStatus=5092 RichDLLbt=2.5937 RichDLLd=2.5937 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=15.6234 CaloElectronMatch=1214.75 CaloChargedEcal=683.733 CaloChargedID=35249 CaloEcalE=57.954 CaloHcalE=6004.52 CaloEcalChi2=1214.75 CaloClusChi2=15.6234 CaloTrajectoryL=3502.62 CaloEoverP=0.107562 EcalPIDe=-1.40113 HcalPIDe=-2.12496 HcalPIDmu=-1.79054 EcalPIDmu=0.361777 TrackChi2PerDof=1.07931 TrackNumDof=19 TrackType=3 TrackHistory=32 TrackP=7853.29 TrackPt=194.261 CombDLLe=-5.76857 CombDLLmu=-2.53369 CombDLLpi=0 CombDLLk=2.5937 CombDLLp=2.5937 CombDLLd=2.5937 ProbNNe=3.07498e-06 ProbNNpi=0.471627 ProbNNk=0.188508 ProbNNp=0.651891 ProbNNghost=0.0808886 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.60959 RichDLLmu=-5.63895 RichDLLpi=0 RichDLLk=8.54556 RichDLLp=8.54556 RichPIDStatus=5092 RichDLLbt=8.54556 RichDLLd=8.54556 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.272666 CaloElectronMatch=10.1546 CaloBremMatch=10.1546 CaloChargedEcal=7512 CaloChargedID=38542 CaloNeutralEcal=7512 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.704534 CaloNeutralID=38542 CaloEcalE=3800.85 CaloHcalE=1445.87 CaloEcalChi2=10.1546 CaloBremChi2=565.782 CaloClusChi2=0.272666 CaloTrajectoryL=154.446 CaloEoverP=0.850173 EcalPIDe=3.6423 BremPIDe=-0.638976 HcalPIDe=-0.871136 HcalPIDmu=1.41053 EcalPIDmu=-2.96582 TrackChi2PerDof=1.68282 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=8800.25 TrackPt=227.423 CombDLLe=0.985923 CombDLLmu=-7.22712 CombDLLpi=0 CombDLLk=8.54556 CombDLLp=8.54556 CombDLLd=8.54556 ProbNNe=0.113707 ProbNNpi=0.134085 ProbNNk=0.119753 ProbNNp=0.406979 ProbNNghost=0.899469 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.579 RichDLLmu=-0.0307397 RichDLLpi=0 RichDLLk=-9.82261 RichDLLp=-4.22808 RichPIDStatus=6083 RichDLLbt=-4.22808 RichDLLd=-4.22808 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.924829 CaloElectronMatch=66.7486 CaloChargedEcal=22147.1 CaloChargedID=43180 CaloEcalE=15109.2 CaloHcalE=1504.57 CaloEcalChi2=66.7486 CaloClusChi2=0.924829 CaloTrajectoryL=214.795 CaloEoverP=0.912373 EcalPIDe=2.9985 HcalPIDe=-0.161014 HcalPIDmu=1.58268 EcalPIDmu=-3.63171 TrackChi2PerDof=1.20783 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=24564.3 TrackPt=296.867 CombDLLe=2.5613 CombDLLmu=-2.09207 CombDLLpi=0 CombDLLk=-9.82261 CombDLLp=-4.22808 CombDLLd=-4.22808 ProbNNe=0.25496 ProbNNpi=0.613328 ProbNNk=0.000279918 ProbNNp=0.00210916 ProbNNghost=0.716481 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.4245 RichDLLmu=-4.57998 RichDLLpi=0 RichDLLk=-12.8574 RichDLLp=-12.8574 RichPIDStatus=5059 RichDLLbt=-12.8574 RichDLLd=-12.8574 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.958661 CaloElectronMatch=202.455 CaloChargedEcal=3129.33 CaloChargedID=43185 CaloEcalE=863.066 CaloHcalE=8470.51 CaloEcalChi2=202.455 CaloClusChi2=0.958661 CaloTrajectoryL=60.0516 CaloEoverP=0.296768 EcalPIDe=0.786938 HcalPIDe=-2.51216 HcalPIDmu=-2.09311 EcalPIDmu=0.529861 TrackChi2PerDof=1.02394 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=11459 TrackPt=108.372 CombDLLe=-4.88031 CombDLLmu=-6.63122 CombDLLpi=0 CombDLLk=-12.8574 CombDLLp=-12.8574 CombDLLd=-12.8574 ProbNNe=5.55505e-08 ProbNNpi=0.97002 ProbNNk=4.33955e-05 ProbNNp=0.000177011 ProbNNghost=0.0876691 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-42.0275 RichDLLmu=-7.72338 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.828348 CaloElectronMatch=11.2573 CaloChargedEcal=1577.48 CaloChargedID=36214 CaloEcalE=1032.12 CaloHcalE=0 CaloEcalChi2=11.2573 CaloClusChi2=0.828348 CaloTrajectoryL=52.0012 CaloEoverP=0.804169 EcalPIDe=2.97947 HcalPIDe=0.485336 HcalPIDmu=-1.79245 EcalPIDmu=-1.21757 TrackChi2PerDof=1.55637 TrackNumDof=14 TrackType=3 TrackHistory=32 TrackP=2257.73 TrackPt=646.235 CombDLLe=-2.00971 CombDLLmu=-9.40033 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.34835e-05 ProbNNpi=0.315524 ProbNNk=0.157328 ProbNNp=0.360402 ProbNNghost=0.264855 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=3.63873 RichDLLmu=5.74755 RichDLLpi=0 RichDLLk=19.0836 RichDLLp=19.0836 RichPIDStatus=5028 RichDLLbt=19.0836 RichDLLd=19.0836 InAccBrem=1 CaloBremChi2=532.7 BremPIDe=-0.638976 TrackChi2PerDof=0.582903 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=8236.2 TrackPt=1929.39 CombDLLe=-0.00394854 CombDLLmu=5.72314 CombDLLpi=0 CombDLLk=19.0836 CombDLLp=19.0836 CombDLLd=19.0836 ProbNNe=0.00746525 ProbNNpi=0.00730757 ProbNNk=0.894078 ProbNNp=0.889298 ProbNNghost=0.017875 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.56018 RichDLLmu=-1.51816 RichDLLpi=0 RichDLLk=24.8872 RichDLLp=24.8872 RichPIDStatus=5092 RichDLLbt=24.8872 RichDLLd=24.8872 MuonMuLL=0 MuonBkgLL=-0.168231 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=478.335 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=30.8276 CaloElectronMatch=8888.4 CaloBremMatch=199.363 CaloChargedEcal=683.733 CaloChargedID=35249 CaloNeutralEcal=683.733 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06979 CaloNeutralID=35249 CaloEcalE=0 CaloHcalE=6419.91 CaloEcalChi2=8888.4 CaloBremChi2=37.8584 CaloClusChi2=30.8276 CaloTrajectoryL=-7594.18 CaloEoverP=0.104402 EcalPIDe=-3.57069 BremPIDe=1.81895 HcalPIDe=-2.03825 HcalPIDmu=-1.55258 EcalPIDmu=0.361777 TrackChi2PerDof=1.25466 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=8091 TrackPt=1185.8 CombDLLe=-5.43187 CombDLLmu=-3.085 CombDLLpi=0 CombDLLk=24.8872 CombDLLp=24.8872 CombDLLd=25.0554 ProbNNe=0.00687694 ProbNNpi=0.00219247 ProbNNk=0.727164 ProbNNp=0.95729 ProbNNghost=0.0705644 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.801837 CaloElectronMatch=15.2875 CaloChargedEcal=7782.98 CaloChargedID=38967 CaloEcalE=6234.82 CaloHcalE=7200.27 CaloEcalChi2=15.2875 CaloClusChi2=0.801837 CaloTrajectoryL=73.6784 CaloEoverP=1.26527 EcalPIDe=3.6423 HcalPIDe=-1.99692 HcalPIDmu=-0.467458 EcalPIDmu=-1.43878 TrackChi2PerDof=0.710135 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=6184.67 TrackPt=76.3169 CombDLLe=1.64538 CombDLLmu=-1.90624 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.984249 ProbNNpi=0.0423335 ProbNNk=0.0465106 ProbNNp=0.0652038 ProbNNghost=0.982415 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.1819 RichDLLmu=-11.6698 RichDLLpi=0 RichDLLk=0.254219 RichDLLp=0.254219 RichPIDStatus=5028 RichDLLbt=0.254219 RichDLLd=0.254219 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=16.1243 CaloElectronMatch=489.624 CaloChargedEcal=28418.4 CaloChargedID=42532 CaloEcalE=0 CaloHcalE=35692.7 CaloEcalChi2=489.624 CaloClusChi2=16.1243 CaloTrajectoryL=123.823 CaloEoverP=10.469 EcalPIDe=-0.214586 HcalPIDe=-0.621703 HcalPIDmu=0.00288725 EcalPIDmu=0.308817 TrackChi2PerDof=0.646052 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=2687.09 TrackPt=788.077 CombDLLe=-4.49264 CombDLLmu=-6.55803 CombDLLpi=0 CombDLLk=0.254219 CombDLLp=0.254219 CombDLLd=0.254219 ProbNNe=1.00962e-05 ProbNNpi=0.905995 ProbNNk=0.0231353 ProbNNp=0.121715 ProbNNghost=0.0432592 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.5492 RichDLLmu=-5.00056 RichDLLpi=0 RichDLLk=-1.65895 RichDLLp=-1.65895 RichPIDStatus=5059 RichDLLbt=-1.65895 RichDLLd=-1.65895 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.2008 CaloElectronMatch=299.123 CaloChargedEcal=2013.02 CaloChargedID=38862 CaloEcalE=711.544 CaloHcalE=1885.16 CaloEcalChi2=299.123 CaloClusChi2=3.2008 CaloTrajectoryL=288.187 CaloEoverP=0.212029 EcalPIDe=0.27519 HcalPIDe=-1.03972 HcalPIDmu=1.84961 EcalPIDmu=0.92564 TrackChi2PerDof=1.56438 TrackNumDof=13 TrackType=3 TrackHistory=32 TrackP=9810.5 TrackPt=63.1247 CombDLLe=-3.04893 CombDLLmu=-2.55624 CombDLLpi=0 CombDLLk=-1.65895 CombDLLp=-1.65895 CombDLLd=-1.65895 ProbNNe=6.14603e-06 ProbNNpi=0.825912 ProbNNk=0.000569266 ProbNNp=0.00149549 ProbNNghost=0.392441 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-44.5221 RichDLLmu=-14.7664 RichDLLpi=0 RichDLLk=-28.3714 RichDLLp=-28.3531 RichPIDStatus=6115 RichDLLbt=-28.3531 RichDLLd=-28.3531 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.42738 CaloElectronMatch=967.761 CaloBremMatch=264.835 CaloChargedEcal=10235.6 CaloChargedID=39608 CaloNeutralEcal=10235.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875725 CaloNeutralID=39608 CaloEcalE=6489.5 CaloHcalE=0 CaloEcalChi2=967.761 CaloBremChi2=241.582 CaloClusChi2=1.42738 CaloTrajectoryL=371.685 CaloEoverP=1.11972 EcalPIDe=-1.02586 BremPIDe=-0.20666 HcalPIDe=0.83611 HcalPIDmu=-2.15083 EcalPIDmu=-3.01445 TrackChi2PerDof=0.840424 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=9235.49 TrackPt=562.753 CombDLLe=-6.03238 CombDLLmu=-12.1273 CombDLLpi=0 CombDLLk=-28.3714 CombDLLp=-28.3531 CombDLLd=-28.3531 ProbNNe=9.47989e-07 ProbNNpi=0.998439 ProbNNk=0.00496597 ProbNNp=0.00954771 ProbNNghost=0.0543269 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.55079 RichDLLmu=-1.51633 RichDLLpi=0 RichDLLk=24.8911 RichDLLp=24.8911 RichPIDStatus=5092 RichDLLbt=24.8911 RichDLLd=24.8911 MuonMuLL=0 MuonBkgLL=-0.168231 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=478.337 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=30.8365 CaloElectronMatch=8888.6 CaloBremMatch=199.363 CaloChargedEcal=683.733 CaloChargedID=35249 CaloNeutralEcal=683.733 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06979 CaloNeutralID=35249 CaloEcalE=0 CaloHcalE=6419.91 CaloEcalChi2=8888.6 CaloBremChi2=37.8415 CaloClusChi2=30.8365 CaloTrajectoryL=-7594.56 CaloEoverP=0.104405 EcalPIDe=-3.57069 BremPIDe=1.81895 HcalPIDe=-2.03825 HcalPIDmu=-1.55258 EcalPIDmu=0.361777 TrackChi2PerDof=1.09677 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=8090.77 TrackPt=1184.91 CombDLLe=-5.43032 CombDLLmu=-3.08266 CombDLLpi=0 CombDLLk=24.8911 CombDLLp=24.8911 CombDLLd=25.0593 ProbNNe=0.0092368 ProbNNpi=0.00185074 ProbNNk=0.684885 ProbNNp=0.961648 ProbNNghost=0.0650936 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.129 RichDLLmu=-2.67179 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=171.352 BremPIDe=0.0147328 TrackChi2PerDof=1.68784 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=2341.8 TrackPt=197.839 CombDLLe=-1.7209 CombDLLmu=-3.42094 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.129782 ProbNNpi=0.206903 ProbNNk=0.0193956 ProbNNp=0.144833 ProbNNghost=0.844352 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-27.5199 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=40.1421 BremPIDe=0.726033 TrackChi2PerDof=0.884823 TrackNumDof=14 TrackType=3 TrackHistory=32 TrackP=1517.57 TrackPt=263.258 CombDLLe=-3.45082 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=6.3006e-05 ProbNNpi=0.868267 ProbNNk=0.0292886 ProbNNp=0.155043 ProbNNghost=0.183125 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0066219 MuonBkgLL=-0.203008 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=92.3602 MuonMVA1=-999 MuonMVA2=-0.688647 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.306164 CaloElectronMatch=615.023 CaloChargedEcal=15701.7 CaloChargedID=34700 CaloEcalE=5051.78 CaloHcalE=321.525 CaloEcalChi2=615.023 CaloClusChi2=0.306164 CaloTrajectoryL=365.918 CaloEoverP=3.72731 EcalPIDe=-0.433674 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-1.37659 TrackChi2PerDof=0.972523 TrackNumDof=12 TrackType=3 TrackHistory=32 TrackP=4314.69 TrackPt=33.467 CombDLLe=-0.627934 CombDLLmu=-2.57068 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.203008 ProbNNe=0.988258 ProbNNmu=0.00366525 ProbNNpi=2.49155e-06 ProbNNk=0.0424992 ProbNNp=0.0087408 ProbNNghost=0.983057 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.73533 CaloElectronMatch=389.146 CaloChargedEcal=4033.93 CaloChargedID=35017 CaloEcalE=2690.55 CaloHcalE=0 CaloEcalChi2=389.146 CaloClusChi2=1.73533 CaloTrajectoryL=-132.097 CaloEoverP=1.31241 EcalPIDe=-0.0510306 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-3.48778 TrackChi2PerDof=0.418626 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3209.31 TrackPt=85.6214 CombDLLe=0.400947 CombDLLmu=-6.19554 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.170775 ProbNNpi=0.44874 ProbNNk=0.00689741 ProbNNp=0.0209236 ProbNNghost=0.404485 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.92347 RichDLLmu=-4.94937 RichDLLpi=0 RichDLLk=26.0147 RichDLLp=27.7923 RichPIDStatus=6117 RichDLLbt=27.7923 RichDLLd=27.7923 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.5714 CaloElectronMatch=812.705 CaloBremMatch=812.705 CaloChargedEcal=2301.62 CaloChargedID=35561 CaloNeutralEcal=2301.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914346 CaloNeutralID=35561 CaloEcalE=485.046 CaloHcalE=8141.15 CaloEcalChi2=812.705 CaloClusChi2=5.5714 CaloTrajectoryL=811.229 CaloEoverP=0.188355 EcalPIDe=-0.547596 HcalPIDe=-1.57924 HcalPIDmu=-2.02123 EcalPIDmu=2.45354 TrackChi2PerDof=0.388601 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=12677.1 TrackPt=1339.26 CombDLLe=-3.32648 CombDLLmu=-4.86885 CombDLLpi=0 CombDLLk=26.0147 CombDLLp=27.7923 CombDLLd=27.7923 ProbNNe=4.73689e-09 ProbNNpi=0.0375775 ProbNNk=0.217807 ProbNNp=0.958376 ProbNNghost=0.000981829 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.0944 RichDLLmu=-3.5013 RichDLLpi=0 RichDLLk=-0.514097 RichDLLp=-0.514097 RichPIDStatus=5027 RichDLLbt=-0.514097 RichDLLd=-0.514097 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.65191 CaloElectronMatch=162.16 CaloBremMatch=135.517 CaloChargedEcal=2049.07 CaloChargedID=35144 CaloNeutralEcal=2049.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772028 CaloNeutralID=35144 CaloEcalE=1593.28 CaloHcalE=432.593 CaloEcalChi2=162.16 CaloClusChi2=3.65191 CaloTrajectoryL=-522.485 CaloEoverP=0.776419 EcalPIDe=0.827744 HcalPIDe=-0.248115 HcalPIDmu=-1.09338 EcalPIDmu=-2.26841 TrackChi2PerDof=0.946888 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2925.32 TrackPt=207.688 CombDLLe=-1.47467 CombDLLmu=-7.59352 CombDLLpi=0 CombDLLk=-0.514097 CombDLLp=-0.514097 CombDLLd=-0.514097 ProbNNe=0.0481979 ProbNNpi=0.858364 ProbNNk=0.0146316 ProbNNp=0.0448736 ProbNNghost=0.0332623 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=11.0563 RichDLLmu=-7.19048 RichDLLpi=0 RichDLLk=-0.795307 RichDLLp=-0.795307 RichPIDStatus=5025 RichDLLbt=-0.795307 RichDLLd=-0.795307 InAccBrem=1 TrackChi2PerDof=1.92432 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2758.71 TrackPt=375.435 CombDLLe=1.88704 CombDLLmu=-6.2532 CombDLLpi=0 CombDLLk=-0.795307 CombDLLp=-0.795307 CombDLLd=-0.795307 ProbNNe=0.995911 ProbNNpi=0.721328 ProbNNk=0.012042 ProbNNp=0.0122152 ProbNNghost=0.132794 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=19.5448 RichDLLmu=6.66023 RichDLLpi=0 RichDLLk=6.5774 RichDLLp=7.93966 RichPIDStatus=6113 RichDLLbt=7.93966 RichDLLd=7.93966 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.424174 CaloElectronMatch=2.20181 CaloBremMatch=2.20181 CaloChargedEcal=9652.04 CaloChargedID=38405 CaloNeutralEcal=9652.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.926518 CaloNeutralID=38405 CaloEcalE=8934.05 CaloHcalE=0 CaloEcalChi2=2.20181 CaloClusChi2=0.424174 CaloTrajectoryL=104.726 CaloEoverP=1.00191 EcalPIDe=3.71102 HcalPIDe=0.685017 HcalPIDmu=-2.87932 EcalPIDmu=-3.46883 TrackChi2PerDof=1.27192 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9548.11 TrackPt=567.816 CombDLLe=7.56787 CombDLLmu=-0.259907 CombDLLpi=0 CombDLLk=6.5774 CombDLLp=7.93966 CombDLLd=7.93966 ProbNNe=1 ProbNNpi=0.0163125 ProbNNk=0.0393632 ProbNNp=0.00366855 ProbNNghost=0.927868 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.40145 RichDLLmu=-0.144051 RichDLLpi=0 RichDLLk=4.7965 RichDLLp=3.18879 RichPIDStatus=6116 RichDLLbt=3.18879 RichDLLd=3.18879 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.038131 CaloElectronMatch=940.291 CaloBremMatch=25.0389 CaloChargedEcal=5881.59 CaloChargedID=42766 CaloNeutralEcal=5881.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.57478 CaloNeutralID=42766 CaloEcalE=16060.7 CaloHcalE=751.898 CaloEcalChi2=940.291 CaloClusChi2=0.038131 CaloTrajectoryL=-1262.64 CaloEoverP=0.47537 EcalPIDe=-0.63025 HcalPIDe=0.229174 HcalPIDmu=-2.4593 EcalPIDmu=-2.25356 TrackChi2PerDof=2.03186 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=12684.4 TrackPt=298.704 CombDLLe=-0.155923 CombDLLmu=-4.91448 CombDLLpi=0 CombDLLk=4.7965 CombDLLp=3.18879 CombDLLd=3.18879 ProbNNe=0.996039 ProbNNpi=0.00369317 ProbNNk=0.225967 ProbNNp=0.112274 ProbNNghost=0.979491 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.55409 RichDLLmu=-6.22946 RichDLLpi=0 RichDLLk=0.905937 RichDLLp=0.905937 RichPIDStatus=5028 RichDLLbt=0.905937 RichDLLd=0.905937 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.42676 CaloElectronMatch=142.471 CaloBremMatch=142.471 CaloChargedEcal=2719.9 CaloChargedID=38203 CaloNeutralEcal=2719.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920422 CaloNeutralID=38203 CaloEcalE=1824.31 CaloHcalE=419.164 CaloEcalChi2=142.471 CaloClusChi2=4.42676 CaloTrajectoryL=289.615 CaloEoverP=0.463506 EcalPIDe=0.979389 HcalPIDe=0.056071 HcalPIDmu=-2.01507 EcalPIDmu=-0.920346 TrackChi2PerDof=0.515059 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6192.87 TrackPt=344.867 CombDLLe=-0.271012 CombDLLmu=-8.86531 CombDLLpi=0 CombDLLk=0.905937 CombDLLp=0.905937 CombDLLd=0.905937 ProbNNe=0.0993314 ProbNNpi=0.872786 ProbNNk=0.0206826 ProbNNp=0.089012 ProbNNghost=0.0134339 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.96463 RichDLLmu=3.44094 RichDLLpi=0 RichDLLk=-17.2979 RichDLLp=-13.4285 RichPIDStatus=6050 RichDLLbt=-13.4285 RichDLLd=-13.4285 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.807705 CaloElectronMatch=892.194 CaloBremMatch=892.194 CaloChargedEcal=1521.6 CaloChargedID=38911 CaloNeutralEcal=1521.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990713 CaloNeutralID=38911 CaloEcalE=941.486 CaloHcalE=9064.65 CaloEcalChi2=892.194 CaloClusChi2=0.807705 CaloTrajectoryL=191.448 CaloEoverP=0.15547 EcalPIDe=-0.769139 HcalPIDe=-1.79911 HcalPIDmu=-0.969607 EcalPIDmu=0.230497 TrackChi2PerDof=1.20493 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=10736.1 TrackPt=876.491 CombDLLe=-3.25979 CombDLLmu=3.43861 CombDLLpi=0 CombDLLk=-17.2979 CombDLLp=-13.4285 CombDLLd=-13.4285 ProbNNe=6.94538e-06 ProbNNpi=0.981684 ProbNNk=5.81424e-05 ProbNNp=0.00162079 ProbNNghost=0.00303879 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=35.7814 RichDLLmu=8.11712 RichDLLpi=0 RichDLLk=-0.165207 RichDLLp=-1.52707 RichPIDStatus=6113 RichDLLbt=-1.52707 RichDLLd=-1.52707 MuonPIDStatus=6 InAccMuon=1 InAccHcal=1 InAccBrem=1 CaloHcalE=2318.55 HcalPIDe=-0.388666 HcalPIDmu=1.31259 TrackChi2PerDof=1.15357 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=10642.5 TrackPt=478.52 CombDLLe=4.60672 CombDLLmu=7.78843 CombDLLpi=0 CombDLLk=-0.165207 CombDLLp=-1.52707 CombDLLd=-1.52707 ProbNNe=0.999814 ProbNNpi=0.050798 ProbNNk=0.00616039 ProbNNp=0.819917 ProbNNghost=0.530281 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=20.3119 RichDLLmu=-1.81268 RichDLLpi=0 RichDLLk=0.296309 RichDLLp=0.296309 RichPIDStatus=5025 RichDLLbt=0.296309 RichDLLd=0.296309 InAccBrem=1 TrackChi2PerDof=0.852039 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2877.14 TrackPt=234.49 CombDLLe=3.27759 CombDLLmu=-2.43212 CombDLLpi=0 CombDLLk=0.296309 CombDLLp=0.296309 CombDLLd=0.296309 ProbNNe=0.992269 ProbNNpi=0.759576 ProbNNk=0.00963405 ProbNNp=0.0155154 ProbNNghost=0.176554 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.7503 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.01247 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=1758.9 TrackPt=301.091 CombDLLe=-3.85183 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0759003 ProbNNpi=0.717573 ProbNNk=0.0464865 ProbNNp=0.0776785 ProbNNghost=0.0566486 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.0606 RichDLLmu=5.11996 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.473874 CaloElectronMatch=55.8653 CaloBremMatch=55.8653 CaloChargedEcal=1734.56 CaloChargedID=35459 CaloNeutralEcal=1734.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.753492 CaloNeutralID=35459 CaloEcalE=1132.61 CaloEcalChi2=55.8653 CaloClusChi2=0.473874 CaloTrajectoryL=-16.4736 CaloEoverP=0.871241 EcalPIDe=3.01028 EcalPIDmu=-1.64871 TrackChi2PerDof=1.79392 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2309.98 TrackPt=313.264 CombDLLe=0.961379 CombDLLmu=3.75171 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.84813 ProbNNpi=0.465744 ProbNNk=0.0181921 ProbNNp=0.0927423 ProbNNghost=0.200506 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.138727 MuonNShared=5 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=118.203 MuonMVA1=-999 MuonMVA2=-0.491943 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.27243 CaloElectronMatch=488.415 CaloChargedEcal=1287.44 CaloChargedID=35278 CaloEcalE=3300.35 CaloHcalE=629.147 CaloEcalChi2=488.415 CaloClusChi2=3.27243 CaloTrajectoryL=187.688 CaloEoverP=0.312085 EcalPIDe=-0.164364 HcalPIDe=-0.145138 HcalPIDmu=-0.751433 EcalPIDmu=-3.67341 TrackChi2PerDof=0.911033 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=5015.12 TrackPt=87.8701 CombDLLe=-0.309502 CombDLLmu=-4.28612 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.138727 ProbNNe=0.000148184 ProbNNmu=0.000378876 ProbNNpi=0.153161 ProbNNk=0.00261455 ProbNNp=0.00548965 ProbNNghost=0.180146 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.36694 CaloElectronMatch=513.937 CaloChargedEcal=6180.66 CaloChargedID=34612 CaloEcalE=3102.46 CaloHcalE=580.265 CaloEcalChi2=513.937 CaloClusChi2=1.36694 CaloTrajectoryL=19.9937 CaloEoverP=1.81214 EcalPIDe=-0.299778 HcalPIDe=-0.300168 HcalPIDmu=-0.263629 EcalPIDmu=-2.38517 TrackChi2PerDof=1.44951 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3607.56 TrackPt=89.0949 CombDLLe=-0.599946 CombDLLmu=-2.6488 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.610846 ProbNNpi=0.0373161 ProbNNk=0.00323401 ProbNNp=0.00983027 ProbNNghost=0.991951 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.22358 RichDLLmu=0.256485 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.780609 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2067.24 TrackPt=116.732 CombDLLe=-0.908965 CombDLLmu=0.358764 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.13029 ProbNNpi=0.690443 ProbNNk=0.0211038 ProbNNp=0.0296062 ProbNNghost=0.136239 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-27.7771 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.34521 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=1527.02 TrackPt=246.146 CombDLLe=-4.20573 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0343344 ProbNNpi=0.190817 ProbNNk=0.0383925 ProbNNp=0.0515577 ProbNNghost=0.576785 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.39555 RichDLLmu=-7.23443 RichDLLpi=0 RichDLLk=1.83354 RichDLLp=1.83354 RichPIDStatus=5028 RichDLLbt=1.83354 RichDLLd=1.83354 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=18.7528 CaloElectronMatch=202.922 CaloBremMatch=1.80944 CaloChargedEcal=1287.44 CaloChargedID=35278 CaloNeutralEcal=1287.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953779 CaloNeutralID=35278 CaloEcalE=0 CaloHcalE=4926.07 CaloEcalChi2=202.922 CaloClusChi2=18.7528 CaloTrajectoryL=339.132 CaloEoverP=0.355112 EcalPIDe=0.490686 HcalPIDe=-1.15527 HcalPIDmu=0.297638 EcalPIDmu=0.889774 TrackChi2PerDof=0.979275 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=4407.45 TrackPt=455.58 CombDLLe=-1.25738 CombDLLmu=-5.07812 CombDLLpi=0 CombDLLk=1.83354 CombDLLp=1.83354 CombDLLd=1.83354 ProbNNe=0.00228993 ProbNNpi=0.739535 ProbNNk=0.034046 ProbNNp=0.132895 ProbNNghost=0.0303767 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=7.75137 RichDLLmu=7.2766 RichDLLpi=0 RichDLLk=10.5913 RichDLLp=10.5913 RichPIDStatus=5092 RichDLLbt=10.5913 RichDLLd=10.5913 MuonMuLL=-0.142716 MuonBkgLL=-0.695978 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=40.9129 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=12.5399 CaloElectronMatch=717.123 CaloBremMatch=525.037 CaloChargedEcal=1441.98 CaloChargedID=39110 CaloNeutralEcal=1441.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.80521 CaloNeutralID=39110 CaloEcalE=2572.63 CaloHcalE=724.948 CaloEcalChi2=717.123 CaloClusChi2=12.5399 CaloTrajectoryL=2112.82 CaloEoverP=0.296272 EcalPIDe=-0.688698 HcalPIDe=-0.145138 HcalPIDmu=-0.955205 EcalPIDmu=-2.2714 TrackChi2PerDof=0.759658 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=5729.05 TrackPt=250.717 CombDLLe=0.505924 CombDLLmu=3.60383 CombDLLpi=0 CombDLLk=10.5913 CombDLLp=10.5913 CombDLLd=11.2873 ProbNNe=0.839453 ProbNNpi=0.147715 ProbNNk=0.0874232 ProbNNp=0.319412 ProbNNghost=0.240547 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-41.5245 RichDLLmu=-9.05603 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.905779 CaloElectronMatch=11.6405 CaloChargedEcal=1577.48 CaloChargedID=36214 CaloEcalE=1032.12 CaloHcalE=0 CaloEcalChi2=11.6405 CaloClusChi2=0.905779 CaloTrajectoryL=50.9024 CaloEoverP=0.806303 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.05151 EcalPIDmu=-1.64871 TrackChi2PerDof=1.70978 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2251.75 TrackPt=631.954 CombDLLe=-1.97774 CombDLLmu=-10.3359 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00174355 ProbNNpi=0.829514 ProbNNk=0.155627 ProbNNp=0.0726316 ProbNNghost=0.0105895 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=7.36373 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4257 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.856425 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=1850.68 TrackPt=69.4394 CombDLLe=1.27429 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.694492 ProbNNpi=0.396846 ProbNNk=0.0115641 ProbNNp=0.0256456 ProbNNghost=0.309253 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.02819 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=25903.6 TrackPt=580.024 ProbNNe=0.00227305 ProbNNmu=0.00489734 ProbNNpi=0.751359 ProbNNk=0.165524 ProbNNp=0.112517 ProbNNghost=0.00369744 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.35177 RichDLLmu=-1.54789 RichDLLpi=0 RichDLLk=2.33663 RichDLLp=3.5926 RichPIDStatus=6053 RichDLLbt=3.5926 RichDLLd=3.5926 InAccBrem=1 CaloBremChi2=272.05 BremPIDe=-0.26048 TrackChi2PerDof=1.5293 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=9517.53 TrackPt=514.994 CombDLLe=-0.671566 CombDLLmu=-2.10037 CombDLLpi=0 CombDLLk=2.33663 CombDLLp=3.5926 CombDLLd=3.5926 ProbNNe=0.000587535 ProbNNmu=0.00146578 ProbNNpi=0.40204 ProbNNk=0.355956 ProbNNp=0.254133 ProbNNghost=0.0366593 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.959728 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=28038.3 TrackPt=614.696 ProbNNe=0.00242861 ProbNNmu=0.00574583 ProbNNpi=0.746922 ProbNNk=0.170493 ProbNNp=0.111233 ProbNNghost=0.00432148 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.210526 RichDLLmu=0.153735 RichDLLpi=0 RichDLLk=0.475573 RichDLLp=2.3485 RichPIDStatus=139173 RichDLLbt=-11.3661 RichDLLd=-11.0872 InAccBrem=1 CaloBremChi2=363.519 BremPIDe=-0.383186 TrackChi2PerDof=2.82145 TrackNumDof=20 TrackType=4 TrackHistory=34 TrackP=47382.7 TrackPt=1660.34 CombDLLe=-0.346345 CombDLLmu=0.215161 CombDLLpi=0 CombDLLk=0.475573 CombDLLp=2.3485 CombDLLd=-11.0872 ProbNNe=0.00122119 ProbNNmu=0.00226591 ProbNNpi=0.0365024 ProbNNk=0.0476983 ProbNNp=0.0906581 ProbNNghost=0.829897 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.1033 RichDLLmu=-2.7394 RichDLLpi=0 RichDLLk=-3.02671 RichDLLp=-3.02671 RichPIDStatus=5027 RichDLLbt=-3.02671 RichDLLd=-3.02671 InAccBrem=1 CaloBremChi2=409.44 BremPIDe=-0.4614 TrackChi2PerDof=1.08405 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=3125.24 TrackPt=457.296 CombDLLe=-3.57154 CombDLLmu=-3.4925 CombDLLpi=0 CombDLLk=-3.02671 CombDLLp=-3.02671 CombDLLd=-3.02671 ProbNNe=2.1664e-06 ProbNNmu=0.00193014 ProbNNpi=0.936852 ProbNNk=0.0277734 ProbNNp=0.01428 ProbNNghost=0.0113951 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.6079 RichDLLmu=-3.204 RichDLLpi=0 RichDLLk=2.41383 RichDLLp=2.41383 RichPIDStatus=5028 RichDLLbt=2.41383 RichDLLd=2.41383 InAccBrem=1 CaloBremChi2=836.085 BremPIDe=-0.553589 TrackChi2PerDof=0.556819 TrackNumDof=16 TrackType=4 TrackHistory=34 TrackP=3193 TrackPt=613.758 CombDLLe=-2.84717 CombDLLmu=-3.9581 CombDLLpi=0 CombDLLk=2.41383 CombDLLp=2.41383 CombDLLd=2.41383 ProbNNe=5.11925e-05 ProbNNmu=0.00122504 ProbNNpi=0.66219 ProbNNk=0.166743 ProbNNp=0.080878 ProbNNghost=0.0643405 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.39042 RichDLLmu=-0.375127 RichDLLpi=0 RichDLLk=-15.6945 RichDLLp=-32.1691 RichPIDStatus=8099 RichDLLbt=-26.6929 RichDLLd=-26.6929 InAccBrem=1 CaloBremChi2=476.069 BremPIDe=-0.542409 TrackChi2PerDof=1.64018 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=29752.2 TrackPt=1011.24 CombDLLe=-0.785634 CombDLLmu=-0.524195 CombDLLpi=0 CombDLLk=-15.6945 CombDLLp=-32.1691 CombDLLd=-26.6929 ProbNNe=0.0167346 ProbNNmu=0.0183667 ProbNNpi=0.923862 ProbNNk=0.00290086 ProbNNp=0.000517302 ProbNNghost=0.0754172 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-33.4005 RichDLLmu=-1.48886 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=1222.4 BremPIDe=-0.53289 TrackChi2PerDof=0.626221 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=2295.77 TrackPt=476.194 CombDLLe=-5.315 CombDLLmu=-2.0249 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=6.87364e-08 ProbNNmu=0.00319938 ProbNNpi=0.853189 ProbNNk=0.0964355 ProbNNp=0.0423883 ProbNNghost=0.0149518 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.529211 RichDLLmu=-0.0771313 RichDLLpi=0 RichDLLk=12.9745 RichDLLp=13.7687 RichPIDStatus=6053 RichDLLbt=13.7687 RichDLLd=13.7687 InAccBrem=1 CaloBremChi2=31.5825 BremPIDe=2.24516 TrackChi2PerDof=0.979258 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=10181.7 TrackPt=1687.1 CombDLLe=2.15255 CombDLLmu=-0.107975 CombDLLpi=0 CombDLLk=12.9745 CombDLLp=13.7687 CombDLLd=13.7687 ProbNNe=4.39018e-05 ProbNNmu=0.00180761 ProbNNpi=0.0269116 ProbNNk=0.892324 ProbNNp=0.814675 ProbNNghost=0.0149341 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.8494 RichDLLmu=-10.2339 RichDLLpi=0 RichDLLk=3.39006 RichDLLp=3.39006 RichPIDStatus=5028 RichDLLbt=3.39006 RichDLLd=3.39006 InAccBrem=1 CaloBremChi2=13.1535 BremPIDe=2.71167 TrackChi2PerDof=1.15651 TrackNumDof=12 TrackType=4 TrackHistory=34 TrackP=3358.88 TrackPt=646.779 CombDLLe=0.38045 CombDLLmu=-6.77032 CombDLLpi=0 CombDLLk=3.39006 CombDLLp=3.39006 CombDLLd=3.39006 ProbNNe=3.80597e-05 ProbNNmu=0.00198526 ProbNNpi=0.812265 ProbNNk=0.0941685 ProbNNp=0.0509094 ProbNNghost=0.0185372 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.7067 RichDLLmu=-6.01122 RichDLLpi=0 RichDLLk=7.02731 RichDLLp=7.02731 RichPIDStatus=5028 RichDLLbt=7.02731 RichDLLd=7.02731 InAccBrem=1 CaloBremChi2=16.8814 BremPIDe=2.37284 TrackChi2PerDof=1.0034 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=3060.16 TrackPt=671.968 CombDLLe=0.542662 CombDLLmu=-5.84037 CombDLLpi=0 CombDLLk=7.02731 CombDLLp=7.02731 CombDLLd=7.02731 ProbNNe=6.52084e-05 ProbNNmu=0.00440968 ProbNNpi=0.617965 ProbNNk=0.250906 ProbNNp=0.174938 ProbNNghost=0.045722 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.1269 RichDLLmu=-10.752 RichDLLpi=0 RichDLLk=13.253 RichDLLp=13.253 RichPIDStatus=5028 RichDLLbt=13.253 RichDLLd=13.253 InAccBrem=1 CaloBremChi2=5.20157 BremPIDe=3.55139 TrackChi2PerDof=0.566737 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=6279 TrackPt=1540.45 CombDLLe=0.724843 CombDLLmu=-6.81273 CombDLLpi=0 CombDLLk=13.253 CombDLLp=13.253 CombDLLd=13.253 ProbNNe=9.69945e-06 ProbNNmu=0.00206439 ProbNNpi=0.57583 ProbNNk=0.273405 ProbNNp=0.189079 ProbNNghost=0.00716376 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.306164 ShowerShape=39222.5 ClusterMass=209.53 CaloNeutralEcal=15701.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.722993 CaloNeutralID=34700 CaloNeutralE19=0.338949 CaloClusterCode=-98 CaloClusterFrac=0.921352 IsPhoton=0.00823387 IsNotH=0.0115751 IsPhotonXGB=0.40087 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.038131 ShowerShape=1107.68 ClusterMass=41.0076 CaloNeutralEcal=44972.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954909 CaloNeutralID=42507 CaloNeutralE19=0.345001 CaloClusterCode=98 CaloClusterFrac=0.999975 IsPhoton=0.0131295 IsNotH=0.124769 IsPhotonXGB=0.705627 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.36694 ShowerShape=12201.5 ClusterMass=33.1867 CaloNeutralEcal=11927.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.885677 CaloNeutralID=34739 CaloNeutralE19=0.428837 CaloClusterCode=-92 CaloClusterFrac=0.999991 IsPhoton=0.0016142 IsNotH=0.0334119 IsPhotonXGB=0.252442 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.73533 ShowerShape=23888.3 ClusterMass=68.698 CaloNeutralEcal=7510.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.69779 CaloNeutralID=34698 CaloNeutralE19=0.300764 CaloClusterCode=-96 CaloClusterFrac=0.850316 IsPhoton=1 IsNotH=0.00220418 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=282.422 ShowerShape=507.998 ClusterMass=29.9964 CaloNeutralEcal=41573.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935638 CaloNeutralID=42205 CaloNeutralE19=0.79575 CaloClusterCode=95 CaloClusterFrac=0.999971 IsPhoton=1 IsNotH=0.966423 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.614966 ShowerShape=12572.8 ClusterMass=26.7224 CaloNeutralEcal=5353.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905496 CaloNeutralID=34174 CaloNeutralE19=0.348077 CaloClusterCode=97 CaloClusterFrac=1.00324 IsPhoton=1 IsNotH=0.0561196 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.67521 ShowerShape=10008.1 ClusterMass=31.7469 CaloNeutralEcal=7115.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924452 CaloNeutralID=34615 CaloNeutralE19=0.412993 CaloClusterCode=-98 CaloClusterFrac=1.00253 IsPhoton=1 IsNotH=0.0216317 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.322219 ShowerShape=7576.15 ClusterMass=16.9753 CaloNeutralEcal=7949.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957561 CaloNeutralID=35599 CaloNeutralE19=0.60635 CaloClusterCode=-95 CaloClusterFrac=0.999239 IsPhoton=1 IsNotH=0.286994 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=282.422 ShowerShape=507.998 ClusterMass=29.9964 CaloNeutralEcal=41573.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935638 CaloNeutralID=42205 CaloNeutralE19=0.79575 CaloClusterCode=95 CaloClusterFrac=0.999971 IsPhoton=1 IsNotH=0.966423 IsPhotonXGB=1 ClusterAsX=0.0837339 ClusterAsY=0.0180952 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.67521 ShowerShape=10008.1 ClusterMass=31.7469 CaloNeutralEcal=7115.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924452 CaloNeutralID=34615 CaloNeutralE19=0.412993 CaloClusterCode=-98 CaloClusterFrac=1.00253 IsPhoton=1 IsNotH=0.0216317 IsPhotonXGB=1 ClusterAsX=0.357832 ClusterAsY=0.360273 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=84.3434 ShowerShape=1982.6 CaloNeutralEcal=44816.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860681 CaloNeutralID=42460 CaloNeutralE19=0.337896 CaloClusterCode=-96 CaloClusterFrac=0.999947 IsPhoton=1 IsNotH=0.0302148 IsPhotonXGB=1 ClusterAsX=-0.278291 ClusterAsY=0.398683 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=148.861 ShowerShape=7302.91 CaloNeutralEcal=5313.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984102 CaloNeutralID=36317 CaloNeutralE19=0.533825 CaloClusterCode=91 IsPhoton=1 IsNotH=0.27306 IsPhotonXGB=1 ClusterAsX=0.190034 ClusterAsY=-0.344222 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.55866 ShowerShape=1629.58 CaloNeutralEcal=26132.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85985 CaloNeutralID=42707 CaloNeutralE19=0.37564 CaloClusterCode=-98 CaloClusterFrac=0.999955 IsPhoton=1 IsNotH=0.0239572 IsPhotonXGB=1 ClusterAsX=0.367951 ClusterAsY=0.352988 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=59.9784 ShowerShape=6759.6 CaloNeutralEcal=7647.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910319 CaloNeutralID=35739 CaloNeutralE19=0.547004 CaloClusterCode=91 CaloClusterFrac=0.999535 IsPhoton=1 IsNotH=0.266173 IsPhotonXGB=1 ClusterAsX=0.0101613 ClusterAsY=-0.389374 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=505.695 ShowerShape=910.361 CaloNeutralEcal=11488.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978011 CaloNeutralID=37797 CaloNeutralE19=0.780584 CaloClusterCode=-95 CaloClusterFrac=1.00381 IsPhoton=1 IsNotH=0.899443 IsPhotonXGB=1 ClusterAsX=0.16799 ClusterAsY=-0.0481275 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.5875 ShowerShape=3483.82 CaloNeutralEcal=11989.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829198 CaloNeutralID=39970 CaloNeutralE19=0.689339 CaloClusterCode=-91 CaloClusterFrac=0.999921 IsPhoton=1 IsNotH=0.802211 IsPhotonXGB=1 ClusterAsX=-0.0351793 ClusterAsY=-0.0373525 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=425.033 ShowerShape=1196.18 CaloNeutralEcal=6447.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965193 CaloNeutralID=37830 CaloNeutralE19=0.746106 CaloClusterCode=95 CaloClusterFrac=1.00062 IsPhoton=1 IsNotH=0.841455 IsPhotonXGB=1 ClusterAsX=0.160018 ClusterAsY=-0.11846 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.347 ShowerShape=11126.9 CaloNeutralEcal=5619.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920431 CaloNeutralID=35734 CaloNeutralE19=0.551409 CaloClusterCode=-91 CaloClusterFrac=1.0022 IsPhoton=1 IsNotH=0.346536 IsPhotonXGB=1 ClusterAsX=-0.0148111 ClusterAsY=-0.35501 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3909 ShowerShape=21116.6 CaloNeutralEcal=7451.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729783 CaloNeutralID=35546 CaloNeutralE19=0.395963 CaloClusterCode=-97 CaloClusterFrac=0.999936 IsPhoton=1 IsNotH=0.00703882 IsPhotonXGB=1 ClusterAsX=-0.00916188 ClusterAsY=0.0929664 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=602.436 ShowerShape=4012.12 CaloNeutralEcal=4190.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964309 CaloNeutralID=33969 CaloNeutralE19=0.798427 CaloClusterCode=95 CaloClusterFrac=1.01494 IsPhoton=1 IsNotH=0.744269 IsPhotonXGB=1 ClusterAsX=0.0971796 ClusterAsY=-0.0324524 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.51429 ShowerShape=1606.66 CaloNeutralEcal=22373.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884608 CaloNeutralID=43370 CaloNeutralE19=0.396555 CaloClusterCode=95 CaloClusterFrac=0.999829 IsPhoton=1 IsNotH=0.620147 IsPhotonXGB=1 ClusterAsX=0.428463 ClusterAsY=0.0350559 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.1243 ShowerShape=572.129 CaloNeutralEcal=28418.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91389 CaloNeutralID=42532 CaloNeutralE19=0.720593 CaloClusterCode=-93 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.9213 IsPhotonXGB=1 ClusterAsX=-0.095318 ClusterAsY=0.0618234 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=207.244 ShowerShape=8495.39 CaloNeutralEcal=4961.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877129 CaloNeutralID=33759 CaloNeutralE19=0.689554 CaloClusterCode=-93 CaloClusterFrac=1.00137 IsPhoton=1 IsNotH=0.38674 IsPhotonXGB=1 ClusterAsX=-0.10118 ClusterAsY=-0.0145004 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.4937 ShowerShape=3586.21 CaloNeutralEcal=11813.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988667 CaloNeutralID=39716 CaloNeutralE19=0.47714 CaloClusterCode=67 CaloClusterFrac=0.999817 IsPhoton=1 IsNotH=0.470467 IsPhotonXGB=1 ClusterAsX=0.166857 ClusterAsY=0.315346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.7997 ShowerShape=1595 CaloNeutralEcal=25195.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866742 CaloNeutralID=42967 CaloNeutralE19=0.3358 CaloClusterCode=61 CaloClusterFrac=0.997355 IsPhoton=1 IsNotH=0.00511313 IsPhotonXGB=1 ClusterAsX=-0.334657 ClusterAsY=-0.254405 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=148.416 ShowerShape=802.136 CaloNeutralEcal=21067.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923353 CaloNeutralID=42728 CaloNeutralE19=0.710615 CaloClusterCode=-65 CaloClusterFrac=0.999584 IsPhoton=1 IsNotH=0.913591 IsPhotonXGB=1 ClusterAsX=0.17264 ClusterAsY=-0.0468069 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=57.8423 ShowerShape=2309.54 CaloNeutralEcal=4405.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894435 CaloNeutralID=39426 CaloNeutralE19=0.612391 CaloClusterCode=97 IsPhoton=1 IsNotH=0.630017 IsPhotonXGB=1 ClusterAsX=0.0138549 ClusterAsY=0.236404 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.1351 ShowerShape=2537.85 CaloNeutralEcal=17221.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77483 CaloNeutralID=42601 CaloNeutralE19=0.3112 CaloClusterCode=-93 CaloClusterFrac=0.999919 IsPhoton=1 IsNotH=0.0404351 IsPhotonXGB=1 ClusterAsX=-0.385432 ClusterAsY=0.000276176 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=360.868 ShowerShape=4887.81 CaloNeutralEcal=2812.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.994543 CaloNeutralID=33429 CaloNeutralE19=0.753663 CaloClusterCode=-91 CaloClusterFrac=1.00541 IsPhoton=1 IsNotH=0.665849 IsPhotonXGB=1 ClusterAsX=-0.0975988 ClusterAsY=-0.178631 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.9947 ShowerShape=1882.8 CaloNeutralEcal=23822.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.802188 CaloNeutralID=42530 CaloNeutralE19=0.259524 CaloClusterCode=-93 CaloClusterFrac=0.999708 IsPhoton=1 IsNotH=0.00512333 IsPhotonXGB=1 ClusterAsX=-0.184897 ClusterAsY=0.341212 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.6939 ShowerShape=1301.64 CaloNeutralEcal=10456.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967006 CaloNeutralID=41885 CaloNeutralE19=0.679006 CaloClusterCode=67 CaloClusterFrac=0.99996 IsPhoton=1 IsNotH=0.853399 IsPhotonXGB=1 ClusterAsX=0.0623501 ClusterAsY=0.13197 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=448.064 ShowerShape=2804.13 CaloNeutralEcal=3163.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974066 CaloNeutralID=33688 CaloNeutralE19=0.941615 CaloClusterCode=-93 CaloClusterFrac=1.00187 IsPhoton=1 IsNotH=0.892644 IsPhotonXGB=1 ClusterAsX=-0.020757 ClusterAsY=0.00896769 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=110.182 ShowerShape=18176.5 CaloNeutralEcal=2261.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.757259 CaloNeutralID=36049 CaloNeutralE19=0.467364 CaloClusterCode=-91 CaloClusterFrac=0.978248 IsPhoton=1 IsNotH=0.0619922 IsPhotonXGB=1 ClusterAsX=-0.0354629 ClusterAsY=-0.00873105 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=167.459 ShowerShape=2120.47 CaloNeutralEcal=12689 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.681092 CaloNeutralID=43810 CaloNeutralE19=0.363253 CaloClusterCode=97 CaloClusterFrac=0.999924 IsPhoton=1 IsNotH=0.0108692 IsPhotonXGB=1 ClusterAsX=-0.0355778 ClusterAsY=0.0138865 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=474.379 ShowerShape=7167.6 CaloNeutralEcal=2694.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933356 CaloNeutralID=33631 CaloNeutralE19=0.636949 CaloClusterCode=-98 CaloClusterFrac=0.972177 IsPhoton=1 IsNotH=0.164423 IsPhotonXGB=1 ClusterAsX=0.129563 ClusterAsY=0.176896 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.3303 ShowerShape=3808.71 CaloNeutralEcal=3833.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958255 CaloNeutralID=39495 CaloNeutralE19=0.364987 CaloClusterCode=95 CaloClusterFrac=1.00959 IsPhoton=1 IsNotH=0.278533 IsPhotonXGB=1 ClusterAsX=0.452587 ClusterAsY=-0.272067 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.00748 ShowerShape=3330.78 CaloNeutralEcal=4327.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853661 CaloNeutralID=39113 CaloNeutralE19=0.263297 CaloClusterCode=-92 CaloClusterFrac=1.00685 IsPhoton=1 IsNotH=0.0377808 IsPhotonXGB=1 ClusterAsX=0.382227 ClusterAsY=-0.389876 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3428.65 CaloNeutralEcal=1805.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976252 CaloNeutralID=33717 CaloNeutralE19=0.77898 CaloClusterCode=91 CaloClusterFrac=1.01124 IsPhoton=1 IsNotH=0.726879 IsPhotonXGB=1 ClusterAsX=0.0906413 ClusterAsY=-0.113758 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=259.495 ShowerShape=5160.53 CaloNeutralEcal=1537.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984195 CaloNeutralID=35844 CaloNeutralE19=0.681906 CaloClusterCode=-97 CaloClusterFrac=1.0025 IsPhoton=1 IsNotH=0.365475 IsPhotonXGB=1 ClusterAsX=-0.167978 ClusterAsY=0.208558 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.68935 ShowerShape=8910.14 CaloNeutralEcal=1335.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880393 CaloNeutralID=35393 CaloNeutralE19=0.511218 CaloClusterCode=-95 CaloClusterFrac=0.868428 IsPhoton=1 IsNotH=0.0278003 IsPhotonXGB=1 ClusterAsX=0.277371 ClusterAsY=0.122049 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.2569 ShowerShape=5912.73 CaloNeutralEcal=2217.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904812 CaloNeutralID=33836 CaloNeutralE19=0.806063 CaloClusterCode=-95 CaloClusterFrac=0.956117 IsPhoton=1 IsNotH=0.646911 IsPhotonXGB=1 ClusterAsX=0.0390605 ClusterAsY=-0.016145 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=241.314 ShowerShape=4222.65 CaloNeutralEcal=1630.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.989483 CaloNeutralID=33862 CaloNeutralE19=0.779555 CaloClusterCode=91 CaloClusterFrac=1.02461 IsPhoton=1 IsNotH=0.692481 IsPhotonXGB=1 ClusterAsX=-0.0411891 ClusterAsY=-0.203948 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=101.323 ShowerShape=963.846 CaloNeutralEcal=11560.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910756 CaloNeutralID=42272 CaloNeutralE19=0.527676 CaloClusterCode=97 CaloClusterFrac=0.999726 IsPhoton=1 IsNotH=0.846533 IsPhotonXGB=1 ClusterAsX=-0.13757 ClusterAsY=0.233022 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.9451 ShowerShape=940.649 CaloNeutralEcal=6830.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847489 CaloNeutralID=42609 CaloNeutralE19=0.621634 CaloClusterCode=97 CaloClusterFrac=0.988687 IsPhoton=1 IsNotH=0.507435 IsPhotonXGB=1 ClusterAsX=0.0189559 ClusterAsY=0.14751 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.5399 ShowerShape=2368.66 CaloNeutralEcal=4025.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869311 CaloNeutralID=39179 CaloNeutralE19=0.555312 CaloClusterCode=-91 CaloClusterFrac=1.00926 IsPhoton=1 IsNotH=0.254118 IsPhotonXGB=1 ClusterAsX=-0.158308 ClusterAsY=-0.185931 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.9108 ShowerShape=18979.3 CaloNeutralEcal=1897.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992107 CaloNeutralID=33556 CaloNeutralE19=0.562877 CaloClusterCode=-95 CaloClusterFrac=1.02248 IsPhoton=1 IsNotH=0.186999 IsPhotonXGB=1 ClusterAsX=0.297079 ClusterAsY=0.13615 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.3394 ShowerShape=13378.4 CaloNeutralEcal=2848.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942778 CaloNeutralID=35678 CaloNeutralE19=0.498169 CaloClusterCode=-90 CaloClusterFrac=0.937727 IsPhoton=1 IsNotH=0.0295494 IsPhotonXGB=1 ClusterAsX=-0.340717 ClusterAsY=-0.395732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.2095 ShowerShape=32061.2 CaloNeutralEcal=3166.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775312 CaloNeutralID=34085 CaloNeutralE19=0.331478 CaloClusterCode=91 IsPhoton=1 IsNotH=0.0317344 IsPhotonXGB=1 ClusterAsX=-0.129814 ClusterAsY=-0.239576 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.4041 ShowerShape=2144.79 CaloNeutralEcal=17878.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820792 CaloNeutralID=42590 CaloNeutralE19=0.492198 CaloClusterCode=-63 CaloClusterFrac=0.999181 IsPhoton=1 IsNotH=0.00793416 IsPhotonXGB=1 ClusterAsX=-0.106781 ClusterAsY=-0.293985 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.42676 ShowerShape=2215.1 CaloNeutralEcal=2719.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920422 CaloNeutralID=38203 CaloNeutralE19=0.514813 CaloClusterCode=97 CaloClusterFrac=1.00985 IsPhoton=1 IsNotH=0.450911 IsPhotonXGB=1 ClusterAsX=0.0884154 ClusterAsY=0.29927 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=747.456 ShowerShape=2938.02 CaloNeutralEcal=2023.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.9634 CaloNeutralID=33626 CaloNeutralE19=0.877204 CaloClusterCode=-91 CaloClusterFrac=1.00837 IsPhoton=1 IsNotH=0.850643 IsPhotonXGB=1 ClusterAsX=-0.00597444 ClusterAsY=-0.0537956 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.7528 ShowerShape=14152.8 CaloNeutralEcal=2188.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.96406 CaloNeutralID=35539 CaloNeutralE19=0.600463 CaloClusterCode=95 CaloClusterFrac=1.00547 IsPhoton=1 IsNotH=0.229673 IsPhotonXGB=1 ClusterAsX=0.19589 ClusterAsY=-0.180617 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.268 ShowerShape=1039.57 CaloNeutralEcal=10754 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928764 CaloNeutralID=42584 CaloNeutralE19=0.756732 CaloClusterCode=73 CaloClusterFrac=0.99957 IsPhoton=1 IsNotH=0.92436 IsPhotonXGB=1 ClusterAsX=-0.0780985 ClusterAsY=-0.110697 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=356.78 ShowerShape=8775.05 CaloNeutralEcal=1849.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84887 CaloNeutralID=33565 CaloNeutralE19=0.45898 CaloClusterCode=-93 CaloClusterFrac=1.0143 IsPhoton=1 IsNotH=0.0328571 IsPhotonXGB=1 ClusterAsX=-0.223902 ClusterAsY=-0.0743439 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=335.803 ShowerShape=7712.87 CaloNeutralEcal=1178.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00874 CaloNeutralID=33291 CaloNeutralE19=0.650372 CaloClusterCode=90 IsPhoton=1 IsNotH=0.123132 IsPhotonXGB=1 ClusterAsX=-0.351302 ClusterAsY=-0.233611 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=229.02 ShowerShape=10822.1 CaloNeutralEcal=2607.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903309 CaloNeutralID=33948 CaloNeutralE19=0.554363 CaloClusterCode=95 CaloClusterFrac=1.02499 IsPhoton=1 IsNotH=0.165103 IsPhotonXGB=1 ClusterAsX=0.257141 ClusterAsY=-0.00925404 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=4919.88 CaloNeutralEcal=1355.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972994 CaloNeutralID=33190 CaloNeutralE19=0.680221 CaloClusterCode=63 IsPhoton=1 IsNotH=0.411302 IsPhotonXGB=1 ClusterAsX=-0.269288 ClusterAsY=0.0604021 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.61099 ShowerShape=5125.9 CaloNeutralEcal=2323.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852236 CaloNeutralID=39239 CaloNeutralE19=0.363859 CaloClusterCode=-93 CaloClusterFrac=0.856355 IsPhoton=1 IsNotH=0.0093716 IsPhotonXGB=1 ClusterAsX=-0.292284 ClusterAsY=0.123059 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.9992 ShowerShape=981.038 CaloNeutralEcal=3960.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842895 CaloNeutralID=42036 CaloNeutralE19=0.484934 CaloClusterCode=97 CaloClusterFrac=1.00275 IsPhoton=1 IsNotH=0.31708 IsPhotonXGB=1 ClusterAsX=0.0673421 ClusterAsY=0.194701 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.5714 ShowerShape=7531.96 CaloNeutralEcal=2301.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914346 CaloNeutralID=35561 CaloNeutralE19=0.672897 CaloClusterCode=90 CaloClusterFrac=1.01404 IsPhoton=1 IsNotH=0.251558 IsPhotonXGB=1 ClusterAsX=-0.13474 ClusterAsY=-0.168223 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.99504 ShowerShape=2056.07 CaloNeutralEcal=2101.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884008 CaloNeutralID=39108 CaloNeutralE19=0.710796 CaloClusterCode=-98 CaloClusterFrac=0.89732 IsPhoton=1 IsNotH=0.596421 IsPhotonXGB=1 ClusterAsX=0.0783613 ClusterAsY=0.0541802 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.6179 ShowerShape=9953.08 CaloNeutralEcal=1563.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815783 CaloNeutralID=34189 CaloNeutralE19=0.391877 CaloClusterCode=91 IsPhoton=1 IsNotH=0.0186325 IsPhotonXGB=1 ClusterAsX=-0.0563959 ClusterAsY=-0.438692 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=515.397 ShowerShape=1488.6 CaloNeutralEcal=2530.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916125 CaloNeutralID=37669 CaloNeutralE19=0.80125 CaloClusterCode=-63 CaloClusterFrac=0.818261 IsPhoton=1 IsNotH=0.602509 IsPhotonXGB=1 ClusterAsX=-0.0170186 ClusterAsY=0.0249892 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=99.0009 ShowerShape=5531.18 CaloNeutralEcal=1090.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963688 CaloNeutralID=36022 CaloNeutralE19=0.475782 CaloClusterCode=93 CaloClusterFrac=1.00681 IsPhoton=1 IsNotH=0.340732 IsPhotonXGB=1 ClusterAsX=-0.431798 ClusterAsY=-0.0575729 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=758.348 ShowerShape=6082.23 CaloNeutralEcal=867.806 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00838 CaloNeutralID=33536 CaloNeutralE19=0.541271 CaloClusterCode=67 IsPhoton=1 IsNotH=0.0865019 IsPhotonXGB=1 ClusterAsX=0.19693 ClusterAsY=0.270415 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.417 ShowerShape=12602.9 CaloNeutralEcal=1594.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703199 CaloNeutralID=35692 CaloNeutralE19=0.348243 CaloClusterCode=-97 CaloClusterFrac=1.00363 IsPhoton=1 IsNotH=0.039628 IsPhotonXGB=1 ClusterAsX=0.0876984 ClusterAsY=0.0642377 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=57.7542 ShowerShape=1085.42 CaloNeutralEcal=9575.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920773 CaloNeutralID=43159 CaloNeutralE19=0.42305 CaloClusterCode=61 CaloClusterFrac=0.999919 IsPhoton=1 IsNotH=0.107033 IsPhotonXGB=1 ClusterAsX=-0.188168 ClusterAsY=-0.315102 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.6379 ShowerShape=12108.5 CaloNeutralEcal=998.587 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939516 CaloNeutralID=35010 CaloNeutralE19=0.575205 CaloClusterCode=98 CaloClusterFrac=1.0186 IsPhoton=1 IsNotH=0.100214 IsPhotonXGB=1 ClusterAsX=0.337779 ClusterAsY=0.253356 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=357.189 ShowerShape=4837.32 CaloNeutralEcal=1119.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977419 CaloNeutralID=33425 CaloNeutralE19=0.853181 CaloClusterCode=96 CaloClusterFrac=1.01281 IsPhoton=1 IsNotH=0.738849 IsPhotonXGB=1 ClusterAsX=-0.107303 ClusterAsY=0.0955017 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.6922 ShowerShape=9986.24 CaloNeutralEcal=2496.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.834734 CaloNeutralID=35492 CaloNeutralE19=0.43954 CaloClusterCode=-65 CaloClusterFrac=0.999971 IsPhoton=1 IsNotH=0.0490707 IsPhotonXGB=1 ClusterAsX=0.0323575 ClusterAsY=-0.336259 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.12713 ShowerShape=13797.3 CaloNeutralEcal=1450.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.821143 CaloNeutralID=35567 CaloNeutralE19=0.305512 CaloClusterCode=-93 CaloClusterFrac=1.02859 IsPhoton=1 IsNotH=0.00593279 IsPhotonXGB=1 ClusterAsX=-0.347592 ClusterAsY=-0.19834 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=140.092 ShowerShape=1049.44 CaloNeutralEcal=8999.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772896 CaloNeutralID=43549 CaloNeutralE19=0.566014 CaloClusterCode=97 IsPhoton=1 IsNotH=0.306182 IsPhotonXGB=1 ClusterAsX=0.0409925 ClusterAsY=0.0730854 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.503 ShowerShape=1625.58 CaloNeutralEcal=9242.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775494 CaloNeutralID=42984 CaloNeutralE19=0.377485 CaloClusterCode=67 CaloClusterFrac=0.999098 IsPhoton=1 IsNotH=0.0174829 IsPhotonXGB=1 ClusterAsX=0.251076 ClusterAsY=0.0456037 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.364 ShowerShape=10281.6 CaloNeutralEcal=1988.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813669 CaloNeutralID=35620 CaloNeutralE19=0.372307 CaloClusterCode=-97 CaloClusterFrac=0.999948 IsPhoton=1 IsNotH=0.0142198 IsPhotonXGB=1 ClusterAsX=-0.0662681 ClusterAsY=0.301186 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.7268 ShowerShape=1306.21 CaloNeutralEcal=2181.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920382 CaloNeutralID=37839 CaloNeutralE19=0.714843 CaloClusterCode=91 CaloClusterFrac=1.002 IsPhoton=1 IsNotH=0.869629 IsPhotonXGB=1 ClusterAsX=-0.0079549 ClusterAsY=-0.148802 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.3688 ShowerShape=1774.13 CaloNeutralEcal=1760.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960155 CaloNeutralID=38653 CaloNeutralE19=0.571011 CaloClusterCode=-91 CaloClusterFrac=1.03538 IsPhoton=1 IsNotH=0.245794 IsPhotonXGB=1 ClusterAsX=-0.137515 ClusterAsY=-0.205585 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=132.403 ShowerShape=2599.19 CaloNeutralEcal=2662.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980826 CaloNeutralID=37930 CaloNeutralE19=0.57773 CaloClusterCode=97 IsPhoton=1 IsNotH=0.51692 IsPhotonXGB=1 ClusterAsX=0.191448 ClusterAsY=0.237643 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.1662 ShowerShape=12412.3 CaloNeutralEcal=1204.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938303 CaloNeutralID=34227 CaloNeutralE19=0.839697 CaloClusterCode=92 CaloClusterFrac=1.03226 IsPhoton=1 IsNotH=0.780562 IsPhotonXGB=1 ClusterAsX=0.0790567 ClusterAsY=-0.0744473 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.8935 ShowerShape=6574.52 CaloNeutralEcal=1050.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.846474 CaloNeutralID=35446 CaloNeutralE19=0.650866 CaloClusterCode=91 CaloClusterFrac=1.0168 IsPhoton=1 IsNotH=0.452869 IsPhotonXGB=1 ClusterAsX=0.118045 ClusterAsY=0.00672878 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.70221 ShowerShape=1643.18 CaloNeutralEcal=4734.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845924 CaloNeutralID=43374 CaloNeutralE19=0.475157 CaloClusterCode=96 CaloClusterFrac=0.999796 IsPhoton=1 IsNotH=0.063084 IsPhotonXGB=1 ClusterAsX=-0.202425 ClusterAsY=0.256855 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.7204 ShowerShape=1272.56 CaloNeutralEcal=3561.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805234 CaloNeutralID=43147 CaloNeutralE19=0.60924 CaloClusterCode=95 CaloClusterFrac=1.0118 IsPhoton=1 IsNotH=0.31748 IsPhotonXGB=1 ClusterAsX=0.0925831 ClusterAsY=0.0371489 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.8962 ShowerShape=2962.69 CaloNeutralEcal=1287.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953779 CaloNeutralID=35278 CaloNeutralE19=0.86609 CaloClusterCode=95 CaloClusterFrac=1.00452 IsPhoton=1 IsNotH=0.871172 IsPhotonXGB=1 ClusterAsX=0.0636628 ClusterAsY=0.0162622 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.9654 ShowerShape=7750.38 CaloNeutralEcal=904.942 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951932 CaloNeutralID=35462 CaloNeutralE19=0.598812 CaloClusterCode=-91 CaloClusterFrac=1.00968 IsPhoton=1 IsNotH=0.259544 IsPhotonXGB=1 ClusterAsX=-0.110774 ClusterAsY=-0.226306 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.4747 ShowerShape=2006.77 CaloNeutralEcal=6016.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.673646 CaloNeutralID=42859 CaloNeutralE19=0.357014 CaloClusterCode=95 CaloClusterFrac=0.996032 IsPhoton=1 IsNotH=0.00675024 IsPhotonXGB=1 ClusterAsX=0.0805745 ClusterAsY=-0.0324528 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.9512 ShowerShape=5288.22 CaloNeutralEcal=1721.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789554 CaloNeutralID=39752 CaloNeutralE19=0.398877 CaloClusterCode=95 CaloClusterFrac=0.999544 IsPhoton=1 IsNotH=0.00852202 IsPhotonXGB=1 ClusterAsX=0.229737 ClusterAsY=-0.244528 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=195.527 ShowerShape=873.503 CaloNeutralEcal=4362.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.802378 CaloNeutralID=42073 CaloNeutralE19=0.594042 CaloClusterCode=95 CaloClusterFrac=0.999799 IsPhoton=1 IsNotH=0.352728 IsPhotonXGB=1 ClusterAsX=0.0846934 ClusterAsY=0.00405055 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.05784 ShowerShape=785.889 CaloNeutralEcal=2655.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820467 CaloNeutralID=42230 CaloNeutralE19=0.616699 CaloClusterCode=93 CaloClusterFrac=0.99603 IsPhoton=1 IsNotH=0.415339 IsPhotonXGB=1 ClusterAsX=-0.0545982 ClusterAsY=0.0551579 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=116.815 ShowerShape=5758.33 CaloNeutralEcal=1399.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=34157 CaloNeutralE19=0.829585 CaloClusterCode=65 CaloClusterFrac=1.08125 IsPhoton=1 IsNotH=0.717459 IsPhotonXGB=1 ClusterAsX=0.222962 ClusterAsY=0.389786 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=102.898 ShowerShape=1770.79 CaloNeutralEcal=1911.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94867 CaloNeutralID=38197 CaloNeutralE19=0.442397 CaloClusterCode=97 CaloClusterFrac=1.03971 IsPhoton=1 IsNotH=0.530404 IsPhotonXGB=1 ClusterAsX=0.102127 ClusterAsY=0.480413 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.5577 ShowerShape=3759.05 CaloNeutralEcal=1441.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.80521 CaloNeutralID=39110 CaloNeutralE19=0.43949 CaloClusterCode=-97 CaloClusterFrac=0.84463 IsPhoton=1 IsNotH=0.0640829 IsPhotonXGB=1 ClusterAsX=0.0145607 ClusterAsY=0.474012 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.3198 ShowerShape=9844.31 CaloNeutralEcal=1038.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878587 CaloNeutralID=35533 CaloNeutralE19=0.371999 CaloClusterCode=-91 CaloClusterFrac=1.03041 IsPhoton=1 IsNotH=0.0291394 IsPhotonXGB=1 ClusterAsX=-0.169307 ClusterAsY=-0.33903 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.1244 ShowerShape=3216.12 CaloNeutralEcal=1551.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94827 CaloNeutralID=38724 CaloNeutralE19=0.461007 CaloClusterCode=95 IsPhoton=1 IsNotH=0.291537 IsPhotonXGB=1 ClusterAsX=0.347727 ClusterAsY=-0.194735 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.5474 ShowerShape=2489.71 CaloNeutralEcal=3031.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947982 CaloNeutralID=38049 CaloNeutralE19=0.468738 CaloClusterCode=-93 CaloClusterFrac=0.97336 IsPhoton=1 IsNotH=0.480567 IsPhotonXGB=1 ClusterAsX=-0.431093 ClusterAsY=0.0935218 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=765.795 ShowerShape=619.15 CaloNeutralEcal=1376.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=37639 CaloNeutralE19=0.936651 CaloClusterCode=63 CaloClusterFrac=1.01123 IsPhoton=1 IsNotH=0.946963 IsPhotonXGB=1 ClusterAsX=-0.0413982 ClusterAsY=0.00578438 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.6631 ShowerShape=2953.99 CaloNeutralEcal=1595.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.774668 CaloNeutralID=38392 CaloNeutralE19=0.474546 CaloClusterCode=-95 CaloClusterFrac=1.00454 IsPhoton=1 IsNotH=0.0291081 IsPhotonXGB=1 ClusterAsX=-0.0283251 ClusterAsY=0.255684 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.8689 ShowerShape=4270.23 CaloNeutralEcal=779.337 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977482 CaloNeutralID=34298 CaloNeutralE19=0.647719 CaloClusterCode=95 CaloClusterFrac=1.05472 IsPhoton=1 IsNotH=0.517277 IsPhotonXGB=1 ClusterAsX=0.321203 ClusterAsY=0.0223144 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=318.753 ShowerShape=2795.21 CaloNeutralEcal=647.198 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951528 CaloNeutralID=35720 CaloNeutralE19=0.836536 CaloClusterCode=-93 CaloClusterFrac=0.880534 IsPhoton=1 IsNotH=0.451562 IsPhotonXGB=1 ClusterAsX=-0.0873751 ClusterAsY=0.0115549 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.9302 ShowerShape=10801.9 CaloNeutralEcal=815.547 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.96497 CaloNeutralID=34359 CaloNeutralE19=0.442795 CaloClusterCode=-96 CaloClusterFrac=1.00553 IsPhoton=1 IsNotH=0.0371146 IsPhotonXGB=1 ClusterAsX=-0.369436 ClusterAsY=0.45561 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.5463 ShowerShape=3510.87 CaloNeutralEcal=771.031 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953948 CaloNeutralID=34182 CaloNeutralE19=0.841927 CaloClusterCode=-96 CaloClusterFrac=1.05033 IsPhoton=1 IsNotH=0.800251 IsPhotonXGB=1 ClusterAsX=-0.111619 ClusterAsY=0.0432049 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=144.18 ShowerShape=4239.23 CaloNeutralEcal=736.499 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972547 CaloNeutralID=36083 CaloNeutralE19=0.750904 CaloClusterCode=95 CaloClusterFrac=1.02823 IsPhoton=1 IsNotH=0.642799 IsPhotonXGB=1 ClusterAsX=0.178371 ClusterAsY=-0.0706695 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=244.564 ShowerShape=8746.34 CaloNeutralEcal=858.438 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00587 CaloNeutralID=36115 CaloNeutralE19=0.865772 CaloClusterCode=-93 CaloClusterFrac=1.06051 IsPhoton=1 IsNotH=0.557577 IsPhotonXGB=1 ClusterAsX=-0.0983602 ClusterAsY=0.0778334 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=100.883 ShowerShape=811.257 CaloNeutralEcal=4583.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815112 CaloNeutralID=43686 CaloNeutralE19=0.625527 CaloClusterCode=95 CaloClusterFrac=0.9994 IsPhoton=1 IsNotH=0.445143 IsPhotonXGB=1 ClusterAsX=0.0712602 ClusterAsY=0.0384832 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=151.933 ShowerShape=5509.41 CaloNeutralEcal=1365.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991335 CaloNeutralID=34008 CaloNeutralE19=0.624988 CaloClusterCode=91 CaloClusterFrac=1.07037 IsPhoton=1 IsNotH=0.485319 IsPhotonXGB=1 ClusterAsX=-0.150059 ClusterAsY=-0.34474 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.7673 ShowerShape=5126.97 CaloNeutralEcal=1870.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.838071 CaloNeutralID=38286 CaloNeutralE19=0.356354 CaloClusterCode=96 CaloClusterFrac=1.0397 IsPhoton=1 IsNotH=0.0348809 IsPhotonXGB=1 ClusterAsX=-0.222601 ClusterAsY=0.403857 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.42309 ShowerShape=1280.71 CaloNeutralEcal=2523.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.681562 CaloNeutralID=43188 CaloNeutralE19=0.358619 CaloClusterCode=-91 CaloClusterFrac=0.993513 IsPhoton=1 IsNotH=0.00576623 IsPhotonXGB=1 ClusterAsX=0.0396239 ClusterAsY=0.0562609 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.5584 ShowerShape=5091.66 CaloNeutralEcal=1279.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947747 CaloNeutralID=40075 CaloNeutralE19=0.810263 CaloClusterCode=97 CaloClusterFrac=1.00454 IsPhoton=1 IsNotH=0.962238 IsPhotonXGB=1 ClusterAsX=0.0577269 ClusterAsY=0.0707507 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=241.602 ShowerShape=7249.3 CaloNeutralEcal=535.293 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.851881 CaloNeutralID=36410 CaloNeutralE19=0.554201 CaloClusterCode=97 CaloClusterFrac=1.08567 IsPhoton=1 IsNotH=0.221484 IsPhotonXGB=1 ClusterAsX=0.0530288 ClusterAsY=0.13952 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=163.727 ShowerShape=916.288 CaloNeutralEcal=1078.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960275 CaloNeutralID=39747 CaloNeutralE19=0.804597 CaloClusterCode=95 CaloClusterFrac=1.01315 IsPhoton=1 IsNotH=0.852251 IsPhotonXGB=1 ClusterAsX=0.146615 ClusterAsY=0.0230267 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=51.5656 ShowerShape=1895.96 CaloNeutralEcal=1682.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934885 CaloNeutralID=39665 CaloNeutralE19=0.57799 CaloClusterCode=95 CaloClusterFrac=1.09462 IsPhoton=1 IsNotH=0.500497 IsPhotonXGB=1 ClusterAsX=0.381126 ClusterAsY=0.0160426 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.9289 ShowerShape=18966.2 CaloNeutralEcal=1288.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.722081 CaloNeutralID=35616 CaloNeutralE19=0.402298 CaloClusterCode=-90 CaloClusterFrac=1.00715 IsPhoton=1 IsNotH=0.00688294 IsPhotonXGB=1 ClusterAsX=-0.327232 ClusterAsY=0.0265585 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=224.056 ShowerShape=1284.61 CaloNeutralEcal=1535.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90298 CaloNeutralID=37842 CaloNeutralE19=0.705851 CaloClusterCode=97 CaloClusterFrac=1.0732 IsPhoton=1 IsNotH=0.307095 IsPhotonXGB=1 ClusterAsX=-0.0895261 ClusterAsY=0.0760334 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=288.167 ShowerShape=8255.68 CaloNeutralEcal=448.586 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.899275 CaloNeutralID=33597 CaloNeutralE19=0.52674 CaloClusterCode=97 IsPhoton=1 IsNotH=0.168074 IsPhotonXGB=1 ClusterAsX=-0.00492247 ClusterAsY=0.336115 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=277.053 ShowerShape=4729.93 CaloNeutralEcal=568.666 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938136 CaloNeutralID=36333 CaloNeutralE19=0.727925 CaloClusterCode=97 IsPhoton=1 IsNotH=0.577214 IsPhotonXGB=1 ClusterAsX=0.0964648 ClusterAsY=0.0354593 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=121.602 ShowerShape=1370.03 CaloNeutralEcal=2007.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.74653 CaloNeutralID=44049 CaloNeutralE19=0.407105 CaloClusterCode=98 IsPhoton=1 IsNotH=0.00832603 IsPhotonXGB=1 ClusterAsX=0.244551 ClusterAsY=0.13455 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=121.602 ShowerShape=8171.7 CaloNeutralEcal=507.511 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911816 CaloNeutralID=33923 CaloNeutralE19=0.625759 CaloClusterCode=90 CaloClusterFrac=1.05043 IsPhoton=1 IsNotH=0.304092 IsPhotonXGB=1 ClusterAsX=-0.182294 ClusterAsY=-0.198389 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.4191 ShowerShape=2888.59 CaloNeutralEcal=2122.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884632 CaloNeutralID=39775 CaloNeutralE19=0.507707 CaloClusterCode=95 CaloClusterFrac=1.03289 IsPhoton=1 IsNotH=0.158222 IsPhotonXGB=1 ClusterAsX=0.364672 ClusterAsY=-0.0667225 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.2738 ShowerShape=19816 CaloNeutralEcal=1263.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869407 CaloNeutralID=34080 CaloNeutralE19=0.442536 CaloClusterCode=95 CaloClusterFrac=1.05534 IsPhoton=1 IsNotH=0.0693995 IsPhotonXGB=1 ClusterAsX=0.3003 ClusterAsY=0.0600079 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.2932 ShowerShape=1938.61 CaloNeutralEcal=864.263 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968468 CaloNeutralID=38270 CaloNeutralE19=0.579106 CaloClusterCode=93 CaloClusterFrac=1.03368 IsPhoton=1 IsNotH=0.242011 IsPhotonXGB=1 ClusterAsX=-0.358238 ClusterAsY=-0.193523 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.6542 ShowerShape=2248.08 CaloNeutralEcal=1213.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921715 CaloNeutralID=38709 CaloNeutralE19=0.670215 CaloClusterCode=93 CaloClusterFrac=0.997357 IsPhoton=1 IsNotH=0.653211 IsPhotonXGB=1 ClusterAsX=-0.19718 ClusterAsY=-0.0670349 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=685.105 ShowerShape=3124.73 CaloNeutralEcal=535.622 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977682 CaloNeutralID=36326 CaloNeutralE19=0.887129 CaloClusterCode=-91 IsPhoton=1 IsNotH=0.857064 IsPhotonXGB=1 ClusterAsX=-0.0216309 ClusterAsY=-0.0720807 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.6435 ShowerShape=1331.44 CaloNeutralEcal=1672.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896269 CaloNeutralID=38051 CaloNeutralE19=0.715539 CaloClusterCode=-97 CaloClusterFrac=0.941901 IsPhoton=1 IsNotH=0.744033 IsPhotonXGB=1 ClusterAsX=-0.0137535 ClusterAsY=0.129124 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.0229 ShowerShape=23001.3 CaloNeutralEcal=474.154 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.913141 CaloNeutralID=34949 CaloNeutralE19=0.619275 CaloClusterCode=95 CaloClusterFrac=1.01726 IsPhoton=1 IsNotH=0.380074 IsPhotonXGB=1 ClusterAsX=0.192596 ClusterAsY=-0.0545432 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.9761 ShowerShape=9381.42 CaloNeutralEcal=598.743 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92971 CaloNeutralID=35823 CaloNeutralE19=0.439961 CaloClusterCode=90 CaloClusterFrac=1.0991 IsPhoton=1 IsNotH=0.038504 IsPhotonXGB=1 ClusterAsX=-0.340256 ClusterAsY=-0.439395 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=185.401 ShowerShape=6086.92 CaloNeutralEcal=344.972 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952486 CaloNeutralID=35782 CaloNeutralE19=0.656819 CaloClusterCode=-92 CaloClusterFrac=0.916561 IsPhoton=1 IsNotH=0.0953845 IsPhotonXGB=1 ClusterAsX=0.231051 ClusterAsY=-0.163754 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=183.697 ShowerShape=1496.85 CaloNeutralEcal=685.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970935 CaloNeutralID=37949 CaloNeutralE19=0.535777 CaloClusterCode=93 CaloClusterFrac=1.09668 IsPhoton=1 IsNotH=0.553284 IsPhotonXGB=1 ClusterAsX=-0.265576 ClusterAsY=0.140845 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.1982 ShowerShape=8213.14 CaloNeutralEcal=473.933 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833818 CaloNeutralID=36138 CaloNeutralE19=0.696807 CaloClusterCode=-93 CaloClusterFrac=1.03708 IsPhoton=1 IsNotH=0.303835 IsPhotonXGB=1 ClusterAsX=0.0193125 ClusterAsY=0.0053723 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=246.732 ShowerShape=9785.61 CaloNeutralEcal=539.736 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920832 CaloNeutralID=33637 CaloNeutralE19=0.543621 CaloClusterCode=96 IsPhoton=1 IsNotH=0.0432834 IsPhotonXGB=1 ClusterAsX=-0.212993 ClusterAsY=0.358986 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=153.152 ShowerShape=1381.68 CaloNeutralEcal=1659.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70533 CaloNeutralID=43990 CaloNeutralE19=0.51142 CaloClusterCode=92 IsPhoton=1 IsNotH=0.0612394 IsPhotonXGB=1 ClusterAsX=-0.0383349 ClusterAsY=0.00817153 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=682.693 ShowerShape=5673.16 CaloNeutralEcal=355.339 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889054 CaloNeutralID=33524 CaloNeutralE19=0.711974 CaloClusterCode=93 CaloClusterFrac=1.01878 IsPhoton=1 IsNotH=0.53556 IsPhotonXGB=1 ClusterAsX=-0.132964 ClusterAsY=0.0468014 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.8276 ShowerShape=1418.67 CaloNeutralEcal=1000.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937445 CaloNeutralID=37912 CaloNeutralE19=0.701176 CaloClusterCode=93 IsPhoton=1 IsNotH=0.803017 IsPhotonXGB=1 ClusterAsX=-0.0866579 ClusterAsY=-0.0592607 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.1959 ShowerShape=1039.47 CaloNeutralEcal=1006.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936673 CaloNeutralID=39408 CaloNeutralE19=0.796169 CaloClusterCode=-61 CaloClusterFrac=1.08747 IsPhoton=1 IsNotH=0.399055 IsPhotonXGB=1 ClusterAsX=0.0010743 ClusterAsY=-0.0727445 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=220.785 ShowerShape=2603.51 CaloNeutralEcal=506.455 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955301 CaloNeutralID=34069 CaloNeutralE19=0.841101 CaloClusterCode=-97 CaloClusterFrac=1.14367 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.0101608 ClusterAsY=0.0825714 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.5296 ShowerShape=5108.29 CaloNeutralEcal=213.754 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.35909 CaloNeutralID=34495 CaloNeutralE19=1.3313 CaloClusterCode=61 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.200344 ClusterAsY=-0.234979 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=4023.63 CaloNeutralEcal=178.946 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.38075 CaloNeutralID=33541 CaloNeutralE19=1.23011 CaloClusterCode=96 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.225055 ClusterAsY=0.207311 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=485.415 ShowerShape=2710.66 CaloNeutralEcal=229.416 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.10903 CaloNeutralID=36264 CaloNeutralE19=1.06366 CaloClusterCode=-91 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.0067386 ClusterAsY=-0.0498734 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.306164 ShowerShape=12077.9 CaloNeutralEcal=12274.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758981 CaloNeutralID=34700 CaloNeutralE19=0.433587 CaloClusterCode=92 CaloClusterFrac=0.720251 ClusterAsX=0.257591 ClusterAsY=-0.149837 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.306164 ShowerShape=9466.05 CaloNeutralEcal=9226.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916903 CaloNeutralID=34765 CaloNeutralE19=0.448442 CaloClusterCode=98 CaloClusterFrac=0.536991 ClusterAsX=0.564178 ClusterAsY=0.338853 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.038131 ShowerShape=650.503 CaloNeutralEcal=23427.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927227 CaloNeutralID=42507 CaloNeutralE19=0.662281 CaloClusterCode=97 CaloClusterFrac=0.520915 ClusterAsX=0.0920033 ClusterAsY=0.179258 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.038131 ShowerShape=654.664 CaloNeutralEcal=22047.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962555 CaloNeutralID=42572 CaloNeutralE19=0.605399 CaloClusterCode=91 CaloClusterFrac=0.500105 ClusterAsX=-0.131805 ClusterAsY=-0.262019 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.36694 ShowerShape=8367.77 CaloNeutralEcal=8533.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853074 CaloNeutralID=34739 CaloNeutralE19=0.599371 CaloClusterCode=95 CaloClusterFrac=0.715472 ClusterAsX=0.499906 ClusterAsY=0.0146782 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.36694 ShowerShape=7362.55 CaloNeutralEcal=3375.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=34676 CaloNeutralE19=0.85238 CaloClusterCode=46 CaloClusterFrac=0.319495 ClusterAsX=-0.342562 ClusterAsY=0.483742 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.73533 ShowerShape=7765.19 CaloNeutralEcal=3913.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962499 CaloNeutralID=34698 CaloNeutralE19=0.57715 CaloClusterCode=91 CaloClusterFrac=0.443116 ClusterAsX=0.333773 ClusterAsY=-0.339961 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.73533 ShowerShape=9581.26 CaloNeutralEcal=4395.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8156 CaloNeutralID=34761 CaloNeutralE19=0.480444 CaloClusterCode=91 CaloClusterFrac=0.726951 ClusterAsX=2.20307e-05 ClusterAsY=-0.258563 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=282.422 ShowerShape=275.042 CaloNeutralEcal=37968 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932392 CaloNeutralID=42205 CaloNeutralE19=0.871322 CaloClusterCode=97 CaloClusterFrac=0.913241 ClusterAsX=0.00778267 ClusterAsY=0.00149633 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=282.422 ShowerShape=583.582 CaloNeutralEcal=3670.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952665 CaloNeutralID=42206 CaloNeutralE19=0.985147 CaloClusterCode=77 CaloClusterFrac=0.0909313 ClusterAsX=-0.0817699 ClusterAsY=0.165831 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.614966 ShowerShape=6411.5 CaloNeutralEcal=3094.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908851 CaloNeutralID=34174 CaloNeutralE19=0.60213 CaloClusterCode=97 CaloClusterFrac=0.579949 ClusterAsX=-0.0705008 ClusterAsY=0.242394 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.614966 ShowerShape=10955.8 CaloNeutralEcal=2982.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.810971 CaloNeutralID=34238 CaloNeutralE19=0.482452 CaloClusterCode=93 CaloClusterFrac=0.49747 ClusterAsX=-0.553399 ClusterAsY=0.128634 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.67521 ShowerShape=6010.11 CaloNeutralEcal=3937.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92426 CaloNeutralID=34615 CaloNeutralE19=0.746384 CaloClusterCode=97 CaloClusterFrac=0.554724 ClusterAsX=-0.0626762 ClusterAsY=0.248083 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.67521 ShowerShape=6402.68 CaloNeutralEcal=3325.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952585 CaloNeutralID=34680 CaloNeutralE19=0.475794 CaloClusterCode=81 CaloClusterFrac=0.488089 ClusterAsX=-0.0986773 ClusterAsY=-0.446235 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.322219 ShowerShape=2832.68 CaloNeutralEcal=5516.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964279 CaloNeutralID=35599 CaloNeutralE19=0.873793 CaloClusterCode=97 CaloClusterFrac=0.6934 ClusterAsX=0.0447116 ClusterAsY=0.0809053 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.322219 ShowerShape=7760.17 CaloNeutralEcal=2624.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873695 CaloNeutralID=35600 CaloNeutralE19=0.67562 CaloClusterCode=97 CaloClusterFrac=0.322129 ClusterAsX=-0.132149 ClusterAsY=0.0940626 ] } -Printing ended -BrunelInit INFO Evt 8, Run 1, Nr. in job = 8 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.14519 RichDLLmu=-0.439606 RichDLLpi=0 RichDLLk=17.4728 RichDLLp=0.419254 RichPIDStatus=139236 RichDLLbt=6.70474 RichDLLd=2.01896 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.819458 CaloElectronMatch=2406.67 CaloBremMatch=2320.38 CaloChargedEcal=10224.2 CaloChargedID=42543 CaloNeutralEcal=10224.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941435 CaloNeutralID=42543 CaloEcalE=4549.09 CaloHcalE=20538.9 CaloEcalChi2=2406.67 CaloBremChi2=527.433 CaloClusChi2=0.819458 CaloTrajectoryL=287.389 CaloEoverP=0.262279 EcalPIDe=-2.44231 BremPIDe=-0.55781 HcalPIDe=-2.95963 HcalPIDmu=-2.74702 EcalPIDmu=-2.37355 TrackChi2PerDof=1.33016 TrackNumDof=44 TrackType=3 TrackHistory=30 TrackP=41377.4 TrackPt=1505.06 CombDLLe=-6.16011 CombDLLmu=-5.73444 CombDLLpi=0 CombDLLk=17.4728 CombDLLp=0.419254 CombDLLd=2.01896 ProbNNe=0.000292908 ProbNNpi=0.0116145 ProbNNk=0.999327 ProbNNp=0.00313108 ProbNNghost=0.0191341 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.6814 RichDLLmu=-13.9388 RichDLLpi=0 RichDLLk=5.16545 RichDLLp=5.16545 RichPIDStatus=5092 RichDLLbt=5.16545 RichDLLd=5.16545 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.23265 CaloElectronMatch=156.074 CaloBremMatch=42.9276 CaloChargedEcal=9363.46 CaloChargedID=42569 CaloNeutralEcal=9363.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.600624 CaloNeutralID=42569 CaloEcalE=3765.95 CaloHcalE=412.613 CaloEcalChi2=156.074 CaloBremChi2=564.924 CaloClusChi2=2.23265 CaloTrajectoryL=421.982 CaloEoverP=1.25431 EcalPIDe=0.989182 BremPIDe=-0.638976 HcalPIDe=-0.13781 HcalPIDmu=-1.74553 EcalPIDmu=-2.84215 TrackChi2PerDof=2.36489 TrackNumDof=44 TrackType=3 TrackHistory=30 TrackP=7566.59 TrackPt=276.247 CombDLLe=-3.75159 CombDLLmu=-11.5348 CombDLLpi=0 CombDLLk=5.16545 CombDLLp=5.16545 CombDLLd=5.16545 ProbNNe=4.84387e-07 ProbNNpi=0.709604 ProbNNk=0.00231156 ProbNNp=0.00342971 ProbNNghost=0.488646 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.7085 RichDLLmu=-8.03337 RichDLLpi=0 RichDLLk=-11.2178 RichDLLp=-13.4044 RichPIDStatus=6115 RichDLLbt=-13.4044 RichDLLd=-13.4044 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.95565 CaloElectronMatch=2382.76 CaloBremMatch=361.001 CaloChargedEcal=10629.1 CaloChargedID=38791 CaloNeutralEcal=10629.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83037 CaloNeutralID=38791 CaloEcalE=2305.46 CaloHcalE=3476.16 CaloEcalChi2=2382.76 CaloBremChi2=558.199 CaloClusChi2=1.95565 CaloTrajectoryL=505.987 CaloEoverP=0.922406 EcalPIDe=-2.08359 BremPIDe=-0.621385 HcalPIDe=-1.25274 HcalPIDmu=0.15208 EcalPIDmu=-2.07382 TrackChi2PerDof=0.94002 TrackNumDof=42 TrackType=3 TrackHistory=30 TrackP=11937.2 TrackPt=584.047 CombDLLe=-7.15229 CombDLLmu=-8.38041 CombDLLpi=0 CombDLLk=-11.2178 CombDLLp=-13.4044 CombDLLd=-13.4044 ProbNNe=7.04352e-06 ProbNNpi=0.999031 ProbNNk=0.000250493 ProbNNp=0.000768685 ProbNNghost=0.00065876 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.3621 RichDLLmu=-18.3185 RichDLLpi=0 RichDLLk=-3.75136 RichDLLp=-3.75136 RichPIDStatus=5027 RichDLLbt=-3.75136 RichDLLd=-3.75136 MuonMuLL=-0.0965109 MuonBkgLL=-0.516393 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=76.3353 MuonMVA1=-999 MuonMVA2=-1.28965 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=27.006 CaloElectronMatch=851.537 CaloBremMatch=208.971 CaloChargedEcal=584.176 CaloChargedID=39942 CaloNeutralEcal=584.176 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869776 CaloNeutralID=39942 CaloEcalE=0 CaloHcalE=5237.86 CaloEcalChi2=851.537 CaloBremChi2=619.35 CaloClusChi2=27.006 CaloTrajectoryL=732.133 CaloEoverP=0.149792 EcalPIDe=-1.02549 BremPIDe=-0.607507 HcalPIDe=-2.09086 HcalPIDmu=-0.925277 EcalPIDmu=0.501778 TrackChi2PerDof=1.51303 TrackNumDof=40 TrackType=3 TrackHistory=32 TrackP=5159.52 TrackPt=188.964 CombDLLe=-7.27478 CombDLLmu=-6.99442 CombDLLpi=0 CombDLLk=-3.75136 CombDLLp=-3.75136 CombDLLd=-3.23497 ProbNNe=9.76075e-09 ProbNNmu=0.00366525 ProbNNpi=0.0230142 ProbNNk=0.00187394 ProbNNp=0.0138174 ProbNNghost=0.074652 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.6318 RichDLLmu=-1.68519 RichDLLpi=0 RichDLLk=-0.0581102 RichDLLp=-0.0581102 RichPIDStatus=5027 RichDLLbt=-0.0581102 RichDLLd=-0.0581102 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.575731 CaloElectronMatch=11.4466 CaloBremMatch=11.4466 CaloChargedEcal=4583.81 CaloChargedID=35012 CaloNeutralEcal=4583.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721636 CaloNeutralID=35012 CaloEcalE=3189.13 CaloHcalE=6594.05 CaloEcalChi2=11.4466 CaloBremChi2=202.457 CaloClusChi2=0.575731 CaloTrajectoryL=194.006 CaloEoverP=1.38616 EcalPIDe=2.97947 BremPIDe=-0.296068 HcalPIDe=-0.890651 HcalPIDmu=0.824943 EcalPIDmu=-1.62177 TrackChi2PerDof=1.20885 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=3398.48 TrackPt=168.561 CombDLLe=-0.659401 CombDLLmu=-3.07064 CombDLLpi=0 CombDLLk=-0.0581102 CombDLLp=-0.0581102 CombDLLd=-0.0581102 ProbNNe=0.00457892 ProbNNpi=0.970213 ProbNNk=0.0222798 ProbNNp=0.0552881 ProbNNghost=0.00849509 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.6108 RichDLLmu=-7.70848 RichDLLpi=0 RichDLLk=2.28663 RichDLLp=2.28663 RichPIDStatus=5028 RichDLLbt=2.28663 RichDLLd=2.28663 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.495563 CaloElectronMatch=139.396 CaloBremMatch=139.396 CaloChargedEcal=1454.37 CaloChargedID=35275 CaloNeutralEcal=1454.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.87209 CaloNeutralID=35275 CaloEcalE=483.06 CaloHcalE=2521.1 CaloEcalChi2=139.396 CaloBremChi2=6.06953 CaloClusChi2=0.495563 CaloTrajectoryL=-147.017 CaloEoverP=0.449775 EcalPIDe=0.83137 BremPIDe=3.18724 HcalPIDe=-1.48097 HcalPIDmu=0.68547 EcalPIDmu=1.26223 TrackChi2PerDof=2.41257 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=3796.66 TrackPt=272.115 CombDLLe=0.24362 CombDLLmu=-4.43914 CombDLLpi=0 CombDLLk=2.28663 CombDLLp=2.28663 CombDLLd=2.28663 ProbNNe=3.85657e-05 ProbNNpi=0.922942 ProbNNk=0.0265338 ProbNNp=0.0602856 ProbNNghost=0.0941126 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.7087 RichDLLmu=-5.33067 RichDLLpi=0 RichDLLk=3.01299 RichDLLp=3.01299 RichPIDStatus=5028 RichDLLbt=3.01299 RichDLLd=3.01299 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.11768 CaloElectronMatch=825.468 CaloBremMatch=208.971 CaloChargedEcal=584.176 CaloChargedID=39942 CaloNeutralEcal=584.176 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869776 CaloNeutralID=39942 CaloEcalE=2281.38 CaloHcalE=0 CaloEcalChi2=825.468 CaloBremChi2=64.825 CaloClusChi2=3.11768 CaloTrajectoryL=-1242.07 CaloEoverP=0.165181 EcalPIDe=-0.760008 BremPIDe=0.754695 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.2286 TrackChi2PerDof=1.00121 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=4678.84 TrackPt=197.8 CombDLLe=-2.57444 CombDLLmu=-10.2083 CombDLLpi=0 CombDLLk=3.01299 CombDLLp=3.01299 CombDLLd=3.01299 ProbNNe=3.61339e-06 ProbNNpi=0.960332 ProbNNk=0.0195881 ProbNNp=0.0381084 ProbNNghost=0.00525728 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.90347 RichDLLmu=-1.06372 RichDLLpi=0 RichDLLk=6.12948 RichDLLp=6.12948 RichPIDStatus=5028 RichDLLbt=6.12948 RichDLLd=6.12948 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.76547 CaloElectronMatch=1524 CaloBremMatch=199.596 CaloChargedEcal=7817.92 CaloChargedID=37828 CaloNeutralEcal=7817.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818679 CaloNeutralID=37828 CaloEcalE=1516.77 CaloHcalE=1451.87 CaloEcalChi2=1524 CaloBremChi2=501.815 CaloClusChi2=4.76547 CaloTrajectoryL=526.313 CaloEoverP=1.41499 EcalPIDe=-1.7293 BremPIDe=-0.607507 HcalPIDe=-0.871136 HcalPIDmu=1.43933 EcalPIDmu=-1.28564 TrackChi2PerDof=1.31173 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=5598.47 TrackPt=486.917 CombDLLe=-3.5408 CombDLLmu=-1.31346 CombDLLpi=0 CombDLLk=6.12948 CombDLLp=6.12948 CombDLLd=6.12948 ProbNNe=0.000179895 ProbNNpi=0.273522 ProbNNk=0.372265 ProbNNp=0.478693 ProbNNghost=0.532748 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.79216 RichDLLmu=-7.25454 RichDLLpi=0 RichDLLk=8.74486 RichDLLp=9.27792 RichPIDStatus=6117 RichDLLbt=9.27792 RichDLLd=9.27792 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.82173 CaloElectronMatch=2052.49 CaloBremMatch=208.971 CaloChargedEcal=584.176 CaloChargedID=39942 CaloNeutralEcal=584.176 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869776 CaloNeutralID=39942 CaloEcalE=588.596 CaloHcalE=5177.75 CaloEcalChi2=2052.49 CaloBremChi2=599.413 CaloClusChi2=6.82173 CaloTrajectoryL=968.096 CaloEoverP=0.0776097 EcalPIDe=-2.49405 BremPIDe=-0.638976 HcalPIDe=-2.09086 HcalPIDmu=-1.29052 EcalPIDmu=1.63258 TrackChi2PerDof=1.63117 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=9958.25 TrackPt=372.405 CombDLLe=-6.73821 CombDLLmu=-5.92905 CombDLLpi=0 CombDLLk=8.74486 CombDLLp=9.27792 CombDLLd=9.27792 ProbNNe=1.57451e-05 ProbNNpi=0.0630191 ProbNNk=0.095847 ProbNNp=0.136365 ProbNNghost=0.962781 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.7374 RichDLLmu=-14.3236 RichDLLpi=0 RichDLLk=-0.74255 RichDLLp=-0.74255 RichPIDStatus=5027 RichDLLbt=-0.74255 RichDLLd=-0.74255 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.90149 CaloElectronMatch=129.462 CaloBremMatch=129.462 CaloChargedEcal=613.946 CaloChargedID=35336 CaloNeutralEcal=613.946 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977305 CaloNeutralID=35336 CaloEcalE=358.218 CaloHcalE=513.905 CaloEcalChi2=129.462 CaloBremChi2=40.0648 CaloClusChi2=2.90149 CaloTrajectoryL=287.516 CaloEoverP=0.247603 EcalPIDe=0.83137 BremPIDe=1.38763 HcalPIDe=-0.304036 HcalPIDmu=-0.373695 EcalPIDmu=0.383137 TrackChi2PerDof=0.988497 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=3402.89 TrackPt=287.102 CombDLLe=-1.14357 CombDLLmu=-6.94522 CombDLLpi=0 CombDLLk=-0.74255 CombDLLp=-0.74255 CombDLLd=-0.74255 ProbNNe=5.51604e-07 ProbNNpi=0.99412 ProbNNk=0.0023841 ProbNNp=0.00558306 ProbNNghost=0.00459522 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.1428 RichDLLmu=-17.8962 RichDLLpi=0 RichDLLk=-5.01687 RichDLLp=-5.01687 RichPIDStatus=5091 RichDLLbt=-5.01687 RichDLLd=-5.01687 MuonMuLL=-0.0124775 MuonBkgLL=-0.875653 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=16.6675 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.945513 CaloElectronMatch=698.396 CaloBremMatch=698.396 CaloChargedEcal=14367.3 CaloChargedID=43636 CaloNeutralEcal=14367.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933955 CaloNeutralID=43636 CaloEcalE=3559.8 CaloHcalE=1098.09 CaloEcalChi2=698.396 CaloBremChi2=106.007 CaloClusChi2=0.945513 CaloTrajectoryL=-156.181 CaloEoverP=2.40212 EcalPIDe=-0.541014 BremPIDe=0.484592 HcalPIDe=-0.546759 HcalPIDmu=0.620398 EcalPIDmu=-2.85322 TrackChi2PerDof=0.893826 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6066.24 TrackPt=362.584 CombDLLe=-4.7373 CombDLLmu=-8.35876 CombDLLpi=0 CombDLLk=-5.01687 CombDLLp=-5.01687 CombDLLd=-4.14122 ProbNNe=4.31071e-06 ProbNNpi=0.994654 ProbNNk=0.000191301 ProbNNp=0.000310539 ProbNNghost=0.0103072 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.95259 RichDLLmu=-4.91571 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=5027 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.69584 CaloElectronMatch=644.219 CaloBremMatch=0.567422 CaloChargedEcal=2222.85 CaloChargedID=35062 CaloNeutralEcal=2222.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971815 CaloNeutralID=35062 CaloEcalE=1347.39 CaloHcalE=1982.22 CaloEcalChi2=644.219 CaloBremChi2=312.895 CaloClusChi2=3.69584 CaloTrajectoryL=726.692 CaloEoverP=0.941483 EcalPIDe=-0.691118 BremPIDe=-0.357753 HcalPIDe=-1.31758 HcalPIDmu=1.63925 EcalPIDmu=-1.5773 TrackChi2PerDof=1.48594 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=2589.54 TrackPt=267.244 CombDLLe=-3.90751 CombDLLmu=-5.21901 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0001596 ProbNNpi=0.898961 ProbNNk=0.0208521 ProbNNp=0.0583971 ProbNNghost=0.154428 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.6634 RichDLLmu=-25.5104 RichDLLpi=0 RichDLLk=-10.0495 RichDLLp=-10.0495 RichPIDStatus=5027 RichDLLbt=-10.0495 RichDLLd=-10.0495 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.24089 CaloElectronMatch=78.9301 CaloBremMatch=78.9301 CaloChargedEcal=2848.2 CaloChargedID=37774 CaloNeutralEcal=2848.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886242 CaloNeutralID=37774 CaloEcalE=2243.39 CaloHcalE=0 CaloEcalChi2=78.9301 CaloBremChi2=190.248 CaloClusChi2=2.24089 CaloTrajectoryL=246.335 CaloEoverP=0.563291 EcalPIDe=1.84829 BremPIDe=-0.248889 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.19328 TrackChi2PerDof=1.12314 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=5338.62 TrackPt=521.943 CombDLLe=-0.752806 CombDLLmu=-11.6746 CombDLLpi=0 CombDLLk=-10.0495 CombDLLp=-10.0495 CombDLLd=-10.0495 ProbNNe=8.09218e-06 ProbNNpi=0.997479 ProbNNk=0.000108636 ProbNNp=0.000870734 ProbNNghost=0.0030844 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.11361 RichDLLmu=-0.9247 RichDLLpi=0 RichDLLk=-37.4577 RichDLLp=-36.6659 RichPIDStatus=8163 RichDLLbt=-31.3342 RichDLLd=-31.3342 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.234811 CaloElectronMatch=397.196 CaloBremMatch=397.196 CaloChargedEcal=10235.5 CaloChargedID=43728 CaloNeutralEcal=10235.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.733648 CaloNeutralID=43728 CaloEcalE=5977.99 CaloHcalE=3309.58 CaloEcalChi2=397.196 CaloBremChi2=83.2196 CaloClusChi2=0.234811 CaloTrajectoryL=112.252 CaloEoverP=0.426177 EcalPIDe=0.102108 BremPIDe=0.608325 HcalPIDe=-0.876212 HcalPIDmu=0.499656 EcalPIDmu=-3.05788 TrackChi2PerDof=0.883707 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=24215.8 TrackPt=982.902 CombDLLe=-1.3977 CombDLLmu=-3.83824 CombDLLpi=0 CombDLLk=-37.4577 CombDLLp=-36.6659 CombDLLd=-31.3342 ProbNNe=0.000116819 ProbNNpi=0.999072 ProbNNk=3.78045e-05 ProbNNp=3.78028e-05 ProbNNghost=0.000326363 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.18689 RichDLLmu=1.09172 RichDLLpi=0 RichDLLk=63.8801 RichDLLp=45.8946 RichPIDStatus=8164 RichDLLbt=43.6427 RichDLLd=43.6427 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.431394 CaloElectronMatch=260.869 CaloBremMatch=260.869 CaloChargedEcal=12666.4 CaloChargedID=38042 CaloNeutralEcal=12666.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867555 CaloNeutralID=38042 CaloEcalE=5686.15 CaloHcalE=866.079 CaloEcalChi2=260.869 CaloBremChi2=278.831 CaloClusChi2=0.431394 CaloTrajectoryL=351.378 CaloEoverP=0.570618 EcalPIDe=0.799459 BremPIDe=-0.348558 HcalPIDe=0.235713 HcalPIDmu=-0.0777209 EcalPIDmu=-3.11132 TrackChi2PerDof=0.673137 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=22864.4 TrackPt=2007.31 CombDLLe=1.06894 CombDLLmu=-1.68448 CombDLLpi=0 CombDLLk=63.8801 CombDLLp=45.8946 CombDLLd=43.6427 ProbNNe=2.62535e-08 ProbNNpi=0.000235418 ProbNNk=0.999716 ProbNNp=0.00863876 ProbNNghost=0.000531858 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.179391 RichDLLmu=0.00890744 RichDLLpi=0 RichDLLk=-26.0973 RichDLLp=-20.9902 RichPIDStatus=8130 RichDLLbt=-16.6566 RichDLLd=-16.6566 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.386477 CaloElectronMatch=148.544 CaloChargedEcal=32983.2 CaloChargedID=42582 CaloEcalE=15862.9 CaloHcalE=2870.59 CaloEcalChi2=148.544 CaloClusChi2=0.386477 CaloTrajectoryL=254.516 CaloEoverP=0.807378 EcalPIDe=2.40939 HcalPIDe=-0.420574 HcalPIDmu=1.3457 EcalPIDmu=-4.03438 TrackChi2PerDof=2.03105 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=41345.5 TrackPt=970.306 CombDLLe=1.95742 CombDLLmu=-2.6762 CombDLLpi=0 CombDLLk=-26.0973 CombDLLp=-20.9902 CombDLLd=-16.6566 ProbNNe=0.0129398 ProbNNpi=0.99604 ProbNNk=1.44444e-05 ProbNNp=0.000121774 ProbNNghost=0.0284316 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.6336 RichDLLmu=-18.0978 RichDLLpi=0 RichDLLk=-1.05278 RichDLLp=-1.05278 RichPIDStatus=5091 RichDLLbt=-1.05278 RichDLLd=-1.05278 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=58.9833 CaloElectronMatch=2408.06 CaloBremMatch=182.594 CaloChargedEcal=951.6 CaloChargedID=39231 CaloNeutralEcal=951.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995906 CaloNeutralID=39231 CaloEcalE=0 CaloHcalE=1939.31 CaloEcalChi2=2408.06 CaloBremChi2=0.673272 CaloClusChi2=58.9833 CaloTrajectoryL=2630.01 CaloEoverP=0.163014 EcalPIDe=-2.76076 BremPIDe=4.15216 HcalPIDe=-1.03972 HcalPIDmu=1.90086 EcalPIDmu=0.389705 TrackChi2PerDof=1.70745 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6959.81 TrackPt=431.02 CombDLLe=-3.72398 CombDLLmu=-4.69939 CombDLLpi=0 CombDLLk=-1.05278 CombDLLp=-1.05278 CombDLLd=-1.05278 ProbNNe=4.56631e-09 ProbNNpi=0.992971 ProbNNk=0.000537431 ProbNNp=0.000241504 ProbNNghost=0.0933756 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.226 RichDLLmu=-19.6633 RichDLLpi=0 RichDLLk=-0.415569 RichDLLp=-0.415569 RichPIDStatus=5091 RichDLLbt=-0.415569 RichDLLd=-0.415569 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.23165 CaloElectronMatch=156.432 CaloBremMatch=42.9276 CaloChargedEcal=9363.46 CaloChargedID=42569 CaloNeutralEcal=9363.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.600624 CaloNeutralID=42569 CaloEcalE=3765.95 CaloHcalE=412.613 CaloEcalChi2=156.432 CaloBremChi2=552.363 CaloClusChi2=2.23165 CaloTrajectoryL=421.943 CaloEoverP=1.25579 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-0.13781 HcalPIDmu=-1.74553 EcalPIDmu=-2.84215 TrackChi2PerDof=1.33336 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=7557.64 TrackPt=283.424 CombDLLe=-3.02198 CombDLLmu=-11.5823 CombDLLpi=0 CombDLLk=-0.415569 CombDLLp=-0.415569 CombDLLd=-0.415569 ProbNNe=2.37551e-06 ProbNNpi=0.991635 ProbNNk=0.00038577 ProbNNp=0.00128683 ProbNNghost=0.0319798 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.24123 RichDLLmu=-1.70006 RichDLLpi=0 RichDLLk=4.41307 RichDLLp=4.42179 RichPIDStatus=6085 RichDLLbt=4.42179 RichDLLd=4.42179 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.311593 CaloElectronMatch=245.154 CaloChargedEcal=6564.57 CaloChargedID=42869 CaloEcalE=4087.2 CaloHcalE=6928.88 CaloEcalChi2=245.154 CaloClusChi2=0.311593 CaloTrajectoryL=90.7903 CaloEoverP=0.423805 EcalPIDe=1.08131 HcalPIDe=-1.98841 HcalPIDmu=-1.54149 EcalPIDmu=-2.61091 TrackChi2PerDof=1.06205 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=16214.6 TrackPt=365.367 CombDLLe=-1.8191 CombDLLmu=-6.44481 CombDLLpi=0 CombDLLk=4.41307 CombDLLp=4.42179 CombDLLd=4.42179 ProbNNe=4.64617e-06 ProbNNpi=0.873467 ProbNNk=0.144405 ProbNNp=0.130001 ProbNNghost=0.00350543 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.68074 RichDLLmu=-8.01974 RichDLLpi=0 RichDLLk=9.67625 RichDLLp=9.67625 RichPIDStatus=5092 RichDLLbt=9.67625 RichDLLd=9.67625 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=15.5197 CaloElectronMatch=1034.51 CaloBremMatch=1034.51 CaloChargedEcal=1205.1 CaloChargedID=39289 CaloNeutralEcal=1205.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.0332 CaloNeutralID=39289 CaloEcalE=0 CaloHcalE=0 CaloEcalChi2=1034.51 CaloBremChi2=201.102 CaloClusChi2=15.5197 CaloTrajectoryL=4.86333 CaloEoverP=0.198869 EcalPIDe=-1.10291 BremPIDe=-0.224286 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=0.389705 TrackChi2PerDof=1.26999 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=6935.86 TrackPt=258.1 CombDLLe=-1.3065 CombDLLmu=-8.5598 CombDLLpi=0 CombDLLk=9.67625 CombDLLp=9.67625 CombDLLd=9.67625 ProbNNe=4.1312e-06 ProbNNpi=0.408292 ProbNNk=0.440748 ProbNNp=0.56046 ProbNNghost=0.152048 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-39.9417 RichDLLmu=-19.878 RichDLLpi=0 RichDLLk=-16.9766 RichDLLp=-16.9766 RichPIDStatus=5027 RichDLLbt=-16.9766 RichDLLd=-16.9766 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.30688 CaloElectronMatch=181.847 CaloBremMatch=181.847 CaloChargedEcal=5845.96 CaloChargedID=35059 CaloNeutralEcal=5845.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815692 CaloNeutralID=35059 CaloEcalE=641.86 CaloHcalE=3214.88 CaloEcalChi2=181.847 CaloBremChi2=409.054 CaloClusChi2=5.30688 CaloTrajectoryL=127.068 CaloEoverP=0.978184 EcalPIDe=0.989182 BremPIDe=-0.492427 HcalPIDe=-1.65981 HcalPIDmu=-0.299431 EcalPIDmu=0.678135 TrackChi2PerDof=0.806694 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6100.95 TrackPt=380.084 CombDLLe=-6.48993 CombDLLmu=-6.61637 CombDLLpi=0 CombDLLk=-16.9766 CombDLLp=-16.9766 CombDLLd=-16.9766 ProbNNe=9.08814e-08 ProbNNpi=0.998687 ProbNNk=6.19645e-05 ProbNNp=0.000480539 ProbNNghost=0.00065665 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.2248 RichDLLmu=-2.082 RichDLLpi=0 RichDLLk=1.3532 RichDLLp=1.3532 RichPIDStatus=5028 RichDLLbt=1.3532 RichDLLd=1.3532 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.70579 CaloElectronMatch=36.4175 CaloBremMatch=36.4175 CaloChargedEcal=1565.12 CaloChargedID=34360 CaloNeutralEcal=1565.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924491 CaloNeutralID=34360 CaloEcalE=1473.96 CaloHcalE=0 CaloEcalChi2=36.4175 CaloBremChi2=359.528 CaloClusChi2=1.70579 CaloTrajectoryL=232.344 CaloEoverP=0.516483 EcalPIDe=2.97947 BremPIDe=-0.373552 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.86134 TrackChi2PerDof=1.0709 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=3492.52 TrackPt=272.26 CombDLLe=2.70232 CombDLLmu=-7.01324 CombDLLpi=0 CombDLLk=1.3532 CombDLLp=1.3532 CombDLLd=1.3532 ProbNNe=0.0277377 ProbNNpi=0.7932 ProbNNk=0.0719088 ProbNNp=0.119337 ProbNNghost=0.125957 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.4812 RichDLLmu=1.31489 RichDLLpi=0 RichDLLk=-0.00750828 RichDLLp=-0.00750828 RichPIDStatus=5026 RichDLLbt=-0.00750828 RichDLLd=-0.00750828 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.27665 CaloElectronMatch=78.0916 CaloBremMatch=78.0916 CaloChargedEcal=649.746 CaloChargedID=35260 CaloNeutralEcal=649.746 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849494 CaloNeutralID=35260 CaloEcalE=543.554 CaloEcalChi2=78.0916 CaloBremChi2=3.93941 CaloClusChi2=1.27665 CaloTrajectoryL=130.959 CaloEoverP=0.312678 EcalPIDe=1.51236 BremPIDe=3.84229 EcalPIDmu=1.05188 TrackChi2PerDof=0.904542 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=2839.51 TrackPt=183.479 CombDLLe=3.23866 CombDLLmu=2.85143 CombDLLpi=0 CombDLLk=-0.00750828 CombDLLp=-0.00750828 CombDLLd=-0.00750828 ProbNNe=0.000643863 ProbNNpi=0.947125 ProbNNk=0.0500472 ProbNNp=0.0932232 ProbNNghost=0.0169906 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.9799 RichDLLmu=-2.10437 RichDLLpi=0 RichDLLk=-1.0284 RichDLLp=-1.0284 RichPIDStatus=5027 RichDLLbt=-1.0284 RichDLLd=-1.0284 MuonMuLL=0 MuonBkgLL=-0.0115883 MuonNShared=7 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=189.315 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.78361 CaloElectronMatch=346.504 CaloBremMatch=295.074 CaloChargedEcal=869.706 CaloChargedID=38204 CaloNeutralEcal=869.706 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833858 CaloNeutralID=38204 CaloEcalE=1465.91 CaloHcalE=725.858 CaloEcalChi2=346.504 CaloBremChi2=394.015 CaloClusChi2=1.78361 CaloTrajectoryL=-370.597 CaloEoverP=0.30442 EcalPIDe=0.0319619 BremPIDe=-0.4614 HcalPIDe=-0.469055 HcalPIDmu=-0.373695 EcalPIDmu=-1.86134 TrackChi2PerDof=2.46805 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=3757.53 TrackPt=329.921 CombDLLe=-3.40392 CombDLLmu=-5.00712 CombDLLpi=0 CombDLLk=-1.0284 CombDLLp=-1.0284 CombDLLd=-1.01681 ProbNNe=4.99952e-06 ProbNNpi=0.361573 ProbNNk=0.0102757 ProbNNp=0.0222718 ProbNNghost=0.924494 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-37.849 RichDLLmu=-14.7154 RichDLLpi=0 RichDLLk=-28.8226 RichDLLp=-28.9078 RichPIDStatus=6115 RichDLLbt=-28.9078 RichDLLd=-28.9078 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.6151 CaloElectronMatch=253.503 CaloBremMatch=203.358 CaloChargedEcal=5348.55 CaloChargedID=43658 CaloNeutralEcal=5348.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75545 CaloNeutralID=43658 CaloEcalE=2186.3 CaloHcalE=9758.6 CaloEcalChi2=253.503 CaloBremChi2=125.525 CaloClusChi2=1.6151 CaloTrajectoryL=274.339 CaloEoverP=0.552498 EcalPIDe=0.424072 BremPIDe=0.232278 HcalPIDe=-2.4429 HcalPIDmu=-1.62465 EcalPIDmu=-1.86035 TrackChi2PerDof=1.1261 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=10234.4 TrackPt=372.029 CombDLLe=-6.95303 CombDLLmu=-10.4462 CombDLLpi=0 CombDLLk=-28.8226 CombDLLp=-28.9078 CombDLLd=-28.9078 ProbNNe=1.04316e-07 ProbNNpi=0.999358 ProbNNk=2.99528e-05 ProbNNp=0.000209266 ProbNNghost=0.00490543 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.7234 RichDLLmu=-5.71846 RichDLLpi=0 RichDLLk=-22.3068 RichDLLp=-21.8803 RichPIDStatus=6115 RichDLLbt=-21.8803 RichDLLd=-21.8803 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.161011 CaloElectronMatch=69.0164 CaloChargedEcal=5490.94 CaloChargedID=43439 CaloEcalE=3448.09 CaloHcalE=3810.37 CaloEcalChi2=69.0164 CaloClusChi2=0.161011 CaloTrajectoryL=11.0297 CaloEoverP=0.599888 EcalPIDe=1.84829 HcalPIDe=-1.79057 HcalPIDmu=-0.146318 EcalPIDmu=-3.08838 TrackChi2PerDof=1.42969 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=9669.12 TrackPt=325.342 CombDLLe=-1.77518 CombDLLmu=-8.94428 CombDLLpi=0 CombDLLk=-22.3068 CombDLLp=-21.8803 CombDLLd=-21.8803 ProbNNe=8.22454e-07 ProbNNpi=0.99624 ProbNNk=0.000611662 ProbNNp=0.00203469 ProbNNghost=0.0366424 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.06968 RichDLLmu=-1.24966 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=26.2591 CaloElectronMatch=757.033 CaloBremMatch=78.0916 CaloChargedEcal=649.746 CaloChargedID=35260 CaloNeutralEcal=649.746 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849494 CaloNeutralID=35260 CaloEcalE=0 CaloEcalChi2=757.033 CaloBremChi2=179.776 CaloClusChi2=26.2591 CaloTrajectoryL=-235.627 CaloEoverP=0.415714 EcalPIDe=-0.667022 BremPIDe=-0.0885181 EcalPIDmu=0.0181838 TrackChi2PerDof=2.11695 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=2135.73 TrackPt=196.915 CombDLLe=-1.98001 CombDLLmu=-1.6958 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00122183 ProbNNpi=0.554643 ProbNNk=0.105818 ProbNNp=0.119096 ProbNNghost=0.534783 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.107811 RichDLLmu=0.12693 RichDLLpi=0 RichDLLk=-6.48396 RichDLLp=9.76973 RichPIDStatus=139239 RichDLLbt=16.52 RichDLLd=13.3499 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.737726 CaloElectronMatch=2320.38 CaloBremMatch=2320.38 CaloChargedEcal=10224.2 CaloChargedID=42543 CaloNeutralEcal=10224.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941435 CaloNeutralID=42543 CaloEcalE=4549.09 CaloHcalE=20538.9 CaloEcalChi2=2320.38 CaloBremChi2=524.655 CaloClusChi2=0.737726 CaloTrajectoryL=276.581 CaloEoverP=0.259061 EcalPIDe=-2.44231 BremPIDe=-0.55781 HcalPIDe=-2.95963 HcalPIDmu=-2.74702 EcalPIDmu=-2.37355 TrackChi2PerDof=2.32419 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=41891.4 TrackPt=1573.95 CombDLLe=-5.94088 CombDLLmu=-4.94291 CombDLLpi=0 CombDLLk=-6.48396 CombDLLp=9.76973 CombDLLd=13.3499 ProbNNe=0.000137092 ProbNNpi=0.134748 ProbNNk=0.00140783 ProbNNp=0.819535 ProbNNghost=0.969179 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.86063 RichDLLmu=4.49628 RichDLLpi=0 RichDLLk=-8.30162 RichDLLp=-3.92465 RichPIDStatus=6081 RichDLLbt=-3.92465 RichDLLd=-3.92465 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.4599 CaloElectronMatch=412.091 CaloChargedEcal=7527.88 CaloChargedID=43215 CaloEcalE=4621.93 CaloHcalE=21971.1 CaloEcalChi2=412.091 CaloClusChi2=1.4599 CaloTrajectoryL=388.165 CaloEoverP=0.347491 EcalPIDe=0.102108 HcalPIDe=-2.87281 HcalPIDmu=-3.1192 EcalPIDmu=-2.9573 TrackChi2PerDof=0.628971 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=22203.8 TrackPt=486.23 CombDLLe=-1.58173 CombDLLmu=-1.06495 CombDLLpi=0 CombDLLk=-8.30162 CombDLLp=-3.92465 CombDLLd=-3.92465 ProbNNe=8.27822e-05 ProbNNpi=0.991732 ProbNNk=0.00153398 ProbNNp=0.00250819 ProbNNghost=0.00401231 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-67.2191 RichDLLmu=-44.3232 RichDLLpi=0 RichDLLk=-37.4304 RichDLLp=-37.4304 RichPIDStatus=5091 RichDLLbt=-37.4304 RichDLLd=-37.4304 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.168349 CaloElectronMatch=49.6404 CaloBremMatch=49.6404 CaloChargedEcal=4615.93 CaloChargedID=37736 CaloNeutralEcal=4615.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783215 CaloNeutralID=37736 CaloEcalE=2324.9 CaloHcalE=0 CaloEcalChi2=49.6404 CaloBremChi2=277.352 CaloClusChi2=0.168349 CaloTrajectoryL=102.522 CaloEoverP=0.590954 EcalPIDe=3.6423 BremPIDe=-0.26048 HcalPIDe=0.83611 HcalPIDmu=-2.36508 EcalPIDmu=-2.02467 TrackChi2PerDof=0.618461 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=7803.69 TrackPt=813.762 CombDLLe=-2.31254 CombDLLmu=-11.3898 CombDLLpi=0 CombDLLk=-37.4304 CombDLLp=-37.4304 CombDLLd=-37.4304 ProbNNe=3.95577e-10 ProbNNpi=0.998973 ProbNNk=2.29111e-05 ProbNNp=5.6914e-05 ProbNNghost=0.000464295 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-39.0632 RichDLLmu=-11.6132 RichDLLpi=0 RichDLLk=-56.0009 RichDLLp=-46.0438 RichPIDStatus=6115 RichDLLbt=-46.0438 RichDLLd=-46.0438 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.456007 CaloElectronMatch=278.257 CaloBremMatch=278.257 CaloChargedEcal=13705.9 CaloChargedID=39280 CaloNeutralEcal=13705.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927144 CaloNeutralID=39280 CaloEcalE=5428.68 CaloHcalE=4202.63 CaloEcalChi2=278.257 CaloBremChi2=420.813 CaloClusChi2=0.456007 CaloTrajectoryL=244.784 CaloEoverP=1.20961 EcalPIDe=0.424072 BremPIDe=-0.454777 HcalPIDe=-1.4102 HcalPIDmu=-0.290442 EcalPIDmu=-3.04804 TrackChi2PerDof=1.04309 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=11621.3 TrackPt=1658.87 CombDLLe=-6.70198 CombDLLmu=-10.2053 CombDLLpi=0 CombDLLk=-56.0009 CombDLLp=-46.0438 CombDLLd=-46.0438 ProbNNe=6.13725e-08 ProbNNpi=0.999889 ProbNNk=3.5442e-05 ProbNNp=4.89795e-05 ProbNNghost=0.00015381 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.1244 RichDLLmu=-14.8178 RichDLLpi=0 RichDLLk=-2.8227 RichDLLp=-2.8227 RichPIDStatus=5027 RichDLLbt=-2.8227 RichDLLd=-2.8227 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.71924 CaloElectronMatch=112.527 CaloBremMatch=112.527 CaloChargedEcal=1240.21 CaloChargedID=39550 CaloNeutralEcal=1240.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827072 CaloNeutralID=39550 CaloEcalE=423.534 CaloHcalE=1422.65 CaloEcalChi2=112.527 CaloBremChi2=314.063 CaloClusChi2=5.71924 CaloTrajectoryL=270.499 CaloEoverP=0.508932 EcalPIDe=1.51236 BremPIDe=-0.357753 HcalPIDe=-1.06262 HcalPIDmu=1.19075 EcalPIDmu=1.19218 TrackChi2PerDof=0.835436 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=2972.65 TrackPt=348.554 CombDLLe=-2.12576 CombDLLmu=-4.57985 CombDLLpi=0 CombDLLk=-2.8227 CombDLLp=-2.8227 CombDLLd=-2.8227 ProbNNe=9.98846e-06 ProbNNpi=0.99541 ProbNNk=0.00249041 ProbNNp=0.00436938 ProbNNghost=0.00403966 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.4403 RichDLLmu=-19.9362 RichDLLpi=0 RichDLLk=-8.56962 RichDLLp=-8.56962 RichPIDStatus=5027 RichDLLbt=-8.56962 RichDLLd=-8.56962 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.78141 CaloElectronMatch=178.977 CaloBremMatch=178.977 CaloChargedEcal=2275.99 CaloChargedID=34814 CaloNeutralEcal=2275.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912984 CaloNeutralID=34814 CaloEcalE=1570.06 CaloEcalChi2=178.977 CaloBremChi2=511.018 CaloClusChi2=4.78141 CaloTrajectoryL=316.38 CaloEoverP=0.623416 EcalPIDe=0.83137 BremPIDe=-0.553589 EcalPIDmu=-1.71735 TrackChi2PerDof=1.05474 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=3968.72 TrackPt=343.557 CombDLLe=-3.77546 CombDLLmu=-8.71253 CombDLLpi=0 CombDLLk=-8.56962 CombDLLp=-8.56962 CombDLLd=-8.56962 ProbNNe=2.06488e-05 ProbNNpi=0.990349 ProbNNk=0.000753216 ProbNNp=0.00110283 ProbNNghost=0.00160829 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.665867 CaloElectronMatch=351.99 CaloChargedEcal=13261.6 CaloChargedID=34866 CaloEcalE=5225.08 CaloHcalE=2599.89 CaloEcalChi2=351.99 CaloClusChi2=0.665867 CaloTrajectoryL=121.82 CaloEoverP=3.52689 EcalPIDe=0.0319619 HcalPIDe=-1.59399 HcalPIDmu=0.366076 EcalPIDmu=-1.18274 TrackChi2PerDof=1.38078 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=3974.11 TrackPt=97.8985 CombDLLe=-1.56202 CombDLLmu=-0.816668 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.849189 ProbNNpi=0.0864583 ProbNNk=0.0554182 ProbNNp=0.0556081 ProbNNghost=0.978702 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.343 RichDLLmu=-2.84512 RichDLLpi=0 RichDLLk=-9.82963 RichDLLp=-2.54633 RichPIDStatus=6115 RichDLLbt=-2.54633 RichDLLd=-2.54633 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=16.9125 CaloElectronMatch=2623.69 CaloBremMatch=208.971 CaloChargedEcal=584.176 CaloChargedID=39942 CaloNeutralEcal=584.176 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869776 CaloNeutralID=39942 CaloEcalE=0 CaloHcalE=933.139 CaloEcalChi2=2623.69 CaloBremChi2=392.887 CaloClusChi2=16.9125 CaloTrajectoryL=-1874.05 CaloEoverP=0.0712179 EcalPIDe=-2.62834 BremPIDe=-0.454777 HcalPIDe=-0.379419 HcalPIDmu=-0.549491 EcalPIDmu=0.433955 TrackChi2PerDof=0.962562 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=10852 TrackPt=828.578 CombDLLe=-6.17337 CombDLLmu=-3.71804 CombDLLpi=0 CombDLLk=-9.82963 CombDLLp=-2.54633 CombDLLd=-2.54633 ProbNNe=2.98843e-06 ProbNNpi=0.997623 ProbNNk=1.81813e-05 ProbNNp=0.000160764 ProbNNghost=0.00235664 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-63.6977 RichDLLmu=-52.3366 RichDLLpi=0 RichDLLk=-31.967 RichDLLp=-31.967 RichPIDStatus=5027 RichDLLbt=-31.967 RichDLLd=-31.967 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.452605 CaloElectronMatch=218.621 CaloBremMatch=218.621 CaloChargedEcal=3860.91 CaloChargedID=35853 CaloNeutralEcal=3860.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.9541 CaloNeutralID=35853 CaloEcalE=2322.62 CaloHcalE=115.12 CaloEcalChi2=218.621 CaloBremChi2=872.296 CaloClusChi2=0.452605 CaloTrajectoryL=16.6343 CaloEoverP=0.855231 EcalPIDe=0.497498 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.2286 TrackChi2PerDof=1.00707 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=4766.78 TrackPt=756.61 CombDLLe=-6.01442 CombDLLmu=-11.6923 CombDLLpi=0 CombDLLk=-31.967 CombDLLp=-31.967 CombDLLd=-31.967 ProbNNe=2.65192e-07 ProbNNpi=0.998262 ProbNNk=2.52118e-05 ProbNNp=8.56255e-05 ProbNNghost=0.00178229 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-39.3092 RichDLLmu=-19.0987 RichDLLpi=0 RichDLLk=-36.8405 RichDLLp=-32.2677 RichPIDStatus=6115 RichDLLbt=-32.2677 RichDLLd=-32.2677 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.20777 CaloElectronMatch=203.358 CaloBremMatch=203.358 CaloChargedEcal=5348.55 CaloChargedID=43658 CaloNeutralEcal=5348.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75545 CaloNeutralID=43658 CaloEcalE=471.632 CaloHcalE=10979.6 CaloEcalChi2=203.358 CaloBremChi2=76.17 CaloClusChi2=4.20777 CaloTrajectoryL=64.1249 CaloEoverP=0.506377 EcalPIDe=0.786938 BremPIDe=1.02258 HcalPIDe=-2.4429 HcalPIDmu=-2.05233 EcalPIDmu=2.14029 TrackChi2PerDof=1.34828 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=11166.5 TrackPt=412.083 CombDLLe=-5.9131 CombDLLmu=-6.90531 CombDLLpi=0 CombDLLk=-36.8405 CombDLLp=-32.2677 CombDLLd=-32.2677 ProbNNe=5.93828e-08 ProbNNpi=0.999799 ProbNNk=9.64884e-05 ProbNNp=0.000131631 ProbNNghost=0.00289106 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.5214 RichDLLmu=-7.87939 RichDLLpi=0 RichDLLk=-2.30457 RichDLLp=-2.30457 RichPIDStatus=5027 RichDLLbt=-2.30457 RichDLLd=-2.30457 InAccBrem=1 CaloBremChi2=215.464 BremPIDe=-0.396524 TrackChi2PerDof=2.23675 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=3099.85 TrackPt=264.244 CombDLLe=-2.67658 CombDLLmu=-6.42569 CombDLLpi=0 CombDLLk=-2.30457 CombDLLp=-2.30457 CombDLLd=-2.30457 ProbNNe=0.0542592 ProbNNpi=0.644113 ProbNNk=0.0256777 ProbNNp=0.0476913 ProbNNghost=0.740495 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.1437 RichDLLmu=-17.3933 RichDLLpi=0 RichDLLk=-13.4646 RichDLLp=-13.4646 RichPIDStatus=5027 RichDLLbt=-13.4646 RichDLLd=-13.4646 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.52171 CaloElectronMatch=46.771 CaloBremMatch=11.4466 CaloChargedEcal=4583.81 CaloChargedID=35012 CaloNeutralEcal=4583.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721636 CaloNeutralID=35012 CaloEcalE=698.056 CaloHcalE=7096.2 CaloEcalChi2=46.771 CaloBremChi2=446.967 CaloClusChi2=7.52171 CaloTrajectoryL=401.845 CaloEoverP=1.14969 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-1.04386 HcalPIDmu=0.229671 EcalPIDmu=0.656961 TrackChi2PerDof=0.944069 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4097.47 TrackPt=281.768 CombDLLe=-2.26946 CombDLLmu=-6.10006 CombDLLpi=0 CombDLLk=-13.4646 CombDLLp=-13.4646 CombDLLd=-13.4646 ProbNNe=2.44791e-07 ProbNNpi=0.997496 ProbNNk=0.00026505 ProbNNp=0.00328444 ProbNNghost=0.00637587 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.3465 RichDLLmu=-4.15257 RichDLLpi=0 RichDLLk=0.188676 RichDLLp=0.188676 RichPIDStatus=5028 RichDLLbt=0.188676 RichDLLd=0.188676 InAccBrem=1 CaloBremChi2=263.352 BremPIDe=-0.338913 TrackChi2PerDof=1.1882 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2815.7 TrackPt=228.1 CombDLLe=-2.43345 CombDLLmu=-4.76526 CombDLLpi=0 CombDLLk=0.188676 CombDLLp=0.188676 CombDLLd=0.188676 ProbNNe=0.0209924 ProbNNpi=0.900288 ProbNNk=0.0572148 ProbNNp=0.117113 ProbNNghost=0.0357776 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.2105 RichDLLmu=0.321955 RichDLLpi=0 RichDLLk=-0.476511 RichDLLp=-0.476511 RichPIDStatus=5026 RichDLLbt=-0.476511 RichDLLd=-0.476511 InAccBrem=1 CaloBremChi2=11.7023 BremPIDe=2.71167 TrackChi2PerDof=1.47791 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3153.87 TrackPt=328.578 CombDLLe=0.480377 CombDLLmu=0.450115 CombDLLpi=0 CombDLLk=-0.476511 CombDLLp=-0.476511 CombDLLd=-0.476511 ProbNNe=0.0819618 ProbNNpi=0.735435 ProbNNk=0.0417275 ProbNNp=0.110218 ProbNNghost=0.481683 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-23.843 RichDLLmu=-31.4166 RichDLLpi=0 RichDLLk=-10.021 RichDLLp=-10.021 RichPIDStatus=5027 RichDLLbt=-10.021 RichDLLd=-10.021 InAccBrem=1 CaloBremChi2=100.35 BremPIDe=0.178319 TrackChi2PerDof=0.968686 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4024.31 TrackPt=684.597 CombDLLe=-3.56144 CombDLLmu=-6.99995 CombDLLpi=0 CombDLLk=-10.021 CombDLLp=-10.021 CombDLLd=-10.021 ProbNNe=0.000988784 ProbNNpi=0.988715 ProbNNk=0.000600418 ProbNNp=0.00171526 ProbNNghost=0.00386736 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.8878 RichDLLmu=-15.6493 RichDLLpi=0 RichDLLk=-7.78623 RichDLLp=-7.78623 RichPIDStatus=5027 RichDLLbt=-7.78623 RichDLLd=-7.78623 MuonMuLL=-0.0109599 MuonBkgLL=-0.116002 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=50.7376 MuonMVA1=-999 MuonMVA2=-0.243925 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.30416 CaloElectronMatch=208.971 CaloBremMatch=208.971 CaloChargedEcal=584.176 CaloChargedID=39942 CaloNeutralEcal=584.176 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869776 CaloNeutralID=39942 CaloEcalE=551.064 CaloHcalE=3347.12 CaloEcalChi2=208.971 CaloBremChi2=76.1582 CaloClusChi2=1.30416 CaloTrajectoryL=102.88 CaloEoverP=0.167141 EcalPIDe=0.497498 BremPIDe=0.512278 HcalPIDe=-1.50326 HcalPIDmu=-0.0648026 EcalPIDmu=1.08819 TrackChi2PerDof=0.931154 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4623.98 TrackPt=432.817 CombDLLe=-4.23884 CombDLLmu=-5.84486 CombDLLpi=0 CombDLLk=-7.78623 CombDLLp=-7.78623 CombDLLd=-7.67023 ProbNNe=5.83204e-07 ProbNNmu=0.00366525 ProbNNpi=0.00618902 ProbNNk=0.00705453 ProbNNp=0.00641118 ProbNNghost=0.0253984 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.57215 RichDLLmu=-0.436827 RichDLLpi=0 RichDLLk=-19.6208 RichDLLp=-13.4312 RichPIDStatus=8131 RichDLLbt=-14.6018 RichDLLd=-14.6018 MuonMuLL=-0.0110609 MuonBkgLL=-1.72971 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=14.3236 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=1.21749 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=43416.4 TrackPt=913.454 CombDLLe=-0.274985 CombDLLmu=1.10864 CombDLLpi=0 CombDLLk=-19.6208 CombDLLp=-13.4312 CombDLLd=-12.8721 ProbNNe=0.110038 ProbNNpi=0.992673 ProbNNk=0.000115476 ProbNNp=0.00209746 ProbNNghost=0.00360488 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.6321 RichDLLmu=-4.54279 RichDLLpi=0 RichDLLk=-11.327 RichDLLp=-17.8999 RichPIDStatus=8163 RichDLLbt=-12.5147 RichDLLd=-12.5147 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.47591 CaloElectronMatch=1150.35 CaloBremMatch=756.178 CaloChargedEcal=4540.89 CaloChargedID=42828 CaloNeutralEcal=4540.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847877 CaloNeutralID=42828 CaloEcalE=1056.69 CaloHcalE=29161.4 CaloEcalChi2=1150.35 CaloBremChi2=554.639 CaloClusChi2=2.47591 CaloTrajectoryL=-40.6579 CaloEoverP=0.22868 EcalPIDe=-1.26971 BremPIDe=-0.591406 HcalPIDe=-2.87281 HcalPIDmu=-1.95868 EcalPIDmu=0.079916 TrackChi2PerDof=1.27021 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=21091.2 TrackPt=623.921 CombDLLe=-6.87387 CombDLLmu=-6.92184 CombDLLpi=0 CombDLLk=-11.327 CombDLLp=-17.8999 CombDLLd=-12.5147 ProbNNe=1.00562e-06 ProbNNpi=0.996868 ProbNNk=0.000564372 ProbNNp=0.000733273 ProbNNghost=0.0078239 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.6172 RichDLLmu=-5.8749 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.4106 CaloElectronMatch=0.567422 CaloBremMatch=0.567422 CaloChargedEcal=2222.85 CaloChargedID=35062 CaloNeutralEcal=2222.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971815 CaloNeutralID=35062 CaloEcalE=2082.93 CaloHcalE=0 CaloEcalChi2=0.567422 CaloBremChi2=292.916 CaloClusChi2=5.4106 CaloTrajectoryL=143.008 CaloEoverP=1.03853 EcalPIDe=2.97947 BremPIDe=-0.0713868 HcalPIDe=0.485336 HcalPIDmu=-1.79245 EcalPIDmu=-1.41837 TrackChi2PerDof=1.49576 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2347.56 TrackPt=306.371 CombDLLe=0.495423 CombDLLmu=-8.99185 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=6.12173e-05 ProbNNpi=0.83086 ProbNNk=0.0664762 ProbNNp=0.145743 ProbNNghost=0.0435968 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-33.109 RichDLLmu=-29.3896 RichDLLpi=0 RichDLLk=-14.5729 RichDLLp=-14.5729 RichPIDStatus=5027 RichDLLbt=-14.5729 RichDLLd=-14.5729 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.02143 CaloElectronMatch=46.195 CaloBremMatch=46.195 CaloChargedEcal=2906.12 CaloChargedID=35893 CaloNeutralEcal=2906.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844678 CaloNeutralID=35893 CaloEcalE=2269.17 CaloHcalE=1204.09 CaloEcalChi2=46.195 CaloBremChi2=922.728 CaloClusChi2=4.02143 CaloTrajectoryL=401.906 CaloEoverP=0.74561 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-0.922115 HcalPIDmu=0.612604 EcalPIDmu=-2.48291 TrackChi2PerDof=1.10446 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4120.09 TrackPt=627.735 CombDLLe=-3.251 CombDLLmu=-8.8702 CombDLLpi=0 CombDLLk=-14.5729 CombDLLp=-14.5729 CombDLLd=-14.5729 ProbNNe=2.97778e-07 ProbNNpi=0.995661 ProbNNk=6.90816e-05 ProbNNp=0.00153234 ProbNNghost=0.0162474 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-54.2511 RichDLLmu=-41.2907 RichDLLpi=0 RichDLLk=-20.7159 RichDLLp=-20.7159 RichPIDStatus=5091 RichDLLbt=-20.7159 RichDLLd=-20.7159 MuonMuLL=-0.15642 MuonBkgLL=-0.612087 MuonNShared=7 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=182.127 MuonMVA1=-999 MuonMVA2=-0.142189 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.6594 CaloElectronMatch=238.607 CaloBremMatch=238.607 CaloChargedEcal=8327.21 CaloChargedID=38116 CaloNeutralEcal=8327.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990607 CaloNeutralID=38116 CaloEcalE=5926.16 CaloHcalE=2290.65 CaloEcalChi2=238.607 CaloBremChi2=297.945 CaloClusChi2=3.6594 CaloTrajectoryL=390.924 CaloEoverP=1.88382 EcalPIDe=0.497498 BremPIDe=-0.357753 HcalPIDe=-1.50482 HcalPIDmu=1.09404 EcalPIDmu=-1.20867 TrackChi2PerDof=1.29838 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4531.36 TrackPt=701.147 CombDLLe=-7.49376 CombDLLmu=-6.65896 CombDLLpi=0 CombDLLk=-20.7159 CombDLLp=-20.7159 CombDLLd=-20.1038 ProbNNe=2.06399e-09 ProbNNmu=0.00366525 ProbNNpi=0.347096 ProbNNk=0.00118998 ProbNNp=0.00326728 ProbNNghost=0.120906 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.7579 RichDLLmu=2.74605 RichDLLpi=0 RichDLLk=7.07919 RichDLLp=7.07919 RichPIDStatus=5060 RichDLLbt=7.07919 RichDLLd=7.07919 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=16.5972 CaloElectronMatch=1587.12 CaloChargedEcal=2204.74 CaloChargedID=43255 CaloEcalE=53.808 CaloHcalE=4202.63 CaloEcalChi2=1587.12 CaloClusChi2=16.5972 CaloTrajectoryL=478.3 CaloEoverP=0.276475 EcalPIDe=-1.8049 HcalPIDe=-2.03346 HcalPIDmu=-0.560112 EcalPIDmu=0.382699 TrackChi2PerDof=1.01435 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=9190.52 TrackPt=233.874 CombDLLe=-5.99824 CombDLLmu=3.32208 CombDLLpi=0 CombDLLk=7.07919 CombDLLp=7.07919 CombDLLd=7.07919 ProbNNe=5.65366e-07 ProbNNpi=0.926258 ProbNNk=0.0241264 ProbNNp=0.0485228 ProbNNghost=0.0175147 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=19.0211 RichDLLmu=4.4241 RichDLLpi=0 RichDLLk=7.13639 RichDLLp=7.13639 RichPIDStatus=5025 RichDLLbt=7.13639 RichDLLd=7.13639 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.882515 CaloElectronMatch=414.211 CaloChargedEcal=951.6 CaloChargedID=39231 CaloEcalE=7617.42 CaloHcalE=1847.82 CaloEcalChi2=414.211 CaloClusChi2=0.882515 CaloTrajectoryL=-961.632 CaloEoverP=0.221934 EcalPIDe=-0.0141273 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-0.492556 TrackChi2PerDof=0.889424 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=5112.09 TrackPt=134.987 CombDLLe=2.04473 CombDLLmu=6.27274 CombDLLpi=0 CombDLLk=7.13639 CombDLLp=7.13639 CombDLLd=7.13639 ProbNNe=0.97612 ProbNNpi=0.166559 ProbNNk=0.241361 ProbNNp=0.305508 ProbNNghost=0.48393 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-20.6871 RichDLLmu=-2.41066 RichDLLpi=0 RichDLLk=0.857204 RichDLLp=0.857204 RichPIDStatus=5028 RichDLLbt=0.857204 RichDLLd=0.857204 InAccBrem=1 CaloBremChi2=101.757 BremPIDe=0.178319 TrackChi2PerDof=0.94615 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=3668.36 TrackPt=545.147 CombDLLe=-3.15031 CombDLLmu=-3.13565 CombDLLpi=0 CombDLLk=0.857204 CombDLLp=0.857204 CombDLLd=0.857204 ProbNNe=0.000106175 ProbNNpi=0.898718 ProbNNk=0.0912767 ProbNNp=0.147456 ProbNNghost=0.0317802 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.74128 RichDLLmu=-2.72467 RichDLLpi=0 RichDLLk=5.73618 RichDLLp=5.73618 RichPIDStatus=5028 RichDLLbt=5.73618 RichDLLd=5.73618 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.29231 CaloElectronMatch=403.716 CaloBremMatch=182.594 CaloChargedEcal=951.6 CaloChargedID=39231 CaloNeutralEcal=951.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995906 CaloNeutralID=39231 CaloEcalE=3900.91 CaloHcalE=1210.07 CaloEcalChi2=403.716 CaloBremChi2=630.705 CaloClusChi2=1.29231 CaloTrajectoryL=-540.873 CaloEoverP=0.198167 EcalPIDe=-0.0141273 BremPIDe=-0.607507 HcalPIDe=-0.668461 HcalPIDmu=0.620398 EcalPIDmu=-2.93609 TrackChi2PerDof=2.02753 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=5725.19 TrackPt=181.669 CombDLLe=-2.11595 CombDLLmu=-5.79268 CombDLLpi=0 CombDLLk=5.73618 CombDLLp=5.73618 CombDLLd=5.73618 ProbNNe=0.0603488 ProbNNpi=0.303095 ProbNNk=0.290803 ProbNNp=0.490501 ProbNNghost=0.727267 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.4603 RichDLLmu=-0.469715 RichDLLpi=0 RichDLLk=16.8268 RichDLLp=16.8268 RichPIDStatus=5092 RichDLLbt=16.8268 RichDLLd=16.8268 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.72146 CaloElectronMatch=715.488 CaloBremMatch=715.488 CaloChargedEcal=1907.49 CaloChargedID=39689 CaloNeutralEcal=1907.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85716 CaloNeutralID=39689 CaloEcalE=1429.99 CaloHcalE=950.868 CaloEcalChi2=715.488 CaloBremChi2=43.259 CaloClusChi2=2.72146 CaloTrajectoryL=305.494 CaloEoverP=0.225864 EcalPIDe=-0.739943 BremPIDe=1.76523 HcalPIDe=-0.431041 HcalPIDmu=-0.437826 EcalPIDmu=-0.970831 TrackChi2PerDof=1.06806 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=8962.73 TrackPt=572.184 CombDLLe=-1.19569 CombDLLmu=-2.06433 CombDLLpi=0 CombDLLk=16.8268 CombDLLp=16.8268 CombDLLd=16.8268 ProbNNe=5.87817e-07 ProbNNpi=0.0166282 ProbNNk=0.91706 ProbNNp=0.965122 ProbNNghost=0.0157381 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.6282 RichDLLmu=-23.0613 RichDLLpi=0 RichDLLk=-11.3488 RichDLLp=-11.3488 RichPIDStatus=5027 RichDLLbt=-11.3488 RichDLLd=-11.3488 MuonMuLL=-0.000700242 MuonBkgLL=-0.0195889 MuonNShared=8 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=462.128 MuonMVA1=-999 MuonMVA2=-0.895686 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=96.3572 CaloElectronMatch=2622.69 CaloBremMatch=467.762 CaloChargedEcal=2723.71 CaloChargedID=43566 CaloNeutralEcal=2723.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860428 CaloNeutralID=43566 CaloEcalE=0 CaloHcalE=3557.98 CaloEcalChi2=2622.69 CaloBremChi2=21.2888 CaloClusChi2=96.3572 CaloTrajectoryL=-2312.22 CaloEoverP=0.786848 EcalPIDe=-2.51521 BremPIDe=2.0366 HcalPIDe=-1.44621 HcalPIDmu=-0.155715 EcalPIDmu=0.494733 TrackChi2PerDof=1.92383 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3868.75 TrackPt=833.311 CombDLLe=-6.63389 CombDLLmu=-6.64071 CombDLLpi=0 CombDLLk=-11.3488 CombDLLp=-11.3488 CombDLLd=-11.3292 ProbNNe=2.82011e-08 ProbNNmu=0.00366525 ProbNNpi=0.0196116 ProbNNk=0.00203251 ProbNNp=0.00244312 ProbNNghost=0.487464 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=20.9321 RichDLLmu=12.1401 RichDLLpi=0 RichDLLk=9.5904 RichDLLp=9.99384 RichPIDStatus=6113 RichDLLbt=9.99384 RichDLLd=9.99384 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.68261 CaloElectronMatch=4.00742 CaloBremMatch=4.00742 CaloChargedEcal=8457.22 CaloChargedID=38327 CaloNeutralEcal=8457.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.9676 CaloNeutralID=38327 CaloEcalE=8017.33 CaloHcalE=216.333 CaloEcalChi2=4.00742 CaloBremChi2=372.791 CaloClusChi2=1.68261 CaloTrajectoryL=114.259 CaloEoverP=0.894515 EcalPIDe=3.6423 BremPIDe=-0.467096 HcalPIDe=0.0890684 HcalPIDmu=-2.15083 EcalPIDmu=-2.90063 TrackChi2PerDof=0.783766 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=9369.42 TrackPt=516.271 CombDLLe=6.62599 CombDLLmu=1.84043 CombDLLpi=0 CombDLLk=9.5904 CombDLLp=9.99384 CombDLLd=9.99384 ProbNNe=0.999994 ProbNNpi=0.000460348 ProbNNk=0.00588134 ProbNNp=0.00858771 ProbNNghost=0.546992 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.474 RichDLLmu=-12.5295 RichDLLpi=0 RichDLLk=0.861565 RichDLLp=0.861565 RichPIDStatus=5092 RichDLLbt=0.861565 RichDLLd=0.861565 MuonMuLL=-0.00270362 MuonBkgLL=-0.0648512 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2920.69 MuonMVA1=-999 MuonMVA2=-1.33934 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.82185 CaloElectronMatch=73.736 CaloBremMatch=73.736 CaloChargedEcal=3650.56 CaloChargedID=42187 CaloNeutralEcal=3650.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.821754 CaloNeutralID=42187 CaloEcalE=1200.94 CaloHcalE=0 CaloEcalChi2=73.736 CaloBremChi2=573.602 CaloClusChi2=1.82185 CaloTrajectoryL=125.595 CaloEoverP=0.854692 EcalPIDe=1.51236 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-0.801309 TrackChi2PerDof=0.798171 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=4647.57 TrackPt=494.976 CombDLLe=-1.99009 CombDLLmu=-10.1102 CombDLLpi=0 CombDLLk=0.861565 CombDLLp=0.861565 CombDLLd=0.926416 ProbNNe=0.000611696 ProbNNmu=0.00366525 ProbNNpi=0.0192617 ProbNNk=0.0042322 ProbNNp=0.272174 ProbNNghost=0.065855 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=31.5925 RichDLLmu=-1.64333 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=630.846 BremPIDe=-0.53289 TrackChi2PerDof=1.43936 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=2227.73 TrackPt=278.166 CombDLLe=4.07523 CombDLLmu=-2.22126 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.996274 ProbNNpi=0.330631 ProbNNk=0.0130669 ProbNNp=0.0511504 ProbNNghost=0.733786 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.753755 RichDLLmu=-0.307884 RichDLLpi=0 RichDLLk=-9.74125 RichDLLp=-19.0102 RichPIDStatus=139203 RichDLLbt=-16.1093 RichDLLd=-17.413 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.803635 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=64194.1 TrackPt=985.827 CombDLLe=-0.131891 CombDLLmu=-0.430494 CombDLLpi=0 CombDLLk=-9.74125 CombDLLp=-19.0102 CombDLLd=-17.413 ProbNNe=0.178779 ProbNNpi=0.983 ProbNNk=0.000559361 ProbNNp=0.00084589 ProbNNghost=0.00241456 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-45.6751 RichDLLmu=-19.4429 RichDLLpi=0 RichDLLk=-26.0169 RichDLLp=-26.0169 RichPIDStatus=5091 RichDLLbt=-26.0169 RichDLLd=-26.0169 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.94528 CaloElectronMatch=342.674 CaloBremMatch=342.674 CaloChargedEcal=3646.25 CaloChargedID=34143 CaloNeutralEcal=3646.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923591 CaloNeutralID=34143 CaloEcalE=1889.09 CaloHcalE=1698.99 CaloEcalChi2=342.674 CaloBremChi2=265.824 CaloClusChi2=2.94528 CaloTrajectoryL=3.7971 CaloEoverP=0.426225 EcalPIDe=0.0750074 BremPIDe=-0.590581 HcalPIDe=-1.02441 HcalPIDmu=2.09659 EcalPIDmu=-1.74383 TrackChi2PerDof=1.49772 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=8724.1 TrackPt=1174.41 CombDLLe=-7.2453 CombDLLmu=-6.64137 CombDLLpi=0 CombDLLk=-26.0169 CombDLLp=-26.0169 CombDLLd=-26.0169 ProbNNe=6.44007e-10 ProbNNpi=0.993831 ProbNNk=0.000240905 ProbNNp=0.000260791 ProbNNghost=0.0463726 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.1676 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.147992 CaloElectronMatch=39.6937 CaloBremMatch=39.6937 CaloChargedEcal=2196.94 CaloChargedID=34824 CaloNeutralEcal=2196.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.746417 CaloNeutralID=34824 CaloEcalE=1155.85 CaloHcalE=2952.36 CaloEcalChi2=39.6937 CaloBremChi2=187.112 CaloClusChi2=0.147992 CaloTrajectoryL=-4.95545 CaloEoverP=1.29963 EcalPIDe=2.97947 BremPIDe=-0.0820565 HcalPIDe=-1.47097 HcalPIDmu=0.994698 EcalPIDmu=-1.48275 TrackChi2PerDof=2.53925 TrackNumDof=20 TrackType=3 TrackHistory=32 TrackP=1921.95 TrackPt=361.823 CombDLLe=-1.25824 CombDLLmu=-0.488051 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00643775 ProbNNpi=0.0343487 ProbNNk=0.0553744 ProbNNp=0.101671 ProbNNghost=0.997606 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.348 RichDLLmu=-10.0919 RichDLLpi=0 RichDLLk=-8.00491 RichDLLp=-8.00491 RichPIDStatus=5027 RichDLLbt=-8.00491 RichDLLd=-8.00491 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.114448 CaloElectronMatch=214.351 CaloBremMatch=214.351 CaloChargedEcal=5659.02 CaloChargedID=38405 CaloNeutralEcal=5659.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.641803 CaloNeutralID=38405 CaloEcalE=2629.3 CaloHcalE=320.841 CaloEcalChi2=214.351 CaloBremChi2=169.775 CaloClusChi2=0.114448 CaloTrajectoryL=-116.393 CaloEoverP=0.975428 EcalPIDe=0.605631 BremPIDe=-0.188393 HcalPIDe=-0.0471635 HcalPIDmu=-1.55285 EcalPIDmu=-2.56474 TrackChi2PerDof=0.735678 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=5935.96 TrackPt=223.139 CombDLLe=-2.19134 CombDLLmu=-10.8747 CombDLLpi=0 CombDLLk=-8.00491 CombDLLp=-8.00491 CombDLLd=-8.00491 ProbNNe=0.000374878 ProbNNpi=0.994713 ProbNNk=0.0018642 ProbNNp=0.00583307 ProbNNghost=0.012535 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.631324 RichDLLmu=0.135815 RichDLLpi=0 RichDLLk=0.20811 RichDLLp=7.34885 RichPIDStatus=8133 RichDLLbt=7.06161 RichDLLd=7.06161 MuonPIDStatus=6 InAccMuon=1 InAccHcal=1 CaloHcalE=19327.1 HcalPIDe=-2.74192 HcalPIDmu=-1.84795 TrackChi2PerDof=0.922074 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=47010.9 TrackPt=969 CombDLLe=-2.85239 CombDLLmu=-1.65786 CombDLLpi=0 CombDLLk=0.20811 CombDLLp=7.34885 CombDLLd=7.06161 ProbNNe=0.0280502 ProbNNpi=0.526636 ProbNNk=0.119803 ProbNNp=0.9494 ProbNNghost=0.0132718 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.727093 CaloElectronMatch=612.495 CaloChargedEcal=3270.56 CaloChargedID=34697 CaloEcalE=4191.89 CaloHcalE=0 CaloEcalChi2=612.495 CaloClusChi2=0.727093 CaloTrajectoryL=1098.96 CaloEoverP=0.804615 EcalPIDe=-0.433674 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.62903 TrackChi2PerDof=1.00886 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4213.59 TrackPt=96.4189 CombDLLe=0.0516618 CombDLLmu=-4.09269 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.704079 ProbNNpi=0.672783 ProbNNk=0.0720392 ProbNNp=0.119619 ProbNNghost=0.718289 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.0414 RichDLLmu=-5.60102 RichDLLpi=0 RichDLLk=-0.224821 RichDLLp=-0.224821 RichPIDStatus=5027 RichDLLbt=-0.224821 RichDLLd=-0.224821 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.60443 CaloElectronMatch=220.607 CaloBremMatch=220.607 CaloChargedEcal=1267.87 CaloChargedID=35020 CaloNeutralEcal=1267.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.882316 CaloNeutralID=35020 CaloEcalE=1103.57 CaloHcalE=1795.92 CaloEcalChi2=220.607 CaloBremChi2=198.523 CaloClusChi2=2.60443 CaloTrajectoryL=-257.512 CaloEoverP=0.517879 EcalPIDe=0.497498 BremPIDe=-0.296068 HcalPIDe=-1.43831 HcalPIDmu=1.63925 EcalPIDmu=-0.744972 TrackChi2PerDof=0.979997 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=2926.22 TrackPt=247.263 CombDLLe=-4.4774 CombDLLmu=-4.7592 CombDLLpi=0 CombDLLk=-0.224821 CombDLLp=-0.224821 CombDLLd=-0.224821 ProbNNe=3.17689e-06 ProbNNpi=0.953697 ProbNNk=0.0360979 ProbNNp=0.1353 ProbNNghost=0.0193904 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.46437 RichDLLmu=0.604983 RichDLLpi=0 RichDLLk=2.66269 RichDLLp=3.77173 RichPIDStatus=6085 RichDLLbt=3.77173 RichDLLd=3.77173 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.11749 CaloElectronMatch=100.031 CaloChargedEcal=16780.2 CaloChargedID=42731 CaloEcalE=10691.8 CaloHcalE=49018.2 CaloEcalChi2=100.031 CaloClusChi2=1.11749 CaloTrajectoryL=370.412 CaloEoverP=0.660697 EcalPIDe=2.9985 HcalPIDe=-2.87281 HcalPIDmu=-2.51557 EcalPIDmu=-3.58394 TrackChi2PerDof=0.724523 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=25145.4 TrackPt=352.991 CombDLLe=0.20695 CombDLLmu=-5.25664 CombDLLpi=0 CombDLLk=2.66269 CombDLLp=3.77173 CombDLLd=3.77173 ProbNNe=0.0148015 ProbNNpi=0.653776 ProbNNk=0.119704 ProbNNp=0.156595 ProbNNghost=0.0253715 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.0726 RichDLLmu=-10.2372 RichDLLpi=0 RichDLLk=-0.469055 RichDLLp=-0.469055 RichPIDStatus=5059 RichDLLbt=-0.469055 RichDLLd=-0.469055 MuonMuLL=-0.291021 MuonBkgLL=-1.08234 MuonNShared=3 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=80.4371 MuonMVA1=-999 MuonMVA2=-0.848381 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.0407 CaloElectronMatch=220.442 CaloChargedEcal=2847.12 CaloChargedID=43253 CaloEcalE=1288.67 CaloHcalE=2015.78 CaloEcalChi2=220.442 CaloClusChi2=3.0407 CaloTrajectoryL=283.725 CaloEoverP=0.371647 EcalPIDe=0.605631 HcalPIDe=-1.11299 HcalPIDmu=1.87264 EcalPIDmu=-1.10759 TrackChi2PerDof=1.33097 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=8791.66 TrackPt=173.596 CombDLLe=-2.55817 CombDLLmu=-5.21425 CombDLLpi=0 CombDLLk=-0.469055 CombDLLp=-0.469055 CombDLLd=0.613282 ProbNNe=0.0456234 ProbNNmu=0.00366525 ProbNNpi=0.414412 ProbNNk=0.00451661 ProbNNp=0.0652928 ProbNNghost=0.157909 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.15873 CaloElectronMatch=1090.74 CaloChargedEcal=951.6 CaloChargedID=39231 CaloEcalE=8416.07 CaloHcalE=1053.18 CaloEcalChi2=1090.74 CaloClusChi2=1.15873 CaloTrajectoryL=-1425.61 CaloEoverP=0.289829 EcalPIDe=-1.40925 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-1.49314 TrackChi2PerDof=0.888913 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3914.53 TrackPt=90.2869 CombDLLe=-2.19862 CombDLLmu=-0.88054 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.836427 ProbNNpi=0.629987 ProbNNk=0.0750397 ProbNNp=0.104909 ProbNNghost=0.809008 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.2164 RichDLLmu=-7.15253 RichDLLpi=0 RichDLLk=0.204067 RichDLLp=0.204067 RichPIDStatus=5028 RichDLLbt=0.204067 RichDLLd=0.204067 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.86178 CaloElectronMatch=152.138 CaloBremMatch=105.497 CaloChargedEcal=1816.76 CaloChargedID=34548 CaloNeutralEcal=1816.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.699966 CaloNeutralID=34548 CaloEcalE=1194.63 CaloHcalE=0 CaloEcalChi2=152.138 CaloBremChi2=557.12 CaloClusChi2=1.86178 CaloTrajectoryL=104.235 CaloEoverP=0.718263 EcalPIDe=0.83137 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.2505 TrackChi2PerDof=0.930556 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=2879.13 TrackPt=267.299 CombDLLe=-1.62503 CombDLLmu=-9.88753 CombDLLpi=0 CombDLLk=0.204067 CombDLLp=0.204067 CombDLLd=0.204067 ProbNNe=0.00016649 ProbNNpi=0.93883 ProbNNk=0.0310185 ProbNNp=0.06806 ProbNNghost=0.0231467 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.74349 RichDLLmu=-1.10001 RichDLLpi=0 RichDLLk=21.4541 RichDLLp=13.8608 RichPIDStatus=8100 RichDLLbt=19.3964 RichDLLd=19.3964 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.225405 CaloElectronMatch=3487.06 CaloBremMatch=3487.06 CaloChargedEcal=1380.76 CaloChargedID=36314 CaloNeutralEcal=1380.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02609 CaloNeutralID=36314 CaloEcalE=1165.32 CaloEcalChi2=3487.06 CaloBremChi2=1130.3 CaloClusChi2=0.225405 CaloTrajectoryL=51.7456 CaloEoverP=0.075615 EcalPIDe=-2.93119 BremPIDe=-0.591406 EcalPIDmu=-0.244195 TrackChi2PerDof=1.21416 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=19357.8 TrackPt=4296.78 CombDLLe=-4.1758 CombDLLmu=-1.75983 CombDLLpi=0 CombDLLk=21.4541 CombDLLp=13.8608 CombDLLd=19.3964 ProbNNe=0.00711973 ProbNNpi=0.0205454 ProbNNk=0.991161 ProbNNp=0.0496875 ProbNNghost=0.00237961 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.720324 RichDLLmu=0.572717 RichDLLpi=0 RichDLLk=9.57452 RichDLLp=14.111 RichPIDStatus=8133 RichDLLbt=13.9132 RichDLLd=13.9132 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.17247 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=34436.9 TrackPt=792.074 CombDLLe=0.126043 CombDLLmu=0.798315 CombDLLpi=0 CombDLLk=9.57452 CombDLLp=14.111 CombDLLd=13.9132 ProbNNe=0.00848321 ProbNNpi=0.0911859 ProbNNk=0.690524 ProbNNp=0.843287 ProbNNghost=0.00280663 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.90201 RichDLLmu=-3.03367 RichDLLpi=0 RichDLLk=3.75258 RichDLLp=3.75258 RichPIDStatus=5060 RichDLLbt=3.75258 RichDLLd=3.75258 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.130001 CaloElectronMatch=42.9276 CaloChargedEcal=9363.46 CaloChargedID=42569 CaloEcalE=3768.97 CaloHcalE=412.613 CaloEcalChi2=42.9276 CaloClusChi2=0.130001 CaloTrajectoryL=-53.0203 CaloEoverP=1.11836 EcalPIDe=3.6423 HcalPIDe=-0.13781 HcalPIDmu=-1.89593 EcalPIDmu=-2.96582 TrackChi2PerDof=1.56472 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=8486.36 TrackPt=209.121 CombDLLe=3.17189 CombDLLmu=-8.65452 CombDLLpi=0 CombDLLk=3.75258 CombDLLp=3.75258 CombDLLd=3.75258 ProbNNe=0.0378473 ProbNNpi=0.720236 ProbNNk=0.0642221 ProbNNp=0.0864496 ProbNNghost=0.494503 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.953552 CaloElectronMatch=1053.34 CaloChargedEcal=24319.5 CaloChargedID=34610 CaloEcalE=8416.07 CaloHcalE=1053.18 CaloEcalChi2=1053.34 CaloClusChi2=0.953552 CaloTrajectoryL=-97.9132 CaloEoverP=6.40008 EcalPIDe=-1.37366 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-1.49314 TrackChi2PerDof=0.843108 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=3925.88 TrackPt=90.5491 CombDLLe=-2.16304 CombDLLmu=-0.88054 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.831076 ProbNNpi=0.142525 ProbNNk=0.0761446 ProbNNp=0.106432 ProbNNghost=0.761854 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.0744 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=136.35 BremPIDe=0.0956082 TrackChi2PerDof=1.18033 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=1836.34 TrackPt=111.624 CombDLLe=-1.95549 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.162901 ProbNNpi=0.776439 ProbNNk=0.0442616 ProbNNp=0.109301 ProbNNghost=0.313397 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.727429 CaloElectronMatch=612.27 CaloChargedEcal=3270.56 CaloChargedID=34697 CaloEcalE=4191.89 CaloHcalE=0 CaloEcalChi2=612.27 CaloClusChi2=0.727429 CaloTrajectoryL=1098.94 CaloEoverP=0.785357 EcalPIDe=-0.433674 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.62903 TrackChi2PerDof=1.07383 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=4316.91 TrackPt=96.3706 CombDLLe=0.0516618 CombDLLmu=-4.09269 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.841784 ProbNNpi=0.552207 ProbNNk=0.0613678 ProbNNp=0.0990698 ProbNNghost=0.748215 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=7.37425 CaloElectronMatch=1027.74 CaloChargedEcal=584.176 CaloChargedID=39942 CaloEcalE=7273.01 CaloHcalE=6143.09 CaloEcalChi2=1027.74 CaloClusChi2=7.37425 CaloTrajectoryL=-1057.99 CaloEoverP=0.14815 EcalPIDe=-1.10291 HcalPIDe=-2.12496 HcalPIDmu=-0.934443 EcalPIDmu=-0.363249 TrackChi2PerDof=0.694951 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=5216.72 TrackPt=90.0521 CombDLLe=-3.22787 CombDLLmu=-1.29769 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.749788 ProbNNpi=0.884135 ProbNNk=0.0640131 ProbNNp=0.112101 ProbNNghost=0.257716 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.790901 RichDLLmu=0.242264 RichDLLpi=0 RichDLLk=2.64946 RichDLLp=4.64988 RichPIDStatus=6085 RichDLLbt=4.64988 RichDLLd=4.64988 MuonMuLL=0 MuonBkgLL=-0.850238 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=258.996 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.286739 CaloElectronMatch=348.676 CaloChargedEcal=9852.86 CaloChargedID=43244 CaloEcalE=3930.1 CaloHcalE=8454.99 CaloEcalChi2=348.676 CaloClusChi2=0.286739 CaloTrajectoryL=140.266 CaloEoverP=0.371894 EcalPIDe=0.528584 HcalPIDe=-2.06408 HcalPIDmu=-1.30585 EcalPIDmu=-2.30825 TrackChi2PerDof=2.67752 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=26510.3 TrackPt=438.509 CombDLLe=-1.67389 CombDLLmu=-2.42497 CombDLLpi=0 CombDLLk=2.64946 CombDLLp=4.64988 CombDLLd=5.50011 ProbNNe=0.00013963 ProbNNpi=0.492497 ProbNNk=0.0803406 ProbNNp=0.177171 ProbNNghost=0.693061 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.4284 RichDLLmu=-3.25382 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.11092 CaloElectronMatch=304.792 CaloBremMatch=199.596 CaloChargedEcal=7817.92 CaloChargedID=37828 CaloNeutralEcal=7817.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818679 CaloNeutralID=37828 CaloEcalE=2818.08 CaloHcalE=894.833 CaloEcalChi2=304.792 CaloBremChi2=8.85056 CaloClusChi2=2.11092 CaloTrajectoryL=261.711 CaloEoverP=3.2667 EcalPIDe=0.265875 BremPIDe=2.26754 HcalPIDe=-0.578033 HcalPIDmu=0.410648 EcalPIDmu=-0.543481 TrackChi2PerDof=0.67228 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=2425 TrackPt=514.516 CombDLLe=-2.09648 CombDLLmu=-4.13812 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=2.90881e-05 ProbNNpi=0.865986 ProbNNk=0.0868346 ProbNNp=0.200297 ProbNNghost=0.0188852 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.8982 RichDLLmu=-8.92742 RichDLLpi=0 RichDLLk=-1.41124 RichDLLp=-1.41124 RichPIDStatus=5027 RichDLLbt=-1.41124 RichDLLd=-1.41124 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.936157 CaloElectronMatch=199.596 CaloBremMatch=199.596 CaloChargedEcal=7817.92 CaloChargedID=37828 CaloNeutralEcal=7817.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818679 CaloNeutralID=37828 CaloEcalE=4259.73 CaloHcalE=894.833 CaloEcalChi2=199.596 CaloBremChi2=121.94 CaloClusChi2=0.936157 CaloTrajectoryL=153.162 CaloEoverP=0.980459 EcalPIDe=0.605631 BremPIDe=0.507902 HcalPIDe=-0.431041 HcalPIDmu=-0.437826 EcalPIDmu=-3.23795 TrackChi2PerDof=1.85615 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=8079.63 TrackPt=722.904 CombDLLe=-1.81048 CombDLLmu=-10.2928 CombDLLpi=0 CombDLLk=-1.41124 CombDLLp=-1.41124 CombDLLd=-1.41124 ProbNNe=0.000611987 ProbNNpi=0.723125 ProbNNk=0.0109247 ProbNNp=0.0274906 ProbNNghost=0.757257 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.728084 CaloElectronMatch=611.802 CaloChargedEcal=3270.56 CaloChargedID=34697 CaloEcalE=4191.89 CaloHcalE=0 CaloEcalChi2=611.802 CaloClusChi2=0.728084 CaloTrajectoryL=1099.04 CaloEoverP=0.80428 EcalPIDe=-0.433674 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.62903 TrackChi2PerDof=1.07186 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=4215.35 TrackPt=95.7101 CombDLLe=0.0516618 CombDLLmu=-4.09269 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.713772 ProbNNpi=0.554749 ProbNNk=0.0561704 ProbNNp=0.101724 ProbNNghost=0.853834 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.45552 RichDLLmu=0.253417 RichDLLpi=0 RichDLLk=-11.7239 RichDLLp=-8.26593 RichPIDStatus=6082 RichDLLbt=-8.26593 RichDLLd=-8.26593 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.46813 CaloElectronMatch=582.859 CaloChargedEcal=31158.8 CaloChargedID=42961 CaloEcalE=8667.97 CaloHcalE=24414.9 CaloEcalChi2=582.859 CaloClusChi2=1.46813 CaloTrajectoryL=1142.62 CaloEoverP=1.10318 EcalPIDe=-0.362456 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-4.45345 TrackChi2PerDof=1.22375 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=27783.7 TrackPt=402.006 CombDLLe=-3.49163 CombDLLmu=-7.09049 CombDLLpi=0 CombDLLk=-11.7239 CombDLLp=-8.26593 CombDLLd=-8.26593 ProbNNe=2.09513e-05 ProbNNpi=0.9894 ProbNNk=0.000414354 ProbNNp=0.00118655 ProbNNghost=0.0332978 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.15552 CaloElectronMatch=1091.21 CaloChargedEcal=951.6 CaloChargedID=39231 CaloEcalE=8416.07 CaloHcalE=1053.18 CaloEcalChi2=1091.21 CaloClusChi2=1.15552 CaloTrajectoryL=-1425.88 CaloEoverP=0.289932 EcalPIDe=-1.40925 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-1.49314 TrackChi2PerDof=0.873946 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=3913.14 TrackPt=89.3266 CombDLLe=-2.19862 CombDLLmu=-0.88054 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.813677 ProbNNpi=0.690662 ProbNNk=0.0546728 ProbNNp=0.106093 ProbNNghost=0.855731 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.9795 RichDLLmu=-5.18312 RichDLLpi=0 RichDLLk=19.9014 RichDLLp=19.9014 RichPIDStatus=5028 RichDLLbt=19.9014 RichDLLd=19.9014 MuonMuLL=-0.0440564 MuonBkgLL=-0.274965 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=521.395 MuonMVA1=-999 MuonMVA2=-1.89626 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0663048 CaloElectronMatch=15.4495 CaloBremMatch=15.4495 CaloChargedEcal=3346.7 CaloChargedID=35681 CaloNeutralEcal=3346.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902453 CaloNeutralID=35681 CaloEcalE=2499.81 CaloHcalE=0 CaloEcalChi2=15.4495 CaloBremChi2=308.473 CaloClusChi2=0.0663048 CaloTrajectoryL=-36.43 CaloEoverP=0.741268 EcalPIDe=2.97947 BremPIDe=-0.357753 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.39477 TrackChi2PerDof=1.08328 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=4623.5 TrackPt=906.885 CombDLLe=0.450477 CombDLLmu=-10.0634 CombDLLpi=0 CombDLLk=19.9014 CombDLLp=19.9014 CombDLLd=20.1764 ProbNNe=0.0080364 ProbNNmu=0.00366525 ProbNNpi=3.59681e-07 ProbNNk=0.94311 ProbNNp=0.662996 ProbNNghost=0.108157 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.930489 RichDLLmu=0.730202 RichDLLpi=0 RichDLLk=9.40323 RichDLLp=12.471 RichPIDStatus=8134 RichDLLbt=13.2974 RichDLLd=13.2974 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=2.25938 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=34595.2 TrackPt=793.104 CombDLLe=0.162806 CombDLLmu=1.01508 CombDLLpi=0 CombDLLk=9.40323 CombDLLp=12.471 CombDLLd=13.2974 ProbNNe=0.0236031 ProbNNpi=0.0300325 ProbNNk=0.606654 ProbNNp=0.681483 ProbNNghost=0.699418 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.950458 CaloElectronMatch=1051.71 CaloChargedEcal=24319.5 CaloChargedID=34610 CaloEcalE=8416.07 CaloHcalE=1053.18 CaloEcalChi2=1051.71 CaloClusChi2=0.950458 CaloTrajectoryL=-97.9183 CaloEoverP=6.39931 EcalPIDe=-1.37366 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-1.49314 TrackChi2PerDof=0.835278 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=3926.35 TrackPt=89.6292 CombDLLe=-2.16304 CombDLLmu=-0.88054 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.800957 ProbNNpi=0.192706 ProbNNk=0.0620787 ProbNNp=0.105325 ProbNNghost=0.873185 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.67424 RichDLLmu=-0.516858 RichDLLpi=0 RichDLLk=-2.29677 RichDLLp=-1.95843 RichPIDStatus=6083 RichDLLbt=-1.95843 RichDLLd=-1.95843 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.697959 CaloElectronMatch=24.8047 CaloChargedEcal=20684.1 CaloChargedID=43220 CaloEcalE=9225.95 CaloHcalE=10885.4 CaloEcalChi2=24.8047 CaloClusChi2=0.697959 CaloTrajectoryL=317.99 CaloEoverP=1.03225 EcalPIDe=4.7102 HcalPIDe=-2.59631 HcalPIDmu=-2.6365 EcalPIDmu=-3.53383 TrackChi2PerDof=0.921532 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=19690.7 TrackPt=243.8 CombDLLe=1.47269 CombDLLmu=-6.89137 CombDLLpi=0 CombDLLk=-2.29677 CombDLLp=-1.95843 CombDLLd=-1.95843 ProbNNe=0.00459881 ProbNNpi=0.906381 ProbNNk=0.00521166 ProbNNp=0.00369317 ProbNNghost=0.120338 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.38446 RichDLLmu=-0.117603 RichDLLpi=0 RichDLLk=-11.211 RichDLLp=-3.96927 RichPIDStatus=8131 RichDLLbt=-3.11845 RichDLLd=-3.11845 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.02697 CaloElectronMatch=987.279 CaloChargedEcal=23063.4 CaloChargedID=42793 CaloEcalE=2011.65 CaloHcalE=30559.9 CaloEcalChi2=987.279 CaloClusChi2=1.02697 CaloTrajectoryL=-265.366 CaloEoverP=0.738421 EcalPIDe=-1.23804 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=-0.867447 TrackChi2PerDof=0.891697 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=31632.9 TrackPt=360.929 CombDLLe=-4.48588 CombDLLmu=-4.07739 CombDLLpi=0 CombDLLk=-11.211 CombDLLp=-3.96927 CombDLLd=-3.11845 ProbNNe=1.49704e-06 ProbNNpi=0.969081 ProbNNk=9.39516e-05 ProbNNp=0.00157624 ProbNNghost=0.0822533 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.6064 RichDLLmu=-1.63192 RichDLLpi=0 RichDLLk=-5.75071 RichDLLp=-5.75071 RichPIDStatus=5059 RichDLLbt=-5.75071 RichDLLd=-5.75071 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.404401 CaloElectronMatch=108.466 CaloChargedEcal=6564.57 CaloChargedID=42869 CaloEcalE=4916.5 CaloHcalE=8104.76 CaloEcalChi2=108.466 CaloClusChi2=0.404401 CaloTrajectoryL=0.731764 CaloEoverP=0.573694 EcalPIDe=2.29793 HcalPIDe=-2.32036 HcalPIDmu=-2.17832 EcalPIDmu=-3.18761 TrackChi2PerDof=1.12049 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=11978.2 TrackPt=128.807 CombDLLe=-1.83623 CombDLLmu=-7.57281 CombDLLpi=0 CombDLLk=-5.75071 CombDLLp=-5.75071 CombDLLd=-5.75071 ProbNNe=0.000650998 ProbNNpi=0.791304 ProbNNk=0.000827091 ProbNNp=0.00153844 ProbNNghost=0.383367 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.783298 RichDLLmu=0.493364 RichDLLpi=0 RichDLLk=-15.4826 RichDLLp=-14.276 RichPIDStatus=8129 RichDLLbt=-12.1494 RichDLLd=-12.1494 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=2.31537 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=38250.9 TrackPt=472.175 CombDLLe=0.13706 CombDLLmu=0.688477 CombDLLpi=0 CombDLLk=-15.4826 CombDLLp=-14.276 CombDLLd=-12.1494 ProbNNe=0.131609 ProbNNpi=0.516152 ProbNNk=9.60891e-05 ProbNNp=0.00833626 ProbNNghost=0.485704 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.5769 RichDLLmu=-0.094174 RichDLLpi=0 RichDLLk=-8.57091 RichDLLp=-7.68568 RichPIDStatus=6083 RichDLLbt=-7.68568 RichDLLd=-7.68568 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.11628 CaloElectronMatch=105.088 CaloChargedEcal=16780.2 CaloChargedID=42731 CaloEcalE=10691.8 CaloHcalE=49018.2 CaloEcalChi2=105.088 CaloClusChi2=1.11628 CaloTrajectoryL=370.934 CaloEoverP=0.650792 EcalPIDe=2.9985 HcalPIDe=-2.87281 HcalPIDmu=-2.51557 EcalPIDmu=-3.58394 TrackChi2PerDof=1.34083 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=25528.1 TrackPt=358.779 CombDLLe=-0.150126 CombDLLmu=-6.23134 CombDLLpi=0 CombDLLk=-8.57091 CombDLLp=-7.68568 CombDLLd=-7.68568 ProbNNe=0.00038294 ProbNNpi=0.646752 ProbNNk=0.00121996 ProbNNp=0.00157051 ProbNNghost=0.43419 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.87193 RichDLLmu=-0.885469 RichDLLpi=0 RichDLLk=5.44964 RichDLLp=4.97392 RichPIDStatus=6084 RichDLLbt=4.97392 RichDLLd=4.97392 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=5.55022 CaloElectronMatch=2567.81 CaloChargedEcal=31158.8 CaloChargedID=42961 CaloEcalE=725.288 CaloHcalE=16020.1 CaloEcalChi2=2567.81 CaloClusChi2=5.55022 CaloTrajectoryL=-407.28 CaloEoverP=1.49948 EcalPIDe=-1.70689 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=1.20415 TrackChi2PerDof=0.902526 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=20440.7 TrackPt=267.842 CombDLLe=-5.08142 CombDLLmu=-3.24641 CombDLLpi=0 CombDLLk=5.44964 CombDLLp=4.97392 CombDLLd=4.97392 ProbNNe=3.11898e-05 ProbNNpi=0.632693 ProbNNk=0.456383 ProbNNp=0.283057 ProbNNghost=0.197147 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.76621 RichDLLmu=-1.45948 RichDLLpi=0 RichDLLk=2.36298 RichDLLp=4.71702 RichPIDStatus=6085 RichDLLbt=4.71702 RichDLLd=4.71702 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=5.59138 CaloElectronMatch=2585.09 CaloChargedEcal=31158.8 CaloChargedID=42961 CaloEcalE=725.288 CaloHcalE=16020.1 CaloEcalChi2=2585.09 CaloClusChi2=5.59138 CaloTrajectoryL=-409.176 CaloEoverP=1.49665 EcalPIDe=-1.70689 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=1.20415 TrackChi2PerDof=1.38694 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=20479.3 TrackPt=258.365 CombDLLe=-5.23684 CombDLLmu=-4.00671 CombDLLpi=0 CombDLLk=2.36298 CombDLLp=4.71702 CombDLLd=4.71702 ProbNNe=2.84973e-05 ProbNNpi=0.605554 ProbNNk=0.0824469 ProbNNp=0.157693 ProbNNghost=0.466682 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.6649 RichDLLmu=-2.20533 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=20.8176 CaloElectronMatch=436.414 CaloBremMatch=436.414 CaloChargedEcal=3044.28 CaloChargedID=41908 CaloNeutralEcal=3044.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00854 CaloNeutralID=41908 CaloEcalE=0 CaloHcalE=782.91 CaloEcalChi2=436.414 CaloBremChi2=15.736 CaloClusChi2=20.8176 CaloTrajectoryL=-252.003 CaloEoverP=1.52301 EcalPIDe=-0.0620623 BremPIDe=1.51152 HcalPIDe=-0.560927 HcalPIDmu=0.410648 EcalPIDmu=0.0181838 TrackChi2PerDof=2.88849 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=2200.54 TrackPt=597.45 CombDLLe=-2.95287 CombDLLmu=-2.47287 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.77266e-06 ProbNNpi=0.000984601 ProbNNk=0.10138 ProbNNp=0.00221085 ProbNNghost=0.999765 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.0163 RichDLLmu=1.32822 RichDLLpi=0 RichDLLk=-9.32506 RichDLLp=-5.64754 RichPIDStatus=8130 RichDLLbt=-4.73324 RichDLLd=-4.73324 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.147501 CaloElectronMatch=177.352 CaloChargedEcal=23599 CaloChargedID=43114 CaloEcalE=7918.03 CaloHcalE=37738.8 CaloEcalChi2=177.352 CaloClusChi2=0.147501 CaloTrajectoryL=-119.672 CaloEoverP=0.748259 EcalPIDe=2.17672 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=-3.16364 TrackChi2PerDof=0.596381 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=31731.5 TrackPt=340.005 CombDLLe=-0.651126 CombDLLmu=-4.39201 CombDLLpi=0 CombDLLk=-9.32506 CombDLLp=-5.64754 CombDLLd=-4.73324 ProbNNe=1.60368e-05 ProbNNpi=0.911411 ProbNNk=0.000259027 ProbNNp=0.00236245 ProbNNghost=0.190331 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.3457 RichDLLmu=-4.16419 RichDLLpi=0 RichDLLk=-6.93857 RichDLLp=-6.50724 RichPIDStatus=6083 RichDLLbt=-6.50724 RichDLLd=-6.50724 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.03976 CaloElectronMatch=541.71 CaloChargedEcal=7774.95 CaloChargedID=42860 CaloEcalE=1990.08 CaloHcalE=68126.9 CaloEcalChi2=541.71 CaloClusChi2=2.03976 CaloTrajectoryL=-428.403 CaloEoverP=0.493325 EcalPIDe=-0.427866 HcalPIDe=-1.56856 HcalPIDmu=-0.5717 EcalPIDmu=-1.52466 TrackChi2PerDof=1.60539 TrackNumDof=12 TrackType=5 TrackHistory=33 TrackP=16489.3 TrackPt=193.71 CombDLLe=-3.93033 CombDLLmu=-6.87034 CombDLLpi=0 CombDLLk=-6.93857 CombDLLp=-6.50724 CombDLLd=-6.50724 ProbNNe=6.43432e-11 ProbNNpi=0.914252 ProbNNk=5.48215e-06 ProbNNp=3.6029e-05 ProbNNghost=0.0602565 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=23.1979 RichDLLmu=-2.02276 RichDLLpi=0 RichDLLk=2.618 RichDLLp=2.618 RichPIDStatus=5025 RichDLLbt=2.618 RichDLLd=2.618 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.07537 CaloElectronMatch=436.635 CaloBremMatch=436.635 CaloChargedEcal=7988.44 CaloChargedID=34510 CaloNeutralEcal=7988.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866058 CaloNeutralID=34510 CaloEcalE=3502.1 CaloHcalE=0 CaloEcalChi2=436.635 CaloClusChi2=2.07537 CaloTrajectoryL=241.419 CaloEoverP=2.23904 EcalPIDe=-0.0510306 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-1.93865 TrackChi2PerDof=1.14935 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3756.86 TrackPt=213.967 CombDLLe=4.05934 CombDLLmu=-7.33328 CombDLLpi=0 CombDLLk=2.618 CombDLLp=2.618 CombDLLd=2.618 ProbNNe=0.999495 ProbNNpi=0.268792 ProbNNk=0.0318831 ProbNNp=0.00857027 ProbNNghost=0.168312 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.40446 RichDLLmu=-3.72369 RichDLLpi=0 RichDLLk=-2.86214 RichDLLp=-2.86214 RichPIDStatus=5027 RichDLLbt=-2.86214 RichDLLd=-2.86214 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.91255 CaloElectronMatch=120.989 CaloBremMatch=120.989 CaloChargedEcal=3394.19 CaloChargedID=35203 CaloNeutralEcal=3394.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925562 CaloNeutralID=35203 CaloEcalE=1871.54 CaloEcalChi2=120.989 CaloClusChi2=1.91255 CaloTrajectoryL=287.951 CaloEoverP=1.13015 EcalPIDe=1.50525 EcalPIDmu=-2.23495 TrackChi2PerDof=1.57514 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3269.93 TrackPt=241.753 CombDLLe=-0.110859 CombDLLmu=-6.65895 CombDLLpi=0 CombDLLk=-2.86214 CombDLLp=-2.86214 CombDLLd=-2.86214 ProbNNe=0.885721 ProbNNpi=0.89449 ProbNNk=0.00480304 ProbNNp=0.0300114 ProbNNghost=0.0267932 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.65889 RichDLLmu=5.342 RichDLLpi=0 RichDLLk=8.4661 RichDLLp=8.4661 RichPIDStatus=5060 RichDLLbt=8.4661 RichDLLd=8.4661 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=16.0901 CaloElectronMatch=2331.46 CaloBremMatch=105.497 CaloChargedEcal=1816.76 CaloChargedID=34548 CaloNeutralEcal=1816.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.699966 CaloNeutralID=34548 CaloEcalE=-25.72 CaloHcalE=2355.15 CaloEcalChi2=2331.46 CaloClusChi2=16.0901 CaloTrajectoryL=12156 CaloEoverP=0.193181 EcalPIDe=-1.81681 HcalPIDe=-0.388666 HcalPIDmu=1.31259 EcalPIDmu=0 TrackChi2PerDof=0.816483 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=10704.9 TrackPt=330.285 CombDLLe=-2.844 CombDLLmu=6.8346 CombDLLpi=0 CombDLLk=8.4661 CombDLLp=8.4661 CombDLLd=8.4661 ProbNNe=1.53855e-06 ProbNNpi=0.581047 ProbNNk=0.0399936 ProbNNp=0.0940021 ProbNNghost=0.0215836 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=19.7366 RichDLLmu=2.18738 RichDLLpi=0 RichDLLk=7.25207 RichDLLp=7.25207 RichPIDStatus=5089 RichDLLbt=7.25207 RichDLLd=7.25207 MuonMuLL=-0.00803219 MuonBkgLL=-0.724811 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=316.589 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.110782 CaloElectronMatch=12.1284 CaloBremMatch=12.1284 CaloChargedEcal=9437 CaloChargedID=38644 CaloNeutralEcal=9437 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922013 CaloNeutralID=38644 CaloEcalE=7307.87 CaloHcalE=0 CaloEcalChi2=12.1284 CaloClusChi2=0.110782 CaloTrajectoryL=82.8431 CaloEoverP=1.14695 EcalPIDe=3.71102 HcalPIDe=0.685017 HcalPIDmu=-3.20727 EcalPIDmu=-3.71309 TrackChi2PerDof=0.758584 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8359.36 TrackPt=222.895 CombDLLe=7.5945 CombDLLmu=-3.32273 CombDLLpi=0 CombDLLk=7.25207 CombDLLp=7.25207 CombDLLd=7.97688 ProbNNe=0.999979 ProbNNpi=0.0210693 ProbNNk=0.0845163 ProbNNp=0.0013472 ProbNNghost=0.425503 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.45549 RichDLLmu=-3.39227 RichDLLpi=0 RichDLLk=1.63292 RichDLLp=1.63292 RichPIDStatus=5025 RichDLLbt=1.63292 RichDLLd=1.63292 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.0355 CaloElectronMatch=8.19056 CaloBremMatch=8.19056 CaloChargedEcal=4286.64 CaloChargedID=34380 CaloNeutralEcal=4286.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959917 CaloNeutralID=34380 CaloEcalE=4092.81 CaloHcalE=0 CaloEcalChi2=8.19056 CaloClusChi2=2.0355 CaloTrajectoryL=128.59 CaloEoverP=0.980546 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-4.07224 TrackChi2PerDof=0.588759 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4555.12 TrackPt=276.553 CombDLLe=4.92031 CombDLLmu=-11.0766 CombDLLpi=0 CombDLLk=1.63292 CombDLLp=1.63292 CombDLLd=1.63292 ProbNNe=0.999566 ProbNNpi=0.318391 ProbNNk=0.0337766 ProbNNp=0.0419313 ProbNNghost=0.336696 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.01857 CaloElectronMatch=439.631 CaloChargedEcal=3270.56 CaloChargedID=34697 CaloEcalE=4401.4 CaloHcalE=0 CaloEcalChi2=439.631 CaloClusChi2=1.01857 CaloTrajectoryL=1106.69 CaloEoverP=0.799606 EcalPIDe=-0.0510306 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-2.09154 TrackChi2PerDof=0.724161 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4239.98 TrackPt=81.9405 CombDLLe=0.400947 CombDLLmu=-4.96234 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.533519 ProbNNpi=0.282228 ProbNNk=0.00416971 ProbNNp=0.0215547 ProbNNghost=0.683271 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=10.7472 RichDLLmu=-0.999228 RichDLLpi=0 RichDLLk=4.73239 RichDLLp=4.73239 RichPIDStatus=5025 RichDLLbt=4.73239 RichDLLd=4.73239 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.23481 CaloElectronMatch=283.396 CaloBremMatch=283.396 CaloChargedEcal=6518.21 CaloChargedID=34480 CaloNeutralEcal=6518.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970566 CaloNeutralID=34480 CaloEcalE=4208.79 CaloHcalE=0 CaloEcalChi2=283.396 CaloClusChi2=1.23481 CaloTrajectoryL=28.7727 CaloEoverP=1.48912 EcalPIDe=0.287807 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-2.56612 TrackChi2PerDof=2.27722 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4530.43 TrackPt=245.292 CombDLLe=2.57655 CombDLLmu=-6.81751 CombDLLpi=0 CombDLLk=4.73239 CombDLLp=4.73239 CombDLLd=4.73239 ProbNNe=0.978174 ProbNNpi=0.0738372 ProbNNk=0.0446285 ProbNNp=0.0335428 ProbNNghost=0.823342 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.75845 RichDLLmu=-0.172859 RichDLLpi=0 RichDLLk=1.8181 RichDLLp=1.8181 RichPIDStatus=5025 RichDLLbt=1.8181 RichDLLd=1.8181 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.1771 CaloElectronMatch=909.987 CaloChargedEcal=951.6 CaloChargedID=39231 CaloEcalE=4728.41 CaloHcalE=2599.89 CaloEcalChi2=909.987 CaloClusChi2=2.1771 CaloTrajectoryL=-1272.1 CaloEoverP=0.26362 EcalPIDe=-1.12772 HcalPIDe=-1.28373 HcalPIDmu=0.891619 EcalPIDmu=-1.95315 TrackChi2PerDof=1.91231 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4303.72 TrackPt=89.1699 CombDLLe=-1.92948 CombDLLmu=-1.30343 CombDLLpi=0 CombDLLk=1.8181 CombDLLp=1.8181 CombDLLd=1.8181 ProbNNe=0.564568 ProbNNpi=0.165952 ProbNNk=0.0607523 ProbNNp=0.0690739 ProbNNghost=0.911615 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.4177 RichDLLmu=-0.998152 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.19141 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2017.15 TrackPt=387.993 CombDLLe=-4.05061 CombDLLmu=-1.37914 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00822421 ProbNNpi=0.785672 ProbNNk=0.0416005 ProbNNp=0.0773252 ProbNNghost=0.0101212 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.26514 RichDLLmu=-0.965189 RichDLLpi=0 RichDLLk=3.41533 RichDLLp=3.41533 RichPIDStatus=5060 RichDLLbt=3.41533 RichDLLd=3.41533 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.826052 CaloElectronMatch=828.849 CaloChargedEcal=6676.77 CaloChargedID=43017 CaloEcalE=2242.32 CaloHcalE=4840.43 CaloEcalChi2=828.849 CaloClusChi2=0.826052 CaloTrajectoryL=413.317 CaloEoverP=0.483377 EcalPIDe=-0.547596 HcalPIDe=-0.922699 HcalPIDmu=0.101415 EcalPIDmu=-1.7091 TrackChi2PerDof=2.01275 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=14724.5 TrackPt=275.336 CombDLLe=-2.55782 CombDLLmu=-2.94241 CombDLLpi=0 CombDLLk=3.41533 CombDLLp=3.41533 CombDLLd=3.41533 ProbNNe=0.000366259 ProbNNpi=0.310561 ProbNNk=0.0019395 ProbNNp=0.00123956 ProbNNghost=0.847188 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.61473 RichDLLmu=-2.52421 RichDLLpi=0 RichDLLk=16.631 RichDLLp=4.90867 RichPIDStatus=8164 RichDLLbt=8.06274 RichDLLd=8.06274 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.425749 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=21801 TrackPt=619.825 CombDLLe=-0.804014 CombDLLmu=-3.26142 CombDLLpi=0 CombDLLk=16.631 CombDLLp=4.90867 CombDLLd=8.06274 ProbNNe=0.00538582 ProbNNpi=0.293031 ProbNNk=0.953064 ProbNNp=0.225883 ProbNNghost=0.00564736 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.14992 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4291 RichDLLbt=0 RichDLLd=0 MuonMuLL=-0.740868 MuonBkgLL=-2.25673 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.09926 MuonMVA1=-999 MuonMVA2=0.814069 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.25645 CaloElectronMatch=423.695 CaloBremMatch=423.695 CaloChargedEcal=2118.5 CaloChargedID=39155 CaloNeutralEcal=2118.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703829 CaloNeutralID=39155 CaloEcalE=1842.35 CaloHcalE=887.631 CaloEcalChi2=423.695 CaloClusChi2=5.25645 CaloTrajectoryL=592.643 CaloEoverP=0.413198 EcalPIDe=-0.0264769 HcalPIDe=-0.333658 HcalPIDmu=0.117211 EcalPIDmu=-1.23548 TrackChi2PerDof=1.73463 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=5467.43 TrackPt=290.485 CombDLLe=-1.08378 CombDLLmu=0.397593 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=2.25673 ProbNNe=0.967576 ProbNNmu=0.000341776 ProbNNpi=0.011921 ProbNNk=0.0445978 ProbNNp=0.00547276 ProbNNghost=0.946507 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.13799 CaloElectronMatch=450.285 CaloChargedEcal=2222.85 CaloChargedID=35062 CaloEcalE=1058.03 CaloHcalE=5342.18 CaloEcalChi2=450.285 CaloClusChi2=3.13799 CaloTrajectoryL=844.74 CaloEoverP=0.593645 EcalPIDe=-0.238625 HcalPIDe=-1.13049 HcalPIDmu=0.260872 EcalPIDmu=-0.216035 TrackChi2PerDof=2.63069 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=4106.85 TrackPt=40.2599 CombDLLe=-1.36911 CombDLLmu=0.044837 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00426412 ProbNNpi=0.0241309 ProbNNk=0.00189085 ProbNNp=0.00476324 ProbNNghost=0.966627 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.9683 RichDLLmu=-1.44395 RichDLLpi=0 RichDLLk=-23.7897 RichDLLp=-12.5783 RichPIDStatus=8163 RichDLLbt=-13.8277 RichDLLd=-13.8277 MuonMuLL=-0.00290422 MuonBkgLL=-0.437642 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=78.2771 MuonMVA1=-999 MuonMVA2=-1.31888 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=1.20811 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=20303.3 TrackPt=678.756 CombDLLe=-0.865009 CombDLLmu=-1.53241 CombDLLpi=0 CombDLLk=-23.7897 CombDLLp=-12.5783 CombDLLd=-13.3901 ProbNNe=0.976261 ProbNNmu=0.864871 ProbNNpi=0.20974 ProbNNk=8.53122e-06 ProbNNp=0.02283 ProbNNghost=0.341612 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.5146 RichDLLmu=-3.27926 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.96156 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2526.21 TrackPt=269.255 CombDLLe=-3.16764 CombDLLmu=-4.02918 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.193311 ProbNNpi=0.510217 ProbNNk=0.0302565 ProbNNp=0.13778 ProbNNghost=0.185026 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.630096 RichDLLmu=-0.323867 RichDLLpi=0 RichDLLk=6.8807 RichDLLp=0.220417 RichPIDStatus=139204 RichDLLbt=-2.8925 RichDLLd=-4.28557 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=2.28119 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=74276.3 TrackPt=1211.08 CombDLLe=-0.110258 CombDLLmu=-0.452781 CombDLLpi=0 CombDLLk=6.8807 CombDLLp=0.220417 CombDLLd=-4.28557 ProbNNe=0.473961 ProbNNpi=0.413049 ProbNNk=0.839886 ProbNNp=0.103854 ProbNNghost=0.545528 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.4038 RichDLLmu=-0.807847 RichDLLpi=0 RichDLLk=12.3214 RichDLLp=12.3214 RichPIDStatus=5028 RichDLLbt=12.3214 RichDLLd=12.3214 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.37535 CaloElectronMatch=89.7424 CaloBremMatch=89.7424 CaloChargedEcal=3129.95 CaloChargedID=36012 CaloNeutralEcal=3129.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943135 CaloNeutralID=36012 CaloEcalE=3011.88 CaloHcalE=0 CaloEcalChi2=89.7424 CaloClusChi2=5.37535 CaloTrajectoryL=260.285 CaloEoverP=0.74399 EcalPIDe=1.50525 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-2.34447 TrackChi2PerDof=1.23397 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=4372.57 TrackPt=805.224 CombDLLe=-1.19497 CombDLLmu=-6.33652 CombDLLpi=0 CombDLLk=12.3214 CombDLLp=12.3214 CombDLLd=12.3214 ProbNNe=0.422196 ProbNNpi=0.0751286 ProbNNk=0.372753 ProbNNp=0.776663 ProbNNghost=0.0407807 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.733 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.535761 TrackNumDof=6 TrackType=5 TrackHistory=33 TrackP=1882.39 TrackPt=91.1812 CombDLLe=-2.15594 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.262779 ProbNNpi=0.134388 ProbNNk=0.0238057 ProbNNp=0.021959 ProbNNghost=0.951752 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.254123 RichDLLmu=-0.0948271 RichDLLpi=0 RichDLLk=-0.367681 RichDLLp=-1.38775 RichPIDStatus=139171 RichDLLbt=-11.1119 RichDLLd=-17.0282 InAccBrem=1 CaloBremChi2=518.222 BremPIDe=0.00954199 TrackChi2PerDof=0.869363 TrackNumDof=26 TrackType=4 TrackHistory=34 TrackP=105635 TrackPt=4348.42 CombDLLe=-0.034929 CombDLLmu=-0.132742 CombDLLpi=0 CombDLLk=-0.367681 CombDLLp=-1.38775 CombDLLd=-17.0282 ProbNNe=0.0541329 ProbNNmu=0.0669234 ProbNNpi=0.413586 ProbNNk=0.0951647 ProbNNp=0.0781071 ProbNNghost=0.00301573 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.782306 RichDLLmu=-0.146601 RichDLLpi=0 RichDLLk=-6.42215 RichDLLp=-11.3871 RichPIDStatus=8099 RichDLLbt=-7.06671 RichDLLd=-7.06671 TrackChi2PerDof=1.13566 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=22962.2 TrackPt=583.238 CombDLLe=-0.136886 CombDLLmu=-0.205182 CombDLLpi=0 CombDLLk=-6.42215 CombDLLp=-11.3871 CombDLLd=-7.06671 ProbNNe=0.00683895 ProbNNmu=0.0075117 ProbNNpi=0.657146 ProbNNk=0.0304464 ProbNNp=0.0393137 ProbNNghost=0.0170621 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-25.7884 RichDLLmu=-12.2986 RichDLLpi=0 RichDLLk=-18.0606 RichDLLp=-17.7169 RichPIDStatus=6051 RichDLLbt=-17.7169 RichDLLd=-17.7169 InAccBrem=1 CaloBremChi2=298.889 BremPIDe=-0.466299 TrackChi2PerDof=1.33376 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=9689.86 TrackPt=790.281 CombDLLe=-4.44298 CombDLLmu=-6.8985 CombDLLpi=0 CombDLLk=-18.0606 CombDLLp=-17.7169 CombDLLd=-17.7169 ProbNNe=3.35786e-08 ProbNNmu=0.000449776 ProbNNpi=0.996824 ProbNNk=0.000610081 ProbNNp=4.86866e-05 ProbNNghost=0.000781684 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.33612 RichDLLmu=-3.8451 RichDLLpi=0 RichDLLk=-7.22697 RichDLLp=-7.22697 RichPIDStatus=5027 RichDLLbt=-7.22697 RichDLLd=-7.22697 InAccBrem=1 CaloBremChi2=395.915 BremPIDe=-0.467096 TrackChi2PerDof=1.29321 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=7632.26 TrackPt=469.168 CombDLLe=-1.56673 CombDLLmu=-4.52452 CombDLLpi=0 CombDLLk=-7.22697 CombDLLp=-7.22697 CombDLLd=-7.22697 ProbNNe=0.00141645 ProbNNmu=0.00124842 ProbNNpi=0.893954 ProbNNk=0.115696 ProbNNp=0.0307149 ProbNNghost=0.0147561 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.25495 RichDLLmu=-0.612225 RichDLLpi=0 RichDLLk=2.61091 RichDLLp=3.96199 RichPIDStatus=6053 RichDLLbt=3.96199 RichDLLd=3.96199 TrackChi2PerDof=2.7775 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=17114.4 TrackPt=538.996 CombDLLe=-0.394198 CombDLLmu=-0.852856 CombDLLpi=0 CombDLLk=2.61091 CombDLLp=3.96199 CombDLLd=3.96199 ProbNNe=0.00107007 ProbNNmu=0.00149742 ProbNNpi=0.280197 ProbNNk=0.377835 ProbNNp=0.162891 ProbNNghost=0.372218 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-28.2523 RichDLLmu=-4.87498 RichDLLpi=0 RichDLLk=-13.8335 RichDLLp=-13.8335 RichPIDStatus=5027 RichDLLbt=-13.8335 RichDLLd=-13.8335 InAccBrem=1 CaloBremChi2=496.632 BremPIDe=-0.638976 TrackChi2PerDof=0.444634 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=8516.68 TrackPt=531.021 CombDLLe=-4.89747 CombDLLmu=-5.25624 CombDLLpi=0 CombDLLk=-13.8335 CombDLLp=-13.8335 CombDLLd=-13.8335 ProbNNe=6.45283e-08 ProbNNmu=0.00197742 ProbNNpi=0.993851 ProbNNk=0.000440425 ProbNNp=0.000301232 ProbNNghost=0.00196167 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.6296 RichDLLmu=-1.54662 RichDLLpi=0 RichDLLk=0.0309761 RichDLLp=0.0309761 RichPIDStatus=5028 RichDLLbt=0.0309761 RichDLLd=0.0309761 InAccBrem=1 CaloBremChi2=170.324 BremPIDe=-0.224977 TrackChi2PerDof=0.6407 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=2618.09 TrackPt=492.489 CombDLLe=-3.26823 CombDLLmu=-2.09875 CombDLLpi=0 CombDLLk=0.0309761 CombDLLp=0.0309761 CombDLLd=0.0309761 ProbNNe=3.33718e-06 ProbNNmu=0.00453633 ProbNNpi=0.878577 ProbNNk=0.0830687 ProbNNp=0.025983 ProbNNghost=0.0110182 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.1286 RichDLLmu=-3.22155 RichDLLpi=0 RichDLLk=18.6872 RichDLLp=18.6872 RichPIDStatus=5028 RichDLLbt=18.6872 RichDLLd=18.6872 TrackChi2PerDof=1.12416 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=4642.18 TrackPt=1124.17 CombDLLe=-2.21842 CombDLLmu=-3.97479 CombDLLpi=0 CombDLLk=18.6872 CombDLLp=18.6872 CombDLLd=18.6872 ProbNNe=4.62928e-06 ProbNNmu=0.00534209 ProbNNpi=0.494738 ProbNNk=0.281961 ProbNNp=0.236776 ProbNNghost=0.0223995 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-30.8237 RichDLLmu=-5.6689 RichDLLpi=0 RichDLLk=2.28343 RichDLLp=2.28343 RichPIDStatus=5028 RichDLLbt=2.28343 RichDLLd=2.28343 InAccBrem=1 CaloBremChi2=726.985 BremPIDe=-0.553589 TrackChi2PerDof=1.01002 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=3727.37 TrackPt=702.08 CombDLLe=-5.08451 CombDLLmu=-5.68616 CombDLLpi=0 CombDLLk=2.28343 CombDLLp=2.28343 CombDLLd=2.28343 ProbNNe=2.11334e-07 ProbNNmu=0.00232106 ProbNNpi=0.845226 ProbNNk=0.111627 ProbNNp=0.0583373 ProbNNghost=0.0288778 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.60032 RichDLLmu=-2.30363 RichDLLpi=0 RichDLLk=16.8377 RichDLLp=25.6327 RichPIDStatus=6053 RichDLLbt=25.6327 RichDLLd=25.6327 InAccBrem=1 CaloBremChi2=1173.89 BremPIDe=-0.621385 TrackChi2PerDof=0.580047 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=10798.8 TrackPt=2500.95 CombDLLe=-1.24974 CombDLLmu=-3.01473 CombDLLpi=0 CombDLLk=16.8377 CombDLLp=25.6327 CombDLLd=25.6327 ProbNNe=1.10964e-05 ProbNNmu=0.000562454 ProbNNpi=0.0807311 ProbNNk=0.678573 ProbNNp=0.734253 ProbNNghost=0.039611 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.300659 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=36220.3 TrackPt=786.679 ProbNNe=0.00303876 ProbNNmu=0.00508866 ProbNNpi=0.709872 ProbNNk=0.174566 ProbNNp=0.130678 ProbNNghost=0.00388638 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-32.56 RichDLLmu=-3.10279 RichDLLpi=0 RichDLLk=1.43817 RichDLLp=1.43817 RichPIDStatus=5028 RichDLLbt=1.43817 RichDLLd=1.43817 InAccBrem=1 CaloBremChi2=205.27 BremPIDe=-0.296068 TrackChi2PerDof=0.799434 TrackNumDof=12 TrackType=4 TrackHistory=34 TrackP=3115.55 TrackPt=781.393 CombDLLe=-4.9986 CombDLLmu=-3.86061 CombDLLpi=0 CombDLLk=1.43817 CombDLLp=1.43817 CombDLLd=1.43817 ProbNNe=8.80545e-08 ProbNNmu=0.00408004 ProbNNpi=0.897205 ProbNNk=0.0224519 ProbNNp=0.00822597 ProbNNghost=0.005321 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-33.4666 RichDLLmu=-10.9825 RichDLLpi=0 RichDLLk=0.211055 RichDLLp=0.211055 RichPIDStatus=5028 RichDLLbt=0.211055 RichDLLd=0.211055 InAccBrem=1 CaloBremChi2=333.105 BremPIDe=-0.373552 TrackChi2PerDof=0.7497 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=2634.53 TrackPt=480.988 CombDLLe=-5.16182 CombDLLmu=-6.82903 CombDLLpi=0 CombDLLk=0.211055 CombDLLp=0.211055 CombDLLd=0.211055 ProbNNe=1.9657e-07 ProbNNmu=0.00135469 ProbNNpi=0.856023 ProbNNk=0.116602 ProbNNp=0.058693 ProbNNghost=0.00965212 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-27.5404 RichDLLmu=-1.04519 RichDLLpi=0 RichDLLk=1.36135 RichDLLp=1.36135 RichPIDStatus=5028 RichDLLbt=1.36135 RichDLLd=1.36135 InAccBrem=1 CaloBremChi2=103.516 BremPIDe=0.185338 TrackChi2PerDof=0.468824 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=2682.49 TrackPt=564.404 CombDLLe=-3.99383 CombDLLmu=-1.44231 CombDLLpi=0 CombDLLk=1.36135 CombDLLp=1.36135 CombDLLd=1.36135 ProbNNe=4.05228e-07 ProbNNmu=0.00690942 ProbNNpi=0.918218 ProbNNk=0.021043 ProbNNp=0.00935844 ProbNNghost=0.00544827 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-28.4685 RichDLLmu=0.737986 RichDLLpi=0 RichDLLk=2.24848 RichDLLp=2.24848 RichPIDStatus=5028 RichDLLbt=2.24848 RichDLLd=2.24848 InAccBrem=1 CaloBremChi2=138.242 BremPIDe=0.00370359 TrackChi2PerDof=1.4474 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=3172.86 TrackPt=729.707 CombDLLe=-4.27854 CombDLLmu=1.02574 CombDLLpi=0 CombDLLk=2.24848 CombDLLp=2.24848 CombDLLd=2.24848 ProbNNe=6.29886e-07 ProbNNmu=0.0104313 ProbNNpi=0.911907 ProbNNk=0.0163735 ProbNNp=0.0147336 ProbNNghost=0.0467566 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.396 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=34351.3 TrackPt=512.863 ProbNNe=0.00536544 ProbNNmu=0.00509117 ProbNNpi=0.717365 ProbNNk=0.142391 ProbNNp=0.134295 ProbNNghost=0.025347 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-34.2309 RichDLLmu=-11.4822 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 TrackChi2PerDof=1.05745 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=2332.88 TrackPt=619.759 CombDLLe=-4.85851 CombDLLmu=-6.85969 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=9.90037e-07 ProbNNmu=0.00333532 ProbNNpi=0.729669 ProbNNk=0.187163 ProbNNp=0.125765 ProbNNghost=0.0666498 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-30.8724 RichDLLmu=-7.17148 RichDLLpi=0 RichDLLk=3.42895 RichDLLp=3.42895 RichPIDStatus=5028 RichDLLbt=3.42895 RichDLLd=3.42895 InAccBrem=1 CaloBremChi2=38.6486 BremPIDe=1.38763 TrackChi2PerDof=0.80999 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=3126.44 TrackPt=833.484 CombDLLe=-3.14823 CombDLLmu=-6.24781 CombDLLpi=0 CombDLLk=3.42895 CombDLLp=3.42895 CombDLLd=3.42895 ProbNNe=6.56856e-07 ProbNNmu=0.00482967 ProbNNpi=0.810528 ProbNNk=0.120654 ProbNNp=0.0678083 ProbNNghost=0.0123589 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.1894 RichDLLmu=-19.1411 RichDLLpi=0 RichDLLk=9.53588 RichDLLp=9.53588 RichPIDStatus=5028 RichDLLbt=9.53588 RichDLLd=9.53588 InAccBrem=1 CaloBremChi2=434.034 BremPIDe=-0.4614 TrackChi2PerDof=0.78536 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=4596.54 TrackPt=1303.04 CombDLLe=-3.98982 CombDLLmu=-6.99338 CombDLLpi=0 CombDLLk=9.53588 CombDLLp=9.53588 CombDLLd=9.53588 ProbNNe=8.62308e-06 ProbNNmu=0.000652201 ProbNNpi=0.95548 ProbNNk=0.0307213 ProbNNp=0.0458582 ProbNNghost=0.00607716 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.950458 ShowerShape=15889.1 ClusterMass=182.599 CaloNeutralEcal=24319.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889958 CaloNeutralID=34610 CaloNeutralE19=0.432931 CaloClusterCode=-98 CaloClusterFrac=0.999985 IsPhoton=0.0010584 IsNotH=0.0191414 IsPhotonXGB=0.0685657 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=3.58837 ShowerShape=38248.1 ClusterMass=113.865 CaloNeutralEcal=16961 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978254 CaloNeutralID=34895 CaloNeutralE19=0.39465 CaloClusterCode=-63 CaloClusterFrac=0.99995 IsPhoton=0.179938 IsNotH=0.0902855 IsPhotonXGB=0.528794 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.665867 ShowerShape=27981.1 ClusterMass=90.5875 CaloNeutralEcal=13261.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968396 CaloNeutralID=34866 CaloNeutralE19=0.361153 CaloClusterCode=90 CaloClusterFrac=0.999999 IsPhoton=0.000668092 IsNotH=0.0352357 IsPhotonXGB=0.589562 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.743767 ShowerShape=16779.6 ClusterMass=46.6025 CaloNeutralEcal=7019.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948776 CaloNeutralID=34630 CaloNeutralE19=0.499876 CaloClusterCode=90 CaloClusterFrac=0.999924 IsPhoton=0.27469 IsNotH=0.0461771 IsPhotonXGB=0.994444 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.27092 ShowerShape=7757.03 CaloNeutralEcal=9873.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841413 CaloNeutralID=38846 CaloNeutralE19=0.282058 CaloClusterCode=97 CaloClusterFrac=1.00055 IsPhoton=1 IsNotH=0.00974653 IsPhotonXGB=1 ClusterAsX=-0.165177 ClusterAsY=0.482435 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.30688 ShowerShape=10527.8 CaloNeutralEcal=5845.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815692 CaloNeutralID=35059 CaloNeutralE19=0.369634 CaloClusterCode=-93 CaloClusterFrac=1.00117 IsPhoton=1 IsNotH=0.0169936 IsPhotonXGB=1 ClusterAsX=-0.178202 ClusterAsY=-0.110054 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.65476 ShowerShape=3170.03 CaloNeutralEcal=31952.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.632085 CaloNeutralID=43094 CaloNeutralE19=0.237533 CaloClusterCode=-90 CaloClusterFrac=0.920879 IsPhoton=1 IsNotH=0.000140209 IsPhotonXGB=1 ClusterAsX=0.0336268 ClusterAsY=-0.30346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.4319 ShowerShape=1385.48 CaloNeutralEcal=7203 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948287 CaloNeutralID=38275 CaloNeutralE19=0.788247 CaloClusterCode=-93 CaloClusterFrac=0.990702 IsPhoton=1 IsNotH=0.937931 IsPhotonXGB=1 ClusterAsX=-0.0644431 ClusterAsY=0.0726524 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.6977 ShowerShape=3808.75 CaloNeutralEcal=8937.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983907 CaloNeutralID=34083 CaloNeutralE19=0.786548 CaloClusterCode=-95 CaloClusterFrac=0.992678 IsPhoton=1 IsNotH=0.633324 IsPhotonXGB=1 ClusterAsX=0.193192 ClusterAsY=-0.000257136 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.7467 ShowerShape=807.137 CaloNeutralEcal=29197.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917734 CaloNeutralID=42665 CaloNeutralE19=0.651063 CaloClusterCode=-97 CaloClusterFrac=0.999818 IsPhoton=1 IsNotH=0.88178 IsPhotonXGB=1 ClusterAsX=-0.0698603 ClusterAsY=0.211148 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.944 ShowerShape=13749 CaloNeutralEcal=6401.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.998057 CaloNeutralID=38848 CaloNeutralE19=0.581486 CaloClusterCode=65 CaloClusterFrac=1.00452 IsPhoton=1 IsNotH=0.0277179 IsPhotonXGB=1 ClusterAsX=0.0290177 ClusterAsY=0.314037 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.8871 ShowerShape=16066.5 CaloNeutralEcal=3125.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967476 CaloNeutralID=34689 CaloNeutralE19=0.565503 CaloClusterCode=98 IsPhoton=1 IsNotH=0.0775861 IsPhotonXGB=1 ClusterAsX=0.380407 ClusterAsY=0.342587 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.57238 ShowerShape=2770.16 CaloNeutralEcal=6777.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.79815 CaloNeutralID=38278 CaloNeutralE19=0.425344 CaloClusterCode=-93 CaloClusterFrac=0.999994 IsPhoton=1 IsNotH=0.0381554 IsPhotonXGB=1 ClusterAsX=-0.355187 ClusterAsY=0.0626885 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.4902 ShowerShape=4284.37 CaloNeutralEcal=6401.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.764022 CaloNeutralID=38007 CaloNeutralE19=0.472647 CaloClusterCode=95 CaloClusterFrac=0.999716 IsPhoton=1 IsNotH=0.0307157 IsPhotonXGB=1 ClusterAsX=-0.0127246 ClusterAsY=0.219646 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=99.7449 ShowerShape=819.296 CaloNeutralEcal=15809.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945209 CaloNeutralID=42450 CaloNeutralE19=0.768643 CaloClusterCode=-91 CaloClusterFrac=0.984438 IsPhoton=1 IsNotH=0.979341 IsPhotonXGB=1 ClusterAsX=-0.0788537 ClusterAsY=-0.0941104 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.85344 ShowerShape=6271.16 CaloNeutralEcal=3129.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943135 CaloNeutralID=36012 CaloNeutralE19=0.738574 CaloClusterCode=-93 CaloClusterFrac=0.834259 IsPhoton=1 IsNotH=0.114516 IsPhotonXGB=1 ClusterAsX=-0.160284 ClusterAsY=0.0688695 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.256 ShowerShape=2608.41 CaloNeutralEcal=8220.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898126 CaloNeutralID=39409 CaloNeutralE19=0.634357 CaloClusterCode=-91 CaloClusterFrac=0.999957 IsPhoton=1 IsNotH=0.697179 IsPhotonXGB=1 ClusterAsX=0.00377927 ClusterAsY=-0.140282 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=148.812 ShowerShape=9219.73 CaloNeutralEcal=5003.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976566 CaloNeutralID=33826 CaloNeutralE19=0.442634 CaloClusterCode=-91 CaloClusterFrac=1.0077 IsPhoton=1 IsNotH=0.142897 IsPhotonXGB=1 ClusterAsX=-0.178841 ClusterAsY=-0.497507 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.02143 ShowerShape=8651.85 CaloNeutralEcal=2906.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844678 CaloNeutralID=35893 CaloNeutralE19=0.469349 CaloClusterCode=-91 CaloClusterFrac=1.00674 IsPhoton=1 IsNotH=0.111025 IsPhotonXGB=1 ClusterAsX=0.0472587 ClusterAsY=-0.23797 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.535 ShowerShape=930.861 CaloNeutralEcal=8161.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935704 CaloNeutralID=43764 CaloNeutralE19=0.667271 CaloClusterCode=-91 CaloClusterFrac=0.852408 IsPhoton=1 IsNotH=0.750458 IsPhotonXGB=1 ClusterAsX=0.0594906 ClusterAsY=-0.229203 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.78141 ShowerShape=7709.76 CaloNeutralEcal=2275.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912984 CaloNeutralID=34814 CaloNeutralE19=0.505536 CaloClusterCode=97 IsPhoton=1 IsNotH=0.134712 IsPhotonXGB=1 ClusterAsX=0.117093 ClusterAsY=0.230961 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=102.364 ShowerShape=1612.55 CaloNeutralEcal=18394.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945456 CaloNeutralID=42336 CaloNeutralE19=0.546189 CaloClusterCode=91 CaloClusterFrac=0.99985 IsPhoton=1 IsNotH=0.891182 IsPhotonXGB=1 ClusterAsX=0.0737283 ClusterAsY=-0.304177 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=57.4958 ShowerShape=2482.12 CaloNeutralEcal=20680.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767251 CaloNeutralID=42533 CaloNeutralE19=0.35917 CaloClusterCode=96 CaloClusterFrac=0.999965 IsPhoton=1 IsNotH=0.00364465 IsPhotonXGB=1 ClusterAsX=-0.222653 ClusterAsY=0.383436 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.25645 ShowerShape=4249.75 CaloNeutralEcal=7760.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.780942 CaloNeutralID=38896 CaloNeutralE19=0.513398 CaloClusterCode=62 CaloClusterFrac=0.999976 IsPhoton=1 IsNotH=0.0309929 IsPhotonXGB=1 ClusterAsX=-0.0375756 ClusterAsY=-0.0689771 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=492.171 ShowerShape=5602.67 CaloNeutralEcal=2098.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946743 CaloNeutralID=33851 CaloNeutralE19=0.734926 CaloClusterCode=98 CaloClusterFrac=1.00193 IsPhoton=1 IsNotH=0.472859 IsPhotonXGB=1 ClusterAsX=0.232997 ClusterAsY=0.0802114 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=205.836 ShowerShape=10898.1 CaloNeutralEcal=4886.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937414 CaloNeutralID=35495 CaloNeutralE19=0.772231 CaloClusterCode=68 IsPhoton=1 IsNotH=0.650368 IsPhotonXGB=1 ClusterAsX=0.0835576 ClusterAsY=0.18482 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.5328 ShowerShape=7438.17 CaloNeutralEcal=3401.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88919 CaloNeutralID=35816 CaloNeutralE19=0.601103 CaloClusterCode=95 CaloClusterFrac=0.999721 IsPhoton=1 IsNotH=0.164385 IsPhotonXGB=1 ClusterAsX=0.105951 ClusterAsY=0.123747 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.0812 ShowerShape=685.631 CaloNeutralEcal=17218.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978635 CaloNeutralID=42585 CaloNeutralE19=0.621372 CaloClusterCode=-63 CaloClusterFrac=0.985365 IsPhoton=1 IsNotH=0.907788 IsPhotonXGB=1 ClusterAsX=-0.293278 ClusterAsY=-0.0927854 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.3565 ShowerShape=9304.66 CaloNeutralEcal=3571.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933254 CaloNeutralID=34023 CaloNeutralE19=0.533755 CaloClusterCode=-97 CaloClusterFrac=0.978329 IsPhoton=1 IsNotH=0.292523 IsPhotonXGB=1 ClusterAsX=-0.00797112 ClusterAsY=0.331838 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.24442 ShowerShape=3427.18 CaloNeutralEcal=3947.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917666 CaloNeutralID=38970 CaloNeutralE19=0.293655 CaloClusterCode=91 CaloClusterFrac=1.0014 IsPhoton=1 IsNotH=0.0738124 IsPhotonXGB=1 ClusterAsX=0.361449 ClusterAsY=-0.408851 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.4124 ShowerShape=2209.25 CaloNeutralEcal=7771.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800544 CaloNeutralID=42417 CaloNeutralE19=0.345242 CaloClusterCode=-97 CaloClusterFrac=0.998744 IsPhoton=1 IsNotH=0.105249 IsPhotonXGB=1 ClusterAsX=-0.0782702 ClusterAsY=0.246405 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=65.7388 ShowerShape=3404.42 CaloNeutralEcal=3795.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932411 CaloNeutralID=33953 CaloNeutralE19=0.841311 CaloClusterCode=-96 CaloClusterFrac=1.00914 IsPhoton=1 IsNotH=0.846451 IsPhotonXGB=1 ClusterAsX=-0.0159084 ClusterAsY=0.0781489 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=319.352 ShowerShape=3439.41 CaloNeutralEcal=1704 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973329 CaloNeutralID=34238 CaloNeutralE19=0.756762 CaloClusterCode=95 CaloClusterFrac=1.03375 IsPhoton=1 IsNotH=0.553243 IsPhotonXGB=1 ClusterAsX=0.201288 ClusterAsY=0.00355954 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.4106 ShowerShape=11859.9 CaloNeutralEcal=2222.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971815 CaloNeutralID=35062 CaloNeutralE19=0.934832 CaloClusterCode=91 CaloClusterFrac=1.0185 IsPhoton=1 IsNotH=0.871524 IsPhotonXGB=1 ClusterAsX=-0.0224994 ClusterAsY=-0.011002 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=335.245 ShowerShape=2194.25 CaloNeutralEcal=4643.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927303 CaloNeutralID=39978 CaloNeutralE19=0.442607 CaloClusterCode=-93 CaloClusterFrac=1.01359 IsPhoton=1 IsNotH=0.336518 IsPhotonXGB=1 ClusterAsX=-0.26297 ClusterAsY=-0.25942 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.2087 ShowerShape=921.879 CaloNeutralEcal=6091.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914623 CaloNeutralID=43339 CaloNeutralE19=0.414473 CaloClusterCode=91 CaloClusterFrac=1.01499 IsPhoton=1 IsNotH=0.650499 IsPhotonXGB=1 ClusterAsX=0.0675567 ClusterAsY=-0.50866 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=129.081 ShowerShape=1100.91 CaloNeutralEcal=11085.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877537 CaloNeutralID=43493 CaloNeutralE19=0.423254 CaloClusterCode=-91 CaloClusterFrac=0.846262 IsPhoton=1 IsNotH=0.452048 IsPhotonXGB=1 ClusterAsX=-0.192112 ClusterAsY=-0.313044 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=216.702 ShowerShape=756.676 CaloNeutralEcal=14264.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866808 CaloNeutralID=43427 CaloNeutralE19=0.660413 CaloClusterCode=-63 CaloClusterFrac=0.870705 IsPhoton=1 IsNotH=0.296995 IsPhotonXGB=1 ClusterAsX=0.00790648 ClusterAsY=0.185674 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=697.628 ShowerShape=2073.35 CaloNeutralEcal=4422.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876462 CaloNeutralID=40031 CaloNeutralE19=0.432441 CaloClusterCode=93 CaloClusterFrac=0.999929 IsPhoton=1 IsNotH=0.198052 IsPhotonXGB=1 ClusterAsX=-0.288344 ClusterAsY=-0.0685394 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.4337 ShowerShape=2200.62 CaloNeutralEcal=6139.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90741 CaloNeutralID=43536 CaloNeutralE19=0.620116 CaloClusterCode=-93 CaloClusterFrac=0.950244 IsPhoton=1 IsNotH=0.540048 IsPhotonXGB=1 ClusterAsX=-0.181537 ClusterAsY=0.0823443 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=114.083 ShowerShape=15540.7 CaloNeutralEcal=1668.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.765926 CaloNeutralID=35445 CaloNeutralE19=0.4306 CaloClusterCode=-95 CaloClusterFrac=1.01001 IsPhoton=1 IsNotH=0.0125046 IsPhotonXGB=1 ClusterAsX=0.0295861 ClusterAsY=0.0906989 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=240.267 ShowerShape=7283.23 CaloNeutralEcal=2182.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90385 CaloNeutralID=33898 CaloNeutralE19=0.670336 CaloClusterCode=93 CaloClusterFrac=1.02041 IsPhoton=1 IsNotH=0.455523 IsPhotonXGB=1 ClusterAsX=-0.150141 ClusterAsY=-0.0142597 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=376.208 ShowerShape=1069.87 CaloNeutralEcal=5137.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966106 CaloNeutralID=39706 CaloNeutralE19=0.793471 CaloClusterCode=65 CaloClusterFrac=1.00306 IsPhoton=1 IsNotH=0.913924 IsPhotonXGB=1 ClusterAsX=0.0773548 ClusterAsY=0.056734 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.03773 ShowerShape=1973 CaloNeutralEcal=4501.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694504 CaloNeutralID=42697 CaloNeutralE19=0.297459 CaloClusterCode=-90 CaloClusterFrac=0.997233 IsPhoton=1 IsNotH=0.000589213 IsPhotonXGB=1 ClusterAsX=-0.206879 ClusterAsY=-0.166238 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.7047 ShowerShape=1257.26 CaloNeutralEcal=6721.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.81576 CaloNeutralID=42452 CaloNeutralE19=0.491801 CaloClusterCode=-98 CaloClusterFrac=0.933555 IsPhoton=1 IsNotH=0.0339567 IsPhotonXGB=1 ClusterAsX=0.284567 ClusterAsY=0.0636292 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=190.692 ShowerShape=12884 CaloNeutralEcal=1590.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938972 CaloNeutralID=33619 CaloNeutralE19=0.437752 CaloClusterCode=93 CaloClusterFrac=1.03151 IsPhoton=1 IsNotH=0.0831779 IsPhotonXGB=1 ClusterAsX=-0.266086 ClusterAsY=0.183337 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.1675 ShowerShape=14751 CaloNeutralEcal=2319.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951856 CaloNeutralID=34089 CaloNeutralE19=0.489963 CaloClusterCode=-97 CaloClusterFrac=1.018 IsPhoton=1 IsNotH=0.163874 IsPhotonXGB=1 ClusterAsX=0.184945 ClusterAsY=0.362379 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.54765 ShowerShape=3156.69 CaloNeutralEcal=2779.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92914 CaloNeutralID=38647 CaloNeutralE19=0.572967 CaloClusterCode=-91 CaloClusterFrac=0.989936 IsPhoton=1 IsNotH=0.352764 IsPhotonXGB=1 ClusterAsX=-0.133655 ClusterAsY=-0.253374 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.33393 ShowerShape=1641.2 CaloNeutralEcal=6237.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.763357 CaloNeutralID=42734 CaloNeutralE19=0.343336 CaloClusterCode=-90 CaloClusterFrac=0.952711 IsPhoton=1 IsNotH=0.00188697 IsPhotonXGB=1 ClusterAsX=-0.358592 ClusterAsY=-0.14817 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=114.578 ShowerShape=741.933 CaloNeutralEcal=10198.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884368 CaloNeutralID=42459 CaloNeutralE19=0.665554 CaloClusterCode=-95 CaloClusterFrac=1.00152 IsPhoton=1 IsNotH=0.836262 IsPhotonXGB=1 ClusterAsX=0.0854811 ClusterAsY=0.100521 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=293.191 ShowerShape=3062.25 CaloNeutralEcal=2980.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.774853 CaloNeutralID=40149 CaloNeutralE19=0.478005 CaloClusterCode=63 CaloClusterFrac=1.01596 IsPhoton=1 IsNotH=0.0694714 IsPhotonXGB=1 ClusterAsX=-0.0968457 ClusterAsY=0.0743193 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.3294 ShowerShape=1097.17 CaloNeutralEcal=5856.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896831 CaloNeutralID=43409 CaloNeutralE19=0.652835 CaloClusterCode=-95 CaloClusterFrac=0.966292 IsPhoton=1 IsNotH=0.711148 IsPhotonXGB=1 ClusterAsX=0.177355 ClusterAsY=0.0740173 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.0919 ShowerShape=3453.04 CaloNeutralEcal=2643.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793389 CaloNeutralID=38472 CaloNeutralE19=0.277311 CaloClusterCode=93 CaloClusterFrac=0.999835 IsPhoton=1 IsNotH=0.00744752 IsPhotonXGB=1 ClusterAsX=-0.344123 ClusterAsY=-0.289953 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=136.648 ShowerShape=1411.38 CaloNeutralEcal=2524.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856786 CaloNeutralID=38026 CaloNeutralE19=0.743701 CaloClusterCode=97 CaloClusterFrac=0.999967 IsPhoton=1 IsNotH=0.88876 IsPhotonXGB=1 ClusterAsX=0.0136382 ClusterAsY=0.00474297 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.7496 ShowerShape=1606.97 CaloNeutralEcal=9864.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866031 CaloNeutralID=43223 CaloNeutralE19=0.260106 CaloClusterCode=-60 CaloClusterFrac=0.999877 IsPhoton=1 IsNotH=0.0101737 IsPhotonXGB=1 ClusterAsX=-0.444368 ClusterAsY=-0.351313 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.6818 ShowerShape=4136.72 CaloNeutralEcal=2837.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.631989 CaloNeutralID=37779 CaloNeutralE19=0.316553 CaloClusterCode=95 CaloClusterFrac=1.01202 IsPhoton=1 IsNotH=0.00402853 IsPhotonXGB=1 ClusterAsX=-0.106396 ClusterAsY=0.00828521 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=75.2689 ShowerShape=2180.6 CaloNeutralEcal=3785.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.81022 CaloNeutralID=37983 CaloNeutralE19=0.593569 CaloClusterCode=-97 CaloClusterFrac=0.919859 IsPhoton=1 IsNotH=0.0901657 IsPhotonXGB=1 ClusterAsX=0.0500221 ClusterAsY=0.00502569 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=523.94 ShowerShape=4745.13 CaloNeutralEcal=1625.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988642 CaloNeutralID=33689 CaloNeutralE19=0.726381 CaloClusterCode=93 CaloClusterFrac=1.01567 IsPhoton=1 IsNotH=0.581101 IsPhotonXGB=1 ClusterAsX=-0.26257 ClusterAsY=-0.0139803 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.2193 ShowerShape=2720.62 CaloNeutralEcal=2219.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919758 CaloNeutralID=38521 CaloNeutralE19=0.601348 CaloClusterCode=-95 CaloClusterFrac=1.00137 IsPhoton=1 IsNotH=0.559264 IsPhotonXGB=1 ClusterAsX=0.200309 ClusterAsY=-0.159214 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.357 ShowerShape=13371.4 CaloNeutralEcal=1826.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694509 CaloNeutralID=35812 CaloNeutralE19=0.417485 CaloClusterCode=90 CaloClusterFrac=1.00697 IsPhoton=1 IsNotH=0.00579463 IsPhotonXGB=1 ClusterAsX=-0.147453 ClusterAsY=-0.205316 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=172.394 ShowerShape=1439.23 CaloNeutralEcal=4305.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941462 CaloNeutralID=39776 CaloNeutralE19=0.730884 CaloClusterCode=-92 CaloClusterFrac=1.01049 IsPhoton=1 IsNotH=0.728741 IsPhotonXGB=1 ClusterAsX=0.2349 ClusterAsY=-0.100782 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.9612 ShowerShape=1502.77 CaloNeutralEcal=6535.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884919 CaloNeutralID=43435 CaloNeutralE19=0.483087 CaloClusterCode=93 CaloClusterFrac=1.00282 IsPhoton=1 IsNotH=0.32646 IsPhotonXGB=1 ClusterAsX=-0.217593 ClusterAsY=-0.193179 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.884 ShowerShape=2592.15 CaloNeutralEcal=5676.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.689666 CaloNeutralID=43118 CaloNeutralE19=0.373534 CaloClusterCode=-92 CaloClusterFrac=0.99604 IsPhoton=1 IsNotH=0.00363124 IsPhotonXGB=1 ClusterAsX=0.114194 ClusterAsY=0.035157 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.37535 ShowerShape=5325.53 CaloNeutralEcal=1461.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969046 CaloNeutralID=35883 CaloNeutralE19=0.490267 CaloClusterCode=-97 CaloClusterFrac=1.05691 IsPhoton=1 IsNotH=0.532518 IsPhotonXGB=1 ClusterAsX=0.00267553 ClusterAsY=0.478718 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.8176 ShowerShape=844.463 CaloNeutralEcal=3044.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00854 CaloNeutralID=41908 CaloNeutralE19=0.751325 CaloClusterCode=63 IsPhoton=1 IsNotH=0.837107 IsPhotonXGB=1 ClusterAsX=-0.191412 ClusterAsY=-0.0920946 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=107.141 ShowerShape=6334.34 CaloNeutralEcal=1140.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947012 CaloNeutralID=35315 CaloNeutralE19=0.596585 CaloClusterCode=-95 CaloClusterFrac=0.881225 IsPhoton=1 IsNotH=0.151306 IsPhotonXGB=1 ClusterAsX=0.320077 ClusterAsY=-0.0738956 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=388.464 ShowerShape=1869.87 CaloNeutralEcal=2601.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979843 CaloNeutralID=39851 CaloNeutralE19=0.620028 CaloClusterCode=-96 CaloClusterFrac=1.00875 IsPhoton=1 IsNotH=0.188443 IsPhotonXGB=1 ClusterAsX=-0.275879 ClusterAsY=0.3394 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.4401 ShowerShape=9660.39 CaloNeutralEcal=988.936 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91171 CaloNeutralID=35015 CaloNeutralE19=0.376259 CaloClusterCode=98 CaloClusterFrac=1.00425 IsPhoton=1 IsNotH=0.0206242 IsPhotonXGB=1 ClusterAsX=0.288536 ClusterAsY=0.405815 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.1006 ShowerShape=694.521 CaloNeutralEcal=4332.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94448 CaloNeutralID=42086 CaloNeutralE19=0.620959 CaloClusterCode=91 IsPhoton=1 IsNotH=0.811094 IsPhotonXGB=1 ClusterAsX=0.131365 ClusterAsY=-0.237302 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.92539 ShowerShape=3066.32 CaloNeutralEcal=2443.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.848148 CaloNeutralID=39117 CaloNeutralE19=0.35753 CaloClusterCode=95 IsPhoton=1 IsNotH=0.0772982 IsPhotonXGB=1 ClusterAsX=0.521044 ClusterAsY=-0.0553229 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.1452 ShowerShape=12304.6 CaloNeutralEcal=846.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738293 CaloNeutralID=34243 CaloNeutralE19=0.330245 CaloClusterCode=93 CaloClusterFrac=1.06616 IsPhoton=1 IsNotH=0.00419732 IsPhotonXGB=1 ClusterAsX=0.146351 ClusterAsY=-0.234874 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.2653 ShowerShape=4329.72 CaloNeutralEcal=1032 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955047 CaloNeutralID=35187 CaloNeutralE19=0.787575 CaloClusterCode=-97 CaloClusterFrac=0.909528 IsPhoton=1 IsNotH=0.46319 IsPhotonXGB=1 ClusterAsX=0.0266696 ClusterAsY=0.140795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.0516 ShowerShape=17860.9 CaloNeutralEcal=855.031 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949107 CaloNeutralID=34614 CaloNeutralE19=0.526872 CaloClusterCode=-93 CaloClusterFrac=0.845546 IsPhoton=1 IsNotH=0.033858 IsPhotonXGB=1 ClusterAsX=-0.405311 ClusterAsY=-0.185201 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.03561 ShowerShape=5016.14 CaloNeutralEcal=2118.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703829 CaloNeutralID=39155 CaloNeutralE19=0.393171 CaloClusterCode=-95 CaloClusterFrac=0.935757 IsPhoton=1 IsNotH=0.00431706 IsPhotonXGB=1 ClusterAsX=0.10999 ClusterAsY=-0.0841233 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.6256 ShowerShape=2318.04 CaloNeutralEcal=2204.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8293 CaloNeutralID=43255 CaloNeutralE19=0.506252 CaloClusterCode=-60 CaloClusterFrac=0.765525 IsPhoton=1 IsNotH=0.000905882 IsPhotonXGB=1 ClusterAsX=-0.133097 ClusterAsY=-0.195927 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2103.58 CaloNeutralEcal=926.317 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959945 CaloNeutralID=33241 CaloNeutralE19=0.883497 CaloClusterCode=95 CaloClusterFrac=1.02933 IsPhoton=1 IsNotH=0.89377 IsPhotonXGB=1 ClusterAsX=0.0627422 ClusterAsY=0.00265716 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=145.041 ShowerShape=2942.1 CaloNeutralEcal=1178 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953638 CaloNeutralID=34190 CaloNeutralE19=0.849058 CaloClusterCode=97 CaloClusterFrac=1.03968 IsPhoton=1 IsNotH=0.83087 IsPhotonXGB=1 ClusterAsX=0.0352312 ClusterAsY=0.0772514 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.2299 ShowerShape=2049.32 CaloNeutralEcal=1460.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951017 CaloNeutralID=37946 CaloNeutralE19=0.433051 CaloClusterCode=-98 CaloClusterFrac=1.00981 IsPhoton=1 IsNotH=0.164532 IsPhotonXGB=1 ClusterAsX=0.341866 ClusterAsY=0.354025 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.98 ShowerShape=2948.99 CaloNeutralEcal=2130.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.785783 CaloNeutralID=38541 CaloNeutralE19=0.453001 CaloClusterCode=-97 CaloClusterFrac=0.956325 IsPhoton=1 IsNotH=0.0116152 IsPhotonXGB=1 ClusterAsX=-0.0597746 ClusterAsY=0.0851365 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.3605 ShowerShape=1836.47 CaloNeutralEcal=2910.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=38120 CaloNeutralE19=0.671477 CaloClusterCode=63 CaloClusterFrac=1.04796 IsPhoton=1 IsNotH=0.61185 IsPhotonXGB=1 ClusterAsX=-0.406824 ClusterAsY=0.159178 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=118.079 ShowerShape=1893.35 CaloNeutralEcal=2689.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917211 CaloNeutralID=39722 CaloNeutralE19=0.777987 CaloClusterCode=-65 CaloClusterFrac=1.0061 IsPhoton=1 IsNotH=0.744393 IsPhotonXGB=1 ClusterAsX=0.233006 ClusterAsY=-0.296161 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.0126 ShowerShape=3383.61 CaloNeutralEcal=3559.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713747 CaloNeutralID=43121 CaloNeutralE19=0.347018 CaloClusterCode=90 CaloClusterFrac=1.0052 IsPhoton=1 IsNotH=0.000753104 IsPhotonXGB=1 ClusterAsX=-0.167311 ClusterAsY=-0.209456 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=143.251 ShowerShape=449.107 CaloNeutralEcal=5089.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92374 CaloNeutralID=42268 CaloNeutralE19=0.793934 CaloClusterCode=97 CaloClusterFrac=1.00205 IsPhoton=1 IsNotH=0.963412 IsPhotonXGB=1 ClusterAsX=0.0873666 ClusterAsY=0.0267305 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.6471 ShowerShape=2605.52 CaloNeutralEcal=1866.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905746 CaloNeutralID=37904 CaloNeutralE19=0.446349 CaloClusterCode=-97 CaloClusterFrac=1.01643 IsPhoton=1 IsNotH=0.689434 IsPhotonXGB=1 ClusterAsX=-0.0754859 ClusterAsY=0.357155 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=73.9708 ShowerShape=5116.75 CaloNeutralEcal=681.654 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953674 CaloNeutralID=36215 CaloNeutralE19=0.711546 CaloClusterCode=91 CaloClusterFrac=1.03914 IsPhoton=1 IsNotH=0.428447 IsPhotonXGB=1 ClusterAsX=-0.0383844 ClusterAsY=-0.27148 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=92.0248 ShowerShape=4545.21 CaloNeutralEcal=866.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910006 CaloNeutralID=34165 CaloNeutralE19=0.788088 CaloClusterCode=93 CaloClusterFrac=1.0275 IsPhoton=1 IsNotH=0.738623 IsPhotonXGB=1 ClusterAsX=-0.040696 ClusterAsY=0.000997289 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.71924 ShowerShape=2545.45 CaloNeutralEcal=1240.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827072 CaloNeutralID=39550 CaloNeutralE19=0.449713 CaloClusterCode=91 IsPhoton=1 IsNotH=0.0616383 IsPhotonXGB=1 ClusterAsX=0.147197 ClusterAsY=-0.260005 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.8875 ShowerShape=13297.6 CaloNeutralEcal=797.703 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889496 CaloNeutralID=35638 CaloNeutralE19=0.702928 CaloClusterCode=90 CaloClusterFrac=1.06092 IsPhoton=1 IsNotH=0.564918 IsPhotonXGB=1 ClusterAsX=-0.186664 ClusterAsY=-0.0519821 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=316.192 ShowerShape=1657.4 CaloNeutralEcal=2320.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.848123 CaloNeutralID=39847 CaloNeutralE19=0.683463 CaloClusterCode=95 CaloClusterFrac=1.01093 IsPhoton=1 IsNotH=0.440194 IsPhotonXGB=1 ClusterAsX=0.0824871 ClusterAsY=-0.0241194 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.3787 ShowerShape=3513.93 CaloNeutralEcal=2094.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935697 CaloNeutralID=37788 CaloNeutralE19=0.825122 CaloClusterCode=90 CaloClusterFrac=1.01139 IsPhoton=1 IsNotH=0.921893 IsPhotonXGB=1 ClusterAsX=-0.0584871 ClusterAsY=-0.0858902 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.9024 ShowerShape=1120.43 CaloNeutralEcal=3439.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842758 CaloNeutralID=42283 CaloNeutralE19=0.55471 CaloClusterCode=92 CaloClusterFrac=1.026 IsPhoton=1 IsNotH=0.383938 IsPhotonXGB=1 ClusterAsX=0.180299 ClusterAsY=-0.0824456 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.4469 ShowerShape=2336.39 CaloNeutralEcal=2212.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813843 CaloNeutralID=38049 CaloNeutralE19=0.519532 CaloClusterCode=-95 CaloClusterFrac=0.858372 IsPhoton=1 IsNotH=0.0186352 IsPhotonXGB=1 ClusterAsX=0.139582 ClusterAsY=-0.163119 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=96.3572 ShowerShape=1379.87 CaloNeutralEcal=2557.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85539 CaloNeutralID=43950 CaloNeutralE19=0.491975 CaloClusterCode=93 IsPhoton=1 IsNotH=0.0361178 IsPhotonXGB=1 ClusterAsX=-0.419033 ClusterAsY=0.00611849 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=114.65 ShowerShape=2262.5 CaloNeutralEcal=1538.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813187 CaloNeutralID=38412 CaloNeutralE19=0.414365 CaloClusterCode=-91 CaloClusterFrac=0.92203 IsPhoton=1 IsNotH=0.0082199 IsPhotonXGB=1 ClusterAsX=0.046192 ClusterAsY=-0.223729 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2957.91 CaloNeutralEcal=819.371 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.97397 CaloNeutralID=33494 CaloNeutralE19=0.873604 CaloClusterCode=95 CaloClusterFrac=1.06715 IsPhoton=1 IsNotH=0.821485 IsPhotonXGB=1 ClusterAsX=0.0743363 ClusterAsY=0.0166253 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.42154 ShowerShape=6994.78 CaloNeutralEcal=574.403 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.99039 CaloNeutralID=36218 CaloNeutralE19=0.356489 CaloClusterCode=93 CaloClusterFrac=1.10085 IsPhoton=1 IsNotH=0.114566 IsPhotonXGB=1 ClusterAsX=-0.363306 ClusterAsY=-0.278574 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=84.0869 ShowerShape=8034.92 CaloNeutralEcal=612.533 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924571 CaloNeutralID=34492 CaloNeutralE19=0.395156 CaloClusterCode=91 CaloClusterFrac=1.01432 IsPhoton=1 IsNotH=0.0950428 IsPhotonXGB=1 ClusterAsX=-0.09975 ClusterAsY=-0.552415 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=56.8309 ShowerShape=8205.63 CaloNeutralEcal=1202.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867243 CaloNeutralID=33957 CaloNeutralE19=0.455287 CaloClusterCode=-97 CaloClusterFrac=1.04414 IsPhoton=1 IsNotH=0.184249 IsPhotonXGB=1 ClusterAsX=0.033638 ClusterAsY=0.476867 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.0762 ShowerShape=2199.95 CaloNeutralEcal=1285.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91047 CaloNeutralID=39946 CaloNeutralE19=0.486565 CaloClusterCode=92 CaloClusterFrac=1.04553 IsPhoton=1 IsNotH=0.0741665 IsPhotonXGB=1 ClusterAsX=0.246511 ClusterAsY=-0.233313 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.3984 ShowerShape=15492 CaloNeutralEcal=598.012 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.760499 CaloNeutralID=36042 CaloNeutralE19=0.351023 CaloClusterCode=95 CaloClusterFrac=1.06 IsPhoton=1 IsNotH=0.0225831 IsPhotonXGB=1 ClusterAsX=0.180529 ClusterAsY=-0.0151099 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.1598 ShowerShape=9316.97 CaloNeutralEcal=783.014 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962674 CaloNeutralID=35018 CaloNeutralE19=0.562475 CaloClusterCode=-92 CaloClusterFrac=1.06782 IsPhoton=1 IsNotH=0.0223091 IsPhotonXGB=1 ClusterAsX=0.379881 ClusterAsY=-0.362871 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.5197 ShowerShape=1748.54 CaloNeutralEcal=1205.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.0332 CaloNeutralID=39289 CaloNeutralE19=0.431742 CaloClusterCode=97 IsPhoton=1 IsNotH=0.511595 IsPhotonXGB=1 ClusterAsX=-0.360417 ClusterAsY=0.280193 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.0426 ShowerShape=3765.51 CaloNeutralEcal=567.202 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988509 CaloNeutralID=35333 CaloNeutralE19=0.792385 CaloClusterCode=-93 CaloClusterFrac=0.983919 IsPhoton=1 IsNotH=0.581396 IsPhotonXGB=1 ClusterAsX=-0.18574 ClusterAsY=-0.080809 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.4591 ShowerShape=900.353 CaloNeutralEcal=2723.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860428 CaloNeutralID=43566 CaloNeutralE19=0.524434 CaloClusterCode=-97 CaloClusterFrac=0.997886 IsPhoton=1 IsNotH=0.535819 IsPhotonXGB=1 ClusterAsX=-0.12738 ClusterAsY=0.160838 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3328.67 CaloNeutralEcal=676.948 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963811 CaloNeutralID=33514 CaloNeutralE19=0.849903 CaloClusterCode=93 IsPhoton=1 IsNotH=0.787125 IsPhotonXGB=1 ClusterAsX=-0.116717 ClusterAsY=-0.0143499 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=294.938 ShowerShape=1197.48 CaloNeutralEcal=1620.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931892 CaloNeutralID=39959 CaloNeutralE19=0.706878 CaloClusterCode=95 CaloClusterFrac=1.02594 IsPhoton=1 IsNotH=0.719509 IsPhotonXGB=1 ClusterAsX=0.117997 ClusterAsY=-0.0686342 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=425.646 ShowerShape=11318.3 CaloNeutralEcal=559.432 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961607 CaloNeutralID=33454 CaloNeutralE19=0.493994 CaloClusterCode=97 IsPhoton=1 IsNotH=0.340827 IsPhotonXGB=1 ClusterAsX=0.0637944 ClusterAsY=0.347039 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.8009 ShowerShape=10080.1 CaloNeutralEcal=619.236 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.831307 CaloNeutralID=35206 CaloNeutralE19=0.534833 CaloClusterCode=-90 CaloClusterFrac=1.12981 IsPhoton=1 IsNotH=0.0804297 IsPhotonXGB=1 ClusterAsX=-0.138114 ClusterAsY=-0.274196 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=395.081 ShowerShape=5977.81 CaloNeutralEcal=547.252 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06614 CaloNeutralID=36386 CaloNeutralE19=0.794289 CaloClusterCode=90 IsPhoton=1 IsNotH=0.52387 IsPhotonXGB=1 ClusterAsX=-0.296693 ClusterAsY=-0.252675 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=193.007 ShowerShape=4514.88 CaloNeutralEcal=703.376 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991388 CaloNeutralID=34159 CaloNeutralE19=0.806925 CaloClusterCode=75 IsPhoton=1 IsNotH=0.670503 IsPhotonXGB=1 ClusterAsX=0.144618 ClusterAsY=0.0203343 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=239.02 ShowerShape=5597.55 CaloNeutralEcal=450.951 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932027 CaloNeutralID=36295 CaloNeutralE19=0.560961 CaloClusterCode=97 CaloClusterFrac=1.15191 IsPhoton=1 IsNotH=0.27613 IsPhotonXGB=1 ClusterAsX=0.0346419 ClusterAsY=0.293379 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=369.978 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.20986 CaloNeutralID=33270 CaloNeutralE19=1.16449 CaloClusterCode=91 IsPhoton=1 IsNotH=0.62732 IsPhotonXGB=1 ClusterAsX=0.00384737 ClusterAsY=-0.158984 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=78.4743 ShowerShape=7646.39 CaloNeutralEcal=636.309 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797666 CaloNeutralID=34290 CaloNeutralE19=0.57572 CaloClusterCode=95 CaloClusterFrac=1.10343 IsPhoton=1 IsNotH=0.062703 IsPhotonXGB=1 ClusterAsX=0.0766421 ClusterAsY=0.0141109 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.0562 ShowerShape=1088.06 CaloNeutralEcal=1412.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829858 CaloNeutralID=42678 CaloNeutralE19=0.525961 CaloClusterCode=95 CaloClusterFrac=1.04148 IsPhoton=1 IsNotH=0.172603 IsPhotonXGB=1 ClusterAsX=0.060216 ClusterAsY=0.199676 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.5855 ShowerShape=5617.94 CaloNeutralEcal=408.565 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878737 CaloNeutralID=36023 CaloNeutralE19=0.732911 CaloClusterCode=-91 CaloClusterFrac=1.1341 IsPhoton=1 IsNotH=0.602141 IsPhotonXGB=1 ClusterAsX=-0.0274491 ClusterAsY=-0.0245708 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3558.31 CaloNeutralEcal=447 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.14387 CaloNeutralID=33311 CaloNeutralE19=1.12421 CaloClusterCode=90 IsPhoton=1 IsNotH=0.492935 IsPhotonXGB=1 ClusterAsX=-0.168658 ClusterAsY=-0.143405 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.0039 ShowerShape=12630.6 CaloNeutralEcal=1025.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.851436 CaloNeutralID=37721 CaloNeutralE19=0.552234 CaloClusterCode=93 CaloClusterFrac=1.03128 IsPhoton=1 IsNotH=0.20686 IsPhotonXGB=1 ClusterAsX=-0.282279 ClusterAsY=-0.00767673 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=480.749 ShowerShape=4484.68 CaloNeutralEcal=351.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.12827 CaloNeutralID=36240 CaloNeutralE19=1.0427 CaloClusterCode=96 IsPhoton=1 IsNotH=0.711612 IsPhotonXGB=1 ClusterAsX=-0.0914993 ClusterAsY=0.123064 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=753.118 ShowerShape=1341.76 CaloNeutralEcal=977.171 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945026 CaloNeutralID=40027 CaloNeutralE19=0.716329 CaloClusterCode=93 CaloClusterFrac=1.02244 IsPhoton=1 IsNotH=0.740551 IsPhotonXGB=1 ClusterAsX=-0.088948 ClusterAsY=0.0834146 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.6416 ShowerShape=4158.35 CaloNeutralEcal=356.849 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960068 CaloNeutralID=35001 CaloNeutralE19=0.782371 CaloClusterCode=93 CaloClusterFrac=1.09194 IsPhoton=1 IsNotH=0.667677 IsPhotonXGB=1 ClusterAsX=-0.17896 ClusterAsY=0.0145883 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.2964 ShowerShape=3393.44 CaloNeutralEcal=353.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959671 CaloNeutralID=35529 CaloNeutralE19=0.797964 CaloClusterCode=91 CaloClusterFrac=1.08278 IsPhoton=1 IsNotH=0.751521 IsPhotonXGB=1 ClusterAsX=-0.0711573 ClusterAsY=-0.0896513 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=300.968 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980019 CaloNeutralID=33592 CaloNeutralE19=0.927127 CaloClusterCode=91 CaloClusterFrac=1.17509 IsPhoton=1 IsNotH=0.712735 IsPhotonXGB=1 ClusterAsX=0.0199803 ClusterAsY=-0.0329101 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.9833 ShowerShape=1447.56 CaloNeutralEcal=640.106 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928918 CaloNeutralID=39921 CaloNeutralE19=0.752097 CaloClusterCode=91 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.0375664 ClusterAsY=-0.0384888 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=306.382 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.08382 CaloNeutralID=33804 CaloNeutralE19=1.09001 CaloClusterCode=97 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.122017 ClusterAsY=-0.000645376 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=540.385 CaloNeutralEcal=901.597 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960851 CaloNeutralID=40035 CaloNeutralE19=0.852106 CaloClusterCode=91 CaloClusterFrac=1.09738 IsPhoton=1 IsNotH=0.974194 IsPhotonXGB=1 ClusterAsX=0.032464 ClusterAsY=-0.0371375 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=612.018 ShowerShape=1008.88 CaloNeutralEcal=1202.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=39710 CaloNeutralE19=0.889066 CaloClusterCode=-67 CaloClusterFrac=1.04047 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.040478 ClusterAsY=-0.012847 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=757.51 ShowerShape=4221.42 CaloNeutralEcal=397.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978046 CaloNeutralID=33572 CaloNeutralE19=0.789348 CaloClusterCode=95 CaloClusterFrac=1.21549 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.166807 ClusterAsY=0.0225313 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=208.263 ShowerShape=2476.6 CaloNeutralEcal=265.421 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=35072 CaloNeutralE19=1.00018 CaloClusterCode=60 CaloClusterFrac=1.29719 IsPhoton=1 IsNotH=0.524751 IsPhotonXGB=1 ClusterAsX=1.20168e-06 ClusterAsY=1.54857e-08 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=263.962 ShowerShape=2738.82 CaloNeutralEcal=201.732 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.15462 CaloNeutralID=35643 CaloNeutralE19=1.06098 CaloClusterCode=91 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.0560642 ClusterAsY=-0.205747 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.950458 ShowerShape=5063.43 CaloNeutralEcal=15399 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961836 CaloNeutralID=34610 CaloNeutralE19=0.683726 CaloClusterCode=97 CaloClusterFrac=0.633185 ClusterAsX=-0.118742 ClusterAsY=0.143814 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.950458 ShowerShape=5412.13 CaloNeutralEcal=12083.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976866 CaloNeutralID=34675 CaloNeutralE19=0.689954 CaloClusterCode=86 CaloClusterFrac=0.455692 ClusterAsX=-0.157768 ClusterAsY=0.245193 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=3.58837 ShowerShape=5177.76 CaloNeutralEcal=11662.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984757 CaloNeutralID=34895 CaloNeutralE19=0.526937 CaloClusterCode=63 CaloClusterFrac=0.748914 ClusterAsX=-0.491076 ClusterAsY=-0.0734312 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=3.58837 ShowerShape=10370.5 CaloNeutralEcal=10540.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884148 CaloNeutralID=34894 CaloNeutralE19=0.537095 CaloClusterCode=80 CaloClusterFrac=0.472484 ClusterAsX=-0.516415 ClusterAsY=-0.740299 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.665867 ShowerShape=5193.71 CaloNeutralEcal=8262.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95033 CaloNeutralID=34866 CaloNeutralE19=0.579697 CaloClusterCode=93 CaloClusterFrac=0.623003 ClusterAsX=-0.343065 ClusterAsY=-0.0158454 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.665867 ShowerShape=9540.08 CaloNeutralEcal=7851.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.831627 CaloNeutralID=34801 CaloNeutralE19=0.605013 CaloClusterCode=96 CaloClusterFrac=0.443017 ClusterAsX=-0.0877164 ClusterAsY=0.00491672 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.743767 ShowerShape=4207.62 CaloNeutralEcal=4748.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925636 CaloNeutralID=34630 CaloNeutralE19=0.738889 CaloClusterCode=93 CaloClusterFrac=0.676472 ClusterAsX=-0.0847478 ClusterAsY=-0.0458091 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.743767 ShowerShape=12139.5 CaloNeutralEcal=3668.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.695403 CaloNeutralID=34565 CaloNeutralE19=0.403845 CaloClusterCode=97 CaloClusterFrac=0.454257 ClusterAsX=-0.140715 ClusterAsY=0.0416144 ] } -Printing ended -BrunelInit INFO Evt 9, Run 1, Nr. in job = 9 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=9.64095 RichDLLmu=8.65488 RichDLLpi=0 RichDLLk=15.4012 RichDLLp=15.4264 RichPIDStatus=6117 RichDLLbt=15.4264 RichDLLd=15.4264 MuonMuLL=-0.0679577 MuonBkgLL=-0.330126 MuonNShared=5 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=183.825 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.67491 CaloElectronMatch=113.984 CaloBremMatch=113.984 CaloChargedEcal=3854.54 CaloChargedID=42251 CaloNeutralEcal=3854.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.754448 CaloNeutralID=42251 CaloEcalE=1929.76 CaloHcalE=9374.71 CaloEcalChi2=113.984 CaloBremChi2=459.504 CaloClusChi2=0.67491 CaloTrajectoryL=-13.3404 CaloEoverP=0.45323 EcalPIDe=1.84829 BremPIDe=-0.638976 HcalPIDe=-1.62556 HcalPIDmu=-1.74174 EcalPIDmu=-1.78544 TrackChi2PerDof=0.935257 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=9270.24 TrackPt=359.226 CombDLLe=1.23899 CombDLLmu=3.30919 CombDLLpi=0 CombDLLk=15.4012 CombDLLp=15.4264 CombDLLd=15.7565 ProbNNe=0.0648896 ProbNNpi=0.0024851 ProbNNk=0.979777 ProbNNp=0.815411 ProbNNghost=0.00765993 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.9264 RichDLLmu=-10.2591 RichDLLpi=0 RichDLLk=-29.5445 RichDLLp=-26.9136 RichPIDStatus=6115 RichDLLbt=-26.9136 RichDLLd=-26.9136 MuonMuLL=-0.0590072 MuonBkgLL=-0.416679 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=17.3138 MuonMVA1=-999 MuonMVA2=-0.306813 MuonMVA3=-999 MuonMVA4=-999 InAccBrem=1 CaloBremChi2=313.504 BremPIDe=-0.473279 TrackChi2PerDof=1.42002 TrackNumDof=44 TrackType=3 TrackHistory=32 TrackP=11759.7 TrackPt=570.285 CombDLLe=-3.55852 CombDLLmu=-6.41491 CombDLLpi=0 CombDLLk=-29.5445 CombDLLp=-26.9136 CombDLLd=-26.497 ProbNNe=0.000458919 ProbNNmu=0.00106764 ProbNNpi=0.528752 ProbNNk=4.80747e-05 ProbNNp=0.0102109 ProbNNghost=0.00864332 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.41134 RichDLLmu=-0.879559 RichDLLpi=0 RichDLLk=20.7273 RichDLLp=10.506 RichPIDStatus=8100 RichDLLbt=11.7314 RichDLLd=11.7314 InAccBrem=1 CaloBremChi2=391.565 BremPIDe=-0.532522 TrackChi2PerDof=2.6578 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=18564.9 TrackPt=834.99 CombDLLe=-0.953997 CombDLLmu=-1.21884 CombDLLpi=0 CombDLLk=20.7273 CombDLLp=10.506 CombDLLd=11.7314 ProbNNe=0.000382197 ProbNNpi=0.00189202 ProbNNk=0.997448 ProbNNp=0.0111663 ProbNNghost=0.843957 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.092 RichDLLmu=-14.1355 RichDLLpi=0 RichDLLk=-11.2169 RichDLLp=-11.2169 RichPIDStatus=5091 RichDLLbt=-11.2169 RichDLLd=-11.2169 MuonMuLL=-0.00762904 MuonBkgLL=-0.70622 MuonNShared=6 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=94.8744 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=33.0223 CaloElectronMatch=2381.41 CaloBremMatch=83.2037 CaloChargedEcal=1256.55 CaloChargedID=34382 CaloNeutralEcal=1256.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775494 CaloNeutralID=34382 CaloEcalE=0 CaloHcalE=11081.3 CaloEcalChi2=2381.41 CaloBremChi2=401.165 CaloClusChi2=33.0223 CaloTrajectoryL=-20897.9 CaloEoverP=0.168665 EcalPIDe=-2.76076 BremPIDe=-0.467096 HcalPIDe=-1.17839 HcalPIDmu=-1.049 EcalPIDmu=0.361777 TrackChi2PerDof=0.875538 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=8722.34 TrackPt=345.112 CombDLLe=-8.29957 CombDLLmu=-6.93977 CombDLLpi=0 CombDLLk=-11.2169 CombDLLp=-11.2169 CombDLLd=-10.5107 ProbNNe=5.2915e-07 ProbNNpi=0.995861 ProbNNk=7.73132e-05 ProbNNp=0.000201599 ProbNNghost=0.00281291 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.4946 RichDLLmu=-3.62284 RichDLLpi=0 RichDLLk=-14.5021 RichDLLp=-14.4823 RichPIDStatus=6115 RichDLLbt=-14.4823 RichDLLd=-14.4823 MuonMuLL=-0.0673157 MuonBkgLL=-0.321151 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3333.81 MuonMVA1=-999 MuonMVA2=-0.834034 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.6512 CaloElectronMatch=455.928 CaloBremMatch=423.534 CaloChargedEcal=2139.26 CaloChargedID=38099 CaloNeutralEcal=2139.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945176 CaloNeutralID=38099 CaloEcalE=1072.62 CaloHcalE=10891.5 CaloEcalChi2=455.928 CaloBremChi2=399.305 CaloClusChi2=1.6512 CaloTrajectoryL=187.978 CaloEoverP=0.241383 EcalPIDe=-0.270192 BremPIDe=-0.467096 HcalPIDe=-1.62556 HcalPIDmu=-1.51135 EcalPIDmu=-0.400565 TrackChi2PerDof=1.30862 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=9252.83 TrackPt=555.471 CombDLLe=-6.30457 CombDLLmu=-5.9962 CombDLLpi=0 CombDLLk=-14.5021 CombDLLp=-14.4823 CombDLLd=-14.1612 ProbNNe=4.85916e-06 ProbNNmu=0.00366525 ProbNNpi=0.790942 ProbNNk=8.651e-05 ProbNNp=0.00890694 ProbNNghost=0.168515 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.14671 RichDLLmu=-0.69902 RichDLLpi=0 RichDLLk=25.0853 RichDLLp=-31.7501 RichPIDStatus=139236 RichDLLbt=-7.40059 RichDLLd=-9.65025 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0709047 CaloElectronMatch=2178.26 CaloBremMatch=166.572 CaloChargedEcal=4668.64 CaloChargedID=43548 CaloNeutralEcal=4668.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952239 CaloNeutralID=43548 CaloEcalE=2817.36 CaloEcalChi2=2178.26 CaloBremChi2=169.957 CaloClusChi2=0.0709047 CaloTrajectoryL=-100.605 CaloEoverP=0.091532 EcalPIDe=-2.17294 BremPIDe=1.98552 EcalPIDmu=-0.927329 TrackChi2PerDof=1.02424 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=52784 TrackPt=1867.06 CombDLLe=-0.736959 CombDLLmu=-1.89963 CombDLLpi=0 CombDLLk=25.0853 CombDLLp=-31.7501 CombDLLd=-9.65025 ProbNNe=2.80402e-06 ProbNNpi=0.0846643 ProbNNk=0.999673 ProbNNp=8.00781e-06 ProbNNghost=0.000736411 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.23698 RichDLLmu=-0.529535 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.45029 CaloElectronMatch=25.5825 CaloBremMatch=14.6056 CaloChargedEcal=4480.48 CaloChargedID=34821 CaloNeutralEcal=4480.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920093 CaloNeutralID=34821 CaloEcalE=3983.2 CaloHcalE=2025.81 CaloEcalChi2=25.5825 CaloBremChi2=587.02 CaloClusChi2=2.45029 CaloTrajectoryL=152.705 CaloEoverP=1.83527 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-1.31758 HcalPIDmu=1.63925 EcalPIDmu=-0.945822 TrackChi2PerDof=1.77195 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=2548.18 TrackPt=151.08 CombDLLe=-0.144527 CombDLLmu=-0.0451596 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.652562 ProbNNpi=0.78812 ProbNNk=0.0556734 ProbNNp=0.117507 ProbNNghost=0.132087 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.6596 RichDLLmu=-6.70036 RichDLLpi=0 RichDLLk=-17.8356 RichDLLp=-16.8975 RichPIDStatus=6115 RichDLLbt=-16.8975 RichDLLd=-16.8975 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.998761 CaloElectronMatch=645.3 CaloChargedEcal=1415.19 CaloChargedID=39155 CaloEcalE=868.63 CaloHcalE=10253.8 CaloEcalChi2=645.3 CaloClusChi2=0.998761 CaloTrajectoryL=262.376 CaloEoverP=0.128196 EcalPIDe=-0.56571 HcalPIDe=-2.4429 HcalPIDmu=-1.93671 EcalPIDmu=0.529861 TrackChi2PerDof=0.693239 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=11487.1 TrackPt=364.369 CombDLLe=-7.31172 CombDLLmu=-7.50868 CombDLLpi=0 CombDLLk=-17.8356 CombDLLp=-16.8975 CombDLLd=-16.8975 ProbNNe=9.29504e-08 ProbNNpi=0.999497 ProbNNk=0.00023107 ProbNNp=3.90716e-05 ProbNNghost=0.00291423 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.0775 RichDLLmu=-4.83985 RichDLLpi=0 RichDLLk=-17.9673 RichDLLp=-15.9891 RichPIDStatus=6115 RichDLLbt=-15.9891 RichDLLd=-15.9891 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.762378 CaloElectronMatch=238.085 CaloBremMatch=238.085 CaloChargedEcal=14230.4 CaloChargedID=38513 CaloNeutralEcal=14230.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897206 CaloNeutralID=38513 CaloEcalE=9451.87 CaloHcalE=3141.21 CaloEcalChi2=238.085 CaloBremChi2=510.767 CaloClusChi2=0.762378 CaloTrajectoryL=302.719 CaloEoverP=1.18385 EcalPIDe=0.786938 BremPIDe=-0.621385 HcalPIDe=-1.40118 HcalPIDmu=0.352575 EcalPIDmu=-2.83442 TrackChi2PerDof=1.40935 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=12282.3 TrackPt=497.492 CombDLLe=-4.87868 CombDLLmu=-7.71652 CombDLLpi=0 CombDLLk=-17.9673 CombDLLp=-15.9891 CombDLLd=-15.9891 ProbNNe=1.70737e-06 ProbNNpi=0.870685 ProbNNk=5.20545e-06 ProbNNp=0.000157881 ProbNNghost=0.267928 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.438377 RichDLLmu=0.810959 RichDLLpi=0 RichDLLk=12.5356 RichDLLp=13.7126 RichPIDStatus=6117 RichDLLbt=13.7126 RichDLLd=13.7126 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.15665 CaloElectronMatch=762.056 CaloBremMatch=112.529 CaloChargedEcal=1415.19 CaloChargedID=39155 CaloNeutralEcal=1415.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738199 CaloNeutralID=39155 CaloEcalE=2211.3 CaloHcalE=2671.63 CaloEcalChi2=762.056 CaloBremChi2=384.538 CaloClusChi2=1.15665 CaloTrajectoryL=952.56 CaloEoverP=0.134651 EcalPIDe=-0.620164 BremPIDe=-0.454777 HcalPIDe=-0.985467 HcalPIDmu=0.778611 EcalPIDmu=-1.89716 TrackChi2PerDof=1.17496 TrackNumDof=42 TrackType=3 TrackHistory=30 TrackP=10936.4 TrackPt=337.745 CombDLLe=-1.9837 CombDLLmu=0.00693716 CombDLLpi=0 CombDLLk=12.5356 CombDLLp=13.7126 CombDLLd=13.7126 ProbNNe=0.000252551 ProbNNpi=0.0606608 ProbNNk=0.774447 ProbNNp=0.862774 ProbNNghost=0.0120595 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.64181 RichDLLmu=0.223789 RichDLLpi=0 RichDLLk=-25.1453 RichDLLp=-20.8391 RichPIDStatus=8162 RichDLLbt=-17.7471 RichDLLd=-17.7471 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.56159 CaloElectronMatch=1397.73 CaloBremMatch=130.95 CaloChargedEcal=7044.12 CaloChargedID=38733 CaloNeutralEcal=7044.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.651381 CaloNeutralID=38733 CaloEcalE=1566.46 CaloHcalE=23607.2 CaloEcalChi2=1397.73 CaloBremChi2=439.875 CaloClusChi2=1.56159 CaloTrajectoryL=983.851 CaloEoverP=0.279482 EcalPIDe=-1.6028 BremPIDe=-0.54839 HcalPIDe=-2.87281 HcalPIDmu=-2.51557 EcalPIDmu=-0.689506 TrackChi2PerDof=0.777355 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=25486.4 TrackPt=1374.26 CombDLLe=-5.31116 CombDLLmu=-2.89198 CombDLLpi=0 CombDLLk=-25.1453 CombDLLp=-20.8391 CombDLLd=-17.7471 ProbNNe=3.05897e-05 ProbNNpi=0.998933 ProbNNk=3.2032e-05 ProbNNp=5.25974e-05 ProbNNghost=0.000505735 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.945541 RichDLLmu=1.1745 RichDLLpi=0 RichDLLk=-23.8119 RichDLLp=-18.7719 RichPIDStatus=8162 RichDLLbt=-16.7418 RichDLLd=-16.7418 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.607584 CaloElectronMatch=1345.01 CaloBremMatch=1345.01 CaloChargedEcal=12168.2 CaloChargedID=41889 CaloNeutralEcal=12168.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982088 CaloNeutralID=41889 CaloEcalE=4661.85 CaloHcalE=14195.6 CaloEcalChi2=1345.01 CaloBremChi2=146.542 CaloClusChi2=0.607584 CaloTrajectoryL=-730.377 CaloEoverP=0.513726 EcalPIDe=-1.21799 BremPIDe=0.328023 HcalPIDe=-2.87281 HcalPIDmu=-2.75642 EcalPIDmu=-2.9573 TrackChi2PerDof=1.21315 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=23960 TrackPt=1699.32 CombDLLe=-3.92822 CombDLLmu=-4.09901 CombDLLpi=0 CombDLLk=-23.8119 CombDLLp=-18.7719 CombDLLd=-16.7418 ProbNNe=0.000311865 ProbNNpi=0.98513 ProbNNk=5.88846e-05 ProbNNp=7.87704e-05 ProbNNghost=0.00882251 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.0882 RichDLLmu=-1.04777 RichDLLpi=0 RichDLLk=-10.0231 RichDLLp=3.93415 RichPIDStatus=8166 RichDLLbt=4.76636 RichDLLd=4.76636 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0947072 CaloElectronMatch=228.079 CaloBremMatch=228.079 CaloChargedEcal=8413.58 CaloChargedID=43505 CaloNeutralEcal=8413.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.723771 CaloNeutralID=43505 CaloEcalE=4627.66 CaloHcalE=5839.95 CaloEcalChi2=228.079 CaloBremChi2=394.555 CaloClusChi2=0.0947072 CaloTrajectoryL=22.0344 CaloEoverP=0.467911 EcalPIDe=1.08131 BremPIDe=-0.608318 HcalPIDe=-1.76607 HcalPIDmu=-0.727004 EcalPIDmu=-2.98521 TrackChi2PerDof=0.960428 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=18258.5 TrackPt=536.403 CombDLLe=-1.83243 CombDLLmu=-5.15799 CombDLLpi=0 CombDLLk=-10.0231 CombDLLp=3.93415 CombDLLd=4.76636 ProbNNe=0.000254224 ProbNNpi=0.980292 ProbNNk=0.000118658 ProbNNp=0.0494036 ProbNNghost=0.0311116 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.6517 RichDLLmu=-4.7185 RichDLLpi=0 RichDLLk=-7.04603 RichDLLp=-7.04603 RichPIDStatus=5027 RichDLLbt=-7.04603 RichDLLd=-7.04603 MuonMuLL=-0.0422814 MuonBkgLL=-0.259634 MuonNShared=10 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=908.207 MuonMVA1=-999 MuonMVA2=-0.124361 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.955498 CaloElectronMatch=212.984 CaloBremMatch=122.395 CaloChargedEcal=10047.2 CaloChargedID=38984 CaloNeutralEcal=10047.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75412 CaloNeutralID=38984 CaloEcalE=6134.79 CaloHcalE=6548.25 CaloEcalChi2=212.984 CaloBremChi2=501.153 CaloClusChi2=0.955498 CaloTrajectoryL=256.792 CaloEoverP=1.97193 EcalPIDe=0.605631 BremPIDe=-0.607507 HcalPIDe=-2.03825 HcalPIDmu=-0.91713 EcalPIDmu=-1.43878 TrackChi2PerDof=2.12852 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=5279.56 TrackPt=178.396 CombDLLe=-4.34054 CombDLLmu=-7.29698 CombDLLpi=0 CombDLLk=-7.04603 CombDLLp=-7.04603 CombDLLd=-6.7864 ProbNNe=0.00163376 ProbNNmu=0.00366525 ProbNNpi=0.00112377 ProbNNk=0.0105781 ProbNNp=0.0204529 ProbNNghost=0.668264 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.6468 RichDLLmu=-18.8788 RichDLLpi=0 RichDLLk=-15.4102 RichDLLp=-15.4102 RichPIDStatus=5091 RichDLLbt=-15.4102 RichDLLd=-15.4102 MuonMuLL=-0.142024 MuonBkgLL=-0.559869 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=134.602 MuonMVA1=-999 MuonMVA2=-0.39333 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.79028 CaloElectronMatch=54.5581 CaloBremMatch=54.5581 CaloChargedEcal=4591.64 CaloChargedID=43597 CaloNeutralEcal=4591.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.753097 CaloNeutralID=43597 CaloEcalE=3436.12 CaloHcalE=17310.7 CaloEcalChi2=54.5581 CaloBremChi2=414.446 CaloClusChi2=1.79028 CaloTrajectoryL=283.855 CaloEoverP=0.60246 EcalPIDe=3.6423 BremPIDe=-0.467096 HcalPIDe=-1.17839 HcalPIDmu=-0.644252 EcalPIDmu=-2.74158 TrackChi2PerDof=1.14547 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=8053.61 TrackPt=365.544 CombDLLe=-2.89915 CombDLLmu=-9.96064 CombDLLpi=0 CombDLLk=-15.4102 CombDLLp=-15.4102 CombDLLd=-14.8504 ProbNNe=2.63734e-06 ProbNNmu=0.00366525 ProbNNpi=0.102713 ProbNNk=0.00135906 ProbNNp=0.00434482 ProbNNghost=0.0231266 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.3131 RichDLLmu=-9.31671 RichDLLpi=0 RichDLLk=-1.65435 RichDLLp=-1.65435 RichPIDStatus=5027 RichDLLbt=-1.65435 RichDLLd=-1.65435 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.06256 CaloElectronMatch=369.673 CaloBremMatch=369.673 CaloChargedEcal=1365 CaloChargedID=39742 CaloNeutralEcal=1365 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.816848 CaloNeutralID=39742 CaloEcalE=435.12 CaloHcalE=4321.1 CaloEcalChi2=369.673 CaloBremChi2=203.119 CaloClusChi2=6.06256 CaloTrajectoryL=318.588 CaloEoverP=0.291151 EcalPIDe=0.0750074 BremPIDe=-0.224286 HcalPIDe=-2.03346 HcalPIDmu=-0.761937 EcalPIDmu=1.47887 TrackChi2PerDof=1.93675 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=5288.92 TrackPt=349.074 CombDLLe=-4.73886 CombDLLmu=-5.95397 CombDLLpi=0 CombDLLk=-1.65435 CombDLLp=-1.65435 CombDLLd=-1.65435 ProbNNe=1.28556e-06 ProbNNpi=0.984591 ProbNNk=0.0048156 ProbNNp=0.00864636 ProbNNghost=0.0598995 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.57272 RichDLLmu=-7.88276 RichDLLpi=0 RichDLLk=-2.5504 RichDLLp=-2.5504 RichPIDStatus=5025 RichDLLbt=-2.5504 RichDLLd=-2.5504 MuonMuLL=0 MuonBkgLL=-0.0474178 MuonNShared=10 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1192.5 MuonMVA1=-999 MuonMVA2=-1.18132 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.423602 CaloElectronMatch=207.798 CaloChargedEcal=14034.7 CaloChargedID=34736 CaloEcalE=3682.3 CaloHcalE=3480.31 CaloEcalChi2=207.798 CaloClusChi2=0.423602 CaloTrajectoryL=117.172 CaloEoverP=2.65658 EcalPIDe=0.605631 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=-2.70871 TrackChi2PerDof=1.06241 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=5373.88 TrackPt=154.894 CombDLLe=-0.728365 CombDLLmu=-9.32624 CombDLLpi=0 CombDLLk=-2.5504 CombDLLp=-2.5504 CombDLLd=-2.50298 ProbNNe=0.991262 ProbNNmu=0.00366525 ProbNNpi=0.0027098 ProbNNk=0.123247 ProbNNp=0.00756285 ProbNNghost=0.754259 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.4453 RichDLLmu=-17.2749 RichDLLpi=0 RichDLLk=-5.15968 RichDLLp=-5.15968 RichPIDStatus=5091 RichDLLbt=-5.15968 RichDLLd=-5.15968 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.15116 CaloElectronMatch=19.8744 CaloBremMatch=19.8744 CaloChargedEcal=4361.5 CaloChargedID=39477 CaloNeutralEcal=4361.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920607 CaloNeutralID=39477 CaloEcalE=3430.99 CaloHcalE=1913.4 CaloEcalChi2=19.8744 CaloBremChi2=275.077 CaloClusChi2=1.15116 CaloTrajectoryL=131.16 CaloEoverP=0.756425 EcalPIDe=3.6423 BremPIDe=-0.416867 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-2.76303 TrackChi2PerDof=1.18619 TrackNumDof=41 TrackType=3 TrackHistory=32 TrackP=6066.84 TrackPt=282.271 CombDLLe=-0.972278 CombDLLmu=-7.94555 CombDLLpi=0 CombDLLk=-5.15968 CombDLLp=-5.15968 CombDLLd=-5.15968 ProbNNe=8.45541e-07 ProbNNpi=0.995052 ProbNNk=0.000241315 ProbNNp=0.00107709 ProbNNghost=0.0116167 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.95617 RichDLLmu=1.50013 RichDLLpi=0 RichDLLk=14.5963 RichDLLp=13.4524 RichPIDStatus=6116 RichDLLbt=13.4524 RichDLLd=13.4524 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.1574 CaloElectronMatch=758.954 CaloBremMatch=112.529 CaloChargedEcal=1415.19 CaloChargedID=39155 CaloNeutralEcal=1415.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738199 CaloNeutralID=39155 CaloEcalE=2211.3 CaloHcalE=2671.63 CaloEcalChi2=758.954 CaloBremChi2=389.322 CaloClusChi2=1.1574 CaloTrajectoryL=938.452 CaloEoverP=0.135428 EcalPIDe=-0.620164 BremPIDe=-0.454777 HcalPIDe=-0.985467 HcalPIDmu=0.778611 EcalPIDmu=-1.89716 TrackChi2PerDof=2.20388 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=10873.6 TrackPt=319.032 CombDLLe=-1.37033 CombDLLmu=0.920799 CombDLLpi=0 CombDLLk=14.5963 CombDLLp=13.4524 CombDLLd=13.4524 ProbNNe=0.0267764 ProbNNpi=0.0276308 ProbNNk=0.871395 ProbNNp=0.813185 ProbNNghost=0.856823 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.39735 RichDLLmu=0.363951 RichDLLpi=0 RichDLLk=-13.7347 RichDLLp=-11.6751 RichPIDStatus=8161 RichDLLbt=-10.068 RichDLLd=-10.068 MuonMuLL=-6.60913 MuonBkgLL=-7.59886 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=0.0847077 MuonMVA1=-999 MuonMVA2=4.11436 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.02281 CaloElectronMatch=703.939 CaloBremMatch=4.81752 CaloChargedEcal=19576.6 CaloChargedID=42895 CaloNeutralEcal=19576.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842693 CaloNeutralID=42895 CaloEcalE=1550.71 CaloHcalE=34562.5 CaloEcalChi2=703.939 CaloBremChi2=502.757 CaloClusChi2=3.02281 CaloTrajectoryL=-548.574 CaloEoverP=0.672365 EcalPIDe=-0.55547 BremPIDe=-0.542409 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-0.609698 TrackChi2PerDof=2.55267 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=28726.1 TrackPt=907.377 CombDLLe=-3.90292 CombDLLmu=-2.10285 CombDLLpi=0 CombDLLk=-13.7347 CombDLLp=-11.6751 CombDLLd=-2.46917 ProbNNe=0.00225445 ProbNNmu=0.00366525 ProbNNpi=0.0289124 ProbNNk=0.00930507 ProbNNp=0.228906 ProbNNghost=0.703668 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.382946 RichDLLmu=1.16719 RichDLLpi=0 RichDLLk=-39.5818 RichDLLp=-39.5854 RichPIDStatus=8162 RichDLLbt=-30.1858 RichDLLd=-30.1858 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.19042 CaloElectronMatch=210.524 CaloBremMatch=210.524 CaloChargedEcal=23376.4 CaloChargedID=37784 CaloNeutralEcal=23376.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894691 CaloNeutralID=37784 CaloEcalE=16564 CaloHcalE=5782.8 CaloEcalChi2=210.524 CaloBremChi2=46.3457 CaloClusChi2=1.19042 CaloTrajectoryL=326.757 CaloEoverP=0.767474 EcalPIDe=1.53473 BremPIDe=1.76845 HcalPIDe=-1.55552 HcalPIDmu=-0.582536 EcalPIDmu=-3.65417 TrackChi2PerDof=0.79044 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=30467.4 TrackPt=2473.98 CombDLLe=1.81468 CombDLLmu=-2.63168 CombDLLpi=0 CombDLLk=-39.5818 CombDLLp=-39.5854 CombDLLd=-30.1858 ProbNNe=0.0481857 ProbNNpi=0.985774 ProbNNk=1.37385e-05 ProbNNp=1.57063e-05 ProbNNghost=0.0010448 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.22311 RichDLLmu=-0.824162 RichDLLpi=0 RichDLLk=1.22378 RichDLLp=1.47276 RichPIDStatus=6117 RichDLLbt=1.47276 RichDLLd=1.47276 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.3382 CaloElectronMatch=238.714 CaloBremMatch=75.87 CaloChargedEcal=18023.6 CaloChargedID=42468 CaloNeutralEcal=18023.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713117 CaloNeutralID=42468 CaloEcalE=2565.14 CaloEcalChi2=238.714 CaloBremChi2=379.268 CaloClusChi2=2.3382 CaloTrajectoryL=1010.22 CaloEoverP=1.48887 EcalPIDe=0.786938 BremPIDe=-0.454777 EcalPIDmu=-2.01184 TrackChi2PerDof=1.18269 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=11970.3 TrackPt=689.648 CombDLLe=-1.08695 CombDLLmu=-3.15533 CombDLLpi=0 CombDLLk=1.22378 CombDLLp=1.47276 CombDLLd=1.47276 ProbNNe=8.10218e-06 ProbNNpi=0.931826 ProbNNk=0.0118311 ProbNNp=0.139622 ProbNNghost=0.03978 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.5352 RichDLLmu=-0.192684 RichDLLpi=0 RichDLLk=38.3442 RichDLLp=24.6733 RichPIDStatus=8164 RichDLLbt=25.3478 RichDLLd=25.3478 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.297595 CaloElectronMatch=295.082 CaloBremMatch=295.082 CaloChargedEcal=16801.2 CaloChargedID=37669 CaloNeutralEcal=16801.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960997 CaloNeutralID=37669 CaloEcalE=8867.12 CaloHcalE=777.477 CaloEcalChi2=295.082 CaloBremChi2=65.2221 CaloClusChi2=0.297595 CaloTrajectoryL=281.593 CaloEoverP=0.603595 EcalPIDe=0.906536 BremPIDe=0.549214 HcalPIDe=0.58404 HcalPIDmu=0.294142 EcalPIDmu=-4.45345 TrackChi2PerDof=1.34467 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=27606.9 TrackPt=2514.59 CombDLLe=1.59672 CombDLLmu=-4.42893 CombDLLpi=0 CombDLLk=38.3442 CombDLLp=24.6733 CombDLLd=25.3478 ProbNNe=3.09333e-07 ProbNNpi=0.00047855 ProbNNk=0.99959 ProbNNp=0.000499972 ProbNNghost=0.00192221 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.3434 RichDLLmu=-4.50357 RichDLLpi=0 RichDLLk=0.715822 RichDLLp=0.715822 RichPIDStatus=5028 RichDLLbt=0.715822 RichDLLd=0.715822 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.201483 CaloElectronMatch=130.134 CaloBremMatch=130.134 CaloChargedEcal=11222.2 CaloChargedID=35340 CaloNeutralEcal=11222.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824387 CaloNeutralID=35340 CaloEcalE=7167.88 CaloHcalE=0 CaloEcalChi2=130.134 CaloBremChi2=133.55 CaloClusChi2=0.201483 CaloTrajectoryL=202.444 CaloEoverP=2.44369 EcalPIDe=0.83137 BremPIDe=0.00370359 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-0.377978 TrackChi2PerDof=1.11521 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=4703.9 TrackPt=379.764 CombDLLe=-0.450385 CombDLLmu=-7.85816 CombDLLpi=0 CombDLLk=0.715822 CombDLLp=0.715822 CombDLLd=0.715822 ProbNNe=0.0224062 ProbNNpi=0.947882 ProbNNk=0.0183552 ProbNNp=0.0372662 ProbNNghost=0.032458 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.38142 RichDLLmu=-7.44012 RichDLLpi=0 RichDLLk=-1.39257 RichDLLp=-1.39257 RichPIDStatus=5027 RichDLLbt=-1.39257 RichDLLd=-1.39257 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.974798 CaloElectronMatch=98.4904 CaloBremMatch=8.87575 CaloChargedEcal=3908.31 CaloChargedID=38593 CaloNeutralEcal=3908.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.628888 CaloNeutralID=38593 CaloEcalE=1372.96 CaloHcalE=575.36 CaloEcalChi2=98.4904 CaloBremChi2=719.138 CaloClusChi2=0.974798 CaloTrajectoryL=-97.3552 CaloEoverP=1.2769 EcalPIDe=1.51236 BremPIDe=-0.553589 HcalPIDe=-0.304036 HcalPIDmu=-0.373695 EcalPIDmu=-1.5773 TrackChi2PerDof=1.96916 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=3313.89 TrackPt=251.217 CombDLLe=-0.79092 CombDLLmu=-8.27172 CombDLLpi=0 CombDLLk=-1.39257 CombDLLp=-1.39257 CombDLLd=-1.39257 ProbNNe=0.0103401 ProbNNpi=0.813576 ProbNNk=0.0140697 ProbNNp=0.0317531 ProbNNghost=0.294987 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.482 RichDLLmu=-20.9097 RichDLLpi=0 RichDLLk=-9.52888 RichDLLp=-9.52888 RichPIDStatus=5091 RichDLLbt=-9.52888 RichDLLd=-9.52888 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.94533 CaloElectronMatch=1008.22 CaloBremMatch=1008.22 CaloChargedEcal=6989.61 CaloChargedID=43635 CaloNeutralEcal=6989.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719514 CaloNeutralID=43635 CaloEcalE=350.31 CaloHcalE=10848 CaloEcalChi2=1008.22 CaloBremChi2=278.723 CaloClusChi2=4.94533 CaloTrajectoryL=-221.016 CaloEoverP=0.947864 EcalPIDe=-1.10291 BremPIDe=-0.26048 HcalPIDe=-1.62556 HcalPIDmu=-0.546932 EcalPIDmu=0.00838327 TrackChi2PerDof=1.55649 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=7620.04 TrackPt=381.548 CombDLLe=-6.80793 CombDLLmu=-7.53529 CombDLLpi=0 CombDLLk=-9.52888 CombDLLp=-9.52888 CombDLLd=-9.52888 ProbNNe=2.45532e-09 ProbNNpi=0.998348 ProbNNk=7.74342e-05 ProbNNp=0.00048658 ProbNNghost=0.00311397 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.86652 RichDLLmu=1.29055 RichDLLpi=0 RichDLLk=1.47942 RichDLLp=1.47942 RichPIDStatus=5028 RichDLLbt=1.47942 RichDLLd=1.47942 MuonMuLL=-0.0190809 MuonBkgLL=-0.153022 MuonNShared=9 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=436.091 MuonMVA1=-999 MuonMVA2=-0.428732 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.39803 CaloElectronMatch=373.018 CaloBremMatch=11.3591 CaloChargedEcal=2518.44 CaloChargedID=38904 CaloNeutralEcal=2518.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.714258 CaloNeutralID=38904 CaloEcalE=7277.08 CaloHcalE=4786.8 CaloEcalChi2=373.018 CaloBremChi2=514.107 CaloClusChi2=2.39803 CaloTrajectoryL=1004.74 CaloEoverP=0.494455 EcalPIDe=0.0750074 BremPIDe=-0.607507 HcalPIDe=-2.10303 HcalPIDmu=-0.924473 EcalPIDmu=-0.363249 TrackChi2PerDof=0.860907 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=5574.9 TrackPt=179.466 CombDLLe=-3.31007 CombDLLmu=0.613907 CombDLLpi=0 CombDLLk=1.47942 CombDLLp=1.47942 CombDLLd=1.63245 ProbNNe=0.240123 ProbNNmu=0.00366525 ProbNNpi=4.71872e-05 ProbNNk=0.466282 ProbNNp=0.074951 ProbNNghost=0.716187 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.27891 RichDLLmu=-0.606661 RichDLLpi=0 RichDLLk=4.76178 RichDLLp=1.62332 RichPIDStatus=6116 RichDLLbt=1.62332 RichDLLd=1.62332 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.32556 CaloElectronMatch=233.257 CaloBremMatch=75.87 CaloChargedEcal=18023.6 CaloChargedID=42468 CaloNeutralEcal=18023.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713117 CaloNeutralID=42468 CaloEcalE=2565.14 CaloEcalChi2=233.257 CaloBremChi2=379.539 CaloClusChi2=2.32556 CaloTrajectoryL=1006.31 CaloEoverP=1.48846 EcalPIDe=0.786938 BremPIDe=-0.454777 EcalPIDmu=-2.01184 TrackChi2PerDof=1.51581 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=11973.6 TrackPt=681.245 CombDLLe=-1.26314 CombDLLmu=-2.85702 CombDLLpi=0 CombDLLk=4.76178 CombDLLp=1.62332 CombDLLd=1.62332 ProbNNe=8.20939e-06 ProbNNpi=0.400268 ProbNNk=0.12932 ProbNNp=0.3255 ProbNNghost=0.824623 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.4113 RichDLLmu=-16.9012 RichDLLpi=0 RichDLLk=-6.71822 RichDLLp=-5.99298 RichPIDStatus=6115 RichDLLbt=-5.99298 RichDLLd=-5.99298 MuonMuLL=0 MuonBkgLL=-0.161735 MuonNShared=6 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3522.57 MuonMVA1=-999 MuonMVA2=-0.348063 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=20.7764 CaloElectronMatch=851.355 CaloBremMatch=83.2037 CaloChargedEcal=1256.55 CaloChargedID=34382 CaloNeutralEcal=1256.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775494 CaloNeutralID=34382 CaloEcalE=113.206 CaloHcalE=4105.1 CaloEcalChi2=851.355 CaloBremChi2=151.949 CaloClusChi2=20.7764 CaloTrajectoryL=6403.85 CaloEoverP=0.151956 EcalPIDe=-1.02549 BremPIDe=0.110459 HcalPIDe=-1.82531 HcalPIDmu=-0.560112 EcalPIDmu=0.382699 TrackChi2PerDof=1.82248 TrackNumDof=38 TrackType=3 TrackHistory=32 TrackP=9681.45 TrackPt=660.283 CombDLLe=-7.33044 CombDLLmu=-6.99948 CombDLLpi=0 CombDLLk=-6.71822 CombDLLp=-5.99298 CombDLLd=-5.83124 ProbNNe=5.92375e-06 ProbNNmu=0.00366525 ProbNNpi=0.505517 ProbNNk=1.18737e-05 ProbNNp=0.00299096 ProbNNghost=0.266392 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.37315 RichDLLmu=-0.791958 RichDLLpi=0 RichDLLk=15.0374 RichDLLp=11.8826 RichPIDStatus=8164 RichDLLbt=13.5769 RichDLLd=13.5769 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=14.6369 CaloElectronMatch=1062.57 CaloBremMatch=20.9462 CaloChargedEcal=12984.1 CaloChargedID=44064 CaloNeutralEcal=12984.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.727901 CaloNeutralID=44064 CaloEcalE=0 CaloHcalE=20829.5 CaloEcalChi2=1062.57 CaloBremChi2=238.806 CaloClusChi2=14.6369 CaloTrajectoryL=18.8554 CaloEoverP=0.626697 EcalPIDe=-1.16216 BremPIDe=-0.098834 HcalPIDe=-2.5812 HcalPIDmu=-2.81633 EcalPIDmu=0.689585 TrackChi2PerDof=1.35997 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=20269.3 TrackPt=1113.52 CombDLLe=-4.4311 CombDLLmu=-3.22631 CombDLLpi=0 CombDLLk=15.0374 CombDLLp=11.8826 CombDLLd=13.5769 ProbNNe=4.00394e-05 ProbNNpi=0.0204071 ProbNNk=0.988326 ProbNNp=0.623252 ProbNNghost=0.0164598 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.0246 RichDLLmu=1.9248 RichDLLpi=0 RichDLLk=0.885719 RichDLLp=11.16 RichPIDStatus=8166 RichDLLbt=11.2645 RichDLLd=11.2645 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.06954 CaloElectronMatch=1351.93 CaloChargedEcal=20495.7 CaloChargedID=42803 CaloEcalE=9277.87 CaloHcalE=4961.8 CaloEcalChi2=1351.93 CaloClusChi2=1.06954 CaloTrajectoryL=-351.54 CaloEoverP=1.10139 EcalPIDe=-1.20116 HcalPIDe=-1.60013 HcalPIDmu=-0.701762 EcalPIDmu=-3.99877 TrackChi2PerDof=0.967883 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=18769.5 TrackPt=507.523 CombDLLe=-3.1553 CombDLLmu=-2.13147 CombDLLpi=0 CombDLLk=0.885719 CombDLLp=11.16 CombDLLd=11.2645 ProbNNe=0.00725376 ProbNNpi=0.161998 ProbNNk=0.0184282 ProbNNp=0.958847 ProbNNghost=0.00200317 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=3.00044 RichDLLmu=-3.98981 RichDLLpi=0 RichDLLk=-0.941435 RichDLLp=-0.941435 RichPIDStatus=5025 RichDLLbt=-0.941435 RichDLLd=-0.941435 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.65613 CaloElectronMatch=224.5 CaloBremMatch=173.239 CaloChargedEcal=4351.24 CaloChargedID=35071 CaloNeutralEcal=4351.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973703 CaloNeutralID=35071 CaloEcalE=2815.06 CaloEcalChi2=224.5 CaloBremChi2=355.719 CaloClusChi2=2.65613 CaloTrajectoryL=221.093 CaloEoverP=1.43769 EcalPIDe=0.497498 BremPIDe=-0.373552 EcalPIDmu=-1.79298 TrackChi2PerDof=1.1039 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=3312.69 TrackPt=198.18 CombDLLe=0.64804 CombDLLmu=-6.43325 CombDLLpi=0 CombDLLk=-0.941435 CombDLLp=-0.941435 CombDLLd=-0.941435 ProbNNe=0.910222 ProbNNpi=0.78937 ProbNNk=0.0165905 ProbNNp=0.0715312 ProbNNghost=0.754209 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.4022 RichDLLmu=-1.17372 RichDLLpi=0 RichDLLk=-22.7395 RichDLLp=-3.0139 RichPIDStatus=8163 RichDLLbt=-5.61845 RichDLLd=-5.61845 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.176125 CaloElectronMatch=160.228 CaloBremMatch=160.228 CaloChargedEcal=18492.6 CaloChargedID=38476 CaloNeutralEcal=18492.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900971 CaloNeutralID=38476 CaloEcalE=15440.5 CaloHcalE=3921.25 CaloEcalChi2=160.228 CaloBremChi2=144.252 CaloClusChi2=0.176125 CaloTrajectoryL=202.515 CaloEoverP=0.808901 EcalPIDe=1.91205 BremPIDe=0.328023 HcalPIDe=-1.15958 HcalPIDmu=0.207968 EcalPIDmu=-3.26199 TrackChi2PerDof=1.32467 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=23180.1 TrackPt=1595.7 CombDLLe=0.140811 CombDLLmu=-4.66769 CombDLLpi=0 CombDLLk=-22.7395 CombDLLp=-3.0139 CombDLLd=-5.61845 ProbNNe=0.165435 ProbNNpi=0.960946 ProbNNk=7.46162e-05 ProbNNp=0.000100578 ProbNNghost=0.0347668 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.50053 RichDLLmu=-0.446327 RichDLLpi=0 RichDLLk=37.1868 RichDLLp=22.5145 RichPIDStatus=8164 RichDLLbt=18.543 RichDLLd=18.543 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.626324 CaloElectronMatch=515.001 CaloBremMatch=515.001 CaloChargedEcal=10973.5 CaloChargedID=38157 CaloNeutralEcal=10973.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.883018 CaloNeutralID=38157 CaloEcalE=7190 CaloHcalE=7030.81 CaloEcalChi2=515.001 CaloBremChi2=247.43 CaloClusChi2=0.626324 CaloTrajectoryL=307.338 CaloEoverP=0.46685 EcalPIDe=-0.250247 BremPIDe=0.0267696 HcalPIDe=-1.71317 HcalPIDmu=-1.17892 EcalPIDmu=-3.49337 TrackChi2PerDof=1.03529 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=23891.9 TrackPt=1862.45 CombDLLe=-2.37367 CombDLLmu=-5.2955 CombDLLpi=0 CombDLLk=37.1868 CombDLLp=22.5145 CombDLLd=18.543 ProbNNe=1.96528e-07 ProbNNpi=0.000361149 ProbNNk=0.999697 ProbNNp=0.00554538 ProbNNghost=0.00126658 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.49059 RichDLLmu=-2.35437 RichDLLpi=0 RichDLLk=17.7521 RichDLLp=14.5911 RichPIDStatus=6116 RichDLLbt=14.5911 RichDLLd=14.5911 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0866163 CaloElectronMatch=146.05 CaloBremMatch=146.05 CaloChargedEcal=19452.4 CaloChargedID=39309 CaloNeutralEcal=19452.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.692523 CaloNeutralID=39309 CaloEcalE=4579.83 CaloHcalE=4060.09 CaloEcalChi2=146.05 CaloBremChi2=307.986 CaloClusChi2=0.0866163 CaloTrajectoryL=58.912 CaloEoverP=1.34378 EcalPIDe=1.35245 BremPIDe=-0.524471 HcalPIDe=-1.43374 HcalPIDmu=-0.372847 EcalPIDmu=-3.31459 TrackChi2PerDof=0.796206 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=14717.1 TrackPt=732.574 CombDLLe=-1.73175 CombDLLmu=-6.75977 CombDLLpi=0 CombDLLk=17.7521 CombDLLp=14.5911 CombDLLd=14.5911 ProbNNe=1.72057e-06 ProbNNpi=0.0165147 ProbNNk=0.988664 ProbNNp=0.81178 ProbNNghost=0.00822411 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.5821 RichDLLmu=-3.1985 RichDLLpi=0 RichDLLk=1.67286 RichDLLp=5.96355 RichPIDStatus=6117 RichDLLbt=5.96355 RichDLLd=5.96355 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.182798 CaloElectronMatch=383.935 CaloBremMatch=383.935 CaloChargedEcal=3223.88 CaloChargedID=34009 CaloNeutralEcal=3223.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949781 CaloNeutralID=34009 CaloEcalE=2833.23 CaloHcalE=2886.15 CaloEcalChi2=383.935 CaloBremChi2=95.2511 CaloClusChi2=0.182798 CaloTrajectoryL=44.9856 CaloEoverP=0.26055 EcalPIDe=-0.10442 BremPIDe=0.673691 HcalPIDe=-0.887168 HcalPIDmu=0.488008 EcalPIDmu=-2.14267 TrackChi2PerDof=0.916616 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=12526.7 TrackPt=1475.49 CombDLLe=-3.06421 CombDLLmu=-5.60753 CombDLLpi=0 CombDLLk=1.67286 CombDLLp=5.96355 CombDLLd=5.96355 ProbNNe=3.56346e-06 ProbNNpi=0.984541 ProbNNk=0.000520075 ProbNNp=0.00112809 ProbNNghost=0.00308641 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.8483 RichDLLmu=-14.0106 RichDLLpi=0 RichDLLk=-3.48923 RichDLLp=-3.48923 RichPIDStatus=5027 RichDLLbt=-3.48923 RichDLLd=-3.48923 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.84839 CaloElectronMatch=742.847 CaloBremMatch=84.2939 CaloChargedEcal=646.953 CaloChargedID=35378 CaloNeutralEcal=646.953 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878842 CaloNeutralID=35378 CaloEcalE=458.212 CaloHcalE=2639.83 CaloEcalChi2=742.847 CaloBremChi2=21.5491 CaloClusChi2=2.84839 CaloTrajectoryL=2327.4 CaloEoverP=0.142592 EcalPIDe=-0.739943 BremPIDe=2.50165 HcalPIDe=-1.31397 HcalPIDmu=0.425157 EcalPIDmu=1.47887 TrackChi2PerDof=1.00002 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=6114.98 TrackPt=575.735 CombDLLe=-2.03759 CombDLLmu=-5.04461 CombDLLpi=0 CombDLLk=-3.48923 CombDLLp=-3.48923 CombDLLd=-3.48923 ProbNNe=2.30322e-06 ProbNNpi=0.993107 ProbNNk=0.000988243 ProbNNp=0.00194628 ProbNNghost=0.0224412 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.04089 RichDLLmu=-0.730827 RichDLLpi=0 RichDLLk=0.482109 RichDLLp=0.482109 RichPIDStatus=5028 RichDLLbt=0.482109 RichDLLd=0.482109 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.12415 CaloElectronMatch=216.386 CaloBremMatch=53.6066 CaloChargedEcal=982.526 CaloChargedID=34689 CaloNeutralEcal=982.526 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70169 CaloNeutralID=34689 CaloEcalE=482.56 CaloEcalChi2=216.386 CaloBremChi2=18.0227 CaloClusChi2=3.12415 CaloTrajectoryL=-408.279 CaloEoverP=0.44168 EcalPIDe=0.497498 BremPIDe=2.37284 EcalPIDmu=1.19218 TrackChi2PerDof=1.81012 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=2753.03 TrackPt=258.61 CombDLLe=1.65075 CombDLLmu=0.176243 CombDLLpi=0 CombDLLk=0.482109 CombDLLp=0.482109 CombDLLd=0.482109 ProbNNe=0.0012747 ProbNNpi=0.243715 ProbNNk=0.0567363 ProbNNp=0.092967 ProbNNghost=0.932946 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.37083 RichDLLmu=-8.09326 RichDLLpi=0 RichDLLk=-2.56991 RichDLLp=-2.56991 RichPIDStatus=5025 RichDLLbt=-2.56991 RichDLLd=-2.56991 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.154209 CaloElectronMatch=15.6044 CaloBremMatch=15.6044 CaloChargedEcal=2047.16 CaloChargedID=34313 CaloNeutralEcal=2047.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.770188 CaloNeutralID=34313 CaloEcalE=1507.18 CaloHcalE=806.352 CaloEcalChi2=15.6044 CaloBremChi2=71.7225 CaloClusChi2=0.154209 CaloTrajectoryL=80.1225 CaloEoverP=0.624232 EcalPIDe=2.97947 BremPIDe=0.599495 HcalPIDe=-0.560927 HcalPIDmu=0.198625 EcalPIDmu=-1.86134 TrackChi2PerDof=0.866155 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=3605.07 TrackPt=283.484 CombDLLe=3.43245 CombDLLmu=-8.13372 CombDLLpi=0 CombDLLk=-2.56991 CombDLLp=-2.56991 CombDLLd=-2.56991 ProbNNe=0.642443 ProbNNpi=0.533283 ProbNNk=0.0259597 ProbNNp=0.0710053 ProbNNghost=0.704567 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.3048 RichDLLmu=-8.09361 RichDLLpi=0 RichDLLk=0.164864 RichDLLp=0.164864 RichPIDStatus=5028 RichDLLbt=0.164864 RichDLLd=0.164864 MuonMuLL=-0.0487701 MuonBkgLL=-0.29739 MuonNShared=7 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=229.277 MuonMVA1=-999 MuonMVA2=0.649329 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=8.39829 CaloElectronMatch=1175.54 CaloBremMatch=211.496 CaloChargedEcal=1735.57 CaloChargedID=39832 CaloNeutralEcal=1735.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824012 CaloNeutralID=39832 CaloEcalE=3009.28 CaloHcalE=1063.25 CaloEcalChi2=1175.54 CaloBremChi2=44.1723 CaloClusChi2=8.39829 CaloTrajectoryL=-2595.12 CaloEoverP=0.390147 EcalPIDe=-1.38401 BremPIDe=1.14622 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-2.69301 TrackChi2PerDof=1.03777 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=4435.62 TrackPt=419.153 CombDLLe=-2.79164 CombDLLmu=-8.30286 CombDLLpi=0 CombDLLk=0.164864 CombDLLp=0.164864 CombDLLd=0.462254 ProbNNe=0.0198639 ProbNNmu=0.00366525 ProbNNpi=0.000652899 ProbNNk=0.145433 ProbNNp=0.0313865 ProbNNghost=0.0814612 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.15515 RichDLLmu=-1.92745 RichDLLpi=0 RichDLLk=-2.26884 RichDLLp=-2.26884 RichPIDStatus=5027 RichDLLbt=-2.26884 RichDLLd=-2.26884 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.98922 CaloElectronMatch=237.271 CaloBremMatch=83.2037 CaloChargedEcal=1256.55 CaloChargedID=34382 CaloNeutralEcal=1256.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775494 CaloNeutralID=34382 CaloEcalE=2972.29 CaloHcalE=124.082 CaloEcalChi2=237.271 CaloBremChi2=475.957 CaloClusChi2=1.98922 CaloTrajectoryL=-402.268 CaloEoverP=0.414085 EcalPIDe=0.497498 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.88769 TrackChi2PerDof=0.980908 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=3552.79 TrackPt=203.198 CombDLLe=-0.978456 CombDLLmu=-6.85459 CombDLLpi=0 CombDLLk=-2.26884 CombDLLp=-2.26884 CombDLLd=-2.26884 ProbNNe=0.0807216 ProbNNpi=0.923279 ProbNNk=0.0249624 ProbNNp=0.0603013 ProbNNghost=0.0803942 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.10889 RichDLLmu=-10.102 RichDLLpi=0 RichDLLk=0.547899 RichDLLp=0.547899 RichPIDStatus=5028 RichDLLbt=0.547899 RichDLLd=0.547899 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.53379 CaloElectronMatch=356.286 CaloBremMatch=24.7859 CaloChargedEcal=6365.32 CaloChargedID=34946 CaloNeutralEcal=6365.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94865 CaloNeutralID=34946 CaloEcalE=4465.47 CaloEcalChi2=356.286 CaloBremChi2=448.657 CaloClusChi2=3.53379 CaloTrajectoryL=200.578 CaloEoverP=1.58929 EcalPIDe=0.0319619 BremPIDe=-0.553589 EcalPIDmu=-1.85251 TrackChi2PerDof=0.913366 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=4125.6 TrackPt=349.623 CombDLLe=-1.23816 CombDLLmu=-8.6106 CombDLLpi=0 CombDLLk=0.547899 CombDLLp=0.547899 CombDLLd=0.547899 ProbNNe=0.670799 ProbNNpi=0.90173 ProbNNk=0.0169209 ProbNNp=0.0231009 ProbNNghost=0.034293 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.6217 RichDLLmu=-2.17284 RichDLLpi=0 RichDLLk=-0.440594 RichDLLp=-0.440594 RichPIDStatus=5027 RichDLLbt=-0.440594 RichDLLd=-0.440594 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.1271 CaloElectronMatch=216.092 CaloBremMatch=53.6066 CaloChargedEcal=982.526 CaloChargedID=34689 CaloNeutralEcal=982.526 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70169 CaloNeutralID=34689 CaloEcalE=482.56 CaloEcalChi2=216.092 CaloBremChi2=18.1778 CaloClusChi2=3.1271 CaloTrajectoryL=-408.054 CaloEoverP=0.442 EcalPIDe=0.497498 BremPIDe=2.37284 EcalPIDmu=1.19218 TrackChi2PerDof=1.07947 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=2751.04 TrackPt=251.26 CombDLLe=1.55245 CombDLLmu=-1.67175 CombDLLpi=0 CombDLLk=-0.440594 CombDLLp=-0.440594 CombDLLd=-0.440594 ProbNNe=0.00239126 ProbNNpi=0.949438 ProbNNk=0.0417594 ProbNNp=0.0804671 ProbNNghost=0.0151588 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.9985 RichDLLmu=-21.3346 RichDLLpi=0 RichDLLk=-6.87475 RichDLLp=-6.87475 RichPIDStatus=5091 RichDLLbt=-6.87475 RichDLLd=-6.87475 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.49415 CaloElectronMatch=1205.28 CaloBremMatch=84.2939 CaloChargedEcal=646.953 CaloChargedID=35378 CaloNeutralEcal=646.953 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878842 CaloNeutralID=35378 CaloEcalE=3335.6 CaloHcalE=1859.64 CaloEcalChi2=1205.28 CaloBremChi2=152.941 CaloClusChi2=1.49415 CaloTrajectoryL=2916.67 CaloEoverP=0.113986 EcalPIDe=-1.41652 BremPIDe=0.110459 HcalPIDe=-1.03972 HcalPIDmu=1.90086 EcalPIDmu=-3.18126 TrackChi2PerDof=0.820896 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=7649.6 TrackPt=765.953 CombDLLe=-6.79168 CombDLLmu=-8.27765 CombDLLpi=0 CombDLLk=-6.87475 CombDLLp=-6.87475 CombDLLd=-6.87475 ProbNNe=5.15442e-09 ProbNNpi=0.997242 ProbNNk=5.28478e-05 ProbNNp=8.88971e-05 ProbNNghost=0.0182247 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.279179 RichDLLmu=0.79151 RichDLLpi=0 RichDLLk=20.1338 RichDLLp=-4.76348 RichPIDStatus=139236 RichDLLbt=-1.16803 RichDLLd=-4.82767 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.8871 CaloElectronMatch=3806.36 CaloBremMatch=203.377 CaloChargedEcal=3956.53 CaloChargedID=43351 CaloNeutralEcal=3956.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.777226 CaloNeutralID=43351 CaloEcalE=460.404 CaloHcalE=44895.8 CaloEcalChi2=3806.36 CaloBremChi2=50.9859 CaloClusChi2=6.8871 CaloTrajectoryL=-6833.95 CaloEoverP=0.0730754 EcalPIDe=-2.67137 BremPIDe=2.15106 HcalPIDe=-2.68434 HcalPIDmu=-2.91461 EcalPIDmu=1.38028 TrackChi2PerDof=0.973991 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=55060.3 TrackPt=4073.83 CombDLLe=-3.1558 CombDLLmu=-0.43538 CombDLLpi=0 CombDLLk=20.1338 CombDLLp=-4.76348 CombDLLd=-4.82767 ProbNNe=2.26315e-05 ProbNNpi=0.0020916 ProbNNk=0.99919 ProbNNp=1.16245e-06 ProbNNghost=0.00267936 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.0946961 RichDLLmu=-0.0354301 RichDLLpi=0 RichDLLk=-8.63377 RichDLLp=-16.7916 RichPIDStatus=139171 RichDLLbt=-10.6982 RichDLLd=-14.542 TrackChi2PerDof=1.89064 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=40913.6 TrackPt=1155.61 CombDLLe=-0.0165718 CombDLLmu=-0.0496014 CombDLLpi=0 CombDLLk=-8.63377 CombDLLp=-16.7916 CombDLLd=-14.542 ProbNNe=0.223219 ProbNNpi=0.77496 ProbNNk=0.0110384 ProbNNp=0.00194635 ProbNNghost=0.170864 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.13921 RichDLLmu=-4.55259 RichDLLpi=0 RichDLLk=17.6982 RichDLLp=21.1337 RichPIDStatus=6117 RichDLLbt=21.1337 RichDLLd=21.1337 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.79599 CaloElectronMatch=559.577 CaloBremMatch=559.577 CaloChargedEcal=2330.96 CaloChargedID=40177 CaloNeutralEcal=2330.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=40177 CaloEcalE=672.81 CaloHcalE=8105.09 CaloEcalChi2=559.577 CaloBremChi2=176.034 CaloClusChi2=3.79599 CaloTrajectoryL=-287.092 CaloEoverP=0.239204 EcalPIDe=-0.273733 BremPIDe=0.170661 HcalPIDe=-2.32036 HcalPIDmu=-2.17832 EcalPIDmu=0.966144 TrackChi2PerDof=1.14206 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=10850 TrackPt=1060.96 CombDLLe=-3.82845 CombDLLmu=-6.26184 CombDLLpi=0 CombDLLk=17.6982 CombDLLp=21.1337 CombDLLd=21.1337 ProbNNe=2.67639e-06 ProbNNpi=0.0174183 ProbNNk=0.897416 ProbNNp=0.973481 ProbNNghost=0.0238481 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.2178 RichDLLmu=-8.71114 RichDLLpi=0 RichDLLk=2.29048 RichDLLp=4.73521 RichPIDStatus=6117 RichDLLbt=4.73521 RichDLLd=4.73521 MuonMuLL=-0.0881757 MuonBkgLL=-1.88659 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=110 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=34.6855 CaloElectronMatch=2560.55 CaloBremMatch=29.8616 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=0 CaloHcalE=11081.3 CaloEcalChi2=2560.55 CaloBremChi2=477.626 CaloClusChi2=34.6855 CaloTrajectoryL=-7207.08 CaloEoverP=0.294717 EcalPIDe=-2.89908 BremPIDe=-0.621385 HcalPIDe=-1.89687 HcalPIDmu=-2.08088 EcalPIDmu=0.457906 TrackChi2PerDof=1.10928 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=12651.3 TrackPt=441.69 CombDLLe=-7.64978 CombDLLmu=-6.40795 CombDLLpi=0 CombDLLk=2.29048 CombDLLp=4.73521 CombDLLd=6.62181 ProbNNe=3.62311e-06 ProbNNpi=0.931226 ProbNNk=0.00321836 ProbNNp=0.0251359 ProbNNghost=0.171536 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.80557 RichDLLmu=-3.97097 RichDLLpi=0 RichDLLk=-0.241855 RichDLLp=-0.241855 RichPIDStatus=5027 RichDLLbt=-0.241855 RichDLLd=-0.241855 InAccBrem=1 CaloBremChi2=54.6631 BremPIDe=0.875371 TrackChi2PerDof=0.977118 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=2983.46 TrackPt=248.758 CombDLLe=-0.473526 CombDLLmu=-4.62545 CombDLLpi=0 CombDLLk=-0.241855 CombDLLp=-0.241855 CombDLLd=-0.241855 ProbNNe=0.270846 ProbNNpi=0.900719 ProbNNk=0.0561159 ProbNNp=0.0956495 ProbNNghost=0.0920443 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.6261 RichDLLmu=-1.63964 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=175.557 BremPIDe=-0.0885181 TrackChi2PerDof=1.21909 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=2494.83 TrackPt=236.034 CombDLLe=-2.38493 CombDLLmu=-2.2166 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0908103 ProbNNpi=0.14132 ProbNNk=0.0462062 ProbNNp=0.0548346 ProbNNghost=0.816899 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.62523 RichDLLmu=-2.66475 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=310.271 BremPIDe=-0.15976 TrackChi2PerDof=0.965056 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=2333.36 TrackPt=139.538 CombDLLe=-0.965587 CombDLLmu=-3.41343 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.773358 ProbNNpi=0.404013 ProbNNk=0.0395778 ProbNNp=0.0583526 ProbNNghost=0.892626 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.79539 RichDLLmu=-5.16436 RichDLLpi=0 RichDLLk=-1.1059 RichDLLp=-1.1059 RichPIDStatus=5027 RichDLLbt=-1.1059 RichDLLd=-1.1059 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.63805 CaloElectronMatch=222.786 CaloBremMatch=173.239 CaloChargedEcal=4351.24 CaloChargedID=35071 CaloNeutralEcal=4351.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973703 CaloNeutralID=35071 CaloEcalE=2815.06 CaloEcalChi2=222.786 CaloBremChi2=334.452 CaloClusChi2=2.63805 CaloTrajectoryL=221.686 CaloEoverP=1.42692 EcalPIDe=0.497498 BremPIDe=-0.373552 EcalPIDmu=-1.79298 TrackChi2PerDof=2.64374 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=3337.71 TrackPt=208.963 CombDLLe=-0.88321 CombDLLmu=-7.21838 CombDLLpi=0 CombDLLk=-1.1059 CombDLLp=-1.1059 CombDLLd=-1.1059 ProbNNe=0.620556 ProbNNpi=0.648929 ProbNNk=0.0293426 ProbNNp=0.0644408 ProbNNghost=0.75805 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.682 RichDLLmu=-1.14891 RichDLLpi=0 RichDLLk=-0.843796 RichDLLp=-0.843796 RichPIDStatus=5027 RichDLLbt=-0.843796 RichDLLd=-0.843796 InAccBrem=1 CaloBremChi2=99.3063 BremPIDe=0.178319 TrackChi2PerDof=1.56213 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=3301.9 TrackPt=300.518 CombDLLe=-2.12682 CombDLLmu=-1.58075 CombDLLpi=0 CombDLLk=-0.843796 CombDLLp=-0.843796 CombDLLd=-0.843796 ProbNNe=0.0248085 ProbNNpi=0.784074 ProbNNk=0.0450462 ProbNNp=0.120817 ProbNNghost=0.558994 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.37553 RichDLLmu=-3.61009 RichDLLpi=0 RichDLLk=26.2604 RichDLLp=26.9673 RichPIDStatus=6117 RichDLLbt=26.9673 RichDLLd=26.9673 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.10894 CaloElectronMatch=986.407 CaloBremMatch=133.428 CaloChargedEcal=13587 CaloChargedID=38648 CaloNeutralEcal=13587 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805994 CaloNeutralID=38648 CaloEcalE=4943.7 CaloHcalE=7755.23 CaloEcalChi2=986.407 CaloBremChi2=666.335 CaloClusChi2=0.10894 CaloTrajectoryL=-163.186 CaloEoverP=1.25078 EcalPIDe=-0.992527 BremPIDe=-0.621385 HcalPIDe=-2.32036 HcalPIDmu=-1.90346 EcalPIDmu=-3.18761 TrackChi2PerDof=0.938542 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=10901.2 TrackPt=625.693 CombDLLe=-4.3495 CombDLLmu=-9.41817 CombDLLpi=0 CombDLLk=26.2604 CombDLLp=26.9673 CombDLLd=26.9673 ProbNNe=1.38291e-06 ProbNNpi=0.00072975 ProbNNk=0.991812 ProbNNp=0.844946 ProbNNghost=0.00104563 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.4081 RichDLLmu=-4.10293 RichDLLpi=0 RichDLLk=-4.92426 RichDLLp=-4.92426 RichPIDStatus=5027 RichDLLbt=-4.92426 RichDLLd=-4.92426 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.56192 CaloElectronMatch=165.969 CaloBremMatch=165.969 CaloChargedEcal=3713.51 CaloChargedID=39294 CaloNeutralEcal=3713.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72053 CaloNeutralID=39294 CaloEcalE=2458.32 CaloHcalE=6045.11 CaloEcalChi2=165.969 CaloBremChi2=460.16 CaloClusChi2=3.56192 CaloTrajectoryL=277.469 CaloEoverP=0.455838 EcalPIDe=0.989182 BremPIDe=-0.638976 HcalPIDe=-2.12496 HcalPIDmu=-1.79054 EcalPIDmu=-2.72381 TrackChi2PerDof=1.21851 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=8253.09 TrackPt=472.35 CombDLLe=-4.19251 CombDLLmu=-9.24208 CombDLLpi=0 CombDLLk=-4.92426 CombDLLp=-4.92426 CombDLLd=-4.92426 ProbNNe=5.06579e-06 ProbNNpi=0.972761 ProbNNk=0.00541 ProbNNp=0.00552261 ProbNNghost=0.0408118 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.1129 RichDLLmu=-14.0135 RichDLLpi=0 RichDLLk=-1.28833 RichDLLp=-1.28833 RichPIDStatus=5027 RichDLLbt=-1.28833 RichDLLd=-1.28833 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.83318 CaloElectronMatch=655.056 CaloBremMatch=84.3356 CaloChargedEcal=533.307 CaloChargedID=35013 CaloNeutralEcal=533.307 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859056 CaloNeutralID=35013 CaloEcalE=442.658 CaloHcalE=3622.49 CaloEcalChi2=655.056 CaloBremChi2=108.03 CaloClusChi2=4.83318 CaloTrajectoryL=-47.6825 CaloEoverP=0.191716 EcalPIDe=-0.691118 BremPIDe=0.185338 HcalPIDe=-1.44621 HcalPIDmu=-0.155715 EcalPIDmu=1.26223 TrackChi2PerDof=2.18671 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=4067.45 TrackPt=366.438 CombDLLe=-4.32412 CombDLLmu=-5.84219 CombDLLpi=0 CombDLLk=-1.28833 CombDLLp=-1.28833 CombDLLd=-1.28833 ProbNNe=1.19739e-05 ProbNNpi=0.93022 ProbNNk=0.00314178 ProbNNp=0.00619276 ProbNNghost=0.25264 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.411808 RichDLLmu=0.275856 RichDLLpi=0 RichDLLk=15.6561 RichDLLp=15.6561 RichPIDStatus=5092 RichDLLbt=15.6561 RichDLLd=15.6561 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.93346 CaloElectronMatch=1014.01 CaloBremMatch=1008.22 CaloChargedEcal=6989.61 CaloChargedID=43635 CaloNeutralEcal=6989.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719514 CaloNeutralID=43635 CaloEcalE=350.31 CaloHcalE=10848 CaloEcalChi2=1014.01 CaloBremChi2=276.469 CaloClusChi2=4.93346 CaloTrajectoryL=-220.659 CaloEoverP=0.946402 EcalPIDe=-1.10291 BremPIDe=-0.26048 HcalPIDe=-1.62556 HcalPIDmu=-0.546932 EcalPIDmu=0.00838327 TrackChi2PerDof=1.93277 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=7631.8 TrackPt=374.531 CombDLLe=-3.06102 CombDLLmu=-0.152741 CombDLLpi=0 CombDLLk=15.6561 CombDLLp=15.6561 CombDLLd=15.6561 ProbNNe=3.1555e-05 ProbNNpi=0.0284459 ProbNNk=0.883956 ProbNNp=0.915676 ProbNNghost=0.411266 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.01954 RichDLLmu=-3.57307 RichDLLpi=0 RichDLLk=-1.25291 RichDLLp=-1.25291 RichPIDStatus=5027 RichDLLbt=-1.25291 RichDLLd=-1.25291 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.95029 CaloElectronMatch=177.713 CaloBremMatch=177.713 CaloChargedEcal=575.844 CaloChargedID=35391 CaloNeutralEcal=575.844 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786881 CaloNeutralID=35391 CaloEcalE=453.178 CaloEcalChi2=177.713 CaloBremChi2=247.067 CaloClusChi2=1.95029 CaloTrajectoryL=129.131 CaloEoverP=0.246695 EcalPIDe=0.83137 BremPIDe=-0.33853 EcalPIDmu=1.19218 TrackChi2PerDof=1.49677 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=3256.51 TrackPt=271.975 CombDLLe=-0.892073 CombDLLmu=-3.10276 CombDLLpi=0 CombDLLk=-1.25291 CombDLLp=-1.25291 CombDLLd=-1.25291 ProbNNe=0.00170501 ProbNNpi=0.650968 ProbNNk=0.0347889 ProbNNp=0.0629774 ProbNNghost=0.751635 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.9201 RichDLLmu=-2.02754 RichDLLpi=0 RichDLLk=0.567493 RichDLLp=0.567493 RichPIDStatus=5028 RichDLLbt=0.567493 RichDLLd=0.567493 InAccBrem=1 CaloBremChi2=31.0984 BremPIDe=1.58328 TrackChi2PerDof=0.817345 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=2948.91 TrackPt=320.256 CombDLLe=-0.443098 CombDLLmu=-2.69256 CombDLLpi=0 CombDLLk=0.567493 CombDLLp=0.567493 CombDLLd=0.567493 ProbNNe=0.0233221 ProbNNpi=0.874828 ProbNNk=0.0720378 ProbNNp=0.124883 ProbNNghost=0.0757244 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.0169 RichDLLmu=-3.882 RichDLLpi=0 RichDLLk=-39.1617 RichDLLp=-32.1887 RichPIDStatus=6115 RichDLLbt=-32.1887 RichDLLd=-32.1887 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.453173 CaloElectronMatch=46.6033 CaloBremMatch=46.6033 CaloChargedEcal=12222 CaloChargedID=39708 CaloNeutralEcal=12222 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874884 CaloNeutralID=39708 CaloEcalE=6177.54 CaloHcalE=3704.32 CaloEcalChi2=46.6033 CaloBremChi2=295.187 CaloClusChi2=0.453173 CaloTrajectoryL=-45.6441 CaloEoverP=0.801524 EcalPIDe=4.7102 BremPIDe=-0.456351 HcalPIDe=-1.21197 HcalPIDmu=-0.0105243 EcalPIDmu=-3.81396 TrackChi2PerDof=1.54551 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=15430.3 TrackPt=993.06 CombDLLe=-0.719577 CombDLLmu=-8.37893 CombDLLpi=0 CombDLLk=-39.1617 CombDLLp=-32.1887 CombDLLd=-32.1887 ProbNNe=2.10011e-06 ProbNNpi=0.995988 ProbNNk=3.19545e-05 ProbNNp=8.31494e-05 ProbNNghost=0.0276762 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.78434 RichDLLmu=-4.47826 RichDLLpi=0 RichDLLk=25.8547 RichDLLp=25.4658 RichPIDStatus=6116 RichDLLbt=25.4658 RichDLLd=25.4658 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.4421 CaloElectronMatch=132.844 CaloBremMatch=132.844 CaloChargedEcal=10152.2 CaloChargedID=39844 CaloNeutralEcal=10152.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829703 CaloNeutralID=39844 CaloEcalE=4423.4 CaloHcalE=3281.66 CaloEcalChi2=132.844 CaloBremChi2=1.95132 CaloClusChi2=0.4421 CaloTrajectoryL=208.35 CaloEoverP=0.867183 EcalPIDe=1.35245 BremPIDe=4.19265 HcalPIDe=-1.13849 HcalPIDmu=0.34288 EcalPIDmu=-3.16056 TrackChi2PerDof=1.17904 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=11891.4 TrackPt=935.587 CombDLLe=3.57332 CombDLLmu=-7.8169 CombDLLpi=0 CombDLLk=25.8547 CombDLLp=25.4658 CombDLLd=25.4658 ProbNNe=1.11949e-06 ProbNNpi=0.00103611 ProbNNk=0.988456 ProbNNp=0.89616 ProbNNghost=0.00363281 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.4779 RichDLLmu=-8.60431 RichDLLpi=0 RichDLLk=-0.892363 RichDLLp=-0.892363 RichPIDStatus=5059 RichDLLbt=-0.892363 RichDLLd=-0.892363 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.383702 CaloElectronMatch=310.153 CaloChargedEcal=7633.94 CaloChargedID=39088 CaloEcalE=3909.58 CaloHcalE=5178.4 CaloEcalChi2=310.153 CaloClusChi2=0.383702 CaloTrajectoryL=-170.382 CaloEoverP=0.663178 EcalPIDe=0.424072 HcalPIDe=-1.75999 HcalPIDmu=-0.865923 EcalPIDmu=-2.77859 TrackChi2PerDof=0.916665 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=11682.9 TrackPt=244.317 CombDLLe=-3.60916 CombDLLmu=-10.2103 CombDLLpi=0 CombDLLk=-0.892363 CombDLLp=-0.892363 CombDLLd=-0.892363 ProbNNe=2.93363e-06 ProbNNpi=0.997606 ProbNNk=0.000265388 ProbNNp=0.000417324 ProbNNghost=0.00848146 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.2384 RichDLLmu=-9.21236 RichDLLpi=0 RichDLLk=-16.2152 RichDLLp=-13.5526 RichPIDStatus=6115 RichDLLbt=-13.5526 RichDLLd=-13.5526 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.25453 CaloElectronMatch=808.254 CaloBremMatch=808.254 CaloChargedEcal=8015.25 CaloChargedID=42733 CaloNeutralEcal=8015.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915253 CaloNeutralID=42733 CaloEcalE=3189.02 CaloHcalE=16779 CaloEcalChi2=808.254 CaloBremChi2=470.134 CaloClusChi2=3.25453 CaloTrajectoryL=-237.186 CaloEoverP=0.563278 EcalPIDe=-0.833336 BremPIDe=-0.625066 HcalPIDe=-1.89687 HcalPIDmu=-1.76001 EcalPIDmu=-2.38302 TrackChi2PerDof=1.30345 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=14661.3 TrackPt=382.234 CombDLLe=-7.38495 CombDLLmu=-10.8002 CombDLLpi=0 CombDLLk=-16.2152 CombDLLp=-13.5526 CombDLLd=-13.5526 ProbNNe=8.19107e-07 ProbNNpi=0.998564 ProbNNk=6.07867e-05 ProbNNp=0.000272773 ProbNNghost=0.0442547 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.9802 RichDLLmu=-17.1222 RichDLLpi=0 RichDLLk=-8.79435 RichDLLp=-8.79435 RichPIDStatus=5027 RichDLLbt=-8.79435 RichDLLd=-8.79435 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0540574 CaloElectronMatch=47.596 CaloBremMatch=47.596 CaloChargedEcal=3073.53 CaloChargedID=34098 CaloNeutralEcal=3073.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938454 CaloNeutralID=34098 CaloEcalE=2542.33 CaloHcalE=392.714 CaloEcalChi2=47.596 CaloBremChi2=213.336 CaloClusChi2=0.0540574 CaloTrajectoryL=-35.3641 CaloEoverP=0.623253 EcalPIDe=3.6423 BremPIDe=-0.336986 HcalPIDe=-0.13781 HcalPIDmu=-1.55285 EcalPIDmu=-2.46918 TrackChi2PerDof=0.96563 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=5112.7 TrackPt=574.273 CombDLLe=-0.200685 CombDLLmu=-11.0072 CombDLLpi=0 CombDLLk=-8.79435 CombDLLp=-8.79435 CombDLLd=-8.79435 ProbNNe=1.08881e-05 ProbNNpi=0.993112 ProbNNk=0.000249768 ProbNNp=0.00131762 ProbNNghost=0.0304732 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.986 RichDLLmu=-2.68784 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=308.445 BremPIDe=-0.15976 TrackChi2PerDof=1.25083 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2331.49 TrackPt=146.333 CombDLLe=-0.681341 CombDLLmu=-3.43802 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.806636 ProbNNpi=0.665239 ProbNNk=0.0420324 ProbNNp=0.100414 ProbNNghost=0.529664 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.09937 RichDLLmu=0.438814 RichDLLpi=0 RichDLLk=10.0796 RichDLLp=-19.1533 RichPIDStatus=139236 RichDLLbt=-6.62574 RichDLLd=-14.5295 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.205982 CaloElectronMatch=4647.16 CaloBremMatch=876.989 CaloChargedEcal=13963.1 CaloChargedID=39375 CaloNeutralEcal=13963.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916933 CaloNeutralID=39375 CaloEcalE=9468.97 CaloHcalE=21281.8 CaloEcalChi2=4647.16 CaloBremChi2=68.7517 CaloClusChi2=0.205982 CaloTrajectoryL=114.248 CaloEoverP=0.215902 EcalPIDe=-1.67211 BremPIDe=0.313722 HcalPIDe=-2.78613 HcalPIDmu=-1.84795 EcalPIDmu=-2.97986 TrackChi2PerDof=1.19652 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=65332.8 TrackPt=5029 CombDLLe=-4.33686 CombDLLmu=-4.21505 CombDLLpi=0 CombDLLk=10.0796 CombDLLp=-19.1533 CombDLLd=-14.5295 ProbNNe=0.00020629 ProbNNpi=0.176654 ProbNNk=0.987624 ProbNNp=7.9577e-07 ProbNNghost=0.0172618 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.7375 RichDLLmu=-17.473 RichDLLpi=0 RichDLLk=-11.2833 RichDLLp=-11.2833 RichPIDStatus=5091 RichDLLbt=-11.2833 RichDLLd=-11.2833 MuonMuLL=-0.0104545 MuonBkgLL=-0.114756 MuonNShared=18 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2859.42 MuonMVA1=-999 MuonMVA2=-0.752376 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.91268 CaloElectronMatch=214.7 CaloBremMatch=214.7 CaloChargedEcal=2754.43 CaloChargedID=41908 CaloNeutralEcal=2754.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928438 CaloNeutralID=41908 CaloEcalE=1018.01 CaloHcalE=4573.24 CaloEcalChi2=214.7 CaloBremChi2=142.823 CaloClusChi2=5.91268 CaloTrajectoryL=452.962 CaloEoverP=0.659511 EcalPIDe=0.497498 BremPIDe=-0.016685 HcalPIDe=-1.33861 HcalPIDmu=-0.483017 EcalPIDmu=-0.485394 TrackChi2PerDof=1.04823 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=4702.28 TrackPt=517.617 CombDLLe=-5.48026 CombDLLmu=-7.85122 CombDLLpi=0 CombDLLk=-11.2833 CombDLLp=-11.2833 CombDLLd=-11.1686 ProbNNe=2.2313e-08 ProbNNmu=0.00366525 ProbNNpi=0.403333 ProbNNk=0.000930006 ProbNNp=0.00582327 ProbNNghost=0.0399071 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.83033 RichDLLmu=-2.22058 RichDLLpi=0 RichDLLk=3.34017 RichDLLp=3.34017 RichPIDStatus=5028 RichDLLbt=3.34017 RichDLLd=3.34017 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.696909 CaloElectronMatch=243.035 CaloBremMatch=165.969 CaloChargedEcal=3713.51 CaloChargedID=39294 CaloNeutralEcal=3713.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72053 CaloNeutralID=39294 CaloEcalE=1547.46 CaloHcalE=5849.36 CaloEcalChi2=243.035 CaloBremChi2=366.187 CaloClusChi2=0.696909 CaloTrajectoryL=-93.786 CaloEoverP=0.455959 EcalPIDe=0.605631 BremPIDe=-0.438762 HcalPIDe=-1.9266 HcalPIDmu=-1.79054 EcalPIDmu=-0.970831 TrackChi2PerDof=1.25165 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=8250.91 TrackPt=516.296 CombDLLe=-2.25421 CombDLLmu=-5.68073 CombDLLpi=0 CombDLLk=3.34017 CombDLLp=3.34017 CombDLLd=3.34017 ProbNNe=0.000190154 ProbNNpi=0.774668 ProbNNk=0.147117 ProbNNp=0.28006 ProbNNghost=0.0744813 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.1474 RichDLLmu=-1.07078 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=32.6389 BremPIDe=0.843951 TrackChi2PerDof=1.20522 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=2046.35 TrackPt=282.753 CombDLLe=-2.27238 CombDLLmu=-1.47658 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000347705 ProbNNpi=0.923857 ProbNNk=0.0568452 ProbNNp=0.105856 ProbNNghost=0.0223473 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0674331 RichDLLmu=0.129028 RichDLLpi=0 RichDLLk=-12.0065 RichDLLp=-1.31899 RichPIDStatus=8130 RichDLLbt=-0.465641 RichDLLd=-0.465641 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.09105 CaloElectronMatch=1171.34 CaloChargedEcal=7407.79 CaloChargedID=43244 CaloEcalE=1008.38 CaloHcalE=36809.6 CaloEcalChi2=1171.34 CaloClusChi2=2.09105 CaloTrajectoryL=-521.822 CaloEoverP=0.237471 EcalPIDe=-1.47334 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=0.628127 TrackChi2PerDof=1.22169 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=31601.5 TrackPt=663.428 CombDLLe=-4.4672 CombDLLmu=-2.2366 CombDLLpi=0 CombDLLk=-12.0065 CombDLLp=-1.31899 CombDLLd=-0.465641 ProbNNe=4.45616e-06 ProbNNpi=0.994663 ProbNNk=3.02833e-05 ProbNNp=0.00480983 ProbNNghost=0.00392262 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.2792 RichDLLmu=-7.28358 RichDLLpi=0 RichDLLk=-21.7177 RichDLLp=-21.0729 RichPIDStatus=6115 RichDLLbt=-21.0729 RichDLLd=-21.0729 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.02396 CaloElectronMatch=652.457 CaloBremMatch=29.8616 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=484.924 CaloHcalE=14119.1 CaloEcalChi2=652.457 CaloBremChi2=81.2543 CaloClusChi2=9.02396 CaloTrajectoryL=-2445.47 CaloEoverP=0.253258 EcalPIDe=-0.56571 BremPIDe=0.704713 HcalPIDe=-1.89687 HcalPIDmu=-2.19802 EcalPIDmu=2.13123 TrackChi2PerDof=1.2225 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=14722.3 TrackPt=1652.51 CombDLLe=-5.67377 CombDLLmu=-6.34588 CombDLLpi=0 CombDLLk=-21.7177 CombDLLp=-21.0729 CombDLLd=-21.0729 ProbNNe=7.36216e-07 ProbNNpi=0.99738 ProbNNk=2.21527e-05 ProbNNp=6.68733e-05 ProbNNghost=0.0100893 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.250906 RichDLLmu=0.112689 RichDLLpi=0 RichDLLk=7.0003 RichDLLp=-1.60284 RichPIDStatus=8132 RichDLLbt=3.66127 RichDLLd=3.66127 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.53078 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=40420.8 TrackPt=855.985 CombDLLe=-0.043908 CombDLLmu=0.157737 CombDLLpi=0 CombDLLk=7.0003 CombDLLp=-1.60284 CombDLLd=3.66127 ProbNNe=0.178697 ProbNNpi=0.389551 ProbNNk=0.899221 ProbNNp=0.231019 ProbNNghost=0.422686 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.7212 RichDLLmu=-0.509132 RichDLLpi=0 RichDLLk=4.66815 RichDLLp=4.66815 RichPIDStatus=5028 RichDLLbt=4.66815 RichDLLd=4.66815 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.43932 CaloElectronMatch=20.6972 CaloBremMatch=20.6972 CaloChargedEcal=5551.53 CaloChargedID=35066 CaloNeutralEcal=5551.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929668 CaloNeutralID=35066 CaloEcalE=3953.32 CaloHcalE=116.409 CaloEcalChi2=20.6972 CaloBremChi2=481.432 CaloClusChi2=1.43932 CaloTrajectoryL=157.127 CaloEoverP=0.872366 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-2.95413 TrackChi2PerDof=1.56011 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=6520.67 TrackPt=849.397 CombDLLe=3.04851 CombDLLmu=-6.15815 CombDLLpi=0 CombDLLk=4.66815 CombDLLp=4.66815 CombDLLd=4.66815 ProbNNe=0.154938 ProbNNpi=0.232426 ProbNNk=0.227 ProbNNp=0.369541 ProbNNghost=0.818291 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.1756 RichDLLmu=-0.80072 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=149.551 BremPIDe=0.0148792 TrackChi2PerDof=1.72902 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2499.86 TrackPt=237.435 CombDLLe=-2.05239 CombDLLmu=-1.11152 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0417477 ProbNNpi=0.819405 ProbNNk=0.0503182 ProbNNp=0.163196 ProbNNghost=0.112634 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.1799 RichDLLmu=-4.80204 RichDLLpi=0 RichDLLk=-4.45336 RichDLLp=-4.45336 RichPIDStatus=5027 RichDLLbt=-4.45336 RichDLLd=-4.45336 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.61067 CaloElectronMatch=11.9437 CaloBremMatch=11.9437 CaloChargedEcal=3770.79 CaloChargedID=35074 CaloNeutralEcal=3770.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946709 CaloNeutralID=35074 CaloEcalE=3509.85 CaloEcalChi2=11.9437 CaloBremChi2=362.436 CaloClusChi2=3.61067 CaloTrajectoryL=291.737 CaloEoverP=0.9564 EcalPIDe=2.97947 BremPIDe=-0.373552 EcalPIDmu=-2.23049 TrackChi2PerDof=1.61777 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=4202.61 TrackPt=398.195 CombDLLe=0.537953 CombDLLmu=-7.44171 CombDLLpi=0 CombDLLk=-4.45336 CombDLLp=-4.45336 CombDLLd=-4.45336 ProbNNe=0.0022154 ProbNNpi=0.941082 ProbNNk=0.00282929 ProbNNp=0.00858662 ProbNNghost=0.0487107 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.473213 CaloElectronMatch=199.807 CaloChargedEcal=13005.9 CaloChargedID=34870 CaloEcalE=7623.75 CaloHcalE=3555.39 CaloEcalChi2=199.807 CaloClusChi2=0.473213 CaloTrajectoryL=229.256 CaloEoverP=3.94631 EcalPIDe=0.497498 HcalPIDe=-1.44621 HcalPIDmu=0.362701 EcalPIDmu=-0.515142 TrackChi2PerDof=0.837639 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3312.65 TrackPt=81.6729 CombDLLe=-0.948713 CombDLLmu=-0.152441 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.957764 ProbNNpi=0.00395425 ProbNNk=0.054714 ProbNNp=0.0132791 ProbNNghost=0.999074 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.48438 RichDLLmu=1.23751 RichDLLpi=0 RichDLLk=2.46089 RichDLLp=2.46089 RichPIDStatus=5025 RichDLLbt=2.46089 RichDLLd=2.46089 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0262322 CaloElectronMatch=173.694 CaloChargedEcal=13005.9 CaloChargedID=34870 CaloEcalE=6230.69 CaloHcalE=3555.39 CaloEcalChi2=173.694 CaloClusChi2=0.0262322 CaloTrajectoryL=-9.9747 CaloEoverP=3.26257 EcalPIDe=0.83137 HcalPIDe=-1.44621 HcalPIDmu=-0.155715 EcalPIDmu=-1.20867 TrackChi2PerDof=2.18662 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=4006.89 TrackPt=95.603 CombDLLe=-0.180632 CombDLLmu=0.333598 CombDLLpi=0 CombDLLk=2.46089 CombDLLp=2.46089 CombDLLd=2.46089 ProbNNe=0.697143 ProbNNpi=0.378869 ProbNNk=0.140149 ProbNNp=0.208522 ProbNNghost=0.76614 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.2692 RichDLLmu=-1.23733 RichDLLpi=0 RichDLLk=-41.4549 RichDLLp=-30.9372 RichPIDStatus=8163 RichDLLbt=-31.1838 RichDLLd=-31.1838 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.086 CaloElectronMatch=1417.98 CaloBremMatch=1417.98 CaloChargedEcal=7102.11 CaloChargedID=42409 CaloNeutralEcal=7102.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73902 CaloNeutralID=42409 CaloEcalE=1023.6 CaloHcalE=16577.3 CaloEcalChi2=1417.98 CaloBremChi2=687.66 CaloClusChi2=5.086 CaloTrajectoryL=-1773.14 CaloEoverP=0.37712 EcalPIDe=-1.5829 BremPIDe=-0.591406 HcalPIDe=-2.5812 HcalPIDmu=-3.02763 EcalPIDmu=0.079916 TrackChi2PerDof=0.762261 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=19465.4 TrackPt=1591.47 CombDLLe=-6.83772 CombDLLmu=-4.64546 CombDLLpi=0 CombDLLk=-41.4549 CombDLLp=-30.9372 CombDLLd=-31.1838 ProbNNe=1.52708e-06 ProbNNpi=0.999848 ProbNNk=6.84524e-05 ProbNNp=3.5736e-05 ProbNNghost=0.000406858 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.21311 RichDLLmu=1.43727 RichDLLpi=0 RichDLLk=9.50321 RichDLLp=9.50321 RichPIDStatus=5028 RichDLLbt=9.50321 RichDLLd=9.50321 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.82248 CaloElectronMatch=215.835 CaloBremMatch=215.835 CaloChargedEcal=3091.18 CaloChargedID=35397 CaloNeutralEcal=3091.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860327 CaloNeutralID=35397 CaloEcalE=1949.56 CaloHcalE=260.477 CaloEcalChi2=215.835 CaloBremChi2=138.046 CaloClusChi2=2.82248 CaloTrajectoryL=453.194 CaloEoverP=0.690507 EcalPIDe=0.497498 BremPIDe=0.00370359 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-2.23194 TrackChi2PerDof=1.25727 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4735.4 TrackPt=533.313 CombDLLe=-0.941846 CombDLLmu=-1.66389 CombDLLpi=0 CombDLLk=9.50321 CombDLLp=9.50321 CombDLLd=9.50321 ProbNNe=2.15872e-05 ProbNNpi=0.0543477 ProbNNk=0.92325 ProbNNp=0.944336 ProbNNghost=0.00975175 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.32446 RichDLLmu=2.10296 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.462535 CaloElectronMatch=16.3194 CaloBremMatch=16.3194 CaloChargedEcal=3001.36 CaloChargedID=34311 CaloNeutralEcal=3001.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721046 CaloNeutralID=34311 CaloEcalE=1951.78 CaloHcalE=0 CaloEcalChi2=16.3194 CaloBremChi2=423.599 CaloClusChi2=0.462535 CaloTrajectoryL=-35.2229 CaloEoverP=1.24525 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-2.19735 TrackChi2PerDof=0.973333 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2572.57 TrackPt=267.731 CombDLLe=1.40056 CombDLLmu=-1.80999 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.285363 ProbNNpi=0.747142 ProbNNk=0.0497019 ProbNNp=0.109248 ProbNNghost=0.216827 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.4918 RichDLLmu=-4.59175 RichDLLpi=0 RichDLLk=-4.28427 RichDLLp=-4.28427 RichPIDStatus=5091 RichDLLbt=-4.28427 RichDLLd=-4.28427 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.723316 CaloElectronMatch=133.428 CaloBremMatch=133.428 CaloChargedEcal=13587 CaloChargedID=38648 CaloNeutralEcal=13587 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805994 CaloNeutralID=38648 CaloEcalE=8871.22 CaloHcalE=7755.23 CaloEcalChi2=133.428 CaloBremChi2=539.746 CaloClusChi2=0.723316 CaloTrajectoryL=117.058 CaloEoverP=1.86329 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-2.22765 HcalPIDmu=-1.16204 EcalPIDmu=-1.33343 TrackChi2PerDof=0.702066 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=7317.72 TrackPt=206.592 CombDLLe=-3.64107 CombDLLmu=-7.57128 CombDLLpi=0 CombDLLk=-4.28427 CombDLLp=-4.28427 CombDLLd=-4.28427 ProbNNe=0.00621263 ProbNNpi=0.944955 ProbNNk=0.0343279 ProbNNp=0.0649029 ProbNNghost=0.0569731 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.47178 RichDLLmu=-0.0888767 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.972803 CaloElectronMatch=131.272 CaloBremMatch=131.272 CaloChargedEcal=3320.36 CaloChargedID=34299 CaloNeutralEcal=3320.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795058 CaloNeutralID=34299 CaloEcalE=909.404 CaloEcalChi2=131.272 CaloBremChi2=172.693 CaloClusChi2=0.972803 CaloTrajectoryL=-33.1519 CaloEoverP=1.54975 EcalPIDe=0.83137 BremPIDe=0.0147328 EcalPIDmu=-0.783698 TrackChi2PerDof=0.748018 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2281.28 TrackPt=249.651 CombDLLe=-0.276678 CombDLLmu=-0.908113 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0373965 ProbNNpi=0.837915 ProbNNk=0.0437664 ProbNNp=0.0750274 ProbNNghost=0.0651547 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.4486 RichDLLmu=-17.7742 RichDLLpi=0 RichDLLk=-6.87597 RichDLLp=-6.87597 RichPIDStatus=5027 RichDLLbt=-6.87597 RichDLLd=-6.87597 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.482402 CaloElectronMatch=92.8453 CaloBremMatch=70.1847 CaloChargedEcal=8283.78 CaloChargedID=34678 CaloNeutralEcal=8283.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797752 CaloNeutralID=34678 CaloEcalE=3775.75 CaloHcalE=1834.31 CaloEcalChi2=92.8453 CaloBremChi2=648.288 CaloClusChi2=0.482402 CaloTrajectoryL=224.884 CaloEoverP=1.70713 EcalPIDe=1.51236 BremPIDe=-0.553589 HcalPIDe=-1.32141 HcalPIDmu=1.64544 EcalPIDmu=-2.03528 TrackChi2PerDof=0.856957 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=5003.17 TrackPt=300.651 CombDLLe=-3.9248 CombDLLmu=-7.37841 CombDLLpi=0 CombDLLk=-6.87597 CombDLLp=-6.87597 CombDLLd=-6.87597 ProbNNe=1.14011e-05 ProbNNpi=0.997268 ProbNNk=0.000252429 ProbNNp=0.00128848 ProbNNghost=0.00322785 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.5763 RichDLLmu=-9.15141 RichDLLpi=0 RichDLLk=3.25698 RichDLLp=3.25698 RichPIDStatus=5028 RichDLLbt=3.25698 RichDLLd=3.25698 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.380592 CaloElectronMatch=326.429 CaloBremMatch=326.429 CaloChargedEcal=655.206 CaloChargedID=35575 CaloNeutralEcal=655.206 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818543 CaloNeutralID=35575 CaloEcalE=499.13 CaloHcalE=2763.81 CaloEcalChi2=326.429 CaloBremChi2=71.588 CaloClusChi2=0.380592 CaloTrajectoryL=121.849 CaloEoverP=0.164923 EcalPIDe=0.0319619 BremPIDe=0.599495 HcalPIDe=-1.37298 HcalPIDmu=0.366076 EcalPIDmu=1.26223 TrackChi2PerDof=0.709067 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=4977.03 TrackPt=623.877 CombDLLe=-3.18516 CombDLLmu=-5.02067 CombDLLpi=0 CombDLLk=3.25698 CombDLLp=3.25698 CombDLLd=3.25698 ProbNNe=5.18094e-07 ProbNNpi=0.935409 ProbNNk=0.0403528 ProbNNp=0.0891331 ProbNNghost=0.020074 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.46734 RichDLLmu=-2.16598 RichDLLpi=0 RichDLLk=-1.7355 RichDLLp=-1.7355 RichPIDStatus=5027 RichDLLbt=-1.7355 RichDLLd=-1.7355 MuonMuLL=-0.0174514 MuonBkgLL=-0.148866 MuonNShared=15 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=135.661 MuonMVA1=-999 MuonMVA2=-0.562471 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.440392 CaloElectronMatch=58.0028 CaloBremMatch=58.0028 CaloChargedEcal=5360.4 CaloChargedID=39282 CaloNeutralEcal=5360.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912271 CaloNeutralID=39282 CaloEcalE=4661.85 CaloHcalE=3428.32 CaloEcalChi2=58.0028 CaloBremChi2=121.338 CaloClusChi2=0.440392 CaloTrajectoryL=48.3742 CaloEoverP=1.74017 EcalPIDe=2.97947 BremPIDe=0.134325 HcalPIDe=-1.50326 HcalPIDmu=0.362701 EcalPIDmu=-0.924357 TrackChi2PerDof=0.557138 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=3350.03 TrackPt=454.268 CombDLLe=-0.0159874 CombDLLmu=-3.28617 CombDLLpi=0 CombDLLk=-1.7355 CombDLLp=-1.7355 CombDLLd=-1.58663 ProbNNe=0.44708 ProbNNmu=0.00366525 ProbNNpi=6.35041e-05 ProbNNk=0.0439508 ProbNNp=0.0441945 ProbNNghost=0.780436 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.4181 RichDLLmu=-0.506218 RichDLLpi=0 RichDLLk=3.37261 RichDLLp=3.37261 RichPIDStatus=5028 RichDLLbt=3.37261 RichDLLd=3.37261 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.62721 CaloElectronMatch=84.2939 CaloBremMatch=84.2939 CaloChargedEcal=646.953 CaloChargedID=35378 CaloNeutralEcal=646.953 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878842 CaloNeutralID=35378 CaloEcalE=297.224 CaloHcalE=1284.65 CaloEcalChi2=84.2939 CaloBremChi2=55.1436 CaloClusChi2=1.62721 CaloTrajectoryL=259.485 CaloEoverP=0.280355 EcalPIDe=1.51236 BremPIDe=0.875371 HcalPIDe=-0.984854 HcalPIDmu=1.19075 EcalPIDmu=0.383137 TrackChi2PerDof=1.29952 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=3110.15 TrackPt=340.746 CombDLLe=-0.38016 CombDLLmu=0.867595 CombDLLpi=0 CombDLLk=3.37261 CombDLLp=3.37261 CombDLLd=3.37261 ProbNNe=5.10524e-05 ProbNNpi=0.794033 ProbNNk=0.159442 ProbNNp=0.303604 ProbNNghost=0.0409354 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.2269 RichDLLmu=-6.73081 RichDLLpi=0 RichDLLk=-11.4849 RichDLLp=-11.4849 RichPIDStatus=5027 RichDLLbt=-11.4849 RichDLLd=-11.4849 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.76403 CaloElectronMatch=30.1142 CaloBremMatch=30.1142 CaloChargedEcal=5759.76 CaloChargedID=34189 CaloNeutralEcal=5759.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921263 CaloNeutralID=34189 CaloEcalE=4855.68 CaloHcalE=0 CaloEcalChi2=30.1142 CaloBremChi2=96.8839 CaloClusChi2=1.76403 CaloTrajectoryL=235.176 CaloEoverP=0.740374 EcalPIDe=3.6423 BremPIDe=0.755474 HcalPIDe=0.83611 HcalPIDmu=-2.36508 EcalPIDmu=-3.12438 TrackChi2PerDof=0.331469 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=7796.51 TrackPt=916.248 CombDLLe=1.20555 CombDLLmu=-11.6015 CombDLLpi=0 CombDLLk=-11.4849 CombDLLp=-11.4849 CombDLLd=-11.4849 ProbNNe=2.9206e-06 ProbNNpi=0.99175 ProbNNk=0.000380873 ProbNNp=0.00038469 ProbNNghost=0.00711467 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.0595 RichDLLmu=-14.0623 RichDLLpi=0 RichDLLk=-3.21203 RichDLLp=-2.36386 RichPIDStatus=6115 RichDLLbt=-2.36386 RichDLLd=-2.36386 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.88869 CaloElectronMatch=533.768 CaloBremMatch=533.768 CaloChargedEcal=2032.45 CaloChargedID=38217 CaloNeutralEcal=2032.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961494 CaloNeutralID=38217 CaloEcalE=1869.8 CaloHcalE=1620.87 CaloEcalChi2=533.768 CaloBremChi2=309.083 CaloClusChi2=4.88869 CaloTrajectoryL=270.797 CaloEoverP=0.205333 EcalPIDe=-0.273733 BremPIDe=-0.466299 HcalPIDe=-0.799582 HcalPIDmu=2.0457 EcalPIDmu=-1.78544 TrackChi2PerDof=1.10707 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=10131.1 TrackPt=606.655 CombDLLe=-5.66423 CombDLLmu=-6.68943 CombDLLpi=0 CombDLLk=-3.21203 CombDLLp=-2.36386 CombDLLd=-2.36386 ProbNNe=5.5438e-07 ProbNNpi=0.998344 ProbNNk=5.20343e-05 ProbNNp=0.000550158 ProbNNghost=0.00293047 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.0459189 RichDLLmu=0.319991 RichDLLpi=0 RichDLLk=-0.630184 RichDLLp=-8.04077 RichPIDStatus=139234 RichDLLbt=-28.0751 RichDLLd=-37.7453 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.00433556 CaloElectronMatch=565.019 CaloBremMatch=565.019 CaloChargedEcal=92186.9 CaloChargedID=42455 CaloNeutralEcal=92186.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900196 CaloNeutralID=42455 CaloEcalE=54841.7 CaloEcalChi2=565.019 CaloBremChi2=399.402 CaloClusChi2=0.00433556 CaloTrajectoryL=282.212 CaloEoverP=0.65491 EcalPIDe=1.64201 BremPIDe=-0.438962 EcalPIDmu=-3.93014 TrackChi2PerDof=2.85689 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=141621 TrackPt=6129.8 CombDLLe=1.19501 CombDLLmu=-3.48276 CombDLLpi=0 CombDLLk=-0.630184 CombDLLp=-8.04077 CombDLLd=-37.7453 ProbNNe=0.323474 ProbNNpi=0.686275 ProbNNk=0.00400394 ProbNNp=0.00340983 ProbNNghost=0.802457 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=4.29018 RichDLLmu=-0.124657 RichDLLpi=0 RichDLLk=0.591797 RichDLLp=0.591797 RichPIDStatus=5025 RichDLLbt=0.591797 RichDLLd=0.591797 InAccEcal=1 InAccBrem=1 CaloTrMatch=5.03029 CaloElectronMatch=166.236 CaloBremMatch=53.6066 CaloChargedEcal=982.526 CaloChargedID=34689 CaloNeutralEcal=982.526 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70169 CaloNeutralID=34689 CaloEcalE=1594.07 CaloEcalChi2=166.236 CaloBremChi2=433.203 CaloClusChi2=5.03029 CaloTrajectoryL=345.081 CaloEoverP=0.419689 EcalPIDe=0.83137 BremPIDe=-0.4614 EcalPIDmu=-1.95608 TrackChi2PerDof=2.21125 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=2897.28 TrackPt=91.9586 CombDLLe=1.11789 CombDLLmu=-2.13056 CombDLLpi=0 CombDLLk=0.591797 CombDLLp=0.591797 CombDLLd=0.591797 ProbNNe=0.436184 ProbNNpi=0.310687 ProbNNk=0.0639023 ProbNNp=0.0926946 ProbNNghost=0.66768 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.77472 RichDLLmu=0.603398 RichDLLpi=0 RichDLLk=-2.36787 RichDLLp=-2.36787 RichPIDStatus=5025 RichDLLbt=-2.36787 RichDLLd=-2.36787 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.631461 CaloElectronMatch=28.0949 CaloBremMatch=28.0949 CaloChargedEcal=5233.17 CaloChargedID=38202 CaloNeutralEcal=5233.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88968 CaloNeutralID=38202 CaloEcalE=4095.93 CaloHcalE=902.329 CaloEcalChi2=28.0949 CaloBremChi2=406.318 CaloClusChi2=0.631461 CaloTrajectoryL=78.8159 CaloEoverP=0.791003 EcalPIDe=3.6423 BremPIDe=-0.492427 HcalPIDe=-0.431041 HcalPIDmu=-0.321238 EcalPIDmu=-2.95413 TrackChi2PerDof=2.28787 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=6775.51 TrackPt=374.918 CombDLLe=3.20363 CombDLLmu=-2.43469 CombDLLpi=0 CombDLLk=-2.36787 CombDLLp=-2.36787 CombDLLd=-2.36787 ProbNNe=0.672247 ProbNNpi=0.338344 ProbNNk=0.0561456 ProbNNp=0.156519 ProbNNghost=0.866644 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.5577 RichDLLmu=-1.12408 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=164.464 BremPIDe=0.0147328 TrackChi2PerDof=1.72986 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=2495.74 TrackPt=246.091 CombDLLe=-2.271 CombDLLmu=-1.54773 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0163864 ProbNNpi=0.716491 ProbNNk=0.0522514 ProbNNp=0.167774 ProbNNghost=0.38867 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.13475 RichDLLmu=9.35095 RichDLLpi=0 RichDLLk=17.9929 RichDLLp=17.9929 RichPIDStatus=5028 RichDLLbt=17.9929 RichDLLd=17.9929 InAccBrem=1 CaloBremChi2=279.629 BremPIDe=-0.318955 TrackChi2PerDof=1.90961 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4353.83 TrackPt=708.83 CombDLLe=-1.21263 CombDLLmu=6.67528 CombDLLpi=0 CombDLLk=17.9929 CombDLLp=17.9929 CombDLLd=17.9929 ProbNNe=0.000330233 ProbNNpi=0.000686141 ProbNNk=0.153519 ProbNNp=0.848292 ProbNNghost=0.798888 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.76817 RichDLLmu=0.584579 RichDLLpi=0 RichDLLk=2.62867 RichDLLp=2.62867 RichPIDStatus=5028 RichDLLbt=2.62867 RichDLLd=2.62867 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.05788 CaloElectronMatch=104.099 CaloBremMatch=94.6465 CaloChargedEcal=1870.19 CaloChargedID=37753 CaloNeutralEcal=1870.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852661 CaloNeutralID=37753 CaloEcalE=1557.05 CaloHcalE=12767.6 CaloEcalChi2=104.099 CaloBremChi2=122.065 CaloClusChi2=3.05788 CaloTrajectoryL=278.864 CaloEoverP=0.547683 EcalPIDe=1.51236 BremPIDe=0.134325 HcalPIDe=-0.621703 HcalPIDmu=0.420753 EcalPIDmu=-1.71735 TrackChi2PerDof=0.782622 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3862.65 TrackPt=454.352 CombDLLe=-0.148274 CombDLLmu=-0.481891 CombDLLpi=0 CombDLLk=2.62867 CombDLLp=2.62867 CombDLLd=2.62867 ProbNNe=0.000877827 ProbNNpi=0.0907749 ProbNNk=0.0774864 ProbNNp=0.174982 ProbNNghost=0.969465 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.70824 RichDLLmu=-2.77812 RichDLLpi=0 RichDLLk=12.4912 RichDLLp=12.4912 RichPIDStatus=5028 RichDLLbt=12.4912 RichDLLd=12.4912 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.715379 CaloElectronMatch=29.2119 CaloBremMatch=24.7859 CaloChargedEcal=6365.32 CaloChargedID=34946 CaloNeutralEcal=6365.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94865 CaloNeutralID=34946 CaloEcalE=4481.94 CaloEcalChi2=29.2119 CaloBremChi2=107.411 CaloClusChi2=0.715379 CaloTrajectoryL=77.4273 CaloEoverP=1.24034 EcalPIDe=3.6423 BremPIDe=0.484592 EcalPIDmu=-2.82248 TrackChi2PerDof=1.42589 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=5286.3 TrackPt=690.678 CombDLLe=4.77398 CombDLLmu=-6.35554 CombDLLpi=0 CombDLLk=12.4912 CombDLLp=12.4912 CombDLLd=12.4912 ProbNNe=0.810628 ProbNNpi=0.00419092 ProbNNk=0.796613 ProbNNp=0.774051 ProbNNghost=0.980053 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.9073 RichDLLmu=-8.75426 RichDLLpi=0 RichDLLk=-5.85393 RichDLLp=-5.85393 RichPIDStatus=5027 RichDLLbt=-5.85393 RichDLLd=-5.85393 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.43875 CaloElectronMatch=303.684 CaloBremMatch=303.684 CaloChargedEcal=2681.81 CaloChargedID=35125 CaloNeutralEcal=2681.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950875 CaloNeutralID=35125 CaloEcalE=2369.06 CaloHcalE=4632.99 CaloEcalChi2=303.684 CaloBremChi2=237.989 CaloClusChi2=1.43875 CaloTrajectoryL=331.262 CaloEoverP=0.397163 EcalPIDe=0.27519 BremPIDe=-0.381503 HcalPIDe=-2.10303 HcalPIDmu=-1.13278 EcalPIDmu=-2.25899 TrackChi2PerDof=0.759818 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=7178.53 TrackPt=758.994 CombDLLe=-5.43138 CombDLLmu=-9.98208 CombDLLpi=0 CombDLLk=-5.85393 CombDLLp=-5.85393 CombDLLd=-5.85393 ProbNNe=3.79518e-06 ProbNNpi=0.994897 ProbNNk=0.000977228 ProbNNp=0.00147089 ProbNNghost=0.00732057 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-35.0353 RichDLLmu=-33.53 RichDLLpi=0 RichDLLk=-13.0376 RichDLLp=-13.0376 RichPIDStatus=5027 RichDLLbt=-13.0376 RichDLLd=-13.0376 InAccBrem=1 CaloBremChi2=283.074 BremPIDe=-0.318955 TrackChi2PerDof=0.638693 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4405.13 TrackPt=739.591 CombDLLe=-5.24941 CombDLLmu=-6.99998 CombDLLpi=0 CombDLLk=-13.0376 CombDLLp=-13.0376 CombDLLd=-13.0376 ProbNNe=3.20318e-05 ProbNNpi=0.993976 ProbNNk=0.000452175 ProbNNp=0.00131367 ProbNNghost=0.00199272 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.7148 RichDLLmu=-5.18435 RichDLLpi=0 RichDLLk=0.25689 RichDLLp=0.25689 RichPIDStatus=5028 RichDLLbt=0.25689 RichDLLd=0.25689 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.345333 CaloElectronMatch=28.3495 CaloBremMatch=28.3495 CaloChargedEcal=1485.84 CaloChargedID=35777 CaloNeutralEcal=1485.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.807655 CaloNeutralID=35777 CaloEcalE=1078.66 CaloEcalChi2=28.3495 CaloBremChi2=96.9922 CaloClusChi2=0.345333 CaloTrajectoryL=244.25 CaloEoverP=0.656827 EcalPIDe=2.97947 BremPIDe=0.142978 EcalPIDmu=-0.744972 TrackChi2PerDof=0.636601 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=2641.3 TrackPt=409.189 CombDLLe=0.210313 CombDLLmu=-6.18152 CombDLLpi=0 CombDLLk=0.25689 CombDLLp=0.25689 CombDLLd=0.25689 ProbNNe=0.000148095 ProbNNpi=0.947987 ProbNNk=0.0388926 ProbNNp=0.0953224 ProbNNghost=0.028563 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.40434 RichDLLmu=-11.9044 RichDLLpi=0 RichDLLk=-8.38169 RichDLLp=-8.38169 RichPIDStatus=5027 RichDLLbt=-8.38169 RichDLLd=-8.38169 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.76635 CaloElectronMatch=330.115 CaloBremMatch=330.115 CaloChargedEcal=1431.17 CaloChargedID=39689 CaloNeutralEcal=1431.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847827 CaloNeutralID=39689 CaloEcalE=152.328 CaloHcalE=0 CaloEcalChi2=330.115 CaloBremChi2=226.668 CaloClusChi2=2.76635 CaloTrajectoryL=-134.562 CaloEoverP=0.272745 EcalPIDe=0.0750074 BremPIDe=-0.210201 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-0.37762 TrackChi2PerDof=1.90537 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=5932.23 TrackPt=408.5 CombDLLe=-0.915175 CombDLLmu=-9.74077 CombDLLpi=0 CombDLLk=-8.38169 CombDLLp=-8.38169 CombDLLd=-8.38169 ProbNNe=0.000130777 ProbNNpi=0.964817 ProbNNk=0.00154032 ProbNNp=0.00860118 ProbNNghost=0.0636325 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.96991 RichDLLmu=-1.4561 RichDLLpi=0 RichDLLk=-12.3736 RichDLLp=-6.14981 RichPIDStatus=8131 RichDLLbt=-6.35167 RichDLLd=-6.35167 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.687216 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=34545.7 TrackPt=652.986 CombDLLe=-0.692463 CombDLLmu=-1.98279 CombDLLpi=0 CombDLLk=-12.3736 CombDLLp=-6.14981 CombDLLd=-6.35167 ProbNNe=0.0120266 ProbNNpi=0.99083 ProbNNk=0.000303334 ProbNNp=0.00437044 ProbNNghost=0.00065633 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.0781 RichDLLmu=-11.9374 RichDLLpi=0 RichDLLk=-3.48055 RichDLLp=-3.48055 RichPIDStatus=5027 RichDLLbt=-3.48055 RichDLLd=-3.48055 MuonMuLL=-0.000800334 MuonBkgLL=-0.0504258 MuonNShared=18 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1210.17 MuonMVA1=-999 MuonMVA2=-0.797909 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.1753 CaloElectronMatch=27.6 CaloBremMatch=27.6 CaloChargedEcal=1968.7 CaloChargedID=39605 CaloNeutralEcal=1968.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930692 CaloNeutralID=39605 CaloEcalE=1772.99 CaloHcalE=1288.74 CaloEcalChi2=27.6 CaloBremChi2=168.816 CaloClusChi2=7.1753 CaloTrajectoryL=230.174 CaloEoverP=0.60307 EcalPIDe=2.97947 BremPIDe=-0.224977 HcalPIDe=-0.984854 HcalPIDmu=1.19075 EcalPIDmu=-2.208 TrackChi2PerDof=1.59521 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3689.34 TrackPt=424.721 CombDLLe=-1.04975 CombDLLmu=-7.85047 CombDLLpi=0 CombDLLk=-3.48055 CombDLLp=-3.48055 CombDLLd=-3.43012 ProbNNe=0.0047619 ProbNNmu=0.00366525 ProbNNpi=0.0087463 ProbNNk=0.00764496 ProbNNp=0.0376335 ProbNNghost=0.907445 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.853157 RichDLLmu=-3.32035 RichDLLpi=0 RichDLLk=2.11289 RichDLLp=2.11289 RichPIDStatus=5028 RichDLLbt=2.11289 RichDLLd=2.11289 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.499396 CaloElectronMatch=31.3635 CaloBremMatch=31.3635 CaloChargedEcal=3540.63 CaloChargedID=34379 CaloNeutralEcal=3540.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793491 CaloNeutralID=34379 CaloEcalE=1732.85 CaloHcalE=695.765 CaloEcalChi2=31.3635 CaloBremChi2=224.092 CaloClusChi2=0.499396 CaloTrajectoryL=73.0893 CaloEoverP=0.94359 EcalPIDe=2.97947 BremPIDe=-0.417084 HcalPIDe=-0.469055 HcalPIDmu=-0.681099 EcalPIDmu=-1.87667 TrackChi2PerDof=1.66429 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3928.13 TrackPt=243.532 CombDLLe=1.94405 CombDLLmu=-6.62523 CombDLLpi=0 CombDLLk=2.11289 CombDLLp=2.11289 CombDLLd=2.11289 ProbNNe=0.518792 ProbNNpi=0.484152 ProbNNk=0.0936856 ProbNNp=0.142403 ProbNNghost=0.7098 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.9303 RichDLLmu=-11.3627 RichDLLpi=0 RichDLLk=-1.12468 RichDLLp=-1.12468 RichPIDStatus=5091 RichDLLbt=-1.12468 RichDLLd=-1.12468 MuonMuLL=-0.312521 MuonBkgLL=-0.29605 MuonNShared=8 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=171.276 MuonMVA1=-999 MuonMVA2=-0.796037 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.99185 CaloElectronMatch=368.121 CaloBremMatch=368.121 CaloChargedEcal=8453.29 CaloChargedID=43750 CaloNeutralEcal=8453.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796944 CaloNeutralID=43750 CaloEcalE=944.946 CaloHcalE=6647.47 CaloEcalChi2=368.121 CaloBremChi2=207.416 CaloClusChi2=2.99185 CaloTrajectoryL=716.441 CaloEoverP=1.62936 EcalPIDe=0.0750074 BremPIDe=-0.336986 HcalPIDe=-2.03825 HcalPIDmu=-0.53992 EcalPIDmu=-0.105267 TrackChi2PerDof=0.618523 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=5274.31 TrackPt=679.495 CombDLLe=-4.32825 CombDLLmu=-7.51455 CombDLLpi=0 CombDLLk=-1.12468 CombDLLp=-1.12468 CombDLLd=-0.828634 ProbNNe=0.0100764 ProbNNmu=0.00366525 ProbNNpi=0.00281496 ProbNNk=0.0452569 ProbNNp=0.362127 ProbNNghost=0.107847 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.3574 RichDLLmu=-5.43396 RichDLLpi=0 RichDLLk=5.17778 RichDLLp=5.17778 RichPIDStatus=5028 RichDLLbt=5.17778 RichDLLd=5.17778 MuonMuLL=-0.0046106 MuonBkgLL=-0.0746454 MuonNShared=25 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1556.77 MuonMVA1=-999 MuonMVA2=-0.298069 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=41.8504 CaloElectronMatch=1799.34 CaloBremMatch=83.2037 CaloChargedEcal=1256.55 CaloChargedID=34382 CaloNeutralEcal=1256.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775494 CaloNeutralID=34382 CaloEcalE=0 CaloHcalE=11835.8 CaloEcalChi2=1799.34 CaloBremChi2=215.936 CaloClusChi2=41.8504 CaloTrajectoryL=-12426.6 CaloEoverP=0.442912 EcalPIDe=-2.05915 BremPIDe=-0.396524 HcalPIDe=-0.621703 HcalPIDmu=0.689746 EcalPIDmu=0.308817 TrackChi2PerDof=0.745901 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=3321.56 TrackPt=542.077 CombDLLe=-6.88102 CombDLLmu=-4.50133 CombDLLpi=0 CombDLLk=5.17778 CombDLLp=5.17778 CombDLLd=5.25242 ProbNNe=1.56985e-06 ProbNNmu=0.00366525 ProbNNpi=0.00062795 ProbNNk=0.313307 ProbNNp=0.543647 ProbNNghost=0.0616934 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.8145 RichDLLmu=-4.62913 RichDLLpi=0 RichDLLk=-12.0812 RichDLLp=0.748981 RichPIDStatus=6117 RichDLLbt=0.748981 RichDLLd=0.748981 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.6195 CaloElectronMatch=1253.32 CaloBremMatch=122.395 CaloChargedEcal=10047.2 CaloChargedID=38984 CaloNeutralEcal=10047.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75412 CaloNeutralID=38984 CaloEcalE=1836.67 CaloHcalE=8721.8 CaloEcalChi2=1253.32 CaloBremChi2=446.427 CaloClusChi2=1.6195 CaloTrajectoryL=-800.168 CaloEoverP=0.645874 EcalPIDe=-1.28424 BremPIDe=-0.618836 HcalPIDe=-2.20256 HcalPIDmu=-2.09812 EcalPIDmu=-1.23644 TrackChi2PerDof=0.764958 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=16119.1 TrackPt=2625.6 CombDLLe=-6.27447 CombDLLmu=-8.43506 CombDLLpi=0 CombDLLk=-12.0812 CombDLLp=0.748981 CombDLLd=0.748981 ProbNNe=1.23381e-05 ProbNNpi=0.997706 ProbNNk=1.57605e-05 ProbNNp=3.19655e-05 ProbNNghost=0.00468548 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.4806 RichDLLmu=-21.2932 RichDLLpi=0 RichDLLk=-11.5975 RichDLLp=-11.5975 RichPIDStatus=5091 RichDLLbt=-11.5975 RichDLLd=-11.5975 MuonMuLL=0 MuonBkgLL=-0.330926 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=352.941 MuonMVA1=-999 MuonMVA2=-0.0184184 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.000379102 CaloElectronMatch=13.2029 CaloBremMatch=13.2029 CaloChargedEcal=5753.48 CaloChargedID=39631 CaloNeutralEcal=5753.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873849 CaloNeutralID=39631 CaloEcalE=2557.01 CaloHcalE=1936.27 CaloEcalChi2=13.2029 CaloBremChi2=280.813 CaloClusChi2=0.000379102 CaloTrajectoryL=56.8973 CaloEoverP=0.891177 EcalPIDe=3.6423 BremPIDe=-0.416867 HcalPIDe=-1.03972 HcalPIDmu=1.90086 EcalPIDmu=-2.36764 TrackChi2PerDof=1.18156 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=6824.27 TrackPt=447.134 CombDLLe=-1.98671 CombDLLmu=-7.13306 CombDLLpi=0 CombDLLk=-11.5975 CombDLLp=-11.5975 CombDLLd=-11.2666 ProbNNe=1.09129e-05 ProbNNmu=0.00366525 ProbNNpi=0.147544 ProbNNk=0.00363832 ProbNNp=0.0189223 ProbNNghost=0.0214811 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.49968 RichDLLmu=0.387996 RichDLLpi=0 RichDLLk=-7.80866 RichDLLp=-2.95923 RichPIDStatus=8162 RichDLLbt=-3.81267 RichDLLd=-3.81267 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.216543 CaloElectronMatch=75.87 CaloBremMatch=75.87 CaloChargedEcal=18023.6 CaloChargedID=42468 CaloNeutralEcal=18023.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713117 CaloNeutralID=42468 CaloEcalE=11172.8 CaloEcalChi2=75.87 CaloBremChi2=426.987 CaloClusChi2=0.216543 CaloTrajectoryL=-299.515 CaloEoverP=0.870661 EcalPIDe=2.9985 BremPIDe=-0.532522 EcalPIDmu=-3.36763 TrackChi2PerDof=1.13983 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=20469.8 TrackPt=717.348 CombDLLe=2.0291 CombDLLmu=-2.82552 CombDLLpi=0 CombDLLk=-7.80866 CombDLLp=-2.95923 CombDLLd=-3.81267 ProbNNe=0.0160454 ProbNNpi=0.959933 ProbNNk=0.000695388 ProbNNp=0.0350752 ProbNNghost=0.0989866 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.68548 RichDLLmu=-5.12359 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=5.8983 BremPIDe=3.18724 TrackChi2PerDof=0.790579 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=2508.59 TrackPt=441.714 CombDLLe=1.69073 CombDLLmu=-5.40247 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.219678 ProbNNpi=0.850956 ProbNNk=0.055648 ProbNNp=0.103868 ProbNNghost=0.0863638 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.43919 RichDLLmu=-0.961659 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 TrackChi2PerDof=0.911491 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=2332.22 TrackPt=65.1806 CombDLLe=-0.426331 CombDLLmu=-1.32996 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.560145 ProbNNpi=0.183509 ProbNNk=0.048424 ProbNNp=0.0534967 ProbNNghost=0.913991 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.3381 RichDLLmu=-9.79492 RichDLLpi=0 RichDLLk=0.388424 RichDLLp=0.388424 RichPIDStatus=5092 RichDLLbt=0.388424 RichDLLd=0.388424 MuonMuLL=-0.0877389 MuonBkgLL=-0.390311 MuonNShared=26 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=130.309 MuonMVA1=-999 MuonMVA2=-0.722856 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=27165 CaloBremChi2=371.912 BremPIDe=-0.492427 HcalPIDe=-1.17839 HcalPIDmu=0.691134 TrackChi2PerDof=0.823927 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=5474.99 TrackPt=610.02 CombDLLe=-4.38092 CombDLLmu=-5.73338 CombDLLpi=0 CombDLLk=0.388424 CombDLLp=0.388424 CombDLLd=0.778735 ProbNNe=0.0527654 ProbNNmu=0.00106764 ProbNNpi=0.857986 ProbNNk=0.0177102 ProbNNp=0.340803 ProbNNghost=0.120536 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.19949 RichDLLmu=2.50021 RichDLLpi=0 RichDLLk=6.6648 RichDLLp=6.67335 RichPIDStatus=6117 RichDLLbt=6.67335 RichDLLd=6.67335 MuonMuLL=-0.0665673 MuonBkgLL=-0.319287 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3320.44 MuonMVA1=-999 MuonMVA2=-1.16471 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.23492 CaloElectronMatch=423.534 CaloBremMatch=423.534 CaloChargedEcal=2139.26 CaloChargedID=38099 CaloNeutralEcal=2139.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945176 CaloNeutralID=38099 CaloEcalE=1072.62 CaloHcalE=7934.1 CaloEcalChi2=423.534 CaloBremChi2=397.906 CaloClusChi2=1.23492 CaloTrajectoryL=150.603 CaloEoverP=0.243278 EcalPIDe=-0.0141273 BremPIDe=-0.467096 HcalPIDe=-2.22765 HcalPIDmu=-2.0837 EcalPIDmu=-0.400565 TrackChi2PerDof=2.84091 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=9180.78 TrackPt=575.168 CombDLLe=-3.26759 CombDLLmu=1.0035 CombDLLpi=0 CombDLLk=6.6648 CombDLLp=6.67335 CombDLLd=6.99263 ProbNNe=0.00427214 ProbNNmu=0.00366525 ProbNNpi=0.00029212 ProbNNk=0.210171 ProbNNp=0.00168011 ProbNNghost=0.979489 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.9709 RichDLLmu=-8.95012 RichDLLpi=0 RichDLLk=4.17698 RichDLLp=4.17698 RichPIDStatus=5092 RichDLLbt=4.17698 RichDLLd=4.17698 MuonMuLL=-0.0253178 MuonBkgLL=-0.186092 MuonNShared=20 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=817.889 MuonMVA1=-999 MuonMVA2=-1.23094 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.47149 CaloElectronMatch=118.642 CaloBremMatch=29.8616 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=1444.64 CaloHcalE=2165.62 CaloEcalChi2=118.642 CaloBremChi2=130.632 CaloClusChi2=3.47149 CaloTrajectoryL=-822.025 CaloEoverP=0.796392 EcalPIDe=1.51236 BremPIDe=-0.015883 HcalPIDe=-1.22416 HcalPIDmu=1.09404 EcalPIDmu=-1.40154 TrackChi2PerDof=0.980203 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=4681.79 TrackPt=705.486 CombDLLe=-3.72594 CombDLLmu=-6.76707 CombDLLpi=0 CombDLLk=4.17698 CombDLLp=4.17698 CombDLLd=4.36307 ProbNNe=6.36428e-06 ProbNNmu=0.00366525 ProbNNpi=0.00838354 ProbNNk=0.0270535 ProbNNp=0.401295 ProbNNghost=0.163357 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.0088 RichDLLmu=-11.0198 RichDLLpi=0 RichDLLk=2.19792 RichDLLp=2.19792 RichPIDStatus=5092 RichDLLbt=2.19792 RichDLLd=2.19792 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=19.662 CaloElectronMatch=179.241 CaloBremMatch=179.241 CaloChargedEcal=3748.82 CaloChargedID=35488 CaloNeutralEcal=3748.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.926633 CaloNeutralID=35488 CaloEcalE=14.22 CaloHcalE=0 CaloEcalChi2=179.241 CaloBremChi2=95.7915 CaloClusChi2=19.662 CaloTrajectoryL=-569.612 CaloEoverP=0.460394 EcalPIDe=0.989182 BremPIDe=0.755474 HcalPIDe=0.83611 HcalPIDmu=-2.36508 EcalPIDmu=0.361777 TrackChi2PerDof=0.718752 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=8218.61 TrackPt=1208.64 CombDLLe=-0.791266 CombDLLmu=-8.83483 CombDLLpi=0 CombDLLk=2.19792 CombDLLp=2.19792 CombDLLd=2.19792 ProbNNe=1.06706e-08 ProbNNpi=0.991085 ProbNNk=0.00602142 ProbNNp=0.0063327 ProbNNghost=0.00391921 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.138705 RichDLLmu=0.0482469 RichDLLpi=0 RichDLLk=-4.6128 RichDLLp=-6.54267 RichPIDStatus=139201 RichDLLbt=-1.60525 RichDLLd=-3.88413 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.00914453 CaloElectronMatch=22.9316 CaloChargedEcal=73254.1 CaloChargedID=43030 CaloEcalE=28227.7 CaloHcalE=28337.7 CaloEcalChi2=22.9316 CaloClusChi2=0.00914453 CaloTrajectoryL=93.4 CaloEoverP=1.02802 EcalPIDe=6.31974 HcalPIDe=-2.69896 HcalPIDmu=-2.91461 EcalPIDmu=-3.93014 TrackChi2PerDof=1.12628 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=71510.3 TrackPt=1487.95 CombDLLe=3.64505 CombDLLmu=-6.7772 CombDLLpi=0 CombDLLk=-4.6128 CombDLLp=-6.54267 CombDLLd=-3.88413 ProbNNe=0.0190819 ProbNNpi=0.918428 ProbNNk=0.00830613 ProbNNp=0.00221849 ProbNNghost=0.00546552 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.68312 RichDLLmu=-0.498766 RichDLLpi=0 RichDLLk=-26.3145 RichDLLp=-22.241 RichPIDStatus=8163 RichDLLbt=-21.353 RichDLLd=-21.353 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=19.6637 CaloElectronMatch=1335.24 CaloBremMatch=20.9462 CaloChargedEcal=12984.1 CaloChargedID=44064 CaloNeutralEcal=12984.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.727901 CaloNeutralID=44064 CaloEcalE=0 CaloHcalE=15906.3 CaloEcalChi2=1335.24 CaloBremChi2=384.832 CaloClusChi2=19.6637 CaloTrajectoryL=2445.13 CaloEoverP=0.602971 EcalPIDe=-1.21799 BremPIDe=-0.532522 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=0.689585 TrackChi2PerDof=1.14546 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=21066.9 TrackPt=1334.5 CombDLLe=-5.61123 CombDLLmu=-3.23008 CombDLLpi=0 CombDLLk=-26.3145 CombDLLp=-22.241 CombDLLd=-21.353 ProbNNe=6.3634e-06 ProbNNpi=0.996541 ProbNNk=0.000166499 ProbNNp=0.000236086 ProbNNghost=0.00289444 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.205598 RichDLLmu=-0.181458 RichDLLpi=0 RichDLLk=-25.4393 RichDLLp=-29.0678 RichPIDStatus=8131 RichDLLbt=-22.8312 RichDLLd=-22.8312 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.815433 CaloElectronMatch=530.339 CaloChargedEcal=32209.2 CaloChargedID=42857 CaloEcalE=19730.6 CaloHcalE=26756.7 CaloEcalChi2=530.339 CaloClusChi2=0.815433 CaloTrajectoryL=291.306 CaloEoverP=0.571922 EcalPIDe=0.552906 HcalPIDe=-2.68434 HcalPIDmu=-2.91461 EcalPIDmu=-3.93014 TrackChi2PerDof=1.2088 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=56808.1 TrackPt=1017.33 CombDLLe=-2.16742 CombDLLmu=-7.09868 CombDLLpi=0 CombDLLk=-25.4393 CombDLLp=-29.0678 CombDLLd=-22.8312 ProbNNe=0.000507811 ProbNNpi=0.994246 ProbNNk=2.68603e-05 ProbNNp=0.000736213 ProbNNghost=0.0102111 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.7339 RichDLLmu=-5.0372 RichDLLpi=0 RichDLLk=-10.0746 RichDLLp=-10.0746 RichPIDStatus=5027 RichDLLbt=-10.0746 RichDLLd=-10.0746 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.64944 CaloElectronMatch=39.8418 CaloBremMatch=39.8418 CaloChargedEcal=7201.36 CaloChargedID=35195 CaloNeutralEcal=7201.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981457 CaloNeutralID=35195 CaloEcalE=6448.48 CaloHcalE=0 CaloEcalChi2=39.8418 CaloBremChi2=332.179 CaloClusChi2=0.64944 CaloTrajectoryL=165.284 CaloEoverP=1.09432 EcalPIDe=3.6423 BremPIDe=-0.398756 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-2.13638 TrackChi2PerDof=0.791536 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=6794.7 TrackPt=1022.64 CombDLLe=0.611032 CombDLLmu=-9.98297 CombDLLpi=0 CombDLLk=-10.0746 CombDLLp=-10.0746 CombDLLd=-10.0746 ProbNNe=4.53401e-06 ProbNNpi=0.989487 ProbNNk=0.00166215 ProbNNp=0.000415976 ProbNNghost=0.0145929 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.38429 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4291 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.06382 CaloElectronMatch=484.155 CaloChargedEcal=2518.44 CaloChargedID=38904 CaloEcalE=442.306 CaloHcalE=8770.22 CaloEcalChi2=484.155 CaloClusChi2=2.06382 CaloTrajectoryL=-65.2017 CaloEoverP=0.401641 EcalPIDe=-0.270192 HcalPIDe=-1.88811 HcalPIDmu=-1.07407 EcalPIDmu=1.79271 TrackChi2PerDof=0.593782 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6863.17 TrackPt=96.881 CombDLLe=-2.57506 CombDLLmu=0.718647 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00131114 ProbNNpi=0.90621 ProbNNk=0.0799719 ProbNNp=0.169161 ProbNNghost=0.0810142 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.9286 RichDLLmu=-10.8819 RichDLLpi=0 RichDLLk=-9.20994 RichDLLp=-9.20994 RichPIDStatus=5027 RichDLLbt=-9.20994 RichDLLd=-9.20994 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.42841 CaloElectronMatch=570.773 CaloBremMatch=303.684 CaloChargedEcal=2681.81 CaloChargedID=35125 CaloNeutralEcal=2681.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950875 CaloNeutralID=35125 CaloEcalE=6377.54 CaloHcalE=4330.84 CaloEcalChi2=570.773 CaloBremChi2=119.547 CaloClusChi2=4.42841 CaloTrajectoryL=354.559 CaloEoverP=0.884888 EcalPIDe=-0.362387 BremPIDe=0.134325 HcalPIDe=-1.51991 HcalPIDmu=0.416119 EcalPIDmu=-0.355744 TrackChi2PerDof=1.12888 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3221.93 TrackPt=125.57 CombDLLe=-3.77572 CombDLLmu=-6.76172 CombDLLpi=0 CombDLLk=-9.20994 CombDLLp=-9.20994 CombDLLd=-9.20994 ProbNNe=0.000752346 ProbNNpi=0.965757 ProbNNk=0.00232847 ProbNNp=0.0107562 ProbNNghost=0.156595 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.0895 RichDLLmu=-3.23739 RichDLLpi=0 RichDLLk=3.96454 RichDLLp=3.96454 RichPIDStatus=5028 RichDLLbt=3.96454 RichDLLd=3.96454 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.063749 CaloElectronMatch=45.7936 CaloBremMatch=45.7936 CaloChargedEcal=1650.23 CaloChargedID=35521 CaloNeutralEcal=1650.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886626 CaloNeutralID=35521 CaloEcalE=1431.69 CaloEcalChi2=45.7936 CaloBremChi2=92.2062 CaloClusChi2=0.063749 CaloTrajectoryL=78.4128 CaloEoverP=0.476533 EcalPIDe=2.97947 BremPIDe=0.142978 EcalPIDmu=-1.40154 TrackChi2PerDof=0.513216 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=3956.85 TrackPt=529.054 CombDLLe=1.06894 CombDLLmu=-5.39133 CombDLLpi=0 CombDLLk=3.96454 CombDLLp=3.96454 CombDLLd=3.96454 ProbNNe=0.000283862 ProbNNpi=0.761615 ProbNNk=0.276015 ProbNNp=0.413558 ProbNNghost=0.0276572 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-37.9122 RichDLLmu=-16.2131 RichDLLpi=0 RichDLLk=-33.7743 RichDLLp=-31.2451 RichPIDStatus=6115 RichDLLbt=-31.2451 RichDLLd=-31.2451 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.5853 CaloElectronMatch=701.742 CaloBremMatch=423.534 CaloChargedEcal=2139.26 CaloChargedID=38099 CaloNeutralEcal=2139.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945176 CaloNeutralID=38099 CaloEcalE=947.726 CaloHcalE=11113.7 CaloEcalChi2=701.742 CaloBremChi2=222.917 CaloClusChi2=0.5853 CaloTrajectoryL=289.469 CaloEoverP=0.160055 EcalPIDe=-0.56571 BremPIDe=-0.34603 HcalPIDe=-1.89687 HcalPIDmu=-2.66837 EcalPIDmu=0.286655 TrackChi2PerDof=0.849472 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=13954.4 TrackPt=853.77 CombDLLe=-7.98013 CombDLLmu=-9.36039 CombDLLpi=0 CombDLLk=-33.7743 CombDLLp=-31.2451 CombDLLd=-31.2451 ProbNNe=3.87482e-07 ProbNNpi=0.999548 ProbNNk=0.000120316 ProbNNp=0.000231068 ProbNNghost=0.00509661 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.0349 RichDLLmu=-7.50518 RichDLLpi=0 RichDLLk=-0.933205 RichDLLp=-0.933205 RichPIDStatus=5027 RichDLLbt=-0.933205 RichDLLd=-0.933205 InAccBrem=1 CaloBremChi2=566.982 BremPIDe=-0.553589 TrackChi2PerDof=1.63991 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4454.12 TrackPt=548.405 CombDLLe=-2.75724 CombDLLmu=-6.33735 CombDLLpi=0 CombDLLk=-0.933205 CombDLLp=-0.933205 CombDLLd=-0.933205 ProbNNe=0.0134487 ProbNNpi=0.872595 ProbNNk=0.0359156 ProbNNp=0.0720074 ProbNNghost=0.297358 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.9207 RichDLLmu=-10.4361 RichDLLpi=0 RichDLLk=-6.95352 RichDLLp=-6.95352 RichPIDStatus=5027 RichDLLbt=-6.95352 RichDLLd=-6.95352 MuonMuLL=0 MuonBkgLL=-0.0385772 MuonNShared=16 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=815.202 MuonMVA1=-999 MuonMVA2=-0.362399 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.05629 CaloElectronMatch=584.368 CaloBremMatch=173.156 CaloChargedEcal=14034.7 CaloChargedID=34736 CaloNeutralEcal=14034.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944165 CaloNeutralID=34736 CaloEcalE=6414.07 CaloHcalE=358.129 CaloEcalChi2=584.368 CaloBremChi2=458.791 CaloClusChi2=1.05629 CaloTrajectoryL=363.737 CaloEoverP=3.72183 EcalPIDe=-0.433674 BremPIDe=-0.553589 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-0.737145 TrackChi2PerDof=2.86074 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=3835.79 TrackPt=165.794 CombDLLe=-3.04653 CombDLLmu=-8.87694 CombDLLpi=0 CombDLLk=-6.95352 CombDLLp=-6.95352 CombDLLd=-6.91495 ProbNNe=0.0033941 ProbNNmu=0.00366525 ProbNNpi=8.32678e-05 ProbNNk=0.00460018 ProbNNp=0.00611162 ProbNNghost=0.806294 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-14.8835 RichDLLmu=-14.9021 RichDLLpi=0 RichDLLk=-4.86847 RichDLLp=-4.86847 RichPIDStatus=5027 RichDLLbt=-4.86847 RichDLLd=-4.86847 InAccBrem=1 CaloBremChi2=141.053 BremPIDe=-0.016685 TrackChi2PerDof=1.26903 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=3692.8 TrackPt=534.623 CombDLLe=-2.50739 CombDLLmu=-6.964 CombDLLpi=0 CombDLLk=-4.86847 CombDLLp=-4.86847 CombDLLd=-4.86847 ProbNNe=0.034839 ProbNNpi=0.98216 ProbNNk=0.00502099 ProbNNp=0.00461589 ProbNNghost=0.0129571 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=5.01704 CaloElectronMatch=1276.89 CaloChargedEcal=847.219 CaloChargedID=38789 CaloEcalE=345.612 CaloHcalE=5869.32 CaloEcalChi2=1276.89 CaloClusChi2=5.01704 CaloTrajectoryL=-21.3578 CaloEoverP=0.13883 EcalPIDe=-1.40113 HcalPIDe=-1.9266 HcalPIDmu=-1.20241 EcalPIDmu=0.00838327 TrackChi2PerDof=1.69703 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=7037.57 TrackPt=145.533 CombDLLe=-3.32772 CombDLLmu=-1.19402 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0186871 ProbNNpi=0.146455 ProbNNk=0.0718224 ProbNNp=0.0469748 ProbNNghost=0.985507 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.00208607 MuonNShared=20 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=869.924 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.298696 CaloElectronMatch=444.557 CaloChargedEcal=7550.39 CaloChargedID=34866 CaloEcalE=3207.74 CaloHcalE=4301.22 CaloEcalChi2=444.557 CaloClusChi2=0.298696 CaloTrajectoryL=-188.471 CaloEoverP=2.01261 EcalPIDe=-0.214586 HcalPIDe=-1.51991 HcalPIDmu=-0.440538 EcalPIDmu=-2.50884 TrackChi2PerDof=0.999398 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=3891.55 TrackPt=81.4492 CombDLLe=-1.7345 CombDLLmu=-2.94729 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.00208607 ProbNNe=0.631984 ProbNNpi=0.302741 ProbNNk=0.0586299 ProbNNp=0.0748721 ProbNNghost=0.866514 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.9728 RichDLLmu=-2.39269 RichDLLpi=0 RichDLLk=-5.88015 RichDLLp=-3.36566 RichPIDStatus=6115 RichDLLbt=-3.36566 RichDLLd=-3.36566 MuonMuLL=-0.0199987 MuonBkgLL=-1.11991 MuonNShared=5 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=47.6383 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.692687 CaloElectronMatch=189.899 CaloBremMatch=189.899 CaloChargedEcal=3800.73 CaloChargedID=42224 CaloNeutralEcal=3800.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.82277 CaloNeutralID=42224 CaloEcalE=2469.47 CaloHcalE=3085.22 CaloEcalChi2=189.899 CaloBremChi2=405.123 CaloClusChi2=0.692687 CaloTrajectoryL=51.0686 CaloEoverP=0.342427 EcalPIDe=0.786938 BremPIDe=-0.454777 HcalPIDe=-0.895297 HcalPIDmu=0.534209 EcalPIDmu=-2.01184 TrackChi2PerDof=0.962819 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=12036.4 TrackPt=485.148 CombDLLe=-0.908097 CombDLLmu=-3.49322 CombDLLpi=0 CombDLLk=-5.88015 CombDLLp=-3.36566 CombDLLd=-2.24575 ProbNNe=0.000116258 ProbNNpi=0.815748 ProbNNk=0.102202 ProbNNp=0.385364 ProbNNghost=0.0562954 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.2479 RichDLLmu=-3.6663 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.45931 CaloElectronMatch=12.3465 CaloBremMatch=12.3465 CaloChargedEcal=1598.16 CaloChargedID=33993 CaloNeutralEcal=1598.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979698 CaloNeutralID=33993 CaloEcalE=1447.96 CaloHcalE=862.038 CaloEcalChi2=12.3465 CaloBremChi2=273.397 CaloClusChi2=1.45931 CaloTrajectoryL=47.736 CaloEoverP=0.719255 EcalPIDe=2.97947 BremPIDe=-0.318955 HcalPIDe=-0.560927 HcalPIDmu=0.198625 EcalPIDmu=-1.86134 TrackChi2PerDof=0.493447 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=2538.34 TrackPt=413.655 CombDLLe=-0.889261 CombDLLmu=-6.03811 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=4.60604e-05 ProbNNpi=0.891016 ProbNNk=0.0682008 ProbNNp=0.163622 ProbNNghost=0.0172185 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.333 RichDLLmu=1.98345 RichDLLpi=0 RichDLLk=9.92282 RichDLLp=9.92282 RichPIDStatus=5092 RichDLLbt=9.92282 RichDLLd=9.92282 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.143294 CaloElectronMatch=38.3012 CaloChargedEcal=9320.45 CaloChargedID=39096 CaloEcalE=6044.74 CaloHcalE=4406.17 CaloEcalChi2=38.3012 CaloClusChi2=0.143294 CaloTrajectoryL=-11.2233 CaloEoverP=1.19587 EcalPIDe=3.6423 HcalPIDe=-2.06679 HcalPIDmu=-0.813089 EcalPIDmu=-3.37281 TrackChi2PerDof=1.80359 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=7764.26 TrackPt=206.527 CombDLLe=2.33083 CombDLLmu=-1.54611 CombDLLpi=0 CombDLLk=9.92282 CombDLLp=9.92282 CombDLLd=9.92282 ProbNNe=0.976537 ProbNNpi=0.0154232 ProbNNk=0.609899 ProbNNp=0.857733 ProbNNghost=0.974141 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.74133 RichDLLmu=-7.93419 RichDLLpi=0 RichDLLk=-2.71165 RichDLLp=-2.71165 RichPIDStatus=5027 RichDLLbt=-2.71165 RichDLLd=-2.71165 MuonMuLL=0 MuonBkgLL=-0.0659187 MuonNShared=13 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1331.83 MuonMVA1=-999 MuonMVA2=-1.17683 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.440636 CaloElectronMatch=4.34236 CaloBremMatch=4.34236 CaloChargedEcal=5062.69 CaloChargedID=38461 CaloNeutralEcal=5062.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859919 CaloNeutralID=38461 CaloEcalE=2821.96 CaloHcalE=1236.81 CaloEcalChi2=4.34236 CaloBremChi2=458.796 CaloClusChi2=0.440636 CaloTrajectoryL=109.531 CaloEoverP=0.996743 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=-0.668461 HcalPIDmu=0.620398 EcalPIDmu=-2.72932 TrackChi2PerDof=1.41416 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=5451.07 TrackPt=193.215 CombDLLe=1.02826 CombDLLmu=-8.48064 CombDLLpi=0 CombDLLk=-2.71165 CombDLLp=-2.71165 CombDLLd=-2.64573 ProbNNe=0.948497 ProbNNmu=0.00366525 ProbNNpi=0.000656438 ProbNNk=0.0123436 ProbNNp=0.0518508 ProbNNghost=0.894463 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.9638 RichDLLmu=-22.246 RichDLLpi=0 RichDLLk=-13.6592 RichDLLp=-13.6592 RichPIDStatus=5091 RichDLLbt=-13.6592 RichDLLd=-13.6592 MuonMuLL=0 MuonBkgLL=-0.0486106 MuonNShared=27 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=6361.71 MuonMVA1=-999 MuonMVA2=-0.431549 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.83698 CaloElectronMatch=441.853 CaloBremMatch=441.853 CaloChargedEcal=13761.4 CaloChargedID=42569 CaloNeutralEcal=13761.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847054 CaloNeutralID=42569 CaloEcalE=6168.12 CaloHcalE=23607.2 CaloEcalChi2=441.853 CaloBremChi2=267.773 CaloClusChi2=1.83698 CaloTrajectoryL=-94.1859 CaloEoverP=2.10208 EcalPIDe=-0.0141273 BremPIDe=-0.388822 HcalPIDe=-1.17839 HcalPIDmu=0.667822 EcalPIDmu=-2.74106 TrackChi2PerDof=1.80155 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=6868.89 TrackPt=241.14 CombDLLe=-5.69501 CombDLLmu=-9.02272 CombDLLpi=0 CombDLLk=-13.6592 CombDLLp=-13.6592 CombDLLd=-13.6106 ProbNNe=1.91296e-06 ProbNNmu=0.00366525 ProbNNpi=0.998294 ProbNNk=0.000335654 ProbNNp=0.013294 ProbNNghost=0.814851 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.147752 MuonNShared=11 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=959.688 MuonMVA1=-999 MuonMVA2=0.0338117 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.455005 CaloElectronMatch=232.843 CaloChargedEcal=10047.2 CaloChargedID=38984 CaloEcalE=3053.84 CaloHcalE=12729.7 CaloEcalChi2=232.843 CaloClusChi2=0.455005 CaloTrajectoryL=-79.583 CaloEoverP=1.69814 EcalPIDe=0.605631 HcalPIDe=-1.17839 HcalPIDmu=0.361644 EcalPIDmu=-2.94561 TrackChi2PerDof=2.60807 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=6130.77 TrackPt=87.4489 CombDLLe=-0.572757 CombDLLmu=-2.43622 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.147752 ProbNNe=0.94598 ProbNNmu=0.00366525 ProbNNpi=8.60962e-05 ProbNNk=0.00635569 ProbNNp=0.000172044 ProbNNghost=0.981595 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.70295 RichDLLmu=-0.517267 RichDLLpi=0 RichDLLk=24.3725 RichDLLp=24.3725 RichPIDStatus=5028 RichDLLbt=24.3725 RichDLLd=24.3725 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.908297 CaloElectronMatch=40.1832 CaloBremMatch=40.1832 CaloChargedEcal=5915.28 CaloChargedID=33360 CaloNeutralEcal=5915.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.87982 CaloNeutralID=33360 CaloEcalE=4289.18 CaloHcalE=2024.59 CaloEcalChi2=40.1832 CaloBremChi2=63.114 CaloClusChi2=0.908297 CaloTrajectoryL=191.646 CaloEoverP=0.829961 EcalPIDe=3.6423 BremPIDe=1.02573 HcalPIDe=-1.11299 HcalPIDmu=1.90086 EcalPIDmu=-2.66358 TrackChi2PerDof=0.875437 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=7149.82 TrackPt=1520.02 CombDLLe=2.90887 CombDLLmu=-1.48433 CombDLLpi=0 CombDLLk=24.3725 CombDLLp=24.3725 CombDLLd=24.3725 ProbNNe=1.08533e-05 ProbNNpi=0.000324846 ProbNNk=0.946456 ProbNNp=0.966564 ProbNNghost=0.00342333 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.087 RichDLLmu=-1.4327 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.719085 CaloElectronMatch=5.08628 CaloBremMatch=5.08628 CaloChargedEcal=2275.67 CaloChargedID=34054 CaloNeutralEcal=2275.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803016 CaloNeutralID=34054 CaloEcalE=1805.42 CaloHcalE=1123.35 CaloEcalChi2=5.08628 CaloBremChi2=377.977 CaloClusChi2=0.719085 CaloTrajectoryL=136.577 CaloEoverP=1.14015 EcalPIDe=2.97947 BremPIDe=-0.19324 HcalPIDe=-0.789374 HcalPIDmu=0.687844 EcalPIDmu=-1.5687 TrackChi2PerDof=1.24536 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=2231.31 TrackPt=374.398 CombDLLe=0.104846 CombDLLmu=-2.83349 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0709382 ProbNNpi=0.849583 ProbNNk=0.0605659 ProbNNp=0.147393 ProbNNghost=0.0723462 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.83114 RichDLLmu=-3.64715 RichDLLpi=0 RichDLLk=8.98598 RichDLLp=8.98598 RichPIDStatus=5092 RichDLLbt=8.98598 RichDLLd=8.98598 MuonMuLL=-0.0674226 MuonBkgLL=-0.324973 MuonNShared=8 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=50.4438 MuonMVA1=-999 MuonMVA2=-0.139785 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.04176 CaloElectronMatch=571.769 CaloBremMatch=29.8616 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=595.948 CaloHcalE=2703.95 CaloEcalChi2=571.769 CaloBremChi2=180.715 CaloClusChi2=5.04176 CaloTrajectoryL=-864.678 CaloEoverP=0.517596 EcalPIDe=-0.341929 BremPIDe=-0.0189915 HcalPIDe=-1.31397 HcalPIDmu=0.60951 EcalPIDmu=1.41319 TrackChi2PerDof=1.66576 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=7203.58 TrackPt=732.16 CombDLLe=-2.85885 CombDLLmu=-2.07877 CombDLLpi=0 CombDLLk=8.98598 CombDLLp=8.98598 CombDLLd=9.31096 ProbNNe=0.108026 ProbNNmu=0.00366525 ProbNNpi=6.81966e-05 ProbNNk=0.107032 ProbNNp=0.382731 ProbNNghost=0.446358 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.2188 RichDLLmu=-3.90596 RichDLLpi=0 RichDLLk=-9.57678 RichDLLp=-9.72897 RichPIDStatus=6083 RichDLLbt=-9.72897 RichDLLd=-9.72897 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.96357 CaloElectronMatch=456.667 CaloChargedEcal=3956.53 CaloChargedID=43351 CaloEcalE=978.894 CaloHcalE=18391.8 CaloEcalChi2=456.667 CaloClusChi2=2.96357 CaloTrajectoryL=-2558.15 CaloEoverP=0.232589 EcalPIDe=-0.172551 HcalPIDe=-2.5812 HcalPIDmu=-2.26288 EcalPIDmu=0.327249 TrackChi2PerDof=0.869556 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=17299 TrackPt=273.593 CombDLLe=-4.50414 CombDLLmu=-6.50936 CombDLLpi=0 CombDLLk=-9.57678 CombDLLp=-9.72897 CombDLLd=-9.72897 ProbNNe=4.17507e-08 ProbNNpi=0.997878 ProbNNk=0.000147834 ProbNNp=0.000605285 ProbNNghost=0.00109349 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.11207 RichDLLmu=2.68968 RichDLLpi=0 RichDLLk=25.0206 RichDLLp=23.1289 RichPIDStatus=6116 RichDLLbt=23.1289 RichDLLd=23.1289 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.260661 CaloElectronMatch=92.0323 CaloBremMatch=92.0323 CaloChargedEcal=6263.81 CaloChargedID=34958 CaloNeutralEcal=6263.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890602 CaloNeutralID=34958 CaloEcalE=4736.83 CaloHcalE=773.998 CaloEcalChi2=92.0323 CaloBremChi2=405.391 CaloClusChi2=0.260661 CaloTrajectoryL=139.401 CaloEoverP=0.61074 EcalPIDe=2.29793 BremPIDe=-0.454777 HcalPIDe=-0.232179 HcalPIDmu=-0.524007 EcalPIDmu=-3.06525 TrackChi2PerDof=0.61538 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=10284.4 TrackPt=2419.46 CombDLLe=0.379314 CombDLLmu=-0.149289 CombDLLpi=0 CombDLLk=25.0206 CombDLLp=23.1289 CombDLLd=23.1289 ProbNNe=7.11745e-06 ProbNNpi=0.00324008 ProbNNk=0.908707 ProbNNp=0.269617 ProbNNghost=0.00363796 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-36.5671 RichDLLmu=-22.8602 RichDLLpi=0 RichDLLk=-17.8135 RichDLLp=-17.8135 RichPIDStatus=5091 RichDLLbt=-17.8135 RichDLLd=-17.8135 MuonMuLL=-0.407066 MuonBkgLL=-1.41523 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=125.069 MuonMVA1=-999 MuonMVA2=-0.0538523 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.48717 CaloElectronMatch=24.6472 CaloBremMatch=24.6472 CaloChargedEcal=5462.51 CaloChargedID=43790 CaloNeutralEcal=5462.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829455 CaloNeutralID=43790 CaloEcalE=2957.32 CaloHcalE=57233.9 CaloEcalChi2=24.6472 CaloBremChi2=322.333 CaloClusChi2=2.48717 CaloTrajectoryL=292.46 CaloEoverP=0.807783 EcalPIDe=3.6423 BremPIDe=-0.554165 HcalPIDe=-1.17839 HcalPIDmu=0.667822 EcalPIDmu=-2.40127 TrackChi2PerDof=0.855953 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=7501.84 TrackPt=446.324 CombDLLe=-3.15217 CombDLLmu=-7.7238 CombDLLpi=0 CombDLLk=-17.8135 CombDLLp=-17.8135 CombDLLd=-16.3983 ProbNNe=1.78558e-06 ProbNNmu=0.00366525 ProbNNpi=0.332822 ProbNNk=0.00381106 ProbNNp=0.0114735 ProbNNghost=0.0319672 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.88066 RichDLLmu=-1.01355 RichDLLpi=0 RichDLLk=-26.2069 RichDLLp=-22.7559 RichPIDStatus=8131 RichDLLbt=-19.5259 RichDLLd=-19.5259 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.16804 CaloElectronMatch=406.675 CaloChargedEcal=23803.4 CaloChargedID=42602 CaloEcalE=10428.2 CaloHcalE=19799.7 CaloEcalChi2=406.675 CaloClusChi2=1.16804 CaloTrajectoryL=452.534 CaloEoverP=0.63985 EcalPIDe=0.574132 HcalPIDe=-2.95963 HcalPIDmu=-3.10388 EcalPIDmu=-4.04916 TrackChi2PerDof=1.10403 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=36659 TrackPt=850.943 CombDLLe=-2.71437 CombDLLmu=-8.55289 CombDLLpi=0 CombDLLk=-26.2069 CombDLLp=-22.7559 CombDLLd=-19.5259 ProbNNe=2.64026e-05 ProbNNpi=0.995141 ProbNNk=3.72868e-05 ProbNNp=0.000782367 ProbNNghost=0.0128502 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.1442 RichDLLmu=4.49901 RichDLLpi=0 RichDLLk=4.88603 RichDLLp=4.88603 RichPIDStatus=5028 RichDLLbt=4.88603 RichDLLd=4.88603 MuonMuLL=-0.0318003 MuonBkgLL=-0.217194 MuonNShared=14 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=825.751 MuonMVA1=-999 MuonMVA2=-0.180968 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.28043 CaloElectronMatch=122.48 CaloBremMatch=122.395 CaloChargedEcal=10047.2 CaloChargedID=38984 CaloNeutralEcal=10047.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75412 CaloNeutralID=38984 CaloEcalE=5008.93 CaloHcalE=7183.15 CaloEcalChi2=122.48 CaloBremChi2=138.697 CaloClusChi2=0.28043 CaloTrajectoryL=117.263 CaloEoverP=2.23972 EcalPIDe=1.51236 BremPIDe=0.00370359 HcalPIDe=-1.04386 HcalPIDmu=0.229671 EcalPIDmu=-1.37659 TrackChi2PerDof=1.45541 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=4648.3 TrackPt=217.683 CombDLLe=0.847079 CombDLLmu=4.05189 CombDLLpi=0 CombDLLk=4.88603 CombDLLp=4.88603 CombDLLd=5.10323 ProbNNe=0.96347 ProbNNmu=0.00366525 ProbNNpi=2.28836e-05 ProbNNk=0.0103023 ProbNNp=0.037941 ProbNNghost=0.960008 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.04432 RichDLLmu=4.41354 RichDLLpi=0 RichDLLk=5.08727 RichDLLp=5.08727 RichPIDStatus=5028 RichDLLbt=5.08727 RichDLLd=5.08727 MuonMuLL=-0.0318003 MuonBkgLL=-0.2172 MuonNShared=13 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=826.109 MuonMVA1=-999 MuonMVA2=-0.180968 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.280541 CaloElectronMatch=122.395 CaloBremMatch=122.395 CaloChargedEcal=10047.2 CaloChargedID=38984 CaloNeutralEcal=10047.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75412 CaloNeutralID=38984 CaloEcalE=5008.93 CaloHcalE=7183.15 CaloEcalChi2=122.395 CaloBremChi2=135.288 CaloClusChi2=0.280541 CaloTrajectoryL=117.294 CaloEoverP=2.23843 EcalPIDe=1.51236 BremPIDe=0.00370359 HcalPIDe=-1.04386 HcalPIDmu=0.229671 EcalPIDmu=-1.37659 TrackChi2PerDof=1.53133 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=4650.98 TrackPt=222.432 CombDLLe=0.654918 CombDLLmu=3.9929 CombDLLpi=0 CombDLLk=5.08727 CombDLLp=5.08727 CombDLLd=5.30447 ProbNNe=0.928544 ProbNNmu=0.00366525 ProbNNpi=1.92876e-05 ProbNNk=0.0181087 ProbNNp=0.0230591 ProbNNghost=0.97061 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.90111 RichDLLmu=-10.4738 RichDLLpi=0 RichDLLk=-0.658916 RichDLLp=-0.658916 RichPIDStatus=5091 RichDLLbt=-0.658916 RichDLLd=-0.658916 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.1978 CaloElectronMatch=332.881 CaloBremMatch=228.079 CaloChargedEcal=8413.58 CaloChargedID=43505 CaloNeutralEcal=8413.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.723771 CaloNeutralID=43505 CaloEcalE=1099.38 CaloHcalE=7303.51 CaloEcalChi2=332.881 CaloBremChi2=43.8847 CaloClusChi2=5.1978 CaloTrajectoryL=477.32 CaloEoverP=1.36812 EcalPIDe=0.0750074 BremPIDe=1.5294 HcalPIDe=-1.99692 HcalPIDmu=-0.467458 EcalPIDmu=-0.440688 TrackChi2PerDof=2.26357 TrackNumDof=19 TrackType=3 TrackHistory=32 TrackP=6244.59 TrackPt=463.293 CombDLLe=-1.41778 CombDLLmu=-7.69917 CombDLLpi=0 CombDLLk=-0.658916 CombDLLp=-0.658916 CombDLLd=-0.658916 ProbNNe=0.000771851 ProbNNpi=0.512326 ProbNNk=0.00693788 ProbNNp=0.121769 ProbNNghost=0.803616 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.2775 RichDLLmu=-5.75734 RichDLLpi=0 RichDLLk=-0.631415 RichDLLp=1.07105 RichPIDStatus=6117 RichDLLbt=1.07105 RichDLLd=1.07105 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.912512 CaloElectronMatch=1299.49 CaloBremMatch=340.826 CaloChargedEcal=934.318 CaloChargedID=39235 CaloNeutralEcal=934.318 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784127 CaloNeutralID=39235 CaloEcalE=535.564 CaloHcalE=11568.9 CaloEcalChi2=1299.49 CaloBremChi2=140.754 CaloClusChi2=0.912512 CaloTrajectoryL=90.0968 CaloEoverP=0.0889738 EcalPIDe=-1.38554 BremPIDe=-0.0509114 HcalPIDe=-1.89687 HcalPIDmu=-2.3461 EcalPIDmu=1.6855 TrackChi2PerDof=2.30475 TrackNumDof=20 TrackType=3 TrackHistory=32 TrackP=11197.6 TrackPt=825.354 CombDLLe=-6.0344 CombDLLmu=-6.38829 CombDLLpi=0 CombDLLk=-0.631415 CombDLLp=1.07105 CombDLLd=1.07105 ProbNNe=1.67025e-06 ProbNNpi=0.698618 ProbNNk=0.00748169 ProbNNp=0.00761762 ProbNNghost=0.877438 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.899214 RichDLLmu=-5.79718 RichDLLpi=0 RichDLLk=-0.389214 RichDLLp=-0.389214 RichPIDStatus=5027 RichDLLbt=-0.389214 RichDLLd=-0.389214 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.388639 CaloElectronMatch=419.782 CaloBremMatch=173.156 CaloChargedEcal=14034.7 CaloChargedID=34736 CaloNeutralEcal=14034.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944165 CaloNeutralID=34736 CaloEcalE=3149.69 CaloHcalE=3104.15 CaloEcalChi2=419.782 CaloBremChi2=322.208 CaloClusChi2=0.388639 CaloTrajectoryL=-164.079 CaloEoverP=4.99228 EcalPIDe=-0.0620623 BremPIDe=-0.357753 HcalPIDe=-1.56674 HcalPIDmu=0.333427 EcalPIDmu=-1.62177 TrackChi2PerDof=2.44577 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=2859.65 TrackPt=286.649 CombDLLe=-2.14389 CombDLLmu=-7.03434 CombDLLpi=0 CombDLLk=-0.389214 CombDLLp=-0.389214 CombDLLd=-0.389214 ProbNNe=0.789006 ProbNNpi=0.103447 ProbNNk=0.0149091 ProbNNp=0.091455 ProbNNghost=0.996916 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.3541 RichDLLmu=-11.4155 RichDLLpi=0 RichDLLk=0.901047 RichDLLp=0.901047 RichPIDStatus=5028 RichDLLbt=0.901047 RichDLLd=0.901047 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.58336 CaloElectronMatch=79.2558 CaloBremMatch=79.2558 CaloChargedEcal=584.627 CaloChargedID=35695 CaloNeutralEcal=584.627 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=35695 CaloEcalE=576.63 CaloHcalE=0 CaloEcalChi2=79.2558 CaloBremChi2=106.33 CaloClusChi2=3.58336 CaloTrajectoryL=314.079 CaloEoverP=0.281057 EcalPIDe=1.51236 BremPIDe=0.185338 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=1.05188 TrackChi2PerDof=1.12891 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=2902.7 TrackPt=525.568 CombDLLe=-0.676719 CombDLLmu=-8.19869 CombDLLpi=0 CombDLLk=0.901047 CombDLLp=0.901047 CombDLLd=0.901047 ProbNNe=1.83251e-05 ProbNNpi=0.936015 ProbNNk=0.050035 ProbNNp=0.0766942 ProbNNghost=0.0134715 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.0095 RichDLLmu=-17.8174 RichDLLpi=0 RichDLLk=-7.11078 RichDLLp=-7.11078 RichPIDStatus=5027 RichDLLbt=-7.11078 RichDLLd=-7.11078 MuonMuLL=-0.043534 MuonBkgLL=-0.225485 MuonNShared=7 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=48.1465 MuonMVA1=-999 MuonMVA2=-1.1018 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.509041 CaloElectronMatch=107.32 CaloBremMatch=20.9462 CaloChargedEcal=12984.1 CaloChargedID=44064 CaloNeutralEcal=12984.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.727901 CaloNeutralID=44064 CaloEcalE=8286.79 CaloHcalE=16877.4 CaloEcalChi2=107.32 CaloBremChi2=361.068 CaloClusChi2=0.509041 CaloTrajectoryL=56.1979 CaloEoverP=2.66647 EcalPIDe=1.51236 BremPIDe=-0.373552 HcalPIDe=-0.621703 HcalPIDmu=0.795286 EcalPIDmu=-1.49314 TrackChi2PerDof=0.849989 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=4763.87 TrackPt=779.99 CombDLLe=-2.43755 CombDLLmu=-7.50467 CombDLLpi=0 CombDLLk=-7.11078 CombDLLp=-7.11078 CombDLLd=-6.8853 ProbNNe=0.0232362 ProbNNmu=0.00366525 ProbNNpi=0.000667764 ProbNNk=0.00201945 ProbNNp=0.0103983 ProbNNghost=0.602308 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=7.55288 RichDLLmu=2.83098 RichDLLpi=0 RichDLLk=-1.8463 RichDLLp=-2.04734 RichPIDStatus=6081 RichDLLbt=-2.04734 RichDLLd=-2.04734 MuonMuLL=-0.578213 MuonBkgLL=-3.48156 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=2.21229 MuonMVA1=-999 MuonMVA2=2.35137 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.108461 CaloElectronMatch=4.81752 CaloChargedEcal=19576.6 CaloChargedID=42895 CaloEcalE=14823.1 CaloHcalE=34562.5 CaloEcalChi2=4.81752 CaloClusChi2=0.108461 CaloTrajectoryL=81.3414 CaloEoverP=1.10738 EcalPIDe=4.7102 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=-2.80328 TrackChi2PerDof=0.421629 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=17441.6 TrackPt=202.33 CombDLLe=3.43526 CombDLLmu=1.99558 CombDLLpi=0 CombDLLk=-1.8463 CombDLLp=-2.04734 CombDLLd=1.43422 ProbNNe=0.991064 ProbNNmu=0.00366525 ProbNNpi=0.00356503 ProbNNk=0.00619264 ProbNNp=0.000460556 ProbNNghost=0.875052 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.7711 RichDLLmu=-27.9378 RichDLLpi=0 RichDLLk=-10.3587 RichDLLp=-10.3587 RichPIDStatus=5027 RichDLLbt=-10.3587 RichDLLd=-10.3587 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.736144 CaloElectronMatch=24.7859 CaloBremMatch=24.7859 CaloChargedEcal=6365.32 CaloChargedID=34946 CaloNeutralEcal=6365.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94865 CaloNeutralID=34946 CaloEcalE=4481.94 CaloEcalChi2=24.7859 CaloBremChi2=88.7986 CaloClusChi2=0.736144 CaloTrajectoryL=77.6695 CaloEoverP=1.21271 EcalPIDe=3.6423 BremPIDe=0.522337 EcalPIDmu=-2.82248 TrackChi2PerDof=0.865166 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=5406.72 TrackPt=729.986 CombDLLe=0.190008 CombDLLmu=-9.82228 CombDLLpi=0 CombDLLk=-10.3587 CombDLLp=-10.3587 CombDLLd=-10.3587 ProbNNe=8.54852e-05 ProbNNpi=0.993422 ProbNNk=0.000871481 ProbNNp=0.0139288 ProbNNghost=0.00606882 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.5518 RichDLLmu=-14.9464 RichDLLpi=0 RichDLLk=-6.63967 RichDLLp=-6.63967 RichPIDStatus=5027 RichDLLbt=-6.63967 RichDLLd=-6.63967 MuonMuLL=-0.0295318 MuonBkgLL=-0.209804 MuonNShared=24 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=426.921 MuonMVA1=-999 MuonMVA2=-1.74424 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.34878 CaloElectronMatch=29.8616 CaloBremMatch=29.8616 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=1416.85 CaloHcalE=6533.56 CaloEcalChi2=29.8616 CaloBremChi2=114.85 CaloClusChi2=2.34878 CaloTrajectoryL=62.5041 CaloEoverP=1.10449 EcalPIDe=2.97947 BremPIDe=0.157531 HcalPIDe=-0.890651 HcalPIDmu=0.817297 EcalPIDmu=-1.86134 TrackChi2PerDof=0.933087 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=3375.8 TrackPt=734.205 CombDLLe=-1.81983 CombDLLmu=-7.82841 CombDLLpi=0 CombDLLk=-6.63967 CombDLLp=-6.63967 CombDLLd=-6.42987 ProbNNe=5.02606e-05 ProbNNmu=0.00366525 ProbNNpi=0.0124925 ProbNNk=0.00127459 ProbNNp=0.0175306 ProbNNghost=0.292004 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.38879 RichDLLmu=2.93193 RichDLLpi=0 RichDLLk=0.411856 RichDLLp=0.411856 RichPIDStatus=5026 RichDLLbt=0.411856 RichDLLd=0.411856 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06363 CaloElectronMatch=40.6982 CaloBremMatch=39.46 CaloChargedEcal=3913.26 CaloChargedID=34183 CaloNeutralEcal=3913.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877187 CaloNeutralID=34183 CaloEcalE=2841.61 CaloHcalE=110.586 CaloEcalChi2=40.6982 CaloBremChi2=315.106 CaloClusChi2=1.06363 CaloTrajectoryL=74.177 CaloEoverP=1.55454 EcalPIDe=2.97947 BremPIDe=-0.357753 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.79298 TrackChi2PerDof=0.58743 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=2673.85 TrackPt=291.605 CombDLLe=1.99843 CombDLLmu=-0.496578 CombDLLpi=0 CombDLLk=0.411856 CombDLLp=0.411856 CombDLLd=0.411856 ProbNNe=0.783937 ProbNNpi=0.668655 ProbNNk=0.0281872 ProbNNp=0.161264 ProbNNghost=0.289941 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.35421 RichDLLmu=2.90209 RichDLLpi=0 RichDLLk=9.85278 RichDLLp=9.85278 RichPIDStatus=5092 RichDLLbt=9.85278 RichDLLd=9.85278 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.143187 CaloElectronMatch=38.3651 CaloChargedEcal=9320.45 CaloChargedID=39096 CaloEcalE=6044.74 CaloHcalE=4406.17 CaloEcalChi2=38.3651 CaloClusChi2=0.143187 CaloTrajectoryL=-11.3344 CaloEoverP=1.19588 EcalPIDe=3.6423 HcalPIDe=-2.06679 HcalPIDmu=-0.813089 EcalPIDmu=-3.37281 TrackChi2PerDof=1.02842 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=7764.18 TrackPt=206.795 CombDLLe=2.3345 CombDLLmu=-0.525114 CombDLLpi=0 CombDLLk=9.85278 CombDLLp=9.85278 CombDLLd=9.85278 ProbNNe=0.991501 ProbNNpi=0.0288593 ProbNNk=0.417052 ProbNNp=0.916916 ProbNNghost=0.830454 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.8789 RichDLLmu=-13.8053 RichDLLpi=0 RichDLLk=14.4199 RichDLLp=14.4199 RichPIDStatus=5028 RichDLLbt=14.4199 RichDLLd=14.4199 InAccBrem=1 CaloBremChi2=175.733 BremPIDe=-0.170017 TrackChi2PerDof=0.836812 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=4978.74 TrackPt=1054.31 CombDLLe=-2.34904 CombDLLmu=-6.94426 CombDLLpi=0 CombDLLk=14.4199 CombDLLp=14.4199 CombDLLd=14.4199 ProbNNe=2.82925e-05 ProbNNpi=0.0231672 ProbNNk=0.921157 ProbNNp=0.961307 ProbNNghost=0.00556002 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.9155 RichDLLmu=-2.87878 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.92824 CaloElectronMatch=12.1107 CaloBremMatch=12.1107 CaloChargedEcal=1322.07 CaloChargedID=33861 CaloNeutralEcal=1322.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94069 CaloNeutralID=33861 CaloEcalE=1085.93 CaloHcalE=0 CaloEcalChi2=12.1107 CaloBremChi2=10.5341 CaloClusChi2=1.92824 CaloTrajectoryL=208.821 CaloEoverP=0.733829 EcalPIDe=2.97947 BremPIDe=1.82782 HcalPIDe=0.485336 HcalPIDmu=-1.79245 EcalPIDmu=-1.21757 TrackChi2PerDof=0.946512 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=2149.02 TrackPt=463.116 CombDLLe=2.3515 CombDLLmu=-6.64703 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00119019 ProbNNpi=0.827662 ProbNNk=0.063756 ProbNNp=0.198971 ProbNNghost=0.138678 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.9351 RichDLLmu=-5.59775 RichDLLpi=0 RichDLLk=-3.12214 RichDLLp=-3.12214 RichPIDStatus=5027 RichDLLbt=-3.12214 RichDLLd=-3.12214 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.13769 CaloElectronMatch=835.467 CaloBremMatch=313.896 CaloChargedEcal=516.141 CaloChargedID=35081 CaloNeutralEcal=516.141 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842407 CaloNeutralID=35081 CaloEcalE=2241.19 CaloHcalE=0 CaloEcalChi2=835.467 CaloBremChi2=54.459 CaloClusChi2=4.13769 CaloTrajectoryL=1658.98 CaloEoverP=0.231325 EcalPIDe=-0.760008 BremPIDe=0.875371 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-2.35521 TrackChi2PerDof=0.667041 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=3144.07 TrackPt=312.695 CombDLLe=-1.26665 CombDLLmu=-10.4017 CombDLLpi=0 CombDLLk=-3.12214 CombDLLp=-3.12214 CombDLLd=-3.12214 ProbNNe=0.000954278 ProbNNpi=0.939481 ProbNNk=0.00697924 ProbNNp=0.0635165 ProbNNghost=0.145536 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.41211 RichDLLmu=-1.98342 RichDLLpi=0 RichDLLk=-5.33992 RichDLLp=-2.48478 RichPIDStatus=6083 RichDLLbt=-2.48478 RichDLLd=-2.48478 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.384444 CaloElectronMatch=440.453 CaloChargedEcal=4367.3 CaloChargedID=43116 CaloEcalE=1993.58 CaloHcalE=36809.6 CaloEcalChi2=440.453 CaloClusChi2=0.384444 CaloTrajectoryL=-235.3 CaloEoverP=0.21642 EcalPIDe=0.102108 HcalPIDe=-2.87281 HcalPIDmu=-1.95868 EcalPIDmu=-1.28387 TrackChi2PerDof=1.08262 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=21087 TrackPt=214.648 CombDLLe=-3.88331 CombDLLmu=-5.88231 CombDLLpi=0 CombDLLk=-5.33992 CombDLLp=-2.48478 CombDLLd=-2.48478 ProbNNe=1.09152e-07 ProbNNpi=0.843532 ProbNNk=0.000603796 ProbNNp=0.00203112 ProbNNghost=0.461616 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.60645 RichDLLmu=2.66308 RichDLLpi=0 RichDLLk=7.03633 RichDLLp=7.03633 RichPIDStatus=5060 RichDLLbt=7.03633 RichDLLd=7.03633 MuonMuLL=-0.0641119 MuonBkgLL=-1.68909 MuonNShared=4 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=4.87372 MuonMVA1=-999 MuonMVA2=0.235024 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.326281 CaloElectronMatch=122.597 CaloChargedEcal=20495.7 CaloChargedID=42803 CaloEcalE=14143.7 CaloHcalE=4961.8 CaloEcalChi2=122.597 CaloClusChi2=0.326281 CaloTrajectoryL=184.548 CaloEoverP=1.54406 EcalPIDe=2.29793 HcalPIDe=-1.69811 HcalPIDmu=-0.893578 EcalPIDmu=-1.9327 TrackChi2PerDof=1.08485 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=13388.4 TrackPt=157.838 CombDLLe=1.74555 CombDLLmu=2.21034 CombDLLpi=0 CombDLLk=7.03633 CombDLLp=7.03633 CombDLLd=8.72542 ProbNNe=0.999274 ProbNNmu=0.00366525 ProbNNpi=0.00497807 ProbNNk=0.00872602 ProbNNp=0.00145865 ProbNNghost=0.996724 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.92745 RichDLLmu=-5.76101 RichDLLpi=0 RichDLLk=8.21498 RichDLLp=8.21498 RichPIDStatus=5092 RichDLLbt=8.21498 RichDLLd=8.21498 MuonMuLL=-1.06624 MuonBkgLL=-2.71941 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.6204 MuonMVA1=-999 MuonMVA2=1.53262 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.6105 CaloElectronMatch=1776.75 CaloChargedEcal=20495.7 CaloChargedID=42803 CaloEcalE=4252.11 CaloHcalE=4961.8 CaloEcalChi2=1776.75 CaloClusChi2=3.6105 CaloTrajectoryL=451 CaloEoverP=2.3412 EcalPIDe=-2.26224 HcalPIDe=-2.03708 HcalPIDmu=-1.14592 EcalPIDmu=-3.23795 TrackChi2PerDof=1.09528 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=8829.83 TrackPt=285.147 CombDLLe=-5.49965 CombDLLmu=-8.46009 CombDLLpi=0 CombDLLk=8.21498 CombDLLp=8.21498 CombDLLd=10.9344 ProbNNe=0.724758 ProbNNmu=0.00366525 ProbNNpi=0.00107162 ProbNNk=0.203064 ProbNNp=0.057186 ProbNNghost=0.96408 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=9.76027 RichDLLmu=0.563004 RichDLLpi=0 RichDLLk=0.481457 RichDLLp=0.481457 RichPIDStatus=5025 RichDLLbt=0.481457 RichDLLd=0.481457 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06079 CaloElectronMatch=39.46 CaloBremMatch=39.46 CaloChargedEcal=3913.26 CaloChargedID=34183 CaloNeutralEcal=3913.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877187 CaloNeutralID=34183 CaloEcalE=2841.61 CaloHcalE=110.586 CaloEcalChi2=39.46 CaloBremChi2=172.767 CaloClusChi2=1.06079 CaloTrajectoryL=74.1737 CaloEoverP=1.55144 EcalPIDe=2.97947 BremPIDe=-0.224977 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.79298 TrackChi2PerDof=1.12093 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=2679.19 TrackPt=306.211 CombDLLe=4.91477 CombDLLmu=-3.40272 CombDLLpi=0 CombDLLk=0.481457 CombDLLp=0.481457 CombDLLd=0.481457 ProbNNe=0.711571 ProbNNpi=0.020585 ProbNNk=0.00890837 ProbNNp=0.0165073 ProbNNghost=0.99725 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.85144 RichDLLmu=-3.62535 RichDLLpi=0 RichDLLk=9.02895 RichDLLp=9.02895 RichPIDStatus=5092 RichDLLbt=9.02895 RichDLLd=9.02895 MuonMuLL=-0.0674226 MuonBkgLL=-0.324962 MuonNShared=9 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=50.4327 MuonMVA1=-999 MuonMVA2=-0.139785 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.04067 CaloElectronMatch=571.753 CaloBremMatch=29.8616 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=595.948 CaloHcalE=2703.95 CaloEcalChi2=571.753 CaloBremChi2=180.606 CaloClusChi2=5.04067 CaloTrajectoryL=-864.546 CaloEoverP=0.517692 EcalPIDe=-0.341929 BremPIDe=-0.0189915 HcalPIDe=-1.31397 HcalPIDmu=0.60951 EcalPIDmu=1.41319 TrackChi2PerDof=1.81584 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=7202.24 TrackPt=728.381 CombDLLe=-2.8623 CombDLLmu=-2.06004 CombDLLpi=0 CombDLLk=9.02895 CombDLLp=9.02895 CombDLLd=9.35392 ProbNNe=0.152358 ProbNNmu=0.00366525 ProbNNpi=0.000146224 ProbNNk=0.0810369 ProbNNp=0.140088 ProbNNghost=0.672471 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.93978 RichDLLmu=2.57496 RichDLLpi=0 RichDLLk=6.57013 RichDLLp=6.57013 RichPIDStatus=5028 RichDLLbt=6.57013 RichDLLd=6.57013 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.852143 CaloElectronMatch=300.275 CaloBremMatch=57.1432 CaloChargedEcal=2212.26 CaloChargedID=34355 CaloNeutralEcal=2212.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772621 CaloNeutralID=34355 CaloEcalE=4569.23 CaloHcalE=3977.6 CaloEcalChi2=300.275 CaloBremChi2=190.303 CaloClusChi2=0.852143 CaloTrajectoryL=-318.09 CaloEoverP=0.579719 EcalPIDe=0.265875 BremPIDe=-0.32426 HcalPIDe=-1.52558 HcalPIDmu=-0.386389 EcalPIDmu=-1.85251 TrackChi2PerDof=1.64387 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=4176.56 TrackPt=162.587 CombDLLe=-0.552074 CombDLLmu=1.07788 CombDLLpi=0 CombDLLk=6.57013 CombDLLp=6.57013 CombDLLd=6.57013 ProbNNe=0.980904 ProbNNpi=0.0373662 ProbNNk=0.108597 ProbNNp=0.315904 ProbNNghost=0.95664 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.53577 RichDLLmu=-3.16914 RichDLLpi=0 RichDLLk=6.49581 RichDLLp=6.49581 RichPIDStatus=5060 RichDLLbt=6.49581 RichDLLd=6.49581 MuonMuLL=-1.06624 MuonBkgLL=-2.70123 MuonNShared=2 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.59783 MuonMVA1=-999 MuonMVA2=1.68051 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.54174 CaloElectronMatch=1792.19 CaloBremMatch=122.597 CaloChargedEcal=20495.7 CaloChargedID=42803 CaloNeutralEcal=20495.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.750478 CaloNeutralID=42803 CaloEcalE=3982.24 CaloHcalE=4961.8 CaloEcalChi2=1792.19 CaloBremChi2=379.313 CaloClusChi2=3.54174 CaloTrajectoryL=450.366 CaloEoverP=2.37507 EcalPIDe=-2.26224 BremPIDe=-0.467096 HcalPIDe=-2.03708 HcalPIDmu=-1.14592 EcalPIDmu=-2.83017 TrackChi2PerDof=1.19074 TrackNumDof=19 TrackType=3 TrackHistory=32 TrackP=8703.94 TrackPt=301.279 CombDLLe=-5.55679 CombDLLmu=-6.26589 CombDLLpi=0 CombDLLk=6.49581 CombDLLp=6.49581 CombDLLd=9.19704 ProbNNe=0.0286672 ProbNNmu=0.00366525 ProbNNpi=0.00167621 ProbNNk=0.107596 ProbNNp=0.0341262 ProbNNghost=0.557562 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.20016 MuonBkgLL=-0.888011 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=13.1393 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.19814 CaloElectronMatch=155.072 CaloChargedEcal=5650.1 CaloChargedID=38664 CaloEcalE=503.216 CaloHcalE=5585.23 CaloEcalChi2=155.072 CaloClusChi2=4.19814 CaloTrajectoryL=228.236 CaloEoverP=0.977767 EcalPIDe=0.989182 HcalPIDe=-1.9266 HcalPIDmu=-0.805439 EcalPIDmu=1.20942 TrackChi2PerDof=0.984869 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=5968.23 TrackPt=128.488 CombDLLe=-0.937415 CombDLLmu=1.09183 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.888011 ProbNNe=0.00187009 ProbNNpi=0.637628 ProbNNk=0.0564854 ProbNNp=0.0936865 ProbNNghost=0.522989 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.02667 RichDLLmu=-0.949276 RichDLLpi=0 RichDLLk=12.307 RichDLLp=12.307 RichPIDStatus=5092 RichDLLbt=12.307 RichDLLd=12.307 MuonMuLL=-0.0583709 MuonBkgLL=-0.286681 MuonNShared=14 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2958.32 MuonMVA1=-999 MuonMVA2=0.416729 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.56006 CaloElectronMatch=157.909 CaloBremMatch=157.909 CaloChargedEcal=3787.1 CaloChargedID=42136 CaloNeutralEcal=3787.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.857411 CaloNeutralID=42136 CaloEcalE=917.944 CaloHcalE=7474.01 CaloEcalChi2=157.909 CaloBremChi2=675.355 CaloClusChi2=1.56006 CaloTrajectoryL=398.217 CaloEoverP=0.596068 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-2.22765 HcalPIDmu=-1.16204 EcalPIDmu=-0.0480211 TrackChi2PerDof=0.665785 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=6852.46 TrackPt=659.029 CombDLLe=-2.72104 CombDLLmu=-2.295 CombDLLpi=0 CombDLLk=12.307 CombDLLp=12.307 CombDLLd=12.5937 ProbNNe=0.0482183 ProbNNmu=0.00366525 ProbNNpi=4.32298e-05 ProbNNk=0.265842 ProbNNp=0.0394965 ProbNNghost=0.545609 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.473575 CaloElectronMatch=204.377 CaloChargedEcal=13005.9 CaloChargedID=34870 CaloEcalE=7623.75 CaloHcalE=3555.39 CaloEcalChi2=204.377 CaloClusChi2=0.473575 CaloTrajectoryL=228.494 CaloEoverP=3.95119 EcalPIDe=0.497498 HcalPIDe=-1.44621 HcalPIDmu=0.362701 EcalPIDmu=-0.515142 TrackChi2PerDof=1.95914 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=3308.56 TrackPt=54.2418 CombDLLe=-0.948713 CombDLLmu=-0.152441 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.9278 ProbNNpi=0.0117585 ProbNNk=0.051107 ProbNNp=0.0367842 ProbNNghost=0.993685 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.556633 RichDLLmu=0.549353 RichDLLpi=0 RichDLLk=7.29213 RichDLLp=6.18404 RichPIDStatus=6084 RichDLLbt=6.18404 RichDLLd=6.18404 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=10.8408 CaloElectronMatch=971.746 CaloChargedEcal=4367.3 CaloChargedID=43116 CaloEcalE=0 CaloHcalE=21966.4 CaloEcalChi2=971.746 CaloClusChi2=10.8408 CaloTrajectoryL=-115.795 CaloEoverP=0.166855 EcalPIDe=-1.34267 HcalPIDe=-2.87457 HcalPIDmu=-3.36956 EcalPIDmu=0.868247 TrackChi2PerDof=0.877746 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=27351.1 TrackPt=411.248 CombDLLe=-4.11984 CombDLLmu=-1.7353 CombDLLpi=0 CombDLLk=7.29213 CombDLLp=6.18404 CombDLLd=6.18404 ProbNNe=1.71669e-05 ProbNNpi=0.313383 ProbNNk=0.705556 ProbNNp=0.575046 ProbNNghost=0.101196 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.401345 CaloElectronMatch=382.282 CaloChargedEcal=13005.9 CaloChargedID=34870 CaloEcalE=3520.86 CaloHcalE=802.154 CaloEcalChi2=382.282 CaloClusChi2=0.401345 CaloTrajectoryL=-163.843 CaloEoverP=3.5854 EcalPIDe=-0.0620623 HcalPIDe=-0.560927 HcalPIDmu=0.198625 EcalPIDmu=-1.91622 TrackChi2PerDof=2.39983 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=3646.11 TrackPt=52.3256 CombDLLe=-0.622989 CombDLLmu=-1.7176 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.902053 ProbNNpi=0.0458298 ProbNNk=0.0574617 ProbNNp=0.0459826 ProbNNghost=0.985866 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.91786 RichDLLmu=-0.403151 RichDLLpi=0 RichDLLk=4.85898 RichDLLp=4.85898 RichPIDStatus=5060 RichDLLbt=4.85898 RichDLLd=4.85898 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.857966 CaloElectronMatch=224.017 CaloChargedEcal=7044.12 CaloChargedID=38733 CaloEcalE=3118.19 CaloHcalE=24252.7 CaloEcalChi2=224.017 CaloClusChi2=0.857966 CaloTrajectoryL=485.667 CaloEoverP=0.832842 EcalPIDe=0.605631 HcalPIDe=-1.17839 HcalPIDmu=0.232508 EcalPIDmu=-2.87944 TrackChi2PerDof=1.29026 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=8552.64 TrackPt=86.9046 CombDLLe=-1.42907 CombDLLmu=-3.21013 CombDLLpi=0 CombDLLk=4.85898 CombDLLp=4.85898 CombDLLd=4.85898 ProbNNe=0.00259526 ProbNNpi=0.361268 ProbNNk=0.0564149 ProbNNp=0.0657562 ProbNNghost=0.778514 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.98088 RichDLLmu=-0.0919744 RichDLLpi=0 RichDLLk=-3.40936 RichDLLp=-0.566914 RichPIDStatus=6083 RichDLLbt=-0.566914 RichDLLd=-0.566914 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.33634 CaloElectronMatch=1373.29 CaloChargedEcal=3956.53 CaloChargedID=43351 CaloEcalE=6122.07 CaloHcalE=10602 CaloEcalChi2=1373.29 CaloClusChi2=3.33634 CaloTrajectoryL=-2177.71 CaloEoverP=0.168694 EcalPIDe=-1.21799 HcalPIDe=-2.42418 HcalPIDmu=-2.09781 EcalPIDmu=-3.05788 TrackChi2PerDof=1.87576 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=23851.3 TrackPt=200.416 CombDLLe=-3.98855 CombDLLmu=-5.28443 CombDLLpi=0 CombDLLk=-3.40936 CombDLLp=-0.566914 CombDLLd=-0.566914 ProbNNe=8.74834e-05 ProbNNpi=0.838201 ProbNNk=0.00381876 ProbNNp=0.0105021 ProbNNghost=0.221111 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.522369 RichDLLmu=-0.0248923 RichDLLpi=0 RichDLLk=-7.45393 RichDLLp=-12.6585 RichPIDStatus=8131 RichDLLbt=-8.03501 RichDLLd=-8.03501 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.823146 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=39471.9 TrackPt=475.776 CombDLLe=-0.0914094 CombDLLmu=-0.034849 CombDLLpi=0 CombDLLk=-7.45393 CombDLLp=-12.6585 CombDLLd=-8.03501 ProbNNe=0.0330241 ProbNNpi=0.91768 ProbNNk=0.00113299 ProbNNp=0.00353283 ProbNNghost=0.137195 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.92949 RichDLLmu=-5.71451 RichDLLpi=0 RichDLLk=3.07251 RichDLLp=3.07251 RichPIDStatus=5060 RichDLLbt=3.07251 RichDLLd=3.07251 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.25587 CaloElectronMatch=61.3903 CaloChargedEcal=7419.29 CaloChargedID=43063 CaloEcalE=5859.9 CaloHcalE=3790.77 CaloEcalChi2=61.3903 CaloClusChi2=1.25587 CaloTrajectoryL=250.87 CaloEoverP=0.872771 EcalPIDe=3.6423 HcalPIDe=-1.79057 HcalPIDmu=-0.368868 EcalPIDmu=-2.80197 TrackChi2PerDof=1.31668 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=8744.51 TrackPt=121.674 CombDLLe=0.821602 CombDLLmu=-8.87856 CombDLLpi=0 CombDLLk=3.07251 CombDLLp=3.07251 CombDLLd=3.07251 ProbNNe=0.0707849 ProbNNpi=0.460096 ProbNNk=0.0142327 ProbNNp=0.0171461 ProbNNghost=0.775889 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.58352 RichDLLmu=0.821984 RichDLLpi=0 RichDLLk=5.73367 RichDLLp=5.73367 RichPIDStatus=5060 RichDLLbt=5.73367 RichDLLd=5.73367 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.836254 CaloElectronMatch=215.334 CaloChargedEcal=7044.12 CaloChargedID=38733 CaloEcalE=3118.19 CaloHcalE=24252.7 CaloEcalChi2=215.334 CaloClusChi2=0.836254 CaloTrajectoryL=486.523 CaloEoverP=0.830373 EcalPIDe=0.605631 HcalPIDe=-1.17839 HcalPIDmu=0.232508 EcalPIDmu=-2.87944 TrackChi2PerDof=0.891801 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=8578.07 TrackPt=82.2799 CombDLLe=-1.02425 CombDLLmu=-1.50641 CombDLLpi=0 CombDLLk=5.73367 CombDLLp=5.73367 CombDLLd=5.73367 ProbNNe=0.00525346 ProbNNpi=0.362123 ProbNNk=0.126884 ProbNNp=0.16167 ProbNNghost=0.734576 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.4271 RichDLLmu=-23.4108 RichDLLpi=0 RichDLLk=-9.37358 RichDLLp=-9.37358 RichPIDStatus=5027 RichDLLbt=-9.37358 RichDLLd=-9.37358 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.89389 CaloElectronMatch=107.613 CaloBremMatch=107.613 CaloChargedEcal=4087.19 CaloChargedID=36045 CaloNeutralEcal=4087.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.862019 CaloNeutralID=36045 CaloEcalE=2361.2 CaloHcalE=0 CaloEcalChi2=107.613 CaloBremChi2=65.7263 CaloClusChi2=1.89389 CaloTrajectoryL=368.81 CaloEoverP=0.994465 EcalPIDe=1.51236 BremPIDe=0.754695 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.2286 TrackChi2PerDof=0.665988 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=4264.57 TrackPt=821.191 CombDLLe=-1.73794 CombDLLmu=-11.6911 CombDLLpi=0 CombDLLk=-9.37358 CombDLLp=-9.37358 CombDLLd=-9.37358 ProbNNe=9.90368e-06 ProbNNpi=0.996302 ProbNNk=0.00156959 ProbNNp=0.0150921 ProbNNghost=0.0243466 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.62343 RichDLLmu=7.74125 RichDLLpi=0 RichDLLk=6.3973 RichDLLp=6.3973 RichPIDStatus=5026 RichDLLbt=6.3973 RichDLLd=6.3973 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.852254 CaloElectronMatch=300.331 CaloBremMatch=57.1432 CaloChargedEcal=2212.26 CaloChargedID=34355 CaloNeutralEcal=2212.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772621 CaloNeutralID=34355 CaloEcalE=4569.23 CaloHcalE=3977.6 CaloEcalChi2=300.331 CaloBremChi2=169.236 CaloClusChi2=0.852254 CaloTrajectoryL=-318.038 CaloEoverP=0.579956 EcalPIDe=0.265875 BremPIDe=-0.224977 HcalPIDe=-1.52558 HcalPIDmu=-0.386389 EcalPIDmu=-1.85251 TrackChi2PerDof=1.46695 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=4174.85 TrackPt=172.051 CombDLLe=-0.336057 CombDLLmu=4.15557 CombDLLpi=0 CombDLLk=6.3973 CombDLLp=6.3973 CombDLLd=6.3973 ProbNNe=0.979708 ProbNNpi=0.0226886 ProbNNk=0.0910654 ProbNNp=0.348167 ProbNNghost=0.924001 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.3212 RichDLLmu=-14.0769 RichDLLpi=0 RichDLLk=-7.80153 RichDLLp=-7.80153 RichPIDStatus=5027 RichDLLbt=-7.80153 RichDLLd=-7.80153 MuonMuLL=0 MuonBkgLL=-0.0232015 MuonNShared=15 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=320.247 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.35614 CaloElectronMatch=94.6465 CaloBremMatch=94.6465 CaloChargedEcal=1870.19 CaloChargedID=37753 CaloNeutralEcal=1870.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852661 CaloNeutralID=37753 CaloEcalE=979.57 CaloHcalE=12536.6 CaloEcalChi2=94.6465 CaloBremChi2=109.506 CaloClusChi2=2.35614 CaloTrajectoryL=260.737 CaloEoverP=0.562642 EcalPIDe=1.51236 BremPIDe=0.185338 HcalPIDe=-0.621703 HcalPIDmu=0.689746 EcalPIDmu=-0.290136 TrackChi2PerDof=1.06372 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=3759.95 TrackPt=491.173 CombDLLe=-2.4696 CombDLLmu=-6.52717 CombDLLpi=0 CombDLLk=-7.80153 CombDLLp=-7.80153 CombDLLd=-7.77833 ProbNNe=2.58373e-07 ProbNNpi=0.963746 ProbNNk=0.00109837 ProbNNp=0.00632352 ProbNNghost=0.24907 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.9688 RichDLLmu=-10.6843 RichDLLpi=0 RichDLLk=3.4546 RichDLLp=3.4546 RichPIDStatus=5028 RichDLLbt=3.4546 RichDLLd=3.4546 MuonMuLL=-0.0665673 MuonBkgLL=-0.320593 MuonNShared=25 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=14.9543 MuonMVA1=-999 MuonMVA2=-0.35125 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=52725.5 CaloBremChi2=115.582 BremPIDe=0.157531 HcalPIDe=-0.621703 HcalPIDmu=0.00288725 TrackChi2PerDof=1.96415 TrackNumDof=13 TrackType=3 TrackHistory=32 TrackP=3238.97 TrackPt=674.256 CombDLLe=-3.26753 CombDLLmu=-6.55075 CombDLLpi=0 CombDLLk=3.4546 CombDLLp=3.4546 CombDLLd=3.77519 ProbNNe=0.00720766 ProbNNmu=0.00106764 ProbNNpi=0.00660073 ProbNNk=0.253205 ProbNNp=0.0172231 ProbNNghost=0.867436 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.79456 RichDLLmu=-4.9954 RichDLLpi=0 RichDLLk=3.04634 RichDLLp=3.04634 RichPIDStatus=5060 RichDLLbt=3.04634 RichDLLd=3.04634 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.23269 CaloElectronMatch=62.5499 CaloChargedEcal=7419.29 CaloChargedID=43063 CaloEcalE=5859.9 CaloHcalE=3790.77 CaloEcalChi2=62.5499 CaloClusChi2=1.23269 CaloTrajectoryL=250.425 CaloEoverP=0.88534 EcalPIDe=3.6423 HcalPIDe=-1.79057 HcalPIDmu=-0.368868 EcalPIDmu=-2.80197 TrackChi2PerDof=0.881466 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=8620.36 TrackPt=101.82 CombDLLe=0.673987 CombDLLmu=-8.49929 CombDLLpi=0 CombDLLk=3.04634 CombDLLp=3.04634 CombDLLd=3.04634 ProbNNe=0.0721674 ProbNNpi=0.613581 ProbNNk=0.00805744 ProbNNp=0.0191509 ProbNNghost=0.536707 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.1992 RichDLLmu=-1.59911 RichDLLpi=0 RichDLLk=-1.87828 RichDLLp=-1.87828 RichPIDStatus=5025 RichDLLbt=-1.87828 RichDLLd=-1.87828 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.05607 CaloElectronMatch=84.3356 CaloBremMatch=84.3356 CaloChargedEcal=533.307 CaloChargedID=35013 CaloNeutralEcal=533.307 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859056 CaloNeutralID=35013 CaloEcalE=407.352 CaloHcalE=3607.34 CaloEcalChi2=84.3356 CaloClusChi2=1.05607 CaloTrajectoryL=224.689 CaloEoverP=0.281848 EcalPIDe=1.50525 HcalPIDe=-1.4846 HcalPIDmu=0.928693 EcalPIDmu=1.71639 TrackChi2PerDof=1.15333 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2766.73 TrackPt=135.762 CombDLLe=0.0555105 CombDLLmu=0.479669 CombDLLpi=0 CombDLLk=-1.87828 CombDLLp=-1.87828 CombDLLd=-1.87828 ProbNNe=0.00181704 ProbNNpi=0.700321 ProbNNk=0.0162173 ProbNNp=0.0469433 ProbNNghost=0.161052 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.6097 RichDLLmu=-4.00668 RichDLLpi=0 RichDLLk=-2.51442 RichDLLp=-2.51442 RichPIDStatus=5027 RichDLLbt=-2.51442 RichDLLd=-2.51442 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.67401 CaloElectronMatch=231.199 CaloBremMatch=57.1432 CaloChargedEcal=2212.26 CaloChargedID=34355 CaloNeutralEcal=2212.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772621 CaloNeutralID=34355 CaloEcalE=1987.48 CaloHcalE=2831.55 CaloEcalChi2=231.199 CaloClusChi2=1.67401 CaloTrajectoryL=-72.2215 CaloEoverP=0.608364 EcalPIDe=0.490686 HcalPIDe=-1.43003 HcalPIDmu=0.602918 EcalPIDmu=-1.85814 TrackChi2PerDof=2.50875 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3979.91 TrackPt=158.164 CombDLLe=-1.22089 CombDLLmu=-5.9087 CombDLLpi=0 CombDLLk=-2.51442 CombDLLp=-2.51442 CombDLLd=-2.51442 ProbNNe=0.274353 ProbNNpi=0.117385 ProbNNk=0.0137932 ProbNNp=0.0299262 ProbNNghost=0.830927 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.98495 RichDLLmu=0.450586 RichDLLpi=0 RichDLLk=2.31135 RichDLLp=2.31135 RichPIDStatus=5028 RichDLLbt=2.31135 RichDLLd=2.31135 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.943463 CaloElectronMatch=738.545 CaloBremMatch=73.1385 CaloChargedEcal=1391.73 CaloChargedID=35209 CaloNeutralEcal=1391.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795169 CaloNeutralID=35209 CaloEcalE=6490.9 CaloHcalE=0 CaloEcalChi2=738.545 CaloClusChi2=0.943463 CaloTrajectoryL=1015.53 CaloEoverP=0.294101 EcalPIDe=-0.688698 HcalPIDe=0.685017 HcalPIDmu=-2.64437 EcalPIDmu=-1.23713 TrackChi2PerDof=0.735098 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=5376.38 TrackPt=486.765 CombDLLe=-0.698749 CombDLLmu=-3.25238 CombDLLpi=0 CombDLLk=2.31135 CombDLLp=2.31135 CombDLLd=2.31135 ProbNNe=0.855426 ProbNNpi=0.675387 ProbNNk=0.0409855 ProbNNp=0.20556 ProbNNghost=0.0273411 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.55865 RichDLLmu=-4.10843 RichDLLpi=0 RichDLLk=14.9861 RichDLLp=16.8008 RichPIDStatus=6117 RichDLLbt=16.8008 RichDLLd=16.8008 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.02069 CaloElectronMatch=718.758 CaloBremMatch=718.758 CaloChargedEcal=12059.7 CaloChargedID=35733 CaloNeutralEcal=12059.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951829 CaloNeutralID=35733 CaloEcalE=7004.44 CaloHcalE=1973.97 CaloEcalChi2=718.758 CaloClusChi2=1.02069 CaloTrajectoryL=472.856 CaloEoverP=1.23132 EcalPIDe=-0.688698 HcalPIDe=-0.965364 HcalPIDmu=1.94816 EcalPIDmu=-3.69312 TrackChi2PerDof=1.04233 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=9971.15 TrackPt=1391.84 CombDLLe=-3.2957 CombDLLmu=-6.47686 CombDLLpi=0 CombDLLk=14.9861 CombDLLp=16.8008 CombDLLd=16.8008 ProbNNe=0.000470379 ProbNNpi=0.426953 ProbNNk=0.0392761 ProbNNp=0.321807 ProbNNghost=0.00224203 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.06188 RichDLLmu=11.5955 RichDLLpi=0 RichDLLk=-2.14901 RichDLLp=-3.21179 RichPIDStatus=6114 RichDLLbt=-3.21179 RichDLLd=-3.21179 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.393505 CaloElectronMatch=18.2587 CaloChargedEcal=12802.8 CaloChargedID=43216 CaloEcalE=8470.95 CaloHcalE=11232.9 CaloEcalChi2=18.2587 CaloClusChi2=0.393505 CaloTrajectoryL=66.8785 CaloEoverP=1.29379 EcalPIDe=3.71102 HcalPIDe=-0.892025 HcalPIDmu=-0.448054 EcalPIDmu=-3.46883 TrackChi2PerDof=2.32942 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9972.87 TrackPt=254.222 CombDLLe=3.17951 CombDLLmu=2.94897 CombDLLpi=0 CombDLLk=-2.14901 CombDLLp=-3.21179 CombDLLd=-3.21179 ProbNNe=0.999352 ProbNNpi=0.0125451 ProbNNk=0.0704123 ProbNNp=0.218793 ProbNNghost=0.970151 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.109586 RichDLLmu=2.33202 RichDLLpi=0 RichDLLk=-2.82025 RichDLLp=-2.82025 RichPIDStatus=5058 RichDLLbt=-2.82025 RichDLLd=-2.82025 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.50843 CaloElectronMatch=1292.52 CaloBremMatch=638.144 CaloChargedEcal=4791.79 CaloChargedID=43500 CaloNeutralEcal=4791.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.778685 CaloNeutralID=43500 CaloEcalE=1936.4 CaloHcalE=35943.9 CaloEcalChi2=1292.52 CaloClusChi2=5.50843 CaloTrajectoryL=2414.7 CaloEoverP=0.316078 EcalPIDe=-1.00922 HcalPIDe=-1.56856 HcalPIDmu=-0.5717 EcalPIDmu=-1.38241 TrackChi2PerDof=1.08274 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=15966.9 TrackPt=548.833 CombDLLe=-2.59696 CombDLLmu=1.09291 CombDLLpi=0 CombDLLk=-2.82025 CombDLLp=-2.82025 CombDLLd=-2.82025 ProbNNe=0.000307384 ProbNNpi=0.965943 ProbNNk=0.000678789 ProbNNp=0.000181185 ProbNNghost=0.0787072 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.00213 RichDLLmu=5.53617 RichDLLpi=0 RichDLLk=1.60357 RichDLLp=6.20204 RichPIDStatus=8166 RichDLLbt=7.07662 RichDLLd=7.07662 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.85266 CaloElectronMatch=1112.06 CaloChargedEcal=54601.6 CaloChargedID=43316 CaloEcalE=29279.9 CaloHcalE=2004.98 CaloEcalChi2=1112.06 CaloClusChi2=0.85266 CaloTrajectoryL=229.663 CaloEoverP=3.09906 EcalPIDe=-1.02449 HcalPIDe=-0.111276 HcalPIDmu=1.96915 EcalPIDmu=-3.11342 TrackChi2PerDof=1.0692 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=18289.5 TrackPt=469.646 CombDLLe=-0.264927 CombDLLmu=4.47731 CombDLLpi=0 CombDLLk=1.60357 CombDLLp=6.20204 CombDLLd=7.07662 ProbNNe=0.839033 ProbNNpi=0.0784023 ProbNNk=0.0151726 ProbNNp=0.0398206 ProbNNghost=0.601691 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.01274 RichDLLmu=1.38046 RichDLLpi=0 RichDLLk=0.0161839 RichDLLp=0.0161839 RichPIDStatus=5026 RichDLLbt=0.0161839 RichDLLd=0.0161839 TrackChi2PerDof=1.55603 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2610.88 TrackPt=61.3299 CombDLLe=-0.526236 CombDLLmu=1.88499 CombDLLpi=0 CombDLLk=0.0161839 CombDLLp=0.0161839 CombDLLd=0.0161839 ProbNNe=0.260208 ProbNNpi=0.211948 ProbNNk=0.0236646 ProbNNp=0.0213644 ProbNNghost=0.742138 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=12.831 RichDLLmu=2.37212 RichDLLpi=0 RichDLLk=7.213 RichDLLp=7.213 RichPIDStatus=5025 RichDLLbt=7.213 RichDLLd=7.213 MuonMuLL=-0.0251127 MuonBkgLL=-0.181946 MuonNShared=8 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=327.697 MuonMVA1=-999 MuonMVA2=-1.0867 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.355927 CaloElectronMatch=29.6317 CaloBremMatch=29.6317 CaloChargedEcal=6219 CaloChargedID=39564 CaloNeutralEcal=6219 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847994 CaloNeutralID=39564 CaloEcalE=4946.26 CaloHcalE=460.607 CaloEcalChi2=29.6317 CaloClusChi2=0.355927 CaloTrajectoryL=107.987 CaloEoverP=1.61473 EcalPIDe=3.01028 HcalPIDe=-0.248115 HcalPIDmu=-1.34175 EcalPIDmu=-1.6863 TrackChi2PerDof=0.399485 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4066.5 TrackPt=412.015 CombDLLe=4.93361 CombDLLmu=0.221146 CombDLLpi=0 CombDLLk=7.213 CombDLLp=7.213 CombDLLd=7.39494 ProbNNe=0.999991 ProbNNmu=0.0006259 ProbNNpi=0.0746643 ProbNNk=0.0576801 ProbNNp=0.14164 ProbNNghost=0.0520477 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.58772 RichDLLmu=-0.852583 RichDLLpi=0 RichDLLk=4.54239 RichDLLp=4.54239 RichPIDStatus=5028 RichDLLbt=4.54239 RichDLLd=4.54239 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.31918 CaloElectronMatch=472.337 CaloChargedEcal=7550.39 CaloChargedID=34866 CaloEcalE=3207.74 CaloHcalE=4301.22 CaloEcalChi2=472.337 CaloClusChi2=0.31918 CaloTrajectoryL=-187.092 CaloEoverP=1.94183 EcalPIDe=-0.238625 HcalPIDe=-1.33956 HcalPIDmu=0.181744 EcalPIDmu=-4.13779 TrackChi2PerDof=2.03155 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=4033.39 TrackPt=28.2813 CombDLLe=-2.20435 CombDLLmu=-5.13823 CombDLLpi=0 CombDLLk=4.54239 CombDLLp=4.54239 CombDLLd=4.54239 ProbNNe=0.128174 ProbNNpi=0.00682821 ProbNNk=0.0132436 ProbNNp=0.00355917 ProbNNghost=0.994216 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.88486 RichDLLmu=-3.90918 RichDLLpi=0 RichDLLk=1.60018 RichDLLp=1.60018 RichPIDStatus=5028 RichDLLbt=1.60018 RichDLLd=1.60018 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.103925 CaloElectronMatch=84.7512 CaloBremMatch=84.7512 CaloChargedEcal=6699.8 CaloChargedID=35057 CaloNeutralEcal=6699.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.865207 CaloNeutralID=35057 CaloEcalE=4639.81 CaloHcalE=4099.86 CaloEcalChi2=84.7512 CaloClusChi2=0.103925 CaloTrajectoryL=-24.8135 CaloEoverP=1.47926 EcalPIDe=1.50525 HcalPIDe=-1.25185 HcalPIDmu=0.0694075 EcalPIDmu=-1.95315 TrackChi2PerDof=1.86199 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=4637.81 TrackPt=153.636 CombDLLe=-0.597223 CombDLLmu=-6.46006 CombDLLpi=0 CombDLLk=1.60018 CombDLLp=1.60018 CombDLLd=1.60018 ProbNNe=0.536173 ProbNNpi=0.010979 ProbNNk=0.0293363 ProbNNp=0.0218866 ProbNNghost=0.971054 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.032617 CaloElectronMatch=171.851 CaloBremMatch=171.851 CaloChargedEcal=13005.9 CaloChargedID=34870 CaloNeutralEcal=13005.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.672107 CaloNeutralID=34870 CaloEcalE=6230.69 CaloHcalE=3555.39 CaloEcalChi2=171.851 CaloClusChi2=0.032617 CaloTrajectoryL=-13.7954 CaloEoverP=3.14314 EcalPIDe=0.827744 HcalPIDe=-1.4846 HcalPIDmu=0.162738 EcalPIDmu=-0.678049 TrackChi2PerDof=0.99219 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4159.14 TrackPt=168.999 CombDLLe=-0.656859 CombDLLmu=-0.515311 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.502007 ProbNNpi=0.0298606 ProbNNk=0.00365003 ProbNNp=0.0154448 ProbNNghost=0.996035 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=7.56072 RichDLLmu=1.95663 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.27262 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2224.68 TrackPt=211.723 CombDLLe=1.30759 CombDLLmu=2.60752 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.539617 ProbNNpi=0.45052 ProbNNk=0.0143958 ProbNNp=0.0258387 ProbNNghost=0.226759 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.62416 RichDLLmu=-2.2733 RichDLLpi=0 RichDLLk=-0.694099 RichDLLp=0.0178986 RichPIDStatus=6117 RichDLLbt=0.0178986 RichDLLd=0.0178986 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.56723 CaloElectronMatch=1025.81 CaloBremMatch=29.8616 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=5709.64 CaloHcalE=2150.15 CaloEcalChi2=1025.81 CaloClusChi2=1.56723 CaloTrajectoryL=16504.5 CaloEoverP=0.22801 EcalPIDe=-0.471658 HcalPIDe=-0.564741 HcalPIDmu=1.54766 EcalPIDmu=-1.96452 TrackChi2PerDof=2.21481 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=16352.5 TrackPt=1049.12 CombDLLe=-2.68886 CombDLLmu=-3.39691 CombDLLpi=0 CombDLLk=-0.694099 CombDLLp=0.0178986 CombDLLd=0.0178986 ProbNNe=0.00355267 ProbNNpi=0.959248 ProbNNk=8.74625e-05 ProbNNp=0.000359412 ProbNNghost=0.173722 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.0336 RichDLLmu=-2.4826 RichDLLpi=0 RichDLLk=-18.8721 RichDLLp=-20.6301 RichPIDStatus=6115 RichDLLbt=-20.6301 RichDLLd=-20.6301 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.716273 CaloElectronMatch=399.385 CaloBremMatch=399.385 CaloChargedEcal=4638.72 CaloChargedID=41879 CaloNeutralEcal=4638.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894433 CaloNeutralID=41879 CaloEcalE=1688.13 CaloHcalE=21302.8 CaloEcalChi2=399.385 CaloClusChi2=0.716273 CaloTrajectoryL=334.579 CaloEoverP=0.296132 EcalPIDe=0.221057 HcalPIDe=-1.56856 HcalPIDmu=-1.53867 EcalPIDmu=-0.768814 TrackChi2PerDof=1.72758 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=16734.5 TrackPt=969.961 CombDLLe=-2.56585 CombDLLmu=-5.52311 CombDLLpi=0 CombDLLk=-18.8721 CombDLLp=-20.6301 CombDLLd=-20.6301 ProbNNe=9.93009e-08 ProbNNpi=0.994339 ProbNNk=9.95962e-06 ProbNNp=0.000438409 ProbNNghost=0.00741183 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.25563 RichDLLmu=-5.48413 RichDLLpi=0 RichDLLk=7.72896 RichDLLp=7.73936 RichPIDStatus=6117 RichDLLbt=7.73936 RichDLLd=7.73936 MuonMuLL=-1.09422 MuonBkgLL=-2.75181 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.68722 MuonMVA1=-999 MuonMVA2=1.5078 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.74154 CaloElectronMatch=1948.97 CaloChargedEcal=20495.7 CaloChargedID=42803 CaloEcalE=4252.11 CaloHcalE=4961.8 CaloEcalChi2=1948.97 CaloClusChi2=3.74154 CaloTrajectoryL=452.691 CaloEoverP=2.25346 EcalPIDe=-2.19017 HcalPIDe=-1.65 HcalPIDmu=-0.803194 EcalPIDmu=-2.6067 TrackChi2PerDof=0.819351 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=9173.63 TrackPt=239.902 CombDLLe=-3.79544 CombDLLmu=-7.3478 CombDLLpi=0 CombDLLk=7.72896 CombDLLp=7.73936 CombDLLd=10.4912 ProbNNe=0.609094 ProbNNmu=0.0006259 ProbNNpi=0.300643 ProbNNk=0.00361941 ProbNNp=0.33125 ProbNNghost=0.528357 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.73229 RichDLLmu=-1.27695 RichDLLpi=0 RichDLLk=6.5539 RichDLLp=12.9405 RichPIDStatus=8166 RichDLLbt=17.7411 RichDLLd=17.7411 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.911573 CaloElectronMatch=1754.96 CaloBremMatch=1417.98 CaloChargedEcal=7102.11 CaloChargedID=42409 CaloNeutralEcal=7102.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73902 CaloNeutralID=42409 CaloEcalE=8579.36 CaloHcalE=19799.7 CaloEcalChi2=1754.96 CaloClusChi2=0.911573 CaloTrajectoryL=516.517 CaloEoverP=0.3506 EcalPIDe=-0.916247 HcalPIDe=-2.05315 HcalPIDmu=-2.31231 EcalPIDmu=-2.33199 TrackChi2PerDof=0.691727 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=20937.8 TrackPt=1585.35 CombDLLe=-3.27236 CombDLLmu=-6.39415 CombDLLpi=0 CombDLLk=6.5539 CombDLLp=12.9405 CombDLLd=17.7411 ProbNNe=0.000968842 ProbNNpi=0.219095 ProbNNk=0.0376467 ProbNNp=0.37202 ProbNNghost=0.00365753 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=26.3226 RichDLLmu=1.31586 RichDLLpi=0 RichDLLk=4.17714 RichDLLp=4.17714 RichPIDStatus=5025 RichDLLbt=4.17714 RichDLLd=4.17714 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.964915 CaloElectronMatch=6.93496 CaloBremMatch=6.93496 CaloChargedEcal=4729.33 CaloChargedID=34500 CaloNeutralEcal=4729.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941619 CaloNeutralID=34500 CaloEcalE=4280.64 CaloHcalE=0 CaloEcalChi2=6.93496 CaloClusChi2=0.964915 CaloTrajectoryL=75.989 CaloEoverP=1.17251 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-2.56612 TrackChi2PerDof=1.01441 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4186.43 TrackPt=368.506 CombDLLe=7.50177 CombDLLmu=-3.6361 CombDLLpi=0 CombDLLk=4.17714 CombDLLp=4.17714 CombDLLd=4.17714 ProbNNe=0.999985 ProbNNpi=0.157543 ProbNNk=0.0132971 ProbNNp=0.00080761 ProbNNghost=0.261514 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.4717 RichDLLmu=-6.47183 RichDLLpi=0 RichDLLk=-2.7199 RichDLLp=-2.7199 RichPIDStatus=5027 RichDLLbt=-2.7199 RichDLLd=-2.7199 InAccBrem=1 TrackChi2PerDof=1.05116 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3460.47 TrackPt=494.674 CombDLLe=-2.72996 CombDLLmu=-6.02186 CombDLLpi=0 CombDLLk=-2.7199 CombDLLp=-2.7199 CombDLLd=-2.7199 ProbNNe=0.0169038 ProbNNpi=0.623609 ProbNNk=0.00670365 ProbNNp=0.0283497 ProbNNghost=0.153646 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.10237 RichDLLmu=10.2916 RichDLLpi=0 RichDLLk=2.31407 RichDLLp=2.31407 RichPIDStatus=5026 RichDLLbt=2.31407 RichDLLd=2.31407 InAccBrem=1 TrackChi2PerDof=2.22702 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3079.64 TrackPt=355.127 CombDLLe=-0.541828 CombDLLmu=6.77547 CombDLLpi=0 CombDLLk=2.31407 CombDLLp=2.31407 CombDLLd=2.31407 ProbNNe=0.955676 ProbNNpi=0.223822 ProbNNk=0.0245571 ProbNNp=0.00743087 ProbNNghost=0.121655 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.193007 RichDLLmu=-0.184495 RichDLLpi=0 RichDLLk=13.7098 RichDLLp=12.7032 RichPIDStatus=8164 RichDLLbt=9.91357 RichDLLd=9.91357 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=11.7748 CaloElectronMatch=2078.38 CaloBremMatch=95.1828 CaloChargedEcal=4253.31 CaloChargedID=43081 CaloNeutralEcal=4253.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.761337 CaloNeutralID=43081 CaloEcalE=0 CaloHcalE=31881.4 CaloEcalChi2=2078.38 CaloClusChi2=11.7748 CaloTrajectoryL=1148.34 CaloEoverP=0.202253 EcalPIDe=-2.76599 HcalPIDe=-2.05315 HcalPIDmu=-2.0603 EcalPIDmu=0.771264 TrackChi2PerDof=1.37019 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=22843.5 TrackPt=764.648 CombDLLe=-4.85292 CombDLLmu=-1.54721 CombDLLpi=0 CombDLLk=13.7098 CombDLLp=12.7032 CombDLLd=9.91357 ProbNNe=0.00046887 ProbNNpi=0.287974 ProbNNk=0.425355 ProbNNp=0.490015 ProbNNghost=0.194336 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.07508 RichDLLmu=3.66115 RichDLLpi=0 RichDLLk=8.05344 RichDLLp=8.05344 RichPIDStatus=5028 RichDLLbt=8.05344 RichDLLd=8.05344 MuonMuLL=-0.0425944 MuonBkgLL=-0.263286 MuonNShared=11 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=883.648 MuonMVA1=-999 MuonMVA2=-1.71822 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.246478 CaloElectronMatch=38.2196 CaloBremMatch=38.2196 CaloChargedEcal=6072.29 CaloChargedID=39301 CaloNeutralEcal=6072.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91234 CaloNeutralID=39301 CaloEcalE=5260.73 CaloHcalE=2204.32 CaloEcalChi2=38.2196 CaloClusChi2=0.246478 CaloTrajectoryL=30.9986 CaloEoverP=1.13254 EcalPIDe=3.71102 HcalPIDe=-0.783803 HcalPIDmu=1.60293 EcalPIDmu=-3.38814 TrackChi2PerDof=1.91024 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=5528.74 TrackPt=186.258 CombDLLe=3.29003 CombDLLmu=2.80648 CombDLLpi=0 CombDLLk=8.05344 CombDLLp=8.05344 CombDLLd=8.31673 ProbNNe=0.986951 ProbNNmu=0.0006259 ProbNNpi=0.0839274 ProbNNk=0.151795 ProbNNp=0.0693783 ProbNNghost=0.739788 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.154177 RichDLLmu=-2.42651 RichDLLpi=0 RichDLLk=1.01664 RichDLLp=1.01664 RichPIDStatus=5028 RichDLLbt=1.01664 RichDLLd=1.01664 MuonMuLL=0 MuonBkgLL=-0.265102 MuonNShared=6 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1045.37 MuonMVA1=-999 MuonMVA2=0.000513743 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.973767 CaloElectronMatch=249.864 CaloChargedEcal=10047.2 CaloChargedID=38984 CaloEcalE=3053.84 CaloHcalE=12729.7 CaloEcalChi2=249.864 CaloClusChi2=0.973767 CaloTrajectoryL=-71.8874 CaloEoverP=1.58148 EcalPIDe=0.54377 HcalPIDe=-0.892025 HcalPIDmu=-0.290614 EcalPIDmu=-3.26833 TrackChi2PerDof=2.80297 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=6583.03 TrackPt=69.7125 CombDLLe=-0.321275 CombDLLmu=-6.44719 CombDLLpi=0 CombDLLk=1.01664 CombDLLp=1.01664 CombDLLd=1.28174 ProbNNe=0.248371 ProbNNmu=0.0006259 ProbNNpi=0.0153175 ProbNNk=0.00206037 ProbNNp=0.000773815 ProbNNghost=0.994873 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.48055 RichDLLmu=-0.958882 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 TrackChi2PerDof=2.38511 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2247.86 TrackPt=29.5977 CombDLLe=-0.953139 CombDLLmu=-1.32622 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.22031 ProbNNpi=0.197044 ProbNNk=0.0207145 ProbNNp=0.0269061 ProbNNghost=0.853355 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.97122 RichDLLmu=0.299774 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.59971 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2299.52 TrackPt=266.667 CombDLLe=-0.344685 CombDLLmu=0.419182 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.75057 ProbNNpi=0.267278 ProbNNk=0.0256469 ProbNNp=0.0425022 ProbNNghost=0.465618 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.8023 RichDLLmu=-1.24691 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.18491 CaloElectronMatch=173.239 CaloBremMatch=173.239 CaloChargedEcal=4351.24 CaloChargedID=35071 CaloNeutralEcal=4351.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973703 CaloNeutralID=35071 CaloEcalE=4516.08 CaloEcalChi2=173.239 CaloClusChi2=4.18491 CaloTrajectoryL=326.428 CaloEoverP=2.31338 EcalPIDe=0.827744 EcalPIDmu=0.505107 TrackChi2PerDof=0.557543 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2058.73 TrackPt=226.807 CombDLLe=-1.17974 CombDLLmu=-1.20525 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.144656 ProbNNpi=0.753007 ProbNNk=0.0292627 ProbNNp=0.0530256 ProbNNghost=0.0550607 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.02994 RichDLLmu=4.36866 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.932999 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2553.03 TrackPt=469.482 CombDLLe=-1.04732 CombDLLmu=4.92286 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.904715 ProbNNpi=0.700482 ProbNNk=0.0213561 ProbNNp=0.0467429 ProbNNghost=0.0699784 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.352444 RichDLLmu=-0.150853 RichDLLpi=0 RichDLLk=-2.4364 RichDLLp=-8.0066 RichPIDStatus=139171 RichDLLbt=-15.4001 RichDLLd=-13.8512 InAccBrem=1 CaloBremChi2=482.226 BremPIDe=-0.55781 TrackChi2PerDof=0.820821 TrackNumDof=31 TrackType=4 TrackHistory=34 TrackP=43227.4 TrackPt=1680.23 CombDLLe=-0.619486 CombDLLmu=-0.211131 CombDLLpi=0 CombDLLk=-2.4364 CombDLLp=-8.0066 CombDLLd=-13.8512 ProbNNe=0.00858714 ProbNNmu=0.0150292 ProbNNpi=0.804937 ProbNNk=0.139558 ProbNNp=0.107099 ProbNNghost=0.00381142 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.334182 RichDLLmu=-0.0103884 RichDLLpi=0 RichDLLk=14.4503 RichDLLp=7.35495 RichPIDStatus=8100 RichDLLbt=1.15123 RichDLLd=1.15123 InAccBrem=1 CaloBremChi2=285.692 BremPIDe=-0.218494 TrackChi2PerDof=1.90972 TrackNumDof=26 TrackType=4 TrackHistory=34 TrackP=32065 TrackPt=1825.21 CombDLLe=-0.276974 CombDLLmu=-0.0145437 CombDLLpi=0 CombDLLk=14.4503 CombDLLp=7.35495 CombDLLd=1.15123 ProbNNe=0.00145887 ProbNNmu=0.00563803 ProbNNpi=0.154379 ProbNNk=0.584506 ProbNNp=0.0502346 ProbNNghost=0.343523 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.2366 RichDLLmu=-3.01512 RichDLLpi=0 RichDLLk=-5.77768 RichDLLp=-5.34053 RichPIDStatus=6051 RichDLLbt=-5.34053 RichDLLd=-5.34053 InAccBrem=1 CaloBremChi2=378.597 BremPIDe=-0.454777 TrackChi2PerDof=0.902242 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=11992.7 TrackPt=791.449 CombDLLe=-2.20808 CombDLLmu=-3.77438 CombDLLpi=0 CombDLLk=-5.77768 CombDLLp=-5.34053 CombDLLd=-5.34053 ProbNNe=5.5057e-06 ProbNNmu=0.00188569 ProbNNpi=0.982934 ProbNNk=0.00424253 ProbNNp=0.00365969 ProbNNghost=0.000924873 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.4704 RichDLLmu=4.11914 RichDLLpi=0 RichDLLk=-0.298114 RichDLLp=-0.298114 RichPIDStatus=5026 RichDLLbt=-0.298114 RichDLLd=-0.298114 InAccBrem=1 CaloBremChi2=398.69 BremPIDe=-0.4614 TrackChi2PerDof=0.797564 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=4735.22 TrackPt=503.545 CombDLLe=-0.893171 CombDLLmu=4.74004 CombDLLpi=0 CombDLLk=-0.298114 CombDLLp=-0.298114 CombDLLd=-0.298114 ProbNNe=0.00527431 ProbNNmu=0.00392341 ProbNNpi=0.800983 ProbNNk=0.0853489 ProbNNp=0.0306383 ProbNNghost=0.133878 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.264974 RichDLLmu=0.198601 RichDLLpi=0 RichDLLk=13.5122 RichDLLp=2.60309 RichPIDStatus=8100 RichDLLbt=3.04623 RichDLLd=3.04623 InAccBrem=1 CaloBremChi2=263.094 BremPIDe=-0.73102 TrackChi2PerDof=1.52614 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=19345.5 TrackPt=627.902 CombDLLe=-0.684651 CombDLLmu=0.277895 CombDLLpi=0 CombDLLk=13.5122 CombDLLp=2.60309 CombDLLd=3.04623 ProbNNe=0.000737782 ProbNNmu=0.000845958 ProbNNpi=0.0286293 ProbNNk=0.964483 ProbNNp=0.69651 ProbNNghost=0.0205213 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.84298 RichDLLmu=6.68914 RichDLLpi=0 RichDLLk=-5.08389 RichDLLp=-5.08389 RichPIDStatus=5026 RichDLLbt=-5.08389 RichDLLd=-5.08389 InAccBrem=1 CaloBremChi2=721.237 BremPIDe=-0.638976 TrackChi2PerDof=0.954463 TrackNumDof=20 TrackType=4 TrackHistory=34 TrackP=8031.87 TrackPt=901.172 CombDLLe=-2.32755 CombDLLmu=6.09805 CombDLLpi=0 CombDLLk=-5.08389 CombDLLp=-5.08389 CombDLLd=-5.08389 ProbNNe=0.000129478 ProbNNmu=0.0154544 ProbNNpi=0.9641 ProbNNk=0.00490979 ProbNNp=0.00161632 ProbNNghost=0.00817429 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.0614429 RichDLLmu=-0.029916 RichDLLpi=0 RichDLLk=-1.86507 RichDLLp=-9.74804 RichPIDStatus=139171 RichDLLbt=-18.2418 RichDLLd=-14.1858 InAccBrem=1 CaloBremChi2=394.319 BremPIDe=0.0716176 TrackChi2PerDof=1.29124 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=57883.5 TrackPt=2525.07 CombDLLe=0.0608651 CombDLLmu=-0.041882 CombDLLpi=0 CombDLLk=-1.86507 CombDLLp=-9.74804 CombDLLd=-14.1858 ProbNNe=0.020027 ProbNNmu=0.0135142 ProbNNpi=0.767939 ProbNNk=0.138787 ProbNNp=0.0452275 ProbNNghost=0.020892 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.4982 RichDLLmu=-7.42429 RichDLLpi=0 RichDLLk=1.90037 RichDLLp=1.90037 RichPIDStatus=5028 RichDLLbt=1.90037 RichDLLd=1.90037 InAccBrem=1 CaloBremChi2=156.172 BremPIDe=-0.0258536 TrackChi2PerDof=0.814301 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=6693.02 TrackPt=875.266 CombDLLe=-1.98438 CombDLLmu=-6.31662 CombDLLpi=0 CombDLLk=1.90037 CombDLLp=1.90037 CombDLLd=1.90037 ProbNNe=3.52805e-05 ProbNNmu=0.000568093 ProbNNpi=0.772079 ProbNNk=0.172661 ProbNNp=0.0590701 ProbNNghost=0.00695955 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.554048 RichDLLmu=-0.167918 RichDLLpi=0 RichDLLk=-14.9389 RichDLLp=-23.4935 RichPIDStatus=8099 RichDLLbt=-22.3819 RichDLLd=-22.3819 InAccBrem=1 CaloBremChi2=318.063 BremPIDe=-0.190939 TrackChi2PerDof=0.735989 TrackNumDof=16 TrackType=4 TrackHistory=34 TrackP=30507.4 TrackPt=3899.36 CombDLLe=-0.287892 CombDLLmu=-0.234996 CombDLLpi=0 CombDLLk=-14.9389 CombDLLp=-23.4935 CombDLLd=-22.3819 ProbNNe=0.0166939 ProbNNmu=0.0048688 ProbNNpi=0.91185 ProbNNk=0.00392622 ProbNNp=0.00361782 ProbNNghost=0.0368644 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.08712 RichDLLmu=-0.388072 RichDLLpi=0 RichDLLk=-28.965 RichDLLp=-29.685 RichPIDStatus=6051 RichDLLbt=-29.685 RichDLLd=-29.685 InAccBrem=1 CaloBremChi2=14.8273 BremPIDe=3.43106 TrackChi2PerDof=0.875066 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=13682.9 TrackPt=1752.04 CombDLLe=2.54559 CombDLLmu=-0.542213 CombDLLpi=0 CombDLLk=-28.965 CombDLLp=-29.685 CombDLLd=-29.685 ProbNNe=0.000539858 ProbNNmu=0.0174278 ProbNNpi=0.95841 ProbNNk=0.00229866 ProbNNp=0.000316229 ProbNNghost=0.0132836 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.15804 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=34089.8 TrackPt=689.318 ProbNNe=0.00305002 ProbNNmu=0.00467289 ProbNNpi=0.72371 ProbNNk=0.175733 ProbNNp=0.133145 ProbNNghost=0.00369341 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-31.1271 RichDLLmu=-17.9641 RichDLLpi=0 RichDLLk=-10.7972 RichDLLp=-10.7972 RichPIDStatus=5027 RichDLLbt=-10.7972 RichDLLd=-10.7972 InAccBrem=1 CaloBremChi2=31.5096 BremPIDe=2.21418 TrackChi2PerDof=1.17951 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=8805.95 TrackPt=1428.7 CombDLLe=-2.34743 CombDLLmu=-6.9894 CombDLLpi=0 CombDLLk=-10.7972 CombDLLp=-10.7972 CombDLLd=-10.7972 ProbNNe=3.14616e-07 ProbNNmu=0.000500384 ProbNNpi=0.983126 ProbNNk=0.00226624 ProbNNp=0.00288024 ProbNNghost=0.0092627 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.5745 RichDLLmu=-4.01355 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=48.4176 BremPIDe=0.550284 TrackChi2PerDof=1.371 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=2341.76 TrackPt=478.363 CombDLLe=-2.62569 CombDLLmu=-4.65884 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.02613e-05 ProbNNmu=0.00442899 ProbNNpi=0.774657 ProbNNk=0.114673 ProbNNp=0.0652478 ProbNNghost=0.121347 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-34.7342 RichDLLmu=-24.8469 RichDLLpi=0 RichDLLk=-18.0856 RichDLLp=-18.0856 RichPIDStatus=5027 RichDLLbt=-18.0856 RichDLLd=-18.0856 InAccBrem=1 CaloBremChi2=420.84 BremPIDe=-0.492427 TrackChi2PerDof=0.978793 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=5986.78 TrackPt=1336.1 CombDLLe=-5.39619 CombDLLmu=-6.99932 CombDLLpi=0 CombDLLk=-18.0856 CombDLLp=-18.0856 CombDLLd=-18.0856 ProbNNe=2.07447e-07 ProbNNmu=0.000335983 ProbNNpi=0.987114 ProbNNk=0.0011917 ProbNNp=0.000548431 ProbNNghost=0.0125958 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.0072 RichDLLmu=-9.6228 RichDLLpi=0 RichDLLk=0.0536909 RichDLLp=0.0536909 RichPIDStatus=5028 RichDLLbt=0.0536909 RichDLLd=0.0536909 InAccBrem=1 CaloBremChi2=39.8499 BremPIDe=1.38763 TrackChi2PerDof=0.903153 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=3041.68 TrackPt=719.001 CombDLLe=-2.61491 CombDLLmu=-6.70804 CombDLLpi=0 CombDLLk=0.0536909 CombDLLp=0.0536909 CombDLLd=0.0536909 ProbNNe=8.35566e-07 ProbNNmu=0.00197779 ProbNNpi=0.833795 ProbNNk=0.116682 ProbNNp=0.068761 ProbNNghost=0.0207558 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.3675 RichDLLmu=-17.0639 RichDLLpi=0 RichDLLk=1.44006 RichDLLp=1.44006 RichPIDStatus=5028 RichDLLbt=1.44006 RichDLLd=1.44006 InAccBrem=1 CaloBremChi2=61.8781 BremPIDe=0.775729 TrackChi2PerDof=0.433325 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=4333.36 TrackPt=861.769 CombDLLe=-1.93874 CombDLLmu=-6.98482 CombDLLpi=0 CombDLLk=1.44006 CombDLLp=1.44006 CombDLLd=1.44006 ProbNNe=6.46303e-05 ProbNNmu=0.000687164 ProbNNpi=0.959466 ProbNNk=0.0122323 ProbNNp=0.00998565 ProbNNghost=0.00612689 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.9227 RichDLLmu=-1.85917 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=87.6729 BremPIDe=0.228987 TrackChi2PerDof=1.65783 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=2257.35 TrackPt=456.768 CombDLLe=-2.5676 CombDLLmu=-2.48917 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=4.01473e-05 ProbNNmu=0.00648203 ProbNNpi=0.775932 ProbNNk=0.0933771 ProbNNp=0.0603728 ProbNNghost=0.0862975 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.53465 RichDLLmu=0.235428 RichDLLpi=0 RichDLLk=-13.888 RichDLLp=-12.197 RichPIDStatus=6050 RichDLLbt=-12.197 RichDLLd=-12.197 InAccBrem=1 CaloBremChi2=203.913 BremPIDe=-0.0215344 TrackChi2PerDof=1.35441 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=15002.8 TrackPt=449.766 CombDLLe=-0.289966 CombDLLmu=0.329356 CombDLLpi=0 CombDLLk=-13.888 CombDLLp=-12.197 CombDLLd=-12.197 ProbNNe=0.0049855 ProbNNmu=0.0212893 ProbNNpi=0.866675 ProbNNk=0.0218623 ProbNNp=0.0836015 ProbNNghost=0.0926216 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.0466 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=11.9872 BremPIDe=1.82782 TrackChi2PerDof=1.10338 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=1687.47 TrackPt=370.744 CombDLLe=-1.54929 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000229484 ProbNNmu=0.00476181 ProbNNpi=0.664614 ProbNNk=0.0813608 ProbNNp=0.0520529 ProbNNghost=0.19024 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-63.0415 RichDLLmu=12.3092 RichDLLpi=0 RichDLLk=-32.4423 RichDLLp=-32.4423 RichPIDStatus=5026 RichDLLbt=-32.4423 RichDLLd=-32.4423 InAccBrem=1 CaloBremChi2=54.4313 BremPIDe=1.27798 TrackChi2PerDof=0.277462 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=5133.37 TrackPt=1208.9 CombDLLe=-5.14788 CombDLLmu=6.89892 CombDLLpi=0 CombDLLk=-32.4423 CombDLLp=-32.4423 CombDLLd=-32.4423 ProbNNe=3.27264e-10 ProbNNmu=0.03202 ProbNNpi=0.972237 ProbNNk=1.08603e-05 ProbNNp=2.32804e-06 ProbNNghost=0.00476119 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.32314 RichDLLmu=-1.79767 RichDLLpi=0 RichDLLk=8.60565 RichDLLp=8.60565 RichPIDStatus=5028 RichDLLbt=8.60565 RichDLLd=8.60565 InAccBrem=1 CaloBremChi2=335.641 BremPIDe=-0.373552 TrackChi2PerDof=1.0926 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=3881.67 TrackPt=769.762 CombDLLe=-1.47098 CombDLLmu=-2.41362 CombDLLpi=0 CombDLLk=8.60565 CombDLLp=8.60565 CombDLLd=8.60565 ProbNNe=9.89784e-05 ProbNNmu=0.00528287 ProbNNpi=0.484121 ProbNNk=0.382968 ProbNNp=0.295783 ProbNNghost=0.0844715 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.6594 RichDLLmu=-7.07798 RichDLLpi=0 RichDLLk=2.1062 RichDLLp=2.1062 RichPIDStatus=5028 RichDLLbt=2.1062 RichDLLd=2.1062 InAccBrem=1 CaloBremChi2=619.94 BremPIDe=-0.553589 TrackChi2PerDof=0.770306 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=2866.66 TrackPt=669.463 CombDLLe=-3.16206 CombDLLmu=-6.22074 CombDLLpi=0 CombDLLk=2.1062 CombDLLp=2.1062 CombDLLd=2.1062 ProbNNe=2.35876e-05 ProbNNmu=0.00380327 ProbNNpi=0.765286 ProbNNk=0.148906 ProbNNp=0.0939873 ProbNNghost=0.0248155 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.7041 RichDLLmu=-2.08292 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=60.7797 BremPIDe=0.4046 TrackChi2PerDof=0.732083 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=2444.89 TrackPt=543.516 CombDLLe=-3.06009 CombDLLmu=-2.75835 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.70346e-06 ProbNNmu=0.00612775 ProbNNpi=0.821688 ProbNNk=0.11156 ProbNNp=0.0616007 ProbNNghost=0.0294179 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-20.3407 RichDLLmu=-6.11762 RichDLLpi=0 RichDLLk=9.70439 RichDLLp=9.70439 RichPIDStatus=5028 RichDLLbt=9.70439 RichDLLd=9.70439 InAccBrem=1 CaloBremChi2=123.5 BremPIDe=0.134325 TrackChi2PerDof=2.82662 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=3830.46 TrackPt=838.081 CombDLLe=-3.1472 CombDLLmu=-5.88483 CombDLLpi=0 CombDLLk=9.70439 CombDLLp=9.70439 CombDLLd=9.70439 ProbNNe=0.000133815 ProbNNmu=0.00266466 ProbNNpi=0.624737 ProbNNk=0.17223 ProbNNp=0.120212 ProbNNghost=0.0851414 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.4935 RichDLLmu=-1.78837 RichDLLpi=0 RichDLLk=0.860431 RichDLLp=0.860431 RichPIDStatus=5028 RichDLLbt=0.860431 RichDLLd=0.860431 InAccBrem=1 CaloBremChi2=43.6887 BremPIDe=1.14622 TrackChi2PerDof=0.894571 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=2664.86 TrackPt=582.991 CombDLLe=-1.73382 CombDLLmu=-2.40215 CombDLLpi=0 CombDLLk=0.860431 CombDLLp=0.860431 CombDLLd=0.860431 ProbNNe=1.09726e-06 ProbNNmu=0.0103443 ProbNNpi=0.811499 ProbNNk=0.0520093 ProbNNp=0.0250935 ProbNNghost=0.0088719 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.85266 ShowerShape=1254.47 ClusterMass=104.658 CaloNeutralEcal=54601.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928347 CaloNeutralID=43316 CaloNeutralE19=0.359928 CaloClusterCode=90 CaloClusterFrac=0.999754 IsPhoton=0.00476897 IsNotH=0.344618 IsPhotonXGB=0.0942305 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00433556 ShowerShape=1237.42 ClusterMass=54.4693 CaloNeutralEcal=92186.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900196 CaloNeutralID=42455 CaloNeutralE19=0.594897 CaloClusterCode=-93 CaloClusterFrac=0.999966 IsPhoton=0.575225 IsNotH=0.843341 IsPhotonXGB=0.802184 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0262322 ShowerShape=27913.9 ClusterMass=165.527 CaloNeutralEcal=13005.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.672107 CaloNeutralID=34870 CaloNeutralE19=0.330217 CaloClusterCode=-92 CaloClusterFrac=0.999995 IsPhoton=0.00489858 IsNotH=0.00246386 IsPhotonXGB=0.227373 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.17338 ShowerShape=19928.3 ClusterMass=81.3622 CaloNeutralEcal=14034.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944165 CaloNeutralID=34736 CaloNeutralE19=0.545855 CaloClusterCode=-62 CaloClusterFrac=0.967241 IsPhoton=0.13395 IsNotH=0.069328 IsPhotonXGB=0.586498 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.201483 ShowerShape=23239.8 ClusterMass=78.5845 CaloNeutralEcal=11222.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824387 CaloNeutralID=35340 CaloNeutralE19=0.359552 CaloClusterCode=95 CaloClusterFrac=0.999998 IsPhoton=0.0657177 IsNotH=0.00521963 IsPhotonXGB=0.80369 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00914453 ShowerShape=3109.15 ClusterMass=179.185 CaloNeutralEcal=73254.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.673936 CaloNeutralID=43030 CaloNeutralE19=0.233128 CaloClusterCode=90 CaloClusterFrac=0.999977 IsPhoton=0.0546616 IsNotH=0.00027909 IsPhotonXGB=0.00755001 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.19042 ShowerShape=2284.37 ClusterMass=36.5046 CaloNeutralEcal=23376.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894691 CaloNeutralID=37784 CaloNeutralE19=0.624303 CaloClusterCode=93 CaloClusterFrac=0.999989 IsPhoton=0.736786 IsNotH=0.569866 IsPhotonXGB=0.929131 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.474 ShowerShape=4710.87 ClusterMass=57.1608 CaloNeutralEcal=24924.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797526 CaloNeutralID=37790 CaloNeutralE19=0.470024 CaloClusterCode=-97 CaloClusterFrac=0.999745 IsPhoton=0.135881 IsNotH=0.067339 IsPhotonXGB=0.0697048 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.02069 ShowerShape=14056.5 ClusterMass=92.162 CaloNeutralEcal=12059.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951829 CaloNeutralID=35733 CaloNeutralE19=0.580813 CaloClusterCode=-96 CaloClusterFrac=0.999985 IsPhoton=0.727009 IsNotH=0.0904016 IsPhotonXGB=0.458231 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.229083 ShowerShape=2585.05 ClusterMass=152.228 CaloNeutralEcal=50520.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824902 CaloNeutralID=42899 CaloNeutralE19=0.291448 CaloClusterCode=96 CaloClusterFrac=0.999965 IsPhoton=0.0109642 IsNotH=0.0200257 IsPhotonXGB=0.49338 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50843 ShowerShape=1677.93 ClusterMass=100.419 CaloNeutralEcal=54469.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845397 CaloNeutralID=43622 CaloNeutralE19=0.414838 CaloClusterCode=-91 CaloClusterFrac=0.986637 IsPhoton=0.0682054 IsNotH=0.207484 IsPhotonXGB=0.165553 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.469125 ShowerShape=14902.6 ClusterMass=29.5087 CaloNeutralEcal=8132.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88731 CaloNeutralID=34746 CaloNeutralE19=0.477408 CaloClusterCode=-91 CaloClusterFrac=0.99896 IsPhoton=0.200175 IsNotH=0.110014 IsPhotonXGB=0.961592 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.6242 ShowerShape=1330.71 ClusterMass=33.8399 CaloNeutralEcal=44954.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876881 CaloNeutralID=42453 CaloNeutralE19=0.40843 CaloClusterCode=-95 CaloClusterFrac=0.999977 IsPhoton=1 IsNotH=0.250865 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.64944 ShowerShape=13277.7 ClusterMass=41.7426 CaloNeutralEcal=7201.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981457 CaloNeutralID=35195 CaloNeutralE19=0.532967 CaloClusterCode=-93 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.355925 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.96524 ShowerShape=17464.9 ClusterMass=46.1021 CaloNeutralEcal=8115.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.720508 CaloNeutralID=34936 CaloNeutralE19=0.432624 CaloClusterCode=-90 CaloClusterFrac=0.999969 IsPhoton=1 IsNotH=0.00803774 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0866163 ShowerShape=4654.09 ClusterMass=46.6344 CaloNeutralEcal=19452.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.692523 CaloNeutralID=39309 CaloNeutralE19=0.235439 CaloClusterCode=-98 CaloClusterFrac=0.999893 IsPhoton=1 IsNotH=0.00481758 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.176125 ShowerShape=3110.84 ClusterMass=42.0324 CaloNeutralEcal=18492.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900971 CaloNeutralID=38476 CaloNeutralE19=0.591287 CaloClusterCode=-93 CaloClusterFrac=0.999934 IsPhoton=1 IsNotH=0.742289 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.162921 ShowerShape=42341.8 ClusterMass=148.225 CaloNeutralEcal=8283.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797752 CaloNeutralID=34678 CaloNeutralE19=0.402318 CaloClusterCode=90 CaloClusterFrac=1.00231 IsPhoton=4.57826e-06 IsNotH=0.0107119 IsPhotonXGB=0.797793 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.715379 ShowerShape=7580.62 ClusterMass=14.5677 CaloNeutralEcal=6365.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94865 CaloNeutralID=34946 CaloNeutralE19=0.51148 CaloClusterCode=-97 CaloClusterFrac=0.999928 IsPhoton=1 IsNotH=0.0956455 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.297595 ShowerShape=7299.7 ClusterMass=7.45378 CaloNeutralEcal=16801.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960997 CaloNeutralID=37669 CaloNeutralE19=0.643902 CaloClusterCode=-67 CaloClusterFrac=0.99992 IsPhoton=1 IsNotH=0.590543 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.10894 ShowerShape=5199.57 ClusterMass=65.123 CaloNeutralEcal=13587 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805994 CaloNeutralID=38648 CaloNeutralE19=0.3809 CaloClusterCode=-95 CaloClusterFrac=0.999915 IsPhoton=1 IsNotH=0.0447784 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.908297 ShowerShape=7026.19 ClusterMass=21.0681 CaloNeutralEcal=5915.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.87982 CaloNeutralID=33360 CaloNeutralE19=0.725102 CaloClusterCode=92 IsPhoton=1 IsNotH=0.523764 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.474 ShowerShape=4710.87 ClusterMass=57.1608 CaloNeutralEcal=24924.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797526 CaloNeutralID=37790 CaloNeutralE19=0.470024 CaloClusterCode=-97 CaloClusterFrac=0.999745 IsPhoton=0.142909 IsNotH=0.067339 IsPhotonXGB=0.0697048 ClusterAsX=8.05624e-05 ClusterAsY=0.166121 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50843 ShowerShape=1677.93 ClusterMass=100.419 CaloNeutralEcal=54469.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845397 CaloNeutralID=43622 CaloNeutralE19=0.414838 CaloClusterCode=-91 CaloClusterFrac=0.986637 IsPhoton=1 IsNotH=0.207484 IsPhotonXGB=1 ClusterAsX=0.0232315 ClusterAsY=-0.360801 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.6242 ShowerShape=1330.71 ClusterMass=33.8399 CaloNeutralEcal=44954.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876881 CaloNeutralID=42453 CaloNeutralE19=0.40843 CaloClusterCode=-95 CaloClusterFrac=0.999977 IsPhoton=1 IsNotH=0.250865 IsPhotonXGB=1 ClusterAsX=0.455337 ClusterAsY=-0.118408 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.96524 ShowerShape=17464.9 ClusterMass=46.1021 CaloNeutralEcal=8115.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.720508 CaloNeutralID=34936 CaloNeutralE19=0.432624 CaloClusterCode=-90 CaloClusterFrac=0.999969 IsPhoton=1 IsNotH=0.00803774 IsPhotonXGB=1 ClusterAsX=0.0502225 ClusterAsY=-0.276035 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.3948 ShowerShape=11223.8 CaloNeutralEcal=6288.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.814757 CaloNeutralID=33510 CaloNeutralE19=0.503072 CaloClusterCode=-95 CaloClusterFrac=0.999972 IsPhoton=1 IsNotH=0.099611 IsPhotonXGB=1 ClusterAsX=0.149051 ClusterAsY=0.0558861 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.39962 ShowerShape=2007.34 CaloNeutralEcal=22573.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927154 CaloNeutralID=42023 CaloNeutralE19=0.530589 CaloClusterCode=93 CaloClusterFrac=0.999936 IsPhoton=1 IsNotH=0.3353 IsPhotonXGB=1 ClusterAsX=-0.196823 ClusterAsY=-0.262504 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.65841 ShowerShape=2668.57 CaloNeutralEcal=32227.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915064 CaloNeutralID=43368 CaloNeutralE19=0.432314 CaloClusterCode=75 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.346077 IsPhotonXGB=1 ClusterAsX=0.376207 ClusterAsY=0.157597 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.7226 ShowerShape=1631.32 CaloNeutralEcal=34245.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847257 CaloNeutralID=42522 CaloNeutralE19=0.609066 CaloClusterCode=-97 CaloClusterFrac=0.999961 IsPhoton=1 IsNotH=0.73752 IsPhotonXGB=1 ClusterAsX=0.0240293 ClusterAsY=0.132336 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.31204 ShowerShape=1323.76 CaloNeutralEcal=28153.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762348 CaloNeutralID=42729 CaloNeutralE19=0.414332 CaloClusterCode=-97 CaloClusterFrac=0.967767 IsPhoton=1 IsNotH=0.0243497 IsPhotonXGB=1 ClusterAsX=-0.100933 ClusterAsY=0.0825919 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=75.7787 ShowerShape=3172.77 CaloNeutralEcal=6000.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990571 CaloNeutralID=35814 CaloNeutralE19=0.941206 CaloClusterCode=-91 CaloClusterFrac=1.00098 IsPhoton=1 IsNotH=0.880985 IsPhotonXGB=1 ClusterAsX=0.0010738 ClusterAsY=-0.0436605 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.5371 ShowerShape=2657.57 CaloNeutralEcal=9844.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873266 CaloNeutralID=39537 CaloNeutralE19=0.621043 CaloClusterCode=-97 CaloClusterFrac=0.999912 IsPhoton=1 IsNotH=0.45959 IsPhotonXGB=1 ClusterAsX=-0.0619665 ClusterAsY=0.113315 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=379.456 ShowerShape=766.313 CaloNeutralEcal=8807.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972289 CaloNeutralID=40018 CaloNeutralE19=0.811996 CaloClusterCode=-97 CaloClusterFrac=0.999593 IsPhoton=1 IsNotH=0.913867 IsPhotonXGB=1 ClusterAsX=0.0232542 ClusterAsY=0.132038 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.07403 ShowerShape=12890.5 CaloNeutralEcal=3320.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795058 CaloNeutralID=34299 CaloNeutralE19=0.563616 CaloClusterCode=-91 CaloClusterFrac=1.00894 IsPhoton=1 IsNotH=0.105555 IsPhotonXGB=1 ClusterAsX=-0.101498 ClusterAsY=0.00370341 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.02333 ShowerShape=8811.7 CaloNeutralEcal=3206.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944229 CaloNeutralID=34371 CaloNeutralE19=0.597152 CaloClusterCode=-98 CaloClusterFrac=1.02235 IsPhoton=1 IsNotH=0.104562 IsPhotonXGB=1 ClusterAsX=0.277923 ClusterAsY=0.345104 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.7722 ShowerShape=1827.14 CaloNeutralEcal=14408.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795311 CaloNeutralID=42575 CaloNeutralE19=0.45421 CaloClusterCode=95 CaloClusterFrac=0.999354 IsPhoton=1 IsNotH=0.102603 IsPhotonXGB=1 ClusterAsX=0.167452 ClusterAsY=-0.125892 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.55156 ShowerShape=2899.79 CaloNeutralEcal=8198.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937735 CaloNeutralID=37970 CaloNeutralE19=0.685921 CaloClusterCode=-92 CaloClusterFrac=0.993809 IsPhoton=1 IsNotH=0.486933 IsPhotonXGB=1 ClusterAsX=0.1361 ClusterAsY=-0.249866 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.2363 ShowerShape=7896.66 CaloNeutralEcal=3468.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905899 CaloNeutralID=35337 CaloNeutralE19=0.694933 CaloClusterCode=-96 CaloClusterFrac=1.00798 IsPhoton=1 IsNotH=0.301623 IsPhotonXGB=1 ClusterAsX=-0.184363 ClusterAsY=0.112094 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.7631 ShowerShape=26492.3 CaloNeutralEcal=5864.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.993672 CaloNeutralID=34021 CaloNeutralE19=0.441449 CaloClusterCode=95 CaloClusterFrac=1.00208 IsPhoton=1 IsNotH=0.0800042 IsPhotonXGB=1 ClusterAsX=0.516214 ClusterAsY=0.25145 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.22685 ShowerShape=3878.53 CaloNeutralEcal=8454.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.632581 CaloNeutralID=37798 CaloNeutralE19=0.298082 CaloClusterCode=-90 CaloClusterFrac=0.999673 IsPhoton=1 IsNotH=0.00151736 IsPhotonXGB=1 ClusterAsX=-0.105908 ClusterAsY=-0.125489 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.42 ShowerShape=1766.27 CaloNeutralEcal=28273.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.79696 CaloNeutralID=42524 CaloNeutralE19=0.320823 CaloClusterCode=-98 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.00988005 IsPhotonXGB=1 ClusterAsX=0.222366 ClusterAsY=0.282152 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.20756 ShowerShape=1416.59 CaloNeutralEcal=22918.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.791629 CaloNeutralID=42599 CaloNeutralE19=0.419571 CaloClusterCode=-75 CaloClusterFrac=0.999123 IsPhoton=1 IsNotH=0.107963 IsPhotonXGB=1 ClusterAsX=0.238629 ClusterAsY=-0.079748 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.03029 ShowerShape=11543.7 CaloNeutralEcal=2285.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.810281 CaloNeutralID=34561 CaloNeutralE19=0.478465 CaloClusterCode=-95 CaloClusterFrac=0.891075 IsPhoton=1 IsNotH=0.0173717 IsPhotonXGB=1 ClusterAsX=0.237149 ClusterAsY=-0.126722 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=194.83 ShowerShape=2740.53 CaloNeutralEcal=4260 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976981 CaloNeutralID=34129 CaloNeutralE19=0.838034 CaloClusterCode=61 CaloClusterFrac=0.999828 IsPhoton=1 IsNotH=0.813525 IsPhotonXGB=1 ClusterAsX=0.0445618 ClusterAsY=-0.0599157 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.5692 ShowerShape=944.491 CaloNeutralEcal=15345.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84667 CaloNeutralID=42642 CaloNeutralE19=0.713857 CaloClusterCode=95 CaloClusterFrac=0.99988 IsPhoton=1 IsNotH=0.893844 IsPhotonXGB=1 ClusterAsX=0.000737829 ClusterAsY=0.0513065 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=555.231 ShowerShape=9868.18 CaloNeutralEcal=2049.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790601 CaloNeutralID=33597 CaloNeutralE19=0.534093 CaloClusterCode=91 CaloClusterFrac=1.00171 IsPhoton=1 IsNotH=0.103142 IsPhotonXGB=1 ClusterAsX=0.134053 ClusterAsY=-0.0843118 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.68808 ShowerShape=17728.8 CaloNeutralEcal=4908.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767819 CaloNeutralID=35559 CaloNeutralE19=0.38928 CaloClusterCode=-96 CaloClusterFrac=0.982455 IsPhoton=1 IsNotH=0.00434603 IsPhotonXGB=1 ClusterAsX=0.155293 ClusterAsY=-0.0262479 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.8663 ShowerShape=6021.39 CaloNeutralEcal=4054.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984934 CaloNeutralID=37682 CaloNeutralE19=0.760753 CaloClusterCode=-67 CaloClusterFrac=0.803492 IsPhoton=1 IsNotH=0.433351 IsPhotonXGB=1 ClusterAsX=-0.111619 ClusterAsY=0.0852933 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.19814 ShowerShape=2366.54 CaloNeutralEcal=5650.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935367 CaloNeutralID=38664 CaloNeutralE19=0.585319 CaloClusterCode=-95 CaloClusterFrac=0.999867 IsPhoton=1 IsNotH=0.786927 IsPhotonXGB=1 ClusterAsX=0.315371 ClusterAsY=0.0391647 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=211.571 ShowerShape=2476.6 CaloNeutralEcal=2914.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.989619 CaloNeutralID=36201 CaloNeutralE19=0.956184 CaloClusterCode=-97 CaloClusterFrac=1.00637 IsPhoton=1 IsNotH=0.882239 IsPhotonXGB=1 ClusterAsX=-0.00635046 ClusterAsY=0.0190731 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.9924 ShowerShape=6740.74 CaloNeutralEcal=2462.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.865235 CaloNeutralID=33738 CaloNeutralE19=0.613644 CaloClusterCode=-91 CaloClusterFrac=0.98355 IsPhoton=1 IsNotH=0.190642 IsPhotonXGB=1 ClusterAsX=0.0503174 ClusterAsY=-0.0641567 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.55846 ShowerShape=2360.26 CaloNeutralEcal=5147.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960364 CaloNeutralID=38520 CaloNeutralE19=0.525487 CaloClusterCode=-97 CaloClusterFrac=1.00469 IsPhoton=1 IsNotH=0.476649 IsPhotonXGB=1 ClusterAsX=0.148848 ClusterAsY=0.42414 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=107.986 ShowerShape=6162.88 CaloNeutralEcal=2682.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939684 CaloNeutralID=35724 CaloNeutralE19=0.684088 CaloClusterCode=-90 CaloClusterFrac=1.01502 IsPhoton=1 IsNotH=0.462703 IsPhotonXGB=1 ClusterAsX=-0.169887 ClusterAsY=-0.159366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.43838 ShowerShape=15843.9 CaloNeutralEcal=3422.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950462 CaloNeutralID=35086 CaloNeutralE19=0.803877 CaloClusterCode=-90 CaloClusterFrac=1.0034 IsPhoton=1 IsNotH=0.691441 IsPhotonXGB=1 ClusterAsX=-0.128978 ClusterAsY=-0.0945734 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=284.614 ShowerShape=1765.85 CaloNeutralEcal=4084.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916696 CaloNeutralID=37809 CaloNeutralE19=0.638851 CaloClusterCode=-91 CaloClusterFrac=0.865463 IsPhoton=1 IsNotH=0.285242 IsPhotonXGB=1 ClusterAsX=0.119711 ClusterAsY=-0.167083 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.2585 ShowerShape=15162 CaloNeutralEcal=3848.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.747534 CaloNeutralID=35607 CaloNeutralE19=0.431398 CaloClusterCode=-97 CaloClusterFrac=1.00686 IsPhoton=1 IsNotH=0.0374188 IsPhotonXGB=1 ClusterAsX=0.224294 ClusterAsY=0.159432 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.936 ShowerShape=8227.07 CaloNeutralEcal=2436.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836651 CaloNeutralID=34824 CaloNeutralE19=0.633323 CaloClusterCode=-95 CaloClusterFrac=0.999983 IsPhoton=1 IsNotH=0.163332 IsPhotonXGB=1 ClusterAsX=0.0935914 ClusterAsY=-0.0215681 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=482.191 ShowerShape=10053.4 CaloNeutralEcal=2282.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916007 CaloNeutralID=33242 CaloNeutralE19=0.540421 CaloClusterCode=96 CaloClusterFrac=1.00209 IsPhoton=1 IsNotH=0.0562454 IsPhotonXGB=1 ClusterAsX=-0.368744 ClusterAsY=0.268889 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=70.9576 ShowerShape=3120.81 CaloNeutralEcal=2749.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988111 CaloNeutralID=35505 CaloNeutralE19=0.943088 CaloClusterCode=-95 CaloClusterFrac=1.0061 IsPhoton=1 IsNotH=0.879273 IsPhotonXGB=1 ClusterAsX=0.019351 ClusterAsY=-0.0276996 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.4178 ShowerShape=3291.81 CaloNeutralEcal=5052.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949455 CaloNeutralID=38194 CaloNeutralE19=0.649562 CaloClusterCode=90 CaloClusterFrac=1.00739 IsPhoton=1 IsNotH=0.364238 IsPhotonXGB=1 ClusterAsX=-0.245315 ClusterAsY=-0.196464 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.0887 ShowerShape=17653.7 CaloNeutralEcal=3676.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.7293 CaloNeutralID=33884 CaloNeutralE19=0.431434 CaloClusterCode=-90 CaloClusterFrac=1.01168 IsPhoton=1 IsNotH=0.0073648 IsPhotonXGB=1 ClusterAsX=-0.294634 ClusterAsY=-0.0730728 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=156.338 ShowerShape=2709.28 CaloNeutralEcal=3457.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982574 CaloNeutralID=34132 CaloNeutralE19=0.888268 CaloClusterCode=-60 CaloClusterFrac=0.999905 IsPhoton=1 IsNotH=0.862922 IsPhotonXGB=1 ClusterAsX=-0.0312824 ClusterAsY=-0.0770136 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.011 ShowerShape=12833 CaloNeutralEcal=1742.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.993193 CaloNeutralID=34238 CaloNeutralE19=0.568635 CaloClusterCode=95 CaloClusterFrac=1.01278 IsPhoton=1 IsNotH=0.29137 IsPhotonXGB=1 ClusterAsX=0.420965 ClusterAsY=0.134964 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.93346 ShowerShape=2054.56 CaloNeutralEcal=6989.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719514 CaloNeutralID=43635 CaloNeutralE19=0.369585 CaloClusterCode=-97 CaloClusterFrac=0.999925 IsPhoton=1 IsNotH=0.0113556 IsPhotonXGB=1 ClusterAsX=-0.0831356 ClusterAsY=0.247188 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.4341 ShowerShape=4439.28 CaloNeutralEcal=2933.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.868638 CaloNeutralID=37692 CaloNeutralE19=0.573873 CaloClusterCode=65 CaloClusterFrac=0.997277 IsPhoton=1 IsNotH=0.10902 IsPhotonXGB=1 ClusterAsX=-0.109928 ClusterAsY=-0.0299214 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.96252 ShowerShape=1902.76 CaloNeutralEcal=9284.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.799136 CaloNeutralID=43995 CaloNeutralE19=0.437066 CaloClusterCode=97 IsPhoton=1 IsNotH=0.161029 IsPhotonXGB=1 ClusterAsX=0.190451 ClusterAsY=0.150336 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.0213 ShowerShape=2397.45 CaloNeutralEcal=4054.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90032 CaloNeutralID=39756 CaloNeutralE19=0.430188 CaloClusterCode=97 CaloClusterFrac=1.00595 IsPhoton=1 IsNotH=0.182542 IsPhotonXGB=1 ClusterAsX=0.216053 ClusterAsY=0.23461 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=160.161 ShowerShape=4894.82 CaloNeutralEcal=1382.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908701 CaloNeutralID=33475 CaloNeutralE19=0.72908 CaloClusterCode=-93 CaloClusterFrac=0.970388 IsPhoton=1 IsNotH=0.473367 IsPhotonXGB=1 ClusterAsX=-0.0501131 ClusterAsY=0.0535929 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.7161 ShowerShape=13119.5 CaloNeutralEcal=3078.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942883 CaloNeutralID=33825 CaloNeutralE19=0.343638 CaloClusterCode=98 CaloClusterFrac=1.00445 IsPhoton=1 IsNotH=0.0295567 IsPhotonXGB=1 ClusterAsX=0.314542 ClusterAsY=0.492543 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.4921 ShowerShape=4660.28 CaloNeutralEcal=4160.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.708685 CaloNeutralID=38774 CaloNeutralE19=0.286926 CaloClusterCode=-92 CaloClusterFrac=0.998258 IsPhoton=1 IsNotH=0.00139124 IsPhotonXGB=1 ClusterAsX=0.13186 ClusterAsY=-0.342358 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.0421 ShowerShape=17523.9 CaloNeutralEcal=1967.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.733203 CaloNeutralID=35595 CaloNeutralE19=0.339787 CaloClusterCode=-97 CaloClusterFrac=1.01145 IsPhoton=1 IsNotH=0.00722105 IsPhotonXGB=1 ClusterAsX=0.26175 ClusterAsY=0.227806 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=271.017 ShowerShape=2756.35 CaloNeutralEcal=2452.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.97378 CaloNeutralID=33689 CaloNeutralE19=0.877279 CaloClusterCode=-97 CaloClusterFrac=1.00015 IsPhoton=1 IsNotH=0.87524 IsPhotonXGB=1 ClusterAsX=0.000850386 ClusterAsY=0.0806737 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=140.608 ShowerShape=5164.49 CaloNeutralEcal=1846.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986292 CaloNeutralID=35852 CaloNeutralE19=0.524186 CaloClusterCode=-93 CaloClusterFrac=1.03123 IsPhoton=1 IsNotH=0.452134 IsPhotonXGB=1 ClusterAsX=-0.398623 ClusterAsY=-0.0557577 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=145.847 ShowerShape=803.304 CaloNeutralEcal=3116.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95463 CaloNeutralID=39547 CaloNeutralE19=0.803779 CaloClusterCode=95 CaloClusterFrac=1.01536 IsPhoton=1 IsNotH=0.94824 IsPhotonXGB=1 ClusterAsX=0.0746361 ClusterAsY=-0.0378129 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.783 ShowerShape=815.301 CaloNeutralEcal=6639.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964791 CaloNeutralID=41887 CaloNeutralE19=0.855491 CaloClusterCode=-63 CaloClusterFrac=0.969374 IsPhoton=1 IsNotH=0.976029 IsPhotonXGB=1 ClusterAsX=-0.0223426 ClusterAsY=-0.111704 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=116.412 ShowerShape=3261.8 CaloNeutralEcal=3392.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982964 CaloNeutralID=35619 CaloNeutralE19=0.930286 CaloClusterCode=-95 CaloClusterFrac=1.03818 IsPhoton=1 IsNotH=0.861217 IsPhotonXGB=1 ClusterAsX=0.0544599 ClusterAsY=0.0074428 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.8615 ShowerShape=3005.79 CaloNeutralEcal=2621.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767649 CaloNeutralID=37883 CaloNeutralE19=0.346181 CaloClusterCode=-95 CaloClusterFrac=0.989191 IsPhoton=1 IsNotH=0.0107352 IsPhotonXGB=1 ClusterAsX=0.205739 ClusterAsY=0.013409 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.04067 ShowerShape=6175.16 CaloNeutralEcal=6122.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976729 CaloNeutralID=38117 CaloNeutralE19=0.520309 CaloClusterCode=60 CaloClusterFrac=0.999953 IsPhoton=1 IsNotH=0.304704 IsPhotonXGB=1 ClusterAsX=-0.299703 ClusterAsY=-0.126603 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=51.465 ShowerShape=6893.61 CaloNeutralEcal=2023.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972166 CaloNeutralID=35019 CaloNeutralE19=0.934737 CaloClusterCode=-95 CaloClusterFrac=1.00312 IsPhoton=1 IsNotH=0.893685 IsPhotonXGB=1 ClusterAsX=0.0329364 ClusterAsY=0.0125428 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.7557 ShowerShape=14167.5 CaloNeutralEcal=2695.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.888234 CaloNeutralID=34024 CaloNeutralE19=0.602118 CaloClusterCode=93 CaloClusterFrac=0.996133 IsPhoton=1 IsNotH=0.331638 IsPhotonXGB=1 ClusterAsX=-0.158539 ClusterAsY=-0.0130156 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.06 ShowerShape=5818.49 CaloNeutralEcal=1579.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957631 CaloNeutralID=34168 CaloNeutralE19=0.555643 CaloClusterCode=91 CaloClusterFrac=1.00877 IsPhoton=1 IsNotH=0.42357 IsPhotonXGB=1 ClusterAsX=0.0177291 ClusterAsY=-0.382982 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.6789 ShowerShape=3569.19 CaloNeutralEcal=5377.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.807835 CaloNeutralID=37980 CaloNeutralE19=0.572202 CaloClusterCode=95 CaloClusterFrac=0.998377 IsPhoton=1 IsNotH=0.14284 IsPhotonXGB=1 ClusterAsX=0.0968179 ClusterAsY=0.0112223 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=162.214 ShowerShape=4429.36 CaloNeutralEcal=2798.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967177 CaloNeutralID=33886 CaloNeutralE19=0.701719 CaloClusterCode=-91 CaloClusterFrac=1.01316 IsPhoton=1 IsNotH=0.554702 IsPhotonXGB=1 ClusterAsX=-0.0684899 ClusterAsY=-0.21476 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.7711 ShowerShape=11866.5 CaloNeutralEcal=1901.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958014 CaloNeutralID=33683 CaloNeutralE19=0.507137 CaloClusterCode=97 CaloClusterFrac=1.01021 IsPhoton=1 IsNotH=0.156947 IsPhotonXGB=1 ClusterAsX=0.150039 ClusterAsY=0.442629 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.8467 ShowerShape=1749.03 CaloNeutralEcal=6424.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972587 CaloNeutralID=44072 CaloNeutralE19=0.506141 CaloClusterCode=97 IsPhoton=1 IsNotH=0.565337 IsPhotonXGB=1 ClusterAsX=0.206738 ClusterAsY=0.330258 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.33933 ShowerShape=3958.38 CaloNeutralEcal=8015.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915253 CaloNeutralID=42733 CaloNeutralE19=0.640057 CaloClusterCode=-95 CaloClusterFrac=0.962993 IsPhoton=1 IsNotH=0.841461 IsPhotonXGB=1 ClusterAsX=0.204569 ClusterAsY=0.0193131 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.983 ShowerShape=12093 CaloNeutralEcal=1677.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896134 CaloNeutralID=35890 CaloNeutralE19=0.48245 CaloClusterCode=-97 CaloClusterFrac=1.03106 IsPhoton=1 IsNotH=0.11694 IsPhotonXGB=1 ClusterAsX=-0.0878494 ClusterAsY=0.273929 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.662 ShowerShape=7483.58 CaloNeutralEcal=3748.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.926633 CaloNeutralID=35488 CaloNeutralE19=0.72457 CaloClusterCode=63 CaloClusterFrac=0.99963 IsPhoton=1 IsNotH=0.388385 IsPhotonXGB=1 ClusterAsX=-0.0769638 ClusterAsY=-0.0184457 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.6918 ShowerShape=1019.82 CaloNeutralEcal=8453.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796944 CaloNeutralID=43750 CaloNeutralE19=0.540694 CaloClusterCode=-93 CaloClusterFrac=0.963393 IsPhoton=1 IsNotH=0.324443 IsPhotonXGB=1 ClusterAsX=-0.0701613 ClusterAsY=-0.0954372 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=71.697 ShowerShape=3061.71 CaloNeutralEcal=2526.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77264 CaloNeutralID=38338 CaloNeutralE19=0.322663 CaloClusterCode=93 CaloClusterFrac=0.999759 IsPhoton=1 IsNotH=0.00804415 IsPhotonXGB=1 ClusterAsX=-0.274712 ClusterAsY=-0.0756578 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.19452 ShowerShape=25657.5 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloNeutralE19=0.423184 CaloClusterCode=60 CaloClusterFrac=0.999892 IsPhoton=1 IsNotH=0.00620504 IsPhotonXGB=1 ClusterAsX=-0.0473118 ClusterAsY=0.0252151 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=76.0961 ShowerShape=1135.66 CaloNeutralEcal=7057.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959276 CaloNeutralID=43732 CaloNeutralE19=0.550203 CaloClusterCode=-95 CaloClusterFrac=0.999055 IsPhoton=1 IsNotH=0.548662 IsPhotonXGB=1 ClusterAsX=0.261731 ClusterAsY=0.203717 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.6188 ShowerShape=1021.71 CaloNeutralEcal=9094.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841003 CaloNeutralID=42795 CaloNeutralE19=0.529507 CaloClusterCode=-91 CaloClusterFrac=0.968835 IsPhoton=1 IsNotH=0.237644 IsPhotonXGB=1 ClusterAsX=-0.265122 ClusterAsY=-0.0952641 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.2532 ShowerShape=18706.3 CaloNeutralEcal=1536.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920519 CaloNeutralID=33713 CaloNeutralE19=0.638038 CaloClusterCode=98 CaloClusterFrac=1.01095 IsPhoton=1 IsNotH=0.210311 IsPhotonXGB=1 ClusterAsX=0.300671 ClusterAsY=0.151052 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=52.0102 ShowerShape=931.315 CaloNeutralEcal=16435.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951086 CaloNeutralID=42590 CaloNeutralE19=0.367665 CaloClusterCode=-63 CaloClusterFrac=0.999475 IsPhoton=1 IsNotH=0.124274 IsPhotonXGB=1 ClusterAsX=-0.500506 ClusterAsY=-0.260466 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.4827 ShowerShape=14155 CaloNeutralEcal=982.526 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70169 CaloNeutralID=34689 CaloNeutralE19=0.404651 CaloClusterCode=-97 CaloClusterFrac=0.78728 IsPhoton=1 IsNotH=0.008526 IsPhotonXGB=1 ClusterAsX=0.207304 ClusterAsY=0.0154868 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.0587 ShowerShape=867.845 CaloNeutralEcal=5240.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954802 CaloNeutralID=44116 CaloNeutralE19=0.769797 CaloClusterCode=63 CaloClusterFrac=0.999712 IsPhoton=1 IsNotH=0.885824 IsPhotonXGB=1 ClusterAsX=-0.150328 ClusterAsY=0.135637 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=123.827 ShowerShape=3879 CaloNeutralEcal=2974.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974204 CaloNeutralID=35493 CaloNeutralE19=0.873422 CaloClusterCode=-65 CaloClusterFrac=0.987749 IsPhoton=1 IsNotH=0.879633 IsPhotonXGB=1 ClusterAsX=0.0309994 ClusterAsY=-0.0598274 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.88938 ShowerShape=2289.57 CaloNeutralEcal=7407.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.680087 CaloNeutralID=43244 CaloNeutralE19=0.368787 CaloClusterCode=-95 CaloClusterFrac=0.914995 IsPhoton=1 IsNotH=0.00458417 IsPhotonXGB=1 ClusterAsX=-0.0274398 ClusterAsY=0.133857 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.5735 ShowerShape=1579.39 CaloNeutralEcal=3924.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995702 CaloNeutralID=39975 CaloNeutralE19=0.773294 CaloClusterCode=-90 CaloClusterFrac=1.01887 IsPhoton=1 IsNotH=0.644221 IsPhotonXGB=1 ClusterAsX=-0.202355 ClusterAsY=-0.190545 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=134.67 ShowerShape=3879.09 CaloNeutralEcal=1336.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962356 CaloNeutralID=36240 CaloNeutralE19=0.829303 CaloClusterCode=97 CaloClusterFrac=1.02401 IsPhoton=1 IsNotH=0.714685 IsPhotonXGB=1 ClusterAsX=0.0090991 ClusterAsY=0.105111 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.75714 ShowerShape=3617.99 CaloNeutralEcal=3389.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697159 CaloNeutralID=38349 CaloNeutralE19=0.33357 CaloClusterCode=-91 CaloClusterFrac=1.00307 IsPhoton=1 IsNotH=0.00701512 IsPhotonXGB=1 ClusterAsX=-0.145773 ClusterAsY=-0.105287 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=153.301 ShowerShape=5588.82 CaloNeutralEcal=1054.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965577 CaloNeutralID=33286 CaloNeutralE19=0.617934 CaloClusterCode=91 CaloClusterFrac=1.01625 IsPhoton=1 IsNotH=0.391893 IsPhotonXGB=1 ClusterAsX=-0.0978521 ClusterAsY=-0.254378 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.3678 ShowerShape=3100.61 CaloNeutralEcal=2692.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811997 CaloNeutralID=39948 CaloNeutralE19=0.341123 CaloClusterCode=92 CaloClusterFrac=0.999934 IsPhoton=1 IsNotH=0.0076069 IsPhotonXGB=1 ClusterAsX=0.270717 ClusterAsY=-0.207806 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=116.835 ShowerShape=17973.5 CaloNeutralEcal=1205.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90613 CaloNeutralID=33654 CaloNeutralE19=0.528102 CaloClusterCode=96 CaloClusterFrac=1.01072 IsPhoton=1 IsNotH=0.0402327 IsPhotonXGB=1 ClusterAsX=-0.281533 ClusterAsY=0.298007 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=974.126 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00994 CaloNeutralID=36094 CaloNeutralE19=0.993637 CaloClusterCode=98 IsPhoton=1 IsNotH=0.868643 IsPhotonXGB=1 ClusterAsX=0.0644315 ClusterAsY=0.000105281 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=142.763 ShowerShape=10566.2 CaloNeutralEcal=1100.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983796 CaloNeutralID=33722 CaloNeutralE19=0.559573 CaloClusterCode=96 CaloClusterFrac=1.01092 IsPhoton=1 IsNotH=0.0868546 IsPhotonXGB=1 ClusterAsX=-0.424367 ClusterAsY=0.38927 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=71.1499 ShowerShape=2476.6 CaloNeutralEcal=1473.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987194 CaloNeutralID=36078 CaloNeutralE19=0.943675 CaloClusterCode=-93 CaloClusterFrac=1.05351 IsPhoton=1 IsNotH=0.856934 IsPhotonXGB=1 ClusterAsX=-0.0177814 ClusterAsY=0.0258432 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.33163 ShowerShape=2515.65 CaloNeutralEcal=7102.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73902 CaloNeutralID=42409 CaloNeutralE19=0.29043 CaloClusterCode=98 CaloClusterFrac=0.998545 IsPhoton=1 IsNotH=0.00224911 IsPhotonXGB=1 ClusterAsX=0.118521 ClusterAsY=0.369534 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=130.637 ShowerShape=8376.7 CaloNeutralEcal=1660.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970842 CaloNeutralID=33572 CaloNeutralE19=0.320093 CaloClusterCode=-95 CaloClusterFrac=1.02894 IsPhoton=1 IsNotH=0.036911 IsPhotonXGB=1 ClusterAsX=0.527876 ClusterAsY=-0.339628 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.0838 ShowerShape=2315.11 CaloNeutralEcal=2391.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914654 CaloNeutralID=39559 CaloNeutralE19=0.534166 CaloClusterCode=-91 CaloClusterFrac=0.996024 IsPhoton=1 IsNotH=0.548842 IsPhotonXGB=1 ClusterAsX=-0.0574806 ClusterAsY=-0.378249 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.6835 ShowerShape=4526.66 CaloNeutralEcal=1511.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974552 CaloNeutralID=33998 CaloNeutralE19=0.827758 CaloClusterCode=96 CaloClusterFrac=1.01989 IsPhoton=1 IsNotH=0.784122 IsPhotonXGB=1 ClusterAsX=-0.0656436 ClusterAsY=0.126947 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.035 ShowerShape=1543.98 CaloNeutralEcal=5264.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.822924 CaloNeutralID=43757 CaloNeutralE19=0.316676 CaloClusterCode=-91 CaloClusterFrac=0.999432 IsPhoton=1 IsNotH=0.0253992 IsPhotonXGB=1 ClusterAsX=0.188779 ClusterAsY=-0.340913 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=75.1538 ShowerShape=3414.6 CaloNeutralEcal=2369.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.997776 CaloNeutralID=34135 CaloNeutralE19=0.836809 CaloClusterCode=-63 CaloClusterFrac=1.01576 IsPhoton=1 IsNotH=0.664152 IsPhotonXGB=1 ClusterAsX=-0.150516 ClusterAsY=0.0302902 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.3248 ShowerShape=734.326 CaloNeutralEcal=1988.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937359 CaloNeutralID=39169 CaloNeutralE19=0.829772 CaloClusterCode=-97 CaloClusterFrac=0.986005 IsPhoton=1 IsNotH=0.962203 IsPhotonXGB=1 ClusterAsX=0.0670459 ClusterAsY=0.00993886 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.7915 ShowerShape=3642.67 CaloNeutralEcal=1329.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939187 CaloNeutralID=36140 CaloNeutralE19=0.821501 CaloClusterCode=-97 CaloClusterFrac=1.01302 IsPhoton=1 IsNotH=0.777089 IsPhotonXGB=1 ClusterAsX=-0.00577005 ClusterAsY=0.0523518 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.4242 ShowerShape=9290.99 CaloNeutralEcal=1567.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942133 CaloNeutralID=35123 CaloNeutralE19=0.561412 CaloClusterCode=-91 CaloClusterFrac=1.00738 IsPhoton=1 IsNotH=0.249107 IsPhotonXGB=1 ClusterAsX=-0.0910787 ClusterAsY=-0.383698 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.6327 ShowerShape=809.616 CaloNeutralEcal=4053.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893191 CaloNeutralID=43953 CaloNeutralE19=0.635619 CaloClusterCode=91 CaloClusterFrac=1.00251 IsPhoton=1 IsNotH=0.84651 IsPhotonXGB=1 ClusterAsX=-0.19673 ClusterAsY=-0.124403 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.8215 ShowerShape=8162.01 CaloNeutralEcal=1362.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911056 CaloNeutralID=34123 CaloNeutralE19=0.63065 CaloClusterCode=-97 CaloClusterFrac=1.00761 IsPhoton=1 IsNotH=0.291403 IsPhotonXGB=1 ClusterAsX=0.0180556 ClusterAsY=0.200271 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=101.839 ShowerShape=1675.64 CaloNeutralEcal=3600.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984315 CaloNeutralID=40028 CaloNeutralE19=0.538471 CaloClusterCode=97 CaloClusterFrac=1.05188 IsPhoton=1 IsNotH=0.634912 IsPhotonXGB=1 ClusterAsX=0.00525739 ClusterAsY=0.425159 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.4518 ShowerShape=1193.69 CaloNeutralEcal=4266.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829558 CaloNeutralID=41938 CaloNeutralE19=0.423734 CaloClusterCode=95 IsPhoton=1 IsNotH=0.123061 IsPhotonXGB=1 ClusterAsX=0.388879 ClusterAsY=0.0205547 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.3386 ShowerShape=18683.4 CaloNeutralEcal=1318.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.686117 CaloNeutralID=36050 CaloNeutralE19=0.339968 CaloClusterCode=-96 CaloClusterFrac=1.01625 IsPhoton=1 IsNotH=0.0255262 IsPhotonXGB=1 ClusterAsX=-0.146636 ClusterAsY=0.033588 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.44585 ShowerShape=3033.99 CaloNeutralEcal=2534.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.814055 CaloNeutralID=38347 CaloNeutralE19=0.276592 CaloClusterCode=-97 CaloClusterFrac=0.948959 IsPhoton=1 IsNotH=0.00297902 IsPhotonXGB=1 ClusterAsX=0.313934 ClusterAsY=0.341713 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.8306 ShowerShape=1335.79 CaloNeutralEcal=6623.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856334 CaloNeutralID=42278 CaloNeutralE19=0.396596 CaloClusterCode=93 CaloClusterFrac=1.00253 IsPhoton=1 IsNotH=0.0934216 IsPhotonXGB=1 ClusterAsX=-0.190949 ClusterAsY=0.293763 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.02448 ShowerShape=1592.17 CaloNeutralEcal=3130.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92986 CaloNeutralID=37929 CaloNeutralE19=0.580476 CaloClusterCode=93 CaloClusterFrac=1.00358 IsPhoton=1 IsNotH=0.648347 IsPhotonXGB=1 ClusterAsX=-0.24087 ClusterAsY=-0.0676844 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=265.383 ShowerShape=4134.89 CaloNeutralEcal=1038.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908978 CaloNeutralID=36333 CaloNeutralE19=0.812745 CaloClusterCode=-96 CaloClusterFrac=0.971597 IsPhoton=1 IsNotH=0.718933 IsPhotonXGB=1 ClusterAsX=-0.018037 ClusterAsY=-0.0254677 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.0493 ShowerShape=18723.7 CaloNeutralEcal=974.459 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775636 CaloNeutralID=34876 CaloNeutralE19=0.285566 CaloClusterCode=-93 CaloClusterFrac=1.00247 IsPhoton=1 IsNotH=0.0102015 IsPhotonXGB=1 ClusterAsX=-0.42542 ClusterAsY=0.132354 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.1753 ShowerShape=1319.32 CaloNeutralEcal=1968.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930692 CaloNeutralID=39605 CaloNeutralE19=0.750775 CaloClusterCode=-91 CaloClusterFrac=0.885506 IsPhoton=1 IsNotH=0.379377 IsPhotonXGB=1 ClusterAsX=-0.048621 ClusterAsY=-0.195467 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.8126 ShowerShape=14767.2 CaloNeutralEcal=1199.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815693 CaloNeutralID=34698 CaloNeutralE19=0.393513 CaloClusterCode=-98 CaloClusterFrac=0.961385 IsPhoton=1 IsNotH=0.00635957 IsPhotonXGB=1 ClusterAsX=0.340931 ClusterAsY=0.289464 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.3794 ShowerShape=2239.7 CaloNeutralEcal=8194.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945801 CaloNeutralID=42711 CaloNeutralE19=0.38773 CaloClusterCode=63 CaloClusterFrac=0.99963 IsPhoton=1 IsNotH=0.222936 IsPhotonXGB=1 ClusterAsX=-0.376662 ClusterAsY=0.256207 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=71.862 ShowerShape=1353.85 CaloNeutralEcal=3048.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946711 CaloNeutralID=39849 CaloNeutralE19=0.693902 CaloClusterCode=-91 CaloClusterFrac=1.01072 IsPhoton=1 IsNotH=0.584457 IsPhotonXGB=1 ClusterAsX=0.0875546 ClusterAsY=-0.153043 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.3267 ShowerShape=1910.56 CaloNeutralEcal=4067.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809099 CaloNeutralID=43759 CaloNeutralE19=0.408128 CaloClusterCode=-90 CaloClusterFrac=1.00375 IsPhoton=1 IsNotH=0.0154819 IsPhotonXGB=1 ClusterAsX=-0.339165 ClusterAsY=-0.129835 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=135.783 ShowerShape=4053.93 CaloNeutralEcal=1364.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95405 CaloNeutralID=33705 CaloNeutralE19=0.807626 CaloClusterCode=91 CaloClusterFrac=1.02927 IsPhoton=1 IsNotH=0.773288 IsPhotonXGB=1 ClusterAsX=0.0449141 ClusterAsY=-0.0837537 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.88869 ShowerShape=982.938 CaloNeutralEcal=2032.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961494 CaloNeutralID=38217 CaloNeutralE19=0.811904 CaloClusterCode=-95 CaloClusterFrac=0.970026 IsPhoton=1 IsNotH=0.89759 IsPhotonXGB=1 ClusterAsX=0.0808248 ClusterAsY=0.039173 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=250.078 ShowerShape=5456.98 CaloNeutralEcal=1314.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.892685 CaloNeutralID=33496 CaloNeutralE19=0.703907 CaloClusterCode=95 CaloClusterFrac=1.09104 IsPhoton=1 IsNotH=0.167028 IsPhotonXGB=1 ClusterAsX=0.0755294 ClusterAsY=-0.00594014 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.0175 ShowerShape=2353.38 CaloNeutralEcal=6715.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72094 CaloNeutralID=42272 CaloNeutralE19=0.316809 CaloClusterCode=-96 CaloClusterFrac=1.00384 IsPhoton=1 IsNotH=0.0103979 IsPhotonXGB=1 ClusterAsX=-0.353641 ClusterAsY=0.118438 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.0333 ShowerShape=8954.71 CaloNeutralEcal=1493 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=34416 CaloNeutralE19=0.521192 CaloClusterCode=67 CaloClusterFrac=1.02639 IsPhoton=1 IsNotH=0.298986 IsPhotonXGB=1 ClusterAsX=-0.0962555 ClusterAsY=0.36329 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.30386 ShowerShape=1907.88 CaloNeutralEcal=3020.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.669145 CaloNeutralID=43125 CaloNeutralE19=0.299836 CaloClusterCode=-96 CaloClusterFrac=0.854586 IsPhoton=1 IsNotH=0.00134132 IsPhotonXGB=1 ClusterAsX=-0.0824628 ClusterAsY=0.337961 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.91268 ShowerShape=2403.57 CaloNeutralEcal=2754.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928438 CaloNeutralID=41908 CaloNeutralE19=0.466841 CaloClusterCode=67 IsPhoton=1 IsNotH=0.661546 IsPhotonXGB=1 ClusterAsX=0.112342 ClusterAsY=0.4148 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.04232 ShowerShape=13156.7 CaloNeutralEcal=2326.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958361 CaloNeutralID=37673 CaloNeutralE19=0.54668 CaloClusterCode=63 CaloClusterFrac=1.03696 IsPhoton=1 IsNotH=0.599217 IsPhotonXGB=1 ClusterAsX=-0.380285 ClusterAsY=-0.450032 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.427 ShowerShape=1168.79 CaloNeutralEcal=3798.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957555 CaloNeutralID=43858 CaloNeutralE19=0.51785 CaloClusterCode=-96 CaloClusterFrac=1.02044 IsPhoton=1 IsNotH=0.137704 IsPhotonXGB=1 ClusterAsX=-0.330533 ClusterAsY=0.362351 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=161.779 ShowerShape=5023.41 CaloNeutralEcal=923.687 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951934 CaloNeutralID=36267 CaloNeutralE19=0.771707 CaloClusterCode=-92 CaloClusterFrac=0.971548 IsPhoton=1 IsNotH=0.667131 IsPhotonXGB=1 ClusterAsX=0.113281 ClusterAsY=-0.123346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.383 ShowerShape=2760.7 CaloNeutralEcal=4791.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.778685 CaloNeutralID=43500 CaloNeutralE19=0.498328 CaloClusterCode=98 CaloClusterFrac=0.999871 IsPhoton=1 IsNotH=0.121381 IsPhotonXGB=1 ClusterAsX=0.0765586 ClusterAsY=0.146312 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.71705 ShowerShape=12112.4 CaloNeutralEcal=1256.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775494 CaloNeutralID=34382 CaloNeutralE19=0.461117 CaloClusterCode=-95 CaloClusterFrac=0.999966 IsPhoton=1 IsNotH=0.0155424 IsPhotonXGB=1 ClusterAsX=-0.00730219 ClusterAsY=0.162418 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=116.385 ShowerShape=14027.2 CaloNeutralEcal=795.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.831925 CaloNeutralID=35911 CaloNeutralE19=0.361327 CaloClusterCode=92 IsPhoton=1 IsNotH=0.0171507 IsPhotonXGB=1 ClusterAsX=0.328908 ClusterAsY=-0.394507 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.2176 ShowerShape=4050.1 CaloNeutralEcal=1745.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967282 CaloNeutralID=35679 CaloNeutralE19=0.734685 CaloClusterCode=93 CaloClusterFrac=1.06162 IsPhoton=1 IsNotH=0.619049 IsPhotonXGB=1 ClusterAsX=-0.232599 ClusterAsY=0.0176938 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=123.676 ShowerShape=6008.3 CaloNeutralEcal=1452.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992552 CaloNeutralID=35873 CaloNeutralE19=0.583464 CaloClusterCode=97 CaloClusterFrac=1.08216 IsPhoton=1 IsNotH=0.403993 IsPhotonXGB=1 ClusterAsX=-7.51048e-08 ClusterAsY=0.401652 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2658.33 CaloNeutralEcal=994.232 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992534 CaloNeutralID=36250 CaloNeutralE19=0.885934 CaloClusterCode=95 CaloClusterFrac=1.03966 IsPhoton=1 IsNotH=0.804796 IsPhotonXGB=1 ClusterAsX=0.106117 ClusterAsY=-0.000520569 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.8382 ShowerShape=9791.99 CaloNeutralEcal=975.251 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.734786 CaloNeutralID=35888 CaloNeutralE19=0.400365 CaloClusterCode=-95 CaloClusterFrac=1.03 IsPhoton=1 IsNotH=0.0151355 IsPhotonXGB=1 ClusterAsX=0.0643306 ClusterAsY=0.0204977 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.06256 ShowerShape=2858.2 CaloNeutralEcal=1365 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.816848 CaloNeutralID=39742 CaloNeutralE19=0.498119 CaloClusterCode=96 CaloClusterFrac=1.04109 IsPhoton=1 IsNotH=0.104008 IsPhotonXGB=1 ClusterAsX=-0.121482 ClusterAsY=0.352503 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.1499 ShowerShape=6087.61 CaloNeutralEcal=738.854 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959043 CaloNeutralID=33670 CaloNeutralE19=0.739956 CaloClusterCode=-92 CaloClusterFrac=1.02784 IsPhoton=1 IsNotH=0.284417 IsPhotonXGB=1 ClusterAsX=0.19297 ClusterAsY=-0.220769 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.9134 ShowerShape=4650.85 CaloNeutralEcal=1346.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.642968 CaloNeutralID=38206 CaloNeutralE19=0.303979 CaloClusterCode=-98 CaloClusterFrac=1.03042 IsPhoton=1 IsNotH=0.00323598 IsPhotonXGB=1 ClusterAsX=0.113668 ClusterAsY=0.213576 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.5264 ShowerShape=15832.7 CaloNeutralEcal=655.757 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.613411 CaloNeutralID=33602 CaloNeutralE19=0.364623 CaloClusterCode=-93 CaloClusterFrac=1.04199 IsPhoton=1 IsNotH=0.0191318 IsPhotonXGB=1 ClusterAsX=0.0443355 ClusterAsY=-0.0181919 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=140.234 ShowerShape=3597.19 CaloNeutralEcal=1447.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.03461 CaloNeutralID=37643 CaloNeutralE19=0.964449 CaloClusterCode=-63 IsPhoton=1 IsNotH=0.916383 IsPhotonXGB=1 ClusterAsX=0.300388 ClusterAsY=-0.399062 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.1951 ShowerShape=1764.15 CaloNeutralEcal=1563.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944889 CaloNeutralID=38392 CaloNeutralE19=0.579607 CaloClusterCode=-95 CaloClusterFrac=0.999224 IsPhoton=1 IsNotH=0.684542 IsPhotonXGB=1 ClusterAsX=0.312917 ClusterAsY=-0.0785459 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3076 ShowerShape=18770.3 CaloNeutralEcal=857.387 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00495 CaloNeutralID=35984 CaloNeutralE19=0.747471 CaloClusterCode=-93 CaloClusterFrac=1.01453 IsPhoton=1 IsNotH=0.583629 IsPhotonXGB=1 ClusterAsX=-0.262958 ClusterAsY=-0.0077113 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.35948 ShowerShape=2819.43 CaloNeutralEcal=3623.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.718086 CaloNeutralID=42387 CaloNeutralE19=0.310934 CaloClusterCode=-98 CaloClusterFrac=0.985335 IsPhoton=1 IsNotH=0.0017875 IsPhotonXGB=1 ClusterAsX=0.311835 ClusterAsY=0.14068 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.5679 ShowerShape=2337.69 CaloNeutralEcal=2322.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789653 CaloNeutralID=39765 CaloNeutralE19=0.519025 CaloClusterCode=97 CaloClusterFrac=1.04199 IsPhoton=1 IsNotH=0.095047 IsPhotonXGB=1 ClusterAsX=0.0139178 ClusterAsY=0.0831436 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=88.4225 ShowerShape=11498.9 CaloNeutralEcal=893.939 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73933 CaloNeutralID=33581 CaloNeutralE19=0.304209 CaloClusterCode=91 CaloClusterFrac=1.09072 IsPhoton=1 IsNotH=0.0407 IsPhotonXGB=1 ClusterAsX=-0.427279 ClusterAsY=-0.00785113 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=59.04 ShowerShape=15610.2 CaloNeutralEcal=1005.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.870637 CaloNeutralID=33938 CaloNeutralE19=0.639893 CaloClusterCode=91 CaloClusterFrac=1.00571 IsPhoton=1 IsNotH=0.245278 IsPhotonXGB=1 ClusterAsX=0.0105475 ClusterAsY=-0.108852 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=592.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07698 CaloNeutralID=36468 CaloNeutralE19=1.08349 CaloClusterCode=60 IsPhoton=1 IsNotH=0.722098 IsPhotonXGB=1 ClusterAsX=0.000600438 ClusterAsY=0.0535239 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.5724 ShowerShape=1780.06 CaloNeutralEcal=1475.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903794 CaloNeutralID=38454 CaloNeutralE19=0.650623 CaloClusterCode=-93 CaloClusterFrac=0.971637 IsPhoton=1 IsNotH=0.421626 IsPhotonXGB=1 ClusterAsX=-0.240988 ClusterAsY=-0.0652106 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=239.45 ShowerShape=9242.67 CaloNeutralEcal=684.992 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929685 CaloNeutralID=36390 CaloNeutralE19=0.376191 CaloClusterCode=-98 CaloClusterFrac=0.981451 IsPhoton=1 IsNotH=0.0473443 IsPhotonXGB=1 ClusterAsX=0.309153 ClusterAsY=0.437708 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=551.359 ShowerShape=3873.13 CaloNeutralEcal=833.006 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962646 CaloNeutralID=36189 CaloNeutralE19=0.760251 CaloClusterCode=97 CaloClusterFrac=1.03723 IsPhoton=1 IsNotH=0.684558 IsPhotonXGB=1 ClusterAsX=-0.0243324 ClusterAsY=0.122878 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.76683 ShowerShape=5542.53 CaloNeutralEcal=2305.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871374 CaloNeutralID=39839 CaloNeutralE19=0.452514 CaloClusterCode=97 CaloClusterFrac=1.00613 IsPhoton=1 IsNotH=0.47109 IsPhotonXGB=1 ClusterAsX=0.033752 ClusterAsY=0.378189 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=85.9401 ShowerShape=8959.72 CaloNeutralEcal=1186.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954673 CaloNeutralID=35477 CaloNeutralE19=0.498625 CaloClusterCode=-63 CaloClusterFrac=0.998411 IsPhoton=1 IsNotH=0.0782942 IsPhotonXGB=1 ClusterAsX=-0.284659 ClusterAsY=-0.0266952 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=59.6074 ShowerShape=723.64 CaloNeutralEcal=1143.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946627 CaloNeutralID=39362 CaloNeutralE19=0.831297 CaloClusterCode=-97 CaloClusterFrac=1.06064 IsPhoton=1 IsNotH=0.976304 IsPhotonXGB=1 ClusterAsX=0.0278224 ClusterAsY=0.0450384 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.9676 ShowerShape=1561.3 CaloNeutralEcal=2345.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771262 CaloNeutralID=42508 CaloNeutralE19=0.526969 CaloClusterCode=95 CaloClusterFrac=1.00615 IsPhoton=1 IsNotH=0.194363 IsPhotonXGB=1 ClusterAsX=0.0821262 ClusterAsY=-0.10183 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.6783 ShowerShape=2171.01 CaloNeutralEcal=1712.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84528 CaloNeutralID=38771 CaloNeutralE19=0.52191 CaloClusterCode=-95 CaloClusterFrac=1.06125 IsPhoton=1 IsNotH=0.171022 IsPhotonXGB=1 ClusterAsX=0.194187 ClusterAsY=-0.0231753 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=197.615 ShowerShape=7734.23 CaloNeutralEcal=530.883 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.839335 CaloNeutralID=33163 CaloNeutralE19=0.545295 CaloClusterCode=63 CaloClusterFrac=1.05514 IsPhoton=1 IsNotH=0.0468699 IsPhotonXGB=1 ClusterAsX=-0.133414 ClusterAsY=0.0108409 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=314.447 ShowerShape=3468.86 CaloNeutralEcal=745.424 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916821 CaloNeutralID=36196 CaloNeutralE19=0.820945 CaloClusterCode=91 CaloClusterFrac=1.06321 IsPhoton=1 IsNotH=0.871674 IsPhotonXGB=1 ClusterAsX=0.0281006 ClusterAsY=0.0158586 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.6765 ShowerShape=12612.7 CaloNeutralEcal=1329.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958463 CaloNeutralID=35482 CaloNeutralE19=0.472875 CaloClusterCode=67 CaloClusterFrac=1.04506 IsPhoton=1 IsNotH=0.440961 IsPhotonXGB=1 ClusterAsX=-0.0714658 ClusterAsY=0.392319 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=461.16 ShowerShape=4985.84 CaloNeutralEcal=710.519 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946765 CaloNeutralID=36256 CaloNeutralE19=0.714394 CaloClusterCode=93 CaloClusterFrac=1.05166 IsPhoton=1 IsNotH=0.588991 IsPhotonXGB=1 ClusterAsX=-0.130627 ClusterAsY=0.0573722 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.925 ShowerShape=10660.5 CaloNeutralEcal=516.141 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842407 CaloNeutralID=35081 CaloNeutralE19=0.491385 CaloClusterCode=-96 CaloClusterFrac=0.814714 IsPhoton=1 IsNotH=0.00899837 IsPhotonXGB=1 ClusterAsX=-0.05878 ClusterAsY=0.302351 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=201.008 ShowerShape=5633.81 CaloNeutralEcal=559.768 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894105 CaloNeutralID=36328 CaloNeutralE19=0.746063 CaloClusterCode=-92 CaloClusterFrac=0.957454 IsPhoton=1 IsNotH=0.495979 IsPhotonXGB=1 ClusterAsX=0.0826725 ClusterAsY=-0.0539915 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=157.418 ShowerShape=1160.19 CaloNeutralEcal=1841.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.01911 CaloNeutralID=41902 CaloNeutralE19=0.828634 CaloClusterCode=66 IsPhoton=1 IsNotH=0.904268 IsPhotonXGB=1 ClusterAsX=-0.0101282 ClusterAsY=-0.131166 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.1977 ShowerShape=3670.22 CaloNeutralEcal=1290.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944348 CaloNeutralID=40080 CaloNeutralE19=0.819704 CaloClusterCode=-92 CaloClusterFrac=1.11814 IsPhoton=1 IsNotH=0.885585 IsPhotonXGB=1 ClusterAsX=0.130976 ClusterAsY=-0.0503703 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.4403 ShowerShape=2174.73 CaloNeutralEcal=3956.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.777226 CaloNeutralID=43351 CaloNeutralE19=0.435831 CaloClusterCode=71 CaloClusterFrac=0.990679 IsPhoton=1 IsNotH=0.111169 IsPhotonXGB=1 ClusterAsX=0.036709 ClusterAsY=-0.0580736 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.4022 ShowerShape=5992.11 CaloNeutralEcal=516.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93912 CaloNeutralID=33325 CaloNeutralE19=0.494661 CaloClusterCode=97 CaloClusterFrac=1.01725 IsPhoton=1 IsNotH=0.394861 IsPhotonXGB=1 ClusterAsX=-0.0110192 ClusterAsY=0.431649 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.2781 ShowerShape=2233.12 CaloNeutralEcal=1735.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824012 CaloNeutralID=39832 CaloNeutralE19=0.631705 CaloClusterCode=92 CaloClusterFrac=1.07245 IsPhoton=1 IsNotH=0.443303 IsPhotonXGB=1 ClusterAsX=-0.00357899 ClusterAsY=-0.0666237 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=102.76 ShowerShape=1407.66 CaloNeutralEcal=1396.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956557 CaloNeutralID=39957 CaloNeutralE19=0.583997 CaloClusterCode=91 CaloClusterFrac=1.0373 IsPhoton=1 IsNotH=0.468987 IsPhotonXGB=1 ClusterAsX=-0.113877 ClusterAsY=-0.257367 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.4375 ShowerShape=9596.52 CaloNeutralEcal=486.058 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.750366 CaloNeutralID=33800 CaloNeutralE19=0.442359 CaloClusterCode=-93 CaloClusterFrac=1.04672 IsPhoton=1 IsNotH=0.0139157 IsPhotonXGB=1 ClusterAsX=-0.0232757 ClusterAsY=-0.051261 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.557 ShowerShape=2835.3 CaloNeutralEcal=1036.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.745089 CaloNeutralID=38535 CaloNeutralE19=0.414203 CaloClusterCode=-92 CaloClusterFrac=1.04693 IsPhoton=1 IsNotH=0.0469129 IsPhotonXGB=1 ClusterAsX=0.445617 ClusterAsY=-0.00640419 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.8087 ShowerShape=9167.78 CaloNeutralEcal=512.141 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.806425 CaloNeutralID=33974 CaloNeutralE19=0.60249 CaloClusterCode=96 CaloClusterFrac=1.06319 IsPhoton=1 IsNotH=0.159093 IsPhotonXGB=1 ClusterAsX=-0.0699095 ClusterAsY=0.0858687 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=115.258 ShowerShape=6727.5 CaloNeutralEcal=700.668 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962196 CaloNeutralID=33627 CaloNeutralE19=0.575151 CaloClusterCode=-97 CaloClusterFrac=1.07255 IsPhoton=1 IsNotH=0.360907 IsPhotonXGB=1 ClusterAsX=-0.145315 ClusterAsY=0.376699 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=100.455 ShowerShape=1258.22 CaloNeutralEcal=1035.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896541 CaloNeutralID=37961 CaloNeutralE19=0.810076 CaloClusterCode=92 CaloClusterFrac=1.12361 IsPhoton=1 IsNotH=0.874653 IsPhotonXGB=1 ClusterAsX=0.0956735 ClusterAsY=0.0140413 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.7487 ShowerShape=1322.07 CaloNeutralEcal=1957.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917851 CaloNeutralID=42258 CaloNeutralE19=0.489156 CaloClusterCode=-95 CaloClusterFrac=0.966018 IsPhoton=1 IsNotH=0.551528 IsPhotonXGB=1 ClusterAsX=0.282237 ClusterAsY=-0.179835 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=428.133 ShowerShape=6273.49 CaloNeutralEcal=413.872 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903967 CaloNeutralID=36395 CaloNeutralE19=0.645494 CaloClusterCode=-95 CaloClusterFrac=0.95029 IsPhoton=1 IsNotH=0.23479 IsPhotonXGB=1 ClusterAsX=0.124736 ClusterAsY=-0.0210679 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=325.603 ShowerShape=3271.59 CaloNeutralEcal=753.443 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949559 CaloNeutralID=35866 CaloNeutralE19=0.904392 CaloClusterCode=92 CaloClusterFrac=1.1367 IsPhoton=1 IsNotH=0.753127 IsPhotonXGB=1 ClusterAsX=-0.00889501 ClusterAsY=-0.00526824 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.0405 ShowerShape=2280.97 CaloNeutralEcal=855.088 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.872318 CaloNeutralID=38345 CaloNeutralE19=0.521925 CaloClusterCode=-95 CaloClusterFrac=0.903329 IsPhoton=1 IsNotH=0.306783 IsPhotonXGB=1 ClusterAsX=0.182707 ClusterAsY=0.0282011 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.4294 ShowerShape=8169.1 CaloNeutralEcal=541.688 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946249 CaloNeutralID=33904 CaloNeutralE19=0.535127 CaloClusterCode=95 CaloClusterFrac=1.05496 IsPhoton=1 IsNotH=0.237119 IsPhotonXGB=1 ClusterAsX=0.304079 ClusterAsY=0.157806 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=108.606 ShowerShape=8554.93 CaloNeutralEcal=690.371 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803405 CaloNeutralID=35934 CaloNeutralE19=0.57868 CaloClusterCode=91 CaloClusterFrac=1.08344 IsPhoton=1 IsNotH=0.140219 IsPhotonXGB=1 ClusterAsX=-0.0724525 ClusterAsY=0.0332121 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=118.846 ShowerShape=1801.85 CaloNeutralEcal=1079.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907252 CaloNeutralID=40089 CaloNeutralE19=0.575423 CaloClusterCode=91 CaloClusterFrac=1.01129 IsPhoton=1 IsNotH=0.386311 IsPhotonXGB=1 ClusterAsX=0.155069 ClusterAsY=-0.189713 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.01704 ShowerShape=8174.25 CaloNeutralEcal=847.219 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900201 CaloNeutralID=38789 CaloNeutralE19=0.678257 CaloClusterCode=98 CaloClusterFrac=1.14614 IsPhoton=1 IsNotH=0.618178 IsPhotonXGB=1 ClusterAsX=0.0581744 ClusterAsY=0.244693 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=501.511 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33441 CaloNeutralE19=0.968242 CaloClusterCode=95 CaloClusterFrac=1.17387 IsPhoton=1 IsNotH=0.630663 IsPhotonXGB=1 ClusterAsX=0.0160871 ClusterAsY=-0.0156974 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=156.6 ShowerShape=3105.35 CaloNeutralEcal=387.477 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924511 CaloNeutralID=33744 CaloNeutralE19=0.831053 CaloClusterCode=95 CaloClusterFrac=1.04147 IsPhoton=1 IsNotH=0.848401 IsPhotonXGB=1 ClusterAsX=0.002581 ClusterAsY=0.0206306 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=272.834 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33405 CaloNeutralE19=1.00043 CaloClusterCode=90 CaloClusterFrac=1.25374 IsPhoton=1 IsNotH=0.50684 IsPhotonXGB=1 ClusterAsX=4.00559e-07 ClusterAsY=8.03801e-07 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=220.523 ShowerShape=7273.43 CaloNeutralEcal=344.079 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94319 CaloNeutralID=35957 CaloNeutralE19=0.891179 CaloClusterCode=90 CaloClusterFrac=1.21951 IsPhoton=1 IsNotH=0.727984 IsPhotonXGB=1 ClusterAsX=-0.0143172 ClusterAsY=-0.0338514 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=214.781 ShowerShape=887.298 CaloNeutralEcal=1047.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852428 CaloNeutralID=43787 CaloNeutralE19=0.653467 CaloClusterCode=91 CaloClusterFrac=1.14024 IsPhoton=1 IsNotH=0.808781 IsPhotonXGB=1 ClusterAsX=0.166739 ClusterAsY=-0.0324269 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=293.657 ShowerShape=647.288 CaloNeutralEcal=637.272 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978038 CaloNeutralID=39920 CaloNeutralE19=0.853611 CaloClusterCode=93 CaloClusterFrac=1.17578 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.101136 ClusterAsY=-0.00133895 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.85266 ShowerShape=663.556 CaloNeutralEcal=36010.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936185 CaloNeutralID=43316 CaloNeutralE19=0.545755 CaloClusterCode=91 CaloClusterFrac=0.659343 ClusterAsX=0.0387722 ClusterAsY=-0.323054 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.85266 ShowerShape=272.991 CaloNeutralEcal=19905.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937841 CaloNeutralID=43251 CaloNeutralE19=0.872941 CaloClusterCode=87 CaloClusterFrac=0.380204 ClusterAsX=-0.0166213 ClusterAsY=0.0253204 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00433556 ShowerShape=611.519 CaloNeutralEcal=74816.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911498 CaloNeutralID=42455 CaloNeutralE19=0.733016 CaloClusterCode=91 CaloClusterFrac=0.811547 ClusterAsX=-0.0689123 ClusterAsY=-0.117092 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00433556 ShowerShape=947.665 CaloNeutralEcal=17230.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.858416 CaloNeutralID=42454 CaloNeutralE19=0.699192 CaloClusterCode=61 CaloClusterFrac=0.194897 ClusterAsX=0.222445 ClusterAsY=-0.136468 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0262322 ShowerShape=8585.11 CaloNeutralEcal=9332.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871238 CaloNeutralID=34870 CaloNeutralE19=0.460187 CaloClusterCode=93 CaloClusterFrac=0.717569 ClusterAsX=-0.174453 ClusterAsY=0.226661 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0262322 ShowerShape=9296.31 CaloNeutralEcal=5522.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.857978 CaloNeutralID=34807 CaloNeutralE19=0.523016 CaloClusterCode=62 CaloClusterFrac=0.465786 ClusterAsX=0.315395 ClusterAsY=-0.145159 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.17338 ShowerShape=3879.17 CaloNeutralEcal=8368.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95165 CaloNeutralID=34736 CaloNeutralE19=0.760882 CaloClusterCode=65 CaloClusterFrac=0.693896 ClusterAsX=0.162244 ClusterAsY=0.0292941 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.17338 ShowerShape=6626.83 CaloNeutralEcal=4209.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844883 CaloNeutralID=34673 CaloNeutralE19=0.654567 CaloClusterCode=93 CaloClusterFrac=0.350545 ClusterAsX=-0.0205567 ClusterAsY=-0.0661635 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.201483 ShowerShape=8440.15 CaloNeutralEcal=7892.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884466 CaloNeutralID=35340 CaloNeutralE19=0.511224 CaloClusterCode=91 CaloClusterFrac=0.703314 ClusterAsX=-0.0854356 ClusterAsY=-0.299666 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.201483 ShowerShape=7933.68 CaloNeutralEcal=3818.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84355 CaloNeutralID=35341 CaloNeutralE19=0.545669 CaloClusterCode=91 CaloClusterFrac=0.375456 ClusterAsX=0.120735 ClusterAsY=-0.121928 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00914453 ShowerShape=1363.39 CaloNeutralEcal=42942.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.735937 CaloNeutralID=43030 CaloNeutralE19=0.397686 CaloClusterCode=98 CaloClusterFrac=0.586197 ClusterAsX=0.358562 ClusterAsY=0.0671562 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00914453 ShowerShape=933.929 CaloNeutralEcal=34159.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.872333 CaloNeutralID=42965 CaloNeutralE19=0.451292 CaloClusterCode=77 CaloClusterFrac=0.609927 ClusterAsX=0.0870932 ClusterAsY=0.361482 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.19042 ShowerShape=1060.23 CaloNeutralEcal=18268.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91579 CaloNeutralID=37784 CaloNeutralE19=0.798862 CaloClusterCode=97 CaloClusterFrac=0.781481 ClusterAsX=-0.0136591 ClusterAsY=0.0879143 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.19042 ShowerShape=1751.56 CaloNeutralEcal=5297.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.839308 CaloNeutralID=37783 CaloNeutralE19=0.708737 CaloClusterCode=91 CaloClusterFrac=0.234192 ClusterAsX=0.125414 ClusterAsY=-0.0422112 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.474 ShowerShape=1555.94 CaloNeutralEcal=15597.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.895615 CaloNeutralID=37790 CaloNeutralE19=0.751081 CaloClusterCode=91 CaloClusterFrac=0.625638 ClusterAsX=-0.0323601 ClusterAsY=-0.149879 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.474 ShowerShape=1958.15 CaloNeutralEcal=9920.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.846329 CaloNeutralID=37854 CaloNeutralE19=0.576106 CaloClusterCode=81 CaloClusterFrac=0.437701 ClusterAsX=0.0554123 ClusterAsY=-0.212644 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.02069 ShowerShape=3625.4 CaloNeutralEcal=8698.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934109 CaloNeutralID=35733 CaloNeutralE19=0.805249 CaloClusterCode=93 CaloClusterFrac=0.721272 ClusterAsX=-0.0505061 ClusterAsY=0.0108499 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.02069 ShowerShape=8723.65 CaloNeutralEcal=5365.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813644 CaloNeutralID=35796 CaloNeutralE19=0.46207 CaloClusterCode=93 CaloClusterFrac=0.397194 ClusterAsX=-0.174507 ClusterAsY=-0.0078385 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.229083 ShowerShape=1152.09 CaloNeutralEcal=26193.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.727569 CaloNeutralID=42899 CaloNeutralE19=0.562122 CaloClusterCode=98 CaloClusterFrac=0.51846 ClusterAsX=0.126155 ClusterAsY=-0.0360944 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.229083 ShowerShape=1140.56 CaloNeutralEcal=33509.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849818 CaloNeutralID=42962 CaloNeutralE19=0.341553 CaloClusterCode=95 CaloClusterFrac=0.643632 ClusterAsX=0.418789 ClusterAsY=0.148403 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50843 ShowerShape=640.991 CaloNeutralEcal=33260.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890524 CaloNeutralID=43622 CaloNeutralE19=0.679354 CaloClusterCode=91 CaloClusterFrac=0.602475 ClusterAsX=-0.0406166 ClusterAsY=-0.12049 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50843 ShowerShape=1574.2 CaloNeutralEcal=28990.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.709336 CaloNeutralID=43558 CaloNeutralE19=0.520167 CaloClusterCode=92 CaloClusterFrac=0.439595 ClusterAsX=0.1537 ClusterAsY=-0.0854345 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.469125 ShowerShape=11239.6 CaloNeutralEcal=2266.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833664 CaloNeutralID=34746 CaloNeutralE19=1.71272 CaloClusterCode=93 CaloClusterFrac=0.278452 ClusterAsX=-0.585011 ClusterAsY=0.17723 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.469125 ShowerShape=4935.78 CaloNeutralEcal=5855.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983553 CaloNeutralID=34682 CaloNeutralE19=0.340063 CaloClusterCode=97 CaloClusterFrac=0.794261 ClusterAsX=-0.0933194 ClusterAsY=0.68799 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.6242 ShowerShape=847.357 CaloNeutralEcal=28178.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.87177 CaloNeutralID=42453 CaloNeutralE19=0.651592 CaloClusterCode=95 CaloClusterFrac=0.626804 ClusterAsX=0.182973 ClusterAsY=-0.080409 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.6242 ShowerShape=722.536 CaloNeutralEcal=16677.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890729 CaloNeutralID=42454 CaloNeutralE19=0.722403 CaloClusterCode=61 CaloClusterFrac=0.385799 ClusterAsX=-0.0758167 ClusterAsY=-0.182212 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.64944 ShowerShape=2521.46 CaloNeutralEcal=4269.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979018 CaloNeutralID=35195 CaloNeutralE19=0.89886 CaloClusterCode=97 CaloClusterFrac=0.592934 ClusterAsX=-0.0117384 ClusterAsY=0.0577558 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.64944 ShowerShape=5656.11 CaloNeutralEcal=3440.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939923 CaloNeutralID=35194 CaloNeutralE19=0.758668 CaloClusterCode=86 CaloClusterFrac=0.446403 ClusterAsX=-0.099472 ClusterAsY=0.214345 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.96524 ShowerShape=7848.99 CaloNeutralEcal=6106 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880457 CaloNeutralID=34936 CaloNeutralE19=0.574984 CaloClusterCode=95 CaloClusterFrac=0.752388 ClusterAsX=0.318679 ClusterAsY=-0.075693 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.96524 ShowerShape=6718.89 CaloNeutralEcal=2313.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903255 CaloNeutralID=34871 CaloNeutralE19=0.579238 CaloClusterCode=55 CaloClusterFrac=0.357035 ClusterAsX=0.333803 ClusterAsY=-0.037713 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0866163 ShowerShape=3255.23 CaloNeutralEcal=12419.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811639 CaloNeutralID=39309 CaloNeutralE19=0.368755 CaloClusterCode=96 CaloClusterFrac=0.6384 ClusterAsX=-0.232744 ClusterAsY=0.225424 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0866163 ShowerShape=1338.66 CaloNeutralEcal=7164.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972208 CaloNeutralID=39374 CaloNeutralE19=0.621436 CaloClusterCode=53 CaloClusterFrac=0.519913 ClusterAsX=-0.265735 ClusterAsY=-0.125363 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.176125 ShowerShape=966.959 CaloNeutralEcal=13501.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897192 CaloNeutralID=38476 CaloNeutralE19=0.809869 CaloClusterCode=93 CaloClusterFrac=0.730053 ClusterAsX=-0.036293 ClusterAsY=0.00701186 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.176125 ShowerShape=1436.32 CaloNeutralEcal=5521.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884496 CaloNeutralID=38475 CaloNeutralE19=0.816153 CaloClusterCode=87 CaloClusterFrac=0.299795 ClusterAsX=-0.0437466 ClusterAsY=0.0416397 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.162921 ShowerShape=7282.31 CaloNeutralEcal=5432.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914972 CaloNeutralID=34678 CaloNeutralE19=0.613462 CaloClusterCode=95 CaloClusterFrac=0.657331 ClusterAsX=0.242522 ClusterAsY=0.105275 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.162921 ShowerShape=10376.3 CaloNeutralEcal=7300.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856291 CaloNeutralID=34613 CaloNeutralE19=0.361992 CaloClusterCode=93 CaloClusterFrac=0.659848 ClusterAsX=-0.454221 ClusterAsY=-0.203491 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.715379 ShowerShape=4610.31 CaloNeutralEcal=4474.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940363 CaloNeutralID=34946 CaloNeutralE19=0.727599 CaloClusterCode=95 CaloClusterFrac=0.702918 ClusterAsX=0.215711 ClusterAsY=0.0102327 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.715379 ShowerShape=6023.12 CaloNeutralEcal=1886.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970252 CaloNeutralID=35010 CaloNeutralE19=0.756039 CaloClusterCode=62 CaloClusterFrac=0.30661 ClusterAsX=0.198432 ClusterAsY=-0.248573 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.297595 ShowerShape=1027.9 CaloNeutralEcal=12127.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973794 CaloNeutralID=37669 CaloNeutralE19=0.731141 CaloClusterCode=67 CaloClusterFrac=0.88061 ClusterAsX=-0.0582377 ClusterAsY=0.21617 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.297595 ShowerShape=3048.95 CaloNeutralEcal=1700.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.837139 CaloNeutralID=37733 CaloNeutralE19=1.37086 CaloClusterCode=70 CaloClusterFrac=0.122549 ClusterAsX=-0.49946 ClusterAsY=-0.570592 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.10894 ShowerShape=1981.51 CaloNeutralEcal=8246.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856061 CaloNeutralID=38648 CaloNeutralE19=0.627597 CaloClusterCode=96 CaloClusterFrac=0.606866 ClusterAsX=-0.169937 ClusterAsY=0.0962267 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.10894 ShowerShape=2629.8 CaloNeutralEcal=7683.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.781223 CaloNeutralID=38649 CaloNeutralE19=0.481039 CaloClusterCode=95 CaloClusterFrac=0.538409 ClusterAsX=0.211989 ClusterAsY=-0.0636854 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.908297 ShowerShape=3875.27 CaloNeutralEcal=5200.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930565 CaloNeutralID=33360 CaloNeutralE19=0.824801 CaloClusterCode=90 CaloClusterFrac=0.879124 ClusterAsX=-0.0837975 ClusterAsY=-0.020676 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.908297 ShowerShape=6664.59 CaloNeutralEcal=780.526 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912331 CaloNeutralID=33297 CaloNeutralE19=0.493826 CaloClusterCode=97 CaloClusterFrac=0.148946 ClusterAsX=-0.0575587 ClusterAsY=0.323709 ] } -Printing ended -BrunelInit INFO Evt 10, Run 1, Nr. in job = 10 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.00825 RichDLLmu=-2.05471 RichDLLpi=0 RichDLLk=1.49574 RichDLLp=1.49574 RichPIDStatus=5028 RichDLLbt=1.49574 RichDLLd=1.49574 MuonMuLL=0 MuonBkgLL=-0.0298387 MuonNShared=46 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1121.65 MuonMVA1=-999 MuonMVA2=-0.841007 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.338692 CaloElectronMatch=259.962 CaloBremMatch=259.962 CaloChargedEcal=14003.1 CaloChargedID=34867 CaloNeutralEcal=14003.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88868 CaloNeutralID=34867 CaloEcalE=10203.8 CaloHcalE=10151.7 CaloEcalChi2=259.962 CaloBremChi2=563.895 CaloClusChi2=0.338692 CaloTrajectoryL=118.801 CaloEoverP=2.45676 EcalPIDe=0.27519 BremPIDe=-0.607507 HcalPIDe=-1.62556 HcalPIDmu=-0.245652 EcalPIDmu=-0.784897 TrackChi2PerDof=0.87179 TrackNumDof=45 TrackType=3 TrackHistory=30 TrackP=5741.58 TrackPt=321.079 CombDLLe=-3.5082 CombDLLmu=-3.72561 CombDLLpi=0 CombDLLk=1.49574 CombDLLp=1.49574 CombDLLd=1.52558 ProbNNe=0.243095 ProbNNmu=0.00366525 ProbNNpi=0.000329024 ProbNNk=0.16318 ProbNNp=0.11917 ProbNNghost=0.849709 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.56339 RichDLLmu=-4.15284 RichDLLpi=0 RichDLLk=3.31129 RichDLLp=3.31129 RichPIDStatus=5028 RichDLLbt=3.31129 RichDLLd=3.31129 MuonMuLL=0 MuonBkgLL=-0.019067 MuonNShared=62 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=920.537 MuonMVA1=-999 MuonMVA2=-0.846714 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.11094 CaloElectronMatch=265.516 CaloBremMatch=186.587 CaloChargedEcal=764.602 CaloChargedID=38469 CaloNeutralEcal=764.602 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77297 CaloNeutralID=38469 CaloEcalE=1346.32 CaloHcalE=1933.22 CaloEcalChi2=265.516 CaloBremChi2=272.785 CaloClusChi2=3.11094 CaloTrajectoryL=-788.936 CaloEoverP=0.200668 EcalPIDe=0.265875 BremPIDe=-0.318955 HcalPIDe=-1.32141 HcalPIDmu=1.64544 EcalPIDmu=-1.14196 TrackChi2PerDof=0.897644 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=4542.52 TrackPt=208.074 CombDLLe=-2.16964 CombDLLmu=-4.24292 CombDLLpi=0 CombDLLk=3.31129 CombDLLp=3.31129 CombDLLd=3.33035 ProbNNe=0.0810417 ProbNNmu=0.00366525 ProbNNpi=0.000927436 ProbNNk=0.128281 ProbNNp=0.169498 ProbNNghost=0.193827 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.607622 RichDLLmu=0.504992 RichDLLpi=0 RichDLLk=-18.6272 RichDLLp=-22.5023 RichPIDStatus=139233 RichDLLbt=-13.4044 RichDLLd=-20.7237 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.43055 CaloElectronMatch=2423.12 CaloBremMatch=2423.12 CaloChargedEcal=8519.52 CaloChargedID=42208 CaloNeutralEcal=8519.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.76366 CaloNeutralID=42208 CaloEcalE=1125.58 CaloHcalE=9541.27 CaloEcalChi2=2423.12 CaloBremChi2=305.2 CaloClusChi2=9.43055 CaloTrajectoryL=2413.71 CaloEoverP=0.157781 EcalPIDe=-1.23456 BremPIDe=-1.56983 HcalPIDe=-2.00504 HcalPIDmu=-0.567303 EcalPIDmu=0.449654 TrackChi2PerDof=1.06967 TrackNumDof=42 TrackType=3 TrackHistory=30 TrackP=54038.9 TrackPt=2054.44 CombDLLe=-4.7031 CombDLLmu=0.586946 CombDLLpi=0 CombDLLk=-18.6272 CombDLLp=-22.5023 CombDLLd=-20.7237 ProbNNe=2.87043e-06 ProbNNpi=0.997566 ProbNNk=1.71449e-05 ProbNNp=0.000176449 ProbNNghost=4.73759e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.61605 RichDLLmu=6.2659 RichDLLpi=0 RichDLLk=13.0687 RichDLLp=13.5429 RichPIDStatus=6117 RichDLLbt=13.5429 RichDLLd=13.5429 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.872811 CaloElectronMatch=183.992 CaloBremMatch=183.992 CaloChargedEcal=2724.84 CaloChargedID=43664 CaloNeutralEcal=2724.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762916 CaloNeutralID=43664 CaloEcalE=491.636 CaloHcalE=9382.01 CaloEcalChi2=183.992 CaloBremChi2=488.304 CaloClusChi2=0.872811 CaloTrajectoryL=-92.3245 CaloEoverP=0.305061 EcalPIDe=0.989182 BremPIDe=-0.638976 HcalPIDe=-1.62556 HcalPIDmu=-1.74174 EcalPIDmu=2.08816 TrackChi2PerDof=1.58072 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=9907.98 TrackPt=433.211 CombDLLe=-1.73252 CombDLLmu=6.29063 CombDLLpi=0 CombDLLk=13.0687 CombDLLp=13.5429 CombDLLd=13.5429 ProbNNe=0.00282193 ProbNNpi=0.0638065 ProbNNk=0.653124 ProbNNp=0.69528 ProbNNghost=0.826184 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.26298 RichDLLmu=-0.322966 RichDLLpi=0 RichDLLk=12.012 RichDLLp=10.277 RichPIDStatus=6116 RichDLLbt=10.277 RichDLLd=10.277 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.02569 CaloElectronMatch=1257.19 CaloChargedEcal=12657.5 CaloChargedID=38768 CaloEcalE=3006.87 CaloHcalE=20934.9 CaloEcalChi2=1257.19 CaloClusChi2=3.02569 CaloTrajectoryL=448.576 CaloEoverP=0.835601 EcalPIDe=-1.28424 HcalPIDe=-2.5812 HcalPIDmu=-1.95265 EcalPIDmu=-2.36481 TrackChi2PerDof=0.972685 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=15547.4 TrackPt=491.018 CombDLLe=-4.4352 CombDLLmu=-4.76899 CombDLLpi=0 CombDLLk=12.012 CombDLLp=10.277 CombDLLd=10.277 ProbNNe=5.66889e-07 ProbNNpi=0.0078812 ProbNNk=0.959725 ProbNNp=0.921598 ProbNNghost=0.0025939 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.75842 RichDLLmu=-7.92687 RichDLLpi=0 RichDLLk=-1.95915 RichDLLp=-1.95915 RichPIDStatus=5027 RichDLLbt=-1.95915 RichDLLd=-1.95915 InAccBrem=1 CaloBremChi2=697.621 BremPIDe=-0.553589 TrackChi2PerDof=0.904481 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=3207.06 TrackPt=199.476 CombDLLe=-2.06228 CombDLLmu=-6.43606 CombDLLpi=0 CombDLLk=-1.95915 CombDLLp=-1.95915 CombDLLd=-1.95915 ProbNNe=0.351433 ProbNNpi=0.958069 ProbNNk=0.0263739 ProbNNp=0.040984 ProbNNghost=0.017807 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.6142 RichDLLmu=-9.29819 RichDLLpi=0 RichDLLk=-8.5923 RichDLLp=-8.81155 RichPIDStatus=6115 RichDLLbt=-8.81155 RichDLLd=-8.81155 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.7675 CaloElectronMatch=1159.56 CaloBremMatch=341.698 CaloChargedEcal=14280.5 CaloChargedID=39097 CaloNeutralEcal=14280.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.650511 CaloNeutralID=39097 CaloEcalE=1445.92 CaloHcalE=5299.63 CaloEcalChi2=1159.56 CaloBremChi2=527.249 CaloClusChi2=3.7675 CaloTrajectoryL=479.262 CaloEoverP=1.29206 EcalPIDe=-1.174 BremPIDe=-0.621385 HcalPIDe=-1.75999 HcalPIDmu=-0.865923 EcalPIDmu=-0.99018 TrackChi2PerDof=1.1682 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=11031.1 TrackPt=551.984 CombDLLe=-6.73686 CombDLLmu=-8.52462 CombDLLpi=0 CombDLLk=-8.5923 CombDLLp=-8.81155 CombDLLd=-8.81155 ProbNNe=1.89407e-06 ProbNNpi=0.997704 ProbNNk=0.00033453 ProbNNp=0.00122978 ProbNNghost=0.00818511 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.618351 RichDLLmu=0.137539 RichDLLpi=0 RichDLLk=6.07985 RichDLLp=13.0618 RichPIDStatus=8165 RichDLLbt=12.1862 RichDLLd=12.1862 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.231866 CaloElectronMatch=160.443 CaloBremMatch=160.443 CaloChargedEcal=16923.6 CaloChargedID=43740 CaloNeutralEcal=16923.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.768904 CaloNeutralID=43740 CaloEcalE=4815.43 CaloHcalE=2146.93 CaloEcalChi2=160.443 CaloBremChi2=693.611 CaloClusChi2=0.231866 CaloTrajectoryL=85.7512 CaloEoverP=0.83682 EcalPIDe=1.91205 BremPIDe=-0.581258 HcalPIDe=-0.577345 HcalPIDmu=1.41468 EcalPIDmu=-3.25666 TrackChi2PerDof=1.29555 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=21463.7 TrackPt=939.47 CombDLLe=0.645243 CombDLLmu=-1.64948 CombDLLpi=0 CombDLLk=6.07985 CombDLLp=13.0618 CombDLLd=12.1862 ProbNNe=0.000116757 ProbNNpi=0.234244 ProbNNk=0.28202 ProbNNp=0.911553 ProbNNghost=0.013545 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.3375 RichDLLmu=-4.36104 RichDLLpi=0 RichDLLk=-8.39465 RichDLLp=-8.22408 RichPIDStatus=6115 RichDLLbt=-8.22408 RichDLLd=-8.22408 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.91093 CaloElectronMatch=185.234 CaloBremMatch=183.992 CaloChargedEcal=2724.84 CaloChargedID=43664 CaloNeutralEcal=2724.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762916 CaloNeutralID=43664 CaloEcalE=491.636 CaloHcalE=9382.01 CaloEcalChi2=185.234 CaloBremChi2=506.33 CaloClusChi2=0.91093 CaloTrajectoryL=-93.9066 CaloEoverP=0.305192 EcalPIDe=0.989182 BremPIDe=-0.638976 HcalPIDe=-1.62556 HcalPIDmu=-1.74174 EcalPIDmu=2.08816 TrackChi2PerDof=1.01985 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=9903.74 TrackPt=443.583 CombDLLe=-5.19826 CombDLLmu=-4.57104 CombDLLpi=0 CombDLLk=-8.39465 CombDLLp=-8.22408 CombDLLd=-8.22408 ProbNNe=8.37889e-08 ProbNNpi=0.999235 ProbNNk=5.23579e-05 ProbNNp=0.000120182 ProbNNghost=0.00154597 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.2562 RichDLLmu=-18.4844 RichDLLpi=0 RichDLLk=-2.03836 RichDLLp=-2.03836 RichPIDStatus=5027 RichDLLbt=-2.03836 RichDLLd=-2.03836 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.13698 CaloElectronMatch=707.571 CaloBremMatch=77.6255 CaloChargedEcal=5791.63 CaloChargedID=34762 CaloNeutralEcal=5791.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874222 CaloNeutralID=34762 CaloEcalE=3581.53 CaloHcalE=8429.47 CaloEcalChi2=707.571 CaloBremChi2=728.509 CaloClusChi2=3.13698 CaloTrajectoryL=342.128 CaloEoverP=1.06259 EcalPIDe=-0.739943 BremPIDe=-0.607507 HcalPIDe=-1.88811 HcalPIDmu=-0.623368 EcalPIDmu=-2.85322 TrackChi2PerDof=1.08403 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=5680.39 TrackPt=409.444 CombDLLe=-6.08102 CombDLLmu=-10.468 CombDLLpi=0 CombDLLk=-2.03836 CombDLLp=-2.03836 CombDLLd=-2.03836 ProbNNe=1.01279e-05 ProbNNpi=0.992134 ProbNNk=0.000199205 ProbNNp=0.000676612 ProbNNghost=0.031855 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.3427 RichDLLmu=-10.5271 RichDLLpi=0 RichDLLk=-2.22964 RichDLLp=-2.22964 RichPIDStatus=5027 RichDLLbt=-2.22964 RichDLLd=-2.22964 MuonMuLL=-0.00712531 MuonBkgLL=-0.0984703 MuonNShared=49 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=819.527 MuonMVA1=-999 MuonMVA2=-1.39394 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=16.6041 CaloElectronMatch=471.174 CaloBremMatch=186.587 CaloChargedEcal=764.602 CaloChargedID=38469 CaloNeutralEcal=764.602 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77297 CaloNeutralID=38469 CaloEcalE=0 CaloHcalE=2097.48 CaloEcalChi2=471.174 CaloBremChi2=57.7674 CaloClusChi2=16.6041 CaloTrajectoryL=754.061 CaloEoverP=0.186205 EcalPIDe=-0.214586 BremPIDe=0.775729 HcalPIDe=-1.31758 HcalPIDmu=1.09404 EcalPIDmu=0.494733 TrackChi2PerDof=1.38106 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=4895.34 TrackPt=287.466 CombDLLe=-3.00849 CombDLLmu=-5.11525 CombDLLpi=0 CombDLLk=-2.22964 CombDLLp=-2.22964 CombDLLd=-2.13117 ProbNNe=2.52659e-05 ProbNNmu=0.00366525 ProbNNpi=0.0300825 ProbNNk=0.0183417 ProbNNp=0.118715 ProbNNghost=0.283479 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.997467 RichDLLmu=4.01943 RichDLLpi=0 RichDLLk=3.22926 RichDLLp=3.22926 RichPIDStatus=5026 RichDLLbt=3.22926 RichDLLd=3.22926 MuonMuLL=0 MuonBkgLL=-0.0155211 MuonNShared=49 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=973.107 MuonMVA1=-999 MuonMVA2=-1.1333 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.4704 CaloElectronMatch=132.136 CaloBremMatch=2.57292 CaloChargedEcal=1283.55 CaloChargedID=34934 CaloNeutralEcal=1283.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783706 CaloNeutralID=34934 CaloEcalE=518.738 CaloHcalE=5768.41 CaloEcalChi2=132.136 CaloBremChi2=149.03 CaloClusChi2=5.4704 CaloTrajectoryL=819.155 CaloEoverP=0.328819 EcalPIDe=0.83137 BremPIDe=-0.0936627 HcalPIDe=-0.88472 HcalPIDmu=-0.152469 EcalPIDmu=1.08819 TrackChi2PerDof=1.18802 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=4793.8 TrackPt=201.825 CombDLLe=0.0275075 CombDLLmu=5.61467 CombDLLpi=0 CombDLLk=3.22926 CombDLLp=3.22926 CombDLLd=3.24478 ProbNNe=0.965652 ProbNNmu=0.00366525 ProbNNpi=0.00220333 ProbNNk=0.164442 ProbNNp=0.327051 ProbNNghost=0.415461 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.88961 RichDLLmu=-2.67759 RichDLLpi=0 RichDLLk=-0.406811 RichDLLp=-0.406811 RichPIDStatus=5027 RichDLLbt=-0.406811 RichDLLd=-0.406811 MuonMuLL=-0.0307686 MuonBkgLL=-0.567799 MuonNShared=45 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=69.8863 MuonMVA1=-999 MuonMVA2=-0.523069 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.98466 CaloElectronMatch=168.041 CaloBremMatch=57.8366 CaloChargedEcal=3234.73 CaloChargedID=34765 CaloNeutralEcal=3234.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917585 CaloNeutralID=34765 CaloEcalE=475.03 CaloHcalE=8150.43 CaloEcalChi2=168.041 CaloBremChi2=613.826 CaloClusChi2=7.98466 CaloTrajectoryL=101.929 CaloEoverP=0.968933 EcalPIDe=0.83137 BremPIDe=-0.553589 HcalPIDe=-0.697374 HcalPIDmu=1.06858 EcalPIDmu=1.19218 TrackChi2PerDof=1.47125 TrackNumDof=39 TrackType=3 TrackHistory=32 TrackP=3487.08 TrackPt=167.04 CombDLLe=-1.44289 CombDLLmu=-0.62933 CombDLLpi=0 CombDLLk=-0.406811 CombDLLp=-0.406811 CombDLLd=0.160988 ProbNNe=0.125967 ProbNNmu=0.00366525 ProbNNpi=0.00765204 ProbNNk=0.0771924 ProbNNp=0.0925327 ProbNNghost=0.4019 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.17846 RichDLLmu=1.68483 RichDLLpi=0 RichDLLk=6.68242 RichDLLp=6.68242 RichPIDStatus=5028 RichDLLbt=6.68242 RichDLLd=6.68242 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.255061 CaloElectronMatch=3.90376 CaloBremMatch=3.90376 CaloChargedEcal=6045.54 CaloChargedID=39353 CaloNeutralEcal=6045.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957229 CaloNeutralID=39353 CaloEcalE=5332.44 CaloHcalE=1227.46 CaloEcalChi2=3.90376 CaloBremChi2=274.283 CaloClusChi2=0.255061 CaloTrajectoryL=128.429 CaloEoverP=0.935357 EcalPIDe=3.6423 BremPIDe=-0.416867 HcalPIDe=-0.668461 HcalPIDmu=0.533502 EcalPIDmu=-3.28418 TrackChi2PerDof=1.50358 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=6571.86 TrackPt=237.196 CombDLLe=2.93783 CombDLLmu=-0.477321 CombDLLpi=0 CombDLLk=6.68242 CombDLLp=6.68242 CombDLLd=6.68242 ProbNNe=0.979246 ProbNNpi=0.00851393 ProbNNk=0.290248 ProbNNp=0.136322 ProbNNghost=0.995803 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=15.341 RichDLLmu=-0.343166 RichDLLpi=0 RichDLLk=3.73453 RichDLLp=3.73453 RichPIDStatus=5025 RichDLLbt=3.73453 RichDLLd=3.73453 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.8035 CaloElectronMatch=607.714 CaloBremMatch=228.62 CaloChargedEcal=14004.1 CaloChargedID=34759 CaloNeutralEcal=14004.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.65788 CaloNeutralID=34759 CaloEcalE=2338.07 CaloHcalE=4433.69 CaloEcalChi2=607.714 CaloBremChi2=1005.68 CaloClusChi2=2.8035 CaloTrajectoryL=-91.7527 CaloEoverP=3.54754 EcalPIDe=-0.433674 BremPIDe=-0.553589 HcalPIDe=-1.33861 HcalPIDmu=-0.440538 EcalPIDmu=-2.2286 TrackChi2PerDof=0.980187 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=3961.37 TrackPt=167.447 CombDLLe=0.23448 CombDLLmu=-3.14882 CombDLLpi=0 CombDLLk=3.73453 CombDLLp=3.73453 CombDLLd=3.73453 ProbNNe=0.866667 ProbNNpi=0.484695 ProbNNk=0.093369 ProbNNp=0.265773 ProbNNghost=0.292102 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.0426 RichDLLmu=-0.0563414 RichDLLpi=0 RichDLLk=-15.6522 RichDLLp=-9.32372 RichPIDStatus=8163 RichDLLbt=-9.30693 RichDLLd=-9.30693 MuonMuLL=-0.00220243 MuonBkgLL=-0.416543 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=49.2976 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=17.811 CaloElectronMatch=1638.19 CaloBremMatch=183.992 CaloChargedEcal=2724.84 CaloChargedID=43664 CaloNeutralEcal=2724.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762916 CaloNeutralID=43664 CaloEcalE=0 CaloHcalE=22157.2 CaloEcalChi2=1638.19 CaloBremChi2=400.497 CaloClusChi2=17.811 CaloTrajectoryL=2956.28 CaloEoverP=0.172994 EcalPIDe=-1.54975 BremPIDe=-0.608318 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=0.635346 TrackChi2PerDof=1.10114 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=17472 TrackPt=460.734 CombDLLe=-6.29531 CombDLLmu=-0.721599 CombDLLpi=0 CombDLLk=-15.6522 CombDLLp=-9.32372 CombDLLd=-8.89038 ProbNNe=3.8826e-07 ProbNNpi=0.994791 ProbNNk=5.18788e-05 ProbNNp=0.000541882 ProbNNghost=0.000881148 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.1227 RichDLLmu=1.43591 RichDLLpi=0 RichDLLk=-7.78232 RichDLLp=-6.1378 RichPIDStatus=6114 RichDLLbt=-6.1378 RichDLLd=-6.1378 MuonMuLL=-0.0345914 MuonBkgLL=-1.35868 MuonNShared=8 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=75.5388 MuonMVA1=-999 MuonMVA2=-0.144055 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.426923 CaloElectronMatch=43.0391 CaloBremMatch=43.0391 CaloChargedEcal=9591.9 CaloChargedID=42148 CaloNeutralEcal=9591.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697605 CaloNeutralID=42148 CaloEcalE=3598.18 CaloHcalE=5318.32 CaloEcalChi2=43.0391 CaloBremChi2=526.205 CaloClusChi2=0.426923 CaloTrajectoryL=152.139 CaloEoverP=0.874609 EcalPIDe=4.33705 BremPIDe=-0.621385 HcalPIDe=-1.75999 HcalPIDmu=-0.865923 EcalPIDmu=-2.90481 TrackChi2PerDof=1.10259 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=11153.6 TrackPt=723.758 CombDLLe=-0.870256 CombDLLmu=-0.489866 CombDLLpi=0 CombDLLk=-7.78232 CombDLLp=-6.1378 CombDLLd=-4.77912 ProbNNe=0.0115374 ProbNNmu=0.00366525 ProbNNpi=0.107327 ProbNNk=0.0444825 ProbNNp=0.0561669 ProbNNghost=0.0413444 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.16389 RichDLLmu=-0.759789 RichDLLpi=0 RichDLLk=6.10189 RichDLLp=12.5143 RichPIDStatus=8166 RichDLLbt=15.9192 RichDLLd=15.9192 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.75838 CaloElectronMatch=1269.26 CaloBremMatch=1255.52 CaloChargedEcal=26255.3 CaloChargedID=43815 CaloNeutralEcal=26255.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.706048 CaloNeutralID=43815 CaloEcalE=3789.74 CaloHcalE=15721.9 CaloEcalChi2=1269.26 CaloBremChi2=492.079 CaloClusChi2=2.75838 CaloTrajectoryL=-335.638 CaloEoverP=1.25437 EcalPIDe=-1.3658 BremPIDe=-0.591406 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=-2.77042 TrackChi2PerDof=2.64346 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=20849.4 TrackPt=774.268 CombDLLe=-5.38254 CombDLLmu=-7.04971 CombDLLpi=0 CombDLLk=6.10189 CombDLLp=12.5143 CombDLLd=15.9192 ProbNNe=4.36869e-05 ProbNNpi=0.115729 ProbNNk=0.118586 ProbNNp=0.702458 ProbNNghost=0.743954 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.17219 RichDLLmu=2.87166 RichDLLpi=0 RichDLLk=-43.8538 RichDLLp=-30.1356 RichPIDStatus=8162 RichDLLbt=-28.6749 RichDLLd=-28.6749 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.260624 CaloElectronMatch=196.047 CaloBremMatch=196.047 CaloChargedEcal=22393.5 CaloChargedID=41957 CaloNeutralEcal=22393.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.810316 CaloNeutralID=41957 CaloEcalE=13776.6 CaloHcalE=639.853 CaloEcalChi2=196.047 CaloBremChi2=134.053 CaloClusChi2=0.260624 CaloTrajectoryL=452.951 CaloEoverP=0.866673 EcalPIDe=1.53473 BremPIDe=0.531873 HcalPIDe=0.658186 HcalPIDmu=-0.314446 EcalPIDmu=-3.63171 TrackChi2PerDof=1.15849 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=25812.7 TrackPt=1787.29 CombDLLe=3.10455 CombDLLmu=-0.316426 CombDLLpi=0 CombDLLk=-43.8538 CombDLLp=-30.1356 CombDLLd=-28.6749 ProbNNe=0.53686 ProbNNpi=0.798434 ProbNNk=3.52139e-05 ProbNNp=2.68275e-05 ProbNNghost=0.00339795 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.539 RichDLLmu=-2.34308 RichDLLpi=0 RichDLLk=-25.712 RichDLLp=-19.1353 RichPIDStatus=6115 RichDLLbt=-19.1353 RichDLLd=-19.1353 MuonMuLL=-0.0128826 MuonBkgLL=-0.93124 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=966.19 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.104573 CaloElectronMatch=29.4209 CaloBremMatch=29.4209 CaloChargedEcal=10281.8 CaloChargedID=42283 CaloNeutralEcal=10281.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797919 CaloNeutralID=42283 CaloEcalE=6009.11 CaloHcalE=5314.03 CaloEcalChi2=29.4209 CaloBremChi2=451.882 CaloClusChi2=0.104573 CaloTrajectoryL=89.3279 CaloEoverP=0.749737 EcalPIDe=4.33705 BremPIDe=-0.625066 HcalPIDe=-1.75999 HcalPIDmu=-0.819028 EcalPIDmu=-3.81396 TrackChi2PerDof=0.969434 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=14500.4 TrackPt=585.655 CombDLLe=-1.07838 CombDLLmu=-6.77419 CombDLLpi=0 CombDLLk=-25.712 CombDLLp=-19.1353 CombDLLd=-18.2041 ProbNNe=1.20111e-06 ProbNNpi=0.997778 ProbNNk=6.03662e-05 ProbNNp=0.000446519 ProbNNghost=0.00115806 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.4426 RichDLLmu=-18.2204 RichDLLpi=0 RichDLLk=-12.7091 RichDLLp=-12.7091 RichPIDStatus=5027 RichDLLbt=-12.7091 RichDLLd=-12.7091 MuonMuLL=-0.0439519 MuonBkgLL=-0.271762 MuonNShared=10 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=279.867 MuonMVA1=-999 MuonMVA2=-1.24409 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.07756 CaloElectronMatch=196.046 CaloBremMatch=196.046 CaloChargedEcal=3963.6 CaloChargedID=37687 CaloNeutralEcal=3963.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.0046 CaloNeutralID=37687 CaloEcalE=3026.93 CaloHcalE=0 CaloEcalChi2=196.046 CaloBremChi2=115.395 CaloClusChi2=1.07756 CaloTrajectoryL=255.696 CaloEoverP=0.739419 EcalPIDe=0.605631 BremPIDe=0.21818 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.94561 TrackChi2PerDof=1.05689 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=5743.28 TrackPt=551.844 CombDLLe=-1.90145 CombDLLmu=-12.1901 CombDLLpi=0 CombDLLk=-12.7091 CombDLLp=-12.7091 CombDLLd=-12.4373 ProbNNe=9.65111e-06 ProbNNmu=0.00366525 ProbNNpi=0.0219191 ProbNNk=0.00117137 ProbNNp=0.00821017 ProbNNghost=0.0833045 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.4143 RichDLLmu=-7.55364 RichDLLpi=0 RichDLLk=5.00325 RichDLLp=5.00325 RichPIDStatus=5092 RichDLLbt=5.00325 RichDLLd=5.00325 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06468 CaloElectronMatch=341.698 CaloBremMatch=341.698 CaloChargedEcal=14280.5 CaloChargedID=39097 CaloNeutralEcal=14280.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.650511 CaloNeutralID=39097 CaloEcalE=800.176 CaloHcalE=329.376 CaloEcalChi2=341.698 CaloBremChi2=300.648 CaloClusChi2=1.06468 CaloTrajectoryL=-198.283 CaloEoverP=1.58941 EcalPIDe=0.0750074 BremPIDe=-0.466299 HcalPIDe=-0.0471635 HcalPIDmu=-1.89593 EcalPIDmu=0.330989 TrackChi2PerDof=1.02523 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=8967.39 TrackPt=415.76 CombDLLe=-2.85716 CombDLLmu=-7.91442 CombDLLpi=0 CombDLLk=5.00325 CombDLLp=5.00325 CombDLLd=5.00325 ProbNNe=1.23415e-07 ProbNNpi=0.925494 ProbNNk=0.0148301 ProbNNp=0.0411332 ProbNNghost=0.0522661 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.87851 RichDLLmu=-7.49107 RichDLLpi=0 RichDLLk=2.94587 RichDLLp=2.94587 RichPIDStatus=5028 RichDLLbt=2.94587 RichDLLd=2.94587 MuonMuLL=0 MuonBkgLL=-0.107487 MuonNShared=57 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1368.62 MuonMVA1=-999 MuonMVA2=-1.27165 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.11086 CaloElectronMatch=334.468 CaloBremMatch=186.587 CaloChargedEcal=764.602 CaloChargedID=38469 CaloNeutralEcal=764.602 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77297 CaloNeutralID=38469 CaloEcalE=627.138 CaloHcalE=3929.6 CaloEcalChi2=334.468 CaloBremChi2=594.607 CaloClusChi2=1.11086 CaloTrajectoryL=138.036 CaloEoverP=0.143537 EcalPIDe=0.0750074 BremPIDe=-0.607507 HcalPIDe=-1.82531 HcalPIDmu=-0.453517 EcalPIDmu=1.20942 TrackChi2PerDof=1.28075 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=6350.54 TrackPt=221.431 CombDLLe=-3.03443 CombDLLmu=-5.47039 CombDLLpi=0 CombDLLk=2.94587 CombDLLp=2.94587 CombDLLd=3.05335 ProbNNe=0.186128 ProbNNmu=0.00366525 ProbNNpi=0.00888502 ProbNNk=0.123393 ProbNNp=0.422119 ProbNNghost=0.117123 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.14134 RichDLLmu=0.0101929 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.26928 CaloElectronMatch=70.5728 CaloBremMatch=2.57292 CaloChargedEcal=1283.55 CaloChargedID=34934 CaloNeutralEcal=1283.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783706 CaloNeutralID=34934 CaloEcalE=7577.03 CaloHcalE=411.399 CaloEcalChi2=70.5728 CaloBremChi2=107.127 CaloClusChi2=1.26928 CaloTrajectoryL=-863.534 CaloEoverP=0.612175 EcalPIDe=1.51236 BremPIDe=0.185338 HcalPIDe=-0.235987 HcalPIDmu=-1.03802 EcalPIDmu=-0.515142 TrackChi2PerDof=0.941795 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=2574.9 TrackPt=154.62 CombDLLe=0.395341 CombDLLmu=-1.53889 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.400872 ProbNNpi=0.784049 ProbNNk=0.0501645 ProbNNp=0.120637 ProbNNghost=0.0719959 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.19584 RichDLLmu=-1.34695 RichDLLpi=0 RichDLLk=4.32107 RichDLLp=4.32107 RichPIDStatus=5025 RichDLLbt=4.32107 RichDLLd=4.32107 MuonMuLL=-0.256571 MuonBkgLL=-1.77887 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=422.876 MuonMVA1=-999 MuonMVA2=0.356051 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.17844 CaloElectronMatch=445.385 CaloBremMatch=445.385 CaloChargedEcal=8485.81 CaloChargedID=34744 CaloNeutralEcal=8485.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.718627 CaloNeutralID=34744 CaloEcalE=3764.39 CaloHcalE=1488.12 CaloEcalChi2=445.385 CaloBremChi2=286.146 CaloClusChi2=1.17844 CaloTrajectoryL=-176.89 CaloEoverP=2.31251 EcalPIDe=-0.214586 BremPIDe=-0.318955 HcalPIDe=-1.06262 HcalPIDmu=1.36367 EcalPIDmu=-2.03528 TrackChi2PerDof=1.45034 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=3804.44 TrackPt=148.758 CombDLLe=-0.520484 CombDLLmu=-0.990713 CombDLLpi=0 CombDLLk=4.32107 CombDLLp=4.32107 CombDLLd=6.09994 ProbNNe=0.98682 ProbNNmu=0.00366525 ProbNNpi=1.46316e-05 ProbNNk=0.150476 ProbNNp=0.111493 ProbNNghost=0.959044 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.784716 RichDLLmu=-4.57093 RichDLLpi=0 RichDLLk=1.8105 RichDLLp=1.8105 RichPIDStatus=5028 RichDLLbt=1.8105 RichDLLd=1.8105 MuonMuLL=-0.199061 MuonBkgLL=-1.58076 MuonNShared=17 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=391.336 MuonMVA1=-999 MuonMVA2=-0.1459 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.524754 CaloElectronMatch=170.156 CaloBremMatch=2.57292 CaloChargedEcal=1283.55 CaloChargedID=34934 CaloNeutralEcal=1283.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783706 CaloNeutralID=34934 CaloEcalE=7577.03 CaloHcalE=411.399 CaloEcalChi2=170.156 CaloBremChi2=494.082 CaloClusChi2=0.524754 CaloTrajectoryL=-1114.52 CaloEoverP=0.42116 EcalPIDe=0.83137 BremPIDe=-0.553589 HcalPIDe=-0.235987 HcalPIDmu=-1.03802 EcalPIDmu=-0.515142 TrackChi2PerDof=2.49206 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=3742.73 TrackPt=154.446 CombDLLe=-0.0955134 CombDLLmu=-5.23341 CombDLLpi=0 CombDLLk=1.8105 CombDLLp=1.8105 CombDLLd=3.39126 ProbNNe=0.982007 ProbNNmu=0.00366525 ProbNNpi=0.000652889 ProbNNk=0.0957685 ProbNNp=0.0231159 ProbNNghost=0.990368 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.88216 RichDLLmu=-5.86887 RichDLLpi=0 RichDLLk=-0.993637 RichDLLp=-0.993637 RichPIDStatus=5027 RichDLLbt=-0.993637 RichDLLd=-0.993637 MuonMuLL=-0.00200198 MuonBkgLL=-0.356036 MuonNShared=9 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=57.0496 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=23.928 CaloElectronMatch=562.456 CaloBremMatch=142.912 CaloChargedEcal=1308.72 CaloChargedID=35670 CaloNeutralEcal=1308.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737816 CaloNeutralID=35670 CaloEcalE=0 CaloHcalE=3297.94 CaloEcalChi2=562.456 CaloBremChi2=397.348 CaloClusChi2=23.928 CaloTrajectoryL=-554.072 CaloEoverP=0.206736 EcalPIDe=-0.341929 BremPIDe=-0.492427 HcalPIDe=-1.59374 HcalPIDmu=-0.0676465 EcalPIDmu=0.389705 TrackChi2PerDof=1.53347 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=6550.85 TrackPt=245.324 CombDLLe=-3.95742 CombDLLmu=-5.10226 CombDLLpi=0 CombDLLk=-0.993637 CombDLLp=-0.993637 CombDLLd=-0.637601 ProbNNe=2.54654e-07 ProbNNpi=0.82841 ProbNNk=0.0105131 ProbNNp=0.0347186 ProbNNghost=0.281869 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.2684 RichDLLmu=-4.63106 RichDLLpi=0 RichDLLk=-2.58533 RichDLLp=-2.58533 RichPIDStatus=5091 RichDLLbt=-2.58533 RichDLLd=-2.58533 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.46113 CaloElectronMatch=396.764 CaloBremMatch=23.107 CaloChargedEcal=5052.66 CaloChargedID=39309 CaloNeutralEcal=5052.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.706406 CaloNeutralID=39309 CaloEcalE=555.952 CaloHcalE=4500.16 CaloEcalChi2=396.764 CaloBremChi2=111.332 CaloClusChi2=4.46113 CaloTrajectoryL=381.808 CaloEoverP=0.612763 EcalPIDe=-0.0141273 BremPIDe=0.458865 HcalPIDe=-2.06679 HcalPIDmu=-0.813089 EcalPIDmu=1.54224 TrackChi2PerDof=0.875936 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=8331.35 TrackPt=351.655 CombDLLe=-4.61384 CombDLLmu=-4.37261 CombDLLpi=0 CombDLLk=-2.58533 CombDLLp=-2.58533 CombDLLd=-2.58533 ProbNNe=6.24275e-09 ProbNNpi=0.99244 ProbNNk=0.00167585 ProbNNp=0.00358374 ProbNNghost=0.00337885 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.0941 RichDLLmu=-12.3772 RichDLLpi=0 RichDLLk=-7.64823 RichDLLp=-7.64823 RichPIDStatus=5027 RichDLLbt=-7.64823 RichDLLd=-7.64823 MuonMuLL=0 MuonBkgLL=-0.133196 MuonNShared=47 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=180.61 MuonMVA1=-999 MuonMVA2=0.0221934 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.17638 CaloElectronMatch=82.6884 CaloBremMatch=82.6884 CaloChargedEcal=1729.67 CaloChargedID=38977 CaloNeutralEcal=1729.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.804122 CaloNeutralID=38977 CaloEcalE=819.984 CaloHcalE=3185.8 CaloEcalChi2=82.6884 CaloBremChi2=452.46 CaloClusChi2=3.17638 CaloTrajectoryL=237.155 CaloEoverP=0.454638 EcalPIDe=1.51236 BremPIDe=-0.553589 HcalPIDe=-1.56674 HcalPIDmu=-0.0648026 EcalPIDmu=0.255214 TrackChi2PerDof=0.496811 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=4296.98 TrackPt=148.353 CombDLLe=-2.50114 CombDLLmu=-6.57801 CombDLLpi=0 CombDLLk=-7.64823 CombDLLp=-7.64823 CombDLLd=-7.51503 ProbNNe=0.0581832 ProbNNmu=0.00366525 ProbNNpi=0.016407 ProbNNk=0.00827026 ProbNNp=0.0312842 ProbNNghost=0.122653 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.54593 RichDLLmu=-4.10316 RichDLLpi=0 RichDLLk=2.60495 RichDLLp=2.60495 RichPIDStatus=5025 RichDLLbt=2.60495 RichDLLd=2.60495 MuonMuLL=-0.0940909 MuonBkgLL=-1.0847 MuonNShared=16 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=426.712 MuonMVA1=-999 MuonMVA2=-0.545804 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.39567 CaloElectronMatch=111.246 CaloBremMatch=2.57292 CaloChargedEcal=1283.55 CaloChargedID=34934 CaloNeutralEcal=1283.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783706 CaloNeutralID=34934 CaloEcalE=7190.2 CaloHcalE=1667 CaloEcalChi2=111.246 CaloBremChi2=414.414 CaloClusChi2=2.39567 CaloTrajectoryL=-886.882 CaloEoverP=0.406151 EcalPIDe=1.51236 BremPIDe=-0.4614 HcalPIDe=-1.18491 HcalPIDmu=1.91257 EcalPIDmu=-0.377978 TrackChi2PerDof=1.79628 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=3881.05 TrackPt=160.174 CombDLLe=1.33924 CombDLLmu=-2.2027 CombDLLpi=0 CombDLLk=2.60495 CombDLLp=2.60495 CombDLLd=3.68965 ProbNNe=0.999223 ProbNNmu=0.00366525 ProbNNpi=0.000336528 ProbNNk=0.0349179 ProbNNp=0.0358069 ProbNNghost=0.953682 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.3538 RichDLLmu=-9.2064 RichDLLpi=0 RichDLLk=-0.655373 RichDLLp=-0.655373 RichPIDStatus=5027 RichDLLbt=-0.655373 RichDLLd=-0.655373 MuonMuLL=-0.147572 MuonBkgLL=-0.71105 MuonNShared=10 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=370.936 MuonMVA1=-999 MuonMVA2=-0.513105 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.36654 CaloElectronMatch=155.577 CaloBremMatch=97.0236 CaloChargedEcal=10002.1 CaloChargedID=39114 CaloNeutralEcal=10002.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877444 CaloNeutralID=39114 CaloEcalE=7892.48 CaloHcalE=1558.93 CaloEcalChi2=155.577 CaloBremChi2=498.609 CaloClusChi2=1.36654 CaloTrajectoryL=206.965 CaloEoverP=2.30106 EcalPIDe=0.83137 BremPIDe=-0.553589 HcalPIDe=-1.18491 HcalPIDmu=1.91257 EcalPIDmu=-0.196014 TrackChi2PerDof=0.732932 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=4404.62 TrackPt=305.033 CombDLLe=-4.19044 CombDLLmu=-4.37639 CombDLLpi=0 CombDLLk=-0.655373 CombDLLp=-0.655373 CombDLLd=0.0556775 ProbNNe=0.00239704 ProbNNmu=0.00366525 ProbNNpi=0.000702819 ProbNNk=0.0126169 ProbNNp=0.0302981 ProbNNghost=0.233421 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.64435 RichDLLmu=-6.23616 RichDLLpi=0 RichDLLk=2.61824 RichDLLp=2.61824 RichPIDStatus=5028 RichDLLbt=2.61824 RichDLLd=2.61824 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.59498 CaloElectronMatch=191.908 CaloBremMatch=191.908 CaloChargedEcal=2390.09 CaloChargedID=34238 CaloNeutralEcal=2390.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914933 CaloNeutralID=34238 CaloEcalE=1446.87 CaloEcalChi2=191.908 CaloBremChi2=28.5057 CaloClusChi2=4.59498 CaloTrajectoryL=345.881 CaloEoverP=0.81337 EcalPIDe=0.497498 BremPIDe=1.76814 EcalPIDmu=-1.86134 TrackChi2PerDof=0.87993 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=3295.12 TrackPt=348.207 CombDLLe=0.775994 CombDLLmu=-7.79388 CombDLLpi=0 CombDLLk=2.61824 CombDLLp=2.61824 CombDLLd=2.61824 ProbNNe=0.000622797 ProbNNpi=0.880891 ProbNNk=0.0627525 ProbNNp=0.127089 ProbNNghost=0.0273308 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.10866 RichDLLmu=0.255178 RichDLLpi=0 RichDLLk=-31.1156 RichDLLp=-20.898 RichPIDStatus=8162 RichDLLbt=-20.3782 RichDLLd=-20.3782 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.215071 CaloElectronMatch=418.039 CaloBremMatch=418.039 CaloChargedEcal=9526.52 CaloChargedID=43764 CaloNeutralEcal=9526.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740543 CaloNeutralID=43764 CaloEcalE=6555.36 CaloHcalE=6828 CaloEcalChi2=418.039 CaloBremChi2=692.149 CaloClusChi2=0.215071 CaloTrajectoryL=221.621 CaloEoverP=0.436956 EcalPIDe=0.102108 BremPIDe=-0.581258 HcalPIDe=-1.71317 HcalPIDmu=-1.07455 EcalPIDmu=-3.32597 TrackChi2PerDof=0.885451 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=22239.5 TrackPt=1044.58 CombDLLe=-2.90882 CombDLLmu=-4.04358 CombDLLpi=0 CombDLLk=-31.1156 CombDLLp=-20.898 CombDLLd=-20.3782 ProbNNe=0.000333854 ProbNNpi=0.996318 ProbNNk=5.08092e-05 ProbNNp=3.80605e-05 ProbNNghost=0.00643865 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.51353 RichDLLmu=-1.86863 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=397.484 BremPIDe=-0.19324 TrackChi2PerDof=2.11001 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=2303.72 TrackPt=201.235 CombDLLe=-0.979773 CombDLLmu=-2.50072 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.697941 ProbNNpi=0.666142 ProbNNk=0.0464851 ProbNNp=0.126245 ProbNNghost=0.334726 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.3189 RichDLLmu=-2.01102 RichDLLpi=0 RichDLLk=2.72449 RichDLLp=2.72449 RichPIDStatus=5092 RichDLLbt=2.72449 RichDLLd=2.72449 MuonMuLL=-0.00240287 MuonBkgLL=-0.456943 MuonNShared=11 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=932.09 MuonMVA1=-999 MuonMVA2=-1.12787 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.342358 CaloElectronMatch=92.5153 CaloBremMatch=92.5153 CaloChargedEcal=10199.8 CaloChargedID=38727 CaloNeutralEcal=10199.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790883 CaloNeutralID=38727 CaloEcalE=6466.84 CaloHcalE=505.727 CaloEcalChi2=92.5153 CaloBremChi2=961.077 CaloClusChi2=0.342358 CaloTrajectoryL=182.199 CaloEoverP=1.18361 EcalPIDe=1.84829 BremPIDe=-0.638976 HcalPIDe=-0.176853 HcalPIDmu=-1.18737 EcalPIDmu=-3.04596 TrackChi2PerDof=1.28985 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=8671.49 TrackPt=290.552 CombDLLe=-2.24609 CombDLLmu=-6.45162 CombDLLpi=0 CombDLLk=2.72449 CombDLLp=2.72449 CombDLLd=3.18143 ProbNNe=0.140838 ProbNNmu=0.00366525 ProbNNpi=0.00192621 ProbNNk=0.0570648 ProbNNp=0.099903 ProbNNghost=0.600408 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.7081 RichDLLmu=-1.07806 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=104.443 BremPIDe=0.0987144 TrackChi2PerDof=1.28851 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=2170.01 TrackPt=169.122 CombDLLe=-2.5171 CombDLLmu=-1.48633 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0023898 ProbNNpi=0.894425 ProbNNk=0.0527492 ProbNNp=0.144741 ProbNNghost=0.0377658 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.78231 RichDLLmu=1.17254 RichDLLpi=0 RichDLLk=12.5922 RichDLLp=12.2033 RichPIDStatus=8166 RichDLLbt=13.2332 RichDLLd=13.2332 MuonMuLL=-0.0026034 MuonBkgLL=-0.431332 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=448.43 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=1.49917 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=22133.7 TrackPt=578.827 CombDLLe=0.136887 CombDLLmu=2.04084 CombDLLpi=0 CombDLLk=12.5922 CombDLLp=12.2033 CombDLLd=13.6646 ProbNNe=0.00103362 ProbNNpi=0.0104295 ProbNNk=0.81329 ProbNNp=0.911041 ProbNNghost=0.0595314 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.79435 RichDLLmu=0.734467 RichDLLpi=0 RichDLLk=-10.3265 RichDLLp=-4.33256 RichPIDStatus=8166 RichDLLbt=0.832924 RichDLLd=0.832924 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0741256 CaloElectronMatch=24.6587 CaloBremMatch=24.6587 CaloChargedEcal=17667.4 CaloChargedID=42868 CaloNeutralEcal=17667.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.733261 CaloNeutralID=42868 CaloEcalE=8192.92 CaloHcalE=19055.1 CaloEcalChi2=24.6587 CaloBremChi2=359.377 CaloClusChi2=0.0741256 CaloTrajectoryL=139.458 CaloEoverP=0.822692 EcalPIDe=5.02468 BremPIDe=-0.205402 HcalPIDe=-2.87281 HcalPIDmu=-2.81633 EcalPIDmu=-3.40326 TrackChi2PerDof=1.58046 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=21554.7 TrackPt=682.887 CombDLLe=1.63267 CombDLLmu=-5.19867 CombDLLpi=0 CombDLLk=-10.3265 CombDLLp=-4.33256 CombDLLd=0.832924 ProbNNe=0.048043 ProbNNpi=0.824468 ProbNNk=0.000514134 ProbNNp=0.0151032 ProbNNghost=0.731705 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.36939 RichDLLmu=2.02586 RichDLLpi=0 RichDLLk=7.75935 RichDLLp=18.0069 RichPIDStatus=8165 RichDLLbt=17.3384 RichDLLd=17.3384 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.796387 CaloElectronMatch=677.633 CaloBremMatch=99.5246 CaloChargedEcal=8178.07 CaloChargedID=43887 CaloNeutralEcal=8178.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.700092 CaloNeutralID=43887 CaloEcalE=1385.12 CaloHcalE=4809.44 CaloEcalChi2=677.633 CaloBremChi2=19.0673 CaloClusChi2=0.796387 CaloTrajectoryL=682.289 CaloEoverP=0.406055 EcalPIDe=-0.519928 BremPIDe=3.34014 HcalPIDe=-1.47206 HcalPIDmu=-0.410503 EcalPIDmu=-0.567925 TrackChi2PerDof=2.88907 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=20461.1 TrackPt=865.023 CombDLLe=1.9364 CombDLLmu=1.71213 CombDLLpi=0 CombDLLk=7.75935 CombDLLp=18.0069 CombDLLd=17.3384 ProbNNe=0.0147103 ProbNNpi=0.000753265 ProbNNk=0.164515 ProbNNp=0.0392459 ProbNNghost=0.999152 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.7086 RichDLLmu=-8.73412 RichDLLpi=0 RichDLLk=-15.1376 RichDLLp=-15.0054 RichPIDStatus=6115 RichDLLbt=-15.0054 RichDLLd=-15.0054 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.553154 CaloElectronMatch=85.5538 CaloBremMatch=85.5538 CaloChargedEcal=12199.2 CaloChargedID=38966 CaloNeutralEcal=12199.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.837233 CaloNeutralID=38966 CaloEcalE=3218.16 CaloHcalE=2736.23 CaloEcalChi2=85.5538 CaloBremChi2=450.49 CaloClusChi2=0.553154 CaloTrajectoryL=48.5215 CaloEoverP=1.03879 EcalPIDe=2.29793 BremPIDe=-0.621385 HcalPIDe=-0.985467 HcalPIDmu=0.723815 EcalPIDmu=-2.37225 TrackChi2PerDof=1.82325 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=12257.9 TrackPt=598.953 CombDLLe=-2.36338 CombDLLmu=-8.23553 CombDLLpi=0 CombDLLk=-15.1376 CombDLLp=-15.0054 CombDLLd=-15.0054 ProbNNe=8.87909e-07 ProbNNpi=0.993149 ProbNNk=0.000308431 ProbNNp=0.000828517 ProbNNghost=0.0473656 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.4451 RichDLLmu=-5.19028 RichDLLpi=0 RichDLLk=-6.07275 RichDLLp=-1.78542 RichPIDStatus=6115 RichDLLbt=-1.78542 RichDLLd=-1.78542 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.34481 CaloElectronMatch=81.2867 CaloBremMatch=81.2867 CaloChargedEcal=8851.11 CaloChargedID=43759 CaloNeutralEcal=8851.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.722215 CaloNeutralID=43759 CaloEcalE=4560.3 CaloHcalE=13746.4 CaloEcalChi2=81.2867 CaloBremChi2=385.006 CaloClusChi2=0.34481 CaloTrajectoryL=81.0861 CaloEoverP=0.600969 EcalPIDe=2.70966 BremPIDe=-0.488693 HcalPIDe=-2.5812 HcalPIDmu=-2.19802 EcalPIDmu=-3.31459 TrackChi2PerDof=0.856114 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=15155.5 TrackPt=556.71 CombDLLe=-2.78369 CombDLLmu=-10.9524 CombDLLpi=0 CombDLLk=-6.07275 CombDLLp=-1.78542 CombDLLd=-1.78542 ProbNNe=1.97383e-06 ProbNNpi=0.995898 ProbNNk=0.000444946 ProbNNp=0.00146851 ProbNNghost=0.00699702 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.6119 RichDLLmu=-5.21539 RichDLLpi=0 RichDLLk=-15.9044 RichDLLp=-10.2147 RichPIDStatus=8163 RichDLLbt=-9.94485 RichDLLd=-9.94485 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.05695 CaloElectronMatch=405.079 CaloBremMatch=279.822 CaloChargedEcal=6941.66 CaloChargedID=43062 CaloNeutralEcal=6941.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.692623 CaloNeutralID=43062 CaloEcalE=3743.5 CaloHcalE=17816.9 CaloEcalChi2=405.079 CaloBremChi2=420.824 CaloClusChi2=1.05695 CaloTrajectoryL=171.032 CaloEoverP=0.376351 EcalPIDe=0.0386953 BremPIDe=-0.532522 HcalPIDe=-2.5812 HcalPIDmu=-3.11279 EcalPIDmu=-2.90133 TrackChi2PerDof=0.870342 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=18727.9 TrackPt=595.747 CombDLLe=-5.67635 CombDLLmu=-11.4678 CombDLLpi=0 CombDLLk=-15.9044 CombDLLp=-10.2147 CombDLLd=-9.94485 ProbNNe=7.07354e-07 ProbNNpi=0.99959 ProbNNk=0.000196625 ProbNNp=0.000193385 ProbNNghost=0.00196247 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.43857 RichDLLmu=1.52613 RichDLLpi=0 RichDLLk=10.5484 RichDLLp=10.5484 RichPIDStatus=5028 RichDLLbt=10.5484 RichDLLd=10.5484 MuonMuLL=-0.00471108 MuonBkgLL=-0.1769 MuonNShared=24 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=527.797 MuonMVA1=-999 MuonMVA2=-1.27188 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.93984 CaloElectronMatch=856.293 CaloBremMatch=231.984 CaloChargedEcal=13685.7 CaloChargedID=34874 CaloNeutralEcal=13685.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729235 CaloNeutralID=34874 CaloEcalE=2826.75 CaloEcalChi2=856.293 CaloBremChi2=589.23 CaloClusChi2=1.93984 CaloTrajectoryL=-521.988 CaloEoverP=3.46107 EcalPIDe=-0.93346 BremPIDe=-0.553589 EcalPIDmu=-2.54584 TrackChi2PerDof=2.16313 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=3986.54 TrackPt=280.376 CombDLLe=-1.91327 CombDLLmu=-0.301034 CombDLLpi=0 CombDLLk=10.5484 CombDLLp=10.5484 CombDLLd=10.7253 ProbNNe=0.262174 ProbNNmu=0.00366525 ProbNNpi=0.000749079 ProbNNk=0.668858 ProbNNp=0.424019 ProbNNghost=0.947583 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.59333 RichDLLmu=-0.203049 RichDLLpi=0 RichDLLk=6.93166 RichDLLp=20.938 RichPIDStatus=8166 RichDLLbt=21.913 RichDLLd=21.913 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.575762 CaloElectronMatch=494.032 CaloBremMatch=494.032 CaloChargedEcal=17179.4 CaloChargedID=44006 CaloNeutralEcal=17179.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.791484 CaloNeutralID=44006 CaloEcalE=7776.89 CaloHcalE=10143.7 CaloEcalChi2=494.032 CaloBremChi2=38.8679 CaloClusChi2=0.575762 CaloTrajectoryL=230.201 CaloEoverP=0.497854 EcalPIDe=0.101254 BremPIDe=1.95056 HcalPIDe=-1.97168 HcalPIDmu=-1.51668 EcalPIDmu=-3.16364 TrackChi2PerDof=0.9306 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=34507.5 TrackPt=1671.56 CombDLLe=-0.198555 CombDLLmu=-4.96443 CombDLLpi=0 CombDLLk=6.93166 CombDLLp=20.938 CombDLLd=21.913 ProbNNe=2.0054e-06 ProbNNpi=0.0316212 ProbNNk=0.0454682 ProbNNp=0.998201 ProbNNghost=0.00109513 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.203 RichDLLmu=-6.02959 RichDLLpi=0 RichDLLk=2.39676 RichDLLp=2.39676 RichPIDStatus=5092 RichDLLbt=2.39676 RichDLLd=2.39676 MuonMuLL=0 MuonBkgLL=-0.267521 MuonNShared=16 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=827.569 MuonMVA1=-999 MuonMVA2=-0.203124 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.40249 CaloElectronMatch=229.864 CaloBremMatch=229.864 CaloChargedEcal=1299.6 CaloChargedID=38194 CaloNeutralEcal=1299.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918038 CaloNeutralID=38194 CaloEcalE=967.702 CaloHcalE=841.44 CaloEcalChi2=229.864 CaloBremChi2=550.028 CaloClusChi2=1.40249 CaloTrajectoryL=245.476 CaloEoverP=0.201141 EcalPIDe=0.605631 BremPIDe=-0.607507 HcalPIDe=-0.310073 HcalPIDmu=-0.321238 EcalPIDmu=-0.0480211 TrackChi2PerDof=1.52787 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6972.82 TrackPt=399.11 CombDLLe=-2.3836 CombDLLmu=-5.94989 CombDLLpi=0 CombDLLk=2.39676 CombDLLp=2.39676 CombDLLd=2.66428 ProbNNe=0.0112353 ProbNNmu=0.00366525 ProbNNpi=0.00255628 ProbNNk=0.0855731 ProbNNp=0.148533 ProbNNghost=0.677085 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.6583 RichDLLmu=-14.9212 RichDLLpi=0 RichDLLk=-1.26622 RichDLLp=-1.26622 RichPIDStatus=5027 RichDLLbt=-1.26622 RichDLLd=-1.26622 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.894228 CaloElectronMatch=314.68 CaloBremMatch=304.376 CaloChargedEcal=714.374 CaloChargedID=35191 CaloNeutralEcal=714.374 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.892937 CaloNeutralID=35191 CaloEcalE=637.912 CaloHcalE=2592.24 CaloEcalChi2=314.68 CaloBremChi2=28.6708 CaloClusChi2=0.894228 CaloTrajectoryL=78.3984 CaloEoverP=0.174323 EcalPIDe=0.0750074 BremPIDe=2.23396 HcalPIDe=-1.31397 HcalPIDmu=0.425157 EcalPIDmu=0.678135 TrackChi2PerDof=0.805877 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=5122.47 TrackPt=458.148 CombDLLe=-1.90897 CombDLLmu=-5.86099 CombDLLpi=0 CombDLLk=-1.26622 CombDLLp=-1.26622 CombDLLd=-1.26622 ProbNNe=1.44136e-06 ProbNNpi=0.995746 ProbNNk=0.00145174 ProbNNp=0.00327917 ProbNNghost=0.00303272 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.04593 RichDLLmu=-6.80167 RichDLLpi=0 RichDLLk=0.986852 RichDLLp=0.986852 RichPIDStatus=5028 RichDLLbt=0.986852 RichDLLd=0.986852 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0536936 CaloElectronMatch=39.9183 CaloBremMatch=39.9183 CaloChargedEcal=2328.38 CaloChargedID=34249 CaloNeutralEcal=2328.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.718412 CaloNeutralID=34249 CaloEcalE=1253.84 CaloHcalE=1468.15 CaloEcalChi2=39.9183 CaloBremChi2=117.55 CaloClusChi2=0.0536936 CaloTrajectoryL=173.917 CaloEoverP=0.780351 EcalPIDe=2.97947 BremPIDe=0.134325 HcalPIDe=-1.06262 HcalPIDmu=1.19075 EcalPIDmu=-1.2505 TrackChi2PerDof=0.987765 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=3292.36 TrackPt=293.454 CombDLLe=0.494583 CombDLLmu=-6.19504 CombDLLpi=0 CombDLLk=0.986852 CombDLLp=0.986852 CombDLLd=0.986852 ProbNNe=0.00208157 ProbNNpi=0.930295 ProbNNk=0.0286576 ProbNNp=0.0596725 ProbNNghost=0.0959757 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.9424 RichDLLmu=-2.85791 RichDLLpi=0 RichDLLk=0.565119 RichDLLp=0.565119 RichPIDStatus=5028 RichDLLbt=0.565119 RichDLLd=0.565119 MuonMuLL=0 MuonBkgLL=-0.085695 MuonNShared=56 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=894.688 MuonMVA1=-999 MuonMVA2=-1.09116 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.279362 CaloElectronMatch=142.068 CaloChargedEcal=3879 CaloChargedID=38658 CaloEcalE=2199.02 CaloHcalE=6828.47 CaloEcalChi2=142.068 CaloClusChi2=0.279362 CaloTrajectoryL=21.4281 CaloEoverP=0.62796 EcalPIDe=0.989182 HcalPIDe=-1.99692 HcalPIDmu=-0.53992 EcalPIDmu=-2.19328 TrackChi2PerDof=1.18977 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=6377.81 TrackPt=188.973 CombDLLe=-3.0377 CombDLLmu=-6.26314 CombDLLpi=0 CombDLLk=0.565119 CombDLLp=0.565119 CombDLLd=0.650814 ProbNNe=0.0702074 ProbNNmu=0.00366525 ProbNNpi=0.00519945 ProbNNk=0.0277563 ProbNNp=0.0714294 ProbNNghost=0.222361 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.115 RichDLLmu=-10.215 RichDLLpi=0 RichDLLk=-1.9692 RichDLLp=-1.9692 RichPIDStatus=5027 RichDLLbt=-1.9692 RichDLLd=-1.9692 MuonMuLL=-0.0224501 MuonBkgLL=-0.159242 MuonNShared=42 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=376.482 MuonMVA1=-999 MuonMVA2=-0.725302 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.633435 CaloElectronMatch=444.694 CaloBremMatch=92.5153 CaloChargedEcal=10199.8 CaloChargedID=38727 CaloNeutralEcal=10199.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790883 CaloNeutralID=38727 CaloEcalE=1272.36 CaloHcalE=5798.02 CaloEcalChi2=444.694 CaloBremChi2=446.412 CaloClusChi2=0.633435 CaloTrajectoryL=-116.969 CaloEoverP=2.62826 EcalPIDe=-0.214586 BremPIDe=-0.553589 HcalPIDe=-0.88472 HcalPIDmu=-0.152469 EcalPIDmu=-0.801309 TrackChi2PerDof=0.65278 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=3905.13 TrackPt=275.275 CombDLLe=-3.86917 CombDLLmu=-7.58559 CombDLLpi=0 CombDLLk=-1.9692 CombDLLp=-1.9692 CombDLLd=-1.80996 ProbNNe=0.00481095 ProbNNmu=0.00366525 ProbNNpi=0.00494839 ProbNNk=0.0170167 ProbNNp=0.0750152 ProbNNghost=0.17556 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.36047 RichDLLmu=0.102978 RichDLLpi=0 RichDLLk=-1.50259 RichDLLp=2.76222 RichPIDStatus=6117 RichDLLbt=2.76222 RichDLLd=2.76222 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.70795 CaloElectronMatch=649.781 CaloBremMatch=279.822 CaloChargedEcal=6941.66 CaloChargedID=43062 CaloNeutralEcal=6941.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.692623 CaloNeutralID=43062 CaloEcalE=695.088 CaloHcalE=14858.9 CaloEcalChi2=649.781 CaloBremChi2=446.624 CaloClusChi2=3.70795 CaloTrajectoryL=-724.372 CaloEoverP=0.463792 EcalPIDe=-0.597229 BremPIDe=-0.625066 HcalPIDe=-2.5812 HcalPIDmu=-2.15436 EcalPIDmu=1.15835 TrackChi2PerDof=1.65313 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=15197 TrackPt=457.198 CombDLLe=-4.3902 CombDLLmu=-0.851864 CombDLLpi=0 CombDLLk=-1.50259 CombDLLp=2.76222 CombDLLd=2.76222 ProbNNe=6.3658e-05 ProbNNpi=0.856989 ProbNNk=0.0147873 ProbNNp=0.119159 ProbNNghost=0.0641658 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.7341 RichDLLmu=0.375485 RichDLLpi=0 RichDLLk=-17.8695 RichDLLp=-18.8087 RichPIDStatus=6114 RichDLLbt=-18.8087 RichDLLd=-18.8087 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.472287 CaloElectronMatch=94.726 CaloBremMatch=94.726 CaloChargedEcal=4909.97 CaloChargedID=44079 CaloNeutralEcal=4909.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809667 CaloNeutralID=44079 CaloEcalE=2712.96 CaloHcalE=2111.28 CaloEcalChi2=94.726 CaloBremChi2=130.598 CaloClusChi2=0.472287 CaloTrajectoryL=105.545 CaloEoverP=0.554115 EcalPIDe=1.84829 BremPIDe=0.414529 HcalPIDe=-1.11299 HcalPIDmu=1.36796 EcalPIDmu=-2.29891 TrackChi2PerDof=1.08842 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=9805.17 TrackPt=588.144 CombDLLe=-2.57628 CombDLLmu=-0.406257 CombDLLpi=0 CombDLLk=-17.8695 CombDLLp=-18.8087 CombDLLd=-18.8087 ProbNNe=1.63256e-07 ProbNNpi=0.997759 ProbNNk=5.77551e-05 ProbNNp=0.000211547 ProbNNghost=0.00346039 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.68376 RichDLLmu=-1.88609 RichDLLpi=0 RichDLLk=-3.98961 RichDLLp=-5.28016 RichPIDStatus=8163 RichDLLbt=-3.24258 RichDLLd=-3.24258 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=8.40253 CaloElectronMatch=2862.64 CaloChargedEcal=16450.7 CaloChargedID=38641 CaloEcalE=0 CaloHcalE=15721.8 CaloEcalChi2=2862.64 CaloClusChi2=8.40253 CaloTrajectoryL=2309.9 CaloEoverP=0.870938 EcalPIDe=-2.15662 HcalPIDe=-2.5812 HcalPIDmu=-2.77161 EcalPIDmu=0.635346 TrackChi2PerDof=1.65266 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=19156.9 TrackPt=657.592 CombDLLe=-5.89672 CombDLLmu=-4.65828 CombDLLpi=0 CombDLLk=-3.98961 CombDLLp=-5.28016 CombDLLd=-3.24258 ProbNNe=1.63789e-05 ProbNNpi=0.74636 ProbNNk=0.00484451 ProbNNp=0.0213752 ProbNNghost=0.208656 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.27161 RichDLLmu=-0.109066 RichDLLpi=0 RichDLLk=5.35611 RichDLLp=5.35611 RichPIDStatus=5092 RichDLLbt=5.35611 RichDLLd=5.35611 MuonMuLL=0 MuonBkgLL=-0.0885255 MuonNShared=26 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=6385.91 MuonMVA1=-999 MuonMVA2=-0.308801 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.07671 CaloElectronMatch=244.348 CaloBremMatch=244.348 CaloChargedEcal=12995.2 CaloChargedID=42996 CaloNeutralEcal=12995.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.646726 CaloNeutralID=42996 CaloEcalE=5347.52 CaloHcalE=7166.45 CaloEcalChi2=244.348 CaloBremChi2=659.442 CaloClusChi2=1.07671 CaloTrajectoryL=-95.1355 CaloEoverP=1.88078 EcalPIDe=0.605631 BremPIDe=-0.607507 HcalPIDe=-1.99692 HcalPIDmu=-1.2021 EcalPIDmu=-3.28418 TrackChi2PerDof=1.44867 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=7013.55 TrackPt=266.583 CombDLLe=-3.08742 CombDLLmu=-4.55042 CombDLLpi=0 CombDLLk=5.35611 CombDLLp=5.35611 CombDLLd=5.44464 ProbNNe=0.638196 ProbNNmu=0.00366525 ProbNNpi=0.323969 ProbNNk=0.0540001 ProbNNp=0.183609 ProbNNghost=0.792786 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.219923 RichDLLmu=2.52063 RichDLLpi=0 RichDLLk=10.8209 RichDLLp=10.8209 RichPIDStatus=5028 RichDLLbt=10.8209 RichDLLd=10.8209 MuonMuLL=-0.00471108 MuonBkgLL=-0.176809 MuonNShared=25 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=527.688 MuonMVA1=-999 MuonMVA2=-1.27188 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.93757 CaloElectronMatch=859.107 CaloBremMatch=231.984 CaloChargedEcal=13685.7 CaloChargedID=34874 CaloNeutralEcal=13685.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729235 CaloNeutralID=34874 CaloEcalE=2826.75 CaloEcalChi2=859.107 CaloBremChi2=579.452 CaloClusChi2=1.93757 CaloTrajectoryL=-521.948 CaloEoverP=3.46182 EcalPIDe=-0.93346 BremPIDe=-0.553589 EcalPIDmu=-2.54584 TrackChi2PerDof=0.737782 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=3985.68 TrackPt=289.535 CombDLLe=-1.44856 CombDLLmu=0.883751 CombDLLpi=0 CombDLLk=10.8209 CombDLLp=10.8209 CombDLLd=10.9977 ProbNNe=0.445041 ProbNNmu=0.00366525 ProbNNpi=0.000320475 ProbNNk=0.79849 ProbNNp=0.664759 ProbNNghost=0.303684 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.15436 RichDLLmu=0.110474 RichDLLpi=0 RichDLLk=4.99352 RichDLLp=14.0505 RichPIDStatus=8165 RichDLLbt=13.9421 RichDLLd=13.9421 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.72061 CaloElectronMatch=1255.52 CaloBremMatch=1255.52 CaloChargedEcal=26255.3 CaloChargedID=43815 CaloNeutralEcal=26255.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.706048 CaloNeutralID=43815 CaloEcalE=3789.74 CaloHcalE=15721.9 CaloEcalChi2=1255.52 CaloBremChi2=488.9 CaloClusChi2=2.72061 CaloTrajectoryL=-343.175 CaloEoverP=1.25128 EcalPIDe=-1.3658 BremPIDe=-0.591406 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=-2.77042 TrackChi2PerDof=1.30482 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=20901 TrackPt=788.739 CombDLLe=-5.03197 CombDLLmu=-5.83948 CombDLLpi=0 CombDLLk=4.99352 CombDLLp=14.0505 CombDLLd=13.9421 ProbNNe=2.09076e-05 ProbNNpi=0.154159 ProbNNk=0.143478 ProbNNp=0.946052 ProbNNghost=0.0136127 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-35.7848 RichDLLmu=-18.8464 RichDLLpi=0 RichDLLk=-22.3211 RichDLLp=-22.3211 RichPIDStatus=5091 RichDLLbt=-22.3211 RichDLLd=-22.3211 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.38054 CaloElectronMatch=1242.62 CaloBremMatch=219.927 CaloChargedEcal=3734.12 CaloChargedID=39280 CaloNeutralEcal=3734.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896409 CaloNeutralID=39280 CaloEcalE=573.31 CaloHcalE=5807.77 CaloEcalChi2=1242.62 CaloBremChi2=364.87 CaloClusChi2=7.38054 CaloTrajectoryL=-823.464 CaloEoverP=0.451428 EcalPIDe=-1.40113 BremPIDe=-0.438762 HcalPIDe=-1.9266 HcalPIDmu=-1.41197 EcalPIDmu=1.54224 TrackChi2PerDof=1.16444 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=8548.31 TrackPt=239.727 CombDLLe=-8.76216 CombDLLmu=-6.86229 CombDLLpi=0 CombDLLk=-22.3211 CombDLLp=-22.3211 CombDLLd=-22.3211 ProbNNe=5.49704e-10 ProbNNpi=0.999003 ProbNNk=0.00026297 ProbNNp=0.000493145 ProbNNghost=0.00110988 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-35.4463 RichDLLmu=-15.1237 RichDLLpi=0 RichDLLk=-16.1953 RichDLLp=-16.1953 RichPIDStatus=5091 RichDLLbt=-16.1953 RichDLLd=-16.1953 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.02909 CaloElectronMatch=160.029 CaloBremMatch=160.029 CaloChargedEcal=7630.68 CaloChargedID=38515 CaloNeutralEcal=7630.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.823951 CaloNeutralID=38515 CaloEcalE=5273.18 CaloHcalE=1994.35 CaloEcalChi2=160.029 CaloBremChi2=324.02 CaloClusChi2=1.02909 CaloTrajectoryL=258.469 CaloEoverP=0.873302 EcalPIDe=0.989182 BremPIDe=-0.466299 HcalPIDe=-1.11299 HcalPIDmu=1.87264 EcalPIDmu=-2.70057 TrackChi2PerDof=0.570235 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=8967.7 TrackPt=275.412 CombDLLe=-5.55655 CombDLLmu=-7.79499 CombDLLpi=0 CombDLLk=-16.1953 CombDLLp=-16.1953 CombDLLd=-16.1953 ProbNNe=5.93018e-09 ProbNNpi=0.99894 ProbNNk=0.000127986 ProbNNp=0.000946506 ProbNNghost=0.001451 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.85845 RichDLLmu=-3.45872 RichDLLpi=0 RichDLLk=0.00344286 RichDLLp=0.00344286 RichPIDStatus=5028 RichDLLbt=0.00344286 RichDLLd=0.00344286 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.66052 CaloElectronMatch=260.286 CaloBremMatch=61.0307 CaloChargedEcal=4070.81 CaloChargedID=34678 CaloNeutralEcal=4070.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91299 CaloNeutralID=34678 CaloEcalE=841.024 CaloHcalE=1605.57 CaloEcalChi2=260.286 CaloBremChi2=220.608 CaloClusChi2=1.66052 CaloTrajectoryL=299.362 CaloEoverP=1.64546 EcalPIDe=0.265875 BremPIDe=-0.417084 HcalPIDe=-1.18491 HcalPIDmu=1.72388 EcalPIDmu=0.107042 TrackChi2PerDof=1.17221 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=2590.48 TrackPt=235.699 CombDLLe=-2.86149 CombDLLmu=-2.36279 CombDLLpi=0 CombDLLk=0.00344286 CombDLLp=0.00344286 CombDLLd=0.00344286 ProbNNe=0.00117512 ProbNNpi=0.948875 ProbNNk=0.033737 ProbNNp=0.0766283 ProbNNghost=0.0238308 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.11861 RichDLLmu=6.9151 RichDLLpi=0 RichDLLk=5.09593 RichDLLp=5.09593 RichPIDStatus=5026 RichDLLbt=5.09593 RichDLLd=5.09593 MuonMuLL=-0.00200198 MuonBkgLL=-0.355828 MuonNShared=10 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=57.0771 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=23.8971 CaloElectronMatch=562.716 CaloBremMatch=142.912 CaloChargedEcal=1308.72 CaloChargedID=35670 CaloNeutralEcal=1308.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737816 CaloNeutralID=35670 CaloEcalE=0 CaloHcalE=3297.94 CaloEcalChi2=562.716 CaloBremChi2=370.58 CaloClusChi2=23.8971 CaloTrajectoryL=-553.785 CaloEoverP=0.206498 EcalPIDe=-0.341929 BremPIDe=-0.492427 HcalPIDe=-1.59374 HcalPIDmu=-0.0676465 EcalPIDmu=0.389705 TrackChi2PerDof=1.05106 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=6558.4 TrackPt=247.142 CombDLLe=-2.62381 CombDLLmu=6.84726 CombDLLpi=0 CombDLLk=5.09593 CombDLLp=5.09593 CombDLLd=5.45175 ProbNNe=1.37761e-06 ProbNNpi=0.219955 ProbNNk=0.31124 ProbNNp=0.48342 ProbNNghost=0.702042 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.0869 RichDLLmu=-11.0807 RichDLLpi=0 RichDLLk=-1.55456 RichDLLp=-1.55456 RichPIDStatus=5027 RichDLLbt=-1.55456 RichDLLd=-1.55456 MuonMuLL=-0.0224501 MuonBkgLL=-0.159295 MuonNShared=40 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=376.844 MuonMVA1=-999 MuonMVA2=-0.725302 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.642601 CaloElectronMatch=431.83 CaloBremMatch=92.5153 CaloChargedEcal=10199.8 CaloChargedID=38727 CaloNeutralEcal=10199.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790883 CaloNeutralID=38727 CaloEcalE=1272.36 CaloHcalE=5798.02 CaloEcalChi2=431.83 CaloBremChi2=435.859 CaloClusChi2=0.642601 CaloTrajectoryL=-117.049 CaloEoverP=2.62675 EcalPIDe=-0.0620623 BremPIDe=-0.4614 HcalPIDe=-0.88472 HcalPIDmu=-0.152469 EcalPIDmu=-0.801309 TrackChi2PerDof=1.69105 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=3907.36 TrackPt=284.451 CombDLLe=-3.1369 CombDLLmu=-7.65246 CombDLLpi=0 CombDLLk=-1.55456 CombDLLp=-1.55456 CombDLLd=-1.39526 ProbNNe=0.0286965 ProbNNmu=0.00366525 ProbNNpi=0.000485925 ProbNNk=0.0132937 ProbNNp=0.0271155 ProbNNghost=0.902864 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.5062 RichDLLmu=-9.15634 RichDLLpi=0 RichDLLk=-6.90136 RichDLLp=-6.90136 RichPIDStatus=5027 RichDLLbt=-6.90136 RichDLLd=-6.90136 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.82393 CaloElectronMatch=959.782 CaloBremMatch=191.73 CaloChargedEcal=4263.19 CaloChargedID=34820 CaloNeutralEcal=4263.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889641 CaloNeutralID=34820 CaloEcalE=3434.35 CaloHcalE=4433.69 CaloEcalChi2=959.782 CaloBremChi2=443.074 CaloClusChi2=1.82393 CaloTrajectoryL=572.48 CaloEoverP=0.832451 EcalPIDe=-1.02586 BremPIDe=-0.607507 HcalPIDe=-2.06679 HcalPIDmu=-0.761937 EcalPIDmu=-2.76303 TrackChi2PerDof=0.842966 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=5499.84 TrackPt=578.845 CombDLLe=-7.87547 CombDLLmu=-10.1746 CombDLLpi=0 CombDLLk=-6.90136 CombDLLp=-6.90136 CombDLLd=-6.90136 ProbNNe=7.85823e-07 ProbNNpi=0.995767 ProbNNk=0.000157997 ProbNNp=0.000637507 ProbNNghost=0.00275969 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-49.8696 RichDLLmu=-38.744 RichDLLpi=0 RichDLLk=-20.1113 RichDLLp=-20.1113 RichPIDStatus=5091 RichDLLbt=-20.1113 RichDLLd=-20.1113 MuonMuLL=-0.217659 MuonBkgLL=-0.155235 MuonNShared=39 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=126.881 MuonMVA1=-999 MuonMVA2=-0.520892 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=38466.4 CaloBremChi2=875.693 BremPIDe=-0.553589 HcalPIDe=-0.621703 HcalPIDmu=0.625671 TrackChi2PerDof=0.698373 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4570.85 TrackPt=638.533 CombDLLe=-7.10686 CombDLLmu=-6.43675 CombDLLpi=0 CombDLLk=-20.1113 CombDLLp=-20.1113 CombDLLd=-19.9561 ProbNNe=4.04441e-06 ProbNNmu=0.00106764 ProbNNpi=0.89224 ProbNNk=0.000226026 ProbNNp=0.00742775 ProbNNghost=0.012766 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.87366 RichDLLmu=0.269399 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=799.064 BremPIDe=-0.53289 TrackChi2PerDof=1.71149 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2202.6 TrackPt=84.2026 CombDLLe=-1.03492 CombDLLmu=0.376794 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.816785 ProbNNpi=0.0293158 ProbNNk=0.0422257 ProbNNp=0.0268728 ProbNNghost=0.994115 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.7755 RichDLLmu=-9.7616 RichDLLpi=0 RichDLLk=-7.21241 RichDLLp=-7.21241 RichPIDStatus=5027 RichDLLbt=-7.21241 RichDLLd=-7.21241 MuonMuLL=-0.180683 MuonBkgLL=-0.815177 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=270.618 MuonMVA1=-999 MuonMVA2=-0.829694 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.80148 CaloElectronMatch=57.5949 CaloBremMatch=57.5949 CaloChargedEcal=4567.63 CaloChargedID=35502 CaloNeutralEcal=4567.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959938 CaloNeutralID=35502 CaloEcalE=3560.11 CaloHcalE=3531.48 CaloEcalChi2=57.5949 CaloBremChi2=174.115 CaloClusChi2=2.80148 CaloTrajectoryL=281.905 CaloEoverP=0.89354 EcalPIDe=3.6423 BremPIDe=-0.0189915 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=-2.85322 TrackChi2PerDof=0.698556 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=5243.9 TrackPt=491.089 CombDLLe=-1.84068 CombDLLmu=-9.18073 CombDLLpi=0 CombDLLk=-7.21241 CombDLLp=-7.21241 CombDLLd=-6.39723 ProbNNe=0.00024251 ProbNNmu=0.00366525 ProbNNpi=0.00507859 ProbNNk=0.0124227 ProbNNp=0.00763292 ProbNNghost=0.0300248 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.7303 RichDLLmu=-8.79 RichDLLpi=0 RichDLLk=-12.0387 RichDLLp=-12.0387 RichPIDStatus=5027 RichDLLbt=-12.0387 RichDLLd=-12.0387 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.18663 CaloElectronMatch=20.3525 CaloBremMatch=20.3525 CaloChargedEcal=7912.73 CaloChargedID=35086 CaloNeutralEcal=7912.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871615 CaloNeutralID=35086 CaloEcalE=6271.5 CaloHcalE=13586.6 CaloEcalChi2=20.3525 CaloBremChi2=95.5391 CaloClusChi2=1.18663 CaloTrajectoryL=203.223 CaloEoverP=0.926985 EcalPIDe=3.6423 BremPIDe=0.755474 HcalPIDe=-1.17839 HcalPIDmu=-0.539217 EcalPIDmu=-3.37281 TrackChi2PerDof=0.68845 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=8539.37 TrackPt=726.089 CombDLLe=-1.19837 CombDLLmu=-10.508 CombDLLpi=0 CombDLLk=-12.0387 CombDLLp=-12.0387 CombDLLd=-12.0387 ProbNNe=3.86871e-07 ProbNNpi=0.997675 ProbNNk=0.000214488 ProbNNp=0.000338726 ProbNNghost=0.00131154 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.2924 RichDLLmu=-6.44191 RichDLLpi=0 RichDLLk=-33.0259 RichDLLp=-30.1158 RichPIDStatus=6115 RichDLLbt=-30.1158 RichDLLd=-30.1158 MuonMuLL=-0.00350612 MuonBkgLL=-0.538207 MuonNShared=12 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=94.9826 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.51343 CaloElectronMatch=164.843 CaloBremMatch=164.843 CaloChargedEcal=4173.32 CaloChargedID=42268 CaloNeutralEcal=4173.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.621784 CaloNeutralID=42268 CaloEcalE=913.51 CaloHcalE=9621.43 CaloEcalChi2=164.843 CaloBremChi2=182.891 CaloClusChi2=2.51343 CaloTrajectoryL=-154.87 CaloEoverP=0.385312 EcalPIDe=1.35245 BremPIDe=0.170661 HcalPIDe=-2.4429 HcalPIDmu=-2.05265 EcalPIDmu=0.160276 TrackChi2PerDof=1.68477 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=11605.7 TrackPt=804.772 CombDLLe=-4.7154 CombDLLmu=-7.36859 CombDLLpi=0 CombDLLk=-33.0259 CombDLLp=-30.1158 CombDLLd=-29.5776 ProbNNe=2.16865e-08 ProbNNpi=0.997579 ProbNNk=8.88768e-05 ProbNNp=0.000395301 ProbNNghost=0.0208395 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.71764 RichDLLmu=1.22232 RichDLLpi=0 RichDLLk=10.9875 RichDLLp=16.3903 RichPIDStatus=6053 RichDLLbt=16.3903 RichDLLd=16.3903 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.966291 CaloElectronMatch=74.2681 CaloBremMatch=20.3525 CaloChargedEcal=7912.73 CaloChargedID=35086 CaloNeutralEcal=7912.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871615 CaloNeutralID=35086 CaloEcalE=5603.76 CaloHcalE=17102.9 CaloEcalChi2=74.2681 CaloBremChi2=268.622 CaloClusChi2=0.966291 CaloTrajectoryL=12.7206 CaloEoverP=0.654441 EcalPIDe=2.29793 BremPIDe=-0.338337 HcalPIDe=-1.89687 HcalPIDmu=-1.22468 EcalPIDmu=-3.55371 TrackChi2PerDof=0.718091 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=12095.6 TrackPt=1329.24 CombDLLe=0.363126 CombDLLmu=-3.10044 CombDLLpi=0 CombDLLk=10.9875 CombDLLp=16.3903 CombDLLd=16.3903 ProbNNe=3.69859e-05 ProbNNpi=0.00880601 ProbNNk=0.860171 ProbNNp=0.992791 ProbNNghost=0.00173884 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.65155 RichDLLmu=-2.3055 RichDLLpi=0 RichDLLk=27.7943 RichDLLp=16.2259 RichPIDStatus=8164 RichDLLbt=16.0758 RichDLLd=16.0758 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.84195 CaloElectronMatch=102.055 CaloBremMatch=102.055 CaloChargedEcal=18226.2 CaloChargedID=38286 CaloNeutralEcal=18226.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956594 CaloNeutralID=38286 CaloEcalE=16647.2 CaloHcalE=3195.27 CaloEcalChi2=102.055 CaloBremChi2=368.097 CaloClusChi2=0.84195 CaloTrajectoryL=206.365 CaloEoverP=0.797916 EcalPIDe=2.9985 BremPIDe=-0.205402 HcalPIDe=-1.17066 HcalPIDmu=0.499656 EcalPIDmu=-3.26199 TrackChi2PerDof=1.10633 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=23284.1 TrackPt=1595.14 CombDLLe=0.469022 CombDLLmu=-5.7792 CombDLLpi=0 CombDLLk=27.7943 CombDLLp=16.2259 CombDLLd=16.0758 ProbNNe=0.00251282 ProbNNpi=0.00222341 ProbNNk=0.999614 ProbNNp=0.0103836 ProbNNghost=0.00791037 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.258886 RichDLLmu=0.0918392 RichDLLpi=0 RichDLLk=1.33677 RichDLLp=-17.8537 RichPIDStatus=139236 RichDLLbt=-23.6959 RichDLLd=-29.8676 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0924339 CaloElectronMatch=1244.34 CaloBremMatch=1062.63 CaloChargedEcal=43368.6 CaloChargedID=43026 CaloNeutralEcal=43368.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703741 CaloNeutralID=43026 CaloEcalE=10753.8 CaloHcalE=22666 CaloEcalChi2=1244.34 CaloBremChi2=484.48 CaloClusChi2=0.0924339 CaloTrajectoryL=92.0983 CaloEoverP=0.497545 EcalPIDe=-0.143033 BremPIDe=-0.0160513 HcalPIDe=-2.35693 HcalPIDmu=-2.91461 EcalPIDmu=-2.97986 TrackChi2PerDof=1.3599 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=89088.9 TrackPt=3091.29 CombDLLe=-2.56132 CombDLLmu=-5.76591 CombDLLpi=0 CombDLLk=1.33677 CombDLLp=-17.8537 CombDLLd=-29.8676 ProbNNe=8.46273e-07 ProbNNpi=0.569611 ProbNNk=0.184564 ProbNNp=2.18638e-05 ProbNNghost=0.00268406 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.71858 RichDLLmu=-3.00074 RichDLLpi=0 RichDLLk=6.6499 RichDLLp=6.6499 RichPIDStatus=5060 RichDLLbt=6.6499 RichDLLd=6.6499 MuonMuLL=-0.0026034 MuonBkgLL=-0.481316 MuonNShared=5 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=715.835 MuonMVA1=-999 MuonMVA2=0.427936 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.661543 CaloElectronMatch=10.2076 CaloChargedEcal=7806.51 CaloChargedID=39053 CaloEcalE=5517.98 CaloHcalE=463.243 CaloEcalChi2=10.2076 CaloClusChi2=0.661543 CaloTrajectoryL=108.474 CaloEoverP=1.04399 EcalPIDe=3.6423 HcalPIDe=-0.13781 HcalPIDmu=-1.74553 EcalPIDmu=-2.52863 TrackChi2PerDof=2.99736 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=7433.12 TrackPt=134.593 CombDLLe=2.5105 CombDLLmu=-7.55553 CombDLLpi=0 CombDLLk=6.6499 CombDLLp=6.6499 CombDLLd=7.13121 ProbNNe=0.999903 ProbNNmu=0.00366525 ProbNNpi=0.0195633 ProbNNk=0.256806 ProbNNp=0.186346 ProbNNghost=0.984693 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.0948822 MuonNShared=49 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=697.924 MuonMVA1=-999 MuonMVA2=0.198998 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.29954 CaloElectronMatch=150.734 CaloChargedEcal=1081.32 CaloChargedID=34767 CaloEcalE=3932.85 CaloHcalE=5030.52 CaloEcalChi2=150.734 CaloClusChi2=1.29954 CaloTrajectoryL=-225.8 CaloEoverP=0.292178 EcalPIDe=0.83137 HcalPIDe=-1.14615 HcalPIDmu=-0.264616 EcalPIDmu=-1.71726 TrackChi2PerDof=2.86289 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=4371.8 TrackPt=79.186 CombDLLe=-0.314785 CombDLLmu=-1.88699 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.0948822 ProbNNe=0.975114 ProbNNmu=0.00366525 ProbNNpi=0.0186162 ProbNNk=0.00611466 ProbNNp=0.00397198 ProbNNghost=0.997192 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.6353 RichDLLmu=-1.18205 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=174.921 BremPIDe=-0.0885181 TrackChi2PerDof=1.1803 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=2195.21 TrackPt=177.233 CombDLLe=-2.38637 CombDLLmu=-1.62471 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0119456 ProbNNpi=0.875331 ProbNNk=0.0531736 ProbNNp=0.103564 ProbNNghost=0.0728673 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.3118 RichDLLmu=-8.72906 RichDLLpi=0 RichDLLk=-3.32624 RichDLLp=-0.723186 RichPIDStatus=6115 RichDLLbt=-0.723186 RichDLLd=-0.723186 MuonMuLL=-0.25283 MuonBkgLL=-1.2689 MuonNShared=6 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=10.5213 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=16517.9 CaloBremChi2=570.944 BremPIDe=-0.621385 HcalPIDe=-1.89687 HcalPIDmu=-1.22468 TrackChi2PerDof=1.29913 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=10644.9 TrackPt=468.931 CombDLLe=-5.93087 CombDLLmu=-6.79488 CombDLLpi=0 CombDLLk=-3.32624 CombDLLp=-0.723186 CombDLLd=0.545718 ProbNNe=4.82362e-05 ProbNNpi=0.994952 ProbNNk=0.000332662 ProbNNp=0.000528957 ProbNNghost=0.00801053 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.9106 RichDLLmu=-9.9001 RichDLLpi=0 RichDLLk=0.944698 RichDLLp=0.944698 RichPIDStatus=5028 RichDLLbt=0.944698 RichDLLd=0.944698 MuonMuLL=-0.000900376 MuonBkgLL=-0.657722 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=21.5371 MuonMVA1=-999 MuonMVA2=-0.397327 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=8.30588 CaloElectronMatch=559.264 CaloBremMatch=57.8366 CaloChargedEcal=3234.73 CaloChargedID=34765 CaloNeutralEcal=3234.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917585 CaloNeutralID=34765 CaloEcalE=243.024 CaloHcalE=8150.43 CaloEcalChi2=559.264 CaloBremChi2=357.913 CaloClusChi2=8.30588 CaloTrajectoryL=-627.654 CaloEoverP=0.547006 EcalPIDe=-0.341929 BremPIDe=-0.398756 HcalPIDe=-1.88811 HcalPIDmu=-0.644682 EcalPIDmu=-0.37762 TrackChi2PerDof=0.761341 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=6176.79 TrackPt=457.439 CombDLLe=-5.12364 CombDLLmu=-7.1036 CombDLLpi=0 CombDLLk=0.944698 CombDLLp=0.944698 CombDLLd=1.60242 ProbNNe=2.0914e-05 ProbNNmu=0.00366525 ProbNNpi=0.000262241 ProbNNk=0.104371 ProbNNp=0.0441302 ProbNNghost=0.0197242 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.76525 RichDLLmu=1.40261 RichDLLpi=0 RichDLLk=1.17581 RichDLLp=1.17581 RichPIDStatus=5025 RichDLLbt=1.17581 RichDLLd=1.17581 MuonMuLL=0 MuonBkgLL=-0.133261 MuonNShared=48 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=180.414 MuonMVA1=-999 MuonMVA2=0.0743378 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.36482 CaloElectronMatch=86.1544 CaloBremMatch=82.6884 CaloChargedEcal=1729.67 CaloChargedID=38977 CaloNeutralEcal=1729.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.804122 CaloNeutralID=38977 CaloEcalE=819.984 CaloHcalE=3185.8 CaloEcalChi2=86.1544 CaloBremChi2=250.619 CaloClusChi2=3.36482 CaloTrajectoryL=235.281 CaloEoverP=0.456267 EcalPIDe=1.51236 BremPIDe=-0.33853 HcalPIDe=-1.56674 HcalPIDmu=-0.0648026 EcalPIDmu=0.255214 TrackChi2PerDof=1.63155 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=4281.64 TrackPt=134.384 CombDLLe=0.0902363 CombDLLmu=2.2374 CombDLLpi=0 CombDLLk=1.17581 CombDLLp=1.17581 CombDLLd=1.30907 ProbNNe=0.991732 ProbNNmu=0.00366525 ProbNNpi=0.000250142 ProbNNk=0.016014 ProbNNp=0.0271666 ProbNNghost=0.942082 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.22811 RichDLLmu=-1.43818 RichDLLpi=0 RichDLLk=-3.59637 RichDLLp=-3.77956 RichPIDStatus=6083 RichDLLbt=-3.77956 RichDLLd=-3.77956 MuonMuLL=-1.68794 MuonBkgLL=-3.90243 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=4.6863 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.222285 CaloElectronMatch=50.0619 CaloChargedEcal=20079.5 CaloChargedID=43370 CaloEcalE=12280 CaloHcalE=17838.8 CaloEcalChi2=50.0619 CaloClusChi2=0.222285 CaloTrajectoryL=90.9058 CaloEoverP=1.1098 EcalPIDe=4.7102 HcalPIDe=-2.5812 HcalPIDmu=-3.11279 EcalPIDmu=-2.80328 TrackChi2PerDof=0.994112 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=18406.6 TrackPt=351.164 CombDLLe=1.21925 CombDLLmu=-5.66128 CombDLLpi=0 CombDLLk=-3.59637 CombDLLp=-3.77956 CombDLLd=0.122867 ProbNNe=0.00642043 ProbNNpi=0.988837 ProbNNk=0.00116875 ProbNNp=0.00482268 ProbNNghost=0.0018866 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.0965 RichDLLmu=-11.5256 RichDLLpi=0 RichDLLk=-6.88674 RichDLLp=-6.88674 RichPIDStatus=5027 RichDLLbt=-6.88674 RichDLLd=-6.88674 MuonMuLL=-0.00561571 MuonBkgLL=-0.191463 MuonNShared=6 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=222.439 MuonMVA1=-999 MuonMVA2=-0.385605 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.27223 CaloElectronMatch=463.491 CaloBremMatch=27.1455 CaloChargedEcal=18314.4 CaloChargedID=34482 CaloNeutralEcal=18314.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.624073 CaloNeutralID=34482 CaloEcalE=2381.2 CaloHcalE=332.321 CaloEcalChi2=463.491 CaloBremChi2=428.839 CaloClusChi2=5.27223 CaloTrajectoryL=1049.22 CaloEoverP=4.12183 EcalPIDe=-0.214586 BremPIDe=-0.4614 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-2.2286 TrackChi2PerDof=0.731618 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4372.76 TrackPt=304.796 CombDLLe=-4.11834 CombDLLmu=-10.2953 CombDLLpi=0 CombDLLk=-6.88674 CombDLLp=-6.88674 CombDLLd=-6.69528 ProbNNe=8.50854e-06 ProbNNmu=0.00366525 ProbNNpi=0.000531507 ProbNNk=0.00617112 ProbNNp=0.0156963 ProbNNghost=0.139015 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.00739 RichDLLmu=-3.59586 RichDLLpi=0 RichDLLk=0.0080204 RichDLLp=0.0080204 RichPIDStatus=5028 RichDLLbt=0.0080204 RichDLLd=0.0080204 InAccBrem=1 CaloBremChi2=131.188 BremPIDe=0.00370359 TrackChi2PerDof=0.863185 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2941.3 TrackPt=265.613 CombDLLe=-0.695253 CombDLLmu=-4.31477 CombDLLpi=0 CombDLLk=0.0080204 CombDLLp=0.0080204 CombDLLd=0.0080204 ProbNNe=0.747805 ProbNNpi=0.808667 ProbNNk=0.054841 ProbNNp=0.0892658 ProbNNghost=0.42537 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.5384 RichDLLmu=1.91792 RichDLLpi=0 RichDLLk=-15.5107 RichDLLp=-15.0514 RichPIDStatus=6114 RichDLLbt=-15.0514 RichDLLd=-15.0514 MuonMuLL=-0.00893983 MuonBkgLL=-0.803677 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=557.598 MuonMVA1=-999 MuonMVA2=0.0912732 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.841707 CaloElectronMatch=279.491 CaloBremMatch=279.491 CaloChargedEcal=6621.05 CaloChargedID=42151 CaloNeutralEcal=6621.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.743605 CaloNeutralID=42151 CaloEcalE=895.912 CaloHcalE=1347.6 CaloEcalChi2=279.491 CaloBremChi2=621.736 CaloClusChi2=0.841707 CaloTrajectoryL=-99.9142 CaloEoverP=0.452315 EcalPIDe=0.651274 BremPIDe=-0.625066 HcalPIDe=-0.426 HcalPIDmu=1.33378 EcalPIDmu=0.286655 TrackChi2PerDof=0.917735 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=15194.4 TrackPt=732.168 CombDLLe=-2.52487 CombDLLmu=4.97589 CombDLLpi=0 CombDLLk=-15.5107 CombDLLp=-15.0514 CombDLLd=-14.2477 ProbNNe=1.66581e-05 ProbNNmu=0.00366525 ProbNNpi=0.0871339 ProbNNk=0.0215067 ProbNNp=0.0909794 ProbNNghost=0.0255247 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.40957 RichDLLmu=2.19863 RichDLLpi=0 RichDLLk=-6.13014 RichDLLp=-4.48209 RichPIDStatus=6082 RichDLLbt=-4.48209 RichDLLd=-4.48209 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.77627 CaloElectronMatch=1056.16 CaloChargedEcal=7317.38 CaloChargedID=42638 CaloEcalE=1812.16 CaloHcalE=43706.2 CaloEcalChi2=1056.16 CaloClusChi2=1.77627 CaloTrajectoryL=537.636 CaloEoverP=0.413413 EcalPIDe=-1.02088 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=-1.08877 TrackChi2PerDof=1.40277 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=18259.4 TrackPt=374.847 CombDLLe=-3.35551 CombDLLmu=0.112735 CombDLLpi=0 CombDLLk=-6.13014 CombDLLp=-4.48209 CombDLLd=-4.48209 ProbNNe=3.32227e-05 ProbNNpi=0.984072 ProbNNk=0.00187921 ProbNNp=0.00173133 ProbNNghost=0.0381173 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.04193 RichDLLmu=-5.68367 RichDLLpi=0 RichDLLk=-2.19349 RichDLLp=-2.19349 RichPIDStatus=5027 RichDLLbt=-2.19349 RichDLLd=-2.19349 MuonMuLL=-0.688558 MuonBkgLL=-2.15532 MuonNShared=45 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=286.522 MuonMVA1=-999 MuonMVA2=-0.887801 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.51847 CaloElectronMatch=64.6965 CaloBremMatch=62.8921 CaloChargedEcal=3645.05 CaloChargedID=39482 CaloNeutralEcal=3645.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.722712 CaloNeutralID=39482 CaloEcalE=456.744 CaloHcalE=206.348 CaloEcalChi2=64.6965 CaloBremChi2=410.061 CaloClusChi2=4.51847 CaloTrajectoryL=300.292 CaloEoverP=0.819643 EcalPIDe=1.51236 BremPIDe=-0.4614 HcalPIDe=-0.11382 HcalPIDmu=-2.46366 EcalPIDmu=1.26223 TrackChi2PerDof=0.849729 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4679.08 TrackPt=250.067 CombDLLe=-0.451539 CombDLLmu=-5.42785 CombDLLpi=0 CombDLLk=-2.19349 CombDLLp=-2.19349 CombDLLd=-0.0381703 ProbNNe=0.555267 ProbNNmu=0.00366525 ProbNNpi=0.0229377 ProbNNk=0.014963 ProbNNp=0.0960923 ProbNNghost=0.478151 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.910582 RichDLLmu=12.3334 RichDLLpi=0 RichDLLk=6.08765 RichDLLp=6.08765 RichPIDStatus=5026 RichDLLbt=6.08765 RichDLLd=6.08765 MuonMuLL=-2.08184 MuonBkgLL=-4.23383 MuonNShared=14 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=62.5354 MuonMVA1=-999 MuonMVA2=1.56314 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.14528 CaloElectronMatch=124.849 CaloBremMatch=124.849 CaloChargedEcal=1602.92 CaloChargedID=35404 CaloNeutralEcal=1602.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.668424 CaloNeutralID=35404 CaloEcalE=801.246 CaloHcalE=2117.08 CaloEcalChi2=124.849 CaloBremChi2=211.521 CaloClusChi2=2.14528 CaloTrajectoryL=644.821 CaloEoverP=0.385804 EcalPIDe=1.51236 BremPIDe=-0.396524 HcalPIDe=-1.31758 HcalPIDmu=1.09404 EcalPIDmu=0.255214 TrackChi2PerDof=0.80837 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=4546.63 TrackPt=412.98 CombDLLe=-0.361071 CombDLLmu=10.4011 CombDLLpi=0 CombDLLk=6.08765 CombDLLp=6.08765 CombDLLd=10.3215 ProbNNe=0.206877 ProbNNmu=0.00366525 ProbNNpi=1.69824e-05 ProbNNk=0.143097 ProbNNp=0.211752 ProbNNghost=0.41278 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.00584 RichDLLmu=-0.405724 RichDLLpi=0 RichDLLk=37.952 RichDLLp=25.003 RichPIDStatus=8164 RichDLLbt=23.6603 RichDLLd=23.6603 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.263739 CaloElectronMatch=1159.81 CaloBremMatch=1159.81 CaloChargedEcal=3208.74 CaloChargedID=41880 CaloNeutralEcal=3208.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869463 CaloNeutralID=41880 CaloEcalE=1143.47 CaloHcalE=18173.3 CaloEcalChi2=1159.81 CaloBremChi2=127.466 CaloClusChi2=0.263739 CaloTrajectoryL=227.602 CaloEoverP=0.149604 EcalPIDe=-1.26971 BremPIDe=0.922325 HcalPIDe=-2.87281 HcalPIDmu=-2.86021 EcalPIDmu=0.209298 TrackChi2PerDof=0.928413 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=21761.9 TrackPt=1737.56 CombDLLe=-3.57092 CombDLLmu=-3.21768 CombDLLpi=0 CombDLLk=37.952 CombDLLp=25.003 CombDLLd=23.6603 ProbNNe=9.86576e-07 ProbNNpi=0.000691093 ProbNNk=0.999647 ProbNNp=0.00824558 ProbNNghost=0.00298251 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.252444 RichDLLmu=0.112742 RichDLLpi=0 RichDLLk=-3.71437 RichDLLp=2.74308 RichPIDStatus=8133 RichDLLbt=-0.708258 RichDLLd=-0.708258 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=10.9849 CaloElectronMatch=2406.43 CaloBremMatch=1720.12 CaloChargedEcal=20593 CaloChargedID=43559 CaloNeutralEcal=20593 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.879075 CaloNeutralID=43559 CaloEcalE=591.28 CaloEcalChi2=2406.43 CaloBremChi2=111.822 CaloClusChi2=10.9849 CaloTrajectoryL=1741.54 CaloEoverP=0.457714 EcalPIDe=-2.23515 BremPIDe=2.09125 EcalPIDmu=1.55422 TrackChi2PerDof=1.58456 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=44221.7 TrackPt=1033.92 CombDLLe=-0.188082 CombDLLmu=1.71203 CombDLLpi=0 CombDLLk=-3.71437 CombDLLp=2.74308 CombDLLd=-0.708258 ProbNNe=4.79611e-08 ProbNNpi=0.820002 ProbNNk=0.00316037 ProbNNp=0.0308733 ProbNNghost=0.0569738 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=14.114 RichDLLmu=5.58646 RichDLLpi=0 RichDLLk=1.10206 RichDLLp=1.10206 RichPIDStatus=5025 RichDLLbt=1.10206 RichDLLd=1.10206 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.504146 CaloElectronMatch=47.7481 CaloBremMatch=47.7481 CaloChargedEcal=8759.33 CaloChargedID=38401 CaloNeutralEcal=8759.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.828984 CaloNeutralID=38401 CaloEcalE=6321.34 CaloHcalE=1965 CaloEcalChi2=47.7481 CaloBremChi2=2.16488 CaloClusChi2=0.504146 CaloTrajectoryL=89.0523 CaloEoverP=1.3961 EcalPIDe=3.6423 BremPIDe=4.15216 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-1.02114 TrackChi2PerDof=1.33893 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=6379.13 TrackPt=293.739 CombDLLe=9.12704 CombDLLmu=6.42876 CombDLLpi=0 CombDLLk=1.10206 CombDLLp=1.10206 CombDLLd=1.10206 ProbNNe=0.983257 ProbNNpi=0.104238 ProbNNk=0.123927 ProbNNp=0.131499 ProbNNghost=0.967666 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.6307 RichDLLmu=-12.8144 RichDLLpi=0 RichDLLk=-0.96929 RichDLLp=-0.96929 RichPIDStatus=5027 RichDLLbt=-0.96929 RichDLLd=-0.96929 MuonMuLL=-0.00712531 MuonBkgLL=-0.0992557 MuonNShared=39 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=958.906 MuonMVA1=-999 MuonMVA2=-0.941987 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.154548 CaloElectronMatch=53.3808 CaloBremMatch=53.3808 CaloChargedEcal=3304.68 CaloChargedID=38088 CaloNeutralEcal=3304.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969122 CaloNeutralID=38088 CaloEcalE=2495.58 CaloHcalE=0 CaloEcalChi2=53.3808 CaloBremChi2=199.139 CaloClusChi2=0.154548 CaloTrajectoryL=24.3624 CaloEoverP=0.670797 EcalPIDe=3.6423 BremPIDe=-0.224286 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.46918 TrackChi2PerDof=0.675874 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=5343.98 TrackPt=354.183 CombDLLe=1.64997 CombDLLmu=-11.7762 CombDLLpi=0 CombDLLk=-0.96929 CombDLLp=-0.96929 CombDLLd=-0.870034 ProbNNe=0.0432785 ProbNNmu=0.00366525 ProbNNpi=0.00566523 ProbNNk=0.0146799 ProbNNp=0.18361 ProbNNghost=0.24374 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-63.9349 RichDLLmu=-27.7857 RichDLLpi=0 RichDLLk=-41.2013 RichDLLp=-41.2013 RichPIDStatus=5027 RichDLLbt=-41.2013 RichDLLd=-41.2013 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.556212 CaloElectronMatch=643.974 CaloBremMatch=643.974 CaloChargedEcal=855.78 CaloChargedID=33938 CaloNeutralEcal=855.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93112 CaloNeutralID=33938 CaloEcalE=410.076 CaloHcalE=4843.07 CaloEcalChi2=643.974 CaloBremChi2=144.435 CaloClusChi2=0.556212 CaloTrajectoryL=19.9561 CaloEoverP=0.148387 EcalPIDe=-0.541014 BremPIDe=0.00434017 HcalPIDe=-2.10303 HcalPIDmu=-1.13278 EcalPIDmu=1.79271 TrackChi2PerDof=0.799089 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6803.59 TrackPt=933.224 CombDLLe=-9.08966 CombDLLmu=-6.33986 CombDLLpi=0 CombDLLk=-41.2013 CombDLLp=-41.2013 CombDLLd=-41.2013 ProbNNe=9.75593e-08 ProbNNpi=0.998476 ProbNNk=4.00347e-05 ProbNNp=1.97908e-05 ProbNNghost=0.00251941 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.62798 RichDLLmu=-2.09723 RichDLLpi=0 RichDLLk=5.8187 RichDLLp=5.8187 RichPIDStatus=5060 RichDLLbt=5.8187 RichDLLd=5.8187 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=7.23552 CaloElectronMatch=467.223 CaloChargedEcal=3783.57 CaloChargedID=39089 CaloEcalE=223.858 CaloHcalE=4183.94 CaloEcalChi2=467.223 CaloClusChi2=7.23552 CaloTrajectoryL=-747.794 CaloEoverP=0.539874 EcalPIDe=-0.270192 HcalPIDe=-2.03346 HcalPIDmu=-0.700881 EcalPIDmu=-0.474792 TrackChi2PerDof=0.854348 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=7077.63 TrackPt=145.154 CombDLLe=-3.2821 CombDLLmu=-3.95092 CombDLLpi=0 CombDLLk=5.8187 CombDLLp=5.8187 CombDLLd=5.8187 ProbNNe=0.000123419 ProbNNpi=0.894848 ProbNNk=0.0690818 ProbNNp=0.128324 ProbNNghost=0.0173854 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.7478 RichDLLmu=-15.5591 RichDLLpi=0 RichDLLk=-4.25246 RichDLLp=-4.25246 RichPIDStatus=5027 RichDLLbt=-4.25246 RichDLLd=-4.25246 InAccBrem=1 CaloBremChi2=1.39263 BremPIDe=3.84229 TrackChi2PerDof=1.61281 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=2947.81 TrackPt=401.814 CombDLLe=0.78228 CombDLLmu=-6.97231 CombDLLpi=0 CombDLLk=-4.25246 CombDLLp=-4.25246 CombDLLd=-4.25246 ProbNNe=0.00361599 ProbNNpi=0.922375 ProbNNk=0.00586107 ProbNNp=0.00831175 ProbNNghost=0.134472 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.015 RichDLLmu=-11.0996 RichDLLpi=0 RichDLLk=-5.70332 RichDLLp=-3.69473 RichPIDStatus=6115 RichDLLbt=-3.69473 RichDLLd=-3.69473 MuonMuLL=-0.00722605 MuonBkgLL=-0.735682 MuonNShared=8 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=683.202 MuonMVA1=-999 MuonMVA2=-0.568161 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0981728 CaloElectronMatch=43.4453 CaloBremMatch=43.4453 CaloChargedEcal=7057.47 CaloChargedID=42443 CaloNeutralEcal=7057.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.774721 CaloNeutralID=42443 CaloEcalE=4682.5 CaloHcalE=10572.1 CaloEcalChi2=43.4453 CaloBremChi2=235.293 CaloClusChi2=0.0981728 CaloTrajectoryL=94.001 CaloEoverP=0.64581 EcalPIDe=4.33705 BremPIDe=-0.420376 HcalPIDe=-2.4429 HcalPIDmu=-2.05233 EcalPIDmu=-2.90947 TrackChi2PerDof=1.30673 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=11112.9 TrackPt=301.085 CombDLLe=-2.41023 CombDLLmu=-11.0701 CombDLLpi=0 CombDLLk=-5.70332 CombDLLp=-3.69473 CombDLLd=-2.95904 ProbNNe=0.00254066 ProbNNmu=0.00366525 ProbNNpi=0.437822 ProbNNk=0.000448264 ProbNNp=0.0173923 ProbNNghost=0.226724 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.445 RichDLLmu=-12.4789 RichDLLpi=0 RichDLLk=1.02005 RichDLLp=1.02005 RichPIDStatus=5028 RichDLLbt=1.02005 RichDLLd=1.02005 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.97667 CaloElectronMatch=30.7376 CaloBremMatch=30.6366 CaloChargedEcal=4165.27 CaloChargedID=35718 CaloNeutralEcal=4165.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898979 CaloNeutralID=35718 CaloEcalE=3304.09 CaloHcalE=229.745 CaloEcalChi2=30.7376 CaloBremChi2=9.10155 CaloClusChi2=1.97667 CaloTrajectoryL=213.051 CaloEoverP=0.867904 EcalPIDe=2.97947 BremPIDe=3.18724 HcalPIDe=-0.11382 HcalPIDmu=-2.46366 EcalPIDmu=-2.29524 TrackChi2PerDof=1.25493 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4912.29 TrackPt=771.59 CombDLLe=2.11711 CombDLLmu=-11.6644 CombDLLpi=0 CombDLLk=1.02005 CombDLLp=1.02005 CombDLLd=1.02005 ProbNNe=3.45615e-06 ProbNNpi=0.95023 ProbNNk=0.0107095 ProbNNp=0.0209024 ProbNNghost=0.0727454 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.94265 RichDLLmu=-0.937653 RichDLLpi=0 RichDLLk=-9.96602 RichDLLp=-5.40463 RichPIDStatus=8131 RichDLLbt=-5.47526 RichDLLd=-5.47526 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.4626 CaloElectronMatch=3889.55 CaloChargedEcal=6493.36 CaloChargedID=42325 CaloEcalE=1397.75 CaloHcalE=47660.7 CaloEcalChi2=3889.55 CaloClusChi2=4.4626 CaloTrajectoryL=-581.437 CaloEoverP=0.20552 EcalPIDe=-3.05151 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=-0.131901 TrackChi2PerDof=1.30302 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=33370.4 TrackPt=636.588 CombDLLe=-6.57121 CombDLLmu=-4.47477 CombDLLpi=0 CombDLLk=-9.96602 CombDLLp=-5.40463 CombDLLd=-5.47526 ProbNNe=5.4135e-06 ProbNNpi=0.967154 ProbNNk=9.33561e-05 ProbNNp=0.000714019 ProbNNghost=0.177285 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.7741 RichDLLmu=-13.0608 RichDLLpi=0 RichDLLk=-7.73091 RichDLLp=-7.73091 RichPIDStatus=5027 RichDLLbt=-7.73091 RichDLLd=-7.73091 MuonMuLL=-0.00320513 MuonBkgLL=-0.888716 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=428.191 MuonMVA1=-999 MuonMVA2=-0.0954852 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.557806 CaloElectronMatch=157.221 CaloBremMatch=27.1455 CaloChargedEcal=18314.4 CaloChargedID=34482 CaloNeutralEcal=18314.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.624073 CaloNeutralID=34482 CaloEcalE=10271.2 CaloHcalE=844.681 CaloEcalChi2=157.221 CaloBremChi2=65.4583 CaloClusChi2=0.557806 CaloTrajectoryL=-224.658 CaloEoverP=2.95597 EcalPIDe=0.989182 BremPIDe=1.02573 HcalPIDe=-0.310073 HcalPIDmu=-0.170094 EcalPIDmu=-0.784897 TrackChi2PerDof=1.04213 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6097.4 TrackPt=475.675 CombDLLe=-1.76909 CombDLLmu=-6.99451 CombDLLpi=0 CombDLLk=-7.73091 CombDLLp=-7.73091 CombDLLd=-6.84219 ProbNNe=0.00178224 ProbNNmu=0.00366525 ProbNNpi=0.000735699 ProbNNk=0.00546011 ProbNNp=0.0119557 ProbNNghost=0.323416 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.9652 RichDLLmu=-16.3461 RichDLLpi=0 RichDLLk=-8.10485 RichDLLp=-8.10485 RichPIDStatus=5027 RichDLLbt=-8.10485 RichDLLd=-8.10485 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0563559 CaloElectronMatch=31.3713 CaloBremMatch=31.3713 CaloChargedEcal=2499.23 CaloChargedID=34122 CaloNeutralEcal=2499.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975122 CaloNeutralID=34122 CaloEcalE=1054.59 CaloHcalE=1468.15 CaloEcalChi2=31.3713 CaloBremChi2=64.4023 CaloClusChi2=0.0563559 CaloTrajectoryL=171.844 CaloEoverP=0.742983 EcalPIDe=2.97947 BremPIDe=0.754695 HcalPIDe=-1.06262 HcalPIDmu=1.19075 EcalPIDmu=-0.744972 TrackChi2PerDof=1.42613 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=3680.13 TrackPt=355.538 CombDLLe=-0.131278 CombDLLmu=-6.534 CombDLLpi=0 CombDLLk=-8.10485 CombDLLp=-8.10485 CombDLLd=-8.10485 ProbNNe=0.000205906 ProbNNpi=0.993273 ProbNNk=0.000973632 ProbNNp=0.00385969 ProbNNghost=0.00922816 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.18338 RichDLLmu=-0.849228 RichDLLpi=0 RichDLLk=-1.00395 RichDLLp=0.837101 RichPIDStatus=6085 RichDLLbt=0.837101 RichDLLd=0.837101 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.709227 CaloElectronMatch=327.638 CaloChargedEcal=21181.1 CaloChargedID=42704 CaloEcalE=5607.78 CaloHcalE=57646 CaloEcalChi2=327.638 CaloClusChi2=0.709227 CaloTrajectoryL=319.653 CaloEoverP=1.0131 EcalPIDe=0.395545 HcalPIDe=-2.87281 HcalPIDmu=-1.95868 EcalPIDmu=-3.09733 TrackChi2PerDof=1.11767 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=21225.9 TrackPt=364.566 CombDLLe=-3.03318 CombDLLmu=-6.23363 CombDLLpi=0 CombDLLk=-1.00395 CombDLLp=0.837101 CombDLLd=0.837101 ProbNNe=5.90241e-05 ProbNNpi=0.968004 ProbNNk=0.00654437 ProbNNp=0.0198345 ProbNNghost=0.0282369 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.9405 RichDLLmu=-9.11882 RichDLLpi=0 RichDLLk=-5.50294 RichDLLp=-6.34088 RichPIDStatus=6115 RichDLLbt=-6.34088 RichDLLd=-6.34088 MuonMuLL=-0.0984953 MuonBkgLL=-1.95552 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=3.07735 MuonMVA1=-999 MuonMVA2=-0.839596 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.39621 CaloElectronMatch=233.661 CaloBremMatch=233.661 CaloChargedEcal=2923.17 CaloChargedID=42447 CaloNeutralEcal=2923.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719424 CaloNeutralID=42447 CaloEcalE=1075.02 CaloHcalE=11420.5 CaloEcalChi2=233.661 CaloBremChi2=298.465 CaloClusChi2=3.39621 CaloTrajectoryL=615.347 CaloEoverP=0.31286 EcalPIDe=0.786938 BremPIDe=-0.473279 HcalPIDe=-1.89687 HcalPIDmu=-1.45848 EcalPIDmu=-0.400565 TrackChi2PerDof=1.86217 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=10284.5 TrackPt=350.978 CombDLLe=-4.80983 CombDLLmu=-6.64651 CombDLLpi=0 CombDLLk=-5.50294 CombDLLp=-6.34088 CombDLLd=-4.38536 ProbNNe=0.000131475 ProbNNmu=0.00366525 ProbNNpi=0.146341 ProbNNk=0.00654736 ProbNNp=0.014697 ProbNNghost=0.552177 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0666065 RichDLLmu=0.759401 RichDLLpi=0 RichDLLk=7.55245 RichDLLp=7.55245 RichPIDStatus=5060 RichDLLbt=7.55245 RichDLLd=7.55245 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.44755 CaloElectronMatch=39.2875 CaloChargedEcal=11018.8 CaloChargedID=43189 CaloEcalE=7952.58 CaloHcalE=3760.72 CaloEcalChi2=39.2875 CaloClusChi2=0.44755 CaloTrajectoryL=170.739 CaloEoverP=0.76643 EcalPIDe=4.33705 HcalPIDe=-1.44987 HcalPIDmu=-0.0105243 EcalPIDmu=-3.49792 TrackChi2PerDof=1.13707 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=14474.6 TrackPt=261.61 CombDLLe=2.89884 CombDLLmu=-2.45338 CombDLLpi=0 CombDLLk=7.55245 CombDLLp=7.55245 CombDLLd=7.55245 ProbNNe=0.506925 ProbNNpi=0.457224 ProbNNk=0.393639 ProbNNp=0.430018 ProbNNghost=0.317686 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.7793 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=30.4872 BremPIDe=0.843951 TrackChi2PerDof=0.84433 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=1738.14 TrackPt=272.825 CombDLLe=-1.93151 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00647948 ProbNNpi=0.88446 ProbNNk=0.0447215 ProbNNp=0.0871016 ProbNNghost=0.0767532 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-83.8681 RichDLLmu=-83.0994 RichDLLpi=0 RichDLLk=-58.5124 RichDLLp=-58.5124 RichPIDStatus=5027 RichDLLbt=-58.5124 RichDLLd=-58.5124 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.71407 CaloElectronMatch=206.654 CaloBremMatch=206.654 CaloChargedEcal=4578.76 CaloChargedID=33552 CaloNeutralEcal=4578.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967941 CaloNeutralID=33552 CaloEcalE=3822.9 CaloHcalE=623.901 CaloEcalChi2=206.654 CaloBremChi2=126.653 CaloClusChi2=2.71407 CaloTrajectoryL=372.21 CaloEoverP=1.03517 EcalPIDe=0.497498 BremPIDe=-0.015883 HcalPIDe=-0.304036 HcalPIDmu=-0.681099 EcalPIDmu=-2.03528 TrackChi2PerDof=0.773719 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=4644.73 TrackPt=841.106 CombDLLe=-6.61424 CombDLLmu=-9.71638 CombDLLpi=0 CombDLLk=-58.5124 CombDLLp=-58.5124 CombDLLd=-58.5124 ProbNNe=9.4848e-08 ProbNNpi=0.997468 ProbNNk=4.33851e-05 ProbNNp=3.25563e-05 ProbNNghost=0.00198194 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.7427 RichDLLmu=-35.4878 RichDLLpi=0 RichDLLk=-14.7505 RichDLLp=-14.7505 RichPIDStatus=5027 RichDLLbt=-14.7505 RichDLLd=-14.7505 InAccBrem=1 CaloBremChi2=324.114 BremPIDe=-0.357753 TrackChi2PerDof=0.958591 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=4068.24 TrackPt=677.016 CombDLLe=-3.82753 CombDLLmu=-6.99999 CombDLLpi=0 CombDLLk=-14.7505 CombDLLp=-14.7505 CombDLLd=-14.7505 ProbNNe=0.00296177 ProbNNpi=0.992394 ProbNNk=0.000359124 ProbNNp=0.00113626 ProbNNghost=0.00273603 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.9182 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=32.4387 BremPIDe=0.843951 TrackChi2PerDof=1.07634 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=1738.96 TrackPt=276.599 CombDLLe=-1.49798 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0318513 ProbNNpi=0.898843 ProbNNk=0.0440975 ProbNNp=0.0834224 ProbNNghost=0.0461783 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.0186 RichDLLmu=-15.4806 RichDLLpi=0 RichDLLk=1.59963 RichDLLp=1.59963 RichPIDStatus=5028 RichDLLbt=1.59963 RichDLLd=1.59963 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.97777 CaloElectronMatch=30.6366 CaloBremMatch=30.6366 CaloChargedEcal=4165.27 CaloChargedID=35718 CaloNeutralEcal=4165.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898979 CaloNeutralID=35718 CaloEcalE=3304.09 CaloHcalE=229.745 CaloEcalChi2=30.6366 CaloBremChi2=8.71187 CaloClusChi2=1.97777 CaloTrajectoryL=213.109 CaloEoverP=0.868699 EcalPIDe=2.97947 BremPIDe=3.18724 HcalPIDe=-0.11382 HcalPIDmu=-2.46366 EcalPIDmu=-2.29524 TrackChi2PerDof=2.39237 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=4907.79 TrackPt=779.789 CombDLLe=2.04902 CombDLLmu=-11.7303 CombDLLpi=0 CombDLLk=1.59963 CombDLLp=1.59963 CombDLLd=1.59963 ProbNNe=7.82281e-06 ProbNNpi=0.464005 ProbNNk=0.0122759 ProbNNp=0.0108224 ProbNNghost=0.924742 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.45163 RichDLLmu=-1.72472 RichDLLpi=0 RichDLLk=-31.8328 RichDLLp=-19.5533 RichPIDStatus=8163 RichDLLbt=-21.9869 RichDLLd=-21.9869 MuonMuLL=-0.352968 MuonBkgLL=-2.75805 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=492.015 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.831478 CaloElectronMatch=203.669 CaloBremMatch=203.669 CaloChargedEcal=9124.08 CaloChargedID=43626 CaloNeutralEcal=9124.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75594 CaloNeutralID=43626 CaloEcalE=5162.95 CaloHcalE=22122.6 CaloEcalChi2=203.669 CaloBremChi2=329.429 CaloClusChi2=0.831478 CaloTrajectoryL=388.681 CaloEoverP=0.447248 EcalPIDe=1.29617 BremPIDe=-0.738925 HcalPIDe=-2.87281 HcalPIDmu=-1.95868 EcalPIDmu=-3.40305 TrackChi2PerDof=1.12463 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=20791.3 TrackPt=620.352 CombDLLe=-3.60472 CombDLLmu=-5.27985 CombDLLpi=0 CombDLLk=-31.8328 CombDLLp=-19.5533 CombDLLd=-19.2289 ProbNNe=7.87269e-06 ProbNNpi=0.994159 ProbNNk=2.02375e-05 ProbNNp=7.59114e-05 ProbNNghost=0.00183809 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.65503 RichDLLmu=-2.92908 RichDLLpi=0 RichDLLk=-4.67443 RichDLLp=-2.84228 RichPIDStatus=8166 RichDLLbt=0.770844 RichDLLd=0.770844 MuonMuLL=-0.0306654 MuonBkgLL=-2.44275 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=433.324 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.66507 CaloElectronMatch=1079.74 CaloBremMatch=790.145 CaloChargedEcal=6975.89 CaloChargedID=43628 CaloNeutralEcal=6975.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661668 CaloNeutralID=43628 CaloEcalE=1243.63 CaloHcalE=23336.2 CaloEcalChi2=1079.74 CaloBremChi2=571.435 CaloClusChi2=1.66507 CaloTrajectoryL=23.7582 CaloEoverP=0.33049 EcalPIDe=-1.0778 BremPIDe=-0.581258 HcalPIDe=-2.87281 HcalPIDmu=-2.20948 EcalPIDmu=-0.112136 TrackChi2PerDof=1.0139 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=22194 TrackPt=627.472 CombDLLe=-6.18943 CombDLLmu=-3.59769 CombDLLpi=0 CombDLLk=-4.67443 CombDLLp=-2.84228 CombDLLd=3.21359 ProbNNe=4.24985e-06 ProbNNpi=0.981683 ProbNNk=0.0015261 ProbNNp=0.0519646 ProbNNghost=0.0172635 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.50494 RichDLLmu=-0.706636 RichDLLpi=0 RichDLLk=1.51308 RichDLLp=2.94311 RichPIDStatus=6085 RichDLLbt=2.94311 RichDLLd=2.94311 MuonMuLL=-1.95263 MuonBkgLL=-5.64118 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=0.623239 MuonMVA1=-999 MuonMVA2=3.96261 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.54676 CaloElectronMatch=5382.07 CaloChargedEcal=18314.4 CaloChargedID=34482 CaloEcalE=575.136 CaloHcalE=19799.1 CaloEcalChi2=5382.07 CaloClusChi2=4.54676 CaloTrajectoryL=29811.3 CaloEoverP=0.636054 EcalPIDe=-3.25067 HcalPIDe=-2.87457 HcalPIDmu=-3.19944 EcalPIDmu=1.70961 TrackChi2PerDof=1.25361 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=28336.8 TrackPt=512.88 CombDLLe=-6.56304 CombDLLmu=1.21596 CombDLLpi=0 CombDLLk=1.51308 CombDLLp=2.94311 CombDLLd=8.58429 ProbNNe=0.000257796 ProbNNmu=0.00366525 ProbNNpi=0.00490803 ProbNNk=0.123226 ProbNNp=0.283371 ProbNNghost=0.111279 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.72729 RichDLLmu=-4.33162 RichDLLpi=0 RichDLLk=27.1979 RichDLLp=21.6119 RichPIDStatus=6116 RichDLLbt=21.6119 RichDLLd=21.6119 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.745026 CaloElectronMatch=99.5246 CaloBremMatch=99.5246 CaloChargedEcal=8178.07 CaloChargedID=43887 CaloNeutralEcal=8178.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.700092 CaloNeutralID=43887 CaloEcalE=5098.72 CaloHcalE=2862.34 CaloEcalChi2=99.5246 CaloBremChi2=138.161 CaloClusChi2=0.745026 CaloTrajectoryL=144.349 CaloEoverP=0.567148 EcalPIDe=2.29793 BremPIDe=0.655527 HcalPIDe=-0.887168 HcalPIDmu=0.552724 EcalPIDmu=-3.47172 TrackChi2PerDof=1.26836 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=14649.3 TrackPt=647.186 CombDLLe=0.730589 CombDLLmu=-7.81551 CombDLLpi=0 CombDLLk=27.1979 CombDLLp=21.6119 CombDLLd=21.6119 ProbNNe=1.48119e-06 ProbNNpi=0.00251778 ProbNNk=0.997544 ProbNNp=0.558585 ProbNNghost=0.00675018 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0063199 MuonBkgLL=-0.656474 MuonNShared=5 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=860.666 MuonMVA1=-999 MuonMVA2=-0.950909 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.541915 CaloElectronMatch=21.1954 CaloChargedEcal=8093.54 CaloChargedID=39048 CaloEcalE=5720.75 CaloHcalE=1558.93 CaloEcalChi2=21.1954 CaloClusChi2=0.541915 CaloTrajectoryL=78.346 CaloEoverP=1.31936 EcalPIDe=3.6423 HcalPIDe=-1.01358 HcalPIDmu=2.04963 EcalPIDmu=-1.57631 TrackChi2PerDof=1.96951 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=6224.17 TrackPt=93.7596 CombDLLe=2.62872 CombDLLmu=1.12348 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.656474 ProbNNe=0.999598 ProbNNmu=0.00366525 ProbNNpi=0.000101536 ProbNNk=0.0117258 ProbNNp=0.01068 ProbNNghost=0.98664 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.00077 RichDLLmu=-1.45556 RichDLLpi=0 RichDLLk=6.47134 RichDLLp=6.47134 RichPIDStatus=5060 RichDLLbt=6.47134 RichDLLd=6.47134 MuonMuLL=0 MuonBkgLL=-0.33824 MuonNShared=30 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1049.42 MuonMVA1=-999 MuonMVA2=0.0617437 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.11194 CaloElectronMatch=200.378 CaloChargedEcal=5327.27 CaloChargedID=38603 CaloEcalE=2824.37 CaloHcalE=724.65 CaloEcalChi2=200.378 CaloClusChi2=2.11194 CaloTrajectoryL=358.553 CaloEoverP=0.755266 EcalPIDe=0.605631 HcalPIDe=-0.319373 HcalPIDmu=-1.088 EcalPIDmu=-2.96281 TrackChi2PerDof=1.31382 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=7199.25 TrackPt=167.749 CombDLLe=-0.756069 CombDLLmu=-5.69467 CombDLLpi=0 CombDLLk=6.47134 CombDLLp=6.47134 CombDLLd=6.80958 ProbNNe=0.668513 ProbNNmu=0.00366525 ProbNNpi=0.176117 ProbNNk=0.176871 ProbNNp=0.418989 ProbNNghost=0.627041 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.7428 RichDLLmu=-9.36734 RichDLLpi=0 RichDLLk=-8.94541 RichDLLp=-8.94541 RichPIDStatus=5059 RichDLLbt=-8.94541 RichDLLd=-8.94541 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.23605 CaloElectronMatch=382.196 CaloChargedEcal=2653.27 CaloChargedID=43340 CaloEcalE=1108.94 CaloHcalE=17712.5 CaloEcalChi2=382.196 CaloClusChi2=1.23605 CaloTrajectoryL=32.2444 CaloEoverP=0.314514 EcalPIDe=-0.0141273 HcalPIDe=-1.17839 HcalPIDmu=-0.971903 EcalPIDmu=-0.400565 TrackChi2PerDof=1.02426 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=9681.43 TrackPt=245.298 CombDLLe=-4.25182 CombDLLmu=-8.04982 CombDLLpi=0 CombDLLk=-8.94541 CombDLLp=-8.94541 CombDLLd=-8.94541 ProbNNe=6.38285e-08 ProbNNpi=0.996651 ProbNNk=3.35368e-05 ProbNNp=4.13429e-05 ProbNNghost=0.0359443 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.01647 RichDLLmu=-4.95624 RichDLLpi=0 RichDLLk=-2.3309 RichDLLp=-2.3309 RichPIDStatus=5059 RichDLLbt=-2.3309 RichDLLd=-2.3309 MuonMuLL=-0.038533 MuonBkgLL=-1.41679 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=5.14444 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.254552 CaloElectronMatch=71.8788 CaloChargedEcal=7317.38 CaloChargedID=42638 CaloEcalE=2935.52 CaloHcalE=47306.2 CaloEcalChi2=71.8788 CaloClusChi2=0.254552 CaloTrajectoryL=35.1664 CaloEoverP=0.612349 EcalPIDe=2.29793 HcalPIDe=-1.89687 HcalPIDmu=-0.745537 EcalPIDmu=-2.35622 TrackChi2PerDof=1.20222 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=12327.4 TrackPt=231.67 CombDLLe=-1.15063 CombDLLmu=-7.02875 CombDLLpi=0 CombDLLk=-2.3309 CombDLLp=-2.3309 CombDLLd=-0.914104 ProbNNe=3.85884e-05 ProbNNpi=0.991273 ProbNNk=0.00053704 ProbNNp=0.000665477 ProbNNghost=0.0349759 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.2431 RichDLLmu=-32.2884 RichDLLpi=0 RichDLLk=-10.5469 RichDLLp=-10.5469 RichPIDStatus=5091 RichDLLbt=-10.5469 RichDLLd=-10.5469 MuonMuLL=-0.179486 MuonBkgLL=-0.810538 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=205.867 MuonMVA1=-999 MuonMVA2=-0.901611 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=16.66 CaloElectronMatch=1134.53 CaloBremMatch=229.864 CaloChargedEcal=1299.6 CaloChargedID=38194 CaloNeutralEcal=1299.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918038 CaloNeutralID=38194 CaloEcalE=0 CaloHcalE=4723.92 CaloEcalChi2=1134.53 CaloBremChi2=68.7669 CaloClusChi2=16.66 CaloTrajectoryL=1740.56 CaloEoverP=0.235241 EcalPIDe=-1.33515 BremPIDe=0.891367 HcalPIDe=-2.10303 HcalPIDmu=-0.924473 EcalPIDmu=0.501778 TrackChi2PerDof=0.937737 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=5962.06 TrackPt=511.948 CombDLLe=-7.21875 CombDLLmu=-6.79161 CombDLLpi=0 CombDLLk=-10.5469 CombDLLp=-10.5469 CombDLLd=-9.73632 ProbNNe=1.71539e-08 ProbNNmu=0.00366525 ProbNNpi=0.0810212 ProbNNk=0.00116078 ProbNNp=0.0143663 ProbNNghost=0.0362085 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.97887 RichDLLmu=1.02914 RichDLLpi=0 RichDLLk=-5.7053 RichDLLp=-5.66824 RichPIDStatus=6082 RichDLLbt=-5.66824 RichDLLd=-5.66824 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.90583 CaloElectronMatch=476.662 CaloChargedEcal=7015.13 CaloChargedID=43121 CaloEcalE=1669.65 CaloHcalE=32736.6 CaloEcalChi2=476.662 CaloClusChi2=2.90583 CaloTrajectoryL=588.335 CaloEoverP=0.376986 EcalPIDe=-0.172551 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=-0.981582 TrackChi2PerDof=0.828101 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=18980.3 TrackPt=304.624 CombDLLe=-3.2741 CombDLLmu=-1.2532 CombDLLpi=0 CombDLLk=-5.7053 CombDLLp=-5.66824 CombDLLd=-5.66824 ProbNNe=4.70575e-07 ProbNNpi=0.995393 ProbNNk=0.0015575 ProbNNp=0.00128155 ProbNNghost=0.0029457 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0179603 MuonBkgLL=-0.420553 MuonNShared=29 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=148.071 MuonMVA1=-999 MuonMVA2=-1.32958 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0634897 CaloElectronMatch=9.85815 CaloChargedEcal=6027.31 CaloChargedID=39102 CaloEcalE=4336.43 CaloHcalE=0 CaloEcalChi2=9.85815 CaloClusChi2=0.0634897 CaloTrajectoryL=31.7255 CaloEoverP=1.16256 EcalPIDe=3.6423 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.76686 TrackChi2PerDof=2.08489 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=5248.47 TrackPt=77.9116 CombDLLe=4.47841 CombDLLmu=-4.84612 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.420553 ProbNNe=0.999514 ProbNNmu=0.00366525 ProbNNpi=0.000375589 ProbNNk=0.00862294 ProbNNp=0.00811294 ProbNNghost=0.98171 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.0506 RichDLLmu=-9.29357 RichDLLpi=0 RichDLLk=0.371208 RichDLLp=0.371208 RichPIDStatus=5028 RichDLLbt=0.371208 RichDLLd=0.371208 InAccBrem=1 CaloBremChi2=446.706 BremPIDe=-0.553589 TrackChi2PerDof=0.77449 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3790.13 TrackPt=430.493 CombDLLe=-2.60088 CombDLLmu=-6.66792 CombDLLpi=0 CombDLLk=0.371208 CombDLLp=0.371208 CombDLLd=0.371208 ProbNNe=0.0182098 ProbNNpi=0.919028 ProbNNk=0.0290459 ProbNNp=0.0715918 ProbNNghost=0.0296941 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.38917 RichDLLmu=-0.196547 RichDLLpi=0 RichDLLk=-5.58817 RichDLLp=-4.44866 RichPIDStatus=8131 RichDLLbt=-3.7465 RichDLLd=-3.7465 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.133199 CaloElectronMatch=98.2012 CaloChargedEcal=37302.5 CaloChargedID=43179 CaloEcalE=15929.1 CaloHcalE=75978 CaloEcalChi2=98.2012 CaloClusChi2=0.133199 CaloTrajectoryL=64.6734 CaloEoverP=1.18239 EcalPIDe=3.23914 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=-3.96688 TrackChi2PerDof=1.17753 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=31534.1 TrackPt=496.474 CombDLLe=-0.00952659 CombDLLmu=-7.28723 CombDLLpi=0 CombDLLk=-5.58817 CombDLLp=-4.44866 CombDLLd=-3.7465 ProbNNe=0.00269404 ProbNNpi=0.976582 ProbNNk=0.000618742 ProbNNp=0.0019606 ProbNNghost=0.133513 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.88216 RichDLLmu=2.12542 RichDLLpi=0 RichDLLk=-0.0072937 RichDLLp=-0.0072937 RichPIDStatus=5026 RichDLLbt=-0.0072937 RichDLLd=-0.0072937 MuonMuLL=-0.0581589 MuonBkgLL=-0.842537 MuonNShared=17 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=142.085 MuonMVA1=-999 MuonMVA2=-1.10686 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.52264 CaloElectronMatch=526.366 CaloBremMatch=81.0644 CaloChargedEcal=8013.33 CaloChargedID=34737 CaloNeutralEcal=8013.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.899618 CaloNeutralID=34737 CaloEcalE=4323.96 CaloHcalE=495.981 CaloEcalChi2=526.366 CaloBremChi2=745.879 CaloClusChi2=1.52264 CaloTrajectoryL=90.8609 CaloEoverP=2.17861 EcalPIDe=-0.362387 BremPIDe=-0.553589 HcalPIDe=-0.235987 HcalPIDmu=-1.39048 EcalPIDmu=-1.62903 TrackChi2PerDof=1.38738 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=3865.93 TrackPt=135.877 CombDLLe=-1.4811 CombDLLmu=0.573298 CombDLLpi=0 CombDLLk=-0.0072937 CombDLLp=-0.0072937 CombDLLd=0.835243 ProbNNe=0.257043 ProbNNmu=0.00366525 ProbNNpi=8.7075e-05 ProbNNk=0.0528613 ProbNNp=0.0347833 ProbNNghost=0.898056 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.2806 RichDLLmu=-9.43644 RichDLLpi=0 RichDLLk=-12.0676 RichDLLp=-12.0676 RichPIDStatus=5091 RichDLLbt=-12.0676 RichDLLd=-12.0676 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.72915 CaloElectronMatch=471.916 CaloBremMatch=140.279 CaloChargedEcal=6217.1 CaloChargedID=39408 CaloNeutralEcal=6217.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950144 CaloNeutralID=39408 CaloEcalE=840.19 CaloHcalE=9217.72 CaloEcalChi2=471.916 CaloBremChi2=267.199 CaloClusChi2=2.72915 CaloTrajectoryL=-70.0748 CaloEoverP=0.725674 EcalPIDe=-0.270192 BremPIDe=-0.590581 HcalPIDe=-1.62556 HcalPIDmu=-1.30778 EcalPIDmu=0.330989 TrackChi2PerDof=1.08271 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=8984.93 TrackPt=306.245 CombDLLe=-6.28049 CombDLLmu=-7.66274 CombDLLpi=0 CombDLLk=-12.0676 CombDLLp=-12.0676 CombDLLd=-12.0676 ProbNNe=2.4051e-09 ProbNNpi=0.996242 ProbNNk=0.00114349 ProbNNp=0.00494833 ProbNNghost=0.00764106 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-55.9443 RichDLLmu=-19.2101 RichDLLpi=0 RichDLLk=-34.3201 RichDLLp=-34.3201 RichPIDStatus=5027 RichDLLbt=-34.3201 RichDLLd=-34.3201 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.45266 CaloElectronMatch=850.797 CaloBremMatch=487.039 CaloChargedEcal=8002.26 CaloChargedID=34634 CaloNeutralEcal=8002.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897365 CaloNeutralID=34634 CaloEcalE=3700.02 CaloHcalE=8429.47 CaloEcalChi2=850.797 CaloBremChi2=195.642 CaloClusChi2=3.45266 CaloTrajectoryL=132.932 CaloEoverP=1.10544 EcalPIDe=-1.02549 BremPIDe=-0.158866 HcalPIDe=-1.88811 HcalPIDmu=-1.13027 EcalPIDmu=-2.84215 TrackChi2PerDof=0.928521 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=7640.11 TrackPt=875.605 CombDLLe=-9.26782 CombDLLmu=-10.966 CombDLLpi=0 CombDLLk=-34.3201 CombDLLp=-34.3201 CombDLLd=-34.3201 ProbNNe=6.38983e-08 ProbNNpi=0.996225 ProbNNk=0.000227812 ProbNNp=0.00169528 ProbNNghost=0.00165959 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.714087 RichDLLmu=0.622261 RichDLLpi=0 RichDLLk=-14.3047 RichDLLp=-8.40105 RichPIDStatus=8129 RichDLLbt=-8.54402 RichDLLd=-8.54402 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.97187 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=33054.6 TrackPt=541.725 CombDLLe=0.124952 CombDLLmu=0.866695 CombDLLpi=0 CombDLLk=-14.3047 CombDLLp=-8.40105 CombDLLd=-8.54402 ProbNNe=0.246193 ProbNNpi=0.975551 ProbNNk=0.000149456 ProbNNp=0.00257209 ProbNNghost=0.121806 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.125534 RichDLLmu=0.394272 RichDLLpi=0 RichDLLk=-0.314796 RichDLLp=-4.41483 RichPIDStatus=8130 RichDLLbt=-3.19589 RichDLLd=-3.19589 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.996524 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=44943.1 TrackPt=897.015 CombDLLe=0.0219684 CombDLLmu=0.55084 CombDLLpi=0 CombDLLk=-0.314796 CombDLLp=-4.41483 CombDLLd=-3.19589 ProbNNe=0.105467 ProbNNpi=0.934509 ProbNNk=0.0669458 ProbNNp=0.0201318 ProbNNghost=0.003597 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.335812 RichDLLmu=0.36927 RichDLLpi=0 RichDLLk=-1.55943 RichDLLp=2.18905 RichPIDStatus=8165 RichDLLbt=0.0616817 RichDLLd=0.0616817 TrackChi2PerDof=1.15126 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=23871 TrackPt=762.556 CombDLLe=-0.0587657 CombDLLmu=0.516041 CombDLLpi=0 CombDLLk=-1.55943 CombDLLp=2.18905 CombDLLd=0.0616817 ProbNNe=0.0583769 ProbNNpi=0.496238 ProbNNk=0.0438868 ProbNNp=0.669233 ProbNNghost=0.00772059 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0063199 MuonBkgLL=-0.65666 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=864.127 MuonMVA1=-999 MuonMVA2=-0.950909 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.539795 CaloElectronMatch=21.1124 CaloChargedEcal=8093.54 CaloChargedID=39048 CaloEcalE=5720.75 CaloHcalE=1558.93 CaloEcalChi2=21.1124 CaloClusChi2=0.539795 CaloTrajectoryL=78.3722 CaloEoverP=1.31446 EcalPIDe=3.6423 HcalPIDe=-1.01358 HcalPIDmu=2.04963 EcalPIDmu=-1.57631 TrackChi2PerDof=2.35692 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=6247.35 TrackPt=92.557 CombDLLe=2.62872 CombDLLmu=1.12367 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.65666 ProbNNe=0.999619 ProbNNmu=0.00366525 ProbNNpi=5.5101e-05 ProbNNk=0.0107956 ProbNNp=0.00480244 ProbNNghost=0.9955 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.654888 MuonBkgLL=-2.10683 MuonNShared=13 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=130.031 MuonMVA1=-999 MuonMVA2=-1.13363 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.741719 CaloElectronMatch=39.3372 CaloChargedEcal=7696.4 CaloChargedID=39163 CaloEcalE=6050.73 CaloHcalE=329.376 CaloEcalChi2=39.3372 CaloClusChi2=0.741719 CaloTrajectoryL=85.9754 CaloEoverP=1.39429 EcalPIDe=3.6423 HcalPIDe=-0.0471635 HcalPIDmu=-1.55285 EcalPIDmu=-1.43878 TrackChi2PerDof=0.511232 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=5675.92 TrackPt=99.539 CombDLLe=3.59514 CombDLLmu=-1.53968 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=2.10683 ProbNNe=0.999021 ProbNNmu=0.00366525 ProbNNpi=0.000716176 ProbNNk=0.0288686 ProbNNp=0.0257467 ProbNNghost=0.775742 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0179603 MuonBkgLL=-0.420441 MuonNShared=30 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=147.657 MuonMVA1=-999 MuonMVA2=-1.32958 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.064292 CaloElectronMatch=10.1215 CaloChargedEcal=6027.31 CaloChargedID=39102 CaloEcalE=4336.43 CaloHcalE=0 CaloEcalChi2=10.1215 CaloClusChi2=0.064292 CaloTrajectoryL=31.474 CaloEoverP=1.16518 EcalPIDe=3.6423 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.76686 TrackChi2PerDof=2.00211 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=5236.7 TrackPt=76.5963 CombDLLe=4.47841 CombDLLmu=-4.84623 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.420441 ProbNNe=0.999554 ProbNNmu=0.00366525 ProbNNpi=0.000492636 ProbNNk=0.0131133 ProbNNp=0.0166018 ProbNNghost=0.977816 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.45563 CaloElectronMatch=288.121 CaloChargedEcal=14004.1 CaloChargedID=34759 CaloEcalE=3607.17 CaloHcalE=1419.42 CaloEcalChi2=288.121 CaloClusChi2=2.45563 CaloTrajectoryL=87.6533 CaloEoverP=4.25253 EcalPIDe=0.265875 HcalPIDe=-1.06262 HcalPIDmu=1.19075 EcalPIDmu=-1.91622 TrackChi2PerDof=2.23176 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=3304.65 TrackPt=46.613 CombDLLe=-0.79675 CombDLLmu=-0.725471 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.885862 ProbNNpi=0.0592783 ProbNNk=0.0472721 ProbNNp=0.0642313 ProbNNghost=0.971299 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.25411 RichDLLmu=-0.646908 RichDLLpi=0 RichDLLk=4.43278 RichDLLp=3.56963 RichPIDStatus=6084 RichDLLbt=3.56963 RichDLLd=3.56963 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.04687 CaloElectronMatch=1250.85 CaloChargedEcal=5909.95 CaloChargedID=42991 CaloEcalE=4094.01 CaloHcalE=28743.7 CaloEcalChi2=1250.85 CaloClusChi2=1.04687 CaloTrajectoryL=313.56 CaloEoverP=0.255019 EcalPIDe=-1.3658 HcalPIDe=-2.87281 HcalPIDmu=-2.51557 EcalPIDmu=-2.30825 TrackChi2PerDof=1.52164 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=24881.2 TrackPt=428.919 CombDLLe=-4.63266 CombDLLmu=-5.72448 CombDLLpi=0 CombDLLk=4.43278 CombDLLp=3.56963 CombDLLd=3.56963 ProbNNe=5.62603e-05 ProbNNpi=0.706245 ProbNNk=0.298087 ProbNNp=0.202555 ProbNNghost=0.155737 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=2.11536 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=56253.8 TrackPt=936.574 ProbNNe=0.180358 ProbNNpi=0.119938 ProbNNk=0.124474 ProbNNp=0.354614 ProbNNghost=0.912426 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0191828 MuonBkgLL=-0.440111 MuonNShared=8 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=462.044 MuonMVA1=-999 MuonMVA2=-0.623758 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.186421 CaloElectronMatch=61.0307 CaloBremMatch=61.0307 CaloChargedEcal=4070.81 CaloChargedID=34678 CaloNeutralEcal=4070.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91299 CaloNeutralID=34678 CaloEcalE=3156.78 CaloHcalE=0 CaloEcalChi2=61.0307 CaloBremChi2=72.0161 CaloClusChi2=0.186421 CaloTrajectoryL=37.3439 CaloEoverP=1.17085 EcalPIDe=2.97947 BremPIDe=0.599495 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.62177 TrackChi2PerDof=1.36638 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=3640.55 TrackPt=87.9558 CombDLLe=4.06431 CombDLLmu=-3.59548 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.440111 ProbNNe=0.997954 ProbNNmu=0.00366525 ProbNNpi=0.00478587 ProbNNk=0.00351422 ProbNNp=0.0418529 ProbNNghost=0.888126 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.75608 CaloElectronMatch=306.899 CaloChargedEcal=14004.1 CaloChargedID=34759 CaloEcalE=3607.17 CaloHcalE=1419.42 CaloEcalChi2=306.899 CaloClusChi2=2.75608 CaloTrajectoryL=86.0418 CaloEoverP=4.28008 EcalPIDe=0.265875 HcalPIDe=-1.06262 HcalPIDmu=1.19075 EcalPIDmu=-1.91622 TrackChi2PerDof=1.72238 TrackNumDof=19 TrackType=3 TrackHistory=32 TrackP=3283.38 TrackPt=46.0624 CombDLLe=-0.79675 CombDLLmu=-0.725471 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.810215 ProbNNpi=0.0453692 ProbNNk=0.0529278 ProbNNp=0.0550697 ProbNNghost=0.981219 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.139937 MuonNShared=30 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=159.097 MuonMVA1=-999 MuonMVA2=-0.809967 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.729852 CaloElectronMatch=33.3246 CaloChargedEcal=4037.44 CaloChargedID=38786 CaloEcalE=960.432 CaloHcalE=2548.25 CaloEcalChi2=33.3246 CaloClusChi2=0.729852 CaloTrajectoryL=4.25001 CaloEoverP=0.82576 EcalPIDe=2.97947 HcalPIDe=-1.48097 HcalPIDmu=0.68547 EcalPIDmu=-0.191162 TrackChi2PerDof=0.933532 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=4976.72 TrackPt=67.5946 CombDLLe=1.49851 CombDLLmu=0.634246 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.139937 ProbNNe=0.999071 ProbNNmu=0.00366525 ProbNNpi=0.000320294 ProbNNk=0.025481 ProbNNp=0.00701467 ProbNNghost=0.98026 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.2774 RichDLLmu=-14.0169 RichDLLpi=0 RichDLLk=-2.74794 RichDLLp=-2.74794 RichPIDStatus=5027 RichDLLbt=-2.74794 RichDLLd=-2.74794 InAccBrem=1 CaloBremChi2=68.2086 BremPIDe=0.599495 TrackChi2PerDof=0.962923 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=2828.42 TrackPt=329.767 CombDLLe=-2.80852 CombDLLmu=-6.94877 CombDLLpi=0 CombDLLk=-2.74794 CombDLLp=-2.74794 CombDLLd=-2.74794 ProbNNe=0.00050005 ProbNNpi=0.970937 ProbNNk=0.00732009 ProbNNp=0.0121272 ProbNNghost=0.0223093 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.5788 RichDLLmu=-6.53052 RichDLLpi=0 RichDLLk=-3.78489 RichDLLp=-3.78489 RichPIDStatus=5091 RichDLLbt=-3.78489 RichDLLd=-3.78489 MuonMuLL=-0.492822 MuonBkgLL=-1.64233 MuonNShared=6 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=140.728 MuonMVA1=-999 MuonMVA2=-0.338254 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.204504 CaloElectronMatch=154.858 CaloBremMatch=154.858 CaloChargedEcal=13994.5 CaloChargedID=38110 CaloNeutralEcal=13994.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954398 CaloNeutralID=38110 CaloEcalE=6867.8 CaloHcalE=560.031 CaloEcalChi2=154.858 CaloBremChi2=356.088 CaloClusChi2=0.204504 CaloTrajectoryL=-126.669 CaloEoverP=1.73485 EcalPIDe=0.989182 BremPIDe=-0.438762 HcalPIDe=-0.176853 HcalPIDmu=-1.18737 EcalPIDmu=-2.38056 TrackChi2PerDof=1.46759 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=8243.03 TrackPt=948.197 CombDLLe=-3.80992 CombDLLmu=-8.46142 CombDLLpi=0 CombDLLk=-3.78489 CombDLLp=-3.78489 CombDLLd=-2.14256 ProbNNe=5.29387e-05 ProbNNmu=0.00366525 ProbNNpi=0.0132199 ProbNNk=0.00383138 ProbNNp=0.0375521 ProbNNghost=0.636183 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-25.0992 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=79.7293 BremPIDe=0.206152 TrackChi2PerDof=1.80558 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=1659.8 TrackPt=328.379 CombDLLe=-3.68805 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000644061 ProbNNpi=0.774391 ProbNNk=0.0513705 ProbNNp=0.190082 ProbNNghost=0.302488 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.80038 RichDLLmu=-4.63092 RichDLLpi=0 RichDLLk=-0.953976 RichDLLp=-0.953976 RichPIDStatus=5059 RichDLLbt=-0.953976 RichDLLd=-0.953976 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.76537 CaloElectronMatch=905.543 CaloChargedEcal=7317.38 CaloChargedID=42638 CaloEcalE=977.248 CaloHcalE=24023.3 CaloEcalChi2=905.543 CaloClusChi2=4.76537 CaloTrajectoryL=270.075 CaloEoverP=0.64172 EcalPIDe=-1.03466 HcalPIDe=-1.89687 HcalPIDmu=-0.386157 EcalPIDmu=0.160276 TrackChi2PerDof=1.09885 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=11763.2 TrackPt=151.31 CombDLLe=-3.93954 CombDLLmu=-5.32755 CombDLLpi=0 CombDLLk=-0.953976 CombDLLp=-0.953976 CombDLLd=-0.953976 ProbNNe=3.00152e-06 ProbNNpi=0.864773 ProbNNk=0.00913517 ProbNNp=0.0085026 ProbNNghost=0.250002 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.5701 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.206702 CaloElectronMatch=77.6255 CaloBremMatch=77.6255 CaloChargedEcal=5791.63 CaloChargedID=34762 CaloNeutralEcal=5791.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874222 CaloNeutralID=34762 CaloEcalE=6997.65 CaloHcalE=4701.28 CaloEcalChi2=77.6255 CaloBremChi2=600.577 CaloClusChi2=0.206702 CaloTrajectoryL=82.74 CaloEoverP=3.5062 EcalPIDe=1.51236 BremPIDe=-0.53289 HcalPIDe=-1.14823 HcalPIDmu=0.841156 EcalPIDmu=-0.402754 TrackChi2PerDof=2.03022 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=1721.51 TrackPt=401.791 CombDLLe=-3.05994 CombDLLmu=0.438402 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.42768 ProbNNpi=0.00171111 ProbNNk=0.0513322 ProbNNp=0.00573797 ProbNNghost=0.999761 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=4.65719 RichDLLmu=-2.08751 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=285.962 BremPIDe=-0.0713868 TrackChi2PerDof=2.48233 TrackNumDof=20 TrackType=3 TrackHistory=32 TrackP=2454.34 TrackPt=117.351 CombDLLe=0.739959 CombDLLmu=-2.76377 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.850699 ProbNNpi=0.0559683 ProbNNk=0.0323652 ProbNNp=0.0661513 ProbNNghost=0.983086 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.47149 CaloElectronMatch=542.676 CaloChargedEcal=5294.43 CaloChargedID=38908 CaloEcalE=2858.15 CaloHcalE=2761.01 CaloEcalChi2=542.676 CaloClusChi2=2.47149 CaloTrajectoryL=229.122 CaloEoverP=0.947786 EcalPIDe=-0.341929 HcalPIDe=-1.45309 HcalPIDmu=0.425157 EcalPIDmu=-2.72932 TrackChi2PerDof=2.2951 TrackNumDof=20 TrackType=3 TrackHistory=32 TrackP=6068.69 TrackPt=96.7232 CombDLLe=-1.79502 CombDLLmu=-2.30416 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.087441 ProbNNpi=0.0768019 ProbNNk=0.0517029 ProbNNp=0.0462064 ProbNNghost=0.956993 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.136564 MuonNShared=36 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=188.091 MuonMVA1=-999 MuonMVA2=-0.15444 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.745334 CaloElectronMatch=33.4746 CaloChargedEcal=4037.44 CaloChargedID=38786 CaloEcalE=960.432 CaloHcalE=2548.25 CaloEcalChi2=33.4746 CaloClusChi2=0.745334 CaloTrajectoryL=3.73335 CaloEoverP=0.839153 EcalPIDe=2.97947 HcalPIDe=-1.48097 HcalPIDmu=0.68547 EcalPIDmu=-0.191162 TrackChi2PerDof=2.67545 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=4897.29 TrackPt=57.5177 CombDLLe=1.49851 CombDLLmu=0.630873 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.136564 ProbNNe=0.999524 ProbNNmu=0.00366525 ProbNNpi=0.00496072 ProbNNk=0.00777922 ProbNNp=0.00277663 ProbNNghost=0.994823 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=7.62497 RichDLLmu=0.287938 RichDLLpi=0 RichDLLk=3.11698 RichDLLp=3.11698 RichPIDStatus=5057 RichDLLbt=3.11698 RichDLLd=3.11698 MuonMuLL=-0.0021022 MuonBkgLL=-0.431324 MuonNShared=16 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=546.355 MuonMVA1=-999 MuonMVA2=-0.719203 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.806807 CaloElectronMatch=740.501 CaloChargedEcal=12106.6 CaloChargedID=38734 CaloEcalE=3523.4 CaloHcalE=380.407 CaloEcalChi2=740.501 CaloClusChi2=0.806807 CaloTrajectoryL=-111.322 CaloEoverP=1.49987 EcalPIDe=-0.739943 HcalPIDe=-0.13781 HcalPIDmu=-1.89593 EcalPIDmu=-3.04473 TrackChi2PerDof=2.44727 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=8532.15 TrackPt=111.061 CombDLLe=0.440685 CombDLLmu=-4.10877 CombDLLpi=0 CombDLLk=3.11698 CombDLLp=3.11698 CombDLLd=3.5483 ProbNNe=0.999937 ProbNNmu=0.00366525 ProbNNpi=0.00530908 ProbNNk=0.000969498 ProbNNp=0.00442433 ProbNNghost=0.998887 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.03626 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=2147.95 TrackPt=23.2923 ProbNNe=0.879183 ProbNNpi=0.0348908 ProbNNk=0.0219486 ProbNNp=0.0188609 ProbNNghost=0.988965 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.55811 RichDLLmu=1.10928 RichDLLpi=0 RichDLLk=1.40026 RichDLLp=7.11396 RichPIDStatus=6085 RichDLLbt=7.11396 RichDLLd=7.11396 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.489086 CaloElectronMatch=334.459 CaloChargedEcal=11210.8 CaloChargedID=43241 CaloEcalE=2947.53 CaloHcalE=62993.2 CaloEcalChi2=334.459 CaloClusChi2=0.489086 CaloTrajectoryL=185.954 CaloEoverP=0.38546 EcalPIDe=0.528584 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-1.91021 TrackChi2PerDof=1.10232 TrackNumDof=14 TrackType=3 TrackHistory=32 TrackP=29284.6 TrackPt=318.02 CombDLLe=-2.07346 CombDLLmu=-3.37371 CombDLLpi=0 CombDLLk=1.40026 CombDLLp=7.11396 CombDLLd=7.11396 ProbNNe=0.000123548 ProbNNpi=0.450029 ProbNNk=0.0540704 ProbNNp=0.53333 ProbNNghost=0.575426 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.67267 RichDLLmu=-3.34548 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4547 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.60101 CaloElectronMatch=554.425 CaloChargedEcal=12397.3 CaloChargedID=39158 CaloEcalE=8874.65 CaloHcalE=1639.71 CaloEcalChi2=554.425 CaloClusChi2=1.60101 CaloTrajectoryL=298.198 CaloEoverP=1.93156 EcalPIDe=-0.341929 HcalPIDe=-1.01358 HcalPIDmu=2.1211 EcalPIDmu=-1.33343 TrackChi2PerDof=1.466 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=6561.46 TrackPt=122.884 CombDLLe=-2.16952 CombDLLmu=-3.30302 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.652147 ProbNNpi=0.484961 ProbNNk=0.0700442 ProbNNp=0.142617 ProbNNghost=0.546354 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.073 RichDLLmu=0.485027 RichDLLpi=0 RichDLLk=1.34199 RichDLLp=1.34199 RichPIDStatus=5028 RichDLLbt=1.34199 RichDLLd=1.34199 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.33088 CaloElectronMatch=1109.49 CaloBremMatch=57.8366 CaloChargedEcal=3234.73 CaloChargedID=34765 CaloNeutralEcal=3234.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917585 CaloNeutralID=34765 CaloEcalE=443.908 CaloHcalE=5999.56 CaloEcalChi2=1109.49 CaloBremChi2=185.905 CaloClusChi2=5.33088 CaloTrajectoryL=-873.706 CaloEoverP=1.01128 EcalPIDe=-1.40925 BremPIDe=-0.32426 HcalPIDe=-0.701578 HcalPIDmu=0.736856 EcalPIDmu=1.19218 TrackChi2PerDof=2.06074 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=3341.04 TrackPt=224.179 CombDLLe=-3.99618 CombDLLmu=2.60595 CombDLLpi=0 CombDLLk=1.34199 CombDLLp=1.34199 CombDLLd=1.34199 ProbNNe=0.000721233 ProbNNpi=0.671667 ProbNNk=0.0213013 ProbNNp=0.146988 ProbNNghost=0.615308 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-106.589 RichDLLmu=-72.1499 RichDLLpi=0 RichDLLk=-52.0267 RichDLLp=-52.0267 RichPIDStatus=5091 RichDLLbt=-52.0267 RichDLLd=-52.0267 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.55067 CaloElectronMatch=482.804 CaloBremMatch=239.47 CaloChargedEcal=717.742 CaloChargedID=35569 CaloNeutralEcal=717.742 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.870846 CaloNeutralID=35569 CaloEcalE=455.422 CaloHcalE=3531.48 CaloEcalChi2=482.804 CaloBremChi2=56.8733 CaloClusChi2=1.55067 CaloTrajectoryL=449.138 CaloEoverP=0.117934 EcalPIDe=-0.270192 BremPIDe=1.25195 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=1.47887 TrackChi2PerDof=1.00929 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=6377.27 TrackPt=1907.81 CombDLLe=-7.5598 CombDLLmu=-5.75964 CombDLLpi=0 CombDLLk=-52.0267 CombDLLp=-52.0267 CombDLLd=-52.0267 ProbNNe=6.79026e-09 ProbNNpi=0.99423 ProbNNk=0.000167861 ProbNNp=0.00102099 ProbNNghost=0.00413326 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.4375 RichDLLmu=-6.4833 RichDLLpi=0 RichDLLk=-2.92213 RichDLLp=-2.92213 RichPIDStatus=5059 RichDLLbt=-2.92213 RichDLLd=-2.92213 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.19272 CaloElectronMatch=79.604 CaloChargedEcal=9764.25 CaloChargedID=42953 CaloEcalE=4836.25 CaloHcalE=6723.67 CaloEcalChi2=79.604 CaloClusChi2=1.19272 CaloTrajectoryL=192.503 CaloEoverP=0.804958 EcalPIDe=2.29793 HcalPIDe=-2.01184 HcalPIDmu=-1.8491 EcalPIDmu=-3.39756 TrackChi2PerDof=2.05215 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=12696 TrackPt=146.978 CombDLLe=-1.66265 CombDLLmu=-11.2727 CombDLLpi=0 CombDLLk=-2.92213 CombDLLp=-2.92213 CombDLLd=-2.92213 ProbNNe=4.76474e-05 ProbNNpi=0.31519 ProbNNk=0.000834551 ProbNNp=0.00112701 ProbNNghost=0.750592 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.725185 RichDLLmu=-1.00629 RichDLLpi=0 RichDLLk=1.44034 RichDLLp=1.44034 RichPIDStatus=5060 RichDLLbt=1.44034 RichDLLd=1.44034 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.5071 CaloElectronMatch=168.837 CaloChargedEcal=13518.7 CaloChargedID=38897 CaloEcalE=9757.34 CaloHcalE=3205.32 CaloEcalChi2=168.837 CaloClusChi2=0.5071 CaloTrajectoryL=231.626 CaloEoverP=1.76117 EcalPIDe=0.989182 HcalPIDe=-1.65981 HcalPIDmu=-0.0676465 EcalPIDmu=-0.627115 TrackChi2PerDof=1.27363 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=7691.08 TrackPt=119.817 CombDLLe=-0.797522 CombDLLmu=-2.08485 CombDLLpi=0 CombDLLk=1.44034 CombDLLp=1.44034 CombDLLd=1.44034 ProbNNe=0.964972 ProbNNpi=0.281294 ProbNNk=0.0302399 ProbNNp=0.0452722 ProbNNghost=0.962163 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.47691 CaloElectronMatch=460.306 CaloChargedEcal=5294.43 CaloChargedID=38908 CaloEcalE=2858.15 CaloHcalE=2761.01 CaloEcalChi2=460.306 CaloClusChi2=2.47691 CaloTrajectoryL=226.689 CaloEoverP=0.945644 EcalPIDe=-0.270192 HcalPIDe=-1.45309 HcalPIDmu=0.425157 EcalPIDmu=-2.72932 TrackChi2PerDof=2.44793 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=6082.44 TrackPt=74.7444 CombDLLe=-1.72329 CombDLLmu=-2.30416 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0319571 ProbNNpi=0.0788309 ProbNNk=0.0582098 ProbNNp=0.0345125 ProbNNghost=0.958136 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.20551 RichDLLmu=5.76339 RichDLLpi=0 RichDLLk=11.5983 RichDLLp=11.5983 RichPIDStatus=5060 RichDLLbt=11.5983 RichDLLd=11.5983 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.495453 CaloElectronMatch=45.6519 CaloChargedEcal=10557.6 CaloChargedID=43336 CaloEcalE=9162.99 CaloHcalE=3151.53 CaloEcalChi2=45.6519 CaloClusChi2=0.495453 CaloTrajectoryL=161.423 CaloEoverP=1.0321 EcalPIDe=4.33705 HcalPIDe=-1.40118 HcalPIDmu=0.34288 EcalPIDmu=-4.99087 TrackChi2PerDof=1.76852 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=10753 TrackPt=199.907 CombDLLe=4.35203 CombDLLmu=1.08248 CombDLLpi=0 CombDLLk=11.5983 CombDLLp=11.5983 CombDLLd=11.5983 ProbNNe=0.999339 ProbNNpi=0.0352141 ProbNNk=0.038248 ProbNNp=0.128923 ProbNNghost=0.998384 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=16.2764 RichDLLmu=-1.86113 RichDLLpi=0 RichDLLk=12.713 RichDLLp=12.713 RichPIDStatus=5089 RichDLLbt=12.713 RichDLLd=12.713 MuonMuLL=-0.0057163 MuonBkgLL=-0.613706 MuonNShared=5 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=120.268 MuonMVA1=-999 MuonMVA2=-1.80344 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.08994 CaloElectronMatch=323.49 CaloBremMatch=323.49 CaloChargedEcal=15553.4 CaloChargedID=39539 CaloNeutralEcal=15553.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94673 CaloNeutralID=39539 CaloEcalE=8771.97 CaloHcalE=3219.99 CaloEcalChi2=323.49 CaloBremChi2=165.13 CaloClusChi2=1.08994 CaloTrajectoryL=174.624 CaloEoverP=2.32957 EcalPIDe=0.0750074 BremPIDe=-0.188393 HcalPIDe=-1.65981 HcalPIDmu=-0.0676465 EcalPIDmu=-1.33343 TrackChi2PerDof=0.987949 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=6890.43 TrackPt=305.386 CombDLLe=0.927732 CombDLLmu=-3.28464 CombDLLpi=0 CombDLLk=12.713 CombDLLp=12.713 CombDLLd=13.3267 ProbNNe=0.998881 ProbNNmu=0.00366525 ProbNNpi=2.62262e-06 ProbNNk=7.30896e-05 ProbNNp=0.000151898 ProbNNghost=0.999714 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.64768 RichDLLmu=-1.25602 RichDLLpi=0 RichDLLk=5.43089 RichDLLp=5.43089 RichPIDStatus=5060 RichDLLbt=5.43089 RichDLLd=5.43089 MuonMuLL=-0.0133892 MuonBkgLL=-0.906286 MuonNShared=5 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=667.237 MuonMVA1=-999 MuonMVA2=-0.807188 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.679128 CaloElectronMatch=35.5532 CaloChargedEcal=5684.78 CaloChargedID=38793 CaloEcalE=2546.43 CaloHcalE=0 CaloEcalChi2=35.5532 CaloClusChi2=0.679128 CaloTrajectoryL=189.692 CaloEoverP=0.735807 EcalPIDe=3.6423 HcalPIDe=0.83611 HcalPIDmu=-2.36508 EcalPIDmu=-2.72381 TrackChi2PerDof=1.20343 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=7798.17 TrackPt=107.615 CombDLLe=3.66871 CombDLLmu=-5.91834 CombDLLpi=0 CombDLLk=5.43089 CombDLLp=5.43089 CombDLLd=6.33718 ProbNNe=0.999969 ProbNNmu=0.00366525 ProbNNpi=0.0658388 ProbNNk=0.0144921 ProbNNp=0.242617 ProbNNghost=0.927667 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.758799 RichDLLmu=0.775783 RichDLLpi=0 RichDLLk=2.58822 RichDLLp=5.85158 RichPIDStatus=8133 RichDLLbt=4.91608 RichDLLd=4.91608 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.1542 CaloElectronMatch=457.71 CaloChargedEcal=24601.1 CaloChargedID=42838 CaloEcalE=4683.37 CaloHcalE=50023.4 CaloEcalChi2=457.71 CaloClusChi2=0.1542 CaloTrajectoryL=-277.717 CaloEoverP=0.737047 EcalPIDe=0.101254 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=-2.35224 TrackChi2PerDof=0.792645 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=34699.5 TrackPt=444.239 CombDLLe=-2.77163 CombDLLmu=-4.32011 CombDLLpi=0 CombDLLk=2.58822 CombDLLp=5.85158 CombDLLd=4.91608 ProbNNe=3.87253e-05 ProbNNpi=0.295568 ProbNNk=0.394729 ProbNNp=0.479905 ProbNNghost=0.620569 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.01629 TrackNumDof=14 TrackType=3 TrackHistory=32 TrackP=2135.12 TrackPt=21.7764 ProbNNe=0.859507 ProbNNpi=0.0134782 ProbNNk=0.0126188 ProbNNp=0.0213683 ProbNNghost=0.966815 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.85649 RichDLLmu=-1.0518 RichDLLpi=0 RichDLLk=7.62306 RichDLLp=6.36749 RichPIDStatus=6084 RichDLLbt=6.36749 RichDLLd=6.36749 MuonMuLL=-0.213441 MuonBkgLL=-2.52533 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=229.826 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.80131 CaloElectronMatch=3198.24 CaloChargedEcal=1308.72 CaloChargedID=35670 CaloEcalE=1081.16 CaloHcalE=72689.3 CaloEcalChi2=3198.24 CaloClusChi2=4.80131 CaloTrajectoryL=8701.01 CaloEoverP=0.0771995 EcalPIDe=-2.6989 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=0.0745296 TrackChi2PerDof=1.20582 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=17542.8 TrackPt=150.037 CombDLLe=-5.60476 CombDLLmu=-0.757171 CombDLLpi=0 CombDLLk=7.62306 CombDLLp=6.36749 CombDLLd=8.89282 ProbNNe=4.30645e-05 ProbNNpi=0.335304 ProbNNk=0.662928 ProbNNp=0.204699 ProbNNghost=0.368192 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.58666 RichDLLmu=1.10653 RichDLLpi=0 RichDLLk=2.59727 RichDLLp=7.61413 RichPIDStatus=6085 RichDLLbt=7.61413 RichDLLd=7.61413 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.484909 CaloElectronMatch=343.041 CaloChargedEcal=11210.8 CaloChargedID=43241 CaloEcalE=2947.53 CaloHcalE=62993.2 CaloEcalChi2=343.041 CaloClusChi2=0.484909 CaloTrajectoryL=186.321 CaloEoverP=0.38206 EcalPIDe=0.528584 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-1.91021 TrackChi2PerDof=1.63762 TrackNumDof=12 TrackType=3 TrackHistory=32 TrackP=29545.2 TrackPt=321.23 CombDLLe=-2.06847 CombDLLmu=-3.37738 CombDLLpi=0 CombDLLk=2.59727 CombDLLp=7.61413 CombDLLd=7.61413 ProbNNe=0.000348477 ProbNNpi=0.140339 ProbNNk=0.0869151 ProbNNp=0.489131 ProbNNghost=0.891573 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.0959 RichDLLmu=-10.7949 RichDLLpi=0 RichDLLk=2.0329 RichDLLp=2.0329 RichPIDStatus=5028 RichDLLbt=2.0329 RichDLLd=2.0329 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=26.4158 CaloElectronMatch=239.47 CaloBremMatch=239.47 CaloChargedEcal=717.742 CaloChargedID=35569 CaloNeutralEcal=717.742 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.870846 CaloNeutralID=35569 CaloEcalE=0 CaloHcalE=0 CaloEcalChi2=239.47 CaloBremChi2=58.9855 CaloClusChi2=26.4158 CaloTrajectoryL=1042.84 CaloEoverP=0.260749 EcalPIDe=0.497498 BremPIDe=0.775729 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=0.308817 TrackChi2PerDof=2.38834 TrackNumDof=10 TrackType=3 TrackHistory=30 TrackP=2884.37 TrackPt=554.667 CombDLLe=-2.48264 CombDLLmu=-8.9017 CombDLLpi=0 CombDLLk=2.0329 CombDLLp=2.0329 CombDLLd=2.0329 ProbNNe=9.84132e-07 ProbNNpi=0.0107569 ProbNNk=0.0877617 ProbNNp=0.103873 ProbNNghost=0.974121 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.727442 RichDLLmu=-0.667819 RichDLLpi=0 RichDLLk=2.9962 RichDLLp=2.9962 RichPIDStatus=5060 RichDLLbt=2.9962 RichDLLd=2.9962 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.10034 CaloElectronMatch=1463.12 CaloChargedEcal=11080 CaloChargedID=38836 CaloEcalE=719.144 CaloHcalE=4310.54 CaloEcalChi2=1463.12 CaloClusChi2=3.10034 CaloTrajectoryL=361.682 CaloEoverP=1.32603 EcalPIDe=-1.7293 HcalPIDe=-2.03346 HcalPIDmu=-0.813089 EcalPIDmu=0.83326 TrackChi2PerDof=0.96346 TrackNumDof=11 TrackType=3 TrackHistory=30 TrackP=8951.92 TrackPt=92.7393 CombDLLe=-3.63547 CombDLLmu=-0.909256 CombDLLpi=0 CombDLLk=2.9962 CombDLLp=2.9962 CombDLLd=2.9962 ProbNNe=0.0175877 ProbNNpi=0.0716789 ProbNNk=0.057521 ProbNNp=0.0595378 ProbNNghost=0.965452 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.25659 RichDLLmu=-2.76498 RichDLLpi=0 RichDLLk=4.72898 RichDLLp=4.72898 RichPIDStatus=5060 RichDLLbt=4.72898 RichDLLd=4.72898 MuonMuLL=-0.00984835 MuonBkgLL=-0.801693 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=886.965 MuonMVA1=-999 MuonMVA2=0.837366 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.56622 CaloElectronMatch=97.0236 CaloChargedEcal=10002.1 CaloChargedID=39114 CaloEcalE=7892.48 CaloHcalE=1347.19 CaloEcalChi2=97.0236 CaloClusChi2=1.56622 CaloTrajectoryL=237.68 CaloEoverP=1.37036 EcalPIDe=1.84829 HcalPIDe=-0.704175 HcalPIDmu=1.42607 EcalPIDmu=-1.25831 TrackChi2PerDof=0.70708 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=7396.07 TrackPt=111.25 CombDLLe=0.229471 CombDLLmu=-2.55972 CombDLLpi=0 CombDLLk=4.72898 CombDLLp=4.72898 CombDLLd=5.53067 ProbNNe=0.999933 ProbNNmu=0.00366525 ProbNNpi=0.248549 ProbNNk=0.0114822 ProbNNp=0.271937 ProbNNghost=0.885433 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.0942841 RichDLLmu=4.52504 RichDLLpi=0 RichDLLk=6.67907 RichDLLp=6.67907 RichPIDStatus=5028 RichDLLbt=6.67907 RichDLLd=6.67907 MuonMuLL=-0.676683 MuonBkgLL=-2.15484 MuonNShared=12 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=171.68 MuonMVA1=-999 MuonMVA2=-0.836667 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.50283 CaloElectronMatch=62.8921 CaloBremMatch=62.8921 CaloChargedEcal=3645.05 CaloChargedID=39482 CaloNeutralEcal=3645.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.722712 CaloNeutralID=39482 CaloEcalE=456.744 CaloHcalE=206.348 CaloEcalChi2=62.8921 CaloBremChi2=401.815 CaloClusChi2=4.50283 CaloTrajectoryL=300.101 CaloEoverP=0.798204 EcalPIDe=1.51236 BremPIDe=-0.4614 HcalPIDe=-0.11382 HcalPIDmu=-2.46366 EcalPIDmu=1.26223 TrackChi2PerDof=0.600642 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=4804.76 TrackPt=266.033 CombDLLe=0.920639 CombDLLmu=5.30782 CombDLLpi=0 CombDLLk=6.67907 CombDLLp=6.67907 CombDLLd=8.83392 ProbNNe=0.931774 ProbNNmu=0.00366525 ProbNNpi=4.42521e-07 ProbNNk=0.140365 ProbNNp=0.0215279 ProbNNghost=0.952933 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ InAccEcal=1 CaloTrMatch=0.638623 CaloElectronMatch=20.6864 CaloChargedEcal=3158.82 CaloChargedID=34942 CaloEcalE=2647.5 CaloEcalChi2=20.6864 CaloClusChi2=0.638623 CaloTrajectoryL=180.294 CaloEoverP=1.23262 EcalPIDe=2.97947 EcalPIDmu=-1.84651 TrackChi2PerDof=2.70078 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=2738.02 TrackPt=41.6822 CombDLLe=2.97947 CombDLLmu=-1.84651 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.956446 ProbNNpi=0.0108748 ProbNNk=0.0342762 ProbNNp=0.00405768 ProbNNghost=0.996415 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.0009 RichDLLmu=-6.93906 RichDLLpi=0 RichDLLk=-9.13764 RichDLLp=-9.13764 RichPIDStatus=5059 RichDLLbt=-9.13764 RichDLLd=-9.13764 MuonMuLL=0 MuonBkgLL=-0.145025 MuonNShared=26 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=8512.26 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.49296 CaloElectronMatch=529.028 CaloChargedEcal=7015.13 CaloChargedID=43121 CaloEcalE=2689.91 CaloHcalE=19055.1 CaloEcalChi2=529.028 CaloClusChi2=3.49296 CaloTrajectoryL=-387.576 CaloEoverP=0.65414 EcalPIDe=-0.273733 HcalPIDe=-1.89687 HcalPIDmu=-0.951478 EcalPIDmu=-2.20452 TrackChi2PerDof=1.70802 TrackNumDof=11 TrackType=3 TrackHistory=30 TrackP=10938.5 TrackPt=92.0437 CombDLLe=-4.20994 CombDLLmu=-9.1898 CombDLLpi=0 CombDLLk=-9.13764 CombDLLp=-9.13764 CombDLLd=-8.99261 ProbNNe=0.00238516 ProbNNpi=0.328149 ProbNNk=0.000420115 ProbNNp=0.000228312 ProbNNghost=0.891076 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.00200198 MuonBkgLL=-0.399443 MuonNShared=13 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=646.184 MuonMVA1=-999 MuonMVA2=-0.585222 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0553582 CaloElectronMatch=37.1462 CaloChargedEcal=8627.22 CaloChargedID=38855 CaloEcalE=5784.61 CaloHcalE=2623.74 CaloEcalChi2=37.1462 CaloClusChi2=0.0553582 CaloTrajectoryL=58.0169 CaloEoverP=1.32795 EcalPIDe=3.6423 HcalPIDe=-1.31397 HcalPIDmu=0.60951 EcalPIDmu=-2.52863 TrackChi2PerDof=1.37121 TrackNumDof=11 TrackType=3 TrackHistory=32 TrackP=6546.2 TrackPt=46.802 CombDLLe=2.32833 CombDLLmu=-1.52167 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.399443 ProbNNe=0.999945 ProbNNmu=0.00366525 ProbNNpi=2.09127e-06 ProbNNk=0.0299234 ProbNNp=0.00256648 ProbNNghost=0.988135 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.73369 RichDLLmu=-9.22601 RichDLLpi=0 RichDLLk=0.240211 RichDLLp=0.240211 RichPIDStatus=5028 RichDLLbt=0.240211 RichDLLd=0.240211 MuonMuLL=0 MuonBkgLL=-0.19033 MuonNShared=22 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=840.674 MuonMVA1=-999 MuonMVA2=-1.3971 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.221959 CaloElectronMatch=58.9121 CaloBremMatch=33.3246 CaloChargedEcal=4037.44 CaloChargedID=38786 CaloNeutralEcal=4037.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.587883 CaloNeutralID=38786 CaloEcalE=1113.13 CaloHcalE=5171.99 CaloEcalChi2=58.9121 CaloClusChi2=0.221959 CaloTrajectoryL=39.8978 CaloEoverP=0.611913 EcalPIDe=3.71102 HcalPIDe=-1.65 HcalPIDmu=-0.820105 EcalPIDmu=0.201034 TrackChi2PerDof=1.74385 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6715.95 TrackPt=203.681 CombDLLe=0.893629 CombDLLmu=-7.08778 CombDLLpi=0 CombDLLk=0.240211 CombDLLp=0.240211 CombDLLd=0.430542 ProbNNe=0.00839741 ProbNNmu=0.000625898 ProbNNpi=0.0217711 ProbNNk=0.01957 ProbNNp=0.00972718 ProbNNghost=0.980865 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.42817 RichDLLmu=0.739822 RichDLLpi=0 RichDLLk=13.4099 RichDLLp=36.3963 RichPIDStatus=8165 RichDLLbt=35.499 RichDLLd=35.499 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.832545 CaloElectronMatch=876.175 CaloBremMatch=876.175 CaloChargedEcal=9324.25 CaloChargedID=40141 CaloNeutralEcal=9324.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859317 CaloNeutralID=40141 CaloEcalE=6310.6 CaloHcalE=756.615 CaloEcalChi2=876.175 CaloClusChi2=0.832545 CaloTrajectoryL=245.222 CaloEoverP=0.430478 EcalPIDe=-0.470964 HcalPIDe=0.861182 HcalPIDmu=-0.372556 EcalPIDmu=-1.9218 TrackChi2PerDof=1.72167 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=21704 TrackPt=2292.09 CombDLLe=0.814627 CombDLLmu=-1.2661 CombDLLpi=0 CombDLLk=13.4099 CombDLLp=36.3963 CombDLLd=35.499 ProbNNe=0.00901539 ProbNNpi=0.109681 ProbNNk=0.00440973 ProbNNp=0.592699 ProbNNghost=0.0270117 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.0134 RichDLLmu=-1.15459 RichDLLpi=0 RichDLLk=5.73492 RichDLLp=5.73492 RichPIDStatus=5092 RichDLLbt=5.73492 RichDLLd=5.73492 MuonMuLL=-0.00240287 MuonBkgLL=-0.439716 MuonNShared=7 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=47.6389 MuonMVA1=-999 MuonMVA2=0.604143 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.925309 CaloElectronMatch=23.107 CaloBremMatch=23.107 CaloChargedEcal=5052.66 CaloChargedID=39309 CaloNeutralEcal=5052.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.706406 CaloNeutralID=39309 CaloEcalE=548.21 CaloHcalE=1081.15 CaloEcalChi2=23.107 CaloClusChi2=0.925309 CaloTrajectoryL=87.4075 CaloEoverP=0.799001 EcalPIDe=3.71102 HcalPIDe=-0.275809 HcalPIDmu=0.728349 EcalPIDmu=1.52356 TrackChi2PerDof=1.92705 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=6389.41 TrackPt=273.847 CombDLLe=1.71858 CombDLLmu=1.10093 CombDLLpi=0 CombDLLk=5.73492 CombDLLp=5.73492 CombDLLd=6.17464 ProbNNe=0.0176927 ProbNNmu=0.000625899 ProbNNpi=0.0142743 ProbNNk=0.0491498 ProbNNp=0.278277 ProbNNghost=0.491682 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.0796547 RichDLLmu=-0.276505 RichDLLpi=0 RichDLLk=0.0846558 RichDLLp=2.14309 RichPIDStatus=8166 RichDLLbt=4.75725 RichDLLd=4.75725 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.25603 CaloElectronMatch=1104.4 CaloChargedEcal=7015.13 CaloChargedID=43121 CaloEcalE=3745.89 CaloHcalE=43851.4 CaloEcalChi2=1104.4 CaloClusChi2=2.25603 CaloTrajectoryL=1131.53 CaloEoverP=0.288992 EcalPIDe=-0.914113 HcalPIDe=-2.05315 HcalPIDmu=-1.47368 EcalPIDmu=-1.15156 TrackChi2PerDof=0.823789 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=24759.6 TrackPt=533.893 CombDLLe=-2.98121 CombDLLmu=-3.01196 CombDLLpi=0 CombDLLk=0.0846558 CombDLLp=2.14309 CombDLLd=4.75725 ProbNNe=6.53108e-05 ProbNNpi=0.713707 ProbNNk=0.0215341 ProbNNp=0.205494 ProbNNghost=0.0184782 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.23616 RichDLLmu=0.0913124 RichDLLpi=0 RichDLLk=12.8038 RichDLLp=12.8038 RichPIDStatus=5092 RichDLLbt=12.8038 RichDLLd=12.8038 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.168371 CaloElectronMatch=2.64662 CaloBremMatch=2.64662 CaloChargedEcal=9128.41 CaloChargedID=39285 CaloNeutralEcal=9128.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841957 CaloNeutralID=39285 CaloEcalE=7237.63 CaloHcalE=3940.82 CaloEcalChi2=2.64662 CaloClusChi2=0.168371 CaloTrajectoryL=127.282 CaloEoverP=1.06408 EcalPIDe=3.71102 HcalPIDe=-1.66117 HcalPIDmu=-0.515434 EcalPIDmu=-3.71309 TrackChi2PerDof=0.624649 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=8560.66 TrackPt=277.451 CombDLLe=0.797156 CombDLLmu=-4.1007 CombDLLpi=0 CombDLLk=12.8038 CombDLLp=12.8038 CombDLLd=12.8038 ProbNNe=0.97945 ProbNNpi=0.0526553 ProbNNk=0.172811 ProbNNp=0.300266 ProbNNghost=0.993138 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.298406 MuonBkgLL=-1.20916 MuonNShared=16 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=185.644 MuonMVA1=-999 MuonMVA2=-0.469085 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.3541 CaloElectronMatch=524.822 CaloChargedEcal=14280.5 CaloChargedID=39097 CaloEcalE=5086.38 CaloHcalE=1254.8 CaloEcalChi2=524.822 CaloClusChi2=2.3541 CaloTrajectoryL=572.364 CaloEoverP=2.53516 EcalPIDe=-0.324664 HcalPIDe=-0.434957 HcalPIDmu=0.728349 EcalPIDmu=-3.82398 TrackChi2PerDof=2.09869 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=5622.07 TrackPt=129.765 CombDLLe=-0.759621 CombDLLmu=-2.18488 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=1.20916 ProbNNe=0.000408421 ProbNNmu=0.000378876 ProbNNpi=0.050473 ProbNNk=0.00146582 ProbNNp=0.00751111 ProbNNghost=0.824351 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.40452 RichDLLmu=0.764589 RichDLLpi=0 RichDLLk=-0.860422 RichDLLp=-0.860422 RichPIDStatus=5026 RichDLLbt=-0.860422 RichDLLd=-0.860422 MuonMuLL=0 MuonBkgLL=-0.129882 MuonNShared=43 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=216.09 MuonMVA1=-999 MuonMVA2=-1.48808 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.604523 CaloElectronMatch=34.9121 CaloBremMatch=34.9121 CaloChargedEcal=5432.86 CaloChargedID=34992 CaloNeutralEcal=5432.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986262 CaloNeutralID=34992 CaloEcalE=4563.88 CaloHcalE=7951.93 CaloEcalChi2=34.9121 CaloClusChi2=0.604523 CaloTrajectoryL=18.3343 CaloEoverP=1.15876 EcalPIDe=3.01028 HcalPIDe=-0.650053 HcalPIDmu=0.690828 EcalPIDmu=-2.09154 TrackChi2PerDof=1.74488 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4772.72 TrackPt=111.242 CombDLLe=1.07903 CombDLLmu=-0.208675 CombDLLpi=0 CombDLLk=-0.860422 CombDLLp=-0.860422 CombDLLd=-0.73054 ProbNNe=0.719823 ProbNNmu=0.000625896 ProbNNpi=0.011465 ProbNNk=0.0270472 ProbNNp=0.0329534 ProbNNghost=0.950272 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.0714 RichDLLmu=-11.6226 RichDLLpi=0 RichDLLk=-5.1502 RichDLLp=-5.1502 RichPIDStatus=5027 RichDLLbt=-5.1502 RichDLLd=-5.1502 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.443981 CaloElectronMatch=297.159 CaloBremMatch=297.159 CaloChargedEcal=1231.95 CaloChargedID=34994 CaloNeutralEcal=1231.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812415 CaloNeutralID=34994 CaloEcalE=684.07 CaloHcalE=6389.14 CaloEcalChi2=297.159 CaloClusChi2=0.443981 CaloTrajectoryL=271.389 CaloEoverP=0.206879 EcalPIDe=0.198371 HcalPIDe=-1.62226 HcalPIDmu=-1.1725 EcalPIDmu=1.12033 TrackChi2PerDof=0.909076 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6746.91 TrackPt=486.811 CombDLLe=-3.47451 CombDLLmu=-6.91946 CombDLLpi=0 CombDLLk=-5.1502 CombDLLp=-5.1502 CombDLLd=-5.1502 ProbNNe=0.00279227 ProbNNpi=0.987415 ProbNNk=0.0011998 ProbNNp=0.00487436 ProbNNghost=0.00514516 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.09469 MuonNShared=50 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=696.459 MuonMVA1=-999 MuonMVA2=0.198998 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.18811 CaloElectronMatch=152.579 CaloChargedEcal=1081.32 CaloChargedID=34767 CaloEcalE=3932.85 CaloHcalE=5030.52 CaloEcalChi2=152.579 CaloClusChi2=1.18811 CaloTrajectoryL=-228.707 CaloEoverP=0.292779 EcalPIDe=0.827744 HcalPIDe=-1.15527 HcalPIDmu=0.297638 EcalPIDmu=-4.07224 TrackChi2PerDof=1.42811 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4362.82 TrackPt=69.6673 CombDLLe=-0.327526 CombDLLmu=-3.67991 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.09469 ProbNNe=6.34714e-05 ProbNNmu=0.000378876 ProbNNpi=0.0316229 ProbNNk=0.0037447 ProbNNp=0.0210732 ProbNNghost=0.543963 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.8283 RichDLLmu=-6.09904 RichDLLpi=0 RichDLLk=-5.21089 RichDLLp=-5.21089 RichPIDStatus=5027 RichDLLbt=-5.21089 RichDLLd=-5.21089 MuonMuLL=0 MuonBkgLL=-0.106667 MuonNShared=44 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=171.07 MuonMVA1=-999 MuonMVA2=-1.34265 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.955649 CaloElectronMatch=14.866 CaloBremMatch=14.866 CaloChargedEcal=2020.55 CaloChargedID=39806 CaloNeutralEcal=2020.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72777 CaloNeutralID=39806 CaloEcalE=989.574 CaloHcalE=263.004 CaloEcalChi2=14.866 CaloClusChi2=0.955649 CaloTrajectoryL=56.0255 CaloEoverP=0.708464 EcalPIDe=3.01028 HcalPIDe=-0.166718 HcalPIDmu=-1.09338 EcalPIDmu=0.0190547 TrackChi2PerDof=1.29923 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3216.27 TrackPt=362.35 CombDLLe=0.209667 CombDLLmu=-6.84484 CombDLLpi=0 CombDLLk=-5.21089 CombDLLp=-5.21089 CombDLLd=-5.10422 ProbNNe=0.921517 ProbNNmu=0.000625894 ProbNNpi=0.405072 ProbNNk=0.00269632 ProbNNp=0.00761235 ProbNNghost=0.115548 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.2451 RichDLLmu=-5.62509 RichDLLpi=0 RichDLLk=4.0275 RichDLLp=4.0321 RichPIDStatus=6117 RichDLLbt=4.0321 RichDLLd=4.0321 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.424309 CaloElectronMatch=563.215 CaloChargedEcal=12106.6 CaloChargedID=38734 CaloEcalE=3523.4 CaloHcalE=380.407 CaloEcalChi2=563.215 CaloClusChi2=0.424309 CaloTrajectoryL=-98.1828 CaloEoverP=1.4003 EcalPIDe=-0.324664 HcalPIDe=0.056071 HcalPIDmu=-3.04999 EcalPIDmu=-2.84835 TrackChi2PerDof=1.61586 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9138.83 TrackPt=132.594 CombDLLe=-2.34696 CombDLLmu=-11.5635 CombDLLpi=0 CombDLLk=4.0275 CombDLLp=4.0321 CombDLLd=4.0321 ProbNNe=0.000230308 ProbNNpi=0.812761 ProbNNk=0.01784 ProbNNp=0.0349822 ProbNNghost=0.138617 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.50572 RichDLLmu=-1.23707 RichDLLpi=0 RichDLLk=-11.8735 RichDLLp=-13.1349 RichPIDStatus=8163 RichDLLbt=-12.0462 RichDLLd=-12.0462 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0669528 CaloElectronMatch=602.523 CaloChargedEcal=21181.1 CaloChargedID=42704 CaloEcalE=6980.68 CaloHcalE=32337.9 CaloEcalChi2=602.523 CaloClusChi2=0.0669528 CaloTrajectoryL=-173.251 CaloEoverP=0.704321 EcalPIDe=0.213507 HcalPIDe=-1.76952 HcalPIDmu=-3.65411 EcalPIDmu=-2.06508 TrackChi2PerDof=0.601642 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=30531.7 TrackPt=895.876 CombDLLe=-2.16795 CombDLLmu=-7.41659 CombDLLpi=0 CombDLLk=-11.8735 CombDLLp=-13.1349 CombDLLd=-12.0462 ProbNNe=0.000139828 ProbNNpi=0.991472 ProbNNk=0.000138887 ProbNNp=0.00207774 ProbNNghost=0.0144141 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.5911 RichDLLmu=-3.51058 RichDLLpi=0 RichDLLk=0.299809 RichDLLp=0.299809 RichPIDStatus=5060 RichDLLbt=0.299809 RichDLLd=0.299809 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=8.23856 CaloElectronMatch=912.861 CaloChargedEcal=3510.91 CaloChargedID=38607 CaloEcalE=147.016 CaloHcalE=1908.65 CaloEcalChi2=912.861 CaloClusChi2=8.23856 CaloTrajectoryL=547.148 CaloEoverP=0.434047 EcalPIDe=-0.849842 HcalPIDe=-0.951852 HcalPIDmu=1.93271 EcalPIDmu=0.213064 TrackChi2PerDof=2.15915 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=8360.04 TrackPt=143.892 CombDLLe=-3.613 CombDLLmu=-2.09419 CombDLLpi=0 CombDLLk=0.299809 CombDLLp=0.299809 CombDLLd=0.299809 ProbNNe=6.51056e-07 ProbNNpi=0.581075 ProbNNk=0.000559478 ProbNNp=0.000313689 ProbNNghost=0.626419 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.06314 RichDLLmu=0.947064 RichDLLpi=0 RichDLLk=-5.81081 RichDLLp=-6.2447 RichPIDStatus=8129 RichDLLbt=-6.23741 RichDLLd=-6.23741 MuonMuLL=-0.00420883 MuonBkgLL=-1.10242 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=2011.54 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=1.33082 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=30500.3 TrackPt=637.956 CombDLLe=0.535004 CombDLLmu=2.40846 CombDLLpi=0 CombDLLk=-5.81081 CombDLLp=-6.2447 CombDLLd=-5.135 ProbNNe=0.917747 ProbNNpi=0.570138 ProbNNk=0.00013625 ProbNNp=0.0132197 ProbNNghost=0.0239965 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.9203 RichDLLmu=-13.8846 RichDLLpi=0 RichDLLk=0.1043 RichDLLp=0.1043 RichPIDStatus=5092 RichDLLbt=0.1043 RichDLLd=0.1043 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.07558 CaloElectronMatch=311.71 CaloBremMatch=311.71 CaloChargedEcal=4169.66 CaloChargedID=37786 CaloNeutralEcal=4169.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841431 CaloNeutralID=37786 CaloEcalE=1934.39 CaloHcalE=675.93 CaloEcalChi2=311.71 CaloClusChi2=4.07558 CaloTrajectoryL=-828.345 CaloEoverP=0.795317 EcalPIDe=0.198371 HcalPIDe=-0.145138 HcalPIDmu=-0.955205 EcalPIDmu=-1.23548 TrackChi2PerDof=1.25736 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=5288.19 TrackPt=763.257 CombDLLe=-3.8193 CombDLLmu=-9.13668 CombDLLpi=0 CombDLLk=0.1043 CombDLLp=0.1043 CombDLLd=0.1043 ProbNNe=7.24668e-06 ProbNNpi=0.992038 ProbNNk=0.000991114 ProbNNp=0.00199801 ProbNNghost=0.0056717 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.61969 RichDLLmu=0.917263 RichDLLpi=0 RichDLLk=11.4377 RichDLLp=11.4377 RichPIDStatus=5060 RichDLLbt=11.4377 RichDLLd=11.4377 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.222905 CaloElectronMatch=92.96 CaloChargedEcal=16450.7 CaloChargedID=38641 CaloEcalE=9946.79 CaloHcalE=11445.5 CaloEcalChi2=92.96 CaloClusChi2=0.222905 CaloTrajectoryL=321.717 CaloEoverP=1.46708 EcalPIDe=2.19153 HcalPIDe=-1.12623 HcalPIDmu=-0.877417 EcalPIDmu=-3.6279 TrackChi2PerDof=1.1783 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=11372.6 TrackPt=312.811 CombDLLe=1.87018 CombDLLmu=-3.23536 CombDLLpi=0 CombDLLk=11.4377 CombDLLp=11.4377 CombDLLd=11.4377 ProbNNe=0.919632 ProbNNpi=0.00368199 ProbNNk=0.0999539 ProbNNp=0.00496309 ProbNNghost=0.749153 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.58386 RichDLLmu=-6.06201 RichDLLpi=0 RichDLLk=2.58916 RichDLLp=2.58916 RichPIDStatus=5060 RichDLLbt=2.58916 RichDLLd=2.58916 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.1858 CaloElectronMatch=523.69 CaloChargedEcal=16450.7 CaloChargedID=38641 CaloEcalE=9204.21 CaloHcalE=1063.18 CaloEcalChi2=523.69 CaloClusChi2=1.1858 CaloTrajectoryL=-508.708 CaloEoverP=1.82448 EcalPIDe=-0.324664 HcalPIDe=-0.275809 HcalPIDmu=0.770266 EcalPIDmu=-2.02508 TrackChi2PerDof=1.41061 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9144.79 TrackPt=201.438 CombDLLe=-1.22598 CombDLLmu=-7.1166 CombDLLpi=0 CombDLLk=2.58916 CombDLLp=2.58916 CombDLLd=2.58916 ProbNNe=0.145158 ProbNNpi=0.285931 ProbNNk=0.00173809 ProbNNp=0.00319797 ProbNNghost=0.744621 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.3228 RichDLLmu=-1.24188 RichDLLpi=0 RichDLLk=4.55868 RichDLLp=4.55868 RichPIDStatus=5060 RichDLLbt=4.55868 RichDLLd=4.55868 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.472203 CaloElectronMatch=132.045 CaloChargedEcal=11080 CaloChargedID=38836 CaloEcalE=6440 CaloHcalE=798.814 CaloEcalChi2=132.045 CaloClusChi2=0.472203 CaloTrajectoryL=8.49405 CaloEoverP=1.35915 EcalPIDe=0.979389 HcalPIDe=-0.205456 HcalPIDmu=-0.561702 EcalPIDmu=-3.91865 TrackChi2PerDof=2.0716 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=8733.77 TrackPt=149.385 CombDLLe=0.3679 CombDLLmu=-6.1841 CombDLLpi=0 CombDLLk=4.55868 CombDLLp=4.55868 CombDLLd=4.55868 ProbNNe=0.793055 ProbNNpi=0.00882663 ProbNNk=0.00659625 ProbNNp=0.00680248 ProbNNghost=0.973984 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.578 RichDLLmu=-6.52981 RichDLLpi=0 RichDLLk=0.569257 RichDLLp=0.569257 RichPIDStatus=5060 RichDLLbt=0.569257 RichDLLd=0.569257 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.771427 CaloElectronMatch=680.134 CaloChargedEcal=18155.1 CaloChargedID=38707 CaloEcalE=4038.01 CaloHcalE=798.814 CaloEcalChi2=680.134 CaloClusChi2=0.771427 CaloTrajectoryL=-388.192 CaloEoverP=2.0437 EcalPIDe=-0.522006 HcalPIDe=-0.205456 HcalPIDmu=-0.561702 EcalPIDmu=-2.93426 TrackChi2PerDof=1.03246 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8863.28 TrackPt=180.882 CombDLLe=-2.69886 CombDLLmu=-9.53872 CombDLLpi=0 CombDLLk=0.569257 CombDLLp=0.569257 CombDLLd=0.569257 ProbNNe=9.98467e-05 ProbNNpi=0.983078 ProbNNk=0.00029221 ProbNNp=0.000435513 ProbNNghost=0.0199854 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=7.93463 RichDLLmu=-3.83462 RichDLLpi=0 RichDLLk=-3.29861 RichDLLp=-3.29861 RichPIDStatus=5025 RichDLLbt=-3.29861 RichDLLd=-3.29861 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.329465 CaloElectronMatch=14.4404 CaloBremMatch=14.4404 CaloChargedEcal=3711.37 CaloChargedID=34438 CaloNeutralEcal=3711.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938713 CaloNeutralID=34438 CaloEcalE=3428.36 CaloHcalE=1466.62 CaloEcalChi2=14.4404 CaloClusChi2=0.329465 CaloTrajectoryL=49.4524 CaloEoverP=1.05507 EcalPIDe=3.01028 HcalPIDe=-1.18827 HcalPIDmu=1.60073 EcalPIDmu=-1.98104 TrackChi2PerDof=1.07236 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3699.98 TrackPt=227.77 CombDLLe=3.19263 CombDLLmu=-4.89627 CombDLLpi=0 CombDLLk=-3.29861 CombDLLp=-3.29861 CombDLLd=-3.29861 ProbNNe=0.904261 ProbNNpi=0.600758 ProbNNk=0.00891405 ProbNNp=0.0454422 ProbNNghost=0.136421 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.6259 RichDLLmu=-1.82379 RichDLLpi=0 RichDLLk=-1.69568 RichDLLp=-1.69568 RichPIDStatus=5027 RichDLLbt=-1.69568 RichDLLd=-1.69568 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.24973 CaloElectronMatch=487.039 CaloBremMatch=487.039 CaloChargedEcal=8002.26 CaloChargedID=34634 CaloNeutralEcal=8002.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897365 CaloNeutralID=34634 CaloEcalE=3085 CaloHcalE=3341.76 CaloEcalChi2=487.039 CaloClusChi2=1.24973 CaloTrajectoryL=-128.355 CaloEoverP=2.44493 EcalPIDe=-0.238625 HcalPIDe=-1.28675 HcalPIDmu=0.749469 EcalPIDmu=-2.04159 TrackChi2PerDof=1.48042 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3454.38 TrackPt=130.727 CombDLLe=-3.34237 CombDLLmu=-3.73791 CombDLLpi=0 CombDLLk=-1.69568 CombDLLp=-1.69568 CombDLLd=-1.69568 ProbNNe=0.0173485 ProbNNpi=0.786137 ProbNNk=0.011415 ProbNNp=0.0246298 ProbNNghost=0.250708 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.108849 MuonNShared=43 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=202.969 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.48923 CaloElectronMatch=394.415 CaloChargedEcal=5791.63 CaloChargedID=34762 CaloEcalE=3602.48 CaloHcalE=8429.47 CaloEcalChi2=394.415 CaloClusChi2=2.48923 CaloTrajectoryL=237.733 CaloEoverP=1.70356 EcalPIDe=-0.0510306 HcalPIDe=-0.748746 HcalPIDmu=0.971011 EcalPIDmu=-1.93865 TrackChi2PerDof=0.631398 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3543.13 TrackPt=92.867 CombDLLe=-0.799777 CombDLLmu=-0.85879 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.108849 ProbNNe=0.0418604 ProbNNpi=0.261377 ProbNNk=0.0133429 ProbNNp=0.026377 ProbNNghost=0.881806 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.740868 MuonBkgLL=-2.26988 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=388.983 MuonMVA1=-999 MuonMVA2=-0.394606 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.762805 CaloElectronMatch=28.4342 CaloChargedEcal=4206.86 CaloChargedID=38650 CaloEcalE=2815.31 CaloHcalE=195.695 CaloEcalChi2=28.4342 CaloClusChi2=0.762805 CaloTrajectoryL=100.448 CaloEoverP=0.747941 EcalPIDe=3.71102 HcalPIDe=0.272944 HcalPIDmu=-2.64437 EcalPIDmu=-3.12276 TrackChi2PerDof=1.75414 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=5785.77 TrackPt=134.761 CombDLLe=3.98397 CombDLLmu=-4.23812 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=2.26988 ProbNNe=0.000283762 ProbNNmu=0.000378876 ProbNNpi=0.0537102 ProbNNk=0.00237061 ProbNNp=0.00625264 ProbNNghost=0.502692 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0632593 MuonBkgLL=-0.880562 MuonNShared=23 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=79.1774 MuonMVA1=-999 MuonMVA2=-0.639771 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.811035 CaloElectronMatch=81.0644 CaloChargedEcal=8013.33 CaloChargedID=34737 CaloEcalE=3617.57 CaloHcalE=495.981 CaloEcalChi2=81.0644 CaloClusChi2=0.811035 CaloTrajectoryL=66.4654 CaloEoverP=2.09309 EcalPIDe=1.50525 HcalPIDe=-0.248115 HcalPIDmu=-1.34175 EcalPIDmu=-3.02331 TrackChi2PerDof=2.69442 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4023.9 TrackPt=112.408 CombDLLe=1.25714 CombDLLmu=-3.54776 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.880562 ProbNNe=0.000783668 ProbNNmu=0.000378876 ProbNNpi=0.00751209 ProbNNk=0.00042686 ProbNNp=0.00201443 ProbNNghost=0.924987 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.6418 CaloElectronMatch=332.858 CaloChargedEcal=976.158 CaloChargedID=34675 CaloEcalE=2872.03 CaloHcalE=1605.57 CaloEcalChi2=332.858 CaloClusChi2=1.6418 CaloTrajectoryL=-243.186 CaloEoverP=0.352187 EcalPIDe=0.0465059 HcalPIDe=-1.26972 HcalPIDmu=2.16985 EcalPIDmu=-3.65401 TrackChi2PerDof=1.25895 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3459 TrackPt=76.1059 CombDLLe=-1.22322 CombDLLmu=-1.48417 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.188397 ProbNNpi=0.219701 ProbNNk=0.00404775 ProbNNp=0.0127913 ProbNNghost=0.787031 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.118 RichDLLmu=-14.764 RichDLLpi=0 RichDLLk=-0.502762 RichDLLp=-0.502762 RichPIDStatus=5091 RichDLLbt=-0.502762 RichDLLd=-0.502762 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.71364 CaloElectronMatch=268.589 CaloBremMatch=268.589 CaloChargedEcal=3617.59 CaloChargedID=43785 CaloNeutralEcal=3617.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.644841 CaloNeutralID=43785 CaloEcalE=511.056 CaloHcalE=10508.9 CaloEcalChi2=268.589 CaloClusChi2=6.71364 CaloTrajectoryL=552.116 CaloEoverP=0.646879 EcalPIDe=0.198371 HcalPIDe=-1.07674 HcalPIDmu=-0.465952 EcalPIDmu=1.52356 TrackChi2PerDof=1.29534 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6003.13 TrackPt=403.336 CombDLLe=-3.84863 CombDLLmu=-5.90436 CombDLLpi=0 CombDLLk=-0.502762 CombDLLp=-0.502762 CombDLLd=-0.502762 ProbNNe=1.41433e-06 ProbNNpi=0.987898 ProbNNk=0.00223977 ProbNNp=0.00603589 ProbNNghost=0.00866396 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.296403 MuonNShared=42 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=243.593 MuonMVA1=-999 MuonMVA2=-1.53976 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.428205 CaloElectronMatch=137.545 CaloChargedEcal=12199.2 CaloChargedID=38966 CaloEcalE=6999.7 CaloHcalE=6449 CaloEcalChi2=137.545 CaloClusChi2=0.428205 CaloTrajectoryL=112.094 CaloEoverP=2.11874 EcalPIDe=0.979389 HcalPIDe=-1.62226 HcalPIDmu=-0.045568 EcalPIDmu=-1.56552 TrackChi2PerDof=1.18892 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=6009.91 TrackPt=90.9233 CombDLLe=-0.642869 CombDLLmu=-1.31468 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.296403 ProbNNe=0.0015038 ProbNNmu=0.000378876 ProbNNpi=0.0421285 ProbNNk=0.00334265 ProbNNp=0.0147159 ProbNNghost=0.918104 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=4.03471 RichDLLmu=0.840137 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.1949 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2448.22 TrackPt=157.045 CombDLLe=0.703689 CombDLLmu=1.16525 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.758532 ProbNNpi=0.255421 ProbNNk=0.0188942 ProbNNp=0.0282729 ProbNNghost=0.388304 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=9.95263 RichDLLmu=5.84386 RichDLLpi=0 RichDLLk=1.03375 RichDLLp=1.03375 RichPIDStatus=5025 RichDLLbt=1.03375 RichDLLd=1.03375 InAccEcal=1 CaloTrMatch=0.670307 CaloElectronMatch=21.0778 CaloChargedEcal=3158.82 CaloChargedID=34942 CaloEcalE=2647.5 CaloEcalChi2=21.0778 CaloClusChi2=0.670307 CaloTrajectoryL=182.788 CaloEoverP=1.17838 EcalPIDe=3.01028 EcalPIDmu=-3.48778 TrackChi2PerDof=0.988111 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2864.06 TrackPt=72.3196 CombDLLe=4.71691 CombDLLmu=2.27937 CombDLLpi=0 CombDLLk=1.03375 CombDLLp=1.03375 CombDLLd=1.03375 ProbNNe=0.718299 ProbNNpi=0.131362 ProbNNk=0.0391287 ProbNNp=0.0263095 ProbNNghost=0.762469 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.749842 RichDLLmu=-0.320152 RichDLLpi=0 RichDLLk=2.80021 RichDLLp=3.25379 RichPIDStatus=8134 RichDLLbt=7.57487 RichDLLd=7.57487 MuonMuLL=-0.102808 MuonBkgLL=-3.21915 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=4.75994 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=1.73712 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=59042 TrackPt=1439.33 CombDLLe=-0.131207 CombDLLmu=2.66874 CombDLLpi=0 CombDLLk=2.80021 CombDLLp=3.25379 CombDLLd=10.794 ProbNNe=0.150987 ProbNNpi=0.506502 ProbNNk=0.00331872 ProbNNp=0.15301 ProbNNghost=0.149858 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0147076 MuonBkgLL=-0.364285 MuonNShared=9 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=120.149 MuonMVA1=-999 MuonMVA2=-1.00944 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.197565 CaloElectronMatch=46.5751 CaloChargedEcal=7746.05 CaloChargedID=38718 CaloEcalE=7003.12 CaloHcalE=989.652 CaloEcalChi2=46.5751 CaloClusChi2=0.197565 CaloTrajectoryL=77.1659 CaloEoverP=1.59965 EcalPIDe=3.01028 HcalPIDe=-0.57495 HcalPIDmu=0.118967 EcalPIDmu=-1.32415 TrackChi2PerDof=1.49732 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4919.76 TrackPt=120.153 CombDLLe=2.43533 CombDLLmu=-0.855607 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.364285 ProbNNe=0.00240518 ProbNNmu=0.000378876 ProbNNpi=0.0545031 ProbNNk=0.00324083 ProbNNp=0.00703651 ProbNNghost=0.911365 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.94307 RichDLLmu=3.51583 RichDLLpi=0 RichDLLk=2.22407 RichDLLp=2.22407 RichPIDStatus=5026 RichDLLbt=2.22407 RichDLLd=2.22407 InAccBrem=1 TrackChi2PerDof=1.42678 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3009.17 TrackPt=291.482 CombDLLe=-0.86066 CombDLLmu=4.24462 CombDLLpi=0 CombDLLk=2.22407 CombDLLp=2.22407 CombDLLd=2.22407 ProbNNe=0.173738 ProbNNpi=0.0959337 ProbNNk=0.0303514 ProbNNp=0.02372 ProbNNghost=0.667587 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.125637 RichDLLmu=-0.204856 RichDLLpi=0 RichDLLk=0.903838 RichDLLp=4.9991 RichPIDStatus=139206 RichDLLbt=8.81861 RichDLLd=11.2503 TrackChi2PerDof=1.74322 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=152957 TrackPt=2078.25 CombDLLe=-0.0219864 CombDLLmu=-0.286638 CombDLLpi=0 CombDLLk=0.903838 CombDLLp=4.9991 CombDLLd=11.2503 ProbNNe=0.120273 ProbNNpi=0.06367 ProbNNk=0.0384879 ProbNNp=0.880136 ProbNNghost=0.698597 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.67158 RichDLLmu=-5.72667 RichDLLpi=0 RichDLLk=-0.589237 RichDLLp=-0.589237 RichPIDStatus=5027 RichDLLbt=-0.589237 RichDLLd=-0.589237 InAccBrem=1 CaloBremChi2=810.649 BremPIDe=-0.638976 TrackChi2PerDof=0.800029 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=8533.79 TrackPt=501.458 CombDLLe=-1.7958 CombDLLmu=-5.71342 CombDLLpi=0 CombDLLk=-0.589237 CombDLLp=-0.589237 CombDLLd=-0.589237 ProbNNe=0.00109641 ProbNNmu=0.000888143 ProbNNpi=0.846773 ProbNNk=0.106443 ProbNNp=0.0342552 ProbNNghost=0.0125266 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.8427 RichDLLmu=-10.709 RichDLLpi=0 RichDLLk=-6.08628 RichDLLp=-6.08628 RichPIDStatus=5027 RichDLLbt=-6.08628 RichDLLd=-6.08628 InAccBrem=1 CaloBremChi2=89.3229 BremPIDe=0.371596 TrackChi2PerDof=2.81416 TrackNumDof=18 TrackType=4 TrackHistory=34 TrackP=4397.66 TrackPt=461.595 CombDLLe=-2.70184 CombDLLmu=-6.80953 CombDLLpi=0 CombDLLk=-6.08628 CombDLLp=-6.08628 CombDLLd=-6.08628 ProbNNe=0.000315638 ProbNNmu=0.000691861 ProbNNpi=0.207573 ProbNNk=0.00952444 ProbNNp=0.0092026 ProbNNghost=0.703663 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.0337942 RichDLLmu=-0.00586224 RichDLLpi=0 RichDLLk=-1.07281 RichDLLp=3.23577 RichPIDStatus=139173 RichDLLbt=-8.03489 RichDLLd=-6.83007 InAccBrem=1 CaloBremChi2=436.464 BremPIDe=-0.183533 TrackChi2PerDof=1.02466 TrackNumDof=20 TrackType=4 TrackHistory=34 TrackP=49863.6 TrackPt=1878.22 CombDLLe=-0.189447 CombDLLmu=-0.00820713 CombDLLpi=0 CombDLLk=-1.07281 CombDLLp=3.23577 CombDLLd=-6.83007 ProbNNe=0.0117726 ProbNNmu=0.0035068 ProbNNpi=0.607358 ProbNNk=0.139481 ProbNNp=0.258139 ProbNNghost=0.154211 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.63077 RichDLLmu=-1.63451 RichDLLpi=0 RichDLLk=7.49134 RichDLLp=4.91194 RichPIDStatus=6052 RichDLLbt=4.91194 RichDLLd=4.91194 InAccBrem=1 CaloBremChi2=156.64 BremPIDe=-0.0338097 TrackChi2PerDof=1.00409 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=15629.8 TrackPt=1270.04 CombDLLe=-0.840594 CombDLLmu=-2.21015 CombDLLpi=0 CombDLLk=7.49134 CombDLLp=4.91194 CombDLLd=4.91194 ProbNNe=2.26598e-05 ProbNNmu=0.00108773 ProbNNpi=0.113977 ProbNNk=0.73607 ProbNNp=0.549626 ProbNNghost=0.00952638 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.975826 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=28947 TrackPt=682.694 ProbNNe=0.00259866 ProbNNmu=0.00369267 ProbNNpi=0.748071 ProbNNk=0.170629 ProbNNp=0.122311 ProbNNghost=0.00256687 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.86334 RichDLLmu=0.67477 RichDLLpi=0 RichDLLk=-10.9713 RichDLLp=-14.5388 RichPIDStatus=6049 RichDLLbt=-14.5388 RichDLLd=-14.5388 InAccBrem=1 CaloBremChi2=416.323 BremPIDe=-0.608318 TrackChi2PerDof=0.808263 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=17226.6 TrackPt=627.183 CombDLLe=-0.457257 CombDLLmu=0.938984 CombDLLpi=0 CombDLLk=-10.9713 CombDLLp=-14.5388 CombDLLd=-14.5388 ProbNNe=0.0276572 ProbNNmu=0.024185 ProbNNpi=0.828622 ProbNNk=0.147975 ProbNNp=0.0372496 ProbNNghost=0.0111522 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=2.70084 TrackNumDof=16 TrackType=4 TrackHistory=34 TrackP=58204.2 TrackPt=1462.37 ProbNNe=0.00919613 ProbNNmu=0.00189641 ProbNNpi=0.259034 ProbNNk=0.112619 ProbNNp=0.119581 ProbNNghost=0.813252 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.682886 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=40724.6 TrackPt=974.886 ProbNNe=0.00263154 ProbNNmu=0.00429834 ProbNNpi=0.687313 ProbNNk=0.197488 ProbNNp=0.156513 ProbNNghost=0.00170854 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.408736 RichDLLmu=-0.111304 RichDLLpi=0 RichDLLk=4.23268 RichDLLp=-4.27752 RichPIDStatus=139172 RichDLLbt=-9.92739 RichDLLd=-7.43326 InAccBrem=1 CaloBremChi2=328.54 BremPIDe=0.376083 TrackChi2PerDof=1.30371 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=52227.5 TrackPt=2138.48 CombDLLe=0.304557 CombDLLmu=-0.1558 CombDLLpi=0 CombDLLk=4.23268 CombDLLp=-4.27752 CombDLLd=-7.43326 ProbNNe=0.0172076 ProbNNmu=0.0107909 ProbNNpi=0.254993 ProbNNk=0.582253 ProbNNp=0.127355 ProbNNghost=0.0357252 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.71662 RichDLLmu=2.06574 RichDLLpi=0 RichDLLk=5.2001 RichDLLp=5.2001 RichPIDStatus=5028 RichDLLbt=5.2001 RichDLLd=5.2001 InAccBrem=1 CaloBremChi2=164.658 BremPIDe=-0.188393 TrackChi2PerDof=1.41949 TrackNumDof=16 TrackType=4 TrackHistory=34 TrackP=5828.26 TrackPt=564.637 CombDLLe=-1.01 CombDLLmu=2.738 CombDLLpi=0 CombDLLk=5.2001 CombDLLp=5.2001 CombDLLd=5.2001 ProbNNe=0.00188671 ProbNNmu=0.00211462 ProbNNpi=0.191777 ProbNNk=0.141155 ProbNNp=0.0937898 ProbNNghost=0.581898 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-30.2965 RichDLLmu=-14.6863 RichDLLpi=0 RichDLLk=-16.9937 RichDLLp=-16.6942 RichPIDStatus=6051 RichDLLbt=-16.6942 RichDLLd=-16.6942 InAccBrem=1 CaloBremChi2=349.834 BremPIDe=-0.438762 TrackChi2PerDof=2.41295 TrackNumDof=12 TrackType=4 TrackHistory=34 TrackP=9528.45 TrackPt=922.373 CombDLLe=-4.91562 CombDLLmu=-6.96077 CombDLLpi=0 CombDLLk=-16.9937 CombDLLp=-16.6942 CombDLLd=-16.6942 ProbNNe=7.18691e-07 ProbNNmu=0.00121428 ProbNNpi=0.968837 ProbNNk=0.000403964 ProbNNp=0.000472891 ProbNNghost=0.0945586 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.135061 RichDLLmu=6.19283 RichDLLpi=0 RichDLLk=21.0135 RichDLLp=21.0135 RichPIDStatus=5028 RichDLLbt=21.0135 RichDLLd=21.0135 InAccBrem=1 CaloBremChi2=421.394 BremPIDe=-0.492427 TrackChi2PerDof=0.582845 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=7021.27 TrackPt=1369.33 CombDLLe=-0.468792 CombDLLmu=5.91532 CombDLLpi=0 CombDLLk=21.0135 CombDLLp=21.0135 CombDLLd=21.0135 ProbNNe=2.43207e-05 ProbNNmu=0.00799029 ProbNNpi=0.154142 ProbNNk=0.81238 ProbNNp=0.642639 ProbNNghost=0.0178603 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.44389 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=34585.3 TrackPt=617.803 ProbNNe=0.00391881 ProbNNmu=0.00511477 ProbNNpi=0.720459 ProbNNk=0.165493 ProbNNp=0.13169 ProbNNghost=0.0118556 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.9877 RichDLLmu=-12.1078 RichDLLpi=0 RichDLLk=0.577411 RichDLLp=0.577411 RichPIDStatus=5028 RichDLLbt=0.577411 RichDLLd=0.577411 InAccBrem=1 CaloBremChi2=875.854 BremPIDe=-0.553589 TrackChi2PerDof=1.27182 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=2962.81 TrackPt=617.88 CombDLLe=-4.05562 CombDLLmu=-6.89051 CombDLLpi=0 CombDLLk=0.577411 CombDLLp=0.577411 CombDLLd=0.577411 ProbNNe=4.28574e-06 ProbNNmu=0.00120521 ProbNNpi=0.841162 ProbNNk=0.0867525 ProbNNp=0.0478328 ProbNNghost=0.0267342 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-27.4965 RichDLLmu=-2.56695 RichDLLpi=0 RichDLLk=2.253 RichDLLp=2.253 RichPIDStatus=5028 RichDLLbt=2.253 RichDLLd=2.253 InAccBrem=1 CaloBremChi2=294.856 BremPIDe=-0.318955 TrackChi2PerDof=1.84834 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=2960.38 TrackPt=591.903 CombDLLe=-4.49317 CombDLLmu=-3.30808 CombDLLpi=0 CombDLLk=2.253 CombDLLp=2.253 CombDLLd=2.253 ProbNNe=2.36122e-06 ProbNNmu=0.00525412 ProbNNpi=0.805112 ProbNNk=0.0813963 ProbNNp=0.0662519 ProbNNghost=0.0688536 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.87156 TrackNumDof=6 TrackType=4 TrackHistory=34 TrackP=94897.2 TrackPt=1634.49 ProbNNe=0.0081628 ProbNNmu=0.00195512 ProbNNpi=0.105412 ProbNNk=0.0853726 ProbNNp=0.11445 ProbNNghost=0.808985 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.1538 RichDLLmu=-8.82856 RichDLLpi=0 RichDLLk=5.65946 RichDLLp=5.65946 RichPIDStatus=5028 RichDLLbt=5.65946 RichDLLd=5.65946 InAccBrem=1 CaloBremChi2=92.5099 BremPIDe=0.142978 TrackChi2PerDof=0.258821 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=2881.85 TrackPt=741.287 CombDLLe=-3.63548 CombDLLmu=-6.60196 CombDLLpi=0 CombDLLk=5.65946 CombDLLp=5.65946 CombDLLd=5.65946 ProbNNe=1.50665e-06 ProbNNmu=0.0022601 ProbNNpi=0.720424 ProbNNk=0.184847 ProbNNp=0.101054 ProbNNghost=0.00389782 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-25.2018 RichDLLmu=-8.74356 RichDLLpi=0 RichDLLk=8.98896 RichDLLp=8.98896 RichPIDStatus=5028 RichDLLbt=8.98896 RichDLLd=8.98896 InAccBrem=1 CaloBremChi2=126.158 BremPIDe=-0.015883 TrackChi2PerDof=0.584799 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=3818.25 TrackPt=942.171 CombDLLe=-3.92247 CombDLLmu=-6.5886 CombDLLpi=0 CombDLLk=8.98896 CombDLLp=8.98896 CombDLLd=8.98896 ProbNNe=1.35011e-06 ProbNNmu=0.00175413 ProbNNpi=0.63712 ProbNNk=0.253772 ProbNNp=0.152968 ProbNNghost=0.00536174 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.32 RichDLLmu=-0.400632 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=101.676 BremPIDe=0.143007 TrackChi2PerDof=1.02708 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=2374.38 TrackPt=482.661 CombDLLe=-1.94731 CombDLLmu=-0.559687 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00108409 ProbNNmu=0.00740963 ProbNNpi=0.634251 ProbNNk=0.0681212 ProbNNp=0.0455693 ProbNNghost=0.132386 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-25.6893 RichDLLmu=-4.12719 RichDLLpi=0 RichDLLk=1.27591 RichDLLp=1.27591 RichPIDStatus=5028 RichDLLbt=1.27591 RichDLLd=1.27591 InAccBrem=1 CaloBremChi2=96.2618 BremPIDe=0.142978 TrackChi2PerDof=0.766614 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=3034.21 TrackPt=848.182 CombDLLe=-3.82194 CombDLLmu=-4.74613 CombDLLpi=0 CombDLLk=1.27591 CombDLLp=1.27591 CombDLLd=1.27591 ProbNNe=1.19824e-06 ProbNNmu=0.00774594 ProbNNpi=0.829928 ProbNNk=0.0797216 ProbNNp=0.0381934 ProbNNghost=0.0116142 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.524754 ShowerShape=23175.5 ClusterMass=169.569 CaloNeutralEcal=13685.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729235 CaloNeutralID=34874 CaloNeutralE19=0.400833 CaloClusterCode=-92 CaloClusterFrac=0.999917 IsPhoton=0.118073 IsNotH=0.0109086 IsPhotonXGB=0.6549 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.246251 ShowerShape=27988.1 ClusterMass=109.986 CaloNeutralEcal=18314.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.624073 CaloNeutralID=34482 CaloNeutralE19=0.289846 CaloClusterCode=95 CaloClusterFrac=0.999963 IsPhoton=0.0256944 IsNotH=0.00847891 IsPhotonXGB=0.365087 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.088923 ShowerShape=21341.1 ClusterMass=57.1379 CaloNeutralEcal=14004.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.65788 CaloNeutralID=34759 CaloNeutralE19=0.222016 CaloClusterCode=95 CaloClusterFrac=0.999996 IsPhoton=0.126196 IsNotH=0.00582059 IsPhotonXGB=0.320994 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.338692 ShowerShape=11285.5 ClusterMass=91.236 CaloNeutralEcal=14003.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88868 CaloNeutralID=34867 CaloNeutralE19=0.665108 CaloClusterCode=-92 CaloClusterFrac=0.999928 IsPhoton=0.00744215 IsNotH=0.209188 IsPhotonXGB=0.623148 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.2448 ShowerShape=1503.97 ClusterMass=33.1945 CaloNeutralEcal=26331.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89479 CaloNeutralID=42164 CaloNeutralE19=0.432291 CaloClusterCode=-95 CaloClusterFrac=0.991488 IsPhoton=0.0173554 IsNotH=0.453602 IsPhotonXGB=0.904855 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.17844 ShowerShape=16790.8 ClusterMass=56.5819 CaloNeutralEcal=8485.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.718627 CaloNeutralID=34744 CaloNeutralE19=0.272261 CaloClusterCode=-96 CaloClusterFrac=0.999995 IsPhoton=1 IsNotH=0.00431244 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0924339 ShowerShape=3005.44 ClusterMass=52.4942 CaloNeutralEcal=43368.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703741 CaloNeutralID=43026 CaloNeutralE19=0.254606 CaloClusterCode=91 CaloClusterFrac=0.999979 IsPhoton=1 IsNotH=0.00482109 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.06468 ShowerShape=4296.74 ClusterMass=39.8007 CaloNeutralEcal=14280.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.650511 CaloNeutralID=39097 CaloNeutralE19=0.426974 CaloClusterCode=-98 CaloClusterFrac=0.999861 IsPhoton=1 IsNotH=0.0105678 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.84195 ShowerShape=1817.34 ClusterMass=25.5531 CaloNeutralEcal=18226.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956594 CaloNeutralID=38286 CaloNeutralE19=0.598613 CaloClusterCode=91 IsPhoton=1 IsNotH=0.652824 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.1858 ShowerShape=4610.51 ClusterMass=45.5288 CaloNeutralEcal=18155.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.678156 CaloNeutralID=38707 CaloNeutralE19=0.315754 CaloClusterCode=-93 CaloClusterFrac=0.998693 IsPhoton=1 IsNotH=0.00293034 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.24973 ShowerShape=10557.6 ClusterMass=51.107 CaloNeutralEcal=8002.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897365 CaloNeutralID=34634 CaloNeutralE19=0.432379 CaloClusterCode=-90 CaloClusterFrac=1.00315 IsPhoton=1 IsNotH=0.0255254 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.08994 ShowerShape=2653.27 ClusterMass=41.9119 CaloNeutralEcal=15553.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94673 CaloNeutralID=39539 CaloNeutralE19=0.359982 CaloClusterCode=90 CaloClusterFrac=0.999973 IsPhoton=1 IsNotH=0.059278 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.2448 ShowerShape=1503.97 ClusterMass=33.1945 CaloNeutralEcal=26331.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89479 CaloNeutralID=42164 CaloNeutralE19=0.432291 CaloClusterCode=-95 CaloClusterFrac=0.991488 IsPhoton=0.0173104 IsNotH=0.453602 IsPhotonXGB=0.904855 ClusterAsX=0.466827 ClusterAsY=-0.0907696 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.13366 ShowerShape=2864.5 CaloNeutralEcal=14396.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958589 CaloNeutralID=39501 CaloNeutralE19=0.588721 CaloClusterCode=96 CaloClusterFrac=1.00076 IsPhoton=1 IsNotH=0.200454 IsPhotonXGB=1 ClusterAsX=-0.265628 ClusterAsY=0.343253 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.987 ShowerShape=1677.7 CaloNeutralEcal=23087.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880148 CaloNeutralID=43309 CaloNeutralE19=0.367027 CaloClusterCode=-95 CaloClusterFrac=0.999919 IsPhoton=1 IsNotH=0.29354 IsPhotonXGB=1 ClusterAsX=0.296276 ClusterAsY=-0.248884 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=286.335 ShowerShape=2476.6 CaloNeutralEcal=2872.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995892 CaloNeutralID=35519 CaloNeutralE19=0.961359 CaloClusterCode=67 CaloClusterFrac=1.00136 IsPhoton=1 IsNotH=0.882194 IsPhotonXGB=1 ClusterAsX=-0.0178982 ClusterAsY=0.0146054 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.9243 ShowerShape=1661.23 CaloNeutralEcal=26946.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829781 CaloNeutralID=42468 CaloNeutralE19=0.433507 CaloClusterCode=-96 CaloClusterFrac=0.99961 IsPhoton=1 IsNotH=0.0598294 IsPhotonXGB=1 ClusterAsX=-0.126944 ClusterAsY=0.331934 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.9612 ShowerShape=1010.87 CaloNeutralEcal=31171.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75166 CaloNeutralID=42525 CaloNeutralE19=0.553849 CaloClusterCode=-95 CaloClusterFrac=0.999928 IsPhoton=1 IsNotH=0.170084 IsPhotonXGB=1 ClusterAsX=0.0468441 ClusterAsY=0.012967 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.07558 ShowerShape=18415.8 CaloNeutralEcal=6328.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900154 CaloNeutralID=34012 CaloNeutralE19=0.384607 CaloClusterCode=98 CaloClusterFrac=1.00559 IsPhoton=1 IsNotH=0.0225868 IsPhotonXGB=1 ClusterAsX=0.440808 ClusterAsY=0.425224 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.5878 ShowerShape=9464.57 CaloNeutralEcal=3333.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969423 CaloNeutralID=35383 CaloNeutralE19=0.375094 CaloClusterCode=-95 CaloClusterFrac=1.0014 IsPhoton=1 IsNotH=0.0524546 IsPhotonXGB=1 ClusterAsX=0.564345 ClusterAsY=0.261566 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.56508 ShowerShape=1445.43 CaloNeutralEcal=20593 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.879075 CaloNeutralID=43559 CaloNeutralE19=0.672348 CaloClusterCode=-95 CaloClusterFrac=0.99852 IsPhoton=1 IsNotH=0.845538 IsPhotonXGB=1 ClusterAsX=0.109753 ClusterAsY=-0.0800225 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.4478 ShowerShape=1152.72 CaloNeutralEcal=22143.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83783 CaloNeutralID=42397 CaloNeutralE19=0.555726 CaloClusterCode=-95 CaloClusterFrac=0.984013 IsPhoton=1 IsNotH=0.366726 IsPhotonXGB=1 ClusterAsX=0.210928 ClusterAsY=0.0899598 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.59498 ShowerShape=10143.1 CaloNeutralEcal=2390.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914933 CaloNeutralID=34238 CaloNeutralE19=0.348029 CaloClusterCode=92 CaloClusterFrac=0.999936 IsPhoton=1 IsNotH=0.0167271 IsPhotonXGB=1 ClusterAsX=0.251122 ClusterAsY=-0.522826 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=142.075 ShowerShape=7662.78 CaloNeutralEcal=4712 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970128 CaloNeutralID=35749 CaloNeutralE19=0.632969 CaloClusterCode=97 CaloClusterFrac=1.00155 IsPhoton=1 IsNotH=0.364521 IsPhotonXGB=1 ClusterAsX=0.108402 ClusterAsY=0.225291 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=82.5754 ShowerShape=22509.2 CaloNeutralEcal=2412.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867637 CaloNeutralID=36169 CaloNeutralE19=0.275996 CaloClusterCode=-95 CaloClusterFrac=1.00223 IsPhoton=1 IsNotH=0.0138396 IsPhotonXGB=1 ClusterAsX=0.251323 ClusterAsY=-0.404346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=118.358 ShowerShape=6941.06 CaloNeutralEcal=3396.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925291 CaloNeutralID=33497 CaloNeutralE19=0.593576 CaloClusterCode=95 CaloClusterFrac=0.999895 IsPhoton=1 IsNotH=0.287743 IsPhotonXGB=1 ClusterAsX=0.291014 ClusterAsY=0.0547626 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.4589 ShowerShape=2007.67 CaloNeutralEcal=28283.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70262 CaloNeutralID=42527 CaloNeutralE19=0.283876 CaloClusterCode=-95 CaloClusterFrac=0.999983 IsPhoton=1 IsNotH=0.00584033 IsPhotonXGB=1 ClusterAsX=0.183102 ClusterAsY=0.0389795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.9994 ShowerShape=11721.7 CaloNeutralEcal=2507.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92682 CaloNeutralID=34499 CaloNeutralE19=0.495987 CaloClusterCode=-98 CaloClusterFrac=0.994689 IsPhoton=1 IsNotH=0.0508182 IsPhotonXGB=1 ClusterAsX=0.435601 ClusterAsY=0.186111 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=115.007 ShowerShape=5159.16 CaloNeutralEcal=2881.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973427 CaloNeutralID=33427 CaloNeutralE19=0.877412 CaloClusterCode=93 CaloClusterFrac=1.00155 IsPhoton=1 IsNotH=0.861205 IsPhotonXGB=1 ClusterAsX=-0.0556116 ClusterAsY=0.0294756 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.2397 ShowerShape=2040.12 CaloNeutralEcal=8609.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.705961 CaloNeutralID=42034 CaloNeutralE19=0.290463 CaloClusterCode=-95 CaloClusterFrac=0.999769 IsPhoton=1 IsNotH=0.00180618 IsPhotonXGB=1 ClusterAsX=0.129182 ClusterAsY=-0.295656 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=137.014 ShowerShape=789.717 CaloNeutralEcal=10995.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961233 CaloNeutralID=44123 CaloNeutralE19=0.861753 CaloClusterCode=63 CaloClusterFrac=0.999471 IsPhoton=1 IsNotH=0.964501 IsPhotonXGB=1 ClusterAsX=-0.0811321 ClusterAsY=0.144234 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.5406 ShowerShape=1772.81 CaloNeutralEcal=24726.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894356 CaloNeutralID=42596 CaloNeutralE19=0.316876 CaloClusterCode=-60 CaloClusterFrac=0.999594 IsPhoton=1 IsNotH=0.0194532 IsPhotonXGB=1 ClusterAsX=-0.298854 ClusterAsY=-0.434397 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.55395 ShowerShape=4036.99 CaloNeutralEcal=7706.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.891031 CaloNeutralID=38927 CaloNeutralE19=0.281527 CaloClusterCode=-61 CaloClusterFrac=0.979256 IsPhoton=1 IsNotH=0.0467784 IsPhotonXGB=1 ClusterAsX=-0.0012205 ClusterAsY=-0.233743 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=101.362 ShowerShape=16276.2 CaloNeutralEcal=2456.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793037 CaloNeutralID=35893 CaloNeutralE19=0.325039 CaloClusterCode=96 CaloClusterFrac=1.0014 IsPhoton=1 IsNotH=0.00795657 IsPhotonXGB=1 ClusterAsX=-0.208202 ClusterAsY=0.39272 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.3558 ShowerShape=1395.6 CaloNeutralEcal=14286.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.74628 CaloNeutralID=43737 CaloNeutralE19=0.414761 CaloClusterCode=-93 CaloClusterFrac=0.999319 IsPhoton=1 IsNotH=0.0129462 IsPhotonXGB=1 ClusterAsX=-0.212868 ClusterAsY=-0.0326076 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=229.617 ShowerShape=12970.3 CaloNeutralEcal=2310.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849935 CaloNeutralID=36147 CaloNeutralE19=0.51856 CaloClusterCode=91 CaloClusterFrac=1.00814 IsPhoton=1 IsNotH=0.0595827 IsPhotonXGB=1 ClusterAsX=0.0240419 ClusterAsY=-0.314626 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.5705 ShowerShape=950.01 CaloNeutralEcal=9048.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829364 CaloNeutralID=42222 CaloNeutralE19=0.61756 CaloClusterCode=-97 CaloClusterFrac=0.928188 IsPhoton=1 IsNotH=0.328513 IsPhotonXGB=1 ClusterAsX=0.000650808 ClusterAsY=0.0771171 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.62682 ShowerShape=4949.82 CaloNeutralEcal=3234.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917585 CaloNeutralID=34765 CaloNeutralE19=0.751356 CaloClusterCode=-93 CaloClusterFrac=0.983714 IsPhoton=1 IsNotH=0.485326 IsPhotonXGB=1 ClusterAsX=-0.0838081 ClusterAsY=0.0121828 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.51025 ShowerShape=6034.99 CaloNeutralEcal=8260.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859905 CaloNeutralID=38105 CaloNeutralE19=0.436995 CaloClusterCode=-60 CaloClusterFrac=0.999518 IsPhoton=1 IsNotH=0.024477 IsPhotonXGB=1 ClusterAsX=-0.21452 ClusterAsY=-0.231253 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.16167 ShowerShape=4467.45 CaloNeutralEcal=14801.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.709935 CaloNeutralID=42536 CaloNeutralE19=0.275184 CaloClusterCode=-93 CaloClusterFrac=0.97235 IsPhoton=1 IsNotH=0.000736658 IsPhotonXGB=1 ClusterAsX=-0.0928716 ClusterAsY=0.354532 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=451.424 ShowerShape=4859.32 CaloNeutralEcal=1846.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.996835 CaloNeutralID=34304 CaloNeutralE19=0.60615 CaloClusterCode=-61 CaloClusterFrac=1.01203 IsPhoton=1 IsNotH=0.493308 IsPhotonXGB=1 ClusterAsX=3.20447e-06 ClusterAsY=-0.387547 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.59419 ShowerShape=8386.41 CaloNeutralEcal=3514.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925335 CaloNeutralID=38911 CaloNeutralE19=0.592545 CaloClusterCode=63 CaloClusterFrac=0.990283 IsPhoton=1 IsNotH=0.310776 IsPhotonXGB=1 ClusterAsX=0.244131 ClusterAsY=-0.0813293 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.112 ShowerShape=1933.62 CaloNeutralEcal=8814.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915498 CaloNeutralID=42024 CaloNeutralE19=0.442041 CaloClusterCode=-90 CaloClusterFrac=0.948566 IsPhoton=1 IsNotH=0.0528546 IsPhotonXGB=1 ClusterAsX=-0.412206 ClusterAsY=-0.331016 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.8472 ShowerShape=17280 CaloNeutralEcal=4382.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75099 CaloNeutralID=35555 CaloNeutralE19=0.393004 CaloClusterCode=-97 CaloClusterFrac=0.982014 IsPhoton=1 IsNotH=0.0686084 IsPhotonXGB=1 ClusterAsX=0.0384376 ClusterAsY=0.0796178 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.38997 ShowerShape=6352.44 CaloNeutralEcal=16737.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.637439 CaloNeutralID=42985 CaloNeutralE19=0.254838 CaloClusterCode=-96 CaloClusterFrac=0.999669 IsPhoton=1 IsNotH=0.000370565 IsPhotonXGB=1 ClusterAsX=-0.214794 ClusterAsY=0.097052 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=378.823 ShowerShape=8179.84 CaloNeutralEcal=1692.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.870859 CaloNeutralID=34176 CaloNeutralE19=0.429367 CaloClusterCode=-67 CaloClusterFrac=1.01072 IsPhoton=1 IsNotH=0.00744435 IsPhotonXGB=1 ClusterAsX=0.0152805 ClusterAsY=0.297069 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.2167 ShowerShape=1131.75 CaloNeutralEcal=10872.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918359 CaloNeutralID=43867 CaloNeutralE19=0.486977 CaloClusterCode=-92 CaloClusterFrac=0.986936 IsPhoton=1 IsNotH=0.291377 IsPhotonXGB=1 ClusterAsX=0.244223 ClusterAsY=-0.298969 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.9532 ShowerShape=18200.2 CaloNeutralEcal=4008.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897232 CaloNeutralID=35545 CaloNeutralE19=0.352632 CaloClusterCode=-91 CaloClusterFrac=1.01104 IsPhoton=1 IsNotH=0.0601628 IsPhotonXGB=1 ClusterAsX=-0.17786 ClusterAsY=-0.215649 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.7932 ShowerShape=18811.1 CaloNeutralEcal=3941.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721753 CaloNeutralID=35611 CaloNeutralE19=0.309264 CaloClusterCode=-91 CaloClusterFrac=0.999993 IsPhoton=1 IsNotH=0.0261977 IsPhotonXGB=1 ClusterAsX=-0.118243 ClusterAsY=-0.215882 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.6125 ShowerShape=4591.15 CaloNeutralEcal=6454.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871688 CaloNeutralID=37920 CaloNeutralE19=0.565664 CaloClusterCode=98 CaloClusterFrac=0.994003 IsPhoton=1 IsNotH=0.171704 IsPhotonXGB=1 ClusterAsX=0.16011 ClusterAsY=0.286772 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.50283 ShowerShape=3342.94 CaloNeutralEcal=3645.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.722712 CaloNeutralID=39482 CaloNeutralE19=0.402826 CaloClusterCode=-95 CaloClusterFrac=1.006 IsPhoton=1 IsNotH=0.0104132 IsPhotonXGB=1 ClusterAsX=0.0147714 ClusterAsY=-0.135179 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=81.8016 ShowerShape=2756.47 CaloNeutralEcal=4470.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874802 CaloNeutralID=40083 CaloNeutralE19=0.472275 CaloClusterCode=97 CaloClusterFrac=0.999957 IsPhoton=1 IsNotH=0.0577331 IsPhotonXGB=1 ClusterAsX=-0.166549 ClusterAsY=0.209348 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.6092 ShowerShape=2874.7 CaloNeutralEcal=5894.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91753 CaloNeutralID=39897 CaloNeutralE19=0.579555 CaloClusterCode=95 IsPhoton=1 IsNotH=0.637749 IsPhotonXGB=1 ClusterAsX=0.229592 ClusterAsY=-0.0506948 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.2487 ShowerShape=18366.7 CaloNeutralEcal=3156.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901036 CaloNeutralID=35625 CaloNeutralE19=0.712969 CaloClusterCode=96 CaloClusterFrac=1.01047 IsPhoton=1 IsNotH=0.381365 IsPhotonXGB=1 ClusterAsX=-0.100026 ClusterAsY=0.190175 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.05933 ShowerShape=1920.06 CaloNeutralEcal=12264.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.725742 CaloNeutralID=43685 CaloNeutralE19=0.307285 CaloClusterCode=-97 CaloClusterFrac=1.00204 IsPhoton=1 IsNotH=0.0123462 IsPhotonXGB=1 ClusterAsX=-0.0541681 ClusterAsY=0.187307 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=354.647 ShowerShape=2476.6 CaloNeutralEcal=1930.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.99245 CaloNeutralID=33649 CaloNeutralE19=0.927731 CaloClusterCode=95 CaloClusterFrac=1.01414 IsPhoton=1 IsNotH=0.893972 IsPhotonXGB=1 ClusterAsX=0.0392748 ClusterAsY=-0.0332269 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.7195 ShowerShape=10246.7 CaloNeutralEcal=2600.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803039 CaloNeutralID=33752 CaloNeutralE19=0.465424 CaloClusterCode=97 CaloClusterFrac=1.00782 IsPhoton=1 IsNotH=0.0163056 IsPhotonXGB=1 ClusterAsX=-0.0823274 ClusterAsY=0.16634 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=247.071 ShowerShape=2593.04 CaloNeutralEcal=4320.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981661 CaloNeutralID=34145 CaloNeutralE19=0.870074 CaloClusterCode=-61 CaloClusterFrac=0.99998 IsPhoton=1 IsNotH=0.860665 IsPhotonXGB=1 ClusterAsX=-0.019572 ClusterAsY=-0.0899746 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.85169 ShowerShape=31106.8 CaloNeutralEcal=2598.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873294 CaloNeutralID=35603 CaloNeutralE19=0.724579 CaloClusterCode=93 CaloClusterFrac=1.00774 IsPhoton=1 IsNotH=0.511255 IsPhotonXGB=1 ClusterAsX=-0.000412576 ClusterAsY=0.10931 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.43128 ShowerShape=4148.56 CaloNeutralEcal=4169.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841431 CaloNeutralID=37786 CaloNeutralE19=0.691674 CaloClusterCode=-96 CaloClusterFrac=0.891637 IsPhoton=1 IsNotH=0.175396 IsPhotonXGB=1 ClusterAsX=-0.00464358 ClusterAsY=-0.000246689 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=343.411 ShowerShape=8222.07 CaloNeutralEcal=1725.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.891967 CaloNeutralID=36330 CaloNeutralE19=0.68698 CaloClusterCode=96 CaloClusterFrac=1.01216 IsPhoton=1 IsNotH=0.440203 IsPhotonXGB=1 ClusterAsX=-0.208501 ClusterAsY=0.0315298 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.2817 ShowerShape=1346.62 CaloNeutralEcal=6421.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878027 CaloNeutralID=42027 CaloNeutralE19=0.494131 CaloClusterCode=97 CaloClusterFrac=0.999858 IsPhoton=1 IsNotH=0.610972 IsPhotonXGB=1 ClusterAsX=0.0754185 ClusterAsY=0.329624 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.0296 ShowerShape=1332.39 CaloNeutralEcal=7196.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824557 CaloNeutralID=42413 CaloNeutralE19=0.465999 CaloClusterCode=-93 CaloClusterFrac=0.962562 IsPhoton=1 IsNotH=0.13345 IsPhotonXGB=1 ClusterAsX=-0.218549 ClusterAsY=0.0873747 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.7854 ShowerShape=2116.35 CaloNeutralEcal=12939 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.67008 CaloNeutralID=42399 CaloNeutralE19=0.229377 CaloClusterCode=-93 CaloClusterFrac=0.99913 IsPhoton=1 IsNotH=0.00211525 IsPhotonXGB=1 ClusterAsX=-0.318334 ClusterAsY=0.127518 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=731.25 ShowerShape=7804.84 CaloNeutralEcal=1829.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845737 CaloNeutralID=33379 CaloNeutralE19=0.566634 CaloClusterCode=-93 CaloClusterFrac=0.99878 IsPhoton=1 IsNotH=0.111886 IsPhotonXGB=1 ClusterAsX=-0.306899 ClusterAsY=-0.0040188 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.513 ShowerShape=1513.26 CaloNeutralEcal=6080.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.792323 CaloNeutralID=44012 CaloNeutralE19=0.304189 CaloClusterCode=91 CaloClusterFrac=0.995899 IsPhoton=1 IsNotH=0.0439136 IsPhotonXGB=1 ClusterAsX=0.0785586 ClusterAsY=-0.500434 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.6708 ShowerShape=2445.41 CaloNeutralEcal=9593.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859626 CaloNeutralID=42407 CaloNeutralE19=0.45182 CaloClusterCode=-96 CaloClusterFrac=1.00225 IsPhoton=1 IsNotH=0.0343944 IsPhotonXGB=1 ClusterAsX=-0.295538 ClusterAsY=0.289823 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=137.719 ShowerShape=959.15 CaloNeutralEcal=10683.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890965 CaloNeutralID=42457 CaloNeutralE19=0.694224 CaloClusterCode=-97 CaloClusterFrac=0.999869 IsPhoton=1 IsNotH=0.866131 IsPhotonXGB=1 ClusterAsX=0.0391836 ClusterAsY=0.112006 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.2972 ShowerShape=6254.62 CaloNeutralEcal=3645.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.996021 CaloNeutralID=35486 CaloNeutralE19=0.741541 CaloClusterCode=67 CaloClusterFrac=1.00977 IsPhoton=1 IsNotH=0.605808 IsPhotonXGB=1 ClusterAsX=-0.0953588 ClusterAsY=0.150637 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.2579 ShowerShape=4638.07 CaloNeutralEcal=3277.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.597534 CaloNeutralID=38537 CaloNeutralE19=0.263233 CaloClusterCode=-92 CaloClusterFrac=0.999924 IsPhoton=1 IsNotH=0.000466418 IsPhotonXGB=1 ClusterAsX=0.139759 ClusterAsY=-0.017716 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=112.127 ShowerShape=8858.54 CaloNeutralEcal=2033.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.881175 CaloNeutralID=33768 CaloNeutralE19=0.56787 CaloClusterCode=-91 CaloClusterFrac=1.00349 IsPhoton=1 IsNotH=0.389858 IsPhotonXGB=1 ClusterAsX=0.104781 ClusterAsY=-0.200916 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.01991 ShowerShape=10411.6 CaloNeutralEcal=2244.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922953 CaloNeutralID=35736 CaloNeutralE19=0.382596 CaloClusterCode=-95 CaloClusterFrac=0.991115 IsPhoton=1 IsNotH=0.101448 IsPhotonXGB=1 ClusterAsX=0.333107 ClusterAsY=-0.23088 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=65.3998 ShowerShape=1891 CaloNeutralEcal=5355.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.814583 CaloNeutralID=39774 CaloNeutralE19=0.649601 CaloClusterCode=-90 CaloClusterFrac=1.00264 IsPhoton=1 IsNotH=0.331367 IsPhotonXGB=1 ClusterAsX=0.0122041 ClusterAsY=-0.127345 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.43055 ShowerShape=1683.58 CaloNeutralEcal=8519.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.76366 CaloNeutralID=42208 CaloNeutralE19=0.456227 CaloClusterCode=-93 CaloClusterFrac=0.999663 IsPhoton=1 IsNotH=0.041093 IsPhotonXGB=1 ClusterAsX=-0.16232 ClusterAsY=-0.00485829 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.739 ShowerShape=1725.65 CaloNeutralEcal=5166.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.685749 CaloNeutralID=42094 CaloNeutralE19=0.400481 CaloClusterCode=-91 CaloClusterFrac=0.993892 IsPhoton=1 IsNotH=0.00952623 IsPhotonXGB=1 ClusterAsX=-0.0542974 ClusterAsY=0.0103608 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.738 ShowerShape=2495.31 CaloNeutralEcal=4277.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.854532 CaloNeutralID=39785 CaloNeutralE19=0.336659 CaloClusterCode=95 IsPhoton=1 IsNotH=0.127705 IsPhotonXGB=1 ClusterAsX=0.248137 ClusterAsY=-0.198557 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=499.634 ShowerShape=2476.6 CaloNeutralEcal=1148.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.994793 CaloNeutralID=35136 CaloNeutralE19=0.94959 CaloClusterCode=65 CaloClusterFrac=1.0066 IsPhoton=1 IsNotH=0.228624 IsPhotonXGB=1 ClusterAsX=0.0319057 ClusterAsY=0.00814555 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=139.329 ShowerShape=1043.36 CaloNeutralEcal=5042.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948825 CaloNeutralID=44051 CaloNeutralE19=0.376237 CaloClusterCode=95 IsPhoton=1 IsNotH=0.622417 IsPhotonXGB=1 ClusterAsX=0.48704 ClusterAsY=-0.141083 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=885.425 ShowerShape=2476.6 CaloNeutralEcal=1153.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978061 CaloNeutralID=35328 CaloNeutralE19=0.939283 CaloClusterCode=61 CaloClusterFrac=1.03748 IsPhoton=1 IsNotH=0.859802 IsPhotonXGB=1 ClusterAsX=-8.01118e-07 ClusterAsY=-0.0168939 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=188.965 ShowerShape=7900.1 CaloNeutralEcal=1808.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946578 CaloNeutralID=36062 CaloNeutralE19=0.52061 CaloClusterCode=91 CaloClusterFrac=1.00651 IsPhoton=1 IsNotH=0.315583 IsPhotonXGB=1 ClusterAsX=0.0758281 ClusterAsY=-0.364311 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.757 ShowerShape=2581.88 CaloNeutralEcal=2223.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.857262 CaloNeutralID=38083 CaloNeutralE19=0.337911 CaloClusterCode=91 IsPhoton=1 IsNotH=0.0256262 IsPhotonXGB=1 ClusterAsX=0.130773 ClusterAsY=-0.483063 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.8971 ShowerShape=2789.37 CaloNeutralEcal=2823.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880633 CaloNeutralID=39497 CaloNeutralE19=0.354751 CaloClusterCode=95 CaloClusterFrac=1.00308 IsPhoton=1 IsNotH=0.098819 IsPhotonXGB=1 ClusterAsX=0.391312 ClusterAsY=-0.140945 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.3519 ShowerShape=866.696 CaloNeutralEcal=7143.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.87908 CaloNeutralID=43875 CaloNeutralE19=0.685225 CaloClusterCode=-91 CaloClusterFrac=0.979218 IsPhoton=1 IsNotH=0.893212 IsPhotonXGB=1 ClusterAsX=-0.0127406 ClusterAsY=-0.153943 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=131.295 ShowerShape=9318.74 CaloNeutralEcal=2510.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85074 CaloNeutralID=33955 CaloNeutralE19=0.536061 CaloClusterCode=-96 CaloClusterFrac=1.04435 IsPhoton=1 IsNotH=0.0649525 IsPhotonXGB=1 ClusterAsX=-0.274447 ClusterAsY=0.124016 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.3199 ShowerShape=14391.7 CaloNeutralEcal=1036.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887394 CaloNeutralID=35780 CaloNeutralE19=0.335302 CaloClusterCode=-90 CaloClusterFrac=0.95516 IsPhoton=1 IsNotH=0.00890045 IsPhotonXGB=1 ClusterAsX=-0.445249 ClusterAsY=-0.348844 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.93389 ShowerShape=3556.81 CaloNeutralEcal=3734.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896409 CaloNeutralID=39280 CaloNeutralE19=0.380776 CaloClusterCode=-65 CaloClusterFrac=0.99798 IsPhoton=1 IsNotH=0.10934 IsPhotonXGB=1 ClusterAsX=0.144895 ClusterAsY=0.179086 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.75073 ShowerShape=7125.94 CaloNeutralEcal=1063.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975523 CaloNeutralID=35199 CaloNeutralE19=0.43606 CaloClusterCode=63 CaloClusterFrac=1.00316 IsPhoton=1 IsNotH=0.0207729 IsPhotonXGB=1 ClusterAsX=-0.333084 ClusterAsY=-0.269852 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.4951 ShowerShape=2232.07 CaloNeutralEcal=6493.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.701975 CaloNeutralID=42325 CaloNeutralE19=0.28028 CaloClusterCode=95 CaloClusterFrac=1.01017 IsPhoton=1 IsNotH=0.00219383 IsPhotonXGB=1 ClusterAsX=0.31915 ClusterAsY=0.0068897 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.8115 ShowerShape=2542.02 CaloNeutralEcal=9843.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.792113 CaloNeutralID=43547 CaloNeutralE19=0.445028 CaloClusterCode=92 CaloClusterFrac=0.997969 IsPhoton=1 IsNotH=0.0100696 IsPhotonXGB=1 ClusterAsX=0.172732 ClusterAsY=-0.152983 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=67.4631 ShowerShape=11010.2 CaloNeutralEcal=1229.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849695 CaloNeutralID=35334 CaloNeutralE19=0.412755 CaloClusterCode=-97 CaloClusterFrac=1.01375 IsPhoton=1 IsNotH=0.111583 IsPhotonXGB=1 ClusterAsX=-0.152214 ClusterAsY=0.285268 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.46113 ShowerShape=3142.55 CaloNeutralEcal=3617.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.644841 CaloNeutralID=43785 CaloNeutralE19=0.254713 CaloClusterCode=93 IsPhoton=1 IsNotH=0.000520501 IsPhotonXGB=1 ClusterAsX=0.0555535 ClusterAsY=0.185728 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=39.5448 ShowerShape=6802.47 CaloNeutralEcal=1123.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925852 CaloNeutralID=34244 CaloNeutralE19=0.687212 CaloClusterCode=-98 CaloClusterFrac=1.02155 IsPhoton=1 IsNotH=0.360188 IsPhotonXGB=1 ClusterAsX=0.16623 ClusterAsY=0.188775 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.23856 ShowerShape=5085.76 CaloNeutralEcal=3510.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731555 CaloNeutralID=38607 CaloNeutralE19=0.266261 CaloClusterCode=-60 CaloClusterFrac=0.998935 IsPhoton=1 IsNotH=0.0059272 IsPhotonXGB=1 ClusterAsX=-0.179013 ClusterAsY=0.157213 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=166.597 ShowerShape=14153.9 CaloNeutralEcal=1344.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738063 CaloNeutralID=36074 CaloNeutralE19=0.392544 CaloClusterCode=95 CaloClusterFrac=1.00321 IsPhoton=1 IsNotH=0.0179787 IsPhotonXGB=1 ClusterAsX=0.147946 ClusterAsY=-0.12841 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.4394 ShowerShape=19625.1 CaloNeutralEcal=2117.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813648 CaloNeutralID=34016 CaloNeutralE19=0.410804 CaloClusterCode=-95 CaloClusterFrac=0.917887 IsPhoton=1 IsNotH=0.0053026 IsPhotonXGB=1 ClusterAsX=0.155541 ClusterAsY=0.276897 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=78.9876 ShowerShape=7272.44 CaloNeutralEcal=1591.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.97381 CaloNeutralID=34255 CaloNeutralE19=0.644523 CaloClusterCode=61 CaloClusterFrac=1.00449 IsPhoton=1 IsNotH=0.319043 IsPhotonXGB=1 ClusterAsX=0.0195194 ClusterAsY=-0.0426342 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=143.438 ShowerShape=8049.52 CaloNeutralEcal=1222.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856043 CaloNeutralID=36317 CaloNeutralE19=0.450399 CaloClusterCode=-91 CaloClusterFrac=1.00855 IsPhoton=1 IsNotH=0.0923562 IsPhotonXGB=1 ClusterAsX=0.0932947 ClusterAsY=-0.168415 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.7506 ShowerShape=13405.6 CaloNeutralEcal=1259.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959054 CaloNeutralID=34228 CaloNeutralE19=0.557873 CaloClusterCode=-96 CaloClusterFrac=0.998485 IsPhoton=1 IsNotH=0.0527957 IsPhotonXGB=1 ClusterAsX=-0.409462 ClusterAsY=0.332088 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.7875 ShowerShape=2045.76 CaloNeutralEcal=4193.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.724099 CaloNeutralID=42892 CaloNeutralE19=0.323522 CaloClusterCode=-95 CaloClusterFrac=0.99962 IsPhoton=1 IsNotH=0.00681408 IsPhotonXGB=1 ClusterAsX=0.295885 ClusterAsY=0.135198 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.0721 ShowerShape=15961.9 CaloNeutralEcal=1285.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965976 CaloNeutralID=33682 CaloNeutralE19=0.546109 CaloClusterCode=-91 CaloClusterFrac=1.0343 IsPhoton=1 IsNotH=0.431563 IsPhotonXGB=1 ClusterAsX=-0.0843919 ClusterAsY=-0.376458 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.0337 ShowerShape=945.155 CaloNeutralEcal=3349.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937916 CaloNeutralID=43982 CaloNeutralE19=0.57601 CaloClusterCode=97 IsPhoton=1 IsNotH=0.734103 IsPhotonXGB=1 ClusterAsX=0.169257 ClusterAsY=0.235846 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=45.4262 ShowerShape=16670.2 CaloNeutralEcal=953.605 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775843 CaloNeutralID=35954 CaloNeutralE19=0.456346 CaloClusterCode=-95 CaloClusterFrac=0.913784 IsPhoton=1 IsNotH=0.0140146 IsPhotonXGB=1 ClusterAsX=0.152121 ClusterAsY=-0.156132 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.0405 ShowerShape=10960.3 CaloNeutralEcal=967.503 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938064 CaloNeutralID=34425 CaloNeutralE19=0.426095 CaloClusterCode=-96 CaloClusterFrac=0.979167 IsPhoton=1 IsNotH=0.0407275 IsPhotonXGB=1 ClusterAsX=-0.263107 ClusterAsY=0.510852 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.4602 ShowerShape=2874.93 CaloNeutralEcal=1969.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859953 CaloNeutralID=38327 CaloNeutralE19=0.657018 CaloClusterCode=96 CaloClusterFrac=0.999933 IsPhoton=1 IsNotH=0.667376 IsPhotonXGB=1 ClusterAsX=-0.0533773 ClusterAsY=0.13894 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.34278 ShowerShape=13331.8 CaloNeutralEcal=1185.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900843 CaloNeutralID=34890 CaloNeutralE19=0.47862 CaloClusterCode=-93 CaloClusterFrac=1.01569 IsPhoton=1 IsNotH=0.065405 IsPhotonXGB=1 ClusterAsX=-0.265303 ClusterAsY=-0.174558 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=111.516 ShowerShape=884.577 CaloNeutralEcal=3872.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871321 CaloNeutralID=44063 CaloNeutralE19=0.681916 CaloClusterCode=-95 CaloClusterFrac=0.867448 IsPhoton=1 IsNotH=0.533626 IsPhotonXGB=1 ClusterAsX=0.105304 ClusterAsY=-0.0393581 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=168.664 ShowerShape=5053.4 CaloNeutralEcal=1045.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.999724 CaloNeutralID=36315 CaloNeutralE19=0.652742 CaloClusterCode=-93 CaloClusterFrac=1.01657 IsPhoton=1 IsNotH=0.492736 IsPhotonXGB=1 ClusterAsX=-0.347124 ClusterAsY=-0.0111978 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.0154 ShowerShape=2397.06 CaloNeutralEcal=7452.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.746158 CaloNeutralID=43616 CaloNeutralE19=0.430892 CaloClusterCode=95 CaloClusterFrac=0.993107 IsPhoton=1 IsNotH=0.033501 IsPhotonXGB=1 ClusterAsX=0.147936 ClusterAsY=-0.148765 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.5479 ShowerShape=1945.31 CaloNeutralEcal=3548.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.705431 CaloNeutralID=42003 CaloNeutralE19=0.331099 CaloClusterCode=93 IsPhoton=1 IsNotH=0.0105878 IsPhotonXGB=1 ClusterAsX=-0.122528 ClusterAsY=-0.185981 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.66 ShowerShape=7182.16 CaloNeutralEcal=2461.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.61177 CaloNeutralID=37865 CaloNeutralE19=0.236453 CaloClusterCode=98 CaloClusterFrac=0.999762 IsPhoton=1 IsNotH=0.00169184 IsPhotonXGB=1 ClusterAsX=-0.15624 ClusterAsY=0.133569 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=59.0225 ShowerShape=5402.83 CaloNeutralEcal=1037.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943205 CaloNeutralID=35381 CaloNeutralE19=0.651774 CaloClusterCode=-91 CaloClusterFrac=1.04181 IsPhoton=1 IsNotH=0.521637 IsPhotonXGB=1 ClusterAsX=0.0292676 ClusterAsY=-0.228726 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=83.7575 ShowerShape=1287.92 CaloNeutralEcal=8256.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.858425 CaloNeutralID=42587 CaloNeutralE19=0.313199 CaloClusterCode=-62 CaloClusterFrac=0.968106 IsPhoton=1 IsNotH=0.0050581 IsPhotonXGB=1 ClusterAsX=0.271257 ClusterAsY=-0.414229 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.1553 ShowerShape=7597.61 CaloNeutralEcal=785.493 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933289 CaloNeutralID=35846 CaloNeutralE19=0.54761 CaloClusterCode=-91 CaloClusterFrac=1.0319 IsPhoton=1 IsNotH=0.0925033 IsPhotonXGB=1 ClusterAsX=-0.147001 ClusterAsY=-0.384168 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=122.514 ShowerShape=5173.83 CaloNeutralEcal=1180.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939148 CaloNeutralID=35881 CaloNeutralE19=0.803152 CaloClusterCode=96 CaloClusterFrac=1.02402 IsPhoton=1 IsNotH=0.775282 IsPhotonXGB=1 ClusterAsX=-0.0637375 ClusterAsY=0.0992796 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.242 ShowerShape=9933.96 CaloNeutralEcal=563.036 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789702 CaloNeutralID=33853 CaloNeutralE19=0.404066 CaloClusterCode=-91 CaloClusterFrac=0.839493 IsPhoton=1 IsNotH=0.0421975 IsPhotonXGB=1 ClusterAsX=-0.0266648 ClusterAsY=-0.15927 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=183.586 ShowerShape=11021.3 CaloNeutralEcal=1412.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856481 CaloNeutralID=33824 CaloNeutralE19=0.507846 CaloClusterCode=98 CaloClusterFrac=1.02373 IsPhoton=1 IsNotH=0.0438035 IsPhotonXGB=1 ClusterAsX=0.222987 ClusterAsY=0.20519 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.2684 ShowerShape=1097.45 CaloNeutralEcal=3494.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.748182 CaloNeutralID=44001 CaloNeutralE19=0.511834 CaloClusterCode=-91 CaloClusterFrac=0.855735 IsPhoton=1 IsNotH=0.0594862 IsPhotonXGB=1 ClusterAsX=-0.0277976 ClusterAsY=-0.0622452 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=95.2257 ShowerShape=6081.1 CaloNeutralEcal=1377.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894242 CaloNeutralID=33944 CaloNeutralE19=0.746744 CaloClusterCode=97 CaloClusterFrac=1.00338 IsPhoton=1 IsNotH=0.651116 IsPhotonXGB=1 ClusterAsX=0.00849786 ClusterAsY=0.0294149 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.3092 ShowerShape=20567 CaloNeutralEcal=765.481 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.840079 CaloNeutralID=34620 CaloNeutralE19=0.41762 CaloClusterCode=-97 CaloClusterFrac=1.02127 IsPhoton=1 IsNotH=0.0190649 IsPhotonXGB=1 ClusterAsX=0.0442069 ClusterAsY=0.280028 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=54.712 ShowerShape=3322.67 CaloNeutralEcal=1417.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719034 CaloNeutralID=39620 CaloNeutralE19=0.40506 CaloClusterCode=91 CaloClusterFrac=1.01898 IsPhoton=1 IsNotH=0.0103221 IsPhotonXGB=1 ClusterAsX=-0.155565 ClusterAsY=-0.155825 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.96636 ShowerShape=9263.49 CaloNeutralEcal=812.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955037 CaloNeutralID=35915 CaloNeutralE19=0.497896 CaloClusterCode=96 CaloClusterFrac=1.03234 IsPhoton=1 IsNotH=0.0624978 IsPhotonXGB=1 ClusterAsX=-0.339209 ClusterAsY=0.403969 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.9927 ShowerShape=1351.85 CaloNeutralEcal=4745.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.806782 CaloNeutralID=42274 CaloNeutralE19=0.480427 CaloClusterCode=-98 CaloClusterFrac=0.907833 IsPhoton=1 IsNotH=0.0271088 IsPhotonXGB=1 ClusterAsX=0.232422 ClusterAsY=0.112446 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.6833 ShowerShape=18784.8 CaloNeutralEcal=1308.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737816 CaloNeutralID=35670 CaloNeutralE19=0.400762 CaloClusterCode=-97 CaloClusterFrac=1.04891 IsPhoton=1 IsNotH=0.0428098 IsPhotonXGB=1 ClusterAsX=0.0434392 ClusterAsY=-0.0209161 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.0494 ShowerShape=4333 CaloNeutralEcal=1977.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.79454 CaloNeutralID=37914 CaloNeutralE19=0.484948 CaloClusterCode=-90 CaloClusterFrac=0.805152 IsPhoton=1 IsNotH=0.00191827 IsPhotonXGB=1 ClusterAsX=-0.195676 ClusterAsY=-0.0977684 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.5584 ShowerShape=18041.8 CaloNeutralEcal=804.028 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75153 CaloNeutralID=35658 CaloNeutralE19=0.438831 CaloClusterCode=96 CaloClusterFrac=1.00607 IsPhoton=1 IsNotH=0.0124455 IsPhotonXGB=1 ClusterAsX=-0.143469 ClusterAsY=0.0590475 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.0624 ShowerShape=11319.8 CaloNeutralEcal=574.671 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786941 CaloNeutralID=33915 CaloNeutralE19=0.399561 CaloClusterCode=-92 CaloClusterFrac=0.872355 IsPhoton=1 IsNotH=0.0151612 IsPhotonXGB=1 ClusterAsX=-0.0421108 ClusterAsY=-0.398595 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.1179 ShowerShape=12845 CaloNeutralEcal=689.327 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.817578 CaloNeutralID=35145 CaloNeutralE19=0.420967 CaloClusterCode=-96 CaloClusterFrac=0.799967 IsPhoton=1 IsNotH=0.00533436 IsPhotonXGB=1 ClusterAsX=-0.272847 ClusterAsY=0.377922 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.07298 ShowerShape=1602.81 CaloNeutralEcal=2526.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.68946 CaloNeutralID=42315 CaloNeutralE19=0.28183 CaloClusterCode=-97 CaloClusterFrac=0.999633 IsPhoton=1 IsNotH=0.00190037 IsPhotonXGB=1 ClusterAsX=0.180286 ClusterAsY=0.20071 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.31489 ShowerShape=15152 CaloNeutralEcal=1081.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.831973 CaloNeutralID=34767 CaloNeutralE19=0.5035 CaloClusterCode=-67 CaloClusterFrac=0.874729 IsPhoton=1 IsNotH=0.0754034 IsPhotonXGB=1 ClusterAsX=0.172283 ClusterAsY=-0.0798371 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.5079 ShowerShape=23698.4 CaloNeutralEcal=986.533 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966932 CaloNeutralID=33902 CaloNeutralE19=0.426658 CaloClusterCode=91 CaloClusterFrac=1.03298 IsPhoton=1 IsNotH=0.275576 IsPhotonXGB=1 ClusterAsX=0.092866 ClusterAsY=-0.50194 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=220.309 ShowerShape=14498.2 CaloNeutralEcal=601.748 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.80315 CaloNeutralID=36100 CaloNeutralE19=0.448667 CaloClusterCode=95 CaloClusterFrac=1.01933 IsPhoton=1 IsNotH=0.0508169 IsPhotonXGB=1 ClusterAsX=0.148103 ClusterAsY=0.035965 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.4383 ShowerShape=9018.77 CaloNeutralEcal=727.782 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941379 CaloNeutralID=35066 CaloNeutralE19=0.527696 CaloClusterCode=93 CaloClusterFrac=1.01263 IsPhoton=1 IsNotH=0.200404 IsPhotonXGB=1 ClusterAsX=-0.228746 ClusterAsY=-0.193073 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.00549 ShowerShape=3821.36 CaloNeutralEcal=2767.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.854084 CaloNeutralID=39778 CaloNeutralE19=0.56401 CaloClusterCode=91 CaloClusterFrac=1.02423 IsPhoton=1 IsNotH=0.270334 IsPhotonXGB=1 ClusterAsX=-0.0692063 ClusterAsY=-0.157057 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=205.95 ShowerShape=6804.69 CaloNeutralEcal=993.991 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917554 CaloNeutralID=33834 CaloNeutralE19=0.535017 CaloClusterCode=-93 CaloClusterFrac=1.0062 IsPhoton=1 IsNotH=0.198057 IsPhotonXGB=1 ClusterAsX=-0.187792 ClusterAsY=-0.169113 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.64017 ShowerShape=9927.5 CaloNeutralEcal=809.846 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.802381 CaloNeutralID=35856 CaloNeutralE19=0.510768 CaloClusterCode=-91 CaloClusterFrac=0.999749 IsPhoton=1 IsNotH=0.0529863 IsPhotonXGB=1 ClusterAsX=0.0386153 ClusterAsY=-0.269736 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.3823 ShowerShape=17877.4 CaloNeutralEcal=1463.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969827 CaloNeutralID=34143 CaloNeutralE19=0.703595 CaloClusterCode=-61 CaloClusterFrac=0.822295 IsPhoton=1 IsNotH=0.26925 IsPhotonXGB=1 ClusterAsX=-0.103018 ClusterAsY=-0.136934 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=178.22 ShowerShape=1512.33 CaloNeutralEcal=1756.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833827 CaloNeutralID=37970 CaloNeutralE19=0.691295 CaloClusterCode=93 IsPhoton=1 IsNotH=0.767489 IsPhotonXGB=1 ClusterAsX=0.0538329 ClusterAsY=0.00640862 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.00508 ShowerShape=1225.99 CaloNeutralEcal=3504.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805642 CaloNeutralID=42077 CaloNeutralE19=0.538978 CaloClusterCode=97 CaloClusterFrac=1.00151 IsPhoton=1 IsNotH=0.211586 IsPhotonXGB=1 ClusterAsX=0.0466438 ClusterAsY=0.120008 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.9509 ShowerShape=1471.71 CaloNeutralEcal=7620.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.707061 CaloNeutralID=43425 CaloNeutralE19=0.295484 CaloClusterCode=63 CaloClusterFrac=0.994813 IsPhoton=1 IsNotH=0.00318215 IsPhotonXGB=1 ClusterAsX=-0.0467654 ClusterAsY=0.267975 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2886.78 CaloNeutralEcal=541.972 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00086 CaloNeutralID=33226 CaloNeutralE19=0.860709 CaloClusterCode=93 IsPhoton=1 IsNotH=0.775522 IsPhotonXGB=1 ClusterAsX=-0.16166 ClusterAsY=0.0367027 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2918.37 CaloNeutralEcal=573.419 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961502 CaloNeutralID=33267 CaloNeutralE19=0.839241 CaloClusterCode=-97 CaloClusterFrac=1.03998 IsPhoton=1 IsNotH=0.854666 IsPhotonXGB=1 ClusterAsX=-0.0372175 ClusterAsY=0.0823664 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=311.302 ShowerShape=8035.23 CaloNeutralEcal=802.027 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925863 CaloNeutralID=33707 CaloNeutralE19=0.654931 CaloClusterCode=-96 CaloClusterFrac=1.00692 IsPhoton=1 IsNotH=0.130794 IsPhotonXGB=1 ClusterAsX=-0.176903 ClusterAsY=0.199642 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=574.262 ShowerShape=8702.86 CaloNeutralEcal=696.678 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965339 CaloNeutralID=33259 CaloNeutralE19=0.578448 CaloClusterCode=97 CaloClusterFrac=1.11883 IsPhoton=1 IsNotH=0.523966 IsPhotonXGB=1 ClusterAsX=0.00834544 ClusterAsY=0.335542 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.08253 ShowerShape=2628.22 CaloNeutralEcal=1327.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830451 CaloNeutralID=39755 CaloNeutralE19=0.464824 CaloClusterCode=-98 CaloClusterFrac=0.99619 IsPhoton=1 IsNotH=0.0289795 IsPhotonXGB=1 ClusterAsX=0.234401 ClusterAsY=0.170773 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=104.141 ShowerShape=14512.8 CaloNeutralEcal=1148.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.724862 CaloNeutralID=34023 CaloNeutralE19=0.459789 CaloClusterCode=-92 CaloClusterFrac=1.02995 IsPhoton=1 IsNotH=0.00578855 IsPhotonXGB=1 ClusterAsX=0.0557758 ClusterAsY=-0.0246989 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2799.79 CaloNeutralEcal=674.856 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951734 CaloNeutralID=33255 CaloNeutralE19=0.851942 CaloClusterCode=-91 CaloClusterFrac=1.05312 IsPhoton=1 IsNotH=0.843845 IsPhotonXGB=1 ClusterAsX=-0.0120899 ClusterAsY=-0.0876188 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.8276 ShowerShape=2132.52 CaloNeutralEcal=1751.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909381 CaloNeutralID=44148 CaloNeutralE19=0.432777 CaloClusterCode=60 IsPhoton=1 IsNotH=0.00403099 IsPhotonXGB=1 ClusterAsX=-0.00624712 ClusterAsY=0.0589297 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.9203 ShowerShape=13228.2 CaloNeutralEcal=1415.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.770098 CaloNeutralID=35493 CaloNeutralE19=0.420898 CaloClusterCode=-65 CaloClusterFrac=1.07283 IsPhoton=1 IsNotH=0.184433 IsPhotonXGB=1 ClusterAsX=0.0342504 ClusterAsY=0.0593188 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.3353 ShowerShape=6530.58 CaloNeutralEcal=528.529 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95272 CaloNeutralID=34494 CaloNeutralE19=0.570686 CaloClusterCode=-91 CaloClusterFrac=1.00882 IsPhoton=1 IsNotH=0.358683 IsPhotonXGB=1 ClusterAsX=-0.066387 ClusterAsY=-0.334486 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.8475 ShowerShape=11317 CaloNeutralEcal=678.399 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.801307 CaloNeutralID=35858 CaloNeutralE19=0.438114 CaloClusterCode=-92 CaloClusterFrac=0.916448 IsPhoton=1 IsNotH=0.00709398 IsPhotonXGB=1 ClusterAsX=0.279329 ClusterAsY=-0.104609 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.9842 ShowerShape=1644.24 CaloNeutralEcal=2360.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.857617 CaloNeutralID=43535 CaloNeutralE19=0.352419 CaloClusterCode=-90 CaloClusterFrac=0.944099 IsPhoton=1 IsNotH=0.0376334 IsPhotonXGB=1 ClusterAsX=-0.322646 ClusterAsY=-0.316042 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.4119 ShowerShape=13360.8 CaloNeutralEcal=1298.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877864 CaloNeutralID=34137 CaloNeutralE19=0.456551 CaloClusterCode=60 CaloClusterFrac=1.02391 IsPhoton=1 IsNotH=0.0169627 IsPhotonXGB=1 ClusterAsX=-0.19783 ClusterAsY=-0.348054 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.5426 ShowerShape=30187.8 CaloNeutralEcal=896.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921206 CaloNeutralID=35872 CaloNeutralE19=0.547084 CaloClusterCode=-93 CaloClusterFrac=0.998309 IsPhoton=1 IsNotH=0.372846 IsPhotonXGB=1 ClusterAsX=-0.323159 ClusterAsY=0.0110796 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=203.492 ShowerShape=10387.8 CaloNeutralEcal=739.914 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.808481 CaloNeutralID=33896 CaloNeutralE19=0.492771 CaloClusterCode=-92 CaloClusterFrac=0.872917 IsPhoton=1 IsNotH=0.0882506 IsPhotonXGB=1 ClusterAsX=0.31274 ClusterAsY=-0.111201 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.1366 ShowerShape=2500.47 CaloNeutralEcal=1516.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.816854 CaloNeutralID=40097 CaloNeutralE19=0.545632 CaloClusterCode=-93 IsPhoton=1 IsNotH=0.156735 IsPhotonXGB=1 ClusterAsX=-0.234407 ClusterAsY=0.0028399 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.40764 ShowerShape=9912.61 CaloNeutralEcal=845.534 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922286 CaloNeutralID=35865 CaloNeutralE19=0.411291 CaloClusterCode=-95 CaloClusterFrac=1.0629 IsPhoton=1 IsNotH=0.094502 IsPhotonXGB=1 ClusterAsX=0.401373 ClusterAsY=-0.23209 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=454.852 ShowerShape=6252.61 CaloNeutralEcal=744.496 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920895 CaloNeutralID=33573 CaloNeutralE19=0.68666 CaloClusterCode=95 CaloClusterFrac=1.07443 IsPhoton=1 IsNotH=0.527732 IsPhotonXGB=1 ClusterAsX=0.155143 ClusterAsY=-0.0160766 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=5269.06 CaloNeutralEcal=406.924 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932464 CaloNeutralID=33601 CaloNeutralE19=0.757173 CaloClusterCode=91 IsPhoton=1 IsNotH=0.571544 IsPhotonXGB=1 ClusterAsX=-0.0229336 ClusterAsY=-0.0228844 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.5706 ShowerShape=8212.86 CaloNeutralEcal=607.788 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896655 CaloNeutralID=33366 CaloNeutralE19=0.497838 CaloClusterCode=97 CaloClusterFrac=1.05578 IsPhoton=1 IsNotH=0.222811 IsPhotonXGB=1 ClusterAsX=0.0615264 ClusterAsY=0.266655 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=191.675 ShowerShape=3477.28 CaloNeutralEcal=606.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944814 CaloNeutralID=35573 CaloNeutralE19=0.844207 CaloClusterCode=90 CaloClusterFrac=1.05793 IsPhoton=1 IsNotH=0.879318 IsPhotonXGB=1 ClusterAsX=-0.0455588 ClusterAsY=-0.0878739 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.221 ShowerShape=5103.13 CaloNeutralEcal=579.877 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943604 CaloNeutralID=35014 CaloNeutralE19=0.743516 CaloClusterCode=97 CaloClusterFrac=1.08022 IsPhoton=1 IsNotH=0.742203 IsPhotonXGB=1 ClusterAsX=0.047717 ClusterAsY=0.141746 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.2433 ShowerShape=1436.99 CaloNeutralEcal=2279.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.751624 CaloNeutralID=43929 CaloNeutralE19=0.466805 CaloClusterCode=-97 CaloClusterFrac=0.901062 IsPhoton=1 IsNotH=0.0155927 IsPhotonXGB=1 ClusterAsX=0.0197878 ClusterAsY=0.139816 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=646.012 ShowerShape=10165.2 CaloNeutralEcal=597.891 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.802587 CaloNeutralID=33311 CaloNeutralE19=0.500901 CaloClusterCode=98 CaloClusterFrac=1.0289 IsPhoton=1 IsNotH=0.0506063 IsPhotonXGB=1 ClusterAsX=0.057961 ClusterAsY=0.21557 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=198.491 ShowerShape=2693.41 CaloNeutralEcal=1270.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948104 CaloNeutralID=37670 CaloNeutralE19=0.486696 CaloClusterCode=67 CaloClusterFrac=0.999367 IsPhoton=1 IsNotH=0.668383 IsPhotonXGB=1 ClusterAsX=0.0165158 ClusterAsY=0.284439 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.46189 ShowerShape=9354.79 CaloNeutralEcal=497.182 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.864496 CaloNeutralID=35260 CaloNeutralE19=0.463122 CaloClusterCode=-95 CaloClusterFrac=1.08325 IsPhoton=1 IsNotH=0.440514 IsPhotonXGB=1 ClusterAsX=0.26588 ClusterAsY=0.0757661 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=384.969 ShowerShape=5897.76 CaloNeutralEcal=457.007 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973298 CaloNeutralID=33924 CaloNeutralE19=0.485875 CaloClusterCode=91 CaloClusterFrac=1.0515 IsPhoton=1 IsNotH=0.317437 IsPhotonXGB=1 ClusterAsX=0.105315 ClusterAsY=-0.473045 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.4505 ShowerShape=5736.8 CaloNeutralEcal=637.773 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90193 CaloNeutralID=34061 CaloNeutralE19=0.754118 CaloClusterCode=95 CaloClusterFrac=1.06456 IsPhoton=1 IsNotH=0.616397 IsPhotonXGB=1 ClusterAsX=0.0373289 ClusterAsY=-0.0449895 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=254.208 ShowerShape=4933.25 CaloNeutralEcal=972.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898119 CaloNeutralID=34085 CaloNeutralE19=0.723953 CaloClusterCode=-95 CaloClusterFrac=0.971409 IsPhoton=1 IsNotH=0.398295 IsPhotonXGB=1 ClusterAsX=0.0629995 ClusterAsY=0.0747936 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.1285 ShowerShape=5533.11 CaloNeutralEcal=500.977 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981942 CaloNeutralID=35207 CaloNeutralE19=0.538185 CaloClusterCode=-95 CaloClusterFrac=0.976471 IsPhoton=1 IsNotH=0.352654 IsPhotonXGB=1 ClusterAsX=0.406126 ClusterAsY=0.00987414 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2668.9 CaloNeutralEcal=586.712 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980279 CaloNeutralID=33381 CaloNeutralE19=0.888517 CaloClusterCode=-93 CaloClusterFrac=1.05269 IsPhoton=1 IsNotH=0.846518 IsPhotonXGB=1 ClusterAsX=-0.0596636 ClusterAsY=-0.00528858 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=132.662 ShowerShape=881.619 CaloNeutralEcal=1155.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.998257 CaloNeutralID=37935 CaloNeutralE19=0.935574 CaloClusterCode=93 IsPhoton=1 IsNotH=0.853318 IsPhotonXGB=1 ClusterAsX=-0.0657121 ClusterAsY=0.0837148 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.9251 ShowerShape=5521.76 CaloNeutralEcal=496.869 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936561 CaloNeutralID=35322 CaloNeutralE19=0.687296 CaloClusterCode=-91 CaloClusterFrac=1.07936 IsPhoton=1 IsNotH=0.373926 IsPhotonXGB=1 ClusterAsX=0.0851035 ClusterAsY=-0.0771196 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.3809 ShowerShape=7283.35 CaloNeutralEcal=468.715 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.863417 CaloNeutralID=33677 CaloNeutralE19=0.598667 CaloClusterCode=91 CaloClusterFrac=1.00338 IsPhoton=1 IsNotH=0.168207 IsPhotonXGB=1 ClusterAsX=0.0573869 ClusterAsY=-0.1573 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.4158 ShowerShape=9677.77 CaloNeutralEcal=452.398 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.82924 CaloNeutralID=35824 CaloNeutralE19=0.56712 CaloClusterCode=-98 CaloClusterFrac=0.873523 IsPhoton=1 IsNotH=0.0525922 IsPhotonXGB=1 ClusterAsX=0.184902 ClusterAsY=0.198419 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=637.401 ShowerShape=4996.51 CaloNeutralEcal=395.566 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921611 CaloNeutralID=36296 CaloNeutralE19=0.747274 CaloClusterCode=-93 CaloClusterFrac=1.0972 IsPhoton=1 IsNotH=0.602788 IsPhotonXGB=1 ClusterAsX=-0.0562377 ClusterAsY=0.023779 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=51.0312 ShowerShape=2389.01 CaloNeutralEcal=1317.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811219 CaloNeutralID=40031 CaloNeutralE19=0.500839 CaloClusterCode=-98 CaloClusterFrac=1.0189 IsPhoton=1 IsNotH=0.103517 IsPhotonXGB=1 ClusterAsX=0.199092 ClusterAsY=0.0287544 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.0385 ShowerShape=1739.18 CaloNeutralEcal=1975.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803301 CaloNeutralID=43408 CaloNeutralE19=0.557698 CaloClusterCode=-92 CaloClusterFrac=1.0686 IsPhoton=1 IsNotH=0.368981 IsPhotonXGB=1 ClusterAsX=0.0460111 ClusterAsY=-0.0449336 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.6228 ShowerShape=4015.12 CaloNeutralEcal=492.425 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=36321 CaloNeutralE19=0.710142 CaloClusterCode=93 CaloClusterFrac=1.09623 IsPhoton=1 IsNotH=0.475296 IsPhotonXGB=1 ClusterAsX=-0.247233 ClusterAsY=-0.0426437 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=301.276 ShowerShape=899.155 CaloNeutralEcal=801.411 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971867 CaloNeutralID=38073 CaloNeutralE19=0.785904 CaloClusterCode=95 CaloClusterFrac=1.1175 IsPhoton=1 IsNotH=0.908967 IsPhotonXGB=1 ClusterAsX=0.136362 ClusterAsY=0.0733928 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3788.24 CaloNeutralEcal=297.364 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.999993 CaloNeutralID=36030 CaloNeutralE19=0.912794 CaloClusterCode=93 IsPhoton=1 IsNotH=0.891322 IsPhotonXGB=1 ClusterAsX=-0.0310037 ClusterAsY=-0.0289429 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.3804 ShowerShape=2017.15 CaloNeutralEcal=988.737 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.851356 CaloNeutralID=39825 CaloNeutralE19=0.576081 CaloClusterCode=96 CaloClusterFrac=1.01049 IsPhoton=1 IsNotH=0.145039 IsPhotonXGB=1 ClusterAsX=-0.108074 ClusterAsY=0.132736 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=333.861 ShowerShape=14468.4 CaloNeutralEcal=520.641 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33448 CaloNeutralE19=0.632328 CaloClusterCode=96 CaloClusterFrac=1.18394 IsPhoton=1 IsNotH=0.103011 IsPhotonXGB=1 ClusterAsX=-0.352375 ClusterAsY=0.367708 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=565.708 ShowerShape=3894.66 CaloNeutralEcal=631.838 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968493 CaloNeutralID=33766 CaloNeutralE19=0.728763 CaloClusterCode=-91 CaloClusterFrac=1.12267 IsPhoton=1 IsNotH=0.479594 IsPhotonXGB=1 ClusterAsX=0.038833 ClusterAsY=-0.183784 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=69.3323 ShowerShape=10574.5 CaloNeutralEcal=737.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880106 CaloNeutralID=35806 CaloNeutralE19=0.479767 CaloClusterCode=-98 CaloClusterFrac=1.17218 IsPhoton=1 IsNotH=0.0226913 IsPhotonXGB=1 ClusterAsX=0.520265 ClusterAsY=0.265758 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.1787 ShowerShape=2085.26 CaloNeutralEcal=901.658 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887126 CaloNeutralID=39854 CaloNeutralE19=0.60247 CaloClusterCode=95 IsPhoton=1 IsNotH=0.298926 IsPhotonXGB=1 ClusterAsX=0.144942 ClusterAsY=0.0279132 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3636.32 CaloNeutralEcal=277.389 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943494 CaloNeutralID=33205 CaloNeutralE19=0.854914 CaloClusterCode=-65 CaloClusterFrac=0.970579 IsPhoton=1 IsNotH=0.773616 IsPhotonXGB=1 ClusterAsX=0.0324821 ClusterAsY=0.0436046 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=111.501 ShowerShape=4540.02 CaloNeutralEcal=328.909 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963322 CaloNeutralID=34370 CaloNeutralE19=0.777096 CaloClusterCode=-95 CaloClusterFrac=1.07176 IsPhoton=1 IsNotH=0.764788 IsPhotonXGB=1 ClusterAsX=0.105064 ClusterAsY=0.133348 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=225.092 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.10723 CaloNeutralID=36415 CaloNeutralE19=1.11382 CaloClusterCode=63 IsPhoton=1 IsNotH=0.73892 IsPhotonXGB=1 ClusterAsX=0.0084606 ClusterAsY=0.077738 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.1214 ShowerShape=4994.95 CaloNeutralEcal=344.384 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937054 CaloNeutralID=36047 CaloNeutralE19=0.70943 CaloClusterCode=97 CaloClusterFrac=1.10532 IsPhoton=1 IsNotH=0.587946 IsPhotonXGB=1 ClusterAsX=-0.0308889 ClusterAsY=0.165512 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.3519 ShowerShape=1580.61 CaloNeutralEcal=660.882 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902111 CaloNeutralID=39985 CaloNeutralE19=0.709752 CaloClusterCode=98 CaloClusterFrac=1.0285 IsPhoton=1 IsNotH=0.820556 IsPhotonXGB=1 ClusterAsX=0.150344 ClusterAsY=0.0621353 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.524754 ShowerShape=8251.23 CaloNeutralEcal=10357.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842428 CaloNeutralID=34874 CaloNeutralE19=0.529617 CaloClusterCode=93 CaloClusterFrac=0.756772 ClusterAsX=-0.279201 ClusterAsY=0.0392648 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.524754 ShowerShape=12833.1 CaloNeutralEcal=6150.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.712827 CaloNeutralID=34811 CaloNeutralE19=0.337394 CaloClusterCode=92 CaloClusterFrac=0.470118 ClusterAsX=0.0734184 ClusterAsY=-0.323879 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.246251 ShowerShape=7052.65 CaloNeutralEcal=11715.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90359 CaloNeutralID=34482 CaloNeutralE19=0.453099 CaloClusterCode=93 CaloClusterFrac=0.639675 ClusterAsX=-0.462354 ClusterAsY=-0.00758882 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.246251 ShowerShape=7289.21 CaloNeutralEcal=7335.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820538 CaloNeutralID=34483 CaloNeutralE19=0.676581 CaloClusterCode=93 CaloClusterFrac=0.54918 ClusterAsX=-0.0635863 ClusterAsY=-0.0353721 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.088923 ShowerShape=15937.6 CaloNeutralEcal=5164.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.638867 CaloNeutralID=34759 CaloNeutralE19=0.602056 CaloClusterCode=93 CaloClusterFrac=0.368761 ClusterAsX=-0.304101 ClusterAsY=0.078288 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.088923 ShowerShape=8646.58 CaloNeutralEcal=8819.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85425 CaloNeutralID=34760 CaloNeutralE19=0.298709 CaloClusterCode=63 CaloClusterFrac=0.748989 ClusterAsX=-0.619457 ClusterAsY=0.0580264 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.338692 ShowerShape=4191.93 CaloNeutralEcal=11418 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910349 CaloNeutralID=34867 CaloNeutralE19=0.815696 CaloClusterCode=90 CaloClusterFrac=0.815329 ClusterAsX=-0.0272496 ClusterAsY=-0.0263516 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.338692 ShowerShape=4670.75 CaloNeutralEcal=3299.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.997063 CaloNeutralID=34804 CaloNeutralE19=0.636036 CaloClusterCode=55 CaloClusterFrac=0.249649 ClusterAsX=0.21547 ClusterAsY=0.167451 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.2448 ShowerShape=673.359 CaloNeutralEcal=16704.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898258 CaloNeutralID=42164 CaloNeutralE19=0.681443 CaloClusterCode=95 CaloClusterFrac=0.628976 ClusterAsX=0.205314 ClusterAsY=-0.0325544 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.2448 ShowerShape=913.77 CaloNeutralEcal=10558.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.86426 CaloNeutralID=42165 CaloNeutralE19=0.730653 CaloClusterCode=91 CaloClusterFrac=0.392742 ClusterAsX=0.0255154 ClusterAsY=-0.221984 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.17844 ShowerShape=8815.83 CaloNeutralEcal=4749.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849599 CaloNeutralID=34744 CaloNeutralE19=0.486476 CaloClusterCode=95 CaloClusterFrac=0.559656 ClusterAsX=0.290396 ClusterAsY=-0.0657975 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.17844 ShowerShape=4706.57 CaloNeutralEcal=3814.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976613 CaloNeutralID=34807 CaloNeutralE19=0.534331 CaloClusterCode=65 CaloClusterFrac=0.614911 ClusterAsX=0.410019 ClusterAsY=-0.0288934 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0924339 ShowerShape=1655.53 CaloNeutralEcal=18956.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.641384 CaloNeutralID=43026 CaloNeutralE19=0.582494 CaloClusterCode=95 CaloClusterFrac=0.437087 ClusterAsX=0.0454492 ClusterAsY=0.0298066 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0924339 ShowerShape=1347.56 CaloNeutralEcal=27581.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.726609 CaloNeutralID=42962 CaloNeutralE19=0.389886 CaloClusterCode=97 CaloClusterFrac=0.645021 ClusterAsX=0.00493018 ClusterAsY=0.233797 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.06468 ShowerShape=2621.62 CaloNeutralEcal=11345.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800911 CaloNeutralID=39097 CaloNeutralE19=0.537416 CaloClusterCode=96 CaloClusterFrac=0.794382 ClusterAsX=-0.222821 ClusterAsY=0.0087113 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.06468 ShowerShape=709.388 CaloNeutralEcal=2932.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.994903 CaloNeutralID=39162 CaloNeutralE19=0.865016 CaloClusterCode=51 CaloClusterFrac=0.314498 ClusterAsX=-0.0389816 ClusterAsY=-0.109399 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.84195 ShowerShape=660.225 CaloNeutralEcal=12369.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958933 CaloNeutralID=38286 CaloNeutralE19=0.882044 CaloClusterCode=95 CaloClusterFrac=0.678665 ClusterAsX=0.0683434 ClusterAsY=-0.02655 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.84195 ShowerShape=1443.67 CaloNeutralEcal=5995.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929647 CaloNeutralID=38222 CaloNeutralE19=0.718435 CaloClusterCode=95 CaloClusterFrac=0.330197 ClusterAsX=0.136589 ClusterAsY=0.149795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.1858 ShowerShape=3099.41 CaloNeutralEcal=8681.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85761 CaloNeutralID=38707 CaloNeutralE19=0.660317 CaloClusterCode=98 CaloClusterFrac=0.47756 ClusterAsX=0.37534 ClusterAsY=0.444002 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.1858 ShowerShape=1772.99 CaloNeutralEcal=9396.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894315 CaloNeutralID=38706 CaloNeutralE19=0.369449 CaloClusterCode=65 CaloClusterFrac=0.662525 ClusterAsX=0.554158 ClusterAsY=0.0191989 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.24973 ShowerShape=3738.94 CaloNeutralEcal=4326.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958203 CaloNeutralID=34634 CaloNeutralE19=0.799698 CaloClusterCode=97 CaloClusterFrac=0.542383 ClusterAsX=-0.0446391 ClusterAsY=0.146982 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.24973 ShowerShape=3750.74 CaloNeutralEcal=3742 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981051 CaloNeutralID=34569 CaloNeutralE19=0.798876 CaloClusterCode=95 CaloClusterFrac=0.514793 ClusterAsX=0.16076 ClusterAsY=0.00669821 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.08994 ShowerShape=931.043 CaloNeutralEcal=7051.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942978 CaloNeutralID=39539 CaloNeutralE19=0.794021 CaloClusterCode=91 CaloClusterFrac=0.453354 ClusterAsX=0.0485682 ClusterAsY=-0.0890704 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.08994 ShowerShape=1328.93 CaloNeutralEcal=9096.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961864 CaloNeutralID=39474 CaloNeutralE19=0.561919 CaloClusterCode=75 CaloClusterFrac=0.576943 ClusterAsX=0.394211 ClusterAsY=-0.0249676 ] } -Printing ended -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 10 events processed -BrunelInit SUCCESS ================================================================== -FutureEcalClust INFO Built <241.4> cellular automaton clusters/event with <4.1> iterations (min,max)=(3,5) on average -RecSummary SUCCESS #WARNINGS = 10 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO MuonID Rates for Downstream Tracks -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuonLoose = 1.0 : 30.303 +- 3.578 -MuonPIDMonitorDown INFO IsMuoLoose MuonProb < 0.9 : 9.091 +- 2.238 -MuonPIDMonitorDown INFO IsMuoLoose DLL > 1.4 : 6.061 +- 1.858 -MuonPIDMonitorDown INFO IsMuonLoose NShared < 1.0 : 5.455 +- 1.768 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuon = 1.0 : 20.606 +- 3.149 -MuonPIDMonitorDown INFO IsMuon MuonProb < 0.9 : 7.273 +- 2.022 -MuonPIDMonitorDown INFO IsMuon DLL > 1.4 : 4.848 +- 1.672 -MuonPIDMonitorDown INFO IsMuon NShared < 1.0 : 3.030 +- 1.335 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 237 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 165 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 50 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 34 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO MuonID Rates for Long Tracks -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuonLoose = 1.0 : 28.645 +- 1.449 -MuonPIDMonitorLong INFO IsMuoLoose MuonProb < 0.9 : 7.290 +- 0.833 -MuonPIDMonitorLong INFO IsMuoLoose DLL > 1.4 : 4.004 +- 0.628 -MuonPIDMonitorLong INFO IsMuonLoose NShared < 1.0 : 4.415 +- 0.658 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuon = 1.0 : 20.021 +- 1.282 -MuonPIDMonitorLong INFO IsMuon MuonProb < 0.9 : 6.263 +- 0.776 -MuonPIDMonitorLong INFO IsMuon DLL > 1.4 : 2.875 +- 0.535 -MuonPIDMonitorLong INFO IsMuon NShared < 1.0 : 2.772 +- 0.526 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 1223 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 974 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 279 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 195 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO 0.00 +- 0.00 Velo | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 122.30 +- 3.50 Long | 100.0 +- 0.0 | 94.9 +- 0.6 83.0 +- 1.1 84.7 +- 1.0 76.0 +- 1.2 0.0 +- 0.0 0.0 +- 0.0 79.5 +- 1.2 0.0 +- 0.0 -ChargedProtoPMoni INFO 14.50 +- 1.20 Upstream | 100.0 +- 0.0 | 89.0 +- 2.6 0.0 +- 0.0 0.0 +- 0.0 80.7 +- 3.3 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 23.70 +- 1.54 Downstream | 100.0 +- 0.0 | 84.8 +- 2.3 72.2 +- 2.9 76.8 +- 2.7 70.5 +- 3.0 0.0 +- 0.0 0.0 +- 0.0 69.2 +- 3.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 0.00 +- 0.00 Ttrack | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO ==================================================================================================================================================== -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 3927 tracks including 42 ghosts [ 1.07 %], Event average 0.92 % **** -VeloMCCheck INFO 01_velo : 1704 from 1741 [ 97.87 %] 22 clones [ 1.27 %], purity: 99.78 %, hitEff: 96.96 %, hitEffFirst3: 97.20 %, hitEffLast: 96.48 % -VeloMCCheck INFO 02_long : 1005 from 1013 [ 99.21 %] 9 clones [ 0.89 %], purity: 99.87 %, hitEff: 97.64 %, hitEffFirst3: 97.80 %, hitEffLast: 97.31 % -VeloMCCheck INFO 03_long>5GeV : 628 from 633 [ 99.21 %] 8 clones [ 1.26 %], purity: 99.88 %, hitEff: 97.53 %, hitEffFirst3: 97.85 %, hitEffLast: 97.32 % -VeloMCCheck INFO 04_long_strange : 57 from 58 [ 98.28 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 97.34 %, hitEffFirst3: 98.25 %, hitEffLast: 95.79 % -VeloMCCheck INFO 05_long_strange>5GeV : 24 from 25 [ 96.00 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 97.83 %, hitEffFirst3: 98.61 %, hitEffLast: 97.17 % -VeloMCCheck INFO 06_long_fromB : 45 from 48 [ 93.75 %] 0 clones [ 0.00 %], purity: 99.63 %, hitEff: 97.45 %, hitEffFirst3: 97.78 %, hitEffLast: 96.19 % -VeloMCCheck INFO 07_long_fromB>5GeV : 34 from 36 [ 94.44 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 98.41 %, hitEffFirst3: 99.02 %, hitEffLast: 98.33 % -VeloMCCheck INFO 08_long_electrons : 91 from 96 [ 94.79 %] 1 clones [ 1.09 %], purity: 97.82 %, hitEff: 93.32 %, hitEffFirst3: 86.96 %, hitEffLast: 95.81 % -VeloMCCheck INFO 09_long_fromB_electrons : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloMCCheck INFO 10_long_fromB_electrons_P>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 30 from 30 [100.00 %] 0 clones [ 0.00 %], purity: 99.44 %, hitEff: 98.86 %, hitEffFirst3:100.00 %, hitEffLast: 98.10 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 30 from 30 [100.00 %] 0 clones [ 0.00 %], purity: 99.44 %, hitEff: 98.86 %, hitEffFirst3:100.00 %, hitEffLast: 98.10 % -VeloMCCheck INFO -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 523 tracks including 27 ghosts [ 5.16 %], Event average 5.07 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 429 tracks including 20 ghosts [4.66 %] **** -ForwardMCCheck INFO 01_long : 466 from 1013 [ 46.00 %] 3 clones [ 0.64 %], purity: 99.20 %, hitEff: 93.31 % -ForwardMCCheck INFO 02_long>5GeV : 379 from 633 [ 59.87 %] 2 clones [ 0.52 %], purity: 99.29 %, hitEff: 93.90 % -ForwardMCCheck INFO 03_long_strange : 18 from 58 [ 31.03 %] 0 clones [ 0.00 %], purity: 97.42 %, hitEff: 91.16 % -ForwardMCCheck INFO 04_long_strange>5GeV : 11 from 25 [ 44.00 %] 0 clones [ 0.00 %], purity: 96.17 %, hitEff: 89.73 % -ForwardMCCheck INFO 05_long_fromB : 30 from 48 [ 62.50 %] 0 clones [ 0.00 %], purity: 99.42 %, hitEff: 93.79 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 28 from 36 [ 77.78 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 93.90 % -ForwardMCCheck INFO 07_long_electrons : 8 from 96 [ 8.33 %] 1 clones [11.11 %], purity: 99.44 %, hitEff: 98.99 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 7 from 51 [ 13.73 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.70 % -ForwardMCCheck INFO 09_long_fromB_electrons : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 28 from 30 [ 93.33 %] 0 clones [ 0.00 %], purity: 99.71 %, hitEff: 94.30 % -ForwardMCCheck INFO 10_long_fromB_electrons_P>5GeV : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 28 from 30 [ 93.33 %] 0 clones [ 0.00 %], purity: 99.71 %, hitEff: 94.30 % -ForwardMCCheck INFO -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 733 tracks including 67 ghosts [ 9.14 %], Event average 8.21 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 597 tracks including 55 ghosts [9.21 %] **** -UpMCCheck INFO 01_velo : 637 from 1741 [ 36.59 %] 4 clones [ 0.62 %], purity: 99.68 %, hitEff: 99.14 % -UpMCCheck INFO 02_velo+UT : 634 from 1545 [ 41.04 %] 4 clones [ 0.63 %], purity: 99.73 %, hitEff: 99.13 % -UpMCCheck INFO 03_velo+UT>5GeV : 471 from 754 [ 62.47 %] 4 clones [ 0.84 %], purity: 99.80 %, hitEff: 99.33 % -UpMCCheck INFO 04_velo+notLong : 114 from 728 [ 15.66 %] 0 clones [ 0.00 %], purity: 99.41 %, hitEff: 97.98 % -UpMCCheck INFO 05_velo+UT+notLong : 113 from 542 [ 20.85 %] 0 clones [ 0.00 %], purity: 99.47 %, hitEff: 97.96 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 71 from 130 [ 54.62 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 99.72 % -UpMCCheck INFO 07_long : 523 from 1013 [ 51.63 %] 4 clones [ 0.76 %], purity: 99.74 %, hitEff: 99.39 % -UpMCCheck INFO 08_long>5GeV : 402 from 633 [ 63.51 %] 4 clones [ 0.99 %], purity: 99.71 %, hitEff: 99.26 % -UpMCCheck INFO 09_long_fromB : 32 from 48 [ 66.67 %] 0 clones [ 0.00 %], purity: 99.61 %, hitEff:100.00 % -UpMCCheck INFO 10_long_fromB>5GeV : 28 from 36 [ 77.78 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff:100.00 % -UpMCCheck INFO 11_long_electrons : 8 from 96 [ 8.33 %] 1 clones [11.11 %], purity: 98.61 %, hitEff:100.00 % -UpMCCheck INFO 12_long_fromB_electrons : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 13_long_fromB_electrons_P>5GeV : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 28 from 30 [ 93.33 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 28 from 30 [ 93.33 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 27 ghost, 3.96 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 429 tracks including 20 ghosts [ 4.7 %] **** -UTForwardMCCheck INFO 01_long : 469 tr 4.04 from 4.09 mcUT [ 98.7 %] 0.05 ghost hits on real tracks [ 1.3 %] -UTForwardMCCheck INFO 01_long >3UT : 469 tr 4.04 from 4.09 mcUT [ 98.7 %] 0.05 ghost hits on real tracks [ 1.3 %] -UTForwardMCCheck INFO 02_long>5GeV : 381 tr 4.04 from 4.09 mcUT [ 98.9 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 381 tr 4.04 from 4.09 mcUT [ 98.9 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 28 tr 4.11 from 4.11 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 28 tr 4.11 from 4.11 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 28 tr 4.11 from 4.11 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 28 tr 4.11 from 4.11 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO -ForwardBestMCCheck INFO Results -ForwardBestMCCheck INFO **** Forward 1289 tracks including 315 ghosts [24.44 %], Event average 22.34 % **** -ForwardBestMCCheck INFO 01_long : 846 from 1013 [ 83.51 %] 4 clones [ 0.47 %], purity: 98.85 %, hitEff: 91.99 % -ForwardBestMCCheck INFO 02_long>5GeV : 590 from 633 [ 93.21 %] 2 clones [ 0.34 %], purity: 99.10 %, hitEff: 93.85 % -ForwardBestMCCheck INFO 03_long_strange : 40 from 58 [ 68.97 %] 0 clones [ 0.00 %], purity: 97.39 %, hitEff: 90.04 % -ForwardBestMCCheck INFO 04_long_strange>5GeV : 22 from 25 [ 88.00 %] 0 clones [ 0.00 %], purity: 97.85 %, hitEff: 93.35 % -ForwardBestMCCheck INFO 05_long_fromB : 38 from 48 [ 79.17 %] 0 clones [ 0.00 %], purity: 99.30 %, hitEff: 94.05 % -ForwardBestMCCheck INFO 06_long_fromB>5GeV : 33 from 36 [ 91.67 %] 0 clones [ 0.00 %], purity: 99.32 %, hitEff: 95.05 % -ForwardBestMCCheck INFO 07_long_electrons : 62 from 96 [ 64.58 %] 1 clones [ 1.59 %], purity: 97.12 %, hitEff: 91.20 % -ForwardBestMCCheck INFO 08_long_electrons_P>5GeV : 37 from 51 [ 72.55 %] 0 clones [ 0.00 %], purity: 97.69 %, hitEff: 93.42 % -ForwardBestMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 95.83 %, hitEff: 80.22 % -ForwardBestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 95.83 %, hitEff: 80.22 % -ForwardBestMCCheck INFO -MatchMCCheck INFO Results -MatchMCCheck INFO **** Match 1318 tracks including 303 ghosts [22.99 %], Event average 21.64 % **** -MatchMCCheck INFO 01_long : 894 from 1013 [ 88.25 %] 4 clones [ 0.45 %], purity: 99.35 %, hitEff: 92.83 % -MatchMCCheck INFO 02_long>5GeV : 593 from 633 [ 93.68 %] 4 clones [ 0.67 %], purity: 99.49 %, hitEff: 94.98 % -MatchMCCheck INFO 03_long_strange : 44 from 58 [ 75.86 %] 0 clones [ 0.00 %], purity: 98.65 %, hitEff: 86.96 % -MatchMCCheck INFO 04_long_strange>5GeV : 21 from 25 [ 84.00 %] 0 clones [ 0.00 %], purity: 99.36 %, hitEff: 94.65 % -MatchMCCheck INFO 05_long_fromB : 41 from 48 [ 85.42 %] 0 clones [ 0.00 %], purity: 99.57 %, hitEff: 94.00 % -MatchMCCheck INFO 06_long_fromB>5GeV : 34 from 36 [ 94.44 %] 0 clones [ 0.00 %], purity: 99.48 %, hitEff: 94.83 % -MatchMCCheck INFO 07_long_electrons : 56 from 96 [ 58.33 %] 1 clones [ 1.75 %], purity: 97.80 %, hitEff: 91.34 % -MatchMCCheck INFO 08_long_electrons_P>5GeV : 35 from 51 [ 68.63 %] 0 clones [ 0.00 %], purity: 98.56 %, hitEff: 94.94 % -MatchMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 87.23 % -MatchMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 87.23 % -MatchMCCheck INFO -TMCCheck INFO Results -TMCCheck INFO **** TTrack 1894 tracks including 163 ghosts [ 8.61 %], Event average 7.21 % **** -TMCCheck INFO 01_hasT : 1259 from 1524 [ 82.61 %] 1 clones [ 0.08 %], purity: 99.15 %, hitEff: 91.68 % -TMCCheck INFO 02_long : 946 from 1013 [ 93.39 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 92.37 % -TMCCheck INFO 03_long>5GeV : 618 from 633 [ 97.63 %] 0 clones [ 0.00 %], purity: 99.42 %, hitEff: 94.93 % -TMCCheck INFO 04_long_fromB : 46 from 48 [ 95.83 %] 0 clones [ 0.00 %], purity: 99.20 %, hitEff: 93.07 % -TMCCheck INFO 05_long_fromB>5GeV : 36 from 36 [100.00 %] 0 clones [ 0.00 %], purity: 99.54 %, hitEff: 94.51 % -TMCCheck INFO 06_UT+T_strange : 101 from 111 [ 90.99 %] 0 clones [ 0.00 %], purity: 98.90 %, hitEff: 89.97 % -TMCCheck INFO 07_UT+T_strange>5GeV : 59 from 60 [ 98.33 %] 0 clones [ 0.00 %], purity: 99.70 %, hitEff: 95.40 % -TMCCheck INFO 08_noVelo+UT+T_strange : 49 from 53 [ 92.45 %] 0 clones [ 0.00 %], purity: 98.92 %, hitEff: 92.90 % -TMCCheck INFO 09_noVelo+UT+T_strange>5GeV : 35 from 35 [100.00 %] 0 clones [ 0.00 %], purity: 99.50 %, hitEff: 95.46 % -TMCCheck INFO 10_UT+T_SfromDB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 88.69 % -TMCCheck INFO 11_UT+T_SfromDB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 88.69 % -TMCCheck INFO 12_noVelo+UT+T_SfromDB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 88.69 % -TMCCheck INFO -DownMCCheck INFO Results -DownMCCheck INFO **** Downstream 1365 tracks including 393 ghosts [28.79 %], Event average 27.60 % **** -DownMCCheck INFO 01_UT+T : 870 from 1146 [ 75.92 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 99.62 % -DownMCCheck INFO 02_UT+T>5GeV : 583 from 700 [ 83.29 %] 0 clones [ 0.00 %], purity: 99.63 %, hitEff: 99.64 % -DownMCCheck INFO 03_UT+T_strange : 70 from 111 [ 63.06 %] 0 clones [ 0.00 %], purity: 99.05 %, hitEff: 99.29 % -DownMCCheck INFO 04_UT+T_strange>5GeV : 44 from 60 [ 73.33 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 99.43 % -DownMCCheck INFO 05_noVelo+UT+T_strange : 31 from 53 [ 58.49 %] 0 clones [ 0.00 %], purity: 98.95 %, hitEff: 99.19 % -DownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 23 from 35 [ 65.71 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 98.91 % -DownMCCheck INFO 07_UT+T_fromB : 44 from 55 [ 80.00 %] 0 clones [ 0.00 %], purity: 99.53 %, hitEff:100.00 % -DownMCCheck INFO 08_UT+T_fromB>5GeV : 34 from 41 [ 82.93 %] 0 clones [ 0.00 %], purity: 99.82 %, hitEff:100.00 % -DownMCCheck INFO 09_noVelo+UT+T_fromB : 3 from 8 [ 37.50 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff:100.00 % -DownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 2 from 6 [ 33.33 %] 0 clones [ 0.00 %], purity: 96.87 %, hitEff:100.00 % -DownMCCheck INFO 11_UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 12_UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 13_noVelo+UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 15_noVelo+UT+T_electrons : 47 from 112 [ 41.96 %] 0 clones [ 0.00 %], purity: 99.43 %, hitEff: 99.47 % -DownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 22 from 47 [ 46.81 %] 0 clones [ 0.00 %], purity: 99.37 %, hitEff: 98.86 % -DownMCCheck INFO -BestMCCheck INFO Results -BestMCCheck INFO **** Best 4851 tracks including 502 ghosts [10.35 %], Event average 9.57 % **** -BestMCCheck INFO 01_long : 1010 from 1013 [ 99.70 %] 54 clones [ 5.08 %], purity: 99.36 %, hitEff: 87.42 % -BestMCCheck INFO 02_long>5GeV : 632 from 633 [ 99.84 %] 31 clones [ 4.68 %], purity: 99.54 %, hitEff: 91.68 % -BestMCCheck INFO 03_long_strange : 57 from 58 [ 98.28 %] 6 clones [ 9.52 %], purity: 98.57 %, hitEff: 77.59 % -BestMCCheck INFO 04_long_strange>5GeV : 25 from 25 [100.00 %] 2 clones [ 7.41 %], purity: 98.97 %, hitEff: 87.77 % -BestMCCheck INFO 05_long_fromB : 48 from 48 [100.00 %] 4 clones [ 7.69 %], purity: 99.45 %, hitEff: 83.20 % -BestMCCheck INFO 06_long_fromB>5GeV : 36 from 36 [100.00 %] 2 clones [ 5.26 %], purity: 99.78 %, hitEff: 90.62 % -BestMCCheck INFO 07_long_electrons : 85 from 96 [ 88.54 %] 5 clones [ 5.56 %], purity: 97.08 %, hitEff: 75.31 % -BestMCCheck INFO 08_long_electrons_P>5GeV : 45 from 51 [ 88.24 %] 2 clones [ 4.26 %], purity: 97.95 %, hitEff: 82.54 % -BestMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestMCCheck INFO -BestLongMCCheck INFO Results -BestLongMCCheck INFO **** BestLong 1223 tracks including 193 ghosts [15.78 %], Event average 15.07 % **** -BestLongMCCheck INFO 01_long : 903 from 1013 [ 89.14 %] 5 clones [ 0.55 %], purity: 99.35 %, hitEff: 95.19 % -BestLongMCCheck INFO 02_long>5GeV : 594 from 633 [ 93.84 %] 4 clones [ 0.67 %], purity: 99.52 %, hitEff: 96.51 % -BestLongMCCheck INFO 03_long_strange : 45 from 58 [ 77.59 %] 0 clones [ 0.00 %], purity: 97.99 %, hitEff: 90.14 % -BestLongMCCheck INFO 04_long_strange>5GeV : 21 from 25 [ 84.00 %] 0 clones [ 0.00 %], purity: 98.67 %, hitEff: 95.94 % -BestLongMCCheck INFO 05_long_fromB : 39 from 48 [ 81.25 %] 0 clones [ 0.00 %], purity: 99.78 %, hitEff: 96.21 % -BestLongMCCheck INFO 06_long_fromB>5GeV : 33 from 36 [ 91.67 %] 0 clones [ 0.00 %], purity: 99.75 %, hitEff: 96.93 % -BestLongMCCheck INFO 07_long_electrons : 63 from 96 [ 65.62 %] 0 clones [ 0.00 %], purity: 97.61 %, hitEff: 91.59 % -BestLongMCCheck INFO 08_long_electrons_P>5GeV : 36 from 51 [ 70.59 %] 0 clones [ 0.00 %], purity: 98.57 %, hitEff: 94.39 % -BestLongMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestLongMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestLongMCCheck INFO -BestLongAndGhos... INFO Results -BestLongAndGhos... INFO **** BestLongAndGhostProb 1125 tracks including 113 ghosts [10.04 %], Event average 9.91 % **** -BestLongAndGhos... INFO 01_long : 895 from 1013 [ 88.35 %] 5 clones [ 0.56 %], purity: 99.37 %, hitEff: 95.29 % -BestLongAndGhos... INFO 02_long>5GeV : 589 from 633 [ 93.05 %] 4 clones [ 0.67 %], purity: 99.55 %, hitEff: 96.61 % -BestLongAndGhos... INFO 03_long_strange : 44 from 58 [ 75.86 %] 0 clones [ 0.00 %], purity: 97.95 %, hitEff: 90.72 % -BestLongAndGhos... INFO 04_long_strange>5GeV : 21 from 25 [ 84.00 %] 0 clones [ 0.00 %], purity: 98.67 %, hitEff: 95.94 % -BestLongAndGhos... INFO 05_long_fromB : 37 from 48 [ 77.08 %] 0 clones [ 0.00 %], purity: 99.90 %, hitEff: 96.78 % -BestLongAndGhos... INFO 06_long_fromB>5GeV : 31 from 36 [ 86.11 %] 0 clones [ 0.00 %], purity: 99.88 %, hitEff: 97.66 % -BestLongAndGhos... INFO 07_long_electrons : 59 from 96 [ 61.46 %] 0 clones [ 0.00 %], purity: 97.86 %, hitEff: 91.79 % -BestLongAndGhos... INFO 08_long_electrons_P>5GeV : 35 from 51 [ 68.63 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 94.75 % -BestLongAndGhos... INFO 09_long_fromB_electrons : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.24 % -BestLongAndGhos... INFO 10_long_fromB_electrons_P>5GeV : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.24 % -BestLongAndGhos... INFO -BestDownMCCheck INFO Results -BestDownMCCheck INFO **** BestDown 237 tracks including 96 ghosts [40.51 %], Event average 40.07 % **** -BestDownMCCheck INFO 01_UT+T : 95 from 1146 [ 8.29 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 93.22 % -BestDownMCCheck INFO 02_UT+T>5GeV : 54 from 700 [ 7.71 %] 0 clones [ 0.00 %], purity: 99.52 %, hitEff: 96.61 % -BestDownMCCheck INFO 03_UT+T_strange : 36 from 111 [ 32.43 %] 0 clones [ 0.00 %], purity: 99.10 %, hitEff: 94.59 % -BestDownMCCheck INFO 04_UT+T_strange>5GeV : 25 from 60 [ 41.67 %] 0 clones [ 0.00 %], purity: 99.22 %, hitEff: 97.11 % -BestDownMCCheck INFO 05_noVelo+UT+T_strange : 29 from 53 [ 54.72 %] 0 clones [ 0.00 %], purity: 98.88 %, hitEff: 94.46 % -BestDownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 21 from 35 [ 60.00 %] 0 clones [ 0.00 %], purity: 99.07 %, hitEff: 96.87 % -BestDownMCCheck INFO 07_UT+T_fromB : 6 from 55 [ 10.91 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 93.18 % -BestDownMCCheck INFO 08_UT+T_fromB>5GeV : 3 from 41 [ 7.32 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 92.25 % -BestDownMCCheck INFO 09_noVelo+UT+T_fromB : 3 from 8 [ 37.50 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 95.96 % -BestDownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 2 from 6 [ 33.33 %] 0 clones [ 0.00 %], purity: 96.87 %, hitEff: 93.93 % -BestDownMCCheck INFO 11_UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 12_UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 13_noVelo+UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 15_noVelo+UT+T_electrons : 41 from 112 [ 36.61 %] 0 clones [ 0.00 %], purity: 99.50 %, hitEff: 91.14 % -BestDownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 19 from 47 [ 40.43 %] 0 clones [ 0.00 %], purity: 99.27 %, hitEff: 94.06 % -BestDownMCCheck INFO -BestDownAndGhos... INFO Results -BestDownAndGhos... INFO **** BestDownAndGhostProb 210 tracks including 71 ghosts [33.81 %], Event average 32.85 % **** -BestDownAndGhos... INFO 01_UT+T : 95 from 1146 [ 8.29 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 93.22 % -BestDownAndGhos... INFO 02_UT+T>5GeV : 54 from 700 [ 7.71 %] 0 clones [ 0.00 %], purity: 99.52 %, hitEff: 96.61 % -BestDownAndGhos... INFO 03_UT+T_strange : 36 from 111 [ 32.43 %] 0 clones [ 0.00 %], purity: 99.10 %, hitEff: 94.59 % -BestDownAndGhos... INFO 04_UT+T_strange>5GeV : 25 from 60 [ 41.67 %] 0 clones [ 0.00 %], purity: 99.22 %, hitEff: 97.11 % -BestDownAndGhos... INFO 05_noVelo+UT+T_strange : 29 from 53 [ 54.72 %] 0 clones [ 0.00 %], purity: 98.88 %, hitEff: 94.46 % -BestDownAndGhos... INFO 06_noVelo+UT+T_strange>5GeV : 21 from 35 [ 60.00 %] 0 clones [ 0.00 %], purity: 99.07 %, hitEff: 96.87 % -BestDownAndGhos... INFO 07_UT+T_fromB : 6 from 55 [ 10.91 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 93.18 % -BestDownAndGhos... INFO 08_UT+T_fromB>5GeV : 3 from 41 [ 7.32 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 92.25 % -BestDownAndGhos... INFO 09_noVelo+UT+T_fromB : 3 from 8 [ 37.50 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 95.96 % -BestDownAndGhos... INFO 10_noVelo+UT+T_fromB>5GeV : 2 from 6 [ 33.33 %] 0 clones [ 0.00 %], purity: 96.87 %, hitEff: 93.93 % -BestDownAndGhos... INFO 11_UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 12_UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 13_noVelo+UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 14_noVelo+UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 15_noVelo+UT+T_electrons : 39 from 112 [ 34.82 %] 0 clones [ 0.00 %], purity: 99.66 %, hitEff: 91.32 % -BestDownAndGhos... INFO 16_noVelo+UT+T_electrons_P>5GeV : 17 from 47 [ 36.17 %] 0 clones [ 0.00 %], purity: 99.61 %, hitEff: 94.80 % -BestDownAndGhos... INFO -UTForwardBestMC... INFO Results -UTForwardBestMC... INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardBest **** 315 ghost, 2.34 UT per track -UTForwardBestMC... INFO 01_long : 850 tr 3.89 from 4.06 mcUT [ 95.8 %] 0.10 ghost hits on real tracks [ 2.6 %] -UTForwardBestMC... INFO 01_long >3UT : 841 tr 3.93 from 4.08 mcUT [ 96.2 %] 0.10 ghost hits on real tracks [ 2.6 %] -UTForwardBestMC... INFO 02_long>5GeV : 592 tr 3.92 from 4.05 mcUT [ 96.8 %] 0.06 ghost hits on real tracks [ 1.6 %] -UTForwardBestMC... INFO 02_long>5GeV >3UT : 583 tr 3.97 from 4.08 mcUT [ 97.3 %] 0.06 ghost hits on real tracks [ 1.5 %] -UTForwardBestMC... INFO -UTMatchMCCheck INFO Results -UTMatchMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Match **** 303 ghost, 2.45 UT per track -UTMatchMCCheck INFO 01_long : 898 tr 3.88 from 4.06 mcUT [ 95.4 %] 0.11 ghost hits on real tracks [ 2.7 %] -UTMatchMCCheck INFO 01_long >3UT : 890 tr 3.91 from 4.08 mcUT [ 95.8 %] 0.11 ghost hits on real tracks [ 2.6 %] -UTMatchMCCheck INFO 02_long>5GeV : 597 tr 3.91 from 4.05 mcUT [ 96.5 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTMatchMCCheck INFO 02_long>5GeV >3UT : 589 tr 3.96 from 4.08 mcUT [ 97.0 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTMatchMCCheck INFO -UTDownMCCheck INFO Results -UTDownMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Downstream **** 393 ghost, 4.05 UT per track -UTDownMCCheck INFO 01_has seed : 870 tr 4.08 from 4.10 mcUT [ 99.6 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 01_has seed >3UT : 870 tr 4.08 from 4.10 mcUT [ 99.6 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT : 64 tr 4.00 from 4.03 mcUT [ 99.2 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT >3UT : 64 tr 4.00 from 4.03 mcUT [ 99.2 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 03_down+strange : 70 tr 4.00 from 4.03 mcUT [ 99.3 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 03_down+strange >3UT : 70 tr 4.00 from 4.03 mcUT [ 99.3 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 04_down+strange+>5GeV : 44 tr 4.02 from 4.05 mcUT [ 99.4 %] 0.02 ghost hits on real tracks [ 0.6 %] -UTDownMCCheck INFO 04_down+strange+>5GeV >3UT : 44 tr 4.02 from 4.05 mcUT [ 99.4 %] 0.02 ghost hits on real tracks [ 0.6 %] -UTDownMCCheck INFO -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 3927 tracks including 42 ghosts [ 1.07 %], Event average 0.92 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 3433 from 3632 [ 94.52 %] 26 clones [ 0.75 %], purity: 99.71 %, hitEff: 96.83 %, hitEffFirst3: 97.93 %, hitEffLast: 94.02 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 2131 from 2222 [ 95.90 %] 23 clones [ 1.07 %], purity: 99.77 %, hitEff: 97.13 %, hitEffFirst3: 97.35 %, hitEffLast: 96.40 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 1302 from 1410 [ 92.34 %] 3 clones [ 0.23 %], purity: 99.59 %, hitEff: 96.32 %, hitEffFirst3: 98.88 %, hitEffLast: 89.79 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 1704 from 1741 [ 97.87 %] 22 clones [ 1.27 %], purity: 99.78 %, hitEff: 96.96 %, hitEffFirst3: 97.20 %, hitEffLast: 96.48 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 1005 from 1013 [ 99.21 %] 9 clones [ 0.89 %], purity: 99.87 %, hitEff: 97.64 %, hitEffFirst3: 97.80 %, hitEffLast: 97.31 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 628 from 633 [ 99.21 %] 8 clones [ 1.26 %], purity: 99.88 %, hitEff: 97.53 %, hitEffFirst3: 97.85 %, hitEffLast: 97.32 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 377 from 380 [ 99.21 %] 1 clones [ 0.26 %], purity: 99.87 %, hitEff: 97.82 %, hitEffFirst3: 97.71 %, hitEffLast: 97.29 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 534 from 540 [ 98.89 %] 5 clones [ 0.93 %], purity: 99.91 %, hitEff: 97.44 %, hitEffFirst3: 97.71 %, hitEffLast: 97.15 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 45 from 48 [ 93.75 %] 0 clones [ 0.00 %], purity: 99.63 %, hitEff: 97.45 %, hitEffFirst3: 97.78 %, hitEffLast: 96.19 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 34 from 36 [ 94.44 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 98.41 %, hitEffFirst3: 99.02 %, hitEffLast: 98.33 % -VeloFullMCCheck INFO 11_notElectron_Long_FromB_Eta25 p<5GeV : 11 from 12 [ 91.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.48 %, hitEffFirst3: 93.94 %, hitEffLast: 89.61 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 33 from 35 [ 94.29 %] 0 clones [ 0.00 %], purity: 99.49 %, hitEff: 98.39 %, hitEffFirst3: 98.99 %, hitEffLast: 97.84 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 29 from 29 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.65 %, hitEffFirst3: 98.85 %, hitEffLast: 97.42 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 22 from 22 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.12 %, hitEffFirst3: 98.48 %, hitEffLast: 98.76 % -VeloFullMCCheck INFO 15_notElectron_Long_FromD_Eta25 p<5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.19 %, hitEffFirst3:100.00 %, hitEffLast: 93.20 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 19 from 19 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.35 %, hitEffFirst3:100.00 %, hitEffLast: 97.81 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 57 from 58 [ 98.28 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 97.34 %, hitEffFirst3: 98.25 %, hitEffLast: 95.79 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 24 from 25 [ 96.00 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 97.83 %, hitEffFirst3: 98.61 %, hitEffLast: 97.17 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 33 from 33 [100.00 %] 0 clones [ 0.00 %], purity: 99.01 %, hitEff: 96.99 %, hitEffFirst3: 97.98 %, hitEffLast: 94.76 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 21 from 22 [ 95.45 %] 0 clones [ 0.00 %], purity: 99.32 %, hitEff: 96.56 %, hitEffFirst3: 95.24 %, hitEffLast: 97.75 % -VeloFullMCCheck INFO 21_Electron_Velo : 415 from 592 [ 70.10 %] 21 clones [ 4.82 %], purity: 97.94 %, hitEff: 86.77 %, hitEffFirst3: 82.49 %, hitEffLast: 88.02 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 334 from 466 [ 71.67 %] 19 clones [ 5.38 %], purity: 97.80 %, hitEff: 85.31 %, hitEffFirst3: 79.51 %, hitEffLast: 87.98 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 81 from 126 [ 64.29 %] 2 clones [ 2.41 %], purity: 98.51 %, hitEff: 93.00 %, hitEffFirst3: 95.18 %, hitEffLast: 88.15 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 323 from 412 [ 78.40 %] 19 clones [ 5.56 %], purity: 97.92 %, hitEff: 85.01 %, hitEffFirst3: 79.14 %, hitEffLast: 87.83 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 91 from 96 [ 94.79 %] 1 clones [ 1.09 %], purity: 97.82 %, hitEff: 93.32 %, hitEffFirst3: 86.96 %, hitEffLast: 95.81 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 49 from 51 [ 96.08 %] 0 clones [ 0.00 %], purity: 97.69 %, hitEff: 93.31 %, hitEffFirst3: 88.44 %, hitEffLast: 92.90 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 42 from 45 [ 93.33 %] 1 clones [ 2.33 %], purity: 97.97 %, hitEff: 93.35 %, hitEffFirst3: 85.27 %, hitEffLast: 99.02 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 14 from 15 [ 93.33 %] 1 clones [ 6.67 %], purity: 96.62 %, hitEff: 92.09 %, hitEffFirst3: 86.67 %, hitEffLast: 95.79 % -VeloFullMCCheck INFO 29_Electron_Long_FromB_Eta25 : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloFullMCCheck INFO 30_Electron_Long_FromB_Eta25 p>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloFullMCCheck INFO 32_Electron_Long_FromB_Eta25 p>3GeV pt>400MeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast: -1.00 % -VeloFullMCCheck INFO 33_Electron_Long_FromD_Eta25 : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 34_Electron_Long_FromD_Eta25 p>5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 35_Electron_Long_FromD_Eta25 p<5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 36_Electron_Long_FromD_Eta25 p>3GeV pt>400MeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = 0.033 +/- 0.053, RMS = 1.162 +/- 0.046 -TrackResChecker... INFO ALL/y pull : mean = 0.012 +/- 0.050, RMS = 1.102 +/- 0.034 -TrackResChecker... INFO ALL/tx pull : mean = -0.003 +/- 0.055, RMS = 1.215 +/- 0.051 -TrackResChecker... INFO ALL/ty pull : mean = -0.008 +/- 0.052, RMS = 1.137 +/- 0.039 -TrackResChecker... INFO ALL/p pull : mean = -0.185 +/- 0.061, RMS = 1.327 +/- 0.044 -TrackResChecker... INFO ALL/probChi2 : mean = 0.423 +/- 0.014, RMS = 0.313 +/- 0.006 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 42.197 +/- 4.027 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 44.542 +/- 4.796 micron -TrackResChecker... INFO ALL/dp/p: mean = -0.0002 +/- 0.0003, RMS = 0.0061 +/- 0.0006 -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 57 from 62 ( 75-13 ) [ 91.94 %], false 1 from reco. 58 ( 57+1 ) [ 1.72 %] -PVChecker INFO 01 isolated : 34 from 36 ( 42-6 ) [ 94.44 %], false 0 from reco. 34 ( 34+0 ) [ 0.00 %] -PVChecker INFO 02 close : 23 from 26 ( 33-7 ) [ 88.46 %], false 1 from reco. 24 ( 23+1 ) [ 4.17 %] -PVChecker INFO 03 ntracks<10 : 0 from 2 ( 2-0 ) [ 0.00 %], false 1 from reco. 1 ( 0+1 ) [ 100.00 %] -PVChecker INFO 04 ntracks>=10 : 57 from 60 ( 60-0 ) [ 95.00 %], false 0 from reco. 57 ( 57+0 ) [ 0.00 %] -PVChecker INFO 05 z<-50.0 : 14 from 14 ( 17-3 ) [ 100.00 %], false 1 from reco. 15 ( 14+1 ) [ 6.67 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 23 from 28 ( 36-8 ) [ 82.14 %], false 0 from reco. 23 ( 23+0 ) [ 0.00 %] -PVChecker INFO 07 z >=50.0 : 20 from 20 ( 22-2 ) [ 100.00 %], false 0 from reco. 20 ( 20+0 ) [ 0.00 %] -PVChecker INFO 08 decayBeauty : 10 from 10 ( 10-0 ) [ 100.00 %], false 1 from reco. 11 ( 10+1 ) [ 9.09 %] -PVChecker INFO 09 decayCharm : 17 from 17 ( 17-0 ) [ 100.00 %], false 1 from reco. 18 ( 17+1 ) [ 5.56 %] -PVChecker INFO 10 decayStrange : 57 from 62 ( 65-3 ) [ 91.94 %], false 1 from reco. 58 ( 57+1 ) [ 1.72 %] -PVChecker INFO 11 other : 0 from 0 ( 10-10 ) [ -100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 12 1MCPV : 10 from 10 ( 10-0 ) [ 100.00 %], false 0 from reco. 10 ( 10+0 ) [ 0.00 %] -PVChecker INFO 13 2MCPV : 10 from 10 ( 10-0 ) [ 100.00 %], false 0 from reco. 10 ( 10+0 ) [ 0.00 %] -PVChecker INFO 14 3MCPV : 10 from 10 ( 10-0 ) [ 100.00 %], false 0 from reco. 10 ( 10+0 ) [ 0.00 %] -PVChecker INFO 15 4MCPV : 8 from 9 ( 10-1 ) [ 88.89 %], false 1 from reco. 9 ( 8+1 ) [ 11.11 %] -PVChecker INFO 16 5MCPV : 8 from 8 ( 10-2 ) [ 100.00 %], false 0 from reco. 8 ( 8+0 ) [ 0.00 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 48.74 [MC: 50.98] -PVChecker INFO 01 isolated : av. PV tracks: 47.65 [MC: 51.17] -PVChecker INFO 02 close : av. PV tracks: 50.35 [MC: 50.73] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 0.00 [MC: 4.50] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 48.74 [MC: 52.53] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 52.64 [MC: 56.71] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 54.96 [MC: 51.79] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 38.85 [MC: 45.85] -PVChecker INFO 08 decayBeauty : av. PV tracks: 77.80 [MC: 78.30] -PVChecker INFO 09 decayCharm : av. PV tracks: 73.35 [MC: 75.12] -PVChecker INFO 10 decayStrange : av. PV tracks: 48.74 [MC: 50.98] -PVChecker INFO 11 other : av. PV tracks: 0.00 [MC: 0.00] -PVChecker INFO 12 1MCPV : av. PV tracks: 100.90 [MC: 105.50] -PVChecker INFO 13 2MCPV : av. PV tracks: 69.90 [MC: 76.60] -PVChecker INFO 14 3MCPV : av. PV tracks: 43.90 [MC: 53.30] -PVChecker INFO 15 4MCPV : av. PV tracks: 36.12 [MC: 39.78] -PVChecker INFO 16 5MCPV : av. PV tracks: 21.75 [MC: 24.38] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.009, y: +0.013, z: +0.074 -PVChecker INFO 2_res_ntracks<10 : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.012, y: +0.021, z: +0.095 -PVChecker INFO 4_res_ntracks>30 : x: +0.007, y: +0.005, z: +0.046 -PVChecker INFO 5_res_z<-50 : x: +0.009, y: +0.012, z: +0.076 -PVChecker INFO 6_res_z(-50,50) : x: +0.007, y: +0.013, z: +0.082 -PVChecker INFO 7_res_z>50 : x: +0.011, y: +0.015, z: +0.058 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +0.956, y: +1.044, z: +1.189 -PVChecker INFO 1_pull_mean_all : x: +0.109, y: -0.256, z: +0.251 -PVChecker INFO -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO MuonID Rates for Downstream Tracks -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuonLoose = 1.0 : 30.303 +- 3.578 -MuonPIDCheckerDown INFO IsMuoLoose MuonProb < 0.9 : 9.091 +- 2.238 -MuonPIDCheckerDown INFO IsMuoLoose DLL > 1.4 : 6.061 +- 1.858 -MuonPIDCheckerDown INFO IsMuonLoose NShared < 1.0 : 5.455 +- 1.768 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuon = 1.0 : 20.606 +- 3.149 -MuonPIDCheckerDown INFO IsMuon MuonProb < 0.9 : 7.273 +- 2.022 -MuonPIDCheckerDown INFO IsMuon DLL > 1.4 : 4.848 +- 1.672 -MuonPIDCheckerDown INFO IsMuon NShared < 1.0 : 3.030 +- 1.335 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Total Number of Tracks analysed: 237 -MuonPIDCheckerDown INFO Total Number of PreSelected Tracks: 165 -MuonPIDCheckerDown INFO Total Number of IsMuonLoose Candidates: 50 -MuonPIDCheckerDown INFO Total Number of IsMuon Candidates: 34 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO MuonID Rates for Long Tracks -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuonLoose = 1.0 : 28.645 +- 1.449 -MuonPIDCheckerLong INFO IsMuoLoose MuonProb < 0.9 : 7.290 +- 0.833 -MuonPIDCheckerLong INFO IsMuoLoose DLL > 1.4 : 4.004 +- 0.628 -MuonPIDCheckerLong INFO IsMuonLoose NShared < 1.0 : 4.415 +- 0.658 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuon = 1.0 : 20.021 +- 1.282 -MuonPIDCheckerLong INFO IsMuon MuonProb < 0.9 : 6.263 +- 0.776 -MuonPIDCheckerLong INFO IsMuon DLL > 1.4 : 2.875 +- 0.535 -MuonPIDCheckerLong INFO IsMuon NShared < 1.0 : 2.772 +- 0.526 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Total Number of Tracks analysed: 1223 -MuonPIDCheckerLong INFO Total Number of PreSelected Tracks: 974 -MuonPIDCheckerLong INFO Total Number of IsMuonLoose Candidates: 279 -MuonPIDCheckerLong INFO Total Number of IsMuon Candidates: 195 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -GenFSRMerge INFO ========== Merging GenFSR ========== -DstWriter INFO Events output: 10 -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 3 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 25 - | Logical Volume | | # mean RMS min max | - | LHCb/lvLHCb | mm | 2 180.57979 170.12724 10.45255 350.707 | - | LHCb/lvLHCb | X0 | 2 0.55336168 0.52375798 0.029603692 1.07711 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | mm | 2 0.14338109 0.00050185391 0.14287923 0.143882 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | X0 | 2 0 0 0 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | mm | 1 0.38222454 0 0.38222454 0.382224 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | X0 | 1 0.00051294498 0 0.00051294498 0.000512944 | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 4851 | 4349 |( 89.65162 +- 0.4373203)% | - | "MC particles per track" | 4349 | 4507 | 1.0363 | -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 1289 | 128.90 | -BremChi22IDFuture INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2564 | 256.40 | 82.917 | 109.00 | 386.00 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -BremMatchFuture INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 215781 | 21578.0 | 11847.0 | 4642.0 | 40568.0 | - | "#chi2" | 61475 |2.688038e+08 | 4372.6 | 2865.1 | 0.65619 | 10000.0 | - | "#good tracks" | 10 | 1776 | 177.60 | 64.505 | 77.000 | 293.00 | - | "#links in table" | 10 | 61475 | 6147.5 | 3189.1 | 1672.0 | 12414.0 | - | "#total calos" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -BremMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/BremMatch" | 10 | 61475 | 6147.5 | 3189.1 | 1672.0 | 12414.0 | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -BremPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 2564 | 256.40 | 82.917 | 109.00 | 386.00 | -BrunelInit.Brun... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -CaloClusterMCTruth INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CC2MC links" | 10 | 59200 | 5920.0 | - |*"No MC information for the cluster is found" | 2414 | 5 |(0.2071251 +- 0.09253318)% | -CaloDigit2MCLin... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CD2MC links" | 10 | 179174 | 17917.0 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 10 | 43428 | 4342.8 | - | "#links/hypo" | 1484 | 43428 | 29.264 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 10 | 3809 | 380.90 | - | "#links/hypo" | 112 | 3809 | 34.009 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 10 | 31494 | 3149.4 | - | "#links/hypo" | 1453 | 31494 | 21.675 | -ChargedProtoPMaker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Track/Best ==> Rec/ProtoP/Charged" | 10 | 1605 | 160.50 | 49.484 | 82.000 | 228.00 | -ClassifyPhotonE... INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Electron Delta(E)" | 1484 | 317388.6 | 213.87 | 257.91 | -906.74 | 4556.0 | - | "Electron Delta(X)" | 1484 | -376.0148 | -0.25338 | 11.668 | -22.781 | 22.326 | - | "Electron Delta(Y)" | 1484 | -839.3964 | -0.56563 | 11.516 | -22.781 | 22.325 | - | "Electron Delta(Z)" | 1484 | 100296.5 | 67.585 | 13.369 | 29.382 | 107.52 | - | "Electron corrected energy" | 1484 |1.108014e+07 | 7466.4 | 8164.0 | 423.63 | 92749.0 | - | "Photon Delta(E)" | 1453 | -8262.891 | -5.6868 | 151.32 | -1230.0 | 1414.5 | - | "Photon Delta(X)" | 1453 | -463.1435 | -0.31875 | 12.751 | -22.781 | 22.326 | - | "Photon Delta(Y)" | 1453 | -736.7849 | -0.50708 | 12.448 | -22.781 | 22.326 | - | "Photon Delta(Z)" | 1453 | 87038.89 | 59.903 | 12.606 | 26.451 | 100.85 | - | "Photon corrected energy" | 1453 | 6291242 | 4329.8 | 6413.6 | 179.37 | 60862.0 | - | "electronHypos" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | - | "photonHypos" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 464 | 462.5945 | 0.99697 | 0.019716 | 0.96530 | 1.0690 | - | "<alpha> Middle" | 476 | 479.127 | 1.0066 | 0.018846 | 0.97720 | 1.0868 | - | "<alpha> Outer" | 544 | 544.036 | 1.0001 | 0.014500 | 0.97380 | 1.0431 | - | "Pileup offset" | 1484 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 1484 | 1484 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 365 | 363.1511 | 0.99493 | 0.019594 | 0.96530 | 1.0690 | - | "<alpha> Middle" | 354 | 355.435 | 1.0041 | 0.018631 | 0.97720 | 1.0702 | - | "<alpha> Outer" | 734 | 731.4462 | 0.99652 | 0.015435 | 0.97356 | 1.0533 | - | "Pileup offset" | 1453 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 1453 | 1453 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 3927 | 392.70 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 10 | 3927 | 392.70 | -DownstreamAssoc... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1365 | 972 |( 71.20879 +- 1.225548)% | - | "MC particles per track" | 972 | 972 | 1.0000 | -EcalClusterMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/EcalClusters" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | -EcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 10 | 26158 | 2615.8 | 662.03 | 1502.0 | 3540.0 | -EcalEFlowMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 10 | 26039 | 2603.9 | 656.50 | 1504.0 | 3527.0 | -EcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 1730 | 173.00 | 59.905 | 86.000 | 257.00 | - | "#total energy" | 1730 | 5824.127 | 3.3665 | 3.8473 | -0.039452 | 54.842 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -EcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 2075 | 207.50 | 68.791 | 96.000 | 299.00 | -EcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 1730 | 173.00 | 59.905 | 86.000 | 257.00 | -ElectronMatchFu... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 259587 | 25959.0 | 16226.0 | 5735.0 | 48827.0 | - | "#chi2" | 26094 |1.180466e+08 | 4523.9 | 2907.8 | 0.28970 | 9999.8 | - | "#good tracks" | 10 | 1730 | 173.00 | 59.905 | 86.000 | 257.00 | - | "#links in table" | 10 | 26094 | 2609.4 | 1386.8 | 801.00 | 4543.0 | - | "#total calos" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | -ElectronMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ElectronMatch" | 10 | 26094 | 2609.4 | 1386.8 | 801.00 | 4543.0 | - | "Monitor /Event/Rec/Calo/Electrons" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | -ElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Electrons" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | -EtaMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 462 | 46.200 | 37.371 | 0.0000 | 117.00 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 523 | 52.300 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 210 | 21.000 | 7.0993 | 12.000 | 35.000 | - | "#seeds" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 237 | 23.700 | 7.3627 | 14.000 | 38.000 | - | "#seeds" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 1125 | 112.50 | 34.375 | 59.000 | 162.00 | - | "#seeds" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 1223 | 122.30 | 40.185 | 59.000 | 176.00 | - | "#seeds" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -FilterForBestMC... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | - | "#seeds" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -ForwardBestAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1289 | 974 |( 75.56245 +- 1.196893)% | - | "MC particles per track" | 974 | 1122 | 1.1520 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 523 | 496 |( 94.83748 +- 0.9675428)% | - | "MC particles per track" | 496 | 580 | 1.1694 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 523 | 496 |( 94.83748 +- 0.9675428)% | - | "MC particles per track" | 496 | 580 | 1.1694 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 523 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 523 | 77 | 0.14723 | 0.35433 | 0.0000 | 1.0000 | - | "chisqprobSum" | 523 | 210.0565 | 0.40164 | 0.31908 | 0.0000 | 0.99979 | - | "flipCharge" | 523 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 10 | 523 | 52.300 | 18.504 | 32.000 | 86.000 | - | "nTracks" | 10 | 523 | 52.300 | 18.504 | 32.000 | 86.000 | - | "numOutliers" | 523 | 439 | 0.83939 | 0.88811 | 0.0000 | 4.0000 | -FutureClusChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2075 | 207.50 | 68.791 | 96.000 | 299.00 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -FutureClusterMatch INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 341417 | 34142.0 | 18214.0 | 9670.0 | 58036.0 | - | "#chi2" | 111126 |5.166062e+07 | 464.88 | 288.32 | 0.00037910 | 999.99 | - | "#good tracks" | 10 | 1730 | 173.00 | 59.905 | 86.000 | 257.00 | - | "#links in table" | 10 | 111126 | 11113.0 | 6566.3 | 2198.0 | 21437.0 | - | "#total calos" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | -FutureEcalChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2075 | 207.50 | 68.791 | 96.000 | 299.00 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -FutureEcalClust INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusterization passes" | 10 | 41 | 4.1000 | 0.53852 | 3.0000 | 5.0000 | - | "# clusters" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | - | "Cluster energy" | 2414 |1.414089e+07 | 5857.9 | 7510.0 | 176.60 | 92190.0 | - | "Cluster size" | 2414 | 31299 | 12.966 | 3.8803 | 6.0000 | 39.000 | -FutureEcalCovar INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusters" | 2414 | -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -FutureEcalCovar... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 140 | 765 | 5.4643 | 2.1528 | 2.0000 | 12.000 | - | "Corrected Clusters: ET" | 140 | 40705.01 | 290.75 | 283.82 | 51.800 | 1423.6 | - | "Corrected Clusters: size ratio" | 140 | 49.42346 | 0.35302 | 0.22898 | 0.0000 | 1.3367 | -FutureEcalShare INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(E)" | 3515 | -105010.8 | -29.875 | 1132.0 | -23000.0 | 15091.0 | - | "Delta(X)" | 3515 | 47.82228 | 0.013605 | 5.3005 | -60.274 | 44.530 | - | "Delta(Y)" | 3515 | 172.8736 | 0.049182 | 5.0644 | -44.248 | 42.545 | - | "Delta(Z)" | 3515 |0.002929688 | 8.3348e-07 | 0.00067814 | -0.00097656 | 0.00097656 | - | "negative E clusters (removed)" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -FutureEcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 10 | 0 |( 0.000000 +- 0.000000)% | -FutureHcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 10 | 0 |( 0.000000 +- 0.000000)% | -FutureNeutralPr... INFO Number of counters : 41 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "CaloClusterCode for Photon" | 1453 | -2356 | -1.6215 | 89.900 | -98.000 | 98.000 | - | "CaloClusterCode for PhotonFromMergedPi0" | 224 | 19270 | 86.027 | 13.661 | 41.000 | 98.000 | - | "CaloClusterCode for Pi0Merged" | 112 | -2126 | -18.982 | 89.147 | -98.000 | 98.000 | - | "CaloClusterFrac for Photon" | 1293 | 1297.422 | 1.0034 | 0.052610 | 0.73877 | 1.2972 | - | "CaloClusterFrac for PhotonFromMergedPi0" | 224 | 120.9285 | 0.53986 | 0.19588 | 0.090931 | 0.92533 | - | "CaloClusterFrac for Pi0Merged" | 107 | 106.5929 | 0.99620 | 0.017452 | 0.85032 | 1.0058 | - | "CaloNeutralE19 for Photon" | 1453 | 843.9993 | 0.58087 | 0.18834 | 0.20374 | 1.3313 | - | "CaloNeutralE19 for PhotonFromMergedPi0" | 224 | 149.2451 | 0.66627 | 0.19787 | 0.23145 | 1.7127 | - | "CaloNeutralE19 for Pi0Merged" | 112 | 52.48827 | 0.46865 | 0.14152 | 0.22202 | 0.84971 | - | "CaloNeutralE49 for Photon" | 1453 | 1287.218 | 0.88590 | 0.096093 | 0.57935 | 1.3808 | - | "CaloNeutralE49 for PhotonFromMergedPi0" | 224 | 200.4198 | 0.89473 | 0.075899 | 0.60024 | 1.0000 | - | "CaloNeutralE49 for Pi0Merged" | 112 | 95.51061 | 0.85277 | 0.097310 | 0.62407 | 0.99475 | - | "CaloNeutralEcal for Photon" | 1453 | 6299505 | 4335.5 | 6409.6 | 178.95 | 60921.0 | - | "CaloNeutralEcal for PhotonFromMergedPi0" | 224 | 2228279 | 9947.7 | 9264.7 | 657.61 | 74816.0 | - | "CaloNeutralEcal for Pi0Merged" | 112 | 2122522 | 18951.0 | 15004.0 | 5353.3 | 92187.0 | - | "CaloNeutralHcal2Ecal for Photon" | 1453 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for PhotonFromMergedPi0" | 224 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for Pi0Merged" | 112 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralID for Photon" | 1453 |5.498457e+07 | 37842.0 | 3523.2 | 33160.0 | 44148.0 | - | "CaloNeutralID for PhotonFromMergedPi0" | 224 | 8332490 | 37199.0 | 2909.7 | 33297.0 | 43622.0 | - | "CaloNeutralID for Pi0Merged" | 112 | 4166497 | 37201.0 | 2907.8 | 33360.0 | 43622.0 | - | "CaloTrMatch for Photon" | 1402 | 149863.5 | 106.89 | 157.95 | 4.0214 | 978.67 | - | "CaloTrMatch for PhotonFromMergedPi0" | 224 | 2291.966 | 10.232 | 39.148 | 0.0043356 | 282.42 | - | "CaloTrMatch for Pi0Merged" | 112 | 1145.983 | 10.232 | 39.148 | 0.0043356 | 282.42 | - | "ClusterAsX for Photon" | 1453 | -5.493538 | -0.0037808 | 0.20009 | -0.69821 | 0.57183 | - | "ClusterAsX for PhotonFromMergedPi0" | 224 | 1.622661 | 0.0072440 | 0.23462 | -0.67383 | 0.82838 | - | "ClusterAsY for Photon" | 1453 | -2.504684 | -0.0017238 | 0.20576 | -0.60684 | 0.61597 | - | "ClusterAsY for PhotonFromMergedPi0" | 224 | 0.1718067 | 0.00076699 | 0.20728 | -0.76534 | 0.68799 | - | "IsNotH for Photon" | 1453 | 498.0393 | 0.34277 | 0.36063 | -1.0000 | 0.98892 | - | "IsNotH for Pi0Merged" | 112 | 25.10729 | 0.22417 | 0.28546 | 0.00027909 | 0.96642 | - | "IsPhoton for Photon" | 1453 | 1449.925 | 0.99788 | 0.042850 | 0.017310 | 1.0000 | - | "IsPhoton for Pi0Merged" | 112 | 73.13441 | 0.65299 | 0.44060 | 4.5783e-06 | 1.0000 | - | "IsPhotonXGB for Photon" | 1453 | 1450.664 | 0.99839 | 0.035344 | 0.069705 | 1.0000 | - | "IsPhotonXGB for Pi0Merged" | 112 | 90.01093 | 0.80367 | 0.30774 | 0.0075500 | 1.0000 | - | "Neutral Protos" | 10 | 1789 | 178.90 | 51.355 | 88.000 | 253.00 | - | "Neutral Protos from MergedPi0s" | 10 | 112 | 11.200 | 6.2738 | 2.0000 | 22.000 | - | "Neutral Protos from Photons" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | - | "Neutral Protos from SplitPhotons" | 10 | 224 | 22.400 | 12.548 | 4.0000 | 44.000 | - | "ShowerShape for Photon" | 1453 | 7943582 | 5467.0 | 5332.7 | 284.80 | 59727.0 | - | "ShowerShape for PhotonFromMergedPi0" | 224 | 955883 | 4267.3 | 3464.1 | 272.99 | 16655.0 | - | "ShowerShape for Pi0Merged" | 112 | 1127469 | 10067.0 | 8957.1 | 508.00 | 42342.0 | -HcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Hcal/Digits" | 10 | 4898 | 489.80 | 100.36 | 363.00 | 676.00 | -HcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 1632 | 163.20 | 56.891 | 77.000 | 246.00 | - | "#total energy" | 1632 | 12523.48 | 7.6737 | 12.186 | 0.0000 | 107.62 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -HcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 1632 | 163.20 | 56.891 | 77.000 | 246.00 | -HcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 1632 | 163.20 | 56.891 | 77.000 | 246.00 | -InBREMFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2801 | 280.10 | 88.360 | 123.00 | 413.00 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | - | "#tracks in acceptance" | 10 | 1943 | 194.30 | 67.884 | 87.000 | 313.00 | -InECALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2075 | 207.50 | 68.791 | 96.000 | 299.00 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | - | "#tracks in acceptance" | 10 | 1730 | 173.00 | 59.905 | 86.000 | 257.00 | -InHCALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2075 | 207.50 | 68.791 | 96.000 | 299.00 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | - | "#tracks in acceptance" | 10 | 1632 | 163.20 | 56.891 | 77.000 | 246.00 | -MCRichDigitSumm... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 10 | 89008 | 8900.8 | 2656.4 | 3886.0 | 13255.0 | -MatchAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1318 | 1015 |( 77.01062 +- 1.158994)% | - | "MC particles per track" | 1015 | 1173 | 1.1557 | -MergedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/MergedPi0s" | 10 | 112 | 11.200 | 6.2738 | 2.0000 | 22.000 | -MergedPi0RecFuture INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Cluster without 2nd seed found" | 112 | 0 |( 0.000000 +- 0.000000)% | - | "Corrected energy" | 224 | 2222111 | 9920.1 | 9212.4 | 658.41 | 73937.0 | - |*"Fails to set covariance" | 10 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to set spread" | 10 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (1)" | 112 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (2)" | 112 | 0 |( 0.000000 +- 0.000000)% | - | "Photon Delta(E)" | 224 | -6168.632 | -27.539 | 242.55 | -1329.9 | 960.27 | - | "Photon Delta(X)" | 224 | -177.0442 | -0.79038 | 13.386 | -31.566 | 22.326 | - | "Photon Delta(Y)" | 224 | -131.5022 | -0.58706 | 13.312 | -22.755 | 24.575 | - | "Photon Delta(Z)" | 224 | 17741.09 | 79.201 | 9.8285 | 41.803 | 100.37 | - | "clusters => mergedPi0s" | 10 | 112 | 11.200 | - | "clusters => splitClusters" | 10 | 224 | 22.400 | -MergedPi0RecFut... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 32 | 31.87052 | 0.99595 | 0.020985 | 0.96497 | 1.0507 | - | "<alpha> Middle" | 74 | 73.92815 | 0.99903 | 0.017260 | 0.97849 | 1.0613 | - | "<alpha> Outer" | 118 | 118.0917 | 1.0008 | 0.019640 | 0.97544 | 1.0822 | - | "Pileup offset" | 224 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 224 | 224 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -MergedPi0RecFut... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 23 | 134 | 5.8261 | 1.4035 | 4.0000 | 9.0000 | - | "Corrected Clusters: ET" | 23 | 18468.2 | 802.97 | 390.86 | 179.20 | 1597.0 | - | "Corrected Clusters: size ratio" | 23 | 11.23569 | 0.48851 | 0.33414 | 0.12468 | 1.4652 | -MuonIDAlgLite INFO Number of counters : 9 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "muonMVA2Stat" | 229 | -116.8827 | -0.51040 | 1.0684 | -2.5306 | 4.1144 | - | "nGoodOffline" | 1460 | - | "nInAcceptance" | 1186 | - | "nIsMuon" | 229 | - | "nIsMuonLoose" | 329 | - | "nIsMuonTight" | 85 | - | "nMomentumCut" | 1246 | - | "nMuonPIDs" | 1186 | - | "nPreSelTrack" | 1139 | -MuonProcStatus INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "readoutStatus : create a procStatus" | 10 | -MuonROFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Accepted events" | 10 | 10 |( 100.0000 +- 0.000000)% | -MuonTrackFitter INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 329 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 297 | 163 | 0.54882 | 0.49761 | 0.0000 | 1.0000 | - | "chisqprobSum" | 297 | 55.97999 | 0.18848 | 0.29306 | 0.0000 | 0.99960 | - | "flipCharge" | 329 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 10 | 329 | 32.900 | 22.425 | 12.000 | 80.000 | - | "nTracks" | 10 | 329 | 32.900 | 22.425 | 12.000 | 80.000 | - | "numOutliers" | 329 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -PackMuonPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 10 | 1186 | 118.60 | 38.103 | 64.000 | 170.00 | -PackMuonTracks INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 10 | 329 | 32.900 | 22.425 | 12.000 | 80.000 | -PackRichPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 10 | 1491 | 149.10 | 46.007 | 77.000 | 219.00 | -PackTrack INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 10 | 58 | 5.8000 | -PhotonMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Clusters" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | - | "RelationsTable" | 10 | 111126 | 11113.0 | 6566.3 | 2198.0 | 21437.0 | -PhotonMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 10 | 2406 | 240.60 | - | "Created long tracks" | 10 | 1289 | 128.90 | - | "Input tracks" | 10 | 2491 | 249.10 | - | "Number of candidate bins per track" | 2406 | 74549 | 30.985 | 19.742 | 0.0000 | 90.000 | - | "Number of complete candidates/track 1st Loop" | 2384 | 1390 | 0.58305 | 0.70161 | 0.0000 | 4.0000 | - | "Number of complete candidates/track 2nd Loop" | 1423 | 150 | 0.10541 | 0.34379 | 0.0000 | 3.0000 | - | "Number of x candidates per track 1st Loop" | 2384 | 7325 | 3.0726 | 2.6925 | - | "Number of x candidates per track 2nd Loop" | 1423 | 15461 | 10.865 | 8.5089 | - | "Percentage second loop execution" | 2384 | 1423 | 0.59690 | - | "Removed duplicates" | 10 | 81 | 8.1000 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 1129 | 4496 | 3.9823 | - | "#tracks with hits added" | 1129 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 10 | 733 | 73.300 | - | "Created long tracks" | 10 | 523 | 52.300 | - | "Input tracks" | 10 | 733 | 73.300 | - | "Number of candidate bins per track" | 733 | 13287 | 18.127 | 12.553 | 0.0000 | 61.000 | - | "Number of complete candidates/track 1st Loop" | 727 | 513 | 0.70564 | 0.50718 | 0.0000 | 3.0000 | - | "Number of complete candidates/track 2nd Loop" | 289 | 27 | 0.093426 | 0.29103 | 0.0000 | 1.0000 | - | "Number of x candidates per track 1st Loop" | 727 | 1475 | 2.0289 | 1.6843 | - | "Number of x candidates per track 2nd Loop" | 289 | 2290 | 7.9239 | 6.3921 | - | "Percentage second loop execution" | 727 | 289 | 0.39752 | - | "Removed duplicates" | 10 | 3 | 0.30000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 10 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 116378 | 0 | 0.0000 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 10 | 1365 | 136.50 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 4480 | 26379.86 | 5.8884 | - | "#MatchingTracks" | 10 | 1318 | 131.80 | - | "TracksMLP" | 4480 | 1352.23 | 0.30184 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 1168 | 4657 | 3.9872 | - | "#tracks with hits added" | 1168 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 10 | 1800 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 10 | 1800 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 10 | 2491 | 249.10 | - | "#tracks" | 10 | 733 | 73.300 | -PrepareMuonHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Impossible MuonTileID" | 3795 | 0 |( 0.000000 +- 0.000000)% | -ProtoElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/ProtoP/Charged" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -ResolvedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 88 | 8.8000 | 6.5391 | 2.0000 | 21.000 | -RichDLLsDown INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 10 | 201 | 20.100 | 6.4722 | 11.000 | 31.000 | - |*"Used RICH1 and RICH2" | 201 | 52 |( 25.87065 +- 3.088878)% | - |*"Used RICH1 only" | 201 | 123 |( 61.19403 +- 3.437208)% | - |*"Used RICH2 only" | 201 | 26 |( 12.93532 +- 2.367073)% | -RichDLLsLong INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 10 | 1161 | 116.10 | 37.824 | 57.000 | 169.00 | - |*"Used RICH1 and RICH2" | 1161 | 418 |( 36.00345 +- 1.408751)% | - |*"Used RICH1 only" | 1161 | 552 |( 47.54522 +- 1.465649)% | - |*"Used RICH2 only" | 1161 | 191 |( 16.45134 +- 1.088063)% | -RichDLLsUp INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 10 | 129 | 12.900 | 5.0882 | 5.0000 | 24.000 | - |*"Used RICH1 and RICH2" | 129 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 129 | 129 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 129 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonDown1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 9 | 9 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 4 | 4 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 39 | 39 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 39 | 24 |( 61.53846 +- 7.790303)% | - |*"Used RICH1 only" | 39 | 3 |( 7.692308 +- 4.266925)% | - |*"Used RICH2 only" | 39 | 12 |( 30.76923 +- 7.390530)% | -RichPIDMonDown2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 20 | 20 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 186 | 150 |( 80.64516 +- 2.896860)% | - |*"Used RICH1 and RICH2" | 150 | 28 |( 18.66667 +- 3.181428)% | - |*"Used RICH1 only" | 150 | 110 |( 73.33333 +- 3.610684)% | - |*"Used RICH2 only" | 150 | 12 |( 8.000000 +- 2.215100)% | -RichPIDMonDown2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 29 | 29 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 4 | 4 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 226 | 190 |( 84.07080 +- 2.434251)% | - |*"Used RICH1 and RICH2" | 190 | 52 |( 27.36842 +- 3.234527)% | - |*"Used RICH1 only" | 190 | 113 |( 59.47368 +- 3.561674)% | - |*"Used RICH2 only" | 190 | 25 |( 13.15789 +- 2.452345)% | -RichPIDMonDown7... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 1 | 1 |( 100.0000 +- 0.000000)% | -RichPIDMonLong1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 51 | 51 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 218 | 212 |( 97.24771 +- 1.108049)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 11 | 9 |( 81.81818 +- 11.62913)% | - |*"Track ID rate" | 384 | 383 |( 99.73958 +- 0.2600774)% | - |*"Used RICH1 and RICH2" | 383 | 233 |( 60.83551 +- 2.494166)% | - |*"Used RICH1 only" | 383 | 11 |( 2.872063 +- 0.8534334)% | - |*"Used RICH2 only" | 383 | 139 |( 36.29243 +- 2.456994)% | -RichPIDMonLong2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 323 | 322 |( 99.69040 +- 0.3091179)% | - |*"Track ID rate" | 798 | 738 |( 92.48120 +- 0.9334681)% | - |*"Used RICH1 and RICH2" | 738 | 180 |( 24.39024 +- 1.580770)% | - |*"Used RICH1 only" | 738 | 513 |( 69.51220 +- 1.694593)% | - |*"Used RICH2 only" | 738 | 45 |( 6.097561 +- 0.8808224)% | -RichPIDMonLong2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 53 | 53 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 544 | 537 |( 98.71324 +- 0.4832121)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 11 | 9 |( 81.81818 +- 11.62913)% | - |*"Track ID rate" | 1187 | 1126 |( 94.86099 +- 0.6408524)% | - |*"Used RICH1 and RICH2" | 1126 | 415 |( 36.85613 +- 1.437644)% | - |*"Used RICH1 only" | 1126 | 524 |( 46.53641 +- 1.486471)% | - |*"Used RICH2 only" | 1126 | 187 |( 16.60746 +- 1.109037)% | -RichPIDMonLong7... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 3 | 3 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 5 | 2 |( 40.00000 +- 21.90890)% | - |*"Used RICH1 only" | 5 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 5 | 3 |( 60.00000 +- 21.90890)% | -RichPIDMonUp10to70 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 19 | 17 |( 89.47368 +- 7.040590)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 49 | 37 |( 75.51020 +- 6.143238)% | - |*"Used RICH1 and RICH2" | 37 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 37 | 37 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 37 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to10 INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 23 | 23 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 90 | 90 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 90 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 90 | 90 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 90 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to100 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 42 | 40 |( 95.23810 +- 3.286026)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 141 | 127 |( 90.07092 +- 2.518472)% | - |*"Used RICH1 and RICH2" | 127 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 127 | 127 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 127 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp70t... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 2 | 0 |( 0.000000 +- 0.000000)% | -RichRecoStatsDown INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 37284 | 3728.4 | 2169.4 | 973.00 | 6914.0 | - | "# Rich1Gas Segments" | 10 | 175 | 17.500 | 6.1847 | 10.000 | 27.000 | - | "# Rich2Gas Photons" | 10 | 4581 | 458.10 | 322.28 | 127.00 | 1139.0 | - | "# Rich2Gas Segments" | 10 | 78 | 7.8000 | 3.9446 | 4.0000 | 16.000 | - | "# Selected Tracks" | 10 | 201 | 20.100 | 6.4722 | 11.000 | 31.000 | - |*"RICH selection efficiency" | 237 | 201 |( 84.81013 +- 2.331454)% | -RichRecoStatsLong INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 202575 | 20258.0 | 12054.0 | 5677.0 | 40316.0 | - | "# Rich1Gas Segments" | 10 | 970 | 97.000 | 35.154 | 50.000 | 149.00 | - | "# Rich2Gas Photons" | 10 | 45806 | 4580.6 | 2074.4 | 1182.0 | 8364.0 | - | "# Rich2Gas Segments" | 10 | 609 | 60.900 | 18.854 | 31.000 | 87.000 | - | "# Selected Tracks" | 10 | 1161 | 116.10 | 37.824 | 57.000 | 169.00 | - |*"RICH selection efficiency" | 1223 | 1161 |( 94.93050 +- 0.6272956)% | -RichRecoStatsUp INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 30257 | 3025.7 | 1822.5 | 955.00 | 6791.0 | - | "# Rich1Gas Segments" | 10 | 129 | 12.900 | 5.0882 | 5.0000 | 24.000 | - | "# Rich2Gas Photons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 10 | 129 | 12.900 | 5.0882 | 5.0000 | 24.000 | - |*"RICH selection efficiency" | 145 | 129 |( 88.96552 +- 2.601973)% | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 10 | 1894 | 189.40 | -SeedingAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1894 | 1731 |( 91.39388 +- 0.6444250)% | - | "MC particles per track" | 1731 | 1731 | 1.0000 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 203 | -ToolSvc.TrackFu... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 5 | -TrackBestTrackC... INFO Number of counters : 33 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 5566 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 454 | 243 |( 53.52423 +- 2.340780)% | - | "Downstream.chisqProbSum" | 454 | 65.80026 | 0.14493 | - |*"Downstream.flipCharge" | 454 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 454 | 453954.6 | 999.90 | - | "Downstream.numOutliers" | 454 | 535 | 1.1784 | - |*"FitFailed" | 5566 | 0 |( 0.000000 +- 0.000000)% | - | "FittedBefore" | 473 | - |*"Long.badChisq" | 1199 | 571 |( 47.62302 +- 1.442345)% | - | "Long.chisqProbSum" | 1199 | 240.9313 | 0.20094 | - |*"Long.flipCharge" | 1199 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 1199 | 1198880 | 999.90 | - | "Long.numOutliers" | 1199 | 1616 | 1.3478 | - |*"Ttrack.badChisq" | 615 | 17 |( 2.764228 +- 0.6610927)% | - | "Ttrack.chisqProbSum" | 615 | 217.1029 | 0.35301 | - |*"Ttrack.flipCharge" | 615 | 35 |( 5.691057 +- 0.9341903)% | - | "Ttrack.ghostProbability" | 615 | 614938.5 | 999.90 | - | "Ttrack.numOutliers" | 615 | 293 | 0.47642 | - |*"Upstream.badChisq" | 194 | 57 |( 29.38144 +- 3.270357)% | - | "Upstream.chisqProbSum" | 194 | 69.17046 | 0.35655 | - |*"Upstream.flipCharge" | 194 | 5 |( 2.577320 +- 1.137662)% | - | "Upstream.ghostProbability" | 194 | 193980.6 | 999.90 | - | "Upstream.numOutliers" | 194 | 184 | 0.94845 | - |*"Velo.badChisq" | 1196 | 268 |( 22.40803 +- 1.205715)% | - | "Velo.chisqProbSum" | 1196 | 434.3881 | 0.36320 | - |*"Velo.flipCharge" | 1196 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 1196 | 1195880 | 999.90 | - | "Velo.numOutliers" | 1196 | 1238 | 1.0351 | - |*"VeloBackward.badChisq" | 1435 | 80 |( 5.574913 +- 0.6056710)% | - | "VeloBackward.chisqProbSum" | 1435 | 723.1942 | 0.50397 | - |*"VeloBackward.flipCharge" | 1435 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 1435 | 1434857 | 999.90 | - | "VeloBackward.numOutliers" | 1435 | 526 | 0.36655 | -TrackDiMuonMonitor INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "numcombinations" | 10 | 3721 | 372.10 | - | "numnegtracks" | 10 | 150 | 15.000 | - | "numpostracks" | 10 | 179 | 17.900 | - | "numselected" | 10 | 0 | 0.0000 | -TrackMonitor INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream" | 10 | 237 | 23.700 | 7.3627 | 14.000 | 38.000 | - | "#Long" | 10 | 1223 | 122.30 | 40.185 | 59.000 | 176.00 | - | "#Tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | - | "#Ttrack" | 10 | 615 | 61.500 | 24.776 | 23.000 | 105.00 | - | "#Upstream" | 10 | 145 | 14.500 | 6.1033 | 5.0000 | 25.000 | - | "#Velo" | 10 | 1196 | 119.60 | 40.145 | 41.000 | 185.00 | - | "#VeloBackward" | 10 | 1435 | 143.50 | 44.809 | 81.000 | 204.00 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 1365 | 136.50 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 1318 | 131.80 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 733 | 666 |( 90.85948 +- 1.064434)% | - | "MC particles per track" | 666 | 666 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 10 | 30441 | 3044.1 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 3927 | 3885 |( 98.93048 +- 0.1641454)% | - | "MC particles per track" | 3885 | 3895 | 1.0026 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 10 | 30441 | 3044.1 | - | "Nb of Produced Tracks" | 10 | 3927 | 392.70 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 733 | 73.300 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 10 | 132.2 | 8.1216 | -1.3929 | 1.1845 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 10 | 1072.2 | 158.58 | -0.88074 | 0.38049 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 10 | 4783.6 | 1500.2 | 0.20474 | -0.68643 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 10722 | 4.4615 | 5.2352 | 2.1511 | 5.1427 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 10 | 0 | 0 | 0 | 0 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 10 | 998 | 140.47 | -1.2512 | 0.48955 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 10 | 2923.2 | 724.95 | -0.79438 | -0.26945 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 9980 | 2.9291 | 2.645 | 3.5518 | 30.728 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 33278 | 1.4375 | 1.3525 | 7.1709 | 86.962 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 24323 | 1.2018 | 0.89786 | 17.02 | 655.32 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 36 | 1.6675 | 0.67647 | 0.18878 | -1.014 | - | All/Rejected/CloneDist | "Track Clone Distance" | 36 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 36 | 0.19057 | 0.094883 | -0.54555 | -1.0856 | - | All/Rejected/P | "Track Momentum" | 36 | 4356.1 | 1351 | 1.0782 | 0.29549 | - | All/Rejected/Pt | "Track Transverse Momentum" | 36 | 115.11 | 49.307 | 2.4075 | 4.0743 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 201 | 1.441 | 0.61839 | 0.38299 | -0.69294 | - | All/Selected/CloneDist | "Track Clone Distance" | 201 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 201 | 0.072339 | 0.10062 | 1.5853 | 1.4226 | - | All/Selected/P | "Track Momentum" | 201 | 7889.4 | 8831.3 | 3.9684 | 21.755 | - | All/Selected/Pt | "Track Transverse Momentum" | 201 | 457.1 | 449.28 | 2.1521 | 5.1759 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 20.1 | 6.4722 | 0.1731 | -1.2793 | - | nTracks | "# Tracks / Event" | 10 | 23.7 | 7.3627 | 0.53495 | -0.82707 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 18998 | 0.00055697 | 0.0024423 | -0.10872 | -0.88019 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 2859 |-6.0772e-05 | 0.0020479 | -0.35297 | -0.45631 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 37274 | 0.00056572 | 0.0024384 | -0.10655 | -0.87164 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 5563 |-0.00014477 | 0.0021049 | -0.32191 | -0.48813 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 37274 | 3.1258 | 1.8038 | 0.016183 | -1.1672 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 37274 | 0.044663 | 0.0091818 | -1.2561 | 0.91593 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 18276 | 0.00057487 | 0.0024342 | -0.10418 | -0.86275 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 2704 |-0.00022955 | 0.0021575 | -0.28424 | -0.52667 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 2170 | 0.00015645 | 0.0013041 | -0.07197 | -1.0187 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 1607 | 0.00019926 | 0.0012801 | -0.076009 | -0.99673 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 2411 | 0.0002203 | 0.0012816 | -0.074352 | -1.0278 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1737 | 0.0002758 | 0.001259 | -0.093963 | -1.0441 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 4581 | 0.00019024 | 0.0012926 | -0.074428 | -1.0214 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 3344 | 0.00023957 | 0.0012696 | -0.086676 | -1.0193 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 4581 | 3.1366 | 1.8438 | 0.019713 | -1.2309 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 4581 | 0.027056 | 0.0041004 | -1.4165 | 1.6759 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1827 | -0.000416 | 0.0020416 | -0.34581 | -0.5915 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1827 | -0.000416 | 0.0020416 | -0.34581 | -0.5915 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 3106 |-0.00043275 | 0.0020671 | -0.3424 | -0.61907 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 3106 |-0.00043275 | 0.0020671 | -0.3424 | -0.61907 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 3106 | 3.2544 | 1.8139 | -0.092413 | -1.1672 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 3106 | 0.045364 | 0.0086487 | -1.4451 | 1.3229 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 1279 |-0.00045578 | 0.0021014 | -0.33615 | -0.65827 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 1279 |-0.00045578 | 0.0021014 | -0.33615 | -0.65827 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 578 | 0.0003247 | 0.0012145 | -0.10885 | -0.99288 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 578 | 0.0003247 | 0.0012145 | -0.10885 | -0.99288 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1002 | 0.00021506 | 0.0012076 | -0.034137 | -0.99206 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1002 | 0.00021506 | 0.0012076 | -0.034137 | -0.99206 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 1580 | 0.0002556 | 0.0012113 | -0.061059 | -0.99491 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 1580 | 0.0002556 | 0.0012113 | -0.061059 | -0.99491 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 1580 | 3.0089 | 1.8071 | 0.11881 | -1.1695 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 1580 | 0.026694 | 0.0044322 | -1.1194 | 0.20033 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 92.119 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 175 | 602.05 | 35.302 | -5.4113 | 37.672 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 37 | 285.18 | 191.31 | -0.098049 | -1.5541 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 165 | 436.03 | 156.36 | -0.85271 | -0.4491 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 137 | 412.88 | 164.37 | -0.77321 | -0.51554 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 14 | 204.32 | 122.95 | 0.57311 | -0.20593 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 191.04 | 81.759 | 0.037269 | -1.8849 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 227 | 404.94 | 52.951 | -0.1777 | -0.76607 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 25 | 158.93 | 95.107 | 0.098543 | -0.94151 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 163 | 245.71 | 101.87 | -0.85875 | -0.34142 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 126 | 225.42 | 105.66 | -0.76379 | -0.59429 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 7 | 155.04 | 116.03 | -0.077126 | -1.5061 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 7.3758 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 175 | 55.305 | 3.2429 | -5.4929 | 38.088 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 35 | 27.086 | 17.235 | -0.15893 | -1.5672 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 165 | 39.702 | 14.686 | -0.86041 | -0.43184 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 136 | 37.814 | 15.13 | -0.75193 | -0.56756 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 14 | 17.931 | 11.554 | 0.60459 | -0.11751 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 17.795 | 7.8953 | 0.080178 | -1.9417 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 78 | 34.261 | 2.4374 | -0.40217 | -0.74057 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 24 | 15.301 | 8.8301 | 0.065821 | -0.89139 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 75 | 29.856 | 3.3495 | -1.2558 | 2.1078 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 72 | 27.119 | 5.1742 | -1.4111 | 2.3757 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 7 | 14.393 | 11.106 | 0.0024374 | -1.5708 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 5.029 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 175 | 36.658 | 3 | -1.826 | 8.7477 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 35 | 18.535 | 11.612 | -0.10509 | -1.4568 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 165 | 26.302 | 9.9476 | -0.76484 | -0.5066 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 136 | 25.016 | 10.07 | -0.6743 | -0.50231 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 14 | 11.515 | 7.1702 | 0.489 | -0.090848 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 11.508 | 4.9672 | 0.052017 | -2.1261 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 78 | 17.043 | 6.4607 | -0.47576 | -0.62527 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 24 | 10.117 | 5.7673 | 0.0042018 | -0.91305 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 75 | 15.929 | 6.3185 | -0.48146 | -0.74037 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 72 | 15.304 | 6.284 | -0.34502 | -0.96687 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 7 | 9.348 | 7.0831 | -0.046714 | -1.6435 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 1 | 0.68182 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 175 | 0.66281 | 0.037627 | 0.068242 | -0.54778 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 35 | 0.70278 | 0.060467 | -0.47103 | -0.090436 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 165 | 0.66424 | 0.056588 | -0.69852 | 1.9031 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 136 | 0.6634 | 0.048978 | -0.19621 | -0.44063 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 14 | 0.65416 | 0.049379 | 0.37398 | -0.71133 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 2 | 0.65101 | 0.009705 | 1.3793 | -0.76705 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 78 | 0.50449 | 0.19802 | -0.50885 | -0.79162 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 24 | 0.65457 | 0.067757 | -0.029027 | -0.48684 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 75 | 0.52517 | 0.18785 | -0.60564 | -0.56487 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 72 | 0.55073 | 0.17878 | -0.57262 | -0.75112 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 7 | 0.68223 | 0.061094 | 0.65526 | -0.0026506 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 44 |-4.5216e-15 | 0.029204 | -43.797 | 2196.5 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 16576 | 3.3178e-16 | 0.33243 | -0.25022 | 1.3487 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2304 | 4.3098e-16 | 0.18174 | -0.18393 | 1.1653 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 13176 |-1.3064e-15 | 0.26703 | -0.31932 | 2.0103 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 10624 |-1.5513e-15 | 0.26014 | -0.33671 | 2.3605 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 784 | -1.722e-16 | 0.11311 | -0.43717 | 6.7747 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 148 | -1.181e-14 | 4.9307 | 2.4644 | 5.7393 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 17364 | 0.14337 | 19.544 | 0.037457 | 0.77145 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1572 |-1.7809e-15 | 7.5352 | 0.60807 | -0.45617 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 10592 | -0.29145 | 17.481 | 0.015028 | 1.5739 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 8232 | 0.085757 | 14.776 | 0.096189 | 2.9529 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 428 |-1.3182e-14 | 6.1954 | 1.549 | 2.0471 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 68 | -1.4231 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 68 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 68 | 1090.8 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 172 | -1.3891 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 172 | -4.7315 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 172 | 2212.1 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 47836 | 0.13323 | 0.10273 | 0.68631 | -0.41923 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 29232 | 0.055247 | 0.039333 | 1.8037 | 5.1201 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 201 | 2.9809 | 8.5596 | 1.3506 | 3.4833 | - | deuteron/dll | "deuteron DLL" | 201 | 2.9818 | 8.5637 | 1.3383 | 3.4368 | - | electron/dll | "electron DLL" | 201 | -3.5918 | 11.947 | 0.3451 | 1.3748 | - | kaon/dll | "kaon DLL" | 201 | 2.3782 | 8.0188 | 0.66343 | 2.3609 | - | muon/dll | "muon DLL" | 201 | -1.8856 | 6.4043 | 1.2551 | 13.479 | - | pion/dll | "pion DLL" | 201 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 201 | 2.9186 | 8.6578 | 1.4657 | 4.0029 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 62 | 1.4703 | 0.64889 | 0.38453 | -0.99728 | - | All/Rejected/CloneDist | "Track Clone Distance" | 62 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 62 | 0.16975 | 0.11304 | 0.40458 | -1.3553 | - | All/Rejected/P | "Track Momentum" | 62 | 5405.5 | 6694.4 | 7.489 | 54.85 | - | All/Rejected/Pt | "Track Transverse Momentum" | 62 | 115.78 | 198.01 | 4.9229 | 25.722 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1161 | 1.2461 | 0.5052 | 1.3216 | 1.6832 | - | All/Selected/CloneDist | "Track Clone Distance" | 1161 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 1161 | 0.043445 | 0.077156 | 2.4598 | 5.7069 | - | All/Selected/P | "Track Momentum" | 1161 | 11093 | 11590 | 2.6421 | 9.0177 | - | All/Selected/Pt | "Track Transverse Momentum" | 1161 | 588.89 | 599.83 | 3.6068 | 20.207 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 116.1 | 37.824 | -0.036258 | -1.4888 | - | nTracks | "# Tracks / Event" | 10 | 122.3 | 40.185 | -0.061005 | -1.53 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 101776 | 0.00050232 | 0.0023225 | -0.020223 | -0.7967 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 26815 |-0.00015904 | 0.0021242 | -0.19278 | -0.5865 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 201215 | 0.00049232 | 0.002313 | -0.024555 | -0.77599 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 57098 |-0.00016083 | 0.0021253 | -0.1966 | -0.59511 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 201215 | 3.1395 | 1.8201 | 0.00097139 | -1.195 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 201215 | 0.045186 | 0.0087686 | -1.4027 | 1.5396 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 99439 | 0.00048213 | 0.0023032 | -0.029306 | -0.7547 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 30283 | -0.0001624 | 0.0021263 | -0.19996 | -0.60272 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 22847 | 8.8759e-05 | 0.0012901 | -0.022941 | -0.9357 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 18521 | 8.8533e-05 | 0.0012838 | -0.01473 | -0.92739 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 22959 | 7.3767e-05 | 0.001278 | -0.013141 | -0.91979 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 19353 | 6.9927e-05 | 0.0012677 | -0.0052754 | -0.90607 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 45806 | 8.1191e-05 | 0.001284 | -0.017899 | -0.92769 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 37874 | 7.9027e-05 | 0.0012756 | -0.0097147 | -0.91648 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 45806 | 3.1654 | 1.7917 | -0.025994 | -1.1734 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 45806 | 0.026828 | 0.004335 | -1.4805 | 2.0146 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 20802 |-0.00029186 | 0.0021354 | -0.20234 | -0.63176 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 20802 |-0.00029186 | 0.0021354 | -0.20234 | -0.63176 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 42559 | -0.0003366 | 0.0021337 | -0.21072 | -0.66767 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 42559 | -0.0003366 | 0.0021337 | -0.21072 | -0.66767 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 42559 | 3.1097 | 1.8186 | 0.019991 | -1.1943 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 42559 | 0.044948 | 0.0090978 | -1.3047 | 0.90791 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 21757 |-0.00037936 | 0.0021313 | -0.2193 | -0.70464 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 21757 |-0.00037936 | 0.0021313 | -0.2193 | -0.70464 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 9939 | 5.619e-05 | 0.0012658 | -0.0028197 | -0.88116 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 9939 | 5.619e-05 | 0.0012658 | -0.0028197 | -0.88116 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 8768 |-3.6167e-07 | 0.0012576 | 0.018929 | -0.88968 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 8768 |-3.6167e-07 | 0.0012576 | 0.018929 | -0.88968 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 18707 | 2.9608e-05 | 0.0012623 | 0.0077234 | -0.8851 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 18707 | 2.9608e-05 | 0.0012623 | 0.0077234 | -0.8851 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 18707 | 3.1947 | 1.7943 | -0.039995 | -1.1863 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 18707 | 0.026691 | 0.0046311 | -1.4748 | 1.6212 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 33 | 267.91 | 174.78 | 0.0041206 | -1.1777 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 970 | 606.9 | 17.54 | -5.7082 | 91.723 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 289 | 335.86 | 183.38 | -0.34251 | -1.1932 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 947 | 487.97 | 131.27 | -1.6296 | 2.2208 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 882 | 445.93 | 156.41 | -1.1503 | 0.39107 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 120 | 290.09 | 168.79 | 0.1609 | -1.0977 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 19 | 136.08 | 98.74 | -0.019857 | -1.5811 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 1175 | 390.26 | 48.794 | 0.30198 | -0.77029 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 237 | 198.06 | 87.848 | -0.35031 | -0.84077 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 981 | 270.83 | 90.129 | -1.2619 | 0.66705 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 837 | 248.61 | 98.104 | -1.0429 | 0.056176 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 89 | 154.78 | 92.254 | 0.13585 | -1.0432 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 30 | 26.412 | 15.1 | -0.031717 | -1.1275 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 970 | 55.75 | 1.6112 | -5.7578 | 91.428 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 281 | 31.19 | 16.612 | -0.35261 | -1.1672 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 945 | 44.672 | 12.165 | -1.6043 | 2.1164 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 875 | 40.96 | 14.271 | -1.1426 | 0.37802 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 118 | 26.446 | 15.597 | 0.17781 | -1.1145 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 17 | 14.007 | 8.9152 | -0.20215 | -1.5099 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 609 | 33.863 | 2.2759 | 0.10926 | -0.64183 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 233 | 18.704 | 8.298 | -0.33891 | -0.8574 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 589 | 30.221 | 3.4015 | -1.7967 | 5.342 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 578 | 27.873 | 5.0527 | -1.3954 | 2.0276 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 89 | 14.29 | 8.8873 | 0.14305 | -1.0355 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 30 | 17.413 | 10.136 | 0.10657 | -0.93558 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 970 | 37.053 | 2.5949 | -0.38997 | 3.1917 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 281 | 20.769 | 11.204 | -0.30034 | -1.1891 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 945 | 29.632 | 8.3547 | -1.3458 | 1.5933 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 875 | 27.156 | 9.7346 | -0.98391 | 0.19143 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 118 | 17.348 | 10.469 | 0.27899 | -0.98091 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 17 | 9.4746 | 5.8548 | -0.24879 | -1.4368 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 609 | 18.607 | 5.8438 | -0.95726 | -0.028549 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 233 | 12.546 | 5.6282 | -0.30709 | -0.81976 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 589 | 17.472 | 5.8048 | -0.91962 | -0.22261 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 578 | 16.518 | 6.0593 | -0.83223 | -0.44772 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 89 | 9.5594 | 5.9452 | 0.16056 | -1.0456 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 30 | 0.6624 | 0.066384 | -0.057477 | -0.11949 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 970 | 0.66466 | 0.042809 | -0.24499 | 1.9155 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 281 | 0.66683 | 0.063805 | -0.38911 | 0.57316 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 945 | 0.66388 | 0.051175 | -0.21223 | 0.27487 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 875 | 0.66266 | 0.056751 | -0.28857 | 0.29518 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 118 | 0.65755 | 0.074639 | -0.90372 | 1.9329 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 17 | 0.70818 | 0.075929 | 0.63742 | -0.58919 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 609 | 0.55503 | 0.18206 | -0.92039 | -0.31547 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 233 | 0.67106 | 0.063135 | -1.1215 | 4.4531 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 589 | 0.57126 | 0.17037 | -1.0294 | 0.0095572 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 578 | 0.57892 | 0.16745 | -1.1446 | 0.32511 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 89 | 0.66371 | 0.060306 | -0.091647 | 0.086386 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1988 | 6.6551e-15 | 0.14104 | -0.27255 | 1.0439 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 91360 |-8.5505e-16 | 0.32445 | -0.47046 | 1.9814 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 19808 |-1.0028e-15 | 0.18424 | -0.36575 | 2.4227 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 79600 |-3.8732e-16 | 0.27058 | -0.39099 | 1.8994 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 70648 | 1.1322e-15 | 0.25251 | -0.35994 | 2.0258 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 7772 | 4.2329e-16 | 0.15076 | -0.13698 | 2.1055 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 1068 |-1.3339e-14 | 6.6072 | 0.91226 | 0.90169 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 95256 | 0.19804 | 15.621 | 0.095108 | 2.4146 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 17032 | -0.0002029 | 6.7487 | 0.72319 | 3.371 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 71308 | 0.17066 | 14.664 | 0.12777 | 2.9835 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 60480 | 0.083598 | 12.883 | 0.12265 | 4.0852 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 5636 | 9.9723e-16 | 6.3904 | 0.85506 | 0.81038 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 430 | -1.4235 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 430 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 430 | 1089.9 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 950 | -1.4708 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 950 | -4.7949 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 950 | 2122 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 47836 | 0.10085 | 0.077088 | 0.74801 | -0.23985 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 29232 | 0.048186 | 0.037942 | 2.0031 | 6.2708 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 1161 | -1.7825 | 13.084 | -0.31131 | 1.4167 | - | deuteron/dll | "deuteron DLL" | 1161 | -1.8643 | 13.145 | -0.31722 | 1.4026 | - | electron/dll | "electron DLL" | 1161 | -10.949 | 12.984 | -0.33624 | 0.64034 | - | kaon/dll | "kaon DLL" | 1161 | -2.5212 | 13.685 | -0.46546 | 1.4597 | - | muon/dll | "muon DLL" | 1161 | -5.8676 | 9.2764 | -1.4233 | 2.7645 | - | pion/dll | "pion DLL" | 1161 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 1161 | -2.1239 | 13.227 | -0.38411 | 1.2811 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 16 | 1.2048 | 0.53658 | 1.239 | 1.838 | - | All/Rejected/CloneDist | "Track Clone Distance" | 16 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 16 | 0.013049 | 0.014574 | 2.4679 | 5.3773 | - | All/Rejected/P | "Track Momentum" | 16 | 42815 | 19104 | 1.6164 | 1.5832 | - | All/Rejected/Pt | "Track Transverse Momentum" | 16 | 1051.2 | 614.33 | 1.3623 | 0.72414 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 129 | 1.0577 | 0.52129 | 1.4641 | 2.7706 | - | All/Selected/CloneDist | "Track Clone Distance" | 129 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 129 | 0.055735 | 0.070745 | 2.6048 | 7.5992 | - | All/Selected/P | "Track Momentum" | 129 | 10367 | 11383 | 2.2449 | 4.8574 | - | All/Selected/Pt | "Track Transverse Momentum" | 129 | 966.59 | 662.2 | 2.3889 | 7.5489 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 12.9 | 5.0882 | 0.63209 | -0.013759 | - | nTracks | "# Tracks / Event" | 10 | 14.5 | 6.1033 | 0.19398 | -1.1673 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 14325 | -0.000379 | 0.0025391 | 0.032254 | -0.9545 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 9190 |-0.00067403 | 0.0023766 | -0.050764 | -1.0388 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 27842 | -0.0003259 | 0.0025799 | 0.04092 | -0.97541 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 16793 |-0.00058001 | 0.0024095 | -0.049689 | -1.0144 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 27842 | 3.1608 | 1.8103 | -0.015209 | -1.2104 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 27842 | 0.040546 | 0.011106 | -0.80505 | -0.26273 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 13517 |-0.00026584 | 0.002624 | 0.045479 | -1.0039 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 7603 |-0.00045627 | 0.0024467 | -0.057258 | -0.99631 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 6142 | -0.0005793 | 0.0023605 | -0.10368 | -1.0191 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 6142 | -0.0005793 | 0.0023605 | -0.10368 | -1.0191 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 10958 |-0.00053612 | 0.0024162 | -0.076945 | -1.0232 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 10958 |-0.00053612 | 0.0024162 | -0.076945 | -1.0232 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 10958 | 3.1827 | 1.803 | -0.041522 | -1.23 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 10958 | 0.039264 | 0.011494 | -0.65089 | -0.55406 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 4816 |-0.00047499 | 0.0024918 | -0.052235 | -1.0456 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 4816 |-0.00047499 | 0.0024918 | -0.052235 | -1.0456 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 7 | 327.42 | 96.393 | 1.0422 | 0.31897 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 617.68 | 23.173 | 0.69702 | -0.71559 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 42 | 398.01 | 172.92 | -0.83945 | -0.59055 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 128 | 491.12 | 128.18 | -1.1064 | 0.060358 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 119 | 438.52 | 177.91 | -1.022 | -0.28003 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 27 | 278.17 | 204.88 | -0.042391 | -1.6199 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 7 | 29.509 | 9.0583 | 0.98643 | 0.11418 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 56.741 | 2.1287 | 0.75467 | -0.55153 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 42 | 36.125 | 16.263 | -0.85331 | -0.57809 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 128 | 44.847 | 12.058 | -1.1084 | 0.064715 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 119 | 39.914 | 16.714 | -1.0144 | -0.31102 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 25 | 26.981 | 18.454 | -0.16296 | -1.5515 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 7 | 19.964 | 7.0643 | 1.3623 | 0.59817 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 37.468 | 2.9411 | 0.40054 | -0.091402 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 42 | 23.833 | 10.662 | -0.85203 | -0.47773 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 128 | 29.42 | 8.0315 | -1.0332 | -0.11647 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 119 | 26.553 | 11.105 | -1.0337 | -0.26874 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 25 | 18.258 | 12.351 | -0.14772 | -1.542 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 7 | 0.6728 | 0.05192 | 0.11285 | -1.8682 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 129 | 0.6604 | 0.046074 | 0.055829 | -0.43747 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 42 | 0.66093 | 0.060386 | 0.076866 | 0.61883 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 128 | 0.65739 | 0.048923 | 0.16458 | -0.31552 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 119 | 0.66793 | 0.054689 | -0.051913 | 0.054382 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 25 | 0.66874 | 0.077746 | -0.23078 | -0.056926 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 500 |-1.0701e-14 | 0.14777 | 0.53557 | 4.1146 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 12152 | 1.6875e-15 | 0.51105 | -0.40255 | 0.75213 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 3180 | 2.5819e-15 | 0.20097 | 0.048968 | 1.5091 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10744 | 2.3187e-15 | 0.4123 | -0.38317 | 1.278 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9312 | -5.368e-16 | 0.37046 | -0.40627 | 1.8644 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 1616 |-1.1487e-15 | 0.17116 | 0.24485 | 2.6484 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 90 | -1.4161 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 90 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 90 | 1109 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 47836 | 0.13604 | 0.10504 | 0.67122 | -0.49114 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 129 | -0.88735 | 11.432 | -0.2346 | 0.28606 | - | deuteron/dll | "deuteron DLL" | 129 | -0.83377 | 11.404 | -0.24339 | 0.31136 | - | electron/dll | "electron DLL" | 129 | -13.673 | 12.355 | -0.39446 | -0.78627 | - | kaon/dll | "kaon DLL" | 129 | 0.16809 | 10.767 | -0.3884 | 0.65526 | - | muon/dll | "muon DLL" | 129 | -4.6262 | 7.0596 | -1.1627 | 1.8344 | - | pion/dll | "pion DLL" | 129 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 129 | -0.51787 | 11.343 | -0.38086 | 0.6359 | -ChargedProtoANN...SUCCESS 1D histograms in directory "PROTO/ChargedProtoANNPIDMoni" : 18 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Downstream/ElectronANN | "Downstream Electron ANN PID" | 237 | 0.40991 | 0.39567 | 0.32257 | -1.6069 | - | Downstream/GhostANN | "Downstream Ghost ANN PID" | 237 | 0.4567 | 0.38084 | 0.16751 | -1.5971 | - | Downstream/KaonANN | "Downstream Kaon ANN PID" | 237 | 0.054255 | 0.1233 | 4.9958 | 30.22 | - | Downstream/MuonANN | "Downstream Muon ANN PID" | 237 | 0.0049922 | 0.05927 | 13.437 | 186.81 | - | Downstream/PionANN | "Downstream Pion ANN PID" | 237 | 0.34236 | 0.32511 | 0.72759 | -0.82762 | - | Downstream/ProtonANN | "Downstream Proton ANN PID" | 237 | 0.12155 | 0.22704 | 2.4976 | 5.2493 | - | Long/ElectronANN | "Long Electron ANN PID" | 1223 | 0.16528 | 0.32503 | 1.7715 | 1.4155 | - | Long/GhostANN | "Long Ghost ANN PID" | 1223 | 0.29265 | 0.36546 | 0.92118 | -0.8235 | - | Long/KaonANN | "Long Kaon ANN PID" | 1223 | 0.1503 | 0.29043 | 2.1045 | 2.8634 | - | Long/MuonANN | "Long Muon ANN PID" | 1223 | 0.00056104 | 0.0013102 | 38.889 | 128.75 | - | Long/PionANN | "Long Pion ANN PID" | 1223 | 0.54917 | 0.41986 | -0.22801 | -1.735 | - | Long/ProtonANN | "Long Proton ANN PID" | 1223 | 0.15705 | 0.27125 | 2.073 | 2.9761 | - | Upstream/ElectronANN | "Upstream Electron ANN PID" | 145 | 0.0037448 | 0.010898 | 4.7285 | 23.471 | - | Upstream/GhostANN | "Upstream Ghost ANN PID" | 145 | 0.097834 | 0.20173 | 2.8875 | 7.6317 | - | Upstream/KaonANN | "Upstream Kaon ANN PID" | 145 | 0.19366 | 0.22953 | 1.8362 | 2.8585 | - | Upstream/MuonANN | "Upstream Muon ANN PID" | 145 | 0.005774 | 0.0081616 | 3.9184 | 19.79 | - | Upstream/PionANN | "Upstream Pion ANN PID" | 145 | 0.65622 | 0.29043 | -0.77636 | -0.59667 | - | Upstream/ProtonANN | "Upstream Proton ANN PID" | 145 | 0.13749 | 0.17572 | 2.0058 | 3.464 | -RiCKMCResDown SUCCESS 1D histograms in directory "RICH/RiCKMCResDown" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 37274 | 8.7862e-05 | 0.0024047 | -0.021872 | -0.77605 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 12591 |-0.00060655 | 0.0021435 | -0.20006 | -0.91686 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 37274 | 0.00056572 | 0.0024384 | -0.10655 | -0.87164 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 5563 |-0.00014477 | 0.0021049 | -0.32191 | -0.48813 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35407 | 0.00010372 | 0.0025176 | -0.028834 | -0.93646 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 11342 |-0.00072373 | 0.0022544 | -0.089276 | -1.0892 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35407 | 0.00057761 | 0.002497 | -0.11378 | -0.95455 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 5164 |-0.00019774 | 0.0021699 | -0.24815 | -0.64855 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1867 | -2.916e-05 | 0.0012913 | -0.36712 | 0.9721 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1249 | -2.788e-05 | 0.0013352 | -0.46813 | 0.72295 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1867 | 0.00040652 | 0.0014314 | -0.17363 | 1.401 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 399 | 0.00029305 | 0.0013853 | -1.2303 | 3.6164 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 35407 | 3.1245 | 1.8058 | 0.016971 | -1.1684 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1867 | 3.1496 | 1.7653 | 0.0020424 | -1.1463 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 35407 | 0.044449 | 0.0092692 | -1.2142 | 0.79476 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1867 | 0.048693 | 0.0060588 | -2.4463 | 6.8852 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 4581 | 9.6051e-05 | 0.001256 | -0.060678 | -0.90272 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 3019 | 0.0001153 | 0.0012422 | -0.079194 | -0.88122 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 4581 | 0.00019024 | 0.0012926 | -0.074428 | -1.0214 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 3344 | 0.00023957 | 0.0012696 | -0.086676 | -1.0193 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4162 | 0.00012138 | 0.0013359 | -0.098577 | -1.0913 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 2676 | 0.00014263 | 0.0013274 | -0.12061 | -1.0898 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4162 | 0.00016942 | 0.0013317 | -0.063332 | -1.1139 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 3022 | 0.00022137 | 0.0013143 | -0.079185 | -1.1279 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 419 | -3.408e-05 | 0.00070283 | -0.094617 | 0.38239 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 343 |-1.6238e-05 | 0.00068468 | -0.10445 | 0.77402 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 419 | 0.00035236 | 0.00091833 | 0.26021 | -0.25035 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 322 | 0.00036742 | 0.00088444 | 0.28971 | -0.11659 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 4162 | 3.1375 | 1.8481 | 0.021383 | -1.2344 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 419 | 3.1278 | 1.801 | 0.0010013 | -1.198 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 4162 | 0.026937 | 0.004179 | -1.331 | 1.3953 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 419 | 0.028233 | 0.0029727 | -2.8166 | 9.0105 | -RiCKMCResDownTightSUCCESS 1D histograms in directory "RICH/RiCKMCResDownTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 37274 | 8.7862e-05 | 0.0024047 | -0.021872 | -0.77605 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 12591 |-0.00060655 | 0.0021435 | -0.20006 | -0.91686 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 37274 | 0.00056572 | 0.0024384 | -0.10655 | -0.87164 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 5563 |-0.00014477 | 0.0021049 | -0.32191 | -0.48813 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35407 | 0.00010372 | 0.0025176 | -0.028834 | -0.93646 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 11342 |-0.00072373 | 0.0022544 | -0.089276 | -1.0892 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35407 | 0.00057761 | 0.002497 | -0.11378 | -0.95455 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 5164 |-0.00019774 | 0.0021699 | -0.24815 | -0.64855 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1867 | -2.916e-05 | 0.0012913 | -0.36712 | 0.9721 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1249 | -2.788e-05 | 0.0013352 | -0.46813 | 0.72295 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1867 | 0.00040652 | 0.0014314 | -0.17363 | 1.401 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 399 | 0.00029305 | 0.0013853 | -1.2303 | 3.6164 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 35407 | 3.1245 | 1.8058 | 0.016971 | -1.1684 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1867 | 3.1496 | 1.7653 | 0.0020424 | -1.1463 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 35407 | 0.044449 | 0.0092692 | -1.2142 | 0.79476 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1867 | 0.048693 | 0.0060588 | -2.4463 | 6.8852 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 4581 | 9.6051e-05 | 0.001256 | -0.060678 | -0.90272 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 3019 | 0.0001153 | 0.0012422 | -0.079194 | -0.88122 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 4581 | 0.00019024 | 0.0012926 | -0.074428 | -1.0214 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 3344 | 0.00023957 | 0.0012696 | -0.086676 | -1.0193 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4162 | 0.00012138 | 0.0013359 | -0.098577 | -1.0913 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 2676 | 0.00014263 | 0.0013274 | -0.12061 | -1.0898 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4162 | 0.00016942 | 0.0013317 | -0.063332 | -1.1139 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 3022 | 0.00022137 | 0.0013143 | -0.079185 | -1.1279 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 419 | -3.408e-05 | 0.00070283 | -0.094617 | 0.38239 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 343 |-1.6238e-05 | 0.00068468 | -0.10445 | 0.77402 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 419 | 0.00035236 | 0.00091833 | 0.26021 | -0.25035 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 322 | 0.00036742 | 0.00088444 | 0.28971 | -0.11659 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 4162 | 3.1375 | 1.8481 | 0.021383 | -1.2344 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 419 | 3.1278 | 1.801 | 0.0010013 | -1.198 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 4162 | 0.026937 | 0.004179 | -1.331 | 1.3953 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 419 | 0.028233 | 0.0029727 | -2.8166 | 9.0105 | -RiCKMCResLong SUCCESS 1D histograms in directory "RICH/RiCKMCResLong" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 227072 | 0.00032263 | 0.0022944 | -0.013081 | -0.69681 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 77490 |-0.00032351 | 0.0021293 | -0.1917 | -0.699 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 201215 | 0.00049232 | 0.002313 | -0.024555 | -0.77599 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 57098 |-0.00016083 | 0.0021253 | -0.1966 | -0.59511 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 210819 | 0.00037602 | 0.0024621 | -0.069059 | -0.95348 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 71034 |-0.00039085 | 0.0022852 | -0.1087 | -0.97561 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 184962 | 0.00057293 | 0.0024379 | -0.095347 | -0.96898 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 50926 |-0.00014533 | 0.002257 | -0.1663 | -0.85396 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16253 | 3.6133e-05 | 0.00094158 | 0.12047 | 0.91948 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6456 | 3.6506e-05 | 0.0008369 | 0.046921 | 0.66105 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16253 | 4.4582e-06 | 0.0012171 | -0.11031 | 3.1263 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6172 |-0.00024223 | 0.001216 | -1.4688 | 3.3921 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 210819 | 3.1422 | 1.8208 | -0.0019735 | -1.1959 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 16253 | 3.1059 | 1.8104 | 0.037369 | -1.1817 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 210819 | 0.045085 | 0.0089107 | -1.3677 | 1.4026 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 16253 | 0.046431 | 0.0066522 | -1.8544 | 3.6087 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 53000 | 8.6469e-05 | 0.0012553 | -0.025102 | -0.86191 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 39344 | 8.3547e-05 | 0.0012526 | -0.019953 | -0.85011 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 45806 | 8.1191e-05 | 0.001284 | -0.017899 | -0.92769 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 37874 | 7.9027e-05 | 0.0012756 | -0.0097147 | -0.91648 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 47097 | 0.00010819 | 0.0013767 | -0.063341 | -1.16 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 34441 | 0.00010485 | 0.001376 | -0.057986 | -1.1578 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 39903 | 0.00010882 | 0.0013826 | -0.058439 | -1.1632 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 32798 | 0.00010958 | 0.0013755 | -0.054386 | -1.1607 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5903 | 7.9001e-06 | 0.00064149 | 0.073581 | 0.68791 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4903 | 5.7952e-06 | 0.00061419 | 0.068599 | 0.687 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5903 |-3.3469e-05 | 0.00073582 | -0.06018 | 0.87673 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5076 |-4.7138e-05 | 0.00071691 | -0.10506 | 1.0429 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 47097 | 3.1736 | 1.7905 | -0.033179 | -1.1673 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 5903 | 3.1058 | 1.7997 | 0.0264 | -1.2122 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 47097 | 0.026683 | 0.0045195 | -1.3707 | 1.5593 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 5903 | 0.027877 | 0.0023992 | -2.3741 | 8.2468 | -RiCKMCResLongTightSUCCESS 1D histograms in directory "RICH/RiCKMCResLongTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 227072 | 0.00032263 | 0.0022944 | -0.013081 | -0.69681 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 77490 |-0.00032351 | 0.0021293 | -0.1917 | -0.699 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 201215 | 0.00049232 | 0.002313 | -0.024555 | -0.77599 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 57098 |-0.00016083 | 0.0021253 | -0.1966 | -0.59511 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 210819 | 0.00037602 | 0.0024621 | -0.069059 | -0.95348 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 71034 |-0.00039085 | 0.0022852 | -0.1087 | -0.97561 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 184962 | 0.00057293 | 0.0024379 | -0.095347 | -0.96898 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 50926 |-0.00014533 | 0.002257 | -0.1663 | -0.85396 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16253 | 3.6133e-05 | 0.00094158 | 0.12047 | 0.91948 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6456 | 3.6506e-05 | 0.0008369 | 0.046921 | 0.66105 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16253 | 4.4582e-06 | 0.0012171 | -0.11031 | 3.1263 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6172 |-0.00024223 | 0.001216 | -1.4688 | 3.3921 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 210819 | 3.1422 | 1.8208 | -0.0019735 | -1.1959 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 16253 | 3.1059 | 1.8104 | 0.037369 | -1.1817 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 210819 | 0.045085 | 0.0089107 | -1.3677 | 1.4026 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 16253 | 0.046431 | 0.0066522 | -1.8544 | 3.6087 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 53000 | 8.6469e-05 | 0.0012553 | -0.025102 | -0.86191 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 39344 | 8.3547e-05 | 0.0012526 | -0.019953 | -0.85011 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 45806 | 8.1191e-05 | 0.001284 | -0.017899 | -0.92769 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 37874 | 7.9027e-05 | 0.0012756 | -0.0097147 | -0.91648 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 47097 | 0.00010819 | 0.0013767 | -0.063341 | -1.16 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 34441 | 0.00010485 | 0.001376 | -0.057986 | -1.1578 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 39903 | 0.00010882 | 0.0013826 | -0.058439 | -1.1632 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 32798 | 0.00010958 | 0.0013755 | -0.054386 | -1.1607 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5903 | 7.9001e-06 | 0.00064149 | 0.073581 | 0.68791 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4903 | 5.7952e-06 | 0.00061419 | 0.068599 | 0.687 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5903 |-3.3469e-05 | 0.00073582 | -0.06018 | 0.87673 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5076 |-4.7138e-05 | 0.00071691 | -0.10506 | 1.0429 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 47097 | 3.1736 | 1.7905 | -0.033179 | -1.1673 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 5903 | 3.1058 | 1.7997 | 0.0264 | -1.2122 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 47097 | 0.026683 | 0.0045195 | -1.3707 | 1.5593 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 5903 | 0.027877 | 0.0023992 | -2.3741 | 8.2468 | -RiCKMCResUp SUCCESS 1D histograms in directory "RICH/RiCKMCResUp" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 27842 |-0.00028621 | 0.0025796 | 0.038127 | -0.96195 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 13130 | -0.000562 | 0.002397 | -0.054276 | -0.98525 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 27842 | -0.0003259 | 0.0025799 | 0.04092 | -0.97541 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 16793 |-0.00058001 | 0.0024095 | -0.049689 | -1.0144 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26173 |-0.00023844 | 0.0027127 | 0.012307 | -1.1282 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 12569 |-0.00062129 | 0.002523 | 0.0095265 | -1.1594 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26173 |-0.00028045 | 0.00269 | 0.017356 | -1.1168 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 16141 |-0.00061781 | 0.0025102 |-0.00091129 | -1.1569 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 |-0.00054792 | 0.0016471 | -0.16462 | 0.61808 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 561 |-9.5312e-05 | 0.00078581 | 0.22672 | -0.15444 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 |-0.00062113 | 0.0016691 | -0.18115 | 0.65063 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 652 |-0.00022239 | 0.00098841 | -1.5234 | 5.9871 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 26173 | 3.1633 | 1.8115 | -0.014795 | -1.2133 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1669 | 3.1219 | 1.7914 | -0.023398 | -1.1653 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 26173 | 0.040212 | 0.011238 | -0.7484 | -0.36554 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1669 | 0.045709 | 0.0070258 | -1.9499 | 4.3679 | -RiCKMCResUpTight SUCCESS 1D histograms in directory "RICH/RiCKMCResUpTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 27842 |-0.00028621 | 0.0025796 | 0.038127 | -0.96195 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 13130 | -0.000562 | 0.002397 | -0.054276 | -0.98525 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 27842 | -0.0003259 | 0.0025799 | 0.04092 | -0.97541 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 16793 |-0.00058001 | 0.0024095 | -0.049689 | -1.0144 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26173 |-0.00023844 | 0.0027127 | 0.012307 | -1.1282 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 12569 |-0.00062129 | 0.002523 | 0.0095265 | -1.1594 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26173 |-0.00028045 | 0.00269 | 0.017356 | -1.1168 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 16141 |-0.00061781 | 0.0025102 |-0.00091129 | -1.1569 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 |-0.00054792 | 0.0016471 | -0.16462 | 0.61808 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 561 |-9.5312e-05 | 0.00078581 | 0.22672 | -0.15444 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 |-0.00062113 | 0.0016691 | -0.18115 | 0.65063 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 652 |-0.00022239 | 0.00098841 | -1.5234 | 5.9871 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 26173 | 3.1633 | 1.8115 | -0.014795 | -1.2133 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1669 | 3.1219 | 1.7914 | -0.023398 | -1.1653 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 26173 | 0.040212 | 0.011238 | -0.7484 | -0.36554 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1669 | 0.045709 | 0.0070258 | -1.9499 | 4.3679 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 237 | 1.4754 | 0.6328 | 0.51603 | 0.53268 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 237 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 237 | 0.08689 | 0.10721 | 4.2949 | 7.3824 | - | All/effVP | "RICH Track Sel. Eff. V P" | 237 | 7350.4 | 8245.4 | 58.931 | 407.95 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 237 | 468.25 | 444.25 | 20.973 | 76.055 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 175 | 6504 | 5870.4 | 14.701 | 57.369 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 37 | 15624 | 6687.8 | 4.82 | 11.206 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 165 | 6791.6 | 5924.7 | 15.525 | 59.656 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 137 | 7708.2 | 6109.2 | 12.991 | 46.87 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 14 | 22784 | 5234.1 | 6.0595 | 14.093 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 74221 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 227 | 7540.7 | 8348.1 | 29.145 | 189.86 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 25 | 26293 | 13783 | 7.1946 | 19.686 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 163 | 9506.8 | 9137.1 | 24.82 | 144.58 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 126 | 11171 | 9800.2 | 19.772 | 104.95 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 7 | 45308 | 16044 | 2.2085 | 0.80152 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 175 | 6504 | 5870.4 | 14.701 | 57.369 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 35 | 16000 | 6682.6 | 4.5519 | 10.313 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 165 | 6791.6 | 5924.7 | 15.555 | 59.776 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 136 | 7746.1 | 6115.5 | 12.912 | 46.472 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 14 | 22784 | 5234.1 | 6.2404 | 14.586 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 74221 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 78 | 14403 | 11276 | 9.0913 | 38.881 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 24 | 26743 | 13906 | 6.8664 | 18.303 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 75 | 14735 | 11377 | 9.4422 | 39.91 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 72 | 15098 | 11474 | 9.6411 | 40.227 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 7 | 45308 | 16044 | 2.248 | 0.85653 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 175 | 6504 | 5870.4 | 14.973 | 59.021 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 35 | 16000 | 6682.6 | 4.6374 | 10.671 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 165 | 6791.6 | 5924.7 | 15.851 | 61.531 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 136 | 7746.1 | 6115.5 | 13.197 | 48.02 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 14 | 22784 | 5234.1 | 6.2564 | 14.681 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 74221 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 78 | 14403 | 11276 | 10.065 | 42.502 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 24 | 26743 | 13906 | 6.4613 | 16.814 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 75 | 14735 | 11377 | 10.056 | 41.904 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 72 | 15098 | 11474 | 9.9592 | 40.926 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 7 | 45308 | 16044 | 2.086 | 0.55699 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 44 | 0.066885 | 1.8132 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 16576 | 0.0034738 | 1.8142 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2304 | 0.01075 | 1.814 | 92.512 | -161.11 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 13176 | 0.004124 | 1.8142 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 10624 | 0.0045655 | 1.8141 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 784 | 0.0080881 | 1.8142 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 526 | 1.1464 | 1.0516 | 0.082045 | -1.984 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 526 | 0.045034 | 0.0095867 | -3.7013 | 6.5428 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 148 | 0.053285 | 1.81 | 59.961 | -71.196 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 17364 | 0.16121 | 1.979 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1572 | -0.0099055 | 1.819 | 10.096 | 83.53 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 10592 | 0.152 | 1.904 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 8232 | 0.17717 | 1.9171 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 428 | -0.0038836 | 1.8147 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 541 | 0.94824 | 0.99773 | 20.941 | 76.326 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 541 | 0.027251 | 0.0036176 | -3.9976 | 8.4024 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 1223 | 1.2574 | 0.51581 | 5.1075 | 14.072 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 1223 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 1223 | 0.047349 | 0.081498 | 16.416 | 53.571 | - | All/effVP | "RICH Track Sel. Eff. V P" | 1223 | 10808 | 11462 | 51.423 | 269.65 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 1223 | 597.26 | 600.77 | 121.2 | 904.07 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 33 | 49533 | 13943 | 3.4939 | 5.6577 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 970 | 8905.9 | 9574.6 | 56.924 | 344.13 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 289 | 18973 | 12551 | 19.625 | 78.473 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 947 | 9081.3 | 9623.5 | 58.917 | 353.74 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 882 | 9587.3 | 9784.7 | 55.824 | 327.65 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 120 | 29223 | 14168 | 9.6109 | 28.166 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 19 | 70383 | 9850.9 | 2.5843 | 1.4862 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 1175 | 11004 | 11459 | 35.297 | 173.29 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 237 | 29727 | 13541 | 10.456 | 32.315 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 981 | 12661 | 11869 | 31.936 | 148.1 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 837 | 14177 | 12238 | 27.617 | 121.57 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 89 | 44036 | 13211 | 5.8964 | 13.588 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 30 | 51218 | 13696 | 3.1537 | 4.747 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 970 | 8905.9 | 9574.6 | 56.924 | 344.13 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 281 | 19259 | 12614 | 19.056 | 75.443 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 945 | 9096.5 | 9628 | 58.847 | 353.09 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 875 | 9643.8 | 9803.5 | 55.388 | 324.24 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 118 | 29431 | 14202 | 9.4829 | 27.596 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 17 | 72382 | 9617.2 | 1.9312 | 0.13731 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 609 | 17244 | 13085 | 17.265 | 67.443 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 233 | 29946 | 13557 | 10.306 | 31.666 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 589 | 17644 | 13124 | 17.477 | 67.718 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 578 | 17873 | 13143 | 17.763 | 68.527 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 89 | 44036 | 13211 | 5.9745 | 13.799 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 30 | 51218 | 13696 | 3.158 | 4.7956 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 970 | 8905.9 | 9574.6 | 56.474 | 340.67 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 281 | 19259 | 12614 | 18.86 | 74.431 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 945 | 9096.5 | 9628 | 58.39 | 349.6 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 875 | 9643.8 | 9803.5 | 54.966 | 321.07 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 118 | 29431 | 14202 | 9.4487 | 27.324 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 17 | 72382 | 9617.2 | 1.9667 | 0.21261 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 609 | 17244 | 13085 | 17.833 | 68.93 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 233 | 29946 | 13557 | 9.9301 | 30.091 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 589 | 17644 | 13124 | 17.693 | 67.831 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 578 | 17873 | 13143 | 17.781 | 67.872 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 89 | 44036 | 13211 | 5.7573 | 12.996 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1988 | 0.0062138 | 1.815 | -8.6403 | -869.69 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 91360 | 0.00046707 | 1.8137 | -1415.8 | 452.76 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 19808 | 0.0021503 | 1.814 | -593.3 | -2824.3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 79600 | 0.00066491 | 1.8137 | -525.08 | -324.23 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 70648 | 0.00097759 | 1.8137 | -439.67 | -1199.6 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 7772 | 0.0042693 | 1.8143 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 3219 | 1.2923 | 1.1471 | 2.5627 | 5.7975 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 3219 | 0.046065 | 0.0086292 | -9.2995 | 26.483 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 1068 | 0.010418 | 1.8116 | 141.02 | -12.794 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 95256 | 0.042217 | 1.9241 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 17032 | 2.8023e-05 | 1.8112 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 71308 | 0.022795 | 1.8769 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 60480 | 0.019986 | 1.8558 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 5636 | 0.00325 | 1.8149 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 3317 | 1.1381 | 1.0916 | 1.6384 | 1.4009 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 3317 | 0.02732 | 0.0036764 | -9.877 | 28.907 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 145 | 1.0739 | 0.52503 | 4.0411 | 10.789 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 145 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 145 | 0.051531 | 0.068518 | 14.141 | 54.725 | - | All/effVP | "RICH Track Sel. Eff. V P" | 145 | 13566 | 15696 | 2.9748 | 3.973 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 145 | 975.93 | 657.62 | 17.584 | 75.94 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 7 | 49780 | 4531.2 | 0.856 | -0.1593 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 10367 | 11383 | 9.0994 | 28.48 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 42 | 22715 | 13142 | 3.3405 | 4.6276 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 128 | 10435 | 11402 | 9.9686 | 31.268 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 119 | 11052 | 11600 | 9.3947 | 28.356 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 27 | 29091 | 12603 | 3.0791 | 2.8955 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 7 | 49780 | 4531.2 | 0.87744 | -0.14694 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 10367 | 11383 | 9.0994 | 28.48 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 42 | 22715 | 13142 | 3.3708 | 4.6847 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 128 | 10435 | 11402 | 9.9837 | 31.319 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 119 | 11052 | 11600 | 9.419 | 28.435 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 25 | 30084 | 12619 | 2.7054 | 2.0259 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 7 | 49780 | 4531.2 | 0.84469 | -0.098293 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 10367 | 11383 | 9.1813 | 28.887 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 42 | 22715 | 13142 | 3.3765 | 4.7466 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 128 | 10435 | 11402 | 10.12 | 31.917 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 119 | 11052 | 11600 | 9.4892 | 28.79 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 25 | 30084 | 12619 | 2.7283 | 2.0963 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 500 | 0.017799 | 1.8145 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 12152 | 0.0027242 | 1.8141 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 3180 | 0.010528 | 1.8143 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10744 | 0.0024538 | 1.8139 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9312 | 0.0047834 | 1.814 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 1616 | 0.017918 | 1.8144 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 450 | 1.3933 | 1.2323 | 0.43883 | -1.194 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 450 | 0.045913 | 0.0088114 | -4.6192 | 9.6404 | -RiCKMCResDown SUCCESS 1D profile histograms in directory "RICH/RiCKMCResDown" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1867 | 7147.1 | 5481.9 | 0 | -3 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 175 | 6504 | 5870.4 | 156.55 | 840.7 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 175 | 6504 | 5870.4 | 16.358 | 67.184 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 175 | 6504 | 5870.4 | 31.442 | 132.99 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 175 | 6504 | 5870.4 | 18.338 | 75.422 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 175 | 6504 | 5870.4 | 19.227 | 79.207 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 175 | 6504 | 5870.4 | 60.46 | 274.34 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 419 | 17901 | 9332.8 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 227 | 7540.7 | 8348.1 | 504.38 | 4011.9 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 227 | 7540.7 | 8348.1 | 46.444 | 304.46 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 227 | 7540.7 | 8348.1 | 100.87 | 676.62 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 227 | 7540.7 | 8348.1 | 48.167 | 316.06 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 227 | 7540.7 | 8348.1 | 49.598 | 325.7 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 227 | 7540.7 | 8348.1 | 243.02 | 1720.9 | -RiCKMCResDownTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResDownTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1867 | 7147.1 | 5481.9 | 0 | -3 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 175 | 6504 | 5870.4 | 156.55 | 840.7 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 175 | 6504 | 5870.4 | 16.358 | 67.184 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 175 | 6504 | 5870.4 | 31.442 | 132.99 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 175 | 6504 | 5870.4 | 18.338 | 75.422 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 175 | 6504 | 5870.4 | 19.227 | 79.207 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 175 | 6504 | 5870.4 | 60.46 | 274.34 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 419 | 17901 | 9332.8 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 227 | 7540.7 | 8348.1 | 504.38 | 4011.9 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 227 | 7540.7 | 8348.1 | 46.444 | 304.46 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 227 | 7540.7 | 8348.1 | 100.87 | 676.62 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 227 | 7540.7 | 8348.1 | 48.167 | 316.06 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 227 | 7540.7 | 8348.1 | 49.598 | 325.7 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 227 | 7540.7 | 8348.1 | 243.02 | 1720.9 | -RiMCTkResDown SUCCESS 1D profile histograms in directory "RICH/RiMCTkResDown" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 38 | 5898.3 | 4582.4 | 16.696 | 52.581 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 38 | 5898.3 | 4582.4 | 0 | -3 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 5 | 9023.2 | 6894 | 3.1154 | 2.7658 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 5 | 9023.2 | 6894 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 5 | 3647 | 1833.3 | 5.7473 | 8.6178 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 5 | 3647 | 1833.3 | 0 | -3 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 49 | 7279.7 | 6281.1 | 13.144 | 39.015 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 49 | 7279.7 | 6281.1 | 391.11 | 1599.9 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 23 | 11524 | 8305 | 7.1721 | 18.796 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 23 | 11524 | 8305 | 0 | -3 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 44 | 6395.2 | 5651 | 23.285 | 87.319 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 44 | 6395.2 | 5651 | 0 | -3 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 5 | 8999.3 | 6888.3 | 3.0721 | 2.7164 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 5 | 8999.3 | 6888.3 | 0 | -3 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 5 | 3626.1 | 1833.2 | 5.8516 | 8.8858 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 5 | 3626.1 | 1833.2 | 0 | -3 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 57 | 7956.5 | 7318.5 | 17.542 | 62.273 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 57 | 7956.5 | 7318.5 | 0 | -3 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 22 | 11930 | 8240.4 | 6.9409 | 18.076 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 22 | 11930 | 8240.4 | 0 | -3 | -RiCKMCResLong SUCCESS 1D profile histograms in directory "RICH/RiCKMCResLong" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 16253 | 11658 | 11174 | -5.2335 | -89.611 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 970 | 8905.9 | 9574.6 | 192.91 | 1277.5 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 970 | 8905.9 | 9574.6 | 59.177 | 367.02 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 970 | 8905.9 | 9574.6 | 78.566 | 489.35 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 970 | 8905.9 | 9574.6 | 62.216 | 385.94 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 970 | 8905.9 | 9574.6 | 63.533 | 394.18 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 970 | 8905.9 | 9574.6 | 104.31 | 656.3 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 5903 | 23459 | 16331 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1175 | 11264 | 12546 | 307.12 | 2249.5 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1175 | 11264 | 12546 | 61.981 | 391.96 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1175 | 11264 | 12546 | 82.707 | 527.18 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1175 | 11264 | 12546 | 62.976 | 398.41 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1175 | 11264 | 12546 | 63.706 | 403.13 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1175 | 11264 | 12546 | 124.08 | 809.28 | -RiCKMCResLongTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResLongTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 16253 | 11658 | 11174 | -5.2335 | -89.611 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 970 | 8905.9 | 9574.6 | 192.91 | 1277.5 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 970 | 8905.9 | 9574.6 | 59.177 | 367.02 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 970 | 8905.9 | 9574.6 | 78.566 | 489.35 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 970 | 8905.9 | 9574.6 | 62.216 | 385.94 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 970 | 8905.9 | 9574.6 | 63.533 | 394.18 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 970 | 8905.9 | 9574.6 | 104.31 | 656.3 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 5903 | 23459 | 16331 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1175 | 11264 | 12546 | 307.12 | 2249.5 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1175 | 11264 | 12546 | 61.981 | 391.96 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1175 | 11264 | 12546 | 82.707 | 527.18 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1175 | 11264 | 12546 | 62.976 | 398.41 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1175 | 11264 | 12546 | 63.706 | 403.13 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1175 | 11264 | 12546 | 124.08 | 809.28 | -RiMCTkResLong SUCCESS 1D profile histograms in directory "RICH/RiMCTkResLong" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 1 | 2318.6 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 1 | 2318.6 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 141 | 7310.6 | 6039.6 | 4.097 | 5.8746 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 141 | 7310.6 | 6039.6 | 41.828 | 207.81 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 118 | 15762 | 17235 | 18.213 | 61.337 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 118 | 15762 | 17235 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 9 | 7944.6 | 7104.5 | 11.059 | 29.198 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 9 | 7944.6 | 7104.5 | 1.4219 | 1.1727 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 606 | 8555.6 | 8119.6 | 65.99 | 355.06 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 606 | 8555.6 | 8119.6 | 480.54 | 3571.5 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 74 | 10526 | 8079.1 | 9.3567 | 31.466 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 74 | 10526 | 8079.1 | 372.92 | 2681.3 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 1 | 2298 | 3.0518e-05 | 8.758e+20 | 8.3792e+27 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 1 | 2298 | 3.0518e-05 | 8.758e+20 | 8.3792e+27 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 177 | 8202.8 | 7693.3 | 1.2364 | -0.8542 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 177 | 8202.8 | 7693.3 | 82.344 | 495.38 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 134 | 17522 | 17277 | 13.623 | 42.819 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 134 | 17522 | 17277 | 2.3961 | -6.5085 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 10 | 8570.7 | 7106.5 | 8.2692 | 20.065 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 10 | 8570.7 | 7106.5 | 1.0296 | -0.13376 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 712 | 11659 | 12533 | 105.56 | 743.05 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 712 | 11659 | 12533 | 109.72 | 525.64 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 83 | 13245 | 15288 | 34.708 | 210.97 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 83 | 13245 | 15288 | 150.27 | 896.11 | -RiCKMCResUp SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1669 | 13949 | 16020 | -1.5712 | -10.631 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 129 | 11105 | 14085 | 82.897 | 481.19 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 129 | 11105 | 14085 | 15.554 | 83.181 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 129 | 11105 | 14085 | 25.015 | 135.65 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 129 | 11105 | 14085 | 16.811 | 90.03 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 129 | 11105 | 14085 | 17.525 | 93.947 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 129 | 11105 | 14085 | 40.347 | 222.54 | -RiCKMCResUpTight SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUpTight" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1669 | 13949 | 16020 | -1.5712 | -10.631 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 129 | 11105 | 14085 | 82.897 | 481.19 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 129 | 11105 | 14085 | 15.554 | 83.181 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 129 | 11105 | 14085 | 25.015 | 135.65 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 129 | 11105 | 14085 | 16.811 | 90.03 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 129 | 11105 | 14085 | 17.525 | 93.947 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 129 | 11105 | 14085 | 40.347 | 222.54 | -RiMCTkResUp SUCCESS 1D profile histograms in directory "RICH/RiMCTkResUp" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 15 | 9625.2 | 11518 | 22.314 | 74.658 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 15 | 9625.2 | 11518 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 86 | 9997 | 14460 | 43.535 | 249.75 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 86 | 9997 | 14460 | 201.25 | 1330.5 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 13 | 11677 | 8617.9 | 2.9486 | 3.447 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 13 | 11677 | 8617.9 | 15.499 | 32.395 | diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-test-protos.ref.x86_64+avx2+fma-opt b/Rec/Brunel/tests/refs/brunel-upgrade-test-protos.ref.x86_64+avx2+fma-opt deleted file mode 120000 index c73978ddb3cee8ebe50f1ace923bc217eb2ebd47..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-test-protos.ref.x86_64+avx2+fma-opt +++ /dev/null @@ -1 +0,0 @@ -./brunel-upgrade-test-protos.ref.x86_64_v3-opt \ No newline at end of file diff --git a/Rec/Brunel/tests/refs/brunel-upgrade-test-protos.ref.x86_64_v3-opt b/Rec/Brunel/tests/refs/brunel-upgrade-test-protos.ref.x86_64_v3-opt deleted file mode 100644 index 68228b492c8145b33b9690816a906c851560d3ff..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/brunel-upgrade-test-protos.ref.x86_64_v3-opt +++ /dev/null @@ -1,8978 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 10 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-10ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 61 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -ProtoElectronMon INFO Will only look at track type(s) = ['Long', 'Downstream'] -FilterForBestMC... INFO CUT: ' (~TrINVALID) ' -FilterForBestLo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==3) ) ' -FilterForBestLo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==3) ) & (TrGHOSTPROB<0.5) ) ' -FilterForBestDo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==5) ) ' -FilterForBestDo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==5) ) & (TrGHOSTPROB<0.5) ) ' -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel-10ev.dst' SVC='RootCnvSvc' OPT='REC' -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel-10ev.dst' SVC='FileRecordCnvSvc' OPT='REC' -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 1, Run 1, Nr. in job = 1 -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=ghost -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.13021 RichDLLmu=1.61589 RichDLLpi=0 RichDLLk=9.6925 RichDLLp=9.6925 RichPIDStatus=5028 RichDLLbt=9.6925 RichDLLd=9.6925 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.09425 CaloElectronMatch=2902.47 CaloBremMatch=11.2114 CaloChargedEcal=882.077 CaloChargedID=35384 CaloNeutralEcal=882.077 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88629 CaloNeutralID=35384 CaloEcalE=3106.91 CaloHcalE=640.93 CaloEcalChi2=2902.47 CaloBremChi2=598.545 CaloClusChi2=2.09425 CaloTrajectoryL=5075.17 CaloEoverP=0.148754 EcalPIDe=-2.90039 BremPIDe=-0.638976 HcalPIDe=-0.319373 HcalPIDmu=-1.18737 EcalPIDmu=-2.87944 TrackChi2PerDof=1.22771 TrackNumDof=47 TrackType=3 TrackHistory=30 TrackP=7818.05 TrackPt=423.192 CombDLLe=-3.31207 CombDLLmu=-1.88017 CombDLLpi=0 CombDLLk=9.6925 CombDLLp=9.6925 CombDLLd=9.6925 ProbNNe=0.00928376 ProbNNpi=0.088535 ProbNNk=0.709805 ProbNNp=0.881167 ProbNNghost=0.0519441 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.3978 RichDLLmu=-13.9202 RichDLLpi=0 RichDLLk=-4.27986 RichDLLp=-4.27986 RichPIDStatus=5091 RichDLLbt=-4.27986 RichDLLd=-4.27986 MuonMuLL=0 MuonBkgLL=-0.258059 MuonNShared=13 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=12.4833 MuonMVA1=-999 MuonMVA2=-1.0206 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.07996 CaloElectronMatch=439.424 CaloBremMatch=75.9527 CaloChargedEcal=11875.1 CaloChargedID=38705 CaloNeutralEcal=11875.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.645394 CaloNeutralID=38705 CaloEcalE=4159.11 CaloHcalE=2911.98 CaloEcalChi2=439.424 CaloBremChi2=229.288 CaloClusChi2=3.07996 CaloTrajectoryL=626.545 CaloEoverP=2.04092 EcalPIDe=-0.0141273 BremPIDe=-0.210201 HcalPIDe=-1.45309 HcalPIDmu=0.204031 EcalPIDmu=-2.76686 TrackChi2PerDof=1.15676 TrackNumDof=47 TrackType=3 TrackHistory=32 TrackP=6023.91 TrackPt=296.404 CombDLLe=-4.6877 CombDLLmu=-9.25153 CombDLLpi=0 CombDLLk=-4.27986 CombDLLp=-4.27986 CombDLLd=-4.0218 ProbNNe=0.000661478 ProbNNmu=0.00366525 ProbNNpi=0.0127008 ProbNNk=0.00468051 ProbNNp=0.0678702 ProbNNghost=0.0514627 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.0922 RichDLLmu=-8.60057 RichDLLpi=0 RichDLLk=-11.1637 RichDLLp=-11.1637 RichPIDStatus=5027 RichDLLbt=-11.1637 RichDLLd=-11.1637 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.00787 CaloElectronMatch=200.955 CaloBremMatch=70.7307 CaloChargedEcal=6142.21 CaloChargedID=38785 CaloNeutralEcal=6142.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75467 CaloNeutralID=38785 CaloEcalE=1364.73 CaloHcalE=263.884 CaloEcalChi2=200.955 CaloBremChi2=122.27 CaloClusChi2=2.00787 CaloTrajectoryL=144.795 CaloEoverP=0.926805 EcalPIDe=0.605631 BremPIDe=0.223978 HcalPIDe=-0.0471635 HcalPIDmu=-1.74553 EcalPIDmu=-0.962261 TrackChi2PerDof=1.10642 TrackNumDof=43 TrackType=3 TrackHistory=32 TrackP=6967.74 TrackPt=281.506 CombDLLe=-1.89099 CombDLLmu=-9.27293 CombDLLpi=0 CombDLLk=-11.1637 CombDLLp=-11.1637 CombDLLd=-11.1637 ProbNNe=6.69798e-07 ProbNNpi=0.997156 ProbNNk=0.0025526 ProbNNp=0.00210201 ProbNNghost=0.00535554 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.9495 RichDLLmu=-14.3392 RichDLLpi=0 RichDLLk=-18.9276 RichDLLp=-18.1217 RichPIDStatus=6115 RichDLLbt=-18.1217 RichDLLd=-18.1217 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.77023 CaloElectronMatch=355.679 CaloBremMatch=355.679 CaloChargedEcal=3904.7 CaloChargedID=42094 CaloNeutralEcal=3904.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.742493 CaloNeutralID=42094 CaloEcalE=2119.96 CaloHcalE=1518.49 CaloEcalChi2=355.679 CaloBremChi2=276.368 CaloClusChi2=0.77023 CaloTrajectoryL=125.446 CaloEoverP=0.324829 EcalPIDe=0.118166 BremPIDe=-0.456351 HcalPIDe=-0.655264 HcalPIDmu=1.97543 EcalPIDmu=-1.7006 TrackChi2PerDof=1.37079 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=13185 TrackPt=596.409 CombDLLe=-5.53714 CombDLLmu=-6.68011 CombDLLpi=0 CombDLLk=-18.9276 CombDLLp=-18.1217 CombDLLd=-18.1217 ProbNNe=1.84967e-07 ProbNNpi=0.999416 ProbNNk=2.0046e-05 ProbNNp=0.000153902 ProbNNghost=0.0154991 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.78313 RichDLLmu=-3.79045 RichDLLpi=0 RichDLLk=5.21237 RichDLLp=5.59518 RichPIDStatus=6117 RichDLLbt=5.59518 RichDLLd=5.59518 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.21282 CaloElectronMatch=1395.52 CaloBremMatch=203.772 CaloChargedEcal=17037.4 CaloChargedID=39310 CaloNeutralEcal=17037.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923275 CaloNeutralID=39310 CaloEcalE=5633.45 CaloHcalE=2648.16 CaloEcalChi2=1395.52 CaloBremChi2=503.96 CaloClusChi2=2.21282 CaloTrajectoryL=415.237 CaloEoverP=1.24373 EcalPIDe=-1.40564 BremPIDe=-0.625066 HcalPIDe=-0.985467 HcalPIDmu=0.74914 EcalPIDmu=-3.19844 TrackChi2PerDof=2.69596 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=13922.8 TrackPt=561.468 CombDLLe=-3.32801 CombDLLmu=-6.92896 CombDLLpi=0 CombDLLk=5.21237 CombDLLp=5.59518 CombDLLd=5.59518 ProbNNe=0.0987347 ProbNNpi=0.148182 ProbNNk=0.180971 ProbNNp=0.234355 ProbNNghost=0.800596 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.898 RichDLLmu=-2.44747 RichDLLpi=0 RichDLLk=7.82712 RichDLLp=7.82712 RichPIDStatus=5092 RichDLLbt=7.82712 RichDLLd=7.82712 MuonMuLL=-0.210227 MuonBkgLL=-0.927928 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=38.5224 MuonMVA1=-999 MuonMVA2=-1.20843 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.62673 CaloElectronMatch=262.464 CaloBremMatch=195.779 CaloChargedEcal=2338.31 CaloChargedID=43082 CaloNeutralEcal=2338.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.821478 CaloNeutralID=43082 CaloEcalE=91.884 CaloHcalE=7792.18 CaloEcalChi2=262.464 CaloBremChi2=543.813 CaloClusChi2=2.62673 CaloTrajectoryL=-144.327 CaloEoverP=0.454701 EcalPIDe=0.27519 BremPIDe=-0.607507 HcalPIDe=-2.22765 HcalPIDmu=-0.644682 EcalPIDmu=0.501778 TrackChi2PerDof=2.39112 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=5818.02 TrackPt=300.3 CombDLLe=-4.58281 CombDLLmu=-2.60191 CombDLLpi=0 CombDLLk=7.82712 CombDLLp=7.82712 CombDLLd=8.75505 ProbNNe=0.00116966 ProbNNmu=0.00366525 ProbNNpi=0.00102583 ProbNNk=0.173584 ProbNNp=0.0420478 ProbNNghost=0.831906 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.92046 RichDLLmu=0.276572 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=232.528 BremPIDe=-0.101516 TrackChi2PerDof=1.58069 TrackNumDof=42 TrackType=3 TrackHistory=30 TrackP=2253.92 TrackPt=87.3757 CombDLLe=-1.1301 CombDLLmu=0.386806 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.805757 ProbNNpi=0.0144733 ProbNNk=0.0352762 ProbNNp=0.0136189 ProbNNghost=0.996589 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.558159 RichDLLmu=-4.23997 RichDLLpi=0 RichDLLk=7.06413 RichDLLp=7.06413 RichPIDStatus=5028 RichDLLbt=7.06413 RichDLLd=7.06413 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.11468 CaloElectronMatch=2881.26 CaloBremMatch=11.2114 CaloChargedEcal=882.077 CaloChargedID=35384 CaloNeutralEcal=882.077 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88629 CaloNeutralID=35384 CaloEcalE=3106.91 CaloHcalE=930.108 CaloEcalChi2=2881.26 CaloBremChi2=593.379 CaloClusChi2=2.11468 CaloTrajectoryL=5088.38 CaloEoverP=0.149756 EcalPIDe=-2.90039 BremPIDe=-0.638976 HcalPIDe=-0.431041 HcalPIDmu=-0.437826 EcalPIDmu=-2.87944 TrackChi2PerDof=1.41505 TrackNumDof=39 TrackType=3 TrackHistory=32 TrackP=7765.74 TrackPt=399.796 CombDLLe=-4.06808 CombDLLmu=-8.14741 CombDLLpi=0 CombDLLk=7.06413 CombDLLp=7.06413 CombDLLd=7.06413 ProbNNe=0.0206741 ProbNNpi=0.00848337 ProbNNk=0.194952 ProbNNp=0.0665121 ProbNNghost=0.988798 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.5991 RichDLLmu=-2.40413 RichDLLpi=0 RichDLLk=0.474304 RichDLLp=0.474304 RichPIDStatus=5092 RichDLLbt=0.474304 RichDLLd=0.474304 MuonMuLL=-0.305846 MuonBkgLL=-1.22292 MuonNShared=3 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=5.76801 MuonMVA1=-999 MuonMVA2=-0.426274 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.52186 CaloElectronMatch=556.585 CaloBremMatch=75.9527 CaloChargedEcal=11875.1 CaloChargedID=38705 CaloNeutralEcal=11875.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.645394 CaloNeutralID=38705 CaloEcalE=376.29 CaloHcalE=8868.74 CaloEcalChi2=556.585 CaloBremChi2=213.804 CaloClusChi2=2.52186 CaloTrajectoryL=-590.961 CaloEoverP=2.12184 EcalPIDe=-0.341929 BremPIDe=-0.336986 HcalPIDe=-1.88811 HcalPIDmu=-0.413648 EcalPIDmu=1.47887 TrackChi2PerDof=2.01927 TrackNumDof=39 TrackType=3 TrackHistory=32 TrackP=5794.17 TrackPt=241.375 CombDLLe=-5.46241 CombDLLmu=-1.14603 CombDLLpi=0 CombDLLk=0.474304 CombDLLp=0.474304 CombDLLd=1.69723 ProbNNe=5.21588e-05 ProbNNmu=0.00366525 ProbNNpi=0.000219161 ProbNNk=0.0534468 ProbNNp=0.0219908 ProbNNghost=0.981069 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.4218 RichDLLmu=-10.257 RichDLLpi=0 RichDLLk=-30.713 RichDLLp=-27.6441 RichPIDStatus=6115 RichDLLbt=-27.6441 RichDLLd=-27.6441 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.58299 CaloElectronMatch=976.77 CaloBremMatch=245.454 CaloChargedEcal=2013.74 CaloChargedID=42506 CaloNeutralEcal=2013.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.778693 CaloNeutralID=42506 CaloEcalE=1244.6 CaloHcalE=22577.7 CaloEcalChi2=976.77 CaloBremChi2=732.949 CaloClusChi2=0.58299 CaloTrajectoryL=65.2919 CaloEoverP=0.139738 EcalPIDe=-0.786028 BremPIDe=-0.618836 HcalPIDe=-2.5812 HcalPIDmu=-1.36033 EcalPIDmu=-0.378036 TrackChi2PerDof=0.994112 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=16768 TrackPt=563.907 CombDLLe=-8.37119 CombDLLmu=-8.51075 CombDLLpi=0 CombDLLk=-30.713 CombDLLp=-27.6441 CombDLLd=-27.6441 ProbNNe=8.39666e-08 ProbNNpi=0.999815 ProbNNk=2.08529e-05 ProbNNp=0.000141878 ProbNNghost=0.000231249 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.6514 RichDLLmu=-7.34208 RichDLLpi=0 RichDLLk=4.58359 RichDLLp=4.94802 RichPIDStatus=6117 RichDLLbt=4.94802 RichDLLd=4.94802 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.67264 CaloElectronMatch=547.966 CaloBremMatch=2.24637 CaloChargedEcal=6999.87 CaloChargedID=39346 CaloNeutralEcal=6999.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784837 CaloNeutralID=39346 CaloEcalE=1293.53 CaloHcalE=696.726 CaloEcalChi2=547.966 CaloBremChi2=292.227 CaloClusChi2=2.67264 CaloTrajectoryL=-142.728 CaloEoverP=0.678825 EcalPIDe=-0.273733 BremPIDe=-0.479014 HcalPIDe=-0.22241 HcalPIDmu=-1.26188 EcalPIDmu=-0.880052 TrackChi2PerDof=0.813314 TrackNumDof=42 TrackType=3 TrackHistory=30 TrackP=10500.3 TrackPt=333.826 CombDLLe=-3.73172 CombDLLmu=-8.43686 CombDLLpi=0 CombDLLk=4.58359 CombDLLp=4.94802 CombDLLd=4.94802 ProbNNe=6.48236e-06 ProbNNpi=0.986462 ProbNNk=0.00295 ProbNNp=0.0124651 ProbNNghost=0.00170294 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.64005 RichDLLmu=-0.731049 RichDLLpi=0 RichDLLk=11.7558 RichDLLp=8.44266 RichPIDStatus=139238 RichDLLbt=14.6049 RichDLLd=15.1369 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=17.0728 CaloElectronMatch=2405.13 CaloBremMatch=2405.13 CaloChargedEcal=27187.9 CaloChargedID=43484 CaloNeutralEcal=27187.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.759557 CaloNeutralID=43484 CaloEcalE=0 CaloHcalE=31383.3 CaloEcalChi2=2405.13 CaloBremChi2=469.035 CaloClusChi2=17.0728 CaloTrajectoryL=-3033.99 CaloEoverP=0.714293 EcalPIDe=-2.44231 BremPIDe=-0.528346 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 EcalPIDmu=1.12391 TrackChi2PerDof=1.30702 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=38156.2 TrackPt=1644.89 CombDLLe=-6.39163 CombDLLmu=-3.21174 CombDLLpi=0 CombDLLk=11.7558 CombDLLp=8.44266 CombDLLd=15.1369 ProbNNe=6.68039e-05 ProbNNpi=0.0742306 ProbNNk=0.916713 ProbNNp=0.180492 ProbNNghost=0.00842519 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.136 RichDLLmu=-4.43027 RichDLLpi=0 RichDLLk=-9.90934 RichDLLp=-9.06145 RichPIDStatus=6115 RichDLLbt=-9.06145 RichDLLd=-9.06145 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.38794 CaloElectronMatch=549.149 CaloBremMatch=211.057 CaloChargedEcal=5675.43 CaloChargedID=43468 CaloNeutralEcal=5675.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.78415 CaloNeutralID=43468 CaloEcalE=523.452 CaloHcalE=16962.4 CaloEcalChi2=549.149 CaloBremChi2=291.772 CaloClusChi2=5.38794 CaloTrajectoryL=-37.2625 CaloEoverP=0.565382 EcalPIDe=-0.273733 BremPIDe=-0.479014 HcalPIDe=-1.89687 HcalPIDmu=-0.971903 EcalPIDmu=1.63258 TrackChi2PerDof=1.33835 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=10427.9 TrackPt=333.39 CombDLLe=-5.17883 CombDLLmu=-4.3054 CombDLLpi=0 CombDLLk=-9.90934 CombDLLp=-9.06145 CombDLLd=-9.06145 ProbNNe=1.10995e-06 ProbNNpi=0.641578 ProbNNk=0.000182164 ProbNNp=0.00177733 ProbNNghost=0.873423 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.90312 RichDLLmu=-8.26874 RichDLLpi=0 RichDLLk=9.33647 RichDLLp=9.33647 RichPIDStatus=5092 RichDLLbt=9.33647 RichDLLd=9.33647 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.39812 CaloElectronMatch=338.786 CaloBremMatch=338.786 CaloChargedEcal=2931.93 CaloChargedID=39156 CaloNeutralEcal=2931.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77422 CaloNeutralID=39156 CaloEcalE=166.518 CaloHcalE=259.193 CaloEcalChi2=338.786 CaloBremChi2=287 CaloClusChi2=5.39812 CaloTrajectoryL=-62.8067 CaloEoverP=0.415417 EcalPIDe=0.0750074 BremPIDe=-0.26048 HcalPIDe=-0.0471635 HcalPIDmu=-1.89593 EcalPIDmu=-0.501172 TrackChi2PerDof=1.78601 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=7952.04 TrackPt=253.845 CombDLLe=-1.42883 CombDLLmu=-8.9027 CombDLLpi=0 CombDLLk=9.33647 CombDLLp=9.33647 CombDLLd=9.33647 ProbNNe=5.47714e-07 ProbNNpi=0.0589343 ProbNNk=0.123526 ProbNNp=0.0763573 ProbNNghost=0.983492 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.4625 RichDLLmu=-5.45138 RichDLLpi=0 RichDLLk=-7.43144 RichDLLp=-1.90451 RichPIDStatus=6115 RichDLLbt=-1.90451 RichDLLd=-1.90451 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=21.2001 CaloElectronMatch=523.201 CaloBremMatch=167.915 CaloChargedEcal=1539.72 CaloChargedID=43886 CaloNeutralEcal=1539.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83005 CaloNeutralID=43886 CaloEcalE=0 CaloHcalE=9173.41 CaloEcalChi2=523.201 CaloBremChi2=260.543 CaloClusChi2=21.2001 CaloTrajectoryL=142.413 CaloEoverP=0.130752 EcalPIDe=-0.273733 BremPIDe=-0.0686812 HcalPIDe=-2.51216 HcalPIDmu=-2.93841 EcalPIDmu=0.525694 TrackChi2PerDof=1.20299 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=13866.7 TrackPt=496.351 CombDLLe=-5.12541 CombDLLmu=-7.99157 CombDLLpi=0 CombDLLk=-7.43144 CombDLLp=-1.90451 CombDLLd=-1.90451 ProbNNe=2.85772e-06 ProbNNpi=0.997928 ProbNNk=0.000254766 ProbNNp=0.00054229 ProbNNghost=0.0113096 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.83426 RichDLLmu=0.303572 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.426657 CaloElectronMatch=44.7949 CaloBremMatch=44.7949 CaloChargedEcal=3818.24 CaloChargedID=35070 CaloNeutralEcal=3818.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901622 CaloNeutralID=35070 CaloEcalE=2231.55 CaloEcalChi2=44.7949 CaloBremChi2=514.834 CaloClusChi2=0.426657 CaloTrajectoryL=26.7754 CaloEoverP=1.68731 EcalPIDe=2.97947 BremPIDe=-0.53289 EcalPIDmu=-1.06544 TrackChi2PerDof=1.93374 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=2424.61 TrackPt=129.437 CombDLLe=1.09285 CombDLLmu=-0.640963 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.348499 ProbNNpi=0.0735185 ProbNNk=0.0474271 ProbNNp=0.0951546 ProbNNghost=0.986173 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.62551 RichDLLmu=-0.167376 RichDLLpi=0 RichDLLk=-43.1726 RichDLLp=-33.5248 RichPIDStatus=139235 RichDLLbt=-30.9634 RichDLLd=-32.2781 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.47036 CaloElectronMatch=5056.62 CaloBremMatch=5056.62 CaloChargedEcal=4672.45 CaloChargedID=44136 CaloNeutralEcal=4672.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930343 CaloNeutralID=44136 CaloEcalE=1095.58 CaloHcalE=32431.3 CaloEcalChi2=5056.62 CaloBremChi2=231.992 CaloClusChi2=4.47036 CaloTrajectoryL=550.253 CaloEoverP=0.120898 EcalPIDe=-2.77269 BremPIDe=1.43245 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 EcalPIDmu=0.422729 TrackChi2PerDof=1.16035 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=41978.7 TrackPt=2409.04 CombDLLe=-4.58418 CombDLLmu=-3.13092 CombDLLpi=0 CombDLLk=-43.1726 CombDLLp=-33.5248 CombDLLd=-32.2781 ProbNNe=3.94113e-05 ProbNNpi=0.999902 ProbNNk=7.71453e-06 ProbNNp=3.19522e-06 ProbNNghost=0.000153498 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.7733 RichDLLmu=-26.196 RichDLLpi=0 RichDLLk=-6.20529 RichDLLp=-6.20529 RichPIDStatus=5091 RichDLLbt=-6.20529 RichDLLd=-6.20529 MuonMuLL=-0.136393 MuonBkgLL=-0.536119 MuonNShared=8 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2528.52 MuonMVA1=-999 MuonMVA2=-1.46198 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.663771 CaloElectronMatch=25.8114 CaloBremMatch=25.8114 CaloChargedEcal=6670.82 CaloChargedID=42353 CaloNeutralEcal=6670.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.704119 CaloNeutralID=42353 CaloEcalE=2647.72 CaloHcalE=1557.91 CaloEcalChi2=25.8114 CaloBremChi2=562.881 CaloClusChi2=0.663771 CaloTrajectoryL=143.887 CaloEoverP=0.980274 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=-1.01358 HcalPIDmu=2.1211 EcalPIDmu=-2.46295 TrackChi2PerDof=1.01137 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=7330.34 TrackPt=403.044 CombDLLe=-2.07057 CombDLLmu=-6.94173 CombDLLpi=0 CombDLLk=-6.20529 CombDLLp=-6.20529 CombDLLd=-5.66917 ProbNNe=0.000152428 ProbNNmu=0.00366525 ProbNNpi=0.112429 ProbNNk=0.000285231 ProbNNp=0.00993089 ProbNNghost=0.0710937 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.6076 RichDLLmu=-4.91532 RichDLLpi=0 RichDLLk=-5.3229 RichDLLp=-5.3229 RichPIDStatus=5091 RichDLLbt=-5.3229 RichDLLd=-5.3229 MuonMuLL=-0.301511 MuonBkgLL=-1.21672 MuonNShared=4 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=5.74096 MuonMVA1=-999 MuonMVA2=-0.426274 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.53147 CaloElectronMatch=567.015 CaloBremMatch=75.9527 CaloChargedEcal=11875.1 CaloChargedID=38705 CaloNeutralEcal=11875.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.645394 CaloNeutralID=38705 CaloEcalE=376.29 CaloHcalE=8868.74 CaloEcalChi2=567.015 CaloBremChi2=604.696 CaloClusChi2=2.53147 CaloTrajectoryL=-591.801 CaloEoverP=2.14254 EcalPIDe=-0.341929 BremPIDe=-0.607507 HcalPIDe=-1.88811 HcalPIDmu=-0.413648 EcalPIDmu=1.47887 TrackChi2PerDof=1.12774 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=5738.18 TrackPt=234.568 CombDLLe=-6.67194 CombDLLmu=-3.30029 CombDLLpi=0 CombDLLk=-5.3229 CombDLLp=-5.3229 CombDLLd=-4.10618 ProbNNe=1.7876e-07 ProbNNmu=0.00366525 ProbNNpi=0.0170294 ProbNNk=0.0101733 ProbNNp=0.0547543 ProbNNghost=0.0607229 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.495 RichDLLmu=2.13877 RichDLLpi=0 RichDLLk=16.1779 RichDLLp=21.2373 RichPIDStatus=6117 RichDLLbt=21.2373 RichDLLd=21.2373 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=13.6604 CaloElectronMatch=1573.31 CaloChargedEcal=2873.96 CaloChargedID=39217 CaloEcalE=0 CaloHcalE=6899.55 CaloEcalChi2=1573.31 CaloClusChi2=13.6604 CaloTrajectoryL=743.869 CaloEoverP=0.244086 EcalPIDe=-1.6945 HcalPIDe=-2.25981 HcalPIDmu=-1.8491 EcalPIDmu=0.457906 TrackChi2PerDof=1.19726 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=12494.7 TrackPt=313.44 CombDLLe=-3.17098 CombDLLmu=1.4329 CombDLLpi=0 CombDLLk=16.1779 CombDLLp=21.2373 CombDLLd=21.2373 ProbNNe=2.71359e-07 ProbNNpi=0.000646239 ProbNNk=0.92128 ProbNNp=0.992575 ProbNNghost=0.00147097 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.430382 RichDLLmu=1.32191 RichDLLpi=0 RichDLLk=-39.8592 RichDLLp=-24.271 RichPIDStatus=8162 RichDLLbt=-29.5209 RichDLLd=-29.5209 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.17491 CaloElectronMatch=55.5565 CaloBremMatch=55.5565 CaloChargedEcal=28444.2 CaloChargedID=39710 CaloNeutralEcal=28444.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977542 CaloNeutralID=39710 CaloEcalE=16089.9 CaloHcalE=3368.04 CaloEcalChi2=55.5565 CaloBremChi2=190.524 CaloClusChi2=0.17491 CaloTrajectoryL=123.932 CaloEoverP=0.845587 EcalPIDe=5.38707 BremPIDe=0.515475 HcalPIDe=-1.06265 HcalPIDmu=0.98013 EcalPIDmu=-3.96688 TrackChi2PerDof=1.47904 TrackNumDof=39 TrackType=3 TrackHistory=32 TrackP=34295 TrackPt=2064.28 CombDLLe=4.91521 CombDLLmu=-1.17802 CombDLLpi=0 CombDLLk=-39.8592 CombDLLp=-24.271 CombDLLd=-29.5209 ProbNNe=0.731516 ProbNNpi=0.801297 ProbNNk=3.91986e-05 ProbNNp=2.49402e-05 ProbNNghost=0.0143389 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.87363 RichDLLmu=0.643688 RichDLLpi=0 RichDLLk=12.9957 RichDLLp=14.0875 RichPIDStatus=6117 RichDLLbt=14.0875 RichDLLd=14.0875 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.894831 CaloElectronMatch=791.059 CaloBremMatch=791.059 CaloChargedEcal=2100.11 CaloChargedID=39306 CaloNeutralEcal=2100.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941547 CaloNeutralID=39306 CaloEcalE=1626.23 CaloHcalE=13039.5 CaloEcalChi2=791.059 CaloBremChi2=788.402 CaloClusChi2=0.894831 CaloTrajectoryL=209.369 CaloEoverP=0.180054 EcalPIDe=-0.833336 BremPIDe=-0.621385 HcalPIDe=-1.89687 HcalPIDmu=-2.56629 EcalPIDmu=-1.114 TrackChi2PerDof=1.34794 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=12398.9 TrackPt=660.268 CombDLLe=-2.33103 CombDLLmu=-2.78407 CombDLLpi=0 CombDLLk=12.9957 CombDLLp=14.0875 CombDLLd=14.0875 ProbNNe=0.00169793 ProbNNpi=0.0180052 ProbNNk=0.856765 ProbNNp=0.867581 ProbNNghost=0.187322 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.932 RichDLLmu=-15.1379 RichDLLpi=0 RichDLLk=-8.93811 RichDLLp=-8.93811 RichPIDStatus=5091 RichDLLbt=-8.93811 RichDLLd=-8.93811 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.2015 CaloElectronMatch=140.705 CaloBremMatch=140.705 CaloChargedEcal=9250.52 CaloChargedID=43375 CaloNeutralEcal=9250.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803326 CaloNeutralID=43375 CaloEcalE=348.916 CaloHcalE=12226.6 CaloEcalChi2=140.705 CaloBremChi2=699.33 CaloClusChi2=3.2015 CaloTrajectoryL=-242.526 CaloEoverP=1.4628 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-1.17839 HcalPIDmu=-0.252186 EcalPIDmu=0.00838327 TrackChi2PerDof=1.33498 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=6406 TrackPt=403.901 CombDLLe=-4.02217 CombDLLmu=-7.21104 CombDLLpi=0 CombDLLk=-8.93811 CombDLLp=-8.93811 CombDLLd=-8.93811 ProbNNe=2.0008e-09 ProbNNpi=0.992079 ProbNNk=0.000471057 ProbNNp=0.00196605 ProbNNghost=0.0435135 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.80438 RichDLLmu=-1.62685 RichDLLpi=0 RichDLLk=1.02244 RichDLLp=1.02244 RichPIDStatus=5025 RichDLLbt=1.02244 RichDLLd=1.02244 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.89292 CaloElectronMatch=352.255 CaloBremMatch=185.022 CaloChargedEcal=664.758 CaloChargedID=34680 CaloNeutralEcal=664.758 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.850149 CaloNeutralID=34680 CaloEcalE=812.438 CaloHcalE=2384.36 CaloEcalChi2=352.255 CaloBremChi2=226.541 CaloClusChi2=4.89292 CaloTrajectoryL=1101.51 CaloEoverP=0.2903 EcalPIDe=0.0319619 BremPIDe=-0.417084 HcalPIDe=-1.50482 HcalPIDmu=0.741552 EcalPIDmu=0.107042 TrackChi2PerDof=2.82629 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=3008.02 TrackPt=176.011 CombDLLe=-1.22617 CombDLLmu=-1.35188 CombDLLpi=0 CombDLLk=1.02244 CombDLLp=1.02244 CombDLLd=1.02244 ProbNNe=0.00204296 ProbNNpi=0.0395911 ProbNNk=0.106524 ProbNNp=0.183672 ProbNNghost=0.964356 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.31185 RichDLLmu=4.95018 RichDLLpi=0 RichDLLk=2.81796 RichDLLp=2.81796 RichPIDStatus=5026 RichDLLbt=2.81796 RichDLLd=2.81796 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.95603 CaloElectronMatch=547.909 CaloBremMatch=547.909 CaloChargedEcal=4576.41 CaloChargedID=34803 CaloNeutralEcal=4576.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.650954 CaloNeutralID=34803 CaloEcalE=619.924 CaloHcalE=6139.16 CaloEcalChi2=547.909 CaloBremChi2=750.72 CaloClusChi2=1.95603 CaloTrajectoryL=-270.611 CaloEoverP=0.805252 EcalPIDe=-0.341929 BremPIDe=-0.607507 HcalPIDe=-2.12496 HcalPIDmu=-0.934443 EcalPIDmu=1.20942 TrackChi2PerDof=1.4063 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=5876.95 TrackPt=350.659 CombDLLe=-3.99855 CombDLLmu=5.57662 CombDLLpi=0 CombDLLk=2.81796 CombDLLp=2.81796 CombDLLd=2.81796 ProbNNe=0.000197846 ProbNNpi=0.72676 ProbNNk=0.103698 ProbNNp=0.175649 ProbNNghost=0.475078 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.7558 RichDLLmu=-6.14235 RichDLLpi=0 RichDLLk=2.52904 RichDLLp=3.50418 RichPIDStatus=6117 RichDLLbt=3.50418 RichDLLd=3.50418 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.78053 CaloElectronMatch=386.545 CaloBremMatch=125.526 CaloChargedEcal=2545.11 CaloChargedID=42192 CaloNeutralEcal=2545.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.728038 CaloNeutralID=42192 CaloEcalE=464.016 CaloHcalE=23658.3 CaloEcalChi2=386.545 CaloBremChi2=546.354 CaloClusChi2=1.78053 CaloTrajectoryL=356.402 CaloEoverP=0.232504 EcalPIDe=-0.10442 BremPIDe=-0.621385 HcalPIDe=-1.89687 HcalPIDmu=-0.745537 EcalPIDmu=2.14314 TrackChi2PerDof=1.58004 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=12474.4 TrackPt=489.516 CombDLLe=-5.39467 CombDLLmu=-4.49734 CombDLLpi=0 CombDLLk=2.52904 CombDLLp=3.50418 CombDLLd=3.50418 ProbNNe=3.06758e-06 ProbNNpi=0.96994 ProbNNk=0.00129808 ProbNNp=0.0041925 ProbNNghost=0.0282345 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.8609 RichDLLmu=-0.922634 RichDLLpi=0 RichDLLk=-0.410753 RichDLLp=0.57267 RichPIDStatus=6117 RichDLLbt=0.57267 RichDLLd=0.57267 MuonMuLL=-0.000400087 MuonBkgLL=-0.0643083 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=1336.06 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=14860.1 CaloBremChi2=433.826 BremPIDe=-0.454777 HcalPIDe=-1.89687 HcalPIDmu=-1.10852 TrackChi2PerDof=2.03207 TrackNumDof=40 TrackType=3 TrackHistory=32 TrackP=10265.1 TrackPt=515.192 CombDLLe=-4.52783 CombDLLmu=-2.32184 CombDLLpi=0 CombDLLk=-0.410753 CombDLLp=0.57267 CombDLLd=0.636978 ProbNNe=0.000762881 ProbNNpi=0.697331 ProbNNk=0.000807528 ProbNNp=0.00357379 ProbNNghost=0.641005 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.7641 RichDLLmu=-16.4268 RichDLLpi=0 RichDLLk=2.61641 RichDLLp=2.61641 RichPIDStatus=5092 RichDLLbt=2.61641 RichDLLd=2.61641 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=100.211 CaloElectronMatch=1597.97 CaloBremMatch=167.915 CaloChargedEcal=1539.72 CaloChargedID=43886 CaloNeutralEcal=1539.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83005 CaloNeutralID=43886 CaloEcalE=0 CaloHcalE=2376.63 CaloEcalChi2=1597.97 CaloBremChi2=247.531 CaloClusChi2=100.211 CaloTrajectoryL=-3682.81 CaloEoverP=0.241561 EcalPIDe=-1.8049 BremPIDe=-0.381503 HcalPIDe=-1.09432 HcalPIDmu=1.00374 EcalPIDmu=0.389705 TrackChi2PerDof=0.785806 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=7505.74 TrackPt=424.186 CombDLLe=-7.25452 CombDLLmu=-5.58697 CombDLLpi=0 CombDLLk=2.61641 CombDLLp=2.61641 CombDLLd=2.61641 ProbNNe=1.24159e-09 ProbNNpi=0.995299 ProbNNk=0.00258209 ProbNNp=0.000449504 ProbNNghost=0.00479885 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.7184 RichDLLmu=-2.38121 RichDLLpi=0 RichDLLk=-31.6133 RichDLLp=-22.5302 RichPIDStatus=6115 RichDLLbt=-22.5302 RichDLLd=-22.5302 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.20836 CaloElectronMatch=597.942 CaloBremMatch=14.0966 CaloChargedEcal=11346.1 CaloChargedID=38582 CaloNeutralEcal=11346.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.632778 CaloNeutralID=38582 CaloEcalE=2781.46 CaloHcalE=6263.51 CaloEcalChi2=597.942 CaloBremChi2=132.314 CaloClusChi2=1.20836 CaloTrajectoryL=-851.121 CaloEoverP=0.64461 EcalPIDe=-0.51303 BremPIDe=0.366813 HcalPIDe=-1.65619 HcalPIDmu=-1.25516 EcalPIDmu=-1.9034 TrackChi2PerDof=0.961964 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=17331.9 TrackPt=1381.51 CombDLLe=-4.11322 CombDLLmu=-6.26115 CombDLLpi=0 CombDLLk=-31.6133 CombDLLp=-22.5302 CombDLLd=-22.5302 ProbNNe=9.75632e-07 ProbNNpi=0.9996 ProbNNk=0.00013853 ProbNNp=7.42068e-05 ProbNNghost=0.000191947 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.4329 RichDLLmu=-13.5899 RichDLLpi=0 RichDLLk=-13.4015 RichDLLp=-13.4015 RichPIDStatus=5091 RichDLLbt=-13.4015 RichDLLd=-13.4015 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=10.3977 CaloElectronMatch=202.87 CaloBremMatch=202.87 CaloChargedEcal=3927.85 CaloChargedID=42384 CaloNeutralEcal=3927.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.757808 CaloNeutralID=42384 CaloEcalE=0 CaloHcalE=13130.1 CaloEcalChi2=202.87 CaloBremChi2=557.111 CaloClusChi2=10.3977 CaloTrajectoryL=-760.977 CaloEoverP=0.552277 EcalPIDe=0.605631 BremPIDe=-0.638976 HcalPIDe=-1.17839 HcalPIDmu=-0.0376091 EcalPIDmu=0.389705 TrackChi2PerDof=1.56334 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=7715.43 TrackPt=361.513 CombDLLe=-4.22702 CombDLLmu=-6.58717 CombDLLpi=0 CombDLLk=-13.4015 CombDLLp=-13.4015 CombDLLd=-13.4015 ProbNNe=9.01219e-10 ProbNNpi=0.997922 ProbNNk=0.000637152 ProbNNp=0.0018761 ProbNNghost=0.00796859 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.64817 RichDLLmu=-4.46561 RichDLLpi=0 RichDLLk=-0.200832 RichDLLp=-0.200832 RichPIDStatus=5027 RichDLLbt=-0.200832 RichDLLd=-0.200832 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0638108 CaloElectronMatch=159.14 CaloBremMatch=159.14 CaloChargedEcal=4224.36 CaloChargedID=34558 CaloNeutralEcal=4224.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.742504 CaloNeutralID=34558 CaloEcalE=1168.37 CaloEcalChi2=159.14 CaloBremChi2=309.79 CaloClusChi2=0.0638108 CaloTrajectoryL=-69.7631 CaloEoverP=1.36565 EcalPIDe=0.83137 BremPIDe=-0.357753 EcalPIDmu=-1.2505 TrackChi2PerDof=1.58623 TrackNumDof=40 TrackType=3 TrackHistory=32 TrackP=3282.32 TrackPt=198.714 CombDLLe=-0.33617 CombDLLmu=-6.24103 CombDLLpi=0 CombDLLk=-0.200832 CombDLLp=-0.200832 CombDLLd=-0.200832 ProbNNe=0.263758 ProbNNpi=0.813339 ProbNNk=0.0307538 ProbNNp=0.0703032 ProbNNghost=0.515774 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.7113 RichDLLmu=-0.605399 RichDLLpi=0 RichDLLk=-33.6721 RichDLLp=-23.2166 RichPIDStatus=8163 RichDLLbt=-23.7634 RichDLLd=-23.7634 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.60828 CaloElectronMatch=705.682 CaloBremMatch=91.7867 CaloChargedEcal=2562.59 CaloChargedID=44055 CaloNeutralEcal=2562.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887312 CaloNeutralID=44055 CaloEcalE=2137.39 CaloHcalE=7653.38 CaloEcalChi2=705.682 CaloBremChi2=211.926 CaloClusChi2=1.60828 CaloTrajectoryL=208.966 CaloEoverP=0.150968 EcalPIDe=-0.597229 BremPIDe=0.0154729 HcalPIDe=-1.96083 HcalPIDmu=-1.78659 EcalPIDmu=-1.64562 TrackChi2PerDof=1.41537 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=18292.8 TrackPt=986.322 CombDLLe=-4.20944 CombDLLmu=-4.27565 CombDLLpi=0 CombDLLk=-33.6721 CombDLLp=-23.2166 CombDLLd=-23.7634 ProbNNe=5.29226e-06 ProbNNpi=0.998928 ProbNNk=0.000110956 ProbNNp=3.7213e-05 ProbNNghost=0.000746895 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.93317 RichDLLmu=-0.55003 RichDLLpi=0 RichDLLk=-11.0967 RichDLLp=-3.03665 RichPIDStatus=8163 RichDLLbt=-1.70683 RichDLLd=-1.70683 MuonMuLL=-0.023371 MuonBkgLL=-0.873407 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=70.6802 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.334425 CaloElectronMatch=88.5994 CaloBremMatch=88.5994 CaloChargedEcal=15203.5 CaloChargedID=42465 CaloNeutralEcal=15203.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.826775 CaloNeutralID=42465 CaloEcalE=8701.07 CaloEcalChi2=88.5994 CaloBremChi2=743.935 CaloClusChi2=0.334425 CaloTrajectoryL=101.901 CaloEoverP=0.647599 EcalPIDe=2.9985 BremPIDe=-0.581258 EcalPIDmu=-3.60546 TrackChi2PerDof=0.440791 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=23638.8 TrackPt=867.442 CombDLLe=1.90485 CombDLLmu=-3.52238 CombDLLpi=0 CombDLLk=-11.0967 CombDLLp=-3.03665 CombDLLd=-0.833418 ProbNNe=0.000667721 ProbNNpi=0.989089 ProbNNk=0.000100048 ProbNNp=0.00217561 ProbNNghost=0.00200747 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.01835 RichDLLmu=-3.88503 RichDLLpi=0 RichDLLk=16.1244 RichDLLp=8.88578 RichPIDStatus=6116 RichDLLbt=8.88578 RichDLLd=8.88578 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.688424 CaloElectronMatch=423.749 CaloBremMatch=423.749 CaloChargedEcal=5088.8 CaloChargedID=41903 CaloNeutralEcal=5088.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963873 CaloNeutralID=41903 CaloEcalE=2241.62 CaloHcalE=3531.59 CaloEcalChi2=423.749 CaloBremChi2=146.12 CaloClusChi2=0.688424 CaloTrajectoryL=260.201 CaloEoverP=0.375981 EcalPIDe=0.0386953 BremPIDe=0.15142 HcalPIDe=-1.11589 HcalPIDmu=0.271963 EcalPIDmu=-1.53052 TrackChi2PerDof=1.3881 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=15180.6 TrackPt=839.302 CombDLLe=-2.31049 CombDLLmu=-5.81546 CombDLLpi=0 CombDLLk=16.1244 CombDLLp=8.88578 CombDLLd=8.88578 ProbNNe=8.89266e-06 ProbNNpi=0.143931 ProbNNk=0.975891 ProbNNp=0.509873 ProbNNghost=0.0951473 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.4491 RichDLLmu=-3.19605 RichDLLpi=0 RichDLLk=4.04127 RichDLLp=4.04127 RichPIDStatus=5028 RichDLLbt=4.04127 RichDLLd=4.04127 MuonMuLL=-0.00914168 MuonBkgLL=-0.267656 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=97.344 MuonMVA1=-999 MuonMVA2=-1.06015 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.08699 CaloElectronMatch=426.476 CaloBremMatch=196.026 CaloChargedEcal=9792.7 CaloChargedID=34628 CaloNeutralEcal=9792.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729654 CaloNeutralID=34628 CaloEcalE=6816.48 CaloHcalE=3046.18 CaloEcalChi2=426.476 CaloBremChi2=565.317 CaloClusChi2=2.08699 CaloTrajectoryL=397.572 CaloEoverP=2.08788 EcalPIDe=-0.0620623 BremPIDe=-0.553589 HcalPIDe=-1.47097 HcalPIDmu=-0.00949717 EcalPIDmu=-0.377978 TrackChi2PerDof=0.823184 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=4768.28 TrackPt=419.977 CombDLLe=-4.81322 CombDLLmu=-4.07949 CombDLLpi=0 CombDLLk=4.04127 CombDLLp=4.04127 CombDLLd=4.30892 ProbNNe=0.00134259 ProbNNmu=0.00366525 ProbNNpi=4.99775e-05 ProbNNk=0.453427 ProbNNp=0.104039 ProbNNghost=0.0784706 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.8279 RichDLLmu=-12.0132 RichDLLpi=0 RichDLLk=-4.79459 RichDLLp=-4.79459 RichPIDStatus=5027 RichDLLbt=-4.79459 RichDLLd=-4.79459 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.37587 CaloElectronMatch=211.503 CaloBremMatch=211.503 CaloChargedEcal=5515.78 CaloChargedID=39295 CaloNeutralEcal=5515.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901128 CaloNeutralID=39295 CaloEcalE=3604.72 CaloHcalE=0 CaloEcalChi2=211.503 CaloBremChi2=281.667 CaloClusChi2=1.37587 CaloTrajectoryL=244.2 CaloEoverP=1.07322 EcalPIDe=0.605631 BremPIDe=-0.416867 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.85322 TrackChi2PerDof=1.95891 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=5540.93 TrackPt=153.92 CombDLLe=-0.986723 CombDLLmu=-12.2214 CombDLLpi=0 CombDLLk=-4.79459 CombDLLp=-4.79459 CombDLLd=-4.79459 ProbNNe=0.000749834 ProbNNpi=0.975589 ProbNNk=0.00185223 ProbNNp=0.0036733 ProbNNghost=0.141782 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.50705 RichDLLmu=-2.17284 RichDLLpi=0 RichDLLk=-0.0908613 RichDLLp=-0.0908613 RichPIDStatus=5027 RichDLLbt=-0.0908613 RichDLLd=-0.0908613 InAccBrem=1 CaloBremChi2=237.56 BremPIDe=-0.33853 TrackChi2PerDof=1.49423 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=2873.25 TrackPt=222.091 CombDLLe=-0.60214 CombDLLmu=-2.86392 CombDLLpi=0 CombDLLk=-0.0908613 CombDLLp=-0.0908613 CombDLLd=-0.0908613 ProbNNe=0.86598 ProbNNpi=0.776367 ProbNNk=0.0633063 ProbNNp=0.121392 ProbNNghost=0.252332 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.0547 RichDLLmu=-9.75852 RichDLLpi=0 RichDLLk=10.8417 RichDLLp=10.8417 RichPIDStatus=5092 RichDLLbt=10.8417 RichDLLd=10.8417 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=20.4741 CaloElectronMatch=345.232 CaloBremMatch=345.232 CaloChargedEcal=1153.86 CaloChargedID=34008 CaloNeutralEcal=1153.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.732962 CaloNeutralID=34008 CaloEcalE=4.156 CaloHcalE=0 CaloEcalChi2=345.232 CaloBremChi2=250.812 CaloClusChi2=20.4741 CaloTrajectoryL=1383.22 CaloEoverP=0.212816 EcalPIDe=0.0750074 BremPIDe=-0.381503 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=0.501778 TrackChi2PerDof=1.30152 TrackNumDof=39 TrackType=3 TrackHistory=32 TrackP=6020.94 TrackPt=623.345 CombDLLe=-1.35716 CombDLLmu=-8.70323 CombDLLpi=0 CombDLLk=10.8417 CombDLLp=10.8417 CombDLLd=10.8417 ProbNNe=2.67359e-08 ProbNNpi=0.49518 ProbNNk=0.461653 ProbNNp=0.451879 ProbNNghost=0.00556277 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.23342 RichDLLmu=-3.90264 RichDLLpi=0 RichDLLk=-10.6835 RichDLLp=-10.3716 RichPIDStatus=6115 RichDLLbt=-10.3716 RichDLLd=-10.3716 InAccBrem=1 CaloBremChi2=394.846 BremPIDe=-0.608318 TrackChi2PerDof=0.727706 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=16858.7 TrackPt=1065.32 CombDLLe=-2.19607 CombDLLmu=-4.57107 CombDLLpi=0 CombDLLk=-10.6835 CombDLLp=-10.3716 CombDLLd=-10.3716 ProbNNe=0.00359559 ProbNNpi=0.984996 ProbNNk=0.000607451 ProbNNp=0.00946912 ProbNNghost=0.0119173 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.72253 RichDLLmu=-3.60368 RichDLLpi=0 RichDLLk=6.72179 RichDLLp=6.72179 RichPIDStatus=5092 RichDLLbt=6.72179 RichDLLd=6.72179 MuonMuLL=-0.0159261 MuonBkgLL=-0.956393 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=4.84236 MuonMVA1=-999 MuonMVA2=-1.16424 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.46762 CaloElectronMatch=620.215 CaloBremMatch=75.9527 CaloChargedEcal=11875.1 CaloChargedID=38705 CaloNeutralEcal=11875.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.645394 CaloNeutralID=38705 CaloEcalE=4027.07 CaloHcalE=6314.86 CaloEcalChi2=620.215 CaloBremChi2=755.747 CaloClusChi2=1.46762 CaloTrajectoryL=66.2382 CaloEoverP=1.89953 EcalPIDe=-0.514971 BremPIDe=-0.607507 HcalPIDe=-2.03825 HcalPIDmu=-1.38018 EcalPIDmu=-2.95413 TrackChi2PerDof=1.05062 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=6472.28 TrackPt=256.85 CombDLLe=-4.15539 CombDLLmu=-7.7154 CombDLLpi=0 CombDLLk=6.72179 CombDLLp=6.72179 CombDLLd=7.67819 ProbNNe=0.165135 ProbNNmu=0.00366525 ProbNNpi=2.11637e-05 ProbNNk=0.629514 ProbNNp=0.409574 ProbNNghost=0.122655 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.0276 RichDLLmu=-6.98103 RichDLLpi=0 RichDLLk=2.45136 RichDLLp=2.45136 RichPIDStatus=5028 RichDLLbt=2.45136 RichDLLd=2.45136 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.16175 CaloElectronMatch=320.799 CaloBremMatch=72.9757 CaloChargedEcal=1379.58 CaloChargedID=34683 CaloNeutralEcal=1379.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902349 CaloNeutralID=34683 CaloEcalE=606.08 CaloHcalE=0 CaloEcalChi2=320.799 CaloBremChi2=860.732 CaloClusChi2=2.16175 CaloTrajectoryL=-21.7729 CaloEoverP=0.337384 EcalPIDe=0.0319619 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=1.08819 TrackChi2PerDof=0.958384 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=4773.15 TrackPt=463.205 CombDLLe=-2.23879 CombDLLmu=-7.56717 CombDLLpi=0 CombDLLk=2.45136 CombDLLp=2.45136 CombDLLd=2.45136 ProbNNe=3.25853e-06 ProbNNpi=0.942167 ProbNNk=0.0292495 ProbNNp=0.0558168 ProbNNghost=0.0194976 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.33595 RichDLLmu=-7.77256 RichDLLpi=0 RichDLLk=-2.05742 RichDLLp=-2.05742 RichPIDStatus=5027 RichDLLbt=-2.05742 RichDLLd=-2.05742 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.55254 CaloElectronMatch=109.104 CaloBremMatch=109.104 CaloChargedEcal=2278.03 CaloChargedID=34488 CaloNeutralEcal=2278.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833996 CaloNeutralID=34488 CaloEcalE=1521.17 CaloHcalE=3553.56 CaloEcalChi2=109.104 CaloBremChi2=57.6649 CaloClusChi2=1.55254 CaloTrajectoryL=97.3342 CaloEoverP=0.686646 EcalPIDe=1.51236 BremPIDe=0.775729 HcalPIDe=-1.44621 HcalPIDmu=0.362701 EcalPIDmu=-1.86134 TrackChi2PerDof=0.7997 TrackNumDof=38 TrackType=3 TrackHistory=32 TrackP=3624.08 TrackPt=200.723 CombDLLe=-0.257735 CombDLLmu=-7.90033 CombDLLpi=0 CombDLLk=-2.05742 CombDLLp=-2.05742 CombDLLd=-2.05742 ProbNNe=0.00391569 ProbNNpi=0.98196 ProbNNk=0.00976504 ProbNNp=0.0200794 ProbNNghost=0.00915966 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.8227 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=109.884 BremPIDe=0.0987144 TrackChi2PerDof=1.48722 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=1719.54 TrackPt=96.7902 CombDLLe=-1.25307 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.61058 ProbNNpi=0.334358 ProbNNk=0.0414035 ProbNNp=0.0466897 ProbNNghost=0.907989 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.12306 RichDLLmu=1.53506 RichDLLpi=0 RichDLLk=25.0341 RichDLLp=29.8961 RichPIDStatus=8165 RichDLLbt=28.0722 RichDLLd=28.0722 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.824795 CaloElectronMatch=1485.49 CaloBremMatch=463.407 CaloChargedEcal=7799.29 CaloChargedID=38405 CaloNeutralEcal=7799.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976542 CaloNeutralID=38405 CaloEcalE=6596.1 CaloHcalE=5053.17 CaloEcalChi2=1485.49 CaloBremChi2=569.314 CaloClusChi2=0.824795 CaloTrajectoryL=243.232 CaloEoverP=0.35834 EcalPIDe=-1.17123 BremPIDe=-0.581258 HcalPIDe=-1.4935 HcalPIDmu=-0.619339 EcalPIDmu=-3.32597 TrackChi2PerDof=1.05395 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=22745.8 TrackPt=2182.69 CombDLLe=-2.8748 CombDLLmu=-1.8613 CombDLLpi=0 CombDLLk=25.0341 CombDLLp=29.8961 CombDLLd=28.0722 ProbNNe=5.12607e-06 ProbNNpi=0.00114361 ProbNNk=0.994602 ProbNNp=0.872183 ProbNNghost=0.000147624 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.00148 RichDLLmu=9.25749 RichDLLpi=0 RichDLLk=13.6483 RichDLLp=13.6483 RichPIDStatus=5028 RichDLLbt=13.6483 RichDLLd=13.6483 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.05308 CaloElectronMatch=215.003 CaloBremMatch=215.003 CaloChargedEcal=930.961 CaloChargedID=33938 CaloNeutralEcal=930.961 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936317 CaloNeutralID=33938 CaloEcalE=430.832 CaloHcalE=2728.79 CaloEcalChi2=215.003 CaloBremChi2=14.9651 CaloClusChi2=1.05308 CaloTrajectoryL=-4.81605 CaloEoverP=0.251735 EcalPIDe=0.497498 BremPIDe=2.71167 HcalPIDe=-1.59399 HcalPIDmu=0.366076 EcalPIDmu=1.26223 TrackChi2PerDof=0.857177 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=4442.11 TrackPt=574.99 CombDLLe=2.31312 CombDLLmu=8.29151 CombDLLpi=0 CombDLLk=13.6483 CombDLLp=13.6483 CombDLLd=13.6483 ProbNNe=0.0014722 ProbNNpi=0.00592448 ProbNNk=0.96558 ProbNNp=0.96131 ProbNNghost=0.00656519 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.619037 RichDLLmu=0.494661 RichDLLpi=0 RichDLLk=6.09002 RichDLLp=12.5961 RichPIDStatus=139237 RichDLLbt=-16.1461 RichDLLd=-29.2572 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.364056 CaloEcalE=10061.8 CaloHcalE=46424.3 CaloEcalChi2=10000 CaloBremChi2=689.66 CaloClusChi2=0.364056 EcalPIDe=-2.58656 BremPIDe=0.00954199 HcalPIDe=-2.05681 HcalPIDmu=-2.91461 EcalPIDmu=-2.97986 TrackChi2PerDof=0.953913 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=126886 TrackPt=5849.2 CombDLLe=-4.74215 CombDLLmu=-5.2042 CombDLLpi=0 CombDLLk=6.09002 CombDLLp=12.5961 CombDLLd=-29.2572 ProbNNe=0.000330942 ProbNNpi=0.0530413 ProbNNk=0.98234 ProbNNp=0.994954 ProbNNghost=0.000825831 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.6126 RichDLLmu=-11.9207 RichDLLpi=0 RichDLLk=-9.46021 RichDLLp=-9.46021 RichPIDStatus=5091 RichDLLbt=-9.46021 RichDLLd=-9.46021 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=7.3221 CaloElectronMatch=245.454 CaloChargedEcal=2013.74 CaloChargedID=42506 CaloEcalE=354.144 CaloHcalE=25968.1 CaloEcalChi2=245.454 CaloClusChi2=7.3221 CaloTrajectoryL=733.001 CaloEoverP=0.276584 EcalPIDe=0.605631 HcalPIDe=-1.17839 HcalPIDmu=0.232508 EcalPIDmu=-0.0539122 TrackChi2PerDof=0.769497 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=8471.69 TrackPt=276.932 CombDLLe=-5.28034 CombDLLmu=-6.70347 CombDLLpi=0 CombDLLk=-9.46021 CombDLLp=-9.46021 CombDLLd=-9.46021 ProbNNe=1.03698e-09 ProbNNpi=0.982529 ProbNNk=0.000193732 ProbNNp=0.000778993 ProbNNghost=0.00298897 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.67976 RichDLLmu=-23.8891 RichDLLpi=0 RichDLLk=-12.6565 RichDLLp=-12.6565 RichPIDStatus=5027 RichDLLbt=-12.6565 RichDLLd=-12.6565 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.95042 CaloElectronMatch=273.928 CaloBremMatch=91.9168 CaloChargedEcal=4232.99 CaloChargedID=34997 CaloNeutralEcal=4232.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731106 CaloNeutralID=34997 CaloEcalE=1201.09 CaloHcalE=5063.16 CaloEcalChi2=273.928 CaloBremChi2=350.359 CaloClusChi2=4.95042 CaloTrajectoryL=553.209 CaloEoverP=0.812235 EcalPIDe=0.27519 BremPIDe=-0.398756 HcalPIDe=-2.03708 HcalPIDmu=-0.953779 EcalPIDmu=-0.785549 TrackChi2PerDof=0.606185 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=5401.23 TrackPt=294.016 CombDLLe=-3.6562 CombDLLmu=-8.73834 CombDLLpi=0 CombDLLk=-12.6565 CombDLLp=-12.6565 CombDLLd=-12.6565 ProbNNe=9.05958e-06 ProbNNpi=0.996605 ProbNNk=0.000727785 ProbNNp=0.00286972 ProbNNghost=0.0111833 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.86857 RichDLLmu=-8.98449 RichDLLpi=0 RichDLLk=-3.81614 RichDLLp=-3.81614 RichPIDStatus=5027 RichDLLbt=-3.81614 RichDLLd=-3.81614 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.87284 CaloElectronMatch=22.1506 CaloBremMatch=22.1506 CaloChargedEcal=3472.32 CaloChargedID=34486 CaloNeutralEcal=3472.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884621 CaloNeutralID=34486 CaloEcalE=2682.46 CaloHcalE=472.795 CaloEcalChi2=22.1506 CaloBremChi2=657.42 CaloClusChi2=1.87284 CaloTrajectoryL=296.882 CaloEoverP=0.844577 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-0.235987 HcalPIDmu=-1.39048 EcalPIDmu=-2.43616 TrackChi2PerDof=0.859522 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=4269.97 TrackPt=241.896 CombDLLe=0.662839 CombDLLmu=-10.452 CombDLLpi=0 CombDLLk=-3.81614 CombDLLp=-3.81614 CombDLLd=-3.81614 ProbNNe=0.0207118 ProbNNpi=0.982628 ProbNNk=0.00500643 ProbNNp=0.0111326 ProbNNghost=0.017781 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.11419 RichDLLmu=-4.08372 RichDLLpi=0 RichDLLk=-0.367778 RichDLLp=-0.367778 RichPIDStatus=5027 RichDLLbt=-0.367778 RichDLLd=-0.367778 InAccBrem=1 CaloBremChi2=544.516 BremPIDe=-0.553589 TrackChi2PerDof=1.27489 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=3147.73 TrackPt=161.142 CombDLLe=-1.44373 CombDLLmu=-4.71306 CombDLLpi=0 CombDLLk=-0.367778 CombDLLp=-0.367778 CombDLLd=-0.367778 ProbNNe=0.573884 ProbNNpi=0.889 ProbNNk=0.0508124 ProbNNp=0.0860032 ProbNNghost=0.0743547 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.2141 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=94.1875 BremPIDe=0.142467 TrackChi2PerDof=0.75916 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=1718.5 TrackPt=93.2539 CombDLLe=-1.60714 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.296816 ProbNNpi=0.776693 ProbNNk=0.0394733 ProbNNp=0.0610545 ProbNNghost=0.401433 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.538994 RichDLLmu=1.33602 RichDLLpi=0 RichDLLk=1.32834 RichDLLp=6.75595 RichPIDStatus=8166 RichDLLbt=8.96428 RichDLLd=8.96428 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.38481 CaloElectronMatch=989.558 CaloBremMatch=989.558 CaloChargedEcal=13575.4 CaloChargedID=43856 CaloNeutralEcal=13575.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914798 CaloNeutralID=43856 CaloEcalE=5360.56 CaloHcalE=1408.81 CaloEcalChi2=989.558 CaloBremChi2=45.0822 CaloClusChi2=1.38481 CaloTrajectoryL=31.4853 CaloEoverP=0.671416 EcalPIDe=-0.871449 BremPIDe=1.82926 HcalPIDe=-0.23636 HcalPIDmu=1.41217 EcalPIDmu=-2.94326 TrackChi2PerDof=0.939679 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=21008.3 TrackPt=969.344 CombDLLe=0.815764 CombDLLmu=0.296051 CombDLLpi=0 CombDLLk=1.32834 CombDLLp=6.75595 CombDLLd=8.96428 ProbNNe=0.000202408 ProbNNpi=0.432436 ProbNNk=0.0383946 ProbNNp=0.54131 ProbNNghost=0.00511387 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.80157 RichDLLmu=0.928002 RichDLLpi=0 RichDLLk=-45.9463 RichDLLp=-32.2985 RichPIDStatus=8162 RichDLLbt=-31.4006 RichDLLd=-31.4006 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.42062 CaloElectronMatch=787.108 CaloBremMatch=787.108 CaloChargedEcal=6068.74 CaloChargedID=39708 CaloNeutralEcal=6068.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790744 CaloNeutralID=39708 CaloEcalE=1034.2 CaloHcalE=15810.1 CaloEcalChi2=787.108 CaloBremChi2=159.282 CaloClusChi2=1.42062 CaloTrajectoryL=-726.963 CaloEoverP=0.282679 EcalPIDe=-0.801302 BremPIDe=0.811747 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=0.079916 TrackChi2PerDof=1.19234 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=21537.7 TrackPt=1686.42 CombDLLe=-3.69862 CombDLLmu=-1.8593 CombDLLpi=0 CombDLLk=-45.9463 CombDLLp=-32.2985 CombDLLd=-31.4006 ProbNNe=0.000229237 ProbNNpi=0.999552 ProbNNk=7.0729e-05 ProbNNp=3.23951e-05 ProbNNghost=0.00085789 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.6128 RichDLLmu=-9.72543 RichDLLpi=0 RichDLLk=-0.942549 RichDLLp=-0.942549 RichPIDStatus=5027 RichDLLbt=-0.942549 RichDLLd=-0.942549 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.99166 CaloElectronMatch=247.785 CaloBremMatch=247.785 CaloChargedEcal=3161.41 CaloChargedID=34297 CaloNeutralEcal=3161.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928921 CaloNeutralID=34297 CaloEcalE=1663.3 CaloHcalE=0 CaloEcalChi2=247.785 CaloBremChi2=212.438 CaloClusChi2=1.99166 CaloTrajectoryL=334.327 CaloEoverP=0.859441 EcalPIDe=0.497498 BremPIDe=-0.396524 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.71735 TrackChi2PerDof=1.11708 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=4076.55 TrackPt=395.531 CombDLLe=-2.45455 CombDLLmu=-10.9006 CombDLLpi=0 CombDLLk=-0.942549 CombDLLp=-0.942549 CombDLLd=-0.942549 ProbNNe=7.11508e-06 ProbNNpi=0.981643 ProbNNk=0.00368757 ProbNNp=0.00739582 ProbNNghost=0.0223624 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.66747 RichDLLmu=0.634798 RichDLLpi=0 RichDLLk=2.67391 RichDLLp=2.67391 RichPIDStatus=5028 RichDLLbt=2.67391 RichDLLd=2.67391 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.36878 CaloElectronMatch=106.054 CaloBremMatch=106.054 CaloChargedEcal=2916.82 CaloChargedID=34306 CaloNeutralEcal=2916.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943397 CaloNeutralID=34306 CaloEcalE=2533.73 CaloEcalChi2=106.054 CaloBremChi2=355.631 CaloClusChi2=0.36878 CaloTrajectoryL=-47.5294 CaloEoverP=0.897407 EcalPIDe=1.51236 BremPIDe=-0.373552 EcalPIDmu=-2.20555 TrackChi2PerDof=0.968433 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=3522.44 TrackPt=318.628 CombDLLe=0.672691 CombDLLmu=-1.32158 CombDLLpi=0 CombDLLk=2.67391 CombDLLp=2.67391 CombDLLd=2.67391 ProbNNe=0.451563 ProbNNpi=0.660743 ProbNNk=0.110066 ProbNNp=0.200705 ProbNNghost=0.184026 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.527488 CaloElectronMatch=131.91 CaloChargedEcal=9043.34 CaloChargedID=34764 CaloEcalE=6888.58 CaloHcalE=236.913 CaloEcalChi2=131.91 CaloClusChi2=0.527488 CaloTrajectoryL=229.492 CaloEoverP=2.47713 EcalPIDe=0.83137 HcalPIDe=-0.11382 HcalPIDmu=-2.39464 EcalPIDmu=-1.28498 TrackChi2PerDof=2.46979 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=3713.71 TrackPt=91.1243 CombDLLe=0.71755 CombDLLmu=-3.67962 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.947316 ProbNNpi=0.00564602 ProbNNk=0.0453985 ProbNNp=0.0130801 ProbNNghost=0.9986 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.904288 CaloElectronMatch=599.734 CaloChargedEcal=11339.1 CaloChargedID=39098 CaloEcalE=6163.6 CaloHcalE=875.875 CaloEcalChi2=599.734 CaloClusChi2=0.904288 CaloTrajectoryL=-79.0369 CaloEoverP=1.79692 EcalPIDe=-0.514971 HcalPIDe=-0.310073 HcalPIDmu=-0.321238 EcalPIDmu=-2.74106 TrackChi2PerDof=1.2902 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6595.85 TrackPt=122.828 CombDLLe=-0.825044 CombDLLmu=-3.0623 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.72181 ProbNNpi=0.7081 ProbNNk=0.0621828 ProbNNp=0.105374 ProbNNghost=0.63964 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.4013 RichDLLmu=-13.1008 RichDLLpi=0 RichDLLk=-2.10052 RichDLLp=-2.10052 RichPIDStatus=5027 RichDLLbt=-2.10052 RichDLLd=-2.10052 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0840307 CaloElectronMatch=12.5349 CaloBremMatch=12.5349 CaloChargedEcal=2320.14 CaloChargedID=35708 CaloNeutralEcal=2320.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.629367 CaloNeutralID=35708 CaloEcalE=669.234 CaloEcalChi2=12.5349 CaloBremChi2=22.2975 CaloClusChi2=0.0840307 CaloTrajectoryL=-45.9058 CaloEoverP=0.897089 EcalPIDe=2.97947 BremPIDe=2.0366 EcalPIDmu=0.566712 TrackChi2PerDof=1.75015 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=2813.63 TrackPt=383.393 CombDLLe=1.46006 CombDLLmu=-6.3595 CombDLLpi=0 CombDLLk=-2.10052 CombDLLp=-2.10052 CombDLLd=-2.10052 ProbNNe=6.53106e-05 ProbNNpi=0.917145 ProbNNk=0.0113453 ProbNNp=0.0162435 ProbNNghost=0.286133 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.80677 RichDLLmu=-0.966085 RichDLLpi=0 RichDLLk=1.92263 RichDLLp=1.92263 RichPIDStatus=5028 RichDLLbt=1.92263 RichDLLd=1.92263 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.24038 CaloElectronMatch=247.866 CaloBremMatch=219.561 CaloChargedEcal=521.254 CaloChargedID=34312 CaloNeutralEcal=521.254 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876501 CaloNeutralID=34312 CaloEcalE=1406.96 CaloHcalE=4041.46 CaloEcalChi2=247.866 CaloBremChi2=652.305 CaloClusChi2=3.24038 CaloTrajectoryL=159.81 CaloEoverP=0.191025 EcalPIDe=0.497498 BremPIDe=-0.553589 HcalPIDe=-1.52558 HcalPIDmu=-0.386389 EcalPIDmu=-1.14196 TrackChi2PerDof=2.04106 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=3788.4 TrackPt=221.975 CombDLLe=-2.93077 CombDLLmu=-2.86428 CombDLLpi=0 CombDLLk=1.92263 CombDLLp=1.92263 CombDLLd=1.92263 ProbNNe=0.00584851 ProbNNpi=0.447986 ProbNNk=0.0656176 ProbNNp=0.0762709 ProbNNghost=0.870509 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.1477 RichDLLmu=-2.11862 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=285.497 BremPIDe=-0.0713868 TrackChi2PerDof=1.21187 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=2281.21 TrackPt=280.181 CombDLLe=-2.60239 CombDLLmu=-2.80044 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0077143 ProbNNpi=0.905447 ProbNNk=0.0519065 ProbNNp=0.088503 ProbNNghost=0.0669687 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.61039 RichDLLmu=-6.22723 RichDLLpi=0 RichDLLk=-0.346456 RichDLLp=-0.346456 RichPIDStatus=5027 RichDLLbt=-0.346456 RichDLLd=-0.346456 InAccBrem=1 CaloBremChi2=372.28 BremPIDe=-0.4614 TrackChi2PerDof=1.8698 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=3257.32 TrackPt=241.115 CombDLLe=-1.6078 CombDLLmu=-5.92901 CombDLLpi=0 CombDLLk=-0.346456 CombDLLp=-0.346456 CombDLLd=-0.346456 ProbNNe=0.480954 ProbNNpi=0.609276 ProbNNk=0.0504559 ProbNNp=0.0935109 ProbNNghost=0.575288 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.87894 RichDLLmu=0.745821 RichDLLpi=0 RichDLLk=0.708788 RichDLLp=0.708788 RichPIDStatus=5026 RichDLLbt=0.708788 RichDLLd=0.708788 InAccBrem=1 CaloBremChi2=255.018 BremPIDe=-0.338913 TrackChi2PerDof=1.80637 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=2683.18 TrackPt=84.1203 CombDLLe=-1.36038 CombDLLmu=1.03647 CombDLLpi=0 CombDLLk=0.708788 CombDLLp=0.708788 CombDLLd=0.708788 ProbNNe=0.378071 ProbNNpi=0.699664 ProbNNk=0.0910583 ProbNNp=0.180072 ProbNNghost=0.371798 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.4541 RichDLLmu=-12.1106 RichDLLpi=0 RichDLLk=-7.04124 RichDLLp=-7.04124 RichPIDStatus=5027 RichDLLbt=-7.04124 RichDLLd=-7.04124 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.77274 CaloElectronMatch=142.535 CaloBremMatch=142.535 CaloChargedEcal=763.763 CaloChargedID=34056 CaloNeutralEcal=763.763 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974604 CaloNeutralID=34056 CaloEcalE=684.324 CaloHcalE=1424.49 CaloEcalChi2=142.535 CaloBremChi2=161.304 CaloClusChi2=1.77274 CaloTrajectoryL=235.73 CaloEoverP=0.300791 EcalPIDe=0.83137 BremPIDe=-0.127295 HcalPIDe=-1.06262 HcalPIDmu=1.19075 EcalPIDmu=0.566712 TrackChi2PerDof=0.791833 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=3293.88 TrackPt=375.78 CombDLLe=-4.1741 CombDLLmu=-5.13317 CombDLLpi=0 CombDLLk=-7.04124 CombDLLp=-7.04124 CombDLLd=-7.04124 ProbNNe=7.28791e-07 ProbNNpi=0.995882 ProbNNk=0.000447645 ProbNNp=0.00186345 ProbNNghost=0.0073497 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.09458 RichDLLmu=5.67922 RichDLLpi=0 RichDLLk=6.73691 RichDLLp=6.73691 RichPIDStatus=5028 RichDLLbt=6.73691 RichDLLd=6.73691 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.08024 CaloElectronMatch=1.43352 CaloBremMatch=1.3376 CaloChargedEcal=5993.89 CaloChargedID=39546 CaloNeutralEcal=5993.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967385 CaloNeutralID=39546 CaloEcalE=4759.49 CaloHcalE=1885.46 CaloEcalChi2=1.43352 CaloBremChi2=280.376 CaloClusChi2=1.08024 CaloTrajectoryL=96.6646 CaloEoverP=1.05371 EcalPIDe=3.6423 BremPIDe=-0.416867 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-2.85439 TrackChi2PerDof=1.93534 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=5845 TrackPt=284.13 CombDLLe=1.81949 CombDLLmu=4.6402 CombDLLpi=0 CombDLLk=6.73691 CombDLLp=6.73691 CombDLLd=6.73691 ProbNNe=0.840519 ProbNNpi=0.293248 ProbNNk=0.571585 ProbNNp=0.730091 ProbNNghost=0.538068 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.55466 RichDLLmu=-1.78373 RichDLLpi=0 RichDLLk=-0.843843 RichDLLp=-0.843843 RichPIDStatus=5027 RichDLLbt=-0.843843 RichDLLd=-0.843843 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.526898 CaloElectronMatch=4.55375 CaloBremMatch=4.55375 CaloChargedEcal=2748.09 CaloChargedID=34482 CaloNeutralEcal=2748.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90011 CaloNeutralID=34482 CaloEcalE=2331.86 CaloHcalE=1356.59 CaloEcalChi2=4.55375 CaloBremChi2=527.074 CaloClusChi2=0.526898 CaloTrajectoryL=125.726 CaloEoverP=0.886937 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-0.984854 HcalPIDmu=1.19075 EcalPIDmu=-2.32771 TrackChi2PerDof=0.932699 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=3354.05 TrackPt=251.184 CombDLLe=0.304124 CombDLLmu=-3.53337 CombDLLpi=0 CombDLLk=-0.843843 CombDLLp=-0.843843 CombDLLd=-0.843843 ProbNNe=0.388242 ProbNNpi=0.836208 ProbNNk=0.0392303 ProbNNp=0.0848358 ProbNNghost=0.230216 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.34927 RichDLLmu=-5.20246 RichDLLpi=0 RichDLLk=11.5558 RichDLLp=11.5558 RichPIDStatus=5092 RichDLLbt=11.5558 RichDLLd=11.5558 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.39691 CaloElectronMatch=341.639 CaloBremMatch=338.786 CaloChargedEcal=2931.93 CaloChargedID=39156 CaloNeutralEcal=2931.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77422 CaloNeutralID=39156 CaloEcalE=166.518 CaloHcalE=259.193 CaloEcalChi2=341.639 CaloBremChi2=286.028 CaloClusChi2=5.39691 CaloTrajectoryL=-64.4768 CaloEoverP=0.414491 EcalPIDe=0.0750074 BremPIDe=-0.26048 HcalPIDe=-0.0471635 HcalPIDmu=-1.89593 EcalPIDmu=-0.501172 TrackChi2PerDof=1.72223 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=7969.8 TrackPt=240.635 CombDLLe=-1.16322 CombDLLmu=-7.84368 CombDLLpi=0 CombDLLk=11.5558 CombDLLp=11.5558 CombDLLd=11.5558 ProbNNe=3.73947e-06 ProbNNpi=0.292562 ProbNNk=0.630939 ProbNNp=0.774383 ProbNNghost=0.0689466 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.5549 RichDLLmu=-15.2767 RichDLLpi=0 RichDLLk=-6.80069 RichDLLp=-6.80069 RichPIDStatus=5027 RichDLLbt=-6.80069 RichDLLd=-6.80069 MuonMuLL=0 MuonBkgLL=-0.0141355 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=5363.57 MuonMVA1=-999 MuonMVA2=-1.9588 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.158336 CaloElectronMatch=17.1894 CaloBremMatch=17.1894 CaloChargedEcal=5711.91 CaloChargedID=39239 CaloNeutralEcal=5711.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.714571 CaloNeutralID=39239 CaloEcalE=3181.91 CaloHcalE=0 CaloEcalChi2=17.1894 CaloBremChi2=171.045 CaloClusChi2=0.158336 CaloTrajectoryL=130.906 CaloEoverP=1.25237 EcalPIDe=2.97947 BremPIDe=-0.224977 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.50884 TrackChi2PerDof=0.702422 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=4799.74 TrackPt=240.588 CombDLLe=0.497545 CombDLLmu=-11.9274 CombDLLpi=0 CombDLLk=-6.80069 CombDLLp=-6.80069 CombDLLd=-6.78656 ProbNNe=0.0416854 ProbNNmu=0.00366525 ProbNNpi=0.0097645 ProbNNk=0.00244514 ProbNNp=0.0230362 ProbNNghost=0.352125 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=7.45371 RichDLLmu=-1.53202 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=164.627 BremPIDe=0.0147328 TrackChi2PerDof=1.38361 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2047.88 TrackPt=103.862 CombDLLe=1.30424 CombDLLmu=-2.08013 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.966377 ProbNNpi=0.118157 ProbNNk=0.0364363 ProbNNp=0.0270686 ProbNNghost=0.99097 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.87874 RichDLLmu=1.06838 RichDLLpi=0 RichDLLk=8.99722 RichDLLp=9.87722 RichPIDStatus=6117 RichDLLbt=9.87722 RichDLLd=9.87722 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=9.59797 CaloElectronMatch=556.885 CaloChargedEcal=17054.6 CaloChargedID=38795 CaloEcalE=1232.79 CaloHcalE=5637.06 CaloEcalChi2=556.885 CaloClusChi2=9.59797 CaloTrajectoryL=173.812 CaloEoverP=1.61878 EcalPIDe=-0.273733 HcalPIDe=-1.92467 HcalPIDmu=-1.4512 EcalPIDmu=-0.593929 TrackChi2PerDof=0.923007 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=10384.8 TrackPt=266.504 CombDLLe=-0.669648 CombDLLmu=-0.571751 CombDLLpi=0 CombDLLk=8.99722 CombDLLp=9.87722 CombDLLd=9.87722 ProbNNe=0.000620646 ProbNNpi=0.00254921 ProbNNk=0.737918 ProbNNp=0.248077 ProbNNghost=0.999542 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.91661 RichDLLmu=-7.2134 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=101.718 BremPIDe=0.143007 TrackChi2PerDof=1.24379 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=2437.58 TrackPt=336.539 CombDLLe=-0.884915 CombDLLmu=-6.25965 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.774421 ProbNNpi=0.00200616 ProbNNk=0.0434862 ProbNNp=0.0113415 ProbNNghost=0.997853 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.04692 RichDLLmu=-0.472733 RichDLLpi=0 RichDLLk=6.43149 RichDLLp=11.4503 RichPIDStatus=6117 RichDLLbt=11.4503 RichDLLd=11.4503 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.188886 CaloElectronMatch=430.629 CaloBremMatch=408.154 CaloChargedEcal=2364.23 CaloChargedID=34006 CaloNeutralEcal=2364.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871047 CaloNeutralID=34006 CaloEcalE=1852.87 CaloHcalE=3362.69 CaloEcalChi2=430.629 CaloBremChi2=415.61 CaloClusChi2=0.188886 CaloTrajectoryL=37.8941 CaloEoverP=0.228602 EcalPIDe=-0.10442 BremPIDe=-0.454777 HcalPIDe=-1.13849 HcalPIDmu=0.34288 EcalPIDmu=-1.63872 TrackChi2PerDof=1.84048 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=10670.3 TrackPt=1279.98 CombDLLe=-2.40349 CombDLLmu=-1.9557 CombDLLpi=0 CombDLLk=6.43149 CombDLLp=11.4503 CombDLLd=11.4503 ProbNNe=0.00530146 ProbNNpi=0.455642 ProbNNk=0.0247518 ProbNNp=0.243393 ProbNNghost=0.478677 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.08581 RichDLLmu=1.83085 RichDLLpi=0 RichDLLk=6.47514 RichDLLp=5.91656 RichPIDStatus=6116 RichDLLbt=5.91656 RichDLLd=5.91656 MuonMuLL=-0.0145047 MuonBkgLL=-0.17947 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=621.959 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.19891 CaloElectronMatch=193.98 CaloBremMatch=193.98 CaloChargedEcal=14867.9 CaloChargedID=43559 CaloNeutralEcal=14867.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737535 CaloNeutralID=43559 CaloEcalE=6803.02 CaloEcalChi2=193.98 CaloBremChi2=528.812 CaloClusChi2=1.19891 CaloTrajectoryL=497.809 CaloEoverP=1.38645 EcalPIDe=0.786938 BremPIDe=-0.621385 EcalPIDmu=-3.73237 TrackChi2PerDof=0.886032 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=11308.7 TrackPt=588.566 CombDLLe=-0.199133 CombDLLmu=-1.11294 CombDLLpi=0 CombDLLk=6.47514 CombDLLp=5.91656 CombDLLd=6.09603 ProbNNe=0.00312141 ProbNNpi=0.0862994 ProbNNk=0.583583 ProbNNp=0.675536 ProbNNghost=0.146245 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.32692 RichDLLmu=-2.72271 RichDLLpi=0 RichDLLk=3.96863 RichDLLp=5.35112 RichPIDStatus=6117 RichDLLbt=5.35112 RichDLLd=5.35112 MuonMuLL=-0.000800334 MuonBkgLL=-1.16894 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=48.9109 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.493807 CaloElectronMatch=14.0966 CaloBremMatch=14.0966 CaloChargedEcal=11346.1 CaloChargedID=38582 CaloNeutralEcal=11346.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.632778 CaloNeutralID=38582 CaloEcalE=7538.08 CaloHcalE=9020.03 CaloEcalChi2=14.0966 CaloBremChi2=84.205 CaloClusChi2=0.493807 CaloTrajectoryL=176.634 CaloEoverP=0.851772 EcalPIDe=4.33705 BremPIDe=0.704713 HcalPIDe=-2.51216 HcalPIDmu=-2.23489 EcalPIDmu=-3.3142 TrackChi2PerDof=0.71948 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=13116.6 TrackPt=727.645 CombDLLe=1.09309 CombDLLmu=-7.85587 CombDLLpi=0 CombDLLk=3.96863 CombDLLp=5.35112 CombDLLd=6.52006 ProbNNe=0.00391404 ProbNNpi=0.870379 ProbNNk=0.0804353 ProbNNp=0.137482 ProbNNghost=0.00891662 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.0118 RichDLLmu=-6.13583 RichDLLpi=0 RichDLLk=-3.03778 RichDLLp=-3.03778 RichPIDStatus=5027 RichDLLbt=-3.03778 RichDLLd=-3.03778 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.610135 CaloElectronMatch=52.9699 CaloBremMatch=52.9699 CaloChargedEcal=4675.55 CaloChargedID=35341 CaloNeutralEcal=4675.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849835 CaloNeutralID=35341 CaloEcalE=3181.08 CaloHcalE=919.495 CaloEcalChi2=52.9699 CaloBremChi2=593.63 CaloClusChi2=0.610135 CaloTrajectoryL=163.471 CaloEoverP=0.672822 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=-0.431041 HcalPIDmu=-0.321238 EcalPIDmu=-2.89107 TrackChi2PerDof=2.04439 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=7071.07 TrackPt=723.348 CombDLLe=-0.205925 CombDLLmu=-9.1046 CombDLLpi=0 CombDLLk=-3.03778 CombDLLp=-3.03778 CombDLLd=-3.03778 ProbNNe=8.76485e-05 ProbNNpi=0.927813 ProbNNk=0.0075092 ProbNNp=0.00557695 ProbNNghost=0.178977 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.6955 RichDLLmu=-5.79949 RichDLLpi=0 RichDLLk=-7.48922 RichDLLp=-7.48922 RichPIDStatus=5091 RichDLLbt=-7.48922 RichDLLd=-7.48922 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.546162 CaloElectronMatch=2.24637 CaloBremMatch=2.24637 CaloChargedEcal=6999.87 CaloChargedID=39346 CaloNeutralEcal=6999.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784837 CaloNeutralID=39346 CaloEcalE=4880.41 CaloHcalE=620.934 CaloEcalChi2=2.24637 CaloBremChi2=348.253 CaloClusChi2=0.546162 CaloTrajectoryL=114.708 CaloEoverP=0.934474 EcalPIDe=3.6423 BremPIDe=-0.438762 HcalPIDe=-0.176853 HcalPIDmu=-1.088 EcalPIDmu=-3.02713 TrackChi2PerDof=1.21316 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=7627.71 TrackPt=228.743 CombDLLe=-0.303078 CombDLLmu=-9.86218 CombDLLpi=0 CombDLLk=-7.48922 CombDLLp=-7.48922 CombDLLd=-7.48922 ProbNNe=1.16771e-05 ProbNNpi=0.975752 ProbNNk=0.00183455 ProbNNp=0.00639999 ProbNNghost=0.0271026 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-14.9089 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=37.2791 BremPIDe=0.726033 TrackChi2PerDof=1.27857 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=1721.87 TrackPt=174.826 CombDLLe=-1.76856 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0168362 ProbNNpi=0.911 ProbNNk=0.0504623 ProbNNp=0.111556 ProbNNghost=0.0335533 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.2522 RichDLLmu=-12.1807 RichDLLpi=0 RichDLLk=-3.39318 RichDLLp=-3.39318 RichPIDStatus=5091 RichDLLbt=-3.39318 RichDLLd=-3.39318 MuonMuLL=-0.73961 MuonBkgLL=-2.16252 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=28.1044 MuonMVA1=-999 MuonMVA2=-0.875439 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.42495 CaloElectronMatch=66.2414 CaloBremMatch=66.2414 CaloChargedEcal=2070.56 CaloChargedID=44018 CaloNeutralEcal=2070.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.785014 CaloNeutralID=44018 CaloEcalE=1085.06 CaloHcalE=855.485 CaloEcalChi2=66.2414 CaloBremChi2=474.053 CaloClusChi2=1.42495 CaloTrajectoryL=14.1648 CaloEoverP=0.541755 EcalPIDe=1.51236 BremPIDe=-0.553589 HcalPIDe=-0.560927 HcalPIDmu=0.0289404 EcalPIDmu=-0.485394 TrackChi2PerDof=0.790124 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=4603.89 TrackPt=520.723 CombDLLe=-2.14904 CombDLLmu=-5.92717 CombDLLpi=0 CombDLLk=-3.39318 CombDLLp=-3.39318 CombDLLd=-1.23066 ProbNNe=0.116732 ProbNNmu=0.00366525 ProbNNpi=0.00510688 ProbNNk=0.0106902 ProbNNp=0.189953 ProbNNghost=0.0722868 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.28876 RichDLLmu=1.94149 RichDLLpi=0 RichDLLk=-23.8077 RichDLLp=-12.2802 RichPIDStatus=8162 RichDLLbt=-11.0679 RichDLLd=-11.0679 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=19.7201 CaloElectronMatch=1297.48 CaloBremMatch=91.7867 CaloChargedEcal=2562.59 CaloChargedID=44055 CaloNeutralEcal=2562.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887312 CaloNeutralID=44055 CaloEcalE=0 CaloHcalE=15522.1 CaloEcalChi2=1297.48 CaloBremChi2=706.964 CaloClusChi2=19.7201 CaloTrajectoryL=2912.86 CaloEoverP=0.118291 EcalPIDe=-1.21799 BremPIDe=-0.581258 HcalPIDe=-2.87281 HcalPIDmu=-3.02313 EcalPIDmu=0.790061 TrackChi2PerDof=1.23979 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=23346.1 TrackPt=1643.59 CombDLLe=-4.89751 CombDLLmu=0.356176 CombDLLpi=0 CombDLLk=-23.8077 CombDLLp=-12.2802 CombDLLd=-11.0679 ProbNNe=2.04443e-05 ProbNNpi=0.987048 ProbNNk=0.00010849 ProbNNp=0.000234113 ProbNNghost=0.01637 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.548719 RichDLLmu=-0.713238 RichDLLpi=0 RichDLLk=8.09517 RichDLLp=8.09517 RichPIDStatus=5028 RichDLLbt=8.09517 RichDLLd=8.09517 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.0764 CaloElectronMatch=1.3376 CaloBremMatch=1.3376 CaloChargedEcal=5993.89 CaloChargedID=39546 CaloNeutralEcal=5993.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967385 CaloNeutralID=39546 CaloEcalE=4759.49 CaloHcalE=1885.46 CaloEcalChi2=1.3376 CaloBremChi2=280.076 CaloClusChi2=1.0764 CaloTrajectoryL=96.5125 CaloEoverP=1.05308 EcalPIDe=3.6423 BremPIDe=-0.416867 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-2.85439 TrackChi2PerDof=1.33746 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=5848.49 TrackPt=252.893 CombDLLe=2.08969 CombDLLmu=-2.04269 CombDLLpi=0 CombDLLk=8.09517 CombDLLp=8.09517 CombDLLd=8.09517 ProbNNe=0.833717 ProbNNpi=0.15462 ProbNNk=0.72048 ProbNNp=0.779165 ProbNNghost=0.468103 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.50776 RichDLLmu=0.228319 RichDLLpi=0 RichDLLk=-8.73921 RichDLLp=-8.25942 RichPIDStatus=6050 RichDLLbt=-8.25942 RichDLLd=-8.25942 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06035 CaloElectronMatch=310.924 CaloBremMatch=52.6176 CaloChargedEcal=4203.06 CaloChargedID=35215 CaloNeutralEcal=4203.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904389 CaloNeutralID=35215 CaloEcalE=2183.74 CaloHcalE=10019.4 CaloEcalChi2=310.924 CaloBremChi2=494.659 CaloClusChi2=1.06035 CaloTrajectoryL=445.269 CaloEoverP=0.384585 EcalPIDe=0.424072 BremPIDe=-0.621385 HcalPIDe=-2.4429 HcalPIDmu=-1.93671 EcalPIDmu=-1.89716 TrackChi2PerDof=1.42823 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=11287.4 TrackPt=1143.84 CombDLLe=-3.07849 CombDLLmu=-3.51445 CombDLLpi=0 CombDLLk=-8.73921 CombDLLp=-8.25942 CombDLLd=-8.25942 ProbNNe=1.12982e-05 ProbNNpi=0.957738 ProbNNk=0.00117747 ProbNNp=0.00522558 ProbNNghost=0.0270348 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.9813 RichDLLmu=-13.9887 RichDLLpi=0 RichDLLk=-2.88149 RichDLLp=-2.88149 RichPIDStatus=5027 RichDLLbt=-2.88149 RichDLLd=-2.88149 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.617038 CaloElectronMatch=31.8717 CaloBremMatch=31.8717 CaloChargedEcal=5350.32 CaloChargedID=35531 CaloNeutralEcal=5350.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.611773 CaloNeutralID=35531 CaloEcalE=1706.44 CaloHcalE=3798.14 CaloEcalChi2=31.8717 CaloBremChi2=95.4766 CaloClusChi2=0.617038 CaloTrajectoryL=92.9074 CaloEoverP=1.66208 EcalPIDe=2.97947 BremPIDe=0.142978 HcalPIDe=-1.4367 HcalPIDmu=0.265917 EcalPIDmu=-2.208 TrackChi2PerDof=1.79095 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=3312.14 TrackPt=413.204 CombDLLe=-1.5465 CombDLLmu=-8.89027 CombDLLpi=0 CombDLLk=-2.88149 CombDLLp=-2.88149 CombDLLd=-2.88149 ProbNNe=5.61673e-05 ProbNNpi=0.986614 ProbNNk=0.00162217 ProbNNp=0.00384503 ProbNNghost=0.0374506 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.5224 RichDLLmu=-7.42571 RichDLLpi=0 RichDLLk=-36.0106 RichDLLp=-31.5535 RichPIDStatus=6115 RichDLLbt=-31.5535 RichDLLd=-31.5535 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.66857 CaloElectronMatch=1265.05 CaloBremMatch=80.4822 CaloChargedEcal=7258.91 CaloChargedID=39689 CaloNeutralEcal=7258.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84943 CaloNeutralID=39689 CaloEcalE=2950.14 CaloHcalE=10130.2 CaloEcalChi2=1265.05 CaloBremChi2=256.1 CaloClusChi2=2.66857 CaloTrajectoryL=-189.25 CaloEoverP=0.563655 EcalPIDe=-1.47638 BremPIDe=-0.0686812 HcalPIDe=-2.4429 HcalPIDmu=-2.43013 EcalPIDmu=-2.35622 TrackChi2PerDof=0.770337 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=13097.6 TrackPt=1094.77 CombDLLe=-9.20744 CombDLLmu=-11.1033 CombDLLpi=0 CombDLLk=-36.0106 CombDLLp=-31.5535 CombDLLd=-31.5535 ProbNNe=9.15884e-08 ProbNNpi=0.999808 ProbNNk=2.43699e-05 ProbNNp=5.43795e-05 ProbNNghost=0.000181934 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.76285 RichDLLmu=2.20038 RichDLLpi=0 RichDLLk=10.5919 RichDLLp=11.8219 RichPIDStatus=6085 RichDLLbt=11.8219 RichDLLd=11.8219 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.705311 CaloElectronMatch=515.934 CaloChargedEcal=10312.8 CaloChargedID=43151 CaloEcalE=3570.31 CaloHcalE=23691.6 CaloEcalChi2=515.934 CaloClusChi2=0.705311 CaloTrajectoryL=448.805 CaloEoverP=0.472589 EcalPIDe=-0.250247 HcalPIDe=-2.87281 HcalPIDmu=-2.20948 EcalPIDmu=-2.3529 TrackChi2PerDof=1.38388 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=22414.8 TrackPt=444.923 CombDLLe=-2.46649 CombDLLmu=-1.66643 CombDLLpi=0 CombDLLk=10.5919 CombDLLp=11.8219 CombDLLd=11.8219 ProbNNe=0.00190755 ProbNNpi=0.0659162 ProbNNk=0.852222 ProbNNp=0.792606 ProbNNghost=0.0391598 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.04906 RichDLLmu=-8.77145 RichDLLpi=0 RichDLLk=-0.908745 RichDLLp=-0.908745 RichPIDStatus=5027 RichDLLbt=-0.908745 RichDLLd=-0.908745 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.95027 CaloElectronMatch=3.48562 CaloBremMatch=3.48562 CaloChargedEcal=3493.03 CaloChargedID=34503 CaloNeutralEcal=3493.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952468 CaloNeutralID=34503 CaloEcalE=3009.37 CaloHcalE=2159.55 CaloEcalChi2=3.48562 CaloBremChi2=586.362 CaloClusChi2=0.95027 CaloTrajectoryL=123.06 CaloEoverP=0.866866 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-1.22416 HcalPIDmu=1.09404 EcalPIDmu=-2.69301 TrackChi2PerDof=1.13491 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4323 TrackPt=290.229 CombDLLe=0.495549 CombDLLmu=-8.19201 CombDLLpi=0 CombDLLk=-0.908745 CombDLLp=-0.908745 CombDLLd=-0.908745 ProbNNe=0.522992 ProbNNpi=0.951053 ProbNNk=0.0169832 ProbNNp=0.0367008 ProbNNghost=0.0757189 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.8865 RichDLLmu=-5.57273 RichDLLpi=0 RichDLLk=0.361318 RichDLLp=0.361318 RichPIDStatus=5028 RichDLLbt=0.361318 RichDLLd=0.361318 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0593955 CaloElectronMatch=14.0556 CaloBremMatch=14.0556 CaloChargedEcal=2858.54 CaloChargedID=35335 CaloNeutralEcal=2858.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.734857 CaloNeutralID=35335 CaloEcalE=1471.82 CaloHcalE=1804.09 CaloEcalChi2=14.0556 CaloBremChi2=279.226 CaloClusChi2=0.0593955 CaloTrajectoryL=49.2791 CaloEoverP=1.17977 EcalPIDe=2.97947 BremPIDe=-0.318955 HcalPIDe=-1.43831 HcalPIDmu=1.63925 EcalPIDmu=-1.86134 TrackChi2PerDof=0.847107 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2651.37 TrackPt=293.789 CombDLLe=-1.71474 CombDLLmu=-5.86174 CombDLLpi=0 CombDLLk=0.361318 CombDLLp=0.361318 CombDLLd=0.361318 ProbNNe=2.59621e-05 ProbNNpi=0.96546 ProbNNk=0.0277456 ProbNNp=0.0683295 ProbNNghost=0.02208 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.927711 RichDLLmu=0.94693 RichDLLpi=0 RichDLLk=8.73872 RichDLLp=14.6835 RichPIDStatus=8166 RichDLLbt=14.8881 RichDLLd=14.8881 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=10.9678 CaloElectronMatch=1584.36 CaloBremMatch=91.7867 CaloChargedEcal=2562.59 CaloChargedID=44055 CaloNeutralEcal=2562.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887312 CaloNeutralID=44055 CaloEcalE=0 CaloHcalE=20610.4 CaloEcalChi2=1584.36 CaloBremChi2=321.705 CaloClusChi2=10.9678 CaloTrajectoryL=1018.73 CaloEoverP=0.139121 EcalPIDe=-1.54975 BremPIDe=-0.363296 HcalPIDe=-2.5812 HcalPIDmu=-2.81633 EcalPIDmu=0.689585 TrackChi2PerDof=0.982004 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=19850.5 TrackPt=529.902 CombDLLe=-4.33193 CombDLLmu=-0.816671 CombDLLpi=0 CombDLLk=8.73872 CombDLLp=14.6835 CombDLLd=14.8881 ProbNNe=4.02911e-06 ProbNNpi=0.0439411 ProbNNk=0.657429 ProbNNp=0.973798 ProbNNghost=0.00561705 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.6521 RichDLLmu=-19.167 RichDLLpi=0 RichDLLk=-12.0712 RichDLLp=-12.0712 RichPIDStatus=5027 RichDLLbt=-12.0712 RichDLLd=-12.0712 MuonMuLL=-0.253861 MuonBkgLL=-1.06513 MuonNShared=14 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=192.085 MuonMVA1=-999 MuonMVA2=-0.869084 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=11.2386 CaloElectronMatch=651.216 CaloBremMatch=219.561 CaloChargedEcal=521.254 CaloChargedID=34312 CaloNeutralEcal=521.254 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876501 CaloNeutralID=34312 CaloEcalE=0 CaloHcalE=12698.3 CaloEcalChi2=651.216 CaloBremChi2=635.118 CaloClusChi2=11.2386 CaloTrajectoryL=9067.38 CaloEoverP=0.182157 EcalPIDe=-0.691118 BremPIDe=-0.553589 HcalPIDe=-0.621703 HcalPIDmu=0.420753 EcalPIDmu=0.494733 TrackChi2PerDof=0.839121 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3972.84 TrackPt=474.737 CombDLLe=-5.19029 CombDLLmu=-5.2667 CombDLLpi=0 CombDLLk=-12.0712 CombDLLp=-12.0712 CombDLLd=-11.006 ProbNNe=9.71038e-08 ProbNNmu=0.00366525 ProbNNpi=0.0134246 ProbNNk=0.00448838 ProbNNp=0.0122671 ProbNNghost=0.0437555 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.24255 RichDLLmu=-0.427859 RichDLLpi=0 RichDLLk=-3.13352 RichDLLp=-3.22778 RichPIDStatus=6083 RichDLLbt=-3.22778 RichDLLd=-3.22778 MuonPIDStatus=6 InAccMuon=1 InAccHcal=1 CaloHcalE=50161.7 HcalPIDe=-2.5812 HcalPIDmu=-1.95868 TrackChi2PerDof=0.9006 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=19856.5 TrackPt=440.995 CombDLLe=-2.97324 CombDLLmu=-2.55623 CombDLLpi=0 CombDLLk=-3.13352 CombDLLp=-3.22778 CombDLLd=-3.22778 ProbNNe=0.020747 ProbNNpi=0.98536 ProbNNk=0.00289406 ProbNNp=0.00762612 ProbNNghost=0.00723856 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.07479 RichDLLmu=-0.358712 RichDLLpi=0 RichDLLk=0.671145 RichDLLp=0.671145 RichPIDStatus=5028 RichDLLbt=0.671145 RichDLLd=0.671145 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0674606 CaloElectronMatch=164.649 CaloBremMatch=159.14 CaloChargedEcal=4224.36 CaloChargedID=34558 CaloNeutralEcal=4224.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.742504 CaloNeutralID=34558 CaloEcalE=1168.37 CaloEcalChi2=164.649 CaloBremChi2=294.324 CaloClusChi2=0.0674606 CaloTrajectoryL=-69.7536 CaloEoverP=1.38507 EcalPIDe=0.83137 BremPIDe=-0.318955 EcalPIDmu=-1.2505 TrackChi2PerDof=2.92298 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3236.32 TrackPt=197.067 CombDLLe=0.324371 CombDLLmu=-1.75183 CombDLLpi=0 CombDLLk=0.671145 CombDLLp=0.671145 CombDLLd=0.671145 ProbNNe=0.403128 ProbNNpi=0.19581 ProbNNk=0.0373121 ProbNNp=0.0852555 ProbNNghost=0.863432 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.20321 RichDLLmu=-1.5166 RichDLLpi=0 RichDLLk=6.17007 RichDLLp=6.17007 RichPIDStatus=5060 RichDLLbt=6.17007 RichDLLd=6.17007 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.408906 CaloElectronMatch=436.134 CaloChargedEcal=20329.9 CaloChargedID=43245 CaloEcalE=4795.65 CaloHcalE=23764.8 CaloEcalChi2=436.134 CaloClusChi2=0.408906 CaloTrajectoryL=-107.508 CaloEoverP=1.83056 EcalPIDe=-0.10442 HcalPIDe=-1.89687 HcalPIDmu=-0.386157 EcalPIDmu=-2.90947 TrackChi2PerDof=1.53809 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=11170.9 TrackPt=247.78 CombDLLe=-1.09583 CombDLLmu=-5.35606 CombDLLpi=0 CombDLLk=6.17007 CombDLLp=6.17007 CombDLLd=6.17007 ProbNNe=0.058697 ProbNNpi=0.33764 ProbNNk=0.211485 ProbNNp=0.345125 ProbNNghost=0.723166 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.103 RichDLLmu=-0.70979 RichDLLpi=0 RichDLLk=-3.85853 RichDLLp=-3.85853 RichPIDStatus=5091 RichDLLbt=-3.85853 RichDLLd=-3.85853 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.661692 CaloElectronMatch=125.526 CaloBremMatch=125.526 CaloChargedEcal=2545.11 CaloChargedID=42192 CaloNeutralEcal=2545.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.728038 CaloNeutralID=42192 CaloEcalE=1332.3 CaloHcalE=11246 CaloEcalChi2=125.526 CaloBremChi2=405.475 CaloClusChi2=0.661692 CaloTrajectoryL=200.904 CaloEoverP=0.362314 EcalPIDe=0.989182 BremPIDe=-0.467096 HcalPIDe=-1.17839 HcalPIDmu=-1.049 EcalPIDmu=-1.10759 TrackChi2PerDof=1.28569 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=8005.06 TrackPt=485.203 CombDLLe=-1.19824 CombDLLmu=-3.14367 CombDLLpi=0 CombDLLk=-3.85853 CombDLLp=-3.85853 CombDLLd=-3.85853 ProbNNe=0.000219987 ProbNNpi=0.670806 ProbNNk=0.273135 ProbNNp=0.308308 ProbNNghost=0.0737469 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.59242 RichDLLmu=-5.05926 RichDLLpi=0 RichDLLk=7.44233 RichDLLp=7.44233 RichPIDStatus=5028 RichDLLbt=7.44233 RichDLLd=7.44233 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.14873 CaloElectronMatch=114.833 CaloBremMatch=11.789 CaloChargedEcal=4890.16 CaloChargedID=34890 CaloNeutralEcal=4890.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946209 CaloNeutralID=34890 CaloEcalE=4188.75 CaloHcalE=5593.53 CaloEcalChi2=114.833 CaloBremChi2=21.8517 CaloClusChi2=1.14873 CaloTrajectoryL=-135.768 CaloEoverP=0.802279 EcalPIDe=1.84829 BremPIDe=2.50165 HcalPIDe=-1.9266 HcalPIDmu=-0.805439 EcalPIDmu=-2.76686 TrackChi2PerDof=0.503914 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=6196.37 TrackPt=557.044 CombDLLe=1.451 CombDLLmu=-8.93799 CombDLLpi=0 CombDLLk=7.44233 CombDLLp=7.44233 CombDLLd=7.44233 ProbNNe=0.0157883 ProbNNpi=0.215697 ProbNNk=0.582728 ProbNNp=0.714657 ProbNNghost=0.0960775 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.60621 RichDLLmu=-2.61833 RichDLLpi=0 RichDLLk=14.5171 RichDLLp=14.5171 RichPIDStatus=5028 RichDLLbt=14.5171 RichDLLd=14.5171 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.167654 CaloElectronMatch=12.7796 CaloBremMatch=12.7796 CaloChargedEcal=4980.4 CaloChargedID=35656 CaloNeutralEcal=4980.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.759348 CaloNeutralID=35656 CaloEcalE=2861.37 CaloHcalE=2192.73 CaloEcalChi2=12.7796 CaloBremChi2=280.239 CaloClusChi2=0.167654 CaloTrajectoryL=164.981 CaloEoverP=1.28435 EcalPIDe=2.97947 BremPIDe=-0.318955 HcalPIDe=-1.22416 HcalPIDmu=1.09404 EcalPIDmu=-2.54584 TrackChi2PerDof=0.780789 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3962.22 TrackPt=539.915 CombDLLe=0.121084 CombDLLmu=-4.81547 CombDLLpi=0 CombDLLk=14.5171 CombDLLp=14.5171 CombDLLd=14.5171 ProbNNe=3.83335e-05 ProbNNpi=0.00526494 ProbNNk=0.967709 ProbNNp=0.965781 ProbNNghost=0.00144048 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.97129 RichDLLmu=5.11788 RichDLLpi=0 RichDLLk=15.3254 RichDLLp=15.3254 RichPIDStatus=5092 RichDLLbt=15.3254 RichDLLd=15.3254 MuonMuLL=-0.0566762 MuonBkgLL=-0.342602 MuonNShared=9 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=149.13 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.76619 CaloElectronMatch=161.32 CaloBremMatch=146.621 CaloChargedEcal=1447.58 CaloChargedID=37678 CaloNeutralEcal=1447.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=37678 CaloEcalE=1062.96 CaloHcalE=581.612 CaloEcalChi2=161.32 CaloBremChi2=90.2371 CaloClusChi2=3.76619 CaloTrajectoryL=344.707 CaloEoverP=0.329706 EcalPIDe=0.83137 BremPIDe=0.371596 HcalPIDe=-0.304036 HcalPIDmu=-0.681099 EcalPIDmu=-0.485394 TrackChi2PerDof=0.906146 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4971.28 TrackPt=626.429 CombDLLe=1.41795 CombDLLmu=4.51867 CombDLLpi=0 CombDLLk=15.3254 CombDLLp=15.3254 CombDLLd=15.668 ProbNNe=0.000997246 ProbNNpi=0.00546455 ProbNNk=0.920043 ProbNNp=0.929979 ProbNNghost=0.0232865 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-40.3314 RichDLLmu=-28.6135 RichDLLpi=0 RichDLLk=-9.3727 RichDLLp=-9.3727 RichPIDStatus=5027 RichDLLbt=-9.3727 RichDLLd=-9.3727 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.421266 CaloElectronMatch=42.9486 CaloBremMatch=42.9486 CaloChargedEcal=4272.88 CaloChargedID=33777 CaloNeutralEcal=4272.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819477 CaloNeutralID=33777 CaloEcalE=2898.63 CaloHcalE=0 CaloEcalChi2=42.9486 CaloBremChi2=242.46 CaloClusChi2=0.421266 CaloTrajectoryL=162.527 CaloEoverP=0.927075 EcalPIDe=2.97947 BremPIDe=-0.33853 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.54584 TrackChi2PerDof=0.862236 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4813.49 TrackPt=770.031 CombDLLe=-2.22908 CombDLLmu=-12.0094 CombDLLpi=0 CombDLLk=-9.3727 CombDLLp=-9.3727 CombDLLd=-9.3727 ProbNNe=1.0747e-06 ProbNNpi=0.996818 ProbNNk=5.36913e-05 ProbNNp=0.000678821 ProbNNghost=0.00180265 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.9641 RichDLLmu=-20.6499 RichDLLpi=0 RichDLLk=-8.96531 RichDLLp=-8.96531 RichPIDStatus=5027 RichDLLbt=-8.96531 RichDLLd=-8.96531 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.16234 CaloElectronMatch=36.1581 CaloBremMatch=36.1581 CaloChargedEcal=4356.61 CaloChargedID=35580 CaloNeutralEcal=4356.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775551 CaloNeutralID=35580 CaloEcalE=3319.91 CaloEcalChi2=36.1581 CaloBremChi2=244.387 CaloClusChi2=1.16234 CaloTrajectoryL=255.993 CaloEoverP=1.20963 EcalPIDe=2.97947 BremPIDe=-0.33853 EcalPIDmu=-0.955845 TrackChi2PerDof=0.631648 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3726 TrackPt=453.454 CombDLLe=-1.58565 CombDLLmu=-7.95222 CombDLLpi=0 CombDLLk=-8.96531 CombDLLp=-8.96531 CombDLLd=-8.96531 ProbNNe=2.14671e-05 ProbNNpi=0.995033 ProbNNk=5.55123e-05 ProbNNp=0.00326482 ProbNNghost=0.000977705 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.315851 CaloElectronMatch=213.795 CaloChargedEcal=9043.34 CaloChargedID=34764 CaloEcalE=4016.35 CaloHcalE=117.093 CaloEcalChi2=213.795 CaloClusChi2=0.315851 CaloTrajectoryL=-120.743 CaloEoverP=2.55063 EcalPIDe=0.497498 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-0.945822 TrackChi2PerDof=0.723017 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3606.7 TrackPt=71.8539 CombDLLe=0.982834 CombDLLmu=-3.34046 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.91518 ProbNNpi=0.56752 ProbNNk=0.0657986 ProbNNp=0.0978435 ProbNNghost=0.572406 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.675349 CaloElectronMatch=70.7307 CaloChargedEcal=6142.21 CaloChargedID=38785 CaloEcalE=4011.83 CaloHcalE=500.797 CaloEcalChi2=70.7307 CaloClusChi2=0.675349 CaloTrajectoryL=41.5154 CaloEoverP=1.4109 EcalPIDe=1.51236 HcalPIDe=-0.235987 HcalPIDmu=-1.39048 EcalPIDmu=-1.71726 TrackChi2PerDof=1.5343 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4577.03 TrackPt=91.0485 CombDLLe=1.27637 CombDLLmu=-3.10774 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.854908 ProbNNpi=0.647202 ProbNNk=0.0628978 ProbNNp=0.121369 ProbNNghost=0.514223 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.15881 RichDLLmu=0.726109 RichDLLpi=0 RichDLLk=3.65491 RichDLLp=3.65491 RichPIDStatus=5060 RichDLLbt=3.65491 RichDLLd=3.65491 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.237551 CaloElectronMatch=419.251 CaloChargedEcal=10312.8 CaloChargedID=43151 CaloEcalE=2811.12 CaloHcalE=15776.7 CaloEcalChi2=419.251 CaloClusChi2=0.237551 CaloTrajectoryL=-207.537 CaloEoverP=1.02899 EcalPIDe=-0.10442 HcalPIDe=-1.89687 HcalPIDmu=-1.10852 EcalPIDmu=-2.83531 TrackChi2PerDof=1.27725 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=10294.6 TrackPt=179.051 CombDLLe=-1.62386 CombDLLmu=-2.93437 CombDLLpi=0 CombDLLk=3.65491 CombDLLp=3.65491 CombDLLd=3.65491 ProbNNe=0.00269205 ProbNNpi=0.636743 ProbNNk=0.127786 ProbNNp=0.169236 ProbNNghost=0.404924 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.1055 RichDLLmu=-9.54081 RichDLLpi=0 RichDLLk=1.49445 RichDLLp=1.49445 RichPIDStatus=5028 RichDLLbt=1.49445 RichDLLd=1.49445 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.80148 CaloElectronMatch=550.333 CaloBremMatch=203.772 CaloChargedEcal=17037.4 CaloChargedID=39310 CaloNeutralEcal=17037.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923275 CaloNeutralID=39310 CaloEcalE=781.778 CaloHcalE=8205.99 CaloEcalChi2=550.333 CaloBremChi2=450.589 CaloClusChi2=3.80148 CaloTrajectoryL=118.249 CaloEoverP=5.80001 EcalPIDe=-0.362387 BremPIDe=-0.553589 HcalPIDe=-0.697374 HcalPIDmu=1.06858 EcalPIDmu=0.107042 TrackChi2PerDof=0.947788 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=2985.55 TrackPt=513.276 CombDLLe=-5.62745 CombDLLmu=-5.52289 CombDLLpi=0 CombDLLk=1.49445 CombDLLp=1.49445 CombDLLd=1.49445 ProbNNe=1.99177e-07 ProbNNpi=0.978407 ProbNNk=0.00448063 ProbNNp=0.0187543 ProbNNghost=0.0104831 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.934 RichDLLmu=-9.5492 RichDLLpi=0 RichDLLk=2.04283 RichDLLp=2.04283 RichPIDStatus=5028 RichDLLbt=2.04283 RichDLLd=2.04283 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.49984 CaloElectronMatch=261.738 CaloBremMatch=261.738 CaloChargedEcal=323.804 CaloChargedID=35712 CaloNeutralEcal=323.804 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.04658 CaloNeutralID=35712 CaloEcalE=489.56 CaloHcalE=4071.61 CaloEcalChi2=261.738 CaloBremChi2=15.464 CaloClusChi2=3.49984 CaloTrajectoryL=1362.53 CaloEoverP=0.147021 EcalPIDe=0.265875 BremPIDe=2.37284 HcalPIDe=-1.52558 HcalPIDmu=0.41264 EcalPIDmu=1.19218 TrackChi2PerDof=0.897114 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=2881.44 TrackPt=454.792 CombDLLe=-2.51156 CombDLLmu=-5.09469 CombDLLpi=0 CombDLLk=2.04283 CombDLLp=2.04283 CombDLLd=2.04283 ProbNNe=8.55003e-08 ProbNNpi=0.952944 ProbNNk=0.0328461 ProbNNp=0.116342 ProbNNghost=0.00560725 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.7793 RichDLLmu=-4.67617 RichDLLpi=0 RichDLLk=-6.09793 RichDLLp=-3.38929 RichPIDStatus=6115 RichDLLbt=-3.38929 RichDLLd=-3.38929 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.66583 CaloElectronMatch=674.442 CaloChargedEcal=13092.3 CaloChargedID=38799 CaloEcalE=1632.23 CaloHcalE=12522.4 CaloEcalChi2=674.442 CaloClusChi2=1.66583 CaloTrajectoryL=-422.722 CaloEoverP=0.935614 EcalPIDe=-0.56571 HcalPIDe=-1.89687 HcalPIDmu=-2.67457 EcalPIDmu=-0.995806 TrackChi2PerDof=0.8572 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=13893.4 TrackPt=463.951 CombDLLe=-4.30459 CombDLLmu=-8.80155 CombDLLpi=0 CombDLLk=-6.09793 CombDLLp=-3.38929 CombDLLd=-3.38929 ProbNNe=1.20067e-06 ProbNNpi=0.96138 ProbNNk=0.0237282 ProbNNp=0.0619929 ProbNNghost=0.0501706 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=15.9375 RichDLLmu=4.67124 RichDLLpi=0 RichDLLk=18.0795 RichDLLp=18.0795 RichPIDStatus=5092 RichDLLbt=18.0795 RichDLLd=18.0795 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.274856 CaloElectronMatch=211.82 CaloBremMatch=203.772 CaloChargedEcal=17037.4 CaloChargedID=39310 CaloNeutralEcal=17037.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923275 CaloNeutralID=39310 CaloEcalE=14233.5 CaloHcalE=7803.23 CaloEcalChi2=211.82 CaloBremChi2=307.803 CaloClusChi2=0.274856 CaloTrajectoryL=19.8535 CaloEoverP=1.99573 EcalPIDe=0.605631 BremPIDe=-0.466299 HcalPIDe=-2.22765 HcalPIDmu=-1.48415 EcalPIDmu=-0.115118 TrackChi2PerDof=1.97739 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=8676.64 TrackPt=282.094 CombDLLe=0.56196 CombDLLmu=3.52871 CombDLLpi=0 CombDLLk=18.0795 CombDLLp=18.0795 CombDLLd=18.0795 ProbNNe=0.997873 ProbNNpi=0.00134379 ProbNNk=0.00119302 ProbNNp=0.00531549 ProbNNghost=0.9573 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.0012 RichDLLmu=-5.94045 RichDLLpi=0 RichDLLk=0.00124976 RichDLLp=0.00124976 RichPIDStatus=5028 RichDLLbt=0.00124976 RichDLLd=0.00124976 InAccBrem=1 CaloBremChi2=107.525 BremPIDe=0.185338 TrackChi2PerDof=1.73709 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=2587.9 TrackPt=404.678 CombDLLe=-2.91044 CombDLLmu=-5.8099 CombDLLpi=0 CombDLLk=0.00124976 CombDLLp=0.00124976 CombDLLd=0.00124976 ProbNNe=0.00166302 ProbNNpi=0.871336 ProbNNk=0.0521095 ProbNNp=0.121099 ProbNNghost=0.209759 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.7397 RichDLLmu=-13.7408 RichDLLpi=0 RichDLLk=0.152312 RichDLLp=0.152312 RichPIDStatus=5028 RichDLLbt=0.152312 RichDLLd=0.152312 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.43071 CaloElectronMatch=16.9421 CaloBremMatch=16.1676 CaloChargedEcal=3546.13 CaloChargedID=35846 CaloNeutralEcal=3546.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.808143 CaloNeutralID=35846 CaloEcalE=2589.34 CaloHcalE=15216.4 CaloEcalChi2=16.9421 CaloBremChi2=24.3587 CaloClusChi2=0.43071 CaloTrajectoryL=42.8512 CaloEoverP=1.20194 EcalPIDe=2.97947 BremPIDe=2.0366 HcalPIDe=-0.621703 HcalPIDmu=0.650164 EcalPIDmu=-1.84651 TrackChi2PerDof=1.8254 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=3122.67 TrackPt=514.07 CombDLLe=0.423461 CombDLLmu=-8.13916 CombDLLpi=0 CombDLLk=0.152312 CombDLLp=0.152312 CombDLLd=0.152312 ProbNNe=5.02627e-06 ProbNNpi=0.583193 ProbNNk=0.00363166 ProbNNp=0.00752466 ProbNNghost=0.819538 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.5714 RichDLLmu=-19.5099 RichDLLpi=0 RichDLLk=2.22797 RichDLLp=2.22797 RichPIDStatus=5028 RichDLLbt=2.22797 RichDLLd=2.22797 InAccBrem=1 CaloBremChi2=1.06759 BremPIDe=3.84229 TrackChi2PerDof=0.902488 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3820.5 TrackPt=656.288 CombDLLe=0.395165 CombDLLmu=-6.99429 CombDLLpi=0 CombDLLk=2.22797 CombDLLp=2.22797 CombDLLd=2.22797 ProbNNe=6.27866e-05 ProbNNpi=0.94219 ProbNNk=0.0145821 ProbNNp=0.026285 ProbNNghost=0.00684301 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.01007 RichDLLmu=-1.0888 RichDLLpi=0 RichDLLk=-10.2126 RichDLLp=-9.29924 RichPIDStatus=8131 RichDLLbt=-6.03073 RichDLLd=-6.03073 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.260285 CaloElectronMatch=377.646 CaloChargedEcal=18627.6 CaloChargedID=42962 CaloEcalE=8482.05 CaloHcalE=24065.1 CaloEcalChi2=377.646 CaloClusChi2=0.260285 CaloTrajectoryL=312.271 CaloEoverP=0.494949 EcalPIDe=1.02332 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 EcalPIDmu=-3.42366 TrackChi2PerDof=1.26598 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=37024.2 TrackPt=813.556 CombDLLe=-2.28778 CombDLLmu=-8.24375 CombDLLpi=0 CombDLLk=-10.2126 CombDLLp=-9.29924 CombDLLd=-6.03073 ProbNNe=9.64343e-06 ProbNNpi=0.996167 ProbNNk=0.000152155 ProbNNp=0.000597135 ProbNNghost=0.00531616 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.87436 RichDLLmu=-4.82839 RichDLLpi=0 RichDLLk=15.8264 RichDLLp=15.8264 RichPIDStatus=5028 RichDLLbt=15.8264 RichDLLd=15.8264 MuonMuLL=-0.0190809 MuonBkgLL=-0.152961 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=133.306 MuonMVA1=-999 MuonMVA2=-1.23237 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.07878 CaloElectronMatch=494.278 CaloBremMatch=494.278 CaloChargedEcal=6379.68 CaloChargedID=39907 CaloNeutralEcal=6379.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.757532 CaloNeutralID=39907 CaloEcalE=1158.35 CaloHcalE=3479.31 CaloEcalChi2=494.278 CaloBremChi2=214.776 CaloClusChi2=1.07878 CaloTrajectoryL=598.755 CaloEoverP=1.14444 EcalPIDe=-0.270192 BremPIDe=-0.336986 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=-0.785549 TrackChi2PerDof=0.933886 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=5821.51 TrackPt=812.026 CombDLLe=-3.23694 CombDLLmu=-6.11777 CombDLLpi=0 CombDLLk=15.8264 CombDLLp=15.8264 CombDLLd=15.9793 ProbNNe=0.00642651 ProbNNmu=0.00366525 ProbNNpi=3.48622e-07 ProbNNk=0.90631 ProbNNp=0.78951 ProbNNghost=0.0117418 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.92112 RichDLLmu=-2.70484 RichDLLpi=0 RichDLLk=7.72806 RichDLLp=7.72806 RichPIDStatus=5060 RichDLLbt=7.72806 RichDLLd=7.72806 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.562871 CaloElectronMatch=617.062 CaloChargedEcal=19718.2 CaloChargedID=38837 CaloEcalE=7454.22 CaloHcalE=9419.36 CaloEcalChi2=617.062 CaloClusChi2=0.562871 CaloTrajectoryL=287.604 CaloEoverP=2.4614 EcalPIDe=-0.514971 HcalPIDe=-1.62556 HcalPIDmu=-1.30778 EcalPIDmu=-2.16722 TrackChi2PerDof=1.11589 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=8345.93 TrackPt=134.902 CombDLLe=-2.99741 CombDLLmu=-6.93104 CombDLLpi=0 CombDLLk=7.72806 CombDLLp=7.72806 CombDLLd=7.72806 ProbNNe=0.120677 ProbNNpi=0.646376 ProbNNk=0.206499 ProbNNp=0.274391 ProbNNghost=0.0917566 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=10.9768 RichDLLmu=1.77119 RichDLLpi=0 RichDLLk=5.6301 RichDLLp=5.6301 RichPIDStatus=5025 RichDLLbt=5.6301 RichDLLd=5.6301 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.07618 CaloElectronMatch=124.844 CaloBremMatch=119.29 CaloChargedEcal=5178.53 CaloChargedID=35059 CaloNeutralEcal=5178.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967011 CaloNeutralID=35059 CaloEcalE=3876.95 CaloHcalE=5063.16 CaloEcalChi2=124.844 CaloBremChi2=284.864 CaloClusChi2=2.07618 CaloTrajectoryL=285.864 CaloEoverP=1.30329 EcalPIDe=1.51236 BremPIDe=-0.318955 HcalPIDe=-1.14615 HcalPIDmu=-0.264616 EcalPIDmu=-2.03528 TrackChi2PerDof=1.70144 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4193.04 TrackPt=135.538 CombDLLe=1.92137 CombDLLmu=0.0810032 CombDLLpi=0 CombDLLk=5.6301 CombDLLp=5.6301 CombDLLd=5.6301 ProbNNe=0.994263 ProbNNpi=0.130985 ProbNNk=0.107615 ProbNNp=0.0989097 ProbNNghost=0.900167 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=12.457 RichDLLmu=-1.73449 RichDLLpi=0 RichDLLk=5.7701 RichDLLp=5.7701 RichPIDStatus=5025 RichDLLbt=5.7701 RichDLLd=5.7701 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.0755 CaloElectronMatch=1.38444 CaloBremMatch=1.3376 CaloChargedEcal=5993.89 CaloChargedID=39546 CaloNeutralEcal=5993.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967385 CaloNeutralID=39546 CaloEcalE=4759.49 CaloHcalE=1885.46 CaloEcalChi2=1.38444 CaloBremChi2=283.181 CaloClusChi2=1.0755 CaloTrajectoryL=96.4297 CaloEoverP=1.05399 EcalPIDe=3.6423 BremPIDe=-0.416867 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-2.85439 TrackChi2PerDof=0.70143 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=5843.48 TrackPt=255.114 CombDLLe=4.29784 CombDLLmu=-3.38623 CombDLLpi=0 CombDLLk=5.7701 CombDLLp=5.7701 CombDLLd=5.7701 ProbNNe=0.999907 ProbNNpi=0.0750292 ProbNNk=0.0156635 ProbNNp=0.0662177 ProbNNghost=0.890014 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=4.35646 RichDLLmu=-0.797115 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=117.657 BremPIDe=0.0225258 TrackChi2PerDof=2.20274 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=2290.46 TrackPt=117.026 CombDLLe=0.781907 CombDLLmu=-1.1066 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.818439 ProbNNpi=0.237845 ProbNNk=0.0391284 ProbNNp=0.112551 ProbNNghost=0.905191 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=36.1122 RichDLLmu=7.8168 RichDLLpi=0 RichDLLk=17.7653 RichDLLp=17.7653 RichPIDStatus=5089 RichDLLbt=17.7653 RichDLLd=17.7653 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.262068 CaloElectronMatch=203.772 CaloBremMatch=203.772 CaloChargedEcal=17037.4 CaloChargedID=39310 CaloNeutralEcal=17037.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923275 CaloNeutralID=39310 CaloEcalE=14233.5 CaloHcalE=7803.23 CaloEcalChi2=203.772 CaloBremChi2=307.734 CaloClusChi2=0.262068 CaloTrajectoryL=22.7345 CaloEoverP=1.98831 EcalPIDe=0.605631 BremPIDe=-0.466299 HcalPIDe=-2.22765 HcalPIDmu=-1.48415 EcalPIDmu=-0.115118 TrackChi2PerDof=1.75659 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=8709.04 TrackPt=286.954 CombDLLe=2.93531 CombDLLmu=4.81247 CombDLLpi=0 CombDLLk=17.7653 CombDLLp=17.7653 CombDLLd=17.7653 ProbNNe=0.99917 ProbNNpi=9.57396e-05 ProbNNk=0.000112352 ProbNNp=0.00020425 ProbNNghost=0.932367 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-42.7046 RichDLLmu=-30.0869 RichDLLpi=0 RichDLLk=-18.2833 RichDLLp=-18.2833 RichPIDStatus=5027 RichDLLbt=-18.2833 RichDLLd=-18.2833 InAccBrem=1 CaloBremChi2=162.723 BremPIDe=-0.0258536 TrackChi2PerDof=0.987623 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=5477.73 TrackPt=903.713 CombDLLe=-5.54578 CombDLLmu=-6.99992 CombDLLpi=0 CombDLLk=-18.2833 CombDLLp=-18.2833 CombDLLd=-18.2833 ProbNNe=8.48338e-05 ProbNNpi=0.996555 ProbNNk=0.000332558 ProbNNp=0.000671478 ProbNNghost=0.00480926 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-23.0618 RichDLLmu=-3.86042 RichDLLpi=0 RichDLLk=-0.873347 RichDLLp=-0.873347 RichPIDStatus=5027 RichDLLbt=-0.873347 RichDLLd=-0.873347 InAccBrem=1 CaloBremChi2=101.239 BremPIDe=0.178319 TrackChi2PerDof=1.15879 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=3160.08 TrackPt=489.66 CombDLLe=-3.46273 CombDLLmu=-4.53698 CombDLLpi=0 CombDLLk=-0.873347 CombDLLp=-0.873347 CombDLLd=-0.873347 ProbNNe=8.43983e-05 ProbNNpi=0.952831 ProbNNk=0.0432233 ProbNNp=0.0963049 ProbNNghost=0.0143961 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.98563 RichDLLmu=0.808888 RichDLLpi=0 RichDLLk=11.3262 RichDLLp=11.3262 RichPIDStatus=5092 RichDLLbt=11.3262 RichDLLd=11.3262 MuonMuLL=-0.0559357 MuonBkgLL=-0.333588 MuonNShared=10 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=149.318 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.51233 CaloElectronMatch=146.621 CaloBremMatch=146.621 CaloChargedEcal=1447.58 CaloChargedID=37678 CaloNeutralEcal=1447.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=37678 CaloEcalE=1001.03 CaloHcalE=581.612 CaloEcalChi2=146.621 CaloBremChi2=102.905 CaloClusChi2=3.51233 CaloTrajectoryL=332.313 CaloEoverP=0.332027 EcalPIDe=0.83137 BremPIDe=0.178319 HcalPIDe=-0.304036 HcalPIDmu=-0.681099 EcalPIDmu=-0.191162 TrackChi2PerDof=2.12504 TrackNumDof=20 TrackType=3 TrackHistory=32 TrackP=4936.54 TrackPt=629.518 CombDLLe=-0.840904 CombDLLmu=0.528059 CombDLLpi=0 CombDLLk=11.3262 CombDLLp=11.3262 CombDLLd=11.6597 ProbNNe=0.000161324 ProbNNpi=0.0121004 ProbNNk=0.672593 ProbNNp=0.49016 ProbNNghost=0.950058 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.18843 RichDLLmu=-1.4833 RichDLLpi=0 RichDLLk=2.84391 RichDLLp=2.84391 RichPIDStatus=5092 RichDLLbt=2.84391 RichDLLd=2.84391 MuonMuLL=-0.230924 MuonBkgLL=-0.995511 MuonNShared=9 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=36.0978 MuonMVA1=-999 MuonMVA2=-0.23109 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.51044 CaloElectronMatch=767.711 CaloBremMatch=408.154 CaloChargedEcal=2364.23 CaloChargedID=34006 CaloNeutralEcal=2364.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871047 CaloNeutralID=34006 CaloEcalE=178.398 CaloHcalE=6368.14 CaloEcalChi2=767.711 CaloBremChi2=561.02 CaloClusChi2=9.51044 CaloTrajectoryL=1797.62 CaloEoverP=0.407378 EcalPIDe=-0.739943 BremPIDe=-0.607507 HcalPIDe=-2.03825 HcalPIDmu=-0.91713 EcalPIDmu=-0.37762 TrackChi2PerDof=2.03429 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=5987.66 TrackPt=308.906 CombDLLe=-3.94249 CombDLLmu=-2.54793 CombDLLpi=0 CombDLLk=2.84391 CombDLLp=2.84391 CombDLLd=3.83942 ProbNNe=0.115268 ProbNNmu=0.00366525 ProbNNpi=5.9903e-05 ProbNNk=0.103217 ProbNNp=0.000209731 ProbNNghost=0.999746 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=4.84014 RichDLLmu=-1.33375 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.426341 CaloElectronMatch=45.2927 CaloBremMatch=44.7949 CaloChargedEcal=3818.24 CaloChargedID=35070 CaloNeutralEcal=3818.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901622 CaloNeutralID=35070 CaloEcalE=2231.55 CaloEcalChi2=45.2927 CaloBremChi2=586.452 CaloClusChi2=0.426341 CaloTrajectoryL=26.6588 CaloEoverP=1.68837 EcalPIDe=2.97947 BremPIDe=-0.53289 EcalPIDmu=-1.06544 TrackChi2PerDof=1.42825 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=2423.1 TrackPt=121.77 CombDLLe=3.2895 CombDLLmu=-2.88963 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.916471 ProbNNpi=0.702997 ProbNNk=0.0365525 ProbNNp=0.121381 ProbNNghost=0.898481 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.144489 RichDLLmu=-2.72945 RichDLLpi=0 RichDLLk=19.4117 RichDLLp=19.6829 RichPIDStatus=6053 RichDLLbt=19.6829 RichDLLd=19.6829 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.526606 CaloElectronMatch=17.1464 CaloBremMatch=17.1464 CaloChargedEcal=7619.8 CaloChargedID=35338 CaloNeutralEcal=7619.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835239 CaloNeutralID=35338 CaloEcalE=5870.07 CaloHcalE=127.741 CaloEcalChi2=17.1464 CaloBremChi2=45.7305 CaloClusChi2=0.526606 CaloTrajectoryL=181.629 CaloEoverP=0.790566 EcalPIDe=3.6423 BremPIDe=1.76523 HcalPIDe=0.0890684 HcalPIDmu=-2.15083 EcalPIDmu=-3.55521 TrackChi2PerDof=0.91336 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=9579.6 TrackPt=1395.44 CombDLLe=5.47131 CombDLLmu=-9.18808 CombDLLpi=0 CombDLLk=19.4117 CombDLLp=19.6829 CombDLLd=19.6829 ProbNNe=0.000210806 ProbNNpi=0.00827933 ProbNNk=0.979099 ProbNNp=0.952222 ProbNNghost=0.016476 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.723652 RichDLLmu=0.796062 RichDLLpi=0 RichDLLk=-9.16614 RichDLLp=5.20201 RichPIDStatus=8165 RichDLLbt=2.38644 RichDLLd=2.38644 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.64862 CaloElectronMatch=1487.9 CaloBremMatch=1487.9 CaloChargedEcal=18805.8 CaloChargedID=43538 CaloNeutralEcal=18805.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.673133 CaloNeutralID=43538 CaloEcalE=3072.38 CaloHcalE=6673.39 CaloEcalChi2=1487.9 CaloBremChi2=440.59 CaloClusChi2=1.64862 CaloTrajectoryL=376.905 CaloEoverP=0.628909 EcalPIDe=-1.51984 BremPIDe=-0.62041 HcalPIDe=-1.85226 HcalPIDmu=-0.956388 EcalPIDmu=-1.91021 TrackChi2PerDof=1.15227 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=29751 TrackPt=958.288 CombDLLe=-3.86588 CombDLLmu=-1.76143 CombDLLpi=0 CombDLLk=-9.16614 CombDLLp=5.20201 CombDLLd=2.38644 ProbNNe=0.000101292 ProbNNpi=0.90891 ProbNNk=0.0017553 ProbNNp=0.415029 ProbNNghost=0.077233 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.2827 RichDLLmu=-8.99121 RichDLLpi=0 RichDLLk=4.70204 RichDLLp=4.70204 RichPIDStatus=5092 RichDLLbt=4.70204 RichDLLd=4.70204 MuonMuLL=-0.58089 MuonBkgLL=-1.95181 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=61.4985 MuonMVA1=-999 MuonMVA2=-0.703142 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=12.2494 CaloElectronMatch=483.307 CaloBremMatch=245.454 CaloChargedEcal=2013.74 CaloChargedID=42506 CaloNeutralEcal=2013.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.778693 CaloNeutralID=42506 CaloEcalE=0 CaloHcalE=12813.5 CaloEcalChi2=483.307 CaloBremChi2=874.034 CaloClusChi2=12.2494 CaloTrajectoryL=366.071 CaloEoverP=0.443101 EcalPIDe=-0.270192 BremPIDe=-0.607507 HcalPIDe=-1.17839 HcalPIDmu=0.361644 EcalPIDmu=0.501778 TrackChi2PerDof=0.710262 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=5288.03 TrackPt=412.21 CombDLLe=-5.19138 CombDLLmu=-4.39202 CombDLLpi=0 CombDLLk=4.70204 CombDLLp=4.70204 CombDLLd=6.65385 ProbNNe=4.00637e-05 ProbNNmu=0.00366525 ProbNNpi=0.00025794 ProbNNk=0.0512228 ProbNNp=0.343629 ProbNNghost=0.0149427 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.46529 RichDLLmu=0.0415438 RichDLLpi=0 RichDLLk=-17.3307 RichDLLp=-14.5591 RichPIDStatus=6082 RichDLLbt=-14.5591 RichDLLd=-14.5591 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.492776 CaloElectronMatch=229.212 CaloChargedEcal=8462.28 CaloChargedID=42669 CaloEcalE=3698.89 CaloHcalE=15288.7 CaloEcalChi2=229.212 CaloClusChi2=0.492776 CaloTrajectoryL=113.129 CaloEoverP=0.424298 EcalPIDe=1.29617 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=-2.77042 TrackChi2PerDof=1.09319 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=20369.1 TrackPt=391.55 CombDLLe=-2.52716 CombDLLmu=-5.93596 CombDLLpi=0 CombDLLk=-17.3307 CombDLLp=-14.5591 CombDLLd=-14.5591 ProbNNe=2.02303e-07 ProbNNpi=0.997632 ProbNNk=0.000108802 ProbNNp=0.000740784 ProbNNghost=0.00642937 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-44.7163 RichDLLmu=-46.9384 RichDLLpi=0 RichDLLk=-30.1485 RichDLLp=-30.1485 RichPIDStatus=5027 RichDLLbt=-30.1485 RichDLLd=-30.1485 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.120383 CaloElectronMatch=27.4932 CaloBremMatch=27.4932 CaloChargedEcal=3521.49 CaloChargedID=33644 CaloNeutralEcal=3521.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939549 CaloNeutralID=33644 CaloEcalE=2478.36 CaloHcalE=0 CaloEcalChi2=27.4932 CaloBremChi2=142.823 CaloClusChi2=0.120383 CaloTrajectoryL=-21.1477 CaloEoverP=0.84868 EcalPIDe=2.97947 BremPIDe=-0.016685 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.39477 TrackChi2PerDof=1.47154 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=4301.26 TrackPt=810.687 CombDLLe=-2.19975 CombDLLmu=-11.8584 CombDLLpi=0 CombDLLk=-30.1485 CombDLLp=-30.1485 CombDLLd=-30.1485 ProbNNe=1.20105e-08 ProbNNpi=0.996219 ProbNNk=5.8309e-05 ProbNNp=0.00480861 ProbNNghost=0.0198652 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=4.48514 RichDLLmu=-1.58905 RichDLLpi=0 RichDLLk=0.202488 RichDLLp=0.202488 RichPIDStatus=5025 RichDLLbt=0.202488 RichDLLd=0.202488 TrackChi2PerDof=1.24066 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=2728.58 TrackPt=82.9906 CombDLLe=0.781626 CombDLLmu=-2.15268 CombDLLpi=0 CombDLLk=0.202488 CombDLLp=0.202488 CombDLLd=0.202488 ProbNNe=0.390147 ProbNNpi=0.301568 ProbNNk=0.0909283 ProbNNp=0.271378 ProbNNghost=0.776034 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.77786 RichDLLmu=-2.78769 RichDLLpi=0 RichDLLk=-9.32327 RichDLLp=-8.95592 RichPIDStatus=6083 RichDLLbt=-8.95592 RichDLLd=-8.95592 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.232188 CaloElectronMatch=98.4537 CaloChargedEcal=13807.3 CaloChargedID=42796 CaloEcalE=5607.58 CaloHcalE=10617.4 CaloEcalChi2=98.4537 CaloClusChi2=0.232188 CaloTrajectoryL=-54.0567 CaloEoverP=0.628317 EcalPIDe=2.9985 HcalPIDe=-2.42418 HcalPIDmu=-2.09781 EcalPIDmu=-3.11132 TrackChi2PerDof=1.32889 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=22145.5 TrackPt=297.929 CombDLLe=-0.937621 CombDLLmu=-8.75217 CombDLLpi=0 CombDLLk=-9.32327 CombDLLp=-8.95592 CombDLLd=-8.95592 ProbNNe=6.64255e-08 ProbNNpi=0.883926 ProbNNk=0.000496189 ProbNNp=0.0010797 ProbNNghost=0.252364 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.27212 RichDLLmu=4.05228 RichDLLpi=0 RichDLLk=7.49589 RichDLLp=7.49589 RichPIDStatus=5028 RichDLLbt=7.49589 RichDLLd=7.49589 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=11.132 CaloElectronMatch=930.54 CaloBremMatch=408.154 CaloChargedEcal=2364.23 CaloChargedID=34006 CaloNeutralEcal=2364.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871047 CaloNeutralID=34006 CaloEcalE=1062.78 CaloHcalE=8049.2 CaloEcalChi2=930.54 CaloBremChi2=328.062 CaloClusChi2=11.132 CaloTrajectoryL=-431.804 CaloEoverP=0.373106 EcalPIDe=-1.02586 BremPIDe=-0.398756 HcalPIDe=-2.22765 HcalPIDmu=-1.1098 EcalPIDmu=-0.430087 TrackChi2PerDof=1.4936 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=6537.66 TrackPt=253.193 CombDLLe=-3.08092 CombDLLmu=3.14901 CombDLLpi=0 CombDLLk=7.49589 CombDLLp=7.49589 CombDLLd=7.49589 ProbNNe=0.000643586 ProbNNpi=0.000498436 ProbNNk=0.291934 ProbNNp=0.00352989 ProbNNghost=0.999786 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=2.27962 RichDLLmu=-1.53995 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.428004 CaloElectronMatch=46.1595 CaloBremMatch=44.7949 CaloChargedEcal=3818.24 CaloChargedID=35070 CaloNeutralEcal=3818.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901622 CaloNeutralID=35070 CaloEcalE=2231.55 CaloEcalChi2=46.1595 CaloBremChi2=549.824 CaloClusChi2=0.428004 CaloTrajectoryL=26.4387 CaloEoverP=1.68742 EcalPIDe=2.97947 BremPIDe=-0.53289 EcalPIDmu=-1.06544 TrackChi2PerDof=1.8849 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=2424.46 TrackPt=121.27 CombDLLe=2.84509 CombDLLmu=-3.15569 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.919242 ProbNNpi=0.333249 ProbNNk=0.0464495 ProbNNp=0.145117 ProbNNghost=0.971612 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.86693 RichDLLmu=-3.61813 RichDLLpi=0 RichDLLk=-2.3917 RichDLLp=-1.58835 RichPIDStatus=6083 RichDLLbt=-1.58835 RichDLLd=-1.58835 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.227863 CaloElectronMatch=60.5892 CaloChargedEcal=22418.3 CaloChargedID=43283 CaloEcalE=15864.6 CaloHcalE=3442.15 CaloEcalChi2=60.5892 CaloClusChi2=0.227863 CaloTrajectoryL=206.301 CaloEoverP=1.33595 EcalPIDe=4.7102 HcalPIDe=-1.17396 HcalPIDmu=0.288871 EcalPIDmu=-3.0272 TrackChi2PerDof=2.1574 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=16867.6 TrackPt=258.309 CombDLLe=2.00945 CombDLLmu=-7.07238 CombDLLpi=0 CombDLLk=-2.3917 CombDLLp=-1.58835 CombDLLd=-1.58835 ProbNNe=0.0969224 ProbNNpi=0.839715 ProbNNk=0.00449711 ProbNNp=0.00633006 ProbNNghost=0.311908 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.3555 RichDLLmu=0.267105 RichDLLpi=0 RichDLLk=-0.0719264 RichDLLp=-0.0719264 RichPIDStatus=5058 RichDLLbt=-0.0719264 RichDLLd=-0.0719264 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.32857 CaloElectronMatch=70.853 CaloChargedEcal=13092.3 CaloChargedID=38799 CaloEcalE=4414.75 CaloHcalE=6367.95 CaloEcalChi2=70.853 CaloClusChi2=1.32857 CaloTrajectoryL=314.186 CaloEoverP=1.06754 EcalPIDe=2.29793 HcalPIDe=-2.01184 HcalPIDmu=-1.50465 EcalPIDmu=-2.90783 TrackChi2PerDof=1.31034 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=12176.5 TrackPt=166.011 CombDLLe=-1.80988 CombDLLmu=-4.03888 CombDLLpi=0 CombDLLk=-0.0719264 CombDLLp=-0.0719264 CombDLLd=-0.0719264 ProbNNe=3.36733e-05 ProbNNpi=0.91632 ProbNNk=0.00237265 ProbNNp=0.00532515 ProbNNghost=0.469381 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-20.5316 RichDLLmu=-9.19818 RichDLLpi=0 RichDLLk=0.881139 RichDLLp=0.881139 RichPIDStatus=5028 RichDLLbt=0.881139 RichDLLd=0.881139 InAccBrem=1 CaloBremChi2=13.3238 BremPIDe=2.71167 TrackChi2PerDof=0.736328 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=2935.25 TrackPt=554.824 CombDLLe=-0.595853 CombDLLmu=-6.65532 CombDLLpi=0 CombDLLk=0.881139 CombDLLp=0.881139 CombDLLd=0.881139 ProbNNe=0.000221325 ProbNNpi=0.930389 ProbNNk=0.0492178 ProbNNp=0.124464 ProbNNghost=0.0407083 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.87672 RichDLLmu=-2.79015 RichDLLpi=0 RichDLLk=5.35937 RichDLLp=5.35937 RichPIDStatus=5060 RichDLLbt=5.35937 RichDLLd=5.35937 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.32959 CaloElectronMatch=71.1033 CaloChargedEcal=13092.3 CaloChargedID=38799 CaloEcalE=4414.75 CaloHcalE=6367.95 CaloEcalChi2=71.1033 CaloClusChi2=1.32959 CaloTrajectoryL=314.322 CaloEoverP=1.06767 EcalPIDe=2.29793 HcalPIDe=-2.01184 HcalPIDmu=-1.50465 EcalPIDmu=-2.90783 TrackChi2PerDof=2.24948 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=12175 TrackPt=170.404 CombDLLe=-1.24233 CombDLLmu=-7.95808 CombDLLpi=0 CombDLLk=5.35937 CombDLLp=5.35937 CombDLLd=5.35937 ProbNNe=0.000632758 ProbNNpi=0.193154 ProbNNk=0.0217254 ProbNNp=0.0370428 ProbNNghost=0.889568 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.51912 RichDLLmu=3.11256 RichDLLpi=0 RichDLLk=0.812893 RichDLLp=0.812893 RichPIDStatus=5058 RichDLLbt=0.812893 RichDLLd=0.812893 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=12.7363 CaloElectronMatch=1109.24 CaloChargedEcal=2985.33 CaloChargedID=42768 CaloEcalE=0 CaloHcalE=28651.4 CaloEcalChi2=1109.24 CaloClusChi2=12.7363 CaloTrajectoryL=-1528.56 CaloEoverP=0.270941 EcalPIDe=-1.10541 HcalPIDe=-1.89687 HcalPIDmu=-0.386157 EcalPIDmu=0.433955 TrackChi2PerDof=1.19614 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=11980.7 TrackPt=233.949 CombDLLe=-3.268 CombDLLmu=3.91792 CombDLLpi=0 CombDLLk=0.812893 CombDLLp=0.812893 CombDLLd=0.812893 ProbNNe=1.29075e-05 ProbNNpi=0.451578 ProbNNk=0.0425819 ProbNNp=0.0554417 ProbNNghost=0.90717 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.44721 RichDLLmu=-2.27376 RichDLLpi=0 RichDLLk=3.62744 RichDLLp=3.91948 RichPIDStatus=6085 RichDLLbt=3.91948 RichDLLd=3.91948 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.63102 CaloElectronMatch=383.722 CaloChargedEcal=10312.8 CaloChargedID=43151 CaloEcalE=1623.75 CaloHcalE=13101.9 CaloEcalChi2=383.722 CaloClusChi2=1.63102 CaloTrajectoryL=208.403 CaloEoverP=0.646065 EcalPIDe=0.0386953 HcalPIDe=-2.5812 HcalPIDmu=-2.8941 EcalPIDmu=-1.09159 TrackChi2PerDof=2.10554 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=16396.1 TrackPt=200.617 CombDLLe=-2.97024 CombDLLmu=-6.96628 CombDLLpi=0 CombDLLk=3.62744 CombDLLp=3.91948 CombDLLd=3.91948 ProbNNe=4.09377e-05 ProbNNpi=0.151484 ProbNNk=0.118517 ProbNNp=0.103284 ProbNNghost=0.946939 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.0914 RichDLLmu=-4.01318 RichDLLpi=0 RichDLLk=-9.22728 RichDLLp=-6.8612 RichPIDStatus=6083 RichDLLbt=-6.8612 RichDLLd=-6.8612 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.30328 CaloElectronMatch=246.335 CaloChargedEcal=18627.6 CaloChargedID=42962 CaloEcalE=1176.71 CaloHcalE=38502.7 CaloEcalChi2=246.335 CaloClusChi2=2.30328 CaloTrajectoryL=-572.402 CaloEoverP=0.827828 EcalPIDe=1.29617 HcalPIDe=-2.87281 HcalPIDmu=-2.20948 EcalPIDmu=-0.112136 TrackChi2PerDof=1.69539 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=22136.3 TrackPt=310.592 CombDLLe=-3.30609 CombDLLmu=-6.98017 CombDLLpi=0 CombDLLk=-9.22728 CombDLLp=-6.8612 CombDLLd=-6.8612 ProbNNe=1.15694e-07 ProbNNpi=0.909279 ProbNNk=0.000439752 ProbNNp=0.00234826 ProbNNghost=0.174554 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.98885 RichDLLmu=-4.46775 RichDLLpi=0 RichDLLk=3.11732 RichDLLp=3.11732 RichPIDStatus=5060 RichDLLbt=3.11732 RichDLLd=3.11732 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.5875 CaloElectronMatch=574.667 CaloChargedEcal=16573.9 CaloChargedID=43051 CaloEcalE=524.342 CaloHcalE=16725.3 CaloEcalChi2=574.667 CaloClusChi2=4.5875 CaloTrajectoryL=-425.686 CaloEoverP=1.04772 EcalPIDe=-0.51303 HcalPIDe=-2.5812 HcalPIDmu=-2.26288 EcalPIDmu=1.792 TrackChi2PerDof=1.94429 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=15777.5 TrackPt=195.922 CombDLLe=-4.47399 CombDLLmu=-5.46287 CombDLLpi=0 CombDLLk=3.11732 CombDLLp=3.11732 CombDLLd=3.11732 ProbNNe=1.3549e-05 ProbNNpi=0.018326 ProbNNk=0.0195726 ProbNNp=0.00788416 ProbNNghost=0.986694 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.638527 RichDLLmu=0.413757 RichDLLpi=0 RichDLLk=0.984091 RichDLLp=8.98409 RichPIDStatus=8133 RichDLLbt=6.36334 RichDLLd=6.36334 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.0413 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=37749.4 TrackPt=566.785 CombDLLe=-0.111733 CombDLLmu=0.577942 CombDLLpi=0 CombDLLk=0.984091 CombDLLp=8.98409 CombDLLd=6.36334 ProbNNe=0.125427 ProbNNpi=0.453849 ProbNNk=0.0375249 ProbNNp=0.6729 ProbNNghost=0.0140753 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.18992 RichDLLmu=2.06935 RichDLLpi=0 RichDLLk=24.5518 RichDLLp=24.1351 RichPIDStatus=6052 RichDLLbt=24.1351 RichDLLd=24.1351 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.03018 CaloElectronMatch=268.657 CaloBremMatch=31.8717 CaloChargedEcal=5350.32 CaloChargedID=35531 CaloNeutralEcal=5350.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.611773 CaloNeutralID=35531 CaloEcalE=1376.94 CaloHcalE=9347.36 CaloEcalChi2=268.657 CaloBremChi2=183.321 CaloClusChi2=4.03018 CaloTrajectoryL=678.276 CaloEoverP=0.516363 EcalPIDe=0.424072 BremPIDe=0.170661 HcalPIDe=-2.4429 HcalPIDmu=-2.05265 EcalPIDmu=-0.802501 TrackChi2PerDof=0.468785 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=10661.2 TrackPt=1549.25 CombDLLe=-1.63999 CombDLLmu=-0.112881 CombDLLpi=0 CombDLLk=24.5518 CombDLLp=24.1351 CombDLLd=24.1351 ProbNNe=5.4152e-05 ProbNNpi=0.0064327 ProbNNk=0.991118 ProbNNp=0.963539 ProbNNghost=0.00138711 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.8495 RichDLLmu=-24.6485 RichDLLpi=0 RichDLLk=-6.88366 RichDLLp=-6.88366 RichPIDStatus=5027 RichDLLbt=-6.88366 RichDLLd=-6.88366 MuonMuLL=-0.000199994 MuonBkgLL=-0.039628 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=521.191 MuonMVA1=-999 MuonMVA2=-1.57019 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.23027 CaloElectronMatch=132.24 CaloBremMatch=132.24 CaloChargedEcal=1035.64 CaloChargedID=35746 CaloNeutralEcal=1035.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729098 CaloNeutralID=35746 CaloEcalE=151.316 CaloHcalE=2624.39 CaloEcalChi2=132.24 CaloBremChi2=346.726 CaloClusChi2=6.23027 CaloTrajectoryL=21.1269 CaloEoverP=0.333734 EcalPIDe=0.83137 BremPIDe=-0.373552 HcalPIDe=-1.59399 HcalPIDmu=0.562388 EcalPIDmu=-0.0880949 TrackChi2PerDof=1.10802 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=3562.11 TrackPt=781.6 CombDLLe=-5.4599 CombDLLmu=-6.48555 CombDLLpi=0 CombDLLk=-6.88366 CombDLLp=-6.88366 CombDLLd=-6.84403 ProbNNe=6.57344e-08 ProbNNmu=0.00366525 ProbNNpi=0.00714502 ProbNNk=0.00163207 ProbNNp=0.00457038 ProbNNghost=0.061693 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.679 RichDLLmu=-3.06519 RichDLLpi=0 RichDLLk=4.31816 RichDLLp=4.31816 RichPIDStatus=5092 RichDLLbt=4.31816 RichDLLd=4.31816 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.960992 CaloElectronMatch=2236.24 CaloChargedEcal=11346.1 CaloChargedID=38582 CaloEcalE=6158.6 CaloHcalE=4017.13 CaloEcalChi2=2236.24 CaloClusChi2=0.960992 CaloTrajectoryL=-124.204 CaloEoverP=1.23932 EcalPIDe=-2.66123 HcalPIDe=-1.82531 HcalPIDmu=-0.54357 EcalPIDmu=-3.37281 TrackChi2PerDof=1.0554 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=9014.88 TrackPt=263.487 CombDLLe=-7.39349 CombDLLmu=-7.74021 CombDLLpi=0 CombDLLk=4.31816 CombDLLp=4.31816 CombDLLd=4.31816 ProbNNe=0.074935 ProbNNpi=0.72422 ProbNNk=0.142656 ProbNNp=0.580831 ProbNNghost=0.0457631 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.7798 RichDLLmu=-11.5579 RichDLLpi=0 RichDLLk=-4.63734 RichDLLp=-4.63734 RichPIDStatus=5091 RichDLLbt=-4.63734 RichDLLd=-4.63734 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.792827 CaloElectronMatch=133.232 CaloBremMatch=80.4822 CaloChargedEcal=7258.91 CaloChargedID=39689 CaloNeutralEcal=7258.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84943 CaloNeutralID=39689 CaloEcalE=5458.77 CaloHcalE=10484.9 CaloEcalChi2=133.232 CaloBremChi2=201.475 CaloClusChi2=0.792827 CaloTrajectoryL=331.985 CaloEoverP=1.14361 EcalPIDe=0.989182 BremPIDe=-0.224286 HcalPIDe=-1.62556 HcalPIDmu=-0.546932 EcalPIDmu=-3.28418 TrackChi2PerDof=1.29613 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=6455.49 TrackPt=409.6 CombDLLe=-3.92521 CombDLLmu=-10.6949 CombDLLpi=0 CombDLLk=-4.63734 CombDLLp=-4.63734 CombDLLd=-4.63734 ProbNNe=4.79868e-05 ProbNNpi=0.977459 ProbNNk=0.00218364 ProbNNp=0.0181966 ProbNNghost=0.170863 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.231048 CaloElectronMatch=37.1836 CaloChargedEcal=7732.04 CaloChargedID=34830 CaloEcalE=4436.47 CaloHcalE=0 CaloEcalChi2=37.1836 CaloClusChi2=0.231048 CaloTrajectoryL=-37.8322 CaloEoverP=1.86061 EcalPIDe=2.97947 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.85251 TrackChi2PerDof=2.09769 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=4192.15 TrackPt=48.5367 CombDLLe=3.46481 CombDLLmu=-4.31617 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.962871 ProbNNpi=0.022298 ProbNNk=0.0541787 ProbNNp=0.0250452 ProbNNghost=0.997925 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.243034 CaloElectronMatch=77.4589 CaloChargedEcal=8374.94 CaloChargedID=38971 CaloEcalE=5615.08 CaloHcalE=2216.79 CaloEcalChi2=77.4589 CaloClusChi2=0.243034 CaloTrajectoryL=-8.66016 CaloEoverP=1.37456 EcalPIDe=1.84829 HcalPIDe=-1.05374 HcalPIDmu=1.28545 EcalPIDmu=-1.57631 TrackChi2PerDof=1.58667 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=6142.02 TrackPt=65.1881 CombDLLe=0.794553 CombDLLmu=-0.29086 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.846847 ProbNNpi=0.0313696 ProbNNk=0.0616454 ProbNNp=0.0515314 ProbNNghost=0.990592 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0266418 RichDLLmu=0.393147 RichDLLpi=0 RichDLLk=-0.379597 RichDLLp=4.33281 RichPIDStatus=139239 RichDLLbt=10.176 RichDLLd=0.943459 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=2.79049 TrackNumDof=12 TrackType=3 TrackHistory=32 TrackP=124638 TrackPt=3796.19 CombDLLe=0.00466232 CombDLLmu=0.549274 CombDLLpi=0 CombDLLk=-0.379597 CombDLLp=4.33281 CombDLLd=0.943459 ProbNNe=0.0835143 ProbNNpi=0.0166243 ProbNNk=0.0207383 ProbNNp=0.00210425 ProbNNghost=0.995998 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.66285 RichDLLmu=0.292066 RichDLLpi=0 RichDLLk=0.990063 RichDLLp=0.990063 RichPIDStatus=5025 RichDLLbt=0.990063 RichDLLd=0.990063 MuonMuLL=-0.0196927 MuonBkgLL=-0.153936 MuonNShared=15 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=28.3857 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.657477 CaloElectronMatch=66.6081 CaloBremMatch=66.6081 CaloChargedEcal=3437.74 CaloChargedID=38330 CaloNeutralEcal=3437.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.86008 CaloNeutralID=38330 CaloEcalE=2670.91 CaloHcalE=0 CaloEcalChi2=66.6081 CaloBremChi2=272.525 CaloClusChi2=0.657477 CaloTrajectoryL=207.588 CaloEoverP=0.612706 EcalPIDe=1.84829 BremPIDe=-0.416867 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.56474 TrackChi2PerDof=1.78581 TrackNumDof=10 TrackType=3 TrackHistory=32 TrackP=5813.02 TrackPt=262.743 CombDLLe=2.73285 CombDLLmu=-4.50392 CombDLLpi=0 CombDLLk=0.990063 CombDLLp=0.990063 CombDLLd=1.144 ProbNNe=0.436185 ProbNNpi=0.000127549 ProbNNk=0.0203256 ProbNNp=0.000785729 ProbNNghost=0.999565 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-57.1522 RichDLLmu=-18.9708 RichDLLpi=0 RichDLLk=-31.3821 RichDLLp=-31.3821 RichPIDStatus=5027 RichDLLbt=-31.3821 RichDLLd=-31.3821 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0158904 CaloElectronMatch=9.82333 CaloBremMatch=9.82333 CaloChargedEcal=7913.69 CaloChargedID=33497 CaloNeutralEcal=7913.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952642 CaloNeutralID=33497 CaloEcalE=4970.76 CaloHcalE=0 CaloEcalChi2=9.82333 CaloBremChi2=571.097 CaloClusChi2=0.0158904 CaloTrajectoryL=92.066 CaloEoverP=1.08271 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-3.02713 TrackChi2PerDof=0.973873 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=7418.14 TrackPt=1913.17 CombDLLe=-2.36905 CombDLLmu=-12.5137 CombDLLpi=0 CombDLLk=-31.3821 CombDLLp=-31.3821 CombDLLd=-31.3821 ProbNNe=1.37255e-07 ProbNNpi=0.993268 ProbNNk=0.00151545 ProbNNp=0.00041044 ProbNNghost=0.00349933 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.84999 RichDLLmu=0.924543 RichDLLpi=0 RichDLLk=-0.354763 RichDLLp=-0.354763 RichPIDStatus=5026 RichDLLbt=-0.354763 RichDLLd=-0.354763 TrackChi2PerDof=1.36949 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=2727.42 TrackPt=86.2108 CombDLLe=-1.18717 CombDLLmu=1.27981 CombDLLpi=0 CombDLLk=-0.354763 CombDLLp=-0.354763 CombDLLd=-0.354763 ProbNNe=0.294054 ProbNNpi=0.286053 ProbNNk=0.0558032 ProbNNp=0.373272 ProbNNghost=0.928336 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.733791 RichDLLmu=0.835294 RichDLLpi=0 RichDLLk=-4.23266 RichDLLp=2.19907 RichPIDStatus=8133 RichDLLbt=1.25818 RichDLLd=1.25818 MuonPIDStatus=6 InAccMuon=1 InAccHcal=1 CaloHcalE=82236.8 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 TrackChi2PerDof=1.07221 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=38952.6 TrackPt=397.049 CombDLLe=-2.83123 CombDLLmu=-2.16076 CombDLLpi=0 CombDLLk=-4.23266 CombDLLp=2.19907 CombDLLd=1.25818 ProbNNe=0.0816302 ProbNNpi=0.591983 ProbNNk=0.00160846 ProbNNp=0.210957 ProbNNghost=0.535387 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.1207 RichDLLmu=-1.13671 RichDLLpi=0 RichDLLk=-21.067 RichDLLp=-19.2592 RichPIDStatus=8131 RichDLLbt=-17.302 RichDLLd=-17.302 MuonPIDStatus=6 InAccMuon=1 InAccHcal=1 CaloHcalE=82236.8 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 TrackChi2PerDof=1.83734 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=38381.1 TrackPt=386.331 CombDLLe=-3.50465 CombDLLmu=-4.88395 CombDLLpi=0 CombDLLk=-21.067 CombDLLp=-19.2592 CombDLLd=-17.302 ProbNNe=0.00440601 ProbNNpi=0.353656 ProbNNk=9.67048e-06 ProbNNp=0.000230806 ProbNNghost=0.590877 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.182308 RichDLLmu=-0.0983601 RichDLLpi=0 RichDLLk=-4.13368 RichDLLp=-0.149275 RichPIDStatus=8134 RichDLLbt=1.96359 RichDLLd=1.96359 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.67893 CaloElectronMatch=959.334 CaloChargedEcal=16573.9 CaloChargedID=43051 CaloEcalE=9789.72 CaloHcalE=21611.2 CaloEcalChi2=959.334 CaloClusChi2=2.67893 CaloTrajectoryL=1712.67 CaloEoverP=0.450796 EcalPIDe=-1.31343 HcalPIDe=-2.95963 HcalPIDmu=-3.10388 EcalPIDmu=-4.04916 TrackChi2PerDof=0.97449 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=36669.4 TrackPt=412.755 CombDLLe=-4.30497 CombDLLmu=-7.29073 CombDLLpi=0 CombDLLk=-4.13368 CombDLLp=-0.149275 CombDLLd=1.96359 ProbNNe=8.97985e-05 ProbNNpi=0.761205 ProbNNk=0.00683694 ProbNNp=0.0270538 ProbNNghost=0.495757 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.3807 RichDLLmu=-5.01599 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=99.2504 BremPIDe=0.143007 TrackChi2PerDof=2.62891 TrackNumDof=9 TrackType=3 TrackHistory=32 TrackP=2437.38 TrackPt=329.925 CombDLLe=-1.79656 CombDLLmu=-5.34054 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.207404 ProbNNpi=0.00190615 ProbNNk=0.0192451 ProbNNp=0.00613677 ProbNNghost=0.986377 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.5778 RichDLLmu=-10.5241 RichDLLpi=0 RichDLLk=-1.90447 RichDLLp=-1.90447 RichPIDStatus=5091 RichDLLbt=-1.90447 RichDLLd=-1.90447 MuonMuLL=-0.0311811 MuonBkgLL=-1.22645 MuonNShared=2 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=7.82262 MuonMVA1=-999 MuonMVA2=-2.0478 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.12442 CaloElectronMatch=230.919 CaloBremMatch=230.919 CaloChargedEcal=8974.33 CaloChargedID=38386 CaloNeutralEcal=8974.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.600531 CaloNeutralID=38386 CaloEcalE=4519.49 CaloHcalE=0 CaloEcalChi2=230.919 CaloBremChi2=350.653 CaloClusChi2=1.12442 CaloTrajectoryL=306.255 CaloEoverP=1.21628 EcalPIDe=0.605631 BremPIDe=-0.398756 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-3.28129 TrackChi2PerDof=1.22659 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=7413.16 TrackPt=336.272 CombDLLe=-1.24589 CombDLLmu=-11.3748 CombDLLpi=0 CombDLLk=-1.90447 CombDLLp=-1.90447 CombDLLd=-0.67802 ProbNNe=0.0623514 ProbNNmu=0.00366525 ProbNNpi=0.00023869 ProbNNk=0.00965801 ProbNNp=0.00438689 ProbNNghost=0.990208 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=44.0879 RichDLLmu=14.7649 RichDLLpi=0 RichDLLk=14.8512 RichDLLp=16.7072 RichPIDStatus=6113 RichDLLbt=16.7072 RichDLLd=16.7072 MuonMuLL=0 MuonBkgLL=-0.206637 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=118.267 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.346939 CaloElectronMatch=25.8216 CaloChargedEcal=13520 CaloChargedID=43437 CaloEcalE=10542.9 CaloHcalE=4172.29 CaloEcalChi2=25.8216 CaloClusChi2=0.346939 CaloTrajectoryL=52.7053 CaloEoverP=1.22576 EcalPIDe=4.33705 HcalPIDe=-1.4102 HcalPIDmu=-0.290442 EcalPIDmu=-2.78493 TrackChi2PerDof=1.8742 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=11302 TrackPt=352.471 CombDLLe=8.53586 CombDLLmu=4.09324 CombDLLpi=0 CombDLLk=14.8512 CombDLLp=16.7072 CombDLLd=16.9138 ProbNNe=1 ProbNNpi=3.15147e-05 ProbNNk=0.00069695 ProbNNp=0.256102 ProbNNghost=0.996512 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.3706 RichDLLmu=-10.2782 RichDLLpi=0 RichDLLk=8.53185 RichDLLp=8.53185 RichPIDStatus=5092 RichDLLbt=8.53185 RichDLLd=8.53185 MuonMuLL=-0.133989 MuonBkgLL=-0.535997 MuonNShared=9 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2528.31 MuonMVA1=-999 MuonMVA2=-1.46198 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.657092 CaloElectronMatch=26.3447 CaloBremMatch=25.8114 CaloChargedEcal=6670.82 CaloChargedID=42353 CaloNeutralEcal=6670.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.704119 CaloNeutralID=42353 CaloEcalE=2647.72 CaloHcalE=1557.91 CaloEcalChi2=26.3447 CaloBremChi2=469.654 CaloClusChi2=0.657092 CaloTrajectoryL=143.112 CaloEoverP=0.980414 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=-1.01358 HcalPIDmu=2.1211 EcalPIDmu=-2.46295 TrackChi2PerDof=2.97119 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=7329.29 TrackPt=386.698 CombDLLe=-0.390748 CombDLLmu=-6.71413 CombDLLpi=0 CombDLLk=8.53185 CombDLLp=8.53185 CombDLLd=9.06785 ProbNNe=0.201553 ProbNNmu=0.00366525 ProbNNpi=0.000549853 ProbNNk=0.0622117 ProbNNp=0.000256559 ProbNNghost=0.99693 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.8214 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.122472 CaloElectronMatch=11.2114 CaloBremMatch=11.2114 CaloChargedEcal=882.077 CaloChargedID=35384 CaloNeutralEcal=882.077 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88629 CaloNeutralID=35384 CaloEcalE=643.706 CaloHcalE=0 CaloEcalChi2=11.2114 CaloBremChi2=147.825 CaloClusChi2=0.122472 CaloTrajectoryL=-15.869 CaloEoverP=0.698137 EcalPIDe=2.97947 BremPIDe=0.0148792 HcalPIDe=0.485336 HcalPIDmu=-1.79245 EcalPIDmu=0.446967 TrackChi2PerDof=1.47905 TrackNumDof=13 TrackType=3 TrackHistory=32 TrackP=1665.81 TrackPt=445.33 CombDLLe=-0.617631 CombDLLmu=-1.34548 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00262034 ProbNNpi=0.74869 ProbNNk=0.110018 ProbNNp=0.263231 ProbNNghost=0.68471 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.31028 RichDLLmu=0.986149 RichDLLpi=0 RichDLLk=6.74915 RichDLLp=6.74915 RichPIDStatus=5092 RichDLLbt=6.74915 RichDLLd=6.74915 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=10.5713 CaloElectronMatch=208.415 CaloBremMatch=202.87 CaloChargedEcal=3927.85 CaloChargedID=42384 CaloNeutralEcal=3927.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.757808 CaloNeutralID=42384 CaloEcalE=0 CaloHcalE=13130.1 CaloEcalChi2=208.415 CaloBremChi2=383.065 CaloClusChi2=10.5713 CaloTrajectoryL=-759.9 CaloEoverP=0.566154 EcalPIDe=0.605631 BremPIDe=-0.492427 HcalPIDe=-1.17839 HcalPIDmu=-0.0376091 EcalPIDmu=0.389705 TrackChi2PerDof=2.75461 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=7526.33 TrackPt=377.947 CombDLLe=-2.16041 CombDLLmu=1.71508 CombDLLpi=0 CombDLLk=6.74915 CombDLLp=6.74915 CombDLLd=6.74915 ProbNNe=0.00216771 ProbNNpi=0.001427 ProbNNk=0.0616365 ProbNNp=0.0196643 ProbNNghost=0.992629 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.521231 RichDLLmu=0.886084 RichDLLpi=0 RichDLLk=-5.98048 RichDLLp=-7.28272 RichPIDStatus=6082 RichDLLbt=-7.28272 RichDLLd=-7.28272 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.11839 CaloElectronMatch=304.521 CaloChargedEcal=39664.8 CaloChargedID=43092 CaloEcalE=8034.92 CaloHcalE=71637.7 CaloEcalChi2=304.521 CaloClusChi2=1.11839 CaloTrajectoryL=522.455 CaloEoverP=1.46415 EcalPIDe=0.906536 HcalPIDe=-2.87457 HcalPIDmu=-2.51557 EcalPIDmu=-3.61916 TrackChi2PerDof=0.925577 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=26471.4 TrackPt=203.321 CombDLLe=-1.87683 CombDLLmu=-4.90704 CombDLLpi=0 CombDLLk=-5.98048 CombDLLp=-7.28272 CombDLLd=-7.28272 ProbNNe=0.000346533 ProbNNpi=0.807043 ProbNNk=0.00197597 ProbNNp=0.00221272 ProbNNghost=0.373989 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.56887 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4291 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.34457 CaloElectronMatch=491.58 CaloChargedEcal=11887.3 CaloChargedID=39045 CaloEcalE=8747.84 CaloHcalE=919.721 CaloEcalChi2=491.58 CaloClusChi2=2.34457 CaloTrajectoryL=286.318 CaloEoverP=1.66697 EcalPIDe=-0.164364 HcalPIDe=-0.333658 HcalPIDmu=-0.229932 EcalPIDmu=-1.2118 TrackChi2PerDof=0.804749 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=7268.61 TrackPt=185.777 CombDLLe=-1.12092 CombDLLmu=-1.44173 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.748236 ProbNNpi=0.171489 ProbNNk=0.00660107 ProbNNp=0.0286982 ProbNNghost=0.451241 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.00263 RichDLLmu=-14.7202 RichDLLpi=0 RichDLLk=-10.5148 RichDLLp=-10.5148 RichPIDStatus=5027 RichDLLbt=-10.5148 RichDLLd=-10.5148 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.34437 CaloElectronMatch=132.673 CaloBremMatch=132.673 CaloChargedEcal=4713.17 CaloChargedID=39683 CaloNeutralEcal=4713.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.764789 CaloNeutralID=39683 CaloEcalE=1520.16 CaloHcalE=1251.46 CaloEcalChi2=132.673 CaloClusChi2=2.34437 CaloTrajectoryL=158.942 CaloEoverP=1.00995 EcalPIDe=0.827744 HcalPIDe=-0.817952 HcalPIDmu=1.00973 EcalPIDmu=-1.12537 TrackChi2PerDof=0.714311 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4816.86 TrackPt=297.112 CombDLLe=-0.165632 CombDLLmu=-7.07693 CombDLLpi=0 CombDLLk=-10.5148 CombDLLp=-10.5148 CombDLLd=-10.5148 ProbNNe=0.12516 ProbNNpi=0.957835 ProbNNk=0.00259835 ProbNNp=0.0109915 ProbNNghost=0.0339136 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.60061 RichDLLmu=-4.14235 RichDLLpi=0 RichDLLk=15.6691 RichDLLp=15.6691 RichPIDStatus=5092 RichDLLbt=15.6691 RichDLLd=15.6691 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.349041 CaloElectronMatch=80.4822 CaloBremMatch=80.4822 CaloChargedEcal=7258.91 CaloChargedID=39689 CaloNeutralEcal=7258.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84943 CaloNeutralID=39689 CaloEcalE=3477.73 CaloHcalE=10484.9 CaloEcalChi2=80.4822 CaloClusChi2=0.349041 CaloTrajectoryL=112.797 CaloEoverP=0.94351 EcalPIDe=1.85487 HcalPIDe=-1.07674 HcalPIDmu=-0.396717 EcalPIDmu=-2.84835 TrackChi2PerDof=2.20761 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=7824.55 TrackPt=481.488 CombDLLe=1.75188 CombDLLmu=-8.00264 CombDLLpi=0 CombDLLk=15.6691 CombDLLp=15.6691 CombDLLd=15.6691 ProbNNe=0.944243 ProbNNpi=0.100784 ProbNNk=0.0702084 ProbNNp=0.00439513 ProbNNghost=0.569366 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.9588 RichDLLmu=-9.81032 RichDLLpi=0 RichDLLk=25.8307 RichDLLp=27.4987 RichPIDStatus=6117 RichDLLbt=27.4987 RichDLLd=27.4987 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.00587463 CaloElectronMatch=8.68824 CaloBremMatch=8.68824 CaloChargedEcal=9296.05 CaloChargedID=39737 CaloNeutralEcal=9296.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.865741 CaloNeutralID=39737 CaloEcalE=7097.79 CaloHcalE=0 CaloEcalChi2=8.68824 CaloClusChi2=0.00587463 CaloTrajectoryL=3.31409 CaloEoverP=0.976595 EcalPIDe=3.71102 HcalPIDe=0.685017 HcalPIDmu=-2.87932 EcalPIDmu=-3.69312 TrackChi2PerDof=0.873285 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9518.83 TrackPt=1958.96 CombDLLe=2.52484 CombDLLmu=-13.3012 CombDLLpi=0 CombDLLk=25.8307 CombDLLp=27.4987 CombDLLd=27.4987 ProbNNe=0.00101647 ProbNNpi=0.0909014 ProbNNk=0.190628 ProbNNp=0.904533 ProbNNghost=0.00126748 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.62579 RichDLLmu=-1.03239 RichDLLpi=0 RichDLLk=31.1623 RichDLLp=27.9206 RichPIDStatus=6052 RichDLLbt=27.9206 RichDLLd=27.9206 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.04649 CaloElectronMatch=3578.01 CaloBremMatch=538.305 CaloChargedEcal=566.916 CaloChargedID=35850 CaloNeutralEcal=566.916 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934027 CaloNeutralID=35850 CaloEcalE=360.078 CaloHcalE=15216.4 CaloEcalChi2=3578.01 CaloClusChi2=2.04649 CaloTrajectoryL=-1987.81 CaloEoverP=0.0715668 EcalPIDe=-3.22087 HcalPIDe=-1.12623 HcalPIDmu=-0.220971 EcalPIDmu=0.574843 TrackChi2PerDof=1.54037 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=10736.2 TrackPt=2584.09 CombDLLe=-4.06274 CombDLLmu=-1.07128 CombDLLpi=0 CombDLLk=31.1623 CombDLLp=27.9206 CombDLLd=27.9206 ProbNNe=0.00026657 ProbNNpi=0.0184742 ProbNNk=0.963991 ProbNNp=0.92295 ProbNNghost=0.00135098 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.2123 RichDLLmu=-5.98335 RichDLLpi=0 RichDLLk=-2.12891 RichDLLp=-2.12891 RichPIDStatus=5027 RichDLLbt=-2.12891 RichDLLd=-2.12891 InAccBrem=1 TrackChi2PerDof=2.71935 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3322.77 TrackPt=244.453 CombDLLe=-1.91232 CombDLLmu=-5.82845 CombDLLpi=0 CombDLLk=-2.12891 CombDLLp=-2.12891 CombDLLd=-2.12891 ProbNNe=0.124644 ProbNNpi=0.522241 ProbNNk=0.010745 ProbNNp=0.0390785 ProbNNghost=0.388233 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.505269 CaloElectronMatch=109.16 CaloChargedEcal=7193.78 CaloChargedID=34892 CaloEcalE=3753.41 CaloHcalE=5443.9 CaloEcalChi2=109.16 CaloClusChi2=0.505269 CaloTrajectoryL=26.6057 CaloEoverP=1.92568 EcalPIDe=1.50525 HcalPIDe=-1.13049 HcalPIDmu=0.260872 EcalPIDmu=-3.29184 TrackChi2PerDof=1.02196 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3921.46 TrackPt=52.472 CombDLLe=0.374764 CombDLLmu=-3.03097 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.400918 ProbNNpi=0.0625042 ProbNNk=0.0219457 ProbNNp=0.0204651 ProbNNghost=0.929433 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=7.89648 RichDLLmu=1.46941 RichDLLpi=0 RichDLLk=4.78327 RichDLLp=4.78327 RichPIDStatus=5025 RichDLLbt=4.78327 RichDLLd=4.78327 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.00695998 CaloElectronMatch=81.5649 CaloChargedEcal=10697.5 CaloChargedID=39173 CaloEcalE=7482.24 CaloHcalE=793.894 CaloEcalChi2=81.5649 CaloClusChi2=0.00695998 CaloTrajectoryL=8.56913 CaloEoverP=1.69505 EcalPIDe=1.85487 HcalPIDe=-0.205456 HcalPIDmu=0.117211 EcalPIDmu=-1.3832 TrackChi2PerDof=1.80691 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6278.72 TrackPt=148.069 CombDLLe=3.01362 CombDLLmu=0.733939 CombDLLpi=0 CombDLLk=4.78327 CombDLLp=4.78327 CombDLLd=4.78327 ProbNNe=0.919476 ProbNNpi=0.124401 ProbNNk=0.0717362 ProbNNp=0.0735639 ProbNNghost=0.901793 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=11.0748 RichDLLmu=-2.59989 RichDLLpi=0 RichDLLk=0.729982 RichDLLp=0.729982 RichPIDStatus=5025 RichDLLbt=0.729982 RichDLLd=0.729982 MuonMuLL=-0.026652 MuonBkgLL=-0.191983 MuonNShared=12 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=39.9709 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.313396 CaloElectronMatch=856.403 CaloBremMatch=439.541 CaloChargedEcal=21442.1 CaloChargedID=39094 CaloNeutralEcal=21442.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896568 CaloNeutralID=39094 CaloEcalE=9112.31 CaloHcalE=875.875 CaloEcalChi2=856.403 CaloClusChi2=0.313396 CaloTrajectoryL=-105.134 CaloEoverP=4.8867 EcalPIDe=-1.12772 HcalPIDe=-0.552906 HcalPIDmu=0.118967 EcalPIDmu=-0.565309 TrackChi2PerDof=1.18356 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4490.63 TrackPt=235.522 CombDLLe=0.209425 CombDLLmu=-3.6248 CombDLLpi=0 CombDLLk=0.729982 CombDLLp=0.729982 CombDLLd=0.921965 ProbNNe=0.903455 ProbNNpi=0.388259 ProbNNk=0.0360418 ProbNNp=0.0366103 ProbNNghost=0.397098 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.548652 CaloElectronMatch=1215.3 CaloChargedEcal=21442.1 CaloChargedID=39094 CaloEcalE=9112.31 CaloHcalE=623.461 CaloEcalChi2=1215.3 CaloClusChi2=0.548652 CaloTrajectoryL=-161.923 CaloEoverP=3.3293 EcalPIDe=-1.33874 HcalPIDe=-0.0648196 HcalPIDmu=-1.29684 EcalPIDmu=-1.2118 TrackChi2PerDof=2.80447 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6591.29 TrackPt=92.0708 CombDLLe=-1.40356 CombDLLmu=-2.50864 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.812569 ProbNNpi=0.00401924 ProbNNk=0.00173147 ProbNNp=0.00140922 ProbNNghost=0.991782 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.43429 RichDLLmu=2.88087 RichDLLpi=0 RichDLLk=25.2833 RichDLLp=25.2833 RichPIDStatus=5092 RichDLLbt=25.2833 RichDLLd=25.2833 MuonMuLL=-0.570399 MuonBkgLL=-0.552705 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=25.543 MuonMVA1=-999 MuonMVA2=-0.88118 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.481829 CaloElectronMatch=151.531 CaloBremMatch=30.6204 CaloChargedEcal=18627.6 CaloChargedID=42962 CaloNeutralEcal=18627.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.699683 CaloNeutralID=42962 CaloEcalE=3932.84 CaloHcalE=46123.7 CaloEcalChi2=151.531 CaloClusChi2=0.481829 CaloTrajectoryL=-100.915 CaloEoverP=2.24142 EcalPIDe=0.979389 HcalPIDe=-0.892025 HcalPIDmu=-0.0484104 EcalPIDmu=-2.93426 TrackChi2PerDof=0.886299 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8175.67 TrackPt=1068.63 CombDLLe=1.20375 CombDLLmu=0.638783 CombDLLpi=0 CombDLLk=25.2833 CombDLLp=25.2833 CombDLLd=25.836 ProbNNe=0.652879 ProbNNmu=0.000625899 ProbNNpi=0.00603542 ProbNNk=0.221932 ProbNNp=0.816024 ProbNNghost=0.0390914 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=10.334 RichDLLmu=3.05858 RichDLLpi=0 RichDLLk=5.27593 RichDLLp=3.04374 RichPIDStatus=6113 RichDLLbt=3.04374 RichDLLd=3.04374 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.631128 CaloElectronMatch=52.4992 CaloBremMatch=52.4992 CaloChargedEcal=17054.6 CaloChargedID=38795 CaloNeutralEcal=17054.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85147 CaloNeutralID=38795 CaloEcalE=13044.5 CaloHcalE=5637.06 CaloEcalChi2=52.4992 CaloClusChi2=0.631128 CaloTrajectoryL=-6.5811 CaloEoverP=1.08283 EcalPIDe=4.9736 HcalPIDe=-0.695458 HcalPIDmu=0.0558081 EcalPIDmu=-4.06291 TrackChi2PerDof=0.685719 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=15524.9 TrackPt=793.423 CombDLLe=6.04739 CombDLLmu=-0.189764 CombDLLpi=0 CombDLLk=5.27593 CombDLLp=3.04374 CombDLLd=3.04374 ProbNNe=0.999995 ProbNNpi=0.0226964 ProbNNk=0.0654377 ProbNNp=0.0821076 ProbNNghost=0.7131 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=14.3188 RichDLLmu=7.39788 RichDLLpi=0 RichDLLk=6.19392 RichDLLp=6.19392 RichPIDStatus=5057 RichDLLbt=6.19392 RichDLLd=6.19392 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.304202 CaloElectronMatch=10.4584 CaloChargedEcal=16037.1 CaloChargedID=42706 CaloEcalE=11762.2 CaloHcalE=6999.14 CaloEcalChi2=10.4584 CaloClusChi2=0.304202 CaloTrajectoryL=41.2945 CaloEoverP=1.09032 EcalPIDe=4.40498 HcalPIDe=-1.36779 HcalPIDmu=-1.73746 EcalPIDmu=-2.74593 TrackChi2PerDof=1.06851 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=14678.9 TrackPt=239.031 CombDLLe=5.44116 CombDLLmu=1.82633 CombDLLpi=0 CombDLLk=6.19392 CombDLLp=6.19392 CombDLLd=6.19392 ProbNNe=0.999474 ProbNNpi=0.00751638 ProbNNk=0.00461756 ProbNNp=0.000195228 ProbNNghost=0.967979 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.9866 RichDLLmu=-7.57976 RichDLLpi=0 RichDLLk=-6.3752 RichDLLp=-6.3752 RichPIDStatus=5091 RichDLLbt=-6.3752 RichDLLd=-6.3752 MuonMuLL=-0.0900341 MuonBkgLL=-1.73131 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=4.2271 MuonMVA1=-999 MuonMVA2=-0.061268 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.64306 CaloElectronMatch=674.216 CaloBremMatch=14.0966 CaloChargedEcal=11346.1 CaloChargedID=38582 CaloNeutralEcal=11346.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.632778 CaloNeutralID=38582 CaloEcalE=814.32 CaloHcalE=4959.54 CaloEcalChi2=674.216 CaloClusChi2=7.64306 CaloTrajectoryL=958.576 CaloEoverP=1.83521 EcalPIDe=-0.522006 HcalPIDe=-1.65 HcalPIDmu=-1.27281 EcalPIDmu=0.774407 TrackChi2PerDof=1.38624 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6087.75 TrackPt=235.258 CombDLLe=-4.20905 CombDLLmu=-5.21305 CombDLLpi=0 CombDLLk=-6.3752 CombDLLp=-6.3752 CombDLLd=-4.64389 ProbNNe=0.00922659 ProbNNmu=0.000625899 ProbNNpi=0.518672 ProbNNk=0.00139168 ProbNNp=0.257757 ProbNNghost=0.214494 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.86012 RichDLLmu=-3.96107 RichDLLpi=0 RichDLLk=-2.44224 RichDLLp=-2.44224 RichPIDStatus=5059 RichDLLbt=-2.44224 RichDLLd=-2.44224 MuonMuLL=-0.00702464 MuonBkgLL=-0.691178 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=8.54774 MuonMVA1=-999 MuonMVA2=-1.0489 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.00840793 CaloElectronMatch=75.9527 CaloChargedEcal=11875.1 CaloChargedID=38705 CaloEcalE=4244.81 CaloHcalE=8809.18 CaloEcalChi2=75.9527 CaloClusChi2=0.00840793 CaloTrajectoryL=-84.5656 CaloEoverP=1.48092 EcalPIDe=1.85487 HcalPIDe=-1.50997 HcalPIDmu=-1.54007 EcalPIDmu=-2.89964 TrackChi2PerDof=2.78801 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8301.77 TrackPt=168.751 CombDLLe=-0.501462 CombDLLmu=-8.37318 CombDLLpi=0 CombDLLk=-2.44224 CombDLLp=-2.44224 CombDLLd=-1.75106 ProbNNe=0.719481 ProbNNmu=0.000625898 ProbNNpi=0.149494 ProbNNk=0.00228163 ProbNNp=0.0173123 ProbNNghost=0.86067 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=9.06412 RichDLLmu=1.28207 RichDLLpi=0 RichDLLk=1.36564 RichDLLp=1.36564 RichPIDStatus=5025 RichDLLbt=1.36564 RichDLLd=1.36564 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.847653 CaloElectronMatch=369.313 CaloBremMatch=196.026 CaloChargedEcal=9792.7 CaloChargedID=34628 CaloNeutralEcal=9792.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729654 CaloNeutralID=34628 CaloEcalE=5352.37 CaloEcalChi2=369.313 CaloClusChi2=0.847653 CaloTrajectoryL=-185.929 CaloEoverP=3.15632 EcalPIDe=0.0465059 EcalPIDmu=-1.23449 TrackChi2PerDof=0.799995 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3154.19 TrackPt=107.124 CombDLLe=1.60612 CombDLLmu=0.522081 CombDLLpi=0 CombDLLk=1.36564 CombDLLp=1.36564 CombDLLd=1.36564 ProbNNe=0.528404 ProbNNpi=0.320728 ProbNNk=0.057469 ProbNNp=0.0339613 ProbNNghost=0.509736 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ InAccEcal=1 CaloTrMatch=0.0477981 CaloElectronMatch=196.026 CaloChargedEcal=9792.7 CaloChargedID=34628 CaloEcalE=5377.69 CaloEcalChi2=196.026 CaloClusChi2=0.0477981 CaloTrajectoryL=-60.787 CaloEoverP=3.46271 EcalPIDe=0.490686 EcalPIDmu=-1.23449 TrackChi2PerDof=1.99909 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2875.1 TrackPt=79.9791 CombDLLe=0.490686 CombDLLmu=-1.23449 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.821261 ProbNNpi=0.00946617 ProbNNk=0.00332565 ProbNNp=0.00807504 ProbNNghost=0.980906 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.858669 RichDLLmu=1.18111 RichDLLpi=0 RichDLLk=2.02271 RichDLLp=2.02271 RichPIDStatus=5028 RichDLLbt=2.02271 RichDLLd=2.02271 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.34444 CaloElectronMatch=258.976 CaloBremMatch=219.561 CaloChargedEcal=521.254 CaloChargedID=34312 CaloNeutralEcal=521.254 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876501 CaloNeutralID=34312 CaloEcalE=1406.96 CaloHcalE=4041.46 CaloEcalChi2=258.976 CaloClusChi2=3.34444 CaloTrajectoryL=162.81 CaloEoverP=0.185963 EcalPIDe=0.287807 HcalPIDe=-1.25185 HcalPIDmu=0.0694075 EcalPIDmu=-0.872774 TrackChi2PerDof=2.43387 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3891.52 TrackPt=250.115 CombDLLe=-1.11429 CombDLLmu=0.820108 CombDLLpi=0 CombDLLk=2.02271 CombDLLp=2.02271 CombDLLd=2.02271 ProbNNe=0.554266 ProbNNpi=0.38923 ProbNNk=0.0338087 ProbNNp=0.0660468 ProbNNghost=0.492772 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.39599 CaloElectronMatch=1471.62 CaloChargedEcal=11910.2 CaloChargedID=34801 CaloEcalE=3820.9 CaloHcalE=2180.66 CaloEcalChi2=1471.62 CaloClusChi2=2.39599 CaloTrajectoryL=495.466 CaloEoverP=2.89182 EcalPIDe=-1.91758 HcalPIDe=-1.44217 HcalPIDmu=1.53778 EcalPIDmu=-3.29184 TrackChi2PerDof=1.0083 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4210.09 TrackPt=114.8 CombDLLe=-3.35975 CombDLLmu=-1.75406 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0945932 ProbNNpi=0.114394 ProbNNk=0.0240255 ProbNNp=0.0475871 ProbNNghost=0.9858 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.93144 RichDLLmu=5.9476 RichDLLpi=0 RichDLLk=0.836059 RichDLLp=0.836059 RichPIDStatus=5026 RichDLLbt=0.836059 RichDLLd=0.836059 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.156042 CaloElectronMatch=77.0337 CaloBremMatch=77.0337 CaloChargedEcal=6670.55 CaloChargedID=34806 CaloNeutralEcal=6670.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874043 CaloNeutralID=34806 CaloEcalE=4514.39 CaloHcalE=1010.41 CaloEcalChi2=77.0337 CaloClusChi2=0.156042 CaloTrajectoryL=11.9971 CaloEoverP=2.21311 EcalPIDe=1.50525 HcalPIDe=-0.57495 HcalPIDmu=0.811117 EcalPIDmu=-1.73641 TrackChi2PerDof=2.09127 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3114.08 TrackPt=126.579 CombDLLe=0.0716484 CombDLLmu=4.88771 CombDLLpi=0 CombDLLk=0.836059 CombDLLp=0.836059 CombDLLd=0.836059 ProbNNe=0.66195 ProbNNpi=0.0308487 ProbNNk=0.0306027 ProbNNp=0.0349098 ProbNNghost=0.96064 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.5721 RichDLLmu=-19.0277 RichDLLpi=0 RichDLLk=-10.2803 RichDLLp=-10.2803 RichPIDStatus=5027 RichDLLbt=-10.2803 RichDLLd=-10.2803 InAccBrem=1 TrackChi2PerDof=0.767848 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4074.18 TrackPt=508.897 CombDLLe=-2.89146 CombDLLmu=-6.99307 CombDLLpi=0 CombDLLk=-10.2803 CombDLLp=-10.2803 CombDLLd=-10.2803 ProbNNe=0.0303218 ProbNNpi=0.979759 ProbNNk=0.00118219 ProbNNp=0.0022215 ProbNNghost=0.00412835 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.4959 RichDLLmu=-2.81427 RichDLLpi=0 RichDLLk=0.313072 RichDLLp=0.313072 RichPIDStatus=5092 RichDLLbt=0.313072 RichDLLd=0.313072 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.42414 CaloElectronMatch=45.9059 CaloBremMatch=45.9059 CaloChargedEcal=5046.86 CaloChargedID=35617 CaloNeutralEcal=5046.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929416 CaloNeutralID=35617 CaloEcalE=3332.78 CaloHcalE=660.928 CaloEcalChi2=45.9059 CaloClusChi2=1.42414 CaloTrajectoryL=267.249 CaloEoverP=0.573114 EcalPIDe=3.71102 HcalPIDe=-0.145138 HcalPIDmu=-1.48614 EcalPIDmu=-2.8673 TrackChi2PerDof=1.43992 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=8955.14 TrackPt=1231.92 CombDLLe=1.13462 CombDLLmu=-7.92409 CombDLLpi=0 CombDLLk=0.313072 CombDLLp=0.313072 CombDLLd=0.313072 ProbNNe=0.023572 ProbNNpi=0.914224 ProbNNk=0.00659 ProbNNp=0.00101839 ProbNNghost=0.0259418 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.567045 CaloElectronMatch=439.541 CaloChargedEcal=21442.1 CaloChargedID=39094 CaloEcalE=17364.7 CaloHcalE=623.461 CaloEcalChi2=439.541 CaloClusChi2=0.567045 CaloTrajectoryL=140.841 CaloEoverP=3.64192 EcalPIDe=-0.0264769 HcalPIDe=-0.0648196 HcalPIDmu=-0.955205 EcalPIDmu=-0.516916 TrackChi2PerDof=1.78985 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6025.5 TrackPt=108.88 CombDLLe=-0.0912964 CombDLLmu=-1.47212 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.43043 ProbNNpi=0.274874 ProbNNk=0.0105342 ProbNNp=0.00976632 ProbNNghost=0.838599 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.447 RichDLLmu=-13.562 RichDLLpi=0 RichDLLk=-3.71978 RichDLLp=-3.71978 RichPIDStatus=5027 RichDLLbt=-3.71978 RichDLLd=-3.71978 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.438974 CaloElectronMatch=16.1676 CaloBremMatch=16.1676 CaloChargedEcal=3546.13 CaloChargedID=35846 CaloNeutralEcal=3546.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.808143 CaloNeutralID=35846 CaloEcalE=2589.34 CaloHcalE=15216.4 CaloEcalChi2=16.1676 CaloClusChi2=0.438974 CaloTrajectoryL=44.1214 CaloEoverP=1.20638 EcalPIDe=3.01028 HcalPIDe=-0.909016 HcalPIDmu=0.606368 EcalPIDmu=-3.48778 TrackChi2PerDof=1.41573 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3111.2 TrackPt=514.792 CombDLLe=-2.06738 CombDLLmu=-9.82 CombDLLpi=0 CombDLLk=-3.71978 CombDLLp=-3.71978 CombDLLd=-3.71978 ProbNNe=0.0555521 ProbNNpi=0.983113 ProbNNk=0.00366551 ProbNNp=0.0111472 ProbNNghost=0.00206048 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.5749 RichDLLmu=-4.84377 RichDLLpi=0 RichDLLk=-1.66793 RichDLLp=-1.66793 RichPIDStatus=5027 RichDLLbt=-1.66793 RichDLLd=-1.66793 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0586996 CaloElectronMatch=66.2966 CaloBremMatch=66.2966 CaloChargedEcal=5249.8 CaloChargedID=35087 CaloNeutralEcal=5249.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928925 CaloNeutralID=35087 CaloEcalE=2183.74 CaloHcalE=11840 CaloEcalChi2=66.2966 CaloClusChi2=0.0586996 CaloTrajectoryL=10.0436 CaloEoverP=1.58803 EcalPIDe=1.50525 HcalPIDe=-0.909016 HcalPIDmu=1.48184 EcalPIDmu=-2.54819 TrackChi2PerDof=2.146 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3460.63 TrackPt=262.5 CombDLLe=-2.14901 CombDLLmu=-6.30345 CombDLLpi=0 CombDLLk=-1.66793 CombDLLp=-1.66793 CombDLLd=-1.66793 ProbNNe=0.288143 ProbNNpi=0.750942 ProbNNk=0.0085579 ProbNNp=0.0326766 ProbNNghost=0.258053 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.07286 CaloElectronMatch=1446.3 CaloBremMatch=238.981 CaloChargedEcal=11339.1 CaloChargedID=39098 CaloNeutralEcal=11339.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.879663 CaloNeutralID=39098 CaloEcalE=4043.95 CaloHcalE=2856.07 CaloEcalChi2=1446.3 CaloClusChi2=4.07286 CaloTrajectoryL=504.687 CaloEoverP=2.37508 EcalPIDe=-1.52134 HcalPIDe=-1.43003 HcalPIDmu=0.602918 EcalPIDmu=-4.07224 TrackChi2PerDof=2.00091 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4990.25 TrackPt=192.954 CombDLLe=-2.95137 CombDLLmu=-3.46932 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0104679 ProbNNpi=0.49889 ProbNNk=0.0046639 ProbNNp=0.0157606 ProbNNghost=0.618403 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.73394 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.19401 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=1896.49 TrackPt=68.4785 CombDLLe=-0.128425 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.63379 ProbNNpi=0.00211758 ProbNNk=0.00137075 ProbNNp=0.00277154 ProbNNghost=0.996064 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.7298 RichDLLmu=-6.50885 RichDLLpi=0 RichDLLk=-18.1681 RichDLLp=-14.9742 RichPIDStatus=8163 RichDLLbt=-14.0589 RichDLLd=-14.0589 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.533788 CaloElectronMatch=269.534 CaloBremMatch=110.165 CaloChargedEcal=8559.5 CaloChargedID=42123 CaloNeutralEcal=8559.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.798623 CaloNeutralID=42123 CaloEcalE=4223.4 CaloHcalE=7254.09 CaloEcalChi2=269.534 CaloClusChi2=0.533788 CaloTrajectoryL=131.062 CaloEoverP=0.496699 EcalPIDe=0.651632 HcalPIDe=-1.11944 HcalPIDmu=-0.698227 EcalPIDmu=-1.67291 TrackChi2PerDof=1.56804 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=18035.7 TrackPt=918.595 CombDLLe=-3.23597 CombDLLmu=-8.40638 CombDLLpi=0 CombDLLk=-18.1681 CombDLLp=-14.9742 CombDLLd=-14.0589 ProbNNe=4.83318e-08 ProbNNpi=0.997752 ProbNNk=3.41998e-06 ProbNNp=5.09958e-05 ProbNNghost=0.00645966 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.94652 RichDLLmu=-0.877126 RichDLLpi=0 RichDLLk=-8.38733 RichDLLp=-12.0225 RichPIDStatus=8131 RichDLLbt=-11.0306 RichDLLd=-11.0306 MuonPIDStatus=6 InAccMuon=1 InAccHcal=1 CaloHcalE=63872.7 HcalPIDe=-2.13601 HcalPIDmu=-3.88792 TrackChi2PerDof=1.51821 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=39778 TrackPt=817.202 CombDLLe=-2.47638 CombDLLmu=-5.10345 CombDLLpi=0 CombDLLk=-8.38733 CombDLLp=-12.0225 CombDLLd=-11.0306 ProbNNe=0.513895 ProbNNpi=0.989983 ProbNNk=1.52985e-05 ProbNNp=0.000593557 ProbNNghost=0.0195137 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.44948 RichDLLmu=-0.971268 RichDLLpi=0 RichDLLk=19.881 RichDLLp=32.9734 RichPIDStatus=139237 RichDLLbt=24.783 RichDLLd=23.7723 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.997956 CaloElectronMatch=329.828 CaloBremMatch=329.828 CaloChargedEcal=20768.7 CaloChargedID=42081 CaloNeutralEcal=20768.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845146 CaloNeutralID=42081 CaloEcalE=11382.6 CaloHcalE=6241.37 CaloEcalChi2=329.828 CaloClusChi2=0.997956 CaloTrajectoryL=461.569 CaloEoverP=0.545204 EcalPIDe=0.185957 HcalPIDe=-1.49077 HcalPIDmu=-0.171145 EcalPIDmu=-4.83247 TrackChi2PerDof=1.07201 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=38051 TrackPt=1789.17 CombDLLe=-1.55836 CombDLLmu=-6.34654 CombDLLpi=0 CombDLLk=19.881 CombDLLp=32.9734 CombDLLd=23.7723 ProbNNe=0.00225326 ProbNNpi=0.0227256 ProbNNk=0.124196 ProbNNp=0.895303 ProbNNghost=0.000621052 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.26425 RichDLLmu=-1.13996 RichDLLpi=0 RichDLLk=-0.903709 RichDLLp=-0.903709 RichPIDStatus=5091 RichDLLbt=-0.903709 RichDLLd=-0.903709 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.63819 CaloElectronMatch=150.626 CaloBremMatch=101.502 CaloChargedEcal=6046.15 CaloChargedID=38410 CaloNeutralEcal=6046.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.748563 CaloNeutralID=38410 CaloEcalE=965.802 CaloHcalE=16216.7 CaloEcalChi2=150.626 CaloClusChi2=2.63819 CaloTrajectoryL=100.776 CaloEoverP=0.791901 EcalPIDe=0.979389 HcalPIDe=-0.892025 HcalPIDmu=0.388145 EcalPIDmu=0.435378 TrackChi2PerDof=1.06847 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=7662.83 TrackPt=331.727 CombDLLe=-1.17009 CombDLLmu=-0.745338 CombDLLpi=0 CombDLLk=-0.903709 CombDLLp=-0.903709 CombDLLd=-0.903709 ProbNNe=6.6437e-05 ProbNNpi=0.709323 ProbNNk=0.0398941 ProbNNp=0.118041 ProbNNghost=0.0642156 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.96786 CaloElectronMatch=15.2686 CaloChargedEcal=2963.55 CaloChargedID=34675 CaloEcalE=1970.47 CaloHcalE=1745.53 CaloEcalChi2=15.2686 CaloClusChi2=1.96786 CaloTrajectoryL=172.291 CaloEoverP=0.781565 EcalPIDe=3.01028 HcalPIDe=-1.27115 HcalPIDmu=2.16929 EcalPIDmu=-1.8602 TrackChi2PerDof=0.918477 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4066.88 TrackPt=93.0532 CombDLLe=1.73912 CombDLLmu=0.309083 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.036625 ProbNNpi=0.38521 ProbNNk=0.00438754 ProbNNp=0.0127359 ProbNNghost=0.615089 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.16761 RichDLLmu=0.513883 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.48059 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2331.17 TrackPt=139.979 CombDLLe=-0.204273 CombDLLmu=0.716913 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.848413 ProbNNpi=0.155961 ProbNNk=0.0226746 ProbNNp=0.0321752 ProbNNghost=0.766154 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.98064 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.42085 TrackNumDof=7 TrackType=5 TrackHistory=33 TrackP=1737.95 TrackPt=91.5118 CombDLLe=-0.171578 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.744224 ProbNNpi=0.00232029 ProbNNk=0.00199428 ProbNNp=0.00545755 ProbNNghost=0.99445 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=5.26531 RichDLLmu=-1.4042 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.63359 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2389.96 TrackPt=109.768 CombDLLe=0.916144 CombDLLmu=-1.91578 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.830878 ProbNNpi=0.0200731 ProbNNk=0.019684 ProbNNp=0.0262628 ProbNNghost=0.793146 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.91599 RichDLLmu=-4.8313 RichDLLpi=0 RichDLLk=-4.20045 RichDLLp=-4.20045 RichPIDStatus=5027 RichDLLbt=-4.20045 RichDLLd=-4.20045 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.697303 CaloElectronMatch=79.2317 CaloBremMatch=66.6081 CaloChargedEcal=3437.74 CaloChargedID=38330 CaloNeutralEcal=3437.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.86008 CaloNeutralID=38330 CaloEcalE=2670.91 CaloHcalE=0 CaloEcalChi2=79.2317 CaloClusChi2=0.697303 CaloTrajectoryL=211.116 CaloEoverP=0.583588 EcalPIDe=1.85487 HcalPIDe=0.685017 HcalPIDmu=-2.64437 EcalPIDmu=-2.1126 TrackChi2PerDof=2.2648 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=6103.06 TrackPt=272.638 CombDLLe=1.17239 CombDLLmu=-9.98636 CombDLLpi=0 CombDLLk=-4.20045 CombDLLp=-4.20045 CombDLLd=-4.20045 ProbNNe=0.957182 ProbNNpi=0.513985 ProbNNk=0.00707392 ProbNNp=0.0224785 ProbNNghost=0.33062 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.34143 RichDLLmu=-3.55701 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.99711 TrackNumDof=7 TrackType=5 TrackHistory=33 TrackP=2405.18 TrackPt=342.564 CombDLLe=-0.756781 CombDLLmu=-4.28088 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.950209 ProbNNpi=0.684179 ProbNNk=0.0230378 ProbNNp=0.0489005 ProbNNghost=0.126431 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.06874 RichDLLmu=-0.724405 RichDLLpi=0 RichDLLk=-8.97915 RichDLLp=-8.5165 RichPIDStatus=6051 RichDLLbt=-8.5165 RichDLLd=-8.5165 InAccBrem=1 CaloBremChi2=520.334 BremPIDe=-0.625066 TrackChi2PerDof=0.725262 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=14757.8 TrackPt=547.878 CombDLLe=-1.16104 CombDLLmu=-1.00713 CombDLLpi=0 CombDLLk=-8.97915 CombDLLp=-8.5165 CombDLLd=-8.5165 ProbNNe=0.00266485 ProbNNmu=0.0106757 ProbNNpi=0.943681 ProbNNk=0.0270277 ProbNNp=0.0119657 ProbNNghost=0.00707731 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.29549 RichDLLmu=-0.485713 RichDLLpi=0 RichDLLk=-3.6671 RichDLLp=-8.11065 RichPIDStatus=8099 RichDLLbt=-8.08279 RichDLLd=-8.08279 InAccBrem=1 CaloBremChi2=674.238 BremPIDe=-0.581258 TrackChi2PerDof=0.75349 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=22322 TrackPt=847.26 CombDLLe=-0.807891 CombDLLmu=-0.677868 CombDLLpi=0 CombDLLk=-3.6671 CombDLLp=-8.11065 CombDLLd=-8.08279 ProbNNe=0.00667201 ProbNNmu=0.0110916 ProbNNpi=0.799056 ProbNNk=0.0629243 ProbNNp=0.0370054 ProbNNghost=0.0040244 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.05684 RichDLLmu=-0.689449 RichDLLpi=0 RichDLLk=3.95666 RichDLLp=3.95666 RichPIDStatus=5028 RichDLLbt=3.95666 RichDLLd=3.95666 InAccBrem=1 CaloBremChi2=302.664 BremPIDe=-0.466299 TrackChi2PerDof=0.916649 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=8083.68 TrackPt=494.138 CombDLLe=-1.17382 CombDLLmu=-0.959158 CombDLLpi=0 CombDLLk=3.95666 CombDLLp=3.95666 CombDLLd=3.95666 ProbNNe=0.000325046 ProbNNmu=0.00176867 ProbNNpi=0.489227 ProbNNk=0.408166 ProbNNp=0.202657 ProbNNghost=0.0131664 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.38002 RichDLLmu=-2.5319 RichDLLpi=0 RichDLLk=2.55101 RichDLLp=2.55101 RichPIDStatus=5028 RichDLLbt=2.55101 RichDLLd=2.55101 InAccBrem=1 CaloBremChi2=864.186 BremPIDe=-0.638976 TrackChi2PerDof=1.12778 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=8425.46 TrackPt=633.555 CombDLLe=-0.880384 CombDLLmu=-3.26984 CombDLLpi=0 CombDLLk=2.55101 CombDLLp=2.55101 CombDLLd=2.55101 ProbNNe=0.00920826 ProbNNmu=0.00146485 ProbNNpi=0.507316 ProbNNk=0.265302 ProbNNp=0.14081 ProbNNghost=0.094751 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.79078 RichDLLmu=-9.33488 RichDLLpi=0 RichDLLk=5.88981 RichDLLp=5.88981 RichPIDStatus=5028 RichDLLbt=5.88981 RichDLLd=5.88981 InAccBrem=1 CaloBremChi2=592.222 BremPIDe=-0.607507 TrackChi2PerDof=0.999278 TrackNumDof=24 TrackType=4 TrackHistory=34 TrackP=7054.5 TrackPt=586.884 CombDLLe=-1.78461 CombDLLmu=-6.67323 CombDLLpi=0 CombDLLk=5.88981 CombDLLp=5.88981 CombDLLd=5.88981 ProbNNe=0.000275911 ProbNNmu=0.000483425 ProbNNpi=0.342187 ProbNNk=0.186722 ProbNNp=0.0978474 ProbNNghost=0.389761 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.232421 RichDLLmu=0.255187 RichDLLpi=0 RichDLLk=0.691123 RichDLLp=-0.826548 RichPIDStatus=8100 RichDLLbt=-2.55768 RichDLLd=-2.55768 TrackChi2PerDof=0.770604 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=23448.7 TrackPt=604.11 CombDLLe=0.0406733 CombDLLmu=0.356951 CombDLLpi=0 CombDLLk=0.691123 CombDLLp=-0.826548 CombDLLd=-2.55768 ProbNNe=0.00415387 ProbNNmu=0.00867428 ProbNNpi=0.157345 ProbNNk=0.387023 ProbNNp=0.595152 ProbNNghost=0.00537337 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.856859 RichDLLmu=-0.188583 RichDLLpi=0 RichDLLk=19.7442 RichDLLp=8.53142 RichPIDStatus=8100 RichDLLbt=9.28236 RichDLLd=9.28236 InAccBrem=1 CaloBremChi2=399.665 BremPIDe=-0.532522 TrackChi2PerDof=0.870218 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=19159.4 TrackPt=793.548 CombDLLe=-0.68245 CombDLLmu=-0.263892 CombDLLpi=0 CombDLLk=19.7442 CombDLLp=8.53142 CombDLLd=9.28236 ProbNNe=5.90071e-05 ProbNNmu=0.00141504 ProbNNpi=0.00930218 ProbNNk=0.990103 ProbNNp=0.190397 ProbNNghost=0.0071977 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.45282 RichDLLmu=-3.01126 RichDLLpi=0 RichDLLk=7.51583 RichDLLp=7.51583 RichPIDStatus=5028 RichDLLbt=7.51583 RichDLLd=7.51583 InAccBrem=1 CaloBremChi2=307.505 BremPIDe=-0.357753 TrackChi2PerDof=1.31925 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=4761.01 TrackPt=678.448 CombDLLe=-1.98187 CombDLLmu=-3.77055 CombDLLpi=0 CombDLLk=7.51583 CombDLLp=7.51583 CombDLLd=7.51583 ProbNNe=2.76756e-05 ProbNNmu=0.000800599 ProbNNpi=0.402569 ProbNNk=0.488361 ProbNNp=0.251185 ProbNNghost=0.0768999 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.9087 RichDLLmu=-0.830517 RichDLLpi=0 RichDLLk=5.95181 RichDLLp=5.95181 RichPIDStatus=5028 RichDLLbt=5.95181 RichDLLd=5.95181 InAccBrem=1 CaloBremChi2=6.64488 BremPIDe=3.55139 TrackChi2PerDof=1.50663 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=5972.18 TrackPt=589.29 CombDLLe=2.86954 CombDLLmu=-1.15215 CombDLLpi=0 CombDLLk=5.95181 CombDLLp=5.95181 CombDLLd=5.95181 ProbNNe=0.000332068 ProbNNmu=0.00131107 ProbNNpi=0.409691 ProbNNk=0.498594 ProbNNp=0.258596 ProbNNghost=0.0400094 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.14173 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=47852.2 TrackPt=668.641 ProbNNe=0.003278 ProbNNmu=0.00758429 ProbNNpi=0.657133 ProbNNk=0.204656 ProbNNp=0.166836 ProbNNghost=0.00651059 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-23.4105 RichDLLmu=-13.7519 RichDLLpi=0 RichDLLk=8.48343 RichDLLp=8.48343 RichPIDStatus=5028 RichDLLbt=8.48343 RichDLLd=8.48343 InAccBrem=1 CaloBremChi2=101.877 BremPIDe=0.178319 TrackChi2PerDof=0.984371 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=4640.99 TrackPt=958.629 CombDLLe=-3.50704 CombDLLmu=-6.94306 CombDLLpi=0 CombDLLk=8.48343 CombDLLp=8.48343 CombDLLd=8.48343 ProbNNe=1.27444e-06 ProbNNmu=0.000502012 ProbNNpi=0.858435 ProbNNk=0.106482 ProbNNp=0.0646977 ProbNNghost=0.0261208 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.1598 RichDLLmu=-0.939238 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=303.215 BremPIDe=-0.15976 TrackChi2PerDof=0.947402 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=2317.58 TrackPt=178.833 CombDLLe=-2.06359 CombDLLmu=-1.29968 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00192278 ProbNNmu=0.00573181 ProbNNpi=0.388773 ProbNNk=0.0659955 ProbNNp=0.0515847 ProbNNghost=0.404662 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.99503 RichDLLmu=2.1569 RichDLLpi=0 RichDLLk=-12.4561 RichDLLp=-11.7079 RichPIDStatus=6050 RichDLLbt=-11.7079 RichDLLd=-11.7079 InAccBrem=1 CaloBremChi2=542.433 BremPIDe=-0.638976 TrackChi2PerDof=1.33707 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=9647.87 TrackPt=409.318 CombDLLe=-1.50859 CombDLLmu=2.84532 CombDLLpi=0 CombDLLk=-12.4561 CombDLLp=-11.7079 CombDLLd=-11.7079 ProbNNe=0.000506397 ProbNNmu=0.0279691 ProbNNpi=0.890114 ProbNNk=0.00210404 ProbNNp=0.0468382 ProbNNghost=0.116563 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.4608 RichDLLmu=-11.1316 RichDLLpi=0 RichDLLk=0.00727897 RichDLLp=0.00727897 RichPIDStatus=5028 RichDLLbt=0.00727897 RichDLLd=0.00727897 InAccBrem=1 CaloBremChi2=32.1515 BremPIDe=1.58328 TrackChi2PerDof=1.25041 TrackNumDof=5 TrackType=4 TrackHistory=34 TrackP=2589.28 TrackPt=497.161 CombDLLe=-2.23309 CombDLLmu=-6.83881 CombDLLpi=0 CombDLLk=0.00727897 CombDLLp=0.00727897 CombDLLd=0.00727897 ProbNNe=3.38767e-06 ProbNNmu=0.00286273 ProbNNpi=0.803211 ProbNNk=0.0659553 ProbNNp=0.0903084 ProbNNghost=0.0754592 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0477981 ShowerShape=18379.5 ClusterMass=68.6361 CaloNeutralEcal=9792.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729654 CaloNeutralID=34628 CaloNeutralE19=0.406799 CaloClusterCode=-95 CaloClusterFrac=0.999942 IsPhoton=0.0212454 IsNotH=0.00928341 IsPhotonXGB=0.608922 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.313396 ShowerShape=3581.67 ClusterMass=72.3925 CaloNeutralEcal=21442.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896568 CaloNeutralID=39094 CaloNeutralE19=0.453064 CaloClusterCode=-95 CaloClusterFrac=0.955028 IsPhoton=0.106327 IsNotH=0.336548 IsPhotonXGB=0.470015 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.562871 ShowerShape=6440.15 ClusterMass=104.484 CaloNeutralEcal=19718.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.749823 CaloNeutralID=38837 CaloNeutralE19=0.259995 CaloClusterCode=92 CaloClusterFrac=0.99992 IsPhoton=0.00692554 IsNotH=0.00412332 IsPhotonXGB=0.310607 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.300591 ShowerShape=16576.9 ClusterMass=57.2522 CaloNeutralEcal=11910.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.798197 CaloNeutralID=34801 CaloNeutralE19=0.389258 CaloClusterCode=-93 CaloClusterFrac=0.999795 IsPhoton=1 IsNotH=0.0124682 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.17491 ShowerShape=4209 ClusterMass=71.8255 CaloNeutralEcal=28444.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977542 CaloNeutralID=39710 CaloNeutralE19=0.379995 CaloClusterCode=-65 CaloClusterFrac=0.97384 IsPhoton=1 IsNotH=0.24705 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.814516 ShowerShape=2779.07 ClusterMass=48.9879 CaloNeutralEcal=19109.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809413 CaloNeutralID=38797 CaloNeutralE19=0.450533 CaloClusterCode=-97 CaloClusterFrac=0.999629 IsPhoton=1 IsNotH=0.0586314 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.631128 ShowerShape=2021.03 ClusterMass=30.0993 CaloNeutralEcal=17054.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85147 CaloNeutralID=38795 CaloNeutralE19=0.716736 CaloClusterCode=-92 CaloClusterFrac=0.999696 IsPhoton=1 IsNotH=0.901622 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.315851 ShowerShape=12953.3 ClusterMass=45.705 CaloNeutralEcal=9043.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.78234 CaloNeutralID=34764 CaloNeutralE19=0.384975 CaloClusterCode=-93 CaloClusterFrac=1.00118 IsPhoton=1 IsNotH=0.0590151 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.6684 ShowerShape=10205.6 ClusterMass=25.1257 CaloNeutralEcal=5630.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847807 CaloNeutralID=34431 CaloNeutralE19=0.414278 CaloClusterCode=-61 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.129362 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.526606 ShowerShape=9608.2 ClusterMass=28.7695 CaloNeutralEcal=7619.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835239 CaloNeutralID=35338 CaloNeutralE19=0.681159 CaloClusterCode=93 CaloClusterFrac=0.99961 IsPhoton=1 IsNotH=0.240833 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0158904 ShowerShape=7666.59 ClusterMass=18.4043 CaloNeutralEcal=7913.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952642 CaloNeutralID=33497 CaloNeutralE19=0.613809 CaloClusterCode=-93 CaloClusterFrac=0.990847 IsPhoton=1 IsNotH=0.239709 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.262068 ShowerShape=2233.48 ClusterMass=29.6399 CaloNeutralEcal=17037.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923275 CaloNeutralID=39310 CaloNeutralE19=0.387711 CaloClusterCode=95 CaloClusterFrac=0.999983 IsPhoton=1 IsNotH=0.213286 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.69581 ShowerShape=2641.96 ClusterMass=26.4034 CaloNeutralEcal=11887.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836798 CaloNeutralID=39045 CaloNeutralE19=0.479793 CaloClusterCode=-95 CaloClusterFrac=0.998996 IsPhoton=1 IsNotH=0.191024 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.6684 ShowerShape=10205.6 ClusterMass=25.1257 CaloNeutralEcal=5630.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847807 CaloNeutralID=34431 CaloNeutralE19=0.414278 CaloClusterCode=-61 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.129362 IsPhotonXGB=1 ClusterAsX=-0.207397 ClusterAsY=-0.228027 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.8787 ShowerShape=764.655 CaloNeutralEcal=42219 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924702 CaloNeutralID=43545 CaloNeutralE19=0.57806 CaloClusterCode=-95 CaloClusterFrac=0.999999 IsPhoton=1 IsNotH=0.880545 IsPhotonXGB=1 ClusterAsX=0.306402 ClusterAsY=0.0131743 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.4156 ShowerShape=15503.8 CaloNeutralEcal=10899.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873533 CaloNeutralID=33949 CaloNeutralE19=0.479247 CaloClusterCode=92 CaloClusterFrac=0.9997 IsPhoton=1 IsNotH=0.0267959 IsPhotonXGB=1 ClusterAsX=0.171622 ClusterAsY=-0.323591 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.1068 ShowerShape=4152.94 CaloNeutralEcal=11670.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.843638 CaloNeutralID=39823 CaloNeutralE19=0.65232 CaloClusterCode=91 CaloClusterFrac=0.99843 IsPhoton=1 IsNotH=0.389119 IsPhotonXGB=1 ClusterAsX=-0.054607 ClusterAsY=0.0166685 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.2756 ShowerShape=4340.16 CaloNeutralEcal=3929.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977031 CaloNeutralID=34177 CaloNeutralE19=0.786386 CaloClusterCode=-93 CaloClusterFrac=0.984576 IsPhoton=1 IsNotH=0.620007 IsPhotonXGB=1 ClusterAsX=-0.170109 ClusterAsY=0.0637776 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=193.906 ShowerShape=2477.35 CaloNeutralEcal=9186.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919842 CaloNeutralID=40078 CaloNeutralE19=0.77806 CaloClusterCode=97 CaloClusterFrac=0.998433 IsPhoton=1 IsNotH=0.90838 IsPhotonXGB=1 ClusterAsX=0.0201621 ClusterAsY=0.0926853 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.7221 ShowerShape=1362.85 CaloNeutralEcal=28455 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800961 CaloNeutralID=43350 CaloNeutralE19=0.60115 CaloClusterCode=-97 CaloClusterFrac=0.9273 IsPhoton=1 IsNotH=0.351822 IsPhotonXGB=1 ClusterAsX=0.0751094 ClusterAsY=-0.0229843 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.1253 ShowerShape=1213.74 CaloNeutralEcal=23193.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.861177 CaloNeutralID=43688 CaloNeutralE19=0.466135 CaloClusterCode=-93 CaloClusterFrac=0.999876 IsPhoton=1 IsNotH=0.132955 IsPhotonXGB=1 ClusterAsX=-0.251057 ClusterAsY=-0.170316 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=226.235 ShowerShape=3018.95 CaloNeutralEcal=3658.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981247 CaloNeutralID=33735 CaloNeutralE19=0.879941 CaloClusterCode=-91 CaloClusterFrac=1.00116 IsPhoton=1 IsNotH=0.872471 IsPhotonXGB=1 ClusterAsX=-0.0320411 ClusterAsY=-0.0733745 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=253.21 ShowerShape=2370.59 CaloNeutralEcal=8239.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979075 CaloNeutralID=40145 CaloNeutralE19=0.729978 CaloClusterCode=61 CaloClusterFrac=0.996263 IsPhoton=1 IsNotH=0.795866 IsPhotonXGB=1 ClusterAsX=0.115352 ClusterAsY=-0.0470641 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.16541 ShowerShape=8799.69 CaloNeutralEcal=3498.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977536 CaloNeutralID=34941 CaloNeutralE19=0.5456 CaloClusterCode=-98 CaloClusterFrac=1.00168 IsPhoton=1 IsNotH=0.0681653 IsPhotonXGB=1 ClusterAsX=0.439538 ClusterAsY=0.333437 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=305.67 ShowerShape=2476.6 CaloNeutralEcal=4019.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981763 CaloNeutralID=33804 CaloNeutralE19=0.923003 CaloClusterCode=93 CaloClusterFrac=0.999976 IsPhoton=1 IsNotH=0.889287 IsPhotonXGB=1 ClusterAsX=-0.0404528 ClusterAsY=0.0188348 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.2895 ShowerShape=4167.59 CaloNeutralEcal=14825.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893455 CaloNeutralID=38115 CaloNeutralE19=0.388084 CaloClusterCode=-65 CaloClusterFrac=0.999936 IsPhoton=1 IsNotH=0.174653 IsPhotonXGB=1 ClusterAsX=0.277921 ClusterAsY=0.0389574 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.88309 ShowerShape=2529.27 CaloNeutralEcal=7365.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887777 CaloNeutralID=38791 CaloNeutralE19=0.684576 CaloClusterCode=93 CaloClusterFrac=0.999115 IsPhoton=1 IsNotH=0.649549 IsPhotonXGB=1 ClusterAsX=-0.0476669 ClusterAsY=0.0463096 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.7857 ShowerShape=664.417 CaloNeutralEcal=37975.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954078 CaloNeutralID=43422 CaloNeutralE19=0.69456 CaloClusterCode=-66 CaloClusterFrac=0.959614 IsPhoton=1 IsNotH=0.759752 IsPhotonXGB=1 ClusterAsX=-0.149688 ClusterAsY=0.20998 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=72.7985 ShowerShape=4099.79 CaloNeutralEcal=7656.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972703 CaloNeutralID=40148 CaloNeutralE19=0.460446 CaloClusterCode=63 CaloClusterFrac=0.999996 IsPhoton=1 IsNotH=0.415221 IsPhotonXGB=1 ClusterAsX=-0.299198 ClusterAsY=-0.0293153 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.6145 ShowerShape=6854.39 CaloNeutralEcal=4044.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927472 CaloNeutralID=34571 CaloNeutralE19=0.703869 CaloClusterCode=-92 CaloClusterFrac=1.00134 IsPhoton=1 IsNotH=0.321286 IsPhotonXGB=1 ClusterAsX=0.132537 ClusterAsY=-0.220872 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.3178 ShowerShape=8863.7 CaloNeutralEcal=6939.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988495 CaloNeutralID=34139 CaloNeutralE19=0.7204 CaloClusterCode=61 CaloClusterFrac=1.00304 IsPhoton=1 IsNotH=0.533921 IsPhotonXGB=1 ClusterAsX=-0.144406 ClusterAsY=0.401788 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=339.363 ShowerShape=5164.55 CaloNeutralEcal=3574.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983344 CaloNeutralID=33444 CaloNeutralE19=0.602979 CaloClusterCode=-97 CaloClusterFrac=1.00194 IsPhoton=1 IsNotH=0.51805 IsPhotonXGB=1 ClusterAsX=-0.0284778 ClusterAsY=0.340966 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.0428 ShowerShape=7643.53 CaloNeutralEcal=3224.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943955 CaloNeutralID=35191 CaloNeutralE19=0.62639 CaloClusterCode=-91 CaloClusterFrac=1.00144 IsPhoton=1 IsNotH=0.238574 IsPhotonXGB=1 ClusterAsX=0.169528 ClusterAsY=-0.170295 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.0728 ShowerShape=1444.01 CaloNeutralEcal=27187.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.759557 CaloNeutralID=43484 CaloNeutralE19=0.402007 CaloClusterCode=-95 CaloClusterFrac=0.999659 IsPhoton=1 IsNotH=0.0377572 IsPhotonXGB=1 ClusterAsX=0.201539 ClusterAsY=0.0291314 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.81696 ShowerShape=5092.14 CaloNeutralEcal=6876.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.720913 CaloNeutralID=38668 CaloNeutralE19=0.231977 CaloClusterCode=-93 CaloClusterFrac=0.912556 IsPhoton=1 IsNotH=0.00157166 IsPhotonXGB=1 ClusterAsX=-0.0662869 ClusterAsY=0.345936 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.4883 ShowerShape=3156.46 CaloNeutralEcal=8236.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876731 CaloNeutralID=38099 CaloNeutralE19=0.56774 CaloClusterCode=65 CaloClusterFrac=0.999946 IsPhoton=1 IsNotH=0.145545 IsPhotonXGB=1 ClusterAsX=0.159399 ClusterAsY=-0.0089795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.7264 ShowerShape=1119.4 CaloNeutralEcal=16411.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925305 CaloNeutralID=42278 CaloNeutralE19=0.691222 CaloClusterCode=90 CaloClusterFrac=1.0045 IsPhoton=1 IsNotH=0.958134 IsPhotonXGB=1 ClusterAsX=-0.145896 ClusterAsY=-0.126466 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=205.027 ShowerShape=1324.68 CaloNeutralEcal=7243.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95508 CaloNeutralID=39762 CaloNeutralE19=0.698729 CaloClusterCode=97 CaloClusterFrac=0.999922 IsPhoton=1 IsNotH=0.860115 IsPhotonXGB=1 ClusterAsX=0.00240616 ClusterAsY=0.259038 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.5118 ShowerShape=1818.64 CaloNeutralEcal=22524.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.799549 CaloNeutralID=42839 CaloNeutralE19=0.538771 CaloClusterCode=61 CaloClusterFrac=0.999502 IsPhoton=1 IsNotH=0.0231376 IsPhotonXGB=1 ClusterAsX=-0.163634 ClusterAsY=-0.0234601 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.1324 ShowerShape=7648.53 CaloNeutralEcal=2728.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903286 CaloNeutralID=36265 CaloNeutralE19=0.59321 CaloClusterCode=-91 CaloClusterFrac=1.0055 IsPhoton=1 IsNotH=0.153371 IsPhotonXGB=1 ClusterAsX=-0.0362031 ClusterAsY=-0.174573 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=188.101 ShowerShape=2476.6 CaloNeutralEcal=3703.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.997355 CaloNeutralID=34447 CaloNeutralE19=0.954142 CaloClusterCode=-67 CaloClusterFrac=1.00152 IsPhoton=1 IsNotH=0.882019 IsPhotonXGB=1 ClusterAsX=-0.0111684 ClusterAsY=0.0195085 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=428.803 ShowerShape=6594.56 CaloNeutralEcal=2349.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902795 CaloNeutralID=36020 CaloNeutralE19=0.69981 CaloClusterCode=95 IsPhoton=1 IsNotH=0.474332 IsPhotonXGB=1 ClusterAsX=0.131912 ClusterAsY=-0.0230687 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=144.044 ShowerShape=13671.5 CaloNeutralEcal=1894.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.705273 CaloNeutralID=34047 CaloNeutralE19=0.359744 CaloClusterCode=67 IsPhoton=1 IsNotH=0.015901 IsPhotonXGB=1 ClusterAsX=-0.110862 ClusterAsY=-0.0425919 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.3769 ShowerShape=1658.55 CaloNeutralEcal=8708.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803964 CaloNeutralID=42482 CaloNeutralE19=0.399814 CaloClusterCode=-93 CaloClusterFrac=0.998085 IsPhoton=1 IsNotH=0.0844234 IsPhotonXGB=1 ClusterAsX=-0.208944 ClusterAsY=-0.181182 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.711 ShowerShape=12310.2 CaloNeutralEcal=3863.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933333 CaloNeutralID=33824 CaloNeutralE19=0.415553 CaloClusterCode=97 CaloClusterFrac=1.0062 IsPhoton=1 IsNotH=0.113016 IsPhotonXGB=1 ClusterAsX=-0.150494 ClusterAsY=0.447436 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.43163 ShowerShape=13435 CaloNeutralEcal=2427.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835429 CaloNeutralID=33994 CaloNeutralE19=0.492297 CaloClusterCode=-98 CaloClusterFrac=1.00196 IsPhoton=1 IsNotH=0.0125511 IsPhotonXGB=1 ClusterAsX=0.226968 ClusterAsY=0.37511 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.03097 ShowerShape=4246.01 CaloNeutralEcal=2164.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946534 CaloNeutralID=35204 CaloNeutralE19=0.776309 CaloClusterCode=95 CaloClusterFrac=1.00909 IsPhoton=1 IsNotH=0.689048 IsPhotonXGB=1 ClusterAsX=0.120045 ClusterAsY=-0.0215202 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.6393 ShowerShape=1573.04 CaloNeutralEcal=20222.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789009 CaloNeutralID=43031 CaloNeutralE19=0.266397 CaloClusterCode=66 CaloClusterFrac=0.996647 IsPhoton=1 IsNotH=0.0020714 IsPhotonXGB=1 ClusterAsX=-0.392618 ClusterAsY=0.14113 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=198.692 ShowerShape=4971.95 CaloNeutralEcal=3101.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986388 CaloNeutralID=33629 CaloNeutralE19=0.951965 CaloClusterCode=-95 CaloClusterFrac=1.00375 IsPhoton=1 IsNotH=0.889946 IsPhotonXGB=1 ClusterAsX=0.020071 ClusterAsY=0.00698324 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.0573 ShowerShape=1206.1 CaloNeutralEcal=18396.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.792709 CaloNeutralID=43223 CaloNeutralE19=0.412951 CaloClusterCode=-63 CaloClusterFrac=0.998572 IsPhoton=1 IsNotH=0.00814369 IsPhotonXGB=1 ClusterAsX=-0.391849 ClusterAsY=-0.00837991 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.8574 ShowerShape=7693.41 CaloNeutralEcal=1908.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937684 CaloNeutralID=33862 CaloNeutralE19=0.560214 CaloClusterCode=-95 CaloClusterFrac=1.00775 IsPhoton=1 IsNotH=0.0844088 IsPhotonXGB=1 ClusterAsX=0.333043 ClusterAsY=0.170452 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=85.9472 ShowerShape=3075.65 CaloNeutralEcal=6049.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8527 CaloNeutralID=37911 CaloNeutralE19=0.553563 CaloClusterCode=90 CaloClusterFrac=0.999892 IsPhoton=1 IsNotH=0.139863 IsPhotonXGB=1 ClusterAsX=-0.184135 ClusterAsY=-0.169105 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.0135 ShowerShape=7871.1 CaloNeutralEcal=2394.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927634 CaloNeutralID=34509 CaloNeutralE19=0.465746 CaloClusterCode=-93 CaloClusterFrac=0.981562 IsPhoton=1 IsNotH=0.111837 IsPhotonXGB=1 ClusterAsX=-0.261073 ClusterAsY=0.161893 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.0093 ShowerShape=4133.53 CaloNeutralEcal=5199.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909069 CaloNeutralID=40030 CaloNeutralE19=0.665442 CaloClusterCode=97 IsPhoton=1 IsNotH=0.61177 IsPhotonXGB=1 ClusterAsX=0.131874 ClusterAsY=0.0827197 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.575 ShowerShape=3820.97 CaloNeutralEcal=7184.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.851915 CaloNeutralID=38113 CaloNeutralE19=0.56286 CaloClusterCode=-65 CaloClusterFrac=0.999043 IsPhoton=1 IsNotH=0.112511 IsPhotonXGB=1 ClusterAsX=0.186962 ClusterAsY=0.226099 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.0274 ShowerShape=1086.15 CaloNeutralEcal=19587 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914769 CaloNeutralID=42590 CaloNeutralE19=0.736658 CaloClusterCode=61 CaloClusterFrac=0.999996 IsPhoton=1 IsNotH=0.789097 IsPhotonXGB=1 ClusterAsX=-0.00777515 ClusterAsY=-0.15253 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.2075 ShowerShape=1167.8 CaloNeutralEcal=10593.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.769298 CaloNeutralID=43369 CaloNeutralE19=0.489865 CaloClusterCode=-97 CaloClusterFrac=0.889907 IsPhoton=1 IsNotH=0.204651 IsPhotonXGB=1 ClusterAsX=-0.141515 ClusterAsY=0.0363042 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.3108 ShowerShape=1210.39 CaloNeutralEcal=14499.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886251 CaloNeutralID=43176 CaloNeutralE19=0.621103 CaloClusterCode=61 CaloClusterFrac=0.999833 IsPhoton=1 IsNotH=0.435279 IsPhotonXGB=1 ClusterAsX=0.167877 ClusterAsY=-0.10481 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=97.7198 ShowerShape=3533.2 CaloNeutralEcal=2124.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959573 CaloNeutralID=33834 CaloNeutralE19=0.792994 CaloClusterCode=-95 CaloClusterFrac=1.00862 IsPhoton=1 IsNotH=0.74763 IsPhotonXGB=1 ClusterAsX=0.125411 ClusterAsY=0.0184693 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.2297 ShowerShape=20193.6 CaloNeutralEcal=2277.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.823038 CaloNeutralID=35500 CaloNeutralE19=0.405043 CaloClusterCode=66 IsPhoton=1 IsNotH=0.0114285 IsPhotonXGB=1 ClusterAsX=-0.232705 ClusterAsY=0.338256 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.50103 ShowerShape=7653.53 CaloNeutralEcal=1379.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902349 CaloNeutralID=34683 CaloNeutralE19=0.715437 CaloClusterCode=-97 CaloClusterFrac=1.01792 IsPhoton=1 IsNotH=0.388463 IsPhotonXGB=1 ClusterAsX=-0.0727475 ClusterAsY=0.0844338 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.9109 ShowerShape=9948.63 CaloNeutralEcal=2320.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873368 CaloNeutralID=35687 CaloNeutralE19=0.608063 CaloClusterCode=96 IsPhoton=1 IsNotH=0.0894767 IsPhotonXGB=1 ClusterAsX=-0.210709 ClusterAsY=0.223053 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=169.147 ShowerShape=5299.77 CaloNeutralEcal=1654.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934831 CaloNeutralID=33511 CaloNeutralE19=0.59994 CaloClusterCode=93 CaloClusterFrac=0.999821 IsPhoton=1 IsNotH=0.374554 IsPhotonXGB=1 ClusterAsX=-0.265212 ClusterAsY=-0.0221588 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=100.9 ShowerShape=10707.7 CaloNeutralEcal=2085.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932429 CaloNeutralID=34027 CaloNeutralE19=0.357635 CaloClusterCode=97 CaloClusterFrac=1.02358 IsPhoton=1 IsNotH=0.111932 IsPhotonXGB=1 ClusterAsX=0.299559 ClusterAsY=0.407282 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.6081 ShowerShape=1669.3 CaloNeutralEcal=10212.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.715842 CaloNeutralID=43416 CaloNeutralE19=0.286436 CaloClusterCode=-70 CaloClusterFrac=0.996275 IsPhoton=1 IsNotH=0.00042666 IsPhotonXGB=1 ClusterAsX=-0.348597 ClusterAsY=-0.0574776 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.4949 ShowerShape=1484.12 CaloNeutralEcal=12870.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.711435 CaloNeutralID=43488 CaloNeutralE19=0.314303 CaloClusterCode=-91 CaloClusterFrac=0.998228 IsPhoton=1 IsNotH=0.00115267 IsPhotonXGB=1 ClusterAsX=-0.132413 ClusterAsY=-0.193656 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.06464 ShowerShape=1625.7 CaloNeutralEcal=7765.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.746646 CaloNeutralID=42708 CaloNeutralE19=0.409734 CaloClusterCode=-97 CaloClusterFrac=0.999792 IsPhoton=1 IsNotH=0.020611 IsPhotonXGB=1 ClusterAsX=-0.136326 ClusterAsY=0.135627 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=158.528 ShowerShape=5384.14 CaloNeutralEcal=1118.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980289 CaloNeutralID=33295 CaloNeutralE19=0.594987 CaloClusterCode=91 IsPhoton=1 IsNotH=0.415386 IsPhotonXGB=1 ClusterAsX=-0.0933821 ClusterAsY=-0.320174 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=215.112 ShowerShape=8421.99 CaloNeutralEcal=1630.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875436 CaloNeutralID=35930 CaloNeutralE19=0.581208 CaloClusterCode=-93 CaloClusterFrac=0.956703 IsPhoton=1 IsNotH=0.191734 IsPhotonXGB=1 ClusterAsX=-0.247114 ClusterAsY=-0.0609172 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.47036 ShowerShape=2726.34 CaloNeutralEcal=4672.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930343 CaloNeutralID=44136 CaloNeutralE19=0.77724 CaloClusterCode=-62 CaloClusterFrac=0.983235 IsPhoton=1 IsNotH=0.845383 IsPhotonXGB=1 ClusterAsX=-0.233466 ClusterAsY=0.495732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.0501 ShowerShape=1418.19 CaloNeutralEcal=1890.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940746 CaloNeutralID=39548 CaloNeutralE19=0.696263 CaloClusterCode=-95 CaloClusterFrac=0.929011 IsPhoton=1 IsNotH=0.458056 IsPhotonXGB=1 ClusterAsX=0.130073 ClusterAsY=0.0807105 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.0859 ShowerShape=2014.59 CaloNeutralEcal=4857.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784923 CaloNeutralID=43535 CaloNeutralE19=0.381052 CaloClusterCode=91 CaloClusterFrac=0.993539 IsPhoton=1 IsNotH=0.0675677 IsPhotonXGB=1 ClusterAsX=0.0444512 ClusterAsY=-0.239348 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.8958 ShowerShape=8032.35 CaloNeutralEcal=1568.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878616 CaloNeutralID=33812 CaloNeutralE19=0.492484 CaloClusterCode=-93 CaloClusterFrac=1.00394 IsPhoton=1 IsNotH=0.0577861 IsPhotonXGB=1 ClusterAsX=-0.160203 ClusterAsY=-0.151263 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.839 ShowerShape=2467.46 CaloNeutralEcal=5880.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.636781 CaloNeutralID=43815 CaloNeutralE19=0.27861 CaloClusterCode=-90 CaloClusterFrac=0.994141 IsPhoton=1 IsNotH=0.000399552 IsPhotonXGB=1 ClusterAsX=-0.00379354 ClusterAsY=-0.18963 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.7581 ShowerShape=1489.71 CaloNeutralEcal=4733.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.865089 CaloNeutralID=42415 CaloNeutralE19=0.737337 CaloClusterCode=-93 CaloClusterFrac=0.999467 IsPhoton=1 IsNotH=0.95139 IsPhotonXGB=1 ClusterAsX=-0.00804713 ClusterAsY=-0.01471 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.2012 ShowerShape=1771.74 CaloNeutralEcal=4905.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818251 CaloNeutralID=42023 CaloNeutralE19=0.39608 CaloClusterCode=91 CaloClusterFrac=1.0031 IsPhoton=1 IsNotH=0.0685061 IsPhotonXGB=1 ClusterAsX=0.12412 ClusterAsY=-0.327858 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.6571 ShowerShape=5222.38 CaloNeutralEcal=3132.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697797 CaloNeutralID=39912 CaloNeutralE19=0.382792 CaloClusterCode=98 CaloClusterFrac=1.00396 IsPhoton=1 IsNotH=0.0114234 IsPhotonXGB=1 ClusterAsX=0.420131 ClusterAsY=0.0374031 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.344 ShowerShape=2406.08 CaloNeutralEcal=2820.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.846592 CaloNeutralID=39117 CaloNeutralE19=0.421089 CaloClusterCode=-93 CaloClusterFrac=0.96702 IsPhoton=1 IsNotH=0.0711664 IsPhotonXGB=1 ClusterAsX=-0.217949 ClusterAsY=0.0794504 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.0234 ShowerShape=9845.49 CaloNeutralEcal=880.656 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952119 CaloNeutralID=35263 CaloNeutralE19=0.400202 CaloClusterCode=67 CaloClusterFrac=0.999989 IsPhoton=1 IsNotH=0.0114292 IsPhotonXGB=1 ClusterAsX=-0.284092 ClusterAsY=0.497126 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=414.115 ShowerShape=620.724 CaloNeutralEcal=2433.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971918 CaloNeutralID=38065 CaloNeutralE19=0.84535 CaloClusterCode=95 CaloClusterFrac=1.01793 IsPhoton=1 IsNotH=0.931327 IsPhotonXGB=1 ClusterAsX=0.0976603 ClusterAsY=0.0107884 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.9061 ShowerShape=1190.29 CaloNeutralEcal=2808.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917095 CaloNeutralID=39894 CaloNeutralE19=0.7835 CaloClusterCode=-90 CaloClusterFrac=0.977608 IsPhoton=1 IsNotH=0.932636 IsPhotonXGB=1 ClusterAsX=-0.0910504 ClusterAsY=-0.0349619 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=72.8554 ShowerShape=17901.6 CaloNeutralEcal=1231.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964039 CaloNeutralID=35727 CaloNeutralE19=0.725855 CaloClusterCode=95 CaloClusterFrac=1.02021 IsPhoton=1 IsNotH=0.607593 IsPhotonXGB=1 ClusterAsX=0.215315 ClusterAsY=-0.00178873 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.98877 ShowerShape=2167.65 CaloNeutralEcal=4713.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73886 CaloNeutralID=42959 CaloNeutralE19=0.318459 CaloClusterCode=95 CaloClusterFrac=0.99848 IsPhoton=1 IsNotH=0.00535771 IsPhotonXGB=1 ClusterAsX=0.173531 ClusterAsY=0.215569 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3978 ShowerShape=1574.7 CaloNeutralEcal=7437.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.709247 CaloNeutralID=43431 CaloNeutralE19=0.351467 CaloClusterCode=-72 CaloClusterFrac=0.952711 IsPhoton=1 IsNotH=0.00251297 IsPhotonXGB=1 ClusterAsX=0.205679 ClusterAsY=-0.163257 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.0746 ShowerShape=1222.58 CaloNeutralEcal=2616.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914332 CaloNeutralID=37733 CaloNeutralE19=0.73128 CaloClusterCode=-95 CaloClusterFrac=1.00297 IsPhoton=1 IsNotH=0.859605 IsPhotonXGB=1 ClusterAsX=0.0954182 ClusterAsY=0.0646201 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.13519 ShowerShape=1914.1 CaloNeutralEcal=4454.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884797 CaloNeutralID=44006 CaloNeutralE19=0.435924 CaloClusterCode=-91 CaloClusterFrac=0.996755 IsPhoton=1 IsNotH=0.383333 IsPhotonXGB=1 ClusterAsX=0.119725 ClusterAsY=-0.323449 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.4466 ShowerShape=2013.32 CaloNeutralEcal=6272.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.748902 CaloNeutralID=42330 CaloNeutralE19=0.454832 CaloClusterCode=-90 CaloClusterFrac=0.996838 IsPhoton=1 IsNotH=0.0103599 IsPhotonXGB=1 ClusterAsX=-0.147639 ClusterAsY=-0.0887532 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.2442 ShowerShape=2412.65 CaloNeutralEcal=1531.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.82315 CaloNeutralID=38085 CaloNeutralE19=0.530079 CaloClusterCode=-97 CaloClusterFrac=0.900848 IsPhoton=1 IsNotH=0.136439 IsPhotonXGB=1 ClusterAsX=0.117816 ClusterAsY=0.189573 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=1062.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970974 CaloNeutralID=33314 CaloNeutralE19=0.934333 CaloClusterCode=-97 CaloClusterFrac=1.00944 IsPhoton=1 IsNotH=0.864066 IsPhotonXGB=1 ClusterAsX=-0.00846231 ClusterAsY=-0.0213827 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.623 ShowerShape=16652.6 CaloNeutralEcal=919.209 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.69757 CaloNeutralID=35258 CaloNeutralE19=0.288835 CaloClusterCode=-93 CaloClusterFrac=1.00465 IsPhoton=1 IsNotH=0.0136017 IsPhotonXGB=1 ClusterAsX=-0.0499229 ClusterAsY=0.339584 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.829 ShowerShape=5625.71 CaloNeutralEcal=824.014 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02543 CaloNeutralID=33418 CaloNeutralE19=0.710236 CaloClusterCode=90 IsPhoton=1 IsNotH=0.402503 IsPhotonXGB=1 ClusterAsX=-0.318545 ClusterAsY=-0.169394 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.58885 ShowerShape=1731.98 CaloNeutralEcal=3927.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.757808 CaloNeutralID=42384 CaloNeutralE19=0.447567 CaloClusterCode=93 CaloClusterFrac=0.997118 IsPhoton=1 IsNotH=0.0256457 IsPhotonXGB=1 ClusterAsX=0.0202426 ClusterAsY=0.212824 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.38396 ShowerShape=1934.1 CaloNeutralEcal=6562.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.763698 CaloNeutralID=42600 CaloNeutralE19=0.46924 CaloClusterCode=82 CaloClusterFrac=0.999706 IsPhoton=1 IsNotH=0.0599307 IsPhotonXGB=1 ClusterAsX=0.292659 ClusterAsY=0.0110259 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.2692 ShowerShape=3092.57 CaloNeutralEcal=2436.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758234 CaloNeutralID=40100 CaloNeutralE19=0.250399 CaloClusterCode=96 CaloClusterFrac=1.02126 IsPhoton=1 IsNotH=0.00605448 IsPhotonXGB=1 ClusterAsX=-0.514497 ClusterAsY=0.0964285 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.6904 ShowerShape=8883.89 CaloNeutralEcal=851.857 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951782 CaloNeutralID=35001 CaloNeutralE19=0.883233 CaloClusterCode=-90 CaloClusterFrac=0.980505 IsPhoton=1 IsNotH=0.833682 IsPhotonXGB=1 ClusterAsX=-0.0373645 ClusterAsY=-0.0339993 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.9741 ShowerShape=1117.24 CaloNeutralEcal=2165.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811912 CaloNeutralID=43956 CaloNeutralE19=0.406214 CaloClusterCode=-97 CaloClusterFrac=0.855386 IsPhoton=1 IsNotH=0.0286032 IsPhotonXGB=1 ClusterAsX=-0.111579 ClusterAsY=0.243248 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.5376 ShowerShape=11719.5 CaloNeutralEcal=1375.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912092 CaloNeutralID=34088 CaloNeutralE19=0.390803 CaloClusterCode=-93 CaloClusterFrac=0.931458 IsPhoton=1 IsNotH=0.0468212 IsPhotonXGB=1 ClusterAsX=-0.487542 ClusterAsY=0.133745 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.07658 ShowerShape=2545.55 CaloNeutralEcal=2591.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.776206 CaloNeutralID=37920 CaloNeutralE19=0.39127 CaloClusterCode=-95 CaloClusterFrac=0.962329 IsPhoton=1 IsNotH=0.0403047 IsPhotonXGB=1 ClusterAsX=0.183769 ClusterAsY=-0.0970624 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.9127 ShowerShape=10072 CaloNeutralEcal=1346.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.791402 CaloNeutralID=34019 CaloNeutralE19=0.466883 CaloClusterCode=-91 CaloClusterFrac=0.853741 IsPhoton=1 IsNotH=0.0283352 IsPhotonXGB=1 ClusterAsX=0.112166 ClusterAsY=-0.13049 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=242.055 ShowerShape=9048.1 CaloNeutralEcal=1116.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925388 CaloNeutralID=35999 CaloNeutralE19=0.397428 CaloClusterCode=90 CaloClusterFrac=1.01076 IsPhoton=1 IsNotH=0.0358028 IsPhotonXGB=1 ClusterAsX=-0.47464 ClusterAsY=-0.264179 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.0515 ShowerShape=2373.38 CaloNeutralEcal=1949.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91184 CaloNeutralID=38988 CaloNeutralE19=0.418385 CaloClusterCode=-95 CaloClusterFrac=0.94739 IsPhoton=1 IsNotH=0.0645622 IsPhotonXGB=1 ClusterAsX=0.344995 ClusterAsY=-0.216751 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=101.496 ShowerShape=12353.1 CaloNeutralEcal=543.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.683998 CaloNeutralID=36100 CaloNeutralE19=0.340318 CaloClusterCode=-93 CaloClusterFrac=0.89047 IsPhoton=1 IsNotH=0.00642764 IsPhotonXGB=1 ClusterAsX=-0.0283075 ClusterAsY=-0.125298 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=57.9828 ShowerShape=924.765 CaloNeutralEcal=2468.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811184 CaloNeutralID=43446 CaloNeutralE19=0.587333 CaloClusterCode=91 IsPhoton=1 IsNotH=0.396109 IsPhotonXGB=1 ClusterAsX=-0.0232014 ClusterAsY=-0.101947 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.3274 ShowerShape=3229.58 CaloNeutralEcal=1602.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729231 CaloNeutralID=38028 CaloNeutralE19=0.397423 CaloClusterCode=-90 CaloClusterFrac=0.998641 IsPhoton=1 IsNotH=0.000864495 IsPhotonXGB=1 ClusterAsX=-0.0866934 ClusterAsY=-0.463164 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.1031 ShowerShape=6404.76 CaloNeutralEcal=1046.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845229 CaloNeutralID=33960 CaloNeutralE19=0.68575 CaloClusterCode=-91 CaloClusterFrac=0.904667 IsPhoton=1 IsNotH=0.220531 IsPhotonXGB=1 ClusterAsX=0.0121892 ClusterAsY=-0.0562937 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.73437 ShowerShape=3428.48 CaloNeutralEcal=2038.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943221 CaloNeutralID=38512 CaloNeutralE19=0.344058 CaloClusterCode=-67 CaloClusterFrac=0.956978 IsPhoton=1 IsNotH=0.100276 IsPhotonXGB=1 ClusterAsX=0.261505 ClusterAsY=0.393971 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=258.625 ShowerShape=6400.39 CaloNeutralEcal=686.928 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889126 CaloNeutralID=33912 CaloNeutralE19=0.73808 CaloClusterCode=-96 CaloClusterFrac=1.04605 IsPhoton=1 IsNotH=0.686039 IsPhotonXGB=1 ClusterAsX=0.00924129 ClusterAsY=-0.0509689 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=84.9996 ShowerShape=2056.37 CaloNeutralEcal=1346.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886116 CaloNeutralID=37708 CaloNeutralE19=0.406802 CaloClusterCode=97 CaloClusterFrac=1.00487 IsPhoton=1 IsNotH=0.524972 IsPhotonXGB=1 ClusterAsX=-0.00433845 ClusterAsY=0.448285 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.7562 ShowerShape=1685.96 CaloNeutralEcal=3419.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.826177 CaloNeutralID=42138 CaloNeutralE19=0.526058 CaloClusterCode=-96 CaloClusterFrac=0.939089 IsPhoton=1 IsNotH=0.0366009 IsPhotonXGB=1 ClusterAsX=-0.188432 ClusterAsY=0.178287 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=69.7838 ShowerShape=379.596 CaloNeutralEcal=4229.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968016 CaloNeutralID=43805 CaloNeutralE19=0.772601 CaloClusterCode=95 CaloClusterFrac=1.01797 IsPhoton=1 IsNotH=0.925892 IsPhotonXGB=1 ClusterAsX=0.12451 ClusterAsY=0.0606084 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.0636 ShowerShape=511.541 CaloNeutralEcal=1982.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978215 CaloNeutralID=39896 CaloNeutralE19=0.885924 CaloClusterCode=-91 CaloClusterFrac=0.973446 IsPhoton=1 IsNotH=0.977604 IsPhotonXGB=1 ClusterAsX=-0.00993436 ClusterAsY=-0.0788761 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.9476 ShowerShape=9456.7 CaloNeutralEcal=642.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.802467 CaloNeutralID=34491 CaloNeutralE19=0.507097 CaloClusterCode=93 CaloClusterFrac=1.01343 IsPhoton=1 IsNotH=0.0330818 IsPhotonXGB=1 ClusterAsX=-0.119084 ClusterAsY=-0.0173329 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.6855 ShowerShape=9745.05 CaloNeutralEcal=511.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815054 CaloNeutralID=35775 CaloNeutralE19=0.596482 CaloClusterCode=60 CaloClusterFrac=0.996621 IsPhoton=1 IsNotH=0.0785573 IsPhotonXGB=1 ClusterAsX=-0.200203 ClusterAsY=-0.023502 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.84724 ShowerShape=3747.09 CaloNeutralEcal=1920.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.626835 CaloNeutralID=37794 CaloNeutralE19=0.308965 CaloClusterCode=-97 CaloClusterFrac=1.01054 IsPhoton=1 IsNotH=0.00203421 IsPhotonXGB=1 ClusterAsX=-0.0578392 ClusterAsY=0.106877 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=82.0534 ShowerShape=13974.9 CaloNeutralEcal=845.166 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.733256 CaloNeutralID=33622 CaloNeutralE19=0.442197 CaloClusterCode=98 CaloClusterFrac=1.03076 IsPhoton=1 IsNotH=0.0115647 IsPhotonXGB=1 ClusterAsX=-0.0772812 ClusterAsY=0.0359797 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.2585 ShowerShape=4222.17 CaloNeutralEcal=826.939 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910098 CaloNeutralID=33999 CaloNeutralE19=0.812196 CaloClusterCode=95 CaloClusterFrac=1.00517 IsPhoton=1 IsNotH=0.849887 IsPhotonXGB=1 ClusterAsX=0.0095315 ClusterAsY=-0.0568087 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=134.689 ShowerShape=10295.5 CaloNeutralEcal=830.663 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.710047 CaloNeutralID=36130 CaloNeutralE19=0.401448 CaloClusterCode=-91 CaloClusterFrac=1.00649 IsPhoton=1 IsNotH=0.0453157 IsPhotonXGB=1 ClusterAsX=0.0571623 ClusterAsY=0.00204967 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.9095 ShowerShape=3776.77 CaloNeutralEcal=1705.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929837 CaloNeutralID=37666 CaloNeutralE19=0.483007 CaloClusterCode=-67 CaloClusterFrac=1.00735 IsPhoton=1 IsNotH=0.203632 IsPhotonXGB=1 ClusterAsX=-0.037973 ClusterAsY=0.0520029 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.7542 ShowerShape=3377.58 CaloNeutralEcal=1503.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811402 CaloNeutralID=38094 CaloNeutralE19=0.328824 CaloClusterCode=-92 CaloClusterFrac=0.968917 IsPhoton=1 IsNotH=0.0133493 IsPhotonXGB=1 ClusterAsX=0.311304 ClusterAsY=-0.261509 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.5839 ShowerShape=5655.72 CaloNeutralEcal=1368.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955091 CaloNeutralID=34147 CaloNeutralE19=0.761004 CaloClusterCode=-62 CaloClusterFrac=0.863174 IsPhoton=1 IsNotH=0.154226 IsPhotonXGB=1 ClusterAsX=0.10406 ClusterAsY=-0.140456 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.3412 ShowerShape=17201.1 CaloNeutralEcal=703.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.749665 CaloNeutralID=34230 CaloNeutralE19=0.41247 CaloClusterCode=95 CaloClusterFrac=1.01395 IsPhoton=1 IsNotH=0.021893 IsPhotonXGB=1 ClusterAsX=0.103829 ClusterAsY=0.291018 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.4741 ShowerShape=14297.6 CaloNeutralEcal=1153.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.732962 CaloNeutralID=34008 CaloNeutralE19=0.408059 CaloClusterCode=-90 CaloClusterFrac=1.01305 IsPhoton=1 IsNotH=0.00675199 IsPhotonXGB=1 ClusterAsX=-0.337966 ClusterAsY=-0.0852234 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=978.67 ShowerShape=6894.14 CaloNeutralEcal=556.518 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937663 CaloNeutralID=33530 CaloNeutralE19=0.476599 CaloClusterCode=95 CaloClusterFrac=1.09498 IsPhoton=1 IsNotH=0.414608 IsPhotonXGB=1 ClusterAsX=0.398737 ClusterAsY=-0.0722246 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=360.481 ShowerShape=2476.6 CaloNeutralEcal=613.646 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.12444 CaloNeutralID=33174 CaloNeutralE19=1.07623 CaloClusterCode=65 IsPhoton=1 IsNotH=0.720957 IsPhotonXGB=1 ClusterAsX=0.0931776 ClusterAsY=-0.135341 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.24358 ShowerShape=3259.93 CaloNeutralEcal=1174.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.774349 CaloNeutralID=39881 CaloNeutralE19=0.355998 CaloClusterCode=92 CaloClusterFrac=0.993586 IsPhoton=1 IsNotH=0.0097063 IsPhotonXGB=1 ClusterAsX=0.0791925 ClusterAsY=-0.60684 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.8675 ShowerShape=1415.77 CaloNeutralEcal=2985.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.712912 CaloNeutralID=42768 CaloNeutralE19=0.455511 CaloClusterCode=-92 CaloClusterFrac=1.00309 IsPhoton=1 IsNotH=0.0674049 IsPhotonXGB=1 ClusterAsX=0.0648999 ClusterAsY=-0.18421 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=74.1807 ShowerShape=8729.77 CaloNeutralEcal=682.841 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.913174 CaloNeutralID=36139 CaloNeutralE19=0.475753 CaloClusterCode=-91 CaloClusterFrac=1.01464 IsPhoton=1 IsNotH=0.13561 IsPhotonXGB=1 ClusterAsX=-0.0972969 ClusterAsY=-0.324097 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.3542 ShowerShape=3914.97 CaloNeutralEcal=1238.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984543 CaloNeutralID=37647 CaloNeutralE19=0.872023 CaloClusterCode=63 CaloClusterFrac=1.03123 IsPhoton=1 IsNotH=0.806121 IsPhotonXGB=1 ClusterAsX=0.247086 ClusterAsY=-0.463512 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=4397.68 CaloNeutralEcal=727.165 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91791 CaloNeutralID=36054 CaloNeutralE19=0.794395 CaloClusterCode=-97 CaloClusterFrac=1.00754 IsPhoton=1 IsNotH=0.760235 IsPhotonXGB=1 ClusterAsX=0.0211711 ClusterAsY=0.0978737 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=311.582 ShowerShape=2476.6 CaloNeutralEcal=605.603 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977953 CaloNeutralID=33846 CaloNeutralE19=0.939136 CaloClusterCode=-97 CaloClusterFrac=1.04718 IsPhoton=1 IsNotH=0.845179 IsPhotonXGB=1 ClusterAsX=-0.00185058 ClusterAsY=0.00034801 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.1606 ShowerShape=9791.05 CaloNeutralEcal=664.758 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.850149 CaloNeutralID=34680 CaloNeutralE19=0.598783 CaloClusterCode=-96 CaloClusterFrac=1.05505 IsPhoton=1 IsNotH=0.112626 IsPhotonXGB=1 ClusterAsX=-0.130772 ClusterAsY=0.0829836 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.23027 ShowerShape=12378.2 CaloNeutralEcal=1035.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729098 CaloNeutralID=35746 CaloNeutralE19=0.414186 CaloClusterCode=-92 CaloClusterFrac=0.999979 IsPhoton=1 IsNotH=0.00627405 IsPhotonXGB=1 ClusterAsX=0.181416 ClusterAsY=-0.0962175 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=149.912 ShowerShape=15218.8 CaloNeutralEcal=425.244 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.01723 CaloNeutralID=36159 CaloNeutralE19=0.552337 CaloClusterCode=-60 IsPhoton=1 IsNotH=0.0903648 IsPhotonXGB=1 ClusterAsX=-0.40218 ClusterAsY=-0.448335 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.7007 ShowerShape=24185.9 CaloNeutralEcal=879.898 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89013 CaloNeutralID=35603 CaloNeutralE19=0.433164 CaloClusterCode=93 CaloClusterFrac=1.03528 IsPhoton=1 IsNotH=0.21209 IsPhotonXGB=1 ClusterAsX=-0.377281 ClusterAsY=-0.0127344 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=75.5273 ShowerShape=5637.33 CaloNeutralEcal=678.169 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918017 CaloNeutralID=36132 CaloNeutralE19=0.73177 CaloClusterCode=-91 CaloClusterFrac=0.942064 IsPhoton=1 IsNotH=0.439644 IsPhotonXGB=1 ClusterAsX=-0.00324012 ClusterAsY=-0.133732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.1443 ShowerShape=3913 CaloNeutralEcal=1570.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941823 CaloNeutralID=41865 CaloNeutralE19=0.566886 CaloClusterCode=65 CaloClusterFrac=0.997291 IsPhoton=1 IsNotH=0.571916 IsPhotonXGB=1 ClusterAsX=0.148505 ClusterAsY=0.218662 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=518.043 ShowerShape=2879.79 CaloNeutralEcal=544.552 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995629 CaloNeutralID=33194 CaloNeutralE19=0.831307 CaloClusterCode=67 IsPhoton=1 IsNotH=0.753715 IsPhotonXGB=1 ClusterAsX=-0.0421001 ClusterAsY=0.164377 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=65.3409 ShowerShape=11349.3 CaloNeutralEcal=394.591 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809591 CaloNeutralID=36166 CaloNeutralE19=0.552126 CaloClusterCode=-90 CaloClusterFrac=0.863964 IsPhoton=1 IsNotH=0.034478 IsPhotonXGB=1 ClusterAsX=-0.223027 ClusterAsY=-0.236047 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.9873 ShowerShape=1343.73 CaloNeutralEcal=1694.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813715 CaloNeutralID=43786 CaloNeutralE19=0.580843 CaloClusterCode=95 IsPhoton=1 IsNotH=0.377676 IsPhotonXGB=1 ClusterAsX=0.144164 ClusterAsY=-0.044328 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.007 ShowerShape=7064.1 CaloNeutralEcal=690.575 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922751 CaloNeutralID=36134 CaloNeutralE19=0.447042 CaloClusterCode=-91 CaloClusterFrac=1.04443 IsPhoton=1 IsNotH=0.242428 IsPhotonXGB=1 ClusterAsX=0.0183549 ClusterAsY=-0.518412 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=347.869 ShowerShape=6930.28 CaloNeutralEcal=446.522 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89128 CaloNeutralID=33269 CaloNeutralE19=0.561854 CaloClusterCode=97 IsPhoton=1 IsNotH=0.216245 IsPhotonXGB=1 ClusterAsX=0.0646911 ClusterAsY=0.248346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.2679 ShowerShape=6427.82 CaloNeutralEcal=649.953 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900396 CaloNeutralID=35189 CaloNeutralE19=0.667596 CaloClusterCode=-98 CaloClusterFrac=1.01725 IsPhoton=1 IsNotH=0.371559 IsPhotonXGB=1 ClusterAsX=0.17831 ClusterAsY=0.0960787 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.1742 ShowerShape=7782.64 CaloNeutralEcal=717.462 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.913339 CaloNeutralID=34225 CaloNeutralE19=0.560877 CaloClusterCode=97 CaloClusterFrac=1.0291 IsPhoton=1 IsNotH=0.188276 IsPhotonXGB=1 ClusterAsX=-0.0980528 ClusterAsY=0.267111 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.2205 ShowerShape=11352.5 CaloNeutralEcal=566.916 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934027 CaloNeutralID=35850 CaloNeutralE19=0.630421 CaloClusterCode=90 CaloClusterFrac=1.09838 IsPhoton=1 IsNotH=0.0907954 IsPhotonXGB=1 ClusterAsX=-0.124038 ClusterAsY=-0.336956 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=77.8866 ShowerShape=12931.2 CaloNeutralEcal=935.354 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896317 CaloNeutralID=35610 CaloNeutralE19=0.577016 CaloClusterCode=95 IsPhoton=1 IsNotH=0.0617437 IsPhotonXGB=1 ClusterAsX=0.175091 ClusterAsY=0.167608 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.5133 ShowerShape=9848.17 CaloNeutralEcal=464.134 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889913 CaloNeutralID=35067 CaloNeutralE19=0.493103 CaloClusterCode=-91 CaloClusterFrac=0.988542 IsPhoton=1 IsNotH=0.103042 IsPhotonXGB=1 ClusterAsX=0.17788 ClusterAsY=-0.172429 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.5292 ShowerShape=9536.96 CaloNeutralEcal=769.472 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=35184 CaloNeutralE19=0.63433 CaloClusterCode=62 CaloClusterFrac=1.03771 IsPhoton=1 IsNotH=0.274153 IsPhotonXGB=1 ClusterAsX=0.178452 ClusterAsY=-0.369381 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.7424 ShowerShape=5347.19 CaloNeutralEcal=521.254 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876501 CaloNeutralID=34312 CaloNeutralE19=0.763006 CaloClusterCode=92 CaloClusterFrac=1.0352 IsPhoton=1 IsNotH=0.803853 IsPhotonXGB=1 ClusterAsX=-0.00919202 ClusterAsY=-0.105874 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=110.91 ShowerShape=3937.6 CaloNeutralEcal=514.639 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33844 CaloNeutralE19=0.793333 CaloClusterCode=-91 CaloClusterFrac=1.0857 IsPhoton=1 IsNotH=0.579712 IsPhotonXGB=1 ClusterAsX=0.013166 ClusterAsY=-0.206672 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=149.36 ShowerShape=2476.6 CaloNeutralEcal=452.884 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94979 CaloNeutralID=35011 CaloNeutralE19=0.896653 CaloClusterCode=95 CaloClusterFrac=1.06508 IsPhoton=1 IsNotH=0.865555 IsPhotonXGB=1 ClusterAsX=0.00188142 ClusterAsY=-0.00122662 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3198 ShowerShape=7136.21 CaloNeutralEcal=1157.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845654 CaloNeutralID=37933 CaloNeutralE19=0.673027 CaloClusterCode=96 CaloClusterFrac=1.0093 IsPhoton=1 IsNotH=0.5613 IsPhotonXGB=1 ClusterAsX=-0.125629 ClusterAsY=0.02005 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=547.648 ShowerShape=2476.6 CaloNeutralEcal=528.588 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07297 CaloNeutralID=35950 CaloNeutralE19=1.00235 CaloClusterCode=91 IsPhoton=1 IsNotH=0.768084 IsPhotonXGB=1 ClusterAsX=-0.0487186 ClusterAsY=-0.0496214 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.7874 ShowerShape=6041.26 CaloNeutralEcal=574.079 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871806 CaloNeutralID=33642 CaloNeutralE19=0.638961 CaloClusterCode=-93 CaloClusterFrac=1.03526 IsPhoton=1 IsNotH=0.185655 IsPhotonXGB=1 ClusterAsX=-0.028351 ClusterAsY=-0.104302 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=375.166 ShowerShape=8063 CaloNeutralEcal=472.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948993 CaloNeutralID=36142 CaloNeutralE19=0.600135 CaloClusterCode=96 IsPhoton=1 IsNotH=0.0716665 IsPhotonXGB=1 ClusterAsX=-0.330624 ClusterAsY=0.300582 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=312.482 ShowerShape=7884.52 CaloNeutralEcal=518.352 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.883349 CaloNeutralID=36056 CaloNeutralE19=0.71843 CaloClusterCode=-92 CaloClusterFrac=0.926519 IsPhoton=1 IsNotH=0.0662548 IsPhotonXGB=1 ClusterAsX=0.0799626 ClusterAsY=-0.152448 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=265.59 ShowerShape=8389.12 CaloNeutralEcal=353.606 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.11245 CaloNeutralID=33857 CaloNeutralE19=0.610369 CaloClusterCode=-96 IsPhoton=1 IsNotH=0.103899 IsPhotonXGB=1 ClusterAsX=-0.698212 ClusterAsY=0.401687 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.3892 ShowerShape=2911.12 CaloNeutralEcal=1422.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70989 CaloNeutralID=37791 CaloNeutralE19=0.420795 CaloClusterCode=-91 CaloClusterFrac=1.09563 IsPhoton=1 IsNotH=0.0123938 IsPhotonXGB=1 ClusterAsX=-0.0956367 ClusterAsY=0.000962999 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.3138 ShowerShape=8987.71 CaloNeutralEcal=579.242 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.776789 CaloNeutralID=35316 CaloNeutralE19=0.479754 CaloClusterCode=-95 CaloClusterFrac=1.09138 IsPhoton=1 IsNotH=0.0199869 IsPhotonXGB=1 ClusterAsX=0.0738346 ClusterAsY=-0.10005 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=240.029 ShowerShape=4954.2 CaloNeutralEcal=439.634 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33859 CaloNeutralE19=0.511494 CaloClusterCode=-95 CaloClusterFrac=1.22723 IsPhoton=1 IsNotH=0.409451 IsPhotonXGB=1 ClusterAsX=0.4886 ClusterAsY=0.0133598 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.9605 ShowerShape=7401.76 CaloNeutralEcal=715.323 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884098 CaloNeutralID=35807 CaloNeutralE19=0.699141 CaloClusterCode=96 CaloClusterFrac=1.00755 IsPhoton=1 IsNotH=0.340315 IsPhotonXGB=1 ClusterAsX=-0.184378 ClusterAsY=0.0822091 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.5676 ShowerShape=1635.96 CaloNeutralEcal=1915.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805872 CaloNeutralID=43994 CaloNeutralE19=0.58736 CaloClusterCode=93 CaloClusterFrac=0.99378 IsPhoton=1 IsNotH=0.540695 IsPhotonXGB=1 ClusterAsX=-0.110314 ClusterAsY=-0.0692525 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=250.298 ShowerShape=3711.02 CaloNeutralEcal=341.458 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952923 CaloNeutralID=35200 CaloNeutralE19=0.800214 CaloClusterCode=65 CaloClusterFrac=1.05474 IsPhoton=1 IsNotH=0.0704003 IsPhotonXGB=1 ClusterAsX=0.12407 ClusterAsY=-0.0286646 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.0089 ShowerShape=7384.28 CaloNeutralEcal=392.683 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931578 CaloNeutralID=35395 CaloNeutralE19=0.573715 CaloClusterCode=96 CaloClusterFrac=1.13898 IsPhoton=1 IsNotH=0.273157 IsPhotonXGB=1 ClusterAsX=-0.263267 ClusterAsY=0.196259 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.2001 ShowerShape=876.487 CaloNeutralEcal=1539.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83005 CaloNeutralID=43886 CaloNeutralE19=0.637318 CaloClusterCode=91 CaloClusterFrac=1.03192 IsPhoton=1 IsNotH=0.896909 IsPhotonXGB=1 ClusterAsX=0.0191356 ClusterAsY=-0.0375756 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.9786 ShowerShape=5185.93 CaloNeutralEcal=486.472 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.97927 CaloNeutralID=33499 CaloNeutralE19=0.590299 CaloClusterCode=-93 CaloClusterFrac=1.08688 IsPhoton=1 IsNotH=0.358186 IsPhotonXGB=1 ClusterAsX=-0.368562 ClusterAsY=-0.0723728 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=72.8255 ShowerShape=15528 CaloNeutralEcal=246.692 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07163 CaloNeutralID=36221 CaloNeutralE19=0.789778 CaloClusterCode=-97 IsPhoton=1 IsNotH=0.32394 IsPhotonXGB=1 ClusterAsX=-0.0358416 ClusterAsY=0.216308 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=125.004 ShowerShape=2500.22 CaloNeutralEcal=277.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.0328 CaloNeutralID=34118 CaloNeutralE19=0.947195 CaloClusterCode=-93 CaloClusterFrac=1.11743 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.0953647 ClusterAsY=-0.00704693 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2510.96 CaloNeutralEcal=212.321 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974791 CaloNeutralID=33339 CaloNeutralE19=0.923735 CaloClusterCode=93 CaloClusterFrac=1.20285 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.0259682 ClusterAsY=0.0252684 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0477981 ShowerShape=7688.57 CaloNeutralEcal=6650.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.888762 CaloNeutralID=34628 CaloNeutralE19=0.59902 CaloClusterCode=93 CaloClusterFrac=0.679068 ClusterAsX=-0.160422 ClusterAsY=-0.0477088 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0477981 ShowerShape=6956.44 CaloNeutralEcal=3626.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859182 CaloNeutralID=34629 CaloNeutralE19=0.596457 CaloClusterCode=75 CaloClusterFrac=0.414337 ClusterAsX=0.0628229 ClusterAsY=0.0326999 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.313396 ShowerShape=1003.99 CaloNeutralEcal=12148.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919915 CaloNeutralID=39094 CaloNeutralE19=0.799654 CaloClusterCode=91 CaloClusterFrac=0.541095 ClusterAsX=-0.0282514 ClusterAsY=-0.0454715 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.313396 ShowerShape=1846.48 CaloNeutralEcal=11321.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.872181 CaloNeutralID=39095 CaloNeutralE19=0.675738 CaloClusterCode=95 CaloClusterFrac=0.476671 ClusterAsX=0.0880761 ClusterAsY=-0.0973707 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.562871 ShowerShape=2131.31 CaloNeutralEcal=11024.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909043 CaloNeutralID=38837 CaloNeutralE19=0.465038 CaloClusterCode=93 CaloClusterFrac=0.55904 ClusterAsX=-0.315135 ClusterAsY=-0.0875247 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.562871 ShowerShape=2365.18 CaloNeutralEcal=12824.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905394 CaloNeutralID=38774 CaloNeutralE19=0.374616 CaloClusterCode=97 CaloClusterFrac=0.666512 ClusterAsX=0.225875 ClusterAsY=0.418708 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.300591 ShowerShape=8921.64 CaloNeutralEcal=7316.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.804726 CaloNeutralID=34801 CaloNeutralE19=0.633621 CaloClusterCode=95 CaloClusterFrac=0.614213 ClusterAsX=0.0634625 ClusterAsY=0.0439304 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.300591 ShowerShape=5773.4 CaloNeutralEcal=4587.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900654 CaloNeutralID=34800 CaloNeutralE19=0.671053 CaloClusterCode=67 CaloClusterFrac=0.43996 ClusterAsX=0.0306816 ClusterAsY=0.120581 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.17491 ShowerShape=1196.51 CaloNeutralEcal=11889.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960271 CaloNeutralID=39710 CaloNeutralE19=0.679825 CaloClusterCode=67 CaloClusterFrac=0.544338 ClusterAsX=0.0396558 ClusterAsY=0.2868 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.17491 ShowerShape=1271.99 CaloNeutralEcal=12331.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991513 CaloNeutralID=39711 CaloNeutralE19=0.649345 CaloClusterCode=65 CaloClusterFrac=0.518225 ClusterAsX=0.231162 ClusterAsY=0.180161 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.814516 ShowerShape=1852.62 CaloNeutralEcal=12895.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.838184 CaloNeutralID=38797 CaloNeutralE19=0.667632 CaloClusterCode=90 CaloClusterFrac=0.674572 ClusterAsX=-0.0377399 ClusterAsY=-0.160261 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.814516 ShowerShape=1875.31 CaloNeutralEcal=6440.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930694 CaloNeutralID=38861 CaloNeutralE19=0.628805 CaloClusterCode=75 CaloClusterFrac=0.389981 ClusterAsX=0.328513 ClusterAsY=-0.176897 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.631128 ShowerShape=890.364 CaloNeutralEcal=15137.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945001 CaloNeutralID=38795 CaloNeutralE19=0.807492 CaloClusterCode=97 CaloClusterFrac=0.887337 ClusterAsX=-0.0491862 ClusterAsY=0.0884292 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.631128 ShowerShape=1131.86 CaloNeutralEcal=1899.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=38732 CaloNeutralE19=0.658292 CaloClusterCode=43 CaloClusterFrac=0.130793 ClusterAsX=-0.240163 ClusterAsY=0.142505 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.315851 ShowerShape=12222.9 CaloNeutralEcal=2163.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.781889 CaloNeutralID=34764 CaloNeutralE19=1.60943 CaloClusterCode=98 CaloClusterFrac=0.239482 ClusterAsX=0.828379 ClusterAsY=0.42369 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.315851 ShowerShape=6464.82 CaloNeutralEcal=7253.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941608 CaloNeutralID=34763 CaloNeutralE19=0.469744 CaloClusterCode=85 CaloClusterFrac=0.925331 ClusterAsX=0.422914 ClusterAsY=-0.0110498 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.6684 ShowerShape=7365.99 CaloNeutralEcal=1647.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987033 CaloNeutralID=34431 CaloNeutralE19=1.41616 CaloClusterCode=66 CaloClusterFrac=0.292533 ClusterAsX=-0.673829 ClusterAsY=0.502896 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.6684 ShowerShape=5018.11 CaloNeutralEcal=3987.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.997154 CaloNeutralID=34367 CaloNeutralE19=0.522733 CaloClusterCode=67 CaloClusterFrac=0.833247 ClusterAsX=-0.0153026 ClusterAsY=0.462773 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.526606 ShowerShape=4335.93 CaloNeutralEcal=6502.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945894 CaloNeutralID=35338 CaloNeutralE19=0.798217 CaloClusterCode=95 CaloClusterFrac=0.853018 ClusterAsX=0.107675 ClusterAsY=-0.0436342 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.526606 ShowerShape=6384.33 CaloNeutralEcal=1115.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909863 CaloNeutralID=35337 CaloNeutralE19=0.609376 CaloClusterCode=67 CaloClusterFrac=0.166393 ClusterAsX=0.108475 ClusterAsY=0.188013 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0158904 ShowerShape=2960.5 CaloNeutralEcal=5538.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958785 CaloNeutralID=33497 CaloNeutralE19=0.876983 CaloClusterCode=90 CaloClusterFrac=0.693505 ClusterAsX=-0.0717594 ClusterAsY=-0.0530038 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0158904 ShowerShape=5943.33 CaloNeutralEcal=2390.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932092 CaloNeutralID=33496 CaloNeutralE19=0.64102 CaloClusterCode=81 CaloClusterFrac=0.304866 ClusterAsX=0.0868477 ClusterAsY=-0.244751 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.262068 ShowerShape=1516.25 CaloNeutralEcal=9862.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900623 CaloNeutralID=39310 CaloNeutralE19=0.669752 CaloClusterCode=97 CaloClusterFrac=0.578877 ClusterAsX=0.00759259 ClusterAsY=0.209535 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.262068 ShowerShape=968.526 CaloNeutralEcal=7148.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957865 CaloNeutralID=39311 CaloNeutralE19=0.788025 CaloClusterCode=67 CaloClusterFrac=0.437827 ClusterAsX=-0.0889309 ClusterAsY=0.106838 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.69581 ShowerShape=1398.13 CaloNeutralEcal=7519.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893304 CaloNeutralID=39045 CaloNeutralE19=0.758482 CaloClusterCode=93 CaloClusterFrac=0.631936 ClusterAsX=-0.0759608 ClusterAsY=0.0568502 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.69581 ShowerShape=1972 CaloNeutralEcal=4761.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815668 CaloNeutralID=39046 CaloNeutralE19=0.639401 CaloClusterCode=93 CaloClusterFrac=0.418886 ClusterAsX=-0.102787 ClusterAsY=0.0190022 ] } -Printing ended -BrunelInit INFO Evt 2, Run 1, Nr. in job = 2 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.2714 RichDLLmu=-19.5732 RichDLLpi=0 RichDLLk=-11.5721 RichDLLp=-11.5721 RichPIDStatus=5027 RichDLLbt=-11.5721 RichDLLd=-11.5721 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.10248 CaloElectronMatch=846.536 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=366.65 CaloHcalE=1373.17 CaloEcalChi2=846.536 CaloBremChi2=96.4041 CaloClusChi2=5.10248 CaloTrajectoryL=-6413.64 CaloEoverP=0.321247 EcalPIDe=-0.93346 BremPIDe=0.142978 HcalPIDe=-0.984854 HcalPIDmu=1.36367 EcalPIDmu=0.277214 TrackChi2PerDof=1.17438 TrackNumDof=45 TrackType=3 TrackHistory=30 TrackP=4770.78 TrackPt=192.818 CombDLLe=-6.2496 CombDLLmu=-5.35355 CombDLLpi=0 CombDLLk=-11.5721 CombDLLp=-11.5721 CombDLLd=-11.5721 ProbNNe=2.54915e-07 ProbNNpi=0.997676 ProbNNk=9.46169e-05 ProbNNp=0.000243672 ProbNNghost=0.000673668 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.4587 RichDLLmu=-7.23906 RichDLLpi=0 RichDLLk=-1.31356 RichDLLp=-1.31356 RichPIDStatus=5027 RichDLLbt=-1.31356 RichDLLd=-1.31356 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.01085 CaloElectronMatch=19.7284 CaloBremMatch=0.903754 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=442.242 CaloHcalE=325.471 CaloEcalChi2=19.7284 CaloBremChi2=218.342 CaloClusChi2=1.01085 CaloTrajectoryL=-166.442 CaloEoverP=0.808497 EcalPIDe=2.97947 BremPIDe=-0.396524 HcalPIDe=-0.19426 HcalPIDmu=-1.03802 EcalPIDmu=1.19218 TrackChi2PerDof=0.917704 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=3184.95 TrackPt=162.241 CombDLLe=-0.189485 CombDLLmu=-6.11266 CombDLLpi=0 CombDLLk=-1.31356 CombDLLp=-1.31356 CombDLLd=-1.31356 ProbNNe=2.1825e-05 ProbNNpi=0.986149 ProbNNk=0.0079974 ProbNNp=0.0159115 ProbNNghost=0.00598183 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.588 RichDLLmu=-8.0801 RichDLLpi=0 RichDLLk=-3.99003 RichDLLp=-3.99003 RichPIDStatus=5027 RichDLLbt=-3.99003 RichDLLd=-3.99003 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.80238 CaloElectronMatch=111.645 CaloBremMatch=17.619 CaloChargedEcal=2938.62 CaloChargedID=34750 CaloNeutralEcal=2938.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.759611 CaloNeutralID=34750 CaloEcalE=832.694 CaloEcalChi2=111.645 CaloBremChi2=221.977 CaloClusChi2=4.80238 CaloTrajectoryL=206.152 CaloEoverP=1.06456 EcalPIDe=1.51236 BremPIDe=-0.417084 EcalPIDmu=0.107042 TrackChi2PerDof=1.62281 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=3014.7 TrackPt=97.0762 CombDLLe=-0.715528 CombDLLmu=-6.36127 CombDLLpi=0 CombDLLk=-3.99003 CombDLLp=-3.99003 CombDLLd=-3.99003 ProbNNe=0.00410842 ProbNNpi=0.919246 ProbNNk=0.0143516 ProbNNp=0.0136056 ProbNNghost=0.220762 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-36.1091 RichDLLmu=-10.8902 RichDLLpi=0 RichDLLk=-32.5168 RichDLLp=-26.8465 RichPIDStatus=6115 RichDLLbt=-26.8465 RichDLLd=-26.8465 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.669165 CaloElectronMatch=95.2267 CaloBremMatch=95.2267 CaloChargedEcal=7176.17 CaloChargedID=37927 CaloNeutralEcal=7176.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852399 CaloNeutralID=37927 CaloEcalE=5420.5 CaloHcalE=3519.88 CaloEcalChi2=95.2267 CaloBremChi2=66.4307 CaloClusChi2=0.669165 CaloTrajectoryL=268.669 CaloEoverP=0.587371 EcalPIDe=2.29793 BremPIDe=1.23514 HcalPIDe=-1.25274 HcalPIDmu=0.102856 EcalPIDmu=-3.25399 TrackChi2PerDof=0.855835 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=12308 TrackPt=936.155 CombDLLe=-2.74303 CombDLLmu=-9.97381 CombDLLpi=0 CombDLLk=-32.5168 CombDLLp=-26.8465 CombDLLd=-26.8465 ProbNNe=5.65659e-08 ProbNNpi=0.999762 ProbNNk=1.23646e-05 ProbNNp=7.01555e-05 ProbNNghost=0.00147456 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.8588 RichDLLmu=-9.27771 RichDLLpi=0 RichDLLk=-6.37161 RichDLLp=-4.79062 RichPIDStatus=6115 RichDLLbt=-4.79062 RichDLLd=-4.79062 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.698373 CaloElectronMatch=288.538 CaloBremMatch=288.538 CaloChargedEcal=18490.6 CaloChargedID=38589 CaloNeutralEcal=18490.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.716781 CaloNeutralID=38589 CaloEcalE=4719.41 CaloHcalE=9224.27 CaloEcalChi2=288.538 CaloBremChi2=262.069 CaloClusChi2=0.698373 CaloTrajectoryL=96.1209 CaloEoverP=1.87354 EcalPIDe=0.27519 BremPIDe=-0.590581 HcalPIDe=-1.62556 HcalPIDmu=-1.74174 EcalPIDmu=-3.06525 TrackChi2PerDof=1.12808 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=9847.62 TrackPt=658.568 CombDLLe=-3.79591 CombDLLmu=-11.4728 CombDLLpi=0 CombDLLk=-6.37161 CombDLLp=-4.79062 CombDLLd=-4.79062 ProbNNe=3.50286e-05 ProbNNpi=0.99662 ProbNNk=0.0112902 ProbNNp=0.0100317 ProbNNghost=0.00275365 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.1178 RichDLLmu=-1.72902 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=84.1438 BremPIDe=0.206152 TrackChi2PerDof=1.63036 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=2096.4 TrackPt=64.5736 CombDLLe=-1.85188 CombDLLmu=-2.32854 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0756829 ProbNNpi=0.778786 ProbNNk=0.0464225 ProbNNp=0.13488 ProbNNghost=0.29247 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.8264 RichDLLmu=-28.3499 RichDLLpi=0 RichDLLk=-14.918 RichDLLp=-14.918 RichPIDStatus=5027 RichDLLbt=-14.918 RichDLLd=-14.918 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.72232 CaloElectronMatch=292.575 CaloBremMatch=265.436 CaloChargedEcal=1285.21 CaloChargedID=35023 CaloNeutralEcal=1285.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977232 CaloNeutralID=35023 CaloEcalE=847.216 CaloHcalE=2811.46 CaloEcalChi2=292.575 CaloBremChi2=203.973 CaloClusChi2=1.72232 CaloTrajectoryL=410.702 CaloEoverP=0.21184 EcalPIDe=0.27519 BremPIDe=-0.224286 HcalPIDe=-1.45309 HcalPIDmu=0.60951 EcalPIDmu=0.397509 TrackChi2PerDof=1.81634 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=6806.6 TrackPt=390.629 CombDLLe=-6.13019 CombDLLmu=-5.99281 CombDLLpi=0 CombDLLk=-14.918 CombDLLp=-14.918 CombDLLd=-14.918 ProbNNe=6.2907e-07 ProbNNpi=0.996425 ProbNNk=3.72979e-05 ProbNNp=0.000353208 ProbNNghost=0.0144819 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.54261 RichDLLmu=-4.35546 RichDLLpi=0 RichDLLk=0.63844 RichDLLp=0.63844 RichPIDStatus=5028 RichDLLbt=0.63844 RichDLLd=0.63844 InAccBrem=1 CaloBremChi2=416.895 BremPIDe=-0.4614 TrackChi2PerDof=1.17945 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=3066.97 TrackPt=192.893 CombDLLe=-1.07974 CombDLLmu=-4.9135 CombDLLpi=0 CombDLLk=0.63844 CombDLLp=0.63844 CombDLLd=0.63844 ProbNNe=0.797423 ProbNNpi=0.79129 ProbNNk=0.0598437 ProbNNp=0.117997 ProbNNghost=0.181219 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.9232 RichDLLmu=-27.9296 RichDLLpi=0 RichDLLk=-12.6071 RichDLLp=-12.6071 RichPIDStatus=5027 RichDLLbt=-12.6071 RichDLLd=-12.6071 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.82339 CaloElectronMatch=68.8059 CaloBremMatch=68.8059 CaloChargedEcal=8373.27 CaloChargedID=34996 CaloNeutralEcal=8373.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909641 CaloNeutralID=34996 CaloEcalE=4177.03 CaloHcalE=8278.53 CaloEcalChi2=68.8059 CaloBremChi2=98.5965 CaloClusChi2=1.82339 CaloTrajectoryL=333.833 CaloEoverP=1.53508 EcalPIDe=1.84829 BremPIDe=0.269433 HcalPIDe=-1.88811 HcalPIDmu=-0.623368 EcalPIDmu=-2.76686 TrackChi2PerDof=1.20012 TrackNumDof=39 TrackType=3 TrackHistory=32 TrackP=5570.64 TrackPt=332.877 CombDLLe=-3.8794 CombDLLmu=-10.39 CombDLLpi=0 CombDLLk=-12.6071 CombDLLp=-12.6071 CombDLLd=-12.6071 ProbNNe=9.95481e-07 ProbNNpi=0.995332 ProbNNk=4.02459e-05 ProbNNp=0.000843655 ProbNNghost=0.0151501 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.6536 RichDLLmu=2.43773 RichDLLpi=0 RichDLLk=-46.6052 RichDLLp=-37.3254 RichPIDStatus=6114 RichDLLbt=-37.3254 RichDLLd=-37.3254 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.80311 CaloElectronMatch=521.059 CaloBremMatch=18.5777 CaloChargedEcal=3613.46 CaloChargedID=39913 CaloNeutralEcal=3613.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.774205 CaloNeutralID=39913 CaloEcalE=2230.08 CaloHcalE=8458.4 CaloEcalChi2=521.059 CaloBremChi2=355.929 CaloClusChi2=2.80311 CaloTrajectoryL=627.505 CaloEoverP=0.263628 EcalPIDe=-0.273733 BremPIDe=-0.40865 HcalPIDe=-2.51216 HcalPIDmu=-2.41044 EcalPIDmu=-1.53052 TrackChi2PerDof=0.626055 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=14347.1 TrackPt=1033.21 CombDLLe=-6.51864 CombDLLmu=-0.775099 CombDLLpi=0 CombDLLk=-46.6052 CombDLLp=-37.3254 CombDLLd=-37.3254 ProbNNe=3.28701e-06 ProbNNpi=0.999818 ProbNNk=1.72302e-05 ProbNNp=6.42137e-05 ProbNNghost=0.000652435 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.631 RichDLLmu=-13.5628 RichDLLpi=0 RichDLLk=-3.45788 RichDLLp=-3.45788 RichPIDStatus=5027 RichDLLbt=-3.45788 RichDLLd=-3.45788 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.16669 CaloElectronMatch=192.065 CaloBremMatch=192.065 CaloChargedEcal=8535.19 CaloChargedID=39748 CaloNeutralEcal=8535.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.727387 CaloNeutralID=39748 CaloEcalE=5618.53 CaloHcalE=232.039 CaloEcalChi2=192.065 CaloBremChi2=400.486 CaloClusChi2=0.16669 CaloTrajectoryL=-32.8739 CaloEoverP=1.57805 EcalPIDe=0.605631 BremPIDe=-0.492427 HcalPIDe=0.0890684 HcalPIDmu=-2.48185 EcalPIDmu=-1.57631 TrackChi2PerDof=0.77845 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=5586.82 TrackPt=377.11 CombDLLe=-2.40193 CombDLLmu=-10.9968 CombDLLpi=0 CombDLLk=-3.45788 CombDLLp=-3.45788 CombDLLd=-3.45788 ProbNNe=0.00080683 ProbNNpi=0.99049 ProbNNk=0.000834192 ProbNNp=0.00181318 ProbNNghost=0.00956235 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.1017 RichDLLmu=-4.76901 RichDLLpi=0 RichDLLk=-1.81834 RichDLLp=-1.81834 RichPIDStatus=5027 RichDLLbt=-1.81834 RichDLLd=-1.81834 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.54414 CaloElectronMatch=237.268 CaloBremMatch=237.268 CaloChargedEcal=862.456 CaloChargedID=35200 CaloNeutralEcal=862.456 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974174 CaloNeutralID=35200 CaloEcalE=627.09 CaloEcalChi2=237.268 CaloBremChi2=38.4748 CaloClusChi2=3.54414 CaloTrajectoryL=347.26 CaloEoverP=0.400656 EcalPIDe=0.497498 BremPIDe=1.38763 EcalPIDmu=1.05188 TrackChi2PerDof=2.18418 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=2830.21 TrackPt=203.754 CombDLLe=-0.00926865 CombDLLmu=-4.13862 CombDLLpi=0 CombDLLk=-1.81834 CombDLLp=-1.81834 CombDLLd=-1.81834 ProbNNe=0.0402005 ProbNNpi=0.0818068 ProbNNk=0.0292612 ProbNNp=0.022093 ProbNNghost=0.99555 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.66565 RichDLLmu=3.52941 RichDLLpi=0 RichDLLk=11.2466 RichDLLp=11.2466 RichPIDStatus=5028 RichDLLbt=11.2466 RichDLLd=11.2466 MuonMuLL=-0.643025 MuonBkgLL=-2.08724 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=6.15581 MuonMVA1=-999 MuonMVA2=-0.233819 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.879667 CaloElectronMatch=153.556 CaloBremMatch=153.556 CaloChargedEcal=6851.19 CaloChargedID=39308 CaloNeutralEcal=6851.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867275 CaloNeutralID=39308 CaloEcalE=2417.09 CaloHcalE=1147.9 CaloEcalChi2=153.556 CaloBremChi2=115.126 CaloClusChi2=0.879667 CaloTrajectoryL=22.3926 CaloEoverP=1.65575 EcalPIDe=0.83137 BremPIDe=0.157531 HcalPIDe=-0.922115 HcalPIDmu=0.612604 EcalPIDmu=-2.2286 TrackChi2PerDof=2.76599 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4313.45 TrackPt=367.332 CombDLLe=-0.918125 CombDLLmu=4.08483 CombDLLpi=0 CombDLLk=11.2466 CombDLLp=11.2466 CombDLLd=13.3339 ProbNNe=0.0401783 ProbNNmu=0.00366525 ProbNNpi=2.2963e-05 ProbNNk=0.656556 ProbNNp=0.000525997 ProbNNghost=0.999341 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.26045 RichDLLmu=-0.301835 RichDLLpi=0 RichDLLk=-0.104464 RichDLLp=-0.104464 RichPIDStatus=5027 RichDLLbt=-0.104464 RichDLLd=-0.104464 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.91419 CaloElectronMatch=820.556 CaloBremMatch=13.0505 CaloChargedEcal=3413.47 CaloChargedID=34865 CaloNeutralEcal=3413.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.846343 CaloNeutralID=34865 CaloEcalE=593.196 CaloHcalE=8334.4 CaloEcalChi2=820.556 CaloBremChi2=58.7109 CaloClusChi2=4.91419 CaloTrajectoryL=1106.43 CaloEoverP=0.467784 EcalPIDe=-0.856733 BremPIDe=1.36535 HcalPIDe=-1.88811 HcalPIDmu=-1.61019 EcalPIDmu=1.54224 TrackChi2PerDof=1.07528 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=8020.18 TrackPt=478.022 CombDLLe=-2.46621 CombDLLmu=-0.490006 CombDLLpi=0 CombDLLk=-0.104464 CombDLLp=-0.104464 CombDLLd=-0.104464 ProbNNe=1.12397e-05 ProbNNpi=0.927441 ProbNNk=0.0454926 ProbNNp=0.0856501 ProbNNghost=0.0261461 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.94874 RichDLLmu=-0.552694 RichDLLpi=0 RichDLLk=4.97718 RichDLLp=4.97718 RichPIDStatus=5060 RichDLLbt=4.97718 RichDLLd=4.97718 MuonMuLL=0 MuonBkgLL=-0.966166 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=23.738 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.02867 CaloElectronMatch=492.568 CaloChargedEcal=12096.5 CaloChargedID=43209 CaloEcalE=3454.58 CaloHcalE=23224.6 CaloEcalChi2=492.568 CaloClusChi2=2.02867 CaloTrajectoryL=74.7463 CaloEoverP=0.971505 EcalPIDe=-0.319062 HcalPIDe=-1.89687 HcalPIDmu=-0.745537 EcalPIDmu=-2.92747 TrackChi2PerDof=2.65339 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=12670.3 TrackPt=259.109 CombDLLe=-2.90473 CombDLLmu=-3.47748 CombDLLpi=0 CombDLLk=4.97718 CombDLLp=4.97718 CombDLLd=5.94335 ProbNNe=0.000110471 ProbNNpi=0.210818 ProbNNk=0.238606 ProbNNp=0.122721 ProbNNghost=0.937429 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.03498 RichDLLmu=-0.981447 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=26.9795 BremPIDe=1.0924 TrackChi2PerDof=1.30845 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=2136.67 TrackPt=77.792 CombDLLe=0.562299 CombDLLmu=-1.35665 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.978262 ProbNNpi=0.0224764 ProbNNk=0.0408222 ProbNNp=0.0223078 ProbNNghost=0.993612 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.59852 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=2511.92 TrackPt=59.4634 ProbNNe=0.77652 ProbNNpi=0.00343829 ProbNNk=0.0572831 ProbNNp=0.0439695 ProbNNghost=0.999173 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.1569 RichDLLmu=-0.733995 RichDLLpi=0 RichDLLk=-3.08672 RichDLLp=-3.08672 RichPIDStatus=5091 RichDLLbt=-3.08672 RichDLLd=-3.08672 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.45743 CaloElectronMatch=11.958 CaloBremMatch=11.958 CaloChargedEcal=9043.34 CaloChargedID=39729 CaloNeutralEcal=9043.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.689527 CaloNeutralID=39729 CaloEcalE=5227.46 CaloHcalE=482.107 CaloEcalChi2=11.958 CaloBremChi2=425.721 CaloClusChi2=0.45743 CaloTrajectoryL=115.887 CaloEoverP=1.00999 EcalPIDe=3.6423 BremPIDe=-0.467096 HcalPIDe=-0.13781 HcalPIDmu=-1.89593 EcalPIDmu=-2.70057 TrackChi2PerDof=0.836553 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=8871.41 TrackPt=528.464 CombDLLe=0.505001 CombDLLmu=-5.61678 CombDLLpi=0 CombDLLk=-3.08672 CombDLLp=-3.08672 CombDLLd=-3.08672 ProbNNe=0.00117212 ProbNNpi=0.984403 ProbNNk=0.0172918 ProbNNp=0.00784846 ProbNNghost=0.115496 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.71586 RichDLLmu=-2.00924 RichDLLpi=0 RichDLLk=43.4353 RichDLLp=23.6903 RichPIDStatus=8164 RichDLLbt=27.0542 RichDLLd=27.0542 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.96289 CaloElectronMatch=3490.07 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=436.06 CaloHcalE=14018.2 CaloEcalChi2=3490.07 CaloBremChi2=192.335 CaloClusChi2=2.96289 CaloTrajectoryL=-5691.69 CaloEoverP=0.0650499 EcalPIDe=-2.66439 BremPIDe=0.226958 HcalPIDe=-2.87281 HcalPIDmu=-2.75642 EcalPIDmu=2.10382 TrackChi2PerDof=0.879166 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=23560.4 TrackPt=2418.88 CombDLLe=-6.30376 CombDLLmu=-3.3233 CombDLLpi=0 CombDLLk=43.4353 CombDLLp=23.6903 CombDLLd=27.0542 ProbNNe=4.73716e-07 ProbNNpi=0.000248821 ProbNNk=0.999775 ProbNNp=0.000139773 ProbNNghost=0.00081496 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.63287 RichDLLmu=2.64314 RichDLLpi=0 RichDLLk=58.3653 RichDLLp=35.6331 RichPIDStatus=8164 RichDLLbt=36.6087 RichDLLd=36.6087 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.16999 CaloElectronMatch=275.145 CaloBremMatch=275.145 CaloChargedEcal=10844 CaloChargedID=44140 CaloNeutralEcal=10844 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969833 CaloNeutralID=44140 CaloEcalE=8499.46 CaloHcalE=6110.81 CaloEcalChi2=275.145 CaloBremChi2=424.244 CaloClusChi2=1.16999 CaloTrajectoryL=189.584 CaloEoverP=0.505495 EcalPIDe=0.799459 BremPIDe=-0.414852 HcalPIDe=-1.63268 HcalPIDmu=-0.842622 EcalPIDmu=-3.60546 TrackChi2PerDof=1.34109 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=21815 TrackPt=1194.64 CombDLLe=-0.268788 CombDLLmu=-1.05777 CombDLLpi=0 CombDLLk=58.3653 CombDLLp=35.6331 CombDLLd=36.6087 ProbNNe=9.71354e-07 ProbNNpi=7.32974e-05 ProbNNk=0.999622 ProbNNp=0.0173442 ProbNNghost=0.00414809 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.3523 RichDLLmu=-17.2071 RichDLLpi=0 RichDLLk=2.51804 RichDLLp=2.51804 RichPIDStatus=5092 RichDLLbt=2.51804 RichDLLd=2.51804 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=14.4544 CaloElectronMatch=405.944 CaloBremMatch=386.718 CaloChargedEcal=949.708 CaloChargedID=42057 CaloNeutralEcal=949.708 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920612 CaloNeutralID=42057 CaloEcalE=0 CaloHcalE=3251.53 CaloEcalChi2=405.944 CaloBremChi2=176.055 CaloClusChi2=14.4544 CaloTrajectoryL=-172.888 CaloEoverP=0.186605 EcalPIDe=-0.0141273 BremPIDe=-0.0189915 HcalPIDe=-1.65981 HcalPIDmu=-0.0676465 EcalPIDmu=0.389705 TrackChi2PerDof=2.80397 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=6771.3 TrackPt=316.879 CombDLLe=-4.40515 CombDLLmu=-6.6636 CombDLLpi=0 CombDLLk=2.51804 CombDLLp=2.51804 CombDLLd=2.51804 ProbNNe=4.77339e-08 ProbNNpi=0.989251 ProbNNk=0.00351774 ProbNNp=0.00340341 ProbNNghost=0.274851 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-44.9599 RichDLLmu=-12.6116 RichDLLpi=0 RichDLLk=-59.8728 RichDLLp=-55.2121 RichPIDStatus=6115 RichDLLbt=-55.2121 RichDLLd=-55.2121 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.49655 CaloElectronMatch=988.288 CaloBremMatch=386.718 CaloChargedEcal=949.708 CaloChargedID=42057 CaloNeutralEcal=949.708 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920612 CaloNeutralID=42057 CaloEcalE=841.466 CaloHcalE=15384.6 CaloEcalChi2=988.288 CaloBremChi2=43.9934 CaloClusChi2=2.49655 CaloTrajectoryL=225.009 CaloEoverP=0.091631 EcalPIDe=-1.13528 BremPIDe=2.00029 HcalPIDe=-1.89687 HcalPIDmu=-2.15436 EcalPIDmu=0.694031 TrackChi2PerDof=0.791507 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=13789.6 TrackPt=684.401 CombDLLe=-6.69454 CombDLLmu=-8.3707 CombDLLpi=0 CombDLLk=-59.8728 CombDLLp=-55.2121 CombDLLd=-55.2121 ProbNNe=8.93254e-08 ProbNNpi=0.999912 ProbNNk=1.41045e-05 ProbNNp=4.85521e-05 ProbNNghost=4.07737e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.36826 RichDLLmu=-2.22211 RichDLLpi=0 RichDLLk=3.67406 RichDLLp=3.67406 RichPIDStatus=5028 RichDLLbt=3.67406 RichDLLd=3.67406 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.00672 CaloElectronMatch=19.6465 CaloBremMatch=0.903754 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=442.242 CaloHcalE=325.471 CaloEcalChi2=19.6465 CaloBremChi2=145.575 CaloClusChi2=1.00672 CaloTrajectoryL=-166.715 CaloEoverP=0.811104 EcalPIDe=2.97947 BremPIDe=-0.016685 HcalPIDe=-0.19426 HcalPIDmu=-1.03802 EcalPIDmu=1.19218 TrackChi2PerDof=2.00027 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=3174.71 TrackPt=158.583 CombDLLe=1.32508 CombDLLmu=-2.76696 CombDLLpi=0 CombDLLk=3.67406 CombDLLp=3.67406 CombDLLd=3.67406 ProbNNe=0.00987641 ProbNNpi=0.265886 ProbNNk=0.0944616 ProbNNp=0.141029 ProbNNghost=0.936509 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.3911 RichDLLmu=-0.5753 RichDLLpi=0 RichDLLk=-0.552366 RichDLLp=-0.552366 RichPIDStatus=5027 RichDLLbt=-0.552366 RichDLLd=-0.552366 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.40915 CaloElectronMatch=135.811 CaloBremMatch=0.903754 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=650.876 CaloHcalE=1574.26 CaloEcalChi2=135.811 CaloBremChi2=181.738 CaloClusChi2=4.40915 CaloTrajectoryL=905.388 CaloEoverP=0.716386 EcalPIDe=0.83137 BremPIDe=-0.170017 HcalPIDe=-1.18491 HcalPIDmu=1.72388 EcalPIDmu=0.566712 TrackChi2PerDof=0.918281 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=3594.46 TrackPt=179.342 CombDLLe=-2.7832 CombDLLmu=1.4887 CombDLLpi=0 CombDLLk=-0.552366 CombDLLp=-0.552366 CombDLLd=-0.552366 ProbNNe=1.86259e-05 ProbNNpi=0.896459 ProbNNk=0.031365 ProbNNp=0.0894981 ProbNNghost=0.176416 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.7175 RichDLLmu=-15.1609 RichDLLpi=0 RichDLLk=-9.99358 RichDLLp=-9.99358 RichPIDStatus=5091 RichDLLbt=-9.99358 RichDLLd=-9.99358 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.97715 CaloElectronMatch=75.293 CaloBremMatch=75.293 CaloChargedEcal=5361.74 CaloChargedID=39605 CaloNeutralEcal=5361.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904732 CaloNeutralID=39605 CaloEcalE=3166.63 CaloHcalE=881.935 CaloEcalChi2=75.293 CaloBremChi2=410.424 CaloClusChi2=1.97715 CaloTrajectoryL=285.323 CaloEoverP=0.862823 EcalPIDe=1.84829 BremPIDe=-0.492427 HcalPIDe=-0.310073 HcalPIDmu=-0.321238 EcalPIDmu=-2.89107 TrackChi2PerDof=0.890643 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=6457.13 TrackPt=324.405 CombDLLe=-3.26362 CombDLLmu=-10.1798 CombDLLpi=0 CombDLLk=-9.99358 CombDLLp=-9.99358 CombDLLd=-9.99358 ProbNNe=6.7347e-09 ProbNNpi=0.998381 ProbNNk=9.34318e-05 ProbNNp=0.00124281 ProbNNghost=0.00292281 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.4709 RichDLLmu=-3.09009 RichDLLpi=0 RichDLLk=-28.3639 RichDLLp=-18.2135 RichPIDStatus=6115 RichDLLbt=-18.2135 RichDLLd=-18.2135 MuonMuLL=-0.0321101 MuonBkgLL=-1.3309 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=41.319 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.65007 CaloElectronMatch=255.481 CaloBremMatch=104.777 CaloChargedEcal=4976.26 CaloChargedID=43676 CaloNeutralEcal=4976.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.704775 CaloNeutralID=43676 CaloEcalE=0 CaloHcalE=23661.4 CaloEcalChi2=255.481 CaloBremChi2=411.525 CaloClusChi2=5.65007 CaloTrajectoryL=-971.323 CaloEoverP=0.367502 EcalPIDe=0.424072 BremPIDe=-0.488693 HcalPIDe=-1.89687 HcalPIDmu=-1.01961 EcalPIDmu=0.525694 TrackChi2PerDof=0.889963 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=14102.5 TrackPt=697.557 CombDLLe=-3.75315 CombDLLmu=-3.04336 CombDLLpi=0 CombDLLk=-28.3639 CombDLLp=-18.2135 CombDLLd=-16.8826 ProbNNe=1.12906e-07 ProbNNpi=0.997741 ProbNNk=5.74366e-05 ProbNNp=9.16665e-05 ProbNNghost=0.000615865 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=2.43404 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2547.07 TrackPt=52.313 ProbNNe=0.777373 ProbNNpi=0.238856 ProbNNk=0.068717 ProbNNp=0.13605 ProbNNghost=0.945626 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.868 RichDLLmu=-7.41959 RichDLLpi=0 RichDLLk=0.687674 RichDLLp=0.687674 RichPIDStatus=5028 RichDLLbt=0.687674 RichDLLd=0.687674 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.48885 CaloElectronMatch=251.477 CaloBremMatch=237.268 CaloChargedEcal=862.456 CaloChargedID=35200 CaloNeutralEcal=862.456 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974174 CaloNeutralID=35200 CaloEcalE=620.856 CaloEcalChi2=251.477 CaloBremChi2=109.145 CaloClusChi2=3.48885 CaloTrajectoryL=353.837 CaloEoverP=0.397043 EcalPIDe=0.265875 BremPIDe=0.185338 EcalPIDmu=1.05188 TrackChi2PerDof=1.56669 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2855.96 TrackPt=212.799 CombDLLe=-1.88291 CombDLLmu=-5.26352 CombDLLpi=0 CombDLLk=0.687674 CombDLLp=0.687674 CombDLLd=0.687674 ProbNNe=0.000369205 ProbNNpi=0.826063 ProbNNk=0.0407375 ProbNNp=0.0857931 ProbNNghost=0.338222 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.9334 RichDLLmu=-8.86205 RichDLLpi=0 RichDLLk=20.8747 RichDLLp=21.7906 RichPIDStatus=6117 RichDLLbt=21.7906 RichDLLd=21.7906 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.912774 CaloElectronMatch=417.716 CaloBremMatch=417.716 CaloChargedEcal=18481.9 CaloChargedID=37840 CaloNeutralEcal=18481.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924534 CaloNeutralID=37840 CaloEcalE=14658.4 CaloHcalE=371.342 CaloEcalChi2=417.716 CaloBremChi2=45.0334 CaloClusChi2=0.912774 CaloTrajectoryL=260.247 CaloEoverP=1.77008 EcalPIDe=-0.10442 BremPIDe=1.95613 HcalPIDe=0.195167 HcalPIDmu=-1.78625 EcalPIDmu=-0.824102 TrackChi2PerDof=1.44095 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=10577 TrackPt=820.3 CombDLLe=-0.297409 CombDLLmu=-9.21747 CombDLLpi=0 CombDLLk=20.8747 CombDLLp=21.7906 CombDLLd=21.7906 ProbNNe=0.000693352 ProbNNpi=0.0115252 ProbNNk=0.933507 ProbNNp=0.925461 ProbNNghost=0.0524713 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-41.9442 RichDLLmu=-21.3974 RichDLLpi=0 RichDLLk=-14.0926 RichDLLp=-14.0926 RichPIDStatus=5091 RichDLLbt=-14.0926 RichDLLd=-14.0926 MuonMuLL=-0.241562 MuonBkgLL=-0.191572 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=427.237 MuonMVA1=-999 MuonMVA2=0.883126 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=22.5012 CaloElectronMatch=387.356 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=0 CaloHcalE=19117.7 CaloEcalChi2=387.356 CaloBremChi2=511.616 CaloClusChi2=22.5012 CaloTrajectoryL=542.89 CaloEoverP=0.225439 EcalPIDe=-0.0141273 BremPIDe=-0.607507 HcalPIDe=-1.17839 HcalPIDmu=0.173949 EcalPIDmu=0.389705 TrackChi2PerDof=0.789568 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=6798.29 TrackPt=625.085 CombDLLe=-7.26887 CombDLLmu=-6.48365 CombDLLpi=0 CombDLLk=-14.0926 CombDLLp=-14.0926 CombDLLd=-13.901 ProbNNe=1.20418e-09 ProbNNmu=0.00366525 ProbNNpi=0.214368 ProbNNk=0.000884715 ProbNNp=0.00395184 ProbNNghost=0.0263275 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.8913 RichDLLmu=0.659744 RichDLLpi=0 RichDLLk=-28.1878 RichDLLp=-28.4039 RichPIDStatus=6114 RichDLLbt=-28.4039 RichDLLd=-28.4039 MuonMuLL=0 MuonBkgLL=-0.277207 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=470.068 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.13302 CaloElectronMatch=396.197 CaloBremMatch=387.136 CaloChargedEcal=2707.39 CaloChargedID=39904 CaloNeutralEcal=2707.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841157 CaloNeutralID=39904 CaloEcalE=803.074 CaloHcalE=8202.58 CaloEcalChi2=396.197 CaloBremChi2=21.8596 CaloClusChi2=1.13302 CaloTrajectoryL=192.306 CaloEoverP=0.264725 EcalPIDe=-0.10442 BremPIDe=2.59242 HcalPIDe=-2.51216 HcalPIDmu=-2.0837 EcalPIDmu=0.436808 TrackChi2PerDof=1.13561 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=10416.1 TrackPt=1122.56 CombDLLe=-3.38038 CombDLLmu=-0.451366 CombDLLpi=0 CombDLLk=-28.1878 CombDLLp=-28.4039 CombDLLd=-28.1267 ProbNNe=6.83689e-08 ProbNNpi=0.993828 ProbNNk=7.95546e-05 ProbNNp=0.000177476 ProbNNghost=0.00291027 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.255203 RichDLLmu=0.328236 RichDLLpi=0 RichDLLk=10.1197 RichDLLp=27.2582 RichPIDStatus=139239 RichDLLbt=30.0593 RichDLLd=29.9237 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0842501 CaloElectronMatch=480.472 CaloBremMatch=480.472 CaloChargedEcal=14398.4 CaloChargedID=42539 CaloNeutralEcal=14398.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.828229 CaloNeutralID=42539 CaloEcalE=8901.37 CaloHcalE=17655.4 CaloEcalChi2=480.472 CaloBremChi2=225.82 CaloClusChi2=0.0842501 CaloTrajectoryL=212.976 CaloEoverP=0.42262 EcalPIDe=0.101254 BremPIDe=0.155645 HcalPIDe=-3.00566 HcalPIDmu=-2.88085 EcalPIDmu=-3.40963 TrackChi2PerDof=0.90885 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=35334 TrackPt=1061.18 CombDLLe=-2.79342 CombDLLmu=-5.83161 CombDLLpi=0 CombDLLk=10.1197 CombDLLp=27.2582 CombDLLd=29.9237 ProbNNe=2.39516e-07 ProbNNpi=0.00350027 ProbNNk=0.0109539 ProbNNp=0.999324 ProbNNghost=0.000457059 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.5429 RichDLLmu=-10.6549 RichDLLpi=0 RichDLLk=-5.56414 RichDLLp=-5.5955 RichPIDStatus=6115 RichDLLbt=-5.5955 RichDLLd=-5.5955 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.32178 CaloElectronMatch=299.028 CaloBremMatch=299.028 CaloChargedEcal=6207.83 CaloChargedID=38644 CaloNeutralEcal=6207.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83336 CaloNeutralID=38644 CaloEcalE=4509.99 CaloHcalE=1087.45 CaloEcalChi2=299.028 CaloBremChi2=146.234 CaloClusChi2=0.32178 CaloTrajectoryL=205.288 CaloEoverP=0.421829 EcalPIDe=0.424072 BremPIDe=0.15142 HcalPIDe=-0.384189 HcalPIDmu=0.349645 EcalPIDmu=-3.31459 TrackChi2PerDof=0.776519 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=14620.2 TrackPt=768.39 CombDLLe=-3.87385 CombDLLmu=-9.77036 CombDLLpi=0 CombDLLk=-5.56414 CombDLLp=-5.5955 CombDLLd=-5.5955 ProbNNe=2.66068e-07 ProbNNpi=0.998811 ProbNNk=0.000128096 ProbNNp=0.0003338 ProbNNghost=0.00441134 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.4336 RichDLLmu=-7.04401 RichDLLpi=0 RichDLLk=-31.2604 RichDLLp=-27.8366 RichPIDStatus=6051 RichDLLbt=-27.8366 RichDLLd=-27.8366 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.76261 CaloElectronMatch=248.4 CaloBremMatch=202.078 CaloChargedEcal=12449.8 CaloChargedID=34737 CaloNeutralEcal=12449.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721965 CaloNeutralID=34737 CaloEcalE=2870.79 CaloHcalE=8222.89 CaloEcalChi2=248.4 CaloBremChi2=252.695 CaloClusChi2=2.76261 CaloTrajectoryL=459.248 CaloEoverP=1.09809 EcalPIDe=0.786938 BremPIDe=-0.338337 HcalPIDe=-2.51216 HcalPIDmu=-2.09311 EcalPIDmu=-2.36212 TrackChi2PerDof=0.947447 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=11327.8 TrackPt=1080.64 CombDLLe=-6.11602 CombDLLmu=-10.6659 CombDLLpi=0 CombDLLk=-31.2604 CombDLLp=-27.8366 CombDLLd=-27.8366 ProbNNe=2.30951e-09 ProbNNpi=0.999637 ProbNNk=3.3163e-05 ProbNNp=1.24061e-05 ProbNNghost=0.000184869 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.8235 RichDLLmu=0.465988 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=283.725 BremPIDe=-0.0713868 TrackChi2PerDof=1.02207 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=2190.04 TrackPt=123.159 CombDLLe=-1.92058 CombDLLmu=0.6505 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0569755 ProbNNpi=0.879731 ProbNNk=0.0449374 ProbNNp=0.0787819 ProbNNghost=0.0855126 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.3716 RichDLLmu=-2.6743 RichDLLpi=0 RichDLLk=2.07456 RichDLLp=2.07456 RichPIDStatus=5028 RichDLLbt=2.07456 RichDLLd=2.07456 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.65802 CaloElectronMatch=15.52 CaloBremMatch=15.52 CaloChargedEcal=3573.14 CaloChargedID=34759 CaloNeutralEcal=3573.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884354 CaloNeutralID=34759 CaloEcalE=2122.39 CaloHcalE=312.247 CaloEcalChi2=15.52 CaloBremChi2=111.421 CaloClusChi2=1.65802 CaloTrajectoryL=168.895 CaloEoverP=0.877828 EcalPIDe=2.97947 BremPIDe=0.157531 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-2.48291 TrackChi2PerDof=1.47755 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4302.18 TrackPt=209.885 CombDLLe=1.00465 CombDLLmu=-7.29701 CombDLLpi=0 CombDLLk=2.07456 CombDLLp=2.07456 CombDLLd=2.07456 ProbNNe=0.00465434 ProbNNpi=0.744559 ProbNNk=0.0621814 ProbNNp=0.134558 ProbNNghost=0.357425 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.8225 RichDLLmu=-19.1076 RichDLLpi=0 RichDLLk=-11.3509 RichDLLp=-11.3509 RichPIDStatus=5027 RichDLLbt=-11.3509 RichDLLd=-11.3509 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=24.7525 CaloElectronMatch=405.569 CaloBremMatch=0.903754 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=0 CaloHcalE=0 CaloEcalChi2=405.569 CaloBremChi2=88.5029 CaloClusChi2=24.7525 CaloTrajectoryL=-633.038 CaloEoverP=0.574772 EcalPIDe=-0.0620623 BremPIDe=0.371596 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=0.494733 TrackChi2PerDof=1.14582 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=4480.07 TrackPt=239.202 CombDLLe=-2.94232 CombDLLmu=-8.96222 CombDLLpi=0 CombDLLk=-11.3509 CombDLLp=-11.3509 CombDLLd=-11.3509 ProbNNe=1.27998e-06 ProbNNpi=0.994359 ProbNNk=0.000159709 ProbNNp=0.00309199 ProbNNghost=0.0175836 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.0129 RichDLLmu=-26.2354 RichDLLpi=0 RichDLLk=-8.83994 RichDLLp=-8.83994 RichPIDStatus=5027 RichDLLbt=-8.83994 RichDLLd=-8.83994 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.3178 CaloElectronMatch=105.284 CaloBremMatch=105.284 CaloChargedEcal=3040.89 CaloChargedID=35279 CaloNeutralEcal=3040.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975732 CaloNeutralID=35279 CaloEcalE=567.108 CaloHcalE=5262.71 CaloEcalChi2=105.284 CaloBremChi2=520.088 CaloClusChi2=2.3178 CaloTrajectoryL=-129.627 CaloEoverP=0.600578 EcalPIDe=1.84829 BremPIDe=-0.607507 HcalPIDe=-2.09086 HcalPIDmu=-0.925277 EcalPIDmu=1.20942 TrackChi2PerDof=1.90096 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=5294.84 TrackPt=355.647 CombDLLe=-4.22266 CombDLLmu=-6.71547 CombDLLpi=0 CombDLLk=-8.83994 CombDLLp=-8.83994 CombDLLd=-8.83994 ProbNNe=2.37874e-06 ProbNNpi=0.993789 ProbNNk=0.000121586 ProbNNp=0.00157446 ProbNNghost=0.026194 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.6668 RichDLLmu=-6.52389 RichDLLpi=0 RichDLLk=-2.04698 RichDLLp=-2.04698 RichPIDStatus=5027 RichDLLbt=-2.04698 RichDLLd=-2.04698 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.49952 CaloElectronMatch=470.467 CaloBremMatch=67.9827 CaloChargedEcal=954.236 CaloChargedID=34483 CaloNeutralEcal=954.236 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737305 CaloNeutralID=34483 CaloEcalE=988.214 CaloHcalE=4164.76 CaloEcalChi2=470.467 CaloBremChi2=405.89 CaloClusChi2=3.49952 CaloTrajectoryL=3646.59 CaloEoverP=0.263431 EcalPIDe=-0.214586 BremPIDe=-0.4614 HcalPIDe=-1.51991 HcalPIDmu=-0.386389 EcalPIDmu=-0.191162 TrackChi2PerDof=1.77417 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4020.69 TrackPt=278.662 CombDLLe=-6.71082 CombDLLmu=-6.61819 CombDLLpi=0 CombDLLk=-2.04698 CombDLLp=-2.04698 CombDLLd=-2.04698 ProbNNe=4.39936e-08 ProbNNpi=0.980137 ProbNNk=0.00556823 ProbNNp=0.0231329 ProbNNghost=0.0323143 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.1495 RichDLLmu=-1.06086 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=141.661 BremPIDe=-0.0607295 TrackChi2PerDof=1.44399 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=2041.18 TrackPt=144.269 CombDLLe=-3.17736 CombDLLmu=-1.46332 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000345442 ProbNNpi=0.908176 ProbNNk=0.0623717 ProbNNp=0.150196 ProbNNghost=0.0155617 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.6818 RichDLLmu=-14.6521 RichDLLpi=0 RichDLLk=-1.3913 RichDLLp=-1.3913 RichPIDStatus=5027 RichDLLbt=-1.3913 RichDLLd=-1.3913 MuonMuLL=-0.64531 MuonBkgLL=-0.679087 MuonNShared=9 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=25.8284 MuonMVA1=-999 MuonMVA2=-0.8548 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=47922.4 CaloBremChi2=324.527 BremPIDe=-0.554165 HcalPIDe=-1.17839 HcalPIDmu=0.691134 TrackChi2PerDof=1.12474 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=5159.38 TrackPt=609.863 CombDLLe=-5.19429 CombDLLmu=-6.23532 CombDLLpi=0 CombDLLk=-1.3913 CombDLLp=-1.3913 CombDLLd=-0.712209 ProbNNe=0.000401263 ProbNNmu=0.00106764 ProbNNpi=0.401974 ProbNNk=0.00957551 ProbNNp=0.0847013 ProbNNghost=0.0207446 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.564515 RichDLLmu=0.436056 RichDLLpi=0 RichDLLk=-37.7538 RichDLLp=-33.0287 RichPIDStatus=139234 RichDLLbt=-20.4973 RichDLLd=-22.243 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=54.6376 CaloElectronMatch=3227.41 CaloBremMatch=104.777 CaloChargedEcal=4976.26 CaloChargedID=43676 CaloNeutralEcal=4976.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.704775 CaloNeutralID=43676 CaloEcalE=0 CaloHcalE=34897.4 CaloEcalChi2=3227.41 CaloBremChi2=100.139 CaloClusChi2=54.6376 CaloTrajectoryL=-4522.76 CaloEoverP=0.136762 EcalPIDe=-2.57497 BremPIDe=0.535792 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 EcalPIDmu=1.12391 TrackChi2PerDof=1.85783 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=37895.6 TrackPt=2054.52 CombDLLe=-5.0976 CombDLLmu=-1.58657 CombDLLpi=0 CombDLLk=-37.7538 CombDLLp=-33.0287 CombDLLd=-22.243 ProbNNe=6.48975e-05 ProbNNpi=0.987183 ProbNNk=0.000332743 ProbNNp=3.86826e-05 ProbNNghost=0.206728 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.7521 RichDLLmu=-8.35294 RichDLLpi=0 RichDLLk=2.52412 RichDLLp=2.52412 RichPIDStatus=5092 RichDLLbt=2.52412 RichDLLd=2.52412 MuonMuLL=-0.0184695 MuonBkgLL=-0.111164 MuonNShared=4 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=12.4361 MuonMVA1=-999 MuonMVA2=-1.16414 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.90536 CaloElectronMatch=467.663 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=4461.89 CaloHcalE=30428.8 CaloEcalChi2=467.663 CaloBremChi2=227.164 CaloClusChi2=2.90536 CaloTrajectoryL=-1988.21 CaloEoverP=0.216783 EcalPIDe=-0.270192 BremPIDe=-0.210201 HcalPIDe=-1.17839 HcalPIDmu=0.667822 EcalPIDmu=-3.28129 TrackChi2PerDof=0.840996 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=7069.75 TrackPt=518.734 CombDLLe=-5.26014 CombDLLmu=-9.04218 CombDLLpi=0 CombDLLk=2.52412 CombDLLp=2.52412 CombDLLd=2.63528 ProbNNe=5.90932e-05 ProbNNmu=0.00366525 ProbNNpi=0.00206378 ProbNNk=0.0744986 ProbNNp=0.120619 ProbNNghost=0.166356 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.264 RichDLLmu=-6.96449 RichDLLpi=0 RichDLLk=-0.926622 RichDLLp=-0.926622 RichPIDStatus=5027 RichDLLbt=-0.926622 RichDLLd=-0.926622 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.08803 CaloElectronMatch=460.815 CaloBremMatch=67.9827 CaloChargedEcal=954.236 CaloChargedID=34483 CaloNeutralEcal=954.236 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737305 CaloNeutralID=34483 CaloEcalE=988.214 CaloHcalE=4164.76 CaloEcalChi2=460.815 CaloBremChi2=343.194 CaloClusChi2=3.08803 CaloTrajectoryL=3643.28 CaloEoverP=0.263476 EcalPIDe=-0.214586 BremPIDe=-0.373552 HcalPIDe=-1.51991 HcalPIDmu=-0.386389 EcalPIDmu=-0.191162 TrackChi2PerDof=1.86126 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=4020.01 TrackPt=266.387 CombDLLe=-6.36783 CombDLLmu=-6.7642 CombDLLpi=0 CombDLLk=-0.926622 CombDLLp=-0.926622 CombDLLd=-0.926622 ProbNNe=8.7691e-08 ProbNNpi=0.411022 ProbNNk=0.00419059 ProbNNp=0.0282972 ProbNNghost=0.82132 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-20.8659 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=149.383 BremPIDe=0.0148792 TrackChi2PerDof=1.58297 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=1937.85 TrackPt=240.84 CombDLLe=-3.33792 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00155241 ProbNNpi=0.316235 ProbNNk=0.0500584 ProbNNp=0.130477 ProbNNghost=0.819433 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.4249 RichDLLmu=-16.6651 RichDLLpi=0 RichDLLk=0.934277 RichDLLp=0.934277 RichPIDStatus=5028 RichDLLbt=0.934277 RichDLLd=0.934277 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.4541 CaloElectronMatch=38.7299 CaloBremMatch=38.7299 CaloChargedEcal=4692.63 CaloChargedID=35531 CaloNeutralEcal=4692.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987115 CaloNeutralID=35531 CaloEcalE=3421.52 CaloHcalE=0 CaloEcalChi2=38.7299 CaloBremChi2=31.622 CaloClusChi2=1.4541 CaloTrajectoryL=161.18 CaloEoverP=0.955735 EcalPIDe=3.6423 BremPIDe=1.97486 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.76303 TrackChi2PerDof=0.986717 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=5162.83 TrackPt=588.612 CombDLLe=4.03294 CombDLLmu=-12.2271 CombDLLpi=0 CombDLLk=0.934277 CombDLLp=0.934277 CombDLLd=0.934277 ProbNNe=0.000870895 ProbNNpi=0.984006 ProbNNk=0.00251147 ProbNNp=0.0043797 ProbNNghost=0.0105106 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-33.239 RichDLLmu=-33.302 RichDLLpi=0 RichDLLk=-17.3415 RichDLLp=-17.3415 RichPIDStatus=5027 RichDLLbt=-17.3415 RichDLLd=-17.3415 MuonMuLL=-0.402868 MuonBkgLL=-1.49102 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=0.906977 MuonMVA1=-999 MuonMVA2=-0.438604 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=18.2957 CaloElectronMatch=397.523 CaloBremMatch=42.6286 CaloChargedEcal=2379.47 CaloChargedID=35543 CaloNeutralEcal=2379.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.700845 CaloNeutralID=35543 CaloEcalE=0 CaloHcalE=1952.41 CaloEcalChi2=397.523 CaloBremChi2=240.291 CaloClusChi2=18.2957 CaloTrajectoryL=159.849 CaloEoverP=0.484044 EcalPIDe=-0.0141273 BremPIDe=-0.381503 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=0.501778 TrackChi2PerDof=0.820218 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=5134.24 TrackPt=440.675 CombDLLe=-6.20235 CombDLLmu=-3.60652 CombDLLpi=0 CombDLLk=-17.3415 CombDLLp=-17.3415 CombDLLd=-15.8504 ProbNNe=3.2707e-09 ProbNNmu=0.00366525 ProbNNpi=0.125202 ProbNNk=0.0107195 ProbNNp=0.00544203 ProbNNghost=0.00298219 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-37.5766 RichDLLmu=-25.7217 RichDLLpi=0 RichDLLk=-16.691 RichDLLp=-16.691 RichPIDStatus=5091 RichDLLbt=-16.691 RichDLLd=-16.691 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.957891 CaloElectronMatch=138.734 CaloBremMatch=138.734 CaloChargedEcal=11469.6 CaloChargedID=37845 CaloNeutralEcal=11469.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.676182 CaloNeutralID=37845 CaloEcalE=2290.32 CaloHcalE=4866.17 CaloEcalChi2=138.734 CaloBremChi2=58.4804 CaloClusChi2=0.957891 CaloTrajectoryL=498.937 CaloEoverP=1.2967 EcalPIDe=0.989182 BremPIDe=1.36535 HcalPIDe=-2.10303 HcalPIDmu=-1.14592 EcalPIDmu=-2.02467 TrackChi2PerDof=1.0195 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=8736.8 TrackPt=737.469 CombDLLe=-4.89317 CombDLLmu=-10.1701 CombDLLpi=0 CombDLLk=-16.691 CombDLLp=-16.691 CombDLLd=-16.691 ProbNNe=6.27142e-10 ProbNNpi=0.998738 ProbNNk=7.63043e-05 ProbNNp=0.00145006 ProbNNghost=0.00160922 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.4855 RichDLLmu=-3.92325 RichDLLpi=0 RichDLLk=-33.471 RichDLLp=-25.2219 RichPIDStatus=6115 RichDLLbt=-25.2219 RichDLLd=-25.2219 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0205352 CaloElectronMatch=42.2714 CaloBremMatch=42.2714 CaloChargedEcal=12092.4 CaloChargedID=42215 CaloNeutralEcal=12092.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853782 CaloNeutralID=42215 CaloEcalE=7908.12 CaloHcalE=1631.59 CaloEcalChi2=42.2714 CaloBremChi2=197.551 CaloClusChi2=0.0205352 CaloTrajectoryL=203.818 CaloEoverP=0.711367 EcalPIDe=4.7102 BremPIDe=-0.0674295 HcalPIDe=-0.645144 HcalPIDmu=1.97594 EcalPIDmu=-3.6319 TrackChi2PerDof=0.846764 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=17284.7 TrackPt=1367.89 CombDLLe=1.26561 CombDLLmu=-6.24353 CombDLLpi=0 CombDLLk=-33.471 CombDLLp=-25.2219 CombDLLd=-25.2219 ProbNNe=6.21436e-06 ProbNNpi=0.998778 ProbNNk=0.000126854 ProbNNp=0.000107315 ProbNNghost=0.000881433 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.52461 RichDLLmu=-2.87737 RichDLLpi=0 RichDLLk=16.3315 RichDLLp=15.1589 RichPIDStatus=6116 RichDLLbt=15.1589 RichDLLd=15.1589 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.40196 CaloElectronMatch=955.228 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=2718.87 CaloEcalChi2=955.228 CaloBremChi2=331.707 CaloClusChi2=2.40196 CaloTrajectoryL=44312.2 CaloEoverP=0.133646 EcalPIDe=-0.992527 BremPIDe=-0.510136 EcalPIDmu=-2.20452 TrackChi2PerDof=1.15218 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=11467.6 TrackPt=1099.12 CombDLLe=-2.63445 CombDLLmu=-5.8401 CombDLLpi=0 CombDLLk=16.3315 CombDLLp=15.1589 CombDLLd=15.1589 ProbNNe=5.14325e-05 ProbNNpi=0.0787729 ProbNNk=0.923561 ProbNNp=0.929569 ProbNNghost=0.00479612 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.16111 RichDLLmu=1.33063 RichDLLpi=0 RichDLLk=-20.2081 RichDLLp=-9.01302 RichPIDStatus=8162 RichDLLbt=-8.00255 RichDLLd=-8.00255 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.350996 CaloElectronMatch=339.841 CaloBremMatch=339.841 CaloChargedEcal=11350 CaloChargedID=38584 CaloNeutralEcal=11350 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.826956 CaloNeutralID=38584 CaloEcalE=6794.58 CaloHcalE=1773.88 CaloEcalChi2=339.841 CaloBremChi2=285.555 CaloClusChi2=0.350996 CaloTrajectoryL=208.413 CaloEoverP=0.520264 EcalPIDe=0.395545 BremPIDe=-0.348558 HcalPIDe=-0.407061 HcalPIDmu=1.86393 EcalPIDmu=-3.49337 TrackChi2PerDof=0.824773 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=21872.9 TrackPt=1898.61 CombDLLe=-0.563211 CombDLLmu=0.190676 CombDLLpi=0 CombDLLk=-20.2081 CombDLLp=-9.01302 CombDLLd=-8.00255 ProbNNe=0.000971075 ProbNNpi=0.96194 ProbNNk=9.56964e-05 ProbNNp=0.000283982 ProbNNghost=0.045132 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.72032 RichDLLmu=-1.82854 RichDLLpi=0 RichDLLk=-27.7351 RichDLLp=-19.8759 RichPIDStatus=8163 RichDLLbt=-9.86773 RichDLLd=-9.86773 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06917 CaloElectronMatch=502.916 CaloBremMatch=288.538 CaloChargedEcal=18490.6 CaloChargedID=38589 CaloNeutralEcal=18490.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.716781 CaloNeutralID=38589 CaloEcalE=10986.8 CaloHcalE=4016.05 CaloEcalChi2=502.916 CaloBremChi2=217.349 CaloClusChi2=1.06917 CaloTrajectoryL=224.082 CaloEoverP=0.774429 EcalPIDe=-0.142358 BremPIDe=0.239228 HcalPIDe=-1.15958 HcalPIDmu=0.0579896 EcalPIDmu=-4.04965 TrackChi2PerDof=0.640465 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=23823.8 TrackPt=2606.57 CombDLLe=-2.057 CombDLLmu=-6.44328 CombDLLpi=0 CombDLLk=-27.7351 CombDLLp=-19.8759 CombDLLd=-9.86773 ProbNNe=0.000302005 ProbNNpi=0.994534 ProbNNk=6.18783e-05 ProbNNp=4.70094e-05 ProbNNghost=0.000527559 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.39362 RichDLLmu=-6.96272 RichDLLpi=0 RichDLLk=5.22678 RichDLLp=5.22678 RichPIDStatus=5028 RichDLLbt=5.22678 RichDLLd=5.22678 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.00884558 CaloElectronMatch=149.972 CaloBremMatch=149.972 CaloChargedEcal=2979.02 CaloChargedID=34481 CaloNeutralEcal=2979.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.913951 CaloNeutralID=34481 CaloEcalE=1942.73 CaloHcalE=5058.94 CaloEcalChi2=149.972 CaloBremChi2=145.279 CaloClusChi2=0.00884558 CaloTrajectoryL=203.24 CaloEoverP=0.4492 EcalPIDe=0.989182 BremPIDe=0.00434017 HcalPIDe=-2.03708 HcalPIDmu=-1.1993 EcalPIDmu=-1.89319 TrackChi2PerDof=0.827579 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=7042.07 TrackPt=519.031 CombDLLe=-2.15301 CombDLLmu=-9.27859 CombDLLpi=0 CombDLLk=5.22678 CombDLLp=5.22678 CombDLLd=5.22678 ProbNNe=0.000175791 ProbNNpi=0.633744 ProbNNk=0.25652 ProbNNp=0.412652 ProbNNghost=0.115436 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.2287 RichDLLmu=-12.737 RichDLLpi=0 RichDLLk=-28.1549 RichDLLp=-27.899 RichPIDStatus=6051 RichDLLbt=-27.899 RichDLLd=-27.899 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0641497 CaloElectronMatch=3.5741 CaloBremMatch=3.5741 CaloChargedEcal=9296.66 CaloChargedID=35377 CaloNeutralEcal=9296.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877622 CaloNeutralID=35377 CaloEcalE=7658.61 CaloHcalE=0 CaloEcalChi2=3.5741 CaloBremChi2=104.058 CaloClusChi2=0.0641497 CaloTrajectoryL=-12.1675 CaloEoverP=0.987832 EcalPIDe=3.6423 BremPIDe=0.527682 HcalPIDe=0.83611 HcalPIDmu=-2.15083 EcalPIDmu=-2.90063 TrackChi2PerDof=0.830778 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=9328.96 TrackPt=1098.63 CombDLLe=-0.190433 CombDLLmu=-11.9662 CombDLLpi=0 CombDLLk=-28.1549 CombDLLp=-27.899 CombDLLd=-27.899 ProbNNe=3.25734e-09 ProbNNpi=0.999836 ProbNNk=2.93014e-05 ProbNNp=1.50958e-05 ProbNNghost=8.46178e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.20496 RichDLLmu=-2.29703 RichDLLpi=0 RichDLLk=1.07585 RichDLLp=1.07585 RichPIDStatus=5028 RichDLLbt=1.07585 RichDLLd=1.07585 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=22.4833 CaloElectronMatch=394.383 CaloBremMatch=0.903754 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=0 CaloHcalE=146.952 CaloEcalChi2=394.383 CaloBremChi2=136.964 CaloClusChi2=22.4833 CaloTrajectoryL=-553.623 CaloEoverP=0.845483 EcalPIDe=-0.0620623 BremPIDe=0.00370359 HcalPIDe=-0.11382 HcalPIDmu=-2.39464 EcalPIDmu=0.308817 TrackChi2PerDof=2.24278 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3045.62 TrackPt=224.178 CombDLLe=-1.58824 CombDLLmu=-5.09302 CombDLLpi=0 CombDLLk=1.07585 CombDLLp=1.07585 CombDLLd=1.07585 ProbNNe=9.90781e-05 ProbNNpi=0.217606 ProbNNk=0.0502648 ProbNNp=0.0724319 ProbNNghost=0.975778 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.91175 RichDLLmu=-0.445779 RichDLLpi=0 RichDLLk=11.8018 RichDLLp=7.57909 RichPIDStatus=6084 RichDLLbt=7.57909 RichDLLd=7.57909 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.912323 CaloElectronMatch=228.336 CaloChargedEcal=19167.8 CaloChargedID=42796 CaloEcalE=1821.69 CaloHcalE=9114.92 CaloEcalChi2=228.336 CaloClusChi2=0.912323 CaloTrajectoryL=-433.985 CaloEoverP=0.771512 EcalPIDe=1.29617 HcalPIDe=-1.96611 HcalPIDmu=-1.70825 EcalPIDmu=-0.825345 TrackChi2PerDof=0.993126 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=25068.7 TrackPt=384.076 CombDLLe=-1.00424 CombDLLmu=-3.15604 CombDLLpi=0 CombDLLk=11.8018 CombDLLp=7.57909 CombDLLd=7.57909 ProbNNe=2.98746e-05 ProbNNpi=0.140434 ProbNNk=0.968108 ProbNNp=0.671805 ProbNNghost=0.022858 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.30891 RichDLLmu=-4.66381 RichDLLpi=0 RichDLLk=-0.229034 RichDLLp=-0.229034 RichPIDStatus=5027 RichDLLbt=-0.229034 RichDLLd=-0.229034 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.23556 CaloElectronMatch=20.6544 CaloBremMatch=20.6544 CaloChargedEcal=3708.01 CaloChargedID=34425 CaloNeutralEcal=3708.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959149 CaloNeutralID=34425 CaloEcalE=2083.4 CaloHcalE=1229.39 CaloEcalChi2=20.6544 CaloBremChi2=7.35234 CaloClusChi2=4.23556 CaloTrajectoryL=197.525 CaloEoverP=1.31563 EcalPIDe=2.97947 BremPIDe=3.18724 HcalPIDe=-0.922115 HcalPIDmu=0.707263 EcalPIDmu=-2.21538 TrackChi2PerDof=0.918486 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3026.96 TrackPt=198.365 CombDLLe=4.14961 CombDLLmu=-6.63127 CombDLLpi=0 CombDLLk=-0.229034 CombDLLp=-0.229034 CombDLLd=-0.229034 ProbNNe=0.0459213 ProbNNpi=0.903859 ProbNNk=0.0365061 ProbNNp=0.0837969 ProbNNghost=0.0525283 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.8082 RichDLLmu=-9.32275 RichDLLpi=0 RichDLLk=-1.56293 RichDLLp=-1.56293 RichPIDStatus=5027 RichDLLbt=-1.56293 RichDLLd=-1.56293 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.23856 CaloElectronMatch=285.91 CaloBremMatch=285.91 CaloChargedEcal=449.09 CaloChargedID=34683 CaloNeutralEcal=449.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944046 CaloNeutralID=34683 CaloEcalE=389.248 CaloHcalE=2991 CaloEcalChi2=285.91 CaloBremChi2=259.107 CaloClusChi2=1.23856 CaloTrajectoryL=220.216 CaloEoverP=0.159452 EcalPIDe=0.265875 BremPIDe=-0.338913 HcalPIDe=-1.47097 HcalPIDmu=-0.00949717 EcalPIDmu=1.26223 TrackChi2PerDof=1.85381 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4081.79 TrackPt=312.722 CombDLLe=-3.39072 CombDLLmu=-5.41895 CombDLLpi=0 CombDLLk=-1.56293 CombDLLp=-1.56293 CombDLLd=-1.56293 ProbNNe=0.000145737 ProbNNpi=0.892864 ProbNNk=0.0120874 ProbNNp=0.0308613 ProbNNghost=0.215191 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.0936 RichDLLmu=-17.3342 RichDLLpi=0 RichDLLk=-20.1906 RichDLLp=-18.4968 RichPIDStatus=6115 RichDLLbt=-18.4968 RichDLLd=-18.4968 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.419121 CaloElectronMatch=22.6526 CaloBremMatch=22.6526 CaloChargedEcal=7278.98 CaloChargedID=38603 CaloNeutralEcal=7278.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.744968 CaloNeutralID=38603 CaloEcalE=4011.96 CaloHcalE=730.692 CaloEcalChi2=22.6526 CaloBremChi2=213.724 CaloClusChi2=0.419121 CaloTrajectoryL=108.945 CaloEoverP=0.747682 EcalPIDe=3.6423 BremPIDe=-0.00620699 HcalPIDe=-0.319373 HcalPIDmu=-1.26188 EcalPIDmu=-3.05425 TrackChi2PerDof=1.45128 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=9751.65 TrackPt=297.007 CombDLLe=-1.52931 CombDLLmu=-11.3025 CombDLLpi=0 CombDLLk=-20.1906 CombDLLp=-18.4968 CombDLLd=-18.4968 ProbNNe=1.03879e-07 ProbNNpi=0.998443 ProbNNk=0.000240746 ProbNNp=0.00110145 ProbNNghost=0.0295813 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.6237 RichDLLmu=1.09258 RichDLLpi=0 RichDLLk=2.89411 RichDLLp=2.89411 RichPIDStatus=5028 RichDLLbt=2.89411 RichDLLd=2.89411 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=22.4726 CaloElectronMatch=394.083 CaloBremMatch=0.903754 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=0 CaloHcalE=146.952 CaloEcalChi2=394.083 CaloBremChi2=135.629 CaloClusChi2=22.4726 CaloTrajectoryL=-553.747 CaloEoverP=0.845559 EcalPIDe=-0.0620623 BremPIDe=0.00370359 HcalPIDe=-0.11382 HcalPIDmu=-2.39464 EcalPIDmu=0.308817 TrackChi2PerDof=1.135 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=3045.35 TrackPt=231.999 CombDLLe=-1.98881 CombDLLmu=-0.580097 CombDLLpi=0 CombDLLk=2.89411 CombDLLp=2.89411 CombDLLd=2.89411 ProbNNe=1.89607e-05 ProbNNpi=0.751271 ProbNNk=0.143517 ProbNNp=0.273635 ProbNNghost=0.033408 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.1033 RichDLLmu=-15.5836 RichDLLpi=0 RichDLLk=-2.06283 RichDLLp=-2.06283 RichPIDStatus=5027 RichDLLbt=-2.06283 RichDLLd=-2.06283 InAccBrem=1 CaloBremChi2=228.837 BremPIDe=-0.417084 TrackChi2PerDof=0.852337 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3917.68 TrackPt=468.141 CombDLLe=-2.63151 CombDLLmu=-6.97258 CombDLLpi=0 CombDLLk=-2.06283 CombDLLp=-2.06283 CombDLLd=-2.06283 ProbNNe=0.0231513 ProbNNpi=0.974505 ProbNNk=0.010199 ProbNNp=0.00985553 ProbNNghost=0.0103954 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-40.8537 RichDLLmu=-10.3106 RichDLLpi=0 RichDLLk=-67.9814 RichDLLp=-55.9239 RichPIDStatus=6115 RichDLLbt=-55.9239 RichDLLd=-55.9239 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0315996 CaloElectronMatch=130.603 CaloBremMatch=130.603 CaloChargedEcal=9420.5 CaloChargedID=39242 CaloNeutralEcal=9420.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812256 CaloNeutralID=39242 CaloEcalE=4205.92 CaloHcalE=265.683 CaloEcalChi2=130.603 CaloBremChi2=792.816 CaloClusChi2=0.0315996 CaloTrajectoryL=7.90524 CaloEoverP=0.635626 EcalPIDe=1.35245 BremPIDe=-0.625066 HcalPIDe=0.195167 HcalPIDmu=-1.59892 EcalPIDmu=-3.2343 TrackChi2PerDof=0.459779 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=14774.2 TrackPt=2263.6 CombDLLe=-4.47034 CombDLLmu=-11.6104 CombDLLpi=0 CombDLLk=-67.9814 CombDLLp=-55.9239 CombDLLd=-55.9239 ProbNNe=3.39577e-07 ProbNNpi=0.999943 ProbNNk=2.37905e-05 ProbNNp=5.60659e-05 ProbNNghost=9.63153e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.5665 RichDLLmu=-13.4557 RichDLLpi=0 RichDLLk=-7.35038 RichDLLp=-7.35038 RichPIDStatus=5027 RichDLLbt=-7.35038 RichDLLd=-7.35038 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.67001 CaloElectronMatch=401.469 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=3224.58 CaloHcalE=2205.99 CaloEcalChi2=401.469 CaloBremChi2=53.4866 CaloClusChi2=3.67001 CaloTrajectoryL=-5633.62 CaloEoverP=0.257362 EcalPIDe=-0.0141273 BremPIDe=1.27798 HcalPIDe=-1.05374 HcalPIDmu=1.28545 EcalPIDmu=-2.92445 TrackChi2PerDof=0.860051 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=5955.04 TrackPt=940.329 CombDLLe=-4.49304 CombDLLmu=-8.57494 CombDLLpi=0 CombDLLk=-7.35038 CombDLLp=-7.35038 CombDLLd=-7.35038 ProbNNe=4.64297e-07 ProbNNpi=0.996453 ProbNNk=0.000165834 ProbNNp=0.00037243 ProbNNghost=0.0018971 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-35.0242 RichDLLmu=-23.4216 RichDLLpi=0 RichDLLk=-9.49463 RichDLLp=-9.49463 RichPIDStatus=5091 RichDLLbt=-9.49463 RichDLLd=-9.49463 MuonMuLL=-0.289016 MuonBkgLL=-1.07489 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=140.406 MuonMVA1=-999 MuonMVA2=-1.06772 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.98561 CaloElectronMatch=79.7972 CaloBremMatch=64.0037 CaloChargedEcal=1601.91 CaloChargedID=43442 CaloNeutralEcal=1601.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771209 CaloNeutralID=43442 CaloEcalE=344.682 CaloHcalE=5572.61 CaloEcalChi2=79.7972 CaloBremChi2=717.779 CaloClusChi2=6.98561 CaloTrajectoryL=456.556 CaloEoverP=0.312422 EcalPIDe=1.84829 BremPIDe=-0.607507 HcalPIDe=-1.9266 HcalPIDmu=-0.805439 EcalPIDmu=0.139835 TrackChi2PerDof=1.16813 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=6196.79 TrackPt=402.995 CombDLLe=-5.61529 CombDLLmu=-6.87854 CombDLLpi=0 CombDLLk=-9.49463 CombDLLp=-9.49463 CombDLLd=-8.41974 ProbNNe=1.24857e-07 ProbNNmu=0.00366525 ProbNNpi=0.07346 ProbNNk=0.00105752 ProbNNp=0.00442661 ProbNNghost=0.196356 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.19659 RichDLLmu=8.04076 RichDLLpi=0 RichDLLk=11.0407 RichDLLp=11.0407 RichPIDStatus=5028 RichDLLbt=11.0407 RichDLLd=11.0407 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.58769 CaloElectronMatch=299.004 CaloBremMatch=28.2033 CaloChargedEcal=2836.76 CaloChargedID=34432 CaloNeutralEcal=2836.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959202 CaloNeutralID=34432 CaloEcalE=1184.26 CaloEcalChi2=299.004 CaloBremChi2=257.374 CaloClusChi2=3.58769 CaloTrajectoryL=330.556 CaloEoverP=0.721176 EcalPIDe=0.265875 BremPIDe=-0.338913 EcalPIDmu=-0.801309 TrackChi2PerDof=1.23829 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4322.12 TrackPt=500.976 CombDLLe=-1.14885 CombDLLmu=5.6589 CombDLLpi=0 CombDLLk=11.0407 CombDLLp=11.0407 CombDLLd=11.0407 ProbNNe=4.46368e-05 ProbNNpi=0.0466611 ProbNNk=0.525044 ProbNNp=0.800712 ProbNNghost=0.0256356 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.4791 RichDLLmu=-5.62212 RichDLLpi=0 RichDLLk=-0.656867 RichDLLp=-0.656867 RichPIDStatus=5027 RichDLLbt=-0.656867 RichDLLd=-0.656867 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.36432 CaloElectronMatch=0.903754 CaloBremMatch=0.903754 CaloChargedEcal=2374.3 CaloChargedID=34956 CaloNeutralEcal=2374.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784936 CaloNeutralID=34956 CaloEcalE=1250.6 CaloHcalE=0 CaloEcalChi2=0.903754 CaloBremChi2=235.546 CaloClusChi2=0.36432 CaloTrajectoryL=132.24 CaloEoverP=0.901715 EcalPIDe=2.97947 BremPIDe=-0.33853 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.2505 TrackChi2PerDof=1.11681 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=2855.69 TrackPt=239.719 CombDLLe=1.17083 CombDLLmu=-9.30885 CombDLLpi=0 CombDLLk=-0.656867 CombDLLp=-0.656867 CombDLLd=-0.656867 ProbNNe=0.00869447 ProbNNpi=0.941437 ProbNNk=0.0258079 ProbNNp=0.056093 ProbNNghost=0.0348921 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.64888 RichDLLmu=-0.628526 RichDLLpi=0 RichDLLk=-1.19268 RichDLLp=-1.19268 RichPIDStatus=5027 RichDLLbt=-1.19268 RichDLLd=-1.19268 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.48407 CaloElectronMatch=28.2033 CaloBremMatch=28.2033 CaloChargedEcal=2836.76 CaloChargedID=34432 CaloNeutralEcal=2836.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959202 CaloNeutralID=34432 CaloEcalE=1484.98 CaloEcalChi2=28.2033 CaloBremChi2=11.2619 CaloClusChi2=1.48407 CaloTrajectoryL=175.724 CaloEoverP=1.02873 EcalPIDe=2.97947 BremPIDe=2.71167 EcalPIDmu=-1.86134 TrackChi2PerDof=0.920114 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=3029.96 TrackPt=205.793 CombDLLe=4.70911 CombDLLmu=-2.73667 CombDLLpi=0 CombDLLk=-1.19268 CombDLLp=-1.19268 CombDLLd=-1.19268 ProbNNe=0.589541 ProbNNpi=0.718529 ProbNNk=0.0387343 ProbNNp=0.0778961 ProbNNghost=0.739652 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.4675 RichDLLmu=-4.98943 RichDLLpi=0 RichDLLk=2.10091 RichDLLp=2.10091 RichPIDStatus=5092 RichDLLbt=2.10091 RichDLLd=2.10091 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=24.8535 CaloElectronMatch=799.524 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=0 CaloHcalE=4236.33 CaloEcalChi2=799.524 CaloBremChi2=154.966 CaloClusChi2=24.8535 CaloTrajectoryL=6908.68 CaloEoverP=0.132593 EcalPIDe=-0.856733 BremPIDe=-0.177929 HcalPIDe=-2.03346 HcalPIDmu=-0.700881 EcalPIDmu=0.389705 TrackChi2PerDof=1.36775 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=7335.28 TrackPt=270.429 CombDLLe=-5.49501 CombDLLmu=-5.63611 CombDLLpi=0 CombDLLk=2.10091 CombDLLp=2.10091 CombDLLd=2.10091 ProbNNe=8.14348e-08 ProbNNpi=0.840139 ProbNNk=0.0151516 ProbNNp=0.0651181 ProbNNghost=0.228744 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.5138 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=34.2711 BremPIDe=0.843951 TrackChi2PerDof=1.45338 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=1736.78 TrackPt=112.372 CombDLLe=-1.27721 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0690831 ProbNNpi=0.848562 ProbNNk=0.0477505 ProbNNp=0.154435 ProbNNghost=0.0815487 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.5378 RichDLLmu=-2.48894 RichDLLpi=0 RichDLLk=-5.4394 RichDLLp=-5.4394 RichPIDStatus=5059 RichDLLbt=-5.4394 RichDLLd=-5.4394 MuonMuLL=-0.00863719 MuonBkgLL=-0.795364 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=9.68985 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.61303 CaloElectronMatch=614.796 CaloChargedEcal=8607.89 CaloChargedID=43408 CaloEcalE=987.99 CaloHcalE=20381 CaloEcalChi2=614.796 CaloClusChi2=4.61303 CaloTrajectoryL=-240.382 CaloEoverP=0.696336 EcalPIDe=-0.59022 HcalPIDe=-1.89687 HcalPIDmu=-1.26997 EcalPIDmu=0.306976 TrackChi2PerDof=0.942457 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=12686.5 TrackPt=234.043 CombDLLe=-4.7697 CombDLLmu=-3.39891 CombDLLpi=0 CombDLLk=-5.4394 CombDLLp=-5.4394 CombDLLd=-4.64403 ProbNNe=5.44629e-06 ProbNNpi=0.919227 ProbNNk=0.00037441 ProbNNp=0.000517589 ProbNNghost=0.35352 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.958645 RichDLLmu=-2.38266 RichDLLpi=0 RichDLLk=4.67461 RichDLLp=4.67461 RichPIDStatus=5028 RichDLLbt=4.67461 RichDLLd=4.67461 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.72448 CaloElectronMatch=505.948 CaloBremMatch=67.9827 CaloChargedEcal=954.236 CaloChargedID=34483 CaloNeutralEcal=954.236 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737305 CaloNeutralID=34483 CaloEcalE=4626 CaloHcalE=13353.2 CaloEcalChi2=505.948 CaloBremChi2=141.605 CaloClusChi2=1.72448 CaloTrajectoryL=2286.77 CaloEoverP=0.227178 EcalPIDe=-0.214586 BremPIDe=-0.016685 HcalPIDe=-0.621703 HcalPIDmu=0.420753 EcalPIDmu=-1.25852 TrackChi2PerDof=1.3665 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4662.31 TrackPt=142.506 CombDLLe=-1.0207 CombDLLmu=-3.942 CombDLLpi=0 CombDLLk=4.67461 CombDLLp=4.67461 CombDLLd=4.67461 ProbNNe=0.363016 ProbNNpi=0.0851135 ProbNNk=0.148975 ProbNNp=0.229856 ProbNNghost=0.937005 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.584 RichDLLmu=-12.1865 RichDLLpi=0 RichDLLk=-3.54365 RichDLLp=-3.54365 RichPIDStatus=5027 RichDLLbt=-3.54365 RichDLLd=-3.54365 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0700759 CaloElectronMatch=93.7032 CaloBremMatch=93.7032 CaloChargedEcal=1321.15 CaloChargedID=33924 CaloNeutralEcal=1321.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853799 CaloNeutralID=33924 CaloEcalE=953.152 CaloEcalChi2=93.7032 CaloBremChi2=103.16 CaloClusChi2=0.0700759 CaloTrajectoryL=0.167665 CaloEoverP=0.395146 EcalPIDe=1.51236 BremPIDe=0.178319 EcalPIDmu=-0.191162 TrackChi2PerDof=0.729828 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=3860.9 TrackPt=546.793 CombDLLe=-1.20252 CombDLLmu=-7.08504 CombDLLpi=0 CombDLLk=-3.54365 CombDLLp=-3.54365 CombDLLd=-3.54365 ProbNNe=3.28991e-06 ProbNNpi=0.985667 ProbNNk=0.00137724 ProbNNp=0.00391851 ProbNNghost=0.00433677 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-33.5147 RichDLLmu=-26.4117 RichDLLpi=0 RichDLLk=-13.6045 RichDLLp=-13.6045 RichPIDStatus=5027 RichDLLbt=-13.6045 RichDLLd=-13.6045 MuonMuLL=-1.4662 MuonBkgLL=-3.73416 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.47961 MuonMVA1=-999 MuonMVA2=2.18325 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.16518 CaloElectronMatch=239.83 CaloBremMatch=239.83 CaloChargedEcal=1169.88 CaloChargedID=33737 CaloNeutralEcal=1169.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.739258 CaloNeutralID=33737 CaloEcalE=449.41 CaloHcalE=3132.05 CaloEcalChi2=239.83 CaloBremChi2=79.5019 CaloClusChi2=2.16518 CaloTrajectoryL=448.243 CaloEoverP=0.263796 EcalPIDe=0.605631 BremPIDe=0.572837 HcalPIDe=-1.65981 HcalPIDmu=-0.0648026 EcalPIDmu=1.26223 TrackChi2PerDof=2.41637 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=5038.88 TrackPt=793.488 CombDLLe=-5.27409 CombDLLmu=-3.53426 CombDLLpi=0 CombDLLk=-13.6045 CombDLLp=-13.6045 CombDLLd=-9.87032 ProbNNe=3.82117e-10 ProbNNmu=0.00366525 ProbNNpi=0.0548135 ProbNNk=0.00427533 ProbNNp=0.000625675 ProbNNghost=0.124744 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.3068 RichDLLmu=-18.647 RichDLLpi=0 RichDLLk=-11.755 RichDLLp=-11.755 RichPIDStatus=5027 RichDLLbt=-11.755 RichDLLd=-11.755 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.300011 CaloElectronMatch=102.524 CaloBremMatch=102.524 CaloChargedEcal=4142.71 CaloChargedID=33936 CaloNeutralEcal=4142.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.838639 CaloNeutralID=33936 CaloEcalE=2686.64 CaloHcalE=1954.11 CaloEcalChi2=102.524 CaloBremChi2=66.776 CaloClusChi2=0.300011 CaloTrajectoryL=206.441 CaloEoverP=0.560617 EcalPIDe=1.84829 BremPIDe=1.30348 HcalPIDe=-1.03972 HcalPIDmu=1.90086 EcalPIDmu=-2.46295 TrackChi2PerDof=0.850462 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=7566.44 TrackPt=1023.73 CombDLLe=-2.56608 CombDLLmu=-7.55403 CombDLLpi=0 CombDLLk=-11.755 CombDLLp=-11.755 CombDLLd=-11.755 ProbNNe=9.18553e-07 ProbNNpi=0.997656 ProbNNk=0.000131493 ProbNNp=0.000454611 ProbNNghost=0.00165507 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-35.2289 RichDLLmu=-31.6718 RichDLLpi=0 RichDLLk=-22.8518 RichDLLp=-22.8518 RichPIDStatus=5091 RichDLLbt=-22.8518 RichDLLd=-22.8518 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.662558 CaloElectronMatch=158.298 CaloBremMatch=158.298 CaloChargedEcal=10703.9 CaloChargedID=37803 CaloNeutralEcal=10703.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.885121 CaloNeutralID=37803 CaloEcalE=5392.55 CaloHcalE=416.604 CaloEcalChi2=158.298 CaloBremChi2=125.332 CaloClusChi2=0.662558 CaloTrajectoryL=172.889 CaloEoverP=1.63508 EcalPIDe=0.989182 BremPIDe=0.185998 HcalPIDe=-0.13781 HcalPIDmu=-1.74553 EcalPIDmu=-3.28418 TrackChi2PerDof=0.883726 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6847.45 TrackPt=682.611 CombDLLe=-3.9101 CombDLLmu=-12.0297 CombDLLpi=0 CombDLLk=-22.8518 CombDLLp=-22.8518 CombDLLd=-22.8518 ProbNNe=2.10604e-08 ProbNNpi=0.998646 ProbNNk=0.000318657 ProbNNp=0.00222191 ProbNNghost=0.00160486 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.0863 RichDLLmu=-20.9789 RichDLLpi=0 RichDLLk=-2.35211 RichDLLp=-2.35211 RichPIDStatus=5091 RichDLLbt=-2.35211 RichDLLd=-2.35211 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.30768 CaloElectronMatch=230.86 CaloBremMatch=58.512 CaloChargedEcal=1518.27 CaloChargedID=35560 CaloNeutralEcal=1518.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.613953 CaloNeutralID=35560 CaloEcalE=1718.58 CaloHcalE=882.419 CaloEcalChi2=230.86 CaloBremChi2=357.003 CaloClusChi2=3.30768 CaloTrajectoryL=1887.32 CaloEoverP=0.309373 EcalPIDe=0.605631 BremPIDe=-0.398756 HcalPIDe=-0.310073 HcalPIDmu=-0.170094 EcalPIDmu=-1.58637 TrackChi2PerDof=1.10998 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=5681.33 TrackPt=491.999 CombDLLe=-4.11504 CombDLLmu=-8.75329 CombDLLpi=0 CombDLLk=-2.35211 CombDLLp=-2.35211 CombDLLd=-2.35211 ProbNNe=6.16979e-09 ProbNNpi=0.996872 ProbNNk=0.000231439 ProbNNp=0.0013638 ProbNNghost=0.0146129 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-41.3129 RichDLLmu=-23.6204 RichDLLpi=0 RichDLLk=-17.9583 RichDLLp=-17.9583 RichPIDStatus=5027 RichDLLbt=-17.9583 RichDLLd=-17.9583 InAccBrem=1 CaloBremChi2=9.57172 BremPIDe=3.18724 TrackChi2PerDof=1.40235 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4656.01 TrackPt=772.608 CombDLLe=-2.23802 CombDLLmu=-6.9989 CombDLLpi=0 CombDLLk=-17.9583 CombDLLp=-17.9583 CombDLLd=-17.9583 ProbNNe=4.18689e-05 ProbNNpi=0.994443 ProbNNk=0.000499487 ProbNNp=0.00129343 ProbNNghost=0.00213275 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.2631 RichDLLmu=-9.86025 RichDLLpi=0 RichDLLk=0.171433 RichDLLp=0.171433 RichPIDStatus=5028 RichDLLbt=0.171433 RichDLLd=0.171433 InAccBrem=1 CaloBremChi2=86.1972 BremPIDe=0.371596 TrackChi2PerDof=1.36789 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=2639.02 TrackPt=476.698 CombDLLe=-3.16644 CombDLLmu=-6.73399 CombDLLpi=0 CombDLLk=0.171433 CombDLLp=0.171433 CombDLLd=0.171433 ProbNNe=7.60261e-05 ProbNNpi=0.941023 ProbNNk=0.0362244 ProbNNp=0.0934871 ProbNNghost=0.0236137 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.98237 RichDLLmu=0.627438 RichDLLpi=0 RichDLLk=22.1997 RichDLLp=22.2111 RichPIDStatus=6117 RichDLLbt=22.2111 RichDLLd=22.2111 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.16166 CaloElectronMatch=228.446 CaloBremMatch=228.446 CaloChargedEcal=5540.89 CaloChargedID=38984 CaloNeutralEcal=5540.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.741139 CaloNeutralID=38984 CaloEcalE=2328.43 CaloHcalE=6554.43 CaloEcalChi2=228.446 CaloBremChi2=55.4247 CaloClusChi2=1.16166 CaloTrajectoryL=339.377 CaloEoverP=0.612155 EcalPIDe=0.605631 BremPIDe=1.42598 HcalPIDe=-2.03825 HcalPIDmu=-1.81571 EcalPIDmu=-2.02646 TrackChi2PerDof=0.95805 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=9216.02 TrackPt=285.889 CombDLLe=-0.52759 CombDLLmu=-2.96834 CombDLLpi=0 CombDLLk=22.1997 CombDLLp=22.2111 CombDLLd=22.2111 ProbNNe=1.70338e-05 ProbNNpi=0.00283325 ProbNNk=0.981251 ProbNNp=0.952185 ProbNNghost=0.00220438 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.9454 RichDLLmu=-7.55533 RichDLLpi=0 RichDLLk=0.605997 RichDLLp=0.605997 RichPIDStatus=5028 RichDLLbt=0.605997 RichDLLd=0.605997 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=10.7227 CaloElectronMatch=230.615 CaloBremMatch=67.9827 CaloChargedEcal=954.236 CaloChargedID=34483 CaloNeutralEcal=954.236 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737305 CaloNeutralID=34483 CaloEcalE=25.018 CaloHcalE=2416.1 CaloEcalChi2=230.615 CaloBremChi2=192.298 CaloClusChi2=10.7227 CaloTrajectoryL=3474.71 CaloEoverP=0.250146 EcalPIDe=0.497498 BremPIDe=-0.32426 HcalPIDe=-1.50482 HcalPIDmu=0.68547 EcalPIDmu=0.494733 TrackChi2PerDof=1.10026 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4234.23 TrackPt=407.169 CombDLLe=-3.83174 CombDLLmu=-5.16969 CombDLLpi=0 CombDLLk=0.605997 CombDLLp=0.605997 CombDLLd=0.605997 ProbNNe=1.25464e-06 ProbNNpi=0.945387 ProbNNk=0.0384091 ProbNNp=0.0935754 ProbNNghost=0.0200955 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.6328 RichDLLmu=-7.10837 RichDLLpi=0 RichDLLk=0.561375 RichDLLp=0.561375 RichPIDStatus=5028 RichDLLbt=0.561375 RichDLLd=0.561375 InAccBrem=1 CaloBremChi2=205.505 BremPIDe=-0.296068 TrackChi2PerDof=1.42799 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=2658.59 TrackPt=301.262 CombDLLe=-2.90053 CombDLLmu=-6.22963 CombDLLpi=0 CombDLLk=0.561375 CombDLLp=0.561375 CombDLLd=0.561375 ProbNNe=0.00373744 ProbNNpi=0.866204 ProbNNk=0.0590912 ProbNNp=0.130839 ProbNNghost=0.148716 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.0824 RichDLLmu=-7.73919 RichDLLpi=0 RichDLLk=-21.9209 RichDLLp=-19.0496 RichPIDStatus=6051 RichDLLbt=-19.0496 RichDLLd=-19.0496 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0220713 CaloElectronMatch=305.918 CaloBremMatch=305.918 CaloChargedEcal=11140.7 CaloChargedID=33684 CaloNeutralEcal=11140.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889612 CaloNeutralID=33684 CaloEcalE=6667.54 CaloHcalE=382.205 CaloEcalChi2=305.918 CaloBremChi2=40.4065 CaloClusChi2=0.0220713 CaloTrajectoryL=-96.542 CaloEoverP=1.06016 EcalPIDe=0.424072 BremPIDe=2.01237 HcalPIDe=0.0154593 HcalPIDmu=-1.5693 EcalPIDmu=-3.28816 TrackChi2PerDof=0.846749 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=10652.5 TrackPt=1795.58 CombDLLe=-0.794252 CombDLLmu=-11.2515 CombDLLpi=0 CombDLLk=-21.9209 CombDLLp=-19.0496 CombDLLd=-19.0496 ProbNNe=1.78879e-08 ProbNNpi=0.999347 ProbNNk=4.93318e-05 ProbNNp=1.71649e-05 ProbNNghost=0.000328796 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-23.439 RichDLLmu=-14.4287 RichDLLpi=0 RichDLLk=1.61888 RichDLLp=1.61888 RichPIDStatus=5028 RichDLLbt=1.61888 RichDLLd=1.61888 InAccBrem=1 CaloBremChi2=278.562 BremPIDe=-0.318955 TrackChi2PerDof=1.0477 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=3553.3 TrackPt=571.397 CombDLLe=-4.00792 CombDLLmu=-6.95652 CombDLLpi=0 CombDLLk=1.61888 CombDLLp=1.61888 CombDLLd=1.61888 ProbNNe=5.22542e-05 ProbNNpi=0.941582 ProbNNk=0.037224 ProbNNp=0.0861874 ProbNNghost=0.0155102 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-33.3405 RichDLLmu=-21.3487 RichDLLpi=0 RichDLLk=-6.67793 RichDLLp=-6.67793 RichPIDStatus=5027 RichDLLbt=-6.67793 RichDLLd=-6.67793 InAccBrem=1 CaloBremChi2=1138.81 BremPIDe=-0.553589 TrackChi2PerDof=0.841977 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4514.02 TrackPt=667.468 CombDLLe=-5.33009 CombDLLmu=-6.99726 CombDLLpi=0 CombDLLk=-6.67793 CombDLLp=-6.67793 CombDLLd=-6.67793 ProbNNe=6.35089e-06 ProbNNpi=0.990861 ProbNNk=0.000935553 ProbNNp=0.0027594 ProbNNghost=0.00233598 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-54.3176 RichDLLmu=-16.9187 RichDLLpi=0 RichDLLk=-31.4618 RichDLLp=-31.4618 RichPIDStatus=5027 RichDLLbt=-31.4618 RichDLLd=-31.4618 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.30917 CaloElectronMatch=276.756 CaloBremMatch=276.756 CaloChargedEcal=4607.72 CaloChargedID=34181 CaloNeutralEcal=4607.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921409 CaloNeutralID=34181 CaloEcalE=3397.5 CaloHcalE=1085.93 CaloEcalChi2=276.756 CaloBremChi2=16.0234 CaloClusChi2=2.30917 CaloTrajectoryL=404.335 CaloEoverP=0.519102 EcalPIDe=0.27519 BremPIDe=2.90047 HcalPIDe=-0.546759 HcalPIDmu=0.514697 EcalPIDmu=-2.74158 TrackChi2PerDof=0.797168 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=9008.62 TrackPt=1614.81 CombDLLe=-3.5025 CombDLLmu=-9.21079 CombDLLpi=0 CombDLLk=-31.4618 CombDLLp=-31.4618 CombDLLd=-31.4618 ProbNNe=9.82287e-08 ProbNNpi=0.998351 ProbNNk=6.39073e-05 ProbNNp=1.9635e-05 ProbNNghost=0.00117476 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.99584 RichDLLmu=-1.81414 RichDLLpi=0 RichDLLk=-12.1535 RichDLLp=-3.71842 RichPIDStatus=8163 RichDLLbt=-1.32741 RichDLLd=-1.32741 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.682102 CaloElectronMatch=446.364 CaloBremMatch=446.364 CaloChargedEcal=7805.47 CaloChargedID=42390 CaloNeutralEcal=7805.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88781 CaloNeutralID=42390 CaloEcalE=6109.17 CaloHcalE=11831.3 CaloEcalChi2=446.364 CaloBremChi2=146.89 CaloClusChi2=0.682102 CaloTrajectoryL=193.947 CaloEoverP=0.331335 EcalPIDe=-0.142358 BremPIDe=-0.540422 HcalPIDe=-2.87281 HcalPIDmu=-2.7165 EcalPIDmu=-3.09962 TrackChi2PerDof=1.22122 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=24432.7 TrackPt=700.836 CombDLLe=-4.76753 CombDLLmu=-8.25004 CombDLLpi=0 CombDLLk=-12.1535 CombDLLp=-3.71842 CombDLLd=-1.32741 ProbNNe=8.31428e-06 ProbNNpi=0.986844 ProbNNk=0.000855692 ProbNNp=0.0134923 ProbNNghost=0.0765671 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.366255 RichDLLmu=0.101001 RichDLLpi=0 RichDLLk=-6.91654 RichDLLp=-0.0966427 RichPIDStatus=139201 RichDLLbt=-0.687414 RichDLLd=-6.51931 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.102997 CaloElectronMatch=3809.68 CaloBremMatch=2730.78 CaloChargedEcal=9958.52 CaloChargedID=43483 CaloNeutralEcal=9958.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.605523 CaloNeutralID=43483 CaloEcalE=3150.36 CaloEcalChi2=3809.68 CaloBremChi2=548.568 CaloClusChi2=0.102997 CaloTrajectoryL=205.156 CaloEoverP=0.116034 EcalPIDe=-1.87546 BremPIDe=-0.0160513 EcalPIDmu=-1.0001 TrackChi2PerDof=1.5222 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=86714.1 TrackPt=2023 CombDLLe=-1.82742 CombDLLmu=-0.858716 CombDLLpi=0 CombDLLk=-6.91654 CombDLLp=-0.0966427 CombDLLd=-6.51931 ProbNNe=3.32114e-09 ProbNNpi=0.871201 ProbNNk=0.000339843 ProbNNp=0.0139294 ProbNNghost=0.0344411 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.3669 RichDLLmu=-15.2287 RichDLLpi=0 RichDLLk=-3.04916 RichDLLp=-3.04916 RichPIDStatus=5027 RichDLLbt=-3.04916 RichDLLd=-3.04916 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.385818 CaloElectronMatch=18.5777 CaloBremMatch=18.5777 CaloChargedEcal=3613.46 CaloChargedID=39913 CaloNeutralEcal=3613.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.774205 CaloNeutralID=39913 CaloEcalE=2513.41 CaloHcalE=4384.6 CaloEcalChi2=18.5777 CaloBremChi2=977.625 CaloClusChi2=0.385818 CaloTrajectoryL=-83.531 CaloEoverP=0.920437 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-1.33861 HcalPIDmu=-0.440538 EcalPIDmu=-2.39477 TrackChi2PerDof=0.528582 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4109.24 TrackPt=635.332 CombDLLe=-2.95741 CombDLLmu=-9.80371 CombDLLpi=0 CombDLLk=-3.04916 CombDLLp=-3.04916 CombDLLd=-3.04916 ProbNNe=4.18358e-06 ProbNNpi=0.995316 ProbNNk=0.00209892 ProbNNp=0.0037575 ProbNNghost=0.0050893 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.70342 RichDLLmu=1.71501 RichDLLpi=0 RichDLLk=25.9207 RichDLLp=26.9744 RichPIDStatus=6053 RichDLLbt=26.9744 RichDLLd=26.9744 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.68007 CaloElectronMatch=1351.04 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=842.212 CaloHcalE=10089 CaloEcalChi2=1351.04 CaloBremChi2=44.5756 CaloClusChi2=3.68007 CaloTrajectoryL=-961.425 CaloEoverP=0.0934776 EcalPIDe=-1.38554 BremPIDe=1.95613 HcalPIDe=-2.4429 HcalPIDmu=-1.62465 EcalPIDmu=0.436808 TrackChi2PerDof=1.46003 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=10404.7 TrackPt=1858.14 CombDLLe=-1.05297 CombDLLmu=1.12325 CombDLLpi=0 CombDLLk=25.9207 CombDLLp=26.9744 CombDLLd=26.9744 ProbNNe=0.000920161 ProbNNpi=0.00626372 ProbNNk=0.982432 ProbNNp=0.927916 ProbNNghost=0.00202431 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-31.0758 RichDLLmu=-33.6914 RichDLLpi=0 RichDLLk=-22.7889 RichDLLp=-22.7889 RichPIDStatus=5027 RichDLLbt=-22.7889 RichDLLd=-22.7889 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.73136 CaloElectronMatch=27.2748 CaloBremMatch=27.2748 CaloChargedEcal=2930.7 CaloChargedID=35773 CaloNeutralEcal=2930.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871545 CaloNeutralID=35773 CaloEcalE=2385.77 CaloEcalChi2=27.2748 CaloBremChi2=92.3818 CaloClusChi2=2.73136 CaloTrajectoryL=232.986 CaloEoverP=0.725038 EcalPIDe=2.97947 BremPIDe=0.142978 EcalPIDmu=-2.2286 TrackChi2PerDof=1.01842 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4222.44 TrackPt=673.902 CombDLLe=-1.43399 CombDLLmu=-9.22858 CombDLLpi=0 CombDLLk=-22.7889 CombDLLp=-22.7889 CombDLLd=-22.7889 ProbNNe=0.00110503 ProbNNpi=0.989737 ProbNNk=9.96774e-05 ProbNNp=0.000681817 ProbNNghost=0.00686054 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.88785 RichDLLmu=-0.611126 RichDLLpi=0 RichDLLk=4.9965 RichDLLp=4.9965 RichPIDStatus=5060 RichDLLbt=4.9965 RichDLLd=4.9965 MuonMuLL=0 MuonBkgLL=-0.966654 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=23.9338 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.02299 CaloElectronMatch=489.396 CaloChargedEcal=12096.5 CaloChargedID=43209 CaloEcalE=3454.58 CaloHcalE=23224.6 CaloEcalChi2=489.396 CaloClusChi2=2.02299 CaloTrajectoryL=74.9092 CaloEoverP=0.962458 EcalPIDe=-0.319062 HcalPIDe=-1.89687 HcalPIDmu=-0.745537 EcalPIDmu=-2.92747 TrackChi2PerDof=1.24631 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=12789.4 TrackPt=278.143 CombDLLe=-2.89417 CombDLLmu=-3.5577 CombDLLpi=0 CombDLLk=4.9965 CombDLLp=4.9965 CombDLLd=5.96315 ProbNNe=8.59853e-05 ProbNNpi=0.679994 ProbNNk=0.109767 ProbNNp=0.14215 ProbNNghost=0.427871 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-42.6624 RichDLLmu=-25.7761 RichDLLpi=0 RichDLLk=-20.4746 RichDLLp=-20.4529 RichPIDStatus=6115 RichDLLbt=-20.4529 RichDLLd=-20.4529 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.26151 CaloElectronMatch=386.718 CaloBremMatch=386.718 CaloChargedEcal=949.708 CaloChargedID=42057 CaloNeutralEcal=949.708 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920612 CaloNeutralID=42057 CaloEcalE=860.018 CaloHcalE=15384.6 CaloEcalChi2=386.718 CaloBremChi2=66.2904 CaloClusChi2=6.26151 CaloTrajectoryL=266.553 CaloEoverP=0.136595 EcalPIDe=-0.0141273 BremPIDe=1.30348 HcalPIDe=-1.17839 HcalPIDmu=-1.10852 EcalPIDmu=0.436808 TrackChi2PerDof=1.23171 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=9250.36 TrackPt=440.424 CombDLLe=-5.40617 CombDLLmu=-7.67125 CombDLLpi=0 CombDLLk=-20.4746 CombDLLp=-20.4529 CombDLLd=-20.4529 ProbNNe=3.46991e-07 ProbNNpi=0.99936 ProbNNk=0.00156315 ProbNNp=0.00386201 ProbNNghost=0.00674599 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.8254 RichDLLmu=-2.93912 RichDLLpi=0 RichDLLk=-7.30759 RichDLLp=-7.2113 RichPIDStatus=6083 RichDLLbt=-7.2113 RichDLLd=-7.2113 MuonMuLL=-0.026652 MuonBkgLL=-1.23738 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=5.81937 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.60922 CaloElectronMatch=380.918 CaloChargedEcal=4917.56 CaloChargedID=43277 CaloEcalE=2329.51 CaloHcalE=12563.9 CaloEcalChi2=380.918 CaloClusChi2=1.60922 CaloTrajectoryL=349.232 CaloEoverP=0.2996 EcalPIDe=0.0386953 HcalPIDe=-2.5812 HcalPIDmu=-2.91707 EcalPIDmu=-1.45806 TrackChi2PerDof=0.7298 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=17162.8 TrackPt=350.825 CombDLLe=-4.39201 CombDLLmu=-6.86271 CombDLLpi=0 CombDLLk=-7.30759 CombDLLp=-7.2113 CombDLLd=-5.97392 ProbNNe=2.6839e-07 ProbNNpi=0.993273 ProbNNk=8.30767e-05 ProbNNp=0.000298256 ProbNNghost=0.00480558 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.2893 RichDLLmu=-14.8692 RichDLLpi=0 RichDLLk=-11.7454 RichDLLp=-11.7454 RichPIDStatus=5027 RichDLLbt=-11.7454 RichDLLd=-11.7454 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.37041 CaloElectronMatch=15.6623 CaloBremMatch=15.6623 CaloChargedEcal=6089.56 CaloChargedID=34064 CaloNeutralEcal=6089.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697535 CaloNeutralID=34064 CaloEcalE=2930.77 CaloHcalE=0 CaloEcalChi2=15.6623 CaloBremChi2=13.5875 CaloClusChi2=1.37041 CaloTrajectoryL=291.958 CaloEoverP=1.08529 EcalPIDe=3.6423 BremPIDe=3.0352 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.94561 TrackChi2PerDof=2.80146 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=5650.34 TrackPt=602.14 CombDLLe=3.25104 CombDLLmu=-12.391 CombDLLpi=0 CombDLLk=-11.7454 CombDLLp=-11.7454 CombDLLd=-11.7454 ProbNNe=4.61176e-07 ProbNNpi=0.801525 ProbNNk=0.00147074 ProbNNp=0.00275007 ProbNNghost=0.303896 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.1549 RichDLLmu=-19.0766 RichDLLpi=0 RichDLLk=-3.86539 RichDLLp=-3.86539 RichPIDStatus=5027 RichDLLbt=-3.86539 RichDLLd=-3.86539 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.126792 CaloElectronMatch=34.3864 CaloBremMatch=34.3864 CaloChargedEcal=2392 CaloChargedID=40124 CaloNeutralEcal=2392 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811677 CaloNeutralID=40124 CaloEcalE=721.56 CaloHcalE=143.491 CaloEcalChi2=34.3864 CaloBremChi2=395.591 CaloClusChi2=0.126792 CaloTrajectoryL=1.13299 CaloEoverP=0.801878 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=-0.11382 HcalPIDmu=-2.39464 EcalPIDmu=0.566712 TrackChi2PerDof=0.519185 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=3279.28 TrackPt=455.648 CombDLLe=-1.37435 CombDLLmu=-8.82113 CombDLLpi=0 CombDLLk=-3.86539 CombDLLp=-3.86539 CombDLLd=-3.86539 ProbNNe=1.16828e-05 ProbNNpi=0.996304 ProbNNk=0.000851152 ProbNNp=0.00292989 ProbNNghost=0.00538651 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.60828 RichDLLmu=-9.00262 RichDLLpi=0 RichDLLk=-6.1189 RichDLLp=-6.1189 RichPIDStatus=5027 RichDLLbt=-6.1189 RichDLLd=-6.1189 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.651607 CaloElectronMatch=381.884 CaloBremMatch=250.258 CaloChargedEcal=9791.66 CaloChargedID=38917 CaloNeutralEcal=9791.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849864 CaloNeutralID=38917 CaloEcalE=2173.69 CaloHcalE=237.525 CaloEcalChi2=381.884 CaloBremChi2=439.085 CaloClusChi2=0.651607 CaloTrajectoryL=-90.1736 CaloEoverP=1.39711 EcalPIDe=-0.0141273 BremPIDe=-0.492427 HcalPIDe=0.0890684 HcalPIDmu=-2.49368 EcalPIDmu=-2.40841 TrackChi2PerDof=1.49839 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=7185.56 TrackPt=211.966 CombDLLe=-2.06732 CombDLLmu=-11.5301 CombDLLpi=0 CombDLLk=-6.1189 CombDLLp=-6.1189 CombDLLd=-6.1189 ProbNNe=0.000561858 ProbNNpi=0.898006 ProbNNk=0.00629091 ProbNNp=0.0206375 ProbNNghost=0.249296 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.557354 CaloElectronMatch=15.3534 CaloChargedEcal=2806.13 CaloChargedID=34873 CaloEcalE=2265.34 CaloHcalE=271.617 CaloEcalChi2=15.3534 CaloClusChi2=0.557354 CaloTrajectoryL=48.2162 CaloEoverP=0.941409 EcalPIDe=2.97947 HcalPIDe=-0.19426 HcalPIDmu=-1.03802 EcalPIDmu=-2.35521 TrackChi2PerDof=1.69987 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=3271.38 TrackPt=67.8288 CombDLLe=2.78521 CombDLLmu=-3.39323 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.867935 ProbNNpi=0.0273121 ProbNNk=0.0579965 ProbNNp=0.0212937 ProbNNghost=0.994401 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.2184 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=55.7149 BremPIDe=0.484836 TrackChi2PerDof=1.74141 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=1736.14 TrackPt=269.367 CombDLLe=-1.26548 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.316195 ProbNNpi=0.770365 ProbNNk=0.0405483 ProbNNp=0.127854 ProbNNghost=0.319597 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.20044 RichDLLmu=-2.18349 RichDLLpi=0 RichDLLk=-6.96877 RichDLLp=-6.96877 RichPIDStatus=5059 RichDLLbt=-6.96877 RichDLLd=-6.96877 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.175537 CaloElectronMatch=34.9559 CaloChargedEcal=8396.18 CaloChargedID=43373 CaloEcalE=5037.09 CaloHcalE=17475.9 CaloEcalChi2=34.9559 CaloClusChi2=0.175537 CaloTrajectoryL=130.999 CaloEoverP=0.652903 EcalPIDe=4.33705 HcalPIDe=-1.89687 HcalPIDmu=-1.83466 EcalPIDmu=-3.41223 TrackChi2PerDof=1.07262 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=13415.9 TrackPt=293.617 CombDLLe=1.02488 CombDLLmu=-8.12322 CombDLLpi=0 CombDLLk=-6.96877 CombDLLp=-6.96877 CombDLLd=-6.96877 ProbNNe=0.00129755 ProbNNpi=0.991591 ProbNNk=0.00148564 ProbNNp=0.00118295 ProbNNghost=0.0201735 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.4351 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=1068.23 BremPIDe=-0.53289 TrackChi2PerDof=0.808014 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=1687.98 TrackPt=261.304 CombDLLe=-4.09328 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000119592 ProbNNpi=0.912979 ProbNNk=0.052702 ProbNNp=0.0707849 ProbNNghost=0.0362776 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.5645 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=291.919 BremPIDe=-0.0713868 TrackChi2PerDof=0.806016 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=1475.82 TrackPt=352.789 CombDLLe=-2.96175 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00306167 ProbNNpi=0.900636 ProbNNk=0.0444424 ProbNNp=0.0840174 ProbNNghost=0.0519491 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.6134 RichDLLmu=-21.4025 RichDLLpi=0 RichDLLk=-22.0665 RichDLLp=-22.0665 RichPIDStatus=5091 RichDLLbt=-22.0665 RichDLLd=-22.0665 MuonMuLL=-0.742337 MuonBkgLL=-0.828555 MuonNShared=3 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=14.0127 MuonMVA1=-999 MuonMVA2=-1.40911 MuonMVA3=-999 MuonMVA4=-999 InAccBrem=1 CaloBremChi2=309.897 BremPIDe=-0.554165 TrackChi2PerDof=0.808835 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=7190.51 TrackPt=650.341 CombDLLe=-5.78069 CombDLLmu=-6.9111 CombDLLpi=0 CombDLLk=-22.0665 CombDLLp=-22.0665 CombDLLd=-21.2379 ProbNNe=1.5508e-07 ProbNNmu=0.00106764 ProbNNpi=0.459245 ProbNNk=0.000907478 ProbNNp=0.212228 ProbNNghost=0.128529 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.1544 RichDLLmu=-11.9433 RichDLLpi=0 RichDLLk=0.776421 RichDLLp=0.776421 RichPIDStatus=5060 RichDLLbt=0.776421 RichDLLd=0.776421 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.94186 CaloElectronMatch=161.927 CaloChargedEcal=5784.88 CaloChargedID=43447 CaloEcalE=2745.44 CaloHcalE=5186.49 CaloEcalChi2=161.927 CaloClusChi2=1.94186 CaloTrajectoryL=331.863 CaloEoverP=0.61195 EcalPIDe=0.989182 HcalPIDe=-2.09086 HcalPIDmu=-1.29052 EcalPIDmu=-2.29891 TrackChi2PerDof=2.11178 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=9873.78 TrackPt=201.874 CombDLLe=-3.93225 CombDLLmu=-10.4726 CombDLLpi=0 CombDLLk=0.776421 CombDLLp=0.776421 CombDLLd=0.776421 ProbNNe=5.68436e-06 ProbNNpi=0.839185 ProbNNk=0.000203022 ProbNNp=0.00104739 ProbNNghost=0.643565 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-67.9384 RichDLLmu=-38.2716 RichDLLpi=0 RichDLLk=-25.1188 RichDLLp=-25.1188 RichPIDStatus=5091 RichDLLbt=-25.1188 RichDLLd=-25.1188 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.76107 CaloElectronMatch=220.781 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=702.468 CaloHcalE=2828.17 CaloEcalChi2=220.781 CaloBremChi2=28.007 CaloClusChi2=9.76107 CaloTrajectoryL=6657.1 CaloEoverP=0.29592 EcalPIDe=0.605631 BremPIDe=2.23396 HcalPIDe=-1.45309 HcalPIDmu=0.204031 EcalPIDmu=0.678135 TrackChi2PerDof=1.09208 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=5179.1 TrackPt=1158.13 CombDLLe=-5.16002 CombDLLmu=-6.11783 CombDLLpi=0 CombDLLk=-25.1188 CombDLLp=-25.1188 CombDLLd=-25.1188 ProbNNe=1.19948e-09 ProbNNpi=0.995814 ProbNNk=7.55834e-05 ProbNNp=0.000278825 ProbNNghost=0.0081688 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.473424 RichDLLmu=-0.0898924 RichDLLpi=0 RichDLLk=10.9417 RichDLLp=4.0499 RichPIDStatus=8132 RichDLLbt=4.03074 RichDLLd=4.03074 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.0941 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=44582.5 TrackPt=827.55 CombDLLe=-0.0828453 CombDLLmu=-0.125836 CombDLLpi=0 CombDLLk=10.9417 CombDLLp=4.0499 CombDLLd=4.03074 ProbNNe=0.0667507 ProbNNpi=0.14317 ProbNNk=0.995443 ProbNNp=0.337751 ProbNNghost=0.0108489 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-39.8153 RichDLLmu=-32.3365 RichDLLpi=0 RichDLLk=-15.9055 RichDLLp=-15.9055 RichPIDStatus=5027 RichDLLbt=-15.9055 RichDLLd=-15.9055 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.25043 CaloElectronMatch=135.263 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=900.816 CaloHcalE=3557.59 CaloEcalChi2=135.263 CaloBremChi2=441.43 CaloClusChi2=2.25043 CaloTrajectoryL=491.091 CaloEoverP=0.289978 EcalPIDe=0.83137 BremPIDe=-0.553589 HcalPIDe=-1.44621 HcalPIDmu=0.362701 EcalPIDmu=-0.290136 TrackChi2PerDof=1.22848 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=3354.08 TrackPt=634.855 CombDLLe=-6.48597 CombDLLmu=-6.9274 CombDLLpi=0 CombDLLk=-15.9055 CombDLLp=-15.9055 CombDLLd=-15.9055 ProbNNe=4.32398e-07 ProbNNpi=0.996174 ProbNNk=0.000311856 ProbNNp=0.00498589 ProbNNghost=0.0101711 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.5761 RichDLLmu=-5.96878 RichDLLpi=0 RichDLLk=-9.01754 RichDLLp=-8.51061 RichPIDStatus=6083 RichDLLbt=-8.51061 RichDLLd=-8.51061 MuonMuLL=-0.0418642 MuonBkgLL=-1.44609 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=35.7765 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.32193 CaloElectronMatch=353.001 CaloChargedEcal=5362.91 CaloChargedID=42930 CaloEcalE=262.68 CaloHcalE=5082.12 CaloEcalChi2=353.001 CaloClusChi2=1.32193 CaloTrajectoryL=-133.307 CaloEoverP=0.357441 EcalPIDe=0.285969 HcalPIDe=-1.60013 HcalPIDmu=-0.549822 EcalPIDmu=-0.166385 TrackChi2PerDof=0.95178 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=16498 TrackPt=226.404 CombDLLe=-3.60276 CombDLLmu=-5.13416 CombDLLpi=0 CombDLLk=-9.01754 CombDLLp=-8.51061 CombDLLd=-7.06452 ProbNNe=9.15968e-08 ProbNNpi=0.992623 ProbNNk=2.988e-05 ProbNNp=0.000145096 ProbNNghost=0.00916486 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.1109 RichDLLmu=-14.0745 RichDLLpi=0 RichDLLk=5.93774 RichDLLp=5.93774 RichPIDStatus=5028 RichDLLbt=5.93774 RichDLLd=5.93774 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.63642 CaloElectronMatch=28.3383 CaloBremMatch=28.3383 CaloChargedEcal=2129.87 CaloChargedID=36153 CaloNeutralEcal=2129.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960979 CaloNeutralID=36153 CaloEcalE=1851.48 CaloHcalE=0 CaloEcalChi2=28.3383 CaloBremChi2=153.615 CaloClusChi2=4.63642 CaloTrajectoryL=236.756 CaloEoverP=0.805885 EcalPIDe=2.97947 BremPIDe=-0.0936627 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-2.19735 TrackChi2PerDof=0.979135 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=2880.22 TrackPt=619.979 CombDLLe=-0.401983 CombDLLmu=-11.5419 CombDLLpi=0 CombDLLk=5.93774 CombDLLp=5.93774 CombDLLd=5.93774 ProbNNe=6.70124e-07 ProbNNpi=0.72817 ProbNNk=0.201578 ProbNNp=0.473946 ProbNNghost=0.0142317 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-35.0766 RichDLLmu=-24.4839 RichDLLpi=0 RichDLLk=-10.6498 RichDLLp=-10.6498 RichPIDStatus=5091 RichDLLbt=-10.6498 RichDLLd=-10.6498 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.127698 CaloElectronMatch=65.5436 CaloBremMatch=65.5436 CaloChargedEcal=3053.35 CaloChargedID=33893 CaloNeutralEcal=3053.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869691 CaloNeutralID=33893 CaloEcalE=1206.79 CaloHcalE=0 CaloEcalChi2=65.5436 CaloBremChi2=197.135 CaloClusChi2=0.127698 CaloTrajectoryL=-142.317 CaloEoverP=0.646666 EcalPIDe=1.84829 BremPIDe=-0.296068 HcalPIDe=0.83611 HcalPIDmu=-2.46366 EcalPIDmu=-0.801309 TrackChi2PerDof=0.980279 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=5010.19 TrackPt=856.182 CombDLLe=-2.54576 CombDLLmu=-10.2642 CombDLLpi=0 CombDLLk=-10.6498 CombDLLp=-10.6498 CombDLLd=-10.6498 ProbNNe=4.51757e-09 ProbNNpi=0.99871 ProbNNk=0.000349849 ProbNNp=0.0023303 ProbNNghost=0.00171555 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.434 RichDLLmu=-10.2037 RichDLLpi=0 RichDLLk=-0.256552 RichDLLp=-0.256552 RichPIDStatus=5027 RichDLLbt=-0.256552 RichDLLd=-0.256552 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.33872 CaloElectronMatch=56.1536 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=1651.47 CaloHcalE=10225 CaloEcalChi2=56.1536 CaloBremChi2=174.554 CaloClusChi2=1.33872 CaloTrajectoryL=427.874 CaloEoverP=0.35734 EcalPIDe=2.97947 BremPIDe=-0.170017 HcalPIDe=-0.613322 HcalPIDmu=0.635428 EcalPIDmu=-1.95608 TrackChi2PerDof=0.815839 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=2721.81 TrackPt=531.308 CombDLLe=-1.09811 CombDLLmu=-8.08822 CombDLLpi=0 CombDLLk=-0.256552 CombDLLp=-0.256552 CombDLLd=-0.256552 ProbNNe=8.61192e-06 ProbNNpi=0.976117 ProbNNk=0.0173981 ProbNNp=0.0442674 ProbNNghost=0.0170511 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.77399 RichDLLmu=-2.81098 RichDLLpi=0 RichDLLk=12.7373 RichDLLp=12.8075 RichPIDStatus=6117 RichDLLbt=12.8075 RichDLLd=12.8075 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.59489 CaloElectronMatch=464.144 CaloBremMatch=268.635 CaloChargedEcal=2028.85 CaloChargedID=39370 CaloNeutralEcal=2028.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.610505 CaloNeutralID=39370 CaloEcalE=548.172 CaloHcalE=570.657 CaloEcalChi2=464.144 CaloBremChi2=75.9945 CaloClusChi2=2.59489 CaloTrajectoryL=151.734 CaloEoverP=0.228239 EcalPIDe=-0.270192 BremPIDe=0.75355 HcalPIDe=-0.176853 HcalPIDmu=-1.26188 EcalPIDmu=1.63258 TrackChi2PerDof=1.221 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=9296.42 TrackPt=362.909 CombDLLe=-0.35199 CombDLLmu=-3.19654 CombDLLpi=0 CombDLLk=12.7373 CombDLLp=12.8075 CombDLLd=12.8075 ProbNNe=5.49918e-05 ProbNNpi=0.201384 ProbNNk=0.542085 ProbNNp=0.871841 ProbNNghost=0.0549879 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-14.4622 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.502946 CaloElectronMatch=4.41088 CaloBremMatch=4.41088 CaloChargedEcal=1568.55 CaloChargedID=34299 CaloNeutralEcal=1568.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902047 CaloNeutralID=34299 CaloEcalE=484.528 CaloEcalChi2=4.41088 CaloBremChi2=5.79542 CaloClusChi2=0.502946 CaloTrajectoryL=68.8467 CaloEoverP=1.06926 EcalPIDe=2.97947 BremPIDe=2.26754 EcalPIDmu=0.987184 TrackChi2PerDof=1.0255 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=1754.25 TrackPt=387.239 CombDLLe=2.82093 CombDLLmu=0.987184 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0284213 ProbNNpi=0.860921 ProbNNk=0.052057 ProbNNp=0.137002 ProbNNghost=0.0779256 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.0422 RichDLLmu=-13.4479 RichDLLpi=0 RichDLLk=-1.51383 RichDLLp=-1.51383 RichPIDStatus=5027 RichDLLbt=-1.51383 RichDLLd=-1.51383 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=18.1893 CaloElectronMatch=82.8904 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=275.892 CaloHcalE=2227.65 CaloEcalChi2=82.8904 CaloBremChi2=186.827 CaloClusChi2=18.1893 CaloTrajectoryL=2368.75 CaloEoverP=0.349535 EcalPIDe=1.51236 BremPIDe=-0.32426 HcalPIDe=-1.22416 HcalPIDmu=1.17985 EcalPIDmu=0.383137 TrackChi2PerDof=1.30587 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=2782.58 TrackPt=527.197 CombDLLe=-3.13762 CombDLLmu=-5.37275 CombDLLpi=0 CombDLLk=-1.51383 CombDLLp=-1.51383 CombDLLd=-1.51383 ProbNNe=8.51172e-06 ProbNNpi=0.968471 ProbNNk=0.0202173 ProbNNp=0.038509 ProbNNghost=0.0505389 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0685983 RichDLLmu=0.155761 RichDLLpi=0 RichDLLk=-1.12164 RichDLLp=0.707312 RichPIDStatus=139206 RichDLLbt=5.72641 RichDLLd=5.80617 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.04955 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=112184 TrackPt=2228.15 CombDLLe=0.0120047 CombDLLmu=0.217995 CombDLLpi=0 CombDLLk=-1.12164 CombDLLp=0.707312 CombDLLd=5.80617 ProbNNe=0.0922401 ProbNNpi=0.55716 ProbNNk=0.114754 ProbNNp=0.462289 ProbNNghost=0.144892 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.4439 RichDLLmu=-14.7724 RichDLLpi=0 RichDLLk=-8.71268 RichDLLp=-8.71268 RichPIDStatus=5027 RichDLLbt=-8.71268 RichDLLd=-8.71268 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.435023 CaloElectronMatch=99.44 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=4654.26 CaloHcalE=5555.52 CaloEcalChi2=99.44 CaloBremChi2=342.854 CaloClusChi2=0.435023 CaloTrajectoryL=765.893 CaloEoverP=0.307481 EcalPIDe=1.51236 BremPIDe=-0.373552 HcalPIDe=-0.88472 HcalPIDmu=0.336287 EcalPIDmu=-0.924357 TrackChi2PerDof=0.874039 TrackNumDof=20 TrackType=3 TrackHistory=32 TrackP=3163.15 TrackPt=587.696 CombDLLe=-4.95928 CombDLLmu=-7.55016 CombDLLpi=0 CombDLLk=-8.71268 CombDLLp=-8.71268 CombDLLd=-8.71268 ProbNNe=4.0332e-06 ProbNNpi=0.996475 ProbNNk=0.000382947 ProbNNp=0.00100134 ProbNNghost=0.00792571 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.9201 RichDLLmu=-9.75489 RichDLLpi=0 RichDLLk=-7.56738 RichDLLp=-7.56738 RichPIDStatus=5059 RichDLLbt=-7.56738 RichDLLd=-7.56738 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.53648 CaloElectronMatch=194.365 CaloChargedEcal=4468.8 CaloChargedID=42935 CaloEcalE=2594.42 CaloHcalE=3548.94 CaloEcalChi2=194.365 CaloClusChi2=2.53648 CaloTrajectoryL=413.74 CaloEoverP=0.461303 EcalPIDe=0.786938 HcalPIDe=-1.25274 HcalPIDmu=-0.0101547 EcalPIDmu=-2.29891 TrackChi2PerDof=1.14506 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=10428 TrackPt=58.0547 CombDLLe=-4.33831 CombDLLmu=-9.03184 CombDLLpi=0 CombDLLk=-7.56738 CombDLLp=-7.56738 CombDLLd=-7.56738 ProbNNe=2.51511e-08 ProbNNpi=0.978497 ProbNNk=1.8597e-05 ProbNNp=7.67398e-05 ProbNNghost=0.0786992 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.66155 RichDLLmu=-2.56582 RichDLLpi=0 RichDLLk=12.3554 RichDLLp=13.1113 RichPIDStatus=6117 RichDLLbt=13.1113 RichDLLd=13.1113 MuonMuLL=0 MuonBkgLL=-0.277716 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=469.038 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.138 CaloElectronMatch=387.136 CaloBremMatch=387.136 CaloChargedEcal=2707.39 CaloChargedID=39904 CaloNeutralEcal=2707.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841157 CaloNeutralID=39904 CaloEcalE=803.074 CaloHcalE=8202.58 CaloEcalChi2=387.136 CaloBremChi2=12.799 CaloClusChi2=1.138 CaloTrajectoryL=173.51 CaloEoverP=0.267196 EcalPIDe=-0.10442 BremPIDe=3.33445 HcalPIDe=-2.51216 HcalPIDmu=-2.0837 EcalPIDmu=0.436808 TrackChi2PerDof=2.65238 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=10319.7 TrackPt=1142.39 CombDLLe=-0.266341 CombDLLmu=-4.67602 CombDLLpi=0 CombDLLk=12.3554 CombDLLp=13.1113 CombDLLd=13.389 ProbNNe=4.72413e-05 ProbNNpi=0.00919412 ProbNNk=0.229471 ProbNNp=0.061407 ProbNNghost=0.988963 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.495165 RichDLLmu=-1.82275 RichDLLpi=0 RichDLLk=3.09089 RichDLLp=3.09089 RichPIDStatus=5028 RichDLLbt=3.09089 RichDLLd=3.09089 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.66409 CaloElectronMatch=364.335 CaloChargedEcal=9791.66 CaloChargedID=38917 CaloEcalE=2173.69 CaloHcalE=237.525 CaloEcalChi2=364.335 CaloClusChi2=0.66409 CaloTrajectoryL=-89.7258 CaloEoverP=1.36493 EcalPIDe=0.0750074 HcalPIDe=0.0890684 HcalPIDmu=-2.49368 EcalPIDmu=-2.40841 TrackChi2PerDof=0.956184 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=7354.95 TrackPt=189.584 CombDLLe=0.250725 CombDLLmu=-7.3466 CombDLLpi=0 CombDLLk=3.09089 CombDLLp=3.09089 CombDLLd=3.09089 ProbNNe=0.342912 ProbNNpi=0.278813 ProbNNk=0.139082 ProbNNp=0.198068 ProbNNghost=0.793121 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-46.8399 RichDLLmu=-31.8301 RichDLLpi=0 RichDLLk=-14.0683 RichDLLp=-14.0683 RichPIDStatus=5027 RichDLLbt=-14.0683 RichDLLd=-14.0683 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.32677 CaloElectronMatch=125.387 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=1927.43 CaloHcalE=1101.43 CaloEcalChi2=125.387 CaloBremChi2=419.477 CaloClusChi2=3.32677 CaloTrajectoryL=5490.89 CaloEoverP=0.477697 EcalPIDe=0.83137 BremPIDe=-0.4614 HcalPIDe=-0.789374 HcalPIDmu=0.707263 EcalPIDmu=-2.19735 TrackChi2PerDof=1.511 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=3208.31 TrackPt=916.788 CombDLLe=-6.19155 CombDLLmu=-8.49005 CombDLLpi=0 CombDLLk=-14.0683 CombDLLp=-14.0683 CombDLLd=-14.0683 ProbNNe=3.46791e-07 ProbNNpi=0.994228 ProbNNk=0.000893791 ProbNNp=0.00150476 ProbNNghost=0.00873413 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.29113 RichDLLmu=4.98348 RichDLLpi=0 RichDLLk=6.81175 RichDLLp=6.81175 RichPIDStatus=5060 RichDLLbt=6.81175 RichDLLd=6.81175 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.3103 CaloElectronMatch=239.799 CaloChargedEcal=17995.1 CaloChargedID=38965 CaloEcalE=9222.64 CaloHcalE=318.499 CaloEcalChi2=239.799 CaloClusChi2=0.3103 CaloTrajectoryL=65.5787 CaloEoverP=2.05159 EcalPIDe=0.605631 HcalPIDe=-0.0471635 HcalPIDmu=-1.89593 EcalPIDmu=-1.01844 TrackChi2PerDof=1.65999 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=8892.06 TrackPt=173.183 CombDLLe=1.30655 CombDLLmu=2.40705 CombDLLpi=0 CombDLLk=6.81175 CombDLLp=6.81175 CombDLLd=6.81175 ProbNNe=0.988913 ProbNNpi=0.13729 ProbNNk=0.166247 ProbNNp=0.20091 ProbNNghost=0.988936 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.53836 RichDLLmu=4.23049 RichDLLpi=0 RichDLLk=6.46222 RichDLLp=6.46222 RichPIDStatus=5060 RichDLLbt=6.46222 RichDLLd=6.46222 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.311674 CaloElectronMatch=241.437 CaloChargedEcal=17995.1 CaloChargedID=38965 CaloEcalE=9222.64 CaloHcalE=318.499 CaloEcalChi2=241.437 CaloClusChi2=0.311674 CaloTrajectoryL=65.6084 CaloEoverP=2.05329 EcalPIDe=0.605631 HcalPIDe=-0.0471635 HcalPIDmu=-1.89593 EcalPIDmu=-1.01844 TrackChi2PerDof=1.69569 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=8884.68 TrackPt=183.364 CombDLLe=1.17607 CombDLLmu=1.90881 CombDLLpi=0 CombDLLk=6.46222 CombDLLp=6.46222 CombDLLd=6.46222 ProbNNe=0.98418 ProbNNpi=0.224224 ProbNNk=0.176949 ProbNNp=0.220386 ProbNNghost=0.972056 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.0679 RichDLLmu=-8.90553 RichDLLpi=0 RichDLLk=1.33158 RichDLLp=1.33158 RichPIDStatus=5028 RichDLLbt=1.33158 RichDLLd=1.33158 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.04329 CaloElectronMatch=115.652 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=2000.18 CaloHcalE=7010.35 CaloEcalChi2=115.652 CaloBremChi2=334.506 CaloClusChi2=4.04329 CaloTrajectoryL=-1383.24 CaloEoverP=0.564419 EcalPIDe=1.51236 BremPIDe=-0.373552 HcalPIDe=-1.04386 HcalPIDmu=0.551139 EcalPIDmu=-2.21538 TrackChi2PerDof=0.817782 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=2715.36 TrackPt=687.54 CombDLLe=-4.14316 CombDLLmu=-8.27794 CombDLLpi=0 CombDLLk=1.33158 CombDLLp=1.33158 CombDLLd=1.33158 ProbNNe=2.9124e-07 ProbNNpi=0.943727 ProbNNk=0.0579145 ProbNNp=0.145197 ProbNNghost=0.0129811 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.93055 RichDLLmu=-2.21928 RichDLLpi=0 RichDLLk=2.17993 RichDLLp=2.17993 RichPIDStatus=5060 RichDLLbt=2.17993 RichDLLd=2.17993 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=5.86433 CaloElectronMatch=256.7 CaloChargedEcal=5258.72 CaloChargedID=38793 CaloEcalE=634.828 CaloHcalE=5236.88 CaloEcalChi2=256.7 CaloClusChi2=5.86433 CaloTrajectoryL=316.385 CaloEoverP=0.793123 EcalPIDe=0.27519 HcalPIDe=-2.09086 HcalPIDmu=-1.39471 EcalPIDmu=0.734887 TrackChi2PerDof=1.034 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=6746.23 TrackPt=104.349 CombDLLe=-2.84598 CombDLLmu=-3.57768 CombDLLpi=0 CombDLLk=2.17993 CombDLLp=2.17993 CombDLLd=2.17993 ProbNNe=0.000472389 ProbNNpi=0.8276 ProbNNk=0.0120725 ProbNNp=0.0278605 ProbNNghost=0.446791 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.189434 RichDLLmu=0.665894 RichDLLpi=0 RichDLLk=1.34787 RichDLLp=9.02437 RichPIDStatus=8165 RichDLLbt=8.92832 RichDLLd=8.92832 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.370597 CaloElectronMatch=2.38899 CaloBremMatch=2.38899 CaloChargedEcal=19631 CaloChargedID=42890 CaloNeutralEcal=19631 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871527 CaloNeutralID=42890 CaloEcalE=14056.9 CaloHcalE=1126.4 CaloEcalChi2=2.38899 CaloBremChi2=297.673 CaloClusChi2=0.370597 CaloTrajectoryL=114.279 CaloEoverP=1.04856 EcalPIDe=4.7102 BremPIDe=-0.363296 HcalPIDe=-0.274252 HcalPIDmu=0.44298 EcalPIDmu=-2.80328 TrackChi2PerDof=1.36878 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=18624.5 TrackPt=558.319 CombDLLe=4.0395 CombDLLmu=-1.43352 CombDLLpi=0 CombDLLk=1.34787 CombDLLp=9.02437 CombDLLd=8.92832 ProbNNe=0.99361 ProbNNpi=0.162017 ProbNNk=0.0118818 ProbNNp=0.745047 ProbNNghost=0.86655 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.42977 RichDLLmu=-1.17394 RichDLLpi=0 RichDLLk=3.72329 RichDLLp=3.72329 RichPIDStatus=5060 RichDLLbt=3.72329 RichDLLd=3.72329 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.02962 CaloElectronMatch=81.4043 CaloChargedEcal=15050.6 CaloChargedID=38704 CaloEcalE=9014.55 CaloHcalE=2039.1 CaloEcalChi2=81.4043 CaloClusChi2=1.02962 CaloTrajectoryL=123.934 CaloEoverP=1.50829 EcalPIDe=1.84829 HcalPIDe=-1.11299 HcalPIDmu=1.36796 EcalPIDmu=-2.81296 TrackChi2PerDof=1.12933 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=9894.26 TrackPt=163.343 CombDLLe=-0.55016 CombDLLmu=-3.05896 CombDLLpi=0 CombDLLk=3.72329 CombDLLp=3.72329 CombDLLd=3.72329 ProbNNe=0.253711 ProbNNpi=0.795106 ProbNNk=0.0212864 ProbNNp=0.0422755 ProbNNghost=0.288387 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.839389 CaloElectronMatch=250.258 CaloChargedEcal=9791.66 CaloChargedID=38917 CaloEcalE=5984.08 CaloHcalE=1286.23 CaloEcalChi2=250.258 CaloClusChi2=0.839389 CaloTrajectoryL=184.08 CaloEoverP=1.55159 EcalPIDe=0.605631 HcalPIDe=-0.704175 HcalPIDmu=1.42607 EcalPIDmu=-2.74106 TrackChi2PerDof=0.461589 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=6470.14 TrackPt=63.531 CombDLLe=-0.0985441 CombDLLmu=-1.31499 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.856761 ProbNNpi=0.19865 ProbNNk=0.0467495 ProbNNp=0.0828036 ProbNNghost=0.92623 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.15551 RichDLLmu=2.53301 RichDLLpi=0 RichDLLk=-14.9728 RichDLLp=-9.18761 RichPIDStatus=6081 RichDLLbt=-9.18761 RichDLLd=-9.18761 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=2.88267 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=28721.4 TrackPt=443.271 CombDLLe=0.72461 CombDLLmu=3.27105 CombDLLpi=0 CombDLLk=-14.9728 CombDLLp=-9.18761 CombDLLd=-9.18761 ProbNNe=0.845923 ProbNNpi=0.164885 ProbNNk=0.000204706 ProbNNp=0.0128458 ProbNNghost=0.823431 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.47527 RichDLLmu=-0.198991 RichDLLpi=0 RichDLLk=6.14805 RichDLLp=6.14805 RichPIDStatus=5060 RichDLLbt=6.14805 RichDLLd=6.14805 MuonMuLL=-0.00904075 MuonBkgLL=-0.764926 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=16.2622 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.790427 CaloElectronMatch=227.459 CaloChargedEcal=12096.5 CaloChargedID=43209 CaloEcalE=7783.21 CaloHcalE=23224.6 CaloEcalChi2=227.459 CaloClusChi2=0.790427 CaloTrajectoryL=264.304 CaloEoverP=1.41165 EcalPIDe=0.605631 HcalPIDe=-1.17839 HcalPIDmu=0.232508 EcalPIDmu=-2.16722 TrackChi2PerDof=2.16248 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=8719.72 TrackPt=133.44 CombDLLe=0.207163 CombDLLmu=-1.45726 CombDLLpi=0 CombDLLk=6.14805 CombDLLp=6.14805 CombDLLd=6.91297 ProbNNe=0.992184 ProbNNpi=0.128653 ProbNNk=0.191847 ProbNNp=0.191338 ProbNNghost=0.979852 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.6416 RichDLLmu=-3.60904 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=259.204 BremPIDe=-0.0866561 TrackChi2PerDof=1.24128 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=2325.07 TrackPt=217.08 CombDLLe=-2.84178 CombDLLmu=-4.3262 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00211002 ProbNNpi=0.801862 ProbNNk=0.049981 ProbNNp=0.196043 ProbNNghost=0.108678 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.8826 RichDLLmu=-27.5572 RichDLLpi=0 RichDLLk=-13.5989 RichDLLp=-13.5989 RichPIDStatus=5027 RichDLLbt=-13.5989 RichDLLd=-13.5989 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.63339 CaloElectronMatch=60.1107 CaloBremMatch=59.4517 CaloChargedEcal=1438.78 CaloChargedID=34016 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloEcalE=266.076 CaloHcalE=2644.12 CaloEcalChi2=60.1107 CaloBremChi2=31.7465 CaloClusChi2=2.63339 CaloTrajectoryL=-2277.53 CaloEoverP=0.447175 EcalPIDe=2.97947 BremPIDe=1.58328 HcalPIDe=-1.59399 HcalPIDmu=0.562388 EcalPIDmu=0.383137 TrackChi2PerDof=0.430136 TrackNumDof=19 TrackType=3 TrackHistory=32 TrackP=3427.3 TrackPt=812.287 CombDLLe=-2.2785 CombDLLmu=-6.05425 CombDLLpi=0 CombDLLk=-13.5989 CombDLLp=-13.5989 CombDLLd=-13.5989 ProbNNe=1.49062e-06 ProbNNpi=0.997662 ProbNNk=0.00173485 ProbNNp=0.0145609 ProbNNghost=0.00533638 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=17.1114 RichDLLmu=-0.764227 RichDLLpi=0 RichDLLk=2.82608 RichDLLp=2.82608 RichPIDStatus=5057 RichDLLbt=2.82608 RichDLLd=2.82608 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.700145 CaloElectronMatch=205.752 CaloChargedEcal=17995.1 CaloChargedID=38965 CaloEcalE=7399.18 CaloHcalE=318.499 CaloEcalChi2=205.752 CaloClusChi2=0.700145 CaloTrajectoryL=131.928 CaloEoverP=2.11668 EcalPIDe=0.605631 HcalPIDe=-0.0471635 HcalPIDmu=-1.89593 EcalPIDmu=-2.16722 TrackChi2PerDof=1.43068 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=8618.62 TrackPt=143.897 CombDLLe=3.38275 CombDLLmu=-5.12481 CombDLLpi=0 CombDLLk=2.82608 CombDLLp=2.82608 CombDLLd=2.82608 ProbNNe=0.999948 ProbNNpi=0.0383381 ProbNNk=0.000908736 ProbNNp=0.00671051 ProbNNghost=0.997665 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.90076 RichDLLmu=-0.883476 RichDLLpi=0 RichDLLk=14.0479 RichDLLp=14.1247 RichPIDStatus=6117 RichDLLbt=14.1247 RichDLLd=14.1247 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.60534 CaloElectronMatch=464.74 CaloBremMatch=268.635 CaloChargedEcal=2028.85 CaloChargedID=39370 CaloNeutralEcal=2028.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.610505 CaloNeutralID=39370 CaloEcalE=548.172 CaloHcalE=570.657 CaloEcalChi2=464.74 CaloBremChi2=86.0853 CaloClusChi2=2.60534 CaloTrajectoryL=152.06 CaloEoverP=0.228093 EcalPIDe=-0.270192 BremPIDe=0.575102 HcalPIDe=-0.176853 HcalPIDmu=-1.26188 EcalPIDmu=1.63258 TrackChi2PerDof=2.10241 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=9302.34 TrackPt=378.809 CombDLLe=-0.204326 CombDLLmu=-0.853458 CombDLLpi=0 CombDLLk=14.0479 CombDLLp=14.1247 CombDLLd=14.1247 ProbNNe=0.000305223 ProbNNpi=0.0188979 ProbNNk=0.499346 ProbNNp=0.825875 ProbNNghost=0.953245 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.3603 RichDLLmu=-3.91701 RichDLLpi=0 RichDLLk=15.5128 RichDLLp=15.5128 RichPIDStatus=5028 RichDLLbt=15.5128 RichDLLd=15.5128 MuonMuLL=-0.428018 MuonBkgLL=-1.56469 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=22.3775 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.308425 CaloElectronMatch=77.9177 CaloBremMatch=77.9177 CaloChargedEcal=1423.17 CaloChargedID=40029 CaloNeutralEcal=1423.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719227 CaloNeutralID=40029 CaloEcalE=972.694 CaloHcalE=0 CaloEcalChi2=77.9177 CaloBremChi2=58.7651 CaloClusChi2=0.308425 CaloTrajectoryL=28.3477 CaloEoverP=0.281529 EcalPIDe=1.84829 BremPIDe=1.25195 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-0.105267 TrackChi2PerDof=1.15846 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=5310.63 TrackPt=806.583 CombDLLe=2.83258 CombDLLmu=-6.03303 CombDLLpi=0 CombDLLk=15.5128 CombDLLp=15.5128 CombDLLd=17.0775 ProbNNe=9.41696e-05 ProbNNpi=0.00442118 ProbNNk=0.888512 ProbNNp=0.973518 ProbNNghost=0.0319095 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.2732 RichDLLmu=-15.0972 RichDLLpi=0 RichDLLk=-0.625911 RichDLLp=-0.625911 RichPIDStatus=5027 RichDLLbt=-0.625911 RichDLLd=-0.625911 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.718255 CaloElectronMatch=81.1676 CaloBremMatch=81.1676 CaloChargedEcal=2646.67 CaloChargedID=33817 CaloNeutralEcal=2646.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.868574 CaloNeutralID=33817 CaloEcalE=1204.61 CaloHcalE=2644.12 CaloEcalChi2=81.1676 CaloBremChi2=9.80831 CaloClusChi2=0.718255 CaloTrajectoryL=-40.2246 CaloEoverP=0.981918 EcalPIDe=1.51236 BremPIDe=3.18724 HcalPIDe=-1.59399 HcalPIDmu=0.562388 EcalPIDmu=-1.2505 TrackChi2PerDof=0.739076 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=2919.55 TrackPt=753.286 CombDLLe=-1.26367 CombDLLmu=-7.65481 CombDLLpi=0 CombDLLk=-0.625911 CombDLLp=-0.625911 CombDLLd=-0.625911 ProbNNe=3.2113e-06 ProbNNpi=0.986849 ProbNNk=0.0104676 ProbNNp=0.0441339 ProbNNghost=0.00954105 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.5519 RichDLLmu=-6.12416 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.252537 CaloElectronMatch=56.2547 CaloBremMatch=56.1536 CaloChargedEcal=852.465 CaloChargedID=35634 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloEcalE=4002.01 CaloHcalE=4385.13 CaloEcalChi2=56.2547 CaloBremChi2=335.81 CaloClusChi2=0.252537 CaloTrajectoryL=1115.96 CaloEoverP=0.415791 EcalPIDe=2.97947 BremPIDe=-0.197551 HcalPIDe=-1.33861 HcalPIDmu=0.942392 EcalPIDmu=-0.422556 TrackChi2PerDof=1.36064 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=2339.18 TrackPt=599.044 CombDLLe=-3.05985 CombDLLmu=-5.36768 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=6.09025e-05 ProbNNpi=0.841934 ProbNNk=0.107328 ProbNNp=0.211148 ProbNNghost=0.0111362 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.84921 RichDLLmu=-2.33534 RichDLLpi=0 RichDLLk=-8.6767 RichDLLp=-5.78665 RichPIDStatus=6083 RichDLLbt=-5.78665 RichDLLd=-5.78665 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.584759 CaloElectronMatch=464.51 CaloChargedEcal=16573.1 CaloChargedID=43243 CaloEcalE=6557.11 CaloHcalE=19199.2 CaloEcalChi2=464.51 CaloClusChi2=0.584759 CaloTrajectoryL=-257.311 CaloEoverP=0.841605 EcalPIDe=-0.142358 HcalPIDe=-2.87281 HcalPIDmu=-2.81633 EcalPIDmu=-3.98984 TrackChi2PerDof=1.59766 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=20353.4 TrackPt=240.16 CombDLLe=-4.70477 CombDLLmu=-9.85696 CombDLLpi=0 CombDLLk=-8.6767 CombDLLp=-5.78665 CombDLLd=-5.78665 ProbNNe=2.07265e-06 ProbNNpi=0.91793 ProbNNk=0.000369216 ProbNNp=0.00149925 ProbNNghost=0.136552 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ InAccBrem=1 CaloBremChi2=216.356 BremPIDe=-0.396524 TrackChi2PerDof=1.05355 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=2541.01 TrackPt=67.5401 CombDLLe=-0.396524 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.488837 ProbNNpi=0.395782 ProbNNk=0.00333686 ProbNNp=0.0700095 ProbNNghost=0.887332 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.24108 RichDLLmu=-3.69897 RichDLLpi=0 RichDLLk=15.6363 RichDLLp=15.6363 RichPIDStatus=5028 RichDLLbt=15.6363 RichDLLd=15.6363 MuonMuLL=-0.428018 MuonBkgLL=-1.5647 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=22.3783 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.308696 CaloElectronMatch=77.9251 CaloBremMatch=77.9177 CaloChargedEcal=1423.17 CaloChargedID=40029 CaloNeutralEcal=1423.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719227 CaloNeutralID=40029 CaloEcalE=972.694 CaloHcalE=0 CaloEcalChi2=77.9251 CaloBremChi2=58.777 CaloClusChi2=0.308696 CaloTrajectoryL=28.3759 CaloEoverP=0.281501 EcalPIDe=1.84829 BremPIDe=1.25195 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-0.105267 TrackChi2PerDof=1.45249 TrackNumDof=14 TrackType=3 TrackHistory=32 TrackP=5311.17 TrackPt=806.223 CombDLLe=2.85293 CombDLLmu=-5.85358 CombDLLpi=0 CombDLLk=15.6363 CombDLLp=15.6363 CombDLLd=17.201 ProbNNe=0.000252198 ProbNNpi=0.00306482 ProbNNk=0.762915 ProbNNp=0.969937 ProbNNghost=0.203312 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.5312 RichDLLmu=-18.0507 RichDLLpi=0 RichDLLk=3.42121 RichDLLp=3.42121 RichPIDStatus=5092 RichDLLbt=3.42121 RichDLLd=3.42121 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.706178 CaloElectronMatch=24.3272 CaloBremMatch=24.3272 CaloChargedEcal=4296.37 CaloChargedID=35676 CaloNeutralEcal=4296.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867838 CaloNeutralID=35676 CaloEcalE=2955.48 CaloHcalE=1051.31 CaloEcalChi2=24.3272 CaloClusChi2=0.706178 CaloTrajectoryL=148.461 CaloEoverP=0.687704 EcalPIDe=3.71102 HcalPIDe=-0.275809 HcalPIDmu=0.728349 EcalPIDmu=-3.89425 TrackChi2PerDof=1.91038 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6373.05 TrackPt=1001.7 CombDLLe=0.846075 CombDLLmu=-10.1557 CombDLLpi=0 CombDLLk=3.42121 CombDLLp=3.42121 CombDLLd=3.42121 ProbNNe=0.0152836 ProbNNpi=0.987946 ProbNNk=0.00146437 ProbNNp=0.00214789 ProbNNghost=0.00251168 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.98507 RichDLLmu=1.46698 RichDLLpi=0 RichDLLk=3.04355 RichDLLp=2.19369 RichPIDStatus=6084 RichDLLbt=2.19369 RichDLLd=2.19369 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.881303 CaloElectronMatch=98.5254 CaloChargedEcal=20914.2 CaloChargedID=42991 CaloEcalE=5575.74 CaloHcalE=8101.13 CaloEcalChi2=98.5254 CaloClusChi2=0.881303 CaloTrajectoryL=39.253 CaloEoverP=1.0566 EcalPIDe=2.59093 HcalPIDe=-1.40621 HcalPIDmu=-1.45882 EcalPIDmu=-1.96357 TrackChi2PerDof=2.36626 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=19962 TrackPt=266.488 CombDLLe=1.35708 CombDLLmu=-1.42558 CombDLLpi=0 CombDLLk=3.04355 CombDLLp=2.19369 CombDLLd=2.19369 ProbNNe=0.00428712 ProbNNpi=0.277771 ProbNNk=0.00724613 ProbNNp=0.00305086 ProbNNghost=0.935614 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.6603 RichDLLmu=-8.51183 RichDLLpi=0 RichDLLk=16.4543 RichDLLp=18.5895 RichPIDStatus=6117 RichDLLbt=18.5895 RichDLLd=18.5895 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.72104 CaloElectronMatch=406.865 CaloBremMatch=406.865 CaloChargedEcal=2995.86 CaloChargedID=39788 CaloNeutralEcal=2995.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.718925 CaloNeutralID=39788 CaloEcalE=584.598 CaloHcalE=2392.2 CaloEcalChi2=406.865 CaloClusChi2=2.72104 CaloTrajectoryL=534.082 CaloEoverP=0.301852 EcalPIDe=-0.0264769 HcalPIDe=-0.828505 HcalPIDmu=1.18713 EcalPIDmu=1.73004 TrackChi2PerDof=1.43088 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9951.85 TrackPt=1386.36 CombDLLe=-3.4636 CombDLLmu=-3.63276 CombDLLpi=0 CombDLLk=16.4543 CombDLLp=18.5895 CombDLLd=18.5895 ProbNNe=1.24898e-08 ProbNNpi=0.598657 ProbNNk=0.0304717 ProbNNp=0.301226 ProbNNghost=0.0015964 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=13.5442 RichDLLmu=-1.90289 RichDLLpi=0 RichDLLk=14.9119 RichDLLp=14.5904 RichPIDStatus=6116 RichDLLbt=14.5904 RichDLLd=14.5904 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.366588 CaloElectronMatch=179.279 CaloChargedEcal=13569.7 CaloChargedID=39116 CaloEcalE=8456.46 CaloHcalE=270.287 CaloEcalChi2=179.279 CaloClusChi2=0.366588 CaloTrajectoryL=-54.0603 CaloEoverP=1.38635 EcalPIDe=0.979389 HcalPIDe=0.0999355 HcalPIDmu=-2.51048 EcalPIDmu=-3.46883 TrackChi2PerDof=1.64505 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9720.39 TrackPt=252.828 CombDLLe=3.36294 CombDLLmu=-8.52177 CombDLLpi=0 CombDLLk=14.9119 CombDLLp=14.5904 CombDLLd=14.5904 ProbNNe=0.999086 ProbNNpi=0.0109862 ProbNNk=0.233936 ProbNNp=0.00920919 ProbNNghost=0.980012 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.4135 RichDLLmu=-5.7147 RichDLLpi=0 RichDLLk=-4.61606 RichDLLp=-4.61606 RichPIDStatus=5027 RichDLLbt=-4.61606 RichDLLd=-4.61606 InAccEcal=1 CaloTrMatch=1.60543 CaloElectronMatch=1.59583 CaloChargedEcal=2792.22 CaloChargedID=34940 CaloEcalE=2577.97 CaloEcalChi2=1.59583 CaloClusChi2=1.60543 CaloTrajectoryL=93.447 CaloEoverP=0.972632 EcalPIDe=3.01028 EcalPIDmu=-2.27514 TrackChi2PerDof=1.50673 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3085.22 TrackPt=62.2867 CombDLLe=1.06541 CombDLLmu=-7.98295 CombDLLpi=0 CombDLLk=-4.61606 CombDLLp=-4.61606 CombDLLd=-4.61606 ProbNNe=0.207705 ProbNNpi=0.696674 ProbNNk=0.0047622 ProbNNp=0.0179955 ProbNNghost=0.411082 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.1966 RichDLLmu=-0.702015 RichDLLpi=0 RichDLLk=9.67705 RichDLLp=15.0461 RichPIDStatus=6053 RichDLLbt=15.0461 RichDLLd=15.0461 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.653222 CaloElectronMatch=144.249 CaloBremMatch=144.249 CaloChargedEcal=6901.79 CaloChargedID=35892 CaloNeutralEcal=6901.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912882 CaloNeutralID=35892 CaloEcalE=5807.19 CaloHcalE=10089 CaloEcalChi2=144.249 CaloClusChi2=0.653222 CaloTrajectoryL=196.163 CaloEoverP=0.649951 EcalPIDe=1.38468 HcalPIDe=-1.78113 HcalPIDmu=-0.106561 EcalPIDmu=-2.52407 TrackChi2PerDof=0.301202 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=10862.9 TrackPt=2052.85 CombDLLe=-1.30077 CombDLLmu=-3.60705 CombDLLpi=0 CombDLLk=9.67705 CombDLLp=15.0461 CombDLLd=15.0461 ProbNNe=5.32436e-06 ProbNNpi=0.159626 ProbNNk=0.0159967 ProbNNp=0.787514 ProbNNghost=0.0018715 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.07524 RichDLLmu=-0.73045 RichDLLpi=0 RichDLLk=8.86638 RichDLLp=8.86638 RichPIDStatus=5092 RichDLLbt=8.86638 RichDLLd=8.86638 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.701693 CaloElectronMatch=110.246 CaloChargedEcal=13637.6 CaloChargedID=38734 CaloEcalE=6407.7 CaloHcalE=1018.28 CaloEcalChi2=110.246 CaloClusChi2=0.701693 CaloTrajectoryL=156.617 CaloEoverP=1.71306 EcalPIDe=1.85487 HcalPIDe=-0.275809 HcalPIDmu=0.770266 EcalPIDmu=-3.91865 TrackChi2PerDof=1.50463 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8011.63 TrackPt=130.731 CombDLLe=0.523992 CombDLLmu=-4.1638 CombDLLpi=0 CombDLLk=8.86638 CombDLLp=8.86638 CombDLLd=8.86638 ProbNNe=0.243796 ProbNNpi=0.11749 ProbNNk=0.216324 ProbNNp=0.25939 ProbNNghost=0.441263 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.40287 RichDLLmu=-3.26959 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.17351 CaloElectronMatch=17.619 CaloBremMatch=17.619 CaloChargedEcal=2938.62 CaloChargedID=34750 CaloNeutralEcal=2938.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.759611 CaloNeutralID=34750 CaloEcalE=1476.39 CaloEcalChi2=17.619 CaloClusChi2=1.17351 CaloTrajectoryL=160.664 CaloEoverP=1.30245 EcalPIDe=3.01028 EcalPIDmu=-1.99601 TrackChi2PerDof=1.36957 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2464.08 TrackPt=107.947 CombDLLe=1.72936 CombDLLmu=-6.01612 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.222675 ProbNNpi=0.0456281 ProbNNk=0.0117164 ProbNNp=0.0191561 ProbNNghost=0.948845 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=12.0447 RichDLLmu=5.74973 RichDLLpi=0 RichDLLk=-25.0787 RichDLLp=-20.9489 RichPIDStatus=8161 RichDLLbt=-17.3432 RichDLLd=-17.3432 MuonMuLL=-0.00531408 MuonBkgLL=-0.513636 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=293.128 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=1.33849 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=22212.8 TrackPt=593.817 CombDLLe=2.04635 CombDLLmu=6.23248 CombDLLpi=0 CombDLLk=-25.0787 CombDLLp=-20.9489 CombDLLd=-16.8295 ProbNNe=0.876857 ProbNNpi=0.686643 ProbNNk=5.23678e-06 ProbNNp=0.00558534 ProbNNghost=0.00504071 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.693435 RichDLLmu=-0.187756 RichDLLpi=0 RichDLLk=4.32535 RichDLLp=8.47802 RichPIDStatus=6085 RichDLLbt=8.47802 RichDLLd=8.47802 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.200614 CaloElectronMatch=4.81201 CaloChargedEcal=22461.3 CaloChargedID=42576 CaloEcalE=19040.7 CaloHcalE=734.814 CaloEcalChi2=4.81201 CaloClusChi2=0.200614 CaloTrajectoryL=115.412 CaloEoverP=0.955052 EcalPIDe=5.12388 HcalPIDe=0.6357 HcalPIDmu=0.29163 EcalPIDmu=-3.58197 TrackChi2PerDof=0.945972 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=23892.4 TrackPt=718.858 CombDLLe=5.88092 CombDLLmu=-3.55308 CombDLLpi=0 CombDLLk=4.32535 CombDLLp=8.47802 CombDLLd=8.47802 ProbNNe=0.872689 ProbNNpi=0.0963322 ProbNNk=0.00347456 ProbNNp=0.0272795 ProbNNghost=0.95264 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 0 -ExtraInfo [ InAccEcal=1 InAccBrem=1 CaloTrMatch=1.17978 CaloElectronMatch=36.0699 CaloBremMatch=36.0699 CaloChargedEcal=4598.16 CaloChargedID=34754 CaloNeutralEcal=4598.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991244 CaloNeutralID=34754 CaloEcalE=2106.56 CaloEcalChi2=36.0699 CaloClusChi2=1.17978 CaloTrajectoryL=160.043 CaloEoverP=1.96492 EcalPIDe=3.01028 EcalPIDmu=-3.11294 TrackChi2PerDof=2.4207 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2548.32 TrackPt=83.8563 CombDLLe=3.01028 CombDLLmu=-3.11294 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.724119 ProbNNpi=0.00924006 ProbNNk=0.00161461 ProbNNp=0.00380069 ProbNNghost=0.980413 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.356837 CaloElectronMatch=13.3166 CaloChargedEcal=4439.87 CaloChargedID=38786 CaloEcalE=3688.12 CaloHcalE=237.525 CaloEcalChi2=13.3166 CaloClusChi2=0.356837 CaloTrajectoryL=36.5363 CaloEoverP=1.00895 EcalPIDe=3.01028 HcalPIDe=-0.0360508 HcalPIDmu=-2.8708 EcalPIDmu=-3.29184 TrackChi2PerDof=1.29902 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4569.41 TrackPt=103.468 CombDLLe=2.97422 CombDLLmu=-6.16264 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.834026 ProbNNpi=0.0426566 ProbNNk=0.00126661 ProbNNp=0.00642952 ProbNNghost=0.959618 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=7.37339 RichDLLmu=-4.84106 RichDLLpi=0 RichDLLk=-0.174286 RichDLLp=-0.174286 RichPIDStatus=5025 RichDLLbt=-0.174286 RichDLLd=-0.174286 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.327121 CaloElectronMatch=80.8034 CaloBremMatch=80.8034 CaloChargedEcal=7455.24 CaloChargedID=34154 CaloNeutralEcal=7455.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964161 CaloNeutralID=34154 CaloEcalE=4273.03 CaloHcalE=0 CaloEcalChi2=80.8034 CaloClusChi2=0.327121 CaloTrajectoryL=192.246 CaloEoverP=1.67139 EcalPIDe=1.50525 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-2.56612 TrackChi2PerDof=1.43393 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4626.13 TrackPt=563.656 CombDLLe=3.23316 CombDLLmu=-10.6723 CombDLLpi=0 CombDLLk=-0.174286 CombDLLp=-0.174286 CombDLLd=-0.174286 ProbNNe=0.999702 ProbNNpi=0.25348 ProbNNk=0.01272 ProbNNp=0.0274 ProbNNghost=0.162946 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=9.47943 RichDLLmu=1.54942 RichDLLpi=0 RichDLLk=3.90512 RichDLLp=3.90512 RichPIDStatus=5025 RichDLLbt=3.90512 RichDLLd=3.90512 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.685047 CaloElectronMatch=3.86735 CaloBremMatch=3.86735 CaloChargedEcal=4309.84 CaloChargedID=37689 CaloNeutralEcal=4309.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976301 CaloNeutralID=37689 CaloEcalE=3665.48 CaloHcalE=0 CaloEcalChi2=3.86735 CaloClusChi2=0.685047 CaloTrajectoryL=64.5064 CaloEoverP=1.11268 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-3.02331 TrackChi2PerDof=0.602296 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=4057.89 TrackPt=473.787 CombDLLe=5.09078 CombDLLmu=-3.79179 CombDLLpi=0 CombDLLk=3.90512 CombDLLp=3.90512 CombDLLd=3.90512 ProbNNe=0.999232 ProbNNpi=0.321394 ProbNNk=0.0571226 ProbNNp=0.194842 ProbNNghost=0.229506 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 InAccBrem=1 TrackChi2PerDof=2.57914 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2033.98 TrackPt=73.2657 ProbNNe=0.421783 ProbNNpi=0.0130408 ProbNNk=0.000335335 ProbNNp=0.000674566 ProbNNghost=0.989295 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 InAccBrem=1 TrackChi2PerDof=1.16617 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2182.46 TrackPt=85.64 ProbNNe=0.455549 ProbNNpi=0.0531464 ProbNNk=0.00586996 ProbNNp=0.00884683 ProbNNghost=0.938052 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.801825 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=29396.9 TrackPt=681.048 ProbNNe=0.00216059 ProbNNmu=0.00535609 ProbNNpi=0.736756 ProbNNk=0.174083 ProbNNp=0.12606 ProbNNghost=0.00181617 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.15804 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=33307 TrackPt=636.156 ProbNNe=0.00256633 ProbNNmu=0.00715787 ProbNNpi=0.717874 ProbNNk=0.185935 ProbNNp=0.125803 ProbNNghost=0.00632464 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=1.30093 RichDLLmu=0.983739 RichDLLpi=0 RichDLLk=-15.0025 RichDLLp=-16.1375 RichPIDStatus=8097 RichDLLbt=-16.1294 RichDLLd=-16.1294 InAccBrem=1 CaloBremChi2=433.025 BremPIDe=-0.608318 TrackChi2PerDof=0.672601 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=17445.1 TrackPt=632.06 CombDLLe=-0.380735 CombDLLmu=1.35974 CombDLLpi=0 CombDLLk=-15.0025 CombDLLp=-16.1375 CombDLLd=-16.1294 ProbNNe=0.0730944 ProbNNmu=0.0417047 ProbNNpi=0.89123 ProbNNk=0.0053374 ProbNNp=0.00182984 ProbNNghost=0.00394857 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=2.25096 RichDLLmu=1.24485 RichDLLpi=0 RichDLLk=12.5631 RichDLLp=7.13818 RichPIDStatus=8100 RichDLLbt=8.0739 RichDLLd=8.0739 InAccBrem=1 CaloBremChi2=95.9753 BremPIDe=0.850246 TrackChi2PerDof=0.578436 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=18380.3 TrackPt=1726.45 CombDLLe=1.24375 CombDLLmu=1.70766 CombDLLpi=0 CombDLLk=12.5631 CombDLLp=7.13818 CombDLLd=8.0739 ProbNNe=0.00260287 ProbNNmu=0.00671477 ProbNNpi=0.012307 ProbNNk=0.971023 ProbNNp=0.441172 ProbNNghost=0.00661899 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.785394 TrackNumDof=14 TrackType=4 TrackHistory=34 TrackP=128890 TrackPt=2174.71 ProbNNe=0.00289888 ProbNNmu=0.00737844 ProbNNpi=0.552078 ProbNNk=0.252377 ProbNNp=0.238793 ProbNNghost=0.00726152 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.4795 RichDLLmu=-6.08205 RichDLLpi=0 RichDLLk=1.14182 RichDLLp=1.14182 RichPIDStatus=5028 RichDLLbt=1.14182 RichDLLd=1.14182 InAccBrem=1 CaloBremChi2=238.136 BremPIDe=-0.381503 TrackChi2PerDof=1.25931 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=5033.57 TrackPt=443.56 CombDLLe=-2.96283 CombDLLmu=-5.87014 CombDLLpi=0 CombDLLk=1.14182 CombDLLp=1.14182 CombDLLd=1.14182 ProbNNe=1.9216e-05 ProbNNmu=0.00130323 ProbNNpi=0.775465 ProbNNk=0.134903 ProbNNp=0.0604201 ProbNNghost=0.0433738 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-14.8719 RichDLLmu=4.76232 RichDLLpi=0 RichDLLk=-10.264 RichDLLp=-10.264 RichPIDStatus=5026 RichDLLbt=-10.264 RichDLLd=-10.264 InAccBrem=1 CaloBremChi2=83.7163 BremPIDe=0.572837 TrackChi2PerDof=1.07909 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=5485.28 TrackPt=657.171 CombDLLe=-1.9161 CombDLLmu=5.18627 CombDLLpi=0 CombDLLk=-10.264 CombDLLp=-10.264 CombDLLd=-10.264 ProbNNe=2.74645e-05 ProbNNmu=0.00819865 ProbNNpi=0.9621 ProbNNk=0.00132423 ProbNNp=0.00249754 ProbNNghost=0.0455395 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.2306 RichDLLmu=-8.18395 RichDLLpi=0 RichDLLk=6.49466 RichDLLp=6.49466 RichPIDStatus=5028 RichDLLbt=6.49466 RichDLLd=6.49466 InAccBrem=1 CaloBremChi2=234.696 BremPIDe=-0.417084 TrackChi2PerDof=0.890983 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=3711.82 TrackPt=558.227 CombDLLe=-1.49871 CombDLLmu=-6.48916 CombDLLpi=0 CombDLLk=6.49466 CombDLLp=6.49466 CombDLLd=6.49466 ProbNNe=0.000223371 ProbNNmu=0.000911092 ProbNNpi=0.570669 ProbNNk=0.379236 ProbNNp=0.160333 ProbNNghost=0.0278414 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.4365 RichDLLmu=-6.9065 RichDLLpi=0 RichDLLk=3.35414 RichDLLp=3.35414 RichPIDStatus=5028 RichDLLbt=3.35414 RichDLLd=3.35414 InAccBrem=1 CaloBremChi2=26.934 BremPIDe=1.76814 TrackChi2PerDof=1.0676 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=3134.3 TrackPt=484.171 CombDLLe=-1.24766 CombDLLmu=-6.16869 CombDLLpi=0 CombDLLk=3.35414 CombDLLp=3.35414 CombDLLd=3.35414 ProbNNe=3.90549e-06 ProbNNmu=0.00114341 ProbNNpi=0.761924 ProbNNk=0.165157 ProbNNp=0.0726166 ProbNNghost=0.0286355 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-27.4494 RichDLLmu=-5.16305 RichDLLpi=0 RichDLLk=-2.6954 RichDLLp=-2.6954 RichPIDStatus=5027 RichDLLbt=-2.6954 RichDLLd=-2.6954 InAccBrem=1 CaloBremChi2=1022.45 BremPIDe=-0.553589 TrackChi2PerDof=0.264579 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=2963.87 TrackPt=500.504 CombDLLe=-4.72249 CombDLLmu=-5.42467 CombDLLpi=0 CombDLLk=-2.6954 CombDLLp=-2.6954 CombDLLd=-2.6954 ProbNNe=2.71548e-07 ProbNNmu=0.00293911 ProbNNpi=0.921476 ProbNNk=0.0206935 ProbNNp=0.007931 ProbNNghost=0.00269012 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-14.1988 RichDLLmu=-9.95256 RichDLLpi=0 RichDLLk=2.78313 RichDLLp=2.78313 RichPIDStatus=5028 RichDLLbt=2.78313 RichDLLd=2.78313 InAccBrem=1 CaloBremChi2=158.109 BremPIDe=-0.0258536 TrackChi2PerDof=1.14217 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=5330.12 TrackPt=846.973 CombDLLe=-2.41129 CombDLLmu=-6.74346 CombDLLpi=0 CombDLLk=2.78313 CombDLLp=2.78313 CombDLLd=2.78313 ProbNNe=3.56317e-05 ProbNNmu=0.00118206 ProbNNpi=0.797352 ProbNNk=0.126106 ProbNNp=0.060924 ProbNNghost=0.0395893 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.3252 RichDLLmu=0.566736 RichDLLpi=0 RichDLLk=-7.17462 RichDLLp=-7.17462 RichPIDStatus=5026 RichDLLbt=-7.17462 RichDLLd=-7.17462 InAccBrem=1 CaloBremChi2=168.816 BremPIDe=-0.188393 TrackChi2PerDof=0.424978 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=5224 TrackPt=787.385 CombDLLe=-3.32962 CombDLLmu=0.79005 CombDLLpi=0 CombDLLk=-7.17462 CombDLLp=-7.17462 CombDLLd=-7.17462 ProbNNe=8.18946e-06 ProbNNmu=0.00784819 ProbNNpi=0.962084 ProbNNk=0.00262653 ProbNNp=0.00143591 ProbNNghost=0.00753334 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.70353 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=72888.8 TrackPt=1514.79 ProbNNe=0.00508371 ProbNNmu=0.00272552 ProbNNpi=0.388528 ProbNNk=0.162392 ProbNNp=0.147592 ProbNNghost=0.620373 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.16833 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=146502 TrackPt=2588.6 ProbNNe=0.00390286 ProbNNmu=0.0200932 ProbNNpi=0.542456 ProbNNk=0.249067 ProbNNp=0.225538 ProbNNghost=0.0115619 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.44926 RichDLLmu=-10.0177 RichDLLpi=0 RichDLLk=5.03851 RichDLLp=5.03851 RichPIDStatus=5028 RichDLLbt=5.03851 RichDLLd=5.03851 InAccBrem=1 CaloBremChi2=137.802 BremPIDe=-0.083951 TrackChi2PerDof=1.19403 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=5896.57 TrackPt=432.669 CombDLLe=-1.37271 CombDLLmu=-6.74994 CombDLLpi=0 CombDLLk=5.03851 CombDLLp=5.03851 CombDLLd=5.03851 ProbNNe=0.000386622 ProbNNmu=0.00117253 ProbNNpi=0.694831 ProbNNk=0.199089 ProbNNp=0.104746 ProbNNghost=0.100845 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-37.4182 RichDLLmu=-19.6625 RichDLLpi=0 RichDLLk=-21.258 RichDLLp=-21.258 RichPIDStatus=5027 RichDLLbt=-21.258 RichDLLd=-21.258 InAccBrem=1 CaloBremChi2=63.8636 BremPIDe=0.754695 TrackChi2PerDof=0.541448 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=4240.8 TrackPt=991.683 CombDLLe=-4.3772 CombDLLmu=-6.99463 CombDLLpi=0 CombDLLk=-21.258 CombDLLp=-21.258 CombDLLd=-21.258 ProbNNe=8.39402e-07 ProbNNmu=0.0013595 ProbNNpi=0.986739 ProbNNk=0.000208724 ProbNNp=0.000107422 ProbNNghost=0.00353036 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-23.0285 RichDLLmu=0.06071 RichDLLpi=0 RichDLLk=8.40235 RichDLLp=8.40235 RichPIDStatus=5028 RichDLLbt=8.40235 RichDLLd=8.40235 InAccBrem=1 CaloBremChi2=582.955 BremPIDe=-0.553589 TrackChi2PerDof=0.827909 TrackNumDof=10 TrackType=4 TrackHistory=34 TrackP=3467.3 TrackPt=700.48 CombDLLe=-4.19039 CombDLLmu=0.0849898 CombDLLpi=0 CombDLLk=8.40235 CombDLLp=8.40235 CombDLLd=8.40235 ProbNNe=1.66708e-06 ProbNNmu=0.00339829 ProbNNpi=0.746498 ProbNNk=0.0946232 ProbNNp=0.089873 ProbNNghost=0.145758 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-32.8684 RichDLLmu=-9.61678 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=236.895 BremPIDe=-0.0268116 TrackChi2PerDof=0.429558 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=2426.85 TrackPt=556.873 CombDLLe=-4.75881 CombDLLmu=-6.70735 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=3.36966e-07 ProbNNmu=0.00225485 ProbNNpi=0.784869 ProbNNk=0.16673 ProbNNp=0.0903164 ProbNNghost=0.0123955 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-35.2953 RichDLLmu=-7.69099 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 TrackChi2PerDof=1.18709 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=2368.21 TrackPt=802.22 CombDLLe=-4.95327 CombDLLmu=-6.38272 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.2195e-06 ProbNNmu=0.00413914 ProbNNpi=0.760029 ProbNNk=0.162801 ProbNNp=0.0995691 ProbNNghost=0.0144658 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.1058 RichDLLmu=-4.87218 RichDLLpi=0 RichDLLk=14.8348 RichDLLp=14.8348 RichPIDStatus=5028 RichDLLbt=14.8348 RichDLLd=14.8348 InAccBrem=1 CaloBremChi2=576.105 BremPIDe=-0.553589 TrackChi2PerDof=0.584673 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=3837.67 TrackPt=934.513 CombDLLe=-3.22906 CombDLLmu=-5.25453 CombDLLpi=0 CombDLLk=14.8348 CombDLLp=14.8348 CombDLLd=14.8348 ProbNNe=7.24276e-06 ProbNNmu=0.00368337 ProbNNpi=0.405114 ProbNNk=0.46467 ProbNNp=0.388402 ProbNNghost=0.00723397 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-41.3931 RichDLLmu=-21.592 RichDLLpi=0 RichDLLk=-17.2823 RichDLLp=-17.2823 RichPIDStatus=5027 RichDLLbt=-17.2823 RichDLLd=-17.2823 InAccBrem=1 CaloBremChi2=180.114 BremPIDe=-0.0189915 TrackChi2PerDof=0.74385 TrackNumDof=5 TrackType=4 TrackHistory=34 TrackP=6420.54 TrackPt=1347.6 CombDLLe=-5.44985 CombDLLmu=-6.99752 CombDLLpi=0 CombDLLk=-17.2823 CombDLLp=-17.2823 CombDLLd=-17.2823 ProbNNe=1.01502e-07 ProbNNmu=0.00128623 ProbNNpi=0.981054 ProbNNk=0.000129699 ProbNNp=0.000788061 ProbNNghost=0.00712813 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.698373 ShowerShape=6229.63 ClusterMass=48.2354 CaloNeutralEcal=18490.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.716781 CaloNeutralID=38589 CaloNeutralE19=0.325382 CaloClusterCode=93 CaloClusterFrac=0.99902 IsPhoton=0.0639122 IsNotH=0.0104394 IsPhotonXGB=0.964559 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=3.91281 ShowerShape=3914.28 ClusterMass=65.0512 CaloNeutralEcal=24251.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917472 CaloNeutralID=37716 CaloNeutralE19=0.781175 CaloClusterCode=-95 CaloClusterFrac=0.999915 IsPhoton=0.973224 IsNotH=0.951994 IsPhotonXGB=0.691709 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0220713 ShowerShape=18925.4 ClusterMass=42.5791 CaloNeutralEcal=11140.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889612 CaloNeutralID=33684 CaloNeutralE19=0.420831 CaloClusterCode=-97 CaloClusterFrac=0.96554 IsPhoton=0.169366 IsNotH=0.0293229 IsPhotonXGB=0.772604 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0101212 ShowerShape=5087.88 ClusterMass=37.0212 CaloNeutralEcal=23786.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869 CaloNeutralID=37785 CaloNeutralE19=0.61394 CaloClusterCode=93 CaloClusterFrac=1.00038 IsPhoton=0.480564 IsNotH=0.24163 IsPhotonXGB=0.892742 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.960401 ShowerShape=17271.4 ClusterMass=76.1107 CaloNeutralEcal=12449.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721965 CaloNeutralID=34737 CaloNeutralE19=0.452118 CaloClusterCode=-90 CaloClusterFrac=0.999996 IsPhoton=0.152019 IsNotH=0.00602881 IsPhotonXGB=0.724791 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.8258 ShowerShape=8190.63 ClusterMass=40.6492 CaloNeutralEcal=14940.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983563 CaloNeutralID=34009 CaloNeutralE19=0.757483 CaloClusterCode=-95 CaloClusterFrac=0.994192 IsPhoton=1 IsNotH=0.592464 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.912774 ShowerShape=3226.97 ClusterMass=31.8206 CaloNeutralEcal=18481.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924534 CaloNeutralID=37840 CaloNeutralE19=0.566003 CaloClusterCode=95 CaloClusterFrac=0.999999 IsPhoton=1 IsNotH=0.657623 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.023608 ShowerShape=14737.4 ClusterMass=96.464 CaloNeutralEcal=11331.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902295 CaloNeutralID=34829 CaloNeutralE19=0.33775 CaloClusterCode=-92 CaloClusterFrac=1.00043 IsPhoton=0.0506262 IsNotH=0.0065992 IsPhotonXGB=0.8676 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.5969 ShowerShape=8478.06 ClusterMass=52.4972 CaloNeutralEcal=9484.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.994747 CaloNeutralID=35506 CaloNeutralE19=0.496672 CaloClusterCode=-93 CaloClusterFrac=0.99815 IsPhoton=1 IsNotH=0.293303 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.3103 ShowerShape=2091.06 ClusterMass=29.5972 CaloNeutralEcal=17995.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923684 CaloNeutralID=38965 CaloNeutralE19=0.45791 CaloClusterCode=-97 CaloClusterFrac=0.999963 IsPhoton=1 IsNotH=0.650798 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.06851 ShowerShape=1927.92 ClusterMass=173.619 CaloNeutralEcal=65498.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907644 CaloNeutralID=42984 CaloNeutralE19=0.352735 CaloClusterCode=-68 CaloClusterFrac=0.999956 IsPhoton=0.00640346 IsNotH=0.064014 IsPhotonXGB=0.0206883 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.5189 ShowerShape=6320.58 ClusterMass=43.136 CaloNeutralEcal=9943.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917462 CaloNeutralID=35880 CaloNeutralE19=0.629891 CaloClusterCode=-91 CaloClusterFrac=1.00055 IsPhoton=1 IsNotH=0.227734 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0641497 ShowerShape=11630.5 ClusterMass=59.9018 CaloNeutralEcal=9296.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877622 CaloNeutralID=35377 CaloNeutralE19=0.730331 CaloClusterCode=-97 CaloClusterFrac=0.999989 IsPhoton=1 IsNotH=0.647471 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.9302 ShowerShape=6660.61 ClusterMass=36.7355 CaloNeutralEcal=9243.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954419 CaloNeutralID=35882 CaloNeutralE19=0.699047 CaloClusterCode=-91 CaloClusterFrac=1.00578 IsPhoton=1 IsNotH=0.42196 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.653222 ShowerShape=17161.1 ClusterMass=56.4969 CaloNeutralEcal=6901.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912882 CaloNeutralID=35892 CaloNeutralE19=0.462409 CaloClusterCode=91 CaloClusterFrac=0.999992 IsPhoton=1 IsNotH=0.228819 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.82339 ShowerShape=10346 ClusterMass=48.0147 CaloNeutralEcal=8373.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909641 CaloNeutralID=34996 CaloNeutralE19=0.481954 CaloClusterCode=97 CaloClusterFrac=0.99989 IsPhoton=1 IsNotH=0.263294 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.9257 ShowerShape=858.944 ClusterMass=17.477 CaloNeutralEcal=21020.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889301 CaloNeutralID=42550 CaloNeutralE19=0.709706 CaloClusterCode=-97 CaloClusterFrac=0.999942 IsPhoton=1 IsNotH=0.906416 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.8258 ShowerShape=8190.63 ClusterMass=40.6492 CaloNeutralEcal=14940.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983563 CaloNeutralID=34009 CaloNeutralE19=0.757483 CaloClusterCode=-95 CaloClusterFrac=0.994192 IsPhoton=1 IsNotH=0.592464 IsPhotonXGB=1 ClusterAsX=0.208441 ClusterAsY=0.0193846 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.5969 ShowerShape=8478.06 ClusterMass=52.4972 CaloNeutralEcal=9484.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.994747 CaloNeutralID=35506 CaloNeutralE19=0.496672 CaloClusterCode=-93 CaloClusterFrac=0.99815 IsPhoton=1 IsNotH=0.293303 IsPhotonXGB=1 ClusterAsX=-0.477443 ClusterAsY=-0.106734 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.5189 ShowerShape=6320.58 ClusterMass=43.136 CaloNeutralEcal=9943.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917462 CaloNeutralID=35880 CaloNeutralE19=0.629891 CaloClusterCode=-91 CaloClusterFrac=1.00055 IsPhoton=1 IsNotH=0.227734 IsPhotonXGB=1 ClusterAsX=0.0941606 ClusterAsY=-0.226114 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.9302 ShowerShape=6660.61 ClusterMass=36.7355 CaloNeutralEcal=9243.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954419 CaloNeutralID=35882 CaloNeutralE19=0.699047 CaloClusterCode=-91 CaloClusterFrac=1.00578 IsPhoton=1 IsNotH=0.42196 IsPhotonXGB=1 ClusterAsX=-0.0808121 ClusterAsY=-0.267413 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.9257 ShowerShape=858.944 ClusterMass=17.477 CaloNeutralEcal=21020.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889301 CaloNeutralID=42550 CaloNeutralE19=0.709706 CaloClusterCode=-97 CaloClusterFrac=0.999942 IsPhoton=1 IsNotH=0.906416 IsPhotonXGB=1 ClusterAsX=0.00709139 ClusterAsY=0.123692 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.7703 ShowerShape=1457.87 CaloNeutralEcal=17680.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943635 CaloNeutralID=39837 CaloNeutralE19=0.508077 CaloClusterCode=97 CaloClusterFrac=0.999826 IsPhoton=1 IsNotH=0.764026 IsPhotonXGB=1 ClusterAsX=0.0315931 ClusterAsY=0.390362 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3491 ShowerShape=3188.19 CaloNeutralEcal=37356.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.79997 CaloNeutralID=43094 CaloNeutralE19=0.351363 CaloClusterCode=-97 CaloClusterFrac=0.976773 IsPhoton=1 IsNotH=0.0872089 IsPhotonXGB=1 ClusterAsX=-0.124267 ClusterAsY=0.325579 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.73826 ShowerShape=9343.48 CaloNeutralEcal=3402.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.997477 CaloNeutralID=34752 CaloNeutralE19=0.684781 CaloClusterCode=-62 CaloClusterFrac=0.839727 IsPhoton=1 IsNotH=0.0745069 IsPhotonXGB=1 ClusterAsX=0.21109 ClusterAsY=-0.299786 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.85294 ShowerShape=2472.45 CaloNeutralEcal=10532.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852248 CaloNeutralID=38986 CaloNeutralE19=0.560842 CaloClusterCode=-97 CaloClusterFrac=0.986097 IsPhoton=1 IsNotH=0.385552 IsPhotonXGB=1 ClusterAsX=-0.0326624 ClusterAsY=0.189433 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=627.111 ShowerShape=2476.6 CaloNeutralEcal=5015.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986138 CaloNeutralID=33775 CaloNeutralE19=0.95164 CaloClusterCode=93 CaloClusterFrac=1.00095 IsPhoton=1 IsNotH=0.889249 IsPhotonXGB=1 ClusterAsX=-0.0287425 ClusterAsY=0.00750833 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.35004 ShowerShape=13459.4 CaloNeutralEcal=4695.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.705001 CaloNeutralID=34807 CaloNeutralE19=0.396163 CaloClusterCode=-93 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.021124 IsPhotonXGB=1 ClusterAsX=-0.0539541 ClusterAsY=0.18221 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=86.73 ShowerShape=1416.14 CaloNeutralEcal=28990.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845942 CaloNeutralID=43683 CaloNeutralE19=0.397151 CaloClusterCode=-97 CaloClusterFrac=0.99994 IsPhoton=1 IsNotH=0.0866385 IsPhotonXGB=1 ClusterAsX=0.348974 ClusterAsY=0.180867 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.0099 ShowerShape=2640.56 CaloNeutralEcal=8014.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988946 CaloNeutralID=37648 CaloNeutralE19=0.889641 CaloClusterCode=63 CaloClusterFrac=0.993908 IsPhoton=1 IsNotH=0.974099 IsPhotonXGB=1 ClusterAsX=-0.0586284 ClusterAsY=-0.108783 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.28602 ShowerShape=7932.9 CaloNeutralEcal=4396.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875578 CaloNeutralID=35403 CaloNeutralE19=0.59216 CaloClusterCode=-97 CaloClusterFrac=1.00394 IsPhoton=1 IsNotH=0.188796 IsPhotonXGB=1 ClusterAsX=0.0488846 ClusterAsY=0.16138 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.2332 ShowerShape=8906.88 CaloNeutralEcal=3982.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966311 CaloNeutralID=34552 CaloNeutralE19=0.512214 CaloClusterCode=-92 CaloClusterFrac=0.99997 IsPhoton=1 IsNotH=0.0457725 IsPhotonXGB=1 ClusterAsX=0.435722 ClusterAsY=-0.341806 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.23556 ShowerShape=6433.3 CaloNeutralEcal=3708.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959149 CaloNeutralID=34425 CaloNeutralE19=0.485934 CaloClusterCode=-97 CaloClusterFrac=1.00123 IsPhoton=1 IsNotH=0.294882 IsPhotonXGB=1 ClusterAsX=-0.0601964 ClusterAsY=0.389363 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.1284 ShowerShape=13214 CaloNeutralEcal=8141.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871925 CaloNeutralID=35484 CaloNeutralE19=0.51566 CaloClusterCode=-67 CaloClusterFrac=0.972996 IsPhoton=1 IsNotH=0.0823727 IsPhotonXGB=1 ClusterAsX=0.0242717 ClusterAsY=-0.0944527 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.76838 ShowerShape=10122.7 CaloNeutralEcal=7569.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951606 CaloNeutralID=34083 CaloNeutralE19=0.380998 CaloClusterCode=91 CaloClusterFrac=0.99983 IsPhoton=1 IsNotH=0.124269 IsPhotonXGB=1 ClusterAsX=0.185077 ClusterAsY=-0.436505 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.64068 ShowerShape=15195.9 CaloNeutralEcal=4917.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.747815 CaloNeutralID=34574 CaloNeutralE19=0.506884 CaloClusterCode=-98 CaloClusterFrac=1.00125 IsPhoton=1 IsNotH=0.0462102 IsPhotonXGB=1 ClusterAsX=0.231197 ClusterAsY=-0.0166449 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.0916 ShowerShape=5269.72 CaloNeutralEcal=7623.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.706033 CaloNeutralID=39564 CaloNeutralE19=0.494817 CaloClusterCode=96 CaloClusterFrac=0.999807 IsPhoton=1 IsNotH=0.0115519 IsPhotonXGB=1 ClusterAsX=-0.00562224 ClusterAsY=-0.0339929 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=765.319 ShowerShape=4068.37 CaloNeutralEcal=2442.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984064 CaloNeutralID=33532 CaloNeutralE19=0.701468 CaloClusterCode=97 CaloClusterFrac=1.01244 IsPhoton=1 IsNotH=0.557424 IsPhotonXGB=1 ClusterAsX=0.0472511 ClusterAsY=0.25191 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=774.373 ShowerShape=16259.7 CaloNeutralEcal=2220.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.808706 CaloNeutralID=33277 CaloNeutralE19=0.371052 CaloClusterCode=92 CaloClusterFrac=1.00154 IsPhoton=1 IsNotH=0.00807112 IsPhotonXGB=1 ClusterAsX=0.221632 ClusterAsY=-0.344938 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.148 ShowerShape=4884.76 CaloNeutralEcal=2534.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987683 CaloNeutralID=34240 CaloNeutralE19=0.636393 CaloClusterCode=67 CaloClusterFrac=0.998094 IsPhoton=1 IsNotH=0.263318 IsPhotonXGB=1 ClusterAsX=0.0181365 ClusterAsY=0.328915 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=661.172 ShowerShape=5622.91 CaloNeutralEcal=2653.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995527 CaloNeutralID=35910 CaloNeutralE19=0.536522 CaloClusterCode=93 CaloClusterFrac=1.0087 IsPhoton=1 IsNotH=0.405267 IsPhotonXGB=1 ClusterAsX=-0.458926 ClusterAsY=-0.000144417 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=113.139 ShowerShape=7052.16 CaloNeutralEcal=3242.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944789 CaloNeutralID=34951 CaloNeutralE19=0.73664 CaloClusterCode=-98 CaloClusterFrac=0.998921 IsPhoton=1 IsNotH=0.399073 IsPhotonXGB=1 ClusterAsX=0.180792 ClusterAsY=0.166225 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.97116 ShowerShape=4785.01 CaloNeutralEcal=8451.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.656534 CaloNeutralID=39054 CaloNeutralE19=0.2816 CaloClusterCode=-93 CaloClusterFrac=0.999889 IsPhoton=1 IsNotH=0.00610734 IsPhotonXGB=1 ClusterAsX=-0.111892 ClusterAsY=0.2025 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.25577 ShowerShape=1432.77 CaloNeutralEcal=8607.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.801004 CaloNeutralID=42763 CaloNeutralE19=0.599874 CaloClusterCode=-92 CaloClusterFrac=0.836611 IsPhoton=1 IsNotH=0.131811 IsPhotonXGB=1 ClusterAsX=0.000899655 ClusterAsY=-0.0155362 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=230.034 ShowerShape=3617.34 CaloNeutralEcal=5137.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945201 CaloNeutralID=35682 CaloNeutralE19=0.871342 CaloClusterCode=-96 CaloClusterFrac=0.999988 IsPhoton=1 IsNotH=0.849381 IsPhotonXGB=1 ClusterAsX=-0.0249824 ClusterAsY=0.0655535 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.7346 ShowerShape=1438.18 CaloNeutralEcal=21625.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767897 CaloNeutralID=43556 CaloNeutralE19=0.477094 CaloClusterCode=-97 CaloClusterFrac=0.997924 IsPhoton=1 IsNotH=0.0861218 IsPhotonXGB=1 ClusterAsX=0.00259202 ClusterAsY=0.0784944 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=96.238 ShowerShape=1203.87 CaloNeutralEcal=17772.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.861975 CaloNeutralID=42272 CaloNeutralE19=0.574329 CaloClusterCode=91 CaloClusterFrac=0.999943 IsPhoton=1 IsNotH=0.743309 IsPhotonXGB=1 ClusterAsX=-0.00141087 ClusterAsY=-0.234088 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.41135 ShowerShape=17059.9 CaloNeutralEcal=3379.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.777825 CaloNeutralID=34804 CaloNeutralE19=0.393837 CaloClusterCode=92 CaloClusterFrac=0.99858 IsPhoton=1 IsNotH=0.0076482 IsPhotonXGB=1 ClusterAsX=0.137303 ClusterAsY=-0.110497 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.9733 ShowerShape=418.337 CaloNeutralEcal=7192.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954366 CaloNeutralID=41929 CaloNeutralE19=0.785089 CaloClusterCode=-95 CaloClusterFrac=0.982982 IsPhoton=1 IsNotH=0.95539 IsPhotonXGB=1 ClusterAsX=0.134082 ClusterAsY=0.00578462 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.19235 ShowerShape=2535.12 CaloNeutralEcal=7809.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908831 CaloNeutralID=38576 CaloNeutralE19=0.341297 CaloClusterCode=-65 CaloClusterFrac=0.999257 IsPhoton=1 IsNotH=0.0898819 IsPhotonXGB=1 ClusterAsX=0.246674 ClusterAsY=0.164995 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.0588 ShowerShape=1064.69 CaloNeutralEcal=7932.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803984 CaloNeutralID=43766 CaloNeutralE19=0.593478 CaloClusterCode=97 IsPhoton=1 IsNotH=0.525897 IsPhotonXGB=1 ClusterAsX=-0.0313307 ClusterAsY=0.0505394 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.63642 ShowerShape=4202.2 CaloNeutralEcal=2129.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960979 CaloNeutralID=36153 CaloNeutralE19=0.783365 CaloClusterCode=95 CaloClusterFrac=1.00173 IsPhoton=1 IsNotH=0.73476 IsPhotonXGB=1 ClusterAsX=0.094183 ClusterAsY=-0.118841 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=466.348 ShowerShape=361.118 CaloNeutralEcal=7443.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932507 CaloNeutralID=42037 CaloNeutralE19=0.81221 CaloClusterCode=97 IsPhoton=1 IsNotH=0.978148 IsPhotonXGB=1 ClusterAsX=-0.0110862 ClusterAsY=0.0557034 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.9922 ShowerShape=4735.25 CaloNeutralEcal=5226.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948065 CaloNeutralID=37678 CaloNeutralE19=0.827186 CaloClusterCode=67 CaloClusterFrac=0.992588 IsPhoton=1 IsNotH=0.97001 IsPhotonXGB=1 ClusterAsX=0.181253 ClusterAsY=-0.555541 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.5161 ShowerShape=863.357 CaloNeutralEcal=12370.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931516 CaloNeutralID=42514 CaloNeutralE19=0.518244 CaloClusterCode=-95 CaloClusterFrac=0.999337 IsPhoton=1 IsNotH=0.913942 IsPhotonXGB=1 ClusterAsX=0.345331 ClusterAsY=-0.0624458 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.65007 ShowerShape=5558.22 CaloNeutralEcal=19198 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813351 CaloNeutralID=43481 CaloNeutralE19=0.444155 CaloClusterCode=-97 CaloClusterFrac=0.999905 IsPhoton=1 IsNotH=0.311014 IsPhotonXGB=1 ClusterAsX=0.0540957 ClusterAsY=0.225833 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=59.8409 ShowerShape=1587.92 CaloNeutralEcal=17449.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.707949 CaloNeutralID=42333 CaloNeutralE19=0.269473 CaloClusterCode=-93 CaloClusterFrac=0.9995 IsPhoton=1 IsNotH=0.00204671 IsPhotonXGB=1 ClusterAsX=-0.148369 ClusterAsY=-0.166406 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.01154 ShowerShape=3477.77 CaloNeutralEcal=7403.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90448 CaloNeutralID=37858 CaloNeutralE19=0.429983 CaloClusterCode=90 CaloClusterFrac=0.999998 IsPhoton=1 IsNotH=0.016944 IsPhotonXGB=1 ClusterAsX=-0.455296 ClusterAsY=-0.344603 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.45272 ShowerShape=2938.29 CaloNeutralEcal=7493.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805592 CaloNeutralID=37925 CaloNeutralE19=0.607959 CaloClusterCode=-98 CaloClusterFrac=0.999221 IsPhoton=1 IsNotH=0.265334 IsPhotonXGB=1 ClusterAsX=0.102086 ClusterAsY=0.0503773 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.3089 ShowerShape=3369.26 CaloNeutralEcal=4018.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979977 CaloNeutralID=34022 CaloNeutralE19=0.827809 CaloClusterCode=-95 CaloClusterFrac=0.913502 IsPhoton=1 IsNotH=0.632406 IsPhotonXGB=1 ClusterAsX=0.144516 ClusterAsY=0.00494845 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=81.078 ShowerShape=6837.38 CaloNeutralEcal=3979.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.695839 CaloNeutralID=38148 CaloNeutralE19=0.257544 CaloClusterCode=-91 CaloClusterFrac=1.0013 IsPhoton=1 IsNotH=0.00198999 IsPhotonXGB=1 ClusterAsX=0.0959519 ClusterAsY=-0.469916 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=90.4258 ShowerShape=1801.82 CaloNeutralEcal=8488.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942818 CaloNeutralID=42029 CaloNeutralE19=0.746736 CaloClusterCode=95 CaloClusterFrac=1.0008 IsPhoton=1 IsNotH=0.960791 IsPhotonXGB=1 ClusterAsX=0.118904 ClusterAsY=-0.0439816 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.4462 ShowerShape=3879.6 CaloNeutralEcal=2371.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961696 CaloNeutralID=33741 CaloNeutralE19=0.853625 CaloClusterCode=-93 CaloClusterFrac=1.00112 IsPhoton=1 IsNotH=0.801976 IsPhotonXGB=1 ClusterAsX=-0.0818654 ClusterAsY=-0.00817456 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.46213 ShowerShape=758.388 CaloNeutralEcal=8396.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909764 CaloNeutralID=43148 CaloNeutralE19=0.802042 CaloClusterCode=-92 CaloClusterFrac=0.972317 IsPhoton=1 IsNotH=0.964383 IsPhotonXGB=1 ClusterAsX=0.0472836 ClusterAsY=-0.0152273 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.4611 ShowerShape=5131.74 CaloNeutralEcal=2555.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88744 CaloNeutralID=34357 CaloNeutralE19=0.741938 CaloClusterCode=-93 CaloClusterFrac=1.01975 IsPhoton=1 IsNotH=0.413425 IsPhotonXGB=1 ClusterAsX=-0.0228871 ClusterAsY=-0.0265296 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=122.542 ShowerShape=3563.45 CaloNeutralEcal=3697.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.792911 CaloNeutralID=38020 CaloNeutralE19=0.250539 CaloClusterCode=-97 CaloClusterFrac=1.0115 IsPhoton=1 IsNotH=0.0449799 IsPhotonXGB=1 ClusterAsX=0.115157 ClusterAsY=0.615975 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.3484 ShowerShape=4811.12 CaloNeutralEcal=5808.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947805 CaloNeutralID=40095 CaloNeutralE19=0.687253 CaloClusterCode=-91 CaloClusterFrac=0.986894 IsPhoton=1 IsNotH=0.856441 IsPhotonXGB=1 ClusterAsX=0.0232951 ClusterAsY=-0.233366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.4261 ShowerShape=14950.6 CaloNeutralEcal=2172.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842081 CaloNeutralID=34121 CaloNeutralE19=0.494672 CaloClusterCode=97 CaloClusterFrac=1.01035 IsPhoton=1 IsNotH=0.103267 IsPhotonXGB=1 ClusterAsX=-0.0927454 ClusterAsY=0.168316 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.7953 ShowerShape=5788.44 CaloNeutralEcal=1970.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987981 CaloNeutralID=35322 CaloNeutralE19=0.59793 CaloClusterCode=-93 CaloClusterFrac=1.01262 IsPhoton=1 IsNotH=0.289128 IsPhotonXGB=1 ClusterAsX=-0.374612 ClusterAsY=-0.121234 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.2125 ShowerShape=7449.39 CaloNeutralEcal=2467.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884455 CaloNeutralID=35884 CaloNeutralE19=0.523834 CaloClusterCode=-97 CaloClusterFrac=0.973665 IsPhoton=1 IsNotH=0.107317 IsPhotonXGB=1 ClusterAsX=-0.112878 ClusterAsY=0.192479 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=71.8024 ShowerShape=1395.09 CaloNeutralEcal=14362.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920838 CaloNeutralID=42583 CaloNeutralE19=0.68754 CaloClusterCode=85 CaloClusterFrac=1.0021 IsPhoton=1 IsNotH=0.770089 IsPhotonXGB=1 ClusterAsX=0.141766 ClusterAsY=-0.0344748 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.2213 ShowerShape=2293.2 CaloNeutralEcal=8868.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694358 CaloNeutralID=42219 CaloNeutralE19=0.336618 CaloClusterCode=98 CaloClusterFrac=0.999971 IsPhoton=1 IsNotH=0.00801922 IsPhotonXGB=1 ClusterAsX=0.0721995 ClusterAsY=0.289009 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3665 ShowerShape=3908.99 CaloNeutralEcal=12221.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661594 CaloNeutralID=43434 CaloNeutralE19=0.203743 CaloClusterCode=98 CaloClusterFrac=1.00207 IsPhoton=1 IsNotH=0.000224638 IsPhotonXGB=1 ClusterAsX=0.313936 ClusterAsY=0.0117772 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=965.905 ShowerShape=5621.77 CaloNeutralEcal=1541.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986666 CaloNeutralID=36100 CaloNeutralE19=0.573168 CaloClusterCode=93 CaloClusterFrac=1.01369 IsPhoton=1 IsNotH=0.426942 IsPhotonXGB=1 ClusterAsX=-0.383293 ClusterAsY=0.0835654 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.5883 ShowerShape=17152.6 CaloNeutralEcal=2286.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.785091 CaloNeutralID=33682 CaloNeutralE19=0.295411 CaloClusterCode=-97 CaloClusterFrac=0.999663 IsPhoton=1 IsNotH=0.00939697 IsPhotonXGB=1 ClusterAsX=0.209516 ClusterAsY=0.42027 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=184.359 ShowerShape=4991.34 CaloNeutralEcal=1889.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948733 CaloNeutralID=33975 CaloNeutralE19=0.751857 CaloClusterCode=93 CaloClusterFrac=1.01963 IsPhoton=1 IsNotH=0.582737 IsPhotonXGB=1 ClusterAsX=-0.149251 ClusterAsY=-0.0651941 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=82.7965 ShowerShape=1187.18 CaloNeutralEcal=14235.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.858965 CaloNeutralID=42460 CaloNeutralE19=0.63378 CaloClusterCode=-93 CaloClusterFrac=0.905678 IsPhoton=1 IsNotH=0.443409 IsPhotonXGB=1 ClusterAsX=-0.100199 ClusterAsY=-0.0908681 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.61303 ShowerShape=825.478 CaloNeutralEcal=8607.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932527 CaloNeutralID=43408 CaloNeutralE19=0.68112 CaloClusterCode=93 CaloClusterFrac=1.00131 IsPhoton=1 IsNotH=0.956491 IsPhotonXGB=1 ClusterAsX=-0.165708 ClusterAsY=-0.101008 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.6234 ShowerShape=2574.15 CaloNeutralEcal=3421.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8805 CaloNeutralID=39355 CaloNeutralE19=0.411868 CaloClusterCode=91 CaloClusterFrac=0.999908 IsPhoton=1 IsNotH=0.0922949 IsPhotonXGB=1 ClusterAsX=-0.177892 ClusterAsY=-0.411369 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=203.065 ShowerShape=3374.55 CaloNeutralEcal=2737.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949322 CaloNeutralID=35936 CaloNeutralE19=0.854393 CaloClusterCode=-98 CaloClusterFrac=1.00215 IsPhoton=1 IsNotH=0.818425 IsPhotonXGB=1 ClusterAsX=0.0599533 ClusterAsY=0.0750104 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=493.036 ShowerShape=5254.76 CaloNeutralEcal=1612.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928662 CaloNeutralID=35717 CaloNeutralE19=0.725467 CaloClusterCode=-92 CaloClusterFrac=1.00761 IsPhoton=1 IsNotH=0.557357 IsPhotonXGB=1 ClusterAsX=0.111939 ClusterAsY=-0.127903 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=45.7255 ShowerShape=5871.29 CaloNeutralEcal=4014.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953305 CaloNeutralID=35553 CaloNeutralE19=0.70136 CaloClusterCode=-91 CaloClusterFrac=0.999452 IsPhoton=1 IsNotH=0.522169 IsPhotonXGB=1 ClusterAsX=0.0118079 ClusterAsY=-0.244791 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.7499 ShowerShape=8005.42 CaloNeutralEcal=2549.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924829 CaloNeutralID=34446 CaloNeutralE19=0.402481 CaloClusterCode=-97 CaloClusterFrac=1.00815 IsPhoton=1 IsNotH=0.205539 IsPhotonXGB=1 ClusterAsX=0.174375 ClusterAsY=0.42536 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.66145 ShowerShape=5585.39 CaloNeutralEcal=3786.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.656244 CaloNeutralID=39112 CaloNeutralE19=0.265185 CaloClusterCode=-93 CaloClusterFrac=0.999875 IsPhoton=1 IsNotH=0.00227402 IsPhotonXGB=1 ClusterAsX=-0.313597 ClusterAsY=-0.035026 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=90.2192 ShowerShape=8457.93 CaloNeutralEcal=2518.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956364 CaloNeutralID=33697 CaloNeutralE19=0.551957 CaloClusterCode=97 CaloClusterFrac=0.999973 IsPhoton=1 IsNotH=0.371416 IsPhotonXGB=1 ClusterAsX=0.054317 ClusterAsY=0.356148 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=224.837 ShowerShape=2482.65 CaloNeutralEcal=1650.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947985 CaloNeutralID=34949 CaloNeutralE19=0.900444 CaloClusterCode=-95 CaloClusterFrac=0.983286 IsPhoton=1 IsNotH=0.897455 IsPhotonXGB=1 ClusterAsX=-0.00439493 ClusterAsY=-0.00194129 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.76107 ShowerShape=12432.6 CaloNeutralEcal=3010.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85293 CaloNeutralID=34071 CaloNeutralE19=0.540619 CaloClusterCode=-98 CaloClusterFrac=1.0087 IsPhoton=1 IsNotH=0.0450453 IsPhotonXGB=1 ClusterAsX=0.135634 ClusterAsY=0.135506 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=194.455 ShowerShape=2476.6 CaloNeutralEcal=1582.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979138 CaloNeutralID=35077 CaloNeutralE19=0.92455 CaloClusterCode=-97 CaloClusterFrac=0.984133 IsPhoton=1 IsNotH=0.89226 IsPhotonXGB=1 ClusterAsX=-0.0107899 ClusterAsY=0.0274353 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=45.4388 ShowerShape=25059.2 CaloNeutralEcal=2141.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.862878 CaloNeutralID=35929 CaloNeutralE19=0.450463 CaloClusterCode=98 CaloClusterFrac=1.0028 IsPhoton=1 IsNotH=0.0309275 IsPhotonXGB=1 ClusterAsX=0.398091 ClusterAsY=0.263439 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=81.0124 ShowerShape=760.973 CaloNeutralEcal=14208.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952414 CaloNeutralID=43427 CaloNeutralE19=0.597152 CaloClusterCode=-65 CaloClusterFrac=0.93876 IsPhoton=1 IsNotH=0.54204 IsPhotonXGB=1 ClusterAsX=0.227797 ClusterAsY=0.160636 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=1312.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990005 CaloNeutralID=33194 CaloNeutralE19=0.94793 CaloClusterCode=66 IsPhoton=1 IsNotH=0.885935 IsPhotonXGB=1 ClusterAsX=-0.0181127 ClusterAsY=0.0334745 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=59.69 ShowerShape=1946.19 CaloNeutralEcal=2620.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901747 CaloNeutralID=40077 CaloNeutralE19=0.455739 CaloClusterCode=97 IsPhoton=1 IsNotH=0.587363 IsPhotonXGB=1 ClusterAsX=-0.038581 ClusterAsY=0.350146 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.0803 ShowerShape=10757.3 CaloNeutralEcal=1160.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946623 CaloNeutralID=35897 CaloNeutralE19=0.896388 CaloClusterCode=95 CaloClusterFrac=0.999 IsPhoton=1 IsNotH=0.891402 IsPhotonXGB=1 ClusterAsX=0.0152709 ClusterAsY=0.0175476 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2447.73 CaloNeutralEcal=1246.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943955 CaloNeutralID=33587 CaloNeutralE19=0.882007 CaloClusterCode=-93 CaloClusterFrac=0.983893 IsPhoton=1 IsNotH=0.824912 IsPhotonXGB=1 ClusterAsX=-0.0249144 ClusterAsY=0.0291946 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=109.432 ShowerShape=9673.75 CaloNeutralEcal=1782.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956364 CaloNeutralID=33638 CaloNeutralE19=0.477289 CaloClusterCode=-93 CaloClusterFrac=1.0177 IsPhoton=1 IsNotH=0.32255 IsPhotonXGB=1 ClusterAsX=-0.374331 ClusterAsY=0.105495 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.2223 ShowerShape=10717.6 CaloNeutralEcal=1125.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957456 CaloNeutralID=34302 CaloNeutralE19=0.521629 CaloClusterCode=98 CaloClusterFrac=1.0158 IsPhoton=1 IsNotH=0.0941065 IsPhotonXGB=1 ClusterAsX=0.367761 ClusterAsY=0.260553 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=83.5876 ShowerShape=3333.16 CaloNeutralEcal=1240.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946763 CaloNeutralID=35131 CaloNeutralE19=0.870077 CaloClusterCode=-92 CaloClusterFrac=1.01926 IsPhoton=1 IsNotH=0.84501 IsPhotonXGB=1 ClusterAsX=0.0891844 ClusterAsY=0.0141392 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.9732 ShowerShape=3277.09 CaloNeutralEcal=3363.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.745924 CaloNeutralID=39473 CaloNeutralE19=0.367222 CaloClusterCode=93 CaloClusterFrac=0.999979 IsPhoton=1 IsNotH=0.016844 IsPhotonXGB=1 ClusterAsX=-0.198621 ClusterAsY=-0.0195701 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.3611 ShowerShape=1570.92 CaloNeutralEcal=11043.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.825543 CaloNeutralID=42967 CaloNeutralE19=0.275005 CaloClusterCode=-60 CaloClusterFrac=0.999996 IsPhoton=1 IsNotH=0.000681628 IsPhotonXGB=1 ClusterAsX=-0.406939 ClusterAsY=-0.290906 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=116.456 ShowerShape=10099.2 CaloNeutralEcal=1038.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852133 CaloNeutralID=35715 CaloNeutralE19=0.331654 CaloClusterCode=-93 CaloClusterFrac=1.01547 IsPhoton=1 IsNotH=0.0420488 IsPhotonXGB=1 ClusterAsX=-0.321057 ClusterAsY=-0.0856257 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=261.485 ShowerShape=533.934 CaloNeutralEcal=13862.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965117 CaloNeutralID=42591 CaloNeutralE19=0.708649 CaloClusterCode=63 CaloClusterFrac=0.995132 IsPhoton=1 IsNotH=0.843766 IsPhotonXGB=1 ClusterAsX=-0.217651 ClusterAsY=-0.0183896 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.7912 ShowerShape=8154.46 CaloNeutralEcal=2309.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.688451 CaloNeutralID=39430 CaloNeutralE19=0.246026 CaloClusterCode=93 CaloClusterFrac=1.02231 IsPhoton=1 IsNotH=0.0078624 IsPhotonXGB=1 ClusterAsX=-0.0975657 ClusterAsY=0.158029 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.5575 ShowerShape=1472.27 CaloNeutralEcal=9671.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893032 CaloNeutralID=42775 CaloNeutralE19=0.378018 CaloClusterCode=67 CaloClusterFrac=0.999896 IsPhoton=1 IsNotH=0.0439572 IsPhotonXGB=1 ClusterAsX=-0.222359 ClusterAsY=0.356012 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.3394 ShowerShape=973.167 CaloNeutralEcal=4560.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.810302 CaloNeutralID=43663 CaloNeutralE19=0.580831 CaloClusterCode=98 CaloClusterFrac=1.00331 IsPhoton=1 IsNotH=0.265961 IsPhotonXGB=1 ClusterAsX=0.25494 ClusterAsY=-0.0102253 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.814 ShowerShape=3373.28 CaloNeutralEcal=2383.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874195 CaloNeutralID=38391 CaloNeutralE19=0.485244 CaloClusterCode=97 CaloClusterFrac=1.03461 IsPhoton=1 IsNotH=0.415042 IsPhotonXGB=1 ClusterAsX=0.0567904 ClusterAsY=0.347093 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=39.8383 ShowerShape=2160.13 CaloNeutralEcal=4436.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713164 CaloNeutralID=43759 CaloNeutralE19=0.318925 CaloClusterCode=92 IsPhoton=1 IsNotH=0.0150519 IsPhotonXGB=1 ClusterAsX=0.0125947 ClusterAsY=-0.383994 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.8276 ShowerShape=3241.25 CaloNeutralEcal=2547.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979457 CaloNeutralID=35492 CaloNeutralE19=0.829585 CaloClusterCode=-67 CaloClusterFrac=0.999942 IsPhoton=1 IsNotH=0.830536 IsPhotonXGB=1 ClusterAsX=0.0539001 ClusterAsY=0.11204 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=185.771 ShowerShape=429.494 CaloNeutralEcal=4196.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908052 CaloNeutralID=44051 CaloNeutralE19=0.780165 CaloClusterCode=91 CaloClusterFrac=1.02642 IsPhoton=1 IsNotH=0.981171 IsPhotonXGB=1 ClusterAsX=0.0339574 ClusterAsY=-0.0455017 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.9116 ShowerShape=911.855 CaloNeutralEcal=4488.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85055 CaloNeutralID=43250 CaloNeutralE19=0.621252 CaloClusterCode=95 CaloClusterFrac=1.00123 IsPhoton=1 IsNotH=0.706682 IsPhotonXGB=1 ClusterAsX=0.0444427 ClusterAsY=0.0818303 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=89.2445 ShowerShape=1095.98 CaloNeutralEcal=11270.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.885407 CaloNeutralID=42588 CaloNeutralE19=0.429936 CaloClusterCode=-65 CaloClusterFrac=0.993325 IsPhoton=1 IsNotH=0.16256 IsPhotonXGB=1 ClusterAsX=0.237649 ClusterAsY=-0.216085 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.973 ShowerShape=11149.1 CaloNeutralEcal=1338.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.769785 CaloNeutralID=34291 CaloNeutralE19=0.49024 CaloClusterCode=-98 CaloClusterFrac=1.0033 IsPhoton=1 IsNotH=0.0248162 IsPhotonXGB=1 ClusterAsX=0.217942 ClusterAsY=0.121055 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.319 ShowerShape=20262.1 CaloNeutralEcal=2072.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.665908 CaloNeutralID=35610 CaloNeutralE19=0.28003 CaloClusterCode=-91 CaloClusterFrac=1.01261 IsPhoton=1 IsNotH=0.00592532 IsPhotonXGB=1 ClusterAsX=-0.0443685 ClusterAsY=-0.0871542 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.4726 ShowerShape=12997.4 CaloNeutralEcal=1287.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91466 CaloNeutralID=34315 CaloNeutralE19=0.383362 CaloClusterCode=93 CaloClusterFrac=0.999946 IsPhoton=1 IsNotH=0.0308948 IsPhotonXGB=1 ClusterAsX=-0.479312 ClusterAsY=-0.217403 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.66442 ShowerShape=2311.45 CaloNeutralEcal=5984.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.593926 CaloNeutralID=43181 CaloNeutralE19=0.252212 CaloClusterCode=-95 CaloClusterFrac=0.995881 IsPhoton=1 IsNotH=0.000327809 IsPhotonXGB=1 ClusterAsX=-0.0657005 ClusterAsY=-0.107141 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.5344 ShowerShape=3671.26 CaloNeutralEcal=6431.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.718107 CaloNeutralID=42473 CaloNeutralE19=0.384884 CaloClusterCode=-97 CaloClusterFrac=1.00329 IsPhoton=1 IsNotH=0.0117835 IsPhotonXGB=1 ClusterAsX=0.235889 ClusterAsY=0.0467066 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=523.403 ShowerShape=8638.13 CaloNeutralEcal=1269.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.998416 CaloNeutralID=33512 CaloNeutralE19=0.530678 CaloClusterCode=-90 CaloClusterFrac=1.02142 IsPhoton=1 IsNotH=0.0285675 IsPhotonXGB=1 ClusterAsX=-0.457378 ClusterAsY=-0.478195 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.9141 ShowerShape=2768.14 CaloNeutralEcal=2324.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869774 CaloNeutralID=39984 CaloNeutralE19=0.71092 CaloClusterCode=97 CaloClusterFrac=0.99998 IsPhoton=1 IsNotH=0.841612 IsPhotonXGB=1 ClusterAsX=-0.0255849 ClusterAsY=0.0544776 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.614 ShowerShape=8503.9 CaloNeutralEcal=1588.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875091 CaloNeutralID=35538 CaloNeutralE19=0.634504 CaloClusterCode=-98 CaloClusterFrac=1.04176 IsPhoton=1 IsNotH=0.332705 IsPhotonXGB=1 ClusterAsX=0.0767899 ClusterAsY=0.243142 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.9934 ShowerShape=872.406 CaloNeutralEcal=6290.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905367 CaloNeutralID=43542 CaloNeutralE19=0.412913 CaloClusterCode=-95 CaloClusterFrac=1.00215 IsPhoton=1 IsNotH=0.487321 IsPhotonXGB=1 ClusterAsX=0.374395 ClusterAsY=-0.0852025 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=87.6088 ShowerShape=1616.86 CaloNeutralEcal=9368.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.646454 CaloNeutralID=43489 CaloNeutralE19=0.349427 CaloClusterCode=-98 CaloClusterFrac=0.92798 IsPhoton=1 IsNotH=0.00105054 IsPhotonXGB=1 ClusterAsX=0.0545527 ClusterAsY=-0.0258408 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.4205 ShowerShape=4721.23 CaloNeutralEcal=2189.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.707574 CaloNeutralID=39732 CaloNeutralE19=0.287496 CaloClusterCode=-98 CaloClusterFrac=1.02651 IsPhoton=1 IsNotH=0.00798616 IsPhotonXGB=1 ClusterAsX=0.0595026 ClusterAsY=0.304595 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=467.97 ShowerShape=2936.17 CaloNeutralEcal=926.106 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93162 CaloNeutralID=33716 CaloNeutralE19=0.866008 CaloClusterCode=-96 CaloClusterFrac=0.95397 IsPhoton=1 IsNotH=0.8053 IsPhotonXGB=1 ClusterAsX=-0.0438255 ClusterAsY=0.0193061 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=989.766 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992746 CaloNeutralID=36441 CaloNeutralE19=0.966398 CaloClusterCode=60 CaloClusterFrac=1.02136 IsPhoton=1 IsNotH=0.820528 IsPhotonXGB=1 ClusterAsX=-0.0118689 ClusterAsY=-0.0336057 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.2128 ShowerShape=4350.49 CaloNeutralEcal=1740.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900783 CaloNeutralID=35558 CaloNeutralE19=0.776139 CaloClusterCode=-95 CaloClusterFrac=0.930463 IsPhoton=1 IsNotH=0.40812 IsPhotonXGB=1 ClusterAsX=-0.0121171 ClusterAsY=-0.0569848 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.9626 ShowerShape=14523.3 CaloNeutralEcal=1227.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855898 CaloNeutralID=35534 CaloNeutralE19=0.473563 CaloClusterCode=98 CaloClusterFrac=1.03769 IsPhoton=1 IsNotH=0.0269865 IsPhotonXGB=1 ClusterAsX=0.256852 ClusterAsY=0.225297 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=327.683 ShowerShape=10253.7 CaloNeutralEcal=901.158 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.770646 CaloNeutralID=36112 CaloNeutralE19=0.492344 CaloClusterCode=-97 CaloClusterFrac=0.960668 IsPhoton=1 IsNotH=0.0675645 IsPhotonXGB=1 ClusterAsX=0.0322874 ClusterAsY=0.0514566 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=102.961 ShowerShape=16001.8 CaloNeutralEcal=852.628 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.674137 CaloNeutralID=35977 CaloNeutralE19=0.270561 CaloClusterCode=96 CaloClusterFrac=1.02276 IsPhoton=1 IsNotH=0.00506907 IsPhotonXGB=1 ClusterAsX=-0.291553 ClusterAsY=-0.0565354 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.71317 ShowerShape=3897.97 CaloNeutralEcal=1525.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.808137 CaloNeutralID=40071 CaloNeutralE19=0.306732 CaloClusterCode=95 IsPhoton=1 IsNotH=0.0351107 IsPhotonXGB=1 ClusterAsX=0.490145 ClusterAsY=-0.0890443 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.3189 ShowerShape=2071.57 CaloNeutralEcal=1588.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.837986 CaloNeutralID=39992 CaloNeutralE19=0.578818 CaloClusterCode=97 CaloClusterFrac=1.0213 IsPhoton=1 IsNotH=0.306274 IsPhotonXGB=1 ClusterAsX=0.0664972 ClusterAsY=0.0596068 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=142.839 ShowerShape=364.266 CaloNeutralEcal=3829.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931392 CaloNeutralID=43860 CaloNeutralE19=0.852149 CaloClusterCode=95 CaloClusterFrac=0.999667 IsPhoton=1 IsNotH=0.988915 IsPhotonXGB=1 ClusterAsX=0.0146486 ClusterAsY=0.00866487 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=115.321 ShowerShape=946.761 CaloNeutralEcal=3812.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.882457 CaloNeutralID=41891 CaloNeutralE19=0.614672 CaloClusterCode=63 CaloClusterFrac=1.00512 IsPhoton=1 IsNotH=0.447104 IsPhotonXGB=1 ClusterAsX=-0.0934914 ClusterAsY=0.0635555 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=115.401 ShowerShape=59726.9 CaloNeutralEcal=975.903 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956976 CaloNeutralID=36317 CaloNeutralE19=0.900754 CaloClusterCode=92 CaloClusterFrac=1.01058 IsPhoton=1 IsNotH=0.82782 IsPhotonXGB=1 ClusterAsX=0.0608684 ClusterAsY=-0.021416 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=88.1156 ShowerShape=3062.48 CaloNeutralEcal=1451.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.743462 CaloNeutralID=37958 CaloNeutralE19=0.309624 CaloClusterCode=-98 CaloClusterFrac=0.961921 IsPhoton=1 IsNotH=0.0308448 IsPhotonXGB=1 ClusterAsX=0.0463571 ClusterAsY=0.615079 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=144.499 ShowerShape=6013.86 CaloNeutralEcal=1168.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928006 CaloNeutralID=36006 CaloNeutralE19=0.740459 CaloClusterCode=-96 CaloClusterFrac=1.0282 IsPhoton=1 IsNotH=0.50818 IsPhotonXGB=1 ClusterAsX=-0.13161 ClusterAsY=0.178186 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.1762 ShowerShape=3207.33 CaloNeutralEcal=3106.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904612 CaloNeutralID=38105 CaloNeutralE19=0.73783 CaloClusterCode=60 CaloClusterFrac=0.999943 IsPhoton=1 IsNotH=0.51744 IsPhotonXGB=1 ClusterAsX=-0.0547006 ClusterAsY=-0.0813375 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.7243 ShowerShape=1229.97 CaloNeutralEcal=3744.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88425 CaloNeutralID=42023 CaloNeutralE19=0.689329 CaloClusterCode=98 CaloClusterFrac=1.01591 IsPhoton=1 IsNotH=0.877103 IsPhotonXGB=1 ClusterAsX=0.0515647 ClusterAsY=0.113412 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=141.348 ShowerShape=5667.96 CaloNeutralEcal=698.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931465 CaloNeutralID=33981 CaloNeutralE19=0.600189 CaloClusterCode=-91 CaloClusterFrac=1.02624 IsPhoton=1 IsNotH=0.441394 IsPhotonXGB=1 ClusterAsX=0.0153738 ClusterAsY=-0.240712 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=51.4946 ShowerShape=9685.97 CaloNeutralEcal=943.346 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795888 CaloNeutralID=34034 CaloNeutralE19=0.401405 CaloClusterCode=93 CaloClusterFrac=1.02577 IsPhoton=1 IsNotH=0.0297467 IsPhotonXGB=1 ClusterAsX=-0.121731 ClusterAsY=-0.136979 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.2548 ShowerShape=928.856 CaloNeutralEcal=4398.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911621 CaloNeutralID=43671 CaloNeutralE19=0.67614 CaloClusterCode=-95 CaloClusterFrac=0.999839 IsPhoton=1 IsNotH=0.886237 IsPhotonXGB=1 ClusterAsX=0.133997 ClusterAsY=-0.117604 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=84.5336 ShowerShape=1338.72 CaloNeutralEcal=1413.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896056 CaloNeutralID=37896 CaloNeutralE19=0.776761 CaloClusterCode=-96 CaloClusterFrac=1.00527 IsPhoton=1 IsNotH=0.919739 IsPhotonXGB=1 ClusterAsX=-0.0655687 ClusterAsY=-0.046618 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=273.152 ShowerShape=618.857 CaloNeutralEcal=2155.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991308 CaloNeutralID=38384 CaloNeutralE19=0.928731 CaloClusterCode=67 CaloClusterFrac=1.02574 IsPhoton=1 IsNotH=0.931213 IsPhotonXGB=1 ClusterAsX=-0.0583776 ClusterAsY=0.0650695 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=87.5849 ShowerShape=7315.91 CaloNeutralEcal=776.727 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973461 CaloNeutralID=35193 CaloNeutralE19=0.369288 CaloClusterCode=-97 CaloClusterFrac=1.02842 IsPhoton=1 IsNotH=0.102803 IsPhotonXGB=1 ClusterAsX=-0.279574 ClusterAsY=0.307169 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=234.792 ShowerShape=4421.27 CaloNeutralEcal=1023.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894037 CaloNeutralID=35998 CaloNeutralE19=0.765646 CaloClusterCode=-91 CaloClusterFrac=0.990924 IsPhoton=1 IsNotH=0.672381 IsPhotonXGB=1 ClusterAsX=-0.0460239 ClusterAsY=-0.0234553 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=86.9406 ShowerShape=3058.72 CaloNeutralEcal=1375.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.82987 CaloNeutralID=38340 CaloNeutralE19=0.430833 CaloClusterCode=93 CaloClusterFrac=1.04505 IsPhoton=1 IsNotH=0.185064 IsPhotonXGB=1 ClusterAsX=-0.243856 ClusterAsY=0.119318 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.784 ShowerShape=2718.57 CaloNeutralEcal=3099.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812772 CaloNeutralID=42415 CaloNeutralE19=0.595139 CaloClusterCode=93 CaloClusterFrac=0.999637 IsPhoton=1 IsNotH=0.334755 IsPhotonXGB=1 ClusterAsX=-0.0449296 ClusterAsY=0.0373752 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.96307 ShowerShape=26835.7 CaloNeutralEcal=852.465 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697799 CaloNeutralID=35634 CaloNeutralE19=0.428668 CaloClusterCode=-93 CaloClusterFrac=0.999905 IsPhoton=1 IsNotH=0.0159138 IsPhotonXGB=1 ClusterAsX=-0.000813936 ClusterAsY=-0.00249106 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.9709 ShowerShape=790.858 CaloNeutralEcal=4333.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933669 CaloNeutralID=43807 CaloNeutralE19=0.538693 CaloClusterCode=91 CaloClusterFrac=0.997756 IsPhoton=1 IsNotH=0.765068 IsPhotonXGB=1 ClusterAsX=0.14811 ClusterAsY=-0.286532 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.2584 ShowerShape=3024.7 CaloNeutralEcal=2167.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929093 CaloNeutralID=39025 CaloNeutralE19=0.584482 CaloClusterCode=91 CaloClusterFrac=1.05016 IsPhoton=1 IsNotH=0.632907 IsPhotonXGB=1 ClusterAsX=-0.0430701 ClusterAsY=-0.370111 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.7167 ShowerShape=12839.1 CaloNeutralEcal=1438.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830934 CaloNeutralID=34016 CaloNeutralE19=0.543606 CaloClusterCode=95 CaloClusterFrac=1.01827 IsPhoton=1 IsNotH=0.065979 IsPhotonXGB=1 ClusterAsX=-0.000573043 ClusterAsY=-0.00810776 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.5864 ShowerShape=13386.4 CaloNeutralEcal=954.236 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737305 CaloNeutralID=34483 CaloNeutralE19=0.430392 CaloClusterCode=-95 CaloClusterFrac=1.08152 IsPhoton=1 IsNotH=0.026038 IsPhotonXGB=1 ClusterAsX=0.00641135 ClusterAsY=-0.0678829 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.1378 ShowerShape=1637.27 CaloNeutralEcal=2640.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772945 CaloNeutralID=42739 CaloNeutralE19=0.3531 CaloClusterCode=97 CaloClusterFrac=1.00255 IsPhoton=1 IsNotH=0.0163061 IsPhotonXGB=1 ClusterAsX=0.258399 ClusterAsY=0.180608 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.37083 ShowerShape=1549.39 CaloNeutralEcal=2433.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697546 CaloNeutralID=42932 CaloNeutralE19=0.436788 CaloClusterCode=-93 CaloClusterFrac=0.978634 IsPhoton=1 IsNotH=0.00896172 IsPhotonXGB=1 ClusterAsX=-0.0887467 ClusterAsY=-0.0546217 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=73.3423 ShowerShape=608.863 CaloNeutralEcal=3373.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.87075 CaloNeutralID=43539 CaloNeutralE19=0.6988 CaloClusterCode=93 CaloClusterFrac=0.999742 IsPhoton=1 IsNotH=0.871385 IsPhotonXGB=1 ClusterAsX=-0.0477078 ClusterAsY=-0.0220987 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.7985 ShowerShape=1860.92 CaloNeutralEcal=2459.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.802649 CaloNeutralID=44137 CaloNeutralE19=0.444117 CaloClusterCode=63 CaloClusterFrac=0.973135 IsPhoton=1 IsNotH=0.0156743 IsPhotonXGB=1 ClusterAsX=-0.287245 ClusterAsY=0.00200478 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=84.6335 ShowerShape=2258.65 CaloNeutralEcal=1517.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.861553 CaloNeutralID=38092 CaloNeutralE19=0.428558 CaloClusterCode=97 CaloClusterFrac=1.04552 IsPhoton=1 IsNotH=0.0877585 IsPhotonXGB=1 ClusterAsX=-0.117749 ClusterAsY=0.349079 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=151.994 ShowerShape=10931.9 CaloNeutralEcal=705.388 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.773634 CaloNeutralID=33310 CaloNeutralE19=0.441859 CaloClusterCode=91 IsPhoton=1 IsNotH=0.0672645 IsPhotonXGB=1 ClusterAsX=-0.114431 ClusterAsY=0.145648 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=391.895 ShowerShape=5001.44 CaloNeutralEcal=519.182 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898337 CaloNeutralID=33851 CaloNeutralE19=0.74645 CaloClusterCode=-93 CaloClusterFrac=1.00699 IsPhoton=1 IsNotH=0.572975 IsPhotonXGB=1 ClusterAsX=-0.0245823 ClusterAsY=-0.125261 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=125.348 ShowerShape=718.139 CaloNeutralEcal=2616.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938183 CaloNeutralID=44124 CaloNeutralE19=0.824383 CaloClusterCode=65 IsPhoton=1 IsNotH=0.803903 IsPhotonXGB=1 ClusterAsX=0.0760321 ClusterAsY=0.147722 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=398.56 ShowerShape=5098.16 CaloNeutralEcal=894.183 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929954 CaloNeutralID=35939 CaloNeutralE19=0.619886 CaloClusterCode=97 CaloClusterFrac=1.02165 IsPhoton=1 IsNotH=0.392046 IsPhotonXGB=1 ClusterAsX=0.00521047 ClusterAsY=0.271565 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=582.88 ShowerShape=5194.72 CaloNeutralEcal=724.886 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.989216 CaloNeutralID=36261 CaloNeutralE19=0.736866 CaloClusterCode=98 CaloClusterFrac=1.06953 IsPhoton=1 IsNotH=0.463897 IsPhotonXGB=1 ClusterAsX=0.184331 ClusterAsY=0.231055 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=111.865 ShowerShape=9388.02 CaloNeutralEcal=521.678 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.864175 CaloNeutralID=35453 CaloNeutralE19=0.402382 CaloClusterCode=92 CaloClusterFrac=1.01574 IsPhoton=1 IsNotH=0.0224866 IsPhotonXGB=1 ClusterAsX=0.129125 ClusterAsY=-0.451874 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.7227 ShowerShape=2072.72 CaloNeutralEcal=1055.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900914 CaloNeutralID=38070 CaloNeutralE19=0.430573 CaloClusterCode=93 IsPhoton=1 IsNotH=0.462917 IsPhotonXGB=1 ClusterAsX=-0.454903 ClusterAsY=0.104249 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.1386 ShowerShape=12067.1 CaloNeutralEcal=676.922 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844572 CaloNeutralID=34125 CaloNeutralE19=0.684487 CaloClusterCode=93 CaloClusterFrac=1.03705 IsPhoton=1 IsNotH=0.413731 IsPhotonXGB=1 ClusterAsX=-0.0377979 ClusterAsY=-0.035058 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.0989 ShowerShape=10504.7 CaloNeutralEcal=596.597 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877138 CaloNeutralID=33679 CaloNeutralE19=0.492493 CaloClusterCode=-91 CaloClusterFrac=1.03489 IsPhoton=1 IsNotH=0.274132 IsPhotonXGB=1 ClusterAsX=0.111052 ClusterAsY=-0.239904 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=203.237 ShowerShape=10245.3 CaloNeutralEcal=573.055 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859352 CaloNeutralID=36050 CaloNeutralE19=0.474551 CaloClusterCode=-92 CaloClusterFrac=0.989739 IsPhoton=1 IsNotH=0.0115323 IsPhotonXGB=1 ClusterAsX=0.264566 ClusterAsY=-0.305397 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.7297 ShowerShape=9016.69 CaloNeutralEcal=575.002 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938354 CaloNeutralID=34504 CaloNeutralE19=0.708693 CaloClusterCode=93 CaloClusterFrac=1.01776 IsPhoton=1 IsNotH=0.498772 IsPhotonXGB=1 ClusterAsX=-0.0941025 ClusterAsY=-0.13464 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.0763 ShowerShape=1234.71 CaloNeutralEcal=2615.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762616 CaloNeutralID=42769 CaloNeutralE19=0.492522 CaloClusterCode=-95 CaloClusterFrac=0.994134 IsPhoton=1 IsNotH=0.0927655 IsPhotonXGB=1 ClusterAsX=-0.00405906 ClusterAsY=-0.111216 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.8765 ShowerShape=14507.8 CaloNeutralEcal=708.903 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811315 CaloNeutralID=33625 CaloNeutralE19=0.533376 CaloClusterCode=91 CaloClusterFrac=1.06357 IsPhoton=1 IsNotH=0.0764972 IsPhotonXGB=1 ClusterAsX=0.0216063 ClusterAsY=-0.0793252 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.6475 ShowerShape=2537.15 CaloNeutralEcal=912.461 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853115 CaloNeutralID=39100 CaloNeutralE19=0.524913 CaloClusterCode=95 CaloClusterFrac=1.0608 IsPhoton=1 IsNotH=0.217024 IsPhotonXGB=1 ClusterAsX=0.137783 ClusterAsY=0.0816436 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.3751 ShowerShape=1000.07 CaloNeutralEcal=1624 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83124 CaloNeutralID=43062 CaloNeutralE19=0.535322 CaloClusterCode=-95 CaloClusterFrac=1.0151 IsPhoton=1 IsNotH=0.0173593 IsPhotonXGB=1 ClusterAsX=0.127516 ClusterAsY=-0.153731 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.3615 ShowerShape=1338.1 CaloNeutralEcal=2633.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.769491 CaloNeutralID=42707 CaloNeutralE19=0.52497 CaloClusterCode=-96 CaloClusterFrac=1.01741 IsPhoton=1 IsNotH=0.110898 IsPhotonXGB=1 ClusterAsX=-0.074216 ClusterAsY=0.0755876 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=431.273 ShowerShape=5483.46 CaloNeutralEcal=352.008 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971171 CaloNeutralID=33225 CaloNeutralE19=0.784857 CaloClusterCode=92 IsPhoton=1 IsNotH=0.670512 IsPhotonXGB=1 ClusterAsX=0.221767 ClusterAsY=-0.134038 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.3715 ShowerShape=6790.36 CaloNeutralEcal=433.348 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978828 CaloNeutralID=33611 CaloNeutralE19=0.735215 CaloClusterCode=-90 CaloClusterFrac=1.04872 IsPhoton=1 IsNotH=0.454358 IsPhotonXGB=1 ClusterAsX=-0.111313 ClusterAsY=-0.2388 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.98561 ShowerShape=1153.82 CaloNeutralEcal=1601.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771209 CaloNeutralID=43442 CaloNeutralE19=0.492841 CaloClusterCode=95 CaloClusterFrac=1.0043 IsPhoton=1 IsNotH=0.0485079 IsPhotonXGB=1 ClusterAsX=-0.0353156 ClusterAsY=-0.173558 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=135.624 ShowerShape=1669.51 CaloNeutralEcal=988.288 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02702 CaloNeutralID=39762 CaloNeutralE19=0.558874 CaloClusterCode=95 IsPhoton=1 IsNotH=0.638215 IsPhotonXGB=1 ClusterAsX=0.268736 ClusterAsY=-0.291814 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=460.25 ShowerShape=3972.6 CaloNeutralEcal=274.054 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980742 CaloNeutralID=35712 CaloNeutralE19=0.874339 CaloClusterCode=68 CaloClusterFrac=1.05794 IsPhoton=1 IsNotH=0.399909 IsPhotonXGB=1 ClusterAsX=0.125997 ClusterAsY=0.034573 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2838.56 CaloNeutralEcal=277.806 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95674 CaloNeutralID=33202 CaloNeutralE19=0.890823 CaloClusterCode=63 IsPhoton=1 IsNotH=0.874866 IsPhotonXGB=1 ClusterAsX=-0.000499497 ClusterAsY=0.0290042 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=180.526 ShowerShape=1373.43 CaloNeutralEcal=500.533 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855048 CaloNeutralID=37885 CaloNeutralE19=0.724555 CaloClusterCode=96 CaloClusterFrac=1.01304 IsPhoton=1 IsNotH=0.922258 IsPhotonXGB=1 ClusterAsX=-0.0242955 ClusterAsY=0.0175138 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=264.631 ShowerShape=1896.6 CaloNeutralEcal=481.361 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981281 CaloNeutralID=33900 CaloNeutralE19=0.927304 CaloClusterCode=98 CaloClusterFrac=1.17258 IsPhoton=1 IsNotH=0.683402 IsPhotonXGB=1 ClusterAsX=0.0546232 ClusterAsY=-0.0171247 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=207.754 ShowerShape=619.15 CaloNeutralEcal=1158.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=38110 CaloNeutralE19=0.958545 CaloClusterCode=63 CaloClusterFrac=1.1251 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.0213667 ClusterAsY=-0.020093 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.698373 ShowerShape=3931.07 CaloNeutralEcal=5851.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.794473 CaloNeutralID=38589 CaloNeutralE19=1.02824 CaloClusterCode=98 CaloClusterFrac=0.316134 ClusterAsX=0.409033 ClusterAsY=0.496714 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.698373 ShowerShape=2267.79 CaloNeutralEcal=13718.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.854613 CaloNeutralID=38588 CaloNeutralE19=0.362297 CaloClusterCode=95 CaloClusterFrac=0.817801 ClusterAsX=0.403839 ClusterAsY=0.00363132 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=3.91281 ShowerShape=746.714 CaloNeutralEcal=22303.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937697 CaloNeutralID=37716 CaloNeutralE19=0.849408 CaloClusterCode=97 CaloClusterFrac=0.919592 ClusterAsX=0.0171641 ClusterAsY=0.0457799 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=3.91281 ShowerShape=2814.45 CaloNeutralEcal=3497.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.865256 CaloNeutralID=37717 CaloNeutralE19=0.405241 CaloClusterCode=82 CaloClusterFrac=0.139165 ClusterAsX=0.425795 ClusterAsY=-0.406958 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0220713 ShowerShape=5995.32 CaloNeutralEcal=7208.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905969 CaloNeutralID=33684 CaloNeutralE19=0.65036 CaloClusterCode=95 CaloClusterFrac=0.624775 ClusterAsX=0.166229 ClusterAsY=-0.0527484 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0220713 ShowerShape=8417.37 CaloNeutralEcal=4200.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898178 CaloNeutralID=33748 CaloNeutralE19=0.562825 CaloClusterCode=95 CaloClusterFrac=0.389603 ClusterAsX=0.317652 ClusterAsY=-0.177618 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0101212 ShowerShape=1290.63 CaloNeutralEcal=19854.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893837 CaloNeutralID=37785 CaloNeutralE19=0.735538 CaloClusterCode=91 CaloClusterFrac=0.835002 ClusterAsX=-0.0292937 ClusterAsY=-0.121396 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0101212 ShowerShape=3634.69 CaloNeutralEcal=4944.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.650713 CaloNeutralID=37784 CaloNeutralE19=0.431928 CaloClusterCode=91 CaloClusterFrac=0.204329 ClusterAsX=0.0495121 ClusterAsY=-0.0149572 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.960401 ShowerShape=7109.73 CaloNeutralEcal=9430.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907951 CaloNeutralID=34737 CaloNeutralE19=0.596883 CaloClusterCode=95 CaloClusterFrac=0.757462 ClusterAsX=0.160538 ClusterAsY=0.197665 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.960401 ShowerShape=4426.56 CaloNeutralEcal=3137.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958798 CaloNeutralID=34672 CaloNeutralE19=0.690465 CaloClusterCode=65 CaloClusterFrac=0.342683 ClusterAsX=0.193758 ClusterAsY=0.0632768 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.8258 ShowerShape=2476.6 CaloNeutralEcal=11864.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983268 CaloNeutralID=34009 CaloNeutralE19=0.953877 CaloClusterCode=95 CaloClusterFrac=0.789498 ClusterAsX=0.0157482 ClusterAsY=0.0130037 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.8258 ShowerShape=2476.6 CaloNeutralEcal=3074.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.985255 CaloNeutralID=34010 CaloNeutralE19=0.967528 CaloClusterCode=67 CaloClusterFrac=0.206985 ClusterAsX=-0.047249 ClusterAsY=0.0438678 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.912774 ShowerShape=1101.6 CaloNeutralEcal=13316.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93125 CaloNeutralID=37840 CaloNeutralE19=0.78557 CaloClusterCode=97 CaloClusterFrac=0.720499 ClusterAsX=0.0820719 ClusterAsY=0.0780102 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.912774 ShowerShape=1694.73 CaloNeutralEcal=5595.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.837557 CaloNeutralID=37841 CaloNeutralE19=0.750192 CaloClusterCode=97 CaloClusterFrac=0.296256 ClusterAsX=0.00225875 ClusterAsY=0.0489777 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.023608 ShowerShape=5808.84 CaloNeutralEcal=6292.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960249 CaloNeutralID=34829 CaloNeutralE19=0.608201 CaloClusterCode=91 CaloClusterFrac=0.555568 ClusterAsX=-0.131262 ClusterAsY=-0.257841 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.023608 ShowerShape=9250.97 CaloNeutralEcal=6451.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.848997 CaloNeutralID=34766 CaloNeutralE19=0.488859 CaloClusterCode=97 CaloClusterFrac=0.54355 ClusterAsX=0.112014 ClusterAsY=0.28464 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.5969 ShowerShape=3033.78 CaloNeutralEcal=5533.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992488 CaloNeutralID=35506 CaloNeutralE19=0.85133 CaloClusterCode=90 CaloClusterFrac=0.582329 ClusterAsX=-0.108384 ClusterAsY=-0.0950746 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.5969 ShowerShape=5036.02 CaloNeutralEcal=4962.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924908 CaloNeutralID=35505 CaloNeutralE19=0.741313 CaloClusterCode=83 CaloClusterFrac=0.444606 ClusterAsX=-0.199881 ClusterAsY=-0.0270977 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.3103 ShowerShape=889.169 CaloNeutralEcal=9434.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909614 CaloNeutralID=38965 CaloNeutralE19=0.873412 CaloClusterCode=95 CaloClusterFrac=0.524258 ClusterAsX=0.0132933 ClusterAsY=0.0159753 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.3103 ShowerShape=964.838 CaloNeutralEcal=8726.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930484 CaloNeutralID=39029 CaloNeutralE19=0.824082 CaloClusterCode=91 CaloClusterFrac=0.491922 ClusterAsX=0.0244189 ClusterAsY=-0.106177 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.06851 ShowerShape=789.291 CaloNeutralEcal=38339.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847857 CaloNeutralID=42984 CaloNeutralE19=0.602612 CaloClusterCode=67 CaloClusterFrac=0.585317 ClusterAsX=0.216918 ClusterAsY=-0.00391752 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.06851 ShowerShape=1040.83 CaloNeutralEcal=39789.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910237 CaloNeutralID=43049 CaloNeutralE19=0.427157 CaloClusterCode=93 CaloClusterFrac=0.533904 ClusterAsX=-0.349905 ClusterAsY=0.221821 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.5189 ShowerShape=3031.36 CaloNeutralEcal=7145.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966175 CaloNeutralID=35880 CaloNeutralE19=0.876465 CaloClusterCode=97 CaloClusterFrac=0.719071 ClusterAsX=0.0140348 ClusterAsY=0.054375 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.5189 ShowerShape=4883.42 CaloNeutralEcal=2793.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966398 CaloNeutralID=35816 CaloNeutralE19=0.621963 CaloClusterCode=65 CaloClusterFrac=0.299406 ClusterAsX=0.298638 ClusterAsY=0.0550072 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0641497 ShowerShape=4078.46 CaloNeutralEcal=8162.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953755 CaloNeutralID=35377 CaloNeutralE19=0.831761 CaloClusterCode=90 CaloClusterFrac=0.878045 ClusterAsX=-0.0722808 ClusterAsY=-0.103939 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0641497 ShowerShape=13236.7 CaloNeutralEcal=1780.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.858861 CaloNeutralID=35441 CaloNeutralE19=0.488065 CaloClusterCode=76 CaloClusterFrac=0.184638 ClusterAsX=-0.243265 ClusterAsY=0.272116 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.9302 ShowerShape=2659.18 CaloNeutralEcal=7598.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968902 CaloNeutralID=35882 CaloNeutralE19=0.850334 CaloClusterCode=91 CaloClusterFrac=0.82684 ClusterAsX=-0.00696412 ClusterAsY=-0.125623 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.9302 ShowerShape=9425.36 CaloNeutralEcal=1968.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901334 CaloNeutralID=35818 CaloNeutralE19=0.629473 CaloClusterCode=83 CaloClusterFrac=0.200178 ClusterAsX=-0.35239 ClusterAsY=-0.100538 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.653222 ShowerShape=4694.11 CaloNeutralEcal=3980.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986688 CaloNeutralID=35892 CaloNeutralE19=0.801792 CaloClusterCode=96 CaloClusterFrac=0.576715 ClusterAsX=-0.21727 ClusterAsY=0.125 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.653222 ShowerShape=6311.05 CaloNeutralEcal=3674.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912396 CaloNeutralID=35828 CaloNeutralE19=0.650597 CaloClusterCode=91 CaloClusterFrac=0.508901 ClusterAsX=-0.156761 ClusterAsY=-0.125635 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.82339 ShowerShape=4313.67 CaloNeutralEcal=4878.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918167 CaloNeutralID=34996 CaloNeutralE19=0.827255 CaloClusterCode=90 CaloClusterFrac=0.58253 ClusterAsX=-0.0275949 ClusterAsY=-0.110456 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.82339 ShowerShape=5809.27 CaloNeutralEcal=3850.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889044 CaloNeutralID=35060 CaloNeutralE19=0.732036 CaloClusterCode=92 CaloClusterFrac=0.471824 ClusterAsX=0.0771352 ClusterAsY=-0.0346232 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.9257 ShowerShape=422.663 CaloNeutralEcal=18183.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90233 CaloNeutralID=42550 CaloNeutralE19=0.820432 CaloClusterCode=95 CaloClusterFrac=0.86499 ClusterAsX=0.0160904 ClusterAsY=0.0130526 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.9257 ShowerShape=894.708 CaloNeutralEcal=2998.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809398 CaloNeutralID=42614 CaloNeutralE19=0.778415 CaloClusterCode=85 CaloClusterFrac=0.148321 ClusterAsX=-0.089917 ClusterAsY=-0.0863121 ] } -Printing ended -BrunelInit INFO Evt 3, Run 1, Nr. in job = 3 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.9129 RichDLLmu=-15.1111 RichDLLpi=0 RichDLLk=-1.20287 RichDLLp=-1.18452 RichPIDStatus=6115 RichDLLbt=-1.18452 RichDLLd=-1.18452 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=14.855 CaloElectronMatch=401.92 CaloBremMatch=401.92 CaloChargedEcal=1541.45 CaloChargedID=44087 CaloNeutralEcal=1541.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953432 CaloNeutralID=44087 CaloEcalE=277.152 CaloHcalE=2875.26 CaloEcalChi2=401.92 CaloBremChi2=8.00647 CaloClusChi2=14.855 CaloTrajectoryL=658.279 CaloEoverP=0.197758 EcalPIDe=-0.0141273 BremPIDe=3.77606 HcalPIDe=-1.45309 HcalPIDmu=0.531105 EcalPIDmu=-0.0634995 TrackChi2PerDof=0.854911 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=9245.79 TrackPt=477.477 CombDLLe=-1.43965 CombDLLmu=-6.49928 CombDLLpi=0 CombDLLk=-1.20287 CombDLLp=-1.18452 CombDLLd=-1.18452 ProbNNe=2.05325e-06 ProbNNpi=0.999257 ProbNNk=6.36706e-05 ProbNNp=0.000371759 ProbNNghost=0.00115566 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.95254 RichDLLmu=1.41097 RichDLLpi=0 RichDLLk=-0.70648 RichDLLp=-0.70648 RichPIDStatus=5026 RichDLLbt=-0.70648 RichDLLd=-0.70648 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.00544 CaloElectronMatch=134.043 CaloBremMatch=134.043 CaloChargedEcal=4693.68 CaloChargedID=35138 CaloNeutralEcal=4693.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979751 CaloNeutralID=35138 CaloEcalE=4584.86 CaloEcalChi2=134.043 CaloBremChi2=334.495 CaloClusChi2=4.00544 CaloTrajectoryL=268.568 CaloEoverP=1.66935 EcalPIDe=0.83137 BremPIDe=-0.373552 EcalPIDmu=-1.442 TrackChi2PerDof=1.47077 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=3010.29 TrackPt=155.756 CombDLLe=-1.2488 CombDLLmu=0.48254 CombDLLpi=0 CombDLLk=-0.70648 CombDLLp=-0.70648 CombDLLd=-0.70648 ProbNNe=0.686676 ProbNNpi=0.269414 ProbNNk=0.0350942 ProbNNp=0.0387652 ProbNNghost=0.93881 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.3844 RichDLLmu=-5.18335 RichDLLpi=0 RichDLLk=-3.4646 RichDLLp=-2.06574 RichPIDStatus=6115 RichDLLbt=-2.06574 RichDLLd=-2.06574 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.802221 CaloElectronMatch=29.7102 CaloBremMatch=29.7102 CaloChargedEcal=7558.2 CaloChargedID=39436 CaloNeutralEcal=7558.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856666 CaloNeutralID=39436 CaloEcalE=6056.92 CaloHcalE=10439.1 CaloEcalChi2=29.7102 CaloBremChi2=350.057 CaloClusChi2=0.802221 CaloTrajectoryL=136.105 CaloEoverP=0.768396 EcalPIDe=3.6423 BremPIDe=-0.438762 HcalPIDe=-1.62556 HcalPIDmu=-1.51135 EcalPIDmu=-2.81284 TrackChi2PerDof=0.993987 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=9846.04 TrackPt=450.472 CombDLLe=-1.97584 CombDLLmu=-9.76018 CombDLLpi=0 CombDLLk=-3.4646 CombDLLp=-2.06574 CombDLLd=-2.06574 ProbNNe=2.41646e-06 ProbNNpi=0.997075 ProbNNk=9.72566e-05 ProbNNp=0.000451169 ProbNNghost=0.015407 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.4613 RichDLLmu=-5.90374 RichDLLpi=0 RichDLLk=-2.6001 RichDLLp=-2.6001 RichPIDStatus=5027 RichDLLbt=-2.6001 RichDLLd=-2.6001 MuonMuLL=-0.0238829 MuonBkgLL=-0.501921 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=127.826 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.98211 CaloElectronMatch=470.221 CaloBremMatch=24.9857 CaloChargedEcal=1210.27 CaloChargedID=35063 CaloNeutralEcal=1210.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786821 CaloNeutralID=35063 CaloEcalE=1708.75 CaloHcalE=9854.29 CaloEcalChi2=470.221 CaloBremChi2=764.798 CaloClusChi2=4.98211 CaloTrajectoryL=2733.47 CaloEoverP=0.256194 EcalPIDe=-0.270192 BremPIDe=-0.607507 HcalPIDe=-1.62556 HcalPIDmu=-0.245652 EcalPIDmu=-1.58637 TrackChi2PerDof=1.17628 TrackNumDof=40 TrackType=3 TrackHistory=32 TrackP=5807.56 TrackPt=221.117 CombDLLe=-5.23168 CombDLLmu=-7.14779 CombDLLpi=0 CombDLLk=-2.6001 CombDLLp=-2.6001 CombDLLd=-2.09818 ProbNNe=4.01311e-07 ProbNNpi=0.989558 ProbNNk=0.00185255 ProbNNp=0.00525322 ProbNNghost=0.00369886 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.991 RichDLLmu=-8.43208 RichDLLpi=0 RichDLLk=-1.74094 RichDLLp=-0.879436 RichPIDStatus=6115 RichDLLbt=-0.879436 RichDLLd=-0.879436 MuonMuLL=-0.00883898 MuonBkgLL=-0.75693 MuonNShared=5 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=73.5115 MuonMVA1=-999 MuonMVA2=-2.2973 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.825086 CaloElectronMatch=222.408 CaloChargedEcal=13584.3 CaloChargedID=38710 CaloEcalE=4548.33 CaloHcalE=1850.36 CaloEcalChi2=222.408 CaloClusChi2=0.825086 CaloTrajectoryL=128.767 CaloEoverP=1.45495 EcalPIDe=0.605631 HcalPIDe=-1.03972 HcalPIDmu=1.84961 EcalPIDmu=-3.11421 TrackChi2PerDof=1.08297 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=9660.16 TrackPt=333.372 CombDLLe=-3.09238 CombDLLmu=-7.05233 CombDLLpi=0 CombDLLk=-1.74094 CombDLLp=-0.879436 CombDLLd=-0.122506 ProbNNe=0.000210094 ProbNNmu=0.00366525 ProbNNpi=0.0161911 ProbNNk=0.0812707 ProbNNp=0.00394819 ProbNNghost=0.0456717 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.951542 RichDLLmu=-0.222225 RichDLLpi=0 RichDLLk=33.1206 RichDLLp=10.8114 RichPIDStatus=8164 RichDLLbt=14.761 RichDLLd=14.761 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.587364 CaloElectronMatch=8.49396 CaloChargedEcal=25735.5 CaloChargedID=43313 CaloEcalE=20494.5 CaloHcalE=19105.5 CaloEcalChi2=8.49396 CaloClusChi2=0.587364 CaloTrajectoryL=102.2 CaloEoverP=0.954765 EcalPIDe=5.12159 HcalPIDe=-2.87457 HcalPIDmu=-3.36956 EcalPIDmu=-3.63171 TrackChi2PerDof=1.14527 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=27465.5 TrackPt=843.983 CombDLLe=2.08053 CombDLLmu=-7.31218 CombDLLpi=0 CombDLLk=33.1206 CombDLLp=10.8114 CombDLLd=14.761 ProbNNe=0.189353 ProbNNpi=0.000400933 ProbNNk=0.999681 ProbNNp=0.00490713 ProbNNghost=0.0192511 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.74686 RichDLLmu=-0.467556 RichDLLpi=0 RichDLLk=0.44651 RichDLLp=0.44651 RichPIDStatus=5028 RichDLLbt=0.44651 RichDLLd=0.44651 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.21795 CaloElectronMatch=687.128 CaloBremMatch=8.79713 CaloChargedEcal=4436.71 CaloChargedID=38269 CaloNeutralEcal=4436.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818995 CaloNeutralID=38269 CaloEcalE=692.808 CaloHcalE=4673.63 CaloEcalChi2=687.128 CaloBremChi2=346.943 CaloClusChi2=3.21795 CaloTrajectoryL=446.763 CaloEoverP=0.687184 EcalPIDe=-0.541014 BremPIDe=-0.398756 HcalPIDe=-2.10303 HcalPIDmu=-1.13278 EcalPIDmu=0.734887 TrackChi2PerDof=0.705702 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=6689.07 TrackPt=324.278 CombDLLe=-4.3818 CombDLLmu=-1.05057 CombDLLpi=0 CombDLLk=0.44651 CombDLLp=0.44651 CombDLLd=0.44651 ProbNNe=8.50366e-06 ProbNNpi=0.93334 ProbNNk=0.0412133 ProbNNp=0.0831351 ProbNNghost=0.0518245 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.1872 RichDLLmu=-5.3505 RichDLLpi=0 RichDLLk=-11.4952 RichDLLp=-9.36951 RichPIDStatus=6115 RichDLLbt=-9.36951 RichDLLd=-9.36951 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.46854 CaloElectronMatch=1057.6 CaloBremMatch=50.0141 CaloChargedEcal=6091.86 CaloChargedID=34831 CaloNeutralEcal=6091.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849925 CaloNeutralID=34831 CaloEcalE=1060.46 CaloHcalE=13497.8 CaloEcalChi2=1057.6 CaloBremChi2=337.694 CaloClusChi2=2.46854 CaloTrajectoryL=9136.27 CaloEoverP=0.380585 EcalPIDe=-1.02088 BremPIDe=-0.507548 HcalPIDe=-2.5812 HcalPIDmu=-2.8941 EcalPIDmu=-0.0276618 TrackChi2PerDof=0.893012 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=16571.1 TrackPt=585.053 CombDLLe=-7.0898 CombDLLmu=-8.44825 CombDLLpi=0 CombDLLk=-11.4952 CombDLLp=-9.36951 CombDLLd=-9.36951 ProbNNe=1.21975e-06 ProbNNpi=0.998143 ProbNNk=0.000119915 ProbNNp=0.000394984 ProbNNghost=0.00412547 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.5805 RichDLLmu=-4.2029 RichDLLpi=0 RichDLLk=-39.8909 RichDLLp=-33.6414 RichPIDStatus=8163 RichDLLbt=-33.5381 RichDLLd=-33.5381 MuonMuLL=-0.18633 MuonBkgLL=-2.41219 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=58.023 MuonMVA1=-999 MuonMVA2=0.200682 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.148027 CaloElectronMatch=264.472 CaloBremMatch=264.472 CaloChargedEcal=5955.85 CaloChargedID=43931 CaloNeutralEcal=5955.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859784 CaloNeutralID=43931 CaloEcalE=3891.74 CaloHcalE=10318.3 CaloEcalChi2=264.472 CaloBremChi2=186.359 CaloClusChi2=0.148027 CaloTrajectoryL=63.0174 CaloEoverP=0.343279 EcalPIDe=0.651274 BremPIDe=-0.0564365 HcalPIDe=-2.59631 HcalPIDmu=-2.50375 EcalPIDmu=-3.65481 TrackChi2PerDof=0.856021 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=17674.7 TrackPt=1250.17 CombDLLe=-5.31564 CombDLLmu=-8.73552 CombDLLpi=0 CombDLLk=-39.8909 CombDLLp=-33.6414 CombDLLd=-31.1259 ProbNNe=9.46571e-06 ProbNNmu=0.00366525 ProbNNpi=0.503793 ProbNNk=0.00149954 ProbNNp=0.000282005 ProbNNghost=7.17499e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.2951 RichDLLmu=-2.58615 RichDLLpi=0 RichDLLk=-1.22649 RichDLLp=1.81412 RichPIDStatus=6117 RichDLLbt=1.81412 RichDLLd=1.81412 MuonMuLL=-0.00793137 MuonBkgLL=-0.761063 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=52.6429 MuonMVA1=-999 MuonMVA2=-0.546048 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.90265 CaloElectronMatch=1680.11 CaloBremMatch=1680.11 CaloChargedEcal=8008.5 CaloChargedID=43615 CaloNeutralEcal=8008.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758457 CaloNeutralID=43615 CaloEcalE=1209.81 CaloHcalE=9063.42 CaloEcalChi2=1680.11 CaloBremChi2=178.996 CaloClusChi2=9.90265 CaloTrajectoryL=-2397.22 CaloEoverP=0.691435 EcalPIDe=-1.63587 BremPIDe=0.170661 HcalPIDe=-2.51216 HcalPIDmu=-2.24776 EcalPIDmu=-0.537439 TrackChi2PerDof=1.15827 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=11922.7 TrackPt=867.528 CombDLLe=-6.06371 CombDLLmu=-5.36098 CombDLLpi=0 CombDLLk=-1.22649 CombDLLp=1.81412 CombDLLd=2.57518 ProbNNe=8.95373e-05 ProbNNmu=0.00366525 ProbNNpi=0.0333946 ProbNNk=0.114883 ProbNNp=0.183683 ProbNNghost=0.0160761 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.18661 RichDLLmu=-0.0950364 RichDLLpi=0 RichDLLk=-33.7432 RichDLLp=-16.2732 RichPIDStatus=8163 RichDLLbt=-11.5969 RichDLLd=-11.5969 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.10732 CaloElectronMatch=1565.83 CaloChargedEcal=3944.04 CaloChargedID=42734 CaloEcalE=1913.88 CaloHcalE=40679.6 CaloEcalChi2=1565.83 CaloClusChi2=2.10732 CaloTrajectoryL=-43.579 CaloEoverP=0.135357 EcalPIDe=-1.26658 HcalPIDe=-3.00566 HcalPIDmu=-2.99152 EcalPIDmu=-1.07167 TrackChi2PerDof=0.929976 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=31105.9 TrackPt=852.188 CombDLLe=-4.47983 CombDLLmu=-4.19622 CombDLLpi=0 CombDLLk=-33.7432 CombDLLp=-16.2732 CombDLLd=-11.5969 ProbNNe=6.67821e-06 ProbNNpi=0.999149 ProbNNk=0.000435397 ProbNNp=4.654e-05 ProbNNghost=0.000406274 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.23233 RichDLLmu=0.614479 RichDLLpi=0 RichDLLk=8.77738 RichDLLp=8.77738 RichPIDStatus=5028 RichDLLbt=8.77738 RichDLLd=8.77738 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.74842 CaloElectronMatch=13.8131 CaloBremMatch=13.8131 CaloChargedEcal=6550.48 CaloChargedID=35086 CaloNeutralEcal=6550.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859398 CaloNeutralID=35086 CaloEcalE=4984.89 CaloHcalE=1805.08 CaloEcalChi2=13.8131 CaloBremChi2=94.5262 CaloClusChi2=0.74842 CaloTrajectoryL=181.35 CaloEoverP=0.905965 EcalPIDe=3.6423 BremPIDe=0.353881 HcalPIDe=-1.02441 HcalPIDmu=1.90086 EcalPIDmu=-3.02713 TrackChi2PerDof=2.78245 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=7319.18 TrackPt=532.109 CombDLLe=3.88224 CombDLLmu=-0.270312 CombDLLpi=0 CombDLLk=8.77738 CombDLLp=8.77738 CombDLLd=8.77738 ProbNNe=0.991113 ProbNNpi=0.094447 ProbNNk=0.365285 ProbNNp=0.245868 ProbNNghost=0.989293 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0802917 RichDLLmu=9.89834 RichDLLpi=0 RichDLLk=13.2618 RichDLLp=13.2618 RichPIDStatus=5028 RichDLLbt=13.2618 RichDLLd=13.2618 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0358715 CaloElectronMatch=15.8873 CaloBremMatch=15.8873 CaloChargedEcal=2922.36 CaloChargedID=35565 CaloNeutralEcal=2922.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914736 CaloNeutralID=35565 CaloEcalE=1660.91 CaloHcalE=267.387 CaloEcalChi2=15.8873 CaloBremChi2=115.831 CaloClusChi2=0.0358715 CaloTrajectoryL=-36.8162 CaloEoverP=0.662195 EcalPIDe=2.97947 BremPIDe=0.157531 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-1.71735 TrackChi2PerDof=0.768879 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=4657.28 TrackPt=554.965 CombDLLe=2.9568 CombDLLmu=3.63011 CombDLLpi=0 CombDLLk=13.2618 CombDLLp=13.2618 CombDLLd=13.2618 ProbNNe=0.00259115 ProbNNpi=0.00468154 ProbNNk=0.973258 ProbNNp=0.963633 ProbNNghost=0.0115763 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.21233 RichDLLmu=-5.06007 RichDLLpi=0 RichDLLk=-1.82239 RichDLLp=-1.82239 RichPIDStatus=5025 RichDLLbt=-1.82239 RichDLLd=-1.82239 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.53211 CaloElectronMatch=373.598 CaloBremMatch=188.391 CaloChargedEcal=11114.2 CaloChargedID=34380 CaloNeutralEcal=11114.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694006 CaloNeutralID=34380 CaloEcalE=6557.06 CaloHcalE=3881.13 CaloEcalChi2=373.598 CaloBremChi2=344.848 CaloClusChi2=0.53211 CaloTrajectoryL=-82.3812 CaloEoverP=2.77096 EcalPIDe=0.0319619 BremPIDe=-0.373552 HcalPIDe=-1.4367 HcalPIDmu=-0.392193 EcalPIDmu=-0.737145 TrackChi2PerDof=1.06078 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=4097.71 TrackPt=242.551 CombDLLe=-1.5662 CombDLLmu=-6.49549 CombDLLpi=0 CombDLLk=-1.82239 CombDLLp=-1.82239 CombDLLd=-1.82239 ProbNNe=0.577723 ProbNNpi=0.831613 ProbNNk=0.0519974 ProbNNp=0.101734 ProbNNghost=0.20271 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.834785 RichDLLmu=-0.454451 RichDLLpi=0 RichDLLk=7.81515 RichDLLp=7.81515 RichPIDStatus=5028 RichDLLbt=7.81515 RichDLLd=7.81515 MuonMuLL=-0.0494004 MuonBkgLL=-0.764503 MuonNShared=17 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=100.596 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.21227 CaloElectronMatch=378.54 CaloBremMatch=24.9857 CaloChargedEcal=1210.27 CaloChargedID=35063 CaloNeutralEcal=1210.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786821 CaloNeutralID=35063 CaloEcalE=1072.45 CaloHcalE=5225.72 CaloEcalChi2=378.54 CaloBremChi2=374.582 CaloClusChi2=9.21227 CaloTrajectoryL=-864.631 CaloEoverP=0.371844 EcalPIDe=-0.0620623 BremPIDe=-0.4614 HcalPIDe=-1.00794 HcalPIDmu=-0.406451 EcalPIDmu=-0.485394 TrackChi2PerDof=1.75539 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=4001.31 TrackPt=237.336 CombDLLe=-1.67746 CombDLLmu=-0.811227 CombDLLpi=0 CombDLLk=7.81515 CombDLLp=7.81515 CombDLLd=8.57966 ProbNNe=0.000694083 ProbNNpi=0.241362 ProbNNk=0.712594 ProbNNp=0.808838 ProbNNghost=0.0357836 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.3699 RichDLLmu=-9.15318 RichDLLpi=0 RichDLLk=-23.2832 RichDLLp=-22.3119 RichPIDStatus=6115 RichDLLbt=-22.3119 RichDLLd=-22.3119 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.192645 CaloElectronMatch=233.338 CaloBremMatch=233.338 CaloChargedEcal=17520 CaloChargedID=39717 CaloNeutralEcal=17520 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959422 CaloNeutralID=39717 CaloEcalE=6256.26 CaloHcalE=4457.48 CaloEcalChi2=233.338 CaloBremChi2=272.309 CaloClusChi2=0.192645 CaloTrajectoryL=-28.7087 CaloEoverP=1.15708 EcalPIDe=1.08131 BremPIDe=-0.456351 HcalPIDe=-1.46869 HcalPIDmu=-0.436934 EcalPIDmu=-3.81396 TrackChi2PerDof=1.19473 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=15334.7 TrackPt=1047.31 CombDLLe=-5.22332 CombDLLmu=-10.9001 CombDLLpi=0 CombDLLk=-23.2832 CombDLLp=-22.3119 CombDLLd=-22.3119 ProbNNe=1.17578e-07 ProbNNpi=0.999302 ProbNNk=5.52276e-05 ProbNNp=9.8605e-05 ProbNNghost=0.0035728 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.6234 RichDLLmu=-4.20011 RichDLLpi=0 RichDLLk=1.03014 RichDLLp=1.03014 RichPIDStatus=5092 RichDLLbt=1.03014 RichDLLd=1.03014 MuonMuLL=-0.00200198 MuonBkgLL=-0.399064 MuonNShared=16 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=192.563 MuonMVA1=-999 MuonMVA2=-1.29613 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.92957 CaloElectronMatch=188.843 CaloChargedEcal=1919.89 CaloChargedID=38836 CaloEcalE=687.308 CaloHcalE=6854.57 CaloEcalChi2=188.843 CaloClusChi2=1.92957 CaloTrajectoryL=528.491 CaloEoverP=0.321282 EcalPIDe=0.605631 HcalPIDe=-1.99692 HcalPIDmu=-0.53992 EcalPIDmu=0.678135 TrackChi2PerDof=1.31974 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=6159.66 TrackPt=173.354 CombDLLe=-3.99434 CombDLLmu=-4.26547 CombDLLpi=0 CombDLLk=1.03014 CombDLLp=1.03014 CombDLLd=1.4292 ProbNNe=0.000660213 ProbNNmu=0.00366525 ProbNNpi=0.00748496 ProbNNk=0.298502 ProbNNp=0.0508616 ProbNNghost=0.7299 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.22952 RichDLLmu=3.63112 RichDLLpi=0 RichDLLk=-6.28255 RichDLLp=-0.902906 RichPIDStatus=6114 RichDLLbt=-0.902906 RichDLLd=-0.902906 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.368407 CaloElectronMatch=1001.69 CaloChargedEcal=11810.9 CaloChargedID=42807 CaloEcalE=3483.97 CaloHcalE=10350.5 CaloEcalChi2=1001.69 CaloClusChi2=0.368407 CaloTrajectoryL=-9.81622 CaloEoverP=0.881549 EcalPIDe=-1.13528 HcalPIDe=-2.4429 HcalPIDmu=-2.41411 EcalPIDmu=-2.59296 TrackChi2PerDof=0.891451 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=14477.3 TrackPt=385.369 CombDLLe=-3.79327 CombDLLmu=-0.661823 CombDLLpi=0 CombDLLk=-6.28255 CombDLLp=-0.902906 CombDLLd=-0.902906 ProbNNe=0.000540983 ProbNNpi=0.814586 ProbNNk=0.167193 ProbNNp=0.286123 ProbNNghost=0.00918696 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.95546 RichDLLmu=-0.723989 RichDLLpi=0 RichDLLk=1.78604 RichDLLp=1.78604 RichPIDStatus=5028 RichDLLbt=1.78604 RichDLLd=1.78604 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.866159 CaloElectronMatch=18.3342 CaloBremMatch=18.3342 CaloChargedEcal=3063.76 CaloChargedID=34633 CaloNeutralEcal=3063.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877537 CaloNeutralID=34633 CaloEcalE=1306.79 CaloHcalE=125.841 CaloEcalChi2=18.3342 CaloBremChi2=28.5577 CaloClusChi2=0.866159 CaloTrajectoryL=152.6 CaloEoverP=1.08888 EcalPIDe=2.97947 BremPIDe=1.76814 HcalPIDe=-0.11382 HcalPIDmu=-2.39464 EcalPIDmu=-1.5773 TrackChi2PerDof=1.26326 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=3094.26 TrackPt=164.939 CombDLLe=3.42871 CombDLLmu=-4.9785 CombDLLpi=0 CombDLLk=1.78604 CombDLLp=1.78604 CombDLLd=1.78604 ProbNNe=0.0353508 ProbNNpi=0.739353 ProbNNk=0.0796806 ProbNNp=0.127424 ProbNNghost=0.342438 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.06289 RichDLLmu=-2.024 RichDLLpi=0 RichDLLk=8.21822 RichDLLp=20.8427 RichPIDStatus=8165 RichDLLbt=16.3482 RichDLLd=16.3482 MuonMuLL=-0.00160131 MuonBkgLL=-0.3736 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=55.1245 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.478618 CaloElectronMatch=151.691 CaloBremMatch=151.691 CaloChargedEcal=11754.3 CaloChargedID=42463 CaloNeutralEcal=11754.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.711781 CaloNeutralID=42463 CaloEcalE=1670.45 CaloHcalE=8487.6 CaloEcalChi2=151.691 CaloBremChi2=577.75 CaloClusChi2=0.478618 CaloTrajectoryL=-252.095 CaloEoverP=0.468507 EcalPIDe=1.91205 BremPIDe=-0.520672 HcalPIDe=-1.96611 HcalPIDmu=-1.30585 EcalPIDmu=-0.689506 TrackChi2PerDof=1.19799 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=25191.2 TrackPt=940.461 CombDLLe=-1.62768 CombDLLmu=-4.31169 CombDLLpi=0 CombDLLk=8.21822 CombDLLp=20.8427 CombDLLd=16.7218 ProbNNe=1.88354e-06 ProbNNpi=0.015757 ProbNNk=0.111829 ProbNNp=0.944552 ProbNNghost=0.949122 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.4664 RichDLLmu=-6.89112 RichDLLpi=0 RichDLLk=-20.4787 RichDLLp=-21.5862 RichPIDStatus=6115 RichDLLbt=-21.5862 RichDLLd=-21.5862 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.499332 CaloElectronMatch=219.025 CaloBremMatch=219.025 CaloChargedEcal=8402.78 CaloChargedID=41968 CaloNeutralEcal=8402.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827092 CaloNeutralID=41968 CaloEcalE=5673.85 CaloHcalE=1592.28 CaloEcalChi2=219.025 CaloBremChi2=552.067 CaloClusChi2=0.499332 CaloTrajectoryL=252.589 CaloEoverP=0.540174 EcalPIDe=1.08131 BremPIDe=-0.618836 HcalPIDe=-0.645144 HcalPIDmu=1.97594 EcalPIDmu=-3.27922 TrackChi2PerDof=0.903843 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=15881.4 TrackPt=840.478 CombDLLe=-4.12101 CombDLLmu=-7.46715 CombDLLpi=0 CombDLLk=-20.4787 CombDLLp=-21.5862 CombDLLd=-21.5862 ProbNNe=6.582e-08 ProbNNpi=0.999437 ProbNNk=0.000101819 ProbNNp=0.000132489 ProbNNghost=0.00106836 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.31116 RichDLLmu=1.00652 RichDLLpi=0 RichDLLk=19.0484 RichDLLp=18.9288 RichPIDStatus=6116 RichDLLbt=18.9288 RichDLLd=18.9288 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.38727 CaloElectronMatch=237.232 CaloBremMatch=237.232 CaloChargedEcal=3553.2 CaloChargedID=38128 CaloNeutralEcal=3553.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942151 CaloNeutralID=38128 CaloEcalE=2007.45 CaloHcalE=0 CaloEcalChi2=237.232 CaloBremChi2=387.85 CaloClusChi2=1.38727 CaloTrajectoryL=264.386 CaloEoverP=0.365453 EcalPIDe=0.605631 BremPIDe=-0.467096 HcalPIDe=0.83611 HcalPIDmu=-2.15083 EcalPIDmu=-1.88055 TrackChi2PerDof=1.10218 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=9912.53 TrackPt=603.877 CombDLLe=-0.120733 CombDLLmu=-2.64098 CombDLLpi=0 CombDLLk=19.0484 CombDLLp=18.9288 CombDLLd=18.9288 ProbNNe=4.7827e-06 ProbNNpi=0.0120702 ProbNNk=0.963239 ProbNNp=0.937761 ProbNNghost=0.00268308 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.1298 RichDLLmu=-8.59538 RichDLLpi=0 RichDLLk=-6.88879 RichDLLp=-6.88879 RichPIDStatus=5027 RichDLLbt=-6.88879 RichDLLd=-6.88879 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.539408 CaloElectronMatch=15.1825 CaloBremMatch=15.1825 CaloChargedEcal=6139.49 CaloChargedID=35474 CaloNeutralEcal=6139.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990528 CaloNeutralID=35474 CaloEcalE=5689.66 CaloHcalE=309.94 CaloEcalChi2=15.1825 CaloBremChi2=85.5825 CaloClusChi2=0.539408 CaloTrajectoryL=154.577 CaloEoverP=0.898732 EcalPIDe=3.6423 BremPIDe=0.522337 HcalPIDe=-0.0471635 HcalPIDmu=-1.74553 EcalPIDmu=-2.52863 TrackChi2PerDof=0.738025 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=6901.59 TrackPt=696.507 CombDLLe=1.89888 CombDLLmu=-10.8384 CombDLLpi=0 CombDLLk=-6.88879 CombDLLp=-6.88879 CombDLLd=-6.88879 ProbNNe=0.0016431 ProbNNpi=0.991261 ProbNNk=0.00269389 ProbNNp=0.002543 ProbNNghost=0.00987712 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.7585 RichDLLmu=-10.226 RichDLLpi=0 RichDLLk=-17.5415 RichDLLp=-16.0943 RichPIDStatus=6115 RichDLLbt=-16.0943 RichDLLd=-16.0943 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.74232 CaloElectronMatch=413.447 CaloBremMatch=413.447 CaloChargedEcal=1937.48 CaloChargedID=33946 CaloNeutralEcal=1937.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.872473 CaloNeutralID=33946 CaloEcalE=1479.86 CaloHcalE=7696.1 CaloEcalChi2=413.447 CaloBremChi2=587.785 CaloClusChi2=1.74232 CaloTrajectoryL=591.223 CaloEoverP=0.208214 EcalPIDe=-0.0141273 BremPIDe=-0.638976 HcalPIDe=-2.22765 HcalPIDmu=-2.269 EcalPIDmu=-1.15567 TrackChi2PerDof=1.10153 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=9737.45 TrackPt=1221.83 CombDLLe=-7.0844 CombDLLmu=-10.1943 CombDLLpi=0 CombDLLk=-17.5415 CombDLLp=-16.0943 CombDLLd=-16.0943 ProbNNe=1.72171e-07 ProbNNpi=0.999172 ProbNNk=7.47232e-05 ProbNNp=7.55496e-05 ProbNNghost=0.0135248 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.654 RichDLLmu=-6.83516 RichDLLpi=0 RichDLLk=-4.38851 RichDLLp=-4.38851 RichPIDStatus=5027 RichDLLbt=-4.38851 RichDLLd=-4.38851 InAccBrem=1 CaloBremChi2=10.0946 BremPIDe=2.71167 TrackChi2PerDof=1.09466 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=3748.6 TrackPt=409.618 CombDLLe=-0.877041 CombDLLmu=-6.1461 CombDLLpi=0 CombDLLk=-4.38851 CombDLLp=-4.38851 CombDLLd=-4.38851 ProbNNe=0.000143044 ProbNNpi=0.973761 ProbNNk=0.00985549 ProbNNp=0.0119842 ProbNNghost=0.0219954 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.7881 RichDLLmu=-9.48298 RichDLLpi=0 RichDLLk=-22.4739 RichDLLp=-16.8587 RichPIDStatus=6115 RichDLLbt=-16.8587 RichDLLd=-16.8587 MuonMuLL=-0.00541463 MuonBkgLL=-0.656847 MuonNShared=9 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=114.548 MuonMVA1=-999 MuonMVA2=-2.41059 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.51732 CaloElectronMatch=87.8865 CaloBremMatch=87.8865 CaloChargedEcal=7726.21 CaloChargedID=43540 CaloNeutralEcal=7726.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.674871 CaloNeutralID=43540 CaloEcalE=4033.94 CaloHcalE=11492.4 CaloEcalChi2=87.8865 CaloBremChi2=695.788 CaloClusChi2=1.51732 CaloTrajectoryL=438.049 CaloEoverP=0.659504 EcalPIDe=2.29793 BremPIDe=-0.621385 HcalPIDe=-1.89687 HcalPIDmu=-2.3461 EcalPIDmu=-2.77859 TrackChi2PerDof=1.27842 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=11968.7 TrackPt=442.634 CombDLLe=-4.07677 CombDLLmu=-11.1649 CombDLLpi=0 CombDLLk=-22.4739 CombDLLp=-16.8587 CombDLLd=-16.2019 ProbNNe=0.000215601 ProbNNmu=0.00366525 ProbNNpi=0.654918 ProbNNk=0.000864076 ProbNNp=0.00825011 ProbNNghost=0.0474054 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.1487 RichDLLmu=-5.52538 RichDLLpi=0 RichDLLk=10.2082 RichDLLp=12.0196 RichPIDStatus=6117 RichDLLbt=12.0196 RichDLLd=12.0196 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.94531 CaloElectronMatch=1093.61 CaloBremMatch=153.294 CaloChargedEcal=1133.72 CaloChargedID=39306 CaloNeutralEcal=1133.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.687931 CaloNeutralID=39306 CaloEcalE=4094.84 CaloHcalE=1534.05 CaloEcalChi2=1093.61 CaloBremChi2=320.646 CaloClusChi2=3.94531 CaloTrajectoryL=-1794.66 CaloEoverP=0.120763 EcalPIDe=-1.10541 BremPIDe=-0.466299 HcalPIDe=-0.655264 HcalPIDmu=2.0457 EcalPIDmu=-3.05425 TrackChi2PerDof=1.65623 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=10104.5 TrackPt=535.254 CombDLLe=-4.28995 CombDLLmu=-6.62476 CombDLLpi=0 CombDLLk=10.2082 CombDLLp=12.0196 CombDLLd=12.0196 ProbNNe=2.44487e-06 ProbNNpi=0.29247 ProbNNk=0.186187 ProbNNp=0.354056 ProbNNghost=0.667187 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.1306 RichDLLmu=-19.3892 RichDLLpi=0 RichDLLk=-10.0275 RichDLLp=-10.0275 RichPIDStatus=5027 RichDLLbt=-10.0275 RichDLLd=-10.0275 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.54025 CaloElectronMatch=139.524 CaloBremMatch=139.524 CaloChargedEcal=1683.36 CaloChargedID=34756 CaloNeutralEcal=1683.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.681719 CaloNeutralID=34756 CaloEcalE=773.234 CaloHcalE=3344.75 CaloEcalChi2=139.524 CaloBremChi2=238.32 CaloClusChi2=0.54025 CaloTrajectoryL=99.9391 CaloEoverP=0.33205 EcalPIDe=0.989182 BremPIDe=-0.381503 HcalPIDe=-1.59374 HcalPIDmu=-0.299431 EcalPIDmu=0.392523 TrackChi2PerDof=0.787589 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=5580.11 TrackPt=665.23 CombDLLe=-3.66524 CombDLLmu=-6.90091 CombDLLpi=0 CombDLLk=-10.0275 CombDLLp=-10.0275 CombDLLd=-10.0275 ProbNNe=7.56275e-06 ProbNNpi=0.997343 ProbNNk=0.000235857 ProbNNp=0.00116459 ProbNNghost=0.0106772 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.0772 RichDLLmu=-25.2523 RichDLLpi=0 RichDLLk=-23.0054 RichDLLp=-23.0054 RichPIDStatus=5091 RichDLLbt=-23.0054 RichDLLd=-23.0054 MuonMuLL=-0.655466 MuonBkgLL=-1.99762 MuonNShared=14 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=154.452 MuonMVA1=-999 MuonMVA2=-0.758387 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.90382 CaloElectronMatch=201.012 CaloBremMatch=201.012 CaloChargedEcal=12069.1 CaloChargedID=42516 CaloNeutralEcal=12069.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731749 CaloNeutralID=42516 CaloEcalE=3276.09 CaloHcalE=4248.22 CaloEcalChi2=201.012 CaloBremChi2=708.209 CaloClusChi2=0.90382 CaloTrajectoryL=-265.791 CaloEoverP=2.04118 EcalPIDe=0.605631 BremPIDe=-0.607507 HcalPIDe=-2.03346 HcalPIDmu=-0.761937 EcalPIDmu=-2.92445 TrackChi2PerDof=1.01408 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=5984.76 TrackPt=504.212 CombDLLe=-6.87987 CombDLLmu=-9.34366 CombDLLpi=0 CombDLLk=-23.0054 CombDLLp=-23.0054 CombDLLd=-21.0078 ProbNNe=2.47415e-08 ProbNNmu=0.00366525 ProbNNpi=0.470903 ProbNNk=0.0050208 ProbNNp=0.00268517 ProbNNghost=0.37586 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.42686 RichDLLmu=-3.24572 RichDLLpi=0 RichDLLk=5.14508 RichDLLp=11.3707 RichPIDStatus=6117 RichDLLbt=11.3707 RichDLLd=11.3707 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.684373 CaloElectronMatch=66.778 CaloBremMatch=66.778 CaloChargedEcal=12521.7 CaloChargedID=37954 CaloNeutralEcal=12521.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803083 CaloNeutralID=37954 CaloEcalE=10600 CaloHcalE=1698.6 CaloEcalChi2=66.778 CaloBremChi2=304.925 CaloClusChi2=0.684373 CaloTrajectoryL=142.63 CaloEoverP=0.961859 EcalPIDe=2.29793 BremPIDe=-0.524471 HcalPIDe=-0.754425 HcalPIDmu=1.97543 EcalPIDmu=-2.83442 TrackChi2PerDof=1.18512 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=12830.9 TrackPt=1354.29 CombDLLe=-0.600788 CombDLLmu=-4.85664 CombDLLpi=0 CombDLLk=5.14508 CombDLLp=11.3707 CombDLLd=11.3707 ProbNNe=0.0659172 ProbNNpi=0.765238 ProbNNk=0.00464761 ProbNNp=0.117975 ProbNNghost=0.102172 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.22213 RichDLLmu=-0.893242 RichDLLpi=0 RichDLLk=2.26692 RichDLLp=2.26692 RichPIDStatus=5028 RichDLLbt=2.26692 RichDLLd=2.26692 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.16765 CaloElectronMatch=660.142 CaloBremMatch=8.79713 CaloChargedEcal=4436.71 CaloChargedID=38269 CaloNeutralEcal=4436.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818995 CaloNeutralID=38269 CaloEcalE=692.808 CaloHcalE=4673.63 CaloEcalChi2=660.142 CaloBremChi2=294.682 CaloClusChi2=3.16765 CaloTrajectoryL=446.012 CaloEoverP=0.684911 EcalPIDe=-0.541014 BremPIDe=-0.416867 HcalPIDe=-2.10303 HcalPIDmu=-1.13278 EcalPIDmu=0.734887 TrackChi2PerDof=2.0593 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=6711.26 TrackPt=318.611 CombDLLe=-3.44938 CombDLLmu=-1.63529 CombDLLpi=0 CombDLLk=2.26692 CombDLLp=2.26692 CombDLLd=2.26692 ProbNNe=0.000934498 ProbNNpi=0.157258 ProbNNk=0.0586682 ProbNNp=0.110148 ProbNNghost=0.955915 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.62402 RichDLLmu=3.35817 RichDLLpi=0 RichDLLk=4.59495 RichDLLp=4.59495 RichPIDStatus=5028 RichDLLbt=4.59495 RichDLLd=4.59495 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.893559 CaloElectronMatch=188.391 CaloBremMatch=188.391 CaloChargedEcal=11114.2 CaloChargedID=34380 CaloNeutralEcal=11114.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694006 CaloNeutralID=34380 CaloEcalE=4424.44 CaloHcalE=1885.95 CaloEcalChi2=188.391 CaloBremChi2=161.487 CaloClusChi2=0.893559 CaloTrajectoryL=228.575 CaloEoverP=2.58004 EcalPIDe=0.497498 BremPIDe=-0.127295 HcalPIDe=-1.32141 HcalPIDmu=1.64544 EcalPIDmu=-1.85251 TrackChi2PerDof=2.51833 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=4400.93 TrackPt=280.955 CombDLLe=-0.667163 CombDLLmu=3.8953 CombDLLpi=0 CombDLLk=4.59495 CombDLLp=4.59495 CombDLLd=4.59495 ProbNNe=0.917677 ProbNNpi=0.0263315 ProbNNk=0.112133 ProbNNp=0.114253 ProbNNghost=0.990823 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.3921 RichDLLmu=-8.22541 RichDLLpi=0 RichDLLk=-17.6731 RichDLLp=-15.8075 RichPIDStatus=6115 RichDLLbt=-15.8075 RichDLLd=-15.8075 MuonMuLL=-0.0935417 MuonBkgLL=-0.549251 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=143.721 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.163148 CaloElectronMatch=83.8815 CaloBremMatch=83.8815 CaloChargedEcal=6334.26 CaloChargedID=42407 CaloNeutralEcal=6334.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.672823 CaloNeutralID=42407 CaloEcalE=3138.18 CaloHcalE=5295.36 CaloEcalChi2=83.8815 CaloBremChi2=31.559 CaloClusChi2=0.163148 CaloTrajectoryL=-5.26386 CaloEoverP=0.577535 EcalPIDe=2.29793 BremPIDe=2.24516 HcalPIDe=-1.75999 HcalPIDmu=-0.865923 EcalPIDmu=-2.67079 TrackChi2PerDof=1.43811 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=11512.9 TrackPt=555.554 CombDLLe=0.523294 CombDLLmu=-9.57826 CombDLLpi=0 CombDLLk=-17.6731 CombDLLp=-15.8075 CombDLLd=-15.2582 ProbNNe=6.17885e-07 ProbNNpi=0.990528 ProbNNk=0.000297036 ProbNNp=0.00261078 ProbNNghost=0.0156207 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.27855 RichDLLmu=2.23302 RichDLLpi=0 RichDLLk=10.0248 RichDLLp=10.0248 RichPIDStatus=5028 RichDLLbt=10.0248 RichDLLd=10.0248 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.746087 CaloElectronMatch=13.8154 CaloBremMatch=13.8131 CaloChargedEcal=6550.48 CaloChargedID=35086 CaloNeutralEcal=6550.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859398 CaloNeutralID=35086 CaloEcalE=4984.89 CaloHcalE=1805.08 CaloEcalChi2=13.8154 CaloBremChi2=63.6219 CaloClusChi2=0.746087 CaloTrajectoryL=181.421 CaloEoverP=0.905723 EcalPIDe=3.6423 BremPIDe=1.02573 HcalPIDe=-1.02441 HcalPIDmu=1.90086 EcalPIDmu=-3.02713 TrackChi2PerDof=1.11708 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=7321.13 TrackPt=540.969 CombDLLe=3.86729 CombDLLmu=1.80744 CombDLLpi=0 CombDLLk=10.0248 CombDLLp=10.0248 CombDLLd=10.0248 ProbNNe=0.697873 ProbNNpi=0.0308346 ProbNNk=0.898454 ProbNNp=0.910312 ProbNNghost=0.0945765 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.4524 RichDLLmu=-6.46963 RichDLLpi=0 RichDLLk=8.29781 RichDLLp=10.2267 RichPIDStatus=6117 RichDLLbt=10.2267 RichDLLd=10.2267 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.95193 CaloElectronMatch=1093.56 CaloBremMatch=153.294 CaloChargedEcal=1133.72 CaloChargedID=39306 CaloNeutralEcal=1133.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.687931 CaloNeutralID=39306 CaloEcalE=4094.84 CaloHcalE=1534.05 CaloEcalChi2=1093.56 CaloBremChi2=320.092 CaloClusChi2=3.95193 CaloTrajectoryL=-1794.42 CaloEoverP=0.12078 EcalPIDe=-1.10541 BremPIDe=-0.466299 HcalPIDe=-0.655264 HcalPIDmu=2.0457 EcalPIDmu=-3.05425 TrackChi2PerDof=0.886578 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=10103.1 TrackPt=551.499 CombDLLe=-4.49623 CombDLLmu=-7.02962 CombDLLpi=0 CombDLLk=8.29781 CombDLLp=10.2267 CombDLLd=10.2267 ProbNNe=1.34285e-06 ProbNNpi=0.891849 ProbNNk=0.0533237 ProbNNp=0.160126 ProbNNghost=0.0058854 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.84986 RichDLLmu=-4.63382 RichDLLpi=0 RichDLLk=1.76611 RichDLLp=1.57128 RichPIDStatus=6116 RichDLLbt=1.57128 RichDLLd=1.57128 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0695038 CaloElectronMatch=118.013 CaloBremMatch=118.013 CaloChargedEcal=6274.32 CaloChargedID=38982 CaloNeutralEcal=6274.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731516 CaloNeutralID=38982 CaloEcalE=2959.91 CaloHcalE=1799.47 CaloEcalChi2=118.013 CaloBremChi2=287.328 CaloClusChi2=0.0695038 CaloTrajectoryL=-135.159 CaloEoverP=0.657026 EcalPIDe=1.84829 BremPIDe=-0.26048 HcalPIDe=-1.02441 HcalPIDmu=1.84961 EcalPIDmu=-2.36722 TrackChi2PerDof=1.0289 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=9591.72 TrackPt=452.057 CombDLLe=-1.12631 CombDLLmu=-5.62118 CombDLLpi=0 CombDLLk=1.76611 CombDLLp=1.57128 CombDLLd=1.57128 ProbNNe=3.33185e-05 ProbNNpi=0.916798 ProbNNk=0.052218 ProbNNp=0.110435 ProbNNghost=0.0596265 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.4451 RichDLLmu=-11.1234 RichDLLpi=0 RichDLLk=-33.7566 RichDLLp=-30.5011 RichPIDStatus=6115 RichDLLbt=-30.5011 RichDLLd=-30.5011 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=22.4962 CaloElectronMatch=810.877 CaloBremMatch=209.092 CaloChargedEcal=1803.05 CaloChargedID=39900 CaloNeutralEcal=1803.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.723334 CaloNeutralID=39900 CaloEcalE=0 CaloHcalE=565.05 CaloEcalChi2=810.877 CaloBremChi2=23.033 CaloClusChi2=22.4962 CaloTrajectoryL=-2487.69 CaloEoverP=0.142316 EcalPIDe=-0.833336 BremPIDe=2.59242 HcalPIDe=-0.066776 HcalPIDmu=-1.14554 EcalPIDmu=0.457906 TrackChi2PerDof=0.656749 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=12631 TrackPt=905.583 CombDLLe=-2.90116 CombDLLmu=-7.52592 CombDLLpi=0 CombDLLk=-33.7566 CombDLLp=-30.5011 CombDLLd=-30.5011 ProbNNe=2.6127e-07 ProbNNpi=0.999677 ProbNNk=5.69692e-05 ProbNNp=9.99748e-05 ProbNNghost=0.000246463 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.58663 RichDLLmu=-2.52154 RichDLLpi=0 RichDLLk=-7.48604 RichDLLp=-6.65163 RichPIDStatus=8163 RichDLLbt=-4.22799 RichDLLd=-4.22799 InAccBrem=1 CaloBremChi2=260.618 BremPIDe=-0.73102 TrackChi2PerDof=1.10736 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=20395.6 TrackPt=1215.68 CombDLLe=-2.37728 CombDLLmu=-3.25849 CombDLLpi=0 CombDLLk=-7.48604 CombDLLp=-6.65163 CombDLLd=-4.22799 ProbNNe=0.00378487 ProbNNpi=0.983718 ProbNNk=0.00303617 ProbNNp=0.00556017 ProbNNghost=0.00167757 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.307022 RichDLLmu=0.163182 RichDLLpi=0 RichDLLk=-16.5184 RichDLLp=-10.5128 RichPIDStatus=8129 RichDLLbt=-7.24313 RichDLLd=-7.24313 MuonMuLL=-0.0194887 MuonBkgLL=-1.96249 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=139.786 MuonMVA1=-999 MuonMVA2=-1.01952 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0956462 CaloElectronMatch=65.627 CaloChargedEcal=38274.3 CaloChargedID=43222 CaloEcalE=20854.8 CaloHcalE=6365.57 CaloEcalChi2=65.627 CaloClusChi2=0.0956462 CaloTrajectoryL=-43.4009 CaloEoverP=0.8012 EcalPIDe=3.84523 HcalPIDe=-0.908577 HcalPIDmu=0.345036 EcalPIDmu=-3.93014 TrackChi2PerDof=1.40677 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=46767.3 TrackPt=885.894 CombDLLe=2.99038 CombDLLmu=-1.41373 CombDLLpi=0 CombDLLk=-16.5184 CombDLLp=-10.5128 CombDLLd=-5.28064 ProbNNe=0.387771 ProbNNmu=0.00366525 ProbNNpi=0.017236 ProbNNk=0.00014887 ProbNNp=0.00299921 ProbNNghost=0.295615 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.07219 RichDLLmu=-0.4741 RichDLLpi=0 RichDLLk=-42.6571 RichDLLp=-29.3901 RichPIDStatus=8163 RichDLLbt=-25.4135 RichDLLd=-25.4135 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.133623 CaloElectronMatch=68.4826 CaloBremMatch=68.4826 CaloChargedEcal=19704.6 CaloChargedID=39709 CaloNeutralEcal=19704.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939413 CaloNeutralID=39709 CaloEcalE=11144.1 CaloHcalE=1740.78 CaloEcalChi2=68.4826 CaloBremChi2=547.742 CaloClusChi2=0.133623 CaloTrajectoryL=4.90107 CaloEoverP=0.75055 EcalPIDe=3.12593 BremPIDe=-0.520672 HcalPIDe=-0.126818 HcalPIDmu=2.20884 EcalPIDmu=-3.63171 TrackChi2PerDof=1.19208 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=25949.8 TrackPt=1648.74 CombDLLe=1.76826 CombDLLmu=-2.08463 CombDLLpi=0 CombDLLk=-42.6571 CombDLLp=-29.3901 CombDLLd=-25.4135 ProbNNe=0.00714533 ProbNNpi=0.969359 ProbNNk=0.000102571 ProbNNp=4.26639e-05 ProbNNghost=0.0131897 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=24.5131 RichDLLmu=10.8495 RichDLLpi=0 RichDLLk=13.3345 RichDLLp=13.3345 RichPIDStatus=5089 RichDLLbt=13.3345 RichDLLd=13.3345 MuonMuLL=-0.0026034 MuonBkgLL=-0.467019 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=9.98597 MuonMVA1=-999 MuonMVA2=0.275723 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.315949 CaloElectronMatch=1.82533 CaloBremMatch=1.82533 CaloChargedEcal=7510.04 CaloChargedID=39665 CaloNeutralEcal=7510.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944711 CaloNeutralID=39665 CaloEcalE=6597.18 CaloHcalE=776.514 CaloEcalChi2=1.82533 CaloBremChi2=193.904 CaloClusChi2=0.315949 CaloTrajectoryL=103.533 CaloEoverP=0.984448 EcalPIDe=3.6423 BremPIDe=-0.192007 HcalPIDe=-0.310073 HcalPIDmu=-0.321238 EcalPIDmu=-2.13638 TrackChi2PerDof=1.03635 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=7666.63 TrackPt=436.797 CombDLLe=6.96303 CombDLLmu=4.8266 CombDLLpi=0 CombDLLk=13.3345 CombDLLp=13.3345 CombDLLd=13.8015 ProbNNe=0.999988 ProbNNmu=0.00366525 ProbNNpi=1.31112e-06 ProbNNk=0.000171285 ProbNNp=0.00026531 ProbNNghost=0.851267 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.8741 RichDLLmu=-16.0192 RichDLLpi=0 RichDLLk=-10.091 RichDLLp=-10.091 RichPIDStatus=5091 RichDLLbt=-10.091 RichDLLd=-10.091 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.762687 CaloElectronMatch=298.322 CaloBremMatch=298.322 CaloChargedEcal=7677.49 CaloChargedID=38405 CaloNeutralEcal=7677.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.754708 CaloNeutralID=38405 CaloEcalE=5204.09 CaloHcalE=1607.17 CaloEcalChi2=298.322 CaloBremChi2=253.686 CaloClusChi2=0.762687 CaloTrajectoryL=267.647 CaloEoverP=0.994854 EcalPIDe=0.27519 BremPIDe=-0.590581 HcalPIDe=-1.01358 HcalPIDmu=2.09659 EcalPIDmu=-2.70057 TrackChi2PerDof=1.98787 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=7912.28 TrackPt=370.975 CombDLLe=-4.1184 CombDLLmu=-7.58094 CombDLLpi=0 CombDLLk=-10.091 CombDLLp=-10.091 CombDLLd=-10.091 ProbNNe=5.16118e-05 ProbNNpi=0.917339 ProbNNk=0.00059186 ProbNNp=0.00367877 ProbNNghost=0.279877 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.66869 RichDLLmu=6.04322 RichDLLpi=0 RichDLLk=15.6927 RichDLLp=16.6066 RichPIDStatus=6117 RichDLLbt=16.6066 RichDLLd=16.6066 MuonMuLL=-0.0116678 MuonBkgLL=-0.900478 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=233.213 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.18655 CaloElectronMatch=55.9263 CaloChargedEcal=9669.69 CaloChargedID=42576 CaloEcalE=4082.29 CaloHcalE=2309.42 CaloEcalChi2=55.9263 CaloClusChi2=0.18655 CaloTrajectoryL=207.02 CaloEoverP=0.942589 EcalPIDe=4.33705 HcalPIDe=-1.0821 HcalPIDmu=0.94751 EcalPIDmu=-2.77859 TrackChi2PerDof=0.854932 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=10741.3 TrackPt=330.464 CombDLLe=2.44162 CombDLLmu=4.91164 CombDLLpi=0 CombDLLk=15.6927 CombDLLp=16.6066 CombDLLd=17.5071 ProbNNe=0.000139241 ProbNNpi=0.00208488 ProbNNk=0.944773 ProbNNp=0.970031 ProbNNghost=0.00269051 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.08824 RichDLLmu=-6.11586 RichDLLpi=0 RichDLLk=7.47113 RichDLLp=7.47113 RichPIDStatus=5092 RichDLLbt=7.47113 RichDLLd=7.47113 MuonMuLL=-0.0507671 MuonBkgLL=-0.253987 MuonNShared=11 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=87.0654 MuonMVA1=-999 MuonMVA2=-1.04526 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.45477 CaloElectronMatch=73.315 CaloBremMatch=73.315 CaloChargedEcal=2501.96 CaloChargedID=43764 CaloNeutralEcal=2501.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842618 CaloNeutralID=43764 CaloEcalE=1389.73 CaloHcalE=12118.3 CaloEcalChi2=73.315 CaloBremChi2=218.578 CaloClusChi2=3.45477 CaloTrajectoryL=246.082 CaloEoverP=0.410465 EcalPIDe=1.84829 BremPIDe=-0.336986 HcalPIDe=-1.17839 HcalPIDmu=-0.252186 EcalPIDmu=-0.962261 TrackChi2PerDof=1.07851 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=6982.74 TrackPt=388.419 CombDLLe=-0.206455 CombDLLmu=-6.89534 CombDLLpi=0 CombDLLk=7.47113 CombDLLp=7.47113 CombDLLd=7.72512 ProbNNe=0.997544 ProbNNmu=0.00366525 ProbNNpi=3.26249e-05 ProbNNk=0.327841 ProbNNp=0.220127 ProbNNghost=0.296637 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.2917 RichDLLmu=-5.29776 RichDLLpi=0 RichDLLk=0.177275 RichDLLp=0.177275 RichPIDStatus=5028 RichDLLbt=0.177275 RichDLLd=0.177275 MuonMuLL=-0.0349021 MuonBkgLL=-0.23278 MuonNShared=16 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=921.725 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.69726 CaloElectronMatch=173.826 CaloBremMatch=173.826 CaloChargedEcal=1439.74 CaloChargedID=38326 CaloNeutralEcal=1439.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847517 CaloNeutralID=38326 CaloEcalE=1138.37 CaloHcalE=572.176 CaloEcalChi2=173.826 CaloBremChi2=89.5711 CaloClusChi2=2.69726 CaloTrajectoryL=233.215 CaloEoverP=0.274428 EcalPIDe=0.989182 BremPIDe=0.522337 HcalPIDe=-0.176853 HcalPIDmu=-0.836264 EcalPIDmu=-0.440688 TrackChi2PerDof=0.993143 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=5777.18 TrackPt=306.719 CombDLLe=-0.590509 CombDLLmu=-6.57752 CombDLLpi=0 CombDLLk=0.177275 CombDLLp=0.177275 CombDLLd=0.410055 ProbNNe=1.09765e-05 ProbNNpi=0.931116 ProbNNk=0.0202251 ProbNNp=0.0397559 ProbNNghost=0.0860035 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.27916 RichDLLmu=-1.03226 RichDLLpi=0 RichDLLk=4.69814 RichDLLp=4.69814 RichPIDStatus=5028 RichDLLbt=4.69814 RichDLLd=4.69814 MuonMuLL=-0.0843604 MuonBkgLL=-0.464903 MuonNShared=11 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=203.102 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.06546 CaloElectronMatch=337.957 CaloBremMatch=337.957 CaloChargedEcal=2935.17 CaloChargedID=38201 CaloNeutralEcal=2935.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.756843 CaloNeutralID=38201 CaloEcalE=1666.39 CaloHcalE=408.005 CaloEcalChi2=337.957 CaloBremChi2=330.032 CaloClusChi2=3.06546 CaloTrajectoryL=320.143 CaloEoverP=0.543232 EcalPIDe=0.0750074 BremPIDe=-0.398756 HcalPIDe=-0.13781 HcalPIDmu=-1.55285 EcalPIDmu=-1.31108 TrackChi2PerDof=0.821284 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=5801.07 TrackPt=329.926 CombDLLe=-1.03413 CombDLLmu=-3.90837 CombDLLpi=0 CombDLLk=4.69814 CombDLLp=4.69814 CombDLLd=5.16305 ProbNNe=0.00145499 ProbNNpi=0.587224 ProbNNk=0.261184 ProbNNp=0.487836 ProbNNghost=0.0264772 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.4917 RichDLLmu=-4.87028 RichDLLpi=0 RichDLLk=-1.49406 RichDLLp=-1.49406 RichPIDStatus=5027 RichDLLbt=-1.49406 RichDLLd=-1.49406 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.74144 CaloElectronMatch=174.421 CaloChargedEcal=8060.91 CaloChargedID=34812 CaloEcalE=4384.2 CaloHcalE=5225.72 CaloEcalChi2=174.421 CaloClusChi2=3.74144 CaloTrajectoryL=406.209 CaloEoverP=2.39122 EcalPIDe=0.83137 HcalPIDe=-1.00794 HcalPIDmu=0.212001 EcalPIDmu=-1.442 TrackChi2PerDof=1.06533 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3410.38 TrackPt=93.8688 CombDLLe=-0.786065 CombDLLmu=-6.48337 CombDLLpi=0 CombDLLk=-1.49406 CombDLLp=-1.49406 CombDLLd=-1.49406 ProbNNe=0.262511 ProbNNpi=0.803969 ProbNNk=0.093048 ProbNNp=0.155281 ProbNNghost=0.0819354 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.45721 RichDLLmu=-0.506287 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=64.4458 BremPIDe=0.754695 TrackChi2PerDof=1.28773 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=2550.23 TrackPt=105.794 CombDLLe=0.325223 CombDLLmu=-0.706389 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.854717 ProbNNpi=0.720956 ProbNNk=0.0458437 ProbNNp=0.0876472 ProbNNghost=0.344848 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.9321 RichDLLmu=-0.965304 RichDLLpi=0 RichDLLk=-1.70493 RichDLLp=-1.70493 RichPIDStatus=5091 RichDLLbt=-1.70493 RichDLLd=-1.70493 MuonMuLL=-0.0026034 MuonBkgLL=-0.468175 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=9.89825 MuonMVA1=-999 MuonMVA2=0.41273 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.275133 CaloElectronMatch=2.98433 CaloBremMatch=1.82533 CaloChargedEcal=7510.04 CaloChargedID=39665 CaloNeutralEcal=7510.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944711 CaloNeutralID=39665 CaloEcalE=6597.18 CaloHcalE=776.514 CaloEcalChi2=2.98433 CaloBremChi2=147.064 CaloClusChi2=0.275133 CaloTrajectoryL=99.4718 CaloEoverP=0.98146 EcalPIDe=3.6423 BremPIDe=0.110459 HcalPIDe=-0.310073 HcalPIDmu=-0.321238 EcalPIDmu=-2.13638 TrackChi2PerDof=2.97736 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=7689.97 TrackPt=437.814 CombDLLe=0.499161 CombDLLmu=-3.32693 CombDLLpi=0 CombDLLk=-1.70493 CombDLLp=-1.70493 CombDLLd=-1.23675 ProbNNe=0.0976837 ProbNNmu=0.00366525 ProbNNpi=0.00747033 ProbNNk=0.0634018 ProbNNp=0.0419325 ProbNNghost=0.991291 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.49337 RichDLLmu=5.7669 RichDLLpi=0 RichDLLk=17.3954 RichDLLp=19.2672 RichPIDStatus=6117 RichDLLbt=19.2672 RichDLLd=19.2672 MuonMuLL=-0.277204 MuonBkgLL=-1.34456 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=30.5898 MuonMVA1=-999 MuonMVA2=-1.7433 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=17392.1 CaloBremChi2=684.509 BremPIDe=-0.621385 HcalPIDe=-1.89687 HcalPIDmu=-1.22468 TrackChi2PerDof=0.663704 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=10649 TrackPt=492.382 CombDLLe=-3.12805 CombDLLmu=5.57477 CombDLLpi=0 CombDLLk=17.3954 CombDLLp=19.2672 CombDLLd=20.6117 ProbNNe=0.936884 ProbNNmu=0.00106764 ProbNNpi=0.0494252 ProbNNk=0.910717 ProbNNp=0.88069 ProbNNghost=0.0561984 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.19098 RichDLLmu=3.2235 RichDLLpi=0 RichDLLk=8.62203 RichDLLp=8.62203 RichPIDStatus=5028 RichDLLbt=8.62203 RichDLLd=8.62203 MuonMuLL=-0.0118702 MuonBkgLL=-0.310498 MuonNShared=9 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=176.455 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.451312 CaloElectronMatch=136.457 CaloBremMatch=136.457 CaloChargedEcal=3014.77 CaloChargedID=35186 CaloNeutralEcal=3014.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916125 CaloNeutralID=35186 CaloEcalE=2500.92 CaloHcalE=1924.58 CaloEcalChi2=136.457 CaloBremChi2=636.239 CaloClusChi2=0.451312 CaloTrajectoryL=357.152 CaloEoverP=0.615083 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-2.46918 TrackChi2PerDof=1.51346 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=5133.42 TrackPt=283.601 CombDLLe=-0.866408 CombDLLmu=3.6096 CombDLLpi=0 CombDLLk=8.62203 CombDLLp=8.62203 CombDLLd=8.93253 ProbNNe=0.00697262 ProbNNpi=0.0674068 ProbNNk=0.818271 ProbNNp=0.817499 ProbNNghost=0.791945 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.8366 RichDLLmu=-12.9785 RichDLLpi=0 RichDLLk=-6.57455 RichDLLp=-6.57455 RichPIDStatus=5027 RichDLLbt=-6.57455 RichDLLd=-6.57455 MuonMuLL=-0.0084355 MuonBkgLL=-0.252266 MuonNShared=25 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=200.632 MuonMVA1=-999 MuonMVA2=-1.90605 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.167 CaloElectronMatch=3.50928 CaloBremMatch=3.50928 CaloChargedEcal=3671.85 CaloChargedID=34031 CaloNeutralEcal=3671.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860722 CaloNeutralID=34031 CaloEcalE=2960.38 CaloHcalE=793.119 CaloEcalChi2=3.50928 CaloBremChi2=403.737 CaloClusChi2=1.167 CaloTrajectoryL=179.626 CaloEoverP=0.831868 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=-0.560927 HcalPIDmu=0.0289404 EcalPIDmu=-2.69301 TrackChi2PerDof=0.853393 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=4525.61 TrackPt=553.229 CombDLLe=-1.39169 CombDLLmu=-9.34277 CombDLLpi=0 CombDLLk=-6.57455 CombDLLp=-6.57455 CombDLLd=-6.32229 ProbNNe=0.0110566 ProbNNmu=0.00366525 ProbNNpi=0.0049629 ProbNNk=0.00491796 ProbNNp=0.0143738 ProbNNghost=0.236617 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.44098 RichDLLmu=4.90267 RichDLLpi=0 RichDLLk=12.3933 RichDLLp=12.3933 RichPIDStatus=5092 RichDLLbt=12.3933 RichDLLd=12.3933 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.595786 CaloElectronMatch=61.6557 CaloBremMatch=61.6557 CaloChargedEcal=4792.33 CaloChargedID=38223 CaloNeutralEcal=4792.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914309 CaloNeutralID=38223 CaloEcalE=2766.22 CaloHcalE=5984.37 CaloEcalChi2=61.6557 CaloBremChi2=386.23 CaloClusChi2=0.595786 CaloTrajectoryL=151.073 CaloEoverP=0.584269 EcalPIDe=3.6423 BremPIDe=-0.467096 HcalPIDe=-2.12496 HcalPIDmu=-1.79054 EcalPIDmu=-2.50902 TrackChi2PerDof=1.09601 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=8246.76 TrackPt=425.054 CombDLLe=1.99658 CombDLLmu=0.973515 CombDLLpi=0 CombDLLk=12.3933 CombDLLp=12.3933 CombDLLd=12.3933 ProbNNe=0.1567 ProbNNpi=0.0209359 ProbNNk=0.665411 ProbNNp=0.820721 ProbNNghost=0.488131 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.5861 RichDLLmu=-7.96135 RichDLLpi=0 RichDLLk=-34.8873 RichDLLp=-31.049 RichPIDStatus=6115 RichDLLbt=-31.049 RichDLLd=-31.049 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.457693 CaloElectronMatch=286.433 CaloBremMatch=286.433 CaloChargedEcal=10697.6 CaloChargedID=41898 CaloNeutralEcal=10697.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924536 CaloNeutralID=41898 CaloEcalE=4908.28 CaloHcalE=7519.22 CaloEcalChi2=286.433 CaloBremChi2=188.044 CaloClusChi2=0.457693 CaloTrajectoryL=409.681 CaloEoverP=0.831772 EcalPIDe=0.424072 BremPIDe=0.0181313 HcalPIDe=-2.32036 HcalPIDmu=-1.81238 EcalPIDmu=-3.41223 TrackChi2PerDof=1.12246 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=13627.8 TrackPt=827.463 CombDLLe=-6.38482 CombDLLmu=-11.6681 CombDLLpi=0 CombDLLk=-34.8873 CombDLLp=-31.049 CombDLLd=-31.049 ProbNNe=4.35647e-08 ProbNNpi=0.999514 ProbNNk=5.18807e-05 ProbNNp=0.000105557 ProbNNghost=0.0020638 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.42116 RichDLLmu=-0.522649 RichDLLpi=0 RichDLLk=-21.144 RichDLLp=-17.9776 RichPIDStatus=139235 RichDLLbt=-11.7816 RichDLLd=-14.8515 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0505244 CaloElectronMatch=105.909 CaloBremMatch=105.909 CaloChargedEcal=36212.3 CaloChargedID=43190 CaloNeutralEcal=36212.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.782342 CaloNeutralID=43190 CaloEcalE=20760.9 CaloHcalE=14534.5 CaloEcalChi2=105.909 CaloBremChi2=632.585 CaloClusChi2=0.0505244 CaloTrajectoryL=173.576 CaloEoverP=0.932283 EcalPIDe=3.26863 BremPIDe=-0.528346 HcalPIDe=-2.95963 HcalPIDmu=-1.96073 EcalPIDmu=-4.03438 TrackChi2PerDof=1.25647 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=38594.7 TrackPt=1991.51 CombDLLe=-0.642535 CombDLLmu=-6.72416 CombDLLpi=0 CombDLLk=-21.144 CombDLLp=-17.9776 CombDLLd=-14.8515 ProbNNe=0.0872532 ProbNNpi=0.948391 ProbNNk=9.64858e-05 ProbNNp=4.88821e-05 ProbNNghost=0.219326 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.9669 RichDLLmu=-0.745276 RichDLLpi=0 RichDLLk=0.748668 RichDLLp=0.748668 RichPIDStatus=5028 RichDLLbt=0.748668 RichDLLd=0.748668 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.06789 CaloElectronMatch=135.101 CaloBremMatch=134.043 CaloChargedEcal=4693.68 CaloChargedID=35138 CaloNeutralEcal=4693.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979751 CaloNeutralID=35138 CaloEcalE=4584.86 CaloEcalChi2=135.101 CaloBremChi2=328.33 CaloClusChi2=4.06789 CaloTrajectoryL=268.844 CaloEoverP=1.67202 EcalPIDe=0.83137 BremPIDe=-0.373552 EcalPIDmu=-1.442 TrackChi2PerDof=1.64188 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3005.49 TrackPt=171.617 CombDLLe=-0.406949 CombDLLmu=-2.47773 CombDLLpi=0 CombDLLk=0.748668 CombDLLp=0.748668 CombDLLd=0.748668 ProbNNe=0.704381 ProbNNpi=0.421794 ProbNNk=0.0591735 ProbNNp=0.106975 ProbNNghost=0.892032 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=1.84521 RichDLLmu=-3.78617 RichDLLpi=0 RichDLLk=0.513273 RichDLLp=0.513273 RichPIDStatus=5025 RichDLLbt=0.513273 RichDLLd=0.513273 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.09732 CaloElectronMatch=135.689 CaloBremMatch=134.043 CaloChargedEcal=4693.68 CaloChargedID=35138 CaloNeutralEcal=4693.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979751 CaloNeutralID=35138 CaloEcalE=4584.86 CaloEcalChi2=135.689 CaloBremChi2=328.671 CaloClusChi2=4.09732 CaloTrajectoryL=268.975 CaloEoverP=1.67108 EcalPIDe=0.83137 BremPIDe=-0.373552 EcalPIDmu=-1.442 TrackChi2PerDof=1.35354 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3007.16 TrackPt=171.953 CombDLLe=0.780501 CombDLLmu=-5.91812 CombDLLpi=0 CombDLLk=0.513273 CombDLLp=0.513273 CombDLLd=0.513273 ProbNNe=0.968444 ProbNNpi=0.644969 ProbNNk=0.0321333 ProbNNp=0.0863591 ProbNNghost=0.660889 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.74493 RichDLLmu=-8.88309 RichDLLpi=0 RichDLLk=-2.79104 RichDLLp=-2.79104 RichPIDStatus=5027 RichDLLbt=-2.79104 RichDLLd=-2.79104 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.373158 CaloElectronMatch=98.3183 CaloBremMatch=98.3183 CaloChargedEcal=7183.71 CaloChargedID=34955 CaloNeutralEcal=7183.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907448 CaloNeutralID=34955 CaloEcalE=6401.86 CaloHcalE=1587.16 CaloEcalChi2=98.3183 CaloBremChi2=216.477 CaloClusChi2=0.373158 CaloTrajectoryL=251.191 CaloEoverP=1.42265 EcalPIDe=1.84829 BremPIDe=-0.336986 HcalPIDe=-1.01358 HcalPIDmu=2.04963 EcalPIDmu=-1.02114 TrackChi2PerDof=0.830652 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=5232.94 TrackPt=273.021 CombDLLe=-0.155726 CombDLLmu=-5.58181 CombDLLpi=0 CombDLLk=-2.79104 CombDLLp=-2.79104 CombDLLd=-2.79104 ProbNNe=0.389529 ProbNNpi=0.89825 ProbNNk=0.0137883 ProbNNp=0.027818 ProbNNghost=0.267696 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.44547 RichDLLmu=3.58987 RichDLLpi=0 RichDLLk=1.6999 RichDLLp=1.6999 RichPIDStatus=5026 RichDLLbt=1.6999 RichDLLd=1.6999 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.908018 CaloElectronMatch=189.101 CaloBremMatch=188.391 CaloChargedEcal=11114.2 CaloChargedID=34380 CaloNeutralEcal=11114.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694006 CaloNeutralID=34380 CaloEcalE=4424.44 CaloHcalE=1885.95 CaloEcalChi2=189.101 CaloBremChi2=155.834 CaloClusChi2=0.908018 CaloTrajectoryL=229.256 CaloEoverP=2.5825 EcalPIDe=0.497498 BremPIDe=-0.127295 HcalPIDe=-1.32141 HcalPIDmu=1.64544 EcalPIDmu=-1.85251 TrackChi2PerDof=0.829279 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=4396.74 TrackPt=283.143 CombDLLe=-2.23933 CombDLLmu=4.1025 CombDLLpi=0 CombDLLk=1.6999 CombDLLp=1.6999 CombDLLd=1.6999 ProbNNe=0.228077 ProbNNpi=0.768596 ProbNNk=0.0647588 ProbNNp=0.15284 ProbNNghost=0.173302 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.7212 RichDLLmu=-3.2323 RichDLLpi=0 RichDLLk=0.479275 RichDLLp=0.479275 RichPIDStatus=5092 RichDLLbt=0.479275 RichDLLd=0.479275 MuonMuLL=-0.00200198 MuonBkgLL=-0.399273 MuonNShared=15 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=192.575 MuonMVA1=-999 MuonMVA2=-1.29613 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.91968 CaloElectronMatch=188.498 CaloBremMatch=149.115 CaloChargedEcal=1919.89 CaloChargedID=38836 CaloNeutralEcal=1919.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721468 CaloNeutralID=38836 CaloEcalE=687.308 CaloHcalE=6854.57 CaloEcalChi2=188.498 CaloBremChi2=50.7129 CaloClusChi2=1.91968 CaloTrajectoryL=528.706 CaloEoverP=0.321162 EcalPIDe=0.605631 BremPIDe=1.42298 HcalPIDe=-1.99692 HcalPIDmu=-0.53992 EcalPIDmu=0.678135 TrackChi2PerDof=1.13175 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=6161.96 TrackPt=191.118 CombDLLe=-2.73519 CombDLLmu=-3.44949 CombDLLpi=0 CombDLLk=0.479275 CombDLLp=0.479275 CombDLLd=0.878547 ProbNNe=0.000113703 ProbNNmu=0.00366525 ProbNNpi=0.00276466 ProbNNk=0.0393523 ProbNNp=0.181912 ProbNNghost=0.396683 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.21522 RichDLLmu=2.71403 RichDLLpi=0 RichDLLk=2.59633 RichDLLp=2.59633 RichPIDStatus=5026 RichDLLbt=2.59633 RichDLLd=2.59633 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0591842 CaloElectronMatch=46.8049 CaloBremMatch=46.8049 CaloChargedEcal=2665.91 CaloChargedID=34872 CaloNeutralEcal=2665.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935393 CaloNeutralID=34872 CaloEcalE=1864.96 CaloHcalE=2840.39 CaloEcalChi2=46.8049 CaloBremChi2=140.106 CaloClusChi2=0.0591842 CaloTrajectoryL=-33.292 CaloEoverP=0.971323 EcalPIDe=2.97947 BremPIDe=-0.016685 HcalPIDe=-1.37298 HcalPIDmu=0.411773 EcalPIDmu=-2.19735 TrackChi2PerDof=1.4372 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2992.99 TrackPt=92.8834 CombDLLe=1.02835 CombDLLmu=1.68019 CombDLLpi=0 CombDLLk=2.59633 CombDLLp=2.59633 CombDLLd=2.59633 ProbNNe=0.394661 ProbNNpi=0.337223 ProbNNk=0.136917 ProbNNp=0.184948 ProbNNghost=0.878192 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=11.325 RichDLLmu=-4.01818 RichDLLpi=0 RichDLLk=-0.0881119 RichDLLp=-0.0881119 RichPIDStatus=5025 RichDLLbt=-0.0881119 RichDLLd=-0.0881119 InAccBrem=1 CaloBremChi2=523.323 BremPIDe=-0.553589 TrackChi2PerDof=1.4645 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2783.33 TrackPt=123.325 CombDLLe=1.37697 CombDLLmu=-4.66245 CombDLLpi=0 CombDLLk=-0.0881119 CombDLLp=-0.0881119 CombDLLd=-0.0881119 ProbNNe=0.924111 ProbNNpi=0.344412 ProbNNk=0.0188212 ProbNNp=0.0637168 ProbNNghost=0.721967 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.13774 RichDLLmu=-4.20398 RichDLLpi=0 RichDLLk=-0.246527 RichDLLp=-0.246527 RichPIDStatus=5027 RichDLLbt=-0.246527 RichDLLd=-0.246527 MuonMuLL=0 MuonBkgLL=-0.0205861 MuonNShared=12 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1077.38 MuonMVA1=-999 MuonMVA2=-1.63789 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.796878 CaloElectronMatch=206.037 CaloBremMatch=94.6976 CaloChargedEcal=5872.84 CaloChargedID=38850 CaloNeutralEcal=5872.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.627917 CaloNeutralID=38850 CaloEcalE=2459.14 CaloHcalE=263.884 CaloEcalChi2=206.037 CaloBremChi2=223.168 CaloClusChi2=0.796878 CaloTrajectoryL=113.81 CaloEoverP=1.67696 EcalPIDe=0.497498 BremPIDe=-0.417084 HcalPIDe=-0.19426 HcalPIDmu=-1.03802 EcalPIDmu=-2.20555 TrackChi2PerDof=1.1826 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=3718.05 TrackPt=224.794 CombDLLe=-1.6857 CombDLLmu=-8.0266 CombDLLpi=0 CombDLLk=-0.246527 CombDLLp=-0.246527 CombDLLd=-0.225941 ProbNNe=0.0213382 ProbNNmu=0.00366525 ProbNNpi=0.000265958 ProbNNk=0.0430375 ProbNNp=0.0482459 ProbNNghost=0.764058 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.51464 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=251.191 BremPIDe=-0.0268116 TrackChi2PerDof=1.17416 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=1869.78 TrackPt=130.067 CombDLLe=-1.32662 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.459838 ProbNNpi=0.822525 ProbNNk=0.046314 ProbNNp=0.0830834 ProbNNghost=0.167377 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.79939 RichDLLmu=-0.682485 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=160.786 BremPIDe=-0.00288773 TrackChi2PerDof=2.11022 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2341.5 TrackPt=143.33 CombDLLe=-0.491983 CombDLLmu=-0.949588 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.744382 ProbNNpi=0.044962 ProbNNk=0.0497762 ProbNNp=0.0967924 ProbNNghost=0.988424 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.2683 RichDLLmu=-1.86248 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=56.3299 BremPIDe=0.484836 TrackChi2PerDof=0.661262 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=2254.46 TrackPt=285.991 CombDLLe=-2.50694 CombDLLmu=-2.49321 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000753925 ProbNNpi=0.930254 ProbNNk=0.0495925 ProbNNp=0.0694949 ProbNNghost=0.0228602 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.48584 RichDLLmu=-2.78266 RichDLLpi=0 RichDLLk=-1.90515 RichDLLp=-1.90515 RichPIDStatus=5027 RichDLLbt=-1.90515 RichDLLd=-1.90515 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.64178 CaloElectronMatch=29.7665 CaloBremMatch=29.7665 CaloChargedEcal=2881.21 CaloChargedID=34369 CaloNeutralEcal=2881.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836873 CaloNeutralID=34369 CaloEcalE=934.978 CaloEcalChi2=29.7665 CaloBremChi2=119.937 CaloClusChi2=4.64178 CaloTrajectoryL=324.279 CaloEoverP=1.08255 EcalPIDe=2.97947 BremPIDe=0.134325 EcalPIDmu=-0.290136 TrackChi2PerDof=1.06173 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=2902.14 TrackPt=165.67 CombDLLe=2.15975 CombDLLmu=-3.82794 CombDLLpi=0 CombDLLk=-1.90515 CombDLLp=-1.90515 CombDLLd=-1.90515 ProbNNe=0.123916 ProbNNpi=0.832702 ProbNNk=0.0371156 ProbNNp=0.0644025 ProbNNghost=0.664214 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.52885 RichDLLmu=1.05169 RichDLLpi=0 RichDLLk=3.07139 RichDLLp=5.40844 RichPIDStatus=6117 RichDLLbt=5.40844 RichDLLd=5.40844 MuonMuLL=-0.0084355 MuonBkgLL=-0.772326 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=52.4062 MuonMVA1=-999 MuonMVA2=-0.546048 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=10.0272 CaloElectronMatch=1688.9 CaloBremMatch=1680.11 CaloChargedEcal=8008.5 CaloChargedID=43615 CaloNeutralEcal=8008.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758457 CaloNeutralID=43615 CaloEcalE=1209.81 CaloHcalE=9063.42 CaloEcalChi2=1688.9 CaloBremChi2=176.838 CaloClusChi2=10.0272 CaloTrajectoryL=-2394.06 CaloEoverP=0.69809 EcalPIDe=-1.63587 BremPIDe=0.170661 HcalPIDe=-2.51216 HcalPIDmu=-2.24776 EcalPIDmu=-0.537439 TrackChi2PerDof=1.44218 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=11809.1 TrackPt=873.803 CombDLLe=-5.10987 CombDLLmu=-0.570281 CombDLLpi=0 CombDLLk=3.07139 CombDLLp=5.40844 CombDLLd=6.18077 ProbNNe=6.73539e-05 ProbNNmu=0.00366525 ProbNNpi=0.000993076 ProbNNk=0.213152 ProbNNp=0.0103922 ProbNNghost=0.879757 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.3402 RichDLLmu=-6.89089 RichDLLpi=0 RichDLLk=-4.92503 RichDLLp=-4.92503 RichPIDStatus=5027 RichDLLbt=-4.92503 RichDLLd=-4.92503 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.00506 CaloElectronMatch=454.688 CaloBremMatch=298.322 CaloChargedEcal=7677.49 CaloChargedID=38405 CaloNeutralEcal=7677.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.754708 CaloNeutralID=38405 CaloEcalE=3607.72 CaloHcalE=879.572 CaloEcalChi2=454.688 CaloBremChi2=510.005 CaloClusChi2=2.00506 CaloTrajectoryL=262.328 CaloEoverP=1.09669 EcalPIDe=-0.270192 BremPIDe=-0.607507 HcalPIDe=-0.310073 HcalPIDmu=-0.321238 EcalPIDmu=-3.0255 TrackChi2PerDof=1.17294 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=7177.55 TrackPt=306.546 CombDLLe=-3.28131 CombDLLmu=-9.51054 CombDLLpi=0 CombDLLk=-4.92503 CombDLLp=-4.92503 CombDLLd=-4.92503 ProbNNe=0.000155458 ProbNNpi=0.98676 ProbNNk=0.00614632 ProbNNp=0.00939026 ProbNNghost=0.0240452 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.68456 RichDLLmu=-3.1918 RichDLLpi=0 RichDLLk=-7.63881 RichDLLp=-7.63881 RichPIDStatus=5027 RichDLLbt=-7.63881 RichDLLd=-7.63881 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06823 CaloElectronMatch=134.629 CaloBremMatch=134.629 CaloChargedEcal=6294.39 CaloChargedID=38343 CaloNeutralEcal=6294.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860116 CaloNeutralID=38343 CaloEcalE=3338.18 CaloHcalE=558.73 CaloEcalChi2=134.629 CaloBremChi2=268.304 CaloClusChi2=1.06823 CaloTrajectoryL=219.909 CaloEoverP=1.0894 EcalPIDe=0.989182 BremPIDe=-0.388822 HcalPIDe=-0.176853 HcalPIDmu=-0.836264 EcalPIDmu=-2.76303 TrackChi2PerDof=0.783249 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=6021.76 TrackPt=266.201 CombDLLe=-1.07285 CombDLLmu=-7.54576 CombDLLpi=0 CombDLLk=-7.63881 CombDLLp=-7.63881 CombDLLd=-7.63881 ProbNNe=0.000714542 ProbNNpi=0.963681 ProbNNk=0.025796 ProbNNp=0.0342623 ProbNNghost=0.0341115 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.0326 RichDLLmu=-4.87555 RichDLLpi=0 RichDLLk=-21.3783 RichDLLp=-15.5116 RichPIDStatus=8163 RichDLLbt=-15.2025 RichDLLd=-15.2025 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.624452 CaloElectronMatch=220.506 CaloBremMatch=220.506 CaloChargedEcal=11182.5 CaloChargedID=42003 CaloNeutralEcal=11182.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.617975 CaloNeutralID=42003 CaloEcalE=4874.51 CaloHcalE=697.787 CaloEcalChi2=220.506 CaloBremChi2=213.709 CaloClusChi2=0.624452 CaloTrajectoryL=192.203 CaloEoverP=0.563589 EcalPIDe=1.08131 BremPIDe=0.0154729 HcalPIDe=0.0552051 HcalPIDmu=-0.792482 EcalPIDmu=-3.40305 TrackChi2PerDof=1.14015 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=19870.6 TrackPt=973.74 CombDLLe=-1.51254 CombDLLmu=-9.45213 CombDLLpi=0 CombDLLk=-21.3783 CombDLLp=-15.5116 CombDLLd=-15.2025 ProbNNe=1.88721e-07 ProbNNpi=0.998089 ProbNNk=0.000163187 ProbNNp=0.000170204 ProbNNghost=0.00162153 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.19611 RichDLLmu=-1.16506 RichDLLpi=0 RichDLLk=-58.5739 RichDLLp=-39.0415 RichPIDStatus=8163 RichDLLbt=-34.8969 RichDLLd=-34.8969 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.38801 CaloElectronMatch=2185.5 CaloBremMatch=61.6557 CaloChargedEcal=4792.33 CaloChargedID=38223 CaloNeutralEcal=4792.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914309 CaloNeutralID=38223 CaloEcalE=726.702 CaloHcalE=20821.2 CaloEcalChi2=2185.5 CaloBremChi2=400.712 CaloClusChi2=3.38801 CaloTrajectoryL=-646.971 CaloEoverP=0.185391 EcalPIDe=-1.94582 BremPIDe=-0.54839 HcalPIDe=-2.87457 HcalPIDmu=-3.36956 EcalPIDmu=1.20457 TrackChi2PerDof=0.792698 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=25990.1 TrackPt=1974.76 CombDLLe=-6.95034 CombDLLmu=-3.76718 CombDLLpi=0 CombDLLk=-58.5739 CombDLLp=-39.0415 CombDLLd=-34.8969 ProbNNe=9.32404e-05 ProbNNpi=0.999817 ProbNNk=0.000114429 ProbNNp=3.15557e-05 ProbNNghost=0.000281928 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.0659 RichDLLmu=-2.68522 RichDLLpi=0 RichDLLk=-10.1086 RichDLLp=-2.32942 RichPIDStatus=6115 RichDLLbt=-2.32942 RichDLLd=-2.32942 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.344885 CaloElectronMatch=120.872 CaloBremMatch=120.872 CaloChargedEcal=10040.6 CaloChargedID=43660 CaloNeutralEcal=10040.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.71082 CaloNeutralID=43660 CaloEcalE=4369.1 CaloHcalE=5705.59 CaloEcalChi2=120.872 CaloBremChi2=393.802 CaloClusChi2=0.344885 CaloTrajectoryL=271.036 CaloEoverP=0.669171 EcalPIDe=2.70966 BremPIDe=-0.488693 HcalPIDe=-1.76607 HcalPIDmu=-1.00849 EcalPIDmu=-3.31459 TrackChi2PerDof=1.31922 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=15263.7 TrackPt=527.242 CombDLLe=-2.06365 CombDLLmu=-7.75831 CombDLLpi=0 CombDLLk=-10.1086 CombDLLp=-2.32942 CombDLLd=-2.32942 ProbNNe=3.58468e-06 ProbNNpi=0.994706 ProbNNk=0.000131568 ProbNNp=0.00101444 ProbNNghost=0.0127435 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.8946 RichDLLmu=-12.9309 RichDLLpi=0 RichDLLk=-7.54969 RichDLLp=-7.54969 RichPIDStatus=5091 RichDLLbt=-7.54969 RichDLLd=-7.54969 MuonMuLL=-0.214679 MuonBkgLL=-0.93811 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=53.2682 MuonMVA1=-999 MuonMVA2=-0.460428 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.28096 CaloElectronMatch=23.0917 CaloBremMatch=23.0917 CaloChargedEcal=4888.17 CaloChargedID=39822 CaloNeutralEcal=4888.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790611 CaloNeutralID=39822 CaloEcalE=3111 CaloHcalE=890.683 CaloEcalChi2=23.0917 CaloBremChi2=461.963 CaloClusChi2=1.28096 CaloTrajectoryL=241.16 CaloEoverP=0.84656 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=-0.431041 HcalPIDmu=-0.170094 EcalPIDmu=-2.92445 TrackChi2PerDof=1.36997 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=5837.41 TrackPt=494.062 CombDLLe=-1.3855 CombDLLmu=-9.29217 CombDLLpi=0 CombDLLk=-7.54969 CombDLLp=-7.54969 CombDLLd=-6.61158 ProbNNe=4.03383e-05 ProbNNmu=0.00366525 ProbNNpi=0.0262614 ProbNNk=0.00415874 ProbNNp=0.0300542 ProbNNghost=0.038256 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.49069 RichDLLmu=6.18671 RichDLLpi=0 RichDLLk=16.2086 RichDLLp=16.945 RichPIDStatus=6117 RichDLLbt=16.945 RichDLLd=16.945 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=9.53842 CaloElectronMatch=537.253 CaloBremMatch=537.253 CaloChargedEcal=6489.9 CaloChargedID=42212 CaloNeutralEcal=6489.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.765637 CaloNeutralID=42212 CaloEcalE=637.26 CaloEcalChi2=537.253 CaloBremChi2=327.632 CaloClusChi2=9.53842 CaloTrajectoryL=1454.4 CaloEoverP=0.688006 EcalPIDe=-0.341929 BremPIDe=-0.438762 EcalPIDmu=0.92564 TrackChi2PerDof=0.588938 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=9542.63 TrackPt=687.901 CombDLLe=0.683258 CombDLLmu=6.83851 CombDLLpi=0 CombDLLk=16.2086 CombDLLp=16.945 CombDLLd=16.945 ProbNNe=0.000171182 ProbNNpi=0.00448182 ProbNNk=0.977326 ProbNNp=0.933358 ProbNNghost=0.00273737 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.425084 RichDLLmu=0.327725 RichDLLpi=0 RichDLLk=-8.18654 RichDLLp=-13.3783 RichPIDStatus=139234 RichDLLbt=-5.49058 RichDLLd=-5.51451 MuonMuLL=-0.0119714 MuonBkgLL=-1.31595 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=54.2579 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.39695 CaloElectronMatch=167.11 CaloBremMatch=167.11 CaloChargedEcal=22457.5 CaloChargedID=43611 CaloNeutralEcal=22457.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.707071 CaloNeutralID=43611 CaloEcalE=13257.5 CaloHcalE=8675.51 CaloEcalChi2=167.11 CaloBremChi2=547.228 CaloClusChi2=0.39695 CaloTrajectoryL=382.854 CaloEoverP=0.632443 EcalPIDe=2.17672 BremPIDe=-0.528346 HcalPIDe=-1.72134 HcalPIDmu=-1.19304 EcalPIDmu=-3.96688 TrackChi2PerDof=1.07518 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=35094.6 TrackPt=1109.85 CombDLLe=-0.147348 CombDLLmu=-3.39777 CombDLLpi=0 CombDLLk=-8.18654 CombDLLp=-13.3783 CombDLLd=-4.19856 ProbNNe=0.000422232 ProbNNpi=0.83747 ProbNNk=0.00153462 ProbNNp=0.00221101 ProbNNghost=0.0207058 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.790865 RichDLLmu=2.64226 RichDLLpi=0 RichDLLk=-21.567 RichDLLp=-18.2162 RichPIDStatus=8162 RichDLLbt=-18.3891 RichDLLd=-18.3891 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.87395 CaloElectronMatch=524.59 CaloBremMatch=524.59 CaloChargedEcal=34580.5 CaloChargedID=42151 CaloNeutralEcal=34580.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.779724 CaloNeutralID=42151 CaloEcalE=20207.7 CaloHcalE=7018.9 CaloEcalChi2=524.59 CaloBremChi2=215.162 CaloClusChi2=1.87395 CaloTrajectoryL=529.68 CaloEoverP=1.59123 EcalPIDe=-0.250247 BremPIDe=0.239228 HcalPIDe=-1.71317 HcalPIDmu=-1.55589 EcalPIDmu=-3.36763 TrackChi2PerDof=1.07376 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=21355 TrackPt=970.429 CombDLLe=-1.5858 CombDLLmu=-1.53413 CombDLLpi=0 CombDLLk=-21.567 CombDLLp=-18.2162 CombDLLd=-18.3891 ProbNNe=0.965451 ProbNNpi=0.947569 ProbNNk=9.83963e-05 ProbNNp=0.000650951 ProbNNghost=0.0738281 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.0277 RichDLLmu=-19.9984 RichDLLpi=0 RichDLLk=2.10509 RichDLLp=2.10509 RichPIDStatus=5092 RichDLLbt=2.10509 RichDLLd=2.10509 MuonMuLL=-0.162519 MuonBkgLL=-0.644593 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=53.4931 MuonMVA1=-999 MuonMVA2=-0.822412 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.38218 CaloElectronMatch=133.707 CaloBremMatch=133.707 CaloChargedEcal=5462.11 CaloChargedID=43478 CaloNeutralEcal=5462.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.593707 CaloNeutralID=43478 CaloEcalE=1545.08 CaloHcalE=4618.42 CaloEcalChi2=133.707 CaloBremChi2=146.571 CaloClusChi2=6.38218 CaloTrajectoryL=202.273 CaloEoverP=1.3382 EcalPIDe=0.83137 BremPIDe=-0.016685 HcalPIDe=-1.14823 HcalPIDmu=-0.483017 EcalPIDmu=-1.40154 TrackChi2PerDof=0.75638 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4232.79 TrackPt=632.248 CombDLLe=-4.67651 CombDLLmu=-8.39779 CombDLLpi=0 CombDLLk=2.10509 CombDLLp=2.10509 CombDLLd=2.74968 ProbNNe=1.9405e-06 ProbNNmu=0.00366525 ProbNNpi=0.0112827 ProbNNk=0.00316186 ProbNNp=0.0568365 ProbNNghost=0.0356231 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.1009 RichDLLmu=-7.02856 RichDLLpi=0 RichDLLk=-16.7632 RichDLLp=-14.7389 RichPIDStatus=6115 RichDLLbt=-14.7389 RichDLLd=-14.7389 MuonMuLL=-0.00420883 MuonBkgLL=-0.586368 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=89.5947 MuonMVA1=-999 MuonMVA2=-1.24603 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.28129 CaloElectronMatch=811.12 CaloBremMatch=106.688 CaloChargedEcal=5050.36 CaloChargedID=43692 CaloNeutralEcal=5050.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793617 CaloNeutralID=43692 CaloEcalE=374.484 CaloHcalE=7180.09 CaloEcalChi2=811.12 CaloBremChi2=326.326 CaloClusChi2=6.28129 CaloTrajectoryL=987.531 CaloEoverP=0.503101 EcalPIDe=-0.833336 BremPIDe=-0.510136 HcalPIDe=-2.25981 HcalPIDmu=-1.7522 EcalPIDmu=0.00475264 TrackChi2PerDof=0.850261 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=10604.7 TrackPt=422.392 CombDLLe=-7.84505 CombDLLmu=-7.37135 CombDLLpi=0 CombDLLk=-16.7632 CombDLLp=-14.7389 CombDLLd=-14.1525 ProbNNe=1.04683e-06 ProbNNmu=0.00366525 ProbNNpi=0.462199 ProbNNk=0.00192553 ProbNNp=0.0231147 ProbNNghost=0.00251948 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.0455 RichDLLmu=-6.50414 RichDLLpi=0 RichDLLk=-11.8703 RichDLLp=-9.8651 RichPIDStatus=6115 RichDLLbt=-9.8651 RichDLLd=-9.8651 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.83926 CaloElectronMatch=106.688 CaloBremMatch=106.688 CaloChargedEcal=5050.36 CaloChargedID=43692 CaloNeutralEcal=5050.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793617 CaloNeutralID=43692 CaloEcalE=3539.79 CaloHcalE=3150.02 CaloEcalChi2=106.688 CaloBremChi2=363.775 CaloClusChi2=1.83926 CaloTrajectoryL=319.039 CaloEoverP=0.440169 EcalPIDe=2.29793 BremPIDe=-0.510136 HcalPIDe=-1.40118 HcalPIDmu=0.34288 EcalPIDmu=-2.90481 TrackChi2PerDof=1.13799 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=12120.9 TrackPt=477.349 CombDLLe=-2.27983 CombDLLmu=-8.59548 CombDLLpi=0 CombDLLk=-11.8703 CombDLLp=-9.8651 CombDLLd=-9.8651 ProbNNe=2.52182e-07 ProbNNpi=0.994513 ProbNNk=0.000842454 ProbNNp=0.00401164 ProbNNghost=0.0133135 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.64853 RichDLLmu=-3.88947 RichDLLpi=0 RichDLLk=10.7487 RichDLLp=10.7487 RichPIDStatus=5028 RichDLLbt=10.7487 RichDLLd=10.7487 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.61396 CaloElectronMatch=38.7116 CaloBremMatch=38.7116 CaloChargedEcal=2733.44 CaloChargedID=35778 CaloNeutralEcal=2733.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916621 CaloNeutralID=35778 CaloEcalE=2470.51 CaloEcalChi2=38.7116 CaloBremChi2=43.845 CaloClusChi2=4.61396 CaloTrajectoryL=272.104 CaloEoverP=0.753241 EcalPIDe=2.97947 BremPIDe=1.14622 EcalPIDmu=-2.39477 TrackChi2PerDof=1.45008 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3898.92 TrackPt=620.62 CombDLLe=2.80328 CombDLLmu=-6.95525 CombDLLpi=0 CombDLLk=10.7487 CombDLLp=10.7487 CombDLLd=10.7487 ProbNNe=0.00010454 ProbNNpi=0.0272501 ProbNNk=0.948903 ProbNNp=0.947391 ProbNNghost=0.0975939 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.3922 RichDLLmu=-5.67824 RichDLLpi=0 RichDLLk=-0.312259 RichDLLp=-0.312259 RichPIDStatus=5027 RichDLLbt=-0.312259 RichDLLd=-0.312259 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.286146 CaloElectronMatch=50.0141 CaloBremMatch=50.0141 CaloChargedEcal=6091.86 CaloChargedID=34831 CaloNeutralEcal=6091.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849925 CaloNeutralID=34831 CaloEcalE=3427.15 CaloHcalE=3920.41 CaloEcalChi2=50.0141 CaloBremChi2=413.314 CaloClusChi2=0.286146 CaloTrajectoryL=-199.436 CaloEoverP=2.13244 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=-1.52558 HcalPIDmu=0.265917 EcalPIDmu=-0.955845 TrackChi2PerDof=0.806097 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=2957.5 TrackPt=275.342 CombDLLe=-2.56233 CombDLLmu=-6.38053 CombDLLpi=0 CombDLLk=-0.312259 CombDLLp=-0.312259 CombDLLd=-0.312259 ProbNNe=0.000120621 ProbNNpi=0.971011 ProbNNk=0.0130485 ProbNNp=0.0479094 ProbNNghost=0.03151 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.06316 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=213.788 BremPIDe=-0.093081 TrackChi2PerDof=1.55349 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=1870.25 TrackPt=135.025 CombDLLe=-0.801698 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.824932 ProbNNpi=0.2173 ProbNNk=0.047031 ProbNNp=0.104676 ProbNNghost=0.971502 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.26691 RichDLLmu=0.814128 RichDLLpi=0 RichDLLk=2.12436 RichDLLp=2.12436 RichPIDStatus=5028 RichDLLbt=2.12436 RichDLLd=2.12436 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.241541 CaloElectronMatch=109.18 CaloBremMatch=109.18 CaloChargedEcal=8060.91 CaloChargedID=34812 CaloNeutralEcal=8060.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703558 CaloNeutralID=34812 CaloEcalE=4662.17 CaloEcalChi2=109.18 CaloBremChi2=722.216 CaloClusChi2=0.241541 CaloTrajectoryL=-44.2877 CaloEoverP=2.35822 EcalPIDe=1.51236 BremPIDe=-0.553589 EcalPIDmu=-0.924357 TrackChi2PerDof=1.48855 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=3458.11 TrackPt=168.763 CombDLLe=0.214881 CombDLLmu=0.205455 CombDLLpi=0 CombDLLk=2.12436 CombDLLp=2.12436 CombDLLd=2.12436 ProbNNe=0.552423 ProbNNpi=0.612261 ProbNNk=0.0695651 ProbNNp=0.152555 ProbNNghost=0.616587 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.2006 RichDLLmu=-8.30942 RichDLLpi=0 RichDLLk=-4.35614 RichDLLp=-4.35614 RichPIDStatus=5027 RichDLLbt=-4.35614 RichDLLd=-4.35614 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.20576 CaloElectronMatch=390.634 CaloBremMatch=29.7665 CaloChargedEcal=2881.21 CaloChargedID=34369 CaloNeutralEcal=2881.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836873 CaloNeutralID=34369 CaloEcalE=1150.43 CaloHcalE=7337.47 CaloEcalChi2=390.634 CaloBremChi2=468.213 CaloClusChi2=4.20576 CaloTrajectoryL=2923.7 CaloEoverP=0.70232 EcalPIDe=-0.0620623 BremPIDe=-0.553589 HcalPIDe=-1.04386 HcalPIDmu=0.229671 EcalPIDmu=-0.801309 TrackChi2PerDof=1.14413 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=4473.34 TrackPt=331.605 CombDLLe=-4.34913 CombDLLmu=-7.08493 CombDLLpi=0 CombDLLk=-4.35614 CombDLLp=-4.35614 CombDLLd=-4.35614 ProbNNe=2.39145e-06 ProbNNpi=0.987843 ProbNNk=0.00277027 ProbNNp=0.00661996 ProbNNghost=0.0151564 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.33131 RichDLLmu=-1.08651 RichDLLpi=0 RichDLLk=33.3779 RichDLLp=22.9613 RichPIDStatus=8164 RichDLLbt=30.8906 RichDLLd=30.8906 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.51169 CaloElectronMatch=2777.84 CaloBremMatch=196.918 CaloChargedEcal=5271.92 CaloChargedID=43382 CaloNeutralEcal=5271.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.733292 CaloNeutralID=43382 CaloEcalE=7689.72 CaloHcalE=36467.3 CaloEcalChi2=2777.84 CaloBremChi2=692.03 CaloClusChi2=4.51169 CaloTrajectoryL=1350.97 CaloEoverP=0.172789 EcalPIDe=-2.57876 BremPIDe=-0.554341 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=-3.16364 TrackChi2PerDof=0.751614 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=31540.2 TrackPt=1346.06 CombDLLe=-6.7204 CombDLLmu=-7.70659 CombDLLpi=0 CombDLLk=33.3779 CombDLLp=22.9613 CombDLLd=30.8906 ProbNNe=7.83067e-07 ProbNNpi=0.000728793 ProbNNk=0.999583 ProbNNp=0.00422075 ProbNNghost=0.00120667 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.574497 RichDLLmu=0.579029 RichDLLpi=0 RichDLLk=13.9371 RichDLLp=13.9371 RichPIDStatus=5092 RichDLLbt=13.9371 RichDLLd=13.9371 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0468624 CaloElectronMatch=98.0394 CaloBremMatch=98.0394 CaloChargedEcal=6509.28 CaloChargedID=43407 CaloNeutralEcal=6509.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.754188 CaloNeutralID=43407 CaloEcalE=2700.91 CaloHcalE=8345.61 CaloEcalChi2=98.0394 CaloBremChi2=721.427 CaloClusChi2=0.0468624 CaloTrajectoryL=-74.9689 CaloEoverP=0.759872 EcalPIDe=1.84829 BremPIDe=-0.638976 HcalPIDe=-1.88811 HcalPIDmu=-1.61019 EcalPIDmu=-2.36329 TrackChi2PerDof=1.03253 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=9021.02 TrackPt=331.158 CombDLLe=-0.578263 CombDLLmu=-3.16644 CombDLLpi=0 CombDLLk=13.9371 CombDLLp=13.9371 CombDLLd=13.9371 ProbNNe=0.00225568 ProbNNpi=0.0210938 ProbNNk=0.884813 ProbNNp=0.915138 ProbNNghost=0.123625 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.27717 RichDLLmu=-1.39169 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=122.172 BremPIDe=0.0225258 TrackChi2PerDof=1.15321 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=2359.03 TrackPt=134.4 CombDLLe=-0.200903 CombDLLmu=-1.89956 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.868529 ProbNNpi=0.574616 ProbNNk=0.0455588 ProbNNp=0.0898914 ProbNNghost=0.66658 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.124096 RichDLLmu=-1.49253 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=121.328 BremPIDe=0.0225258 TrackChi2PerDof=1.5948 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=2358.76 TrackPt=134.407 CombDLLe=0.000809072 CombDLLmu=-2.02961 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.932418 ProbNNpi=0.452062 ProbNNk=0.0445461 ProbNNp=0.0964188 ProbNNghost=0.834832 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.46462 RichDLLmu=-1.33948 RichDLLpi=0 RichDLLk=6.79738 RichDLLp=6.79738 RichPIDStatus=5028 RichDLLbt=6.79738 RichDLLd=6.79738 MuonMuLL=-0.0566762 MuonBkgLL=-0.338021 MuonNShared=17 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=155.072 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.65049 CaloElectronMatch=175.007 CaloBremMatch=175.007 CaloChargedEcal=1374.58 CaloChargedID=37945 CaloNeutralEcal=1374.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894817 CaloNeutralID=37945 CaloEcalE=1089.91 CaloHcalE=0 CaloEcalChi2=175.007 CaloBremChi2=593.138 CaloClusChi2=5.65049 CaloTrajectoryL=258.318 CaloEoverP=0.31846 EcalPIDe=0.83137 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-0.485394 TrackChi2PerDof=1.32441 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4880.64 TrackPt=412.555 CombDLLe=0.506923 CombDLLmu=-4.49937 CombDLLpi=0 CombDLLk=6.79738 CombDLLp=6.79738 CombDLLd=7.1354 ProbNNe=0.000953118 ProbNNpi=0.184609 ProbNNk=0.518043 ProbNNp=0.778417 ProbNNghost=0.711735 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.377 RichDLLmu=-22.1554 RichDLLpi=0 RichDLLk=-9.14843 RichDLLp=-9.14843 RichPIDStatus=5027 RichDLLbt=-9.14843 RichDLLd=-9.14843 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.13316 CaloElectronMatch=782.597 CaloBremMatch=29.7665 CaloChargedEcal=2881.21 CaloChargedID=34369 CaloNeutralEcal=2881.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836873 CaloNeutralID=34369 CaloEcalE=1639.94 CaloHcalE=4559.41 CaloEcalChi2=782.597 CaloBremChi2=446.695 CaloClusChi2=6.13316 CaloTrajectoryL=1867.45 CaloEoverP=0.476109 EcalPIDe=-0.856733 BremPIDe=-0.607507 HcalPIDe=-2.06679 HcalPIDmu=-1.13278 EcalPIDmu=-1.42717 TrackChi2PerDof=0.906654 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6598.72 TrackPt=924.414 CombDLLe=-8.21594 CombDLLmu=-9.55797 CombDLLpi=0 CombDLLk=-9.14843 CombDLLp=-9.14843 CombDLLd=-9.14843 ProbNNe=1.18156e-07 ProbNNpi=0.995985 ProbNNk=7.29469e-05 ProbNNp=0.000932703 ProbNNghost=0.00784122 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.75309 RichDLLmu=1.62954 RichDLLpi=0 RichDLLk=8.42574 RichDLLp=20.5263 RichPIDStatus=8165 RichDLLbt=20.0029 RichDLLd=20.0029 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.481804 CaloElectronMatch=214.906 CaloBremMatch=214.906 CaloChargedEcal=25486.2 CaloChargedID=43609 CaloNeutralEcal=25486.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740491 CaloNeutralID=43609 CaloEcalE=6726.16 CaloHcalE=1586.99 CaloEcalChi2=214.906 CaloBremChi2=565.657 CaloClusChi2=0.481804 CaloTrajectoryL=-36.8079 CaloEoverP=1.06029 EcalPIDe=1.29617 BremPIDe=-0.581258 HcalPIDe=-0.3478 HcalPIDmu=2.10669 EcalPIDmu=-3.32597 TrackChi2PerDof=1.40304 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=23847.2 TrackPt=833.699 CombDLLe=0.848143 CombDLLmu=0.984586 CombDLLpi=0 CombDLLk=8.42574 CombDLLp=20.5263 CombDLLd=20.0029 ProbNNe=0.00055463 ProbNNpi=0.0225757 ProbNNk=0.190298 ProbNNp=0.982795 ProbNNghost=0.038955 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.79311 RichDLLmu=-2.4186 RichDLLpi=0 RichDLLk=1.93235 RichDLLp=1.93235 RichPIDStatus=5028 RichDLLbt=1.93235 RichDLLd=1.93235 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.99412 CaloElectronMatch=194.509 CaloBremMatch=50.0141 CaloChargedEcal=6091.86 CaloChargedID=34831 CaloNeutralEcal=6091.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849925 CaloNeutralID=34831 CaloEcalE=3684.93 CaloHcalE=3313.54 CaloEcalChi2=194.509 CaloBremChi2=310.191 CaloClusChi2=1.99412 CaloTrajectoryL=635.364 CaloEoverP=0.904274 EcalPIDe=0.605631 BremPIDe=-0.554165 HcalPIDe=-1.59374 HcalPIDmu=-0.0676465 EcalPIDmu=-2.84215 TrackChi2PerDof=1.13813 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6974.33 TrackPt=289.76 CombDLLe=-2.54904 CombDLLmu=-6.05432 CombDLLpi=0 CombDLLk=1.93235 CombDLLp=1.93235 CombDLLd=1.93235 ProbNNe=0.0322916 ProbNNpi=0.7341 ProbNNk=0.0588569 ProbNNp=0.152236 ProbNNghost=0.356906 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.38543 RichDLLmu=-6.29178 RichDLLpi=0 RichDLLk=2.14582 RichDLLp=2.65041 RichPIDStatus=6117 RichDLLbt=2.65041 RichDLLd=2.65041 MuonMuLL=-0.0143018 MuonBkgLL=-0.97873 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=8.64815 MuonMVA1=-999 MuonMVA2=-2.46444 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.0246 CaloElectronMatch=122.665 CaloBremMatch=122.665 CaloChargedEcal=3783.21 CaloChargedID=43438 CaloNeutralEcal=3783.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.601647 CaloNeutralID=43438 CaloEcalE=1764.73 CaloHcalE=8178.35 CaloEcalChi2=122.665 CaloBremChi2=345.308 CaloClusChi2=2.0246 CaloTrajectoryL=460.663 CaloEoverP=0.406071 EcalPIDe=2.29793 BremPIDe=-0.438762 HcalPIDe=-2.51216 HcalPIDmu=-2.0837 EcalPIDmu=-1.55777 TrackChi2PerDof=1.5129 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=10058.6 TrackPt=356.936 CombDLLe=-1.58979 CombDLLmu=-8.63132 CombDLLpi=0 CombDLLk=2.14582 CombDLLp=2.65041 CombDLLd=3.62914 ProbNNe=0.0873436 ProbNNmu=0.00366525 ProbNNpi=0.0152099 ProbNNk=0.180102 ProbNNp=0.0429193 ProbNNghost=0.44985 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.3279 RichDLLmu=-19.36 RichDLLpi=0 RichDLLk=-5.83928 RichDLLp=-5.83928 RichPIDStatus=5027 RichDLLbt=-5.83928 RichDLLd=-5.83928 InAccBrem=1 CaloBremChi2=43.5377 BremPIDe=1.14622 TrackChi2PerDof=1.03174 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=3520.49 TrackPt=468.095 CombDLLe=-1.99538 CombDLLmu=-6.99394 CombDLLpi=0 CombDLLk=-5.83928 CombDLLp=-5.83928 CombDLLd=-5.83928 ProbNNe=0.00225905 ProbNNpi=0.983031 ProbNNk=0.00219365 ProbNNp=0.00328121 ProbNNghost=0.0133071 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.26067 RichDLLmu=-2.08292 RichDLLpi=0 RichDLLk=-5.54219 RichDLLp=6.72924 RichPIDStatus=6117 RichDLLbt=6.72924 RichDLLd=6.72924 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.50917 CaloElectronMatch=1156.07 CaloBremMatch=158.525 CaloChargedEcal=1666.53 CaloChargedID=35674 CaloNeutralEcal=1666.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.685301 CaloNeutralID=35674 CaloEcalE=1039.95 CaloHcalE=12882.3 CaloEcalChi2=1156.07 CaloBremChi2=117.4 CaloClusChi2=1.50917 CaloTrajectoryL=-570.605 CaloEoverP=0.123105 EcalPIDe=-1.174 BremPIDe=0.283439 HcalPIDe=-1.89687 HcalPIDmu=-2.46691 EcalPIDmu=-0.0800276 TrackChi2PerDof=0.749746 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=14436.9 TrackPt=2041.99 CombDLLe=-4.21284 CombDLLmu=-5.30528 CombDLLpi=0 CombDLLk=-5.54219 CombDLLp=6.72924 CombDLLd=6.72924 ProbNNe=5.70537e-06 ProbNNpi=0.978372 ProbNNk=0.000126766 ProbNNp=0.0016219 ProbNNghost=0.0464255 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.447878 RichDLLmu=-0.36022 RichDLLpi=0 RichDLLk=-20.888 RichDLLp=-18.8988 RichPIDStatus=139235 RichDLLbt=-9.13053 RichDLLd=-10.3963 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=15.8248 CaloElectronMatch=4301.06 CaloBremMatch=196.918 CaloChargedEcal=5271.92 CaloChargedID=43382 CaloNeutralEcal=5271.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.733292 CaloNeutralID=43382 CaloEcalE=0 CaloHcalE=41552.9 CaloEcalChi2=4301.06 CaloBremChi2=650.789 CaloClusChi2=15.8248 CaloTrajectoryL=1261.12 CaloEoverP=0.130721 EcalPIDe=-3.18249 BremPIDe=-0.55781 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 EcalPIDmu=1.12391 TrackChi2PerDof=1.09905 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=41690.4 TrackPt=2087.22 CombDLLe=-6.77831 CombDLLmu=-2.69894 CombDLLpi=0 CombDLLk=-20.888 CombDLLp=-18.8988 CombDLLd=-10.3963 ProbNNe=8.33463e-06 ProbNNpi=0.997242 ProbNNk=0.000106778 ProbNNp=0.000102674 ProbNNghost=0.000985735 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.37435 RichDLLmu=0.94566 RichDLLpi=0 RichDLLk=3.5215 RichDLLp=3.5215 RichPIDStatus=5028 RichDLLbt=3.5215 RichDLLd=3.5215 MuonMuLL=-0.00914168 MuonBkgLL=-0.270148 MuonNShared=10 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=204.757 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=21.3399 CaloElectronMatch=542.496 CaloBremMatch=24.9857 CaloChargedEcal=1210.27 CaloChargedID=35063 CaloNeutralEcal=1210.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786821 CaloNeutralID=35063 CaloEcalE=0 CaloHcalE=3262.37 CaloEcalChi2=542.496 CaloBremChi2=254.889 CaloClusChi2=21.3399 CaloTrajectoryL=2694.76 CaloEoverP=0.280303 EcalPIDe=-0.341929 BremPIDe=-0.388822 HcalPIDe=-1.65981 HcalPIDmu=-0.299431 EcalPIDmu=0.501778 TrackChi2PerDof=0.888668 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=5308.06 TrackPt=374.812 CombDLLe=-3.83503 CombDLLmu=1.77171 CombDLLpi=0 CombDLLk=3.5215 CombDLLp=3.5215 CombDLLd=3.79164 ProbNNe=4.8688e-07 ProbNNpi=0.647839 ProbNNk=0.220494 ProbNNp=0.347452 ProbNNghost=0.0762988 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-67.7415 RichDLLmu=-40.1202 RichDLLpi=0 RichDLLk=-40.9357 RichDLLp=-40.9357 RichPIDStatus=5027 RichDLLbt=-40.9357 RichDLLd=-40.9357 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.254678 CaloElectronMatch=24.6321 CaloBremMatch=24.6321 CaloChargedEcal=5773.78 CaloChargedID=33452 CaloNeutralEcal=5773.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927827 CaloNeutralID=33452 CaloEcalE=4412.02 CaloHcalE=2224.56 CaloEcalChi2=24.6321 CaloBremChi2=46.2962 CaloClusChi2=0.254678 CaloTrajectoryL=-0.830784 CaloEoverP=0.888884 EcalPIDe=3.6423 BremPIDe=1.42298 HcalPIDe=-1.05374 HcalPIDmu=1.41992 EcalPIDmu=-3.28129 TrackChi2PerDof=0.569034 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=6666.93 TrackPt=1359.67 CombDLLe=-2.53063 CombDLLmu=-8.86137 CombDLLpi=0 CombDLLk=-40.9357 CombDLLp=-40.9357 CombDLLd=-40.9357 ProbNNe=6.00114e-08 ProbNNpi=0.998065 ProbNNk=4.5327e-05 ProbNNp=1.18791e-05 ProbNNghost=0.00119562 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.51455 RichDLLmu=-5.45913 RichDLLpi=0 RichDLLk=-2.02746 RichDLLp=-2.02746 RichPIDStatus=5059 RichDLLbt=-2.02746 RichDLLd=-2.02746 MuonMuLL=-0.0173496 MuonBkgLL=-1.06477 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=167.243 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=10.2489 CaloElectronMatch=743.42 CaloChargedEcal=6812.24 CaloChargedID=42898 CaloEcalE=232.38 CaloHcalE=22470.1 CaloEcalChi2=743.42 CaloClusChi2=10.2489 CaloTrajectoryL=440.515 CaloEoverP=0.581558 EcalPIDe=-0.620164 HcalPIDe=-1.89687 HcalPIDmu=-0.386157 EcalPIDmu=-0.514622 TrackChi2PerDof=1.12646 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=12123.9 TrackPt=309.603 CombDLLe=-4.15137 CombDLLmu=-5.43617 CombDLLpi=0 CombDLLk=-2.02746 CombDLLp=-2.02746 CombDLLd=-0.962692 ProbNNe=6.1537e-05 ProbNNpi=0.951699 ProbNNk=0.00791566 ProbNNp=0.00416729 ProbNNghost=0.239882 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0651646 RichDLLmu=-1.5981 RichDLLpi=0 RichDLLk=11.9508 RichDLLp=11.8175 RichPIDStatus=6116 RichDLLbt=11.8175 RichDLLd=11.8175 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.764859 CaloElectronMatch=835.277 CaloBremMatch=153.294 CaloChargedEcal=1133.72 CaloChargedID=39306 CaloNeutralEcal=1133.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.687931 CaloNeutralID=39306 CaloEcalE=6042.91 CaloHcalE=1357.2 CaloEcalChi2=835.277 CaloBremChi2=37.7244 CaloClusChi2=0.764859 CaloTrajectoryL=-1025.81 CaloEoverP=0.124745 EcalPIDe=-0.856733 BremPIDe=1.81895 HcalPIDe=-0.704175 HcalPIDmu=1.3974 EcalPIDmu=-2.81284 TrackChi2PerDof=2.76512 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=9781.94 TrackPt=436.34 CombDLLe=0.269445 CombDLLmu=-3.57958 CombDLLpi=0 CombDLLk=11.9508 CombDLLp=11.8175 CombDLLd=11.8175 ProbNNe=0.167152 ProbNNpi=0.0126225 ProbNNk=0.576391 ProbNNp=0.338204 ProbNNghost=0.958325 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.09036 RichDLLmu=-0.262403 RichDLLpi=0 RichDLLk=9.65473 RichDLLp=-9.1799 RichPIDStatus=139236 RichDLLbt=-4.9497 RichDLLd=-7.25577 InAccBrem=1 CaloBremChi2=383.984 BremPIDe=0.0716176 TrackChi2PerDof=0.590225 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=62567.2 TrackPt=1928.93 CombDLLe=-0.119148 CombDLLmu=-0.367027 CombDLLpi=0 CombDLLk=9.65473 CombDLLp=-9.1799 CombDLLd=-7.25577 ProbNNe=0.0923902 ProbNNpi=0.221678 ProbNNk=0.995982 ProbNNp=0.0018059 ProbNNghost=0.00324 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-41.4226 RichDLLmu=-32.653 RichDLLpi=0 RichDLLk=-19.5603 RichDLLp=-19.5603 RichPIDStatus=5027 RichDLLbt=-19.5603 RichDLLd=-19.5603 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.74827 CaloElectronMatch=37.0798 CaloBremMatch=37.0798 CaloChargedEcal=4182.98 CaloChargedID=33735 CaloNeutralEcal=4182.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91782 CaloNeutralID=33735 CaloEcalE=3510.58 CaloHcalE=2890.06 CaloEcalChi2=37.0798 CaloBremChi2=383.871 CaloClusChi2=2.74827 CaloTrajectoryL=230.356 CaloEoverP=0.895547 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=-1.37298 HcalPIDmu=-0.00949717 EcalPIDmu=-2.23049 TrackChi2PerDof=1.21716 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4791.53 TrackPt=783.072 CombDLLe=-4.28783 CombDLLmu=-9.23996 CombDLLpi=0 CombDLLk=-19.5603 CombDLLp=-19.5603 CombDLLd=-19.5603 ProbNNe=1.4604e-07 ProbNNpi=0.996325 ProbNNk=8.67415e-05 ProbNNp=0.00371234 ProbNNghost=0.0153597 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.78631 RichDLLmu=-1.16247 RichDLLpi=0 RichDLLk=4.09366 RichDLLp=4.09366 RichPIDStatus=5028 RichDLLbt=4.09366 RichDLLd=4.09366 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.3104 CaloElectronMatch=302.409 CaloBremMatch=302.409 CaloChargedEcal=532.914 CaloChargedID=35530 CaloNeutralEcal=532.914 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94844 CaloNeutralID=35530 CaloEcalE=413.488 CaloHcalE=10507.1 CaloEcalChi2=302.409 CaloBremChi2=101.148 CaloClusChi2=1.3104 CaloTrajectoryL=264.047 CaloEoverP=0.155618 EcalPIDe=0.265875 BremPIDe=0.178319 HcalPIDe=-0.613322 HcalPIDmu=0.364143 EcalPIDmu=1.26223 TrackChi2PerDof=1.53219 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4560.96 TrackPt=546.458 CombDLLe=-1.17473 CombDLLmu=0.02762 CombDLLpi=0 CombDLLk=4.09366 CombDLLp=4.09366 CombDLLd=4.09366 ProbNNe=0.000404142 ProbNNpi=0.6234 ProbNNk=0.186241 ProbNNp=0.481215 ProbNNghost=0.280509 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.7197 RichDLLmu=-5.56169 RichDLLpi=0 RichDLLk=4.15096 RichDLLp=4.15096 RichPIDStatus=5092 RichDLLbt=4.15096 RichDLLd=4.15096 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.147655 CaloElectronMatch=25.1623 CaloBremMatch=25.1623 CaloChargedEcal=5510.73 CaloChargedID=37837 CaloNeutralEcal=5510.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.832873 CaloNeutralID=37837 CaloEcalE=4197.99 CaloHcalE=744.022 CaloEcalChi2=25.1623 CaloBremChi2=391.965 CaloClusChi2=0.147655 CaloTrajectoryL=17.9723 CaloEoverP=0.818702 EcalPIDe=3.6423 BremPIDe=-0.492427 HcalPIDe=-0.319373 HcalPIDmu=-1.088 EcalPIDmu=-2.66358 TrackChi2PerDof=1.54808 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=6766.82 TrackPt=571.951 CombDLLe=0.212942 CombDLLmu=-9.38579 CombDLLpi=0 CombDLLk=4.15096 CombDLLp=4.15096 CombDLLd=4.15096 ProbNNe=0.000692815 ProbNNpi=0.89283 ProbNNk=0.0317092 ProbNNp=0.0866118 ProbNNghost=0.069003 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.74633 RichDLLmu=-2.00853 RichDLLpi=0 RichDLLk=7.83142 RichDLLp=27.2071 RichPIDStatus=8165 RichDLLbt=26.0936 RichDLLd=26.0936 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.45613 CaloElectronMatch=2121.32 CaloBremMatch=167.758 CaloChargedEcal=1828.34 CaloChargedID=33820 CaloNeutralEcal=1828.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93328 CaloNeutralID=33820 CaloEcalE=1429.04 CaloHcalE=18696.8 CaloEcalChi2=2121.32 CaloBremChi2=386.466 CaloClusChi2=1.45613 CaloTrajectoryL=-56.8402 CaloEoverP=0.0982451 EcalPIDe=-2.11225 BremPIDe=-0.532522 HcalPIDe=-2.5812 HcalPIDmu=-2.79402 EcalPIDmu=-0.797472 TrackChi2PerDof=1.16753 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=19083.2 TrackPt=3161.95 CombDLLe=-6.05271 CombDLLmu=-6.26134 CombDLLpi=0 CombDLLk=7.83142 CombDLLp=27.2071 CombDLLd=26.0936 ProbNNe=7.04306e-07 ProbNNpi=0.0238689 ProbNNk=0.0100427 ProbNNp=0.989141 ProbNNghost=0.00462914 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.0565 RichDLLmu=5.51485 RichDLLpi=0 RichDLLk=-42.7171 RichDLLp=-30.5589 RichPIDStatus=8162 RichDLLbt=-30.5056 RichDLLd=-30.5056 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06754 CaloElectronMatch=977.383 CaloBremMatch=977.383 CaloChargedEcal=4166.57 CaloChargedID=39832 CaloNeutralEcal=4166.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805518 CaloNeutralID=39832 CaloEcalE=1864.88 CaloHcalE=26026.5 CaloEcalChi2=977.383 CaloBremChi2=102.009 CaloClusChi2=1.06754 CaloTrajectoryL=476.053 CaloEoverP=0.243191 EcalPIDe=-0.786028 BremPIDe=0.688896 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=-1.54694 TrackChi2PerDof=0.918439 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=17619.7 TrackPt=1765.14 CombDLLe=-3.3858 CombDLLmu=2.37159 CombDLLpi=0 CombDLLk=-42.7171 CombDLLp=-30.5589 CombDLLd=-30.5056 ProbNNe=0.000435491 ProbNNpi=0.999118 ProbNNk=0.00015835 ProbNNp=0.000262582 ProbNNghost=0.000511501 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.993677 RichDLLmu=-0.158064 RichDLLpi=0 RichDLLk=11.7318 RichDLLp=-6.0096 RichPIDStatus=139236 RichDLLbt=2.86548 RichDLLd=9.43085 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0764457 CaloElectronMatch=2895.79 CaloBremMatch=2154.36 CaloChargedEcal=13762.6 CaloChargedID=43218 CaloNeutralEcal=13762.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797496 CaloNeutralID=43218 CaloEcalE=5001.64 CaloHcalE=44738.8 CaloEcalChi2=2895.79 CaloBremChi2=344.764 CaloClusChi2=0.0764457 CaloTrajectoryL=71.6509 CaloEoverP=0.235596 EcalPIDe=-1.99385 BremPIDe=-0.556991 HcalPIDe=-2.68434 HcalPIDmu=-2.91461 EcalPIDmu=-1.79456 TrackChi2PerDof=1.22208 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=60369.3 TrackPt=2023.35 CombDLLe=-5.40904 CombDLLmu=-4.93038 CombDLLpi=0 CombDLLk=11.7318 CombDLLp=-6.0096 CombDLLd=9.43085 ProbNNe=3.0995e-05 ProbNNpi=0.084269 ProbNNk=0.990934 ProbNNp=0.000225779 ProbNNghost=0.00679183 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.3941 RichDLLmu=-8.10324 RichDLLpi=0 RichDLLk=0.60549 RichDLLp=0.60549 RichPIDStatus=5028 RichDLLbt=0.60549 RichDLLd=0.60549 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.65843 CaloElectronMatch=56.5101 CaloBremMatch=56.5101 CaloChargedEcal=3036.37 CaloChargedID=37710 CaloNeutralEcal=3036.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758343 CaloNeutralID=37710 CaloEcalE=1704.27 CaloHcalE=0 CaloEcalChi2=56.5101 CaloBremChi2=473.637 CaloClusChi2=2.65843 CaloTrajectoryL=262.676 CaloEoverP=0.689478 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.87667 TrackChi2PerDof=1.33098 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4673.22 TrackPt=577.883 CombDLLe=-0.643854 CombDLLmu=-10.8134 CombDLLpi=0 CombDLLk=0.60549 CombDLLp=0.60549 CombDLLd=0.60549 ProbNNe=9.60704e-07 ProbNNpi=0.941422 ProbNNk=0.0404763 ProbNNp=0.0729027 ProbNNghost=0.0206709 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-44.1396 RichDLLmu=-22.3416 RichDLLpi=0 RichDLLk=-25.0464 RichDLLp=-25.0464 RichPIDStatus=5027 RichDLLbt=-25.0464 RichDLLd=-25.0464 MuonMuLL=-0.137425 MuonBkgLL=-0.539955 MuonNShared=9 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=238.376 MuonMVA1=-999 MuonMVA2=-0.728444 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.03889 CaloElectronMatch=60.4248 CaloBremMatch=60.4248 CaloChargedEcal=5200.83 CaloChargedID=42271 CaloNeutralEcal=5200.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.751185 CaloNeutralID=42271 CaloEcalE=1493.45 CaloHcalE=5932.75 CaloEcalChi2=60.4248 CaloBremChi2=346.72 CaloClusChi2=1.03889 CaloTrajectoryL=388.358 CaloEoverP=0.953078 EcalPIDe=3.6423 BremPIDe=-0.398756 HcalPIDe=-2.12496 HcalPIDmu=-0.934443 EcalPIDmu=-1.28564 TrackChi2PerDof=0.63176 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=5972.37 TrackPt=795.034 CombDLLe=-4.49366 CombDLLmu=-8.81572 CombDLLpi=0 CombDLLk=-25.0464 CombDLLp=-25.0464 CombDLLd=-24.5065 ProbNNe=1.50604e-07 ProbNNmu=0.00366525 ProbNNpi=0.112104 ProbNNk=0.00267425 ProbNNp=0.00678852 ProbNNghost=0.01725 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.46797 RichDLLmu=2.95684 RichDLLpi=0 RichDLLk=24.2439 RichDLLp=24.2439 RichPIDStatus=5092 RichDLLbt=24.2439 RichDLLd=24.2439 MuonMuLL=-0.904115 MuonBkgLL=-1.09274 MuonNShared=9 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=12.1524 MuonMVA1=-999 MuonMVA2=-0.755036 MuonMVA3=-999 MuonMVA4=-999 InAccBrem=1 CaloBremChi2=22.6031 BremPIDe=2.58913 TrackChi2PerDof=1.08274 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=8353.3 TrackPt=848.862 CombDLLe=2.33235 CombDLLmu=3.90478 CombDLLpi=0 CombDLLk=24.2439 CombDLLp=24.2439 CombDLLd=25.3367 ProbNNe=0.357218 ProbNNmu=0.00106764 ProbNNpi=0.00171845 ProbNNk=0.978692 ProbNNp=0.500392 ProbNNghost=0.152748 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.788 RichDLLmu=-0.706539 RichDLLpi=0 RichDLLk=13.8966 RichDLLp=-16.2333 RichPIDStatus=139236 RichDLLbt=-4.56789 RichDLLd=-5.17962 InAccBrem=1 CaloBremChi2=354.472 BremPIDe=-0.556991 TrackChi2PerDof=0.832653 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=56277.6 TrackPt=1799.37 CombDLLe=-0.869683 CombDLLmu=-0.982623 CombDLLpi=0 CombDLLk=13.8966 CombDLLp=-16.2333 CombDLLd=-5.17962 ProbNNe=0.117622 ProbNNpi=0.289041 ProbNNk=0.998856 ProbNNp=0.000371491 ProbNNghost=0.00718004 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-35.8292 RichDLLmu=-17.2378 RichDLLpi=0 RichDLLk=-11.4761 RichDLLp=-11.4761 RichPIDStatus=5091 RichDLLbt=-11.4761 RichDLLd=-11.4761 MuonMuLL=-0.0717108 MuonBkgLL=-0.421179 MuonNShared=31 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=127.4 MuonMVA1=-999 MuonMVA2=-0.890018 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.07324 CaloElectronMatch=18.4056 CaloBremMatch=18.4056 CaloChargedEcal=4364.51 CaloChargedID=38058 CaloNeutralEcal=4364.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812643 CaloNeutralID=38058 CaloEcalE=3149.48 CaloHcalE=3881.34 CaloEcalChi2=18.4056 CaloBremChi2=433.604 CaloClusChi2=1.07324 CaloTrajectoryL=0.16098 CaloEoverP=0.817448 EcalPIDe=3.6423 BremPIDe=-0.492427 HcalPIDe=-1.79057 HcalPIDmu=-0.453517 EcalPIDmu=-2.92445 TrackChi2PerDof=1.35901 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=5413.68 TrackPt=613.193 CombDLLe=-3.64019 CombDLLmu=-10.0143 CombDLLpi=0 CombDLLk=-11.4761 CombDLLp=-11.4761 CombDLLd=-11.055 ProbNNe=9.58994e-07 ProbNNmu=0.00366525 ProbNNpi=0.581926 ProbNNk=0.00119239 ProbNNp=0.00731132 ProbNNghost=0.223486 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=9.21674 RichDLLmu=-3.522 RichDLLpi=0 RichDLLk=13.3293 RichDLLp=13.3293 RichPIDStatus=5028 RichDLLbt=13.3293 RichDLLd=13.3293 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.93258 CaloElectronMatch=246.508 CaloBremMatch=246.508 CaloChargedEcal=5524.65 CaloChargedID=35505 CaloNeutralEcal=5524.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958326 CaloNeutralID=35505 CaloEcalE=1330.04 CaloHcalE=2161.28 CaloEcalChi2=246.508 CaloBremChi2=141.846 CaloClusChi2=5.93258 CaloTrajectoryL=321.208 CaloEoverP=1.01719 EcalPIDe=0.605631 BremPIDe=0.00434017 HcalPIDe=-1.05374 HcalPIDmu=1.28545 EcalPIDmu=-0.918699 TrackChi2PerDof=0.840925 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=5557.56 TrackPt=532.754 CombDLLe=1.14121 CombDLLmu=-3.88332 CombDLLpi=0 CombDLLk=13.3293 CombDLLp=13.3293 CombDLLd=13.3293 ProbNNe=0.0257061 ProbNNpi=0.00252233 ProbNNk=0.808707 ProbNNp=0.872774 ProbNNghost=0.136914 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.8277 RichDLLmu=-13.4551 RichDLLpi=0 RichDLLk=1.82069 RichDLLp=1.82069 RichPIDStatus=5092 RichDLLbt=1.82069 RichDLLd=1.82069 MuonMuLL=-0.00772982 MuonBkgLL=-0.713323 MuonNShared=8 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=257.765 MuonMVA1=-999 MuonMVA2=-0.48213 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.08161 CaloElectronMatch=196.918 CaloChargedEcal=5271.92 CaloChargedID=43382 CaloEcalE=2354.81 CaloHcalE=25508.8 CaloEcalChi2=196.918 CaloClusChi2=3.08161 CaloTrajectoryL=375.688 CaloEoverP=0.692353 EcalPIDe=0.605631 HcalPIDe=-1.17839 HcalPIDmu=0.232508 EcalPIDmu=-2.02467 TrackChi2PerDof=1.76577 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=7871.4 TrackPt=238.528 CombDLLe=-3.35536 CombDLLmu=-8.02249 CombDLLpi=0 CombDLLk=1.82069 CombDLLp=1.82069 CombDLLd=2.53401 ProbNNe=0.004454 ProbNNmu=0.00366525 ProbNNpi=0.0180285 ProbNNk=0.121762 ProbNNp=0.00725549 ProbNNghost=0.622026 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.8698 RichDLLmu=-4.31536 RichDLLpi=0 RichDLLk=3.66314 RichDLLp=3.66314 RichPIDStatus=5060 RichDLLbt=3.66314 RichDLLd=3.66314 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.7928 CaloElectronMatch=60.5434 CaloBremMatch=60.5434 CaloChargedEcal=5310.04 CaloChargedID=39216 CaloNeutralEcal=5310.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811982 CaloNeutralID=39216 CaloEcalE=3272.42 CaloHcalE=8767.77 CaloEcalChi2=60.5434 CaloBremChi2=63.4593 CaloClusChi2=3.7928 CaloTrajectoryL=424.323 CaloEoverP=0.581546 EcalPIDe=3.6423 BremPIDe=1.30348 HcalPIDe=-1.88811 HcalPIDmu=-1.32795 EcalPIDmu=-2.87944 TrackChi2PerDof=1.05558 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=9125.43 TrackPt=213.641 CombDLLe=1.20094 CombDLLmu=-9.09225 CombDLLpi=0 CombDLLk=3.66314 CombDLLp=3.66314 CombDLLd=3.66314 ProbNNe=4.62686e-06 ProbNNpi=0.956251 ProbNNk=0.00847457 ProbNNp=0.0163611 ProbNNghost=0.0885847 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.95581 RichDLLmu=-5.14831 RichDLLpi=0 RichDLLk=1.15428 RichDLLp=1.15428 RichPIDStatus=5028 RichDLLbt=1.15428 RichDLLd=1.15428 MuonMuLL=-0.0454158 MuonBkgLL=-0.279683 MuonNShared=8 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=142.968 MuonMVA1=-999 MuonMVA2=-1.11843 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.93388 CaloElectronMatch=306.187 CaloBremMatch=153.294 CaloChargedEcal=1133.72 CaloChargedID=39306 CaloNeutralEcal=1133.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.687931 CaloNeutralID=39306 CaloEcalE=1713.56 CaloHcalE=1361.32 CaloEcalChi2=306.187 CaloBremChi2=56.3299 CaloClusChi2=1.93388 CaloTrajectoryL=188.956 CaloEoverP=0.215043 EcalPIDe=0.27519 BremPIDe=1.27798 HcalPIDe=-0.704175 HcalPIDmu=1.43933 EcalPIDmu=-1.58637 TrackChi2PerDof=1.80734 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=5674.47 TrackPt=181.565 CombDLLe=-0.0138582 CombDLLmu=-5.32917 CombDLLpi=0 CombDLLk=1.15428 CombDLLp=1.15428 CombDLLd=1.43396 ProbNNe=0.0298668 ProbNNmu=0.00366525 ProbNNpi=0.000609721 ProbNNk=0.0577669 ProbNNp=0.0323647 ProbNNghost=0.922209 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.6079 RichDLLmu=-3.81865 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.39126 CaloElectronMatch=11.8554 CaloBremMatch=11.8554 CaloChargedEcal=1302 CaloChargedID=39554 CaloNeutralEcal=1302 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.79875 CaloNeutralID=39554 CaloEcalE=2187.61 CaloHcalE=1805.08 CaloEcalChi2=11.8554 CaloBremChi2=199.217 CaloClusChi2=0.39126 CaloTrajectoryL=44.0275 CaloEoverP=0.753107 EcalPIDe=2.97947 BremPIDe=-0.0593438 HcalPIDe=-1.43831 HcalPIDmu=1.82204 EcalPIDmu=-1.06544 TrackChi2PerDof=0.908273 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=2102.56 TrackPt=479.552 CombDLLe=-3.22531 CombDLLmu=-3.74629 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.09094e-06 ProbNNpi=0.866703 ProbNNk=0.0825025 ProbNNp=0.167431 ProbNNghost=0.00554897 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.42815 RichDLLmu=1.36133 RichDLLpi=0 RichDLLk=21.5256 RichDLLp=21.5256 RichPIDStatus=5092 RichDLLbt=21.5256 RichDLLd=21.5256 MuonMuLL=0 MuonBkgLL=-0.0982734 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=34.0369 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.174542 CaloElectronMatch=167.758 CaloBremMatch=167.758 CaloChargedEcal=1828.34 CaloChargedID=33820 CaloNeutralEcal=1828.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93328 CaloNeutralID=33820 CaloEcalE=533.896 CaloHcalE=8082.64 CaloEcalChi2=167.758 CaloBremChi2=788.779 CaloClusChi2=0.174542 CaloTrajectoryL=853.762 CaloEoverP=0.34666 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-2.22765 HcalPIDmu=-0.644682 EcalPIDmu=1.20942 TrackChi2PerDof=1.22938 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=5408.28 TrackPt=942.143 CombDLLe=-1.24751 CombDLLmu=2.52314 CombDLLpi=0 CombDLLk=21.5256 CombDLLp=21.5256 CombDLLd=21.6239 ProbNNe=7.71019e-05 ProbNNpi=0.000948589 ProbNNk=0.92925 ProbNNp=0.963859 ProbNNghost=0.0165574 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.1419 RichDLLmu=-29.6824 RichDLLpi=0 RichDLLk=-14.2528 RichDLLp=-14.2528 RichPIDStatus=5027 RichDLLbt=-14.2528 RichDLLd=-14.2528 MuonMuLL=-0.0485602 MuonBkgLL=-0.249781 MuonNShared=12 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=12.9922 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.55215 CaloElectronMatch=144.47 CaloBremMatch=144.47 CaloChargedEcal=10725.5 CaloChargedID=43728 CaloNeutralEcal=10725.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.821882 CaloNeutralID=43728 CaloEcalE=3092.29 CaloHcalE=11625.1 CaloEcalChi2=144.47 CaloBremChi2=229.805 CaloClusChi2=1.55215 CaloTrajectoryL=105.609 CaloEoverP=2.61245 EcalPIDe=0.83137 BremPIDe=-0.417084 HcalPIDe=-0.621703 HcalPIDmu=0.84222 EcalPIDmu=-2.69301 TrackChi2PerDof=0.800009 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=4165.88 TrackPt=553.712 CombDLLe=-4.66824 CombDLLmu=-8.64947 CombDLLpi=0 CombDLLk=-14.2528 CombDLLp=-14.2528 CombDLLd=-14.003 ProbNNe=2.35945e-06 ProbNNpi=0.996905 ProbNNk=0.000217906 ProbNNp=0.000299161 ProbNNghost=0.00709025 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.4055 RichDLLmu=-1.90246 RichDLLpi=0 RichDLLk=-37.8088 RichDLLp=-26.0385 RichPIDStatus=8163 RichDLLbt=-25.9489 RichDLLd=-25.9489 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.175496 CaloElectronMatch=2625.29 CaloBremMatch=209.092 CaloChargedEcal=1803.05 CaloChargedID=39900 CaloNeutralEcal=1803.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.723334 CaloNeutralID=39900 CaloEcalE=687.514 CaloHcalE=11090.8 CaloEcalChi2=2625.29 CaloBremChi2=120.548 CaloClusChi2=0.175496 CaloTrajectoryL=-2037.74 CaloEoverP=0.0854649 EcalPIDe=-2.42822 BremPIDe=0.889467 HcalPIDe=-2.87281 HcalPIDmu=-2.28976 EcalPIDmu=1.20415 TrackChi2PerDof=1.19671 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=21033 TrackPt=2124 CombDLLe=-6.19252 CombDLLmu=-3.62756 CombDLLpi=0 CombDLLk=-37.8088 CombDLLp=-26.0385 CombDLLd=-25.9489 ProbNNe=2.13836e-05 ProbNNpi=0.996033 ProbNNk=0.000566305 ProbNNp=7.18904e-05 ProbNNghost=0.00373409 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.0452 RichDLLmu=-3.65436 RichDLLpi=0 RichDLLk=-58.0407 RichDLLp=-44.0433 RichPIDStatus=8163 RichDLLbt=-41.7138 RichDLLd=-41.7138 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.235278 CaloElectronMatch=248.8 CaloBremMatch=248.8 CaloChargedEcal=16036.6 CaloChargedID=39853 CaloNeutralEcal=16036.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90131 CaloNeutralID=39853 CaloEcalE=8810.96 CaloHcalE=1310.88 CaloEcalChi2=248.8 CaloBremChi2=329.558 CaloClusChi2=0.235278 CaloTrajectoryL=217.461 CaloEoverP=0.675342 EcalPIDe=1.29617 BremPIDe=-0.205402 HcalPIDe=-0.23636 HcalPIDmu=1.42079 EcalPIDmu=-3.60546 TrackChi2PerDof=0.780551 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=23991.6 TrackPt=1884.74 CombDLLe=-1.50724 CombDLLmu=-6.54987 CombDLLpi=0 CombDLLk=-58.0407 CombDLLp=-44.0433 CombDLLd=-41.7138 ProbNNe=0.000400296 ProbNNpi=0.996021 ProbNNk=0.00014184 ProbNNp=0.000414433 ProbNNghost=0.00829128 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0233383 RichDLLmu=0.29789 RichDLLpi=0 RichDLLk=-5.03507 RichDLLp=1.19731 RichPIDStatus=8134 RichDLLbt=4.68909 RichDLLd=4.68909 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.329666 CaloElectronMatch=529.017 CaloChargedEcal=21883.9 CaloChargedID=43498 CaloEcalE=11311.2 CaloHcalE=12093.5 CaloEcalChi2=529.017 CaloClusChi2=0.329666 CaloTrajectoryL=337.768 CaloEoverP=0.571043 EcalPIDe=0.0988526 HcalPIDe=-2.95963 HcalPIDmu=-1.36592 EcalPIDmu=-4.03438 TrackChi2PerDof=2.47824 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=39276 TrackPt=1002.83 CombDLLe=-2.8567 CombDLLmu=-4.98374 CombDLLpi=0 CombDLLk=-5.03507 CombDLLp=1.19731 CombDLLd=4.68909 ProbNNe=0.00282178 ProbNNpi=0.580362 ProbNNk=0.0106302 ProbNNp=0.0661649 ProbNNghost=0.851029 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0594226 CaloElectronMatch=47.0428 CaloChargedEcal=2665.91 CaloChargedID=34872 CaloEcalE=1864.96 CaloHcalE=2840.39 CaloEcalChi2=47.0428 CaloClusChi2=0.0594226 CaloTrajectoryL=-33.2731 CaloEoverP=0.948569 EcalPIDe=2.97947 HcalPIDe=-1.37298 HcalPIDmu=0.411773 EcalPIDmu=-2.19735 TrackChi2PerDof=2.01239 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=3064.78 TrackPt=91.0641 CombDLLe=1.60649 CombDLLmu=-1.78558 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.34482 ProbNNpi=0.164008 ProbNNk=0.054465 ProbNNp=0.0553491 ProbNNghost=0.959557 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.16057 RichDLLmu=-3.10643 RichDLLpi=0 RichDLLk=-3.0302 RichDLLp=-3.0302 RichPIDStatus=5027 RichDLLbt=-3.0302 RichDLLd=-3.0302 MuonMuLL=-0.00180162 MuonBkgLL=-0.0538714 MuonNShared=11 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1396.23 MuonMVA1=-999 MuonMVA2=-1.63789 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.997872 CaloElectronMatch=94.6976 CaloBremMatch=94.6976 CaloChargedEcal=5872.84 CaloChargedID=38850 CaloNeutralEcal=5872.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.627917 CaloNeutralID=38850 CaloEcalE=2459.14 CaloHcalE=263.884 CaloEcalChi2=94.6976 CaloBremChi2=39.5127 CaloClusChi2=0.997872 CaloTrajectoryL=242.91 CaloEoverP=1.40663 EcalPIDe=1.51236 BremPIDe=1.38763 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-2.39477 TrackChi2PerDof=0.705281 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=4432.62 TrackPt=142.1 CombDLLe=1.29712 CombDLLmu=-7.59735 CombDLLpi=0 CombDLLk=-3.0302 CombDLLp=-3.0302 CombDLLd=-2.97633 ProbNNe=0.349609 ProbNNmu=0.00366525 ProbNNpi=0.000155476 ProbNNk=0.0262774 ProbNNp=0.101504 ProbNNghost=0.477239 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.08365 RichDLLmu=0.272372 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.44858 CaloElectronMatch=71.198 CaloBremMatch=71.198 CaloChargedEcal=2190.7 CaloChargedID=34553 CaloNeutralEcal=2190.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.734989 CaloNeutralID=34553 CaloEcalE=239.482 CaloHcalE=237.884 CaloEcalChi2=71.198 CaloBremChi2=333.639 CaloClusChi2=2.44858 CaloTrajectoryL=61.2497 CaloEoverP=1.14085 EcalPIDe=1.51236 BremPIDe=-0.197551 HcalPIDe=-0.11382 HcalPIDmu=-1.79245 EcalPIDmu=-0.0845902 TrackChi2PerDof=0.938084 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=2165.23 TrackPt=268.532 CombDLLe=-0.361878 CombDLLmu=-1.4961 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00690388 ProbNNpi=0.648944 ProbNNk=0.0720047 ProbNNp=0.101262 ProbNNghost=0.517792 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.2332 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=8.74691 BremPIDe=2.26754 TrackChi2PerDof=1.3561 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=1444.24 TrackPt=248.431 CombDLLe=-1.2666 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000595882 ProbNNpi=0.823742 ProbNNk=0.0527289 ProbNNp=0.163591 ProbNNghost=0.321936 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.831 RichDLLmu=-16.7179 RichDLLpi=0 RichDLLk=-8.16023 RichDLLp=-8.16023 RichPIDStatus=5027 RichDLLbt=-8.16023 RichDLLd=-8.16023 InAccBrem=1 CaloBremChi2=17.7915 BremPIDe=2.37284 TrackChi2PerDof=1.02787 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=3587.32 TrackPt=609.77 CombDLLe=-1.23865 CombDLLmu=-6.98257 CombDLLpi=0 CombDLLk=-8.16023 CombDLLp=-8.16023 CombDLLd=-8.16023 ProbNNe=0.000448952 ProbNNpi=0.988135 ProbNNk=0.00193351 ProbNNp=0.00449707 ProbNNghost=0.0176274 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.1174 RichDLLmu=-18.8203 RichDLLpi=0 RichDLLk=-18.0634 RichDLLp=-18.0634 RichPIDStatus=5027 RichDLLbt=-18.0634 RichDLLd=-18.0634 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.817132 CaloElectronMatch=162.936 CaloBremMatch=162.936 CaloChargedEcal=2186.72 CaloChargedID=35457 CaloNeutralEcal=2186.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.770051 CaloNeutralID=35457 CaloEcalE=810.192 CaloEcalChi2=162.936 CaloBremChi2=149.861 CaloClusChi2=0.817132 CaloTrajectoryL=45.8229 CaloEoverP=0.383474 EcalPIDe=0.989182 BremPIDe=-0.177929 EcalPIDmu=0.392523 TrackChi2PerDof=0.720815 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=6236.4 TrackPt=1170.53 CombDLLe=-4.03695 CombDLLmu=-6.59995 CombDLLpi=0 CombDLLk=-18.0634 CombDLLp=-18.0634 CombDLLd=-18.0634 ProbNNe=3.09839e-07 ProbNNpi=0.996853 ProbNNk=0.000211005 ProbNNp=0.00217505 ProbNNghost=0.00580103 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.83196 RichDLLmu=-6.03733 RichDLLpi=0 RichDLLk=20.5077 RichDLLp=20.5077 RichPIDStatus=5028 RichDLLbt=20.5077 RichDLLd=20.5077 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.864724 CaloElectronMatch=1051.95 CaloBremMatch=1051.95 CaloChargedEcal=744.915 CaloChargedID=35654 CaloNeutralEcal=744.915 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85356 CaloNeutralID=35654 CaloEcalE=452.672 CaloHcalE=10797.8 CaloEcalChi2=1051.95 CaloBremChi2=93.1574 CaloClusChi2=0.864724 CaloTrajectoryL=196.454 CaloEoverP=0.104197 EcalPIDe=-1.10291 BremPIDe=0.755474 HcalPIDe=-1.62556 HcalPIDmu=-1.23621 EcalPIDmu=1.94136 TrackChi2PerDof=0.913255 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=8417.91 TrackPt=1615.83 CombDLLe=-3.32634 CombDLLmu=-5.14628 CombDLLpi=0 CombDLLk=20.5077 CombDLLp=20.5077 CombDLLd=20.5077 ProbNNe=1.64842e-06 ProbNNpi=0.000515366 ProbNNk=0.939875 ProbNNp=0.930698 ProbNNghost=0.00186904 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.4965 RichDLLmu=-2.67767 RichDLLpi=0 RichDLLk=25.305 RichDLLp=25.305 RichPIDStatus=5028 RichDLLbt=25.305 RichDLLd=25.305 MuonMuLL=-0.143639 MuonBkgLL=-0.703532 MuonNShared=2 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=27.0815 MuonMVA1=-999 MuonMVA2=-0.79556 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.97073 CaloElectronMatch=609.649 CaloBremMatch=609.649 CaloChargedEcal=7686.32 CaloChargedID=35493 CaloNeutralEcal=7686.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.787687 CaloNeutralID=35493 CaloEcalE=4089.57 CaloHcalE=5052.15 CaloEcalChi2=609.649 CaloBremChi2=564.831 CaloClusChi2=1.97073 CaloTrajectoryL=418.936 CaloEoverP=1.57979 EcalPIDe=-0.433674 BremPIDe=-0.553589 HcalPIDe=-1.14615 HcalPIDmu=-0.264616 EcalPIDmu=-1.71726 TrackChi2PerDof=0.76218 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=4915.03 TrackPt=1098.72 CombDLLe=-4.09168 CombDLLmu=-4.84918 CombDLLpi=0 CombDLLk=25.305 CombDLLp=25.305 CombDLLd=26.0085 ProbNNe=0.000883159 ProbNNmu=0.00366525 ProbNNpi=2.09383e-07 ProbNNk=0.965824 ProbNNp=0.880096 ProbNNghost=0.00223764 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.725443 CaloElectronMatch=143.731 CaloChargedEcal=3609.34 CaloChargedID=39048 CaloEcalE=2624.8 CaloHcalE=2322.57 CaloEcalChi2=143.731 CaloClusChi2=0.725443 CaloTrajectoryL=24.3877 CaloEoverP=0.689807 EcalPIDe=0.989182 HcalPIDe=-1.09432 HcalPIDmu=0.825083 EcalPIDmu=-2.56474 TrackChi2PerDof=1.9076 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=5705.34 TrackPt=112.686 CombDLLe=-0.105138 CombDLLmu=-1.73966 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0894588 ProbNNpi=0.417189 ProbNNk=0.0500014 ProbNNp=0.104412 ProbNNghost=0.691164 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.43623 RichDLLmu=0.824649 RichDLLpi=0 RichDLLk=4.9924 RichDLLp=4.9924 RichPIDStatus=5060 RichDLLbt=4.9924 RichDLLd=4.9924 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.47248 CaloElectronMatch=289.122 CaloChargedEcal=7822.3 CaloChargedID=38794 CaloEcalE=2728.39 CaloHcalE=797.13 CaloEcalChi2=289.122 CaloClusChi2=1.47248 CaloTrajectoryL=595.262 CaloEoverP=0.840125 EcalPIDe=0.27519 HcalPIDe=-0.310073 HcalPIDmu=-0.524007 EcalPIDmu=-2.29891 TrackChi2PerDof=1.05709 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=9388.05 TrackPt=205.203 CombDLLe=-0.286116 CombDLLmu=-1.67877 CombDLLpi=0 CombDLLk=4.9924 CombDLLp=4.9924 CombDLLd=4.9924 ProbNNe=0.00684639 ProbNNpi=0.620641 ProbNNk=0.116095 ProbNNp=0.188875 ProbNNghost=0.400021 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.22802 RichDLLmu=0.598489 RichDLLpi=0 RichDLLk=-6.70934 RichDLLp=-4.71826 RichPIDStatus=6082 RichDLLbt=-4.71826 RichDLLd=-4.71826 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.53458 CaloElectronMatch=185.891 CaloChargedEcal=7446.65 CaloChargedID=42604 CaloEcalE=5032.96 CaloHcalE=22092.3 CaloEcalChi2=185.891 CaloClusChi2=2.53458 CaloTrajectoryL=411.372 CaloEoverP=0.417909 EcalPIDe=1.69569 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=-2.8567 TrackChi2PerDof=1.18528 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=18049.3 TrackPt=387.124 CombDLLe=-1.44919 CombDLLmu=-3.7152 CombDLLpi=0 CombDLLk=-6.70934 CombDLLp=-4.71826 CombDLLd=-4.71826 ProbNNe=1.78452e-06 ProbNNpi=0.985649 ProbNNk=0.00123884 ProbNNp=0.00160053 ProbNNghost=0.0412311 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.18591 RichDLLmu=1.17418 RichDLLpi=0 RichDLLk=6.86354 RichDLLp=6.86354 RichPIDStatus=5060 RichDLLbt=6.86354 RichDLLd=6.86354 MuonMuLL=-0.443479 MuonBkgLL=-1.51463 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=236.481 MuonMVA1=-999 MuonMVA2=-1.13621 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.94397 CaloElectronMatch=816.397 CaloChargedEcal=1919.89 CaloChargedID=38836 CaloEcalE=4420.04 CaloHcalE=14534.5 CaloEcalChi2=816.397 CaloClusChi2=4.94397 CaloTrajectoryL=3190.8 CaloEoverP=0.239096 EcalPIDe=-0.856733 HcalPIDe=-1.17839 HcalPIDmu=-0.539217 EcalPIDmu=-2.85818 TrackChi2PerDof=2.17687 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=8276.96 TrackPt=209.147 CombDLLe=-1.30525 CombDLLmu=-0.711954 CombDLLpi=0 CombDLLk=6.86354 CombDLLp=6.86354 CombDLLd=8.37817 ProbNNe=0.993934 ProbNNmu=0.00366525 ProbNNpi=0.0121399 ProbNNk=0.0660117 ProbNNp=0.247078 ProbNNghost=0.907315 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.84155 RichDLLmu=1.70162 RichDLLpi=0 RichDLLk=6.76608 RichDLLp=6.76608 RichPIDStatus=5060 RichDLLbt=6.76608 RichDLLd=6.76608 MuonMuLL=-0.443479 MuonBkgLL=-1.5162 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=236.468 MuonMVA1=-999 MuonMVA2=-1.15435 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.92671 CaloElectronMatch=816.385 CaloChargedEcal=1919.89 CaloChargedID=38836 CaloEcalE=4420.04 CaloHcalE=14534.5 CaloEcalChi2=816.385 CaloClusChi2=4.92671 CaloTrajectoryL=3189.05 CaloEoverP=0.2392 EcalPIDe=-0.856733 HcalPIDe=-1.17839 HcalPIDmu=-0.539217 EcalPIDmu=-2.85818 TrackChi2PerDof=2.55044 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=8273.37 TrackPt=185.816 CombDLLe=-1.19196 CombDLLmu=-0.0302991 CombDLLpi=0 CombDLLk=6.76608 CombDLLp=6.76608 CombDLLd=8.28228 ProbNNe=0.994262 ProbNNmu=0.00366525 ProbNNpi=0.0280475 ProbNNk=0.0354613 ProbNNp=0.186477 ProbNNghost=0.91159 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.0061 RichDLLmu=-11.0319 RichDLLpi=0 RichDLLk=-3.15372 RichDLLp=-3.15372 RichPIDStatus=5059 RichDLLbt=-3.15372 RichDLLd=-3.15372 MuonMuLL=-0.00330547 MuonBkgLL=-0.521238 MuonNShared=23 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=261.066 MuonMVA1=-999 MuonMVA2=-0.538518 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.51608 CaloElectronMatch=254.402 CaloChargedEcal=5310.04 CaloChargedID=39216 CaloEcalE=5622.01 CaloHcalE=6928.86 CaloEcalChi2=254.402 CaloClusChi2=2.51608 CaloTrajectoryL=417.421 CaloEoverP=0.637495 EcalPIDe=0.27519 HcalPIDe=-1.99692 HcalPIDmu=-1.54291 EcalPIDmu=-2.80197 TrackChi2PerDof=2.25689 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=8324.54 TrackPt=150.225 CombDLLe=-3.92084 CombDLLmu=-10.6593 CombDLLpi=0 CombDLLk=-3.15372 CombDLLp=-3.15372 CombDLLd=-2.63249 ProbNNe=0.217796 ProbNNmu=0.00366525 ProbNNpi=0.239451 ProbNNk=0.00206798 ProbNNp=0.0287703 ProbNNghost=0.887314 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.46 RichDLLmu=-10.6537 RichDLLpi=0 RichDLLk=-4.30307 RichDLLp=-4.30307 RichPIDStatus=5091 RichDLLbt=-4.30307 RichDLLd=-4.30307 MuonMuLL=-0.0167393 MuonBkgLL=-0.985228 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=7.07327 MuonMVA1=-999 MuonMVA2=0.0404104 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=12.0132 CaloElectronMatch=714.836 CaloBremMatch=672.62 CaloChargedEcal=2720.68 CaloChargedID=38386 CaloNeutralEcal=2720.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.764863 CaloNeutralID=38386 CaloEcalE=0 CaloHcalE=5907.27 CaloEcalChi2=714.836 CaloBremChi2=372.681 CaloClusChi2=12.0132 CaloTrajectoryL=505.493 CaloEoverP=0.322292 EcalPIDe=-0.739943 BremPIDe=-0.467096 HcalPIDe=-2.12496 HcalPIDmu=-1.79054 EcalPIDmu=0.361777 TrackChi2PerDof=1.56779 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=8950.12 TrackPt=273.168 CombDLLe=-6.76434 CombDLLmu=-7.26561 CombDLLpi=0 CombDLLk=-4.30307 CombDLLp=-4.30307 CombDLLd=-3.31784 ProbNNe=1.08892e-07 ProbNNmu=0.00366525 ProbNNpi=0.0111931 ProbNNk=0.00346865 ProbNNp=0.0805803 ProbNNghost=0.325595 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.6421 RichDLLmu=-1.67548 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.2737 CaloElectronMatch=11.3981 CaloBremMatch=11.3981 CaloChargedEcal=2231.61 CaloChargedID=34298 CaloNeutralEcal=2231.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961064 CaloNeutralID=34298 CaloEcalE=1509.53 CaloHcalE=0 CaloEcalChi2=11.3981 CaloBremChi2=302.757 CaloClusChi2=2.2737 CaloTrajectoryL=185.742 CaloEoverP=1.03159 EcalPIDe=2.97947 BremPIDe=-0.15976 HcalPIDe=0.485336 HcalPIDmu=-1.79245 EcalPIDmu=-1.8062 TrackChi2PerDof=1.29986 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=2419.48 TrackPt=306.41 CombDLLe=1.16352 CombDLLmu=-5.86029 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0180372 ProbNNpi=0.792747 ProbNNk=0.0590346 ProbNNp=0.18213 ProbNNghost=0.249399 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.3656 RichDLLmu=-6.15357 RichDLLpi=0 RichDLLk=15.5683 RichDLLp=15.5683 RichPIDStatus=5028 RichDLLbt=15.5683 RichDLLd=15.5683 InAccBrem=1 CaloBremChi2=5.86433 BremPIDe=3.18724 TrackChi2PerDof=1.03105 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=4106.16 TrackPt=662.93 CombDLLe=0.931591 CombDLLmu=-5.8995 CombDLLpi=0 CombDLLk=15.5683 CombDLLp=15.5683 CombDLLd=15.5683 ProbNNe=3.59744e-05 ProbNNpi=0.0122065 ProbNNk=0.960068 ProbNNp=0.969698 ProbNNghost=0.00222568 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-14.3615 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=8.88268 CaloElectronMatch=24.9857 CaloBremMatch=24.9857 CaloChargedEcal=1210.27 CaloChargedID=35063 CaloNeutralEcal=1210.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786821 CaloNeutralID=35063 CaloEcalE=-4.572 CaloEcalChi2=24.9857 CaloBremChi2=563.832 CaloClusChi2=8.88268 CaloTrajectoryL=-708.682 CaloEoverP=0.892547 EcalPIDe=2.97947 BremPIDe=-0.53289 EcalPIDmu=0 TrackChi2PerDof=1.54447 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=1666.99 TrackPt=377.027 CombDLLe=0.0360217 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000444336 ProbNNpi=0.826046 ProbNNk=0.0656481 ProbNNp=0.199999 ProbNNghost=0.168653 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.2469 RichDLLmu=-9.28232 RichDLLpi=0 RichDLLk=-8.40982 RichDLLp=-8.40982 RichPIDStatus=5059 RichDLLbt=-8.40982 RichDLLd=-8.40982 MuonMuLL=-0.00200198 MuonBkgLL=-0.379272 MuonNShared=17 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=238.497 MuonMVA1=-999 MuonMVA2=-1.72819 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.415232 CaloElectronMatch=355.479 CaloChargedEcal=1919.89 CaloChargedID=38836 CaloEcalE=1228.72 CaloHcalE=12470.4 CaloEcalChi2=355.479 CaloClusChi2=0.415232 CaloTrajectoryL=-66.3492 CaloEoverP=0.210233 EcalPIDe=0.0750074 HcalPIDe=-1.17839 HcalPIDmu=-1.47612 EcalPIDmu=-0.593929 TrackChi2PerDof=0.939133 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=9413.33 TrackPt=204.121 CombDLLe=-4.09209 CombDLLmu=-8.35924 CombDLLpi=0 CombDLLk=-8.40982 CombDLLp=-8.40982 CombDLLd=-8.03055 ProbNNe=0.00367269 ProbNNmu=0.00366525 ProbNNpi=0.841274 ProbNNk=0.000836449 ProbNNp=0.017987 ProbNNghost=0.638751 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0309748 MuonBkgLL=-0.57304 MuonNShared=12 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=135.628 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.730209 CaloElectronMatch=164.327 CaloChargedEcal=9758.09 CaloChargedID=34929 CaloEcalE=4754.83 CaloHcalE=1725.01 CaloEcalChi2=164.327 CaloClusChi2=0.730209 CaloTrajectoryL=147.914 CaloEoverP=2.3008 EcalPIDe=0.83137 HcalPIDe=-1.43831 HcalPIDmu=1.91257 EcalPIDmu=-1.25852 TrackChi2PerDof=1.78253 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=4335.25 TrackPt=78.5367 CombDLLe=-0.606939 CombDLLmu=1.19612 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.57304 ProbNNe=0.906169 ProbNNpi=0.0838798 ProbNNk=0.0453614 ProbNNp=0.0463051 ProbNNghost=0.977699 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-66.0062 RichDLLmu=-48.9714 RichDLLpi=0 RichDLLk=-29.7978 RichDLLp=-29.7978 RichPIDStatus=5027 RichDLLbt=-29.7978 RichDLLd=-29.7978 InAccBrem=1 CaloBremChi2=11.7649 BremPIDe=2.71167 TrackChi2PerDof=0.733166 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=3880.65 TrackPt=794.29 CombDLLe=-3.79048 CombDLLmu=-7 CombDLLpi=0 CombDLLk=-29.7978 CombDLLp=-29.7978 CombDLLd=-29.7978 ProbNNe=0.000138939 ProbNNpi=0.997646 ProbNNk=0.000223125 ProbNNp=0.000201728 ProbNNghost=0.00101239 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.7751 RichDLLmu=-8.15965 RichDLLpi=0 RichDLLk=0.438995 RichDLLp=0.438995 RichPIDStatus=5028 RichDLLbt=0.438995 RichDLLd=0.438995 InAccBrem=1 CaloBremChi2=251.08 BremPIDe=-0.33853 TrackChi2PerDof=1.43055 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=2967.44 TrackPt=593.908 CombDLLe=-2.17985 CombDLLmu=-6.48435 CombDLLpi=0 CombDLLk=0.438995 CombDLLp=0.438995 CombDLLd=0.438995 ProbNNe=0.0618292 ProbNNpi=0.760409 ProbNNk=0.0454165 ProbNNp=0.135517 ProbNNghost=0.41781 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0261386 MuonBkgLL=-1.14885 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=12.8368 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.73628 CaloElectronMatch=127.716 CaloBremMatch=127.716 CaloChargedEcal=4779.08 CaloChargedID=39224 CaloNeutralEcal=4779.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.78703 CaloNeutralID=39224 CaloEcalE=3298 CaloHcalE=2985.43 CaloEcalChi2=127.716 CaloBremChi2=167.702 CaloClusChi2=1.73628 CaloTrajectoryL=298.175 CaloEoverP=0.778807 EcalPIDe=0.989182 BremPIDe=-0.188393 HcalPIDe=-1.34188 HcalPIDmu=0.204031 EcalPIDmu=-2.76303 TrackChi2PerDof=1.35509 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=6309.37 TrackPt=146.524 CombDLLe=-0.541089 CombDLLmu=-1.43628 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=1.14885 ProbNNe=0.124068 ProbNNpi=0.523259 ProbNNk=0.0533349 ProbNNp=0.118252 ProbNNghost=0.432224 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.977132 RichDLLmu=0.943958 RichDLLpi=0 RichDLLk=-18.2782 RichDLLp=-12.0174 RichPIDStatus=6081 RichDLLbt=-12.0174 RichDLLd=-12.0174 MuonMuLL=-0.142024 MuonBkgLL=-1.92825 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=18.6049 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=8.2994 CaloElectronMatch=2432.99 CaloChargedEcal=5079.82 CaloChargedID=43245 CaloEcalE=2223.56 CaloHcalE=63198.7 CaloEcalChi2=2432.99 CaloClusChi2=8.2994 CaloTrajectoryL=2004.15 CaloEoverP=0.19671 EcalPIDe=-2.16751 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-1.45693 TrackChi2PerDof=1.19949 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=27678.6 TrackPt=298.766 CombDLLe=-4.87112 CombDLLmu=-1.35616 CombDLLpi=0 CombDLLk=-18.2782 CombDLLp=-12.0174 CombDLLd=-10.0892 ProbNNe=0.000243437 ProbNNpi=0.971567 ProbNNk=5.87079e-05 ProbNNp=0.000352001 ProbNNghost=0.0875458 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.00440972 MuonBkgLL=-0.0701295 MuonNShared=10 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1859.39 MuonMVA1=-999 MuonMVA2=-0.962445 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.653931 CaloElectronMatch=180.293 CaloChargedEcal=12676.9 CaloChargedID=38596 CaloEcalE=7331.39 CaloHcalE=7046.92 CaloEcalChi2=180.293 CaloClusChi2=0.653931 CaloTrajectoryL=168.346 CaloEoverP=2.23108 EcalPIDe=0.989182 HcalPIDe=-1.99692 HcalPIDmu=-0.467458 EcalPIDmu=-0.363249 TrackChi2PerDof=0.479008 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=5807.38 TrackPt=119.011 CombDLLe=-1.00774 CombDLLmu=-0.764988 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.0701295 ProbNNe=0.988422 ProbNNmu=0.00366525 ProbNNpi=0.00103412 ProbNNk=0.0310951 ProbNNp=0.0380686 ProbNNghost=0.885835 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.79518 RichDLLmu=-0.16152 RichDLLpi=0 RichDLLk=-11.7101 RichDLLp=-5.69408 RichPIDStatus=8131 RichDLLbt=-5.6883 RichDLLd=-5.6883 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0946723 CaloElectronMatch=195.23 CaloChargedEcal=16215.3 CaloChargedID=42710 CaloEcalE=4751.33 CaloHcalE=20898.4 CaloEcalChi2=195.23 CaloClusChi2=0.0946723 CaloTrajectoryL=5.48966 CaloEoverP=0.537811 EcalPIDe=1.53473 HcalPIDe=-2.87457 HcalPIDmu=-3.19944 EcalPIDmu=-2.61188 TrackChi2PerDof=0.581696 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=30550.1 TrackPt=474.553 CombDLLe=-1.65379 CombDLLmu=-6.03737 CombDLLpi=0 CombDLLk=-11.7101 CombDLLp=-5.69408 CombDLLd=-5.6883 ProbNNe=7.26563e-07 ProbNNpi=0.997608 ProbNNk=0.000104632 ProbNNp=0.0013893 ProbNNghost=0.00328945 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.53828 RichDLLmu=0.498436 RichDLLpi=0 RichDLLk=-2.15188 RichDLLp=1.69097 RichPIDStatus=6085 RichDLLbt=1.69097 RichDLLd=1.69097 MuonMuLL=-0.155719 MuonBkgLL=-3.31407 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.75073 MuonMVA1=-999 MuonMVA2=0.429189 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.446489 CaloElectronMatch=1013.59 CaloChargedEcal=5079.82 CaloChargedID=43245 CaloEcalE=1416.6 CaloHcalE=33987.8 CaloEcalChi2=1013.59 CaloClusChi2=0.446489 CaloTrajectoryL=-102.059 CaloEoverP=0.196917 EcalPIDe=-1.09558 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-0.43313 TrackChi2PerDof=1.25934 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=27649.5 TrackPt=535.451 CombDLLe=-3.87596 CombDLLmu=0.429215 CombDLLpi=0 CombDLLk=-2.15188 CombDLLp=1.69097 CombDLLd=5.00504 ProbNNe=0.000169661 ProbNNmu=0.00366525 ProbNNpi=0.014605 ProbNNk=0.0186216 ProbNNp=0.120455 ProbNNghost=0.121631 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.7395 RichDLLmu=-4.1832 RichDLLpi=0 RichDLLk=-8.13163 RichDLLp=-8.13163 RichPIDStatus=5059 RichDLLbt=-8.13163 RichDLLd=-8.13163 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=5.5084 CaloElectronMatch=677.971 CaloChargedEcal=3944.04 CaloChargedID=42734 CaloEcalE=0 CaloHcalE=41464.5 CaloEcalChi2=677.971 CaloClusChi2=5.5084 CaloTrajectoryL=-702.42 CaloEoverP=0.331203 EcalPIDe=-0.56571 HcalPIDe=-1.89687 HcalPIDmu=-0.745537 EcalPIDmu=0.457906 TrackChi2PerDof=1.11724 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=12712.5 TrackPt=242.875 CombDLLe=-4.61955 CombDLLmu=-5.07581 CombDLLpi=0 CombDLLk=-8.13163 CombDLLp=-8.13163 CombDLLd=-8.13163 ProbNNe=6.84157e-08 ProbNNpi=0.992933 ProbNNk=0.000121747 ProbNNp=0.000174173 ProbNNghost=0.031606 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0444745 MuonBkgLL=-0.710931 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=141.35 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.39871 CaloElectronMatch=155.046 CaloBremMatch=24.9857 CaloChargedEcal=1210.27 CaloChargedID=35063 CaloNeutralEcal=1210.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786821 CaloNeutralID=35063 CaloEcalE=931.826 CaloHcalE=1502.37 CaloEcalChi2=155.046 CaloBremChi2=49.9435 CaloClusChi2=2.39871 CaloTrajectoryL=2379 CaloEoverP=0.338356 EcalPIDe=0.83137 BremPIDe=0.976363 HcalPIDe=-1.06262 HcalPIDmu=1.36367 EcalPIDmu=-0.191162 TrackChi2PerDof=0.754816 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=4397.33 TrackPt=106.205 CombDLLe=0.745108 CombDLLmu=1.83896 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.710931 ProbNNe=0.00287078 ProbNNpi=0.876895 ProbNNk=0.0991403 ProbNNp=0.129356 ProbNNghost=0.300501 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-53.0981 RichDLLmu=-39.8524 RichDLLpi=0 RichDLLk=-19.6093 RichDLLp=-19.6093 RichPIDStatus=5027 RichDLLbt=-19.6093 RichDLLd=-19.6093 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.27466 CaloElectronMatch=20.1319 CaloBremMatch=20.1319 CaloChargedEcal=3549.13 CaloChargedID=33537 CaloNeutralEcal=3549.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.883324 CaloNeutralID=33537 CaloEcalE=2877.1 CaloEcalChi2=20.1319 CaloBremChi2=204.941 CaloClusChi2=1.27466 CaloTrajectoryL=165.402 CaloEoverP=0.702397 EcalPIDe=3.6423 BremPIDe=-0.224286 EcalPIDmu=-2.72932 TrackChi2PerDof=1.25848 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=5343.07 TrackPt=1186.91 CombDLLe=-2.66236 CombDLLmu=-9.72931 CombDLLpi=0 CombDLLk=-19.6093 CombDLLp=-19.6093 CombDLLd=-19.6093 ProbNNe=2.22675e-05 ProbNNpi=0.981901 ProbNNk=7.90414e-05 ProbNNp=0.00133592 ProbNNghost=0.00261163 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.74185 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=198.176 BremPIDe=-0.0593438 TrackChi2PerDof=1.5167 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=1800.96 TrackPt=88.9391 CombDLLe=-1.73124 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.288788 ProbNNpi=0.501004 ProbNNk=0.0375981 ProbNNp=0.132665 ProbNNghost=0.571932 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.1475 RichDLLmu=-10.2074 RichDLLpi=0 RichDLLk=-2.02042 RichDLLp=-2.02042 RichPIDStatus=5027 RichDLLbt=-2.02042 RichDLLd=-2.02042 MuonMuLL=-0.0690286 MuonBkgLL=-0.401583 MuonNShared=23 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=121.513 MuonMVA1=-999 MuonMVA2=-0.528296 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.610768 CaloElectronMatch=38.3606 CaloBremMatch=38.3606 CaloChargedEcal=2663.83 CaloChargedID=37742 CaloNeutralEcal=2663.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919679 CaloNeutralID=37742 CaloEcalE=1683.94 CaloHcalE=541.759 CaloEcalChi2=38.3606 CaloBremChi2=298.212 CaloClusChi2=0.610768 CaloTrajectoryL=117.471 CaloEoverP=0.762875 EcalPIDe=2.97947 BremPIDe=-0.357753 HcalPIDe=-0.304036 HcalPIDmu=-0.681099 EcalPIDmu=-1.71735 TrackChi2PerDof=2.4597 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=3802.2 TrackPt=602.671 CombDLLe=-0.798656 CombDLLmu=-8.8338 CombDLLpi=0 CombDLLk=-2.02042 CombDLLp=-2.02042 CombDLLd=-1.61884 ProbNNe=0.0014832 ProbNNmu=0.00366525 ProbNNpi=0.000141813 ProbNNk=0.00356954 ProbNNp=0.00341723 ProbNNghost=0.979758 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.87793 RichDLLmu=0.456634 RichDLLpi=0 RichDLLk=-7.58647 RichDLLp=-7.58647 RichPIDStatus=5058 RichDLLbt=-7.58647 RichDLLd=-7.58647 MuonMuLL=0 MuonBkgLL=-0.163068 MuonNShared=11 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=191.173 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.87812 CaloElectronMatch=803.873 CaloChargedEcal=6812.24 CaloChargedID=42898 CaloEcalE=1578.76 CaloHcalE=26163.8 CaloEcalChi2=803.873 CaloClusChi2=3.87812 CaloTrajectoryL=818.54 CaloEoverP=0.441333 EcalPIDe=-1.03545 HcalPIDe=-2.5812 HcalPIDmu=-1.36033 EcalPIDmu=-1.09159 TrackChi2PerDof=1.27347 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=15976 TrackPt=213.262 CombDLLe=-5.14528 CombDLLmu=-1.65134 CombDLLpi=0 CombDLLk=-7.58647 CombDLLp=-7.58647 CombDLLd=-7.4234 ProbNNe=0.000239837 ProbNNpi=0.467099 ProbNNk=0.00246636 ProbNNp=0.00274302 ProbNNghost=0.593836 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.35663 RichDLLmu=-8.52522 RichDLLpi=0 RichDLLk=0.31719 RichDLLp=0.31719 RichPIDStatus=5025 RichDLLbt=0.31719 RichDLLd=0.31719 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.96964 CaloElectronMatch=25.7871 CaloBremMatch=25.7871 CaloChargedEcal=4961.14 CaloChargedID=34181 CaloNeutralEcal=4961.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900222 CaloNeutralID=34181 CaloEcalE=4065.84 CaloHcalE=190.077 CaloEcalChi2=25.7871 CaloBremChi2=179.294 CaloClusChi2=1.96964 CaloTrajectoryL=233.519 CaloEoverP=1.22081 EcalPIDe=2.97947 BremPIDe=-0.170017 HcalPIDe=-0.11382 HcalPIDmu=-2.46366 EcalPIDmu=-1.71726 TrackChi2PerDof=2.26592 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=4176.11 TrackPt=444.862 CombDLLe=4.13714 CombDLLmu=-10.7332 CombDLLpi=0 CombDLLk=0.31719 CombDLLp=0.31719 CombDLLd=0.31719 ProbNNe=0.999149 ProbNNpi=0.0015349 ProbNNk=0.00203701 ProbNNp=0.00886141 ProbNNghost=0.999516 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-44.9928 RichDLLmu=-28.9363 RichDLLpi=0 RichDLLk=-24.3093 RichDLLp=-24.9729 RichPIDStatus=6115 RichDLLbt=-24.9729 RichDLLd=-24.9729 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.689073 CaloElectronMatch=276.767 CaloBremMatch=276.767 CaloChargedEcal=2320.11 CaloChargedID=42038 CaloNeutralEcal=2320.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.785233 CaloNeutralID=42038 CaloEcalE=1714.16 CaloHcalE=1540.48 CaloEcalChi2=276.767 CaloBremChi2=275.905 CaloClusChi2=0.689073 CaloTrajectoryL=71.7456 CaloEoverP=0.265401 EcalPIDe=0.27519 BremPIDe=-0.26048 HcalPIDe=-0.871136 HcalPIDmu=2.0457 EcalPIDmu=-1.55777 TrackChi2PerDof=1.61211 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=9805.92 TrackPt=518.109 CombDLLe=-6.5211 CombDLLmu=-6.51195 CombDLLpi=0 CombDLLk=-24.3093 CombDLLp=-24.9729 CombDLLd=-24.9729 ProbNNe=4.59284e-07 ProbNNpi=0.993327 ProbNNk=0.00887425 ProbNNp=0.0274606 ProbNNghost=0.351767 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.7086 RichDLLmu=-17.2528 RichDLLpi=0 RichDLLk=0.0109386 RichDLLp=0.0109386 RichPIDStatus=5028 RichDLLbt=0.0109386 RichDLLd=0.0109386 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.992363 CaloElectronMatch=476.764 CaloBremMatch=476.764 CaloChargedEcal=600.134 CaloChargedID=33476 CaloNeutralEcal=600.134 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930961 CaloNeutralID=33476 CaloEcalE=491.34 CaloEcalChi2=476.764 CaloBremChi2=365.871 CaloClusChi2=0.992363 CaloTrajectoryL=-76.7683 CaloEoverP=0.197277 EcalPIDe=-0.214586 BremPIDe=-0.373552 EcalPIDmu=1.26223 TrackChi2PerDof=0.9803 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=4079.04 TrackPt=812.255 CombDLLe=-4.43488 CombDLLmu=-5.72369 CombDLLpi=0 CombDLLk=0.0109386 CombDLLp=0.0109386 CombDLLd=0.0109386 ProbNNe=1.03364e-05 ProbNNpi=0.965068 ProbNNk=0.00569966 ProbNNp=0.0469479 ProbNNghost=0.0163578 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.75817 RichDLLmu=-0.311176 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=8.30099 CaloElectronMatch=69.701 CaloBremMatch=69.701 CaloChargedEcal=1768.76 CaloChargedID=34882 CaloNeutralEcal=1768.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968028 CaloNeutralID=34882 CaloEcalE=192.394 CaloEcalChi2=69.701 CaloBremChi2=302.686 CaloClusChi2=8.30099 CaloTrajectoryL=-34.2657 CaloEoverP=1.00791 EcalPIDe=1.51236 BremPIDe=-0.15976 EcalPIDmu=-0.0845902 TrackChi2PerDof=1.49385 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=2016.78 TrackPt=243.041 CombDLLe=0.181045 CombDLLmu=-0.519675 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00809259 ProbNNpi=0.657608 ProbNNk=0.0457775 ProbNNp=0.174635 ProbNNghost=0.350618 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-62.6943 RichDLLmu=-62.3909 RichDLLpi=0 RichDLLk=-37.2228 RichDLLp=-37.2228 RichPIDStatus=5027 RichDLLbt=-37.2228 RichDLLd=-37.2228 MuonMuLL=-0.00471108 MuonBkgLL=-0.175053 MuonNShared=26 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=305.547 MuonMVA1=-999 MuonMVA2=-1.05715 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.287967 CaloElectronMatch=57.4701 CaloBremMatch=57.4701 CaloChargedEcal=4569.49 CaloChargedID=33635 CaloNeutralEcal=4569.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908184 CaloNeutralID=33635 CaloEcalE=1361.81 CaloHcalE=306.814 CaloEcalChi2=57.4701 CaloBremChi2=123.506 CaloClusChi2=0.287967 CaloTrajectoryL=292.688 CaloEoverP=1.1645 EcalPIDe=2.97947 BremPIDe=0.134325 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-1.14196 TrackChi2PerDof=1.30309 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=4088 TrackPt=1129.33 CombDLLe=-3.49669 CombDLLmu=-9.3621 CombDLLpi=0 CombDLLk=-37.2228 CombDLLp=-37.2228 CombDLLd=-37.0478 ProbNNe=1.59034e-08 ProbNNmu=0.00366525 ProbNNpi=0.370602 ProbNNk=0.00307369 ProbNNp=0.00419731 ProbNNghost=0.0682521 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.77116 RichDLLmu=-3.63661 RichDLLpi=0 RichDLLk=5.24012 RichDLLp=5.24012 RichPIDStatus=5060 RichDLLbt=5.24012 RichDLLd=5.24012 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.66102 CaloElectronMatch=655.362 CaloChargedEcal=1133.72 CaloChargedID=39306 CaloEcalE=802.124 CaloHcalE=5797.82 CaloEcalChi2=655.362 CaloClusChi2=4.66102 CaloTrajectoryL=729.43 CaloEoverP=0.130506 EcalPIDe=-0.541014 HcalPIDe=-1.9266 HcalPIDmu=-1.4512 EcalPIDmu=0.436808 TrackChi2PerDof=0.996646 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=9350.14 TrackPt=161.669 CombDLLe=-3.47061 CombDLLmu=-5.36436 CombDLLpi=0 CombDLLk=5.24012 CombDLLp=5.24012 CombDLLd=5.24012 ProbNNe=8.46662e-05 ProbNNpi=0.37038 ProbNNk=0.0431208 ProbNNp=0.0639477 ProbNNghost=0.875987 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.275074 RichDLLmu=0.145818 RichDLLpi=0 RichDLLk=2.39802 RichDLLp=-1.43916 RichPIDStatus=8132 RichDLLbt=-1.21352 RichDLLd=-1.21352 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.05038 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=42230.3 TrackPt=568.195 CombDLLe=0.0481372 CombDLLmu=0.204088 CombDLLpi=0 CombDLLk=2.39802 CombDLLp=-1.43916 CombDLLd=-1.21352 ProbNNe=0.0474672 ProbNNpi=0.513621 ProbNNk=0.34459 ProbNNp=0.0549945 ProbNNghost=0.399342 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.94601 RichDLLmu=-0.349311 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=64.1899 BremPIDe=0.754695 TrackChi2PerDof=1.19859 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=2548.25 TrackPt=110.565 CombDLLe=0.414412 CombDLLmu=-0.488241 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.776379 ProbNNpi=0.333127 ProbNNk=0.0155355 ProbNNp=0.121892 ProbNNghost=0.829406 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.59487 CaloElectronMatch=67.0986 CaloChargedEcal=9448.62 CaloChargedID=34764 CaloEcalE=4773.18 CaloHcalE=1205.88 CaloEcalChi2=67.0986 CaloClusChi2=0.59487 CaloTrajectoryL=122.728 CaloEoverP=2.08532 EcalPIDe=1.51236 HcalPIDe=-0.922115 HcalPIDmu=0.612604 EcalPIDmu=-1.25852 TrackChi2PerDof=1.201 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=4742.6 TrackPt=103.354 CombDLLe=0.590244 CombDLLmu=-0.645915 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.875398 ProbNNpi=0.139682 ProbNNk=0.0471035 ProbNNp=0.0870681 ProbNNghost=0.979628 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=16.7871 RichDLLmu=12.7741 RichDLLpi=0 RichDLLk=17.5845 RichDLLp=17.5845 RichPIDStatus=5092 RichDLLbt=17.5845 RichDLLd=17.5845 MuonMuLL=-0.188863 MuonBkgLL=-0.138108 MuonNShared=9 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=224.248 MuonMVA1=-999 MuonMVA2=0.42271 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.815382 CaloElectronMatch=39.514 CaloBremMatch=39.514 CaloChargedEcal=13410.1 CaloChargedID=42455 CaloNeutralEcal=13410.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.685241 CaloNeutralID=42455 CaloEcalE=5816.98 CaloHcalE=4158.67 CaloEcalChi2=39.514 CaloBremChi2=371.509 CaloClusChi2=0.815382 CaloTrajectoryL=140.124 CaloEoverP=1.66949 EcalPIDe=3.6423 BremPIDe=-0.467096 HcalPIDe=-2.03346 HcalPIDmu=-0.54357 EcalPIDmu=-2.80197 TrackChi2PerDof=2.80246 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=8016.99 TrackPt=553.258 CombDLLe=3.91836 CombDLLmu=3.51968 CombDLLpi=0 CombDLLk=17.5845 CombDLLp=17.5845 CombDLLd=17.7226 ProbNNe=0.999984 ProbNNmu=0.00366525 ProbNNpi=1.71328e-06 ProbNNk=4.77265e-05 ProbNNp=4.71817e-06 ProbNNghost=0.999976 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.0497 RichDLLmu=-2.76341 RichDLLpi=0 RichDLLk=2.88729 RichDLLp=2.88729 RichPIDStatus=5028 RichDLLbt=2.88729 RichDLLd=2.88729 MuonMuLL=-0.00471108 MuonBkgLL=-0.160321 MuonNShared=14 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=184.441 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.63046 CaloElectronMatch=135.365 CaloBremMatch=135.365 CaloChargedEcal=1137.07 CaloChargedID=35317 CaloNeutralEcal=1137.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878436 CaloNeutralID=35317 CaloEcalE=763.606 CaloHcalE=443.024 CaloEcalChi2=135.365 CaloBremChi2=93.0267 CaloClusChi2=2.63046 CaloTrajectoryL=284.398 CaloEoverP=0.365849 EcalPIDe=0.83137 BremPIDe=0.142978 HcalPIDe=-0.235987 HcalPIDmu=-1.03802 EcalPIDmu=0.107042 TrackChi2PerDof=0.565349 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=3695.72 TrackPt=299.504 CombDLLe=0.032075 CombDLLmu=-4.29306 CombDLLpi=0 CombDLLk=2.88729 CombDLLp=2.88729 CombDLLd=3.04761 ProbNNe=0.00420713 ProbNNpi=0.599299 ProbNNk=0.047291 ProbNNp=0.331509 ProbNNghost=0.372331 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.631716 RichDLLmu=0.530004 RichDLLpi=0 RichDLLk=8.37576 RichDLLp=5.23506 RichPIDStatus=8132 RichDLLbt=3.21476 RichDLLd=3.21476 MuonMuLL=-0.00200198 MuonBkgLL=-1.21694 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=50.7891 MuonMVA1=-999 MuonMVA2=-0.977722 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 CaloHcalE=76954.8 HcalPIDe=-2.74192 HcalPIDmu=-3.31941 TrackChi2PerDof=1.4995 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=42833.6 TrackPt=463.32 CombDLLe=-2.63138 CombDLLmu=-1.36523 CombDLLpi=0 CombDLLk=8.37576 CombDLLp=5.23506 CombDLLd=4.4317 ProbNNe=0.26043 ProbNNmu=0.00106764 ProbNNpi=0.00948997 ProbNNk=0.944699 ProbNNp=0.179174 ProbNNghost=0.65144 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.69193 RichDLLmu=2.88141 RichDLLpi=0 RichDLLk=6.15405 RichDLLp=6.15405 RichPIDStatus=5028 RichDLLbt=6.15405 RichDLLd=6.15405 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.36077 CaloElectronMatch=77.8232 CaloBremMatch=43.6877 CaloChargedEcal=7069.49 CaloChargedID=38847 CaloNeutralEcal=7069.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932642 CaloNeutralID=38847 CaloEcalE=2454.54 CaloHcalE=10040.2 CaloEcalChi2=77.8232 CaloBremChi2=717.417 CaloClusChi2=2.36077 CaloTrajectoryL=139.956 CaloEoverP=1.09146 EcalPIDe=1.84829 BremPIDe=-0.607507 HcalPIDe=-1.62556 HcalPIDmu=-0.260137 EcalPIDmu=-2.36764 TrackChi2PerDof=2.06779 TrackNumDof=11 TrackType=3 TrackHistory=32 TrackP=6920.81 TrackPt=300.215 CombDLLe=-1.02904 CombDLLmu=1.01193 CombDLLpi=0 CombDLLk=6.15405 CombDLLp=6.15405 CombDLLd=6.15405 ProbNNe=0.00360254 ProbNNpi=0.000924455 ProbNNk=0.0537121 ProbNNp=0.0343362 ProbNNghost=0.986336 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.6162 RichDLLmu=-0.0657698 RichDLLpi=0 RichDLLk=-7.22637 RichDLLp=-7.93785 RichPIDStatus=8131 RichDLLbt=-4.07431 RichDLLd=-4.07431 MuonMuLL=-0.0175532 MuonBkgLL=-1.49513 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=36.5053 MuonMVA1=-999 MuonMVA2=-0.612276 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=0.948386 TrackNumDof=11 TrackType=3 TrackHistory=30 TrackP=35204 TrackPt=287.706 CombDLLe=-0.107827 CombDLLmu=1.3855 CombDLLpi=0 CombDLLk=-7.22637 CombDLLp=-7.93785 CombDLLd=-2.57919 ProbNNe=0.00463662 ProbNNmu=0.00106764 ProbNNpi=0.00290028 ProbNNk=0.0298588 ProbNNp=0.284379 ProbNNghost=0.88703 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.3873 RichDLLmu=-4.81371 RichDLLpi=0 RichDLLk=-5.20952 RichDLLp=-5.20952 RichPIDStatus=5025 RichDLLbt=-5.20952 RichDLLd=-5.20952 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.415223 CaloElectronMatch=269.265 CaloBremMatch=112.883 CaloChargedEcal=7499.4 CaloChargedID=34573 CaloNeutralEcal=7499.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813131 CaloNeutralID=34573 CaloEcalE=4273.78 CaloHcalE=2598.55 CaloEcalChi2=269.265 CaloClusChi2=0.415223 CaloTrajectoryL=144.37 CaloEoverP=1.82661 EcalPIDe=0.287807 HcalPIDe=-1.28373 HcalPIDmu=0.891619 EcalPIDmu=-2.56612 TrackChi2PerDof=2.40752 TrackNumDof=12 TrackType=5 TrackHistory=33 TrackP=4195.27 TrackPt=164.41 CombDLLe=-0.404559 CombDLLmu=-6.89299 CombDLLpi=0 CombDLLk=-5.20952 CombDLLp=-5.20952 CombDLLd=-5.20952 ProbNNe=0.641353 ProbNNpi=0.280798 ProbNNk=0.00708421 ProbNNp=0.0332917 ProbNNghost=0.519318 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.5676 RichDLLmu=-9.00714 RichDLLpi=0 RichDLLk=4.19974 RichDLLp=4.19974 RichPIDStatus=5028 RichDLLbt=4.19974 RichDLLd=4.19974 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.11842 CaloElectronMatch=177.646 CaloBremMatch=177.646 CaloChargedEcal=2242.43 CaloChargedID=33982 CaloNeutralEcal=2242.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740716 CaloNeutralID=33982 CaloEcalE=1228.47 CaloEcalChi2=177.646 CaloClusChi2=2.11842 CaloTrajectoryL=337.646 CaloEoverP=0.612256 EcalPIDe=0.827744 EcalPIDmu=-0.45419 TrackChi2PerDof=0.888096 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4005 TrackPt=616.261 CombDLLe=-1.76688 CombDLLmu=-7.08287 CombDLLpi=0 CombDLLk=4.19974 CombDLLp=4.19974 CombDLLd=4.19974 ProbNNe=0.0193403 ProbNNpi=0.741507 ProbNNk=0.0531789 ProbNNp=0.224771 ProbNNghost=0.0179974 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.08481 RichDLLmu=-9.62744 RichDLLpi=0 RichDLLk=2.97656 RichDLLp=2.97656 RichPIDStatus=5092 RichDLLbt=2.97656 RichDLLd=2.97656 MuonMuLL=-0.174949 MuonBkgLL=-0.68642 MuonNShared=14 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=19.7183 MuonMVA1=-999 MuonMVA2=-1.86587 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=11.6864 CaloElectronMatch=662.762 CaloBremMatch=260.051 CaloChargedEcal=1958.46 CaloChargedID=43573 CaloNeutralEcal=1958.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.764941 CaloNeutralID=43573 CaloEcalE=0 CaloHcalE=7548.34 CaloEcalChi2=662.762 CaloClusChi2=11.6864 CaloTrajectoryL=1298.19 CaloEoverP=0.309815 EcalPIDe=-0.522006 HcalPIDe=-1.58527 HcalPIDmu=-1.04011 EcalPIDmu=0.861261 TrackChi2PerDof=1.17314 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=7316.21 TrackPt=360.031 CombDLLe=-3.16398 CombDLLmu=-6.37595 CombDLLpi=0 CombDLLk=2.97656 CombDLLp=2.97656 CombDLLd=3.66298 ProbNNe=0.0321445 ProbNNmu=0.000625899 ProbNNpi=0.41987 ProbNNk=0.0327238 ProbNNp=0.224934 ProbNNghost=0.277562 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.76692 RichDLLmu=0.497093 RichDLLpi=0 RichDLLk=-1.22593 RichDLLp=-1.22593 RichPIDStatus=5025 RichDLLbt=-1.22593 RichDLLd=-1.22593 MuonMuLL=-0.606786 MuonBkgLL=-1.9941 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=11.7465 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.463316 CaloElectronMatch=84.61 CaloBremMatch=79.6855 CaloChargedEcal=7761.35 CaloChargedID=39290 CaloNeutralEcal=7761.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8476 CaloNeutralID=39290 CaloEcalE=4957.57 CaloHcalE=2104.24 CaloEcalChi2=84.61 CaloClusChi2=0.463316 CaloTrajectoryL=81.388 CaloEoverP=1.58939 EcalPIDe=1.85487 HcalPIDe=-0.965364 HcalPIDmu=1.53778 EcalPIDmu=-1.6863 TrackChi2PerDof=0.323235 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=5042.59 TrackPt=178.791 CombDLLe=1.37294 CombDLLmu=1.93244 CombDLLpi=0 CombDLLk=-1.22593 CombDLLp=-1.22593 CombDLLd=0.768173 ProbNNe=0.535359 ProbNNpi=0.264462 ProbNNk=0.0174275 ProbNNp=0.0794343 ProbNNghost=0.111773 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=10.967 RichDLLmu=-0.039217 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.598799 CaloElectronMatch=219.068 CaloBremMatch=134.043 CaloChargedEcal=4693.68 CaloChargedID=35138 CaloNeutralEcal=4693.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979751 CaloNeutralID=35138 CaloEcalE=2228.7 CaloEcalChi2=219.068 CaloClusChi2=0.598799 CaloTrajectoryL=-105.723 CaloEoverP=2.01436 EcalPIDe=0.490686 EcalPIDmu=-0.545303 TrackChi2PerDof=1.11288 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2494.69 TrackPt=157.724 CombDLLe=2.36323 CombDLLmu=-0.600206 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.443677 ProbNNpi=0.387425 ProbNNk=0.0145214 ProbNNp=0.0292394 ProbNNghost=0.499757 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.51974 RichDLLmu=-7.10081 RichDLLpi=0 RichDLLk=19.3132 RichDLLp=19.3132 RichPIDStatus=5028 RichDLLbt=19.3132 RichDLLd=19.3132 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.036349 CaloElectronMatch=45.3999 CaloBremMatch=45.3999 CaloChargedEcal=5188.06 CaloChargedID=35856 CaloNeutralEcal=5188.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783986 CaloNeutralID=35856 CaloEcalE=2955.48 CaloHcalE=0 CaloEcalChi2=45.3999 CaloClusChi2=0.036349 CaloTrajectoryL=103.091 CaloEoverP=0.599247 EcalPIDe=3.71102 HcalPIDe=0.685017 HcalPIDmu=-3.20727 EcalPIDmu=-1.63315 TrackChi2PerDof=1.02217 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8698.03 TrackPt=1465.31 CombDLLe=3.09537 CombDLLmu=-11.0678 CombDLLpi=0 CombDLLk=19.3132 CombDLLp=19.3132 CombDLLd=19.3132 ProbNNe=0.0306781 ProbNNpi=0.0711527 ProbNNk=0.405801 ProbNNp=0.940136 ProbNNghost=0.00119885 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.435 RichDLLmu=-1.79908 RichDLLpi=0 RichDLLk=-0.837128 RichDLLp=-0.837128 RichPIDStatus=5027 RichDLLbt=-0.837128 RichDLLd=-0.837128 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.09593 CaloElectronMatch=416.767 CaloBremMatch=136.014 CaloChargedEcal=4634.69 CaloChargedID=35081 CaloNeutralEcal=4634.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661068 CaloNeutralID=35081 CaloEcalE=1448.94 CaloHcalE=115.052 CaloEcalChi2=416.767 CaloClusChi2=5.09593 CaloTrajectoryL=518.582 CaloEoverP=1.75451 EcalPIDe=-0.0510306 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-2.13111 TrackChi2PerDof=1.8499 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2767.73 TrackPt=280.418 CombDLLe=-2.7556 CombDLLmu=-7.25425 CombDLLpi=0 CombDLLk=-0.837128 CombDLLp=-0.837128 CombDLLd=-0.837128 ProbNNe=0.0299055 ProbNNpi=0.816582 ProbNNk=0.0144826 ProbNNp=0.0651734 ProbNNghost=0.0146218 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.0585 RichDLLmu=-8.53585 RichDLLpi=0 RichDLLk=0.47023 RichDLLp=0.47023 RichPIDStatus=5092 RichDLLbt=0.47023 RichDLLd=0.47023 MuonMuLL=0 MuonBkgLL=-0.236425 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=32.8421 MuonMVA1=-999 MuonMVA2=-1.30085 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.31586 CaloElectronMatch=247.485 CaloBremMatch=153.294 CaloChargedEcal=1133.72 CaloChargedID=39306 CaloNeutralEcal=1133.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.687931 CaloNeutralID=39306 CaloEcalE=2554.51 CaloHcalE=3939.27 CaloEcalChi2=247.485 CaloClusChi2=3.31586 CaloTrajectoryL=903.777 CaloEoverP=0.185676 EcalPIDe=0.54377 HcalPIDe=-1.66117 HcalPIDmu=-0.195972 EcalPIDmu=-2.06799 TrackChi2PerDof=0.807354 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6571.93 TrackPt=268.353 CombDLLe=-3.16595 CombDLLmu=-8.58163 CombDLLpi=0 CombDLLk=0.47023 CombDLLp=0.47023 CombDLLd=0.706655 ProbNNe=0.00101516 ProbNNmu=0.0006259 ProbNNpi=0.381032 ProbNNk=0.00584447 ProbNNp=0.282945 ProbNNghost=0.120538 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.3157 RichDLLmu=-9.26151 RichDLLpi=0 RichDLLk=3.30572 RichDLLp=3.30572 RichPIDStatus=5028 RichDLLbt=3.30572 RichDLLd=3.30572 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.74271 CaloElectronMatch=207.17 CaloBremMatch=109.18 CaloChargedEcal=8060.91 CaloChargedID=34812 CaloNeutralEcal=8060.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703558 CaloNeutralID=34812 CaloEcalE=706.23 CaloEcalChi2=207.17 CaloClusChi2=2.74271 CaloTrajectoryL=11.7127 CaloEoverP=2.1063 EcalPIDe=0.490686 EcalPIDmu=1.07367 TrackChi2PerDof=1.90175 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3871.7 TrackPt=288.254 CombDLLe=-1.27558 CombDLLmu=-5.59006 CombDLLpi=0 CombDLLk=3.30572 CombDLLp=3.30572 CombDLLd=3.30572 ProbNNe=0.00574651 ProbNNpi=0.275378 ProbNNk=0.0414413 ProbNNp=0.121512 ProbNNghost=0.720728 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.849 RichDLLmu=-13.25 RichDLLpi=0 RichDLLk=-9.70395 RichDLLp=-9.70395 RichPIDStatus=5027 RichDLLbt=-9.70395 RichDLLd=-9.70395 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.34325 CaloElectronMatch=915.677 CaloBremMatch=112.883 CaloChargedEcal=7499.4 CaloChargedID=34573 CaloNeutralEcal=7499.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813131 CaloNeutralID=34573 CaloEcalE=1148.99 CaloHcalE=2327.48 CaloEcalChi2=915.677 CaloClusChi2=4.34325 CaloTrajectoryL=-377.805 CaloEoverP=1.25204 EcalPIDe=-0.981887 HcalPIDe=-0.828505 HcalPIDmu=1.18352 EcalPIDmu=-0.0321698 TrackChi2PerDof=0.641683 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=6120.54 TrackPt=475.981 CombDLLe=-4.74193 CombDLLmu=-5.77911 CombDLLpi=0 CombDLLk=-9.70395 CombDLLp=-9.70395 CombDLLd=-9.70395 ProbNNe=0.000248264 ProbNNpi=0.992136 ProbNNk=0.000525956 ProbNNp=0.00376768 ProbNNghost=0.00460702 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.37703 RichDLLmu=-4.52703 RichDLLpi=0 RichDLLk=-3.90827 RichDLLp=-3.90827 RichPIDStatus=5027 RichDLLbt=-3.90827 RichDLLd=-3.90827 MuonMuLL=-0.0801261 MuonBkgLL=-0.442029 MuonNShared=10 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=14.2775 MuonMVA1=-999 MuonMVA2=-2.53055 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.01369 CaloElectronMatch=80.2847 CaloBremMatch=80.2847 CaloChargedEcal=2607.47 CaloChargedID=38643 CaloNeutralEcal=2607.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.620904 CaloNeutralID=38643 CaloEcalE=2096.68 CaloHcalE=14227.4 CaloEcalChi2=80.2847 CaloClusChi2=1.01369 CaloTrajectoryL=-201.145 CaloEoverP=0.541547 EcalPIDe=1.85487 HcalPIDe=-0.892025 HcalPIDmu=0.961842 EcalPIDmu=-1.56796 TrackChi2PerDof=1.12353 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=5328.43 TrackPt=273.615 CombDLLe=-0.482075 CombDLLmu=-5.27666 CombDLLpi=0 CombDLLk=-3.90827 CombDLLp=-3.90827 CombDLLd=-3.46624 ProbNNe=0.423728 ProbNNmu=0.000625898 ProbNNpi=0.523306 ProbNNk=0.0076614 ProbNNp=0.00941654 ProbNNghost=0.0521845 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.782064 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4291 RichDLLbt=0 RichDLLd=0 MuonMuLL=-0.278392 MuonBkgLL=-2.48066 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=6.29488 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.83514 CaloElectronMatch=231.009 CaloChargedEcal=1919.89 CaloChargedID=38836 CaloEcalE=6963.15 CaloHcalE=10843.8 CaloEcalChi2=231.009 CaloClusChi2=0.83514 CaloTrajectoryL=-689.033 CaloEoverP=0.326286 EcalPIDe=0.54377 HcalPIDe=-1.07674 HcalPIDmu=-0.465952 EcalPIDmu=-1.56552 TrackChi2PerDof=1.91453 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6065.21 TrackPt=119.877 CombDLLe=-0.669818 CombDLLmu=0.170801 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=2.48066 ProbNNe=0.61278 ProbNNpi=0.114524 ProbNNk=0.00312195 ProbNNp=0.0146266 ProbNNghost=0.996301 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.50923 RichDLLmu=0.543451 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.16041 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2412.88 TrackPt=159.592 CombDLLe=-1.29889 CombDLLmu=0.75785 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0660961 ProbNNpi=0.107312 ProbNNk=0.0214455 ProbNNp=0.0233718 ProbNNghost=0.790441 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.0601 RichDLLmu=-18.3977 RichDLLpi=0 RichDLLk=-8.21317 RichDLLp=-8.21317 RichPIDStatus=5027 RichDLLbt=-8.21317 RichDLLd=-8.21317 MuonMuLL=-0.0690286 MuonBkgLL=-0.402505 MuonNShared=22 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=121.374 MuonMVA1=-999 MuonMVA2=-0.624478 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.661487 CaloElectronMatch=43.6762 CaloBremMatch=38.3606 CaloChargedEcal=2663.83 CaloChargedID=37742 CaloNeutralEcal=2663.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919679 CaloNeutralID=37742 CaloEcalE=1683.94 CaloHcalE=541.759 CaloEcalChi2=43.6762 CaloClusChi2=0.661487 CaloTrajectoryL=119.16 CaloEoverP=0.764755 EcalPIDe=3.01028 HcalPIDe=-0.300168 HcalPIDmu=-0.751433 EcalPIDmu=-1.21227 TrackChi2PerDof=1.51339 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3792.85 TrackPt=589.564 CombDLLe=-1.29866 CombDLLmu=-8.62131 CombDLLpi=0 CombDLLk=-8.21317 CombDLLp=-8.21317 CombDLLd=-7.81066 ProbNNe=0.290432 ProbNNmu=0.000625899 ProbNNpi=0.656349 ProbNNk=0.00144786 ProbNNp=0.00220895 ProbNNghost=0.10623 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.2212 RichDLLmu=-5.26398 RichDLLpi=0 RichDLLk=-2.6083 RichDLLp=-2.6083 RichPIDStatus=5027 RichDLLbt=-2.6083 RichDLLd=-2.6083 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.15316 CaloElectronMatch=62.6181 CaloBremMatch=62.6181 CaloChargedEcal=4085.95 CaloChargedID=34559 CaloNeutralEcal=4085.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987585 CaloNeutralID=34559 CaloEcalE=3788.82 CaloEcalChi2=62.6181 CaloClusChi2=4.15316 CaloTrajectoryL=133.888 CaloEoverP=1.16464 EcalPIDe=1.50525 EcalPIDmu=-2.34359 TrackChi2PerDof=1.12996 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3631.9 TrackPt=340.975 CombDLLe=-0.727719 CombDLLmu=-7.82383 CombDLLpi=0 CombDLLk=-2.6083 CombDLLp=-2.6083 CombDLLd=-2.6083 ProbNNe=0.964954 ProbNNpi=0.932145 ProbNNk=0.00382416 ProbNNp=0.0257525 ProbNNghost=0.0135305 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.22764 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.502899 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=1781.92 TrackPt=96.8421 CombDLLe=-1.08112 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.26304 ProbNNpi=0.0981401 ProbNNk=0.0242299 ProbNNp=0.0195878 ProbNNghost=0.80531 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.6553 RichDLLmu=45.4624 RichDLLpi=0 RichDLLk=-4.35613 RichDLLp=-4.35613 RichPIDStatus=5090 RichDLLbt=-4.35613 RichDLLd=-4.35613 MuonMuLL=-0.29935 MuonBkgLL=-2.54385 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=2.44234 MuonMVA1=-999 MuonMVA2=-1.48108 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0498209 CaloElectronMatch=77.975 CaloBremMatch=77.975 CaloChargedEcal=14999.2 CaloChargedID=35482 CaloNeutralEcal=14999.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973329 CaloNeutralID=35482 CaloEcalE=8725.7 CaloHcalE=2460.01 CaloEcalChi2=77.975 CaloClusChi2=0.0498209 CaloTrajectoryL=68.651 CaloEoverP=2.14399 EcalPIDe=1.85487 HcalPIDe=-0.932743 HcalPIDmu=1.45409 EcalPIDmu=-1.2118 TrackChi2PerDof=2.241 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=7256.79 TrackPt=876.243 CombDLLe=-3.03875 CombDLLmu=9.48679 CombDLLpi=0 CombDLLk=-4.35613 CombDLLp=-4.35613 CombDLLd=-1.81228 ProbNNe=0.605307 ProbNNmu=0.000625896 ProbNNpi=0.0352543 ProbNNk=4.42725e-05 ProbNNp=1.82721e-05 ProbNNghost=0.269352 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.400845 RichDLLmu=-4.32618 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.14019 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2521.31 TrackPt=174.676 CombDLLe=-0.0701455 CombDLLmu=-4.89262 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.834948 ProbNNpi=0.41188 ProbNNk=0.0202966 ProbNNp=0.0351512 ProbNNghost=0.327581 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.72649 RichDLLmu=2.41436 RichDLLpi=0 RichDLLk=3.40006 RichDLLp=3.40006 RichPIDStatus=5028 RichDLLbt=3.40006 RichDLLd=3.40006 InAccBrem=1 TrackChi2PerDof=0.486455 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3127.4 TrackPt=387.009 CombDLLe=-1.50336 CombDLLmu=3.13979 CombDLLpi=0 CombDLLk=3.40006 CombDLLp=3.40006 CombDLLd=3.40006 ProbNNe=0.0345217 ProbNNpi=0.209585 ProbNNk=0.0612233 ProbNNp=0.0665476 ProbNNghost=0.380559 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=10.395 RichDLLmu=-1.08454 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.822746 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2398.33 TrackPt=138.452 CombDLLe=1.77925 CombDLLmu=-1.49498 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.6313 ProbNNpi=0.355454 ProbNNk=0.0171277 ProbNNp=0.0247797 ProbNNghost=0.475197 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.52299 RichDLLmu=3.94822 RichDLLpi=0 RichDLLk=5.24261 RichDLLp=5.24261 RichPIDStatus=5025 RichDLLbt=5.24261 RichDLLd=5.24261 MuonMuLL=-0.018164 MuonBkgLL=-0.424459 MuonNShared=24 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=104.952 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.09258 CaloElectronMatch=248.638 CaloBremMatch=248.638 CaloChargedEcal=2629.25 CaloChargedID=34352 CaloNeutralEcal=2629.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886286 CaloNeutralID=34352 CaloEcalE=251.49 CaloHcalE=3578.4 CaloEcalChi2=248.638 CaloClusChi2=4.09258 CaloTrajectoryL=-457.84 CaloEoverP=0.572434 EcalPIDe=0.490686 HcalPIDe=-1.4846 HcalPIDmu=0.162738 EcalPIDmu=0.661087 TrackChi2PerDof=0.686145 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4851.87 TrackPt=384.312 CombDLLe=-0.0334896 CombDLLmu=5.83757 CombDLLpi=0 CombDLLk=5.24261 CombDLLp=5.24261 CombDLLd=5.66707 ProbNNe=0.0552183 ProbNNpi=0.335123 ProbNNk=0.14961 ProbNNp=0.373533 ProbNNghost=0.0860406 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.6017 RichDLLmu=1.31733 RichDLLpi=0 RichDLLk=13.1173 RichDLLp=13.1173 RichPIDStatus=5028 RichDLLbt=13.1173 RichDLLd=13.1173 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.419912 CaloElectronMatch=59.0487 CaloBremMatch=59.0487 CaloChargedEcal=9089.38 CaloChargedID=34506 CaloNeutralEcal=9089.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738111 CaloNeutralID=34506 CaloEcalE=5264.44 CaloHcalE=5494.25 CaloEcalChi2=59.0487 CaloClusChi2=0.419912 CaloTrajectoryL=224.285 CaloEoverP=1.3576 EcalPIDe=3.71102 HcalPIDe=-1.75055 HcalPIDmu=-0.820105 EcalPIDmu=-4.10425 TrackChi2PerDof=0.788315 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=6712.53 TrackPt=682.7 CombDLLe=2.76224 CombDLLmu=-3.12161 CombDLLpi=0 CombDLLk=13.1173 CombDLLp=13.1173 CombDLLd=13.1173 ProbNNe=0.955594 ProbNNpi=0.142805 ProbNNk=0.183706 ProbNNp=0.669646 ProbNNghost=0.0507143 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.88299 RichDLLmu=-0.803926 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.7643 CaloElectronMatch=21.0791 CaloBremMatch=21.0791 CaloChargedEcal=3589.56 CaloChargedID=34372 CaloNeutralEcal=3589.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987234 CaloNeutralID=34372 CaloEcalE=3553.74 CaloEcalChi2=21.0791 CaloClusChi2=0.7643 CaloTrajectoryL=148.93 CaloEoverP=1.76342 EcalPIDe=3.01028 EcalPIDmu=-0.445869 TrackChi2PerDof=1.28689 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2202.31 TrackPt=279.173 CombDLLe=2.15997 CombDLLmu=-1.56177 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.988858 ProbNNpi=0.717459 ProbNNk=0.0170834 ProbNNp=0.0472732 ProbNNghost=0.044428 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=19.6773 RichDLLmu=-1.03431 RichDLLpi=0 RichDLLk=1.27904 RichDLLp=1.27904 RichPIDStatus=5025 RichDLLbt=1.27904 RichDLLd=1.27904 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.759661 CaloElectronMatch=112.883 CaloBremMatch=112.883 CaloChargedEcal=7499.4 CaloChargedID=34573 CaloNeutralEcal=7499.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813131 CaloNeutralID=34573 CaloEcalE=2604.29 CaloHcalE=2327.48 CaloEcalChi2=112.883 CaloClusChi2=0.759661 CaloTrajectoryL=59.0092 CaloEoverP=2.63712 EcalPIDe=1.50525 HcalPIDe=-1.4396 HcalPIDmu=1.22978 EcalPIDmu=-3.48778 TrackChi2PerDof=1.56758 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2905.87 TrackPt=248.189 CombDLLe=3.2559 CombDLLmu=-3.68572 CombDLLpi=0 CombDLLk=1.27904 CombDLLp=1.27904 CombDLLd=1.27904 ProbNNe=0.969286 ProbNNpi=0.195229 ProbNNk=0.0103801 ProbNNp=0.00987832 ProbNNghost=0.444258 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.9449 RichDLLmu=-2.74179 RichDLLpi=0 RichDLLk=1.7253 RichDLLp=1.7253 RichPIDStatus=5028 RichDLLbt=1.7253 RichDLLd=1.7253 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.03557 CaloElectronMatch=95.4509 CaloBremMatch=95.4509 CaloChargedEcal=762.262 CaloChargedID=34041 CaloNeutralEcal=762.262 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820387 CaloNeutralID=34041 CaloEcalE=533.772 CaloHcalE=3159.09 CaloEcalChi2=95.4509 CaloClusChi2=2.03557 CaloTrajectoryL=79.2488 CaloEoverP=0.323556 EcalPIDe=1.50525 HcalPIDe=-1.43582 HcalPIDmu=0.749469 EcalPIDmu=1.72373 TrackChi2PerDof=0.776623 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3071.89 TrackPt=384.824 CombDLLe=-1.79951 CombDLLmu=-1.02181 CombDLLpi=0 CombDLLk=1.7253 CombDLLp=1.7253 CombDLLd=1.7253 ProbNNe=0.00168237 ProbNNpi=0.40633 ProbNNk=0.0289835 ProbNNp=0.0636154 ProbNNghost=0.42308 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.43367 RichDLLmu=-0.389482 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.13083 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2087.57 TrackPt=182.256 CombDLLe=-1.62095 CombDLLmu=-0.544175 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0349299 ProbNNpi=0.733991 ProbNNk=0.0229461 ProbNNp=0.03879 ProbNNghost=0.0708167 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.52081 RichDLLmu=2.40681 RichDLLpi=0 RichDLLk=16.8309 RichDLLp=16.2755 RichPIDStatus=6116 RichDLLbt=16.2755 RichDLLd=16.2755 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.304222 CaloElectronMatch=96.0781 CaloBremMatch=96.0781 CaloChargedEcal=12676.9 CaloChargedID=38596 CaloNeutralEcal=12676.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830315 CaloNeutralID=38596 CaloEcalE=7331.39 CaloHcalE=7046.92 CaloEcalChi2=96.0781 CaloClusChi2=0.304222 CaloTrajectoryL=108.741 CaloEoverP=1.20712 EcalPIDe=2.19153 HcalPIDe=-1.36779 HcalPIDmu=-2.27533 EcalPIDmu=-3.25191 TrackChi2PerDof=2.56456 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=10733.6 TrackPt=681.469 CombDLLe=1.08976 CombDLLmu=-2.3959 CombDLLpi=0 CombDLLk=16.8309 CombDLLp=16.2755 CombDLLd=16.2755 ProbNNe=0.83387 ProbNNpi=0.115468 ProbNNk=0.169973 ProbNNp=0.0577275 ProbNNghost=0.923472 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.0449706 MuonNShared=26 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3312.61 MuonMVA1=-999 MuonMVA2=-0.106636 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.683018 CaloElectronMatch=43.6877 CaloChargedEcal=7069.49 CaloChargedID=38847 CaloEcalE=5756.31 CaloHcalE=9854.29 CaloEcalChi2=43.6877 CaloClusChi2=0.683018 CaloTrajectoryL=92.3827 CaloEoverP=1.40242 EcalPIDe=3.71102 HcalPIDe=-1.07674 HcalPIDmu=0.0695658 EcalPIDmu=-2.80352 TrackChi2PerDof=1.64664 TrackNumDof=7 TrackType=5 TrackHistory=33 TrackP=5386.21 TrackPt=91.3614 CombDLLe=2.63428 CombDLLmu=-2.68898 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.0449706 ProbNNe=0.00814104 ProbNNmu=0.000378876 ProbNNpi=0.0192617 ProbNNk=0.00158719 ProbNNp=0.00896888 ProbNNghost=0.959782 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.59665 RichDLLmu=0.251895 RichDLLpi=0 RichDLLk=-7.20348 RichDLLp=-12.8728 RichPIDStatus=8097 RichDLLbt=-12.1907 RichDLLd=-12.1907 InAccBrem=1 CaloBremChi2=43.3053 BremPIDe=1.69105 TrackChi2PerDof=1.17313 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=32406.1 TrackPt=1760.76 CombDLLe=1.79545 CombDLLmu=0.352356 CombDLLpi=0 CombDLLk=-7.20348 CombDLLp=-12.8728 CombDLLd=-12.1907 ProbNNe=0.00756603 ProbNNmu=0.00740584 ProbNNpi=0.861112 ProbNNk=0.032223 ProbNNp=0.0525427 ProbNNghost=0.00345077 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.323278 RichDLLmu=0.3358 RichDLLpi=0 RichDLLk=7.69645 RichDLLp=3.49648 RichPIDStatus=8100 RichDLLbt=3.06236 RichDLLd=3.06236 InAccBrem=1 CaloBremChi2=795.395 BremPIDe=-0.591406 TrackChi2PerDof=0.743717 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=18852.9 TrackPt=613.708 CombDLLe=-0.534833 CombDLLmu=0.469414 CombDLLpi=0 CombDLLk=7.69645 CombDLLp=3.49648 CombDLLd=3.06236 ProbNNe=0.0025924 ProbNNmu=0.00595525 ProbNNpi=0.0539072 ProbNNk=0.91009 ProbNNp=0.605818 ProbNNghost=0.00581256 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.0593 RichDLLmu=1.99497 RichDLLpi=0 RichDLLk=-13.9566 RichDLLp=-13.9566 RichPIDStatus=5026 RichDLLbt=-13.9566 RichDLLd=-13.9566 InAccBrem=1 CaloBremChi2=891.827 BremPIDe=-0.638976 TrackChi2PerDof=1.08469 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=7790.45 TrackPt=726.294 CombDLLe=-3.45563 CombDLLmu=2.65361 CombDLLpi=0 CombDLLk=-13.9566 CombDLLp=-13.9566 CombDLLd=-13.9566 ProbNNe=1.91346e-05 ProbNNmu=0.00488274 ProbNNpi=0.97635 ProbNNk=0.000746417 ProbNNp=0.00354973 ProbNNghost=0.036338 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.880341 RichDLLmu=-0.212147 RichDLLpi=0 RichDLLk=3.70731 RichDLLp=14.9066 RichPIDStatus=8102 RichDLLbt=16.9037 RichDLLd=16.9037 InAccBrem=1 CaloBremChi2=58.1267 BremPIDe=1.3102 TrackChi2PerDof=1.83502 TrackNumDof=16 TrackType=4 TrackHistory=34 TrackP=19814.1 TrackPt=3151.07 CombDLLe=1.15617 CombDLLmu=-0.296827 CombDLLpi=0 CombDLLk=3.70731 CombDLLp=14.9066 CombDLLd=16.9037 ProbNNe=0.000577139 ProbNNmu=0.00253197 ProbNNpi=0.312859 ProbNNk=0.302728 ProbNNp=0.355645 ProbNNghost=0.308558 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.277701 RichDLLmu=0.975583 RichDLLpi=0 RichDLLk=-4.18841 RichDLLp=-6.00033 RichPIDStatus=6050 RichDLLbt=-6.00033 RichDLLd=-6.00033 InAccBrem=1 CaloBremChi2=390.625 BremPIDe=-0.454777 TrackChi2PerDof=0.963669 TrackNumDof=12 TrackType=4 TrackHistory=34 TrackP=11022.9 TrackPt=376.666 CombDLLe=-0.503374 CombDLLmu=1.34874 CombDLLpi=0 CombDLLk=-4.18841 CombDLLp=-6.00033 CombDLLd=-6.00033 ProbNNe=0.0136302 ProbNNmu=0.003626 ProbNNpi=0.617637 ProbNNk=0.259865 ProbNNp=0.289525 ProbNNghost=0.254545 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.0334 RichDLLmu=-0.712775 RichDLLpi=0 RichDLLk=-12.9171 RichDLLp=-13.6387 RichPIDStatus=6051 RichDLLbt=-13.6387 RichDLLd=-13.6387 InAccBrem=1 CaloBremChi2=380.114 BremPIDe=-0.454777 TrackChi2PerDof=0.527081 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=11505 TrackPt=2091.63 CombDLLe=-2.49932 CombDLLmu=-0.99118 CombDLLpi=0 CombDLLk=-12.9171 CombDLLp=-13.6387 CombDLLd=-13.6387 ProbNNe=1.05523e-05 ProbNNmu=0.024685 ProbNNpi=0.980937 ProbNNk=0.00123416 ProbNNp=0.000176927 ProbNNghost=0.00342796 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.834873 RichDLLmu=2.12054 RichDLLpi=0 RichDLLk=17.5227 RichDLLp=17.5227 RichPIDStatus=5028 RichDLLbt=17.5227 RichDLLd=17.5227 InAccBrem=1 CaloBremChi2=106.462 BremPIDe=0.527682 TrackChi2PerDof=0.713042 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=7981.04 TrackPt=1523.18 CombDLLe=0.673764 CombDLLmu=2.8027 CombDLLpi=0 CombDLLk=17.5227 CombDLLp=17.5227 CombDLLd=17.5227 ProbNNe=7.58275e-05 ProbNNmu=0.00625263 ProbNNpi=0.19238 ProbNNk=0.745794 ProbNNp=0.58442 ProbNNghost=0.0402987 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.0148 RichDLLmu=-2.67537 RichDLLpi=0 RichDLLk=16.2854 RichDLLp=16.2854 RichPIDStatus=5028 RichDLLbt=16.2854 RichDLLd=16.2854 InAccBrem=1 CaloBremChi2=392.905 BremPIDe=-0.492427 TrackChi2PerDof=0.897718 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=5317.27 TrackPt=1154.12 CombDLLe=-1.53716 CombDLLmu=-3.42475 CombDLLpi=0 CombDLLk=16.2854 CombDLLp=16.2854 CombDLLd=16.2854 ProbNNe=2.09071e-05 ProbNNmu=0.00292674 ProbNNpi=0.290507 ProbNNk=0.566817 ProbNNp=0.412927 ProbNNghost=0.029185 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.718 RichDLLmu=-9.80981 RichDLLpi=0 RichDLLk=2.25098 RichDLLp=2.25098 RichPIDStatus=5028 RichDLLbt=2.25098 RichDLLd=2.25098 InAccBrem=1 CaloBremChi2=3.22789 BremPIDe=3.84229 TrackChi2PerDof=0.77563 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=3036.64 TrackPt=593.886 CombDLLe=1.68872 CombDLLmu=-6.72867 CombDLLpi=0 CombDLLk=2.25098 CombDLLp=2.25098 CombDLLd=2.25098 ProbNNe=0.000129599 ProbNNmu=0.00190259 ProbNNpi=0.799004 ProbNNk=0.104469 ProbNNp=0.0447787 ProbNNghost=0.0294934 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.94536 RichDLLmu=2.00113 RichDLLpi=0 RichDLLk=26.8871 RichDLLp=26.8871 RichPIDStatus=5028 RichDLLbt=26.8871 RichDLLd=26.8871 InAccBrem=1 CaloBremChi2=239.637 BremPIDe=-0.381503 TrackChi2PerDof=0.419603 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=5024.22 TrackPt=1366.98 CombDLLe=-1.58487 CombDLLmu=2.661 CombDLLpi=0 CombDLLk=26.8871 CombDLLp=26.8871 CombDLLd=26.8871 ProbNNe=8.4607e-06 ProbNNmu=0.00419245 ProbNNpi=0.150829 ProbNNk=0.770986 ProbNNp=0.669029 ProbNNghost=0.00645829 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.21973 RichDLLmu=-0.794777 RichDLLpi=0 RichDLLk=18.9727 RichDLLp=18.9727 RichPIDStatus=5028 RichDLLbt=18.9727 RichDLLd=18.9727 TrackChi2PerDof=0.620254 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=4263.34 TrackPt=1127.55 CombDLLe=-0.908303 CombDLLmu=-1.10341 CombDLLpi=0 CombDLLk=18.9727 CombDLLp=18.9727 CombDLLd=18.9727 ProbNNe=0.000107587 ProbNNmu=0.00601693 ProbNNpi=0.414242 ProbNNk=0.39082 ProbNNp=0.260864 ProbNNghost=0.0674226 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0505244 ShowerShape=2835.65 ClusterMass=121.491 CaloNeutralEcal=36212.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.782342 CaloNeutralID=43190 CaloNeutralE19=0.326633 CaloClusterCode=-93 CaloClusterFrac=0.999284 IsPhoton=0.074164 IsNotH=0.00827872 IsPhotonXGB=0.0654074 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.53211 ShowerShape=16310 ClusterMass=59.9603 CaloNeutralEcal=11114.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694006 CaloNeutralID=34380 CaloNeutralE19=0.313567 CaloClusterCode=-97 CaloClusterFrac=0.999995 IsPhoton=0.0776522 IsNotH=0.0294483 IsPhotonXGB=0.219769 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.241541 ShowerShape=14519.2 ClusterMass=37.9463 CaloNeutralEcal=8060.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703558 CaloNeutralID=34812 CaloNeutralE19=0.416142 CaloClusterCode=95 CaloClusterFrac=0.999998 IsPhoton=0.148203 IsNotH=0.00836361 IsPhotonXGB=0.926239 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.30618 ShowerShape=4091.95 ClusterMass=46.0801 CaloNeutralEcal=15370.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873706 CaloNeutralID=38150 CaloNeutralE19=0.419422 CaloClusterCode=93 CaloClusterFrac=0.998195 IsPhoton=0.0231638 IsNotH=0.424834 IsPhotonXGB=0.524 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.684373 ShowerShape=4205.8 ClusterMass=33.666 CaloNeutralEcal=12521.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803083 CaloNeutralID=37954 CaloNeutralE19=0.565711 CaloClusterCode=95 CaloClusterFrac=0.999853 IsPhoton=1 IsNotH=0.175597 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.419912 ShowerShape=14521.2 ClusterMass=65.7437 CaloNeutralEcal=9089.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738111 CaloNeutralID=34506 CaloNeutralE19=0.502878 CaloClusterCode=-90 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.0216731 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.86996 ShowerShape=2592.74 ClusterMass=114.273 CaloNeutralEcal=60921.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.635552 CaloNeutralID=42985 CaloNeutralE19=0.280321 CaloClusterCode=-96 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.000487347 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00594839 ShowerShape=15812.2 ClusterMass=40.8576 CaloNeutralEcal=7888.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.74473 CaloNeutralID=35336 CaloNeutralE19=0.45384 CaloClusterCode=-98 CaloClusterFrac=0.999977 IsPhoton=1 IsNotH=0.0196423 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.59487 ShowerShape=10350.1 ClusterMass=59.0578 CaloNeutralEcal=9448.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957214 CaloNeutralID=34764 CaloNeutralE19=0.393592 CaloClusterCode=97 CaloClusterFrac=0.999903 IsPhoton=1 IsNotH=0.0750002 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.87395 ShowerShape=2018.08 ClusterMass=90.5318 CaloNeutralEcal=34580.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.779724 CaloNeutralID=42151 CaloNeutralE19=0.541245 CaloClusterCode=91 CaloClusterFrac=0.999943 IsPhoton=1 IsNotH=0.214572 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0498209 ShowerShape=8922.79 ClusterMass=67.4496 CaloNeutralEcal=14999.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973329 CaloNeutralID=35482 CaloNeutralE19=0.439572 CaloClusterCode=-68 CaloClusterFrac=0.999994 IsPhoton=1 IsNotH=0.0390327 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.304222 ShowerShape=4414.85 ClusterMass=39.5582 CaloNeutralEcal=12676.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830315 CaloNeutralID=38596 CaloNeutralE19=0.483592 CaloClusterCode=98 CaloClusterFrac=0.999963 IsPhoton=1 IsNotH=0.0267081 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.98211 ShowerShape=27910.3 ClusterMass=41.0129 CaloNeutralEcal=9428.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.747913 CaloNeutralID=34674 CaloNeutralE19=0.394878 CaloClusterCode=-95 CaloClusterFrac=0.999995 IsPhoton=1 IsNotH=0.00505153 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0529858 ShowerShape=4998.45 ClusterMass=36.4622 CaloNeutralEcal=13937.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.821235 CaloNeutralID=38791 CaloNeutralE19=0.353758 CaloClusterCode=90 CaloClusterFrac=0.999868 IsPhoton=1 IsNotH=0.00844799 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.730209 ShowerShape=18119.7 ClusterMass=84.3323 CaloNeutralEcal=9758.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809558 CaloNeutralID=34929 CaloNeutralE19=0.405414 CaloClusterCode=91 CaloClusterFrac=0.999957 IsPhoton=1 IsNotH=0.0328903 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=2.21433 ShowerShape=12883 ClusterMass=83.0641 CaloNeutralEcal=13490.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934541 CaloNeutralID=35548 CaloNeutralE19=0.42655 CaloClusterCode=-93 CaloClusterFrac=0.999841 IsPhoton=1 IsNotH=0.130053 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=221.844 ShowerShape=3335.19 ClusterMass=14.0253 CaloNeutralEcal=6972.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979322 CaloNeutralID=33383 CaloNeutralE19=0.849706 CaloClusterCode=91 CaloClusterFrac=1.00259 IsPhoton=1 IsNotH=0.866844 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=2.51608 ShowerShape=4520.16 ClusterMass=31.2603 CaloNeutralEcal=19341.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900081 CaloNeutralID=39024 CaloNeutralE19=0.450963 CaloClusterCode=-67 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.20619 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.235278 ShowerShape=2957.25 ClusterMass=30.0304 CaloNeutralEcal=16036.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90131 CaloNeutralID=39853 CaloNeutralE19=0.484769 CaloClusterCode=95 CaloClusterFrac=0.999987 IsPhoton=1 IsNotH=0.29445 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.86996 ShowerShape=2592.74 ClusterMass=114.273 CaloNeutralEcal=60921.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.635552 CaloNeutralID=42985 CaloNeutralE19=0.280321 CaloClusterCode=-96 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.000487347 IsPhotonXGB=1 ClusterAsX=-0.195073 ClusterAsY=0.0720028 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.98211 ShowerShape=27910.3 ClusterMass=41.0129 CaloNeutralEcal=9428.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.747913 CaloNeutralID=34674 CaloNeutralE19=0.394878 CaloClusterCode=-95 CaloClusterFrac=0.999995 IsPhoton=1 IsNotH=0.00505153 IsPhotonXGB=1 ClusterAsX=0.0868544 ClusterAsY=-0.220929 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=221.844 ShowerShape=3335.19 ClusterMass=14.0253 CaloNeutralEcal=6972.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979322 CaloNeutralID=33383 CaloNeutralE19=0.849706 CaloClusterCode=91 CaloClusterFrac=1.00259 IsPhoton=1 IsNotH=0.866844 IsPhotonXGB=1 ClusterAsX=0.059107 ClusterAsY=-0.0878678 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.43387 ShowerShape=2930.29 CaloNeutralEcal=4085.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987585 CaloNeutralID=34559 CaloNeutralE19=0.883214 CaloClusterCode=-67 CaloClusterFrac=0.964065 IsPhoton=1 IsNotH=0.800947 IsPhotonXGB=1 ClusterAsX=-0.0653804 ClusterAsY=0.0672893 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.23155 ShowerShape=5826.08 CaloNeutralEcal=10292.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935812 CaloNeutralID=34077 CaloNeutralE19=0.705546 CaloClusterCode=-92 CaloClusterFrac=0.999752 IsPhoton=1 IsNotH=0.380944 IsPhotonXGB=1 ClusterAsX=0.182064 ClusterAsY=-0.0916827 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.9811 ShowerShape=1809.13 CaloNeutralEcal=40421.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803225 CaloNeutralID=43112 CaloNeutralE19=0.252864 CaloClusterCode=-61 CaloClusterFrac=0.99983 IsPhoton=1 IsNotH=0.000469755 IsPhotonXGB=1 ClusterAsX=0.348429 ClusterAsY=-0.261151 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.4536 ShowerShape=2817.24 CaloNeutralEcal=15309.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968145 CaloNeutralID=38104 CaloNeutralE19=0.553886 CaloClusterCode=63 CaloClusterFrac=0.999992 IsPhoton=1 IsNotH=0.731023 IsPhotonXGB=1 ClusterAsX=-0.562276 ClusterAsY=0.198985 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.93258 ShowerShape=6004.26 CaloNeutralEcal=5524.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958326 CaloNeutralID=35505 CaloNeutralE19=0.678762 CaloClusterCode=91 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.513037 IsPhotonXGB=1 ClusterAsX=0.0180812 ClusterAsY=-0.219921 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=134.426 ShowerShape=8108.93 CaloNeutralEcal=4232.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992074 CaloNeutralID=33612 CaloNeutralE19=0.388784 CaloClusterCode=-95 CaloClusterFrac=1.00002 IsPhoton=1 IsNotH=0.0645031 IsPhotonXGB=1 ClusterAsX=0.560069 ClusterAsY=0.259936 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.6704 ShowerShape=532.153 CaloNeutralEcal=12262.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933167 CaloNeutralID=42058 CaloNeutralE19=0.788203 CaloClusterCode=-95 CaloClusterFrac=0.989926 IsPhoton=1 IsNotH=0.961457 IsPhotonXGB=1 ClusterAsX=0.0934671 ClusterAsY=0.0150804 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=762.337 ShowerShape=4189.24 CaloNeutralEcal=4256.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983207 CaloNeutralID=33552 CaloNeutralE19=0.706702 CaloClusterCode=91 CaloClusterFrac=1.01106 IsPhoton=1 IsNotH=0.554228 IsPhotonXGB=1 ClusterAsX=-0.0343255 ClusterAsY=-0.243404 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.7038 ShowerShape=21983.3 CaloNeutralEcal=6203.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.726066 CaloNeutralID=33959 CaloNeutralE19=0.467715 CaloClusterCode=90 CaloClusterFrac=0.99999 IsPhoton=1 IsNotH=0.0205864 IsPhotonXGB=1 ClusterAsX=0.105504 ClusterAsY=-0.165989 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.2453 ShowerShape=1549.76 CaloNeutralEcal=41015.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973116 CaloNeutralID=42593 CaloNeutralE19=0.6739 CaloClusterCode=-65 CaloClusterFrac=0.982383 IsPhoton=1 IsNotH=0.65238 IsPhotonXGB=1 ClusterAsX=0.212552 ClusterAsY=-0.129198 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.90265 ShowerShape=1317.3 CaloNeutralEcal=19540.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914194 CaloNeutralID=43875 CaloNeutralE19=0.59367 CaloClusterCode=-93 CaloClusterFrac=0.99999 IsPhoton=1 IsNotH=0.744156 IsPhotonXGB=1 ClusterAsX=-0.191903 ClusterAsY=0.111637 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.3755 ShowerShape=4399 CaloNeutralEcal=7937.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960611 CaloNeutralID=35491 CaloNeutralE19=0.76311 CaloClusterCode=-65 CaloClusterFrac=0.991788 IsPhoton=1 IsNotH=0.569215 IsPhotonXGB=1 ClusterAsX=0.149914 ClusterAsY=0.0026087 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=172.99 ShowerShape=5774.21 CaloNeutralEcal=2687.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.993911 CaloNeutralID=35711 CaloNeutralE19=0.740483 CaloClusterCode=-60 CaloClusterFrac=0.996115 IsPhoton=1 IsNotH=0.3162 IsPhotonXGB=1 ClusterAsX=-0.258482 ClusterAsY=-0.202218 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.61396 ShowerShape=11451.6 CaloNeutralEcal=2733.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916621 CaloNeutralID=35778 CaloNeutralE19=0.49938 CaloClusterCode=97 CaloClusterFrac=0.999982 IsPhoton=1 IsNotH=0.25201 IsPhotonXGB=1 ClusterAsX=0.0208026 ClusterAsY=0.331363 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.64178 ShowerShape=8948.03 CaloNeutralEcal=2881.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836873 CaloNeutralID=34369 CaloNeutralE19=0.438512 CaloClusterCode=-97 CaloClusterFrac=1.00077 IsPhoton=1 IsNotH=0.0602704 IsPhotonXGB=1 ClusterAsX=0.00225755 ClusterAsY=0.36371 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.2062 ShowerShape=1276.16 CaloNeutralEcal=15336.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917336 CaloNeutralID=42478 CaloNeutralE19=0.434029 CaloClusterCode=-91 CaloClusterFrac=1.00117 IsPhoton=1 IsNotH=0.741977 IsPhotonXGB=1 ClusterAsX=0.0678846 ClusterAsY=-0.416721 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.61544 ShowerShape=3531.06 CaloNeutralEcal=6467.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783365 CaloNeutralID=39110 CaloNeutralE19=0.501835 CaloClusterCode=-93 CaloClusterFrac=0.99999 IsPhoton=1 IsNotH=0.0593955 IsPhotonXGB=1 ClusterAsX=-0.052639 ClusterAsY=-0.197071 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.331 ShowerShape=1638.91 CaloNeutralEcal=13364.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.86887 CaloNeutralID=42091 CaloNeutralE19=0.594379 CaloClusterCode=-91 CaloClusterFrac=0.999884 IsPhoton=1 IsNotH=0.54228 IsPhotonXGB=1 ClusterAsX=0.0770761 ClusterAsY=-0.121134 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.248 ShowerShape=13374.4 CaloNeutralEcal=7095.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921476 CaloNeutralID=34079 CaloNeutralE19=0.46962 CaloClusterCode=-90 CaloClusterFrac=0.999949 IsPhoton=1 IsNotH=0.0426064 IsPhotonXGB=1 ClusterAsX=-0.297049 ClusterAsY=-0.268827 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=500.137 ShowerShape=4061.18 CaloNeutralEcal=3641.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.98276 CaloNeutralID=36012 CaloNeutralE19=0.823921 CaloClusterCode=-90 CaloClusterFrac=1.00286 IsPhoton=1 IsNotH=0.769839 IsPhotonXGB=1 ClusterAsX=-0.11123 ClusterAsY=-0.139872 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.221 ShowerShape=19821 CaloNeutralEcal=3460.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954153 CaloNeutralID=36051 CaloNeutralE19=0.428909 CaloClusterCode=-96 CaloClusterFrac=1.00406 IsPhoton=1 IsNotH=0.0258245 IsPhotonXGB=1 ClusterAsX=-0.397741 ClusterAsY=0.499039 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.6212 ShowerShape=20922.1 CaloNeutralEcal=4711.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.69704 CaloNeutralID=35870 CaloNeutralE19=0.317783 CaloClusterCode=95 CaloClusterFrac=0.999966 IsPhoton=1 IsNotH=0.00296071 IsPhotonXGB=1 ClusterAsX=0.169221 ClusterAsY=-0.153754 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.60839 ShowerShape=2564.97 CaloNeutralEcal=4892.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89762 CaloNeutralID=37812 CaloNeutralE19=0.569265 CaloClusterCode=-93 CaloClusterFrac=0.921953 IsPhoton=1 IsNotH=0.278569 IsPhotonXGB=1 ClusterAsX=-0.214876 ClusterAsY=-0.00361138 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.08363 ShowerShape=2154.23 CaloNeutralEcal=17633.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.779978 CaloNeutralID=42795 CaloNeutralE19=0.525671 CaloClusterCode=91 CaloClusterFrac=0.999427 IsPhoton=1 IsNotH=0.383866 IsPhotonXGB=1 ClusterAsX=-0.0880823 ClusterAsY=-0.102787 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.6026 ShowerShape=3432.73 CaloNeutralEcal=5489.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.739041 CaloNeutralID=39496 CaloNeutralE19=0.405758 CaloClusterCode=95 CaloClusterFrac=0.999781 IsPhoton=1 IsNotH=0.0927095 IsPhotonXGB=1 ClusterAsX=0.0736796 ClusterAsY=0.0300598 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=223.15 ShowerShape=9871.42 CaloNeutralEcal=2863.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852269 CaloNeutralID=36248 CaloNeutralE19=0.503817 CaloClusterCode=-93 CaloClusterFrac=0.999753 IsPhoton=1 IsNotH=0.107766 IsPhotonXGB=1 ClusterAsX=-0.195963 ClusterAsY=0.0534788 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.9703 ShowerShape=1059.71 CaloNeutralEcal=25478.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.848025 CaloNeutralID=42588 CaloNeutralE19=0.398315 CaloClusterCode=-63 CaloClusterFrac=0.99758 IsPhoton=1 IsNotH=0.0030811 IsPhotonXGB=1 ClusterAsX=-0.248369 ClusterAsY=-0.18568 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=155.846 ShowerShape=6593.12 CaloNeutralEcal=3009.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893034 CaloNeutralID=36010 CaloNeutralE19=0.713078 CaloClusterCode=-92 CaloClusterFrac=1.00361 IsPhoton=1 IsNotH=0.518206 IsPhotonXGB=1 ClusterAsX=0.128495 ClusterAsY=-0.082732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.46998 ShowerShape=4128.93 CaloNeutralEcal=5302.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844867 CaloNeutralID=39158 CaloNeutralE19=0.377473 CaloClusterCode=-95 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.0824498 IsPhotonXGB=1 ClusterAsX=0.419662 ClusterAsY=0.144963 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=95.1881 ShowerShape=2662.85 CaloNeutralEcal=4440.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976895 CaloNeutralID=35496 CaloNeutralE19=0.909975 CaloClusterCode=63 CaloClusterFrac=0.999792 IsPhoton=1 IsNotH=0.889568 IsPhotonXGB=1 ClusterAsX=-0.0472617 ClusterAsY=0.00351797 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.5409 ShowerShape=1419.89 CaloNeutralEcal=5733.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963374 CaloNeutralID=38256 CaloNeutralE19=0.68225 CaloClusterCode=-67 CaloClusterFrac=0.976087 IsPhoton=1 IsNotH=0.781778 IsPhotonXGB=1 ClusterAsX=-0.0331625 ClusterAsY=0.205386 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.1687 ShowerShape=2069.3 CaloNeutralEcal=8421.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818923 CaloNeutralID=39775 CaloNeutralE19=0.582224 CaloClusterCode=-97 CaloClusterFrac=0.999722 IsPhoton=1 IsNotH=0.329851 IsPhotonXGB=1 ClusterAsX=-0.0369405 ClusterAsY=0.162155 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.0088 ShowerShape=16170.6 CaloNeutralEcal=3045.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887303 CaloNeutralID=33630 CaloNeutralE19=0.546923 CaloClusterCode=-92 CaloClusterFrac=1.00179 IsPhoton=1 IsNotH=0.0622705 IsPhotonXGB=1 ClusterAsX=0.18731 ClusterAsY=-0.233062 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2566.12 CaloNeutralEcal=2221.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963797 CaloNeutralID=33363 CaloNeutralE19=0.872749 CaloClusterCode=95 CaloClusterFrac=0.999992 IsPhoton=1 IsNotH=0.870654 IsPhotonXGB=1 ClusterAsX=0.0661132 ClusterAsY=0.00180532 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=92.9473 ShowerShape=11468.8 CaloNeutralEcal=2629.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815616 CaloNeutralID=33773 CaloNeutralE19=0.395671 CaloClusterCode=-96 CaloClusterFrac=0.999208 IsPhoton=1 IsNotH=0.0110073 IsPhotonXGB=1 ClusterAsX=-0.0738228 ClusterAsY=0.421634 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.1895 ShowerShape=18534.9 CaloNeutralEcal=3120.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944939 CaloNeutralID=33766 CaloNeutralE19=0.524186 CaloClusterCode=96 CaloClusterFrac=0.999975 IsPhoton=1 IsNotH=0.056277 IsPhotonXGB=1 ClusterAsX=-0.310334 ClusterAsY=0.266184 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.437 ShowerShape=2964.51 CaloNeutralEcal=5289.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790133 CaloNeutralID=40087 CaloNeutralE19=0.519807 CaloClusterCode=-93 CaloClusterFrac=0.999881 IsPhoton=1 IsNotH=0.100216 IsPhotonXGB=1 ClusterAsX=-0.15514 ClusterAsY=-0.067366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.43886 ShowerShape=3386.23 CaloNeutralEcal=7306.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.858017 CaloNeutralID=38043 CaloNeutralE19=0.592728 CaloClusterCode=95 CaloClusterFrac=0.999212 IsPhoton=1 IsNotH=0.410007 IsPhotonXGB=1 ClusterAsX=0.255435 ClusterAsY=0.136198 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.52199 ShowerShape=1421.03 CaloNeutralEcal=11168.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.798516 CaloNeutralID=43027 CaloNeutralE19=0.50924 CaloClusterCode=-95 CaloClusterFrac=0.921543 IsPhoton=1 IsNotH=0.0643841 IsPhotonXGB=1 ClusterAsX=0.24486 ClusterAsY=-0.0396895 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.30099 ShowerShape=3451.11 CaloNeutralEcal=1768.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968028 CaloNeutralID=34882 CaloNeutralE19=0.768506 CaloClusterCode=-91 CaloClusterFrac=1.00131 IsPhoton=1 IsNotH=0.593024 IsPhotonXGB=1 ClusterAsX=-0.068492 ClusterAsY=-0.118556 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=57.2098 ShowerShape=1520.77 CaloNeutralEcal=4000.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910159 CaloNeutralID=38027 CaloNeutralE19=0.668153 CaloClusterCode=95 CaloClusterFrac=0.999921 IsPhoton=1 IsNotH=0.697474 IsPhotonXGB=1 ClusterAsX=0.151352 ClusterAsY=-0.0585223 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.1324 ShowerShape=1310.18 CaloNeutralEcal=11606.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819411 CaloNeutralID=42273 CaloNeutralE19=0.596628 CaloClusterCode=-97 CaloClusterFrac=0.930965 IsPhoton=1 IsNotH=0.280703 IsPhotonXGB=1 ClusterAsX=0.0535746 ClusterAsY=0.0427834 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.5958 ShowerShape=4346.22 CaloNeutralEcal=4476.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.736931 CaloNeutralID=38094 CaloNeutralE19=0.52193 CaloClusterCode=-92 CaloClusterFrac=0.999878 IsPhoton=1 IsNotH=0.0184289 IsPhotonXGB=1 ClusterAsX=0.0790062 ClusterAsY=-0.0901317 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.09258 ShowerShape=13486.2 CaloNeutralEcal=2629.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886286 CaloNeutralID=34352 CaloNeutralE19=0.619642 CaloClusterCode=67 IsPhoton=1 IsNotH=0.307976 IsPhotonXGB=1 ClusterAsX=0.102302 ClusterAsY=-0.010666 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.2045 ShowerShape=25198.5 CaloNeutralEcal=3204 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.810371 CaloNeutralID=33889 CaloNeutralE19=0.433696 CaloClusterCode=-96 CaloClusterFrac=0.999996 IsPhoton=1 IsNotH=0.0171054 IsPhotonXGB=1 ClusterAsX=-0.238551 ClusterAsY=0.285317 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.9106 ShowerShape=2363.65 CaloNeutralEcal=5165.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927668 CaloNeutralID=39974 CaloNeutralE19=0.704829 CaloClusterCode=-91 CaloClusterFrac=0.985862 IsPhoton=1 IsNotH=0.798127 IsPhotonXGB=1 ClusterAsX=0.028469 ClusterAsY=-0.142461 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.93364 ShowerShape=3311.27 CaloNeutralEcal=4382.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.823875 CaloNeutralID=39890 CaloNeutralE19=0.555892 CaloClusterCode=-90 CaloClusterFrac=0.970783 IsPhoton=1 IsNotH=0.0347025 IsPhotonXGB=1 ClusterAsX=-0.105338 ClusterAsY=-0.180082 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=73.8109 ShowerShape=833.128 CaloNeutralEcal=6380.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.872254 CaloNeutralID=42419 CaloNeutralE19=0.502386 CaloClusterCode=97 CaloClusterFrac=0.999096 IsPhoton=1 IsNotH=0.636985 IsPhotonXGB=1 ClusterAsX=-0.0147737 ClusterAsY=0.318946 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.3092 ShowerShape=1109.36 CaloNeutralEcal=14860.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903138 CaloNeutralID=42460 CaloNeutralE19=0.545069 CaloClusterCode=-96 CaloClusterFrac=0.99993 IsPhoton=1 IsNotH=0.354224 IsPhotonXGB=1 ClusterAsX=-0.200564 ClusterAsY=0.274413 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=76.9522 ShowerShape=9275.37 CaloNeutralEcal=1434.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.97792 CaloNeutralID=35519 CaloNeutralE19=0.395027 CaloClusterCode=67 CaloClusterFrac=0.999962 IsPhoton=1 IsNotH=0.0936434 IsPhotonXGB=1 ClusterAsX=-0.362659 ClusterAsY=0.350062 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=137.41 ShowerShape=6999.16 CaloNeutralEcal=1998 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878776 CaloNeutralID=33379 CaloNeutralE19=0.649045 CaloClusterCode=95 CaloClusterFrac=0.99997 IsPhoton=1 IsNotH=0.276536 IsPhotonXGB=1 ClusterAsX=0.0933462 ClusterAsY=0.0262374 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.19695 ShowerShape=1686.66 CaloNeutralEcal=15053.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731155 CaloNeutralID=42839 CaloNeutralE19=0.23446 CaloClusterCode=-61 CaloClusterFrac=0.99965 IsPhoton=1 IsNotH=0.000861307 IsPhotonXGB=1 ClusterAsX=-0.462072 ClusterAsY=-0.0577058 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.5911 ShowerShape=1078.87 CaloNeutralEcal=14377.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.888921 CaloNeutralID=42585 CaloNeutralE19=0.627515 CaloClusterCode=-65 CaloClusterFrac=0.999964 IsPhoton=1 IsNotH=0.407257 IsPhotonXGB=1 ClusterAsX=0.0821511 ClusterAsY=-0.154192 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=131.583 ShowerShape=7886.51 CaloNeutralEcal=2198.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949159 CaloNeutralID=35884 CaloNeutralE19=0.433889 CaloClusterCode=-93 CaloClusterFrac=1.02168 IsPhoton=1 IsNotH=0.0679497 IsPhotonXGB=1 ClusterAsX=-0.40478 ClusterAsY=0.244476 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3813 ShowerShape=1521.09 CaloNeutralEcal=13000.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.652342 CaloNeutralID=43481 CaloNeutralE19=0.302806 CaloClusterCode=-97 CaloClusterFrac=0.998284 IsPhoton=1 IsNotH=0.00238373 IsPhotonXGB=1 ClusterAsX=-0.126027 ClusterAsY=0.0195225 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.12125 ShowerShape=2570.64 CaloNeutralEcal=6901.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793572 CaloNeutralID=42930 CaloNeutralE19=0.440409 CaloClusterCode=98 CaloClusterFrac=0.999958 IsPhoton=1 IsNotH=0.0302949 IsPhotonXGB=1 ClusterAsX=0.221957 ClusterAsY=0.195809 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.1766 ShowerShape=1753.22 CaloNeutralEcal=14566.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.706582 CaloNeutralID=43095 CaloNeutralE19=0.242466 CaloClusterCode=-66 CaloClusterFrac=0.999517 IsPhoton=1 IsNotH=0.000564733 IsPhotonXGB=1 ClusterAsX=-0.462892 ClusterAsY=0.0517783 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.15316 ShowerShape=19089.7 CaloNeutralEcal=1465.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73338 CaloNeutralID=34493 CaloNeutralE19=0.36756 CaloClusterCode=-92 CaloClusterFrac=1.01027 IsPhoton=1 IsNotH=0.0160755 IsPhotonXGB=1 ClusterAsX=0.387946 ClusterAsY=-0.0872825 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.0027 ShowerShape=10483.1 CaloNeutralEcal=1481.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909379 CaloNeutralID=34107 CaloNeutralE19=0.457917 CaloClusterCode=-96 CaloClusterFrac=1.01998 IsPhoton=1 IsNotH=0.0242138 IsPhotonXGB=1 ClusterAsX=-0.415692 ClusterAsY=0.343072 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.7938 ShowerShape=10899 CaloNeutralEcal=1674.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852471 CaloNeutralID=35918 CaloNeutralE19=0.360191 CaloClusterCode=-95 CaloClusterFrac=1.00261 IsPhoton=1 IsNotH=0.0352716 IsPhotonXGB=1 ClusterAsX=0.337315 ClusterAsY=-0.265971 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=157.602 ShowerShape=7340.74 CaloNeutralEcal=1340.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.891831 CaloNeutralID=35771 CaloNeutralE19=0.68669 CaloClusterCode=-98 CaloClusterFrac=0.999973 IsPhoton=1 IsNotH=0.352983 IsPhotonXGB=1 ClusterAsX=0.137107 ClusterAsY=0.0547301 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.403 ShowerShape=10345.2 CaloNeutralEcal=1672.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981409 CaloNeutralID=33647 CaloNeutralE19=0.360854 CaloClusterCode=-95 CaloClusterFrac=1.00324 IsPhoton=1 IsNotH=0.0708606 IsPhotonXGB=1 ClusterAsX=0.346134 ClusterAsY=-0.319102 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.7008 ShowerShape=14033.2 CaloNeutralEcal=3307.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967194 CaloNeutralID=37650 CaloNeutralE19=0.326313 CaloClusterCode=68 CaloClusterFrac=0.999722 IsPhoton=1 IsNotH=0.11565 IsPhotonXGB=1 ClusterAsX=0.125661 ClusterAsY=-0.160876 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.51486 ShowerShape=10989.1 CaloNeutralEcal=1449.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.891093 CaloNeutralID=35323 CaloNeutralE19=0.596784 CaloClusterCode=98 CaloClusterFrac=1.02315 IsPhoton=1 IsNotH=0.092839 IsPhotonXGB=1 ClusterAsX=0.205018 ClusterAsY=0.274689 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.89537 ShowerShape=1634.56 CaloNeutralEcal=11072.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841115 CaloNeutralID=43351 CaloNeutralE19=0.369345 CaloClusterCode=-71 CaloClusterFrac=0.958543 IsPhoton=1 IsNotH=0.0337189 IsPhotonXGB=1 ClusterAsX=-0.13909 ClusterAsY=-0.246623 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=148.582 ShowerShape=505.492 CaloNeutralEcal=7460.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903462 CaloNeutralID=43877 CaloNeutralE19=0.75068 CaloClusterCode=-91 CaloClusterFrac=0.930904 IsPhoton=1 IsNotH=0.947753 IsPhotonXGB=1 ClusterAsX=0.00138916 ClusterAsY=-0.104808 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.43039 ShowerShape=3665.13 CaloNeutralEcal=4904.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72955 CaloNeutralID=37918 CaloNeutralE19=0.50488 CaloClusterCode=-91 CaloClusterFrac=0.997796 IsPhoton=1 IsNotH=0.0224901 IsPhotonXGB=1 ClusterAsX=-0.0228562 ClusterAsY=-0.0239734 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.0954 ShowerShape=2038.33 CaloNeutralEcal=4217.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835169 CaloNeutralID=41932 CaloNeutralE19=0.380013 CaloClusterCode=-91 CaloClusterFrac=0.94403 IsPhoton=1 IsNotH=0.0286574 IsPhotonXGB=1 ClusterAsX=0.19945 ClusterAsY=-0.524718 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.90564 ShowerShape=4115.43 CaloNeutralEcal=5400.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897641 CaloNeutralID=39706 CaloNeutralE19=0.341311 CaloClusterCode=-67 CaloClusterFrac=0.999392 IsPhoton=1 IsNotH=0.0418237 IsPhotonXGB=1 ClusterAsX=-0.222688 ClusterAsY=0.192616 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.80537 ShowerShape=2246.79 CaloNeutralEcal=7385.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.624565 CaloNeutralID=43669 CaloNeutralE19=0.303386 CaloClusterCode=-97 CaloClusterFrac=0.997128 IsPhoton=1 IsNotH=0.000602529 IsPhotonXGB=1 ClusterAsX=-0.0562466 ClusterAsY=0.0167314 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.85025 ShowerShape=9316.44 CaloNeutralEcal=1212.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859704 CaloNeutralID=33916 CaloNeutralE19=0.439897 CaloClusterCode=-95 CaloClusterFrac=1.01491 IsPhoton=1 IsNotH=0.0464961 IsPhotonXGB=1 ClusterAsX=0.224717 ClusterAsY=0.209616 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=150.072 ShowerShape=4918.22 CaloNeutralEcal=1213.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887259 CaloNeutralID=33657 CaloNeutralE19=0.701247 CaloClusterCode=91 CaloClusterFrac=1.00338 IsPhoton=1 IsNotH=0.43777 IsPhotonXGB=1 ClusterAsX=0.0201978 ClusterAsY=-0.0621232 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.28198 ShowerShape=4010.27 CaloNeutralEcal=5111.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.926515 CaloNeutralID=38117 CaloNeutralE19=0.387855 CaloClusterCode=-65 CaloClusterFrac=0.941771 IsPhoton=1 IsNotH=0.245973 IsPhotonXGB=1 ClusterAsX=0.0638086 ClusterAsY=0.311658 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=243.333 ShowerShape=6910.06 CaloNeutralEcal=1658.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930786 CaloNeutralID=36119 CaloNeutralE19=0.70321 CaloClusterCode=-98 CaloClusterFrac=1.00309 IsPhoton=1 IsNotH=0.380094 IsPhotonXGB=1 ClusterAsX=0.179879 ClusterAsY=0.11385 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=39.3569 ShowerShape=1350.8 CaloNeutralEcal=5643.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.756585 CaloNeutralID=43277 CaloNeutralE19=0.481594 CaloClusterCode=-97 CaloClusterFrac=0.998628 IsPhoton=1 IsNotH=0.0675448 IsPhotonXGB=1 ClusterAsX=0.00921666 ClusterAsY=0.00261473 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.47219 ShowerShape=6121.1 CaloNeutralEcal=3335.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902648 CaloNeutralID=39694 CaloNeutralE19=0.617236 CaloClusterCode=-97 CaloClusterFrac=0.999884 IsPhoton=1 IsNotH=0.522535 IsPhotonXGB=1 ClusterAsX=0.104125 ClusterAsY=0.191967 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.88268 ShowerShape=3824.38 CaloNeutralEcal=1434.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.985496 CaloNeutralID=35065 CaloNeutralE19=0.752166 CaloClusterCode=-93 CaloClusterFrac=1.00663 IsPhoton=1 IsNotH=0.626003 IsPhotonXGB=1 ClusterAsX=-0.161634 ClusterAsY=0.0622101 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.91428 ShowerShape=2408.92 CaloNeutralEcal=6812.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72074 CaloNeutralID=42898 CaloNeutralE19=0.425836 CaloClusterCode=-92 CaloClusterFrac=0.869289 IsPhoton=1 IsNotH=0.00340081 IsPhotonXGB=1 ClusterAsX=0.182257 ClusterAsY=-0.0854501 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=164.774 ShowerShape=7290.6 CaloNeutralEcal=1155.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950546 CaloNeutralID=35900 CaloNeutralE19=0.52691 CaloClusterCode=-95 CaloClusterFrac=1.02423 IsPhoton=1 IsNotH=0.262871 IsPhotonXGB=1 ClusterAsX=0.246215 ClusterAsY=-0.166893 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.5498 ShowerShape=2365.65 CaloNeutralEcal=2184.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923809 CaloNeutralID=37884 CaloNeutralE19=0.358639 CaloClusterCode=-96 CaloClusterFrac=1.00515 IsPhoton=1 IsNotH=0.0729419 IsPhotonXGB=1 ClusterAsX=-0.489313 ClusterAsY=0.375642 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.4931 ShowerShape=17670.1 CaloNeutralEcal=1815.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912182 CaloNeutralID=34063 CaloNeutralE19=0.386782 CaloClusterCode=93 CaloClusterFrac=1.01481 IsPhoton=1 IsNotH=0.0497451 IsPhotonXGB=1 ClusterAsX=-0.488576 ClusterAsY=-0.146643 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.0555 ShowerShape=4041.08 CaloNeutralEcal=4826.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85402 CaloNeutralID=39719 CaloNeutralE19=0.362701 CaloClusterCode=-67 CaloClusterFrac=0.999974 IsPhoton=1 IsNotH=0.0341519 IsPhotonXGB=1 ClusterAsX=0.046243 ClusterAsY=0.434629 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=747.387 ShowerShape=3284.91 CaloNeutralEcal=1686.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947536 CaloNeutralID=36072 CaloNeutralE19=0.847 CaloClusterCode=-97 CaloClusterFrac=1.02617 IsPhoton=1 IsNotH=0.851254 IsPhotonXGB=1 ClusterAsX=-0.0274671 ClusterAsY=0.0647355 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=168.829 ShowerShape=8129.64 CaloNeutralEcal=1897.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.97836 CaloNeutralID=33814 CaloNeutralE19=0.528117 CaloClusterCode=-96 CaloClusterFrac=0.995923 IsPhoton=1 IsNotH=0.0483738 IsPhotonXGB=1 ClusterAsX=-0.437711 ClusterAsY=0.386493 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.7598 ShowerShape=2601.52 CaloNeutralEcal=2077.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991433 CaloNeutralID=34639 CaloNeutralE19=0.912251 CaloClusterCode=-63 CaloClusterFrac=0.998375 IsPhoton=1 IsNotH=0.883876 IsPhotonXGB=1 ClusterAsX=-0.0408518 ClusterAsY=-0.0225795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.396 ShowerShape=12114.9 CaloNeutralEcal=1455.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982185 CaloNeutralID=34887 CaloNeutralE19=0.341589 CaloClusterCode=98 CaloClusterFrac=1.02698 IsPhoton=1 IsNotH=0.0565787 IsPhotonXGB=1 ClusterAsX=0.387993 ClusterAsY=0.521864 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=198.315 ShowerShape=11178.3 CaloNeutralEcal=1126.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.78351 CaloNeutralID=36277 CaloNeutralE19=0.464769 CaloClusterCode=-95 CaloClusterFrac=1.01625 IsPhoton=1 IsNotH=0.038582 IsPhotonXGB=1 ClusterAsX=0.182782 ClusterAsY=-0.0779366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.01213 ShowerShape=7734.32 CaloNeutralEcal=1413.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.891998 CaloNeutralID=34934 CaloNeutralE19=0.4422 CaloClusterCode=-95 CaloClusterFrac=0.952078 IsPhoton=1 IsNotH=0.0643686 IsPhotonXGB=1 ClusterAsX=0.300471 ClusterAsY=0.0981821 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.63116 ShowerShape=4083.33 CaloNeutralEcal=3373.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.814792 CaloNeutralID=38770 CaloNeutralE19=0.226833 CaloClusterCode=-93 CaloClusterFrac=0.962669 IsPhoton=1 IsNotH=0.00460368 IsPhotonXGB=1 ClusterAsX=-0.493822 ClusterAsY=-0.238533 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.6577 ShowerShape=6349.29 CaloNeutralEcal=1928.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944528 CaloNeutralID=33941 CaloNeutralE19=0.548032 CaloClusterCode=-91 CaloClusterFrac=1.00277 IsPhoton=1 IsNotH=0.422519 IsPhotonXGB=1 ClusterAsX=-0.00233886 ClusterAsY=-0.352797 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.1849 ShowerShape=1708.39 CaloNeutralEcal=4754.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.810082 CaloNeutralID=42636 CaloNeutralE19=0.316979 CaloClusterCode=92 CaloClusterFrac=0.999892 IsPhoton=1 IsNotH=0.0170967 IsPhotonXGB=1 ClusterAsX=0.209911 ClusterAsY=-0.437559 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.41729 ShowerShape=5345.25 CaloNeutralEcal=1819.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.882144 CaloNeutralID=39616 CaloNeutralE19=0.632539 CaloClusterCode=-61 CaloClusterFrac=0.926135 IsPhoton=1 IsNotH=0.147034 IsPhotonXGB=1 ClusterAsX=-0.371824 ClusterAsY=-0.0108139 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.73048 ShowerShape=1836.01 CaloNeutralEcal=7381 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790089 CaloNeutralID=43804 CaloNeutralE19=0.467527 CaloClusterCode=-96 CaloClusterFrac=0.999693 IsPhoton=1 IsNotH=0.0381766 IsPhotonXGB=1 ClusterAsX=-0.250147 ClusterAsY=0.160049 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.44711 ShowerShape=2290.05 CaloNeutralEcal=10153.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915435 CaloNeutralID=42598 CaloNeutralE19=0.393099 CaloClusterCode=63 CaloClusterFrac=0.999996 IsPhoton=1 IsNotH=0.0160308 IsPhotonXGB=1 ClusterAsX=-0.364212 ClusterAsY=-0.268585 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=114.872 ShowerShape=13326.2 CaloNeutralEcal=1784.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853204 CaloNeutralID=35937 CaloNeutralE19=0.433302 CaloClusterCode=-90 CaloClusterFrac=0.992976 IsPhoton=1 IsNotH=0.0170087 IsPhotonXGB=1 ClusterAsX=-0.393981 ClusterAsY=-0.258553 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.8377 ShowerShape=16798.1 CaloNeutralEcal=1163.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945741 CaloNeutralID=33259 CaloNeutralE19=0.394894 CaloClusterCode=95 CaloClusterFrac=1.01468 IsPhoton=1 IsNotH=0.145759 IsPhotonXGB=1 ClusterAsX=0.545101 ClusterAsY=-0.128025 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.3631 ShowerShape=7690.6 CaloNeutralEcal=970.953 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.989468 CaloNeutralID=34943 CaloNeutralE19=0.430587 CaloClusterCode=-60 CaloClusterFrac=0.991486 IsPhoton=1 IsNotH=0.0407157 IsPhotonXGB=1 ClusterAsX=-0.333304 ClusterAsY=-0.548508 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.4256 ShowerShape=1661.48 CaloNeutralEcal=5507.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740225 CaloNeutralID=43997 CaloNeutralE19=0.313153 CaloClusterCode=-96 CaloClusterFrac=0.994121 IsPhoton=1 IsNotH=0.00380658 IsPhotonXGB=1 ClusterAsX=-0.43229 ClusterAsY=0.106467 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.407 ShowerShape=1104.2 CaloNeutralEcal=6489.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.765637 CaloNeutralID=42212 CaloNeutralE19=0.619101 CaloClusterCode=98 CaloClusterFrac=0.994679 IsPhoton=1 IsNotH=0.554976 IsPhotonXGB=1 ClusterAsX=0.00239825 ClusterAsY=0.0166142 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.9047 ShowerShape=2603.08 CaloNeutralEcal=2323.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738174 CaloNeutralID=40079 CaloNeutralE19=0.425199 CaloClusterCode=-95 CaloClusterFrac=1.00271 IsPhoton=1 IsNotH=0.00520663 IsPhotonXGB=1 ClusterAsX=0.14819 ClusterAsY=0.0537229 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.9677 ShowerShape=5886.82 CaloNeutralEcal=1424.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928202 CaloNeutralID=33574 CaloNeutralE19=0.633559 CaloClusterCode=93 CaloClusterFrac=1.01451 IsPhoton=1 IsNotH=0.307484 IsPhotonXGB=1 ClusterAsX=-0.128977 ClusterAsY=0.111043 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.3441 ShowerShape=1625.19 CaloNeutralEcal=9674.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.734531 CaloNeutralID=43492 CaloNeutralE19=0.28756 CaloClusterCode=91 CaloClusterFrac=0.99705 IsPhoton=1 IsNotH=0.00208081 IsPhotonXGB=1 ClusterAsX=0.140467 ClusterAsY=-0.195625 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=83.5113 ShowerShape=2322.53 CaloNeutralEcal=1793.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924528 CaloNeutralID=39875 CaloNeutralE19=0.481566 CaloClusterCode=-93 CaloClusterFrac=1.01798 IsPhoton=1 IsNotH=0.520508 IsPhotonXGB=1 ClusterAsX=-0.417664 ClusterAsY=0.112195 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=95.2496 ShowerShape=1387.4 CaloNeutralEcal=1743.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927509 CaloNeutralID=37754 CaloNeutralE19=0.737351 CaloClusterCode=-93 CaloClusterFrac=1.00181 IsPhoton=1 IsNotH=0.833866 IsPhotonXGB=1 ClusterAsX=-0.042875 ClusterAsY=0.0865968 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.6825 ShowerShape=9860.99 CaloNeutralEcal=1210.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786821 CaloNeutralID=35063 CaloNeutralE19=0.546746 CaloClusterCode=-95 CaloClusterFrac=1.00832 IsPhoton=1 IsNotH=0.121269 IsPhotonXGB=1 ClusterAsX=-0.00400038 ClusterAsY=-0.0503804 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.799 ShowerShape=3217.59 CaloNeutralEcal=3022.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.785628 CaloNeutralID=39962 CaloNeutralE19=0.362035 CaloClusterCode=-97 CaloClusterFrac=0.971592 IsPhoton=1 IsNotH=0.015755 IsPhotonXGB=1 ClusterAsX=-0.173649 ClusterAsY=0.200312 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.0801 ShowerShape=3740.98 CaloNeutralEcal=2720.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.764863 CaloNeutralID=38386 CaloNeutralE19=0.278991 CaloClusterCode=-93 CaloClusterFrac=1.02321 IsPhoton=1 IsNotH=0.0235233 IsPhotonXGB=1 ClusterAsX=-0.44099 ClusterAsY=-0.0628229 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=164.82 ShowerShape=13741.8 CaloNeutralEcal=1026.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.690114 CaloNeutralID=35956 CaloNeutralE19=0.393916 CaloClusterCode=92 CaloClusterFrac=0.999934 IsPhoton=1 IsNotH=0.00909221 IsPhotonXGB=1 ClusterAsX=0.146786 ClusterAsY=-0.174906 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=180.916 ShowerShape=13526.8 CaloNeutralEcal=756.248 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.814233 CaloNeutralID=36343 CaloNeutralE19=0.339777 CaloClusterCode=-90 CaloClusterFrac=0.901407 IsPhoton=1 IsNotH=0.0261927 IsPhotonXGB=1 ClusterAsX=-0.413027 ClusterAsY=-0.134438 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.5682 ShowerShape=9921.49 CaloNeutralEcal=1621.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93677 CaloNeutralID=33760 CaloNeutralE19=0.79898 CaloClusterCode=-93 CaloClusterFrac=1.00827 IsPhoton=1 IsNotH=0.739448 IsPhotonXGB=1 ClusterAsX=-0.0515401 ClusterAsY=0.0860639 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.2087 ShowerShape=1889.67 CaloNeutralEcal=7881.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.752934 CaloNeutralID=43553 CaloNeutralE19=0.346272 CaloClusterCode=-91 CaloClusterFrac=0.866059 IsPhoton=1 IsNotH=0.00483071 IsPhotonXGB=1 ClusterAsX=0.0288035 ClusterAsY=-0.270706 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=230.233 ShowerShape=7861.87 CaloNeutralEcal=1245.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91043 CaloNeutralID=33621 CaloNeutralE19=0.526996 CaloClusterCode=91 CaloClusterFrac=0.99928 IsPhoton=1 IsNotH=0.351651 IsPhotonXGB=1 ClusterAsX=-0.041864 ClusterAsY=-0.296861 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=740.464 ShowerShape=3627.97 CaloNeutralEcal=1215.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935149 CaloNeutralID=36198 CaloNeutralE19=0.764884 CaloClusterCode=-97 CaloClusterFrac=1.0362 IsPhoton=1 IsNotH=0.693041 IsPhotonXGB=1 ClusterAsX=-0.00779407 ClusterAsY=0.0950751 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=117.262 ShowerShape=8081.19 CaloNeutralEcal=1356.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957492 CaloNeutralID=35796 CaloNeutralE19=0.845491 CaloClusterCode=-91 CaloClusterFrac=1.0081 IsPhoton=1 IsNotH=0.855569 IsPhotonXGB=1 ClusterAsX=0.0607119 ClusterAsY=-0.0645096 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.0877 ShowerShape=7653.46 CaloNeutralEcal=1154.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830587 CaloNeutralID=34806 CaloNeutralE19=0.610526 CaloClusterCode=-95 CaloClusterFrac=0.999858 IsPhoton=1 IsNotH=0.131638 IsPhotonXGB=1 ClusterAsX=0.182709 ClusterAsY=-0.0129002 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.5674 ShowerShape=1526.4 CaloNeutralEcal=8008.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758457 CaloNeutralID=43615 CaloNeutralE19=0.471848 CaloClusterCode=-95 CaloClusterFrac=0.999453 IsPhoton=1 IsNotH=0.0590446 IsPhotonXGB=1 ClusterAsX=0.213897 ClusterAsY=-0.0528604 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.4557 ShowerShape=2123.06 CaloNeutralEcal=4667.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.686579 CaloNeutralID=42020 CaloNeutralE19=0.25582 CaloClusterCode=95 CaloClusterFrac=0.997767 IsPhoton=1 IsNotH=0.00171237 IsPhotonXGB=1 ClusterAsX=0.14403 ClusterAsY=0.226848 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.126 ShowerShape=970.29 CaloNeutralEcal=10509.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853691 CaloNeutralID=42591 CaloNeutralE19=0.409239 CaloClusterCode=-63 CaloClusterFrac=0.916348 IsPhoton=1 IsNotH=0.00653717 IsPhotonXGB=1 ClusterAsX=-0.211454 ClusterAsY=-0.151168 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.3761 ShowerShape=4502 CaloNeutralEcal=1703.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800061 CaloNeutralID=39541 CaloNeutralE19=0.636111 CaloClusterCode=-97 CaloClusterFrac=0.798601 IsPhoton=1 IsNotH=0.221601 IsPhotonXGB=1 ClusterAsX=0.0853919 ClusterAsY=0.0174602 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.1986 ShowerShape=11257.1 CaloNeutralEcal=862.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898633 CaloNeutralID=35588 CaloNeutralE19=0.320471 CaloClusterCode=-92 CaloClusterFrac=1.00467 IsPhoton=1 IsNotH=0.0139813 IsPhotonXGB=1 ClusterAsX=0.491311 ClusterAsY=-0.310037 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.933 ShowerShape=1913.04 CaloNeutralEcal=5024.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.755904 CaloNeutralID=42077 CaloNeutralE19=0.481546 CaloClusterCode=96 CaloClusterFrac=0.999811 IsPhoton=1 IsNotH=0.0363252 IsPhotonXGB=1 ClusterAsX=-0.215705 ClusterAsY=0.102423 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.9406 ShowerShape=1459.58 CaloNeutralEcal=5141.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.745313 CaloNeutralID=42389 CaloNeutralE19=0.402706 CaloClusterCode=-96 CaloClusterFrac=0.999731 IsPhoton=1 IsNotH=0.0291776 IsPhotonXGB=1 ClusterAsX=-0.0147189 ClusterAsY=0.278714 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=51.558 ShowerShape=13036.8 CaloNeutralEcal=684.494 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930316 CaloNeutralID=33282 CaloNeutralE19=0.329493 CaloClusterCode=93 CaloClusterFrac=1.01765 IsPhoton=1 IsNotH=0.0825507 IsPhotonXGB=1 ClusterAsX=-0.3222 ClusterAsY=0.306415 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=404.199 ShowerShape=7824.38 CaloNeutralEcal=735.372 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946623 CaloNeutralID=33161 CaloNeutralE19=0.421147 CaloClusterCode=67 IsPhoton=1 IsNotH=0.124965 IsPhotonXGB=1 ClusterAsX=0.0964045 ClusterAsY=0.551762 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=63.2694 ShowerShape=1405.28 CaloNeutralEcal=2276.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923181 CaloNeutralID=37736 CaloNeutralE19=0.718229 CaloClusterCode=-96 CaloClusterFrac=1.00908 IsPhoton=1 IsNotH=0.884961 IsPhotonXGB=1 ClusterAsX=-0.185512 ClusterAsY=0.0799395 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.3138 ShowerShape=16025.1 CaloNeutralEcal=1834.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903362 CaloNeutralID=35617 CaloNeutralE19=0.804852 CaloClusterCode=-92 CaloClusterFrac=1.00433 IsPhoton=1 IsNotH=0.804167 IsPhotonXGB=1 ClusterAsX=0.0324591 ClusterAsY=-0.0414434 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.3256 ShowerShape=4438.58 CaloNeutralEcal=2973.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.739338 CaloNeutralID=39905 CaloNeutralE19=0.328088 CaloClusterCode=-90 CaloClusterFrac=1.0154 IsPhoton=1 IsNotH=0.00431947 IsPhotonXGB=1 ClusterAsX=-0.0356682 ClusterAsY=-0.268531 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.4372 ShowerShape=15839.6 CaloNeutralEcal=1476.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833062 CaloNeutralID=33944 CaloNeutralE19=0.475162 CaloClusterCode=-97 CaloClusterFrac=0.999945 IsPhoton=1 IsNotH=0.0743426 IsPhotonXGB=1 ClusterAsX=0.201039 ClusterAsY=0.103757 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.7378 ShowerShape=1426.67 CaloNeutralEcal=3522.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.760895 CaloNeutralID=42258 CaloNeutralE19=0.511021 CaloClusterCode=-95 CaloClusterFrac=0.924026 IsPhoton=1 IsNotH=0.0170792 IsPhotonXGB=1 ClusterAsX=0.000730319 ClusterAsY=-0.141732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.2655 ShowerShape=7567.68 CaloNeutralEcal=981.718 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973062 CaloNeutralID=34036 CaloNeutralE19=0.528413 CaloClusterCode=-95 CaloClusterFrac=1.02939 IsPhoton=1 IsNotH=0.377209 IsPhotonXGB=1 ClusterAsX=0.364877 ClusterAsY=-0.101539 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=924.058 ShowerShape=2992.46 CaloNeutralEcal=712.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.01069 CaloNeutralID=36427 CaloNeutralE19=0.873435 CaloClusterCode=61 IsPhoton=1 IsNotH=0.814889 IsPhotonXGB=1 ClusterAsX=0.0417687 ClusterAsY=-0.13716 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.0564 ShowerShape=4075.28 CaloNeutralEcal=1819 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.883808 CaloNeutralID=39669 CaloNeutralE19=0.489612 CaloClusterCode=-91 CaloClusterFrac=1.005 IsPhoton=1 IsNotH=0.2839 IsPhotonXGB=1 ClusterAsX=0.124939 ClusterAsY=-0.310316 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=56.5866 ShowerShape=4213.56 CaloNeutralEcal=2198.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991551 CaloNeutralID=40155 CaloNeutralE19=0.921894 CaloClusterCode=60 CaloClusterFrac=1.00591 IsPhoton=1 IsNotH=0.957803 IsPhotonXGB=1 ClusterAsX=0.00706345 ClusterAsY=0.136961 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.1901 ShowerShape=5168.1 CaloNeutralEcal=1610.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8529 CaloNeutralID=39301 CaloNeutralE19=0.398447 CaloClusterCode=97 CaloClusterFrac=1.00486 IsPhoton=1 IsNotH=0.102677 IsPhotonXGB=1 ClusterAsX=0.256331 ClusterAsY=0.202612 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.48185 ShowerShape=8858.97 CaloNeutralEcal=2205.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890759 CaloNeutralID=39052 CaloNeutralE19=0.45493 CaloClusterCode=96 CaloClusterFrac=1.00471 IsPhoton=1 IsNotH=0.096513 IsPhotonXGB=1 ClusterAsX=-0.3267 ClusterAsY=0.205919 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=45.0501 ShowerShape=2237.49 CaloNeutralEcal=1402.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952198 CaloNeutralID=40183 CaloNeutralE19=0.661029 CaloClusterCode=63 CaloClusterFrac=0.9998 IsPhoton=1 IsNotH=0.712767 IsPhotonXGB=1 ClusterAsX=-0.217066 ClusterAsY=0.114193 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=78.2643 ShowerShape=1199.23 CaloNeutralEcal=2749.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805456 CaloNeutralID=44048 CaloNeutralE19=0.378364 CaloClusterCode=93 CaloClusterFrac=0.999618 IsPhoton=1 IsNotH=0.056166 IsPhotonXGB=1 ClusterAsX=-0.405595 ClusterAsY=0.0875209 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=81.3707 ShowerShape=14511.2 CaloNeutralEcal=979.584 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.695035 CaloNeutralID=36189 CaloNeutralE19=0.327408 CaloClusterCode=-91 CaloClusterFrac=1.00474 IsPhoton=1 IsNotH=0.0158533 IsPhotonXGB=1 ClusterAsX=0.154318 ClusterAsY=-0.112807 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.7955 ShowerShape=7259.58 CaloNeutralEcal=567.577 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.839057 CaloNeutralID=36345 CaloNeutralE19=0.636559 CaloClusterCode=-91 CaloClusterFrac=0.910921 IsPhoton=1 IsNotH=0.0897384 IsPhotonXGB=1 ClusterAsX=-0.0995273 ClusterAsY=-0.0350771 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.65049 ShowerShape=1807.46 CaloNeutralEcal=1374.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894817 CaloNeutralID=37945 CaloNeutralE19=0.62201 CaloClusterCode=93 CaloClusterFrac=0.996406 IsPhoton=1 IsNotH=0.536579 IsPhotonXGB=1 ClusterAsX=-0.173118 ClusterAsY=-0.117273 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.4669 ShowerShape=2987.88 CaloNeutralEcal=2322.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973493 CaloNeutralID=37797 CaloNeutralE19=0.662377 CaloClusterCode=93 CaloClusterFrac=1.04828 IsPhoton=1 IsNotH=0.80855 IsPhotonXGB=1 ClusterAsX=-0.257564 ClusterAsY=0.0343456 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.5353 ShowerShape=12271 CaloNeutralEcal=1050.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915756 CaloNeutralID=33770 CaloNeutralE19=0.318272 CaloClusterCode=97 CaloClusterFrac=0.99997 IsPhoton=1 IsNotH=0.0288707 IsPhotonXGB=1 ClusterAsX=0.321739 ClusterAsY=0.451622 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.6234 ShowerShape=1550.97 CaloNeutralEcal=2343.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.692147 CaloNeutralID=43914 CaloNeutralE19=0.324638 CaloClusterCode=-93 CaloClusterFrac=0.999093 IsPhoton=1 IsNotH=0.00770352 IsPhotonXGB=1 ClusterAsX=0.0324655 ClusterAsY=-0.251866 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.0302 ShowerShape=1166.96 CaloNeutralEcal=2791.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867864 CaloNeutralID=42611 CaloNeutralE19=0.449745 CaloClusterCode=97 CaloClusterFrac=0.980242 IsPhoton=1 IsNotH=0.826641 IsPhotonXGB=1 ClusterAsX=-0.0638246 ClusterAsY=0.381183 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.24422 ShowerShape=4699.51 CaloNeutralEcal=2353.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827091 CaloNeutralID=37989 CaloNeutralE19=0.3725 CaloClusterCode=-97 CaloClusterFrac=0.938348 IsPhoton=1 IsNotH=0.0284703 IsPhotonXGB=1 ClusterAsX=0.164632 ClusterAsY=0.192712 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.48 ShowerShape=2209.75 CaloNeutralEcal=2218.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920953 CaloNeutralID=44108 CaloNeutralE19=0.765422 CaloClusterCode=61 CaloClusterFrac=0.998461 IsPhoton=1 IsNotH=0.917767 IsPhotonXGB=1 ClusterAsX=0.088432 ClusterAsY=0.234043 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.62595 ShowerShape=3036.94 CaloNeutralEcal=1900 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827223 CaloNeutralID=40042 CaloNeutralE19=0.301149 CaloClusterCode=93 CaloClusterFrac=1.01857 IsPhoton=1 IsNotH=0.0427698 IsPhotonXGB=1 ClusterAsX=-0.408746 ClusterAsY=0.235291 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=259.481 ShowerShape=7792.08 CaloNeutralEcal=904.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.883229 CaloNeutralID=36065 CaloNeutralE19=0.598899 CaloClusterCode=-91 CaloClusterFrac=0.923495 IsPhoton=1 IsNotH=0.0718763 IsPhotonXGB=1 ClusterAsX=-0.0477113 ClusterAsY=-0.242986 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.1633 ShowerShape=1671.99 CaloNeutralEcal=3048.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819109 CaloNeutralID=42385 CaloNeutralE19=0.573855 CaloClusterCode=-96 CaloClusterFrac=0.935921 IsPhoton=1 IsNotH=0.239275 IsPhotonXGB=1 ClusterAsX=-0.159932 ClusterAsY=0.0836592 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.8389 ShowerShape=4029.71 CaloNeutralEcal=1428.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.663413 CaloNeutralID=40017 CaloNeutralE19=0.329111 CaloClusterCode=-97 CaloClusterFrac=0.876628 IsPhoton=1 IsNotH=0.00113024 IsPhotonXGB=1 ClusterAsX=0.0728392 ClusterAsY=0.0766652 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.7666 ShowerShape=2698.34 CaloNeutralEcal=1329.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790892 CaloNeutralID=37707 CaloNeutralE19=0.447207 CaloClusterCode=-97 CaloClusterFrac=0.991922 IsPhoton=1 IsNotH=0.0218515 IsPhotonXGB=1 ClusterAsX=-0.0276642 ClusterAsY=0.249025 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.6674 ShowerShape=3254.6 CaloNeutralEcal=2139.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.747657 CaloNeutralID=37992 CaloNeutralE19=0.379868 CaloClusterCode=-95 CaloClusterFrac=0.995927 IsPhoton=1 IsNotH=0.0105542 IsPhotonXGB=1 ClusterAsX=0.168027 ClusterAsY=0.196177 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=70.8307 ShowerShape=2686.69 CaloNeutralEcal=1762.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88323 CaloNeutralID=37845 CaloNeutralE19=0.572062 CaloClusterCode=93 CaloClusterFrac=1.01251 IsPhoton=1 IsNotH=0.368363 IsPhotonXGB=1 ClusterAsX=-0.245238 ClusterAsY=0.0891097 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.3291 ShowerShape=9438.83 CaloNeutralEcal=646.396 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918074 CaloNeutralID=35640 CaloNeutralE19=0.460071 CaloClusterCode=90 CaloClusterFrac=1.03138 IsPhoton=1 IsNotH=0.0598977 IsPhotonXGB=1 ClusterAsX=-0.238711 ClusterAsY=-0.365428 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.8259 ShowerShape=2894.18 CaloNeutralEcal=2110.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.759741 CaloNeutralID=38051 CaloNeutralE19=0.351659 CaloClusterCode=-93 CaloClusterFrac=0.928708 IsPhoton=1 IsNotH=0.0107304 IsPhotonXGB=1 ClusterAsX=-0.220261 ClusterAsY=0.14891 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=76.5165 ShowerShape=2280.6 CaloNeutralEcal=1304.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855771 CaloNeutralID=40076 CaloNeutralE19=0.340835 CaloClusterCode=91 CaloClusterFrac=1.10282 IsPhoton=1 IsNotH=0.114789 IsPhotonXGB=1 ClusterAsX=0.0868167 ClusterAsY=-0.561858 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.9971 ShowerShape=6264.85 CaloNeutralEcal=599.507 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928768 CaloNeutralID=35720 CaloNeutralE19=0.698681 CaloClusterCode=-96 CaloClusterFrac=1.01547 IsPhoton=1 IsNotH=0.304777 IsPhotonXGB=1 ClusterAsX=-0.218073 ClusterAsY=0.123996 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=127.816 ShowerShape=6718.56 CaloNeutralEcal=523.277 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966268 CaloNeutralID=36103 CaloNeutralE19=0.524808 CaloClusterCode=91 CaloClusterFrac=1.01526 IsPhoton=1 IsNotH=0.412632 IsPhotonXGB=1 ClusterAsX=0.0631697 ClusterAsY=-0.396104 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.7115 ShowerShape=3425.53 CaloNeutralEcal=869.904 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929725 CaloNeutralID=40004 CaloNeutralE19=0.390691 CaloClusterCode=-93 CaloClusterFrac=0.93213 IsPhoton=1 IsNotH=0.273945 IsPhotonXGB=1 ClusterAsX=-0.361795 ClusterAsY=0.161788 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.8248 ShowerShape=1566.82 CaloNeutralEcal=1958.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.764941 CaloNeutralID=43573 CaloNeutralE19=0.432724 CaloClusterCode=97 CaloClusterFrac=1.00424 IsPhoton=1 IsNotH=0.0438 IsPhotonXGB=1 ClusterAsX=-0.10993 ClusterAsY=0.0363539 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=211.944 ShowerShape=9568.96 CaloNeutralEcal=624.074 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869406 CaloNeutralID=36251 CaloNeutralE19=0.551544 CaloClusterCode=-97 CaloClusterFrac=0.939016 IsPhoton=1 IsNotH=0.0646222 IsPhotonXGB=1 ClusterAsX=-0.0562329 ClusterAsY=0.105135 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=89.1853 ShowerShape=2315.82 CaloNeutralEcal=1019.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.840567 CaloNeutralID=39943 CaloNeutralE19=0.363759 CaloClusterCode=91 CaloClusterFrac=1.00712 IsPhoton=1 IsNotH=0.0411841 IsPhotonXGB=1 ClusterAsX=-0.100903 ClusterAsY=-0.257856 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.8145 ShowerShape=1525.65 CaloNeutralEcal=1744.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.04919 CaloNeutralID=44146 CaloNeutralE19=0.640879 CaloClusterCode=62 IsPhoton=1 IsNotH=0.78029 IsPhotonXGB=1 ClusterAsX=0.392624 ClusterAsY=0.244852 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.855 ShowerShape=1721.42 CaloNeutralEcal=1541.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953432 CaloNeutralID=44087 CaloNeutralE19=0.68102 CaloClusterCode=63 IsPhoton=1 IsNotH=0.782575 IsPhotonXGB=1 ClusterAsX=-0.0427249 ClusterAsY=0.0162059 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=108.653 ShowerShape=15192.2 CaloNeutralEcal=681.515 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.757221 CaloNeutralID=36192 CaloNeutralE19=0.412898 CaloClusterCode=-98 CaloClusterFrac=0.976968 IsPhoton=1 IsNotH=0.00977975 IsPhotonXGB=1 ClusterAsX=0.12966 ClusterAsY=0.182333 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.0713 ShowerShape=3295.83 CaloNeutralEcal=1803.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.723334 CaloNeutralID=39900 CaloNeutralE19=0.456649 CaloClusterCode=-90 CaloClusterFrac=0.999721 IsPhoton=1 IsNotH=0.00946138 IsPhotonXGB=1 ClusterAsX=0.00373401 ClusterAsY=-0.169461 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.99055 ShowerShape=939.975 CaloNeutralEcal=1295.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873132 CaloNeutralID=41910 CaloNeutralE19=0.499351 CaloClusterCode=-67 CaloClusterFrac=0.836692 IsPhoton=1 IsNotH=0.0522742 IsPhotonXGB=1 ClusterAsX=-0.0839672 ClusterAsY=0.305847 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.8243 ShowerShape=8577.12 CaloNeutralEcal=473.005 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952992 CaloNeutralID=34688 CaloNeutralE19=0.458938 CaloClusterCode=62 CaloClusterFrac=0.999798 IsPhoton=1 IsNotH=0.0406312 IsPhotonXGB=1 ClusterAsX=0.430642 ClusterAsY=-0.390499 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.1286 ShowerShape=13093.9 CaloNeutralEcal=1248.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939619 CaloNeutralID=34149 CaloNeutralE19=0.528486 CaloClusterCode=61 CaloClusterFrac=0.999984 IsPhoton=1 IsNotH=0.408622 IsPhotonXGB=1 ClusterAsX=0.0116544 ClusterAsY=-0.393316 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=63.3044 ShowerShape=10881.9 CaloNeutralEcal=597.477 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835451 CaloNeutralID=33868 CaloNeutralE19=0.73586 CaloClusterCode=92 CaloClusterFrac=0.999163 IsPhoton=1 IsNotH=0.48738 IsPhotonXGB=1 ClusterAsX=0.0471314 ClusterAsY=-0.0379157 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=135.421 ShowerShape=4878.24 CaloNeutralEcal=627.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898748 CaloNeutralID=35888 CaloNeutralE19=0.784981 CaloClusterCode=90 CaloClusterFrac=1.01662 IsPhoton=1 IsNotH=0.759679 IsPhotonXGB=1 ClusterAsX=-0.0390607 ClusterAsY=0.0584016 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.5864 ShowerShape=15308.9 CaloNeutralEcal=875.027 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.895502 CaloNeutralID=34091 CaloNeutralE19=0.647137 CaloClusterCode=96 CaloClusterFrac=1.00721 IsPhoton=1 IsNotH=0.184869 IsPhotonXGB=1 ClusterAsX=-0.112308 ClusterAsY=0.204476 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=353.158 ShowerShape=2693.55 CaloNeutralEcal=904.551 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958697 CaloNeutralID=35689 CaloNeutralE19=0.845109 CaloClusterCode=91 CaloClusterFrac=1.06432 IsPhoton=1 IsNotH=0.828365 IsPhotonXGB=1 ClusterAsX=0.0101776 ClusterAsY=-0.0858837 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.9469 ShowerShape=3789.2 CaloNeutralEcal=1628.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805382 CaloNeutralID=39972 CaloNeutralE19=0.490923 CaloClusterCode=-91 CaloClusterFrac=1.00378 IsPhoton=1 IsNotH=0.0307193 IsPhotonXGB=1 ClusterAsX=-0.0555241 ClusterAsY=-0.179879 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=810.503 ShowerShape=2476.6 CaloNeutralEcal=579.478 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33184 CaloNeutralE19=0.934068 CaloClusterCode=63 CaloClusterFrac=1.04848 IsPhoton=1 IsNotH=0.870052 IsPhotonXGB=1 ClusterAsX=-0.065943 ClusterAsY=0.0126855 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.5132 ShowerShape=1210.53 CaloNeutralEcal=5513.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.794229 CaloNeutralID=43420 CaloNeutralE19=0.426204 CaloClusterCode=68 CaloClusterFrac=0.999527 IsPhoton=1 IsNotH=0.0305513 IsPhotonXGB=1 ClusterAsX=0.0173565 ClusterAsY=0.38561 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=819.619 ShowerShape=3761.47 CaloNeutralEcal=501.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970979 CaloNeutralID=33179 CaloNeutralE19=0.831882 CaloClusterCode=68 IsPhoton=1 IsNotH=0.806345 IsPhotonXGB=1 ClusterAsX=0.0715089 ClusterAsY=0.139863 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.866 ShowerShape=3077.96 CaloNeutralEcal=1133.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.687931 CaloNeutralID=39306 CaloNeutralE19=0.461829 CaloClusterCode=-93 CaloClusterFrac=1.00838 IsPhoton=1 IsNotH=0.0148756 IsPhotonXGB=1 ClusterAsX=0.00290525 ClusterAsY=-0.00538617 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.5083 ShowerShape=4980.77 CaloNeutralEcal=803.909 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904064 CaloNeutralID=35671 CaloNeutralE19=0.782492 CaloClusterCode=97 CaloClusterFrac=1.02915 IsPhoton=1 IsNotH=0.796425 IsPhotonXGB=1 ClusterAsX=0.0228997 ClusterAsY=0.0707818 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=458.812 ShowerShape=6878.66 CaloNeutralEcal=521.331 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.879503 CaloNeutralID=33239 CaloNeutralE19=0.530097 CaloClusterCode=97 CaloClusterFrac=1.06774 IsPhoton=1 IsNotH=0.22595 IsPhotonXGB=1 ClusterAsX=0.0278477 ClusterAsY=0.235572 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.0682 ShowerShape=2147.73 CaloNeutralEcal=2204.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805669 CaloNeutralID=42009 CaloNeutralE19=0.54211 CaloClusterCode=91 CaloClusterFrac=1.00755 IsPhoton=1 IsNotH=0.174758 IsPhotonXGB=1 ClusterAsX=0.0284339 ClusterAsY=-0.208192 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.9913 ShowerShape=2239.5 CaloNeutralEcal=2413.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.825966 CaloNeutralID=42346 CaloNeutralE19=0.427078 CaloClusterCode=90 CaloClusterFrac=0.990866 IsPhoton=1 IsNotH=0.0178855 IsPhotonXGB=1 ClusterAsX=-0.180428 ClusterAsY=-0.22514 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.94547 ShowerShape=4147.55 CaloNeutralEcal=711.997 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.782681 CaloNeutralID=38909 CaloNeutralE19=0.521384 CaloClusterCode=-90 CaloClusterFrac=0.867803 IsPhoton=1 IsNotH=0.0145 IsPhotonXGB=1 ClusterAsX=-0.0818258 ClusterAsY=-0.0947956 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.298 ShowerShape=8367.61 CaloNeutralEcal=440.306 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89054 CaloNeutralID=35979 CaloNeutralE19=0.597094 CaloClusterCode=92 CaloClusterFrac=1.02079 IsPhoton=1 IsNotH=0.0855869 IsPhotonXGB=1 ClusterAsX=0.130823 ClusterAsY=-0.279563 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=173.309 ShowerShape=2744.38 CaloNeutralEcal=360.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.98369 CaloNeutralID=34239 CaloNeutralE19=0.907882 CaloClusterCode=61 CaloClusterFrac=1.01112 IsPhoton=1 IsNotH=0.887784 IsPhotonXGB=1 ClusterAsX=-0.0328971 ClusterAsY=-0.0429804 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.96822 ShowerShape=8941.98 CaloNeutralEcal=386.554 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915073 CaloNeutralID=35009 CaloNeutralE19=0.626397 CaloClusterCode=-97 CaloClusterFrac=1.06079 IsPhoton=1 IsNotH=0.351336 IsPhotonXGB=1 ClusterAsX=0.116321 ClusterAsY=0.270047 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=101.22 ShowerShape=4294.12 CaloNeutralEcal=336.494 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=35071 CaloNeutralE19=0.702051 CaloClusterCode=-63 CaloClusterFrac=0.992971 IsPhoton=1 IsNotH=0.59096 IsPhotonXGB=1 ClusterAsX=-0.286585 ClusterAsY=-0.0364408 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=104.125 ShowerShape=4643.86 CaloNeutralEcal=371.282 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.926387 CaloNeutralID=33483 CaloNeutralE19=0.76802 CaloClusterCode=-96 CaloClusterFrac=1.03708 IsPhoton=1 IsNotH=0.64334 IsPhotonXGB=1 ClusterAsX=-0.148176 ClusterAsY=0.040731 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.1621 ShowerShape=6898.24 CaloNeutralEcal=444.782 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958165 CaloNeutralID=34055 CaloNeutralE19=0.727889 CaloClusterCode=-96 CaloClusterFrac=1.1767 IsPhoton=1 IsNotH=0.597663 IsPhotonXGB=1 ClusterAsX=-0.188447 ClusterAsY=0.215443 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=298.866 ShowerShape=4648.3 CaloNeutralEcal=291.271 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951098 CaloNeutralID=35839 CaloNeutralE19=0.847486 CaloClusterCode=-60 CaloClusterFrac=1.05678 IsPhoton=1 IsNotH=0.575894 IsPhotonXGB=1 ClusterAsX=-0.13358 ClusterAsY=-0.0549482 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=397.467 ShowerShape=5611.9 CaloNeutralEcal=400.075 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971859 CaloNeutralID=36067 CaloNeutralE19=0.717226 CaloClusterCode=-90 CaloClusterFrac=0.884726 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.18498 ClusterAsY=-0.218259 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=324.397 ShowerShape=3360.97 CaloNeutralEcal=417.316 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931903 CaloNeutralID=35925 CaloNeutralE19=0.841779 CaloClusterCode=-91 CaloClusterFrac=0.993071 IsPhoton=1 IsNotH=0.73617 IsPhotonXGB=1 ClusterAsX=-0.040395 ClusterAsY=0.00393728 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=912.587 ShowerShape=5496.96 CaloNeutralEcal=323.792 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.895597 CaloNeutralID=33231 CaloNeutralE19=0.770408 CaloClusterCode=98 CaloClusterFrac=1.11635 IsPhoton=1 IsNotH=0.571558 IsPhotonXGB=1 ClusterAsX=-0.068263 ClusterAsY=0.109512 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0505244 ShowerShape=1053.07 CaloNeutralEcal=21638.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.7885 CaloNeutralID=43190 CaloNeutralE19=0.546623 CaloClusterCode=98 CaloClusterFrac=0.597119 ClusterAsX=0.190578 ClusterAsY=-0.0202334 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0505244 ShowerShape=1528.81 CaloNeutralEcal=23181.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.701202 CaloNeutralID=43189 CaloNeutralE19=0.385345 CaloClusterCode=96 CaloClusterFrac=0.579928 ClusterAsX=-0.243575 ClusterAsY=-0.0430648 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.53211 ShowerShape=7722.99 CaloNeutralEcal=4305.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944548 CaloNeutralID=34380 CaloNeutralE19=0.809465 CaloClusterCode=92 CaloClusterFrac=0.387374 ClusterAsX=0.744062 ClusterAsY=-0.765343 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.53211 ShowerShape=4827.36 CaloNeutralEcal=6790.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980589 CaloNeutralID=34444 CaloNeutralE19=0.441147 CaloClusterCode=61 CaloClusterFrac=0.880779 ClusterAsX=0.0392644 ClusterAsY=-0.540929 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.241541 ShowerShape=9433.65 CaloNeutralEcal=5991.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.843135 CaloNeutralID=34812 CaloNeutralE19=0.559844 CaloClusterCode=96 CaloClusterFrac=0.743317 ClusterAsX=-0.2573 ClusterAsY=0.152346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.241541 ShowerShape=9993.72 CaloNeutralEcal=2173.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835562 CaloNeutralID=34813 CaloNeutralE19=0.601527 CaloClusterCode=83 CaloClusterFrac=0.347499 ClusterAsX=-0.409635 ClusterAsY=-0.115077 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.30618 ShowerShape=1689.72 CaloNeutralEcal=9596.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852301 CaloNeutralID=38150 CaloNeutralE19=0.671742 CaloClusterCode=93 CaloClusterFrac=0.623253 ClusterAsX=-0.14078 ClusterAsY=0.0255313 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.30618 ShowerShape=1724 CaloNeutralEcal=8130.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884403 CaloNeutralID=38149 CaloNeutralE19=0.668481 CaloClusterCode=93 CaloClusterFrac=0.475492 ClusterAsX=-0.263538 ClusterAsY=0.000159926 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.684373 ShowerShape=1170.97 CaloNeutralEcal=9670.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94218 CaloNeutralID=37954 CaloNeutralE19=0.73253 CaloClusterCode=93 CaloClusterFrac=0.772156 ClusterAsX=-0.202146 ClusterAsY=-0.0311177 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.684373 ShowerShape=1777.82 CaloNeutralEcal=3157.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.857434 CaloNeutralID=37955 CaloNeutralE19=0.684634 CaloClusterCode=91 CaloClusterFrac=0.290809 ClusterAsX=-0.00781611 ClusterAsY=-0.142369 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.419912 ShowerShape=7573.34 CaloNeutralEcal=7309.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852982 CaloNeutralID=34506 CaloNeutralE19=0.625364 CaloClusterCode=97 CaloClusterFrac=0.804134 ClusterAsX=0.0551101 ClusterAsY=0.203923 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.419912 ShowerShape=10024.3 CaloNeutralEcal=2212.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.801716 CaloNeutralID=34441 CaloNeutralE19=0.438682 CaloClusterCode=97 CaloClusterFrac=0.305946 ClusterAsX=-0.0711813 ClusterAsY=0.259244 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.86996 ShowerShape=1251.88 CaloNeutralEcal=41062.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.788927 CaloNeutralID=42985 CaloNeutralE19=0.415891 CaloClusterCode=91 CaloClusterFrac=0.674023 ClusterAsX=-0.0280157 ClusterAsY=-0.31322 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.86996 ShowerShape=577.918 CaloNeutralEcal=19553.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=43048 CaloNeutralE19=0.488168 CaloClusterCode=45 CaloClusterFrac=0.505002 ClusterAsX=0.443639 ClusterAsY=-0.11686 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00594839 ShowerShape=7282.7 CaloNeutralEcal=6022.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.838849 CaloNeutralID=35336 CaloNeutralE19=0.594447 CaloClusterCode=91 CaloClusterFrac=0.763448 ClusterAsX=-0.0181245 ClusterAsY=-0.181421 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00594839 ShowerShape=8739.08 CaloNeutralEcal=2140.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867461 CaloNeutralID=35401 CaloNeutralE19=0.474626 CaloClusterCode=71 CaloClusterFrac=0.346332 ClusterAsX=-0.281837 ClusterAsY=-0.140319 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.59487 ShowerShape=3222 CaloNeutralEcal=4427.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944515 CaloNeutralID=34764 CaloNeutralE19=0.84001 CaloClusterCode=95 CaloClusterFrac=0.468511 ClusterAsX=0.0437546 ClusterAsY=-0.0452979 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.59487 ShowerShape=5549.63 CaloNeutralEcal=5331.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947601 CaloNeutralID=34828 CaloNeutralE19=0.48598 CaloClusterCode=75 CaloClusterFrac=0.550713 ClusterAsX=0.492821 ClusterAsY=0.0157044 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.87395 ShowerShape=639.364 CaloNeutralEcal=26837.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936533 CaloNeutralID=42151 CaloNeutralE19=0.697408 CaloClusterCode=98 CaloClusterFrac=0.776037 ClusterAsX=0.156571 ClusterAsY=0.14341 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.87395 ShowerShape=1208.19 CaloNeutralEcal=9886.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.804145 CaloNeutralID=42087 CaloNeutralE19=0.396245 CaloClusterCode=93 CaloClusterFrac=0.305024 ClusterAsX=-0.321445 ClusterAsY=-0.134941 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0498209 ShowerShape=2318.86 CaloNeutralEcal=7395.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980324 CaloNeutralID=35482 CaloNeutralE19=0.847231 CaloClusterCode=67 CaloClusterFrac=0.518831 ClusterAsX=-0.0306669 ClusterAsY=0.0962333 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0498209 ShowerShape=3709.49 CaloNeutralEcal=6850.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=35547 CaloNeutralE19=0.751509 CaloClusterCode=41 CaloClusterFrac=0.493784 ClusterAsX=-0.0481341 ClusterAsY=-0.210649 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.304222 ShowerShape=1237.86 CaloNeutralEcal=8782.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900087 CaloNeutralID=38596 CaloNeutralE19=0.698013 CaloClusterCode=91 CaloClusterFrac=0.692786 ClusterAsX=-0.119659 ClusterAsY=-0.0239179 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.304222 ShowerShape=2261.43 CaloNeutralEcal=4841.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.79614 CaloNeutralID=38661 CaloNeutralE19=0.553817 CaloClusterCode=83 CaloClusterFrac=0.409914 ClusterAsX=-0.0878974 ClusterAsY=-0.140635 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.98211 ShowerShape=10680.1 CaloNeutralEcal=6836.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.807422 CaloNeutralID=34674 CaloNeutralE19=0.544611 CaloClusterCode=90 CaloClusterFrac=0.725059 ClusterAsX=-0.197617 ClusterAsY=-0.212478 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.98211 ShowerShape=7467.75 CaloNeutralEcal=2586.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907682 CaloNeutralID=34675 CaloNeutralE19=0.521923 CaloClusterCode=61 CaloClusterFrac=0.343453 ClusterAsX=-0.159194 ClusterAsY=-0.243233 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0529858 ShowerShape=1908.76 CaloNeutralEcal=8366.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8191 CaloNeutralID=38791 CaloNeutralE19=0.5893 CaloClusterCode=97 CaloClusterFrac=0.600224 ClusterAsX=-0.037715 ClusterAsY=0.133561 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0529858 ShowerShape=1812.82 CaloNeutralEcal=5960.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925237 CaloNeutralID=38726 CaloNeutralE19=0.489155 CaloClusterCode=85 CaloClusterFrac=0.492384 ClusterAsX=0.287786 ClusterAsY=0.158675 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.730209 ShowerShape=8393.85 CaloNeutralEcal=6352.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893278 CaloNeutralID=34929 CaloNeutralE19=0.622772 CaloClusterCode=98 CaloClusterFrac=0.650954 ClusterAsX=0.172314 ClusterAsY=0.0596636 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.730209 ShowerShape=7327.88 CaloNeutralEcal=4270.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908183 CaloNeutralID=34865 CaloNeutralE19=0.513402 CaloClusterCode=83 CaloClusterFrac=0.405767 ClusterAsX=-0.206118 ClusterAsY=-0.175681 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=2.21433 ShowerShape=3528.03 CaloNeutralEcal=6632.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957386 CaloNeutralID=35548 CaloNeutralE19=0.86757 CaloClusterCode=98 CaloClusterFrac=0.491582 ClusterAsX=0.100957 ClusterAsY=0.0641102 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=2.21433 ShowerShape=3992.24 CaloNeutralEcal=6849.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.996685 CaloNeutralID=35547 CaloNeutralE19=0.751647 CaloClusterCode=61 CaloClusterFrac=0.535918 ClusterAsX=0.0270223 ClusterAsY=-0.232313 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=221.844 ShowerShape=2476.6 CaloNeutralEcal=6364.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982999 CaloNeutralID=33383 CaloNeutralE19=0.930934 CaloClusterCode=95 CaloClusterFrac=0.915107 ClusterAsX=0.0353673 ClusterAsY=-0.0171671 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=221.844 ShowerShape=8755 CaloNeutralEcal=657.609 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.870467 CaloNeutralID=33319 CaloNeutralE19=0.641901 CaloClusterCode=95 CaloClusterFrac=0.0942728 ClusterAsX=0.282498 ClusterAsY=0.0808559 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=2.51608 ShowerShape=1325.98 CaloNeutralEcal=9691.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982717 CaloNeutralID=39024 CaloNeutralE19=0.632861 CaloClusterCode=65 CaloClusterFrac=0.712572 ClusterAsX=0.314171 ClusterAsY=-0.121716 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=2.51608 ShowerShape=751.636 CaloNeutralEcal=3897.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=39088 CaloNeutralE19=0.808564 CaloClusterCode=45 CaloClusterFrac=0.31836 ClusterAsX=0.137627 ClusterAsY=-0.0821365 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.235278 ShowerShape=1543.63 CaloNeutralEcal=12005.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900646 CaloNeutralID=39853 CaloNeutralE19=0.647542 CaloClusterCode=97 CaloClusterFrac=0.748618 ClusterAsX=0.0223754 ClusterAsY=0.205613 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.235278 ShowerShape=1156.26 CaloNeutralEcal=4145.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878299 CaloNeutralID=39854 CaloNeutralE19=0.786171 CaloClusterCode=97 CaloClusterFrac=0.269602 ClusterAsX=-0.0179767 ClusterAsY=0.0400892 ] } -Printing ended -BrunelInit INFO Evt 4, Run 1, Nr. in job = 4 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-33.4019 RichDLLmu=-15.7224 RichDLLpi=0 RichDLLk=-37.2594 RichDLLp=-32.0894 RichPIDStatus=6115 RichDLLbt=-32.0894 RichDLLd=-32.0894 MuonMuLL=-0.0497156 MuonBkgLL=-1.54955 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=12.4639 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.775368 CaloElectronMatch=91.0558 CaloBremMatch=91.0558 CaloChargedEcal=6878.68 CaloChargedID=43693 CaloNeutralEcal=6878.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842444 CaloNeutralID=43693 CaloEcalE=4186.41 CaloHcalE=12651.2 CaloEcalChi2=91.0558 CaloBremChi2=254.624 CaloClusChi2=0.775368 CaloTrajectoryL=226.999 CaloEoverP=0.58976 EcalPIDe=2.29793 BremPIDe=-0.338337 HcalPIDe=-1.89687 HcalPIDmu=-2.56629 EcalPIDmu=-3.66112 TrackChi2PerDof=0.824919 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=12273.8 TrackPt=443.73 CombDLLe=-4.71952 CombDLLmu=-11.7016 CombDLLpi=0 CombDLLk=-37.2594 CombDLLp=-32.0894 CombDLLd=-30.5399 ProbNNe=1.19648e-07 ProbNNpi=0.998951 ProbNNk=1.54302e-05 ProbNNp=1.41421e-05 ProbNNghost=0.000379004 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=11.7169 RichDLLmu=-3.89482 RichDLLpi=0 RichDLLk=-2.52542 RichDLLp=-2.52542 RichPIDStatus=5025 RichDLLbt=-2.52542 RichDLLd=-2.52542 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.760965 CaloElectronMatch=17.6981 CaloBremMatch=17.6981 CaloChargedEcal=5043.17 CaloChargedID=34817 CaloNeutralEcal=5043.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.748367 CaloNeutralID=34817 CaloEcalE=3288.82 CaloEcalChi2=17.6981 CaloBremChi2=229.554 CaloClusChi2=0.760965 CaloTrajectoryL=121.268 CaloEoverP=1.59648 EcalPIDe=2.97947 BremPIDe=-0.417084 EcalPIDmu=-0.955845 TrackChi2PerDof=0.699697 TrackNumDof=44 TrackType=3 TrackHistory=30 TrackP=3248.87 TrackPt=139.062 CombDLLe=4.55615 CombDLLmu=-5.52062 CombDLLpi=0 CombDLLk=-2.52542 CombDLLp=-2.52542 CombDLLd=-2.52542 ProbNNe=0.992828 ProbNNpi=0.352728 ProbNNk=0.00351346 ProbNNp=0.0261251 ProbNNghost=0.710647 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.00101957 RichDLLmu=0.168241 RichDLLpi=0 RichDLLk=-2.21504 RichDLLp=-27.0525 RichPIDStatus=139234 RichDLLbt=-3.34457 RichDLLd=-7.68449 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.25525 CaloElectronMatch=8699.53 CaloBremMatch=542.814 CaloChargedEcal=21698.1 CaloChargedID=38862 CaloNeutralEcal=21698.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796931 CaloNeutralID=38862 CaloEcalE=1229.06 CaloHcalE=17360.4 CaloEcalChi2=8699.53 CaloBremChi2=239.015 CaloClusChi2=6.25525 CaloTrajectoryL=1582.31 CaloEoverP=0.318841 EcalPIDe=-3.51584 BremPIDe=0.536865 HcalPIDe=-2.78613 HcalPIDmu=-1.61307 EcalPIDmu=0.451354 TrackChi2PerDof=0.797701 TrackNumDof=43 TrackType=3 TrackHistory=32 TrackP=68568.9 TrackPt=4233.19 CombDLLe=-5.76528 CombDLLmu=-0.926272 CombDLLpi=0 CombDLLk=-2.21504 CombDLLp=-27.0525 CombDLLd=-7.68449 ProbNNe=2.98117e-06 ProbNNpi=0.863831 ProbNNk=0.00598218 ProbNNp=5.68352e-06 ProbNNghost=0.00497236 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.6791 RichDLLmu=-5.08836 RichDLLpi=0 RichDLLk=-0.515905 RichDLLp=-0.515905 RichPIDStatus=5027 RichDLLbt=-0.515905 RichDLLd=-0.515905 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0453954 CaloElectronMatch=278.143 CaloBremMatch=4.35437 CaloChargedEcal=4492.51 CaloChargedID=34765 CaloNeutralEcal=4492.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940019 CaloNeutralID=34765 CaloEcalE=3596.44 CaloHcalE=1435.39 CaloEcalChi2=278.143 CaloBremChi2=210.791 CaloClusChi2=0.0453954 CaloTrajectoryL=1700.52 CaloEoverP=0.503943 EcalPIDe=0.27519 BremPIDe=-0.00620699 HcalPIDe=-0.871136 HcalPIDmu=1.41053 EcalPIDmu=-3.04473 TrackChi2PerDof=0.889166 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=9123.09 TrackPt=622.695 CombDLLe=-2.58984 CombDLLmu=-7.01662 CombDLLpi=0 CombDLLk=-0.515905 CombDLLp=-0.515905 CombDLLd=-0.515905 ProbNNe=0.000285734 ProbNNpi=0.977762 ProbNNk=0.0151354 ProbNNp=0.0118657 ProbNNghost=0.0113582 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.33 RichDLLmu=-2.68564 RichDLLpi=0 RichDLLk=-1.96764 RichDLLp=-1.96764 RichPIDStatus=5027 RichDLLbt=-1.96764 RichDLLd=-1.96764 MuonMuLL=-0.0179603 MuonBkgLL=-0.418907 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=85.8561 MuonMVA1=-999 MuonMVA2=-1.22982 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.51992 CaloElectronMatch=213.583 CaloBremMatch=128.048 CaloChargedEcal=624.277 CaloChargedID=35197 CaloNeutralEcal=624.277 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809791 CaloNeutralID=35197 CaloEcalE=1964.37 CaloHcalE=1832.19 CaloEcalChi2=213.583 CaloBremChi2=348.673 CaloClusChi2=3.51992 CaloTrajectoryL=1376.04 CaloEoverP=0.236379 EcalPIDe=0.497498 BremPIDe=-0.373552 HcalPIDe=-1.32141 HcalPIDmu=1.63925 EcalPIDmu=-2.19735 TrackChi2PerDof=1.21172 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=3436.71 TrackPt=194.399 CombDLLe=-3.12884 CombDLLmu=-3.59284 CombDLLpi=0 CombDLLk=-1.96764 CombDLLp=-1.96764 CombDLLd=-1.54873 ProbNNe=0.00135008 ProbNNmu=0.00366525 ProbNNpi=0.000949415 ProbNNk=0.119337 ProbNNp=0.0500135 ProbNNghost=0.0775384 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.5501 RichDLLmu=-8.38742 RichDLLpi=0 RichDLLk=-28.3854 RichDLLp=-24.2422 RichPIDStatus=6115 RichDLLbt=-24.2422 RichDLLd=-24.2422 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=100.236 CaloElectronMatch=3170.99 CaloBremMatch=210.151 CaloChargedEcal=1147.82 CaloChargedID=35550 CaloNeutralEcal=1147.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919818 CaloNeutralID=35550 CaloEcalE=0 CaloHcalE=9559.2 CaloEcalChi2=3170.99 CaloBremChi2=367.757 CaloClusChi2=100.236 CaloTrajectoryL=3943.99 CaloEoverP=0.0854339 EcalPIDe=-3.41257 BremPIDe=-0.40865 HcalPIDe=-2.4429 HcalPIDmu=-2.49604 EcalPIDmu=0.525694 TrackChi2PerDof=1.49529 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=14754.4 TrackPt=577.988 CombDLLe=-9.57417 CombDLLmu=-8.49809 CombDLLpi=0 CombDLLk=-28.3854 CombDLLp=-24.2422 CombDLLd=-24.2422 ProbNNe=5.01993e-07 ProbNNpi=0.998557 ProbNNk=7.48846e-05 ProbNNp=0.000499747 ProbNNghost=0.00327747 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.7237 RichDLLmu=-3.84448 RichDLLpi=0 RichDLLk=-1.75033 RichDLLp=-1.75033 RichPIDStatus=5027 RichDLLbt=-1.75033 RichDLLd=-1.75033 InAccBrem=1 CaloBremChi2=157.548 BremPIDe=-0.127295 TrackChi2PerDof=0.760386 TrackNumDof=38 TrackType=3 TrackHistory=32 TrackP=2930.7 TrackPt=150.667 CombDLLe=-3.1839 CombDLLmu=-4.52401 CombDLLpi=0 CombDLLk=-1.75033 CombDLLp=-1.75033 CombDLLd=-1.75033 ProbNNe=0.00260618 ProbNNpi=0.919563 ProbNNk=0.0273789 ProbNNp=0.0428337 ProbNNghost=0.0597771 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.9157 RichDLLmu=-14.1116 RichDLLpi=0 RichDLLk=-7.76894 RichDLLp=-7.76894 RichPIDStatus=5027 RichDLLbt=-7.76894 RichDLLd=-7.76894 MuonMuLL=-0.066781 MuonBkgLL=-0.386242 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=419.073 MuonMVA1=-999 MuonMVA2=-0.870277 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.19064 CaloElectronMatch=43.6999 CaloBremMatch=43.6999 CaloChargedEcal=3478.4 CaloChargedID=39674 CaloNeutralEcal=3478.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.777769 CaloNeutralID=39674 CaloEcalE=2170.66 CaloHcalE=6132.3 CaloEcalChi2=43.6999 CaloBremChi2=259.778 CaloClusChi2=1.19064 CaloTrajectoryL=172.129 CaloEoverP=0.621494 EcalPIDe=3.6423 BremPIDe=-0.388822 HcalPIDe=-2.12496 HcalPIDmu=-0.934443 EcalPIDmu=-2.19328 TrackChi2PerDof=0.904308 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=5783.5 TrackPt=314.513 CombDLLe=-2.09469 CombDLLmu=-9.75892 CombDLLpi=0 CombDLLk=-7.76894 CombDLLp=-7.76894 CombDLLd=-7.3827 ProbNNe=0.00351222 ProbNNmu=0.00366525 ProbNNpi=0.00388446 ProbNNk=0.001501 ProbNNp=0.0121627 ProbNNghost=0.131932 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-40.2754 RichDLLmu=-6.94254 RichDLLpi=0 RichDLLk=-21.7236 RichDLLp=-21.7186 RichPIDStatus=6115 RichDLLbt=-21.7186 RichDLLd=-21.7186 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=27.0912 CaloElectronMatch=1209.07 CaloBremMatch=101.608 CaloChargedEcal=1040.47 CaloChargedID=34993 CaloNeutralEcal=1040.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.613275 CaloNeutralID=34993 CaloEcalE=0 CaloHcalE=6791.6 CaloEcalChi2=1209.07 CaloBremChi2=317.282 CaloClusChi2=27.0912 CaloTrajectoryL=5068.55 CaloEoverP=0.130521 EcalPIDe=-1.41652 BremPIDe=-0.466299 HcalPIDe=-1.99692 HcalPIDmu=-1.62012 EcalPIDmu=0.382699 TrackChi2PerDof=1.26111 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=9162.29 TrackPt=499.026 CombDLLe=-9.23104 CombDLLmu=-7.41732 CombDLLpi=0 CombDLLk=-21.7236 CombDLLp=-21.7186 CombDLLd=-21.7186 ProbNNe=2.80318e-07 ProbNNpi=0.999769 ProbNNk=2.5038e-05 ProbNNp=7.40964e-05 ProbNNghost=0.00190065 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.5123 RichDLLmu=-16.3954 RichDLLpi=0 RichDLLk=-5.66988 RichDLLp=-5.66988 RichPIDStatus=5027 RichDLLbt=-5.66988 RichDLLd=-5.66988 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.256 CaloElectronMatch=110.695 CaloBremMatch=13.1391 CaloChargedEcal=4490.63 CaloChargedID=34870 CaloNeutralEcal=4490.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.74993 CaloNeutralID=34870 CaloEcalE=779.088 CaloHcalE=5521.5 CaloEcalChi2=110.695 CaloBremChi2=51.8341 CaloClusChi2=3.256 CaloTrajectoryL=1654.81 CaloEoverP=0.757082 EcalPIDe=1.84829 BremPIDe=1.27798 HcalPIDe=-1.9266 HcalPIDmu=-0.805439 EcalPIDmu=0.392523 TrackChi2PerDof=0.728686 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=6106.44 TrackPt=371.568 CombDLLe=-2.74416 CombDLLmu=-7.39308 CombDLLpi=0 CombDLLk=-5.66988 CombDLLp=-5.66988 CombDLLd=-5.66988 ProbNNe=1.38621e-07 ProbNNpi=0.997627 ProbNNk=0.000229036 ProbNNp=0.00123854 ProbNNghost=0.000923033 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.2084 RichDLLmu=-16.1253 RichDLLpi=0 RichDLLk=-2.53893 RichDLLp=-2.53893 RichPIDStatus=5091 RichDLLbt=-2.53893 RichDLLd=-2.53893 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.71158 CaloElectronMatch=1028.35 CaloBremMatch=157.069 CaloChargedEcal=1731.1 CaloChargedID=38320 CaloNeutralEcal=1731.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919591 CaloNeutralID=38320 CaloEcalE=12085.3 CaloHcalE=1548.17 CaloEcalChi2=1028.35 CaloBremChi2=351.835 CaloClusChi2=1.71158 CaloTrajectoryL=153.345 CaloEoverP=0.26997 EcalPIDe=-1.10291 BremPIDe=-0.398756 HcalPIDe=-0.871136 HcalPIDmu=2.1211 EcalPIDmu=-0.119925 TrackChi2PerDof=1.26435 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=6814.74 TrackPt=212.15 CombDLLe=-6.84053 CombDLLmu=-4.97674 CombDLLpi=0 CombDLLk=-2.53893 CombDLLp=-2.53893 CombDLLd=-2.53893 ProbNNe=4.07327e-06 ProbNNpi=0.997101 ProbNNk=0.000112355 ProbNNp=9.46242e-05 ProbNNghost=0.0066305 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.2559 RichDLLmu=-6.30049 RichDLLpi=0 RichDLLk=4.27295 RichDLLp=4.27295 RichPIDStatus=5060 RichDLLbt=4.27295 RichDLLd=4.27295 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.643671 CaloElectronMatch=1633.86 CaloChargedEcal=1040.47 CaloChargedID=34993 CaloEcalE=7911.08 CaloHcalE=4778.39 CaloEcalChi2=1633.86 CaloClusChi2=0.643671 CaloTrajectoryL=7369.92 CaloEoverP=0.112755 EcalPIDe=-1.6945 HcalPIDe=-1.50381 HcalPIDmu=-0.720555 EcalPIDmu=-3.27627 TrackChi2PerDof=1.35341 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=10605.9 TrackPt=218.059 CombDLLe=-4.95477 CombDLLmu=-9.95447 CombDLLpi=0 CombDLLk=4.27295 CombDLLp=4.27295 CombDLLd=4.27295 ProbNNe=0.00136017 ProbNNpi=0.967616 ProbNNk=0.00919085 ProbNNp=0.0178518 ProbNNghost=0.133326 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.6529 RichDLLmu=-0.53427 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=187.562 BremPIDe=-0.0820565 TrackChi2PerDof=1.16869 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=2076.82 TrackPt=139.339 CombDLLe=-2.22531 CombDLLmu=-0.745144 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0869182 ProbNNpi=0.848388 ProbNNk=0.0416563 ProbNNp=0.0716011 ProbNNghost=0.183975 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.4741 RichDLLmu=-6.05669 RichDLLpi=0 RichDLLk=-6.35507 RichDLLp=-6.38883 RichPIDStatus=6115 RichDLLbt=-6.38883 RichDLLd=-6.38883 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.32315 CaloElectronMatch=92.867 CaloBremMatch=92.867 CaloChargedEcal=8222.93 CaloChargedID=38454 CaloNeutralEcal=8222.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886097 CaloNeutralID=38454 CaloEcalE=6388.12 CaloHcalE=4247.93 CaloEcalChi2=92.867 CaloBremChi2=296.407 CaloClusChi2=3.32315 CaloTrajectoryL=314.12 CaloEoverP=0.701382 EcalPIDe=2.29793 BremPIDe=-0.473279 HcalPIDe=-1.4102 HcalPIDmu=-0.496772 EcalPIDmu=-3.28816 TrackChi2PerDof=1.40746 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=11613.4 TrackPt=612.214 CombDLLe=-3.64271 CombDLLmu=-9.6445 CombDLLpi=0 CombDLLk=-6.35507 CombDLLp=-6.38883 CombDLLd=-6.38883 ProbNNe=7.85189e-07 ProbNNpi=0.999043 ProbNNk=0.000125132 ProbNNp=0.000125737 ProbNNghost=0.00277399 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=17.4509 RichDLLmu=-3.3796 RichDLLpi=0 RichDLLk=-0.504757 RichDLLp=-0.504757 RichPIDStatus=5025 RichDLLbt=-0.504757 RichDLLd=-0.504757 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.990468 CaloElectronMatch=128.048 CaloBremMatch=128.048 CaloChargedEcal=624.277 CaloChargedID=35197 CaloNeutralEcal=624.277 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809791 CaloNeutralID=35197 CaloEcalE=2073.82 CaloEcalChi2=128.048 CaloBremChi2=184.516 CaloClusChi2=0.990468 CaloTrajectoryL=676.723 CaloEoverP=0.287917 EcalPIDe=0.83137 BremPIDe=-0.32426 EcalPIDmu=-2.21538 TrackChi2PerDof=2.10375 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=2821.53 TrackPt=200.263 CombDLLe=3.38096 CombDLLmu=-6.33741 CombDLLpi=0 CombDLLk=-0.504757 CombDLLp=-0.504757 CombDLLd=-0.504757 ProbNNe=0.978427 ProbNNpi=0.204585 ProbNNk=0.0091029 ProbNNp=0.0437404 ProbNNghost=0.974897 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-60.9109 RichDLLmu=-28.273 RichDLLpi=0 RichDLLk=-47.1553 RichDLLp=-45.6044 RichPIDStatus=6115 RichDLLbt=-45.6044 RichDLLd=-45.6044 MuonMuLL=0 MuonBkgLL=-0.486953 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=30.9416 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=16.071 CaloElectronMatch=841.074 CaloBremMatch=89.8897 CaloChargedEcal=1951.29 CaloChargedID=38158 CaloNeutralEcal=1951.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860482 CaloNeutralID=38158 CaloEcalE=-37.59 CaloHcalE=14863.6 CaloEcalChi2=841.074 CaloBremChi2=625.833 CaloClusChi2=16.071 CaloTrajectoryL=1069.73 CaloEoverP=0.21309 EcalPIDe=-0.833336 BremPIDe=-0.638976 HcalPIDe=-1.89687 HcalPIDmu=-1.10852 EcalPIDmu=0 TrackChi2PerDof=1.32846 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=10065.9 TrackPt=554.34 CombDLLe=-9.73344 CombDLLmu=-7.6214 CombDLLpi=0 CombDLLk=-47.1553 CombDLLp=-45.6044 CombDLLd=-45.1175 ProbNNe=1.24046e-07 ProbNNpi=0.99937 ProbNNk=2.85675e-05 ProbNNp=4.54679e-06 ProbNNghost=0.00172837 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.5318 RichDLLmu=-2.12672 RichDLLpi=0 RichDLLk=-40.3302 RichDLLp=-32.9286 RichPIDStatus=8163 RichDLLbt=-29.4512 RichDLLd=-29.4512 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=11.9924 CaloElectronMatch=1565.01 CaloBremMatch=61.4619 CaloChargedEcal=2628.78 CaloChargedID=42409 CaloNeutralEcal=2628.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767107 CaloNeutralID=42409 CaloEcalE=457.506 CaloHcalE=11577.4 CaloEcalChi2=1565.01 CaloBremChi2=595.326 CaloClusChi2=11.9924 CaloTrajectoryL=-3233.54 CaloEoverP=0.12737 EcalPIDe=-1.61932 BremPIDe=-0.581258 HcalPIDe=-2.87281 HcalPIDmu=-2.24903 EcalPIDmu=2.10382 TrackChi2PerDof=1.07997 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=22743 TrackPt=1327.05 CombDLLe=-7.03734 CombDLLmu=-2.95516 CombDLLpi=0 CombDLLk=-40.3302 CombDLLp=-32.9286 CombDLLd=-29.4512 ProbNNe=2.08495e-06 ProbNNpi=0.999626 ProbNNk=6.49113e-05 ProbNNp=2.59416e-05 ProbNNghost=0.00264327 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.5771 RichDLLmu=-0.863568 RichDLLpi=0 RichDLLk=-58.2691 RichDLLp=-52.1113 RichPIDStatus=6115 RichDLLbt=-52.1113 RichDLLd=-52.1113 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0928871 CaloElectronMatch=205.537 CaloBremMatch=205.537 CaloChargedEcal=7816.05 CaloChargedID=38056 CaloNeutralEcal=7816.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.726084 CaloNeutralID=38056 CaloEcalE=4778.42 CaloHcalE=1165.12 CaloEcalChi2=205.537 CaloBremChi2=553.946 CaloClusChi2=0.0928871 CaloTrajectoryL=-78.0104 CaloEoverP=0.507312 EcalPIDe=1.08131 BremPIDe=-0.625066 HcalPIDe=-0.381115 HcalPIDmu=0.349645 EcalPIDmu=-3.55458 TrackChi2PerDof=0.759542 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=15431.8 TrackPt=1036.32 CombDLLe=-3.50366 CombDLLmu=-4.40205 CombDLLpi=0 CombDLLk=-58.2691 CombDLLp=-52.1113 CombDLLd=-52.1113 ProbNNe=2.62528e-05 ProbNNpi=0.99991 ProbNNk=2.34516e-05 ProbNNp=4.46831e-05 ProbNNghost=0.000333322 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.0778 RichDLLmu=-1.95427 RichDLLpi=0 RichDLLk=13.6045 RichDLLp=14.5934 RichPIDStatus=6117 RichDLLbt=14.5934 RichDLLd=14.5934 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0641134 CaloElectronMatch=406.408 CaloBremMatch=299.397 CaloChargedEcal=16303 CaloChargedID=34155 CaloNeutralEcal=16303 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786849 CaloNeutralID=34155 CaloEcalE=5598.45 CaloHcalE=217.227 CaloEcalChi2=406.408 CaloBremChi2=110.128 CaloClusChi2=0.0641134 CaloTrajectoryL=198.182 CaloEoverP=1.73215 EcalPIDe=-0.0141273 BremPIDe=0.458865 HcalPIDe=0.0890684 HcalPIDmu=-2.15083 EcalPIDmu=-3.55521 TrackChi2PerDof=1.1985 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=9447.16 TrackPt=997.132 CombDLLe=-1.19342 CombDLLmu=-8.31072 CombDLLpi=0 CombDLLk=13.6045 CombDLLp=14.5934 CombDLLd=14.5934 ProbNNe=8.56259e-06 ProbNNpi=0.128137 ProbNNk=0.736214 ProbNNp=0.799725 ProbNNghost=0.00382036 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.6886 RichDLLmu=-15.8451 RichDLLpi=0 RichDLLk=2.4413 RichDLLp=2.4413 RichPIDStatus=5028 RichDLLbt=2.4413 RichDLLd=2.4413 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.82557 CaloElectronMatch=395.416 CaloBremMatch=42.6672 CaloChargedEcal=3243.34 CaloChargedID=34761 CaloNeutralEcal=3243.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.9253 CaloNeutralID=34761 CaloEcalE=788.56 CaloHcalE=6905.41 CaloEcalChi2=395.416 CaloBremChi2=177.462 CaloClusChi2=4.82557 CaloTrajectoryL=148.817 CaloEoverP=0.671993 EcalPIDe=-0.0141273 BremPIDe=-0.0189915 HcalPIDe=-1.99692 HcalPIDmu=-0.53992 EcalPIDmu=0.392523 TrackChi2PerDof=0.723955 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=5112.92 TrackPt=334.38 CombDLLe=-4.79212 CombDLLmu=-7.12269 CombDLLpi=0 CombDLLk=2.4413 CombDLLp=2.4413 CombDLLd=2.4413 ProbNNe=1.17755e-07 ProbNNpi=0.988728 ProbNNk=0.00250954 ProbNNp=0.00667437 ProbNNghost=0.00776995 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.76913 RichDLLmu=4.45291 RichDLLpi=0 RichDLLk=10.8157 RichDLLp=20.044 RichPIDStatus=6117 RichDLLbt=20.044 RichDLLd=20.044 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0836136 CaloElectronMatch=81.3543 CaloBremMatch=81.3543 CaloChargedEcal=10438.8 CaloChargedID=43596 CaloNeutralEcal=10438.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.828088 CaloNeutralID=43596 CaloEcalE=3668.42 CaloHcalE=1701.72 CaloEcalChi2=81.3543 CaloBremChi2=258.954 CaloClusChi2=0.0836136 CaloTrajectoryL=57.1798 CaloEoverP=0.707468 EcalPIDe=2.70966 BremPIDe=-0.0686812 HcalPIDe=-0.706318 HcalPIDmu=2.03736 EcalPIDmu=-2.59296 TrackChi2PerDof=0.936537 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=15231.2 TrackPt=516.616 CombDLLe=2.41848 CombDLLmu=4.42617 CombDLLpi=0 CombDLLk=10.8157 CombDLLp=20.044 CombDLLd=20.044 ProbNNe=0.0059114 ProbNNpi=0.0205001 ProbNNk=0.0267968 ProbNNp=0.97607 ProbNNghost=0.00310479 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.74 RichDLLmu=-15.0853 RichDLLpi=0 RichDLLk=0.341717 RichDLLp=0.341717 RichPIDStatus=5092 RichDLLbt=0.341717 RichDLLd=0.341717 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0721599 CaloElectronMatch=17.4941 CaloChargedEcal=6047.51 CaloChargedID=38712 CaloEcalE=2762.9 CaloHcalE=2520.29 CaloEcalChi2=17.4941 CaloClusChi2=0.0721599 CaloTrajectoryL=44.9729 CaloEoverP=0.79052 EcalPIDe=3.6423 HcalPIDe=-1.3773 HcalPIDmu=1.00374 EcalPIDmu=-2.96281 TrackChi2PerDof=0.64684 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=7660.21 TrackPt=211.893 CombDLLe=-1.58557 CombDLLmu=-8.92561 CombDLLpi=0 CombDLLk=0.341717 CombDLLp=0.341717 CombDLLd=0.341717 ProbNNe=1.19757e-05 ProbNNpi=0.955738 ProbNNk=0.00637828 ProbNNp=0.00741347 ProbNNghost=0.0281768 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.19412 RichDLLmu=0.497322 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=375.839 BremPIDe=-0.19324 TrackChi2PerDof=1.00515 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=2307.79 TrackPt=93.913 CombDLLe=-1.26863 CombDLLmu=0.693964 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.344274 ProbNNpi=0.85372 ProbNNk=0.0455573 ProbNNp=0.081973 ProbNNghost=0.0723108 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-36.4876 RichDLLmu=-14.9486 RichDLLpi=0 RichDLLk=-30.5864 RichDLLp=-27.3094 RichPIDStatus=6115 RichDLLbt=-27.3094 RichDLLd=-27.3094 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.18723 CaloElectronMatch=808.834 CaloBremMatch=181.746 CaloChargedEcal=1987.06 CaloChargedID=43253 CaloNeutralEcal=1987.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.751459 CaloNeutralID=43253 CaloEcalE=6594.62 CaloHcalE=10041.3 CaloEcalChi2=808.834 CaloBremChi2=506.872 CaloClusChi2=2.18723 CaloTrajectoryL=-1398.5 CaloEoverP=0.157455 EcalPIDe=-0.833336 BremPIDe=-0.625066 HcalPIDe=-2.4429 HcalPIDmu=-2.29394 EcalPIDmu=-3.51938 TrackChi2PerDof=0.868539 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=14706.1 TrackPt=493.626 CombDLLe=-8.95657 CombDLLmu=-12.778 CombDLLpi=0 CombDLLk=-30.5864 CombDLLp=-27.3094 CombDLLd=-27.3094 ProbNNe=1.59046e-07 ProbNNpi=0.999813 ProbNNk=1.80917e-05 ProbNNp=8.67044e-05 ProbNNghost=0.0011091 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.6627 RichDLLmu=-9.49034 RichDLLpi=0 RichDLLk=-10.7252 RichDLLp=-10.7252 RichPIDStatus=5027 RichDLLbt=-10.7252 RichDLLd=-10.7252 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.36874 CaloElectronMatch=533.628 CaloBremMatch=98.544 CaloChargedEcal=778.182 CaloChargedID=34568 CaloNeutralEcal=778.182 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740623 CaloNeutralID=34568 CaloEcalE=383.076 CaloHcalE=5290.75 CaloEcalChi2=533.628 CaloBremChi2=336.97 CaloClusChi2=3.36874 CaloTrajectoryL=4209.3 CaloEoverP=0.152222 EcalPIDe=-0.341929 BremPIDe=-0.398756 HcalPIDe=-2.09086 HcalPIDmu=-0.925277 EcalPIDmu=1.47887 TrackChi2PerDof=0.92089 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=6388.36 TrackPt=298.457 CombDLLe=-6.67268 CombDLLmu=-6.13891 CombDLLpi=0 CombDLLk=-10.7252 CombDLLp=-10.7252 CombDLLd=-10.7252 ProbNNe=1.62376e-07 ProbNNpi=0.996653 ProbNNk=0.000194408 ProbNNp=0.00108538 ProbNNghost=0.00428707 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.19681 RichDLLmu=-0.239237 RichDLLpi=0 RichDLLk=-15.2572 RichDLLp=-62.4949 RichPIDStatus=139235 RichDLLbt=-38.3692 RichDLLd=-44.2474 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.807893 CaloElectronMatch=2356.43 CaloBremMatch=2268.38 CaloChargedEcal=18890.6 CaloChargedID=41937 CaloNeutralEcal=18890.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974185 CaloNeutralID=41937 CaloEcalE=13292.4 CaloHcalE=24364.1 CaloEcalChi2=2356.43 CaloBremChi2=502.254 CaloClusChi2=0.807893 CaloTrajectoryL=325.112 CaloEoverP=0.31522 EcalPIDe=-1.45153 BremPIDe=-0.256547 HcalPIDe=-2.68434 HcalPIDmu=-2.91461 EcalPIDmu=-3.93014 TrackChi2PerDof=0.793469 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=60492.2 TrackPt=3776.78 CombDLLe=-4.6018 CombDLLmu=-7.17942 CombDLLpi=0 CombDLLk=-15.2572 CombDLLp=-62.4949 CombDLLd=-44.2474 ProbNNe=3.23457e-05 ProbNNpi=0.999872 ProbNNk=0.000590155 ProbNNp=1.06213e-06 ProbNNghost=0.000591214 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.15208 RichDLLmu=-0.77396 RichDLLpi=0 RichDLLk=19.3615 RichDLLp=2.29155 RichPIDStatus=139236 RichDLLbt=13.8928 RichDLLd=7.86819 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.32531 CaloElectronMatch=4133.56 CaloBremMatch=70.2762 CaloChargedEcal=2299.97 CaloChargedID=43311 CaloNeutralEcal=2299.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.693235 CaloNeutralID=43311 CaloEcalE=951.384 CaloHcalE=24708 CaloEcalChi2=4133.56 CaloBremChi2=500.024 CaloClusChi2=0.32531 CaloTrajectoryL=148.22 CaloEoverP=0.0530958 EcalPIDe=-2.71137 BremPIDe=-0.525451 HcalPIDe=-2.74192 HcalPIDmu=-2.91461 EcalPIDmu=0.679077 TrackChi2PerDof=1.21116 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=46286.4 TrackPt=1668.92 CombDLLe=-6.355 CombDLLmu=-3.3105 CombDLLpi=0 CombDLLk=19.3615 CombDLLp=2.29155 CombDLLd=7.86819 ProbNNe=4.7388e-06 ProbNNpi=0.00817897 ProbNNk=0.999098 ProbNNp=0.000109162 ProbNNghost=0.00230562 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-69.2945 RichDLLmu=-24.9503 RichDLLpi=0 RichDLLk=-49.5225 RichDLLp=-49.1768 RichPIDStatus=6115 RichDLLbt=-49.1768 RichDLLd=-49.1768 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.03499 CaloElectronMatch=83.6979 CaloBremMatch=83.6979 CaloChargedEcal=8800.79 CaloChargedID=38129 CaloNeutralEcal=8800.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910579 CaloNeutralID=38129 CaloEcalE=7426.94 CaloHcalE=4603.22 CaloEcalChi2=83.6979 CaloBremChi2=475.74 CaloClusChi2=2.03499 CaloTrajectoryL=196.695 CaloEoverP=0.701577 EcalPIDe=2.29793 BremPIDe=-0.621385 HcalPIDe=-1.50381 HcalPIDmu=-0.496338 EcalPIDmu=-3.3142 TrackChi2PerDof=1.10036 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=12596.9 TrackPt=776.146 CombDLLe=-6.40261 CombDLLmu=-10.8099 CombDLLpi=0 CombDLLk=-49.5225 CombDLLp=-49.1768 CombDLLd=-49.1768 ProbNNe=1.29718e-07 ProbNNpi=0.9998 ProbNNk=2.42027e-05 ProbNNp=4.00104e-05 ProbNNghost=0.00110984 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.95125 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4291 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.158722 CaloElectronMatch=1.21293 CaloChargedEcal=5588.68 CaloChargedID=38710 CaloEcalE=2827.62 CaloHcalE=2267.93 CaloEcalChi2=1.21293 CaloClusChi2=0.158722 CaloTrajectoryL=112.384 CaloEoverP=0.931641 EcalPIDe=3.6423 HcalPIDe=-1.05374 HcalPIDmu=1.28545 EcalPIDmu=-2.72932 TrackChi2PerDof=0.882985 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=6158.86 TrackPt=150.795 CombDLLe=2.24736 CombDLLmu=-1.44387 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.325636 ProbNNpi=0.822343 ProbNNk=0.0212832 ProbNNp=0.0580105 ProbNNghost=0.32452 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.4804 RichDLLmu=-13.9621 RichDLLpi=0 RichDLLk=-14.1582 RichDLLp=-14.1582 RichPIDStatus=5027 RichDLLbt=-14.1582 RichDLLd=-14.1582 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.10867 CaloElectronMatch=578.847 CaloBremMatch=101.608 CaloChargedEcal=1040.47 CaloChargedID=34993 CaloNeutralEcal=1040.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.613275 CaloNeutralID=34993 CaloEcalE=458.432 CaloHcalE=1161.66 CaloEcalChi2=578.847 CaloBremChi2=434.871 CaloClusChi2=0.10867 CaloTrajectoryL=2099.35 CaloEoverP=0.157266 EcalPIDe=-0.514971 BremPIDe=-0.467096 HcalPIDe=-0.668461 HcalPIDmu=0.533502 EcalPIDmu=1.79271 TrackChi2PerDof=1.32962 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=7604.16 TrackPt=419.229 CombDLLe=-5.59055 CombDLLmu=-4.62142 CombDLLpi=0 CombDLLk=-14.1582 CombDLLp=-14.1582 CombDLLd=-14.1582 ProbNNe=9.4286e-08 ProbNNpi=0.99629 ProbNNk=0.000113137 ProbNNp=0.000740244 ProbNNghost=0.0114586 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.2205 RichDLLmu=-24.093 RichDLLpi=0 RichDLLk=-11.1949 RichDLLp=-11.1949 RichPIDStatus=5027 RichDLLbt=-11.1949 RichDLLd=-11.1949 MuonMuLL=-0.58089 MuonBkgLL=-1.94286 MuonNShared=5 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=45.7281 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.581461 CaloElectronMatch=89.8897 CaloBremMatch=89.8897 CaloChargedEcal=1951.29 CaloChargedID=38158 CaloNeutralEcal=1951.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860482 CaloNeutralID=38158 CaloEcalE=1516.56 CaloHcalE=3878.73 CaloEcalChi2=89.8897 CaloBremChi2=296.362 CaloClusChi2=0.581461 CaloTrajectoryL=-64.3887 CaloEoverP=0.446642 EcalPIDe=1.51236 BremPIDe=-0.357753 HcalPIDe=-1.4367 HcalPIDmu=-0.392193 EcalPIDmu=-1.40154 TrackChi2PerDof=0.745642 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4802.4 TrackPt=424.144 CombDLLe=-4.53708 CombDLLmu=-7.43085 CombDLLpi=0 CombDLLk=-11.1949 CombDLLp=-11.1949 CombDLLd=-9.25205 ProbNNe=1.51434e-07 ProbNNpi=0.997624 ProbNNk=0.000211517 ProbNNp=0.000317569 ProbNNghost=0.0024213 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.1878 RichDLLmu=-1.96505 RichDLLpi=0 RichDLLk=-14.7012 RichDLLp=-15.1671 RichPIDStatus=6083 RichDLLbt=-15.1671 RichDLLd=-15.1671 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.587485 CaloElectronMatch=194.652 CaloChargedEcal=11850.1 CaloChargedID=42642 CaloEcalE=6527.15 CaloHcalE=2771.2 CaloEcalChi2=194.652 CaloClusChi2=0.587485 CaloTrajectoryL=231.229 CaloEoverP=0.538966 EcalPIDe=1.29617 HcalPIDe=-1.03429 HcalPIDmu=0.927249 EcalPIDmu=-3.32597 TrackChi2PerDof=0.635336 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=22266.3 TrackPt=411.21 CombDLLe=-1.1513 CombDLLmu=-5.01639 CombDLLpi=0 CombDLLk=-14.7012 CombDLLp=-15.1671 CombDLLd=-15.1671 ProbNNe=1.97744e-07 ProbNNpi=0.999042 ProbNNk=0.000114111 ProbNNp=0.000438391 ProbNNghost=0.000884946 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.1611 RichDLLmu=-0.00355152 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=383.213 BremPIDe=-0.19324 TrackChi2PerDof=0.873227 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=1969.23 TrackPt=85.2658 CombDLLe=-1.93415 CombDLLmu=-0.00497212 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0974672 ProbNNpi=0.890955 ProbNNk=0.0399131 ProbNNp=0.0778398 ProbNNghost=0.0320028 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.621334 RichDLLmu=0.216702 RichDLLpi=0 RichDLLk=9.68457 RichDLLp=-0.553123 RichPIDStatus=139239 RichDLLbt=11.5103 RichDLLd=9.06587 InAccBrem=1 CaloBremChi2=502.441 BremPIDe=-0.525451 TrackChi2PerDof=1.2156 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=46461.1 TrackPt=1510.8 CombDLLe=-0.634176 CombDLLmu=0.303192 CombDLLpi=0 CombDLLk=9.68457 CombDLLp=-0.553123 CombDLLd=9.06587 ProbNNe=0.021477 ProbNNpi=0.13275 ProbNNk=0.982882 ProbNNp=0.0144284 ProbNNghost=0.00400531 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.447 RichDLLmu=-27.5202 RichDLLpi=0 RichDLLk=-12.491 RichDLLp=-12.491 RichPIDStatus=5027 RichDLLbt=-12.491 RichDLLd=-12.491 InAccBrem=1 CaloBremChi2=637.407 BremPIDe=-0.553589 TrackChi2PerDof=1.34345 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=3646.92 TrackPt=519.083 CombDLLe=-4.36826 CombDLLmu=-6.99977 CombDLLpi=0 CombDLLk=-12.491 CombDLLp=-12.491 CombDLLd=-12.491 ProbNNe=0.000705165 ProbNNpi=0.982054 ProbNNk=0.000779486 ProbNNp=0.00263537 ProbNNghost=0.011426 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.4261 RichDLLmu=-9.22221 RichDLLpi=0 RichDLLk=-10.7519 RichDLLp=-10.7519 RichPIDStatus=5091 RichDLLbt=-10.7519 RichDLLd=-10.7519 MuonMuLL=-0.128515 MuonBkgLL=-0.518107 MuonNShared=5 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=100.491 MuonMVA1=-999 MuonMVA2=-0.644919 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.757 CaloElectronMatch=1176.86 CaloBremMatch=98.544 CaloChargedEcal=778.182 CaloChargedID=34568 CaloNeutralEcal=778.182 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740623 CaloNeutralID=34568 CaloEcalE=1660.55 CaloHcalE=8562.69 CaloEcalChi2=1176.86 CaloBremChi2=558.768 CaloClusChi2=2.757 CaloTrajectoryL=16951.8 CaloEoverP=0.124449 EcalPIDe=-1.41652 BremPIDe=-0.638976 HcalPIDe=-1.88811 HcalPIDmu=-1.61019 EcalPIDmu=-1.25164 TrackChi2PerDof=0.917406 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=7814.03 TrackPt=284.858 CombDLLe=-7.99519 CombDLLmu=-9.13078 CombDLLpi=0 CombDLLk=-10.7519 CombDLLp=-10.7519 CombDLLd=-10.2338 ProbNNe=8.06632e-08 ProbNNmu=0.00366525 ProbNNpi=0.0786762 ProbNNk=0.00937598 ProbNNp=0.0477036 ProbNNghost=0.167527 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.6574 RichDLLmu=-11.6645 RichDLLpi=0 RichDLLk=-13.6375 RichDLLp=-13.1713 RichPIDStatus=6115 RichDLLbt=-13.1713 RichDLLd=-13.1713 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.72979 CaloElectronMatch=416.102 CaloChargedEcal=15536.2 CaloChargedID=39030 CaloEcalE=8639.08 CaloHcalE=2006.63 CaloEcalChi2=416.102 CaloClusChi2=1.72979 CaloTrajectoryL=517.801 CaloEoverP=1.59661 EcalPIDe=-0.0141273 HcalPIDe=-1.11299 HcalPIDmu=1.84961 EcalPIDmu=-2.81296 TrackChi2PerDof=1.15027 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=9658.12 TrackPt=275.801 CombDLLe=-5.31944 CombDLLmu=-7.83281 CombDLLpi=0 CombDLLk=-13.6375 CombDLLp=-13.1713 CombDLLd=-13.1713 ProbNNe=3.38706e-07 ProbNNpi=0.997538 ProbNNk=0.000257118 ProbNNp=0.000172244 ProbNNghost=0.0605587 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.20433 RichDLLmu=-0.424149 RichDLLpi=0 RichDLLk=18.0709 RichDLLp=29.8748 RichPIDStatus=8166 RichDLLbt=32.8684 RichDLLd=32.8684 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.48908 CaloElectronMatch=1620.2 CaloBremMatch=838.302 CaloChargedEcal=7015.46 CaloChargedID=37849 CaloNeutralEcal=7015.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924362 CaloNeutralID=37849 CaloEcalE=906.442 CaloHcalE=13223.5 CaloEcalChi2=1620.2 CaloBremChi2=665.691 CaloClusChi2=2.48908 CaloTrajectoryL=-517.443 CaloEoverP=0.318266 EcalPIDe=-1.61932 BremPIDe=-0.581258 HcalPIDe=-2.87281 HcalPIDmu=-2.47673 EcalPIDmu=0.497805 TrackChi2PerDof=1.28769 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=21863 TrackPt=1790.55 CombDLLe=-5.45875 CombDLLmu=-2.57131 CombDLLpi=0 CombDLLk=18.0709 CombDLLp=29.8748 CombDLLd=32.8684 ProbNNe=9.38978e-07 ProbNNpi=0.0020194 ProbNNk=0.148315 ProbNNp=0.996431 ProbNNghost=0.00131846 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.1972 RichDLLmu=-7.59342 RichDLLpi=0 RichDLLk=-1.68003 RichDLLp=-1.68003 RichPIDStatus=5027 RichDLLbt=-1.68003 RichDLLd=-1.68003 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.627523 CaloElectronMatch=1.82832 CaloBremMatch=1.82832 CaloChargedEcal=2438.63 CaloChargedID=34294 CaloNeutralEcal=2438.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977254 CaloNeutralID=34294 CaloEcalE=1902.51 CaloHcalE=250.178 CaloEcalChi2=1.82832 CaloBremChi2=659.136 CaloClusChi2=0.627523 CaloTrajectoryL=101.176 CaloEoverP=0.862839 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-0.11382 HcalPIDmu=-2.39464 EcalPIDmu=-2.19735 TrackChi2PerDof=0.576493 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=3175.35 TrackPt=271.838 CombDLLe=-0.377049 CombDLLmu=-10.9513 CombDLLpi=0 CombDLLk=-1.68003 CombDLLp=-1.68003 CombDLLd=-1.68003 ProbNNe=0.00049264 ProbNNpi=0.985647 ProbNNk=0.00908771 ProbNNp=0.0212341 ProbNNghost=0.0123213 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.483 RichDLLmu=-4.75463 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.102079 CaloElectronMatch=12.8832 CaloBremMatch=12.8832 CaloChargedEcal=2786.5 CaloChargedID=34932 CaloNeutralEcal=2786.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762427 CaloNeutralID=34932 CaloEcalE=1736.22 CaloHcalE=291.982 CaloEcalChi2=12.8832 CaloBremChi2=131.178 CaloClusChi2=0.102079 CaloTrajectoryL=125.509 CaloEoverP=1.21915 EcalPIDe=2.97947 BremPIDe=0.0956082 HcalPIDe=-0.19426 HcalPIDmu=-0.471806 EcalPIDmu=-1.5687 TrackChi2PerDof=0.668232 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=2481.51 TrackPt=292.44 CombDLLe=-0.685785 CombDLLmu=-7.22192 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=7.81219e-06 ProbNNpi=0.905716 ProbNNk=0.0660116 ProbNNp=0.150992 ProbNNghost=0.0123103 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.1636 RichDLLmu=-2.3068 RichDLLpi=0 RichDLLk=-13.3964 RichDLLp=-14.7384 RichPIDStatus=6115 RichDLLbt=-14.7384 RichDLLd=-14.7384 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.957162 CaloElectronMatch=1126.63 CaloBremMatch=542.814 CaloChargedEcal=21698.1 CaloChargedID=38862 CaloNeutralEcal=21698.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796931 CaloNeutralID=38862 CaloEcalE=8178.56 CaloHcalE=17474.2 CaloEcalChi2=1126.63 CaloBremChi2=321.633 CaloClusChi2=0.957162 CaloTrajectoryL=316.991 CaloEoverP=1.45898 EcalPIDe=-1.10541 BremPIDe=-0.524471 HcalPIDe=-1.89687 HcalPIDmu=-1.76001 EcalPIDmu=-3.35126 TrackChi2PerDof=1.16884 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=14984.9 TrackPt=473.264 CombDLLe=-6.21084 CombDLLmu=-8.12961 CombDLLpi=0 CombDLLk=-13.3964 CombDLLp=-14.7384 CombDLLd=-14.7384 ProbNNe=4.65646e-06 ProbNNpi=0.995207 ProbNNk=0.00171547 ProbNNp=0.00192895 ProbNNghost=0.00692411 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-51.6088 RichDLLmu=-26.1316 RichDLLpi=0 RichDLLk=-28.0075 RichDLLp=-28.0075 RichPIDStatus=5027 RichDLLbt=-28.0075 RichDLLd=-28.0075 MuonMuLL=-0.174711 MuonBkgLL=-0.130691 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=184.683 MuonMVA1=-999 MuonMVA2=-0.00760238 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.290242 CaloElectronMatch=18.5571 CaloBremMatch=18.5571 CaloChargedEcal=8259.85 CaloChargedID=43615 CaloNeutralEcal=8259.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.745485 CaloNeutralID=43615 CaloEcalE=5043.8 CaloHcalE=2811.35 CaloEcalChi2=18.5571 CaloBremChi2=91.1474 CaloClusChi2=0.290242 CaloTrajectoryL=187.21 CaloEoverP=1.27118 EcalPIDe=3.6423 BremPIDe=0.353881 HcalPIDe=-1.45309 HcalPIDmu=0.60951 EcalPIDmu=-3.02713 TrackChi2PerDof=0.919808 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=6625.97 TrackPt=772.591 CombDLLe=-3.4712 CombDLLmu=-9.46124 CombDLLpi=0 CombDLLk=-28.0075 CombDLLp=-28.0075 CombDLLd=-27.8768 ProbNNe=3.0387e-06 ProbNNmu=0.00366525 ProbNNpi=0.10507 ProbNNk=0.00471922 ProbNNp=0.00511377 ProbNNghost=0.00158471 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.26638 RichDLLmu=1.75556 RichDLLpi=0 RichDLLk=12.2099 RichDLLp=15.1249 RichPIDStatus=6117 RichDLLbt=15.1249 RichDLLd=15.1249 MuonMuLL=-0.00190182 MuonBkgLL=-0.354723 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=215.917 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.41246 CaloElectronMatch=523.181 CaloBremMatch=523.181 CaloChargedEcal=2787.59 CaloChargedID=42610 CaloNeutralEcal=2787.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.770494 CaloNeutralID=42610 CaloEcalE=256.476 CaloHcalE=7640.43 CaloEcalChi2=523.181 CaloBremChi2=24.6718 CaloClusChi2=4.41246 CaloTrajectoryL=-79.8076 CaloEoverP=0.278058 EcalPIDe=-0.273733 BremPIDe=2.59242 HcalPIDe=-2.32036 HcalPIDmu=-1.90346 EcalPIDmu=0.00475264 TrackChi2PerDof=1.30161 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=11025 TrackPt=326.578 CombDLLe=0.219868 CombDLLmu=0.815648 CombDLLpi=0 CombDLLk=12.2099 CombDLLp=15.1249 CombDLLd=15.4796 ProbNNe=7.16389e-05 ProbNNpi=0.0086242 ProbNNk=0.829516 ProbNNp=0.944738 ProbNNghost=0.0269878 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.4849 RichDLLmu=-13.471 RichDLLpi=0 RichDLLk=-1.22872 RichDLLp=-1.22872 RichPIDStatus=5027 RichDLLbt=-1.22872 RichDLLd=-1.22872 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.03283 CaloElectronMatch=16.7225 CaloBremMatch=16.7225 CaloChargedEcal=2855.28 CaloChargedID=35440 CaloNeutralEcal=2855.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968651 CaloNeutralID=35440 CaloEcalE=1889.11 CaloHcalE=0 CaloEcalChi2=16.7225 CaloBremChi2=41.3883 CaloClusChi2=2.03283 CaloTrajectoryL=280.576 CaloEoverP=0.882029 EcalPIDe=2.97947 BremPIDe=1.14622 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-2.19735 TrackChi2PerDof=1.17247 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3439.95 TrackPt=406.393 CombDLLe=0.67047 CombDLLmu=-11.5283 CombDLLpi=0 CombDLLk=-1.22872 CombDLLp=-1.22872 CombDLLd=-1.22872 ProbNNe=1.32341e-06 ProbNNpi=0.990973 ProbNNk=0.0036883 ProbNNp=0.00823592 ProbNNghost=0.00447939 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.8925 RichDLLmu=-1.39118 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=41.2485 BremPIDe=0.577779 TrackChi2PerDof=1.20478 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=2118.51 TrackPt=241.434 CombDLLe=-2.50268 CombDLLmu=-1.89891 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000607832 ProbNNpi=0.854465 ProbNNk=0.0535205 ProbNNp=0.111276 ProbNNghost=0.193554 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.6807 RichDLLmu=-2.00055 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=39.1527 BremPIDe=0.726033 TrackChi2PerDof=0.856775 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=2432.23 TrackPt=307.715 CombDLLe=-2.46468 CombDLLmu=-2.66031 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000532555 ProbNNpi=0.846765 ProbNNk=0.0521125 ProbNNp=0.08627 ProbNNghost=0.158712 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.1677 RichDLLmu=-1.42215 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=41.9208 BremPIDe=0.577779 TrackChi2PerDof=1.27478 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=2136.83 TrackPt=244.569 CombDLLe=-2.10693 CombDLLmu=-1.939 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00452024 ProbNNpi=0.743124 ProbNNk=0.0516839 ProbNNp=0.110839 ProbNNghost=0.472444 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.1353 RichDLLmu=4.57853 RichDLLpi=0 RichDLLk=14.2948 RichDLLp=14.2948 RichPIDStatus=5028 RichDLLbt=14.2948 RichDLLd=14.2948 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.85307 CaloElectronMatch=299.397 CaloBremMatch=299.397 CaloChargedEcal=16303 CaloChargedID=34155 CaloNeutralEcal=16303 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786849 CaloNeutralID=34155 CaloEcalE=4002.24 CaloHcalE=206.383 CaloEcalChi2=299.397 CaloBremChi2=40.638 CaloClusChi2=1.85307 CaloTrajectoryL=96.0774 CaloEoverP=2.3716 EcalPIDe=0.27519 BremPIDe=1.5294 HcalPIDe=0.0890684 HcalPIDmu=-2.49368 EcalPIDmu=-2.95413 TrackChi2PerDof=1.4812 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6899.93 TrackPt=639.512 CombDLLe=2.61477 CombDLLmu=-0.380801 CombDLLpi=0 CombDLLk=14.2948 CombDLLp=14.2948 CombDLLd=14.2948 ProbNNe=0.306412 ProbNNpi=0.00318003 ProbNNk=0.843802 ProbNNp=0.887026 ProbNNghost=0.693893 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-47.0391 RichDLLmu=-52.0339 RichDLLpi=0 RichDLLk=-28.3077 RichDLLp=-28.3077 RichPIDStatus=5027 RichDLLbt=-28.3077 RichDLLd=-28.3077 InAccBrem=1 CaloBremChi2=620.256 BremPIDe=-0.553589 TrackChi2PerDof=0.78932 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4089.79 TrackPt=722.143 CombDLLe=-6.33684 CombDLLmu=-7 CombDLLpi=0 CombDLLk=-28.3077 CombDLLp=-28.3077 CombDLLd=-28.3077 ProbNNe=0.000216814 ProbNNpi=0.997567 ProbNNk=0.000248113 ProbNNp=0.00212166 ProbNNghost=0.00688764 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.8895 RichDLLmu=2.94451 RichDLLpi=0 RichDLLk=33.7305 RichDLLp=33.7305 RichPIDStatus=5092 RichDLLbt=33.7305 RichDLLd=33.7305 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.66007 CaloElectronMatch=210.151 CaloBremMatch=210.151 CaloChargedEcal=1147.82 CaloChargedID=35550 CaloNeutralEcal=1147.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919818 CaloNeutralID=35550 CaloEcalE=579.084 CaloHcalE=3783.2 CaloEcalChi2=210.151 CaloBremChi2=429.728 CaloClusChi2=1.66007 CaloTrajectoryL=353.904 CaloEoverP=0.183712 EcalPIDe=0.605631 BremPIDe=-0.492427 HcalPIDe=-1.79057 HcalPIDmu=-0.44839 EcalPIDmu=1.41319 TrackChi2PerDof=1.61306 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=6861.42 TrackPt=981.307 CombDLLe=-4.32045 CombDLLmu=4.66853 CombDLLpi=0 CombDLLk=33.7305 CombDLLp=33.7305 CombDLLd=33.7305 ProbNNe=1.31179e-08 ProbNNpi=0.000221219 ProbNNk=0.923791 ProbNNp=0.970556 ProbNNghost=0.0796215 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-50.1812 RichDLLmu=-8.2387 RichDLLpi=0 RichDLLk=-17.9681 RichDLLp=-17.9681 RichPIDStatus=5091 RichDLLbt=-17.9681 RichDLLd=-17.9681 MuonMuLL=-1.53665 MuonBkgLL=-1.86386 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3.57812 MuonMVA1=-999 MuonMVA2=0.808686 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.5146 CaloElectronMatch=61.4619 CaloBremMatch=61.4619 CaloChargedEcal=2628.78 CaloChargedID=42409 CaloNeutralEcal=2628.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767107 CaloNeutralID=42409 CaloEcalE=341.432 CaloHcalE=3573.71 CaloEcalChi2=61.4619 CaloBremChi2=300.27 CaloClusChi2=6.5146 CaloTrajectoryL=686.548 CaloEoverP=0.450701 EcalPIDe=3.6423 BremPIDe=-0.554165 HcalPIDe=-1.60908 HcalPIDmu=-0.168751 EcalPIDmu=0.00838327 TrackChi2PerDof=1.48788 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=6427.26 TrackPt=601.707 CombDLLe=-4.46779 CombDLLmu=-6.33299 CombDLLpi=0 CombDLLk=-17.9681 CombDLLp=-17.9681 CombDLLd=-16.1042 ProbNNe=6.31818e-09 ProbNNmu=0.00366525 ProbNNpi=0.238862 ProbNNk=0.00282914 ProbNNp=0.00381682 ProbNNghost=0.00947904 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.27056 RichDLLmu=6.07001 RichDLLpi=0 RichDLLk=5.46997 RichDLLp=5.46997 RichPIDStatus=5026 RichDLLbt=5.46997 RichDLLd=5.46997 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.484662 CaloElectronMatch=4.38183 CaloBremMatch=4.30968 CaloChargedEcal=3866.58 CaloChargedID=34550 CaloNeutralEcal=3866.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972607 CaloNeutralID=34550 CaloEcalE=3572 CaloHcalE=115.006 CaloEcalChi2=4.38183 CaloBremChi2=197.787 CaloClusChi2=0.484662 CaloTrajectoryL=36.2068 CaloEoverP=1.04693 EcalPIDe=2.97947 BremPIDe=-0.296068 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.23049 TrackChi2PerDof=1.86194 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=3815.65 TrackPt=188.459 CombDLLe=3.39102 CombDLLmu=1.17098 CombDLLpi=0 CombDLLk=5.46997 CombDLLp=5.46997 CombDLLd=5.46997 ProbNNe=0.98551 ProbNNpi=0.0683029 ProbNNk=0.490548 ProbNNp=0.402209 ProbNNghost=0.94063 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.28363 RichDLLmu=-0.40799 RichDLLpi=0 RichDLLk=-7.88162 RichDLLp=0.611782 RichPIDStatus=8134 RichDLLbt=2.45887 RichDLLd=2.45887 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.23556 CaloElectronMatch=1748.57 CaloChargedEcal=2628.78 CaloChargedID=42409 CaloEcalE=5471.58 CaloHcalE=3032.97 CaloEcalChi2=1748.57 CaloClusChi2=1.23556 CaloTrajectoryL=1178.98 CaloEoverP=0.0835394 EcalPIDe=-1.43843 HcalPIDe=-0.614604 HcalPIDmu=1.03587 EcalPIDmu=-2.79349 TrackChi2PerDof=0.692567 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=34675.6 TrackPt=670.663 CombDLLe=-2.45223 CombDLLmu=-2.32754 CombDLLpi=0 CombDLLk=-7.88162 CombDLLp=0.611782 CombDLLd=2.45887 ProbNNe=1.59046e-05 ProbNNpi=0.994071 ProbNNk=0.000441381 ProbNNp=0.00792388 ProbNNghost=0.00107018 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.121 RichDLLmu=1.06664 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.45969 CaloElectronMatch=41.0068 CaloBremMatch=36.4193 CaloChargedEcal=553.818 CaloChargedID=35207 CaloNeutralEcal=553.818 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880541 CaloNeutralID=35207 CaloEcalE=57.536 CaloHcalE=1827.89 CaloEcalChi2=41.0068 CaloBremChi2=858.814 CaloClusChi2=5.45969 CaloTrajectoryL=194.968 CaloEoverP=0.386907 EcalPIDe=2.97947 BremPIDe=-0.53289 HcalPIDe=-1.43831 HcalPIDmu=1.82204 EcalPIDmu=0.0181838 TrackChi2PerDof=0.264634 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=2091.56 TrackPt=352.13 CombDLLe=-3.00765 CombDLLmu=3.31127 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.36871e-05 ProbNNpi=0.925996 ProbNNk=0.0436247 ProbNNp=0.0738543 ProbNNghost=0.0283619 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.608 RichDLLmu=-12.9083 RichDLLpi=0 RichDLLk=-2.10716 RichDLLp=-2.10716 RichPIDStatus=5027 RichDLLbt=-2.10716 RichDLLd=-2.10716 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.360808 CaloElectronMatch=34.4085 CaloBremMatch=34.4085 CaloChargedEcal=2130.3 CaloChargedID=38387 CaloNeutralEcal=2130.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.891576 CaloNeutralID=38387 CaloEcalE=1531.96 CaloHcalE=1455.59 CaloEcalChi2=34.4085 CaloBremChi2=393.105 CaloClusChi2=0.360808 CaloTrajectoryL=118.172 CaloEoverP=0.516861 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=-1.06262 HcalPIDmu=1.36367 EcalPIDmu=-1.40154 TrackChi2PerDof=1.68103 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4641.05 TrackPt=366.64 CombDLLe=-2.4998 CombDLLmu=-6.95821 CombDLLpi=0 CombDLLk=-2.10716 CombDLLp=-2.10716 CombDLLd=-2.10716 ProbNNe=7.74119e-07 ProbNNpi=0.955944 ProbNNk=0.00307301 ProbNNp=0.010948 ProbNNghost=0.161571 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.1042 RichDLLmu=-12.0493 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.71114 CaloElectronMatch=85.851 CaloBremMatch=1.21293 CaloChargedEcal=5588.68 CaloChargedID=38710 CaloNeutralEcal=5588.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73701 CaloNeutralID=38710 CaloEcalE=2074.52 CaloHcalE=3561.94 CaloEcalChi2=85.851 CaloBremChi2=309.522 CaloClusChi2=2.71114 CaloTrajectoryL=219.438 CaloEoverP=2.23632 EcalPIDe=1.51236 BremPIDe=-0.357753 HcalPIDe=-1.44621 HcalPIDmu=0.362701 EcalPIDmu=-2.21538 TrackChi2PerDof=1.64108 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=2565.75 TrackPt=479.83 CombDLLe=-4.95004 CombDLLmu=-8.74062 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=3.72568e-07 ProbNNpi=0.834133 ProbNNk=0.0821127 ProbNNp=0.147753 ProbNNghost=0.00842363 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-47.7103 RichDLLmu=-35.9552 RichDLLpi=0 RichDLLk=-22.9619 RichDLLp=-22.9619 RichPIDStatus=5027 RichDLLbt=-22.9619 RichDLLd=-22.9619 InAccBrem=1 CaloBremChi2=498.772 BremPIDe=-0.553589 TrackChi2PerDof=0.754673 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=3531.42 TrackPt=554.769 CombDLLe=-6.37361 CombDLLmu=-6.99999 CombDLLpi=0 CombDLLk=-22.9619 CombDLLp=-22.9619 CombDLLd=-22.9619 ProbNNe=0.000153576 ProbNNpi=0.996506 ProbNNk=0.000264286 ProbNNp=0.00249335 ProbNNghost=0.0136266 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.57814 RichDLLmu=0.18492 RichDLLpi=0 RichDLLk=12.8691 RichDLLp=7.91432 RichPIDStatus=8132 RichDLLbt=5.13814 RichDLLd=5.13814 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.04251 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=50285.4 TrackPt=1104.48 CombDLLe=-0.101168 CombDLLmu=0.25877 CombDLLpi=0 CombDLLk=12.8691 CombDLLp=7.91432 CombDLLd=5.13814 ProbNNe=0.0348951 ProbNNpi=0.0705452 ProbNNk=0.996097 ProbNNp=0.519831 ProbNNghost=0.01348 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0431862 RichDLLmu=0.0114651 RichDLLpi=0 RichDLLk=-6.20091 RichDLLp=-3.07147 RichPIDStatus=8134 RichDLLbt=1.74816 RichDLLd=1.74816 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.39708 CaloElectronMatch=1230.71 CaloChargedEcal=20087.8 CaloChargedID=43049 CaloEcalE=21590.3 CaloHcalE=22965.6 CaloEcalChi2=1230.71 CaloClusChi2=1.39708 CaloTrajectoryL=-992.159 CaloEoverP=0.428114 EcalPIDe=-1.56959 HcalPIDe=-2.74192 HcalPIDmu=-3.31941 EcalPIDmu=-4.03438 TrackChi2PerDof=1.39718 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=45725.5 TrackPt=830.068 CombDLLe=-4.30396 CombDLLmu=-7.33774 CombDLLpi=0 CombDLLk=-6.20091 CombDLLp=-3.07147 CombDLLd=1.74816 ProbNNe=0.00255046 ProbNNpi=0.975002 ProbNNk=0.00204588 ProbNNp=0.00971663 ProbNNghost=0.00737021 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.5659 RichDLLmu=-5.67314 RichDLLpi=0 RichDLLk=-9.87715 RichDLLp=-9.87715 RichPIDStatus=5059 RichDLLbt=-9.87715 RichDLLd=-9.87715 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0938208 CaloElectronMatch=71.5776 CaloChargedEcal=6347.75 CaloChargedID=42735 CaloEcalE=3278.49 CaloHcalE=4973.45 CaloEcalChi2=71.5776 CaloClusChi2=0.0938208 CaloTrajectoryL=148.285 CaloEoverP=0.523848 EcalPIDe=2.29793 HcalPIDe=-1.69811 HcalPIDmu=-0.893578 EcalPIDmu=-2.37225 TrackChi2PerDof=0.924343 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=12673.7 TrackPt=223.364 CombDLLe=-2.29075 CombDLLmu=-8.95401 CombDLLpi=0 CombDLLk=-9.87715 CombDLLp=-9.87715 CombDLLd=-9.87715 ProbNNe=5.52144e-07 ProbNNpi=0.998331 ProbNNk=6.19537e-05 ProbNNp=6.41219e-05 ProbNNghost=0.00898213 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.515661 RichDLLmu=-0.028568 RichDLLpi=0 RichDLLk=-1.4885 RichDLLp=-3.01144 RichPIDStatus=8131 RichDLLbt=-0.925676 RichDLLd=-0.925676 TrackChi2PerDof=1.10211 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=34224.8 TrackPt=618.11 CombDLLe=-0.0902357 CombDLLmu=-0.0399948 CombDLLpi=0 CombDLLk=-1.4885 CombDLLp=-3.01144 CombDLLd=-0.925676 ProbNNe=0.10051 ProbNNpi=0.853011 ProbNNk=0.0585371 ProbNNp=0.15442 ProbNNghost=0.0256495 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.953613 RichDLLmu=-0.279974 RichDLLpi=0 RichDLLk=20.3291 RichDLLp=3.81808 RichPIDStatus=8132 RichDLLbt=5.22641 RichDLLd=5.22641 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.867605 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=42613.3 TrackPt=1007.67 CombDLLe=-0.166851 CombDLLmu=-0.391554 CombDLLpi=0 CombDLLk=20.3291 CombDLLp=3.81808 CombDLLd=5.22641 ProbNNe=0.0116423 ProbNNpi=0.0482474 ProbNNk=0.998621 ProbNNp=0.046414 ProbNNghost=0.0127392 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.60315 RichDLLmu=-2.2983 RichDLLpi=0 RichDLLk=17.2331 RichDLLp=17.2331 RichPIDStatus=5092 RichDLLbt=17.2331 RichDLLd=17.2331 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.48546 CaloElectronMatch=157.069 CaloBremMatch=157.069 CaloChargedEcal=1731.1 CaloChargedID=38320 CaloNeutralEcal=1731.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919591 CaloNeutralID=38320 CaloEcalE=1074.27 CaloHcalE=5059.22 CaloEcalChi2=157.069 CaloBremChi2=482.891 CaloClusChi2=2.48546 CaloTrajectoryL=397.698 CaloEoverP=0.281199 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-2.03708 HcalPIDmu=-1.1993 EcalPIDmu=-0.430087 TrackChi2PerDof=2.67573 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=6542.62 TrackPt=413.459 CombDLLe=-2.28426 CombDLLmu=-4.63803 CombDLLpi=0 CombDLLk=17.2331 CombDLLp=17.2331 CombDLLd=17.2331 ProbNNe=0.00061658 ProbNNpi=0.00768121 ProbNNk=0.475494 ProbNNp=0.394623 ProbNNghost=0.917068 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0354652 RichDLLmu=4.57371 RichDLLpi=0 RichDLLk=22.4703 RichDLLp=22.4703 RichPIDStatus=5092 RichDLLbt=22.4703 RichDLLd=22.4703 MuonMuLL=-0.0610247 MuonBkgLL=-0.368335 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=109.939 MuonMVA1=-999 MuonMVA2=0.179809 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=32.0318 CaloElectronMatch=2041.95 CaloBremMatch=101.608 CaloChargedEcal=1040.47 CaloChargedID=34993 CaloNeutralEcal=1040.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.613275 CaloNeutralID=34993 CaloEcalE=0 CaloHcalE=0 CaloEcalChi2=2041.95 CaloBremChi2=27.2072 CaloClusChi2=32.0318 CaloTrajectoryL=7401.05 CaloEoverP=0.284917 EcalPIDe=-1.97998 BremPIDe=1.76814 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=0.494733 TrackChi2PerDof=1.51323 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=4197.27 TrackPt=721.946 CombDLLe=0.279705 CombDLLmu=3.40218 CombDLLpi=0 CombDLLk=22.4703 CombDLLp=22.4703 CombDLLd=22.8386 ProbNNe=0.010331 ProbNNmu=0.00366525 ProbNNpi=5.32103e-06 ProbNNk=0.701638 ProbNNp=0.383115 ProbNNghost=0.124524 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.243834 MuonNShared=7 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=458.559 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.630202 CaloElectronMatch=24.8966 CaloChargedEcal=7049.07 CaloChargedID=38788 CaloEcalE=1892.36 CaloHcalE=1026.17 CaloEcalChi2=24.8966 CaloClusChi2=0.630202 CaloTrajectoryL=102.976 CaloEoverP=1.1884 EcalPIDe=3.6423 HcalPIDe=-0.546759 HcalPIDmu=0.620398 EcalPIDmu=-2.13071 TrackChi2PerDof=0.926682 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=6239.43 TrackPt=101.282 CombDLLe=3.09554 CombDLLmu=-1.26648 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.243834 ProbNNe=0.0634892 ProbNNpi=0.753188 ProbNNk=0.0590877 ProbNNp=0.107585 ProbNNghost=0.303671 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.29062 RichDLLmu=5.30953 RichDLLpi=0 RichDLLk=-7.73821 RichDLLp=-7.73821 RichPIDStatus=5058 RichDLLbt=-7.73821 RichDLLd=-7.73821 MuonMuLL=-3.93325 MuonBkgLL=-6.18982 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=0.362833 MuonMVA1=-999 MuonMVA2=4.03471 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=18.6532 CaloElectronMatch=3337.31 CaloChargedEcal=8716.76 CaloChargedID=42764 CaloEcalE=0 CaloHcalE=6045.45 CaloEcalChi2=3337.31 CaloClusChi2=18.6532 CaloTrajectoryL=1372.87 CaloEoverP=0.61146 EcalPIDe=-2.6989 HcalPIDe=-1.65619 HcalPIDmu=-1.27098 EcalPIDmu=0.525694 TrackChi2PerDof=1.83529 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=15403 TrackPt=262.615 CombDLLe=-4.30423 CombDLLmu=7.01603 CombDLLpi=0 CombDLLk=-7.73821 CombDLLp=-7.73821 CombDLLd=-1.5484 ProbNNe=0.00410768 ProbNNmu=0.00366525 ProbNNpi=0.02542 ProbNNk=0.00239385 ProbNNp=0.0400647 ProbNNghost=0.238906 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-31.7603 RichDLLmu=-21.5299 RichDLLpi=0 RichDLLk=-10.8323 RichDLLp=-10.8323 RichPIDStatus=5027 RichDLLbt=-10.8323 RichDLLd=-10.8323 InAccBrem=1 CaloBremChi2=244.941 BremPIDe=-0.33853 TrackChi2PerDof=1.35468 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=3269.44 TrackPt=463.682 CombDLLe=-4.96324 CombDLLmu=-6.99745 CombDLLpi=0 CombDLLk=-10.8323 CombDLLp=-10.8323 CombDLLd=-10.8323 ProbNNe=3.81964e-05 ProbNNpi=0.984946 ProbNNk=0.000824322 ProbNNp=0.00711483 ProbNNghost=0.0176272 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-39.4672 RichDLLmu=-17.8378 RichDLLpi=0 RichDLLk=-28.4954 RichDLLp=-28.4954 RichPIDStatus=5027 RichDLLbt=-28.4954 RichDLLd=-28.4954 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0596915 CaloElectronMatch=26.6801 CaloBremMatch=26.6801 CaloChargedEcal=5492.99 CaloChargedID=39686 CaloNeutralEcal=5492.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.735278 CaloNeutralID=39686 CaloEcalE=3191.86 CaloHcalE=0 CaloEcalChi2=26.6801 CaloBremChi2=187.501 CaloClusChi2=0.0596915 CaloTrajectoryL=22.5284 CaloEoverP=0.804264 EcalPIDe=3.6423 BremPIDe=-0.248889 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-2.89107 TrackChi2PerDof=0.886984 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=7101.33 TrackPt=431.87 CombDLLe=-1.06208 CombDLLmu=-12.3736 CombDLLpi=0 CombDLLk=-28.4954 CombDLLp=-28.4954 CombDLLd=-28.4954 ProbNNe=2.61313e-08 ProbNNpi=0.996969 ProbNNk=0.000754418 ProbNNp=0.00471747 ProbNNghost=0.00252421 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.66034 RichDLLmu=-1.84843 RichDLLpi=0 RichDLLk=-1.26938 RichDLLp=-0.430252 RichPIDStatus=6083 RichDLLbt=-0.430252 RichDLLd=-0.430252 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.25851 CaloElectronMatch=1917.43 CaloChargedEcal=26146.7 CaloChargedID=43150 CaloEcalE=11897.5 CaloHcalE=15487.6 CaloEcalChi2=1917.43 CaloClusChi2=1.25851 CaloTrajectoryL=478.248 CaloEoverP=1.47651 EcalPIDe=-1.94966 HcalPIDe=-2.5812 HcalPIDmu=-2.77161 EcalPIDmu=-2.80328 TrackChi2PerDof=2.37368 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=18320.9 TrackPt=311.089 CombDLLe=-5.68577 CombDLLmu=-8.05091 CombDLLpi=0 CombDLLk=-1.26938 CombDLLp=-0.430252 CombDLLd=-0.430252 ProbNNe=0.00857723 ProbNNpi=0.810635 ProbNNk=0.0105713 ProbNNp=0.00998612 ProbNNghost=0.377836 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.305162 RichDLLmu=-0.128147 RichDLLpi=0 RichDLLk=-1.40862 RichDLLp=-14.4654 RichPIDStatus=139203 RichDLLbt=-4.21012 RichDLLd=-7.00718 TrackChi2PerDof=1.26166 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=70675.6 TrackPt=1051.98 CombDLLe=-0.0534023 CombDLLmu=-0.179366 CombDLLpi=0 CombDLLk=-1.40862 CombDLLp=-14.4654 CombDLLd=-7.00718 ProbNNe=0.185977 ProbNNpi=0.846735 ProbNNk=0.143422 ProbNNp=0.00334569 ProbNNghost=0.0157596 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0489802 MuonBkgLL=-0.298921 MuonNShared=7 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=326.583 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=36.7705 CaloElectronMatch=536.994 CaloChargedEcal=778.182 CaloChargedID=34568 CaloEcalE=0 CaloHcalE=467.494 CaloEcalChi2=536.994 CaloClusChi2=36.7705 CaloTrajectoryL=6366.88 CaloEoverP=0.163896 EcalPIDe=-0.341929 HcalPIDe=-0.13781 HcalPIDmu=-1.55285 EcalPIDmu=0.501778 TrackChi2PerDof=1.67667 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=5933.32 TrackPt=121.263 CombDLLe=-0.479739 CombDLLmu=-0.801129 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.298921 ProbNNe=3.85818e-06 ProbNNpi=0.0420943 ProbNNk=0.0615184 ProbNNp=0.00565545 ProbNNghost=0.998737 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.1368 RichDLLmu=-24.7802 RichDLLpi=0 RichDLLk=-18.0039 RichDLLp=-18.0039 RichPIDStatus=5027 RichDLLbt=-18.0039 RichDLLd=-18.0039 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.988378 CaloElectronMatch=267.97 CaloBremMatch=267.97 CaloChargedEcal=1063.73 CaloChargedID=35148 CaloNeutralEcal=1063.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941613 CaloNeutralID=35148 CaloEcalE=939.078 CaloHcalE=4879.02 CaloEcalChi2=267.97 CaloBremChi2=102.994 CaloClusChi2=0.988378 CaloTrajectoryL=106.213 CaloEoverP=0.203176 EcalPIDe=0.27519 BremPIDe=0.269433 HcalPIDe=-2.03708 HcalPIDmu=-0.953779 EcalPIDmu=-0.105267 TrackChi2PerDof=1.22521 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=5950.33 TrackPt=455.267 CombDLLe=-5.39121 CombDLLmu=-8.05835 CombDLLpi=0 CombDLLk=-18.0039 CombDLLp=-18.0039 CombDLLd=-18.0039 ProbNNe=6.61233e-07 ProbNNpi=0.997786 ProbNNk=0.00108568 ProbNNp=0.0112587 ProbNNghost=0.0106793 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.101029 RichDLLmu=-0.0650097 RichDLLpi=0 RichDLLk=-8.80748 RichDLLp=-11.6073 RichPIDStatus=139203 RichDLLbt=-6.768 RichDLLd=-7.50349 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.61996 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=62656.3 TrackPt=1064.48 CombDLLe=-0.01768 CombDLLmu=-0.0910085 CombDLLpi=0 CombDLLk=-8.80748 CombDLLp=-11.6073 CombDLLd=-7.50349 ProbNNe=0.319117 ProbNNpi=0.954392 ProbNNk=0.000985047 ProbNNp=0.000675899 ProbNNghost=0.0534825 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=17.6408 RichDLLmu=0.601824 RichDLLpi=0 RichDLLk=4.31033 RichDLLp=4.31033 RichPIDStatus=5025 RichDLLbt=4.31033 RichDLLd=4.31033 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.478969 CaloElectronMatch=4.30968 CaloBremMatch=4.30968 CaloChargedEcal=3866.58 CaloChargedID=34550 CaloNeutralEcal=3866.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972607 CaloNeutralID=34550 CaloEcalE=3572 CaloHcalE=115.006 CaloEcalChi2=4.30968 CaloBremChi2=274.568 CaloClusChi2=0.478969 CaloTrajectoryL=36.2919 CaloEoverP=1.04673 EcalPIDe=2.97947 BremPIDe=-0.318955 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.23049 TrackChi2PerDof=1.2585 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=3816.38 TrackPt=185.22 CombDLLe=6.04729 CombDLLmu=-3.85565 CombDLLpi=0 CombDLLk=4.31033 CombDLLp=4.31033 CombDLLd=4.31033 ProbNNe=0.99991 ProbNNpi=0.0416943 ProbNNk=0.00174415 ProbNNp=0.0515536 ProbNNghost=0.947012 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-50.6845 RichDLLmu=-22.1756 RichDLLpi=0 RichDLLk=-28.3528 RichDLLp=-28.3528 RichPIDStatus=5091 RichDLLbt=-28.3528 RichDLLd=-28.3528 MuonMuLL=-0.73689 MuonBkgLL=-3.40184 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.79402 MuonMVA1=-999 MuonMVA2=-0.0912343 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.77891 CaloElectronMatch=500.334 CaloChargedEcal=4232 CaloChargedID=38986 CaloEcalE=866.05 CaloHcalE=11798.3 CaloEcalChi2=500.334 CaloClusChi2=1.77891 CaloTrajectoryL=-270.272 CaloEoverP=0.483159 EcalPIDe=-0.270192 HcalPIDe=-1.17839 HcalPIDmu=-1.03292 EcalPIDmu=0.330989 TrackChi2PerDof=0.582408 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=9144.39 TrackPt=245.184 CombDLLe=-7.41967 CombDLLmu=-5.03501 CombDLLpi=0 CombDLLk=-28.3528 CombDLLp=-28.3528 CombDLLd=-24.9509 ProbNNe=1.48604e-07 ProbNNmu=0.00366525 ProbNNpi=0.709395 ProbNNk=0.0100964 ProbNNp=0.00733405 ProbNNghost=0.0400144 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.4154 RichDLLmu=-12.1791 RichDLLpi=0 RichDLLk=-10.5483 RichDLLp=-10.5483 RichPIDStatus=5027 RichDLLbt=-10.5483 RichDLLd=-10.5483 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.30596 CaloElectronMatch=378.03 CaloBremMatch=378.03 CaloChargedEcal=1208.68 CaloChargedID=34609 CaloNeutralEcal=1208.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943265 CaloNeutralID=34609 CaloEcalE=934.076 CaloHcalE=7320.89 CaloEcalChi2=378.03 CaloBremChi2=871.372 CaloClusChi2=0.30596 CaloTrajectoryL=157.005 CaloEoverP=0.186196 EcalPIDe=0.0750074 BremPIDe=-0.607507 HcalPIDe=-1.99692 HcalPIDmu=-1.2021 EcalPIDmu=-0.0480211 TrackChi2PerDof=1.15934 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=7382.1 TrackPt=555.96 CombDLLe=-6.57976 CombDLLmu=-8.14369 CombDLLpi=0 CombDLLk=-10.5483 CombDLLp=-10.5483 CombDLLd=-10.5483 ProbNNe=8.82445e-07 ProbNNpi=0.986093 ProbNNk=0.00299217 ProbNNp=0.0106713 ProbNNghost=0.0618582 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.980158 RichDLLmu=1.05716 RichDLLpi=0 RichDLLk=-1.75618 RichDLLp=1.74263 RichPIDStatus=6085 RichDLLbt=1.74263 RichDLLd=1.74263 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0836006 CaloElectronMatch=203.92 CaloChargedEcal=11507.2 CaloChargedID=43090 CaloEcalE=6436.22 CaloHcalE=11571.8 CaloEcalChi2=203.92 CaloClusChi2=0.0836006 CaloTrajectoryL=19.4427 CaloEoverP=0.526221 EcalPIDe=1.29617 HcalPIDe=-2.87281 HcalPIDmu=-2.24903 EcalPIDmu=-3.32597 TrackChi2PerDof=1.60604 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=22668.3 TrackPt=300.037 CombDLLe=-1.40514 CombDLLmu=-4.11665 CombDLLpi=0 CombDLLk=-1.75618 CombDLLp=1.74263 CombDLLd=1.74263 ProbNNe=0.000376239 ProbNNpi=0.331599 ProbNNk=0.0104596 ProbNNp=0.023088 ProbNNghost=0.79582 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.46676 RichDLLmu=-2.41791 RichDLLpi=0 RichDLLk=0.228876 RichDLLp=0.228876 RichPIDStatus=5057 RichDLLbt=0.228876 RichDLLd=0.228876 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.127171 CaloElectronMatch=255.305 CaloChargedEcal=18208.5 CaloChargedID=39090 CaloEcalE=14990.4 CaloHcalE=6634.67 CaloEcalChi2=255.305 CaloClusChi2=0.127171 CaloTrajectoryL=141.557 CaloEoverP=2.41766 EcalPIDe=0.27519 HcalPIDe=-2.03825 HcalPIDmu=-1.28076 EcalPIDmu=-0.119925 TrackChi2PerDof=1.88209 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=7730.06 TrackPt=101.771 CombDLLe=-0.303114 CombDLLmu=-4.54444 CombDLLpi=0 CombDLLk=0.228876 CombDLLp=0.228876 CombDLLd=0.228876 ProbNNe=0.998552 ProbNNpi=0.00621331 ProbNNk=0.0342542 ProbNNp=0.00165195 ProbNNghost=0.996071 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.90248 RichDLLmu=-3.7637 RichDLLpi=0 RichDLLk=-0.154191 RichDLLp=-0.154191 RichPIDStatus=5059 RichDLLbt=-0.154191 RichDLLd=-0.154191 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.34913 CaloElectronMatch=666.894 CaloChargedEcal=1987.06 CaloChargedID=43253 CaloEcalE=3897.81 CaloHcalE=5986.31 CaloEcalChi2=666.894 CaloClusChi2=3.34913 CaloTrajectoryL=-960.786 CaloEoverP=0.296276 EcalPIDe=-0.541014 HcalPIDe=-2.12496 HcalPIDmu=-1.79054 EcalPIDmu=-2.83017 TrackChi2PerDof=0.847785 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=7815.53 TrackPt=117.993 CombDLLe=-4.0312 CombDLLmu=-9.07818 CombDLLpi=0 CombDLLk=-0.154191 CombDLLp=-0.154191 CombDLLd=-0.154191 ProbNNe=0.000437999 ProbNNpi=0.831843 ProbNNk=0.00648735 ProbNNp=0.00758836 ProbNNghost=0.455492 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.12314 RichDLLmu=0.799003 RichDLLpi=0 RichDLLk=5.10247 RichDLLp=5.10247 RichPIDStatus=5060 RichDLLbt=5.10247 RichDLLd=5.10247 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.30941 CaloElectronMatch=662.741 CaloChargedEcal=1987.06 CaloChargedID=43253 CaloEcalE=3897.81 CaloHcalE=5986.31 CaloEcalChi2=662.741 CaloClusChi2=3.30941 CaloTrajectoryL=-960.785 CaloEoverP=0.29898 EcalPIDe=-0.541014 HcalPIDe=-2.12496 HcalPIDmu=-1.20241 EcalPIDmu=-2.95413 TrackChi2PerDof=1.1032 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=7744.85 TrackPt=112.355 CombDLLe=-3.03718 CombDLLmu=-3.04736 CombDLLpi=0 CombDLLk=5.10247 CombDLLp=5.10247 CombDLLd=5.10247 ProbNNe=0.0186326 ProbNNpi=0.468125 ProbNNk=0.104499 ProbNNp=0.143485 ProbNNghost=0.757051 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ InAccEcal=1 CaloTrMatch=1.51 CaloElectronMatch=1.33864 CaloChargedEcal=3033.85 CaloChargedID=34812 CaloEcalE=2898.78 CaloEcalChi2=1.33864 CaloClusChi2=1.51 CaloTrajectoryL=138.163 CaloEoverP=1.01796 EcalPIDe=2.97947 EcalPIDmu=-1.79298 TrackChi2PerDof=0.622566 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=3150.13 TrackPt=63.4044 CombDLLe=2.97947 CombDLLmu=-1.79298 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.975011 ProbNNpi=0.213207 ProbNNk=0.0352973 ProbNNp=0.0475622 ProbNNghost=0.968601 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-36.7076 RichDLLmu=-9.59512 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=31.1104 CaloElectronMatch=542.069 CaloBremMatch=98.544 CaloChargedEcal=778.182 CaloChargedID=34568 CaloNeutralEcal=778.182 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740623 CaloNeutralID=34568 CaloEcalE=0 CaloHcalE=2033.41 CaloEcalChi2=542.069 CaloBremChi2=258.02 CaloClusChi2=31.1104 CaloTrajectoryL=8689.26 CaloEoverP=0.377378 EcalPIDe=-0.362387 BremPIDe=-0.338913 HcalPIDe=-1.31758 HcalPIDmu=1.17985 EcalPIDmu=0.308817 TrackChi2PerDof=0.826943 TrackNumDof=19 TrackType=3 TrackHistory=32 TrackP=2576.86 TrackPt=673.538 CombDLLe=-7.0925 CombDLLmu=-5.21619 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=5.55126e-08 ProbNNpi=0.777923 ProbNNk=0.144707 ProbNNp=0.31821 ProbNNghost=0.00433971 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.214 RichDLLmu=7.23801 RichDLLpi=0 RichDLLk=16.1004 RichDLLp=16.1004 RichPIDStatus=5028 RichDLLbt=16.1004 RichDLLd=16.1004 InAccBrem=1 CaloBremChi2=331.533 BremPIDe=-0.398756 TrackChi2PerDof=0.985747 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=5287.43 TrackPt=982.433 CombDLLe=-1.81634 CombDLLmu=6.26652 CombDLLpi=0 CombDLLk=16.1004 CombDLLp=16.1004 CombDLLd=16.1004 ProbNNe=7.231e-05 ProbNNpi=0.00889199 ProbNNk=0.846511 ProbNNp=0.879811 ProbNNghost=0.00933453 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.58894 RichDLLmu=-1.93394 RichDLLpi=0 RichDLLk=2.59834 RichDLLp=2.59834 RichPIDStatus=5060 RichDLLbt=2.59834 RichDLLd=2.59834 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.334446 CaloElectronMatch=179.594 CaloChargedEcal=15536.2 CaloChargedID=39030 CaloEcalE=6473.98 CaloHcalE=1080.67 CaloEcalChi2=179.594 CaloClusChi2=0.334446 CaloTrajectoryL=166.68 CaloEoverP=2.19765 EcalPIDe=0.989182 HcalPIDe=-0.546759 HcalPIDmu=0.533502 EcalPIDmu=-2.13638 TrackChi2PerDof=2.99833 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=7016.68 TrackPt=70.9755 CombDLLe=-0.529325 CombDLLmu=-4.18299 CombDLLpi=0 CombDLLk=2.59834 CombDLLp=2.59834 CombDLLd=2.59834 ProbNNe=0.323493 ProbNNpi=0.233131 ProbNNk=0.0145355 ProbNNp=0.0196501 ProbNNghost=0.936134 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.06527 RichDLLmu=-1.22728 RichDLLpi=0 RichDLLk=-1.13986 RichDLLp=-1.13986 RichPIDStatus=5059 RichDLLbt=-1.13986 RichDLLd=-1.13986 MuonMuLL=0 MuonBkgLL=-0.213079 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=271.736 MuonMVA1=-999 MuonMVA2=0.0415257 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.34307 CaloElectronMatch=1834.48 CaloChargedEcal=778.182 CaloChargedID=34568 CaloEcalE=1082.25 CaloHcalE=13891.8 CaloEcalChi2=1834.48 CaloClusChi2=3.34307 CaloTrajectoryL=17729.4 CaloEoverP=0.0938307 EcalPIDe=-1.6563 HcalPIDe=-1.89687 HcalPIDmu=-1.04388 EcalPIDmu=-0.400565 TrackChi2PerDof=2.7367 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=10363.9 TrackPt=106.015 CombDLLe=-4.94577 CombDLLmu=-2.91587 CombDLLpi=0 CombDLLk=-1.13986 CombDLLp=-1.13986 CombDLLd=-0.926781 ProbNNe=0.624276 ProbNNmu=0.00366525 ProbNNpi=0.0393726 ProbNNk=0.00170781 ProbNNp=0.0128864 ProbNNghost=0.911062 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.48195 RichDLLmu=-0.633344 RichDLLpi=0 RichDLLk=-17.0051 RichDLLp=-14.5311 RichPIDStatus=6083 RichDLLbt=-14.5311 RichDLLd=-14.5311 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=9.47272 CaloElectronMatch=5536.32 CaloChargedEcal=20756.2 CaloChargedID=42835 CaloEcalE=759.808 CaloHcalE=26756.7 CaloEcalChi2=5536.32 CaloClusChi2=9.47272 CaloTrajectoryL=1637.38 CaloEoverP=0.871957 EcalPIDe=-4.00067 HcalPIDe=-2.87281 HcalPIDmu=-2.51557 EcalPIDmu=0.78412 TrackChi2PerDof=0.687177 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=24965.2 TrackPt=196.88 CombDLLe=-7.65455 CombDLLmu=-2.61342 CombDLLpi=0 CombDLLk=-17.0051 CombDLLp=-14.5311 CombDLLd=-14.5311 ProbNNe=2.43069e-06 ProbNNpi=0.975226 ProbNNk=3.18234e-05 ProbNNp=0.000459119 ProbNNghost=0.0745702 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.29355 RichDLLmu=4.45443 RichDLLpi=0 RichDLLk=-2.48417 RichDLLp=0.0578866 RichPIDStatus=6081 RichDLLbt=0.0578866 RichDLLd=0.0578866 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.60783 CaloElectronMatch=646.527 CaloChargedEcal=2299.97 CaloChargedID=43311 CaloEcalE=15035.1 CaloHcalE=6784.05 CaloEcalChi2=646.527 CaloClusChi2=1.60783 CaloTrajectoryL=2247.33 CaloEoverP=0.129301 EcalPIDe=-0.597229 HcalPIDe=-1.71807 HcalPIDmu=-1.29155 EcalPIDmu=-2.80328 TrackChi2PerDof=1.04311 TrackNumDof=13 TrackType=3 TrackHistory=32 TrackP=19007 TrackPt=225.329 CombDLLe=-1.3943 CombDLLmu=0.887985 CombDLLpi=0 CombDLLk=-2.48417 CombDLLp=0.0578866 CombDLLd=0.0578866 ProbNNe=0.983431 ProbNNpi=0.25605 ProbNNk=0.00340586 ProbNNp=0.0127644 ProbNNghost=0.907828 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.50918 RichDLLmu=-0.301065 RichDLLpi=0 RichDLLk=-1.07761 RichDLLp=0.906368 RichPIDStatus=6085 RichDLLbt=0.906368 RichDLLd=0.906368 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=9.61488 CaloElectronMatch=5547.01 CaloChargedEcal=20756.2 CaloChargedID=42835 CaloEcalE=759.808 CaloHcalE=26756.7 CaloEcalChi2=5547.01 CaloClusChi2=9.61488 CaloTrajectoryL=1639.69 CaloEoverP=0.860476 EcalPIDe=-4.00067 HcalPIDe=-2.87281 HcalPIDmu=-2.51557 EcalPIDmu=0.78412 TrackChi2PerDof=0.724826 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=25298.3 TrackPt=211.71 CombDLLe=-7.13746 CombDLLmu=-2.15243 CombDLLpi=0 CombDLLk=-1.07761 CombDLLp=0.906368 CombDLLd=0.906368 ProbNNe=1.66095e-05 ProbNNpi=0.834125 ProbNNk=0.00684165 ProbNNp=0.0158058 ProbNNghost=0.210171 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.407 RichDLLmu=-12.7375 RichDLLpi=0 RichDLLk=-6.36721 RichDLLp=-6.36721 RichPIDStatus=5059 RichDLLbt=-6.36721 RichDLLd=-6.36721 MuonMuLL=-0.724638 MuonBkgLL=-3.38384 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.91161 MuonMVA1=-999 MuonMVA2=-0.0668516 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.71832 CaloElectronMatch=527.54 CaloBremMatch=205.298 CaloChargedEcal=4232 CaloChargedID=38986 CaloNeutralEcal=4232 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.67626 CaloNeutralID=38986 CaloEcalE=866.05 CaloHcalE=11798.3 CaloEcalChi2=527.54 CaloClusChi2=1.71832 CaloTrajectoryL=-265.861 CaloEoverP=0.45939 EcalPIDe=-0.324664 HcalPIDe=-0.892025 HcalPIDmu=-0.843241 EcalPIDmu=0.884052 TrackChi2PerDof=1.01641 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9617.5 TrackPt=325.578 CombDLLe=-3.93704 CombDLLmu=-4.21473 CombDLLpi=0 CombDLLk=-6.36721 CombDLLp=-6.36721 CombDLLd=-2.98337 ProbNNe=0.000376932 ProbNNmu=0.000625901 ProbNNpi=0.939004 ProbNNk=0.000163231 ProbNNp=0.00256258 ProbNNghost=0.28147 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.3744 RichDLLmu=5.28691 RichDLLpi=0 RichDLLk=-3.59713 RichDLLp=-3.59713 RichPIDStatus=5090 RichDLLbt=-3.59713 RichDLLd=-3.59713 MuonMuLL=-0.94469 MuonBkgLL=-3.67845 MuonNShared=2 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.01369 MuonMVA1=-999 MuonMVA2=1.61328 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.519342 CaloElectronMatch=229.828 CaloBremMatch=39.3169 CaloChargedEcal=4595.86 CaloChargedID=39179 CaloNeutralEcal=4595.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.717088 CaloNeutralID=39179 CaloEcalE=971.122 CaloHcalE=2739.52 CaloEcalChi2=229.828 CaloClusChi2=0.519342 CaloTrajectoryL=-86.1522 CaloEoverP=0.555084 EcalPIDe=0.54377 HcalPIDe=-1.19618 HcalPIDmu=0.86788 EcalPIDmu=0.591593 TrackChi2PerDof=2.62488 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8552.12 TrackPt=263.534 CombDLLe=-1.9285 CombDLLmu=9.68585 CombDLLpi=0 CombDLLk=-3.59713 CombDLLp=-3.59713 CombDLLd=0.0813205 ProbNNe=0.0271048 ProbNNmu=0.000625899 ProbNNpi=0.00614684 ProbNNk=0.0039989 ProbNNp=0.226303 ProbNNghost=0.627771 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 InAccBrem=1 TrackChi2PerDof=1.56482 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2537.12 TrackPt=139.526 ProbNNe=0.233603 ProbNNpi=0.127441 ProbNNk=0.00166708 ProbNNp=0.0137692 ProbNNghost=0.654795 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.4403 RichDLLmu=-0.854718 RichDLLpi=0 RichDLLk=-1.91522 RichDLLp=-1.91522 RichPIDStatus=5027 RichDLLbt=-1.91522 RichDLLd=-1.91522 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.762894 CaloElectronMatch=20.5104 CaloBremMatch=20.5104 CaloChargedEcal=3063.22 CaloChargedID=34945 CaloNeutralEcal=3063.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931791 CaloNeutralID=34945 CaloEcalE=2330.07 CaloEcalChi2=20.5104 CaloClusChi2=0.762894 CaloTrajectoryL=126.702 CaloEoverP=1.06208 EcalPIDe=3.01028 EcalPIDmu=-3.85484 TrackChi2PerDof=1.80023 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3159.42 TrackPt=164.015 CombDLLe=1.22362 CombDLLmu=-5.03992 CombDLLpi=0 CombDLLk=-1.91522 CombDLLp=-1.91522 CombDLLd=-1.91522 ProbNNe=0.425371 ProbNNpi=0.0608882 ProbNNk=0.0118912 ProbNNp=0.0183181 ProbNNghost=0.934469 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=12.6044 RichDLLmu=1.58626 RichDLLpi=0 RichDLLk=2.5745 RichDLLp=2.5745 RichPIDStatus=5025 RichDLLbt=2.5745 RichDLLd=2.5745 MuonMuLL=0 MuonBkgLL=-0.042794 MuonNShared=8 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=504.788 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.625529 CaloElectronMatch=10.3594 CaloBremMatch=10.3594 CaloChargedEcal=5173.49 CaloChargedID=39490 CaloNeutralEcal=5173.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939472 CaloNeutralID=39490 CaloEcalE=4359.4 CaloHcalE=0 CaloEcalChi2=10.3594 CaloClusChi2=0.625529 CaloTrajectoryL=81.8814 CaloEoverP=1.1841 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-2.09154 TrackChi2PerDof=1.38159 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4668.89 TrackPt=220.722 CombDLLe=5.59781 CombDLLmu=-2.77041 CombDLLpi=0 CombDLLk=2.5745 CombDLLp=2.5745 CombDLLd=2.6173 ProbNNe=0.999487 ProbNNpi=0.0807391 ProbNNk=0.0509816 ProbNNp=0.0877447 ProbNNghost=0.921724 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0944901 CaloElectronMatch=13.1391 CaloChargedEcal=4490.63 CaloChargedID=34870 CaloEcalE=2755.38 CaloHcalE=108.9 CaloEcalChi2=13.1391 CaloClusChi2=0.0944901 CaloTrajectoryL=-62.3126 CaloEoverP=1.45906 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-3.65401 TrackChi2PerDof=1.91825 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3168.53 TrackPt=86.704 CombDLLe=3.46225 CombDLLmu=-6.36178 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.841963 ProbNNpi=0.0430397 ProbNNk=0.00493359 ProbNNp=0.00704115 ProbNNghost=0.958335 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.67767 RichDLLmu=6.42279 RichDLLpi=0 RichDLLk=20.0026 RichDLLp=20.0026 RichPIDStatus=5028 RichDLLbt=20.0026 RichDLLd=20.0026 InAccBrem=1 TrackChi2PerDof=0.714232 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4936.33 TrackPt=749.617 CombDLLe=-0.467893 CombDLLmu=6.00386 CombDLLpi=0 CombDLLk=20.0026 CombDLLp=20.0026 CombDLLd=20.0026 ProbNNe=0.0183401 ProbNNpi=0.050964 ProbNNk=0.200758 ProbNNp=0.826116 ProbNNghost=0.00375142 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.95003 RichDLLmu=2.56738 RichDLLpi=0 RichDLLk=20.4754 RichDLLp=28.6023 RichPIDStatus=8166 RichDLLbt=30.1889 RichDLLd=30.1889 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=12.2975 CaloElectronMatch=3869.82 CaloBremMatch=4.35437 CaloChargedEcal=4492.51 CaloChargedID=34765 CaloNeutralEcal=4492.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940019 CaloNeutralID=34765 CaloEcalE=0 CaloHcalE=11895 CaloEcalChi2=3869.82 CaloClusChi2=12.2975 CaloTrajectoryL=10359.5 CaloEoverP=0.233006 EcalPIDe=-2.19247 HcalPIDe=-1.56856 HcalPIDmu=-2.02874 EcalPIDmu=0.685792 TrackChi2PerDof=0.630701 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=19731.3 TrackPt=990.258 CombDLLe=-2.72738 CombDLLmu=1.9656 CombDLLpi=0 CombDLLk=20.4754 CombDLLp=28.6023 CombDLLd=30.1889 ProbNNe=0.000448468 ProbNNpi=0.0150461 ProbNNk=0.287371 ProbNNp=0.931383 ProbNNghost=0.00140953 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.0815 RichDLLmu=-0.943132 RichDLLpi=0 RichDLLk=4.45224 RichDLLp=4.45224 RichPIDStatus=5060 RichDLLbt=4.45224 RichDLLd=4.45224 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.20605 CaloElectronMatch=28.9275 CaloChargedEcal=6047.51 CaloChargedID=38712 CaloEcalE=2762.9 CaloHcalE=2267.93 CaloEcalChi2=28.9275 CaloClusChi2=0.20605 CaloTrajectoryL=41.0917 CaloEoverP=0.757011 EcalPIDe=3.71102 HcalPIDe=-0.783803 HcalPIDmu=1.70097 EcalPIDmu=-2.07036 TrackChi2PerDof=0.978609 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=7999.29 TrackPt=283.787 CombDLLe=2.38902 CombDLLmu=-1.67434 CombDLLpi=0 CombDLLk=4.45224 CombDLLp=4.45224 CombDLLd=4.45224 ProbNNe=0.007128 ProbNNpi=0.45446 ProbNNk=0.00479495 ProbNNp=0.00550752 ProbNNghost=0.798029 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=38.5787 RichDLLmu=-7.04154 RichDLLpi=0 RichDLLk=11.9252 RichDLLp=11.9252 RichPIDStatus=5025 RichDLLbt=11.9252 RichDLLd=11.9252 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.858882 CaloElectronMatch=0.423326 CaloBremMatch=0.423326 CaloChargedEcal=5016.01 CaloChargedID=33797 CaloNeutralEcal=5016.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979297 CaloNeutralID=33797 CaloEcalE=4673.1 CaloHcalE=0 CaloEcalChi2=0.423326 CaloClusChi2=0.858882 CaloTrajectoryL=109.667 CaloEoverP=1.06234 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-1.95315 TrackChi2PerDof=0.677839 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4789.56 TrackPt=809.759 CombDLLe=8.68609 CombDLLmu=-11.0339 CombDLLpi=0 CombDLLk=11.9252 CombDLLp=11.9252 CombDLLd=11.9252 ProbNNe=1 ProbNNpi=0.149157 ProbNNk=0.0160108 ProbNNp=0.0016132 ProbNNghost=0.106799 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.495355 RichDLLmu=0.792893 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.01258 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2281.86 TrackPt=120.45 CombDLLe=-0.0866826 CombDLLmu=1.10084 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.781584 ProbNNpi=0.278765 ProbNNk=0.022324 ProbNNp=0.0292847 ProbNNghost=0.575748 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.65657 RichDLLmu=3.2865 RichDLLpi=0 RichDLLk=0.713005 RichDLLp=0.713005 RichPIDStatus=5026 RichDLLbt=0.713005 RichDLLd=0.713005 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.08378 CaloElectronMatch=20.6537 CaloBremMatch=20.6537 CaloChargedEcal=2685.9 CaloChargedID=34441 CaloNeutralEcal=2685.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819085 CaloNeutralID=34441 CaloEcalE=1216.4 CaloHcalE=1983.68 CaloEcalChi2=20.6537 CaloClusChi2=1.08378 CaloTrajectoryL=251.427 CaloEoverP=0.865834 EcalPIDe=3.01028 HcalPIDe=-1.42003 HcalPIDmu=2.09368 EcalPIDmu=-1.16694 TrackChi2PerDof=1.29256 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3417.97 TrackPt=202.704 CombDLLe=1.30051 CombDLLmu=4.96268 CombDLLpi=0 CombDLLk=0.713005 CombDLLp=0.713005 CombDLLd=0.713005 ProbNNe=0.120844 ProbNNpi=0.574069 ProbNNk=0.0236503 ProbNNp=0.0656707 ProbNNghost=0.136484 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.19578 RichDLLmu=-1.56941 RichDLLpi=0 RichDLLk=2.08867 RichDLLp=2.08867 RichPIDStatus=5028 RichDLLbt=2.08867 RichDLLd=2.08867 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.161686 CaloElectronMatch=9.42178 CaloBremMatch=9.42178 CaloChargedEcal=3340.36 CaloChargedID=34488 CaloNeutralEcal=3340.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955535 CaloNeutralID=34488 CaloEcalE=1682.96 CaloHcalE=115.006 CaloEcalChi2=9.42178 CaloClusChi2=0.161686 CaloTrajectoryL=70.3894 CaloEoverP=1.06059 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-2.26841 TrackChi2PerDof=2.07287 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3407.4 TrackPt=168.234 CombDLLe=3.07838 CombDLLmu=-7.10393 CombDLLpi=0 CombDLLk=2.08867 CombDLLp=2.08867 CombDLLd=2.08867 ProbNNe=0.81486 ProbNNpi=0.30569 ProbNNk=0.0398757 ProbNNp=0.0518788 ProbNNghost=0.728991 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.48116 RichDLLmu=-1.39553 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.84444 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2433.63 TrackPt=81.9604 CombDLLe=-0.60767 CombDLLmu=-1.90454 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.148199 ProbNNpi=0.541904 ProbNNk=0.0220212 ProbNNp=0.0328695 ProbNNghost=0.290278 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.5593 RichDLLmu=-24.77 RichDLLpi=0 RichDLLk=-9.1559 RichDLLp=-9.1559 RichPIDStatus=5027 RichDLLbt=-9.1559 RichDLLd=-9.1559 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.798426 CaloElectronMatch=252.891 CaloBremMatch=128.048 CaloChargedEcal=624.277 CaloChargedID=35197 CaloNeutralEcal=624.277 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809791 CaloNeutralID=35197 CaloEcalE=591.664 CaloEcalChi2=252.891 CaloClusChi2=0.798426 CaloTrajectoryL=189.635 CaloEoverP=0.19224 EcalPIDe=0.287807 EcalPIDmu=1.57868 TrackChi2PerDof=1.44835 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4225.79 TrackPt=473.087 CombDLLe=-2.74547 CombDLLmu=-5.42063 CombDLLpi=0 CombDLLk=-9.1559 CombDLLp=-9.1559 CombDLLd=-9.1559 ProbNNe=0.0100063 ProbNNpi=0.981361 ProbNNk=0.000197332 ProbNNp=0.00263534 ProbNNghost=0.00806908 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.625302 CaloElectronMatch=102.423 CaloBremMatch=13.1391 CaloChargedEcal=4490.63 CaloChargedID=34870 CaloNeutralEcal=4490.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.74993 CaloNeutralID=34870 CaloEcalE=2973.37 CaloHcalE=478.853 CaloEcalChi2=102.423 CaloClusChi2=0.625302 CaloTrajectoryL=814.662 CaloEoverP=1.32614 EcalPIDe=1.50525 HcalPIDe=-0.248115 HcalPIDmu=-1.09338 EcalPIDmu=-2.04159 TrackChi2PerDof=2.46795 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=3486.12 TrackPt=134.863 CombDLLe=1.25714 CombDLLmu=-3.13497 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.300961 ProbNNpi=0.144624 ProbNNk=0.0178898 ProbNNp=0.00842481 ProbNNghost=0.951698 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.56 RichDLLmu=-0.727102 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.94071 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2127.18 TrackPt=358.25 CombDLLe=-1.96851 CombDLLmu=-1.01083 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.941474 ProbNNpi=0.64137 ProbNNk=0.0318579 ProbNNp=0.0664775 ProbNNghost=0.150839 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.405521 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4257 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.93895 TrackNumDof=6 TrackType=5 TrackHistory=33 TrackP=1737.68 TrackPt=75.9322 CombDLLe=0.0709638 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.971598 ProbNNpi=0.0582701 ProbNNk=0.0222927 ProbNNp=0.0324923 ProbNNghost=0.892501 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.908067 RichDLLmu=-0.0287676 RichDLLpi=0 RichDLLk=6.05237 RichDLLp=-5.77019 RichPIDStatus=8100 RichDLLbt=-4.1116 RichDLLd=-4.1116 InAccBrem=1 CaloBremChi2=273.139 BremPIDe=-0.266715 TrackChi2PerDof=1.05297 TrackNumDof=31 TrackType=4 TrackHistory=34 TrackP=18829.3 TrackPt=789.573 CombDLLe=-0.4256 CombDLLmu=-0.0402742 CombDLLpi=0 CombDLLk=6.05237 CombDLLp=-5.77019 CombDLLd=-4.1116 ProbNNe=0.00133233 ProbNNmu=0.00336033 ProbNNpi=0.256581 ProbNNk=0.876172 ProbNNp=0.4639 ProbNNghost=0.00446996 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=11.5111 RichDLLmu=1.52718 RichDLLpi=0 RichDLLk=15.8488 RichDLLp=15.8488 RichPIDStatus=5028 RichDLLbt=15.8488 RichDLLd=15.8488 InAccBrem=1 CaloBremChi2=125.792 BremPIDe=0.185998 TrackChi2PerDof=0.847467 TrackNumDof=14 TrackType=4 TrackHistory=34 TrackP=6308.04 TrackPt=467.914 CombDLLe=2.14661 CombDLLmu=2.07396 CombDLLpi=0 CombDLLk=15.8488 CombDLLp=15.8488 CombDLLd=15.8488 ProbNNe=0.00854853 ProbNNmu=0.0040392 ProbNNpi=0.157647 ProbNNk=0.28841 ProbNNp=0.0591369 ProbNNghost=0.837008 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-27.0817 RichDLLmu=-17.7995 RichDLLpi=0 RichDLLk=-11.4979 RichDLLp=-11.4979 RichPIDStatus=5027 RichDLLbt=-11.4979 RichDLLd=-11.4979 InAccBrem=1 CaloBremChi2=186.969 BremPIDe=-0.248889 TrackChi2PerDof=0.657557 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=5420.63 TrackPt=524.82 CombDLLe=-4.37605 CombDLLmu=-6.98868 CombDLLpi=0 CombDLLk=-11.4979 CombDLLp=-11.4979 CombDLLd=-11.4979 ProbNNe=3.45462e-06 ProbNNmu=0.000685459 ProbNNpi=0.975309 ProbNNk=0.00245129 ProbNNp=0.0038256 ProbNNghost=0.0078897 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.51643 RichDLLmu=5.20037 RichDLLpi=0 RichDLLk=7.34251 RichDLLp=7.34251 RichPIDStatus=5028 RichDLLbt=7.34251 RichDLLd=7.34251 InAccBrem=1 CaloBremChi2=19.7731 BremPIDe=2.37284 TrackChi2PerDof=1.68556 TrackNumDof=5 TrackType=4 TrackHistory=34 TrackP=3395.98 TrackPt=565.471 CombDLLe=0.904585 CombDLLmu=5.44542 CombDLLpi=0 CombDLLk=7.34251 CombDLLp=7.34251 CombDLLd=7.34251 ProbNNe=5.75376e-05 ProbNNmu=0.0168096 ProbNNpi=0.600658 ProbNNk=0.0619132 ProbNNp=0.0663259 ProbNNghost=0.233913 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=186.694 ShowerShape=1591.47 ClusterMass=53.9825 CaloNeutralEcal=43964.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925731 CaloNeutralID=37726 CaloNeutralE19=0.685406 CaloClusterCode=-95 CaloClusterFrac=0.99999 IsPhoton=0.710043 IsNotH=0.82606 IsPhotonXGB=0.137996 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0641134 ShowerShape=35114 ClusterMass=66.5679 CaloNeutralEcal=16303 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786849 CaloNeutralID=34155 CaloNeutralE19=0.383151 CaloClusterCode=60 IsPhoton=1 IsNotH=0.00594015 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.643671 ShowerShape=5028.09 ClusterMass=117.785 CaloNeutralEcal=28294.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813222 CaloNeutralID=38769 CaloNeutralE19=0.388043 CaloClusterCode=98 IsPhoton=0.000560485 IsNotH=0.0287633 IsPhotonXGB=0.0125226 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.760178 ShowerShape=5321.45 ClusterMass=58.2373 CaloNeutralEcal=21698.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796931 CaloNeutralID=38862 CaloNeutralE19=0.338755 CaloClusterCode=-91 CaloClusterFrac=0.999967 IsPhoton=1 IsNotH=0.00695299 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.334446 ShowerShape=8332.27 ClusterMass=62.2017 CaloNeutralEcal=15536.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.668254 CaloNeutralID=39030 CaloNeutralE19=0.33994 CaloClusterCode=92 CaloClusterFrac=0.999826 IsPhoton=1 IsNotH=0.00762192 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0806507 ShowerShape=7357.82 ClusterMass=70.03 CaloNeutralEcal=18208.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.913515 CaloNeutralID=39090 CaloNeutralE19=0.479697 CaloClusterCode=93 CaloClusterFrac=0.999935 IsPhoton=1 IsNotH=0.540193 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=186.694 ShowerShape=1591.47 ClusterMass=53.9825 CaloNeutralEcal=43964.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925731 CaloNeutralID=37726 CaloNeutralE19=0.685406 CaloClusterCode=-95 CaloClusterFrac=0.99999 IsPhoton=0.708522 IsNotH=0.82606 IsPhotonXGB=0.137996 ClusterAsX=0.19561 ClusterAsY=-0.00614259 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=69.5567 ShowerShape=15399.1 CaloNeutralEcal=8300.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.744812 CaloNeutralID=33891 CaloNeutralE19=0.374061 CaloClusterCode=-97 CaloClusterFrac=0.999976 IsPhoton=1 IsNotH=0.0585749 IsPhotonXGB=1 ClusterAsX=-0.0936149 ClusterAsY=0.0681723 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=67.3874 ShowerShape=729.473 CaloNeutralEcal=47188.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93303 CaloNeutralID=43426 CaloNeutralE19=0.759829 CaloClusterCode=-67 CaloClusterFrac=0.999931 IsPhoton=1 IsNotH=0.932114 IsPhotonXGB=1 ClusterAsX=-0.0102454 ClusterAsY=0.135593 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.9976 ShowerShape=1922.59 CaloNeutralEcal=31105.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949392 CaloNeutralID=43095 CaloNeutralE19=0.497766 CaloClusterCode=66 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.0975977 IsPhotonXGB=1 ClusterAsX=-0.391506 ClusterAsY=0.285982 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.47272 ShowerShape=2167.91 CaloNeutralEcal=20756.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.755459 CaloNeutralID=42835 CaloNeutralE19=0.313131 CaloClusterCode=92 CaloClusterFrac=0.999845 IsPhoton=1 IsNotH=0.00558571 IsPhotonXGB=1 ClusterAsX=0.174881 ClusterAsY=-0.356238 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=683.484 ShowerShape=9310.14 CaloNeutralEcal=3678.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855874 CaloNeutralID=36385 CaloNeutralE19=0.714706 CaloClusterCode=98 CaloClusterFrac=0.99999 IsPhoton=1 IsNotH=0.39566 IsPhotonXGB=1 ClusterAsX=0.0570647 ClusterAsY=0.00719755 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=126.987 ShowerShape=1320.02 CaloNeutralEcal=9165.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962036 CaloNeutralID=40028 CaloNeutralE19=0.751769 CaloClusterCode=91 CaloClusterFrac=0.999959 IsPhoton=1 IsNotH=0.877806 IsPhotonXGB=1 ClusterAsX=0.0910528 ClusterAsY=-0.113732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=81.551 ShowerShape=15062.9 CaloNeutralEcal=5459.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.787337 CaloNeutralID=33889 CaloNeutralE19=0.545535 CaloClusterCode=-96 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.0246014 IsPhotonXGB=1 ClusterAsX=-0.0252532 ClusterAsY=0.168616 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=83.6598 ShowerShape=8547.89 CaloNeutralEcal=5834.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936979 CaloNeutralID=35681 CaloNeutralE19=0.403965 CaloClusterCode=-95 CaloClusterFrac=0.999954 IsPhoton=1 IsNotH=0.147396 IsPhotonXGB=1 ClusterAsX=0.466532 ClusterAsY=-0.111022 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=128.204 ShowerShape=1833.86 CaloNeutralEcal=3850.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978459 CaloNeutralID=35249 CaloNeutralE19=0.902844 CaloClusterCode=97 CaloClusterFrac=1.00147 IsPhoton=1 IsNotH=0.886104 IsPhotonXGB=1 ClusterAsX=-0.0240616 ClusterAsY=0.0367982 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.7507 ShowerShape=1789 CaloNeutralEcal=13765.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.899802 CaloNeutralID=42475 CaloNeutralE19=0.426407 CaloClusterCode=-91 CaloClusterFrac=0.959917 IsPhoton=1 IsNotH=0.16638 IsPhotonXGB=1 ClusterAsX=0.213531 ClusterAsY=-0.345343 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=355.88 ShowerShape=9261.24 CaloNeutralEcal=3655.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966528 CaloNeutralID=33632 CaloNeutralE19=0.639346 CaloClusterCode=97 CaloClusterFrac=0.99987 IsPhoton=1 IsNotH=0.525576 IsPhotonXGB=1 ClusterAsX=-0.0339005 ClusterAsY=0.286561 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.9094 ShowerShape=1429.78 CaloNeutralEcal=28121.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909648 CaloNeutralID=42594 CaloNeutralE19=0.350858 CaloClusterCode=65 IsPhoton=1 IsNotH=0.118282 IsPhotonXGB=1 ClusterAsX=0.345378 ClusterAsY=-0.258204 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=405.321 ShowerShape=6712.47 CaloNeutralEcal=2635.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940562 CaloNeutralID=33778 CaloNeutralE19=0.491527 CaloClusterCode=-91 CaloClusterFrac=1.00714 IsPhoton=1 IsNotH=0.372784 IsPhotonXGB=1 ClusterAsX=0.0183849 ClusterAsY=-0.413945 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.3798 ShowerShape=1179.22 CaloNeutralEcal=11971.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911995 CaloNeutralID=43754 CaloNeutralE19=0.753701 CaloClusterCode=97 CaloClusterFrac=0.999931 IsPhoton=1 IsNotH=0.941669 IsPhotonXGB=1 ClusterAsX=0.0292179 ClusterAsY=0.069061 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=227.245 ShowerShape=1586.27 CaloNeutralEcal=8285.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911623 CaloNeutralID=39839 CaloNeutralE19=0.715884 CaloClusterCode=97 CaloClusterFrac=0.999966 IsPhoton=1 IsNotH=0.876867 IsPhotonXGB=1 ClusterAsX=0.0323502 ClusterAsY=0.148902 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.7989 ShowerShape=1103.86 CaloNeutralEcal=10197.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924567 CaloNeutralID=43567 CaloNeutralE19=0.460599 CaloClusterCode=-95 CaloClusterFrac=1.00172 IsPhoton=1 IsNotH=0.872427 IsPhotonXGB=1 ClusterAsX=0.349701 ClusterAsY=-0.0680343 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=132.67 ShowerShape=1920.04 CaloNeutralEcal=4440.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970038 CaloNeutralID=38278 CaloNeutralE19=0.708904 CaloClusterCode=93 CaloClusterFrac=1.00172 IsPhoton=1 IsNotH=0.792687 IsPhotonXGB=1 ClusterAsX=-0.217852 ClusterAsY=-0.0906865 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.7182 ShowerShape=13726.4 CaloNeutralEcal=2897.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84681 CaloNeutralID=33999 CaloNeutralE19=0.324315 CaloClusterCode=93 CaloClusterFrac=1.00379 IsPhoton=1 IsNotH=0.0343319 IsPhotonXGB=1 ClusterAsX=-0.224306 ClusterAsY=0.343506 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.7524 ShowerShape=24039 CaloNeutralEcal=4431.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.668649 CaloNeutralID=34081 CaloNeutralE19=0.284695 CaloClusterCode=93 CaloClusterFrac=0.999946 IsPhoton=1 IsNotH=0.00281226 IsPhotonXGB=1 ClusterAsX=-0.183318 ClusterAsY=-0.00630357 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=197.295 ShowerShape=1850.24 CaloNeutralEcal=5744.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.926266 CaloNeutralID=37856 CaloNeutralE19=0.621715 CaloClusterCode=-93 CaloClusterFrac=0.955203 IsPhoton=1 IsNotH=0.199185 IsPhotonXGB=1 ClusterAsX=-0.214075 ClusterAsY=-0.120753 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=268.147 ShowerShape=2476.6 CaloNeutralEcal=2100.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.989413 CaloNeutralID=33582 CaloNeutralE19=0.938445 CaloClusterCode=91 CaloClusterFrac=1.00469 IsPhoton=1 IsNotH=0.887091 IsPhotonXGB=1 ClusterAsX=-0.0119563 ClusterAsY=-0.0342379 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.12616 ShowerShape=2107.17 CaloNeutralEcal=3086.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.883825 CaloNeutralID=39038 CaloNeutralE19=0.515362 CaloClusterCode=-91 IsPhoton=1 IsNotH=0.251471 IsPhotonXGB=1 ClusterAsX=0.080582 ClusterAsY=-0.292156 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=546.057 ShowerShape=2480.36 CaloNeutralEcal=1767.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960287 CaloNeutralID=33906 CaloNeutralE19=0.858482 CaloClusterCode=-97 CaloClusterFrac=0.94734 IsPhoton=1 IsNotH=0.808058 IsPhotonXGB=1 ClusterAsX=0.0434398 ClusterAsY=0.023484 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=259.948 ShowerShape=6373.71 CaloNeutralEcal=2301.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.96367 CaloNeutralID=35865 CaloNeutralE19=0.605849 CaloClusterCode=91 CaloClusterFrac=1.0029 IsPhoton=1 IsNotH=0.320495 IsPhotonXGB=1 ClusterAsX=-0.121522 ClusterAsY=-0.225483 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=216.353 ShowerShape=3698.61 CaloNeutralEcal=1308.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983161 CaloNeutralID=34559 CaloNeutralE19=0.80569 CaloClusterCode=67 CaloClusterFrac=1.00297 IsPhoton=1 IsNotH=0.126349 IsPhotonXGB=1 ClusterAsX=-0.00933823 ClusterAsY=0.155986 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.3662 ShowerShape=1038.1 CaloNeutralEcal=7321.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866903 CaloNeutralID=42450 CaloNeutralE19=0.607369 CaloClusterCode=-91 CaloClusterFrac=0.986858 IsPhoton=1 IsNotH=0.766437 IsPhotonXGB=1 ClusterAsX=-0.0851145 ClusterAsY=-0.117566 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.82546 ShowerShape=7335.91 CaloNeutralEcal=1436.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896102 CaloNeutralID=35387 CaloNeutralE19=0.379621 CaloClusterCode=-91 CaloClusterFrac=1.02441 IsPhoton=1 IsNotH=0.148028 IsPhotonXGB=1 ClusterAsX=-0.0373561 ClusterAsY=-0.508574 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=94.5635 ShowerShape=14165.9 CaloNeutralEcal=1646.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819122 CaloNeutralID=33316 CaloNeutralE19=0.338497 CaloClusterCode=91 IsPhoton=1 IsNotH=0.0337037 IsPhotonXGB=1 ClusterAsX=0.0312525 ClusterAsY=-0.143369 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=147.834 ShowerShape=2766.05 CaloNeutralEcal=2213.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995314 CaloNeutralID=37951 CaloNeutralE19=0.569452 CaloClusterCode=63 CaloClusterFrac=1.00277 IsPhoton=1 IsNotH=0.712112 IsPhotonXGB=1 ClusterAsX=-0.283132 ClusterAsY=0.14962 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.8164 ShowerShape=1415.45 CaloNeutralEcal=11983.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.888232 CaloNeutralID=43555 CaloNeutralE19=0.389041 CaloClusterCode=-90 CaloClusterFrac=0.999653 IsPhoton=1 IsNotH=0.0842108 IsPhotonXGB=1 ClusterAsX=-0.417379 ClusterAsY=-0.380758 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=122.215 ShowerShape=7397.34 CaloNeutralEcal=3045.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980728 CaloNeutralID=35482 CaloNeutralE19=0.731854 CaloClusterCode=67 CaloClusterFrac=1.00665 IsPhoton=1 IsNotH=0.605359 IsPhotonXGB=1 ClusterAsX=-0.0832217 ClusterAsY=-0.384955 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=97.3503 ShowerShape=2383.08 CaloNeutralEcal=3919.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.906009 CaloNeutralID=37858 CaloNeutralE19=0.453388 CaloClusterCode=-95 CaloClusterFrac=0.925727 IsPhoton=1 IsNotH=0.102937 IsPhotonXGB=1 ClusterAsX=0.364959 ClusterAsY=0.0601973 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.02603 ShowerShape=20110.1 CaloNeutralEcal=1938.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.864016 CaloNeutralID=35086 CaloNeutralE19=0.348358 CaloClusterCode=-97 CaloClusterFrac=0.999821 IsPhoton=1 IsNotH=0.0123422 IsPhotonXGB=1 ClusterAsX=0.246923 ClusterAsY=0.277252 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=117.489 ShowerShape=961.178 CaloNeutralEcal=2963.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940404 CaloNeutralID=37937 CaloNeutralE19=0.832687 CaloClusterCode=93 CaloClusterFrac=1.00774 IsPhoton=1 IsNotH=0.953699 IsPhotonXGB=1 ClusterAsX=-0.0547404 ClusterAsY=0.0561694 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.3609 ShowerShape=2638.33 CaloNeutralEcal=2126 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737997 CaloNeutralID=38325 CaloNeutralE19=0.509839 CaloClusterCode=-98 CaloClusterFrac=0.738771 IsPhoton=1 IsNotH=0.0105209 IsPhotonXGB=1 ClusterAsX=0.0762752 ClusterAsY=0.0645992 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.4051 ShowerShape=2275.39 CaloNeutralEcal=3775.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.837449 CaloNeutralID=39912 CaloNeutralE19=0.3657 CaloClusterCode=91 CaloClusterFrac=0.999592 IsPhoton=1 IsNotH=0.135499 IsPhotonXGB=1 ClusterAsX=0.024254 ClusterAsY=-0.426041 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=245.121 ShowerShape=662.815 CaloNeutralEcal=10490.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873947 CaloNeutralID=42522 CaloNeutralE19=0.676473 CaloClusterCode=-97 CaloClusterFrac=0.998361 IsPhoton=1 IsNotH=0.811102 IsPhotonXGB=1 ClusterAsX=0.0199113 ClusterAsY=0.122899 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.5836 ShowerShape=2476.6 CaloNeutralEcal=1351.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988869 CaloNeutralID=35079 CaloNeutralE19=0.963578 CaloClusterCode=-91 CaloClusterFrac=1.01007 IsPhoton=1 IsNotH=0.871154 IsPhotonXGB=1 ClusterAsX=0.0187397 ClusterAsY=-0.0088253 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=140.2 ShowerShape=5437.84 CaloNeutralEcal=1429.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995336 CaloNeutralID=35531 CaloNeutralE19=0.599966 CaloClusterCode=-91 CaloClusterFrac=1.01345 IsPhoton=1 IsNotH=0.504301 IsPhotonXGB=1 ClusterAsX=0.0155561 ClusterAsY=-0.380828 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=1976.92 CaloNeutralEcal=1686.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962461 CaloNeutralID=35882 CaloNeutralE19=0.900116 CaloClusterCode=90 CaloClusterFrac=1.00346 IsPhoton=1 IsNotH=0.896441 IsPhotonXGB=1 ClusterAsX=-0.0146599 ClusterAsY=-0.0347914 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=114.933 ShowerShape=834.713 CaloNeutralEcal=9026.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829893 CaloNeutralID=42520 CaloNeutralE19=0.626821 CaloClusterCode=-97 CaloClusterFrac=0.999902 IsPhoton=1 IsNotH=0.632929 IsPhotonXGB=1 ClusterAsX=-0.0421751 ClusterAsY=0.11195 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.0318 ShowerShape=10246.5 CaloNeutralEcal=2731.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820655 CaloNeutralID=35554 CaloNeutralE19=0.404859 CaloClusterCode=-97 CaloClusterFrac=1.00366 IsPhoton=1 IsNotH=0.0557564 IsPhotonXGB=1 ClusterAsX=-0.0409526 ClusterAsY=0.359769 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.1652 ShowerShape=11079.9 CaloNeutralEcal=1068.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793483 CaloNeutralID=34750 CaloNeutralE19=0.439743 CaloClusterCode=-96 CaloClusterFrac=0.998512 IsPhoton=1 IsNotH=0.00916358 IsPhotonXGB=1 ClusterAsX=-0.158946 ClusterAsY=0.217792 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=247.147 ShowerShape=11024.2 CaloNeutralEcal=1657.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796369 CaloNeutralID=36066 CaloNeutralE19=0.449847 CaloClusterCode=90 CaloClusterFrac=1.04101 IsPhoton=1 IsNotH=0.0269918 IsPhotonXGB=1 ClusterAsX=-0.0811883 ClusterAsY=-0.522788 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3039.39 CaloNeutralEcal=1345.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990482 CaloNeutralID=36134 CaloNeutralE19=0.838803 CaloClusterCode=-97 CaloClusterFrac=0.94155 IsPhoton=1 IsNotH=0.723836 IsPhotonXGB=1 ClusterAsX=0.075063 ClusterAsY=0.112179 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=170.157 ShowerShape=3857.19 CaloNeutralEcal=2912.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915128 CaloNeutralID=39955 CaloNeutralE19=0.813254 CaloClusterCode=93 IsPhoton=1 IsNotH=0.872342 IsPhotonXGB=1 ClusterAsX=-0.0636268 ClusterAsY=-0.0504798 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.82557 ShowerShape=9885.27 CaloNeutralEcal=1342.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940042 CaloNeutralID=34953 CaloNeutralE19=0.337454 CaloClusterCode=-90 CaloClusterFrac=0.999981 IsPhoton=1 IsNotH=0.0292948 IsPhotonXGB=1 ClusterAsX=-0.279886 ClusterAsY=-0.566094 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.6202 ShowerShape=953.825 CaloNeutralEcal=3874.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.858813 CaloNeutralID=43822 CaloNeutralE19=0.538132 CaloClusterCode=-91 CaloClusterFrac=0.837731 IsPhoton=1 IsNotH=0.16231 IsPhotonXGB=1 ClusterAsX=-0.163902 ClusterAsY=-0.133127 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.7555 ShowerShape=3138.36 CaloNeutralEcal=2681.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.717355 CaloNeutralID=37967 CaloNeutralE19=0.328598 CaloClusterCode=-91 CaloClusterFrac=0.998654 IsPhoton=1 IsNotH=0.0021208 IsPhotonXGB=1 ClusterAsX=-0.0569643 ClusterAsY=-0.226086 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=284.414 ShowerShape=9946.45 CaloNeutralEcal=1540.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954557 CaloNeutralID=33814 CaloNeutralE19=0.415229 CaloClusterCode=93 CaloClusterFrac=1.00435 IsPhoton=1 IsNotH=0.0710926 IsPhotonXGB=1 ClusterAsX=-0.438018 ClusterAsY=-0.237565 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.6766 ShowerShape=9539.07 CaloNeutralEcal=1371.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893178 CaloNeutralID=34444 CaloNeutralE19=0.508826 CaloClusterCode=93 CaloClusterFrac=1.02987 IsPhoton=1 IsNotH=0.0412054 IsPhotonXGB=1 ClusterAsX=-0.235034 ClusterAsY=0.208553 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=69.5636 ShowerShape=10742.1 CaloNeutralEcal=937.444 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898653 CaloNeutralID=34564 CaloNeutralE19=0.694491 CaloClusterCode=-95 CaloClusterFrac=1.00938 IsPhoton=1 IsNotH=0.49083 IsPhotonXGB=1 ClusterAsX=0.083863 ClusterAsY=0.0388844 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.3072 ShowerShape=1934.07 CaloNeutralEcal=1981.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919372 CaloNeutralID=38918 CaloNeutralE19=0.583993 CaloClusterCode=-93 CaloClusterFrac=1.01574 IsPhoton=1 IsNotH=0.763548 IsPhotonXGB=1 ClusterAsX=-0.299387 ClusterAsY=0.0300773 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.4723 ShowerShape=1518.33 CaloNeutralEcal=3438.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.838789 CaloNeutralID=43855 CaloNeutralE19=0.428464 CaloClusterCode=91 CaloClusterFrac=0.999436 IsPhoton=1 IsNotH=0.204334 IsPhotonXGB=1 ClusterAsX=-0.16264 ClusterAsY=-0.247626 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.16429 ShowerShape=8549.66 CaloNeutralEcal=1141.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956362 CaloNeutralID=34188 CaloNeutralE19=0.482403 CaloClusterCode=95 CaloClusterFrac=1.00892 IsPhoton=1 IsNotH=0.0744761 IsPhotonXGB=1 ClusterAsX=0.232212 ClusterAsY=0.22577 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=198.117 ShowerShape=6460.37 CaloNeutralEcal=850.332 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844042 CaloNeutralID=33908 CaloNeutralE19=0.658722 CaloClusterCode=-93 CaloClusterFrac=0.88814 IsPhoton=1 IsNotH=0.218167 IsPhotonXGB=1 ClusterAsX=-0.026972 ClusterAsY=-0.024483 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.75404 ShowerShape=2258.78 CaloNeutralEcal=5747.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.773961 CaloNeutralID=42795 CaloNeutralE19=0.298769 CaloClusterCode=-90 CaloClusterFrac=0.997263 IsPhoton=1 IsNotH=0.00825292 IsPhotonXGB=1 ClusterAsX=-0.351652 ClusterAsY=-0.194951 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.0912 ShowerShape=2205.42 CaloNeutralEcal=1928.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949225 CaloNeutralID=39542 CaloNeutralE19=0.612688 CaloClusterCode=93 CaloClusterFrac=1.01597 IsPhoton=1 IsNotH=0.715762 IsPhotonXGB=1 ClusterAsX=-0.323531 ClusterAsY=-0.0858279 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=357.216 ShowerShape=7793.55 CaloNeutralEcal=905.744 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934639 CaloNeutralID=33488 CaloNeutralE19=0.528935 CaloClusterCode=91 IsPhoton=1 IsNotH=0.414021 IsPhotonXGB=1 ClusterAsX=0.0146398 ClusterAsY=-0.341276 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=102.294 ShowerShape=12170.2 CaloNeutralEcal=1075.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.807102 CaloNeutralID=35822 CaloNeutralE19=0.379959 CaloClusterCode=97 CaloClusterFrac=1.01939 IsPhoton=1 IsNotH=0.0293089 IsPhotonXGB=1 ClusterAsX=-0.0109058 ClusterAsY=0.394955 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.0562 ShowerShape=5165.94 CaloNeutralEcal=1899.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.622105 CaloNeutralID=38346 CaloNeutralE19=0.280904 CaloClusterCode=92 CaloClusterFrac=1.00466 IsPhoton=1 IsNotH=0.00234205 IsPhotonXGB=1 ClusterAsX=0.22671 ClusterAsY=0.0307366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.41246 ShowerShape=1525.89 CaloNeutralEcal=3243.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.826729 CaloNeutralID=42417 CaloNeutralE19=0.386665 CaloClusterCode=93 CaloClusterFrac=1.0033 IsPhoton=1 IsNotH=0.441127 IsPhotonXGB=1 ClusterAsX=-0.305784 ClusterAsY=0.0200004 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=106.708 ShowerShape=1038.61 CaloNeutralEcal=4046.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919343 CaloNeutralID=42324 CaloNeutralE19=0.404797 CaloClusterCode=-93 CaloClusterFrac=1.00473 IsPhoton=1 IsNotH=0.359675 IsPhotonXGB=1 ClusterAsX=-0.417173 ClusterAsY=-0.192508 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.7048 ShowerShape=1582.98 CaloNeutralEcal=4269.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836701 CaloNeutralID=43500 CaloNeutralE19=0.58431 CaloClusterCode=95 CaloClusterFrac=0.999769 IsPhoton=1 IsNotH=0.496557 IsPhotonXGB=1 ClusterAsX=0.145818 ClusterAsY=-0.030236 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.8091 ShowerShape=2911.6 CaloNeutralEcal=1775.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.686184 CaloNeutralID=37841 CaloNeutralE19=0.342996 CaloClusterCode=-97 CaloClusterFrac=0.946819 IsPhoton=1 IsNotH=0.00367239 IsPhotonXGB=1 ClusterAsX=0.00651769 ClusterAsY=0.15977 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.1061 ShowerShape=4038.14 CaloNeutralEcal=2082.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.674191 CaloNeutralID=39346 CaloNeutralE19=0.271961 CaloClusterCode=91 CaloClusterFrac=0.999023 IsPhoton=1 IsNotH=0.0031791 IsPhotonXGB=1 ClusterAsX=-0.0721334 ClusterAsY=-0.200752 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=70.286 ShowerShape=1730.84 CaloNeutralEcal=2146.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.850948 CaloNeutralID=39536 CaloNeutralE19=0.687052 CaloClusterCode=61 CaloClusterFrac=0.999182 IsPhoton=1 IsNotH=0.328434 IsPhotonXGB=1 ClusterAsX=-0.00127598 ClusterAsY=0.0793836 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=140.535 ShowerShape=4860.7 CaloNeutralEcal=739.685 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991106 CaloNeutralID=34244 CaloNeutralE19=0.664564 CaloClusterCode=95 CaloClusterFrac=1.02299 IsPhoton=1 IsNotH=0.455597 IsPhotonXGB=1 ClusterAsX=0.3267 ClusterAsY=0.0991946 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.7134 ShowerShape=45869.1 CaloNeutralEcal=1335.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.80144 CaloNeutralID=33958 CaloNeutralE19=0.469865 CaloClusterCode=93 CaloClusterFrac=1.00349 IsPhoton=1 IsNotH=0.0393622 IsPhotonXGB=1 ClusterAsX=-0.141978 ClusterAsY=0.161888 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=314.771 ShowerShape=947.223 CaloNeutralEcal=4399.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924061 CaloNeutralID=42265 CaloNeutralE19=0.449824 CaloClusterCode=91 CaloClusterFrac=1.00544 IsPhoton=1 IsNotH=0.406266 IsPhotonXGB=1 ClusterAsX=0.198674 ClusterAsY=-0.329185 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=131.176 ShowerShape=3948.56 CaloNeutralEcal=650.656 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965867 CaloNeutralID=34560 CaloNeutralE19=0.809223 CaloClusterCode=61 CaloClusterFrac=1.03909 IsPhoton=1 IsNotH=0.135662 IsPhotonXGB=1 ClusterAsX=0.0188555 ClusterAsY=-0.113111 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=275.613 ShowerShape=2476.6 CaloNeutralEcal=592.812 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=35583 CaloNeutralE19=0.981357 CaloClusterCode=67 CaloClusterFrac=1.01934 IsPhoton=1 IsNotH=0.841614 IsPhotonXGB=1 ClusterAsX=-0.00913795 ClusterAsY=0.0186928 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=178.704 ShowerShape=12142.9 CaloNeutralEcal=758.933 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758575 CaloNeutralID=35890 CaloNeutralE19=0.313783 CaloClusterCode=95 CaloClusterFrac=1.01323 IsPhoton=1 IsNotH=0.0171347 IsPhotonXGB=1 ClusterAsX=0.491777 ClusterAsY=-0.0343048 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.55694 ShowerShape=13024.7 CaloNeutralEcal=928.608 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.715833 CaloNeutralID=34892 CaloNeutralE19=0.392071 CaloClusterCode=-91 CaloClusterFrac=0.999817 IsPhoton=1 IsNotH=0.0113123 IsPhotonXGB=1 ClusterAsX=0.126142 ClusterAsY=-0.1309 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50352 ShowerShape=1386.92 CaloNeutralEcal=6115.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809054 CaloNeutralID=42920 CaloNeutralE19=0.300431 CaloClusterCode=-67 CaloClusterFrac=0.997654 IsPhoton=1 IsNotH=0.0059893 IsPhotonXGB=1 ClusterAsX=0.376066 ClusterAsY=0.218369 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.8787 ShowerShape=1799.43 CaloNeutralEcal=2787.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.770494 CaloNeutralID=42610 CaloNeutralE19=0.442163 CaloClusterCode=95 CaloClusterFrac=1.03239 IsPhoton=1 IsNotH=0.793851 IsPhotonXGB=1 ClusterAsX=0.135799 ClusterAsY=0.103868 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.6178 ShowerShape=1279.15 CaloNeutralEcal=2680.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877242 CaloNeutralID=42130 CaloNeutralE19=0.394567 CaloClusterCode=91 CaloClusterFrac=0.99444 IsPhoton=1 IsNotH=0.448825 IsPhotonXGB=1 ClusterAsX=-0.186196 ClusterAsY=-0.319231 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=282.914 ShowerShape=10669.9 CaloNeutralEcal=866.044 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948744 CaloNeutralID=36127 CaloNeutralE19=0.453178 CaloClusterCode=92 CaloClusterFrac=1.02664 IsPhoton=1 IsNotH=0.0365394 IsPhotonXGB=1 ClusterAsX=0.485323 ClusterAsY=-0.356443 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.6399 ShowerShape=5406.57 CaloNeutralEcal=1431.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975241 CaloNeutralID=35492 CaloNeutralE19=0.576585 CaloClusterCode=-67 CaloClusterFrac=0.958063 IsPhoton=1 IsNotH=0.381221 IsPhotonXGB=1 ClusterAsX=-0.0373783 ClusterAsY=0.374458 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=197.802 ShowerShape=8586.17 CaloNeutralEcal=536.197 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919795 CaloNeutralID=33530 CaloNeutralE19=0.638041 CaloClusterCode=92 CaloClusterFrac=1.03305 IsPhoton=1 IsNotH=0.116091 IsPhotonXGB=1 ClusterAsX=0.201836 ClusterAsY=-0.270025 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.92819 ShowerShape=45949.5 CaloNeutralEcal=1408.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836716 CaloNeutralID=34149 CaloNeutralE19=0.475936 CaloClusterCode=60 CaloClusterFrac=0.998736 IsPhoton=1 IsNotH=0.0247821 IsPhotonXGB=1 ClusterAsX=-0.102953 ClusterAsY=-0.34372 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=206.554 ShowerShape=7869.72 CaloNeutralEcal=1004.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894585 CaloNeutralID=35873 CaloNeutralE19=0.588736 CaloClusterCode=93 CaloClusterFrac=1.00639 IsPhoton=1 IsNotH=0.309635 IsPhotonXGB=1 ClusterAsX=-0.241392 ClusterAsY=0.0173103 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=67.0065 ShowerShape=637.204 CaloNeutralEcal=2658.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922219 CaloNeutralID=43186 CaloNeutralE19=0.723883 CaloClusterCode=91 CaloClusterFrac=1.01209 IsPhoton=1 IsNotH=0.966944 IsPhotonXGB=1 ClusterAsX=0.0491818 ClusterAsY=-0.0711976 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=135.322 ShowerShape=8555.02 CaloNeutralEcal=683.203 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933846 CaloNeutralID=35701 CaloNeutralE19=0.481544 CaloClusterCode=96 CaloClusterFrac=1.03302 IsPhoton=1 IsNotH=0.106285 IsPhotonXGB=1 ClusterAsX=-0.267178 ClusterAsY=0.260102 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.8481 ShowerShape=7334.48 CaloNeutralEcal=572.929 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960417 CaloNeutralID=35644 CaloNeutralE19=0.612973 CaloClusterCode=-98 CaloClusterFrac=1.04871 IsPhoton=1 IsNotH=0.154379 IsPhotonXGB=1 ClusterAsX=0.307897 ClusterAsY=0.279376 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.2736 ShowerShape=2057.69 CaloNeutralEcal=1987.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.751459 CaloNeutralID=43253 CaloNeutralE19=0.46947 CaloClusterCode=-91 CaloClusterFrac=0.898323 IsPhoton=1 IsNotH=0.0155953 IsPhotonXGB=1 ClusterAsX=-0.0429666 ClusterAsY=-0.159273 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=9141.95 CaloNeutralEcal=619.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940555 CaloNeutralID=33177 CaloNeutralE19=0.534873 CaloClusterCode=63 IsPhoton=1 IsNotH=0.132178 IsPhotonXGB=1 ClusterAsX=-0.315409 ClusterAsY=0.0151129 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=85.1459 ShowerShape=2406.39 CaloNeutralEcal=603.595 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970833 CaloNeutralID=34438 CaloNeutralE19=0.880882 CaloClusterCode=-93 CaloClusterFrac=1.00858 IsPhoton=1 IsNotH=0.881118 IsPhotonXGB=1 ClusterAsX=-0.0493985 ClusterAsY=-0.0473298 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=151.779 ShowerShape=5309.06 CaloNeutralEcal=917.237 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979266 CaloNeutralID=34067 CaloNeutralE19=0.703626 CaloClusterCode=95 CaloClusterFrac=1.02315 IsPhoton=1 IsNotH=0.495186 IsPhotonXGB=1 ClusterAsX=0.209141 ClusterAsY=-0.0851105 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=45.3752 ShowerShape=9269.67 CaloNeutralEcal=868.142 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.831029 CaloNeutralID=34417 CaloNeutralE19=0.543167 CaloClusterCode=-91 CaloClusterFrac=1.08018 IsPhoton=1 IsNotH=0.0672082 IsPhotonXGB=1 ClusterAsX=-0.0136731 ClusterAsY=-0.280965 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.5146 ShowerShape=1087.12 CaloNeutralEcal=2628.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767107 CaloNeutralID=42409 CaloNeutralE19=0.498118 CaloClusterCode=-95 CaloClusterFrac=0.801016 IsPhoton=1 IsNotH=0.100844 IsPhotonXGB=1 ClusterAsX=0.0958539 ClusterAsY=-0.0291782 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=52.5124 ShowerShape=5891.62 CaloNeutralEcal=619.544 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924234 CaloNeutralID=34249 CaloNeutralE19=0.755587 CaloClusterCode=95 CaloClusterFrac=1.02312 IsPhoton=1 IsNotH=0.662619 IsPhotonXGB=1 ClusterAsX=0.150364 ClusterAsY=-0.0386597 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=107.684 ShowerShape=1009.31 CaloNeutralEcal=3184.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.828797 CaloNeutralID=42211 CaloNeutralE19=0.481577 CaloClusterCode=91 IsPhoton=1 IsNotH=0.30507 IsPhotonXGB=1 ClusterAsX=0.0330001 ClusterAsY=-0.305497 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=260.768 ShowerShape=2371.99 CaloNeutralEcal=905.775 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931069 CaloNeutralID=38141 CaloNeutralE19=0.458568 CaloClusterCode=93 CaloClusterFrac=1.05329 IsPhoton=1 IsNotH=0.728878 IsPhotonXGB=1 ClusterAsX=-0.404832 ClusterAsY=-0.0574692 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=640.16 ShowerShape=10005.9 CaloNeutralEcal=507.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775666 CaloNeutralID=36044 CaloNeutralE19=0.518227 CaloClusterCode=93 IsPhoton=1 IsNotH=0.0524736 IsPhotonXGB=1 ClusterAsX=0.00932661 ClusterAsY=-0.139483 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.8843 ShowerShape=895.461 CaloNeutralEcal=1680.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833131 CaloNeutralID=43380 CaloNeutralE19=0.5468 CaloClusterCode=-95 CaloClusterFrac=0.912774 IsPhoton=1 IsNotH=0.242351 IsPhotonXGB=1 ClusterAsX=0.0763576 ClusterAsY=-0.0697081 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=719.997 ShowerShape=8471.4 CaloNeutralEcal=455.731 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856157 CaloNeutralID=36136 CaloNeutralE19=0.572434 CaloClusterCode=-96 CaloClusterFrac=0.812112 IsPhoton=1 IsNotH=0.0279649 IsPhotonXGB=1 ClusterAsX=-0.13136 ClusterAsY=0.214184 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=67.1532 ShowerShape=5323.55 CaloNeutralEcal=491.151 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00466 CaloNeutralID=35529 CaloNeutralE19=0.672086 CaloClusterCode=-91 CaloClusterFrac=0.993032 IsPhoton=1 IsNotH=0.486335 IsPhotonXGB=1 ClusterAsX=-0.190225 ClusterAsY=-0.25797 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=255.907 ShowerShape=1668.85 CaloNeutralEcal=1127.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914057 CaloNeutralID=40043 CaloNeutralE19=0.541395 CaloClusterCode=91 CaloClusterFrac=1.01591 IsPhoton=1 IsNotH=0.764406 IsPhotonXGB=1 ClusterAsX=0.0561211 ClusterAsY=-0.339924 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=234.43 ShowerShape=1286.22 CaloNeutralEcal=3877.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721942 CaloNeutralID=42461 CaloNeutralE19=0.461797 CaloClusterCode=97 CaloClusterFrac=0.99992 IsPhoton=1 IsNotH=0.0249249 IsPhotonXGB=1 ClusterAsX=-0.0812775 ClusterAsY=0.0901712 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.1638 ShowerShape=8811.62 CaloNeutralEcal=777.374 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921549 CaloNeutralID=35740 CaloNeutralE19=0.545104 CaloClusterCode=93 CaloClusterFrac=1.06876 IsPhoton=1 IsNotH=0.215587 IsPhotonXGB=1 ClusterAsX=-0.297998 ClusterAsY=0.143805 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=241.843 ShowerShape=602.785 CaloNeutralEcal=1290.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950236 CaloNeutralID=43702 CaloNeutralE19=0.713776 CaloClusterCode=95 IsPhoton=1 IsNotH=0.644032 IsPhotonXGB=1 ClusterAsX=0.263033 ClusterAsY=-0.052136 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=108.438 ShowerShape=7690.37 CaloNeutralEcal=648.416 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.814153 CaloNeutralID=35540 CaloNeutralE19=0.71257 CaloClusterCode=90 IsPhoton=1 IsNotH=0.34701 IsPhotonXGB=1 ClusterAsX=-0.0199927 ClusterAsY=0.0179408 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=485.937 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33558 CaloNeutralE19=0.937602 CaloClusterCode=97 CaloClusterFrac=1.13587 IsPhoton=1 IsNotH=0.709954 IsPhotonXGB=1 ClusterAsX=-0.0164283 ClusterAsY=0.046004 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=123.933 ShowerShape=1640.32 CaloNeutralEcal=999.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908065 CaloNeutralID=40096 CaloNeutralE19=0.743132 CaloClusterCode=93 CaloClusterFrac=1.06779 IsPhoton=1 IsNotH=0.901747 IsPhotonXGB=1 ClusterAsX=-0.104416 ClusterAsY=0.0570215 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=4288.64 CaloNeutralEcal=185.418 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.15485 CaloNeutralID=36036 CaloNeutralE19=1.01056 CaloClusterCode=98 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.20513 ClusterAsY=0.309307 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=186.694 ShowerShape=642.582 CaloNeutralEcal=33066.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936617 CaloNeutralID=37726 CaloNeutralE19=0.911306 CaloClusterCode=97 CaloClusterFrac=0.752107 ClusterAsX=0.0275893 ClusterAsY=0.0130762 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=186.694 ShowerShape=1853.59 CaloNeutralEcal=11193.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.881506 CaloNeutralID=37727 CaloNeutralE19=0.665027 CaloClusterCode=83 CaloClusterFrac=0.256182 ClusterAsX=-0.2457 ClusterAsY=-0.0836387 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0641134 ShowerShape=8404.8 CaloNeutralEcal=5700.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937518 CaloNeutralID=34155 CaloNeutralE19=0.736449 CaloClusterCode=65 CaloClusterFrac=0.520268 ClusterAsX=0.344749 ClusterAsY=-0.312263 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0641134 ShowerShape=13260.6 CaloNeutralEcal=6831.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767417 CaloNeutralID=34090 CaloNeutralE19=0.231451 CaloClusterCode=98 CaloClusterFrac=0.668444 ClusterAsX=0.157001 ClusterAsY=0.396933 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.643671 ShowerShape=2104.8 CaloNeutralEcal=18169.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866212 CaloNeutralID=38769 CaloNeutralE19=0.604284 CaloClusterCode=96 CaloClusterFrac=0.642154 ClusterAsX=-0.139505 ClusterAsY=0.136555 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.643671 ShowerShape=2052.38 CaloNeutralEcal=12995.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869768 CaloNeutralID=38834 CaloNeutralE19=0.575685 CaloClusterCode=91 CaloClusterFrac=0.499418 ClusterAsX=0.118599 ClusterAsY=-0.15254 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.760178 ShowerShape=2550.69 CaloNeutralEcal=14145.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784935 CaloNeutralID=38862 CaloNeutralE19=0.519622 CaloClusterCode=92 CaloClusterFrac=0.651903 ClusterAsX=0.0938529 ClusterAsY=-0.112803 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.760178 ShowerShape=3177.41 CaloNeutralEcal=10269.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.751204 CaloNeutralID=38798 CaloNeutralE19=0.446709 CaloClusterCode=95 CaloClusterFrac=0.450488 ClusterAsX=0.117686 ClusterAsY=-0.128491 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.334446 ShowerShape=3058.88 CaloNeutralEcal=9676.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880783 CaloNeutralID=39030 CaloNeutralE19=0.545818 CaloClusterCode=96 CaloClusterFrac=0.622701 ClusterAsX=-0.34568 ClusterAsY=0.42718 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.334446 ShowerShape=2778.07 CaloNeutralEcal=6977.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827964 CaloNeutralID=38967 CaloNeutralE19=0.555385 CaloClusterCode=96 CaloClusterFrac=0.629881 ClusterAsX=-0.208035 ClusterAsY=0.255799 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0806507 ShowerShape=1244.04 CaloNeutralEcal=12278.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921209 CaloNeutralID=39090 CaloNeutralE19=0.711388 CaloClusterCode=93 CaloClusterFrac=0.674268 ClusterAsX=-0.0871123 ClusterAsY=0.0692117 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0806507 ShowerShape=2675.2 CaloNeutralEcal=9527.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.906174 CaloNeutralID=39089 CaloNeutralE19=0.656628 CaloClusterCode=90 CaloClusterFrac=0.449644 ClusterAsX=-0.30251 ClusterAsY=-0.330076 ] } -Printing ended -BrunelInit INFO Evt 5, Run 1, Nr. in job = 5 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.17654 RichDLLmu=-0.223693 RichDLLpi=0 RichDLLk=-33.881 RichDLLp=-22.6555 RichPIDStatus=8163 RichDLLbt=-19.6275 RichDLLd=-19.6275 MuonMuLL=-0.00060016 MuonBkgLL=-0.282844 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=1317.88 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=22.9265 CaloElectronMatch=1983.61 CaloBremMatch=602.314 CaloChargedEcal=3385.9 CaloChargedID=43499 CaloNeutralEcal=3385.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.760118 CaloNeutralID=43499 CaloEcalE=0 CaloHcalE=19728.5 CaloEcalChi2=1983.61 CaloBremChi2=169.653 CaloClusChi2=22.9265 CaloTrajectoryL=-4818.9 CaloEoverP=0.169093 EcalPIDe=-1.6562 BremPIDe=-0.123395 HcalPIDe=-2.87281 HcalPIDmu=-2.81633 EcalPIDmu=0.689585 TrackChi2PerDof=0.877552 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=21101.3 TrackPt=1217.76 CombDLLe=-5.38065 CombDLLmu=-2.15746 CombDLLpi=0 CombDLLk=-33.881 CombDLLp=-22.6555 CombDLLd=-19.3447 ProbNNe=0.000199554 ProbNNpi=0.995841 ProbNNk=1.04821e-05 ProbNNp=7.59873e-05 ProbNNghost=0.000265147 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.60418 RichDLLmu=-2.59554 RichDLLpi=0 RichDLLk=43.2197 RichDLLp=24.6123 RichPIDStatus=8164 RichDLLbt=20.2627 RichDLLd=20.2627 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=31.1084 CaloElectronMatch=2202.53 CaloBremMatch=384.812 CaloChargedEcal=3731.66 CaloChargedID=42732 CaloNeutralEcal=3731.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847286 CaloNeutralID=42732 CaloEcalE=0 CaloHcalE=17741 CaloEcalChi2=2202.53 CaloBremChi2=33.2062 CaloClusChi2=31.1084 CaloTrajectoryL=-4052.36 CaloEoverP=0.198911 EcalPIDe=-2.45447 BremPIDe=2.56482 HcalPIDe=-2.5812 HcalPIDmu=-3.02763 EcalPIDmu=0.689585 TrackChi2PerDof=0.857371 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=19827.7 TrackPt=751.91 CombDLLe=-3.78579 CombDLLmu=-5.67712 CombDLLpi=0 CombDLLk=43.2197 CombDLLp=24.6123 CombDLLd=20.2627 ProbNNe=2.06486e-06 ProbNNpi=0.000381817 ProbNNk=0.999725 ProbNNp=0.0253591 ProbNNghost=0.000383666 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=16.3437 RichDLLmu=6.50272 RichDLLpi=0 RichDLLk=8.23314 RichDLLp=8.23314 RichPIDStatus=5025 RichDLLbt=8.23314 RichDLLd=8.23314 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.8613 CaloElectronMatch=1.63333 CaloBremMatch=1.63333 CaloChargedEcal=3653.45 CaloChargedID=34937 CaloNeutralEcal=3653.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975333 CaloNeutralID=34937 CaloEcalE=3564.66 CaloHcalE=350.899 CaloEcalChi2=1.63333 CaloBremChi2=285.995 CaloClusChi2=0.8613 CaloTrajectoryL=156.614 CaloEoverP=0.972709 EcalPIDe=2.97947 BremPIDe=-0.318955 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-2.23049 TrackChi2PerDof=1.04089 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=3878.93 TrackPt=161.108 CombDLLe=5.1772 CombDLLmu=2.41207 CombDLLpi=0 CombDLLk=8.23314 CombDLLp=8.23314 CombDLLd=8.23314 ProbNNe=0.998901 ProbNNpi=0.0224772 ProbNNk=0.0259517 ProbNNp=0.0554256 ProbNNghost=0.664065 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.4682 RichDLLmu=-6.827 RichDLLpi=0 RichDLLk=-0.98991 RichDLLp=-0.98991 RichPIDStatus=5027 RichDLLbt=-0.98991 RichDLLd=-0.98991 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.764722 CaloElectronMatch=42.5629 CaloBremMatch=42.5629 CaloChargedEcal=2191.88 CaloChargedID=34764 CaloNeutralEcal=2191.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880681 CaloNeutralID=34764 CaloEcalE=1255.5 CaloHcalE=1813.12 CaloEcalChi2=42.5629 CaloBremChi2=124.731 CaloClusChi2=0.764722 CaloTrajectoryL=302.924 CaloEoverP=0.776507 EcalPIDe=2.97947 BremPIDe=-0.015883 HcalPIDe=-1.43831 HcalPIDmu=1.63925 EcalPIDmu=-1.2505 TrackChi2PerDof=0.766636 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=3152.28 TrackPt=202.476 CombDLLe=-0.901719 CombDLLmu=-5.75472 CombDLLpi=0 CombDLLk=-0.98991 CombDLLp=-0.98991 CombDLLd=-0.98991 ProbNNe=2.5178e-05 ProbNNpi=0.971826 ProbNNk=0.010974 ProbNNp=0.0250015 ProbNNghost=0.0494803 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-40.0743 RichDLLmu=-8.99846 RichDLLpi=0 RichDLLk=-76.1873 RichDLLp=-65.8164 RichPIDStatus=6115 RichDLLbt=-65.8164 RichDLLd=-65.8164 MuonMuLL=-0.039989 MuonBkgLL=-0.326982 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=392.442 MuonMVA1=-999 MuonMVA2=-1.29425 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.30316 CaloElectronMatch=33.4828 CaloBremMatch=33.4828 CaloChargedEcal=8986.54 CaloChargedID=42528 CaloNeutralEcal=8986.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818229 CaloNeutralID=42528 CaloEcalE=5332.23 CaloEcalChi2=33.4828 CaloBremChi2=506.04 CaloClusChi2=0.30316 CaloTrajectoryL=3.12469 CaloEoverP=0.741772 EcalPIDe=4.33705 BremPIDe=-0.621385 EcalPIDmu=-3.25399 TrackChi2PerDof=0.667273 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=12534.5 TrackPt=794.871 CombDLLe=-1.62094 CombDLLmu=-9.59442 CombDLLpi=0 CombDLLk=-76.1873 CombDLLp=-65.8164 CombDLLd=-65.4894 ProbNNe=0.000482461 ProbNNmu=0.00366525 ProbNNpi=0.701846 ProbNNk=5.08215e-06 ProbNNp=1.70985e-05 ProbNNghost=2.0102e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.7861 RichDLLmu=-4.91588 RichDLLpi=0 RichDLLk=-16.2251 RichDLLp=-14.3146 RichPIDStatus=6115 RichDLLbt=-14.3146 RichDLLd=-14.3146 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.667227 CaloElectronMatch=1749.62 CaloBremMatch=29.3735 CaloChargedEcal=3309.99 CaloChargedID=39481 CaloNeutralEcal=3309.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852911 CaloNeutralID=39481 CaloEcalE=1319.95 CaloHcalE=529.012 CaloEcalChi2=1749.62 CaloBremChi2=159.801 CaloClusChi2=0.667227 CaloTrajectoryL=184.448 CaloEoverP=0.335975 EcalPIDe=-1.6563 BremPIDe=0.112698 HcalPIDe=-0.066776 HcalPIDmu=-1.28384 EcalPIDmu=-0.802501 TrackChi2PerDof=1.25415 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=10910.9 TrackPt=689.118 CombDLLe=-4.9524 CombDLLmu=-7.36741 CombDLLpi=0 CombDLLk=-16.2251 CombDLLp=-14.3146 CombDLLd=-14.3146 ProbNNe=1.00284e-06 ProbNNpi=0.999223 ProbNNk=0.000152989 ProbNNp=0.000201091 ProbNNghost=0.000901516 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.7643 RichDLLmu=-18.3423 RichDLLpi=0 RichDLLk=-6.8774 RichDLLp=-6.8774 RichPIDStatus=5091 RichDLLbt=-6.8774 RichDLLd=-6.8774 MuonMuLL=-0.0379095 MuonBkgLL=-0.198781 MuonNShared=5 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3696.5 MuonMVA1=-999 MuonMVA2=-1.30791 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=13.3604 CaloElectronMatch=938.477 CaloChargedEcal=11262.3 CaloChargedID=43213 CaloEcalE=0 CaloHcalE=10345.8 CaloEcalChi2=938.477 CaloClusChi2=13.3604 CaloTrajectoryL=-211.655 CaloEoverP=1.3783 EcalPIDe=-1.02586 HcalPIDe=-1.62556 HcalPIDmu=-1.00743 EcalPIDmu=0.361777 TrackChi2PerDof=2.12575 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=8233.84 TrackPt=265.549 CombDLLe=-7.27653 CombDLLmu=-7.47567 CombDLLpi=0 CombDLLk=-6.8774 CombDLLp=-6.8774 CombDLLd=-6.67862 ProbNNe=4.19782e-07 ProbNNmu=0.00366525 ProbNNpi=0.475615 ProbNNk=0.0672158 ProbNNp=0.0298599 ProbNNghost=0.705371 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.7587 RichDLLmu=-6.71232 RichDLLpi=0 RichDLLk=-1.11439 RichDLLp=-1.11439 RichPIDStatus=5027 RichDLLbt=-1.11439 RichDLLd=-1.11439 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.765374 CaloElectronMatch=42.7157 CaloBremMatch=42.5629 CaloChargedEcal=2191.88 CaloChargedID=34764 CaloNeutralEcal=2191.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880681 CaloNeutralID=34764 CaloEcalE=1255.5 CaloHcalE=1813.12 CaloEcalChi2=42.7157 CaloBremChi2=188.99 CaloClusChi2=0.765374 CaloTrajectoryL=303.003 CaloEoverP=0.776568 EcalPIDe=2.97947 BremPIDe=-0.32426 HcalPIDe=-1.43831 HcalPIDmu=1.63925 EcalPIDmu=-1.2505 TrackChi2PerDof=1.216 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=3152.03 TrackPt=212.878 CombDLLe=-0.621743 CombDLLmu=-5.71708 CombDLLpi=0 CombDLLk=-1.11439 CombDLLp=-1.11439 CombDLLd=-1.11439 ProbNNe=0.000167431 ProbNNpi=0.616191 ProbNNk=0.0132316 ProbNNp=0.0288583 ProbNNghost=0.729758 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.5031 RichDLLmu=-7.55264 RichDLLpi=0 RichDLLk=9.71637 RichDLLp=17.8679 RichPIDStatus=6117 RichDLLbt=17.8679 RichDLLd=17.8679 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.285685 CaloElectronMatch=524.703 CaloBremMatch=2.72686 CaloChargedEcal=5425.4 CaloChargedID=35022 CaloNeutralEcal=5425.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719231 CaloNeutralID=35022 CaloEcalE=1000.48 CaloHcalE=1151.04 CaloEcalChi2=524.703 CaloBremChi2=291.5 CaloClusChi2=0.285685 CaloTrajectoryL=4327.25 CaloEoverP=0.448235 EcalPIDe=-0.273733 BremPIDe=-0.479014 HcalPIDe=-0.64038 HcalPIDmu=0.448675 EcalPIDmu=0.306976 TrackChi2PerDof=1.01896 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=12340.3 TrackPt=741.172 CombDLLe=-3.8255 CombDLLmu=-5.59358 CombDLLpi=0 CombDLLk=9.71637 CombDLLp=17.8679 CombDLLd=17.8679 ProbNNe=1.08343e-06 ProbNNpi=0.678165 ProbNNk=0.0100621 ProbNNp=0.770785 ProbNNghost=0.00635527 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.12245 RichDLLmu=-0.0894842 RichDLLpi=0 RichDLLk=6.17272 RichDLLp=-38.5479 RichPIDStatus=139236 RichDLLbt=-38.4034 RichDLLd=-62.1507 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.129996 CaloElectronMatch=513.14 CaloBremMatch=513.14 CaloChargedEcal=47319 CaloChargedID=42525 CaloNeutralEcal=47319 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956007 CaloNeutralID=42525 CaloEcalE=26305 CaloEcalChi2=513.14 CaloBremChi2=575.393 CaloClusChi2=0.129996 CaloTrajectoryL=277.691 CaloEoverP=0.568584 EcalPIDe=0.575009 BremPIDe=-0.0160513 EcalPIDmu=-3.93014 TrackChi2PerDof=0.443737 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=83046.5 TrackPt=2424.49 CombDLLe=0.362581 CombDLLmu=-4.0554 CombDLLpi=0 CombDLLk=6.17272 CombDLLp=-38.5479 CombDLLd=-62.1507 ProbNNe=0.999995 ProbNNpi=1.32273e-05 ProbNNk=0.99911 ProbNNp=0.00441065 ProbNNghost=0.915638 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-42.8366 RichDLLmu=-11.7785 RichDLLpi=0 RichDLLk=-54.8579 RichDLLp=-44.7424 RichPIDStatus=6115 RichDLLbt=-44.7424 RichDLLd=-44.7424 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.142979 CaloElectronMatch=270.422 CaloBremMatch=270.422 CaloChargedEcal=7227.2 CaloChargedID=39475 CaloNeutralEcal=7227.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.753796 CaloNeutralID=39475 CaloEcalE=2742.72 CaloHcalE=1018.92 CaloEcalChi2=270.422 CaloBremChi2=126.993 CaloClusChi2=0.142979 CaloTrajectoryL=88.0161 CaloEoverP=0.467237 EcalPIDe=0.651274 BremPIDe=0.5851 HcalPIDe=-0.274252 HcalPIDmu=0.497847 EcalPIDmu=-2.11104 TrackChi2PerDof=1.14996 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=15660.5 TrackPt=928.302 CombDLLe=-4.56652 CombDLLmu=-8.48842 CombDLLpi=0 CombDLLk=-54.8579 CombDLLp=-44.7424 CombDLLd=-44.7424 ProbNNe=1.71293e-07 ProbNNpi=0.999831 ProbNNk=2.33785e-05 ProbNNp=6.74971e-05 ProbNNghost=0.00099054 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.7713 RichDLLmu=-10.619 RichDLLpi=0 RichDLLk=2.81638 RichDLLp=2.81638 RichPIDStatus=5028 RichDLLbt=2.81638 RichDLLd=2.81638 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.47922 CaloElectronMatch=67.2345 CaloBremMatch=66.0018 CaloChargedEcal=1161.56 CaloChargedID=35329 CaloNeutralEcal=1161.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830695 CaloNeutralID=35329 CaloEcalE=710.988 CaloEcalChi2=67.2345 CaloBremChi2=179.054 CaloClusChi2=1.47922 CaloTrajectoryL=209.125 CaloEoverP=0.412117 EcalPIDe=1.51236 BremPIDe=-0.170017 EcalPIDmu=0.566712 TrackChi2PerDof=1.04761 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=3355.7 TrackPt=308.713 CombDLLe=-0.334415 CombDLLmu=-6.23593 CombDLLpi=0 CombDLLk=2.81638 CombDLLp=2.81638 CombDLLd=2.81638 ProbNNe=0.000314389 ProbNNpi=0.898189 ProbNNk=0.0518035 ProbNNp=0.107586 ProbNNghost=0.0163539 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-68.3384 RichDLLmu=-55.7338 RichDLLpi=0 RichDLLk=-41.8136 RichDLLp=-41.8136 RichPIDStatus=5027 RichDLLbt=-41.8136 RichDLLd=-41.8136 MuonMuLL=0 MuonBkgLL=-0.0536238 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=954.099 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.076703 CaloElectronMatch=82.7993 CaloBremMatch=82.7993 CaloChargedEcal=3017.39 CaloChargedID=38465 CaloNeutralEcal=3017.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827784 CaloNeutralID=38465 CaloEcalE=1933.01 CaloHcalE=0 CaloEcalChi2=82.7993 CaloBremChi2=635.144 CaloClusChi2=0.076703 CaloTrajectoryL=-10.604 CaloEoverP=0.617018 EcalPIDe=1.84829 BremPIDe=-0.607507 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.13071 TrackChi2PerDof=1.20511 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=5180.51 TrackPt=192.08 CombDLLe=-4.47831 CombDLLmu=-11.5589 CombDLLpi=0 CombDLLk=-41.8136 CombDLLp=-41.8136 CombDLLd=-41.76 ProbNNe=1.03088e-08 ProbNNpi=0.986989 ProbNNk=0.000178252 ProbNNp=0.000211589 ProbNNghost=0.0113753 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.6194 RichDLLmu=3.10463 RichDLLpi=0 RichDLLk=17.4492 RichDLLp=17.4492 RichPIDStatus=5028 RichDLLbt=17.4492 RichDLLd=17.4492 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=11.8899 CaloElectronMatch=367.285 CaloBremMatch=367.285 CaloChargedEcal=1753.34 CaloChargedID=38010 CaloNeutralEcal=1753.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944185 CaloNeutralID=38010 CaloEcalE=1625.49 CaloHcalE=1257.87 CaloEcalChi2=367.285 CaloBremChi2=806.304 CaloClusChi2=11.8899 CaloTrajectoryL=404.079 CaloEoverP=0.315085 EcalPIDe=0.0750074 BremPIDe=-0.607507 HcalPIDe=-0.668461 HcalPIDmu=1.43933 EcalPIDmu=-1.31108 TrackChi2PerDof=0.907363 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=5966.67 TrackPt=405.932 CombDLLe=-3.17903 CombDLLmu=3.99065 CombDLLpi=0 CombDLLk=17.4492 CombDLLp=17.4492 CombDLLd=17.4492 ProbNNe=4.30888e-09 ProbNNpi=0.00285985 ProbNNk=0.954081 ProbNNp=0.965115 ProbNNghost=0.00336596 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.3281 RichDLLmu=-18.1595 RichDLLpi=0 RichDLLk=-12.5757 RichDLLp=-12.5757 RichPIDStatus=5027 RichDLLbt=-12.5757 RichDLLd=-12.5757 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.392363 CaloElectronMatch=17.186 CaloBremMatch=17.186 CaloChargedEcal=4201.8 CaloChargedID=34997 CaloNeutralEcal=4201.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909921 CaloNeutralID=34997 CaloEcalE=2827.14 CaloHcalE=0 CaloEcalChi2=17.186 CaloBremChi2=227.521 CaloClusChi2=0.392363 CaloTrajectoryL=31.6552 CaloEoverP=0.907685 EcalPIDe=2.97947 BremPIDe=-0.417084 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.54584 TrackChi2PerDof=1.1913 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=4809.41 TrackPt=243.395 CombDLLe=0.0474055 CombDLLmu=-11.9997 CombDLLpi=0 CombDLLk=-12.5757 CombDLLp=-12.5757 CombDLLd=-12.5757 ProbNNe=1.39039e-05 ProbNNpi=0.995451 ProbNNk=0.00046094 ProbNNp=0.00435337 ProbNNghost=0.0126887 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.9706 RichDLLmu=-29.5838 RichDLLpi=0 RichDLLk=-15.7511 RichDLLp=-15.7511 RichPIDStatus=5027 RichDLLbt=-15.7511 RichDLLd=-15.7511 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.2769 CaloElectronMatch=349.27 CaloBremMatch=349.27 CaloChargedEcal=508.897 CaloChargedID=35253 CaloNeutralEcal=508.897 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964461 CaloNeutralID=35253 CaloEcalE=483.06 CaloHcalE=5046.74 CaloEcalChi2=349.27 CaloBremChi2=47.3362 CaloClusChi2=1.2769 CaloTrajectoryL=260.316 CaloEoverP=0.140133 EcalPIDe=0.0319619 BremPIDe=0.976363 HcalPIDe=-1.14615 HcalPIDmu=-0.264616 EcalPIDmu=1.26223 TrackChi2PerDof=2.59989 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4926.22 TrackPt=387.939 CombDLLe=-3.63762 CombDLLmu=-6.00229 CombDLLpi=0 CombDLLk=-15.7511 CombDLLp=-15.7511 CombDLLd=-15.7511 ProbNNe=9.4699e-07 ProbNNpi=0.924819 ProbNNk=0.000116738 ProbNNp=0.000578717 ProbNNghost=0.215474 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-56.5925 RichDLLmu=-52.4009 RichDLLpi=0 RichDLLk=-35.6781 RichDLLp=-35.6781 RichPIDStatus=5027 RichDLLbt=-35.6781 RichDLLd=-35.6781 MuonMuLL=-0.0251127 MuonBkgLL=-0.181018 MuonNShared=6 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=56.389 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.920704 CaloElectronMatch=129.711 CaloBremMatch=129.711 CaloChargedEcal=1800.03 CaloChargedID=37961 CaloNeutralEcal=1800.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871163 CaloNeutralID=37961 CaloEcalE=1050.59 CaloHcalE=0 CaloEcalChi2=129.711 CaloBremChi2=326.593 CaloClusChi2=0.920704 CaloTrajectoryL=154.775 CaloEoverP=0.457513 EcalPIDe=0.83137 BremPIDe=-0.373552 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-0.485394 TrackChi2PerDof=0.625183 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4542.03 TrackPt=431.997 CombDLLe=-5.27643 CombDLLmu=-9.79315 CombDLLpi=0 CombDLLk=-35.6781 CombDLLp=-35.6781 CombDLLd=-35.497 ProbNNe=3.65799e-08 ProbNNpi=0.994135 ProbNNk=0.000285162 ProbNNp=0.000100716 ProbNNghost=0.0009514 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.0492 RichDLLmu=-18.4663 RichDLLpi=0 RichDLLk=-4.42413 RichDLLp=-4.42413 RichPIDStatus=5027 RichDLLbt=-4.42413 RichDLLd=-4.42413 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.52869 CaloElectronMatch=66.0018 CaloBremMatch=66.0018 CaloChargedEcal=1161.56 CaloChargedID=35329 CaloNeutralEcal=1161.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830695 CaloNeutralID=35329 CaloEcalE=710.988 CaloEcalChi2=66.0018 CaloBremChi2=177.941 CaloClusChi2=1.52869 CaloTrajectoryL=210.131 CaloEoverP=0.413557 EcalPIDe=1.51236 BremPIDe=-0.170017 EcalPIDmu=0.566712 TrackChi2PerDof=1.36879 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3344.01 TrackPt=321.522 CombDLLe=-2.16775 CombDLLmu=-6.42462 CombDLLpi=0 CombDLLk=-4.42413 CombDLLp=-4.42413 CombDLLd=-4.42413 ProbNNe=8.86608e-05 ProbNNpi=0.65199 ProbNNk=0.0042045 ProbNNp=0.0048424 ProbNNghost=0.687183 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.09143 RichDLLmu=-2.16103 RichDLLpi=0 RichDLLk=17.4182 RichDLLp=31.7839 RichPIDStatus=6117 RichDLLbt=31.7839 RichDLLd=31.7839 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.891006 CaloElectronMatch=1078.6 CaloBremMatch=1078.6 CaloChargedEcal=10198.8 CaloChargedID=38107 CaloNeutralEcal=10198.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995669 CaloNeutralID=38107 CaloEcalE=3128.06 CaloHcalE=3462.62 CaloEcalChi2=1078.6 CaloBremChi2=281.836 CaloClusChi2=0.891006 CaloTrajectoryL=-570.132 CaloEoverP=0.713146 EcalPIDe=-1.10541 BremPIDe=-0.456351 HcalPIDe=-1.13849 HcalPIDmu=0.271963 EcalPIDmu=-2.38302 TrackChi2PerDof=0.819531 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=14876.7 TrackPt=1382.18 CombDLLe=-3.75808 CombDLLmu=-4.96119 CombDLLpi=0 CombDLLk=17.4182 CombDLLp=31.7839 CombDLLd=31.7839 ProbNNe=4.89188e-07 ProbNNpi=0.00269064 ProbNNk=0.00587176 ProbNNp=0.999143 ProbNNghost=0.000360325 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.94 RichDLLmu=-5.10059 RichDLLpi=0 RichDLLk=-60.1865 RichDLLp=-55.319 RichPIDStatus=6115 RichDLLbt=-55.319 RichDLLd=-55.319 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=67.4381 CaloElectronMatch=4214.54 CaloBremMatch=195.202 CaloChargedEcal=491.754 CaloChargedID=35475 CaloNeutralEcal=491.754 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953905 CaloNeutralID=35475 CaloEcalE=0 CaloHcalE=8247.51 CaloEcalChi2=4214.54 CaloBremChi2=14.5385 CaloClusChi2=67.4381 CaloTrajectoryL=11193.4 CaloEoverP=0.0450305 EcalPIDe=-3.87485 BremPIDe=3.43106 HcalPIDe=-2.51216 HcalPIDmu=-2.41044 EcalPIDmu=0.525694 TrackChi2PerDof=0.758326 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=14362.1 TrackPt=1237.83 CombDLLe=-7.87799 CombDLLmu=-7.27415 CombDLLpi=0 CombDLLk=-60.1865 CombDLLp=-55.319 CombDLLd=-55.319 ProbNNe=9.60152e-07 ProbNNpi=0.999897 ProbNNk=0.000438221 ProbNNp=6.33987e-05 ProbNNghost=0.00203693 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.388054 RichDLLmu=0.122646 RichDLLpi=0 RichDLLk=-12.4034 RichDLLp=-21.9398 RichPIDStatus=139239 RichDLLbt=6.98566 RichDLLd=3.5286 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.52388 CaloElectronMatch=2088.89 CaloBremMatch=1674.59 CaloChargedEcal=10671.7 CaloChargedID=43431 CaloNeutralEcal=10671.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819152 CaloNeutralID=43431 CaloEcalE=845.756 CaloEcalChi2=2088.89 CaloBremChi2=324.616 CaloClusChi2=3.52388 CaloTrajectoryL=-415.095 CaloEoverP=0.204832 EcalPIDe=-0.876501 BremPIDe=-1.56983 EcalPIDmu=0.737016 TrackChi2PerDof=0.84145 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=52094.8 TrackPt=1352.4 CombDLLe=-2.37842 CombDLLmu=0.908687 CombDLLpi=0 CombDLLk=-12.4034 CombDLLp=-21.9398 CombDLLd=3.5286 ProbNNe=5.84383e-07 ProbNNpi=0.997479 ProbNNk=9.18992e-05 ProbNNp=7.96546e-05 ProbNNghost=0.00074786 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.512455 RichDLLmu=-0.134656 RichDLLpi=0 RichDLLk=-27.1603 RichDLLp=-31.0999 RichPIDStatus=139235 RichDLLbt=-11.6885 RichDLLd=-12.9605 MuonMuLL=-0.0488752 MuonBkgLL=-2.45362 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=348.932 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.73694 CaloElectronMatch=1674.59 CaloBremMatch=1674.59 CaloChargedEcal=10671.7 CaloChargedID=43431 CaloNeutralEcal=10671.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.819152 CaloNeutralID=43431 CaloEcalE=724.404 CaloHcalE=89951.1 CaloEcalChi2=1674.59 CaloBremChi2=319.88 CaloClusChi2=5.73694 CaloTrajectoryL=-1322.04 CaloEoverP=0.24152 EcalPIDe=-1.84804 BremPIDe=0.258668 HcalPIDe=-2.74192 HcalPIDmu=-3.31941 EcalPIDmu=1.04787 TrackChi2PerDof=0.962174 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=44181.3 TrackPt=1140.59 CombDLLe=-4.42097 CombDLLmu=-0.0552689 CombDLLpi=0 CombDLLk=-27.1603 CombDLLp=-31.0999 CombDLLd=-10.5068 ProbNNe=1.64223e-06 ProbNNpi=0.99986 ProbNNk=1.56029e-05 ProbNNp=1.05297e-05 ProbNNghost=6.55551e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.9979 RichDLLmu=-4.84246 RichDLLpi=0 RichDLLk=-43.134 RichDLLp=-27.9248 RichPIDStatus=6115 RichDLLbt=-27.9248 RichDLLd=-27.9248 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.29267 CaloElectronMatch=416.646 CaloBremMatch=416.646 CaloChargedEcal=3280.28 CaloChargedID=43598 CaloNeutralEcal=3280.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914176 CaloNeutralID=43598 CaloEcalE=2936.48 CaloHcalE=11573.2 CaloEcalChi2=416.646 CaloBremChi2=376.142 CaloClusChi2=1.29267 CaloTrajectoryL=288.5 CaloEoverP=0.244397 EcalPIDe=0.0386953 BremPIDe=-0.488693 HcalPIDe=-2.5812 HcalPIDmu=-2.66837 EcalPIDmu=-2.62453 TrackChi2PerDof=0.973742 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=15140.6 TrackPt=446.299 CombDLLe=-7.57978 CombDLLmu=-10.5292 CombDLLpi=0 CombDLLk=-43.134 CombDLLp=-27.9248 CombDLLd=-27.9248 ProbNNe=9.83774e-08 ProbNNpi=0.999819 ProbNNk=3.36283e-05 ProbNNp=7.16369e-05 ProbNNghost=0.000662452 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.229 RichDLLmu=0.586888 RichDLLpi=0 RichDLLk=-81.0726 RichDLLp=-62.0903 RichPIDStatus=6114 RichDLLbt=-62.0903 RichDLLd=-62.0903 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.15543 CaloElectronMatch=2228.03 CaloBremMatch=2228.03 CaloChargedEcal=757.041 CaloChargedID=33757 CaloNeutralEcal=757.041 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820103 CaloNeutralID=33757 CaloEcalE=519.94 CaloHcalE=7997.94 CaloEcalChi2=2228.03 CaloBremChi2=374.069 CaloClusChi2=1.15543 CaloTrajectoryL=525.251 CaloEoverP=0.0589928 EcalPIDe=-2.01254 BremPIDe=-0.488693 HcalPIDe=-2.32036 HcalPIDmu=-1.96228 EcalPIDmu=1.82994 TrackChi2PerDof=0.949406 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=14366.6 TrackPt=2218.59 CombDLLe=-6.89739 CombDLLmu=0.685555 CombDLLpi=0 CombDLLk=-81.0726 CombDLLp=-62.0903 CombDLLd=-62.0903 ProbNNe=0.00255005 ProbNNpi=0.999666 ProbNNk=0.000305599 ProbNNp=5.37388e-05 ProbNNghost=0.00430894 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.81465 RichDLLmu=-4.04195 RichDLLpi=0 RichDLLk=19.1165 RichDLLp=19.1165 RichPIDStatus=5092 RichDLLbt=19.1165 RichDLLd=19.1165 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.859995 CaloElectronMatch=507.08 CaloBremMatch=507.08 CaloChargedEcal=1542.73 CaloChargedID=38216 CaloNeutralEcal=1542.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762282 CaloNeutralID=38216 CaloEcalE=332.476 CaloHcalE=3299.47 CaloEcalChi2=507.08 CaloBremChi2=85.6644 CaloClusChi2=0.859995 CaloTrajectoryL=-225.265 CaloEoverP=0.191488 EcalPIDe=-0.270192 BremPIDe=0.575102 HcalPIDe=-1.59374 HcalPIDmu=0.185658 EcalPIDmu=-0.0539122 TrackChi2PerDof=0.627968 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=8518.65 TrackPt=513.027 CombDLLe=-2.97274 CombDLLmu=-4.54916 CombDLLpi=0 CombDLLk=19.1165 CombDLLp=19.1165 CombDLLd=19.1165 ProbNNe=4.89283e-08 ProbNNpi=0.00477668 ProbNNk=0.946229 ProbNNp=0.968245 ProbNNghost=0.00248865 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.72224 RichDLLmu=1.10089 RichDLLpi=0 RichDLLk=103.645 RichDLLp=38.4184 RichPIDStatus=8164 RichDLLbt=40.5293 RichDLLd=40.5293 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.208858 CaloElectronMatch=2102.76 CaloBremMatch=729.476 CaloChargedEcal=1572.6 CaloChargedID=38096 CaloNeutralEcal=1572.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911003 CaloNeutralID=38096 CaloEcalE=1182.34 CaloHcalE=11123.7 CaloEcalChi2=2102.76 CaloBremChi2=745.767 CaloClusChi2=0.208858 CaloTrajectoryL=113.373 CaloEoverP=0.0857618 EcalPIDe=-2.11225 BremPIDe=-0.591406 HcalPIDe=-2.5812 HcalPIDmu=-2.86805 EcalPIDmu=-0.244195 TrackChi2PerDof=1.05691 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=18672.7 TrackPt=1314.77 CombDLLe=-4.8092 CombDLLmu=-1.59543 CombDLLpi=0 CombDLLk=103.645 CombDLLp=38.4184 CombDLLd=40.5293 ProbNNe=8.50525e-08 ProbNNpi=0.000118341 ProbNNk=0.99972 ProbNNp=0.0023375 ProbNNghost=0.00218496 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-53.6493 RichDLLmu=-23.1725 RichDLLpi=0 RichDLLk=-27.5075 RichDLLp=-24.1961 RichPIDStatus=6115 RichDLLbt=-24.1961 RichDLLd=-24.1961 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.222988 CaloElectronMatch=168.959 CaloBremMatch=168.959 CaloChargedEcal=6119.01 CaloChargedID=43471 CaloNeutralEcal=6119.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.728641 CaloNeutralID=43471 CaloEcalE=3261.64 CaloHcalE=10217.2 CaloEcalChi2=168.959 CaloBremChi2=339.563 CaloClusChi2=0.222988 CaloTrajectoryL=-184.305 CaloEoverP=0.525067 EcalPIDe=1.35245 BremPIDe=-0.510136 HcalPIDe=-2.4429 HcalPIDmu=-1.93671 EcalPIDmu=-2.67079 TrackChi2PerDof=1.84116 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=12101.3 TrackPt=328.885 CombDLLe=-7.70436 CombDLLmu=-11.6062 CombDLLpi=0 CombDLLk=-27.5075 CombDLLp=-24.1961 CombDLLd=-24.1961 ProbNNe=2.01001e-07 ProbNNpi=0.998996 ProbNNk=0.000101253 ProbNNp=0.000151674 ProbNNghost=0.0242212 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.312 RichDLLmu=-5.45064 RichDLLpi=0 RichDLLk=0.0924125 RichDLLp=0.0924125 RichPIDStatus=5028 RichDLLbt=0.0924125 RichDLLd=0.0924125 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=40.0898 CaloElectronMatch=195.202 CaloBremMatch=195.202 CaloChargedEcal=491.754 CaloChargedID=35475 CaloNeutralEcal=491.754 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953905 CaloNeutralID=35475 CaloEcalE=0 CaloHcalE=1890.04 CaloEcalChi2=195.202 CaloBremChi2=244.551 CaloClusChi2=40.0898 CaloTrajectoryL=-274.101 CaloEoverP=0.219827 EcalPIDe=0.497498 BremPIDe=-0.33853 HcalPIDe=-1.32141 HcalPIDmu=1.63925 EcalPIDmu=0.308817 TrackChi2PerDof=2.74636 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=2942.02 TrackPt=382.761 CombDLLe=-3.7184 CombDLLmu=-3.6304 CombDLLpi=0 CombDLLk=0.0924125 CombDLLp=0.0924125 CombDLLd=0.0924125 ProbNNe=2.34364e-05 ProbNNpi=0.250431 ProbNNk=0.0309075 ProbNNp=0.0494081 ProbNNghost=0.939932 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.0984 RichDLLmu=-4.40592 RichDLLpi=0 RichDLLk=13.4407 RichDLLp=13.4407 RichPIDStatus=5028 RichDLLbt=13.4407 RichDLLd=13.4407 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.210423 CaloElectronMatch=268.554 CaloBremMatch=195.202 CaloChargedEcal=491.754 CaloChargedID=35475 CaloNeutralEcal=491.754 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953905 CaloNeutralID=35475 CaloEcalE=449.658 CaloHcalE=3167.61 CaloEcalChi2=268.554 CaloBremChi2=40.2708 CaloClusChi2=0.210423 CaloTrajectoryL=137.77 CaloEoverP=0.115952 EcalPIDe=0.27519 BremPIDe=1.82364 HcalPIDe=-1.65981 HcalPIDmu=-0.299431 EcalPIDmu=1.47887 TrackChi2PerDof=1.766 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=5577.61 TrackPt=576.799 CombDLLe=-2.52842 CombDLLmu=-3.76964 CombDLLpi=0 CombDLLk=13.4407 CombDLLp=13.4407 CombDLLd=13.4407 ProbNNe=1.94242e-08 ProbNNpi=0.0207353 ProbNNk=0.909086 ProbNNp=0.949795 ProbNNghost=0.141372 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.2807 RichDLLmu=-21.2004 RichDLLpi=0 RichDLLk=-6.69418 RichDLLp=-6.69418 RichPIDStatus=5027 RichDLLbt=-6.69418 RichDLLd=-6.69418 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.85429 CaloElectronMatch=103.833 CaloBremMatch=103.833 CaloChargedEcal=4126.27 CaloChargedID=34293 CaloNeutralEcal=4126.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903228 CaloNeutralID=34293 CaloEcalE=2197.7 CaloHcalE=0 CaloEcalChi2=103.833 CaloBremChi2=412.698 CaloClusChi2=0.85429 CaloTrajectoryL=-46.3381 CaloEoverP=1.18822 EcalPIDe=1.51236 BremPIDe=-0.4614 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-2.35521 TrackChi2PerDof=0.81695 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3700.9 TrackPt=307.699 CombDLLe=-1.87215 CombDLLmu=-11.7469 CombDLLpi=0 CombDLLk=-6.69418 CombDLLp=-6.69418 CombDLLd=-6.69418 ProbNNe=2.31485e-05 ProbNNpi=0.997545 ProbNNk=0.000187555 ProbNNp=0.00119127 ProbNNghost=0.0028369 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.9172 RichDLLmu=-15.9683 RichDLLpi=0 RichDLLk=-8.18746 RichDLLp=-8.18746 RichPIDStatus=5027 RichDLLbt=-8.18746 RichDLLd=-8.18746 MuonMuLL=-0.00200198 MuonBkgLL=-0.381981 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2811.49 MuonMVA1=-999 MuonMVA2=-0.833717 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.6375 CaloElectronMatch=262.555 CaloBremMatch=262.555 CaloChargedEcal=2787.54 CaloChargedID=38850 CaloNeutralEcal=2787.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953469 CaloNeutralID=38850 CaloEcalE=1851.69 CaloHcalE=1899.55 CaloEcalChi2=262.555 CaloBremChi2=335.107 CaloClusChi2=1.6375 CaloTrajectoryL=250.308 CaloEoverP=0.37287 EcalPIDe=0.27519 BremPIDe=-0.438762 HcalPIDe=-1.03972 HcalPIDmu=1.87264 EcalPIDmu=-1.74383 TrackChi2PerDof=1.22915 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=7969.87 TrackPt=363.553 CombDLLe=-5.07545 CombDLLmu=-6.46769 CombDLLpi=0 CombDLLk=-8.18746 CombDLLp=-8.18746 CombDLLd=-7.80548 ProbNNe=9.12541e-08 ProbNNmu=0.00366525 ProbNNpi=0.0292434 ProbNNk=0.00240085 ProbNNp=0.0107641 ProbNNghost=0.0945743 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.222 RichDLLmu=-1.42665 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.8333 CaloElectronMatch=28.8327 CaloBremMatch=28.8327 CaloChargedEcal=658.056 CaloChargedID=34882 CaloNeutralEcal=658.056 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.754339 CaloNeutralID=34882 CaloEcalE=560.648 CaloEcalChi2=28.8327 CaloBremChi2=335.655 CaloClusChi2=1.8333 CaloTrajectoryL=157.743 CaloEoverP=0.441415 EcalPIDe=2.97947 BremPIDe=-0.197551 EcalPIDmu=0.928458 TrackChi2PerDof=1.19075 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=2111.22 TrackPt=226.252 CombDLLe=1.03102 CombDLLmu=-1.01636 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00131163 ProbNNpi=0.844154 ProbNNk=0.0636717 ProbNNp=0.143206 ProbNNghost=0.152594 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-94.5902 RichDLLmu=-28.1328 RichDLLpi=0 RichDLLk=-56.0468 RichDLLp=-56.0468 RichPIDStatus=5091 RichDLLbt=-56.0468 RichDLLd=-56.0468 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=49.1922 CaloElectronMatch=2225.48 CaloBremMatch=204.114 CaloChargedEcal=472.516 CaloChargedID=34132 CaloNeutralEcal=472.516 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07283 CaloNeutralID=34132 CaloEcalE=0 CaloHcalE=9855.13 CaloEcalChi2=2225.48 CaloBremChi2=751.31 CaloClusChi2=49.1922 CaloTrajectoryL=-13366.9 CaloEoverP=0.0588218 EcalPIDe=-2.66123 BremPIDe=-0.638976 HcalPIDe=-1.62556 HcalPIDmu=-1.00743 EcalPIDmu=0.361777 TrackChi2PerDof=0.632456 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=8742.52 TrackPt=547.681 CombDLLe=-11.8032 CombDLLmu=-7.64547 CombDLLpi=0 CombDLLk=-56.0468 CombDLLp=-56.0468 CombDLLd=-56.0468 ProbNNe=1.21764e-09 ProbNNpi=0.99877 ProbNNk=0.000130099 ProbNNp=2.14388e-05 ProbNNghost=0.000121345 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.6948 RichDLLmu=-17.4736 RichDLLpi=0 RichDLLk=9.18484 RichDLLp=9.18484 RichPIDStatus=5028 RichDLLbt=9.18484 RichDLLd=9.18484 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.933086 CaloElectronMatch=127.984 CaloBremMatch=127.984 CaloChargedEcal=1460.17 CaloChargedID=34093 CaloNeutralEcal=1460.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.822585 CaloNeutralID=34093 CaloEcalE=812.952 CaloHcalE=3682.11 CaloEcalChi2=127.984 CaloBremChi2=271.912 CaloClusChi2=0.933086 CaloTrajectoryL=228.618 CaloEoverP=0.375296 EcalPIDe=0.83137 BremPIDe=-0.318955 HcalPIDe=-1.4367 HcalPIDmu=-0.392193 EcalPIDmu=0.255214 TrackChi2PerDof=0.99981 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4447.33 TrackPt=534.82 CombDLLe=-3.68728 CombDLLmu=-7.12409 CombDLLpi=0 CombDLLk=9.18484 CombDLLp=9.18484 CombDLLd=9.18484 ProbNNe=1.20224e-07 ProbNNpi=0.390096 ProbNNk=0.391404 ProbNNp=0.593664 ProbNNghost=0.0105737 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-53.7987 RichDLLmu=-36.0544 RichDLLpi=0 RichDLLk=-17.9165 RichDLLp=-17.9165 RichPIDStatus=5027 RichDLLbt=-17.9165 RichDLLd=-17.9165 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.57737 CaloElectronMatch=177.43 CaloBremMatch=136.231 CaloChargedEcal=536.271 CaloChargedID=35835 CaloNeutralEcal=536.271 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95018 CaloNeutralID=35835 CaloEcalE=578.82 CaloHcalE=3126.63 CaloEcalChi2=177.43 CaloBremChi2=63.9493 CaloClusChi2=2.57737 CaloTrajectoryL=193.293 CaloEoverP=0.216678 EcalPIDe=0.83137 BremPIDe=0.754695 HcalPIDe=-1.56674 HcalPIDmu=0.333427 EcalPIDmu=1.05188 TrackChi2PerDof=0.891911 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3429.36 TrackPt=512.005 CombDLLe=-6.0907 CombDLLmu=-5.61469 CombDLLpi=0 CombDLLk=-17.9165 CombDLLp=-17.9165 CombDLLd=-17.9165 ProbNNe=2.1797e-07 ProbNNpi=0.998003 ProbNNk=2.85537e-05 ProbNNp=0.00031181 ProbNNghost=0.00135164 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.493 RichDLLmu=-17.8119 RichDLLpi=0 RichDLLk=-2.23879 RichDLLp=-2.23879 RichPIDStatus=5027 RichDLLbt=-2.23879 RichDLLd=-2.23879 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.28929 CaloElectronMatch=61.9843 CaloBremMatch=61.9843 CaloChargedEcal=2404.88 CaloChargedID=34299 CaloNeutralEcal=2404.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.857731 CaloNeutralID=34299 CaloEcalE=1293.16 CaloEcalChi2=61.9843 CaloBremChi2=333.225 CaloClusChi2=1.28929 CaloTrajectoryL=154.563 CaloEoverP=0.823911 EcalPIDe=2.97947 BremPIDe=-0.373552 EcalPIDmu=-1.5773 TrackChi2PerDof=0.838068 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=3188.09 TrackPt=274.976 CombDLLe=-0.830801 CombDLLmu=-8.56604 CombDLLpi=0 CombDLLk=-2.23879 CombDLLp=-2.23879 CombDLLd=-2.23879 ProbNNe=0.000163265 ProbNNpi=0.983339 ProbNNk=0.0022356 ProbNNp=0.00475435 ProbNNghost=0.0106585 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-34.6809 RichDLLmu=-26.4471 RichDLLpi=0 RichDLLk=-13.0602 RichDLLp=-13.0602 RichPIDStatus=5027 RichDLLbt=-13.0602 RichDLLd=-13.0602 InAccBrem=1 CaloBremChi2=96.0257 BremPIDe=0.142978 TrackChi2PerDof=1.12661 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=5007.35 TrackPt=786.948 CombDLLe=-4.75603 CombDLLmu=-6.99964 CombDLLpi=0 CombDLLk=-13.0602 CombDLLp=-13.0602 CombDLLd=-13.0602 ProbNNe=3.39146e-05 ProbNNpi=0.993421 ProbNNk=0.000586611 ProbNNp=0.00285173 ProbNNghost=0.0027736 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-84.4217 RichDLLmu=-62.9166 RichDLLpi=0 RichDLLk=-56.8471 RichDLLp=-56.8471 RichPIDStatus=5091 RichDLLbt=-56.8471 RichDLLd=-56.8471 MuonMuLL=-0.063579 MuonBkgLL=-1.55648 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=74.0469 MuonMVA1=-999 MuonMVA2=-0.994017 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=53.9005 CaloElectronMatch=3239.47 CaloBremMatch=203.389 CaloChargedEcal=436.903 CaloChargedID=35012 CaloNeutralEcal=436.903 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.848379 CaloNeutralID=35012 CaloEcalE=0 CaloHcalE=5345.49 CaloEcalChi2=3239.47 CaloBremChi2=215.391 CaloClusChi2=53.9005 CaloTrajectoryL=-25977 CaloEoverP=0.0857133 EcalPIDe=-2.98295 BremPIDe=-0.00620699 HcalPIDe=-2.09086 HcalPIDmu=-1.39471 EcalPIDmu=0.389705 TrackChi2PerDof=1.10477 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=7692.34 TrackPt=626.739 CombDLLe=-11.8774 CombDLLmu=-6.51211 CombDLLpi=0 CombDLLk=-56.8471 CombDLLp=-56.8471 CombDLLd=-55.2907 ProbNNe=1.61029e-09 ProbNNmu=0.00366525 ProbNNpi=0.849942 ProbNNk=0.00105237 ProbNNp=0.0751982 ProbNNghost=0.00411307 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.6096 RichDLLmu=-3.20984 RichDLLpi=0 RichDLLk=1.25368 RichDLLp=1.25368 RichPIDStatus=5028 RichDLLbt=1.25368 RichDLLd=1.25368 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.34697 CaloElectronMatch=80.3636 CaloBremMatch=80.3636 CaloChargedEcal=2647.8 CaloChargedID=35312 CaloNeutralEcal=2647.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984156 CaloNeutralID=35312 CaloEcalE=1552.85 CaloHcalE=420.069 CaloEcalChi2=80.3636 CaloBremChi2=101.102 CaloClusChi2=2.34697 CaloTrajectoryL=205.198 CaloEoverP=1.06728 EcalPIDe=1.51236 BremPIDe=0.178319 HcalPIDe=-0.235987 HcalPIDmu=-1.03802 EcalPIDmu=-1.95608 TrackChi2PerDof=1.01505 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=2790.72 TrackPt=406.661 CombDLLe=-0.521808 CombDLLmu=-6.95776 CombDLLpi=0 CombDLLk=1.25368 CombDLLp=1.25368 CombDLLd=1.25368 ProbNNe=0.00111458 ProbNNpi=0.882086 ProbNNk=0.0641603 ProbNNp=0.130357 ProbNNghost=0.0324314 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.039093 RichDLLmu=0.00974274 RichDLLpi=0 RichDLLk=72.4167 RichDLLp=27.2129 RichPIDStatus=8164 RichDLLbt=42.9497 RichDLLd=42.9497 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.358248 CaloElectronMatch=631.391 CaloBremMatch=631.391 CaloChargedEcal=14084.4 CaloChargedID=33766 CaloNeutralEcal=14084.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923616 CaloNeutralID=33766 CaloEcalE=10371.7 CaloHcalE=3611.19 CaloEcalChi2=631.391 CaloBremChi2=525.581 CaloClusChi2=0.358248 CaloTrajectoryL=388.842 CaloEoverP=0.587685 EcalPIDe=-0.364061 BremPIDe=-0.520672 HcalPIDe=-0.981741 HcalPIDmu=0.382884 EcalPIDmu=-4.04965 TrackChi2PerDof=0.914219 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=24328.8 TrackPt=4447.27 CombDLLe=-1.85963 CombDLLmu=-3.65312 CombDLLpi=0 CombDLLk=72.4167 CombDLLp=27.2129 CombDLLd=42.9497 ProbNNe=8.41489e-08 ProbNNpi=0.000356669 ProbNNk=0.999799 ProbNNp=8.92216e-06 ProbNNghost=0.000762169 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.32506 RichDLLmu=-1.04966 RichDLLpi=0 RichDLLk=10.3605 RichDLLp=24.1731 RichPIDStatus=8166 RichDLLbt=32.0095 RichDLLd=32.0095 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.26217 CaloElectronMatch=644.893 CaloBremMatch=644.893 CaloChargedEcal=5993.09 CaloChargedID=42393 CaloNeutralEcal=5993.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.839624 CaloNeutralID=42393 CaloEcalE=4227.57 CaloHcalE=6552.44 CaloEcalChi2=644.893 CaloBremChi2=639.226 CaloClusChi2=0.26217 CaloTrajectoryL=230.17 CaloEoverP=0.233218 EcalPIDe=-0.55547 BremPIDe=-0.520672 HcalPIDe=-1.85226 HcalPIDmu=-0.905771 EcalPIDmu=-3.04904 TrackChi2PerDof=0.758778 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=26716.3 TrackPt=807.489 CombDLLe=-3.33483 CombDLLmu=-5.40312 CombDLLpi=0 CombDLLk=10.3605 CombDLLp=24.1731 CombDLLd=32.0095 ProbNNe=3.34553e-07 ProbNNpi=0.0106641 ProbNNk=0.0105025 ProbNNp=0.994754 ProbNNghost=0.00115227 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.205673 RichDLLmu=1.7159 RichDLLpi=0 RichDLLk=-39.1879 RichDLLp=-36.619 RichPIDStatus=8130 RichDLLbt=-31.0993 RichDLLd=-31.0993 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.834205 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=42877.4 TrackPt=831.524 CombDLLe=0.0359925 CombDLLmu=2.31219 CombDLLpi=0 CombDLLk=-39.1879 CombDLLp=-36.619 CombDLLd=-31.0993 ProbNNe=0.686666 ProbNNpi=0.989466 ProbNNk=1.94771e-05 ProbNNp=0.000118881 ProbNNghost=0.0112157 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.52687 RichDLLmu=-2.71264 RichDLLpi=0 RichDLLk=3.38345 RichDLLp=3.38345 RichPIDStatus=5060 RichDLLbt=3.38345 RichDLLd=3.38345 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=52.0887 CaloElectronMatch=829.83 CaloChargedEcal=1077.04 CaloChargedID=38479 CaloEcalE=0 CaloHcalE=8835.04 CaloEcalChi2=829.83 CaloClusChi2=52.0887 CaloTrajectoryL=949.665 CaloEoverP=0.102256 EcalPIDe=-0.833336 HcalPIDe=-2.51216 HcalPIDmu=-2.24776 EcalPIDmu=0.433955 TrackChi2PerDof=0.875306 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=12041.6 TrackPt=207.66 CombDLLe=-3.61257 CombDLLmu=-5.27809 CombDLLpi=0 CombDLLk=3.38345 CombDLLp=3.38345 CombDLLd=3.38345 ProbNNe=1.30045e-05 ProbNNpi=0.882408 ProbNNk=0.071039 ProbNNp=0.0946461 ProbNNghost=0.0414291 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.5224 RichDLLmu=-0.0140985 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.268728 CaloElectronMatch=56.2287 CaloBremMatch=56.2287 CaloChargedEcal=4461.68 CaloChargedID=34931 CaloNeutralEcal=4461.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.826085 CaloNeutralID=34931 CaloEcalE=3667.67 CaloHcalE=253.563 CaloEcalChi2=56.2287 CaloBremChi2=143.251 CaloClusChi2=0.268728 CaloTrajectoryL=51.4343 CaloEoverP=2.38403 EcalPIDe=2.97947 BremPIDe=-0.0607295 HcalPIDe=-0.19426 HcalPIDmu=-0.471806 EcalPIDmu=-0.649614 TrackChi2PerDof=0.867232 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=1982.57 TrackPt=411.215 CombDLLe=-0.303534 CombDLLmu=-1.14116 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00647821 ProbNNpi=0.895221 ProbNNk=0.0623895 ProbNNp=0.156272 ProbNNghost=0.0242616 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.52246 RichDLLmu=-1.87161 RichDLLpi=0 RichDLLk=-19.2485 RichDLLp=-15.1002 RichPIDStatus=6083 RichDLLbt=-15.1002 RichDLLd=-15.1002 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.49806 CaloElectronMatch=602.314 CaloBremMatch=602.314 CaloChargedEcal=3385.9 CaloChargedID=43499 CaloNeutralEcal=3385.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.760118 CaloNeutralID=43499 CaloEcalE=2190.63 CaloHcalE=56166 CaloEcalChi2=602.314 CaloBremChi2=365.504 CaloClusChi2=1.49806 CaloTrajectoryL=388.949 CaloEoverP=0.156552 EcalPIDe=-0.364061 BremPIDe=-0.205402 HcalPIDe=-2.87281 HcalPIDmu=-2.20948 EcalPIDmu=-1.60375 TrackChi2PerDof=1.236 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=22791.8 TrackPt=528.375 CombDLLe=-5.07792 CombDLLmu=-6.31761 CombDLLpi=0 CombDLLk=-19.2485 CombDLLp=-15.1002 CombDLLd=-15.1002 ProbNNe=1.23094e-08 ProbNNpi=0.996732 ProbNNk=5.72969e-05 ProbNNp=0.000170714 ProbNNghost=0.00222607 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.0717 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=448.562 BremPIDe=-0.53289 TrackChi2PerDof=0.714503 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=1823.4 TrackPt=283.068 CombDLLe=-3.63859 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00073175 ProbNNpi=0.916225 ProbNNk=0.04612 ProbNNp=0.0728355 ProbNNghost=0.0315894 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.984349 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=2913.63 TrackPt=70.2876 ProbNNe=0.815288 ProbNNpi=0.569582 ProbNNk=0.0755563 ProbNNp=0.0468367 ProbNNghost=0.612061 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.838276 RichDLLmu=0.903494 RichDLLpi=0 RichDLLk=26.3606 RichDLLp=12.7784 RichPIDStatus=8132 RichDLLbt=13.913 RichDLLd=13.913 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.116205 CaloElectronMatch=482.775 CaloChargedEcal=11987 CaloChargedID=42898 CaloEcalE=6007.06 CaloHcalE=9536.97 CaloEcalChi2=482.775 CaloClusChi2=0.116205 CaloTrajectoryL=213.093 CaloEoverP=0.381323 EcalPIDe=0.101254 HcalPIDe=-1.97168 HcalPIDmu=-1.50014 EcalPIDmu=-2.93115 TrackChi2PerDof=0.662257 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=31797 TrackPt=675.341 CombDLLe=-1.72375 CombDLLmu=-3.17999 CombDLLpi=0 CombDLLk=26.3606 CombDLLp=12.7784 CombDLLd=13.913 ProbNNe=1.36444e-06 ProbNNpi=0.00262492 ProbNNk=0.998983 ProbNNp=0.00178393 ProbNNghost=0.00426123 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.9822 RichDLLmu=-6.01656 RichDLLpi=0 RichDLLk=-17.4558 RichDLLp=-15.9159 RichPIDStatus=6083 RichDLLbt=-15.9159 RichDLLd=-15.9159 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.42014 CaloElectronMatch=1118.19 CaloChargedEcal=8787.2 CaloChargedID=43057 CaloEcalE=884.208 CaloHcalE=11756.5 CaloEcalChi2=1118.19 CaloClusChi2=3.42014 CaloTrajectoryL=-469.044 CaloEoverP=0.52966 EcalPIDe=-1.16216 HcalPIDe=-2.5812 HcalPIDmu=-2.91707 EcalPIDmu=0.642982 TrackChi2PerDof=1.10551 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=17256.8 TrackPt=292.076 CombDLLe=-7.11182 CombDLLmu=-8.11672 CombDLLpi=0 CombDLLk=-17.4558 CombDLLp=-15.9159 CombDLLd=-15.9159 ProbNNe=5.59344e-08 ProbNNpi=0.99844 ProbNNk=1.65828e-05 ProbNNp=0.000486451 ProbNNghost=0.00200406 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.70138 RichDLLmu=-1.68754 RichDLLpi=0 RichDLLk=10.7149 RichDLLp=10.7149 RichPIDStatus=5028 RichDLLbt=10.7149 RichDLLd=10.7149 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.360391 CaloElectronMatch=1507.37 CaloChargedEcal=8815.48 CaloChargedID=39098 CaloEcalE=3977.6 CaloHcalE=0 CaloEcalChi2=1507.37 CaloClusChi2=0.360391 CaloTrajectoryL=-161.284 CaloEoverP=1.37393 EcalPIDe=-1.7293 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-2.95413 TrackChi2PerDof=1.37924 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=6736.5 TrackPt=192.929 CombDLLe=-0.59563 CombDLLmu=-7.72458 CombDLLpi=0 CombDLLk=10.7149 CombDLLp=10.7149 CombDLLd=10.7149 ProbNNe=0.804723 ProbNNpi=0.0244829 ProbNNk=0.765201 ProbNNp=0.921893 ProbNNghost=0.234495 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.57357 RichDLLmu=-2.43056 RichDLLpi=0 RichDLLk=17.6866 RichDLLp=22.0089 RichPIDStatus=6053 RichDLLbt=22.0089 RichDLLd=22.0089 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.245971 CaloElectronMatch=71.9511 CaloBremMatch=71.9511 CaloChargedEcal=5466.4 CaloChargedID=33653 CaloNeutralEcal=5466.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942514 CaloNeutralID=33653 CaloEcalE=5004.82 CaloHcalE=538.681 CaloEcalChi2=71.9511 CaloBremChi2=1936.8 CaloClusChi2=0.245971 CaloTrajectoryL=123.658 CaloEoverP=0.55389 EcalPIDe=2.29793 BremPIDe=-0.621385 HcalPIDe=-0.066776 HcalPIDmu=-1.26188 EcalPIDmu=-2.79633 TrackChi2PerDof=0.761694 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=10159.4 TrackPt=2117.8 CombDLLe=0.812865 CombDLLmu=-7.21609 CombDLLpi=0 CombDLLk=17.6866 CombDLLp=22.0089 CombDLLd=22.0089 ProbNNe=1.24642e-05 ProbNNpi=0.0156692 ProbNNk=0.841736 ProbNNp=0.99364 ProbNNghost=0.00286067 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=22.783 RichDLLmu=3.83532 RichDLLpi=0 RichDLLk=11.6095 RichDLLp=11.6095 RichPIDStatus=5025 RichDLLbt=11.6095 RichDLLd=11.6095 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.360185 CaloElectronMatch=1499.8 CaloChargedEcal=8815.48 CaloChargedID=39098 CaloEcalE=3977.6 CaloHcalE=0 CaloEcalChi2=1499.8 CaloClusChi2=0.360185 CaloTrajectoryL=-161.273 CaloEoverP=1.37338 EcalPIDe=-1.7293 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-2.95413 TrackChi2PerDof=0.970571 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=6739.23 TrackPt=188.817 CombDLLe=2.71214 CombDLLmu=-0.93128 CombDLLpi=0 CombDLLk=11.6095 CombDLLp=11.6095 CombDLLd=11.6095 ProbNNe=0.968394 ProbNNpi=0.00254432 ProbNNk=0.531245 ProbNNp=0.924546 ProbNNghost=0.550306 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.0823 RichDLLmu=-4.025 RichDLLpi=0 RichDLLk=-14.3499 RichDLLp=-14.3499 RichPIDStatus=5059 RichDLLbt=-14.3499 RichDLLd=-14.3499 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.11794 CaloElectronMatch=742.976 CaloChargedEcal=11262.3 CaloChargedID=43213 CaloEcalE=5985.96 CaloHcalE=9916.58 CaloEcalChi2=742.976 CaloClusChi2=3.11794 CaloTrajectoryL=579.12 CaloEoverP=0.971116 EcalPIDe=-0.620164 HcalPIDe=-2.4429 HcalPIDmu=-1.93671 EcalPIDmu=-3.16124 TrackChi2PerDof=1.17866 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=11686.2 TrackPt=176.938 CombDLLe=-5.11542 CombDLLmu=-9.76571 CombDLLpi=0 CombDLLk=-14.3499 CombDLLp=-14.3499 CombDLLd=-14.3499 ProbNNe=0.00148959 ProbNNpi=0.666622 ProbNNk=0.000332975 ProbNNp=0.000832014 ProbNNghost=0.241625 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.0926 RichDLLmu=-19.291 RichDLLpi=0 RichDLLk=20.2999 RichDLLp=20.2999 RichPIDStatus=5092 RichDLLbt=20.2999 RichDLLd=20.2999 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.26583 CaloElectronMatch=204.114 CaloBremMatch=204.114 CaloChargedEcal=472.516 CaloChargedID=34132 CaloNeutralEcal=472.516 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07283 CaloNeutralID=34132 CaloEcalE=407.93 CaloHcalE=1330.68 CaloEcalChi2=204.114 CaloBremChi2=182.998 CaloClusChi2=1.26583 CaloTrajectoryL=153.91 CaloEoverP=0.115109 EcalPIDe=0.497498 BremPIDe=-0.170017 HcalPIDe=-0.984854 HcalPIDmu=1.36367 EcalPIDmu=1.26223 TrackChi2PerDof=0.927637 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=4467.49 TrackPt=1296.02 CombDLLe=-5.31468 CombDLLmu=-4.36787 CombDLLpi=0 CombDLLk=20.2999 CombDLLp=20.2999 CombDLLd=20.2999 ProbNNe=4.12145e-08 ProbNNpi=0.271251 ProbNNk=0.395304 ProbNNp=0.926524 ProbNNghost=0.00741737 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.85543 RichDLLmu=-7.48671 RichDLLpi=0 RichDLLk=35.789 RichDLLp=35.789 RichPIDStatus=5092 RichDLLbt=35.789 RichDLLd=35.789 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=114.728 CaloElectronMatch=353.317 CaloBremMatch=195.202 CaloChargedEcal=491.754 CaloChargedID=35475 CaloNeutralEcal=491.754 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953905 CaloNeutralID=35475 CaloEcalE=0 CaloHcalE=2509.3 CaloEcalChi2=353.317 CaloBremChi2=6.68467 CaloClusChi2=114.728 CaloTrajectoryL=-3767.98 CaloEoverP=0.114967 EcalPIDe=0.0750074 BremPIDe=3.55139 HcalPIDe=-1.3773 HcalPIDmu=0.825083 EcalPIDmu=0.501778 TrackChi2PerDof=0.973827 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=5625.38 TrackPt=1529.98 CombDLLe=1.57648 CombDLLmu=-5.00581 CombDLLpi=0 CombDLLk=35.789 CombDLLp=35.789 CombDLLd=35.789 ProbNNe=2.24826e-07 ProbNNpi=0.00021208 ProbNNk=0.967805 ProbNNp=0.969963 ProbNNghost=0.0107376 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.11126 CaloElectronMatch=125.689 CaloChargedEcal=8815.48 CaloChargedID=39098 CaloEcalE=5820.39 CaloHcalE=185.159 CaloEcalChi2=125.689 CaloClusChi2=1.11126 CaloTrajectoryL=77.4528 CaloEoverP=1.46822 EcalPIDe=0.989182 HcalPIDe=0.0890684 HcalPIDmu=-2.48185 EcalPIDmu=-1.57631 TrackChi2PerDof=0.863949 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=6303.91 TrackPt=107.732 CombDLLe=1.07825 CombDLLmu=-4.05815 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.896406 ProbNNpi=0.337309 ProbNNk=0.0459991 ProbNNp=0.0955678 ProbNNghost=0.925307 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.37849 RichDLLmu=4.94993 RichDLLpi=0 RichDLLk=-46.7416 RichDLLp=-32.4202 RichPIDStatus=8162 RichDLLbt=-32.1072 RichDLLd=-32.1072 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0944991 CaloElectronMatch=0.74671 CaloBremMatch=0.74671 CaloChargedEcal=21528.2 CaloChargedID=39152 CaloNeutralEcal=21528.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980567 CaloNeutralID=39152 CaloEcalE=12667.6 CaloHcalE=2322.91 CaloEcalChi2=0.74671 CaloBremChi2=274.503 CaloClusChi2=0.0944991 CaloTrajectoryL=105.62 CaloEoverP=0.987815 EcalPIDe=5.02468 BremPIDe=-0.348558 HcalPIDe=-0.865359 HcalPIDmu=1.20189 EcalPIDmu=-3.26199 TrackChi2PerDof=1.27963 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=21889.6 TrackPt=1055.65 CombDLLe=4.57396 CombDLLmu=3.2414 CombDLLpi=0 CombDLLk=-46.7416 CombDLLp=-32.4202 CombDLLd=-32.1072 ProbNNe=0.996276 ProbNNpi=0.175396 ProbNNk=0.00211536 ProbNNp=0.0170498 ProbNNghost=0.340061 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.9124 RichDLLmu=-14.5644 RichDLLpi=0 RichDLLk=-20.3044 RichDLLp=-20.3044 RichPIDStatus=5059 RichDLLbt=-20.3044 RichDLLd=-20.3044 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.79949 CaloElectronMatch=1043.16 CaloChargedEcal=11262.3 CaloChargedID=43213 CaloEcalE=2418.73 CaloHcalE=9916.58 CaloEcalChi2=1043.16 CaloClusChi2=4.79949 CaloTrajectoryL=646.475 CaloEoverP=0.91374 EcalPIDe=-1.13528 HcalPIDe=-2.4429 HcalPIDmu=-2.43013 EcalPIDmu=-1.99938 TrackChi2PerDof=1.97509 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=12420 TrackPt=181.136 CombDLLe=-7.79901 CombDLLmu=-11.3883 CombDLLpi=0 CombDLLk=-20.3044 CombDLLp=-20.3044 CombDLLd=-20.3044 ProbNNe=1.69464e-08 ProbNNpi=0.432906 ProbNNk=2.37582e-05 ProbNNp=0.000152533 ProbNNghost=0.460324 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.98939 RichDLLmu=-2.95425 RichDLLpi=0 RichDLLk=9.85588 RichDLLp=9.85588 RichPIDStatus=5028 RichDLLbt=9.85588 RichDLLd=9.85588 MuonMuLL=-0.114065 MuonBkgLL=-1.85846 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=6.94745 MuonMVA1=-999 MuonMVA2=2.12446 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.05239 CaloElectronMatch=7.60322 CaloBremMatch=7.60322 CaloChargedEcal=6105.74 CaloChargedID=39235 CaloNeutralEcal=6105.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922852 CaloNeutralID=39235 CaloEcalE=5324.04 CaloHcalE=2772.09 CaloEcalChi2=7.60322 CaloClusChi2=1.05239 CaloTrajectoryL=119.805 CaloEoverP=0.982285 EcalPIDe=3.71102 HcalPIDe=-1.16207 HcalPIDmu=0.610151 EcalPIDmu=-3.38814 TrackChi2PerDof=2.52836 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6262.63 TrackPt=190.782 CombDLLe=2.02678 CombDLLmu=-4.74713 CombDLLpi=0 CombDLLk=9.85588 CombDLLp=9.85588 CombDLLd=11.7143 ProbNNe=0.96463 ProbNNmu=0.0006259 ProbNNpi=0.0623912 ProbNNk=0.317166 ProbNNp=0.0760519 ProbNNghost=0.888297 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.022 RichDLLmu=-1.34613 RichDLLpi=0 RichDLLk=10.0774 RichDLLp=10.0774 RichPIDStatus=5092 RichDLLbt=10.0774 RichDLLd=10.0774 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.42504 CaloElectronMatch=315.329 CaloBremMatch=315.329 CaloChargedEcal=1522.92 CaloChargedID=40008 CaloNeutralEcal=1522.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824841 CaloNeutralID=40008 CaloEcalE=903.204 CaloHcalE=564.538 CaloEcalChi2=315.329 CaloClusChi2=3.42504 CaloTrajectoryL=374.404 CaloEoverP=0.247172 EcalPIDe=0.094712 HcalPIDe=-0.0648196 HcalPIDmu=-1.29684 EcalPIDmu=0.435378 TrackChi2PerDof=1.67782 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6636.74 TrackPt=562.951 CombDLLe=-1.35543 CombDLLmu=-2.7018 CombDLLpi=0 CombDLLk=10.0774 CombDLLp=10.0774 CombDLLd=10.0774 ProbNNe=0.000641318 ProbNNpi=0.178305 ProbNNk=0.199516 ProbNNp=0.633017 ProbNNghost=0.0299108 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.502511 RichDLLmu=-3.76246 RichDLLpi=0 RichDLLk=8.75978 RichDLLp=8.75978 RichPIDStatus=5060 RichDLLbt=8.75978 RichDLLd=8.75978 MuonMuLL=-0.0364565 MuonBkgLL=-0.191002 MuonNShared=6 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3917.8 MuonMVA1=-999 MuonMVA2=-0.892908 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.740868 CaloElectronMatch=6.12275 CaloChargedEcal=10264.3 CaloChargedID=43211 CaloEcalE=8331.65 CaloHcalE=9883.51 CaloEcalChi2=6.12275 CaloClusChi2=0.740868 CaloTrajectoryL=97.3051 CaloEoverP=1.1392 EcalPIDe=3.71102 HcalPIDe=-1.07674 HcalPIDmu=-0.701411 EcalPIDmu=-3.46883 TrackChi2PerDof=1.67075 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=9261.34 TrackPt=197.157 CombDLLe=2.72221 CombDLLmu=-8.47212 CombDLLpi=0 CombDLLk=8.75978 CombDLLp=8.75978 CombDLLd=8.95078 ProbNNe=0.72938 ProbNNmu=0.0006259 ProbNNpi=0.00179647 ProbNNk=0.0262609 ProbNNp=0.00457328 ProbNNghost=0.995209 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-50.8931 RichDLLmu=-16.3606 RichDLLpi=0 RichDLLk=-59.2585 RichDLLp=-52.1007 RichPIDStatus=6115 RichDLLbt=-52.1007 RichDLLd=-52.1007 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.210104 CaloElectronMatch=620.969 CaloBremMatch=620.969 CaloChargedEcal=2140.39 CaloChargedID=39907 CaloNeutralEcal=2140.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813493 CaloNeutralID=39907 CaloEcalE=1568.24 CaloHcalE=20258.8 CaloEcalChi2=620.969 CaloClusChi2=0.210104 CaloTrajectoryL=141.477 CaloEoverP=0.162557 EcalPIDe=-0.0970249 HcalPIDe=-1.12623 HcalPIDmu=-0.977879 EcalPIDmu=-0.378106 TrackChi2PerDof=1.23213 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=13439.9 TrackPt=1397.65 CombDLLe=-7.20424 CombDLLmu=-8.33588 CombDLLpi=0 CombDLLk=-59.2585 CombDLLp=-52.1007 CombDLLd=-52.1007 ProbNNe=6.60965e-12 ProbNNpi=0.999344 ProbNNk=2.82672e-07 ProbNNp=2.01224e-05 ProbNNghost=0.00058642 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.451758 CaloElectronMatch=1646.17 CaloChargedEcal=8815.48 CaloChargedID=39098 CaloEcalE=6047.14 CaloHcalE=0 CaloEcalChi2=1646.17 CaloClusChi2=0.451758 CaloTrajectoryL=-161.274 CaloEoverP=1.32016 EcalPIDe=-2.03751 HcalPIDe=0.685017 HcalPIDmu=-2.98749 EcalPIDmu=-3.70759 TrackChi2PerDof=1.10916 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=7010.88 TrackPt=250.528 CombDLLe=-1.3525 CombDLLmu=-6.69508 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.159577 ProbNNpi=0.210528 ProbNNk=0.00548881 ProbNNp=0.0392046 ProbNNghost=0.988868 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.19623 CaloElectronMatch=13.1617 CaloChargedEcal=3437.01 CaloChargedID=34884 CaloEcalE=3307.29 CaloHcalE=494.701 CaloEcalChi2=13.1617 CaloClusChi2=3.19623 CaloTrajectoryL=202.487 CaloEoverP=1.07034 EcalPIDe=3.01028 HcalPIDe=-0.248115 HcalPIDmu=-1.09338 EcalPIDmu=-1.98104 TrackChi2PerDof=2.9558 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3356.59 TrackPt=98.9071 CombDLLe=2.76216 CombDLLmu=-3.07441 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.803193 ProbNNpi=0.011242 ProbNNk=0.00161271 ProbNNp=0.00463397 ProbNNghost=0.971893 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.4419 RichDLLmu=-8.45345 RichDLLpi=0 RichDLLk=-3.52585 RichDLLp=-3.52585 RichPIDStatus=5091 RichDLLbt=-3.52585 RichDLLd=-3.52585 MuonMuLL=-0.111155 MuonBkgLL=-0.579438 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=138.64 MuonMVA1=-999 MuonMVA2=-1.58833 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.44628 CaloElectronMatch=783.34 CaloBremMatch=75.8276 CaloChargedEcal=3363.2 CaloChargedID=39092 CaloNeutralEcal=3363.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88718 CaloNeutralID=39092 CaloEcalE=12819.7 CaloHcalE=4396.88 CaloEcalChi2=783.34 CaloClusChi2=3.44628 CaloTrajectoryL=1546.26 CaloEoverP=0.57463 EcalPIDe=-0.679031 HcalPIDe=-1.51347 HcalPIDmu=-0.176643 EcalPIDmu=-0.516916 TrackChi2PerDof=1.25267 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=5955.49 TrackPt=292.56 CombDLLe=-6.12792 CombDLLmu=-6.76492 CombDLLpi=0 CombDLLk=-3.52585 CombDLLp=-3.52585 CombDLLd=-2.94641 ProbNNe=0.0101392 ProbNNmu=0.000625899 ProbNNpi=0.761254 ProbNNk=0.000198858 ProbNNp=0.115198 ProbNNghost=0.541258 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.34639 RichDLLmu=-3.28829 RichDLLpi=0 RichDLLk=10.6884 RichDLLp=10.6884 RichPIDStatus=5028 RichDLLbt=10.6884 RichDLLd=10.6884 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.955851 CaloElectronMatch=27.0934 CaloBremMatch=27.0934 CaloChargedEcal=2274.45 CaloChargedID=35512 CaloNeutralEcal=2274.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844337 CaloNeutralID=35512 CaloEcalE=1689.66 CaloHcalE=0 CaloEcalChi2=27.0934 CaloClusChi2=0.955851 CaloTrajectoryL=154.017 CaloEoverP=0.574015 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-1.57915 TrackChi2PerDof=0.92528 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4230.83 TrackPt=474.769 CombDLLe=2.1909 CombDLLmu=-8.48757 CombDLLpi=0 CombDLLk=10.6884 CombDLLp=10.6884 CombDLLd=10.6884 ProbNNe=0.133983 ProbNNpi=0.213443 ProbNNk=0.19757 ProbNNp=0.728488 ProbNNghost=0.00704005 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.13646 RichDLLmu=-0.838623 RichDLLpi=0 RichDLLk=23.1 RichDLLp=41.9505 RichPIDStatus=8165 RichDLLbt=41.1177 RichDLLd=41.1177 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.11765 CaloElectronMatch=2178.46 CaloBremMatch=70.3848 CaloChargedEcal=1077.04 CaloChargedID=38479 CaloNeutralEcal=1077.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995095 CaloNeutralID=38479 CaloEcalE=191.45 CaloHcalE=10876.7 CaloEcalChi2=2178.46 CaloClusChi2=7.11765 CaloTrajectoryL=-2708.76 CaloEoverP=0.0676419 EcalPIDe=-1.55673 HcalPIDe=-1.81758 HcalPIDmu=-1.14056 EcalPIDmu=-0.939643 TrackChi2PerDof=2.80803 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=18203.6 TrackPt=1330.72 CombDLLe=-3.57314 CombDLLmu=-3.24339 CombDLLpi=0 CombDLLk=23.1 CombDLLp=41.9505 CombDLLd=41.1177 ProbNNe=0.0612857 ProbNNpi=0.0201211 ProbNNk=0.133463 ProbNNp=0.484547 ProbNNghost=0.338729 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0286052 MuonBkgLL=-1.18798 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=12.3313 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.9065 CaloElectronMatch=3.34609 CaloChargedEcal=6431.63 CaloChargedID=38724 CaloEcalE=5388.66 CaloHcalE=236.551 CaloEcalChi2=3.34609 CaloClusChi2=1.9065 CaloTrajectoryL=112.955 CaloEoverP=1.00838 EcalPIDe=3.71102 HcalPIDe=0.272944 HcalPIDmu=-2.98749 EcalPIDmu=-4.10425 TrackChi2PerDof=1.66806 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6473.1 TrackPt=123.735 CombDLLe=3.98397 CombDLLmu=-5.93237 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=1.18798 ProbNNe=0.946049 ProbNNpi=0.0333648 ProbNNk=0.00463973 ProbNNp=0.00437528 ProbNNghost=0.970262 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.0268 RichDLLmu=3.02529 RichDLLpi=0 RichDLLk=15.5738 RichDLLp=15.5738 RichPIDStatus=5028 RichDLLbt=15.5738 RichDLLd=15.5738 InAccBrem=1 TrackChi2PerDof=0.894744 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4505.35 TrackPt=982.021 CombDLLe=-2.20237 CombDLLmu=3.78447 CombDLLpi=0 CombDLLk=15.5738 CombDLLp=15.5738 CombDLLd=15.5738 ProbNNe=0.0346069 ProbNNpi=0.0682258 ProbNNk=0.134334 ProbNNp=0.43918 ProbNNghost=0.00690281 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.123737 RichDLLmu=-1.91688 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.44485 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2225.22 TrackPt=70.4115 CombDLLe=0.021654 CombDLLmu=-2.55945 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.620095 ProbNNpi=0.425345 ProbNNk=0.019903 ProbNNp=0.0270512 ProbNNghost=0.528878 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.43795 RichDLLmu=-0.294912 RichDLLpi=0 RichDLLk=-19.791 RichDLLp=-3.14211 RichPIDStatus=8163 RichDLLbt=-1.30815 RichDLLd=-1.30815 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.37112 CaloElectronMatch=2055 CaloBremMatch=620.969 CaloChargedEcal=2140.39 CaloChargedID=39907 CaloNeutralEcal=2140.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813493 CaloNeutralID=39907 CaloEcalE=465.224 CaloHcalE=15774.6 CaloEcalChi2=2055 CaloClusChi2=4.37112 CaloTrajectoryL=992.986 CaloEoverP=0.101255 EcalPIDe=-2.76599 HcalPIDe=-2.05315 HcalPIDmu=-2.2453 EcalPIDmu=2.32506 TrackChi2PerDof=2.3234 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=21576.7 TrackPt=1604.84 CombDLLe=-5.41931 CombDLLmu=-0.332645 CombDLLpi=0 CombDLLk=-19.791 CombDLLp=-3.14211 CombDLLd=-1.30815 ProbNNe=2.22982e-07 ProbNNpi=0.992506 ProbNNk=1.0164e-05 ProbNNp=4.46532e-05 ProbNNghost=0.0338601 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.7623 RichDLLmu=-11.427 RichDLLpi=0 RichDLLk=0.693129 RichDLLp=0.693129 RichPIDStatus=5028 RichDLLbt=0.693129 RichDLLd=0.693129 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.09175 CaloElectronMatch=776.532 CaloBremMatch=776.532 CaloChargedEcal=4307.81 CaloChargedID=38332 CaloNeutralEcal=4307.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904837 CaloNeutralID=38332 CaloEcalE=2045.76 CaloHcalE=0 CaloEcalChi2=776.532 CaloClusChi2=6.09175 CaloTrajectoryL=479.39 CaloEoverP=1.3738 EcalPIDe=-0.94654 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-3.11294 TrackChi2PerDof=1.17633 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3356.81 TrackPt=372.579 CombDLLe=-4.46816 CombDLLmu=-12.6773 CombDLLpi=0 CombDLLk=0.693129 CombDLLp=0.693129 CombDLLd=0.693129 ProbNNe=0.00236305 ProbNNpi=0.910799 ProbNNk=0.018369 ProbNNp=0.0784357 ProbNNghost=0.00718183 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.00582331 RichDLLmu=0.0123718 RichDLLpi=0 RichDLLk=-1.40159 RichDLLp=-5.99582 RichPIDStatus=139170 RichDLLbt=-6.38449 RichDLLd=-4.76217 InAccBrem=1 CaloBremChi2=225.61 BremPIDe=-0.365487 TrackChi2PerDof=2.58036 TrackNumDof=24 TrackType=4 TrackHistory=34 TrackP=48094.7 TrackPt=1984.66 CombDLLe=-0.364468 CombDLLmu=0.0173205 CombDLLpi=0 CombDLLk=-1.40159 CombDLLp=-5.99582 CombDLLd=-4.76217 ProbNNe=0.0610963 ProbNNmu=0.00550968 ProbNNpi=0.37406 ProbNNk=0.0879268 ProbNNp=0.074113 ProbNNghost=0.535563 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=2.62631 RichDLLmu=1.34049 RichDLLpi=0 RichDLLk=0.923814 RichDLLp=2.26888 RichPIDStatus=8097 RichDLLbt=2.28373 RichDLLd=2.28373 InAccBrem=1 CaloBremChi2=394.788 BremPIDe=-0.608318 TrackChi2PerDof=1.03361 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=17545.6 TrackPt=687.083 CombDLLe=-0.149373 CombDLLmu=1.83298 CombDLLpi=0 CombDLLk=0.923814 CombDLLp=2.26888 CombDLLd=2.28373 ProbNNe=0.00381918 ProbNNmu=0.00130958 ProbNNpi=0.231719 ProbNNk=0.583541 ProbNNp=0.747545 ProbNNghost=0.034789 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.999248 RichDLLmu=-0.258203 RichDLLpi=0 RichDLLk=2.39281 RichDLLp=12.5537 RichPIDStatus=8101 RichDLLbt=12.1098 RichDLLd=12.1098 InAccBrem=1 CaloBremChi2=201.815 BremPIDe=0.151253 TrackChi2PerDof=0.84619 TrackNumDof=18 TrackType=4 TrackHistory=34 TrackP=31029.5 TrackPt=1288.24 CombDLLe=-0.0235787 CombDLLmu=-0.361163 CombDLLpi=0 CombDLLk=2.39281 CombDLLp=12.5537 CombDLLd=12.1098 ProbNNe=0.000825328 ProbNNmu=0.00185797 ProbNNpi=0.199219 ProbNNk=0.448004 ProbNNp=0.587405 ProbNNghost=0.269253 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.2585 RichDLLmu=-13.5551 RichDLLpi=0 RichDLLk=-6.63725 RichDLLp=-6.63725 RichPIDStatus=5027 RichDLLbt=-6.63725 RichDLLd=-6.63725 InAccBrem=1 CaloBremChi2=245.884 BremPIDe=-0.381503 TrackChi2PerDof=0.355331 TrackNumDof=18 TrackType=4 TrackHistory=34 TrackP=6884.56 TrackPt=552.219 CombDLLe=-3.78699 CombDLLmu=-6.93842 CombDLLpi=0 CombDLLk=-6.63725 CombDLLp=-6.63725 CombDLLd=-6.63725 ProbNNe=1.57309e-05 ProbNNmu=0.000224018 ProbNNpi=0.966832 ProbNNk=0.0118695 ProbNNp=0.00861422 ProbNNghost=0.0377642 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-23.7841 RichDLLmu=-12.3743 RichDLLpi=0 RichDLLk=-10.2042 RichDLLp=-10.2042 RichPIDStatus=5027 RichDLLbt=-10.2042 RichDLLd=-10.2042 InAccBrem=1 CaloBremChi2=52.8975 BremPIDe=1.27798 TrackChi2PerDof=1.01289 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=5477.49 TrackPt=500.974 CombDLLe=-2.4544 CombDLLmu=-6.9015 CombDLLpi=0 CombDLLk=-10.2042 CombDLLp=-10.2042 CombDLLd=-10.2042 ProbNNe=1.99968e-06 ProbNNmu=0.000659494 ProbNNpi=0.985032 ProbNNk=0.00665112 ProbNNp=0.00254857 ProbNNghost=0.00472906 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.7883 RichDLLmu=-9.90235 RichDLLpi=0 RichDLLk=3.08271 RichDLLp=3.08271 RichPIDStatus=5028 RichDLLbt=3.08271 RichDLLd=3.08271 InAccBrem=1 CaloBremChi2=1108.3 BremPIDe=-0.553589 TrackChi2PerDof=1.40132 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=2808.68 TrackPt=448.104 CombDLLe=-4.41006 CombDLLmu=-6.73835 CombDLLpi=0 CombDLLk=3.08271 CombDLLp=3.08271 CombDLLd=3.08271 ProbNNe=1.60103e-06 ProbNNmu=0.00101053 ProbNNpi=0.799789 ProbNNk=0.127848 ProbNNp=0.0641258 ProbNNghost=0.0257224 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-35.4473 RichDLLmu=-28.7147 RichDLLpi=0 RichDLLk=6.19897 RichDLLp=6.19897 RichPIDStatus=5028 RichDLLbt=6.19897 RichDLLd=6.19897 TrackChi2PerDof=1.58494 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=6563.33 TrackPt=1575.36 CombDLLe=-4.96652 CombDLLmu=-6.99986 CombDLLpi=0 CombDLLk=6.19897 CombDLLp=6.19897 CombDLLd=6.19897 ProbNNe=1.75099e-06 ProbNNmu=0.000258687 ProbNNpi=0.927178 ProbNNk=0.114095 ProbNNp=0.0673849 ProbNNghost=0.0137885 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.465849 RichDLLmu=0.470883 RichDLLpi=0 RichDLLk=6.4764 RichDLLp=11.5897 RichPIDStatus=8101 RichDLLbt=7.95829 RichDLLd=7.95829 TrackChi2PerDof=1.7857 TrackNumDof=5 TrackType=4 TrackHistory=34 TrackP=31868.2 TrackPt=1037.26 CombDLLe=0.0815199 CombDLLmu=0.657295 CombDLLpi=0 CombDLLk=6.4764 CombDLLp=11.5897 CombDLLd=7.95829 ProbNNe=0.00825278 ProbNNmu=0.00465814 ProbNNpi=0.0678327 ProbNNk=0.0911349 ProbNNp=0.530201 ProbNNghost=0.973329 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-27.0596 RichDLLmu=-9.42067 RichDLLpi=0 RichDLLk=0.688636 RichDLLp=0.688636 RichPIDStatus=5028 RichDLLbt=0.688636 RichDLLd=0.688636 TrackChi2PerDof=0.454273 TrackNumDof=5 TrackType=4 TrackHistory=34 TrackP=3302.59 TrackPt=942.439 CombDLLe=-4.12463 CombDLLmu=-6.68401 CombDLLpi=0 CombDLLk=0.688636 CombDLLp=0.688636 CombDLLd=0.688636 ProbNNe=5.24847e-06 ProbNNmu=0.00329835 ProbNNpi=0.796724 ProbNNk=0.0980382 ProbNNp=0.108888 ProbNNghost=0.0215906 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.358248 ShowerShape=10600.1 ClusterMass=76.0966 CaloNeutralEcal=14084.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923616 CaloNeutralID=33766 CaloNeutralE19=0.455642 CaloClusterCode=-91 CaloClusterFrac=0.988891 IsPhoton=0.177048 IsNotH=0.122059 IsPhotonXGB=0.727022 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0944991 ShowerShape=1776.37 ClusterMass=49.301 CaloNeutralEcal=21528.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980567 CaloNeutralID=39152 CaloNeutralE19=0.550149 CaloClusterCode=61 CaloClusterFrac=0.999964 IsPhoton=1 IsNotH=0.783152 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.48987 ShowerShape=7971.91 CaloNeutralEcal=5349.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88268 CaloNeutralID=34929 CaloNeutralE19=0.557398 CaloClusterCode=-95 CaloClusterFrac=0.999904 IsPhoton=1 IsNotH=0.291912 IsPhotonXGB=1 ClusterAsX=0.189574 ClusterAsY=-0.0953164 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.6684 ShowerShape=2683.42 CaloNeutralEcal=5631.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927329 CaloNeutralID=39367 CaloNeutralE19=0.429851 CaloClusterCode=-93 CaloClusterFrac=0.883709 IsPhoton=1 IsNotH=0.0234555 IsPhotonXGB=1 ClusterAsX=-0.414403 ClusterAsY=0.16343 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=171.222 ShowerShape=2314.88 CaloNeutralEcal=6473.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.96122 CaloNeutralID=39823 CaloNeutralE19=0.44582 CaloClusterCode=93 IsPhoton=1 IsNotH=0.583689 IsPhotonXGB=1 ClusterAsX=-0.441315 ClusterAsY=-0.123743 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=133.757 ShowerShape=5286.75 CaloNeutralEcal=2877.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986109 CaloNeutralID=33647 CaloNeutralE19=0.498969 CaloClusterCode=-95 CaloClusterFrac=1.01446 IsPhoton=1 IsNotH=0.400427 IsPhotonXGB=1 ClusterAsX=0.484807 ClusterAsY=-0.0722293 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.2987 ShowerShape=1297.39 CaloNeutralEcal=13202.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.835369 CaloNeutralID=43026 CaloNeutralE19=0.626811 CaloClusterCode=-95 CaloClusterFrac=0.914361 IsPhoton=1 IsNotH=0.497405 IsPhotonXGB=1 ClusterAsX=0.0141816 ClusterAsY=-0.063626 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.09175 ShowerShape=2973.24 CaloNeutralEcal=4307.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904837 CaloNeutralID=38332 CaloNeutralE19=0.543474 CaloClusterCode=93 CaloClusterFrac=1.02774 IsPhoton=1 IsNotH=0.612402 IsPhotonXGB=1 ClusterAsX=-0.259238 ClusterAsY=-0.030147 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=301.454 ShowerShape=858.094 CaloNeutralEcal=20356.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953101 CaloNeutralID=43223 CaloNeutralE19=0.472042 CaloClusterCode=61 CaloClusterFrac=0.999996 IsPhoton=1 IsNotH=0.619973 IsPhotonXGB=1 ClusterAsX=-0.0858214 ClusterAsY=-0.390681 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.4737 ShowerShape=1670.31 CaloNeutralEcal=27797.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.899329 CaloNeutralID=43423 CaloNeutralE19=0.374545 CaloClusterCode=-63 CaloClusterFrac=0.999856 IsPhoton=1 IsNotH=0.12104 IsPhotonXGB=1 ClusterAsX=-0.322702 ClusterAsY=0.247241 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.6378 ShowerShape=3276.48 CaloNeutralEcal=10394.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.594537 CaloNeutralID=42928 CaloNeutralE19=0.225855 CaloClusterCode=-95 CaloClusterFrac=0.999967 IsPhoton=1 IsNotH=0.000288896 IsPhotonXGB=1 ClusterAsX=0.124584 ClusterAsY=8.30289e-05 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.6039 ShowerShape=1594.73 CaloNeutralEcal=8448.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967117 CaloNeutralID=39776 CaloNeutralE19=0.755983 CaloClusterCode=91 CaloClusterFrac=1.00577 IsPhoton=1 IsNotH=0.875939 IsPhotonXGB=1 ClusterAsX=0.0463664 ClusterAsY=-0.179741 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=130.659 ShowerShape=596.091 CaloNeutralEcal=9708.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.9376 CaloNeutralID=42607 CaloNeutralE19=0.728953 CaloClusterCode=91 CaloClusterFrac=1.00185 IsPhoton=1 IsNotH=0.967116 IsPhotonXGB=1 ClusterAsX=0.00158281 ClusterAsY=-0.163634 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.8904 ShowerShape=1328.21 CaloNeutralEcal=4114.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960807 CaloNeutralID=39110 CaloNeutralE19=0.788913 CaloClusterCode=-97 CaloClusterFrac=1.00085 IsPhoton=1 IsNotH=0.947556 IsPhotonXGB=1 ClusterAsX=-0.0419601 ClusterAsY=0.141105 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=67.0133 ShowerShape=10291.3 CaloNeutralEcal=2040.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923484 CaloNeutralID=33520 CaloNeutralE19=0.463149 CaloClusterCode=-95 CaloClusterFrac=1.00215 IsPhoton=1 IsNotH=0.15352 IsPhotonXGB=1 ClusterAsX=0.284839 ClusterAsY=0.0920646 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=52.3325 ShowerShape=3891.91 CaloNeutralEcal=2988.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=38271 CaloNeutralE19=0.903501 CaloClusterCode=61 CaloClusterFrac=1.01958 IsPhoton=1 IsNotH=0.893045 IsPhotonXGB=1 ClusterAsX=0.514687 ClusterAsY=-0.219493 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.9005 ShowerShape=12176.7 CaloNeutralEcal=3625.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900796 CaloNeutralID=35558 CaloNeutralE19=0.384163 CaloClusterCode=95 IsPhoton=1 IsNotH=0.00986278 IsPhotonXGB=1 ClusterAsX=0.299 ClusterAsY=-0.284661 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=98.2311 ShowerShape=11508.1 CaloNeutralEcal=2070.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958178 CaloNeutralID=35762 CaloNeutralE19=0.561499 CaloClusterCode=93 IsPhoton=1 IsNotH=0.421885 IsPhotonXGB=1 ClusterAsX=-0.374227 ClusterAsY=-0.0160236 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.9265 ShowerShape=1665.23 CaloNeutralEcal=18789.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923722 CaloNeutralID=43425 CaloNeutralE19=0.48669 CaloClusterCode=-65 CaloClusterFrac=0.930447 IsPhoton=1 IsNotH=0.098741 IsPhotonXGB=1 ClusterAsX=0.220468 ClusterAsY=0.282516 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=946.101 ShowerShape=339.138 CaloNeutralEcal=8234.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934696 CaloNeutralID=43801 CaloNeutralE19=0.823938 CaloClusterCode=95 IsPhoton=1 IsNotH=0.975648 IsPhotonXGB=1 ClusterAsX=0.0628251 ClusterAsY=-0.016721 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=249.686 ShowerShape=2821.12 CaloNeutralEcal=3641.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983994 CaloNeutralID=34142 CaloNeutralE19=0.857508 CaloClusterCode=65 IsPhoton=1 IsNotH=0.798128 IsPhotonXGB=1 ClusterAsX=0.0944994 ClusterAsY=0.0347834 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=114.728 ShowerShape=4602.91 CaloNeutralEcal=2527.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939361 CaloNeutralID=35673 CaloNeutralE19=0.780529 CaloClusterCode=96 IsPhoton=1 IsNotH=0.686219 IsPhotonXGB=1 ClusterAsX=-0.0594387 ClusterAsY=0.121695 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.5565 ShowerShape=5794.58 CaloNeutralEcal=2219.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986987 CaloNeutralID=34800 CaloNeutralE19=0.659361 CaloClusterCode=-67 CaloClusterFrac=1.00225 IsPhoton=1 IsNotH=0.411177 IsPhotonXGB=1 ClusterAsX=0.023056 ClusterAsY=0.297371 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.2686 ShowerShape=1602.65 CaloNeutralEcal=2248 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977145 CaloNeutralID=37689 CaloNeutralE19=0.939723 CaloClusterCode=66 CaloClusterFrac=1.01462 IsPhoton=1 IsNotH=0.944623 IsPhotonXGB=1 ClusterAsX=-0.0397899 ClusterAsY=-0.166614 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.1638 ShowerShape=3758.66 CaloNeutralEcal=1178.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=34879 CaloNeutralE19=0.824588 CaloClusterCode=63 CaloClusterFrac=1.00932 IsPhoton=1 IsNotH=0.59733 IsPhotonXGB=1 ClusterAsX=-0.170501 ClusterAsY=-0.00502773 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=75.2535 ShowerShape=919.672 CaloNeutralEcal=2505.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992345 CaloNeutralID=38908 CaloNeutralE19=0.714132 CaloClusterCode=97 CaloClusterFrac=1.01745 IsPhoton=1 IsNotH=0.689979 IsPhotonXGB=1 ClusterAsX=0.0922199 ClusterAsY=0.181473 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.6989 ShowerShape=2078.88 CaloNeutralEcal=2669.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955415 CaloNeutralID=38005 CaloNeutralE19=0.458952 CaloClusterCode=93 CaloClusterFrac=1.00635 IsPhoton=1 IsNotH=0.412324 IsPhotonXGB=1 ClusterAsX=-0.29325 ClusterAsY=-0.291732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.6238 ShowerShape=1221.72 CaloNeutralEcal=8658.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90047 CaloNeutralID=43114 CaloNeutralE19=0.63661 CaloClusterCode=-92 CaloClusterFrac=0.998156 IsPhoton=1 IsNotH=0.702613 IsPhotonXGB=1 ClusterAsX=0.231207 ClusterAsY=-0.160263 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.76547 ShowerShape=8620.05 CaloNeutralEcal=952.078 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880512 CaloNeutralID=35769 CaloNeutralE19=0.553787 CaloClusterCode=-91 CaloClusterFrac=0.905919 IsPhoton=1 IsNotH=0.0443236 IsPhotonXGB=1 ClusterAsX=0.176099 ClusterAsY=-0.267705 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=96.8027 ShowerShape=1481.85 CaloNeutralEcal=5568.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950768 CaloNeutralID=44003 CaloNeutralE19=0.766269 CaloClusterCode=91 CaloClusterFrac=0.998032 IsPhoton=1 IsNotH=0.985751 IsPhotonXGB=1 ClusterAsX=-0.0495445 ClusterAsY=-0.118713 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=196.395 ShowerShape=4672.64 CaloNeutralEcal=2141.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982408 CaloNeutralID=34009 CaloNeutralE19=0.696477 CaloClusterCode=91 CaloClusterFrac=1.01693 IsPhoton=1 IsNotH=0.532097 IsPhotonXGB=1 ClusterAsX=-0.0160332 ClusterAsY=-0.259753 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=695.761 ShowerShape=4175.24 CaloNeutralEcal=1201.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969436 CaloNeutralID=36046 CaloNeutralE19=0.769911 CaloClusterCode=-91 CaloClusterFrac=1.04597 IsPhoton=1 IsNotH=0.614638 IsPhotonXGB=1 ClusterAsX=-0.00940512 ClusterAsY=-0.18112 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=168.099 ShowerShape=11786.6 CaloNeutralEcal=921.604 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987834 CaloNeutralID=34178 CaloNeutralE19=0.448906 CaloClusterCode=95 IsPhoton=1 IsNotH=0.193626 IsPhotonXGB=1 ClusterAsX=0.553087 ClusterAsY=-0.144405 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=239.345 ShowerShape=564.661 CaloNeutralEcal=4320.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955663 CaloNeutralID=44134 CaloNeutralE19=0.673758 CaloClusterCode=63 CaloClusterFrac=1.00237 IsPhoton=1 IsNotH=0.719793 IsPhotonXGB=1 ClusterAsX=-0.126396 ClusterAsY=-0.1489 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.8899 ShowerShape=1085.07 CaloNeutralEcal=1753.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944185 CaloNeutralID=38010 CaloNeutralE19=0.735959 CaloClusterCode=93 CaloClusterFrac=1.01924 IsPhoton=1 IsNotH=0.67574 IsPhotonXGB=1 ClusterAsX=-0.165636 ClusterAsY=-0.0306631 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.84334 ShowerShape=1309.89 CaloNeutralEcal=3428.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.80229 CaloNeutralID=43059 CaloNeutralE19=0.337646 CaloClusterCode=-93 CaloClusterFrac=0.86679 IsPhoton=1 IsNotH=0.0238757 IsPhotonXGB=1 ClusterAsX=-0.414477 ClusterAsY=0.0153796 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=115.077 ShowerShape=2206.45 CaloNeutralEcal=2187.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905142 CaloNeutralID=40110 CaloNeutralE19=0.431682 CaloClusterCode=97 IsPhoton=1 IsNotH=0.106946 IsPhotonXGB=1 ClusterAsX=-0.217828 ClusterAsY=0.278949 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.8208 ShowerShape=13755.5 CaloNeutralEcal=1402.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940689 CaloNeutralID=36002 CaloNeutralE19=0.402027 CaloClusterCode=97 CaloClusterFrac=1.00909 IsPhoton=1 IsNotH=0.161503 IsPhotonXGB=1 ClusterAsX=-0.133237 ClusterAsY=0.530179 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=165.885 ShowerShape=719.321 CaloNeutralEcal=2925.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964661 CaloNeutralID=37993 CaloNeutralE19=0.828522 CaloClusterCode=97 CaloClusterFrac=1.0044 IsPhoton=1 IsNotH=0.966693 IsPhotonXGB=1 ClusterAsX=0.0567195 ClusterAsY=0.0608986 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=132.683 ShowerShape=1655.98 CaloNeutralEcal=9418.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.806582 CaloNeutralID=43419 CaloNeutralE19=0.439695 CaloClusterCode=67 CaloClusterFrac=0.997588 IsPhoton=1 IsNotH=0.0809475 IsPhotonXGB=1 ClusterAsX=0.0185316 ClusterAsY=0.340003 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.8107 ShowerShape=2888.01 CaloNeutralEcal=4493.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869291 CaloNeutralID=43245 CaloNeutralE19=0.405393 CaloClusterCode=93 CaloClusterFrac=0.999824 IsPhoton=1 IsNotH=0.43869 IsPhotonXGB=1 ClusterAsX=-0.359667 ClusterAsY=-0.0852808 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=54.2195 ShowerShape=849.451 CaloNeutralEcal=3740.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984218 CaloNeutralID=42011 CaloNeutralE19=0.526896 CaloClusterCode=91 IsPhoton=1 IsNotH=0.848791 IsPhotonXGB=1 ClusterAsX=0.183829 ClusterAsY=-0.354346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2540.72 CaloNeutralEcal=582.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00121 CaloNeutralID=35970 CaloNeutralE19=0.940322 CaloClusterCode=91 IsPhoton=1 IsNotH=0.852146 IsPhotonXGB=1 ClusterAsX=-0.0802303 ClusterAsY=-0.0165416 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.1084 ShowerShape=2198.38 CaloNeutralEcal=2229.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860369 CaloNeutralID=38897 CaloNeutralE19=0.652118 CaloClusterCode=95 CaloClusterFrac=1.02561 IsPhoton=1 IsNotH=0.649983 IsPhotonXGB=1 ClusterAsX=0.0411895 ClusterAsY=0.129049 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.1067 ShowerShape=8825.02 CaloNeutralEcal=969.928 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949916 CaloNeutralID=35123 CaloNeutralE19=0.532938 CaloClusterCode=-93 CaloClusterFrac=1.02011 IsPhoton=1 IsNotH=0.283129 IsPhotonXGB=1 ClusterAsX=-0.386064 ClusterAsY=0.0680535 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=198.339 ShowerShape=1008.18 CaloNeutralEcal=2676.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922393 CaloNeutralID=41876 CaloNeutralE19=0.483257 CaloClusterCode=67 IsPhoton=1 IsNotH=0.734997 IsPhotonXGB=1 ClusterAsX=-0.00629433 ClusterAsY=0.357516 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=143 ShowerShape=1464.76 CaloNeutralEcal=1316.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944016 CaloNeutralID=37750 CaloNeutralE19=0.663513 CaloClusterCode=91 CaloClusterFrac=1.02798 IsPhoton=1 IsNotH=0.717841 IsPhotonXGB=1 ClusterAsX=0.114972 ClusterAsY=-0.205094 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.1647 ShowerShape=1095.35 CaloNeutralEcal=1685.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925834 CaloNeutralID=38410 CaloNeutralE19=0.747272 CaloClusterCode=-95 CaloClusterFrac=1.04076 IsPhoton=1 IsNotH=0.423859 IsPhotonXGB=1 ClusterAsX=0.0967782 ClusterAsY=0.0444349 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=56.4617 ShowerShape=1234.89 CaloNeutralEcal=6142.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729141 CaloNeutralID=42532 CaloNeutralE19=0.424247 CaloClusterCode=93 CaloClusterFrac=0.99948 IsPhoton=1 IsNotH=0.0274839 IsPhotonXGB=1 ClusterAsX=-0.147752 ClusterAsY=-0.00380019 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2533.62 CaloNeutralEcal=762.674 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.0341 CaloNeutralID=33555 CaloNeutralE19=0.98656 CaloClusterCode=95 IsPhoton=1 IsNotH=0.861166 IsPhotonXGB=1 ClusterAsX=0.102497 ClusterAsY=-0.0677487 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=746.731 ShowerShape=619.15 CaloNeutralEcal=1802.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.96693 CaloNeutralID=37736 CaloNeutralE19=0.892352 CaloClusterCode=95 CaloClusterFrac=1.07149 IsPhoton=1 IsNotH=0.968053 IsPhotonXGB=1 ClusterAsX=0.0279832 ClusterAsY=-0.0135429 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=109.354 ShowerShape=4755.64 CaloNeutralEcal=637.675 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990081 CaloNeutralID=34689 CaloNeutralE19=0.655788 CaloClusterCode=93 CaloClusterFrac=1.10788 IsPhoton=1 IsNotH=0.514853 IsPhotonXGB=1 ClusterAsX=-0.314731 ClusterAsY=-0.0195962 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=97.5423 ShowerShape=4311.12 CaloNeutralEcal=744.957 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952771 CaloNeutralID=34551 CaloNeutralE19=0.765144 CaloClusterCode=91 CaloClusterFrac=1.03739 IsPhoton=1 IsNotH=0.675101 IsPhotonXGB=1 ClusterAsX=-0.0283303 ClusterAsY=-0.150134 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.6934 ShowerShape=1716.4 CaloNeutralEcal=3731.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847286 CaloNeutralID=42732 CaloNeutralE19=0.684321 CaloClusterCode=98 CaloClusterFrac=1.00456 IsPhoton=1 IsNotH=0.855577 IsPhotonXGB=1 ClusterAsX=0.0233378 ClusterAsY=0.0896487 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.4117 ShowerShape=9792.48 CaloNeutralEcal=749.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887538 CaloNeutralID=33700 CaloNeutralE19=0.520289 CaloClusterCode=-98 CaloClusterFrac=0.837616 IsPhoton=1 IsNotH=0.0306701 IsPhotonXGB=1 ClusterAsX=0.105152 ClusterAsY=0.322435 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.0348 ShowerShape=1149.33 CaloNeutralEcal=2978.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767246 CaloNeutralID=43691 CaloNeutralE19=0.516166 CaloClusterCode=91 CaloClusterFrac=1.03932 IsPhoton=1 IsNotH=0.646831 IsPhotonXGB=1 ClusterAsX=0.149238 ClusterAsY=-0.0441185 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.9423 ShowerShape=851.89 CaloNeutralEcal=1587.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.0092 CaloNeutralID=39725 CaloNeutralE19=0.904461 CaloClusterCode=65 IsPhoton=1 IsNotH=0.846923 IsPhotonXGB=1 ClusterAsX=0.018483 ClusterAsY=-0.0457549 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.5436 ShowerShape=2869.37 CaloNeutralEcal=1484.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988019 CaloNeutralID=39117 CaloNeutralE19=0.472974 CaloClusterCode=90 CaloClusterFrac=1.07568 IsPhoton=1 IsNotH=0.0926141 IsPhotonXGB=1 ClusterAsX=-0.433794 ClusterAsY=-0.473887 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=482.382 ShowerShape=762.094 CaloNeutralEcal=1731.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02192 CaloNeutralID=44050 CaloNeutralE19=0.592998 CaloClusterCode=93 IsPhoton=1 IsNotH=0.505598 IsPhotonXGB=1 ClusterAsX=-0.349932 ClusterAsY=0.244978 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=52.0887 ShowerShape=1051.24 CaloNeutralEcal=1916.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.7732 CaloNeutralID=42893 CaloNeutralE19=0.500534 CaloClusterCode=93 IsPhoton=1 IsNotH=0.0914553 IsPhotonXGB=1 ClusterAsX=-0.110343 ClusterAsY=0.0962962 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.8302 ShowerShape=7431.16 CaloNeutralEcal=436.903 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.848379 CaloNeutralID=35012 CaloNeutralE19=0.523837 CaloClusterCode=-93 CaloClusterFrac=0.998786 IsPhoton=1 IsNotH=0.0544808 IsPhotonXGB=1 ClusterAsX=-0.0307669 ClusterAsY=-0.162047 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.11765 ShowerShape=1542.35 CaloNeutralEcal=974.498 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966045 CaloNeutralID=38538 CaloNeutralE19=0.719331 CaloClusterCode=-97 CaloClusterFrac=0.92011 IsPhoton=1 IsNotH=0.633696 IsPhotonXGB=1 ClusterAsX=-0.058192 ClusterAsY=0.187801 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=54.9603 ShowerShape=5799.47 CaloNeutralEcal=640.582 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02191 CaloNeutralID=33939 CaloNeutralE19=0.672139 CaloClusterCode=91 IsPhoton=1 IsNotH=0.327696 IsPhotonXGB=1 ClusterAsX=0.0962002 ClusterAsY=-0.328892 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.1922 ShowerShape=898.748 CaloNeutralEcal=1491.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955448 CaloNeutralID=41968 CaloNeutralE19=0.540402 CaloClusterCode=91 IsPhoton=1 IsNotH=0.50649 IsPhotonXGB=1 ClusterAsX=0.177574 ClusterAsY=-0.398507 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.36217 ShowerShape=15637.6 CaloNeutralEcal=468.704 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.863776 CaloNeutralID=33715 CaloNeutralE19=0.485919 CaloClusterCode=-92 CaloClusterFrac=1.03486 IsPhoton=1 IsNotH=0.0182941 IsPhotonXGB=1 ClusterAsX=0.218115 ClusterAsY=-0.273112 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=706.089 ShowerShape=575.132 CaloNeutralEcal=943.806 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970732 CaloNeutralID=37649 CaloNeutralE19=0.882458 CaloClusterCode=63 IsPhoton=1 IsNotH=0.965223 IsPhotonXGB=1 ClusterAsX=-0.0302696 ClusterAsY=0.0486101 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.1919 ShowerShape=1546.31 CaloNeutralEcal=2698.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847139 CaloNeutralID=42644 CaloNeutralE19=0.600975 CaloClusterCode=93 CaloClusterFrac=1.03291 IsPhoton=1 IsNotH=0.228319 IsPhotonXGB=1 ClusterAsX=-0.105106 ClusterAsY=-0.11076 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=284.796 CaloNeutralEcal=1733.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02033 CaloNeutralID=41895 CaloNeutralE19=0.950682 CaloClusterCode=63 IsPhoton=1 IsNotH=0.898962 IsPhotonXGB=1 ClusterAsX=-0.057664 ClusterAsY=-0.00918645 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=552.039 ShowerShape=2476.6 CaloNeutralEcal=505.194 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07909 CaloNeutralID=33496 CaloNeutralE19=1.05742 CaloClusterCode=93 IsPhoton=1 IsNotH=0.701535 IsPhotonXGB=1 ClusterAsX=-0.0512545 ClusterAsY=0.0522531 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=246.635 ShowerShape=3415.29 CaloNeutralEcal=364.976 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02676 CaloNeutralID=35389 CaloNeutralE19=0.832099 CaloClusterCode=93 IsPhoton=1 IsNotH=0.693218 IsPhotonXGB=1 ClusterAsX=-0.170962 ClusterAsY=-0.112138 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=514.304 ShowerShape=697.824 CaloNeutralEcal=1579.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07091 CaloNeutralID=44118 CaloNeutralE19=0.62993 CaloClusterCode=63 IsPhoton=1 IsNotH=0.97729 IsPhotonXGB=1 ClusterAsX=-0.442897 ClusterAsY=-0.230795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.341 ShowerShape=1682.55 CaloNeutralEcal=780.679 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958747 CaloNeutralID=38532 CaloNeutralE19=0.497608 CaloClusterCode=95 CaloClusterFrac=1.06897 IsPhoton=1 IsNotH=0.549092 IsPhotonXGB=1 ClusterAsX=0.361857 ClusterAsY=-0.127827 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3225.51 CaloNeutralEcal=299.812 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.11751 CaloNeutralID=36425 CaloNeutralE19=0.969608 CaloClusterCode=65 IsPhoton=1 IsNotH=0.760634 IsPhotonXGB=1 ClusterAsX=0.0634145 ClusterAsY=0.136243 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=159.916 ShowerShape=854.212 CaloNeutralEcal=1358.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812633 CaloNeutralID=42483 CaloNeutralE19=0.537718 CaloClusterCode=-93 CaloClusterFrac=0.998113 IsPhoton=1 IsNotH=0.211126 IsPhotonXGB=1 ClusterAsX=-0.0949391 ClusterAsY=-0.0252603 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=350.943 ShowerShape=566.781 CaloNeutralEcal=1509.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92034 CaloNeutralID=42354 CaloNeutralE19=0.78051 CaloClusterCode=-98 CaloClusterFrac=1.11867 IsPhoton=1 IsNotH=0.906453 IsPhotonXGB=1 ClusterAsX=0.0837826 ClusterAsY=0.0394198 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.78707 ShowerShape=1257.37 CaloNeutralEcal=1077.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995095 CaloNeutralID=38479 CaloNeutralE19=0.928441 CaloClusterCode=66 IsPhoton=1 IsNotH=0.860161 IsPhotonXGB=1 ClusterAsX=0.137648 ClusterAsY=0.0457684 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3955.52 CaloNeutralEcal=370.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995546 CaloNeutralID=36172 CaloNeutralE19=0.768177 CaloClusterCode=-91 CaloClusterFrac=1.13307 IsPhoton=1 IsNotH=0.454423 IsPhotonXGB=1 ClusterAsX=-0.0586863 ClusterAsY=-0.168493 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=273.874 ShowerShape=2479.27 CaloNeutralEcal=327.021 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=34495 CaloNeutralE19=0.870189 CaloClusterCode=63 CaloClusterFrac=1.14847 IsPhoton=1 IsNotH=0.819092 IsPhotonXGB=1 ClusterAsX=-0.0809922 ClusterAsY=0.0488269 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=142.723 ShowerShape=9925.04 CaloNeutralEcal=480.299 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965881 CaloNeutralID=36191 CaloNeutralE19=0.841843 CaloClusterCode=90 CaloClusterFrac=1.18038 IsPhoton=1 IsNotH=0.676558 IsPhotonXGB=1 ClusterAsX=-0.0426798 ClusterAsY=-0.141251 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=84.89 ShowerShape=5676.5 CaloNeutralEcal=560.557 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878607 CaloNeutralID=33878 CaloNeutralE19=0.721029 CaloClusterCode=97 CaloClusterFrac=1.15271 IsPhoton=1 IsNotH=0.72983 IsPhotonXGB=1 ClusterAsX=0.133623 ClusterAsY=0.0240367 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=333.634 ShowerShape=954.79 CaloNeutralEcal=1695.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847765 CaloNeutralID=42348 CaloNeutralE19=0.668407 CaloClusterCode=90 CaloClusterFrac=1.14927 IsPhoton=1 IsNotH=0.980313 IsPhotonXGB=1 ClusterAsX=-0.0817323 ClusterAsY=0.0185392 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=553.877 ShowerShape=5308.93 CaloNeutralEcal=401.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92947 CaloNeutralID=35820 CaloNeutralE19=0.711698 CaloClusterCode=91 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.00675142 ClusterAsY=-0.150605 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=632.606 ShowerShape=3833.39 CaloNeutralEcal=309.022 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.03642 CaloNeutralID=35722 CaloNeutralE19=0.97008 CaloClusterCode=92 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.00361024 ClusterAsY=0.0344899 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=388.831 ShowerShape=603.161 CaloNeutralEcal=581.164 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.03562 CaloNeutralID=40168 CaloNeutralE19=0.958143 CaloClusterCode=63 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.0114942 ClusterAsY=0.00209654 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.358248 ShowerShape=4376.45 CaloNeutralEcal=8631.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959225 CaloNeutralID=33766 CaloNeutralE19=0.743515 CaloClusterCode=95 CaloClusterFrac=0.606013 ClusterAsX=0.16971 ClusterAsY=0.0781739 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.358248 ShowerShape=4541.76 CaloNeutralEcal=5533.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971188 CaloNeutralID=33702 CaloNeutralE19=0.714626 CaloClusterCode=85 CaloClusterFrac=0.411963 ClusterAsX=0.2481 ClusterAsY=0.0132817 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0944991 ShowerShape=457.192 CaloNeutralEcal=13145.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980962 CaloNeutralID=39152 CaloNeutralE19=0.882369 CaloClusterCode=65 CaloClusterFrac=0.623469 ClusterAsX=0.0805532 ClusterAsY=0.0110525 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0944991 ShowerShape=759.72 CaloNeutralEcal=8041.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.985407 CaloNeutralID=39088 CaloNeutralE19=0.876759 CaloClusterCode=65 CaloClusterFrac=0.387768 ClusterAsX=0.139811 ClusterAsY=0.00626914 ] } -Printing ended -BrunelInit INFO Evt 6, Run 1, Nr. in job = 6 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.914125 RichDLLmu=-0.367863 RichDLLpi=0 RichDLLk=10.2399 RichDLLp=29.6256 RichPIDStatus=8165 RichDLLbt=26.1808 RichDLLd=26.1808 InAccBrem=1 CaloBremChi2=670.286 BremPIDe=-0.591406 TrackChi2PerDof=1.06253 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=21052.6 TrackPt=978.779 CombDLLe=-0.75135 CombDLLmu=-0.514081 CombDLLpi=0 CombDLLk=10.2399 CombDLLp=29.6256 CombDLLd=26.1808 ProbNNe=0.000681302 ProbNNpi=0.00912832 ProbNNk=0.0886269 ProbNNp=0.998775 ProbNNghost=0.000525208 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-53.8983 RichDLLmu=-15.4122 RichDLLpi=0 RichDLLk=-50.992 RichDLLp=-46.7523 RichPIDStatus=6115 RichDLLbt=-46.7523 RichDLLd=-46.7523 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.772342 CaloElectronMatch=52.494 CaloBremMatch=52.494 CaloChargedEcal=7381.61 CaloChargedID=43501 CaloNeutralEcal=7381.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818893 CaloNeutralID=43501 CaloEcalE=5171.16 CaloHcalE=5319.03 CaloEcalChi2=52.494 CaloBremChi2=506.225 CaloClusChi2=0.772342 CaloTrajectoryL=146.854 CaloEoverP=0.620499 EcalPIDe=4.33705 BremPIDe=-0.621385 HcalPIDe=-1.75999 HcalPIDmu=-0.874247 EcalPIDmu=-3.41223 TrackChi2PerDof=1.26007 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=12336.5 TrackPt=372.866 CombDLLe=-4.15848 CombDLLmu=-11.2571 CombDLLpi=0 CombDLLk=-50.992 CombDLLp=-46.7523 CombDLLd=-46.7523 ProbNNe=5.14415e-08 ProbNNpi=0.999745 ProbNNk=1.28186e-05 ProbNNp=8.37574e-05 ProbNNghost=0.00128058 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.3243 RichDLLmu=-16.3701 RichDLLpi=0 RichDLLk=-2.78958 RichDLLp=-2.78958 RichPIDStatus=5027 RichDLLbt=-2.78958 RichDLLd=-2.78958 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.00301354 CaloElectronMatch=4.82555 CaloBremMatch=4.82555 CaloChargedEcal=2735.09 CaloChargedID=34423 CaloNeutralEcal=2735.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903154 CaloNeutralID=34423 CaloEcalE=2000.78 CaloHcalE=0 CaloEcalChi2=4.82555 CaloBremChi2=106.018 CaloClusChi2=0.00301354 CaloTrajectoryL=-32.8604 CaloEoverP=0.907626 EcalPIDe=2.97947 BremPIDe=0.185338 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-2.21538 TrackChi2PerDof=1.00426 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=3237.29 TrackPt=198.096 CombDLLe=0.235873 CombDLLmu=-11.59 CombDLLpi=0 CombDLLk=-2.78958 CombDLLp=-2.78958 CombDLLd=-2.78958 ProbNNe=1.35914e-05 ProbNNpi=0.992298 ProbNNk=0.000752779 ProbNNp=0.0022608 ProbNNghost=0.0282973 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.1295 RichDLLmu=-0.288047 RichDLLpi=0 RichDLLk=-25.7583 RichDLLp=-24.3428 RichPIDStatus=6115 RichDLLbt=-24.3428 RichDLLd=-24.3428 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.227441 CaloElectronMatch=14.4433 CaloBremMatch=14.4433 CaloChargedEcal=12376.7 CaloChargedID=43550 CaloNeutralEcal=12376.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.782313 CaloNeutralID=43550 CaloEcalE=7646.55 CaloHcalE=107622 CaloEcalChi2=14.4433 CaloBremChi2=438.23 CaloClusChi2=0.227441 CaloTrajectoryL=-45.2624 CaloEoverP=0.823985 EcalPIDe=4.7102 BremPIDe=-0.488693 HcalPIDe=-2.5812 HcalPIDmu=-1.01961 EcalPIDmu=-3.49792 TrackChi2PerDof=1.02948 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=15187.2 TrackPt=800.418 CombDLLe=-0.258608 CombDLLmu=-4.92035 CombDLLpi=0 CombDLLk=-25.7583 CombDLLp=-24.3428 CombDLLd=-24.3428 ProbNNe=1.86175e-05 ProbNNpi=0.999903 ProbNNk=0.000658509 ProbNNp=8.0743e-05 ProbNNghost=0.000523282 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.4567 RichDLLmu=-12.9003 RichDLLpi=0 RichDLLk=-3.15868 RichDLLp=-3.15868 RichPIDStatus=5027 RichDLLbt=-3.15868 RichDLLd=-3.15868 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.717 CaloElectronMatch=87.1422 CaloBremMatch=87.1422 CaloChargedEcal=1143.28 CaloChargedID=34433 CaloNeutralEcal=1143.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954107 CaloNeutralID=34433 CaloEcalE=875.088 CaloEcalChi2=87.1422 CaloBremChi2=345.732 CaloClusChi2=2.717 CaloTrajectoryL=189.394 CaloEoverP=0.429648 EcalPIDe=1.51236 BremPIDe=-0.373552 EcalPIDmu=0.107042 TrackChi2PerDof=1.26704 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=3195.71 TrackPt=199.926 CombDLLe=-2.67706 CombDLLmu=-6.81304 CombDLLpi=0 CombDLLk=-3.15868 CombDLLp=-3.15868 CombDLLd=-3.15868 ProbNNe=1.58834e-05 ProbNNpi=0.982795 ProbNNk=0.00544482 ProbNNp=0.0053881 ProbNNghost=0.00607309 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.1791 RichDLLmu=-7.50168 RichDLLpi=0 RichDLLk=-4.9494 RichDLLp=-4.9494 RichPIDStatus=5027 RichDLLbt=-4.9494 RichDLLd=-4.9494 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.21833 CaloElectronMatch=249.205 CaloBremMatch=76.5628 CaloChargedEcal=1420.74 CaloChargedID=35020 CaloNeutralEcal=1420.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713754 CaloNeutralID=35020 CaloEcalE=1308.65 CaloHcalE=3092.86 CaloEcalChi2=249.205 CaloBremChi2=317.198 CaloClusChi2=2.21833 CaloTrajectoryL=-920.788 CaloEoverP=0.307833 EcalPIDe=0.497498 BremPIDe=-0.357753 HcalPIDe=-1.47097 HcalPIDmu=-0.00949717 EcalPIDmu=-1.14196 TrackChi2PerDof=1.35852 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=4651.12 TrackPt=244.238 CombDLLe=-5.23507 CombDLLmu=-7.48792 CombDLLpi=0 CombDLLk=-4.9494 CombDLLp=-4.9494 CombDLLd=-4.9494 ProbNNe=1.93969e-07 ProbNNpi=0.995395 ProbNNk=0.0014629 ProbNNp=0.00411056 ProbNNghost=0.00847586 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.6151 RichDLLmu=-0.519194 RichDLLpi=0 RichDLLk=24.5772 RichDLLp=-9.55913 RichPIDStatus=139236 RichDLLbt=0.4177 RichDLLd=-14.6125 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=27.1215 CaloElectronMatch=4228.59 CaloBremMatch=979.375 CaloChargedEcal=3491.11 CaloChargedID=43812 CaloNeutralEcal=3491.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.711007 CaloNeutralID=43812 CaloEcalE=0 CaloHcalE=69735.5 CaloEcalChi2=4228.59 CaloBremChi2=5.9518 CaloClusChi2=27.1215 CaloTrajectoryL=-1503.33 CaloEoverP=0.0677617 EcalPIDe=-1.74718 BremPIDe=1.74559 HcalPIDe=-2.68434 HcalPIDmu=-2.91461 EcalPIDmu=1.28207 TrackChi2PerDof=1.43409 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=55493 TrackPt=2233.44 CombDLLe=-3.14292 CombDLLmu=-2.35681 CombDLLpi=0 CombDLLk=24.5772 CombDLLp=-9.55913 CombDLLd=-14.6125 ProbNNe=2.65191e-05 ProbNNpi=0.00190413 ProbNNk=0.998073 ProbNNp=1.24683e-05 ProbNNghost=0.0117914 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.7829 RichDLLmu=-3.18436 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=221.231 BremPIDe=-0.101516 TrackChi2PerDof=0.729125 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=2394.47 TrackPt=114.303 CombDLLe=-2.10588 CombDLLmu=-3.93936 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0223647 ProbNNpi=0.926474 ProbNNk=0.0575023 ProbNNp=0.0858407 ProbNNghost=0.0190335 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.31141 RichDLLmu=-0.844797 RichDLLpi=0 RichDLLk=-53.4857 RichDLLp=-47.7044 RichPIDStatus=8163 RichDLLbt=-41.0857 RichDLLd=-41.0857 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0889769 CaloElectronMatch=1073.9 CaloBremMatch=1073.9 CaloChargedEcal=8291.37 CaloChargedID=41887 CaloNeutralEcal=8291.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91351 CaloNeutralID=41887 CaloEcalE=5905.44 CaloHcalE=9771.84 CaloEcalChi2=1073.9 CaloBremChi2=174.552 CaloClusChi2=0.0889769 CaloTrajectoryL=205.936 CaloEoverP=0.268497 EcalPIDe=-1.2565 BremPIDe=-0.257715 HcalPIDe=-1.97168 HcalPIDmu=-1.51668 EcalPIDmu=-2.93115 TrackChi2PerDof=0.550497 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=31656 TrackPt=1907.87 CombDLLe=-4.06408 CombDLLmu=-5.61942 CombDLLpi=0 CombDLLk=-53.4857 CombDLLp=-47.7044 CombDLLd=-41.0857 ProbNNe=0.00034815 ProbNNpi=0.99972 ProbNNk=1.16841e-05 ProbNNp=3.56192e-05 ProbNNghost=0.000205275 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.12082 RichDLLmu=-0.987919 RichDLLpi=0 RichDLLk=14.7556 RichDLLp=24.227 RichPIDStatus=8166 RichDLLbt=25.4718 RichDLLd=25.4718 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.97061 CaloElectronMatch=632.839 CaloBremMatch=632.839 CaloChargedEcal=6279.22 CaloChargedID=42679 CaloNeutralEcal=6279.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954565 CaloNeutralID=42679 CaloEcalE=4792.98 CaloHcalE=7025.94 CaloEcalChi2=632.839 CaloBremChi2=625.298 CaloClusChi2=0.97061 CaloTrajectoryL=336.485 CaloEoverP=0.370298 EcalPIDe=-0.51303 BremPIDe=-0.591406 HcalPIDe=-1.98841 HcalPIDmu=-1.52038 EcalPIDmu=-2.98521 TrackChi2PerDof=0.920892 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=18338.9 TrackPt=711.372 CombDLLe=-3.81145 CombDLLmu=-5.87096 CombDLLpi=0 CombDLLk=14.7556 CombDLLp=24.227 CombDLLd=25.4718 ProbNNe=3.56566e-07 ProbNNpi=0.00662036 ProbNNk=0.542912 ProbNNp=0.991882 ProbNNghost=0.00150127 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.8436 RichDLLmu=-11.9777 RichDLLpi=0 RichDLLk=-4.79848 RichDLLp=-4.79848 RichPIDStatus=5027 RichDLLbt=-4.79848 RichDLLd=-4.79848 MuonMuLL=-0.0277824 MuonBkgLL=-0.537894 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=366.752 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.56838 CaloElectronMatch=205.909 CaloBremMatch=205.909 CaloChargedEcal=1664.34 CaloChargedID=38913 CaloNeutralEcal=1664.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.78915 CaloNeutralID=38913 CaloEcalE=820.572 CaloHcalE=0 CaloEcalChi2=205.909 CaloBremChi2=406.345 CaloClusChi2=5.56838 CaloTrajectoryL=492.05 CaloEoverP=0.499027 EcalPIDe=0.497498 BremPIDe=-0.4614 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=0.255214 TrackChi2PerDof=1.01237 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=3862.59 TrackPt=221.382 CombDLLe=-1.80888 CombDLLmu=-8.58304 CombDLLpi=0 CombDLLk=-4.79848 CombDLLp=-4.79848 CombDLLd=-4.26058 ProbNNe=7.90559e-07 ProbNNpi=0.993359 ProbNNk=0.00096053 ProbNNp=0.00325079 ProbNNghost=0.00917191 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.9504 RichDLLmu=-21.3566 RichDLLpi=0 RichDLLk=-9.94408 RichDLLp=-9.94408 RichPIDStatus=5091 RichDLLbt=-9.94408 RichDLLd=-9.94408 MuonMuLL=-0.13159 MuonBkgLL=-1.95559 MuonNShared=2 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=3.06431 MuonMVA1=-999 MuonMVA2=-0.957832 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.652061 CaloElectronMatch=22.9084 CaloBremMatch=22.9084 CaloChargedEcal=4131.64 CaloChargedID=38389 CaloNeutralEcal=4131.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.798882 CaloNeutralID=38389 CaloEcalE=3151.67 CaloHcalE=9271.9 CaloEcalChi2=22.9084 CaloBremChi2=221.979 CaloClusChi2=0.652061 CaloTrajectoryL=128.402 CaloEoverP=0.676662 EcalPIDe=3.6423 BremPIDe=-0.210201 HcalPIDe=-1.62556 HcalPIDmu=-0.0381713 EcalPIDmu=-2.92445 TrackChi2PerDof=1.13859 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=6388.32 TrackPt=264.804 CombDLLe=-2.52809 CombDLLmu=-8.1359 CombDLLpi=0 CombDLLk=-9.94408 CombDLLp=-9.94408 CombDLLd=-7.98849 ProbNNe=8.96687e-06 ProbNNmu=0.00366525 ProbNNpi=0.128994 ProbNNk=0.00254923 ProbNNp=0.0107639 ProbNNghost=0.0139915 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-29.1979 RichDLLmu=-11.3575 RichDLLpi=0 RichDLLk=-4.2074 RichDLLp=-4.2074 RichPIDStatus=5027 RichDLLbt=-4.2074 RichDLLd=-4.2074 InAccBrem=1 CaloBremChi2=541.414 BremPIDe=-0.553589 TrackChi2PerDof=1.01009 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=3520.39 TrackPt=273.232 CombDLLe=-4.91482 CombDLLmu=-6.85259 CombDLLpi=0 CombDLLk=-4.2074 CombDLLp=-4.2074 CombDLLd=-4.2074 ProbNNe=1.20776e-05 ProbNNpi=0.986463 ProbNNk=0.00371208 ProbNNp=0.00499569 ProbNNghost=0.00355954 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.80411 RichDLLmu=5.03853 RichDLLpi=0 RichDLLk=11.7379 RichDLLp=11.7379 RichPIDStatus=5092 RichDLLbt=11.7379 RichDLLd=11.7379 MuonMuLL=-0.00200198 MuonBkgLL=-0.361161 MuonNShared=6 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=38.1494 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.347638 CaloElectronMatch=0.586527 CaloBremMatch=0.516785 CaloChargedEcal=6549.99 CaloChargedID=39352 CaloNeutralEcal=6549.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974691 CaloNeutralID=39352 CaloEcalE=6032.92 CaloHcalE=676.064 CaloEcalChi2=0.586527 CaloBremChi2=23.9339 CaloClusChi2=0.347638 CaloTrajectoryL=99.4559 CaloEoverP=0.944554 EcalPIDe=3.6423 BremPIDe=2.50165 HcalPIDe=-0.319373 HcalPIDmu=-1.088 EcalPIDmu=-2.74106 TrackChi2PerDof=1.01088 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=7016.09 TrackPt=245.698 CombDLLe=6.66128 CombDLLmu=1.88378 CombDLLpi=0 CombDLLk=11.7379 CombDLLp=11.7379 CombDLLd=12.0991 ProbNNe=0.998645 ProbNNpi=0.0117201 ProbNNk=0.424269 ProbNNp=0.484782 ProbNNghost=0.695002 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.6454 RichDLLmu=-14.8835 RichDLLpi=0 RichDLLk=-24.426 RichDLLp=-22.1893 RichPIDStatus=6115 RichDLLbt=-22.1893 RichDLLd=-22.1893 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=22.4565 CaloElectronMatch=1524.91 CaloBremMatch=250.706 CaloChargedEcal=1453.28 CaloChargedID=38989 CaloNeutralEcal=1453.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800179 CaloNeutralID=38989 CaloEcalE=0 CaloHcalE=2185.58 CaloEcalChi2=1524.91 CaloBremChi2=355.524 CaloClusChi2=22.4565 CaloTrajectoryL=730.497 CaloEoverP=0.13339 EcalPIDe=-1.49948 BremPIDe=-0.510136 HcalPIDe=-0.990128 HcalPIDmu=1.36283 EcalPIDmu=0.433955 TrackChi2PerDof=0.766181 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=11678.3 TrackPt=442.378 CombDLLe=-7.30131 CombDLLmu=-5.16695 CombDLLpi=0 CombDLLk=-24.426 CombDLLp=-22.1893 CombDLLd=-22.1893 ProbNNe=1.82375e-07 ProbNNpi=0.999689 ProbNNk=7.66072e-05 ProbNNp=0.000214067 ProbNNghost=0.00063925 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.6892 RichDLLmu=-6.27572 RichDLLpi=0 RichDLLk=24.8785 RichDLLp=24.8785 RichPIDStatus=5092 RichDLLbt=24.8785 RichDLLd=24.8785 MuonMuLL=-0.0565704 MuonBkgLL=-0.275869 MuonNShared=7 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=353.735 MuonMVA1=-999 MuonMVA2=-0.52411 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.66514 CaloElectronMatch=440.112 CaloBremMatch=440.112 CaloChargedEcal=16727.8 CaloChargedID=43308 CaloNeutralEcal=16727.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.628843 CaloNeutralID=43308 CaloEcalE=1722.8 CaloHcalE=13568.8 CaloEcalChi2=440.112 CaloBremChi2=116.886 CaloClusChi2=2.66514 CaloTrajectoryL=179.545 CaloEoverP=2.31194 EcalPIDe=-0.0141273 BremPIDe=0.223978 HcalPIDe=-1.17839 HcalPIDmu=-0.0376091 EcalPIDmu=-1.47399 TrackChi2PerDof=0.789688 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=7247.79 TrackPt=470.835 CombDLLe=-4.02025 CombDLLmu=-7.24034 CombDLLpi=0 CombDLLk=24.8785 CombDLLp=24.8785 CombDLLd=25.1544 ProbNNe=0.000121088 ProbNNmu=0.00366525 ProbNNpi=1.18519e-05 ProbNNk=0.971881 ProbNNp=0.879396 ProbNNghost=0.0167997 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.4425 RichDLLmu=4.29296 RichDLLpi=0 RichDLLk=19.6987 RichDLLp=11.1096 RichPIDStatus=6116 RichDLLbt=11.1096 RichDLLd=11.1096 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.87063 CaloElectronMatch=690.604 CaloBremMatch=690.604 CaloChargedEcal=15422.4 CaloChargedID=43179 CaloNeutralEcal=15422.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.7416 CaloNeutralID=43179 CaloEcalE=4767.56 CaloHcalE=15802.9 CaloEcalChi2=690.604 CaloBremChi2=490.818 CaloClusChi2=1.87063 CaloTrajectoryL=3336.06 CaloEoverP=1.09828 EcalPIDe=-0.56571 BremPIDe=-0.625066 HcalPIDe=-1.89687 HcalPIDmu=-2.15436 EcalPIDmu=-3.55458 TrackChi2PerDof=1.01285 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=13789.8 TrackPt=1196.7 CombDLLe=-2.48669 CombDLLmu=-0.840218 CombDLLpi=0 CombDLLk=19.6987 CombDLLp=11.1096 CombDLLd=11.1096 ProbNNe=0.000147604 ProbNNpi=0.00183032 ProbNNk=0.993221 ProbNNp=0.480711 ProbNNghost=0.0395964 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-41.0187 RichDLLmu=-12.3876 RichDLLpi=0 RichDLLk=-13.4051 RichDLLp=-13.4051 RichPIDStatus=5091 RichDLLbt=-13.4051 RichDLLd=-13.4051 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.09368 CaloElectronMatch=481.316 CaloBremMatch=481.316 CaloChargedEcal=4366.35 CaloChargedID=39559 CaloNeutralEcal=4366.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89615 CaloNeutralID=39559 CaloEcalE=2689.39 CaloHcalE=472.044 CaloEcalChi2=481.316 CaloBremChi2=67.5496 CaloClusChi2=3.09368 CaloTrajectoryL=375.546 CaloEoverP=0.550516 EcalPIDe=-0.270192 BremPIDe=0.995431 HcalPIDe=-0.13781 HcalPIDmu=-1.89593 EcalPIDmu=-2.36329 TrackChi2PerDof=1.43779 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=8125.53 TrackPt=434.117 CombDLLe=-4.81716 CombDLLmu=-11.1612 CombDLLpi=0 CombDLLk=-13.4051 CombDLLp=-13.4051 CombDLLd=-13.4051 ProbNNe=1.08712e-09 ProbNNpi=0.998651 ProbNNk=4.45873e-05 ProbNNp=0.000269496 ProbNNghost=0.00384891 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.3916 RichDLLmu=-20.4018 RichDLLpi=0 RichDLLk=0.546629 RichDLLp=0.546629 RichPIDStatus=5092 RichDLLbt=0.546629 RichDLLd=0.546629 MuonMuLL=-0.0133892 MuonBkgLL=-0.90902 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=57.6275 MuonMVA1=-999 MuonMVA2=-0.843474 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.50191 CaloElectronMatch=711.156 CaloBremMatch=39.3545 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloEcalE=1655.59 CaloHcalE=7312.45 CaloEcalChi2=711.156 CaloBremChi2=456.424 CaloClusChi2=5.50191 CaloTrajectoryL=11517.4 CaloEoverP=0.282015 EcalPIDe=-0.739943 BremPIDe=-0.607507 HcalPIDe=-1.99692 HcalPIDmu=-1.2021 EcalPIDmu=-1.42717 TrackChi2PerDof=0.781561 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=6465.62 TrackPt=307.453 CombDLLe=-6.20959 CombDLLmu=-8.72965 CombDLLpi=0 CombDLLk=0.546629 CombDLLp=0.546629 CombDLLd=1.45565 ProbNNe=0.000244164 ProbNNmu=0.00366525 ProbNNpi=0.00510346 ProbNNk=0.00541954 ProbNNp=0.15421 ProbNNghost=0.0246234 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.9031 RichDLLmu=29.0072 RichDLLpi=0 RichDLLk=-2.24076 RichDLLp=-2.24076 RichPIDStatus=5090 RichDLLbt=-2.24076 RichDLLd=-2.24076 MuonMuLL=-4.71242 MuonBkgLL=-6.30033 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=0.30609 MuonMVA1=-999 MuonMVA2=4.04939 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=98.0458 CaloElectronMatch=1136.53 CaloBremMatch=39.3545 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloEcalE=0 CaloHcalE=1493.57 CaloEcalChi2=1136.53 CaloBremChi2=73.0463 CaloClusChi2=98.0458 CaloTrajectoryL=11274.6 CaloEoverP=0.230661 EcalPIDe=-1.41652 BremPIDe=0.995431 HcalPIDe=-0.871136 HcalPIDmu=1.41053 EcalPIDmu=0.361777 TrackChi2PerDof=1.17464 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=7905.1 TrackPt=425.397 CombDLLe=-2.146 CombDLLmu=10.3601 CombDLLpi=0 CombDLLk=-2.24076 CombDLLp=-2.24076 CombDLLd=4.05957 ProbNNe=2.30298e-09 ProbNNmu=0.00366525 ProbNNpi=0.000204317 ProbNNk=0.703267 ProbNNp=0.431833 ProbNNghost=0.00616998 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-29.3615 RichDLLmu=-23.7483 RichDLLpi=0 RichDLLk=-11.724 RichDLLp=-11.724 RichPIDStatus=5091 RichDLLbt=-11.724 RichDLLd=-11.724 MuonMuLL=-0.0133892 MuonBkgLL=-0.90883 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=57.6796 MuonMVA1=-999 MuonMVA2=-0.843474 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.50657 CaloElectronMatch=711.695 CaloBremMatch=39.3545 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloEcalE=1655.59 CaloHcalE=7312.45 CaloEcalChi2=711.695 CaloBremChi2=460.816 CaloClusChi2=5.50657 CaloTrajectoryL=11515.8 CaloEoverP=0.281647 EcalPIDe=-0.739943 BremPIDe=-0.607507 HcalPIDe=-1.99692 HcalPIDmu=-1.2021 EcalPIDmu=-1.42717 TrackChi2PerDof=2.94696 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=6474.07 TrackPt=323.126 CombDLLe=-7.72307 CombDLLmu=-8.73279 CombDLLpi=0 CombDLLk=-11.724 CombDLLp=-11.724 CombDLLd=-10.8152 ProbNNe=9.54126e-10 ProbNNmu=0.00366525 ProbNNpi=0.0453852 ProbNNk=0.00172898 ProbNNp=0.00473027 ProbNNghost=0.925824 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=5.84367 RichDLLmu=-4.46673 RichDLLpi=0 RichDLLk=1.90993 RichDLLp=1.90993 RichPIDStatus=5025 RichDLLbt=1.90993 RichDLLd=1.90993 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.58312 CaloElectronMatch=31.5022 CaloBremMatch=31.5022 CaloChargedEcal=2144.91 CaloChargedID=34563 CaloNeutralEcal=2144.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856789 CaloNeutralID=34563 CaloEcalE=1916.19 CaloEcalChi2=31.5022 CaloBremChi2=435.208 CaloClusChi2=0.58312 CaloTrajectoryL=51.8344 CaloEoverP=0.701991 EcalPIDe=2.97947 BremPIDe=-0.4614 EcalPIDmu=-2.19735 TrackChi2PerDof=1.78396 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=3352.95 TrackPt=167.262 CombDLLe=3.5335 CombDLLmu=-7.18865 CombDLLpi=0 CombDLLk=1.90993 CombDLLp=1.90993 CombDLLd=1.90993 ProbNNe=0.944897 ProbNNpi=0.597379 ProbNNk=0.0478541 ProbNNp=0.0626142 ProbNNghost=0.769738 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.9998 RichDLLmu=-5.8434 RichDLLpi=0 RichDLLk=2.20153 RichDLLp=2.20153 RichPIDStatus=5028 RichDLLbt=2.20153 RichDLLd=2.20153 MuonMuLL=-0.000199994 MuonBkgLL=-0.0340176 MuonNShared=15 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2947.94 MuonMVA1=-999 MuonMVA2=-0.340093 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.04305 CaloElectronMatch=315.027 CaloBremMatch=315.027 CaloChargedEcal=12314 CaloChargedID=39161 CaloNeutralEcal=12314 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91253 CaloNeutralID=39161 CaloEcalE=9588.28 CaloHcalE=2941.16 CaloEcalChi2=315.027 CaloBremChi2=745.622 CaloClusChi2=9.04305 CaloTrajectoryL=316.741 CaloEoverP=2.70963 EcalPIDe=0.0319619 BremPIDe=-0.553589 HcalPIDe=-1.47097 HcalPIDmu=-0.00949717 EcalPIDmu=-1.27739 TrackChi2PerDof=1.35783 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=4555.84 TrackPt=235.908 CombDLLe=-4.50107 CombDLLmu=-7.02001 CombDLLpi=0 CombDLLk=2.20153 CombDLLp=2.20153 CombDLLd=2.23554 ProbNNe=0.00164025 ProbNNmu=0.00366525 ProbNNpi=0.000603859 ProbNNk=0.0264746 ProbNNp=0.158182 ProbNNghost=0.936853 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.54753 RichDLLmu=-5.71346 RichDLLpi=0 RichDLLk=-0.975772 RichDLLp=-0.975772 RichPIDStatus=5027 RichDLLbt=-0.975772 RichDLLd=-0.975772 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.628724 CaloElectronMatch=32.6966 CaloBremMatch=31.5022 CaloChargedEcal=2144.91 CaloChargedID=34563 CaloNeutralEcal=2144.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856789 CaloNeutralID=34563 CaloEcalE=1916.19 CaloEcalChi2=32.6966 CaloBremChi2=435.105 CaloClusChi2=0.628724 CaloTrajectoryL=53.6886 CaloEoverP=0.698407 EcalPIDe=2.97947 BremPIDe=-0.4614 EcalPIDmu=-2.19735 TrackChi2PerDof=1.03956 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=3370.15 TrackPt=159.622 CombDLLe=0.878278 CombDLLmu=-7.90458 CombDLLpi=0 CombDLLk=-0.975772 CombDLLp=-0.975772 CombDLLd=-0.975772 ProbNNe=0.200887 ProbNNpi=0.89403 ProbNNk=0.026725 ProbNNp=0.0500514 ProbNNghost=0.269477 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.0924 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=44.0951 BremPIDe=0.577779 TrackChi2PerDof=1.98153 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=1719.71 TrackPt=144.715 CombDLLe=-0.98654 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.416962 ProbNNpi=0.0431551 ProbNNk=0.0422139 ProbNNp=0.0328416 ProbNNghost=0.98222 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.8759 RichDLLmu=-11.6843 RichDLLpi=0 RichDLLk=-2.44834 RichDLLp=-2.44834 RichPIDStatus=5027 RichDLLbt=-2.44834 RichDLLd=-2.44834 MuonMuLL=-0.0829469 MuonBkgLL=-0.453374 MuonNShared=5 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=314.783 MuonMVA1=-999 MuonMVA2=-1.099 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.37244 CaloElectronMatch=46.8904 CaloBremMatch=46.8904 CaloChargedEcal=981.864 CaloChargedID=38343 CaloNeutralEcal=981.864 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.80582 CaloNeutralID=38343 CaloEcalE=993.86 CaloHcalE=0 CaloEcalChi2=46.8904 CaloBremChi2=237.796 CaloClusChi2=1.37244 CaloTrajectoryL=134.092 CaloEoverP=0.394329 EcalPIDe=2.97947 BremPIDe=-0.33853 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-0.290136 TrackChi2PerDof=1.08622 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=3212.37 TrackPt=402.742 CombDLLe=0.0481667 CombDLLmu=-9.18483 CombDLLpi=0 CombDLLk=-2.44834 CombDLLp=-2.44834 CombDLLd=-1.99497 ProbNNe=0.00677275 ProbNNmu=0.00366525 ProbNNpi=0.00135135 ProbNNk=0.0123804 ProbNNp=0.0223262 ProbNNghost=0.250538 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-73.3189 RichDLLmu=-36.887 RichDLLpi=0 RichDLLk=-54.2169 RichDLLp=-53.5191 RichPIDStatus=6115 RichDLLbt=-53.5191 RichDLLd=-53.5191 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.69827 CaloElectronMatch=731.008 CaloBremMatch=731.008 CaloChargedEcal=1494.51 CaloChargedID=37647 CaloNeutralEcal=1494.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977017 CaloNeutralID=37647 CaloEcalE=528.822 CaloHcalE=9084.33 CaloEcalChi2=731.008 CaloBremChi2=18.2487 CaloClusChi2=1.69827 CaloTrajectoryL=298.41 CaloEoverP=0.165807 EcalPIDe=-0.739943 BremPIDe=2.90047 HcalPIDe=-1.88811 HcalPIDmu=-1.7407 EcalPIDmu=1.63258 TrackChi2PerDof=1.31467 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=9402.04 TrackPt=834.985 CombDLLe=-6.37839 CombDLLmu=-7.10811 CombDLLpi=0 CombDLLk=-54.2169 CombDLLp=-53.5191 CombDLLd=-53.5191 ProbNNe=4.2467e-07 ProbNNpi=0.999712 ProbNNk=8.81368e-05 ProbNNp=0.000106513 ProbNNghost=0.0026491 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.54239 RichDLLmu=1.61078 RichDLLpi=0 RichDLLk=16.897 RichDLLp=16.897 RichPIDStatus=5028 RichDLLbt=16.897 RichDLLd=16.897 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.68051 CaloElectronMatch=536.101 CaloBremMatch=14.571 CaloChargedEcal=3802.16 CaloChargedID=34098 CaloNeutralEcal=3802.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878127 CaloNeutralID=34098 CaloEcalE=1107.83 CaloHcalE=2603.9 CaloEcalChi2=536.101 CaloBremChi2=224.656 CaloClusChi2=1.68051 CaloTrajectoryL=-812.036 CaloEoverP=0.712708 EcalPIDe=-0.341929 BremPIDe=-0.210201 HcalPIDe=-1.31397 HcalPIDmu=0.425157 EcalPIDmu=-0.440688 TrackChi2PerDof=0.428827 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=5519.48 TrackPt=698.956 CombDLLe=-1.42178 CombDLLmu=2.16466 CombDLLpi=0 CombDLLk=16.897 CombDLLp=16.897 CombDLLd=16.897 ProbNNe=7.4264e-05 ProbNNpi=0.000985124 ProbNNk=0.973888 ProbNNp=0.959868 ProbNNghost=0.00449152 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.2887 RichDLLmu=-17.3399 RichDLLpi=0 RichDLLk=-8.87053 RichDLLp=-8.87053 RichPIDStatus=5027 RichDLLbt=-8.87053 RichDLLd=-8.87053 MuonMuLL=-0.0944206 MuonBkgLL=-0.49823 MuonNShared=5 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.87626 MuonMVA1=-999 MuonMVA2=0.000688974 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.373565 CaloElectronMatch=0.289702 CaloBremMatch=0.289702 CaloChargedEcal=4464.87 CaloChargedID=38517 CaloNeutralEcal=4464.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.64785 CaloNeutralID=38517 CaloEcalE=1811.38 CaloHcalE=3967 CaloEcalChi2=0.289702 CaloBremChi2=436.686 CaloClusChi2=0.373565 CaloTrajectoryL=103.851 CaloEoverP=0.952833 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=-1.52558 HcalPIDmu=-0.386389 EcalPIDmu=-1.87667 TrackChi2PerDof=1.319 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4864.13 TrackPt=292.771 CombDLLe=-1.85771 CombDLLmu=-8.84565 CombDLLpi=0 CombDLLk=-8.87053 CombDLLp=-8.87053 CombDLLd=-8.3723 ProbNNe=0.0107566 ProbNNmu=0.00366525 ProbNNpi=0.00420839 ProbNNk=0.00408124 ProbNNp=0.0101577 ProbNNghost=0.789671 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.44352 RichDLLmu=8.57269 RichDLLpi=0 RichDLLk=22.8557 RichDLLp=23.1172 RichPIDStatus=6117 RichDLLbt=23.1172 RichDLLd=23.1172 MuonMuLL=-0.078935 MuonBkgLL=-1.81914 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=174.198 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.635024 CaloElectronMatch=34.5775 CaloBremMatch=34.5775 CaloChargedEcal=8456.3 CaloChargedID=43865 CaloNeutralEcal=8456.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.68873 CaloNeutralID=43865 CaloEcalE=3580.09 CaloHcalE=864.051 CaloEcalChi2=34.5775 CaloBremChi2=1050.69 CaloClusChi2=0.635024 CaloTrajectoryL=379.271 CaloEoverP=0.768425 EcalPIDe=4.33705 BremPIDe=-0.621385 HcalPIDe=-0.232179 HcalPIDmu=-0.549491 EcalPIDmu=-2.90481 TrackChi2PerDof=0.669248 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=11173.1 TrackPt=703.027 CombDLLe=4.60145 CombDLLmu=4.84632 CombDLLpi=0 CombDLLk=22.8557 CombDLLp=23.1172 CombDLLd=24.9363 ProbNNe=0.00481834 ProbNNpi=0.000316732 ProbNNk=0.896815 ProbNNp=0.826985 ProbNNghost=0.00558665 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.5353 RichDLLmu=-0.371834 RichDLLpi=0 RichDLLk=-60.5544 RichDLLp=-51.25 RichPIDStatus=6115 RichDLLbt=-51.25 RichDLLd=-51.25 MuonMuLL=-0.00793137 MuonBkgLL=-0.761412 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=4176.09 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.817512 CaloElectronMatch=219.661 CaloBremMatch=219.661 CaloChargedEcal=4754.82 CaloChargedID=44068 CaloNeutralEcal=4754.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84777 CaloNeutralID=44068 CaloEcalE=3055.4 CaloHcalE=3514.55 CaloEcalChi2=219.661 CaloBremChi2=133.439 CaloClusChi2=0.817512 CaloTrajectoryL=279.24 CaloEoverP=0.349628 EcalPIDe=0.786938 BremPIDe=0.655527 HcalPIDe=-1.25274 HcalPIDmu=0.271963 EcalPIDmu=-2.62453 TrackChi2PerDof=2.15388 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=14417.6 TrackPt=935.58 CombDLLe=-3.51139 CombDLLmu=-2.11869 CombDLLpi=0 CombDLLk=-60.5544 CombDLLp=-51.25 CombDLLd=-50.4886 ProbNNe=6.19651e-08 ProbNNpi=0.984039 ProbNNk=0.00139213 ProbNNp=0.000338032 ProbNNghost=0.314336 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.60535 RichDLLmu=-2.194 RichDLLpi=0 RichDLLk=33.0812 RichDLLp=32.0798 RichPIDStatus=6116 RichDLLbt=32.0798 RichDLLd=32.0798 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.60875 CaloElectronMatch=769.567 CaloBremMatch=266.633 CaloChargedEcal=1811.64 CaloChargedID=39890 CaloNeutralEcal=1811.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.780457 CaloNeutralID=39890 CaloEcalE=364.572 CaloHcalE=8971.92 CaloEcalChi2=769.567 CaloBremChi2=180.203 CaloClusChi2=7.60875 CaloTrajectoryL=-1267.75 CaloEoverP=0.162427 EcalPIDe=-0.620164 BremPIDe=0.170661 HcalPIDe=-2.51216 HcalPIDmu=-2.24776 EcalPIDmu=0.00475264 TrackChi2PerDof=1.08425 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=11519.9 TrackPt=877.257 CombDLLe=-3.24245 CombDLLmu=-5.13155 CombDLLpi=0 CombDLLk=33.0812 CombDLLp=32.0798 CombDLLd=32.0798 ProbNNe=8.30327e-07 ProbNNpi=0.000302968 ProbNNk=0.996621 ProbNNp=0.780262 ProbNNghost=0.00081242 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.73478 RichDLLmu=-5.44228 RichDLLpi=0 RichDLLk=0.282514 RichDLLp=0.282514 RichPIDStatus=5028 RichDLLbt=0.282514 RichDLLd=0.282514 InAccBrem=1 CaloBremChi2=688.473 BremPIDe=-0.553589 TrackChi2PerDof=1.24423 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=2647.77 TrackPt=200.427 CombDLLe=-1.37833 CombDLLmu=-5.5742 CombDLLpi=0 CombDLLk=0.282514 CombDLLp=0.282514 CombDLLd=0.282514 ProbNNe=0.693423 ProbNNpi=0.720192 ProbNNk=0.0527788 ProbNNp=0.117774 ProbNNghost=0.396412 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-29.7009 RichDLLmu=-27.9706 RichDLLpi=0 RichDLLk=-8.34162 RichDLLp=-8.34162 RichPIDStatus=5027 RichDLLbt=-8.34162 RichDLLd=-8.34162 InAccBrem=1 CaloBremChi2=346.319 BremPIDe=-0.373552 TrackChi2PerDof=1.92354 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=4261.84 TrackPt=490.433 CombDLLe=-4.78822 CombDLLmu=-6.99981 CombDLLpi=0 CombDLLk=-8.34162 CombDLLp=-8.34162 CombDLLd=-8.34162 ProbNNe=6.60479e-05 ProbNNpi=0.986938 ProbNNk=0.000794622 ProbNNp=0.00487011 ProbNNghost=0.0232343 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=1.40069 RichDLLmu=-3.19673 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=300.554 BremPIDe=-0.15976 TrackChi2PerDof=1.42349 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=2283.18 TrackPt=101.93 CombDLLe=0.0852603 CombDLLmu=-3.95118 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.933603 ProbNNpi=0.518124 ProbNNk=0.0465859 ProbNNp=0.131377 ProbNNghost=0.804603 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.90268 RichDLLmu=-2.75775 RichDLLpi=0 RichDLLk=96.5876 RichDLLp=48.4047 RichPIDStatus=8164 RichDLLbt=48.1163 RichDLLd=48.1163 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.42117 CaloElectronMatch=3669.94 CaloBremMatch=3669.94 CaloChargedEcal=1021.42 CaloChargedID=37678 CaloNeutralEcal=1021.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.864573 CaloNeutralID=37678 CaloEcalE=0 CaloHcalE=11542.9 CaloEcalChi2=3669.94 CaloBremChi2=103.171 CaloClusChi2=7.42117 CaloTrajectoryL=-1210.92 CaloEoverP=0.0641194 EcalPIDe=-2.93119 BremPIDe=0.688896 HcalPIDe=-2.5812 HcalPIDmu=-2.86805 EcalPIDmu=0.635346 TrackChi2PerDof=1.1642 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=18232.7 TrackPt=2146.52 CombDLLe=-5.67719 CombDLLmu=-5.74448 CombDLLpi=0 CombDLLk=96.5876 CombDLLp=48.4047 CombDLLd=48.1163 ProbNNe=7.05017e-07 ProbNNpi=0.000114682 ProbNNk=0.999941 ProbNNp=0.00328929 ProbNNghost=0.00239432 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0200481 RichDLLmu=4.29861 RichDLLpi=0 RichDLLk=-65.4297 RichDLLp=-55.9535 RichPIDStatus=8162 RichDLLbt=-53.6265 RichDLLd=-53.6265 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.14274 CaloElectronMatch=456.832 CaloBremMatch=456.832 CaloChargedEcal=10792.1 CaloChargedID=42162 CaloNeutralEcal=10792.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928598 CaloNeutralID=42162 CaloEcalE=3411.35 CaloHcalE=10275.8 CaloEcalChi2=456.832 CaloBremChi2=493.419 CaloClusChi2=0.14274 CaloTrajectoryL=-250.379 CaloEoverP=0.571194 EcalPIDe=-0.172551 BremPIDe=-0.591406 HcalPIDe=-2.59631 HcalPIDmu=-2.24746 EcalPIDmu=-2.30496 TrackChi2PerDof=0.985742 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=19533.5 TrackPt=2098.57 CombDLLe=-3.35676 CombDLLmu=0.320375 CombDLLpi=0 CombDLLk=-65.4297 CombDLLp=-55.9535 CombDLLd=-53.6265 ProbNNe=0.00353674 ProbNNpi=0.993791 ProbNNk=2.63992e-05 ProbNNp=0.000153349 ProbNNghost=0.0248559 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-43.6581 RichDLLmu=-35.7663 RichDLLpi=0 RichDLLk=-19.8451 RichDLLp=-19.8451 RichPIDStatus=5027 RichDLLbt=-19.8451 RichDLLd=-19.8451 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.17341 CaloElectronMatch=136.856 CaloBremMatch=136.856 CaloChargedEcal=2017.51 CaloChargedID=34101 CaloNeutralEcal=2017.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941832 CaloNeutralID=34101 CaloEcalE=1674.54 CaloHcalE=670.813 CaloEcalChi2=136.856 CaloBremChi2=157.815 CaloClusChi2=2.17341 CaloTrajectoryL=253.038 CaloEoverP=0.430319 EcalPIDe=0.989182 BremPIDe=-0.0258536 HcalPIDe=-0.319373 HcalPIDmu=-0.836264 EcalPIDmu=-1.31108 TrackChi2PerDof=0.997193 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=5098.6 TrackPt=601.081 CombDLLe=-4.9379 CombDLLmu=-9.14734 CombDLLpi=0 CombDLLk=-19.8451 CombDLLp=-19.8451 CombDLLd=-19.8451 ProbNNe=3.12931e-07 ProbNNpi=0.997941 ProbNNk=4.15672e-05 ProbNNp=0.000813557 ProbNNghost=0.00427342 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-28.7403 RichDLLmu=-14.335 RichDLLpi=0 RichDLLk=-3.64965 RichDLLp=-3.64965 RichPIDStatus=5027 RichDLLbt=-3.64965 RichDLLd=-3.64965 InAccBrem=1 CaloBremChi2=390.954 BremPIDe=-0.4614 TrackChi2PerDof=1.36242 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=3231.04 TrackPt=248.583 CombDLLe=-4.77329 CombDLLmu=-6.95487 CombDLLpi=0 CombDLLk=-3.64965 CombDLLp=-3.64965 CombDLLd=-3.64965 ProbNNe=1.31241e-05 ProbNNpi=0.978351 ProbNNk=0.00395817 ProbNNp=0.0101033 ProbNNghost=0.0201909 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-44.573 RichDLLmu=-36.0701 RichDLLpi=0 RichDLLk=-29.1766 RichDLLp=-29.1766 RichPIDStatus=5091 RichDLLbt=-29.1766 RichDLLd=-29.1766 MuonMuLL=-0.00200198 MuonBkgLL=-0.353628 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=177.932 MuonMVA1=-999 MuonMVA2=-0.338295 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.05876 CaloElectronMatch=266.633 CaloBremMatch=266.633 CaloChargedEcal=1811.64 CaloChargedID=39890 CaloNeutralEcal=1811.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.780457 CaloNeutralID=39890 CaloEcalE=1548.55 CaloHcalE=3684.58 CaloEcalChi2=266.633 CaloBremChi2=218.482 CaloClusChi2=3.05876 CaloTrajectoryL=306.316 CaloEoverP=0.238663 EcalPIDe=0.27519 BremPIDe=-0.00620699 HcalPIDe=-1.79057 HcalPIDmu=-0.368868 EcalPIDmu=-0.970831 TrackChi2PerDof=0.970354 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=7840.12 TrackPt=628.94 CombDLLe=-7.16069 CombDLLmu=-7.98807 CombDLLpi=0 CombDLLk=-29.1766 CombDLLp=-29.1766 CombDLLd=-28.8229 ProbNNe=2.19266e-09 ProbNNmu=0.00366525 ProbNNpi=0.445765 ProbNNk=0.00768709 ProbNNp=0.0187309 ProbNNghost=0.00615824 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.66326 RichDLLmu=-1.17411 RichDLLpi=0 RichDLLk=-47.4006 RichDLLp=-35.5955 RichPIDStatus=8163 RichDLLbt=-31.932 RichDLLd=-31.932 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.74472 CaloElectronMatch=544.339 CaloBremMatch=544.339 CaloChargedEcal=7553.57 CaloChargedID=43562 CaloNeutralEcal=7553.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867596 CaloNeutralID=43562 CaloEcalE=638.812 CaloHcalE=15007.3 CaloEcalChi2=544.339 CaloBremChi2=68.2939 CaloClusChi2=4.74472 CaloTrajectoryL=103.186 CaloEoverP=0.30951 EcalPIDe=-0.250247 BremPIDe=1.09719 HcalPIDe=-2.87281 HcalPIDmu=-3.05306 EcalPIDmu=1.20457 TrackChi2PerDof=1.00636 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=25020 TrackPt=762.691 CombDLLe=-3.18127 CombDLLmu=-3.46269 CombDLLpi=0 CombDLLk=-47.4006 CombDLLp=-35.5955 CombDLLd=-31.932 ProbNNe=0.000150019 ProbNNpi=0.999308 ProbNNk=0.00011974 ProbNNp=0.000131267 ProbNNghost=0.000651526 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.1488 RichDLLmu=-2.42085 RichDLLpi=0 RichDLLk=-31.6721 RichDLLp=-18.5125 RichPIDStatus=8163 RichDLLbt=-18.1161 RichDLLd=-18.1161 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.311422 CaloElectronMatch=172.838 CaloBremMatch=172.838 CaloChargedEcal=14648.7 CaloChargedID=42996 CaloNeutralEcal=14648.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812531 CaloNeutralID=42996 CaloEcalE=10458.3 CaloHcalE=5169.19 CaloEcalChi2=172.838 CaloBremChi2=705.861 CaloClusChi2=0.311422 CaloTrajectoryL=140.758 CaloEoverP=0.642174 EcalPIDe=1.91205 BremPIDe=-0.581258 HcalPIDe=-1.4935 HcalPIDmu=-0.619339 EcalPIDmu=-4.04965 TrackChi2PerDof=0.857583 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=22798.7 TrackPt=763.779 CombDLLe=-1.9016 CombDLLmu=-7.81603 CombDLLpi=0 CombDLLk=-31.6721 CombDLLp=-18.5125 CombDLLd=-18.1161 ProbNNe=7.04116e-05 ProbNNpi=0.996923 ProbNNk=0.000138943 ProbNNp=0.000185311 ProbNNghost=0.00269361 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.4319 RichDLLmu=-6.15047 RichDLLpi=0 RichDLLk=10.5236 RichDLLp=10.5236 RichPIDStatus=5092 RichDLLbt=10.5236 RichDLLd=10.5236 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.699171 CaloElectronMatch=181.864 CaloBremMatch=181.864 CaloChargedEcal=7899.3 CaloChargedID=38853 CaloNeutralEcal=7899.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796734 CaloNeutralID=38853 CaloEcalE=4218.27 CaloHcalE=0 CaloEcalChi2=181.864 CaloBremChi2=629.407 CaloClusChi2=0.699171 CaloTrajectoryL=233.656 CaloEoverP=0.933508 EcalPIDe=0.989182 BremPIDe=-0.638976 HcalPIDe=0.83611 HcalPIDmu=-2.36508 EcalPIDmu=-3.23795 TrackChi2PerDof=1.12169 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=8742.12 TrackPt=327.48 CombDLLe=-0.761517 CombDLLmu=-11.5013 CombDLLpi=0 CombDLLk=10.5236 CombDLLp=10.5236 CombDLLd=10.5236 ProbNNe=0.000154907 ProbNNpi=0.415039 ProbNNk=0.555845 ProbNNp=0.700953 ProbNNghost=0.0211224 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.990974 RichDLLmu=0.810868 RichDLLpi=0 RichDLLk=-19.2027 RichDLLp=-14.534 RichPIDStatus=8129 RichDLLbt=-12.954 RichDLLd=-12.954 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=11.9513 CaloElectronMatch=3302.69 CaloChargedEcal=3349.19 CaloChargedID=42801 CaloEcalE=222.156 CaloHcalE=94414.8 CaloEcalChi2=3302.69 CaloClusChi2=11.9513 CaloTrajectoryL=4617.36 CaloEoverP=0.0995999 EcalPIDe=-3.09266 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=0.386419 TrackChi2PerDof=1.07613 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=36237.4 TrackPt=643.328 CombDLLe=-5.92494 CombDLLmu=-1.53354 CombDLLpi=0 CombDLLk=-19.2027 CombDLLp=-14.534 CombDLLd=-12.954 ProbNNe=5.1936e-06 ProbNNpi=0.998958 ProbNNk=2.60843e-05 ProbNNp=0.000104995 ProbNNghost=0.00828784 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.4813 RichDLLmu=-11.0919 RichDLLpi=0 RichDLLk=0.340352 RichDLLp=0.340352 RichPIDStatus=5028 RichDLLbt=0.340352 RichDLLd=0.340352 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=5.95817 CaloElectronMatch=44.8493 CaloChargedEcal=3292.96 CaloChargedID=34693 CaloEcalE=1485.76 CaloHcalE=101.849 CaloEcalChi2=44.8493 CaloClusChi2=5.95817 CaloTrajectoryL=508.795 CaloEoverP=1.00204 EcalPIDe=2.97947 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.86134 TrackChi2PerDof=2.01412 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=3491.75 TrackPt=80.394 CombDLLe=1.34882 CombDLLmu=-11.0922 CombDLLpi=0 CombDLLk=0.340352 CombDLLp=0.340352 CombDLLd=0.340352 ProbNNe=0.0081192 ProbNNpi=0.837292 ProbNNk=0.0598775 ProbNNp=0.0678049 ProbNNghost=0.582221 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.41321 RichDLLmu=2.68722 RichDLLpi=0 RichDLLk=24.2709 RichDLLp=24.2709 RichPIDStatus=5092 RichDLLbt=24.2709 RichDLLd=24.2709 MuonMuLL=-0.189467 MuonBkgLL=-2.19518 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.39327 MuonMVA1=-999 MuonMVA2=0.459219 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.24627 CaloElectronMatch=61.1566 CaloBremMatch=0.289702 CaloChargedEcal=4464.87 CaloChargedID=38517 CaloNeutralEcal=4464.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.64785 CaloNeutralID=38517 CaloEcalE=1081.91 CaloHcalE=8429.98 CaloEcalChi2=61.1566 CaloBremChi2=228.68 CaloClusChi2=1.24627 CaloTrajectoryL=172.605 CaloEoverP=0.6367 EcalPIDe=3.6423 BremPIDe=-0.210201 HcalPIDe=-1.88811 HcalPIDmu=-1.13027 EcalPIDmu=-0.430087 TrackChi2PerDof=1.20932 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=7279.25 TrackPt=194.472 CombDLLe=1.7912 CombDLLmu=3.88271 CombDLLpi=0 CombDLLk=24.2709 CombDLLp=24.2709 CombDLLd=26.4661 ProbNNe=0.838457 ProbNNmu=0.00366525 ProbNNpi=6.48599e-06 ProbNNk=0.116902 ProbNNp=0.156271 ProbNNghost=0.217071 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=22.337 RichDLLmu=5.93958 RichDLLpi=0 RichDLLk=11.1915 RichDLLp=11.1915 RichPIDStatus=5089 RichDLLbt=11.1915 RichDLLd=11.1915 MuonMuLL=-0.00200198 MuonBkgLL=-0.360352 MuonNShared=7 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=37.9646 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.38948 CaloElectronMatch=0.516785 CaloBremMatch=0.516785 CaloChargedEcal=6549.99 CaloChargedID=39352 CaloNeutralEcal=6549.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974691 CaloNeutralID=39352 CaloEcalE=6032.92 CaloHcalE=676.064 CaloEcalChi2=0.516785 CaloBremChi2=12.112 CaloClusChi2=0.38948 CaloTrajectoryL=100.137 CaloEoverP=0.94787 EcalPIDe=3.6423 BremPIDe=3.0352 HcalPIDe=-0.319373 HcalPIDmu=-1.088 EcalPIDmu=-2.74106 TrackChi2PerDof=2.60108 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=6991.54 TrackPt=245.287 CombDLLe=9.90578 CombDLLmu=2.33881 CombDLLpi=0 CombDLLk=11.1915 CombDLLp=11.1915 CombDLLd=11.5519 ProbNNe=0.99998 ProbNNpi=0.00247851 ProbNNk=0.000950984 ProbNNp=0.000336908 ProbNNghost=0.996916 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-28.9474 RichDLLmu=-2.1537 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=437.281 BremPIDe=-0.19324 TrackChi2PerDof=1.25403 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=2225.92 TrackPt=398.205 CombDLLe=-4.52754 CombDLLmu=-2.84157 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.24117e-05 ProbNNpi=0.830023 ProbNNk=0.0773477 ProbNNp=0.190734 ProbNNghost=0.0359943 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-39.954 RichDLLmu=-9.18858 RichDLLpi=0 RichDLLk=-38.6529 RichDLLp=-29.2909 RichPIDStatus=6115 RichDLLbt=-29.2909 RichDLLd=-29.2909 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.632141 CaloElectronMatch=132.379 CaloChargedEcal=7276.38 CaloChargedID=38735 CaloEcalE=5011.38 CaloHcalE=1620.87 CaloEcalChi2=132.379 CaloClusChi2=0.632141 CaloTrajectoryL=220.65 CaloEoverP=0.5287 EcalPIDe=1.35245 HcalPIDe=-0.799582 HcalPIDmu=2.03736 EcalPIDmu=-3.47172 TrackChi2PerDof=0.881222 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=13769.4 TrackPt=397.443 CombDLLe=-4.7749 CombDLLmu=-8.08838 CombDLLpi=0 CombDLLk=-38.6529 CombDLLp=-29.2909 CombDLLd=-29.2909 ProbNNe=8.6199e-09 ProbNNpi=0.999839 ProbNNk=0.000205439 ProbNNp=3.28449e-05 ProbNNghost=0.00380024 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=29.5244 RichDLLmu=1.02497 RichDLLpi=0 RichDLLk=7.14682 RichDLLp=7.14682 RichPIDStatus=5089 RichDLLbt=7.14682 RichDLLd=7.14682 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.671405 CaloElectronMatch=9.92658 CaloChargedEcal=5923.95 CaloChargedID=39119 CaloEcalE=5637.94 CaloHcalE=1255.26 CaloEcalChi2=9.92658 CaloClusChi2=0.671405 CaloTrajectoryL=137.595 CaloEoverP=0.831902 EcalPIDe=3.6423 HcalPIDe=-0.668461 HcalPIDmu=0.533502 EcalPIDmu=-2.52863 TrackChi2PerDof=2.60367 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=7185.22 TrackPt=218.164 CombDLLe=7.36985 CombDLLmu=-0.579938 CombDLLpi=0 CombDLLk=7.14682 CombDLLp=7.14682 CombDLLd=7.14682 ProbNNe=0.999993 ProbNNpi=0.00121304 ProbNNk=0.000235632 ProbNNp=0.0011115 ProbNNghost=0.960443 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.7176 RichDLLmu=-6.64575 RichDLLpi=0 RichDLLk=8.94124 RichDLLp=8.94124 RichPIDStatus=5028 RichDLLbt=8.94124 RichDLLd=8.94124 InAccBrem=1 CaloBremChi2=42.6782 BremPIDe=1.14622 TrackChi2PerDof=1.90442 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=3564.7 TrackPt=590.473 CombDLLe=-1.00729 CombDLLmu=-6.08329 CombDLLpi=0 CombDLLk=8.94124 CombDLLp=8.94124 CombDLLd=8.94124 ProbNNe=0.000776856 ProbNNpi=0.194353 ProbNNk=0.866525 ProbNNp=0.889705 ProbNNghost=0.264565 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.92681 RichDLLmu=0.543227 RichDLLpi=0 RichDLLk=-11.8978 RichDLLp=-12.7465 RichPIDStatus=6082 RichDLLbt=-12.7465 RichDLLd=-12.7465 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=14.4569 CaloElectronMatch=3204.26 CaloChargedEcal=22615.8 CaloChargedID=42901 CaloEcalE=0 CaloHcalE=20903.8 CaloEcalChi2=3204.26 CaloClusChi2=14.4569 CaloTrajectoryL=-823.756 CaloEoverP=0.85393 EcalPIDe=-2.70173 HcalPIDe=-2.87457 HcalPIDmu=-3.36956 EcalPIDmu=0.868247 TrackChi2PerDof=1.53006 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=26742.7 TrackPt=550.793 CombDLLe=-5.91324 CombDLLmu=-1.74377 CombDLLpi=0 CombDLLk=-11.8978 CombDLLp=-12.7465 CombDLLd=-12.7465 ProbNNe=1.66816e-06 ProbNNpi=0.996307 ProbNNk=0.000319051 ProbNNp=0.000498875 ProbNNghost=0.00500393 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-57.5386 RichDLLmu=-42.3191 RichDLLpi=0 RichDLLk=-25.7281 RichDLLp=-25.7281 RichPIDStatus=5091 RichDLLbt=-25.7281 RichDLLd=-25.7281 MuonMuLL=-0.000800334 MuonBkgLL=-0.0505569 MuonNShared=9 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=134.659 MuonMVA1=-999 MuonMVA2=-0.39121 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.219849 CaloElectronMatch=13.7942 CaloBremMatch=13.7942 CaloChargedEcal=3312.75 CaloChargedID=34019 CaloNeutralEcal=3312.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738757 CaloNeutralID=34019 CaloEcalE=1693.94 CaloHcalE=817.236 CaloEcalChi2=13.7942 CaloBremChi2=9.78705 CaloClusChi2=0.219849 CaloTrajectoryL=156.257 CaloEoverP=0.802094 EcalPIDe=2.97947 BremPIDe=3.18724 HcalPIDe=-0.560927 HcalPIDmu=0.0289404 EcalPIDmu=-1.87667 TrackChi2PerDof=1.20712 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=4331 TrackPt=795.607 CombDLLe=-0.64793 CombDLLmu=-8.79797 CombDLLpi=0 CombDLLk=-25.7281 CombDLLp=-25.7281 CombDLLd=-25.6775 ProbNNe=1.54063e-07 ProbNNmu=0.00366525 ProbNNpi=0.602908 ProbNNk=0.000873771 ProbNNp=0.0037133 ProbNNghost=0.0768082 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.617267 RichDLLmu=-0.153468 RichDLLpi=0 RichDLLk=-5.89755 RichDLLp=-1.68785 RichPIDStatus=8131 RichDLLbt=-1.43823 RichDLLd=-1.43823 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.40971 CaloElectronMatch=1579.53 CaloChargedEcal=7553.57 CaloChargedID=43562 CaloEcalE=2346.92 CaloHcalE=16558.8 CaloEcalChi2=1579.53 CaloClusChi2=2.40971 CaloTrajectoryL=1567.59 CaloEoverP=0.249248 EcalPIDe=-1.26658 HcalPIDe=-3.00566 HcalPIDmu=-3.22215 EcalPIDmu=-1.33563 TrackChi2PerDof=0.514372 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=31069.2 TrackPt=541.289 CombDLLe=-4.38025 CombDLLmu=-4.77257 CombDLLpi=0 CombDLLk=-5.89755 CombDLLp=-1.68785 CombDLLd=-1.43823 ProbNNe=4.8867e-06 ProbNNpi=0.994237 ProbNNk=0.00147817 ProbNNp=0.00645207 ProbNNghost=0.00234142 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=15.4118 RichDLLmu=11.687 RichDLLpi=0 RichDLLk=-24.832 RichDLLp=-13.5055 RichPIDStatus=8161 RichDLLbt=-13.3557 RichDLLd=-13.3557 InAccBrem=1 CaloBremChi2=110.526 BremPIDe=0.984014 TrackChi2PerDof=0.796542 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=17683.4 TrackPt=1068.62 CombDLLe=3.55509 CombDLLmu=6.87063 CombDLLpi=0 CombDLLk=-24.832 CombDLLp=-13.5055 CombDLLd=-13.3557 ProbNNe=0.997987 ProbNNpi=0.0804595 ProbNNk=0.000196928 ProbNNp=0.0108364 ProbNNghost=0.00801731 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.0433 RichDLLmu=-12.2108 RichDLLpi=0 RichDLLk=-5.52291 RichDLLp=-5.52291 RichPIDStatus=5059 RichDLLbt=-5.52291 RichDLLd=-5.52291 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.336146 CaloElectronMatch=77.6707 CaloChargedEcal=5279.6 CaloChargedID=39051 CaloEcalE=2404.21 CaloHcalE=1278.46 CaloEcalChi2=77.6707 CaloClusChi2=0.336146 CaloTrajectoryL=91.6865 CaloEoverP=0.613905 EcalPIDe=1.84829 HcalPIDe=-0.704175 HcalPIDmu=1.41053 EcalPIDmu=-2.02467 TrackChi2PerDof=1.50541 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=8855.38 TrackPt=172.503 CombDLLe=-1.52201 CombDLLmu=-7.50904 CombDLLpi=0 CombDLLk=-5.52291 CombDLLp=-5.52291 CombDLLd=-5.52291 ProbNNe=4.28432e-06 ProbNNpi=0.990457 ProbNNk=5.02761e-05 ProbNNp=0.000120691 ProbNNghost=0.0294462 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.23621 RichDLLmu=-0.949721 RichDLLpi=0 RichDLLk=-18.0735 RichDLLp=-14.2703 RichPIDStatus=6083 RichDLLbt=-14.2703 RichDLLd=-14.2703 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=27.121 CaloElectronMatch=2332.44 CaloChargedEcal=6716.09 CaloChargedID=43157 CaloEcalE=0 CaloHcalE=8790.52 CaloEcalChi2=2332.44 CaloClusChi2=27.121 CaloTrajectoryL=-1629.42 CaloEoverP=0.303859 EcalPIDe=-2.1672 HcalPIDe=-1.96611 HcalPIDmu=-1.86426 EcalPIDmu=0.790061 TrackChi2PerDof=0.815444 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=23070.3 TrackPt=449.851 CombDLLe=-5.04444 CombDLLmu=-2.38804 CombDLLpi=0 CombDLLk=-18.0735 CombDLLp=-14.2703 CombDLLd=-14.2703 ProbNNe=5.68768e-07 ProbNNpi=0.998267 ProbNNk=4.88723e-05 ProbNNp=0.000913303 ProbNNghost=0.00290048 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.24532 RichDLLmu=-0.257032 RichDLLpi=0 RichDLLk=-5.18002 RichDLLp=-1.17354 RichPIDStatus=6083 RichDLLbt=-1.17354 RichDLLd=-1.17354 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.19729 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=21496.5 TrackPt=437.35 CombDLLe=-0.392518 CombDLLmu=-0.359528 CombDLLpi=0 CombDLLk=-5.18002 CombDLLp=-1.17354 CombDLLd=-1.17354 ProbNNe=0.0660114 ProbNNpi=0.979615 ProbNNk=0.00158138 ProbNNp=0.0137393 ProbNNghost=0.00662309 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.26286 RichDLLmu=-5.46813 RichDLLpi=0 RichDLLk=7.53954 RichDLLp=7.53954 RichPIDStatus=5060 RichDLLbt=7.53954 RichDLLd=7.53954 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.252166 CaloElectronMatch=163.879 CaloChargedEcal=2668.54 CaloChargedID=42892 CaloEcalE=1063.34 CaloHcalE=6154.41 CaloEcalChi2=163.879 CaloClusChi2=0.252166 CaloTrajectoryL=52.8886 CaloEoverP=0.313148 EcalPIDe=0.989182 HcalPIDe=-2.12496 HcalPIDmu=-1.57874 EcalPIDmu=-0.400565 TrackChi2PerDof=0.96597 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=9751.84 TrackPt=166.426 CombDLLe=-0.914856 CombDLLmu=-7.56669 CombDLLpi=0 CombDLLk=7.53954 CombDLLp=7.53954 CombDLLd=7.53954 ProbNNe=0.00479569 ProbNNpi=0.52428 ProbNNk=0.30117 ProbNNp=0.413338 ProbNNghost=0.218051 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.86689 RichDLLmu=-1.84914 RichDLLpi=0 RichDLLk=-5.73802 RichDLLp=-4.74875 RichPIDStatus=6083 RichDLLbt=-4.74875 RichDLLd=-4.74875 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=42.2983 CaloElectronMatch=1989.07 CaloChargedEcal=3349.19 CaloChargedID=42801 CaloEcalE=0 CaloHcalE=29415.6 CaloEcalChi2=1989.07 CaloClusChi2=42.2983 CaloTrajectoryL=5242.52 CaloEoverP=0.165731 EcalPIDe=-1.6562 HcalPIDe=-2.87281 HcalPIDmu=-2.20948 EcalPIDmu=0.790061 TrackChi2PerDof=0.966195 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=21777.7 TrackPt=337.757 CombDLLe=-5.71905 CombDLLmu=-3.89631 CombDLLpi=0 CombDLLk=-5.73802 CombDLLp=-4.74875 CombDLLd=-4.74875 ProbNNe=6.74072e-07 ProbNNpi=0.995663 ProbNNk=0.000371764 ProbNNp=0.00117674 ProbNNghost=0.00301462 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-62.4214 RichDLLmu=-26.8375 RichDLLpi=0 RichDLLk=-23.5632 RichDLLp=-23.5632 RichPIDStatus=5091 RichDLLbt=-23.5632 RichDLLd=-23.5632 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0150099 CaloElectronMatch=380.533 CaloBremMatch=76.5628 CaloChargedEcal=1420.74 CaloChargedID=35020 CaloNeutralEcal=1420.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713754 CaloNeutralID=35020 CaloEcalE=652.944 CaloHcalE=10534.1 CaloEcalChi2=380.533 CaloBremChi2=76.2235 CaloClusChi2=0.0150099 CaloTrajectoryL=80.3169 CaloEoverP=0.189042 EcalPIDe=-0.0141273 BremPIDe=0.75355 HcalPIDe=-1.62556 HcalPIDmu=-0.546932 EcalPIDmu=0.734887 TrackChi2PerDof=1.33533 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=7573.81 TrackPt=2133.2 CombDLLe=-7.29469 CombDLLmu=-6.81174 CombDLLpi=0 CombDLLk=-23.5632 CombDLLp=-23.5632 CombDLLd=-23.5632 ProbNNe=2.80005e-09 ProbNNpi=0.992993 ProbNNk=0.000556309 ProbNNp=0.000386469 ProbNNghost=0.0293 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.139527 RichDLLmu=-0.0882616 RichDLLpi=0 RichDLLk=-0.203543 RichDLLp=-14.196 RichPIDStatus=139203 RichDLLbt=-17.855 RichDLLd=-27.626 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.21793 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=118444 TrackPt=2493.75 CombDLLe=-0.0244172 CombDLLmu=-0.123553 CombDLLpi=0 CombDLLk=-0.203543 CombDLLp=-14.196 CombDLLd=-27.626 ProbNNe=0.350501 ProbNNpi=0.721829 ProbNNk=0.0479698 ProbNNp=0.00021229 ProbNNghost=0.00519481 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.35813 CaloElectronMatch=250.847 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloEcalE=5051.41 CaloHcalE=0 CaloEcalChi2=250.847 CaloClusChi2=2.35813 CaloTrajectoryL=4550.46 CaloEoverP=0.364073 EcalPIDe=0.497498 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.37659 TrackChi2PerDof=1.86213 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=5008.34 TrackPt=87.8244 CombDLLe=0.982834 CombDLLmu=-3.84025 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.950046 ProbNNpi=0.17616 ProbNNk=0.0477767 ProbNNp=0.0783388 ProbNNghost=0.939687 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.1623 RichDLLmu=-8.52407 RichDLLpi=0 RichDLLk=26.0603 RichDLLp=26.0603 RichPIDStatus=5092 RichDLLbt=26.0603 RichDLLd=26.0603 MuonMuLL=-0.257735 MuonBkgLL=-1.079 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=146.898 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.824284 CaloElectronMatch=131.414 CaloBremMatch=131.414 CaloChargedEcal=1669.98 CaloChargedID=39625 CaloNeutralEcal=1669.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795964 CaloNeutralID=39625 CaloEcalE=862.092 CaloHcalE=0 CaloEcalChi2=131.414 CaloBremChi2=560.819 CaloClusChi2=0.824284 CaloTrajectoryL=-6.36508 CaloEoverP=0.305917 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=0.392523 TrackChi2PerDof=1.22178 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=5425.72 TrackPt=1339.1 CombDLLe=-2.68404 CombDLLmu=-7.82011 CombDLLpi=0 CombDLLk=26.0603 CombDLLp=26.0603 CombDLLd=27.1393 ProbNNe=9.4556e-07 ProbNNpi=0.00443379 ProbNNk=0.958525 ProbNNp=0.952712 ProbNNghost=0.00551713 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.39827 RichDLLmu=-2.41787 RichDLLpi=0 RichDLLk=4.8006 RichDLLp=4.75798 RichPIDStatus=6084 RichDLLbt=4.75798 RichDLLd=4.75798 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.258343 CaloElectronMatch=134.691 CaloChargedEcal=9185.66 CaloChargedID=42733 CaloEcalE=6967.76 CaloHcalE=2547.59 CaloEcalChi2=134.691 CaloClusChi2=0.258343 CaloTrajectoryL=124.024 CaloEoverP=0.50788 EcalPIDe=1.69569 HcalPIDe=-1.05105 HcalPIDmu=1.0404 EcalPIDmu=-3.80793 TrackChi2PerDof=1.26274 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=18942.2 TrackPt=290.613 CombDLLe=-0.294362 CombDLLmu=-5.91124 CombDLLpi=0 CombDLLk=4.8006 CombDLLp=4.75798 CombDLLd=4.75798 ProbNNe=0.000184853 ProbNNpi=0.844113 ProbNNk=0.16959 ProbNNp=0.128879 ProbNNghost=0.113743 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.73276 RichDLLmu=2.78601 RichDLLpi=0 RichDLLk=-7.94905 RichDLLp=-3.13755 RichPIDStatus=6082 RichDLLbt=-3.13755 RichDLLd=-3.13755 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.342765 CaloElectronMatch=143.888 CaloChargedEcal=13291.9 CaloChargedID=43218 CaloEcalE=9371.22 CaloHcalE=10346.3 CaloEcalChi2=143.888 CaloClusChi2=0.342765 CaloTrajectoryL=240.781 CaloEoverP=0.644531 EcalPIDe=1.91205 HcalPIDe=-2.42418 HcalPIDmu=-2.24746 EcalPIDmu=-3.53383 TrackChi2PerDof=0.769087 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=21219.5 TrackPt=308.133 CombDLLe=-0.034645 CombDLLmu=-2.24 CombDLLpi=0 CombDLLk=-7.94905 CombDLLp=-3.13755 CombDLLd=-3.13755 ProbNNe=0.0215199 ProbNNpi=0.8345 ProbNNk=0.00114935 ProbNNp=0.00274793 ProbNNghost=0.410989 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.474594 RichDLLmu=0.408387 RichDLLpi=0 RichDLLk=6.48421 RichDLLp=9.74311 RichPIDStatus=6085 RichDLLbt=9.74311 RichDLLd=9.74311 MuonMuLL=0 MuonBkgLL=-1.03628 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=760.321 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.630405 CaloElectronMatch=190.442 CaloChargedEcal=19081.5 CaloChargedID=42899 CaloEcalE=9046.69 CaloHcalE=15320.5 CaloEcalChi2=190.442 CaloClusChi2=0.630405 CaloTrajectoryL=381.707 CaloEoverP=0.680377 EcalPIDe=1.53473 HcalPIDe=-2.87457 HcalPIDmu=-2.63636 EcalPIDmu=-4.45345 TrackChi2PerDof=0.978686 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=27907.7 TrackPt=367.517 CombDLLe=-1.25679 CombDLLmu=-5.48305 CombDLLpi=0 CombDLLk=6.48421 CombDLLp=9.74311 CombDLLd=10.7794 ProbNNe=0.000900844 ProbNNpi=0.105396 ProbNNk=0.657232 ProbNNp=0.758414 ProbNNghost=0.374912 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.249282 RichDLLmu=0.0239275 RichDLLpi=0 RichDLLk=0.773379 RichDLLp=-6.14011 RichPIDStatus=139204 RichDLLbt=-5.8506 RichDLLd=-1.48462 TrackChi2PerDof=1.25552 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=107249 TrackPt=1674.77 CombDLLe=-0.0436237 CombDLLmu=0.0334983 CombDLLpi=0 CombDLLk=0.773379 CombDLLp=-6.14011 CombDLLd=-1.48462 ProbNNe=0.212585 ProbNNpi=0.854548 ProbNNk=0.359886 ProbNNp=0.0438095 ProbNNghost=0.0422103 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=26.4045 RichDLLmu=10.4501 RichDLLpi=0 RichDLLk=12.6198 RichDLLp=12.6198 RichPIDStatus=5025 RichDLLbt=12.6198 RichDLLd=12.6198 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.346205 CaloElectronMatch=306.077 CaloBremMatch=39.3545 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloEcalE=7287.9 CaloHcalE=0 CaloEcalChi2=306.077 CaloBremChi2=604.379 CaloClusChi2=0.346205 CaloTrajectoryL=3259.22 CaloEoverP=0.274593 EcalPIDe=0.27519 BremPIDe=-0.607507 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-1.85273 TrackChi2PerDof=0.895906 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=6640.37 TrackPt=444.243 CombDLLe=4.55286 CombDLLmu=2.44264 CombDLLpi=0 CombDLLk=12.6198 CombDLLp=12.6198 CombDLLd=12.6198 ProbNNe=0.999928 ProbNNpi=0.000346454 ProbNNk=0.00309262 ProbNNp=0.0902583 ProbNNghost=0.725354 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=7.17162 RichDLLmu=8.38076 RichDLLpi=0 RichDLLk=13.2162 RichDLLp=13.2162 RichPIDStatus=5028 RichDLLbt=13.2162 RichDLLd=13.2162 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.347095 CaloElectronMatch=305.977 CaloBremMatch=39.3545 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloEcalE=7287.9 CaloHcalE=0 CaloEcalChi2=305.977 CaloBremChi2=606.205 CaloClusChi2=0.347095 CaloTrajectoryL=3259.14 CaloEoverP=0.27464 EcalPIDe=0.27519 BremPIDe=-0.607507 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-1.85273 TrackChi2PerDof=1.88733 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=6639.23 TrackPt=450.959 CombDLLe=1.74555 CombDLLmu=2.1801 CombDLLpi=0 CombDLLk=13.2162 CombDLLp=13.2162 CombDLLd=13.2162 ProbNNe=0.848152 ProbNNpi=0.00165064 ProbNNk=0.539841 ProbNNp=0.723385 ProbNNghost=0.984998 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=27.8497 RichDLLmu=-0.0110359 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=527.603 BremPIDe=-0.53289 TrackChi2PerDof=1.8018 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=1968.12 TrackPt=266.275 CombDLLe=3.68095 CombDLLmu=-0.0154503 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.934203 ProbNNpi=0.055599 ProbNNk=0.00875184 ProbNNp=0.0184784 ProbNNghost=0.932173 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0425224 RichDLLmu=-0.0988884 RichDLLpi=0 RichDLLk=25.0806 RichDLLp=28.9271 RichPIDStatus=6117 RichDLLbt=28.9271 RichDLLd=28.9271 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.60667 CaloElectronMatch=770.134 CaloBremMatch=266.633 CaloChargedEcal=1811.64 CaloChargedID=39890 CaloNeutralEcal=1811.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.780457 CaloNeutralID=39890 CaloEcalE=364.572 CaloHcalE=8971.92 CaloEcalChi2=770.134 CaloBremChi2=188.235 CaloClusChi2=7.60667 CaloTrajectoryL=-1267.21 CaloEoverP=0.162344 EcalPIDe=-0.620164 BremPIDe=-0.205062 HcalPIDe=-2.51216 HcalPIDmu=-2.24776 EcalPIDmu=0.00475264 TrackChi2PerDof=2.39124 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=11525.8 TrackPt=858.757 CombDLLe=-3.32995 CombDLLmu=-2.38143 CombDLLpi=0 CombDLLk=25.0806 CombDLLp=28.9271 CombDLLd=28.9271 ProbNNe=3.1648e-05 ProbNNpi=0.000633169 ProbNNk=0.834478 ProbNNp=0.97427 ProbNNghost=0.575182 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.17322 RichDLLmu=-0.168986 RichDLLpi=0 RichDLLk=-18.6182 RichDLLp=-12.7702 RichPIDStatus=8131 RichDLLbt=-11.1181 RichDLLd=-11.1181 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=7.56377 CaloElectronMatch=1621.99 CaloChargedEcal=6487.3 CaloChargedID=43112 CaloEcalE=0 CaloHcalE=76645.8 CaloEcalChi2=1621.99 CaloClusChi2=7.56377 CaloTrajectoryL=-678.498 CaloEoverP=0.182887 EcalPIDe=-1.26658 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=1.02509 TrackChi2PerDof=0.902888 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=36045.8 TrackPt=418.356 CombDLLe=-4.47749 CombDLLmu=-2.25673 CombDLLpi=0 CombDLLk=-18.6182 CombDLLp=-12.7702 CombDLLd=-11.1181 ProbNNe=1.22964e-06 ProbNNpi=0.964837 ProbNNk=4.03529e-05 ProbNNp=0.00189966 ProbNNghost=0.135713 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-40.675 RichDLLmu=-32.5295 RichDLLpi=0 RichDLLk=-23.0063 RichDLLp=-23.0063 RichPIDStatus=5027 RichDLLbt=-23.0063 RichDLLd=-23.0063 MuonMuLL=-0.000199994 MuonBkgLL=-0.0340713 MuonNShared=14 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2950.71 MuonMVA1=-999 MuonMVA2=-0.340093 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.08666 CaloElectronMatch=319.713 CaloBremMatch=315.027 CaloChargedEcal=12314 CaloChargedID=39161 CaloNeutralEcal=12314 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91253 CaloNeutralID=39161 CaloEcalE=9588.28 CaloHcalE=2941.16 CaloEcalChi2=319.713 CaloBremChi2=662.142 CaloClusChi2=9.08666 CaloTrajectoryL=316.348 CaloEoverP=2.7064 EcalPIDe=0.0319619 BremPIDe=-0.553589 HcalPIDe=-1.47097 HcalPIDmu=-0.00949717 EcalPIDmu=-1.27739 TrackChi2PerDof=2.32549 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=4561.28 TrackPt=198.515 CombDLLe=-7.37273 CombDLLmu=-8.25298 CombDLLpi=0 CombDLLk=-23.0063 CombDLLp=-23.0063 CombDLLd=-22.9722 ProbNNe=1.72028e-09 ProbNNmu=0.00366525 ProbNNpi=6.51007e-05 ProbNNk=0.000859224 ProbNNp=0.00386689 ProbNNghost=0.984607 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.22959 RichDLLmu=1.98204 RichDLLpi=0 RichDLLk=-1.40238 RichDLLp=2.25045 RichPIDStatus=6081 RichDLLbt=2.25045 RichDLLd=2.25045 MuonMuLL=0 MuonBkgLL=-1.03732 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=764.365 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.638436 CaloElectronMatch=196.899 CaloChargedEcal=19081.5 CaloChargedID=42899 CaloEcalE=9046.69 CaloHcalE=15320.5 CaloEcalChi2=196.899 CaloClusChi2=0.638436 CaloTrajectoryL=382.565 CaloEoverP=0.674953 EcalPIDe=1.53473 HcalPIDe=-2.87457 HcalPIDmu=-2.63636 EcalPIDmu=-4.45345 TrackChi2PerDof=0.991211 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=28132 TrackPt=386.839 CombDLLe=-0.775889 CombDLLmu=-3.41439 CombDLLpi=0 CombDLLk=-1.40238 CombDLLp=2.25045 CombDLLd=3.28777 ProbNNe=0.00393223 ProbNNpi=0.676999 ProbNNk=0.00732663 ProbNNp=0.0538643 ProbNNghost=0.561907 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.37501 RichDLLmu=-0.359071 RichDLLpi=0 RichDLLk=4.0166 RichDLLp=5.10708 RichPIDStatus=6085 RichDLLbt=5.10708 RichDLLd=5.10708 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.30696 CaloElectronMatch=1521.46 CaloChargedEcal=16727.8 CaloChargedID=43308 CaloEcalE=2346.92 CaloHcalE=16558.8 CaloEcalChi2=1521.46 CaloClusChi2=3.30696 CaloTrajectoryL=1792.71 CaloEoverP=0.666765 EcalPIDe=-1.17123 HcalPIDe=-2.87281 HcalPIDmu=-3.30134 EcalPIDmu=-1.31768 TrackChi2PerDof=1.60752 TrackNumDof=11 TrackType=3 TrackHistory=30 TrackP=25131 TrackPt=319.451 CombDLLe=-4.45918 CombDLLmu=-5.12085 CombDLLpi=0 CombDLLk=4.0166 CombDLLp=5.10708 CombDLLd=5.10708 ProbNNe=8.68165e-05 ProbNNpi=0.107304 ProbNNk=0.16487 ProbNNp=0.157693 ProbNNghost=0.938854 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.2069 RichDLLmu=-7.5415 RichDLLpi=0 RichDLLk=1.48741 RichDLLp=1.48741 RichPIDStatus=5028 RichDLLbt=1.48741 RichDLLd=1.48741 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.04099 CaloElectronMatch=38.6264 CaloChargedEcal=811.782 CaloChargedID=36060 CaloEcalE=828.624 CaloHcalE=0 CaloEcalChi2=38.6264 CaloClusChi2=2.04099 CaloTrajectoryL=161.848 CaloEoverP=0.343025 EcalPIDe=2.97947 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=0.107042 TrackChi2PerDof=1.05058 TrackNumDof=12 TrackType=3 TrackHistory=32 TrackP=2682.08 TrackPt=1019.94 CombDLLe=0.774253 CombDLLmu=-8.63405 CombDLLpi=0 CombDLLk=1.48741 CombDLLp=1.48741 CombDLLd=1.48741 ProbNNe=0.00152524 ProbNNpi=0.562756 ProbNNk=0.107975 ProbNNp=0.254143 ProbNNghost=0.142385 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.497771 CaloElectronMatch=15.5032 CaloChargedEcal=3565.42 CaloChargedID=34822 CaloEcalE=3017.78 CaloHcalE=281.926 CaloEcalChi2=15.5032 CaloClusChi2=0.497771 CaloTrajectoryL=46.8927 CaloEoverP=1.19304 EcalPIDe=2.97947 HcalPIDe=-0.19426 HcalPIDmu=-1.03802 EcalPIDmu=-1.88769 TrackChi2PerDof=1.19232 TrackNumDof=12 TrackType=3 TrackHistory=32 TrackP=3164.81 TrackPt=27.6898 CombDLLe=2.78521 CombDLLmu=-2.9257 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.918799 ProbNNpi=0.0538354 ProbNNk=0.0554993 ProbNNp=0.0639931 ProbNNghost=0.957136 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.05373 TrackNumDof=9 TrackType=3 TrackHistory=30 TrackP=120110 TrackPt=1396.03 ProbNNe=0.0459651 ProbNNpi=0.0192867 ProbNNk=0.0721815 ProbNNp=0.451404 ProbNNghost=0.888586 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.30682 RichDLLmu=-5.20249 RichDLLpi=0 RichDLLk=23.2629 RichDLLp=23.2629 RichPIDStatus=5028 RichDLLbt=23.2629 RichDLLd=23.2629 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.374815 CaloElectronMatch=227.41 CaloBremMatch=227.41 CaloChargedEcal=8682.49 CaloChargedID=34890 CaloNeutralEcal=8682.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907199 CaloNeutralID=34890 CaloEcalE=4103.21 CaloHcalE=2105.97 CaloEcalChi2=227.41 CaloClusChi2=0.374815 CaloTrajectoryL=39.1808 CaloEoverP=1.1437 EcalPIDe=0.54377 HcalPIDe=-0.965364 HcalPIDmu=1.70097 EcalPIDmu=-2.93426 TrackChi2PerDof=0.856186 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=7928.93 TrackPt=919.54 CombDLLe=-0.018348 CombDLLmu=-6.67988 CombDLLpi=0 CombDLLk=23.2629 CombDLLp=23.2629 CombDLLd=23.2629 ProbNNe=0.882221 ProbNNpi=0.0806863 ProbNNk=0.292568 ProbNNp=0.905695 ProbNNghost=0.00903933 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.173067 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2552.76 MuonMVA1=-999 MuonMVA2=-1.02743 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=46.2497 CaloElectronMatch=672.036 CaloBremMatch=76.5628 CaloChargedEcal=1420.74 CaloChargedID=35020 CaloNeutralEcal=1420.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713754 CaloNeutralID=35020 CaloEcalE=0 CaloHcalE=8016.26 CaloEcalChi2=672.036 CaloClusChi2=46.2497 CaloTrajectoryL=4065.8 CaloEoverP=0.219368 EcalPIDe=-0.522006 HcalPIDe=-1.58527 HcalPIDmu=-1.57797 EcalPIDmu=0.861261 TrackChi2PerDof=2.16228 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6526.76 TrackPt=252.474 CombDLLe=-2.10727 CombDLLmu=-0.54364 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.173067 ProbNNe=1.42339e-08 ProbNNmu=0.000378876 ProbNNpi=0.174016 ProbNNk=0.00102574 ProbNNp=0.00151972 ProbNNghost=0.491492 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.47612 CaloElectronMatch=239.121 CaloBremMatch=239.121 CaloChargedEcal=10232.4 CaloChargedID=38974 CaloNeutralEcal=10232.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897228 CaloNeutralID=38974 CaloEcalE=9241.97 CaloHcalE=0 CaloEcalChi2=239.121 CaloClusChi2=1.47612 CaloTrajectoryL=210.454 CaloEoverP=1.62884 EcalPIDe=0.54377 HcalPIDe=0.685017 HcalPIDmu=-2.98749 EcalPIDmu=-0.36346 TrackChi2PerDof=2.6758 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6406.99 TrackPt=196.716 CombDLLe=1.22879 CombDLLmu=-3.35095 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.632301 ProbNNpi=0.0151353 ProbNNk=0.000459973 ProbNNp=0.00194178 ProbNNghost=0.975804 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.57249 RichDLLmu=-0.404386 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.06124 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2309.62 TrackPt=89.4749 CombDLLe=-1.30958 CombDLLmu=-0.564909 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.12157 ProbNNpi=0.509417 ProbNNk=0.026114 ProbNNp=0.0332001 ProbNNghost=0.442579 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=4.86907 RichDLLmu=0.29681 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.17267 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2365.96 TrackPt=86.7605 CombDLLe=0.847904 CombDLLmu=0.415047 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.644928 ProbNNpi=0.286192 ProbNNk=0.0128646 ProbNNp=0.0251606 ProbNNghost=0.601649 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.7794 RichDLLmu=0.905298 RichDLLpi=0 RichDLLk=1.85882 RichDLLp=1.85882 RichPIDStatus=5028 RichDLLbt=1.85882 RichDLLd=1.85882 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.47295 CaloElectronMatch=147.685 CaloChargedEcal=1420.74 CaloChargedID=35020 CaloEcalE=4123.06 CaloHcalE=161.979 CaloEcalChi2=147.685 CaloClusChi2=1.47295 CaloTrajectoryL=-977.421 CaloEoverP=0.41435 EcalPIDe=0.827744 HcalPIDe=-0.0360508 HcalPIDmu=-2.70777 EcalPIDmu=-1.94954 TrackChi2PerDof=1.77008 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3455.45 TrackPt=18.7465 CombDLLe=-1.21211 CombDLLmu=-3.40357 CombDLLpi=0 CombDLLk=1.85882 CombDLLp=1.85882 CombDLLd=1.85882 ProbNNe=0.0246206 ProbNNpi=0.0052085 ProbNNk=0.0153182 ProbNNp=0.00557416 ProbNNghost=0.996271 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.6698 RichDLLmu=-3.33642 RichDLLpi=0 RichDLLk=0.756557 RichDLLp=0.756557 RichPIDStatus=5028 RichDLLbt=0.756557 RichDLLd=0.756557 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.23136 CaloElectronMatch=61.6274 CaloBremMatch=61.6274 CaloChargedEcal=3212.18 CaloChargedID=35209 CaloNeutralEcal=3212.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973976 CaloNeutralID=35209 CaloEcalE=2797.72 CaloHcalE=1124.11 CaloEcalChi2=61.6274 CaloClusChi2=7.23136 CaloTrajectoryL=290.31 CaloEoverP=1.28405 EcalPIDe=3.01028 HcalPIDe=-0.837832 HcalPIDmu=0.811117 EcalPIDmu=-3.65401 TrackChi2PerDof=1.49953 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2660.53 TrackPt=290.654 CombDLLe=0.348291 CombDLLmu=-6.92523 CombDLLpi=0 CombDLLk=0.756557 CombDLLp=0.756557 CombDLLd=0.756557 ProbNNe=0.991028 ProbNNpi=0.723837 ProbNNk=0.0299157 ProbNNp=0.0837818 ProbNNghost=0.116108 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.6684 RichDLLmu=-3.6081 RichDLLpi=0 RichDLLk=-0.997043 RichDLLp=-0.997043 RichPIDStatus=5027 RichDLLbt=-0.997043 RichDLLd=-0.997043 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.86284 CaloElectronMatch=44.3774 CaloBremMatch=39.3545 CaloChargedEcal=1691.88 CaloChargedID=35065 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloEcalE=2445.01 CaloHcalE=0 CaloEcalChi2=44.3774 CaloClusChi2=1.86284 CaloTrajectoryL=1548.18 CaloEoverP=0.598265 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-2.27514 TrackChi2PerDof=2.97293 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3047.82 TrackPt=163.812 CombDLLe=1.15923 CombDLLmu=-9.30829 CombDLLpi=0 CombDLLk=-0.997043 CombDLLp=-0.997043 CombDLLd=-0.997043 ProbNNe=0.656418 ProbNNpi=0.0478536 ProbNNk=0.0100353 ProbNNp=0.0241336 ProbNNghost=0.955114 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.01693 RichDLLmu=-0.264749 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 TrackChi2PerDof=0.920103 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2411.01 TrackPt=34.4176 CombDLLe=-1.55177 CombDLLmu=-0.370302 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0294985 ProbNNpi=0.441396 ProbNNk=0.0257564 ProbNNp=0.0347423 ProbNNghost=0.558055 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.1224 RichDLLmu=-13.3319 RichDLLpi=0 RichDLLk=-15.9396 RichDLLp=-15.3307 RichPIDStatus=6115 RichDLLbt=-15.3307 RichDLLd=-15.3307 MuonMuLL=0 MuonBkgLL=-0.286423 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=1505.5 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.450768 CaloElectronMatch=66.5696 CaloBremMatch=66.5696 CaloChargedEcal=4272.66 CaloChargedID=42206 CaloNeutralEcal=4272.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.832766 CaloNeutralID=42206 CaloEcalE=1641.49 CaloHcalE=3080.8 CaloEcalChi2=66.5696 CaloClusChi2=0.450768 CaloTrajectoryL=295.862 CaloEoverP=0.395217 EcalPIDe=2.19153 HcalPIDe=-0.447499 HcalPIDmu=0.406191 EcalPIDmu=-1.51809 TrackChi2PerDof=0.83858 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=11635.7 TrackPt=908.957 CombDLLe=-2.81711 CombDLLmu=-7.75818 CombDLLpi=0 CombDLLk=-15.9396 CombDLLp=-15.3307 CombDLLd=-15.0442 ProbNNe=1.00098e-10 ProbNNpi=0.998588 ProbNNk=3.65943e-06 ProbNNp=2.52979e-07 ProbNNghost=0.00115134 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=18.486 RichDLLmu=-4.46428 RichDLLpi=0 RichDLLk=0.948458 RichDLLp=0.948458 RichPIDStatus=5057 RichDLLbt=0.948458 RichDLLd=0.948458 MuonMuLL=0 MuonBkgLL=-0.165945 MuonNShared=10 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=5132.76 MuonMVA1=-999 MuonMVA2=-1.31336 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.452007 CaloElectronMatch=9.68596 CaloBremMatch=9.68596 CaloChargedEcal=9694.36 CaloChargedID=42551 CaloNeutralEcal=9694.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966093 CaloNeutralID=42551 CaloEcalE=7419.22 CaloHcalE=5236.7 CaloEcalChi2=9.68596 CaloClusChi2=0.452007 CaloTrajectoryL=118.75 CaloEoverP=1.15113 EcalPIDe=3.71102 HcalPIDe=-1.75055 HcalPIDmu=-0.923879 EcalPIDmu=-3.06766 TrackChi2PerDof=2.28139 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=8623.5 TrackPt=242.46 CombDLLe=4.98333 CombDLLmu=-8.8152 CombDLLpi=0 CombDLLk=0.948458 CombDLLp=0.948458 CombDLLd=1.1144 ProbNNe=0.997097 ProbNNmu=0.000625898 ProbNNpi=0.00456617 ProbNNk=0.0138118 ProbNNp=0.0148538 ProbNNghost=0.995959 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=7.14156 RichDLLmu=0.696774 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.37293 CaloElectronMatch=3.32886 CaloBremMatch=3.32886 CaloChargedEcal=2301.68 CaloChargedID=34305 CaloNeutralEcal=2301.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969439 CaloNeutralID=34305 CaloEcalE=2046.97 CaloEcalChi2=3.32886 CaloClusChi2=0.37293 CaloTrajectoryL=24.5756 CaloEoverP=1.1117 EcalPIDe=3.01028 EcalPIDmu=-1.93979 TrackChi2PerDof=1.92094 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2277.16 TrackPt=223.037 CombDLLe=4.24694 CombDLLmu=-0.970577 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.999809 ProbNNpi=0.146468 ProbNNk=0.00978517 ProbNNp=0.0560924 ProbNNghost=0.745642 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.32895 RichDLLmu=2.20033 RichDLLpi=0 RichDLLk=8.56367 RichDLLp=8.56367 RichPIDStatus=5028 RichDLLbt=8.56367 RichDLLd=8.56367 MuonMuLL=0 MuonBkgLL=-0.0103279 MuonNShared=8 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=910.279 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0219563 CaloElectronMatch=27.5221 CaloBremMatch=27.5221 CaloChargedEcal=5009.9 CaloChargedID=34637 CaloNeutralEcal=5009.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947449 CaloNeutralID=34637 CaloEcalE=4294.03 CaloHcalE=2460.07 CaloEcalChi2=27.5221 CaloClusChi2=0.0219563 CaloTrajectoryL=-82.4205 CaloEoverP=1.11947 EcalPIDe=3.01028 HcalPIDe=-1.4058 HcalPIDmu=1.00459 EcalPIDmu=-2.56612 TrackChi2PerDof=1.55949 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4572.4 TrackPt=118.912 CombDLLe=2.3591 CombDLLmu=1.3447 CombDLLpi=0 CombDLLk=8.56367 CombDLLp=8.56367 CombDLLd=8.574 ProbNNe=0.987567 ProbNNpi=0.0576188 ProbNNk=0.151898 ProbNNp=0.283828 ProbNNghost=0.889667 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.9715 RichDLLmu=-15.2538 RichDLLpi=0 RichDLLk=6.37452 RichDLLp=6.37452 RichPIDStatus=5028 RichDLLbt=6.37452 RichDLLd=6.37452 MuonMuLL=-0.413245 MuonBkgLL=-0.390474 MuonNShared=18 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=80.3848 MuonMVA1=-999 MuonMVA2=-0.549826 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.90606 CaloElectronMatch=469.049 CaloBremMatch=469.049 CaloChargedEcal=21569.3 CaloChargedID=42526 CaloNeutralEcal=21569.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.682275 CaloNeutralID=42526 CaloEcalE=7513.06 CaloEcalChi2=469.049 CaloClusChi2=3.90606 CaloTrajectoryL=548.594 CaloEoverP=5.83904 EcalPIDe=-0.238625 EcalPIDmu=-0.0637131 TrackChi2PerDof=2.13597 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3713.64 TrackPt=766.693 CombDLLe=-4.23696 CombDLLmu=-7.0552 CombDLLpi=0 CombDLLk=6.37452 CombDLLp=6.37452 CombDLLd=6.76499 ProbNNe=0.0100876 ProbNNmu=0.300758 ProbNNpi=0.34136 ProbNNk=0.253434 ProbNNp=0.286444 ProbNNghost=0.810729 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.73784 RichDLLmu=-0.64189 RichDLLpi=0 RichDLLk=8.26934 RichDLLp=8.26934 RichPIDStatus=5028 RichDLLbt=8.26934 RichDLLd=8.26934 MuonMuLL=0 MuonBkgLL=-0.322564 MuonNShared=8 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=94.3341 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0630479 CaloElectronMatch=67.3279 CaloBremMatch=67.3279 CaloChargedEcal=8622.04 CaloChargedID=38586 CaloNeutralEcal=8622.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980455 CaloNeutralID=38586 CaloEcalE=6689.54 CaloHcalE=0 CaloEcalChi2=67.3279 CaloClusChi2=0.0630479 CaloTrajectoryL=47.3325 CaloEoverP=1.35903 EcalPIDe=1.85487 HcalPIDe=0.685017 HcalPIDmu=-2.98749 EcalPIDmu=-3.06907 TrackChi2PerDof=2.59781 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6596.25 TrackPt=178.731 CombDLLe=1.37179 CombDLLmu=-6.62774 CombDLLpi=0 CombDLLk=8.26934 CombDLLp=8.26934 CombDLLd=8.59191 ProbNNe=0.170744 ProbNNpi=0.0104088 ProbNNk=0.126324 ProbNNp=0.137668 ProbNNghost=0.996212 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.190609 CaloElectronMatch=83.2728 CaloBremMatch=83.2728 CaloChargedEcal=7139.99 CaloChargedID=34676 CaloNeutralEcal=7139.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783801 CaloNeutralID=34676 CaloEcalE=3308.47 CaloHcalE=137.094 CaloEcalChi2=83.2728 CaloClusChi2=0.190609 CaloTrajectoryL=-72.753 CaloEoverP=2.09637 EcalPIDe=1.50525 HcalPIDe=-0.0360508 HcalPIDmu=-2.70777 EcalPIDmu=-1.98104 TrackChi2PerDof=2.10174 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3522.42 TrackPt=105.591 CombDLLe=1.4692 CombDLLmu=-4.6888 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.654541 ProbNNpi=0.00479215 ProbNNk=0.00194166 ProbNNp=0.00400514 ProbNNghost=0.994408 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=19.9746 RichDLLmu=9.18027 RichDLLpi=0 RichDLLk=9.60355 RichDLLp=9.60355 RichPIDStatus=5057 RichDLLbt=9.60355 RichDLLd=9.60355 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0682489 CaloElectronMatch=55.1552 CaloChargedEcal=14253.3 CaloChargedID=43089 CaloEcalE=7515.71 CaloHcalE=10278.1 CaloEcalChi2=55.1552 CaloClusChi2=0.0682489 CaloTrajectoryL=-68.9261 CaloEoverP=1.34185 EcalPIDe=4.40498 HcalPIDe=-1.78113 HcalPIDmu=-0.701411 EcalPIDmu=-3.86033 TrackChi2PerDof=1.82238 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=10583.9 TrackPt=271.347 CombDLLe=5.85518 CombDLLmu=2.09116 CombDLLpi=0 CombDLLk=9.60355 CombDLLp=9.60355 CombDLLd=9.60355 ProbNNe=0.99103 ProbNNpi=0.00292212 ProbNNk=0.0057942 ProbNNp=0.000191296 ProbNNghost=0.988962 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 InAccBrem=1 TrackChi2PerDof=1.07299 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2864.98 TrackPt=202.693 ProbNNe=0.154455 ProbNNpi=0.42298 ProbNNk=0.00190209 ProbNNp=0.013033 ProbNNghost=0.258888 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.3073 RichDLLmu=-9.91741 RichDLLpi=0 RichDLLk=10.517 RichDLLp=10.517 RichPIDStatus=5028 RichDLLbt=10.517 RichDLLd=10.517 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.855358 CaloElectronMatch=66.4358 CaloBremMatch=66.4358 CaloChargedEcal=8862.69 CaloChargedID=34505 CaloNeutralEcal=8862.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789397 CaloNeutralID=34505 CaloEcalE=5027.98 CaloHcalE=124.082 CaloEcalChi2=66.4358 CaloClusChi2=0.855358 CaloTrajectoryL=311.792 CaloEoverP=1.10144 EcalPIDe=1.85487 HcalPIDe=0.685017 HcalPIDmu=-3.20727 EcalPIDmu=-2.55907 TrackChi2PerDof=0.504899 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=8076.49 TrackPt=992.804 CombDLLe=0.612185 CombDLLmu=-12.5062 CombDLLpi=0 CombDLLk=10.517 CombDLLp=10.517 CombDLLd=10.517 ProbNNe=0.0467199 ProbNNpi=0.474223 ProbNNk=0.177395 ProbNNp=0.728079 ProbNNghost=0.00311837 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=2.49896 RichDLLmu=-9.08509 RichDLLpi=0 RichDLLk=1.15887 RichDLLp=1.15887 RichPIDStatus=5025 RichDLLbt=1.15887 RichDLLd=1.15887 InAccBrem=1 TrackChi2PerDof=1.95129 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2691.87 TrackPt=155.163 CombDLLe=0.43675 CombDLLmu=-6.63978 CombDLLpi=0 CombDLLk=1.15887 CombDLLp=1.15887 CombDLLd=1.15887 ProbNNe=0.835553 ProbNNpi=0.0407962 ProbNNk=0.0473316 ProbNNp=0.0110033 ProbNNghost=0.97534 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.1563 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=5.93747 CaloElectronMatch=26.8056 CaloBremMatch=26.8056 CaloChargedEcal=1432.1 CaloChargedID=34302 CaloNeutralEcal=1432.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855438 CaloNeutralID=34302 CaloEcalE=498.87 CaloEcalChi2=26.8056 CaloClusChi2=5.93747 CaloTrajectoryL=322.921 CaloEoverP=0.918171 EcalPIDe=3.01028 EcalPIDmu=1.16009 TrackChi2PerDof=0.881398 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=1885.71 TrackPt=333.591 CombDLLe=-1.00979 CombDLLmu=1.16009 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00582143 ProbNNpi=0.757569 ProbNNk=0.0457743 ProbNNp=0.0769475 ProbNNghost=0.0100955 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.94149 RichDLLmu=-7.96926 RichDLLpi=0 RichDLLk=2.00182 RichDLLp=2.00182 RichPIDStatus=5092 RichDLLbt=2.00182 RichDLLd=2.00182 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0281126 CaloElectronMatch=13.8625 CaloChargedEcal=7535.54 CaloChargedID=43023 CaloEcalE=3460.29 CaloHcalE=10716.2 CaloEcalChi2=13.8625 CaloClusChi2=0.0281126 CaloTrajectoryL=-33.2867 CaloEoverP=0.856208 EcalPIDe=3.71102 HcalPIDe=-1.07674 HcalPIDmu=-0.396717 EcalPIDmu=-2.8673 TrackChi2PerDof=1.48596 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=9109.3 TrackPt=251.063 CombDLLe=1.26249 CombDLLmu=-9.70919 CombDLLpi=0 CombDLLk=2.00182 CombDLLp=2.00182 CombDLLd=2.00182 ProbNNe=0.441657 ProbNNpi=0.699269 ProbNNk=0.0244816 ProbNNp=0.0898559 ProbNNghost=0.171888 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.25467 RichDLLmu=-4.17947 RichDLLpi=0 RichDLLk=6.92847 RichDLLp=6.92847 RichPIDStatus=5028 RichDLLbt=6.92847 RichDLLd=6.92847 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.141047 CaloElectronMatch=32.398 CaloBremMatch=32.398 CaloChargedEcal=7958.09 CaloChargedID=34935 CaloNeutralEcal=7958.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.861184 CaloNeutralID=34935 CaloEcalE=5695.45 CaloHcalE=0 CaloEcalChi2=32.398 CaloClusChi2=0.141047 CaloTrajectoryL=56.6389 CaloEoverP=1.78499 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-0.862207 TrackChi2PerDof=1.27891 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=4476.79 TrackPt=262.522 CombDLLe=4.03057 CombDLLmu=-8.5184 CombDLLpi=0 CombDLLk=6.92847 CombDLLp=6.92847 CombDLLd=6.92847 ProbNNe=0.963687 ProbNNpi=0.17063 ProbNNk=0.0856161 ProbNNp=0.148239 ProbNNghost=0.767356 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.019 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.75706 CaloElectronMatch=62.7925 CaloBremMatch=62.7925 CaloChargedEcal=2941.81 CaloChargedID=34815 CaloNeutralEcal=2941.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971783 CaloNeutralID=34815 CaloEcalE=377.51 CaloEcalChi2=62.7925 CaloClusChi2=2.75706 CaloTrajectoryL=35.7612 CaloEoverP=2.10832 EcalPIDe=1.50525 EcalPIDmu=1.16009 TrackChi2PerDof=1.50296 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=1539.01 TrackPt=352.111 CombDLLe=-1.86815 CombDLLmu=1.16009 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.076571 ProbNNpi=0.757721 ProbNNk=0.0368178 ProbNNp=0.0680292 ProbNNghost=0.0334958 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.3319 RichDLLmu=-4.96335 RichDLLpi=0 RichDLLk=-9.15299 RichDLLp=-10.7192 RichPIDStatus=6051 RichDLLbt=-10.7192 RichDLLd=-10.7192 InAccBrem=1 CaloBremChi2=242.712 BremPIDe=-0.420376 TrackChi2PerDof=1.05945 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=10651.5 TrackPt=656.746 CombDLLe=-3.42125 CombDLLmu=-5.30949 CombDLLpi=0 CombDLLk=-9.15299 CombDLLp=-10.7192 CombDLLd=-10.7192 ProbNNe=5.21188e-08 ProbNNmu=0.00164932 ProbNNpi=0.993868 ProbNNk=0.000498219 ProbNNp=0.000157766 ProbNNghost=0.00126637 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.8818 RichDLLmu=-6.04605 RichDLLpi=0 RichDLLk=-24.6733 RichDLLp=-22.3653 RichPIDStatus=6051 RichDLLbt=-22.3653 RichDLLd=-22.3653 InAccBrem=1 CaloBremChi2=244.039 BremPIDe=-0.420376 TrackChi2PerDof=1.27617 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=11354.8 TrackPt=431.362 CombDLLe=-3.21094 CombDLLmu=-5.8551 CombDLLpi=0 CombDLLk=-24.6733 CombDLLp=-22.3653 CombDLLd=-22.3653 ProbNNe=1.54515e-06 ProbNNmu=0.00492215 ProbNNpi=0.988661 ProbNNk=0.00227233 ProbNNp=0.000105219 ProbNNghost=0.00953209 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-62.1434 RichDLLmu=-30.624 RichDLLpi=0 RichDLLk=-28.7956 RichDLLp=-28.7956 RichPIDStatus=5027 RichDLLbt=-28.7956 RichDLLd=-28.7956 InAccBrem=1 CaloBremChi2=170.268 BremPIDe=-0.188393 TrackChi2PerDof=0.858532 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=5533.38 TrackPt=981.379 CombDLLe=-6.58902 CombDLLmu=-6.99993 CombDLLpi=0 CombDLLk=-28.7956 CombDLLp=-28.7956 CombDLLd=-28.7956 ProbNNe=7.57692e-10 ProbNNmu=0.000192716 ProbNNpi=0.994891 ProbNNk=0.000113656 ProbNNp=8.54099e-05 ProbNNghost=0.00286826 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-101.27 RichDLLmu=-13.2133 RichDLLpi=0 RichDLLk=-77.739 RichDLLp=-77.739 RichPIDStatus=5027 RichDLLbt=-77.739 RichDLLd=-77.739 TrackChi2PerDof=0.416347 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=7237.92 TrackPt=1807.61 CombDLLe=-6.91203 CombDLLmu=-6.92944 CombDLLpi=0 CombDLLk=-77.739 CombDLLp=-77.739 CombDLLd=-77.739 ProbNNe=1.19416e-08 ProbNNmu=0.0222135 ProbNNpi=0.962217 ProbNNk=0.000764711 ProbNNp=5.34797e-07 ProbNNghost=0.00404311 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-32.7731 RichDLLmu=-0.321397 RichDLLpi=0 RichDLLk=1.48412 RichDLLp=1.48412 RichPIDStatus=5028 RichDLLbt=1.48412 RichDLLd=1.48412 InAccBrem=1 CaloBremChi2=1034.71 BremPIDe=-0.553589 TrackChi2PerDof=0.821565 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=2713.36 TrackPt=488.276 CombDLLe=-5.27652 CombDLLmu=-0.449337 CombDLLpi=0 CombDLLk=1.48412 CombDLLp=1.48412 CombDLLd=1.48412 ProbNNe=9.61207e-08 ProbNNmu=0.0049005 ProbNNpi=0.945438 ProbNNk=0.017118 ProbNNp=0.00702817 ProbNNghost=0.0231465 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.6075 RichDLLmu=-8.44843 RichDLLpi=0 RichDLLk=1.92719 RichDLLp=1.92719 RichPIDStatus=5028 RichDLLbt=1.92719 RichDLLd=1.92719 InAccBrem=1 CaloBremChi2=539.869 BremPIDe=-0.553589 TrackChi2PerDof=0.24179 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=2926.95 TrackPt=620.531 CombDLLe=-4.62623 CombDLLmu=-6.53875 CombDLLpi=0 CombDLLk=1.92719 CombDLLp=1.92719 CombDLLd=1.92719 ProbNNe=4.56126e-07 ProbNNmu=0.00141008 ProbNNpi=0.795272 ProbNNk=0.138135 ProbNNp=0.0560634 ProbNNghost=0.022358 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.5271 RichDLLmu=-14.8356 RichDLLpi=0 RichDLLk=7.58435 RichDLLp=7.58435 RichPIDStatus=5028 RichDLLbt=7.58435 RichDLLd=7.58435 TrackChi2PerDof=0.687428 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=4749.12 TrackPt=1594.58 CombDLLe=-3.82452 CombDLLmu=-6.96304 CombDLLpi=0 CombDLLk=7.58435 CombDLLp=7.58435 CombDLLd=7.58435 ProbNNe=5.28811e-06 ProbNNmu=0.00218565 ProbNNpi=0.770087 ProbNNk=0.158493 ProbNNp=0.12077 ProbNNghost=0.00558207 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.4232 RichDLLmu=-8.99976 RichDLLpi=0 RichDLLk=8.456 RichDLLp=8.456 RichPIDStatus=5028 RichDLLbt=8.456 RichDLLd=8.456 InAccBrem=1 CaloBremChi2=240.972 BremPIDe=-0.381503 TrackChi2PerDof=1.33246 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=6870.05 TrackPt=1929.99 CombDLLe=-3.94036 CombDLLmu=-6.62761 CombDLLpi=0 CombDLLk=8.456 CombDLLp=8.456 CombDLLd=8.456 ProbNNe=5.28941e-06 ProbNNmu=0.00372518 ProbNNpi=0.695348 ProbNNk=0.200677 ProbNNp=0.143594 ProbNNghost=0.0223646 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.8442 RichDLLmu=-4.65794 RichDLLpi=0 RichDLLk=28.5474 RichDLLp=28.5474 RichPIDStatus=5028 RichDLLbt=28.5474 RichDLLd=28.5474 InAccBrem=1 CaloBremChi2=470.768 BremPIDe=-0.607507 TrackChi2PerDof=1.80171 TrackNumDof=5 TrackType=4 TrackHistory=34 TrackP=5814.89 TrackPt=2077.58 CombDLLe=-2.62171 CombDLLmu=-5.11933 CombDLLpi=0 CombDLLk=28.5474 CombDLLp=28.5474 CombDLLd=28.5474 ProbNNe=5.34778e-05 ProbNNmu=0.00127806 ProbNNpi=0.474394 ProbNNk=0.435999 ProbNNp=0.360258 ProbNNghost=0.0310485 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50191 ShowerShape=3676.02 ClusterMass=89.8277 CaloNeutralEcal=30790.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.822551 CaloNeutralID=38514 CaloNeutralE19=0.379085 CaloClusterCode=93 CaloClusterFrac=0.999687 IsPhoton=0.0569429 IsNotH=0.079718 IsPhotonXGB=0.551385 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.418 ShowerShape=2008.1 ClusterMass=33.7162 CaloNeutralEcal=28225.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992963 CaloNeutralID=37672 CaloNeutralE19=0.795439 CaloClusterCode=65 IsPhoton=0.999153 IsNotH=0.885906 IsPhotonXGB=0.99981 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.346205 ShowerShape=10157.8 ClusterMass=77.6042 CaloNeutralEcal=11926.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.86392 CaloNeutralID=34866 CaloNeutralE19=0.508271 CaloClusterCode=-93 CaloClusterFrac=0.999998 IsPhoton=0.161211 IsNotH=0.10021 IsPhotonXGB=0.138949 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.65132 ShowerShape=9681.67 ClusterMass=73.3209 CaloNeutralEcal=12251.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976691 CaloNeutralID=34928 CaloNeutralE19=0.390727 CaloClusterCode=-62 CaloClusterFrac=1.00055 IsPhoton=1 IsNotH=0.0219196 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.855358 ShowerShape=19323.1 ClusterMass=53.5667 CaloNeutralEcal=8862.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789397 CaloNeutralID=34505 CaloNeutralE19=0.430132 CaloClusterCode=97 CaloClusterFrac=0.99999 IsPhoton=0.147849 IsNotH=0.0166446 IsPhotonXGB=0.957842 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.0855 ShowerShape=811.024 ClusterMass=18.9302 CaloNeutralEcal=23779.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935835 CaloNeutralID=42292 CaloNeutralE19=0.72386 CaloClusterCode=-95 CaloClusterFrac=0.999882 IsPhoton=1 IsNotH=0.955073 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.374815 ShowerShape=19214.1 ClusterMass=63.6158 CaloNeutralEcal=8682.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907199 CaloNeutralID=34890 CaloNeutralE19=0.376406 CaloClusterCode=-90 CaloClusterFrac=0.999768 IsPhoton=0.0354688 IsNotH=0.0209041 IsPhotonXGB=0.619557 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.141047 ShowerShape=7410.08 ClusterMass=24.4593 CaloNeutralEcal=7958.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.861184 CaloNeutralID=34935 CaloNeutralE19=0.637791 CaloClusterCode=-97 CaloClusterFrac=1 IsPhoton=1 IsNotH=0.284231 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.04305 ShowerShape=1196.75 ClusterMass=5.68174 CaloNeutralEcal=12314 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91253 CaloNeutralID=39161 CaloNeutralE19=0.746933 CaloClusterCode=91 CaloClusterFrac=0.999509 IsPhoton=1 IsNotH=0.891532 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50191 ShowerShape=3676.02 ClusterMass=89.8277 CaloNeutralEcal=30790.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.822551 CaloNeutralID=38514 CaloNeutralE19=0.379085 CaloClusterCode=93 CaloClusterFrac=0.999687 IsPhoton=0.0570695 IsNotH=0.079718 IsPhotonXGB=0.551385 ClusterAsX=-0.33796 ClusterAsY=0.026105 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.418 ShowerShape=2008.1 ClusterMass=33.7162 CaloNeutralEcal=28225.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992963 CaloNeutralID=37672 CaloNeutralE19=0.795439 CaloClusterCode=65 IsPhoton=0.999068 IsNotH=0.885906 IsPhotonXGB=0.99981 ClusterAsX=0.149058 ClusterAsY=-0.010959 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.0855 ShowerShape=811.024 ClusterMass=18.9302 CaloNeutralEcal=23779.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935835 CaloNeutralID=42292 CaloNeutralE19=0.72386 CaloClusterCode=-95 CaloClusterFrac=0.999882 IsPhoton=1 IsNotH=0.955073 IsPhotonXGB=1 ClusterAsX=0.140668 ClusterAsY=-0.0415075 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.04305 ShowerShape=1196.75 ClusterMass=5.68174 CaloNeutralEcal=12314 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91253 CaloNeutralID=39161 CaloNeutralE19=0.746933 CaloClusterCode=91 CaloClusterFrac=0.999509 IsPhoton=1 IsNotH=0.891532 IsPhotonXGB=1 ClusterAsX=0.0116859 ClusterAsY=-0.115837 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.2429 ShowerShape=8202.08 CaloNeutralEcal=4375.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991589 CaloNeutralID=34623 CaloNeutralE19=0.628151 CaloClusterCode=63 CaloClusterFrac=1.0025 IsPhoton=1 IsNotH=0.097782 IsPhotonXGB=1 ClusterAsX=-0.302029 ClusterAsY=0.189574 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.2024 ShowerShape=913.579 CaloNeutralEcal=26407.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923071 CaloNeutralID=43686 CaloNeutralE19=0.632428 CaloClusterCode=-91 CaloClusterFrac=0.998464 IsPhoton=1 IsNotH=0.934767 IsPhotonXGB=1 ClusterAsX=-0.00789872 ClusterAsY=-0.259753 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.537 ShowerShape=1880.01 CaloNeutralEcal=34137.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.743798 CaloNeutralID=43492 CaloNeutralE19=0.300709 CaloClusterCode=-97 CaloClusterFrac=0.940559 IsPhoton=1 IsNotH=0.00204565 IsPhotonXGB=1 ClusterAsX=0.304104 ClusterAsY=0.110486 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=655.984 ShowerShape=2476.6 CaloNeutralEcal=6092.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982505 CaloNeutralID=35751 CaloNeutralE19=0.953548 CaloClusterCode=-95 CaloClusterFrac=0.996774 IsPhoton=1 IsNotH=0.886671 IsPhotonXGB=1 ClusterAsX=0.0129966 ClusterAsY=0.00660798 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.3956 ShowerShape=3713.8 CaloNeutralEcal=8733.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91041 CaloNeutralID=38195 CaloNeutralE19=0.709982 CaloClusterCode=95 CaloClusterFrac=0.99997 IsPhoton=1 IsNotH=0.77584 IsPhotonXGB=1 ClusterAsX=0.126353 ClusterAsY=0.00701349 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=56.6345 ShowerShape=706.448 CaloNeutralEcal=13204.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940129 CaloNeutralID=42419 CaloNeutralE19=0.583591 CaloClusterCode=-95 CaloClusterFrac=1.00115 IsPhoton=1 IsNotH=0.929213 IsPhotonXGB=1 ClusterAsX=0.328042 ClusterAsY=-0.0328185 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.95817 ShowerShape=15489.7 CaloNeutralEcal=3292.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772619 CaloNeutralID=34693 CaloNeutralE19=0.326879 CaloClusterCode=-91 CaloClusterFrac=1.00144 IsPhoton=1 IsNotH=0.0374309 IsPhotonXGB=1 ClusterAsX=-0.025204 ClusterAsY=-0.250941 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.22115 ShowerShape=3028.49 CaloNeutralEcal=22615.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.69248 CaloNeutralID=42901 CaloNeutralE19=0.356557 CaloClusterCode=-92 CaloClusterFrac=0.999881 IsPhoton=1 IsNotH=0.00420564 IsPhotonXGB=1 ClusterAsX=0.263955 ClusterAsY=0.0156845 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=216.699 ShowerShape=474.778 CaloNeutralEcal=24990.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964497 CaloNeutralID=43223 CaloNeutralE19=0.810648 CaloClusterCode=-67 CaloClusterFrac=0.985787 IsPhoton=1 IsNotH=0.796531 IsPhotonXGB=1 ClusterAsX=-0.0589369 ClusterAsY=0.0823966 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.23136 ShowerShape=4314.54 CaloNeutralEcal=3212.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973976 CaloNeutralID=35209 CaloNeutralE19=0.818763 CaloClusterCode=95 CaloClusterFrac=1.00315 IsPhoton=1 IsNotH=0.780771 IsPhotonXGB=1 ClusterAsX=0.1188 ClusterAsY=-0.0589389 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.7596 ShowerShape=10895.2 CaloNeutralEcal=2563.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.9468 CaloNeutralID=34690 CaloNeutralE19=0.579657 CaloClusterCode=-97 CaloClusterFrac=1.00737 IsPhoton=1 IsNotH=0.14741 IsPhotonXGB=1 ClusterAsX=0.206746 ClusterAsY=0.161014 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.0452 ShowerShape=13530.5 CaloNeutralEcal=2570.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.843078 CaloNeutralID=35077 CaloNeutralE19=0.401092 CaloClusterCode=95 CaloClusterFrac=0.999718 IsPhoton=1 IsNotH=0.0528939 IsPhotonXGB=1 ClusterAsX=0.365575 ClusterAsY=-0.0913955 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=92.5982 ShowerShape=17330.7 CaloNeutralEcal=5813.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.689488 CaloNeutralID=35551 CaloNeutralE19=0.336716 CaloClusterCode=93 CaloClusterFrac=0.999588 IsPhoton=1 IsNotH=0.00497464 IsPhotonXGB=1 ClusterAsX=-0.000278332 ClusterAsY=0.238455 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=143.709 ShowerShape=2476.6 CaloNeutralEcal=3040.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.98281 CaloNeutralID=35189 CaloNeutralE19=0.939439 CaloClusterCode=-95 CaloClusterFrac=1.00088 IsPhoton=1 IsNotH=0.892818 IsPhotonXGB=1 ClusterAsX=0.0221056 ClusterAsY=0.00632552 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=187.55 ShowerShape=9144.82 CaloNeutralEcal=3139.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00422 CaloNeutralID=33509 CaloNeutralE19=0.504028 CaloClusterCode=96 IsPhoton=1 IsNotH=0.0577259 IsPhotonXGB=1 ClusterAsX=-0.482505 ClusterAsY=0.32794 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=71.5588 ShowerShape=5732.38 CaloNeutralEcal=3671.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986674 CaloNeutralID=33962 CaloNeutralE19=0.586603 CaloClusterCode=93 IsPhoton=1 IsNotH=0.452077 IsPhotonXGB=1 ClusterAsX=-0.383757 ClusterAsY=-0.00393061 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=169.285 ShowerShape=8375.81 CaloNeutralEcal=3174.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907181 CaloNeutralID=34127 CaloNeutralE19=0.515754 CaloClusterCode=83 CaloClusterFrac=1.00161 IsPhoton=1 IsNotH=0.155215 IsPhotonXGB=1 ClusterAsX=-0.268215 ClusterAsY=-0.0294171 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.7519 ShowerShape=1423.3 CaloNeutralEcal=13472.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875931 CaloNeutralID=43807 CaloNeutralE19=0.629535 CaloClusterCode=-92 CaloClusterFrac=0.970011 IsPhoton=1 IsNotH=0.556497 IsPhotonXGB=1 ClusterAsX=0.0681299 ClusterAsY=-0.274754 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=54.3671 ShowerShape=606.725 CaloNeutralEcal=13090.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94993 CaloNeutralID=42210 CaloNeutralE19=0.706072 CaloClusterCode=93 CaloClusterFrac=0.999562 IsPhoton=1 IsNotH=0.947207 IsPhotonXGB=1 ClusterAsX=-0.185554 ClusterAsY=0.0595493 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.0549 ShowerShape=10203.5 CaloNeutralEcal=2744.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958603 CaloNeutralID=35729 CaloNeutralE19=0.360588 CaloClusterCode=90 IsPhoton=1 IsNotH=0.0303516 IsPhotonXGB=1 ClusterAsX=-0.400247 ClusterAsY=-0.540138 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.3265 ShowerShape=2293.59 CaloNeutralEcal=6428.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964956 CaloNeutralID=38768 CaloNeutralE19=0.657327 CaloClusterCode=-61 CaloClusterFrac=0.998259 IsPhoton=1 IsNotH=0.766352 IsPhotonXGB=1 ClusterAsX=0.0326894 ClusterAsY=-0.250741 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.9375 ShowerShape=2815.34 CaloNeutralEcal=5849.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917313 CaloNeutralID=42167 CaloNeutralE19=0.761319 CaloClusterCode=66 CaloClusterFrac=0.99986 IsPhoton=1 IsNotH=0.684849 IsPhotonXGB=1 ClusterAsX=0.571829 ClusterAsY=-0.0603281 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.4565 ShowerShape=1618.76 CaloNeutralEcal=7236.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917664 CaloNeutralID=43596 CaloNeutralE19=0.34688 CaloClusterCode=93 CaloClusterFrac=0.999947 IsPhoton=1 IsNotH=0.254382 IsPhotonXGB=1 ClusterAsX=-0.337828 ClusterAsY=-0.284674 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.4774 ShowerShape=1348 CaloNeutralEcal=10215.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898849 CaloNeutralID=42990 CaloNeutralE19=0.592924 CaloClusterCode=93 CaloClusterFrac=0.999859 IsPhoton=1 IsNotH=0.666539 IsPhotonXGB=1 ClusterAsX=-0.202284 ClusterAsY=0.0635959 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.5726 ShowerShape=737.551 CaloNeutralEcal=9592.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918089 CaloNeutralID=42078 CaloNeutralE19=0.689874 CaloClusterCode=-91 CaloClusterFrac=0.959275 IsPhoton=1 IsNotH=0.749604 IsPhotonXGB=1 ClusterAsX=0.13498 ClusterAsY=-0.102699 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=204.14 ShowerShape=2617.57 CaloNeutralEcal=2214.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963213 CaloNeutralID=35403 CaloNeutralE19=0.850233 CaloClusterCode=95 CaloClusterFrac=1.0146 IsPhoton=1 IsNotH=0.869904 IsPhotonXGB=1 ClusterAsX=0.0451874 ClusterAsY=0.0555479 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.8746 ShowerShape=5563.76 CaloNeutralEcal=3239.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.743265 CaloNeutralID=39685 CaloNeutralE19=0.33297 CaloClusterCode=-93 CaloClusterFrac=0.999817 IsPhoton=1 IsNotH=0.011861 IsPhotonXGB=1 ClusterAsX=-0.30655 ClusterAsY=-0.0570507 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.1787 ShowerShape=1889.81 CaloNeutralEcal=2969.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88781 CaloNeutralID=38333 CaloNeutralE19=0.479935 CaloClusterCode=91 CaloClusterFrac=0.999926 IsPhoton=1 IsNotH=0.452299 IsPhotonXGB=1 ClusterAsX=0.0128023 ClusterAsY=-0.361898 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=517.163 CaloNeutralEcal=4899.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980774 CaloNeutralID=37974 CaloNeutralE19=0.891375 CaloClusterCode=-95 CaloClusterFrac=0.962772 IsPhoton=1 IsNotH=0.923801 IsPhotonXGB=1 ClusterAsX=0.0499863 ClusterAsY=0.0200466 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.93747 ShowerShape=10396.2 CaloNeutralEcal=1432.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855438 CaloNeutralID=34302 CaloNeutralE19=0.528951 CaloClusterCode=96 IsPhoton=1 IsNotH=0.0539448 IsPhotonXGB=1 ClusterAsX=-0.0501263 ClusterAsY=0.389843 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=5499.18 CaloNeutralEcal=1482.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915805 CaloNeutralID=35960 CaloNeutralE19=0.692402 CaloClusterCode=97 CaloClusterFrac=1.0125 IsPhoton=1 IsNotH=0.554814 IsPhotonXGB=1 ClusterAsX=-0.106628 ClusterAsY=0.0597832 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.1554 ShowerShape=14419.2 CaloNeutralEcal=1691.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661352 CaloNeutralID=35065 CaloNeutralE19=0.317497 CaloClusterCode=-93 CaloClusterFrac=1.0229 IsPhoton=1 IsNotH=0.00501749 IsPhotonXGB=1 ClusterAsX=-0.00101782 ClusterAsY=-0.00511429 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=163.581 ShowerShape=739.908 CaloNeutralEcal=6237.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.882249 CaloNeutralID=42129 CaloNeutralE19=0.643398 CaloClusterCode=97 CaloClusterFrac=0.99939 IsPhoton=1 IsNotH=0.749119 IsPhotonXGB=1 ClusterAsX=0.0480186 ClusterAsY=0.162174 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=82.3532 ShowerShape=6525.44 CaloNeutralEcal=3084.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975274 CaloNeutralID=33951 CaloNeutralE19=0.728164 CaloClusterCode=93 CaloClusterFrac=1.03417 IsPhoton=1 IsNotH=0.613371 IsPhotonXGB=1 ClusterAsX=-0.206488 ClusterAsY=-0.0524813 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2732.53 CaloNeutralEcal=1066.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00641 CaloNeutralID=36477 CaloNeutralE19=0.885168 CaloClusterCode=61 IsPhoton=1 IsNotH=0.850416 IsPhotonXGB=1 ClusterAsX=-0.0410469 ClusterAsY=-0.104913 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=172.747 ShowerShape=1963.79 CaloNeutralEcal=4996.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.834224 CaloNeutralID=38055 CaloNeutralE19=0.678395 CaloClusterCode=91 IsPhoton=1 IsNotH=0.647796 IsPhotonXGB=1 ClusterAsX=0.0303198 ClusterAsY=0.0153728 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=142.349 ShowerShape=3305.44 CaloNeutralEcal=2294.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947316 CaloNeutralID=34067 CaloNeutralE19=0.864354 CaloClusterCode=-98 CaloClusterFrac=1.00392 IsPhoton=1 IsNotH=0.885799 IsPhotonXGB=1 ClusterAsX=0.0375364 ClusterAsY=0.0280724 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=504.809 ShowerShape=7227.33 CaloNeutralEcal=1236.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943343 CaloNeutralID=33732 CaloNeutralE19=0.615049 CaloClusterCode=93 CaloClusterFrac=1.01945 IsPhoton=1 IsNotH=0.291005 IsPhotonXGB=1 ClusterAsX=-0.158878 ClusterAsY=0.117758 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=469.505 ShowerShape=3494.53 CaloNeutralEcal=1808.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965972 CaloNeutralID=33642 CaloNeutralE19=0.805276 CaloClusterCode=91 CaloClusterFrac=1.01972 IsPhoton=1 IsNotH=0.826462 IsPhotonXGB=1 ClusterAsX=0.092734 ClusterAsY=-0.0913199 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.69619 ShowerShape=2672.52 CaloNeutralEcal=2576.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.838558 CaloNeutralID=38787 CaloNeutralE19=0.383212 CaloClusterCode=-91 CaloClusterFrac=0.999985 IsPhoton=1 IsNotH=0.0535878 IsPhotonXGB=1 ClusterAsX=-0.0663878 ClusterAsY=-0.2789 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=249.843 ShowerShape=452.475 CaloNeutralEcal=13186.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91385 CaloNeutralID=42531 CaloNeutralE19=0.79362 CaloClusterCode=95 IsPhoton=1 IsNotH=0.975477 IsPhotonXGB=1 ClusterAsX=0.0401689 ClusterAsY=-0.00347949 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=413.892 ShowerShape=9306.48 CaloNeutralEcal=1705.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877706 CaloNeutralID=33434 CaloNeutralE19=0.5744 CaloClusterCode=-97 CaloClusterFrac=1.02533 IsPhoton=1 IsNotH=0.28197 IsPhotonXGB=1 ClusterAsX=0.154699 ClusterAsY=0.0818647 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=273.96 ShowerShape=9413.4 CaloNeutralEcal=1587.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968993 CaloNeutralID=35698 CaloNeutralE19=0.413191 CaloClusterCode=-90 CaloClusterFrac=1.00366 IsPhoton=1 IsNotH=0.040405 IsPhotonXGB=1 ClusterAsX=-0.537461 ClusterAsY=-0.307603 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.6613 ShowerShape=821.72 CaloNeutralEcal=5063.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884278 CaloNeutralID=43083 CaloNeutralE19=0.650988 CaloClusterCode=-95 CaloClusterFrac=1.00282 IsPhoton=1 IsNotH=0.905687 IsPhotonXGB=1 ClusterAsX=0.114159 ClusterAsY=-0.0986883 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.81928 ShowerShape=1788.01 CaloNeutralEcal=10889.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.676234 CaloNeutralID=43616 CaloNeutralE19=0.354454 CaloClusterCode=-95 CaloClusterFrac=0.999972 IsPhoton=1 IsNotH=0.00175601 IsPhotonXGB=1 ClusterAsX=0.155513 ClusterAsY=-0.0968042 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=52.2998 ShowerShape=10055.6 CaloNeutralEcal=1145.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980359 CaloNeutralID=34816 CaloNeutralE19=0.646216 CaloClusterCode=-65 CaloClusterFrac=1.00358 IsPhoton=1 IsNotH=0.185708 IsPhotonXGB=1 ClusterAsX=0.325728 ClusterAsY=0.00316426 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.74472 ShowerShape=1162.1 CaloNeutralEcal=7553.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867596 CaloNeutralID=43562 CaloNeutralE19=0.561532 CaloClusterCode=95 CaloClusterFrac=0.994822 IsPhoton=1 IsNotH=0.561212 IsPhotonXGB=1 ClusterAsX=0.183106 ClusterAsY=0.0370501 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.35727 ShowerShape=884.035 CaloNeutralEcal=5158.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797798 CaloNeutralID=42510 CaloNeutralE19=0.583101 CaloClusterCode=95 CaloClusterFrac=0.999959 IsPhoton=1 IsNotH=0.470796 IsPhotonXGB=1 ClusterAsX=0.0351691 ClusterAsY=-0.0171163 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.9008 ShowerShape=1420.07 CaloNeutralEcal=6521.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.825938 CaloNeutralID=42769 CaloNeutralE19=0.430443 CaloClusterCode=-98 CaloClusterFrac=0.999937 IsPhoton=1 IsNotH=0.026775 IsPhotonXGB=1 ClusterAsX=0.356439 ClusterAsY=0.227108 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.1999 ShowerShape=1219.74 CaloNeutralEcal=7076.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.822501 CaloNeutralID=43869 CaloNeutralE19=0.630198 CaloClusterCode=-93 CaloClusterFrac=0.999918 IsPhoton=1 IsNotH=0.764624 IsPhotonXGB=1 ClusterAsX=-0.0392239 ClusterAsY=-0.0558772 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.1586 ShowerShape=9144.64 CaloNeutralEcal=2031.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992019 CaloNeutralID=34639 CaloNeutralE19=0.533073 CaloClusterCode=-66 CaloClusterFrac=1.01683 IsPhoton=1 IsNotH=0.151281 IsPhotonXGB=1 ClusterAsX=-0.0958135 ClusterAsY=0.307183 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.3062 ShowerShape=2416.84 CaloNeutralEcal=2531.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929658 CaloNeutralID=38327 CaloNeutralE19=0.571238 CaloClusterCode=-96 CaloClusterFrac=1.01398 IsPhoton=1 IsNotH=0.184745 IsPhotonXGB=1 ClusterAsX=-0.329591 ClusterAsY=0.198092 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=257.998 ShowerShape=1102.55 CaloNeutralEcal=3487.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911377 CaloNeutralID=40034 CaloNeutralE19=0.803902 CaloClusterCode=-90 CaloClusterFrac=0.978173 IsPhoton=1 IsNotH=0.951799 IsPhotonXGB=1 ClusterAsX=-0.0337251 ClusterAsY=-0.073264 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.4455 ShowerShape=985.927 CaloNeutralEcal=2944.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.899735 CaloNeutralID=40019 CaloNeutralE19=0.801899 CaloClusterCode=-97 CaloClusterFrac=1.02051 IsPhoton=1 IsNotH=0.970799 IsPhotonXGB=1 ClusterAsX=-0.0281423 ClusterAsY=-0.00967123 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=145.774 ShowerShape=2942.16 CaloNeutralEcal=3964.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.806792 CaloNeutralID=38040 CaloNeutralE19=0.42142 CaloClusterCode=-91 CaloClusterFrac=1.00354 IsPhoton=1 IsNotH=0.0347262 IsPhotonXGB=1 ClusterAsX=0.0175395 ClusterAsY=-0.395265 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=255.717 ShowerShape=3413.81 CaloNeutralEcal=1278.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92171 CaloNeutralID=35594 CaloNeutralE19=0.801795 CaloClusterCode=-97 CaloClusterFrac=1.01983 IsPhoton=1 IsNotH=0.786019 IsPhotonXGB=1 ClusterAsX=0.0388955 ClusterAsY=0.0371573 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=335.292 ShowerShape=15751.9 CaloNeutralEcal=1237.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.671952 CaloNeutralID=33454 CaloNeutralE19=0.308586 CaloClusterCode=93 CaloClusterFrac=1.03061 IsPhoton=1 IsNotH=0.0146353 IsPhotonXGB=1 ClusterAsX=0.0202507 ClusterAsY=0.0293294 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=346.975 ShowerShape=2547.13 CaloNeutralEcal=1261.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961036 CaloNeutralID=36386 CaloNeutralE19=0.915461 CaloClusterCode=92 IsPhoton=1 IsNotH=0.89673 IsPhotonXGB=1 ClusterAsX=0.0104175 ClusterAsY=0.0177022 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=98.0458 ShowerShape=1459.16 CaloNeutralEcal=2395.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915965 CaloNeutralID=39670 CaloNeutralE19=0.687019 CaloClusterCode=95 IsPhoton=1 IsNotH=0.781632 IsPhotonXGB=1 ClusterAsX=0.154546 ClusterAsY=-0.103074 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=72.5743 ShowerShape=14983.7 CaloNeutralEcal=2291.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75957 CaloNeutralID=35618 CaloNeutralE19=0.420346 CaloClusterCode=90 CaloClusterFrac=1.00326 IsPhoton=1 IsNotH=0.0147609 IsPhotonXGB=1 ClusterAsX=-0.0137156 ClusterAsY=-0.328779 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.6571 ShowerShape=1753.95 CaloNeutralEcal=11412.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.579345 CaloNeutralID=43488 CaloNeutralE19=0.238094 CaloClusterCode=-91 CaloClusterFrac=0.998269 IsPhoton=1 IsNotH=0.00025862 IsPhotonXGB=1 ClusterAsX=-0.0305247 ClusterAsY=0.0054914 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.5764 ShowerShape=1215.87 CaloNeutralEcal=6933.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818703 CaloNeutralID=43684 CaloNeutralE19=0.387391 CaloClusterCode=-91 CaloClusterFrac=0.937989 IsPhoton=1 IsNotH=0.0121792 IsPhotonXGB=1 ClusterAsX=0.105422 ClusterAsY=-0.321946 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=225.363 ShowerShape=2476.6 CaloNeutralEcal=1650.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984655 CaloNeutralID=33943 CaloNeutralE19=0.916155 CaloClusterCode=-95 CaloClusterFrac=0.955449 IsPhoton=1 IsNotH=0.820866 IsPhotonXGB=1 ClusterAsX=0.0660019 ClusterAsY=0.00594917 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=769.417 ShowerShape=7347.25 CaloNeutralEcal=1026.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890473 CaloNeutralID=35767 CaloNeutralE19=0.560097 CaloClusterCode=-93 CaloClusterFrac=1.01236 IsPhoton=1 IsNotH=0.238282 IsPhotonXGB=1 ClusterAsX=-0.148184 ClusterAsY=-0.182453 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=159.721 ShowerShape=3967.85 CaloNeutralEcal=1083.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978067 CaloNeutralID=36381 CaloNeutralE19=0.717027 CaloClusterCode=97 IsPhoton=1 IsNotH=0.623362 IsPhotonXGB=1 ClusterAsX=-0.0342876 ClusterAsY=0.240511 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=150.764 ShowerShape=13275.3 CaloNeutralEcal=1015 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731804 CaloNeutralID=35639 CaloNeutralE19=0.4588 CaloClusterCode=-90 CaloClusterFrac=1.0088 IsPhoton=1 IsNotH=0.0098191 IsPhotonXGB=1 ClusterAsX=-0.0916367 ClusterAsY=-0.0700193 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.56838 ShowerShape=4646.32 CaloNeutralEcal=1664.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.78915 CaloNeutralID=38913 CaloNeutralE19=0.326885 CaloClusterCode=-93 CaloClusterFrac=0.982991 IsPhoton=1 IsNotH=0.0271443 IsPhotonXGB=1 ClusterAsX=-0.132681 ClusterAsY=-0.23913 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=361.449 ShowerShape=7008.19 CaloNeutralEcal=1337.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934536 CaloNeutralID=33937 CaloNeutralE19=0.499072 CaloClusterCode=-97 CaloClusterFrac=1.02146 IsPhoton=1 IsNotH=0.444383 IsPhotonXGB=1 ClusterAsX=-0.00218845 ClusterAsY=0.382983 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=132.459 ShowerShape=2935.82 CaloNeutralEcal=2459.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974288 CaloNeutralID=34144 CaloNeutralE19=0.894069 CaloClusterCode=-63 CaloClusterFrac=0.980771 IsPhoton=1 IsNotH=0.874817 IsPhotonXGB=1 ClusterAsX=-0.0429223 ClusterAsY=-0.0117765 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=323.613 ShowerShape=6649.94 CaloNeutralEcal=951.086 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795673 CaloNeutralID=35720 CaloNeutralE19=0.569248 CaloClusterCode=-93 CaloClusterFrac=0.999979 IsPhoton=1 IsNotH=0.0401293 IsPhotonXGB=1 ClusterAsX=-0.010586 ClusterAsY=0.0219254 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=397.314 ShowerShape=6142.03 CaloNeutralEcal=1291.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943543 CaloNeutralID=35819 CaloNeutralE19=0.633103 CaloClusterCode=-97 CaloClusterFrac=0.995613 IsPhoton=1 IsNotH=0.423616 IsPhotonXGB=1 ClusterAsX=0.0132553 ClusterAsY=0.247286 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.2953 ShowerShape=9812.97 CaloNeutralEcal=2220.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969915 CaloNeutralID=34146 CaloNeutralE19=0.485206 CaloClusterCode=-61 CaloClusterFrac=0.960097 IsPhoton=1 IsNotH=0.229127 IsPhotonXGB=1 ClusterAsX=0.297189 ClusterAsY=-0.0225856 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.5687 ShowerShape=1941.09 CaloNeutralEcal=6716.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731879 CaloNeutralID=43157 CaloNeutralE19=0.422646 CaloClusterCode=-98 CaloClusterFrac=0.996273 IsPhoton=1 IsNotH=0.0103389 IsPhotonXGB=1 ClusterAsX=0.135529 ClusterAsY=0.134366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.0017 ShowerShape=1123.24 CaloNeutralEcal=10375.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856169 CaloNeutralID=43426 CaloNeutralE19=0.367222 CaloClusterCode=-65 CaloClusterFrac=0.999749 IsPhoton=1 IsNotH=0.0923713 IsPhotonXGB=1 ClusterAsX=0.236494 ClusterAsY=0.305278 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.60667 ShowerShape=2009.52 CaloNeutralEcal=2131.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.822792 CaloNeutralID=39821 CaloNeutralE19=0.617505 CaloClusterCode=98 CaloClusterFrac=1.05408 IsPhoton=1 IsNotH=0.637005 IsPhotonXGB=1 ClusterAsX=-0.000273582 ClusterAsY=0.136987 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=177.84 ShowerShape=5616.23 CaloNeutralEcal=2019.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963797 CaloNeutralID=35493 CaloNeutralE19=0.731609 CaloClusterCode=66 CaloClusterFrac=0.999358 IsPhoton=1 IsNotH=0.3461 IsPhotonXGB=1 ClusterAsX=-0.169198 ClusterAsY=0.111387 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=233.927 ShowerShape=1052.33 CaloNeutralEcal=2579.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916225 CaloNeutralID=39972 CaloNeutralE19=0.818304 CaloClusterCode=-97 CaloClusterFrac=0.937126 IsPhoton=1 IsNotH=0.89067 IsPhotonXGB=1 ClusterAsX=-0.0570292 ClusterAsY=0.00261924 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=5587.4 CaloNeutralEcal=832.843 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969792 CaloNeutralID=33294 CaloNeutralE19=0.544237 CaloClusterCode=95 CaloClusterFrac=1.00489 IsPhoton=1 IsNotH=0.466888 IsPhotonXGB=1 ClusterAsX=0.38975 ClusterAsY=0.021419 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=506.476 ShowerShape=4150.83 CaloNeutralEcal=1283.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963945 CaloNeutralID=35881 CaloNeutralE19=0.880795 CaloClusterCode=-97 CaloClusterFrac=1.0375 IsPhoton=1 IsNotH=0.855447 IsPhotonXGB=1 ClusterAsX=-0.0606132 ClusterAsY=0.0114911 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=879.229 ShowerShape=3063.56 CaloNeutralEcal=973.224 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972262 CaloNeutralID=35764 CaloNeutralE19=0.810206 CaloClusterCode=-97 CaloClusterFrac=1.03285 IsPhoton=1 IsNotH=0.824575 IsPhotonXGB=1 ClusterAsX=-0.0593272 ClusterAsY=0.0886555 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=123.731 ShowerShape=5896.94 CaloNeutralEcal=1444.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896645 CaloNeutralID=33945 CaloNeutralE19=0.705906 CaloClusterCode=-93 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.475863 IsPhotonXGB=1 ClusterAsX=-0.073618 ClusterAsY=0.0327225 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=125.434 ShowerShape=5879.84 CaloNeutralEcal=1690.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973228 CaloNeutralID=35546 CaloNeutralE19=0.595405 CaloClusterCode=93 IsPhoton=1 IsNotH=0.369189 IsPhotonXGB=1 ClusterAsX=-0.423362 ClusterAsY=0.00876296 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.1595 ShowerShape=1083.38 CaloNeutralEcal=3942.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.855206 CaloNeutralID=43943 CaloNeutralE19=0.530943 CaloClusterCode=93 CaloClusterFrac=1.01633 IsPhoton=1 IsNotH=0.36638 IsPhotonXGB=1 ClusterAsX=-0.286046 ClusterAsY=0.0404714 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=613.724 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.01244 CaloNeutralID=35775 CaloNeutralE19=0.985225 CaloClusterCode=67 IsPhoton=1 IsNotH=0.852149 IsPhotonXGB=1 ClusterAsX=0.00325334 ClusterAsY=0.0458828 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.92986 ShowerShape=1906.72 CaloNeutralEcal=3349.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.667435 CaloNeutralID=42801 CaloNeutralE19=0.363172 CaloClusterCode=-98 CaloClusterFrac=0.997125 IsPhoton=1 IsNotH=0.00352729 IsPhotonXGB=1 ClusterAsX=0.0456272 ClusterAsY=0.052422 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=127.686 ShowerShape=1120.17 CaloNeutralEcal=2399.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.05377 CaloNeutralID=37856 CaloNeutralE19=0.775116 CaloClusterCode=91 IsPhoton=1 IsNotH=0.648498 IsPhotonXGB=1 ClusterAsX=0.0387937 ClusterAsY=-0.256477 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.51297 ShowerShape=3214.17 CaloNeutralEcal=1826.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795724 CaloNeutralID=39763 CaloNeutralE19=0.345034 CaloClusterCode=-92 CaloClusterFrac=0.84948 IsPhoton=1 IsNotH=0.00187921 IsPhotonXGB=1 ClusterAsX=0.146853 ClusterAsY=-0.277228 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=173.175 ShowerShape=1278.49 CaloNeutralEcal=2668.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942242 CaloNeutralID=39843 CaloNeutralE19=0.620351 CaloClusterCode=-95 CaloClusterFrac=1.0165 IsPhoton=1 IsNotH=0.747639 IsPhotonXGB=1 ClusterAsX=0.254299 ClusterAsY=0.0295294 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.42827 ShowerShape=4750.21 CaloNeutralEcal=1578.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.745652 CaloNeutralID=39047 CaloNeutralE19=0.389731 CaloClusterCode=-90 CaloClusterFrac=1.00544 IsPhoton=1 IsNotH=0.0120875 IsPhotonXGB=1 ClusterAsX=-0.0164614 ClusterAsY=-0.317158 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.1967 ShowerShape=1623.43 CaloNeutralEcal=4052.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.716526 CaloNeutralID=43670 CaloNeutralE19=0.375053 CaloClusterCode=93 CaloClusterFrac=0.997236 IsPhoton=1 IsNotH=0.00596454 IsPhotonXGB=1 ClusterAsX=-0.0959988 ClusterAsY=0.0574877 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3176.91 CaloNeutralEcal=844.761 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968482 CaloNeutralID=33246 CaloNeutralE19=0.864268 CaloClusterCode=95 CaloClusterFrac=1.05657 IsPhoton=1 IsNotH=0.823336 IsPhotonXGB=1 ClusterAsX=0.0726981 ClusterAsY=-0.016828 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.4697 ShowerShape=1933.77 CaloNeutralEcal=2139.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941959 CaloNeutralID=38542 CaloNeutralE19=0.500289 CaloClusterCode=97 CaloClusterFrac=1.0317 IsPhoton=1 IsNotH=0.360712 IsPhotonXGB=1 ClusterAsX=0.307868 ClusterAsY=0.246936 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=177.26 ShowerShape=936.593 CaloNeutralEcal=2995.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.885253 CaloNeutralID=43860 CaloNeutralE19=0.482535 CaloClusterCode=-97 CaloClusterFrac=0.932132 IsPhoton=1 IsNotH=0.219545 IsPhotonXGB=1 ClusterAsX=-0.082567 ClusterAsY=0.331901 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.66408 ShowerShape=2620.39 CaloNeutralEcal=6487.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786633 CaloNeutralID=43112 CaloNeutralE19=0.379456 CaloClusterCode=67 CaloClusterFrac=0.987096 IsPhoton=1 IsNotH=0.0156889 IsPhotonXGB=1 ClusterAsX=0.306482 ClusterAsY=0.0676994 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2675.24 CaloNeutralEcal=614.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33160 CaloNeutralE19=0.892444 CaloClusterCode=63 CaloClusterFrac=1.08793 IsPhoton=1 IsNotH=0.732171 IsPhotonXGB=1 ClusterAsX=-0.107591 ClusterAsY=0.00870392 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=381.207 ShowerShape=6720.16 CaloNeutralEcal=748.438 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06301 CaloNeutralID=36047 CaloNeutralE19=0.532437 CaloClusterCode=95 IsPhoton=1 IsNotH=0.398188 IsPhotonXGB=1 ClusterAsX=0.501978 ClusterAsY=-0.0482582 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.1514 ShowerShape=1028.63 CaloNeutralEcal=7805.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918241 CaloNeutralID=43421 CaloNeutralE19=0.459894 CaloClusterCode=-66 CaloClusterFrac=0.994763 IsPhoton=1 IsNotH=0.201448 IsPhotonXGB=1 ClusterAsX=-0.245119 ClusterAsY=0.347851 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=284.176 ShowerShape=1032.04 CaloNeutralEcal=1559.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958633 CaloNeutralID=38155 CaloNeutralE19=0.694971 CaloClusterCode=93 CaloClusterFrac=1.01807 IsPhoton=1 IsNotH=0.805642 IsPhotonXGB=1 ClusterAsX=-0.243315 ClusterAsY=0.0110862 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.6276 ShowerShape=1670.61 CaloNeutralEcal=2837.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.678791 CaloNeutralID=43213 CaloNeutralE19=0.421959 CaloClusterCode=-98 CaloClusterFrac=0.999332 IsPhoton=1 IsNotH=0.0085186 IsPhotonXGB=1 ClusterAsX=0.124442 ClusterAsY=-0.0759731 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=99.5794 ShowerShape=3194.56 CaloNeutralEcal=1170.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731386 CaloNeutralID=38337 CaloNeutralE19=0.343469 CaloClusterCode=-95 CaloClusterFrac=1.05115 IsPhoton=1 IsNotH=0.0297087 IsPhotonXGB=1 ClusterAsX=0.110134 ClusterAsY=0.031756 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.7396 ShowerShape=1874.24 CaloNeutralEcal=3491.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.711007 CaloNeutralID=43812 CaloNeutralE19=0.362381 CaloClusterCode=-95 CaloClusterFrac=0.996874 IsPhoton=1 IsNotH=0.00766236 IsPhotonXGB=1 ClusterAsX=0.0315765 ClusterAsY=-0.127528 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.4614 ShowerShape=755.225 CaloNeutralEcal=3892.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981967 CaloNeutralID=42393 CaloNeutralE19=0.5639 CaloClusterCode=95 IsPhoton=1 IsNotH=0.86939 IsPhotonXGB=1 ClusterAsX=0.314374 ClusterAsY=0.149453 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=81.6902 ShowerShape=3758.4 CaloNeutralEcal=880.453 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.05012 CaloNeutralID=34511 CaloNeutralE19=0.944945 CaloClusterCode=-61 CaloClusterFrac=0.998138 IsPhoton=1 IsNotH=0.732836 IsPhotonXGB=1 ClusterAsX=0.262344 ClusterAsY=-0.0824496 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=111.452 ShowerShape=10448 CaloNeutralEcal=600.898 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877703 CaloNeutralID=33648 CaloNeutralE19=0.679383 CaloClusterCode=98 CaloClusterFrac=0.999059 IsPhoton=1 IsNotH=0.313219 IsPhotonXGB=1 ClusterAsX=0.0777142 ClusterAsY=0.165885 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.7051 ShowerShape=1965.93 CaloNeutralEcal=1087.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940845 CaloNeutralID=38341 CaloNeutralE19=0.414409 CaloClusterCode=-95 CaloClusterFrac=1.04083 IsPhoton=1 IsNotH=0.265232 IsPhotonXGB=1 ClusterAsX=0.497984 ClusterAsY=0.201501 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=575.968 ShowerShape=11771 CaloNeutralEcal=586.859 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73646 CaloNeutralID=33550 CaloNeutralE19=0.388087 CaloClusterCode=95 CaloClusterFrac=1.04551 IsPhoton=1 IsNotH=0.0231189 IsPhotonXGB=1 ClusterAsX=0.0963865 ClusterAsY=-0.16061 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=5785.57 CaloNeutralEcal=429.728 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966684 CaloNeutralID=33221 CaloNeutralE19=0.584463 CaloClusterCode=97 CaloClusterFrac=1.03382 IsPhoton=1 IsNotH=0.225889 IsPhotonXGB=1 ClusterAsX=0.219255 ClusterAsY=0.186213 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=396.369 ShowerShape=2744.91 CaloNeutralEcal=527.745 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963393 CaloNeutralID=33989 CaloNeutralE19=0.919354 CaloClusterCode=96 CaloClusterFrac=1.06853 IsPhoton=1 IsNotH=0.788695 IsPhotonXGB=1 ClusterAsX=-0.00708869 ClusterAsY=0.0325229 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.3455 ShowerShape=2415.64 CaloNeutralEcal=1453.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800179 CaloNeutralID=38989 CaloNeutralE19=0.609145 CaloClusterCode=-96 CaloClusterFrac=0.978091 IsPhoton=1 IsNotH=0.21845 IsPhotonXGB=1 ClusterAsX=-0.0438524 ClusterAsY=0.0773416 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.4936 ShowerShape=8730.23 CaloNeutralEcal=491.856 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876757 CaloNeutralID=34231 CaloNeutralE19=0.596675 CaloClusterCode=-90 CaloClusterFrac=0.900106 IsPhoton=1 IsNotH=0.0538397 IsPhotonXGB=1 ClusterAsX=-0.174715 ClusterAsY=-0.227366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.1394 ShowerShape=1308.91 CaloNeutralEcal=1820.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.816734 CaloNeutralID=42190 CaloNeutralE19=0.417411 CaloClusterCode=96 CaloClusterFrac=1.02276 IsPhoton=1 IsNotH=0.0466767 IsPhotonXGB=1 ClusterAsX=-0.216536 ClusterAsY=0.205618 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=412.855 ShowerShape=7708.4 CaloNeutralEcal=495.056 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.843314 CaloNeutralID=33264 CaloNeutralE19=0.546588 CaloClusterCode=91 CaloClusterFrac=1.10832 IsPhoton=1 IsNotH=0.0748203 IsPhotonXGB=1 ClusterAsX=0.000160023 ClusterAsY=-0.140072 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.9692 ShowerShape=13538.3 CaloNeutralEcal=572.606 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876649 CaloNeutralID=33841 CaloNeutralE19=0.703073 CaloClusterCode=98 CaloClusterFrac=1.0306 IsPhoton=1 IsNotH=0.45074 IsPhotonXGB=1 ClusterAsX=0.0268074 ClusterAsY=0.172795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.7916 ShowerShape=14145.7 CaloNeutralEcal=1021.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.864573 CaloNeutralID=37678 CaloNeutralE19=0.456747 CaloClusterCode=63 IsPhoton=1 IsNotH=0.0599174 IsPhotonXGB=1 ClusterAsX=-0.238357 ClusterAsY=0.174053 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.9016 ShowerShape=7091.66 CaloNeutralEcal=585.726 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947552 CaloNeutralID=35187 CaloNeutralE19=0.652141 CaloClusterCode=-90 CaloClusterFrac=0.976597 IsPhoton=1 IsNotH=0.233857 IsPhotonXGB=1 ClusterAsX=-0.187661 ClusterAsY=-0.230518 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=88.4165 ShowerShape=1705.55 CaloNeutralEcal=1811.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967161 CaloNeutralID=39708 CaloNeutralE19=0.728899 CaloClusterCode=65 IsPhoton=1 IsNotH=0.745807 IsPhotonXGB=1 ClusterAsX=0.0215782 ClusterAsY=-0.093835 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.0535 ShowerShape=2046.86 CaloNeutralEcal=1441.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925023 CaloNeutralID=38927 CaloNeutralE19=0.451847 CaloClusterCode=-61 CaloClusterFrac=1.00478 IsPhoton=1 IsNotH=0.465772 IsPhotonXGB=1 ClusterAsX=-0.137967 ClusterAsY=-0.337604 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=85.3332 ShowerShape=6070.81 CaloNeutralEcal=429.103 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970807 CaloNeutralID=35074 CaloNeutralE19=0.67472 CaloClusterCode=92 CaloClusterFrac=1.05584 IsPhoton=1 IsNotH=0.260384 IsPhotonXGB=1 ClusterAsX=0.282199 ClusterAsY=-0.179993 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.4883 ShowerShape=1353.14 CaloNeutralEcal=1921.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800397 CaloNeutralID=43862 CaloNeutralE19=0.608269 CaloClusterCode=-91 CaloClusterFrac=0.909752 IsPhoton=1 IsNotH=0.519673 IsPhotonXGB=1 ClusterAsX=0.0484885 ClusterAsY=-0.0660674 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=149.725 ShowerShape=1869.43 CaloNeutralEcal=1397.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.862816 CaloNeutralID=37851 CaloNeutralE19=0.683846 CaloClusterCode=97 CaloClusterFrac=1.02935 IsPhoton=1 IsNotH=0.763308 IsPhotonXGB=1 ClusterAsX=-0.141622 ClusterAsY=0.0491279 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=57.0986 ShowerShape=7570.79 CaloNeutralEcal=1217.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.788896 CaloNeutralID=40100 CaloNeutralE19=0.454721 CaloClusterCode=-91 CaloClusterFrac=1.00824 IsPhoton=1 IsNotH=0.0400979 IsPhotonXGB=1 ClusterAsX=-0.0622675 ClusterAsY=-0.152547 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.3754 ShowerShape=1666.71 CaloNeutralEcal=1316.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77651 CaloNeutralID=41994 CaloNeutralE19=0.451021 CaloClusterCode=98 CaloClusterFrac=1.0138 IsPhoton=1 IsNotH=0.0595792 IsPhotonXGB=1 ClusterAsX=0.185676 ClusterAsY=0.237935 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=663.2 ShowerShape=4862.35 CaloNeutralEcal=347.387 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983846 CaloNeutralID=33792 CaloNeutralE19=0.89758 CaloClusterCode=65 CaloClusterFrac=1.08119 IsPhoton=1 IsNotH=0.836148 IsPhotonXGB=1 ClusterAsX=0.0862896 ClusterAsY=-0.0267458 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.3043 ShowerShape=633.161 CaloNeutralEcal=1467.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930548 CaloNeutralID=43338 CaloNeutralE19=0.770878 CaloClusterCode=93 CaloClusterFrac=1.0462 IsPhoton=1 IsNotH=0.979222 IsPhotonXGB=1 ClusterAsX=-0.0800325 ClusterAsY=0.0996862 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=494.984 ShowerShape=1939.83 CaloNeutralEcal=758.842 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818593 CaloNeutralID=37682 CaloNeutralE19=0.616129 CaloClusterCode=65 IsPhoton=1 IsNotH=0.109155 IsPhotonXGB=1 ClusterAsX=0.0120981 ClusterAsY=0.0734948 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=74.2769 ShowerShape=4650.5 CaloNeutralEcal=571.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982559 CaloNeutralID=35343 CaloNeutralE19=0.615473 CaloClusterCode=67 CaloClusterFrac=1.02217 IsPhoton=1 IsNotH=0.407672 IsPhotonXGB=1 ClusterAsX=-0.00396734 ClusterAsY=0.303019 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=78.7592 ShowerShape=2524.81 CaloNeutralEcal=309.663 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980633 CaloNeutralID=34560 CaloNeutralE19=0.892184 CaloClusterCode=-65 CaloClusterFrac=0.976989 IsPhoton=1 IsNotH=0.477308 IsPhotonXGB=1 ClusterAsX=0.0757208 ClusterAsY=-0.0177241 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=138.565 ShowerShape=5740.17 CaloNeutralEcal=383.838 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983388 CaloNeutralID=33977 CaloNeutralE19=0.605505 CaloClusterCode=97 CaloClusterFrac=1.12549 IsPhoton=1 IsNotH=0.422679 IsPhotonXGB=1 ClusterAsX=-0.133717 ClusterAsY=0.361283 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.2957 ShowerShape=1295.16 CaloNeutralEcal=660.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920728 CaloNeutralID=38781 CaloNeutralE19=0.760046 CaloClusterCode=95 CaloClusterFrac=1.0235 IsPhoton=1 IsNotH=0.897838 IsPhotonXGB=1 ClusterAsX=0.170841 ClusterAsY=-0.00939358 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2668.07 CaloNeutralEcal=516.858 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978084 CaloNeutralID=33560 CaloNeutralE19=0.937202 CaloClusterCode=-90 CaloClusterFrac=1.14582 IsPhoton=1 IsNotH=0.68274 IsPhotonXGB=1 ClusterAsX=-0.0360333 ClusterAsY=-0.0136873 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.4526 ShowerShape=4261.35 CaloNeutralEcal=634.172 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=34608 CaloNeutralE19=0.825118 CaloClusterCode=65 CaloClusterFrac=1.07599 IsPhoton=1 IsNotH=0.783924 IsPhotonXGB=1 ClusterAsX=0.143772 ClusterAsY=0.0438919 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=194.801 ShowerShape=8772.48 CaloNeutralEcal=529.905 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8825 CaloNeutralID=33692 CaloNeutralE19=0.653008 CaloClusterCode=93 CaloClusterFrac=1.02475 IsPhoton=1 IsNotH=0.21206 IsPhotonXGB=1 ClusterAsX=-0.0848634 ClusterAsY=-0.0536457 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=182.033 ShowerShape=1286.03 CaloNeutralEcal=604.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00005 CaloNeutralID=39298 CaloNeutralE19=0.78484 CaloClusterCode=92 IsPhoton=1 IsNotH=0.828486 IsPhotonXGB=1 ClusterAsX=0.189957 ClusterAsY=-0.188802 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.0804 ShowerShape=3463.78 CaloNeutralEcal=558.591 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.985259 CaloNeutralID=34288 CaloNeutralE19=0.802206 CaloClusterCode=-67 CaloClusterFrac=1.08414 IsPhoton=1 IsNotH=0.611669 IsPhotonXGB=1 ClusterAsX=-0.00461464 ClusterAsY=0.195476 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=571.805 ShowerShape=778.784 CaloNeutralEcal=897.624 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06414 CaloNeutralID=40025 CaloNeutralE19=0.884615 CaloClusterCode=93 IsPhoton=1 IsNotH=0.878767 IsPhotonXGB=1 ClusterAsX=-0.124215 ClusterAsY=0.0913517 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=204.411 ShowerShape=1037.33 CaloNeutralEcal=819.904 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.03104 CaloNeutralID=39280 CaloNeutralE19=0.792869 CaloClusterCode=61 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.0675825 ClusterAsY=-0.408751 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=413.215 ShowerShape=1215.28 CaloNeutralEcal=682.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909535 CaloNeutralID=37938 CaloNeutralE19=0.818689 CaloClusterCode=96 CaloClusterFrac=1.17694 IsPhoton=1 IsNotH=0.799601 IsPhotonXGB=1 ClusterAsX=-0.0405714 ClusterAsY=0.122223 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50191 ShowerShape=1726.34 CaloNeutralEcal=17005.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.879394 CaloNeutralID=38514 CaloNeutralE19=0.686379 CaloClusterCode=95 CaloClusterFrac=0.552124 ClusterAsX=0.111465 ClusterAsY=-0.0888043 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50191 ShowerShape=1493.18 CaloNeutralEcal=14409.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900658 CaloNeutralID=38513 CaloNeutralE19=0.658068 CaloClusterCode=87 CaloClusterFrac=0.508113 ClusterAsX=0.0490184 ClusterAsY=0.142955 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.418 ShowerShape=409.663 CaloNeutralEcal=23681.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992319 CaloNeutralID=37672 CaloNeutralE19=0.89403 CaloClusterCode=67 CaloClusterFrac=0.889723 ClusterAsX=0.0367114 ClusterAsY=0.063595 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.418 ShowerShape=920.697 CaloNeutralEcal=2946.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.994353 CaloNeutralID=37673 CaloNeutralE19=1.07589 CaloClusterCode=67 CaloClusterFrac=0.11125 ClusterAsX=-0.0169392 ClusterAsY=0.207592 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.346205 ShowerShape=3336.81 CaloNeutralEcal=7716.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971895 CaloNeutralID=34866 CaloNeutralE19=0.785565 CaloClusterCode=95 CaloClusterFrac=0.647011 ClusterAsX=0.193151 ClusterAsY=0.011122 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.346205 ShowerShape=2476.6 CaloNeutralEcal=4363.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973241 CaloNeutralID=34865 CaloNeutralE19=0.935586 CaloClusterCode=70 CaloClusterFrac=0.407561 ClusterAsX=-0.0163869 ClusterAsY=-0.0459626 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.65132 ShowerShape=2476.6 CaloNeutralEcal=4757.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995641 CaloNeutralID=34928 CaloNeutralE19=0.932519 CaloClusterCode=67 CaloClusterFrac=0.41923 ClusterAsX=0.0129609 ClusterAsY=0.0508335 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.65132 ShowerShape=4804.71 CaloNeutralEcal=6755.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.996937 CaloNeutralID=34865 CaloNeutralE19=0.604268 CaloClusterCode=53 CaloClusterFrac=0.592149 ClusterAsX=-0.396209 ClusterAsY=-0.0207363 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.855358 ShowerShape=6583.12 CaloNeutralEcal=5261.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852363 CaloNeutralID=34505 CaloNeutralE19=0.724491 CaloClusterCode=93 CaloClusterFrac=0.593696 ClusterAsX=-0.085283 ClusterAsY=-0.0738361 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.855358 ShowerShape=16654.5 CaloNeutralEcal=4941.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.600244 CaloNeutralID=34569 CaloNeutralE19=0.307246 CaloClusterCode=98 CaloClusterFrac=0.50819 ClusterAsX=0.19527 ClusterAsY=-0.101252 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.0855 ShowerShape=364.058 CaloNeutralEcal=20845.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932672 CaloNeutralID=42292 CaloNeutralE19=0.825723 CaloClusterCode=95 CaloClusterFrac=0.876534 ClusterAsX=0.0632699 ClusterAsY=0.0128421 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.0855 ShowerShape=968.991 CaloNeutralEcal=3047.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922407 CaloNeutralID=42293 CaloNeutralE19=0.952392 CaloClusterCode=81 CaloClusterFrac=0.130374 ClusterAsX=-0.234054 ClusterAsY=-0.40322 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.374815 ShowerShape=9458.84 CaloNeutralEcal=6388.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875381 CaloNeutralID=34890 CaloNeutralE19=0.51154 CaloClusterCode=90 CaloClusterFrac=0.735659 ClusterAsX=-0.142067 ClusterAsY=-0.299761 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.374815 ShowerShape=10262.5 CaloNeutralEcal=5285.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941047 CaloNeutralID=34825 CaloNeutralE19=0.528939 CaloClusterCode=96 CaloClusterFrac=0.439869 ClusterAsX=-0.468842 ClusterAsY=0.377946 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.141047 ShowerShape=5053.26 CaloNeutralEcal=6403.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874755 CaloNeutralID=34935 CaloNeutralE19=0.792669 CaloClusterCode=91 CaloClusterFrac=0.804612 ClusterAsX=0.0132677 ClusterAsY=-0.076798 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.141047 ShowerShape=8465.36 CaloNeutralEcal=1555.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925136 CaloNeutralID=34999 CaloNeutralE19=0.621967 CaloClusterCode=81 CaloClusterFrac=0.219235 ClusterAsX=0.208236 ClusterAsY=-0.465098 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.04305 ShowerShape=829.047 CaloNeutralEcal=10286.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929277 CaloNeutralID=39161 CaloNeutralE19=0.894155 CaloClusterCode=91 CaloClusterFrac=0.834941 ClusterAsX=0.00797473 ClusterAsY=-0.0727645 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.04305 ShowerShape=2465.04 CaloNeutralEcal=2064.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812725 CaloNeutralID=39097 CaloNeutralE19=0.526954 CaloClusterCode=97 CaloClusterFrac=0.170781 ClusterAsX=0.00637449 ClusterAsY=0.619217 ] } -Printing ended -BrunelInit INFO Evt 7, Run 1, Nr. in job = 7 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.0172675 RichDLLmu=0.414009 RichDLLpi=0 RichDLLk=-32.4722 RichDLLp=-28.1816 RichPIDStatus=139234 RichDLLbt=-22.179 RichDLLd=-22.1021 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.367309 CaloElectronMatch=548.805 CaloBremMatch=548.805 CaloChargedEcal=18057.3 CaloChargedID=43945 CaloNeutralEcal=18057.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867182 CaloNeutralID=43945 CaloEcalE=11591.6 CaloHcalE=3970.58 CaloEcalChi2=548.805 CaloBremChi2=286.248 CaloClusChi2=0.367309 CaloTrajectoryL=249.969 CaloEoverP=0.478852 EcalPIDe=0.0988526 BremPIDe=-0.457459 HcalPIDe=-0.693868 HcalPIDmu=0.666456 EcalPIDmu=-4.03438 TrackChi2PerDof=0.701139 TrackNumDof=44 TrackType=3 TrackHistory=30 TrackP=38345.3 TrackPt=1821.07 CombDLLe=-1.0555 CombDLLmu=-2.78963 CombDLLpi=0 CombDLLk=-32.4722 CombDLLp=-28.1816 CombDLLd=-22.1021 ProbNNe=0.000381204 ProbNNpi=0.992773 ProbNNk=1.63938e-05 ProbNNp=1.92879e-05 ProbNNghost=0.000214408 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.27121 RichDLLmu=-2.27123 RichDLLpi=0 RichDLLk=4.67864 RichDLLp=4.67864 RichPIDStatus=5025 RichDLLbt=4.67864 RichDLLd=4.67864 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0608461 CaloElectronMatch=64.8915 CaloBremMatch=64.8915 CaloChargedEcal=6457.85 CaloChargedID=34995 CaloNeutralEcal=6457.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987868 CaloNeutralID=34995 CaloEcalE=6144.47 CaloHcalE=365.683 CaloEcalChi2=64.8915 CaloBremChi2=357.909 CaloClusChi2=0.0608461 CaloTrajectoryL=29.4717 CaloEoverP=1.63425 EcalPIDe=1.51236 BremPIDe=-0.373552 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-1.20867 TrackChi2PerDof=1.49374 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=4145.92 TrackPt=112.715 CombDLLe=1.86171 CombDLLmu=-5.57683 CombDLLpi=0 CombDLLk=4.67864 CombDLLp=4.67864 CombDLLd=4.67864 ProbNNe=0.992039 ProbNNpi=0.148008 ProbNNk=0.0758083 ProbNNp=0.0460828 ProbNNghost=0.978979 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.4103 RichDLLmu=-10.7734 RichDLLpi=0 RichDLLk=2.52696 RichDLLp=2.52696 RichPIDStatus=5092 RichDLLbt=2.52696 RichDLLd=2.52696 MuonMuLL=-0.00200198 MuonBkgLL=-0.382131 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=60.8651 MuonMVA1=-999 MuonMVA2=-1.78696 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.09563 CaloElectronMatch=88.535 CaloBremMatch=70.6134 CaloChargedEcal=7939.04 CaloChargedID=38603 CaloNeutralEcal=7939.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920875 CaloNeutralID=38603 CaloEcalE=6411.38 CaloHcalE=1445.87 CaloEcalChi2=88.535 CaloBremChi2=118.797 CaloClusChi2=4.09563 CaloTrajectoryL=260.068 CaloEoverP=1.16372 EcalPIDe=1.84829 BremPIDe=0.223978 HcalPIDe=-0.871136 HcalPIDmu=1.42607 EcalPIDmu=-2.13638 TrackChi2PerDof=0.999487 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=6749.33 TrackPt=181.041 CombDLLe=-1.06152 CombDLLmu=-7.14448 CombDLLpi=0 CombDLLk=2.52696 CombDLLp=2.52696 CombDLLd=2.9091 ProbNNe=0.893684 ProbNNmu=0.00366525 ProbNNpi=0.000532666 ProbNNk=0.0365712 ProbNNp=0.130257 ProbNNghost=0.328858 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.1325 RichDLLmu=-2.89858 RichDLLpi=0 RichDLLk=-5.33717 RichDLLp=-3.42542 RichPIDStatus=6115 RichDLLbt=-3.42542 RichDLLd=-3.42542 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.444784 CaloElectronMatch=58.8934 CaloBremMatch=58.8934 CaloChargedEcal=17878.1 CaloChargedID=42515 CaloNeutralEcal=17878.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.709655 CaloNeutralID=42515 CaloEcalE=9011.73 CaloHcalE=1477.18 CaloEcalChi2=58.8934 CaloBremChi2=548.041 CaloClusChi2=0.444784 CaloTrajectoryL=150.71 CaloEoverP=1.22451 EcalPIDe=4.33705 BremPIDe=-0.625066 HcalPIDe=-0.655264 HcalPIDmu=1.33378 EcalPIDmu=-3.35126 TrackChi2PerDof=0.846994 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=14432.3 TrackPt=385.218 CombDLLe=0.681554 CombDLLmu=-5.67469 CombDLLpi=0 CombDLLk=-5.33717 CombDLLp=-3.42542 CombDLLd=-3.42542 ProbNNe=0.000326511 ProbNNpi=0.994233 ProbNNk=0.00314627 ProbNNp=0.00328172 ProbNNghost=0.000868933 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.8235 RichDLLmu=-2.91997 RichDLLpi=0 RichDLLk=2.98545 RichDLLp=2.98545 RichPIDStatus=5092 RichDLLbt=2.98545 RichDLLd=2.98545 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.49517 CaloElectronMatch=134.197 CaloBremMatch=134.197 CaloChargedEcal=2444.94 CaloChargedID=39282 CaloNeutralEcal=2444.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866928 CaloNeutralID=39282 CaloEcalE=1916.97 CaloHcalE=3725.78 CaloEcalChi2=134.197 CaloBremChi2=41.2069 CaloClusChi2=1.49517 CaloTrajectoryL=251.023 CaloEoverP=0.342246 EcalPIDe=0.989182 BremPIDe=1.5294 HcalPIDe=-1.79057 HcalPIDmu=-0.44839 EcalPIDmu=-1.89319 TrackChi2PerDof=1.4051 TrackNumDof=40 TrackType=3 TrackHistory=32 TrackP=7397.92 TrackPt=212.128 CombDLLe=-1.12119 CombDLLmu=-6.02051 CombDLLpi=0 CombDLLk=2.98545 CombDLLp=2.98545 CombDLLd=2.98545 ProbNNe=2.24106e-06 ProbNNpi=0.916969 ProbNNk=0.0325769 ProbNNp=0.0655633 ProbNNghost=0.0254784 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.17167 RichDLLmu=-1.90715 RichDLLpi=0 RichDLLk=-28.7561 RichDLLp=-20.7882 RichPIDStatus=8163 RichDLLbt=-16.5131 RichDLLd=-16.5131 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.1638 CaloElectronMatch=635.518 CaloBremMatch=635.518 CaloChargedEcal=9338.66 CaloChargedID=42194 CaloNeutralEcal=9338.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867143 CaloNeutralID=42194 CaloEcalE=6704.05 CaloHcalE=13012.8 CaloEcalChi2=635.518 CaloBremChi2=247.183 CaloClusChi2=1.1638 CaloTrajectoryL=284.639 CaloEoverP=0.344189 EcalPIDe=-0.362456 BremPIDe=-0.0146704 HcalPIDe=-2.87457 HcalPIDmu=-2.2662 EcalPIDmu=-3.91014 TrackChi2PerDof=2.8664 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=27405.1 TrackPt=1108.45 CombDLLe=-4.32325 CombDLLmu=-8.72398 CombDLLpi=0 CombDLLk=-28.7561 CombDLLp=-20.7882 CombDLLd=-16.5131 ProbNNe=9.43737e-06 ProbNNpi=0.865711 ProbNNk=0.00031987 ProbNNp=0.000117142 ProbNNghost=0.34817 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.5913 RichDLLmu=-30.5498 RichDLLpi=0 RichDLLk=-15.4067 RichDLLp=-15.4067 RichPIDStatus=5091 RichDLLbt=-15.4067 RichDLLd=-15.4067 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.0578 CaloElectronMatch=42.6169 CaloBremMatch=42.6169 CaloChargedEcal=2655.17 CaloChargedID=42230 CaloNeutralEcal=2655.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820467 CaloNeutralID=42230 CaloEcalE=1914.01 CaloHcalE=1962.26 CaloEcalChi2=42.6169 CaloBremChi2=281.023 CaloClusChi2=7.0578 CaloTrajectoryL=304.915 CaloEoverP=0.599481 EcalPIDe=2.97947 BremPIDe=-0.318955 HcalPIDe=-1.32141 HcalPIDmu=1.64544 EcalPIDmu=-2.23194 TrackChi2PerDof=0.766283 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=4894.09 TrackPt=449.51 CombDLLe=-3.36643 CombDLLmu=-7.58643 CombDLLpi=0 CombDLLk=-15.4067 CombDLLp=-15.4067 CombDLLd=-15.4067 ProbNNe=3.41781e-10 ProbNNpi=0.999074 ProbNNk=2.96883e-05 ProbNNp=0.000322444 ProbNNghost=0.00270385 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.64809 RichDLLmu=6.19889 RichDLLpi=0 RichDLLk=5.7748 RichDLLp=5.7748 RichPIDStatus=5090 RichDLLbt=5.7748 RichDLLd=5.7748 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.109567 CaloElectronMatch=270.78 CaloBremMatch=264.835 CaloChargedEcal=10235.6 CaloChargedID=39608 CaloNeutralEcal=10235.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875725 CaloNeutralID=39608 CaloEcalE=8061.65 CaloHcalE=0 CaloEcalChi2=270.78 CaloBremChi2=269.078 CaloClusChi2=0.109567 CaloTrajectoryL=-37.7248 CaloEoverP=1.48115 EcalPIDe=0.27519 BremPIDe=-0.388822 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-1.25831 TrackChi2PerDof=1.27737 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=6981.82 TrackPt=360.043 CombDLLe=0.259739 CombDLLmu=2.16575 CombDLLpi=0 CombDLLk=5.7748 CombDLLp=5.7748 CombDLLd=5.7748 ProbNNe=0.76333 ProbNNpi=0.306627 ProbNNk=0.443512 ProbNNp=0.49128 ProbNNghost=0.178153 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0685582 RichDLLmu=6.90322 RichDLLpi=0 RichDLLk=-6.15893 RichDLLp=-6.15893 RichPIDStatus=5058 RichDLLbt=-6.15893 RichDLLd=-6.15893 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.70221 CaloElectronMatch=668.344 CaloChargedEcal=5423.86 CaloChargedID=43565 CaloEcalE=1943.79 CaloHcalE=40769.3 CaloEcalChi2=668.344 CaloClusChi2=4.70221 CaloTrajectoryL=677.82 CaloEoverP=0.376008 EcalPIDe=-0.56571 HcalPIDe=-1.89687 HcalPIDmu=-1.01961 EcalPIDmu=-1.49867 TrackChi2PerDof=0.933568 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=15127.8 TrackPt=355.381 CombDLLe=-2.45058 CombDLLmu=3.64938 CombDLLpi=0 CombDLLk=-6.15893 CombDLLp=-6.15893 CombDLLd=-6.15893 ProbNNe=9.49725e-05 ProbNNpi=0.974915 ProbNNk=0.0302372 ProbNNp=0.00247415 ProbNNghost=0.0344612 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-37.3978 RichDLLmu=-26.9327 RichDLLpi=0 RichDLLk=-14.1822 RichDLLp=-14.1822 RichPIDStatus=5027 RichDLLbt=-14.1822 RichDLLd=-14.1822 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.18158 CaloElectronMatch=60.4271 CaloBremMatch=37.7651 CaloChargedEcal=3225.49 CaloChargedID=35084 CaloNeutralEcal=3225.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890028 CaloNeutralID=35084 CaloEcalE=2661.25 CaloHcalE=7688.91 CaloEcalChi2=60.4271 CaloBremChi2=416.644 CaloClusChi2=1.18158 CaloTrajectoryL=139.899 CaloEoverP=0.51267 EcalPIDe=3.6423 BremPIDe=-0.492427 HcalPIDe=-2.22765 HcalPIDmu=-1.16204 EcalPIDmu=-2.46295 TrackChi2PerDof=1.01386 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6575.26 TrackPt=549.34 CombDLLe=-4.20802 CombDLLmu=-10.6247 CombDLLpi=0 CombDLLk=-14.1822 CombDLLp=-14.1822 CombDLLd=-14.1822 ProbNNe=8.78329e-08 ProbNNpi=0.997359 ProbNNk=3.14394e-05 ProbNNp=0.000389076 ProbNNghost=0.00176303 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=29.196 RichDLLmu=4.12912 RichDLLpi=0 RichDLLk=13.5802 RichDLLp=13.5802 RichPIDStatus=5089 RichDLLbt=13.5802 RichDLLd=13.5802 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06192 CaloElectronMatch=1.32861 CaloBremMatch=1.32861 CaloChargedEcal=6691.41 CaloChargedID=43339 CaloNeutralEcal=6691.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925163 CaloNeutralID=43339 CaloEcalE=5968.69 CaloHcalE=8027.59 CaloEcalChi2=1.32861 CaloBremChi2=147.807 CaloClusChi2=1.06192 CaloTrajectoryL=119.604 CaloEoverP=0.934819 EcalPIDe=3.6423 BremPIDe=-0.177929 HcalPIDe=-2.22765 HcalPIDmu=-1.1098 EcalPIDmu=-2.74106 TrackChi2PerDof=1.34309 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=7308 TrackPt=284.164 CombDLLe=5.59776 CombDLLmu=0.896734 CombDLLpi=0 CombDLLk=13.5802 CombDLLp=13.5802 CombDLLd=13.5802 ProbNNe=0.999997 ProbNNpi=0.000391078 ProbNNk=0.000627911 ProbNNp=0.00261443 ProbNNghost=0.606025 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-49.5608 RichDLLmu=-39.1796 RichDLLpi=0 RichDLLk=-27.6515 RichDLLp=-27.6515 RichPIDStatus=5091 RichDLLbt=-27.6515 RichDLLd=-27.6515 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.18788 CaloElectronMatch=66.247 CaloBremMatch=66.247 CaloChargedEcal=4403.63 CaloChargedID=43346 CaloNeutralEcal=4403.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.641232 CaloNeutralID=43346 CaloEcalE=1935.56 CaloHcalE=19621.9 CaloEcalChi2=66.247 CaloBremChi2=142.345 CaloClusChi2=2.18788 CaloTrajectoryL=319.679 CaloEoverP=0.700448 EcalPIDe=1.84829 BremPIDe=0.00434017 HcalPIDe=-1.17839 HcalPIDmu=0.173949 EcalPIDmu=-1.89319 TrackChi2PerDof=1.23383 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=6724.13 TrackPt=483.63 CombDLLe=-5.24199 CombDLLmu=-8.71923 CombDLLpi=0 CombDLLk=-27.6515 CombDLLp=-27.6515 CombDLLd=-27.6515 ProbNNe=2.74893e-10 ProbNNpi=0.999197 ProbNNk=3.95773e-05 ProbNNp=0.000205185 ProbNNghost=0.00788252 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.86774 RichDLLmu=-0.344833 RichDLLpi=0 RichDLLk=21.4214 RichDLLp=22.2225 RichPIDStatus=6117 RichDLLbt=22.2225 RichDLLd=22.2225 InAccBrem=1 CaloBremChi2=331.543 BremPIDe=-0.510136 TrackChi2PerDof=0.873205 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=10680.5 TrackPt=914.8 CombDLLe=-1.01113 CombDLLmu=-0.482003 CombDLLpi=0 CombDLLk=21.4214 CombDLLp=22.2225 CombDLLd=22.2225 ProbNNe=0.00154944 ProbNNpi=0.00707503 ProbNNk=0.995452 ProbNNp=0.922365 ProbNNghost=0.000733478 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.200369 RichDLLmu=1.4915 RichDLLpi=0 RichDLLk=4.90706 RichDLLp=4.90706 RichPIDStatus=5028 RichDLLbt=4.90706 RichDLLd=4.90706 MuonMuLL=-0.568808 MuonBkgLL=-2.54782 MuonNShared=3 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=65.3124 MuonMVA1=-999 MuonMVA2=0.13842 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.1855 CaloElectronMatch=413.37 CaloBremMatch=37.7651 CaloChargedEcal=3225.49 CaloChargedID=35084 CaloNeutralEcal=3225.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890028 CaloNeutralID=35084 CaloEcalE=6763.78 CaloHcalE=321.525 CaloEcalChi2=413.37 CaloBremChi2=519.27 CaloClusChi2=1.1855 CaloTrajectoryL=60.1522 CaloEoverP=0.696795 EcalPIDe=-0.0620623 BremPIDe=-0.553589 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-0.737145 TrackChi2PerDof=0.661297 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=4837.78 TrackPt=158.065 CombDLLe=-0.844975 CombDLLmu=1.87968 CombDLLpi=0 CombDLLk=4.90706 CombDLLp=4.90706 CombDLLd=7.45488 ProbNNe=0.667491 ProbNNmu=0.00366525 ProbNNpi=6.49026e-06 ProbNNk=0.524173 ProbNNp=0.194674 ProbNNghost=0.545471 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=42.3067 RichDLLmu=19.2814 RichDLLpi=0 RichDLLk=12.2028 RichDLLp=15.7328 RichPIDStatus=6113 RichDLLbt=15.7328 RichDLLd=15.7328 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.2291 CaloElectronMatch=7.64062 CaloBremMatch=7.64062 CaloChargedEcal=12248.6 CaloChargedID=39156 CaloNeutralEcal=12248.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929847 CaloNeutralID=39156 CaloEcalE=10267.8 CaloHcalE=936.481 CaloEcalChi2=7.64062 CaloBremChi2=195.393 CaloClusChi2=1.2291 CaloTrajectoryL=83.6273 CaloEoverP=1.03538 EcalPIDe=4.33705 BremPIDe=-0.0795569 HcalPIDe=-0.379419 HcalPIDmu=-0.549491 EcalPIDmu=-2.78493 TrackChi2PerDof=1.92657 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=11776.3 TrackPt=455.614 CombDLLe=9.37146 CombDLLmu=3.65932 CombDLLpi=0 CombDLLk=12.2028 CombDLLp=15.7328 CombDLLd=15.7328 ProbNNe=1 ProbNNpi=1.31712e-06 ProbNNk=0.000262384 ProbNNp=0.00180626 ProbNNghost=0.725512 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.3199 RichDLLmu=-22.9366 RichDLLpi=0 RichDLLk=-15.2013 RichDLLp=-15.2013 RichPIDStatus=5027 RichDLLbt=-15.2013 RichDLLd=-15.2013 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=7.3688 CaloElectronMatch=285.42 CaloChargedEcal=1760.03 CaloChargedID=38653 CaloEcalE=1287.07 CaloHcalE=1722.2 CaloEcalChi2=285.42 CaloClusChi2=7.3688 CaloTrajectoryL=271.411 CaloEoverP=0.298357 EcalPIDe=0.27519 HcalPIDe=-1.02441 HcalPIDmu=2.04963 EcalPIDmu=-0.918699 TrackChi2PerDof=0.977252 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6350.03 TrackPt=187.348 CombDLLe=-4.16291 CombDLLmu=-5.86761 CombDLLpi=0 CombDLLk=-15.2013 CombDLLp=-15.2013 CombDLLd=-15.2013 ProbNNe=1.00997e-06 ProbNNpi=0.986583 ProbNNk=0.00182803 ProbNNp=0.00195583 ProbNNghost=0.0210638 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.57038 RichDLLmu=-0.66691 RichDLLpi=0 RichDLLk=5.0445 RichDLLp=5.0445 RichPIDStatus=5028 RichDLLbt=5.0445 RichDLLd=5.0445 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.233811 CaloElectronMatch=22.7046 CaloChargedEcal=5230.4 CaloChargedID=34742 CaloEcalE=3293 CaloHcalE=587.894 CaloEcalChi2=22.7046 CaloClusChi2=0.233811 CaloTrajectoryL=53.387 CaloEoverP=1.41093 EcalPIDe=2.97947 HcalPIDe=-0.304036 HcalPIDmu=-0.681099 EcalPIDmu=-2.29524 TrackChi2PerDof=1.77548 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=3891.11 TrackPt=115.149 CombDLLe=2.22624 CombDLLmu=-3.90452 CombDLLpi=0 CombDLLk=5.0445 CombDLLp=5.0445 CombDLLd=5.0445 ProbNNe=0.790593 ProbNNpi=0.0352664 ProbNNk=0.187604 ProbNNp=0.330098 ProbNNghost=0.748 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.4198 RichDLLmu=-5.13833 RichDLLpi=0 RichDLLk=3.5181 RichDLLp=3.5181 RichPIDStatus=5028 RichDLLbt=3.5181 RichDLLd=3.5181 InAccBrem=1 CaloBremChi2=289.102 BremPIDe=-0.318955 TrackChi2PerDof=1.06287 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=2829.22 TrackPt=304.844 CombDLLe=-2.26484 CombDLLmu=-5.4108 CombDLLpi=0 CombDLLk=3.5181 CombDLLp=3.5181 CombDLLd=3.5181 ProbNNe=0.00316823 ProbNNpi=0.722144 ProbNNk=0.222223 ProbNNp=0.331254 ProbNNghost=0.0231268 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.57778 RichDLLmu=-4.80218 RichDLLpi=0 RichDLLk=-1.20853 RichDLLp=-1.20853 RichPIDStatus=5027 RichDLLbt=-1.20853 RichDLLd=-1.20853 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.15155 CaloElectronMatch=90.8867 CaloBremMatch=90.8867 CaloChargedEcal=1164.73 CaloChargedID=34484 CaloNeutralEcal=1164.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920675 CaloNeutralID=34484 CaloEcalE=837.192 CaloHcalE=780.607 CaloEcalChi2=90.8867 CaloBremChi2=107.143 CaloClusChi2=3.15155 CaloTrajectoryL=192.419 CaloEoverP=0.331671 EcalPIDe=1.51236 BremPIDe=0.185338 HcalPIDe=-0.560927 HcalPIDmu=0.0289404 EcalPIDmu=0.255214 TrackChi2PerDof=1.04523 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=4085.26 TrackPt=229.146 CombDLLe=0.166935 CombDLLmu=-4.92714 CombDLLpi=0 CombDLLk=-1.20853 CombDLLp=-1.20853 CombDLLd=-1.20853 ProbNNe=0.00221623 ProbNNpi=0.96451 ProbNNk=0.0296636 ProbNNp=0.0606688 ProbNNghost=0.0255349 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.4219 RichDLLmu=-3.76171 RichDLLpi=0 RichDLLk=4.65993 RichDLLp=4.65993 RichPIDStatus=5092 RichDLLbt=4.65993 RichDLLd=4.65993 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.109585 CaloElectronMatch=264.835 CaloBremMatch=264.835 CaloChargedEcal=10235.6 CaloChargedID=39608 CaloNeutralEcal=10235.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875725 CaloNeutralID=39608 CaloEcalE=8061.65 CaloHcalE=0 CaloEcalChi2=264.835 CaloBremChi2=267.494 CaloClusChi2=0.109585 CaloTrajectoryL=-37.6789 CaloEoverP=1.48009 EcalPIDe=0.27519 BremPIDe=-0.388822 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-1.25831 TrackChi2PerDof=2.76181 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=6986.82 TrackPt=377.004 CombDLLe=-1.06117 CombDLLmu=-8.2078 CombDLLpi=0 CombDLLk=4.65993 CombDLLp=4.65993 CombDLLd=4.65993 ProbNNe=0.0116596 ProbNNpi=0.232574 ProbNNk=0.0383721 ProbNNp=0.0774848 ProbNNghost=0.950014 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.0044 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=24.7603 BremPIDe=1.27635 TrackChi2PerDof=1.3512 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=1819.21 TrackPt=103.436 CombDLLe=-0.763545 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.08122 ProbNNpi=0.728145 ProbNNk=0.0502417 ProbNNp=0.114846 ProbNNghost=0.521114 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.933 RichDLLmu=-10.9414 RichDLLpi=0 RichDLLk=6.19934 RichDLLp=6.19934 RichPIDStatus=5092 RichDLLbt=6.19934 RichDLLd=6.19934 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.708757 CaloElectronMatch=181.235 CaloBremMatch=181.235 CaloChargedEcal=2441.14 CaloChargedID=39411 CaloNeutralEcal=2441.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731891 CaloNeutralID=39411 CaloEcalE=2021.54 CaloHcalE=1478.02 CaloEcalChi2=181.235 CaloBremChi2=221.133 CaloClusChi2=0.708757 CaloTrajectoryL=193.837 CaloEoverP=0.333331 EcalPIDe=0.989182 BremPIDe=-0.330029 HcalPIDe=-0.871136 HcalPIDmu=1.41053 EcalPIDmu=-1.66855 TrackChi2PerDof=0.993664 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=7775.69 TrackPt=294.725 CombDLLe=-3.29816 CombDLLmu=-7.08425 CombDLLpi=0 CombDLLk=6.19934 CombDLLp=6.19934 CombDLLd=6.19934 ProbNNe=3.99293e-08 ProbNNpi=0.953138 ProbNNk=0.0196476 ProbNNp=0.0433383 ProbNNghost=0.0509366 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.1143 RichDLLmu=-1.056 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=25.6189 BremPIDe=1.0924 TrackChi2PerDof=0.984332 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=2076.38 TrackPt=175.719 CombDLLe=-0.965073 CombDLLmu=-1.4568 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0438993 ProbNNpi=0.90938 ProbNNk=0.0464946 ProbNNp=0.083006 ProbNNghost=0.0618621 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.6005 RichDLLmu=-4.14878 RichDLLpi=0 RichDLLk=0.00990231 RichDLLp=0.00990231 RichPIDStatus=5028 RichDLLbt=0.00990231 RichDLLd=0.00990231 InAccBrem=1 CaloBremChi2=20.651 BremPIDe=2.0366 TrackChi2PerDof=2.9775 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=2609.99 TrackPt=159.566 CombDLLe=0.223754 CombDLLmu=-4.76242 CombDLLpi=0 CombDLLk=0.00990231 CombDLLp=0.00990231 CombDLLd=0.00990231 ProbNNe=0.246882 ProbNNpi=0.0389559 ProbNNk=0.0305867 ProbNNp=0.0560604 ProbNNghost=0.981931 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-42.1284 RichDLLmu=-13.2956 RichDLLpi=0 RichDLLk=-72.4174 RichDLLp=-54.2271 RichPIDStatus=6115 RichDLLbt=-54.2271 RichDLLd=-54.2271 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.85083 CaloElectronMatch=411.177 CaloBremMatch=15.8352 CaloChargedEcal=10426.7 CaloChargedID=39118 CaloNeutralEcal=10426.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.82084 CaloNeutralID=39118 CaloEcalE=1440.72 CaloHcalE=9549.48 CaloEcalChi2=411.177 CaloBremChi2=4.53425 CaloClusChi2=5.85083 CaloTrajectoryL=1804.98 CaloEoverP=0.705278 EcalPIDe=-0.10442 BremPIDe=4.3966 HcalPIDe=-2.4429 HcalPIDmu=-2.49604 EcalPIDmu=-0.915074 TrackChi2PerDof=0.620352 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=14758.9 TrackPt=1863.95 CombDLLe=-3.63208 CombDLLmu=-10.3428 CombDLLpi=0 CombDLLk=-72.4174 CombDLLp=-54.2271 CombDLLd=-54.2271 ProbNNe=3.47399e-07 ProbNNpi=0.999969 ProbNNk=3.31085e-05 ProbNNp=5.13797e-05 ProbNNghost=3.90847e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-46.806 RichDLLmu=-32.767 RichDLLpi=0 RichDLLk=-21.304 RichDLLp=-21.304 RichPIDStatus=5091 RichDLLbt=-21.304 RichDLLd=-21.304 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.448647 CaloElectronMatch=272.968 CaloBremMatch=272.968 CaloChargedEcal=7451.6 CaloChargedID=35546 CaloNeutralEcal=7451.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729783 CaloNeutralID=35546 CaloEcalE=2801.3 CaloHcalE=201.488 CaloEcalChi2=272.968 CaloBremChi2=110.812 CaloClusChi2=0.448647 CaloTrajectoryL=-854.162 CaloEoverP=1.18686 EcalPIDe=0.27519 BremPIDe=0.21818 HcalPIDe=0.0890684 HcalPIDmu=-2.48185 EcalPIDmu=-2.72932 TrackChi2PerDof=0.756638 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=6303.18 TrackPt=706.398 CombDLLe=-5.1878 CombDLLmu=-12.2111 CombDLLpi=0 CombDLLk=-21.304 CombDLLp=-21.304 CombDLLd=-21.304 ProbNNe=7.01224e-10 ProbNNpi=0.999241 ProbNNk=3.20973e-05 ProbNNp=0.000516148 ProbNNghost=0.00185811 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.09687 RichDLLmu=-0.896523 RichDLLpi=0 RichDLLk=20.491 RichDLLp=27.6988 RichPIDStatus=6117 RichDLLbt=27.6988 RichDLLd=27.6988 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=69.7448 CaloElectronMatch=3160.76 CaloBremMatch=199.363 CaloChargedEcal=683.733 CaloChargedID=35249 CaloNeutralEcal=683.733 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06979 CaloNeutralID=35249 CaloEcalE=0 CaloHcalE=5316.19 CaloEcalChi2=3160.76 CaloBremChi2=255.767 CaloClusChi2=69.7448 CaloTrajectoryL=9803.18 CaloEoverP=0.0600791 EcalPIDe=-3.41257 BremPIDe=-0.0686812 HcalPIDe=-1.75999 HcalPIDmu=-0.819028 EcalPIDmu=0.525694 TrackChi2PerDof=0.993744 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=14060 TrackPt=809.052 CombDLLe=-6.47032 CombDLLmu=-1.53519 CombDLLpi=0 CombDLLk=20.491 CombDLLp=27.6988 CombDLLd=27.6988 ProbNNe=7.84105e-07 ProbNNpi=0.00211427 ProbNNk=0.206158 ProbNNp=0.975581 ProbNNghost=0.00957753 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.72385 RichDLLmu=-3.87564 RichDLLpi=0 RichDLLk=10.4307 RichDLLp=10.4307 RichPIDStatus=5028 RichDLLbt=10.4307 RichDLLd=10.4307 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.72819 CaloElectronMatch=355.223 CaloBremMatch=204.222 CaloChargedEcal=1594.75 CaloChargedID=35692 CaloNeutralEcal=1594.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703199 CaloNeutralID=35692 CaloEcalE=1522.17 CaloHcalE=0 CaloEcalChi2=355.223 CaloBremChi2=212.329 CaloClusChi2=1.72819 CaloTrajectoryL=260.2 CaloEoverP=0.411472 EcalPIDe=0.0319619 BremPIDe=-0.396524 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.40154 TrackChi2PerDof=0.768695 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4185.36 TrackPt=461.435 CombDLLe=-0.702078 CombDLLmu=-8.41451 CombDLLpi=0 CombDLLk=10.4307 CombDLLp=10.4307 CombDLLd=10.4307 ProbNNe=5.67796e-05 ProbNNpi=0.0301342 ProbNNk=0.924366 ProbNNp=0.933611 ProbNNghost=0.00781402 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.0354 RichDLLmu=-18.0803 RichDLLpi=0 RichDLLk=-5.34648 RichDLLp=-5.34648 RichPIDStatus=5027 RichDLLbt=-5.34648 RichDLLd=-5.34648 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.166734 CaloElectronMatch=268.843 CaloBremMatch=204.222 CaloChargedEcal=1594.75 CaloChargedID=35692 CaloNeutralEcal=1594.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703199 CaloNeutralID=35692 CaloEcalE=2070.68 CaloHcalE=0 CaloEcalChi2=268.843 CaloBremChi2=152.475 CaloClusChi2=0.166734 CaloTrajectoryL=246.936 CaloEoverP=0.399008 EcalPIDe=0.265875 BremPIDe=-0.0936627 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.97101 TrackChi2PerDof=1.42479 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=4316.1 TrackPt=464.003 CombDLLe=-1.70257 CombDLLmu=-11.4246 CombDLLpi=0 CombDLLk=-5.34648 CombDLLp=-5.34648 CombDLLd=-5.34648 ProbNNe=0.000535819 ProbNNpi=0.979179 ProbNNk=0.00044427 ProbNNp=0.00185007 ProbNNghost=0.0727146 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.47858 RichDLLmu=-0.537051 RichDLLpi=0 RichDLLk=7.34171 RichDLLp=7.34171 RichPIDStatus=5028 RichDLLbt=7.34171 RichDLLd=7.34171 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.34812 CaloElectronMatch=75.0685 CaloBremMatch=75.0685 CaloChargedEcal=2226.85 CaloChargedID=35577 CaloNeutralEcal=2226.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.993985 CaloNeutralID=35577 CaloEcalE=1848.92 CaloHcalE=826.781 CaloEcalChi2=75.0685 CaloBremChi2=111.138 CaloClusChi2=1.34812 CaloTrajectoryL=247.566 CaloEoverP=0.655558 EcalPIDe=1.51236 BremPIDe=0.157531 HcalPIDe=-0.560927 HcalPIDmu=0.198625 EcalPIDmu=-2.19735 TrackChi2PerDof=1.08594 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=3719.18 TrackPt=427.461 CombDLLe=-0.0149772 CombDLLmu=-2.74772 CombDLLpi=0 CombDLLk=7.34171 CombDLLp=7.34171 CombDLLd=7.34171 ProbNNe=0.000325944 ProbNNpi=0.180161 ProbNNk=0.721593 ProbNNp=0.802012 ProbNNghost=0.207773 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.1581 RichDLLmu=-5.73776 RichDLLpi=0 RichDLLk=-0.676336 RichDLLp=-0.676336 RichPIDStatus=5027 RichDLLbt=-0.676336 RichDLLd=-0.676336 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.79702 CaloElectronMatch=315.583 CaloBremMatch=51.3339 CaloChargedEcal=4774.89 CaloChargedID=34309 CaloNeutralEcal=4774.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.906146 CaloNeutralID=34309 CaloEcalE=2907.14 CaloHcalE=2657.58 CaloEcalChi2=315.583 CaloBremChi2=68.6984 CaloClusChi2=2.79702 CaloTrajectoryL=292.067 CaloEoverP=1.46803 EcalPIDe=0.0319619 BremPIDe=0.599495 HcalPIDe=-1.59399 HcalPIDmu=0.562388 EcalPIDmu=-1.79298 TrackChi2PerDof=1.22185 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=3427.69 TrackPt=253.187 CombDLLe=-3.18559 CombDLLmu=-6.94918 CombDLLpi=0 CombDLLk=-0.676336 CombDLLp=-0.676336 CombDLLd=-0.676336 ProbNNe=0.000637622 ProbNNpi=0.961763 ProbNNk=0.0125669 ProbNNp=0.0288959 ProbNNghost=0.0448589 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.720247 RichDLLmu=-3.55005 RichDLLpi=0 RichDLLk=0.368486 RichDLLp=0.368486 RichPIDStatus=5028 RichDLLbt=0.368486 RichDLLd=0.368486 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.35727 CaloElectronMatch=24.5841 CaloBremMatch=24.5733 CaloChargedEcal=7535.57 CaloChargedID=38458 CaloNeutralEcal=7535.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77981 CaloNeutralID=38458 CaloEcalE=3720.41 CaloHcalE=3653.92 CaloEcalChi2=24.5841 CaloBremChi2=347.749 CaloClusChi2=0.35727 CaloTrajectoryL=55.4584 CaloEoverP=1.28241 EcalPIDe=3.6423 BremPIDe=-0.398756 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=-2.70871 TrackChi2PerDof=1.16092 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=5898.78 TrackPt=194.599 CombDLLe=1.50843 CombDLLmu=-7.22201 CombDLLpi=0 CombDLLk=0.368486 CombDLLp=0.368486 CombDLLd=0.368486 ProbNNe=0.696655 ProbNNpi=0.445529 ProbNNk=0.0443516 ProbNNp=0.0758978 ProbNNghost=0.87783 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.3063 RichDLLmu=-22.0278 RichDLLpi=0 RichDLLk=-5.41609 RichDLLp=-5.41609 RichPIDStatus=5091 RichDLLbt=-5.41609 RichDLLd=-5.41609 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=41.9153 CaloElectronMatch=1643.79 CaloBremMatch=181.235 CaloChargedEcal=2441.14 CaloChargedID=39411 CaloNeutralEcal=2441.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731891 CaloNeutralID=39411 CaloEcalE=0 CaloHcalE=4273.31 CaloEcalChi2=1643.79 CaloBremChi2=143.039 CaloClusChi2=41.9153 CaloTrajectoryL=3871.96 CaloEoverP=0.345523 EcalPIDe=-2.06713 BremPIDe=0.00434017 HcalPIDe=-2.03346 HcalPIDmu=-0.906415 EcalPIDmu=0.389705 TrackChi2PerDof=0.885376 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=7501.31 TrackPt=463.969 CombDLLe=-8.67586 CombDLLmu=-7.51462 CombDLLpi=0 CombDLLk=-5.41609 CombDLLp=-5.41609 CombDLLd=-5.41609 ProbNNe=2.39384e-09 ProbNNpi=0.998279 ProbNNk=0.000114349 ProbNNp=0.000131216 ProbNNghost=0.0011153 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.04584 RichDLLmu=6.9293 RichDLLpi=0 RichDLLk=6.91853 RichDLLp=6.91853 RichPIDStatus=5026 RichDLLbt=6.91853 RichDLLd=6.91853 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.191146 CaloElectronMatch=160.201 CaloBremMatch=122.996 CaloChargedEcal=6371.72 CaloChargedID=34609 CaloNeutralEcal=6371.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94736 CaloNeutralID=34609 CaloEcalE=4475.13 CaloHcalE=1103.88 CaloEcalChi2=160.201 CaloBremChi2=276.019 CaloClusChi2=0.191146 CaloTrajectoryL=-36.7164 CaloEoverP=1.44253 EcalPIDe=0.83137 BremPIDe=-0.318955 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-1.85251 TrackChi2PerDof=1.10154 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4595.24 TrackPt=151.251 CombDLLe=0.773078 CombDLLmu=4.93589 CombDLLpi=0 CombDLLk=6.91853 CombDLLp=6.91853 CombDLLd=6.91853 ProbNNe=0.989487 ProbNNpi=0.0589881 ProbNNk=0.520698 ProbNNp=0.39426 ProbNNghost=0.7724 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.33304 RichDLLmu=-9.14217 RichDLLpi=0 RichDLLk=-3.19754 RichDLLp=-3.19754 RichPIDStatus=5027 RichDLLbt=-3.19754 RichDLLd=-3.19754 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.377022 CaloElectronMatch=25.5575 CaloBremMatch=24.5733 CaloChargedEcal=7535.57 CaloChargedID=38458 CaloNeutralEcal=7535.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77981 CaloNeutralID=38458 CaloEcalE=3720.41 CaloHcalE=3653.92 CaloEcalChi2=25.5575 CaloBremChi2=122.12 CaloClusChi2=0.377022 CaloTrajectoryL=55.9296 CaloEoverP=1.28185 EcalPIDe=3.6423 BremPIDe=0.223978 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=-2.70871 TrackChi2PerDof=1.26046 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=5901.36 TrackPt=206.163 CombDLLe=1.15808 CombDLLmu=-9.59493 CombDLLpi=0 CombDLLk=-3.19754 CombDLLp=-3.19754 CombDLLd=-3.19754 ProbNNe=0.14868 ProbNNpi=0.127689 ProbNNk=0.00726716 ProbNNp=0.00955457 ProbNNghost=0.933527 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.26317 RichDLLmu=-0.841152 RichDLLpi=0 RichDLLk=35.6706 RichDLLp=5.96809 RichPIDStatus=8164 RichDLLbt=11.9451 RichDLLd=11.9451 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.91543 CaloElectronMatch=2218.78 CaloBremMatch=635.518 CaloChargedEcal=9338.66 CaloChargedID=42194 CaloNeutralEcal=9338.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867143 CaloNeutralID=42194 CaloEcalE=962.52 CaloHcalE=26744.5 CaloEcalChi2=2218.78 CaloBremChi2=358.963 CaloClusChi2=3.91543 CaloTrajectoryL=-1442.2 CaloEoverP=0.274808 EcalPIDe=-1.8464 BremPIDe=-0.196021 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=0.628127 TrackChi2PerDof=0.931357 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=34324 TrackPt=1780.73 CombDLLe=-5.44371 CombDLLmu=-3.58383 CombDLLpi=0 CombDLLk=35.6706 CombDLLp=5.96809 CombDLLd=11.9451 ProbNNe=9.69597e-07 ProbNNpi=0.000759797 ProbNNk=0.999711 ProbNNp=0.000682037 ProbNNghost=0.00489339 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.45986 RichDLLmu=5.94797 RichDLLpi=0 RichDLLk=1.79142 RichDLLp=1.79142 RichPIDStatus=5026 RichDLLbt=1.79142 RichDLLd=1.79142 MuonMuLL=-0.0125788 MuonBkgLL=-0.327121 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=4.20615 MuonMVA1=-999 MuonMVA2=0.373867 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.39558 CaloElectronMatch=132.251 CaloBremMatch=21.3743 CaloChargedEcal=1632.73 CaloChargedID=35400 CaloNeutralEcal=1632.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72843 CaloNeutralID=35400 CaloEcalE=431.196 CaloHcalE=2935.66 CaloEcalChi2=132.251 CaloBremChi2=188.062 CaloClusChi2=2.39558 CaloTrajectoryL=38.6847 CaloEoverP=0.467981 EcalPIDe=0.83137 BremPIDe=-0.32426 HcalPIDe=-1.47097 HcalPIDmu=-0.00949717 EcalPIDmu=1.26223 TrackChi2PerDof=1.25607 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4005.57 TrackPt=413.863 CombDLLe=-2.25441 CombDLLmu=7.38044 CombDLLpi=0 CombDLLk=1.79142 CombDLLp=1.79142 CombDLLd=2.11854 ProbNNe=0.0157831 ProbNNmu=0.00366525 ProbNNpi=0.000112894 ProbNNk=0.238233 ProbNNp=0.179663 ProbNNghost=0.0850005 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.908569 RichDLLmu=0.364468 RichDLLpi=0 RichDLLk=41.3651 RichDLLp=27.5287 RichPIDStatus=8164 RichDLLbt=28.1039 RichDLLd=28.1039 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=16.5474 CaloElectronMatch=2062.55 CaloBremMatch=2062.55 CaloChargedEcal=3031.92 CaloChargedID=38049 CaloNeutralEcal=3031.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947982 CaloNeutralID=38049 CaloEcalE=193.246 CaloHcalE=14083.2 CaloEcalChi2=2062.55 CaloBremChi2=123.91 CaloClusChi2=16.5474 CaloTrajectoryL=1503.94 CaloEoverP=0.141738 EcalPIDe=-1.85168 BremPIDe=0.922325 HcalPIDe=-2.87281 HcalPIDmu=-2.75642 EcalPIDmu=-0.190979 TrackChi2PerDof=0.89556 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=21842.7 TrackPt=1399.41 CombDLLe=-3.96114 CombDLLmu=-2.43804 CombDLLpi=0 CombDLLk=41.3651 CombDLLp=27.5287 CombDLLd=28.1039 ProbNNe=9.36307e-07 ProbNNpi=0.000248624 ProbNNk=0.999745 ProbNNp=0.0174116 ProbNNghost=0.000587846 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.4038 RichDLLmu=-3.24081 RichDLLpi=0 RichDLLk=-25.4559 RichDLLp=-17.539 RichPIDStatus=8163 RichDLLbt=-10.7995 RichDLLd=-10.7995 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.52891 CaloElectronMatch=1066.35 CaloBremMatch=668.344 CaloChargedEcal=5423.86 CaloChargedID=43565 CaloNeutralEcal=5423.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.76702 CaloNeutralID=43565 CaloEcalE=1633.72 CaloHcalE=45029.9 CaloEcalChi2=1066.35 CaloBremChi2=354.965 CaloClusChi2=1.52891 CaloTrajectoryL=460.338 CaloEoverP=0.258381 EcalPIDe=-1.0778 BremPIDe=-0.205402 HcalPIDe=-2.87281 HcalPIDmu=-2.20948 EcalPIDmu=-0.783283 TrackChi2PerDof=0.918198 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=22014.7 TrackPt=607.15 CombDLLe=-6.09931 CombDLLmu=-6.98579 CombDLLpi=0 CombDLLk=-25.4559 CombDLLp=-17.539 CombDLLd=-10.7995 ProbNNe=5.91689e-07 ProbNNpi=0.9998 ProbNNk=0.000124179 ProbNNp=8.03542e-05 ProbNNghost=0.000698622 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.0619068 RichDLLmu=5.15439 RichDLLpi=0 RichDLLk=1.33475 RichDLLp=1.33475 RichPIDStatus=5026 RichDLLbt=1.33475 RichDLLd=1.33475 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.366309 CaloElectronMatch=24.5733 CaloBremMatch=24.5733 CaloChargedEcal=7535.57 CaloChargedID=38458 CaloNeutralEcal=7535.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77981 CaloNeutralID=38458 CaloEcalE=3720.41 CaloHcalE=3653.92 CaloEcalChi2=24.5733 CaloBremChi2=436.358 CaloClusChi2=0.366309 CaloTrajectoryL=55.861 CaloEoverP=1.2777 EcalPIDe=3.6423 BremPIDe=-0.492427 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=-2.70871 TrackChi2PerDof=1.15983 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=5920.55 TrackPt=195.93 CombDLLe=1.52996 CombDLLmu=2.4726 CombDLLpi=0 CombDLLk=1.33475 CombDLLp=1.33475 CombDLLd=1.33475 ProbNNe=0.805512 ProbNNpi=0.572802 ProbNNk=0.142282 ProbNNp=0.21154 ProbNNghost=0.464964 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.4364 RichDLLmu=-21.3641 RichDLLpi=0 RichDLLk=-24.3803 RichDLLp=-24.3803 RichPIDStatus=5027 RichDLLbt=-24.3803 RichDLLd=-24.3803 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0539288 CaloElectronMatch=55.834 CaloBremMatch=55.834 CaloChargedEcal=5620.25 CaloChargedID=39355 CaloNeutralEcal=5620.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812927 CaloNeutralID=39355 CaloEcalE=4224.73 CaloHcalE=4252.14 CaloEcalChi2=55.834 CaloBremChi2=199.515 CaloClusChi2=0.0539288 CaloTrajectoryL=9.98427 CaloEoverP=0.807243 EcalPIDe=3.6423 BremPIDe=-0.224286 HcalPIDe=-2.03346 HcalPIDmu=-0.906415 EcalPIDmu=-2.66358 TrackChi2PerDof=1.52511 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=7086.08 TrackPt=290.533 CombDLLe=-3.82823 CombDLLmu=-10.5673 CombDLLpi=0 CombDLLk=-24.3803 CombDLLp=-24.3803 CombDLLd=-24.3803 ProbNNe=1.04575e-08 ProbNNpi=0.990649 ProbNNk=9.7552e-05 ProbNNp=0.00119572 ProbNNghost=0.0636861 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.35785 RichDLLmu=-0.035532 RichDLLpi=0 RichDLLk=8.03649 RichDLLp=8.03649 RichPIDStatus=5028 RichDLLbt=8.03649 RichDLLd=8.03649 MuonMuLL=-0.2518 MuonBkgLL=-1.75921 MuonNShared=4 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=65.9426 MuonMVA1=-999 MuonMVA2=-0.490294 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.479203 CaloElectronMatch=37.7651 CaloBremMatch=37.7651 CaloChargedEcal=3225.49 CaloChargedID=35084 CaloNeutralEcal=3225.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890028 CaloNeutralID=35084 CaloEcalE=2611.54 CaloHcalE=7688.91 CaloEcalChi2=37.7651 CaloBremChi2=177.078 CaloClusChi2=0.479203 CaloTrajectoryL=274.785 CaloEoverP=0.771528 EcalPIDe=2.97947 BremPIDe=-0.170017 HcalPIDe=-0.980038 HcalPIDmu=0.229775 EcalPIDmu=-2.43616 TrackChi2PerDof=1.90069 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4369.17 TrackPt=182.158 CombDLLe=0.897364 CombDLLmu=-0.748722 CombDLLpi=0 CombDLLk=8.03649 CombDLLp=8.03649 CombDLLd=9.7957 ProbNNe=0.814364 ProbNNmu=0.00366525 ProbNNpi=8.60392e-05 ProbNNk=0.374536 ProbNNp=0.0785583 ProbNNghost=0.9299 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=22.8288 RichDLLmu=3.8023 RichDLLpi=0 RichDLLk=7.89573 RichDLLp=7.89573 RichPIDStatus=5025 RichDLLbt=7.89573 RichDLLd=7.89573 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.135655 CaloElectronMatch=122.996 CaloBremMatch=122.996 CaloChargedEcal=6371.72 CaloChargedID=34609 CaloNeutralEcal=6371.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94736 CaloNeutralID=34609 CaloEcalE=4481.24 CaloHcalE=1103.88 CaloEcalChi2=122.996 CaloBremChi2=483.267 CaloClusChi2=0.135655 CaloTrajectoryL=-20.107 CaloEoverP=1.43067 EcalPIDe=1.51236 BremPIDe=-0.553589 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-1.85251 TrackChi2PerDof=0.952394 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4633.31 TrackPt=153.492 CombDLLe=3.78061 CombDLLmu=3.24953 CombDLLpi=0 CombDLLk=7.89573 CombDLLp=7.89573 CombDLLd=7.89573 ProbNNe=0.999639 ProbNNpi=0.0365334 ProbNNk=0.000930967 ProbNNp=0.0302123 ProbNNghost=0.901868 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-49.7481 RichDLLmu=-29.9233 RichDLLpi=0 RichDLLk=-33.4252 RichDLLp=-33.4252 RichPIDStatus=5027 RichDLLbt=-33.4252 RichDLLd=-33.4252 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.345405 CaloElectronMatch=51.3339 CaloBremMatch=51.3339 CaloChargedEcal=4774.89 CaloChargedID=34309 CaloNeutralEcal=4774.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.906146 CaloNeutralID=34309 CaloEcalE=2378.58 CaloHcalE=2657.58 CaloEcalChi2=51.3339 CaloBremChi2=207.622 CaloClusChi2=0.345405 CaloTrajectoryL=59.3125 CaloEoverP=0.728482 EcalPIDe=3.6423 BremPIDe=-0.336986 HcalPIDe=-1.31397 HcalPIDmu=0.60951 EcalPIDmu=-2.25899 TrackChi2PerDof=1.12436 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=6907.44 TrackPt=1071.56 CombDLLe=-3.93421 CombDLLmu=-8.64939 CombDLLpi=0 CombDLLk=-33.4252 CombDLLp=-33.4252 CombDLLd=-33.4252 ProbNNe=1.1351e-08 ProbNNpi=0.998243 ProbNNk=7.29877e-05 ProbNNp=0.000175574 ProbNNghost=0.00768868 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.50122 RichDLLmu=0.204721 RichDLLpi=0 RichDLLk=-16.9081 RichDLLp=-11.7343 RichPIDStatus=8129 RichDLLbt=-10.026 RichDLLd=-10.026 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=16.8764 CaloElectronMatch=2643.43 CaloChargedEcal=4403.63 CaloChargedID=43346 CaloEcalE=0 CaloHcalE=39452.3 CaloEcalChi2=2643.43 CaloClusChi2=16.8764 CaloTrajectoryL=1322.15 CaloEoverP=0.121891 EcalPIDe=-2.81017 HcalPIDe=-2.95963 HcalPIDmu=-3.31941 EcalPIDmu=1.12391 TrackChi2PerDof=1.16305 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=38640.4 TrackPt=857.936 CombDLLe=-5.68209 CombDLLmu=-1.90906 CombDLLpi=0 CombDLLk=-16.9081 CombDLLp=-11.7343 CombDLLd=-10.026 ProbNNe=2.7716e-06 ProbNNpi=0.997449 ProbNNk=3.03978e-05 ProbNNp=5.13909e-05 ProbNNghost=0.00337644 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.75725 RichDLLmu=-13.183 RichDLLpi=0 RichDLLk=3.34758 RichDLLp=3.34758 RichPIDStatus=5028 RichDLLbt=3.34758 RichDLLd=3.34758 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.64402 CaloElectronMatch=425.781 CaloBremMatch=199.363 CaloChargedEcal=683.733 CaloChargedID=35249 CaloNeutralEcal=683.733 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06979 CaloNeutralID=35249 CaloEcalE=0 CaloHcalE=2041.09 CaloEcalChi2=425.781 CaloBremChi2=249.716 CaloClusChi2=9.64402 CaloTrajectoryL=1468.52 CaloEoverP=0.176588 EcalPIDe=-0.0620623 BremPIDe=-0.33853 HcalPIDe=-1.31758 HcalPIDmu=1.09404 EcalPIDmu=0.494733 TrackChi2PerDof=2.04116 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4783.53 TrackPt=415.239 CombDLLe=-2.02549 CombDLLmu=-5.33982 CombDLLpi=0 CombDLLk=3.34758 CombDLLp=3.34758 CombDLLd=3.34758 ProbNNe=0.000816455 ProbNNpi=0.685043 ProbNNk=0.0524631 ProbNNp=0.106776 ProbNNghost=0.527072 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.432453 RichDLLmu=-11.8465 RichDLLpi=0 RichDLLk=2.80018 RichDLLp=2.80018 RichPIDStatus=5028 RichDLLbt=2.80018 RichDLLd=2.80018 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.64618 CaloElectronMatch=425.641 CaloBremMatch=199.363 CaloChargedEcal=683.733 CaloChargedID=35249 CaloNeutralEcal=683.733 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06979 CaloNeutralID=35249 CaloEcalE=0 CaloHcalE=2041.09 CaloEcalChi2=425.641 CaloBremChi2=250.039 CaloClusChi2=9.64618 CaloTrajectoryL=1468.57 CaloEoverP=0.176628 EcalPIDe=-0.0620623 BremPIDe=-0.33853 HcalPIDe=-1.31758 HcalPIDmu=1.09404 EcalPIDmu=0.494733 TrackChi2PerDof=0.832686 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4782.45 TrackPt=410.098 CombDLLe=-1.6425 CombDLLmu=-5.28978 CombDLLpi=0 CombDLLk=2.80018 CombDLLp=2.80018 CombDLLd=2.80018 ProbNNe=0.00877746 ProbNNpi=0.855775 ProbNNk=0.0635708 ProbNNp=0.100611 ProbNNghost=0.0570662 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.2163 RichDLLmu=-1.0089 RichDLLpi=0 RichDLLk=1.39874 RichDLLp=1.39874 RichPIDStatus=5092 RichDLLbt=1.39874 RichDLLd=1.39874 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=15.4924 CaloElectronMatch=1216.35 CaloChargedEcal=683.733 CaloChargedID=35249 CaloEcalE=57.954 CaloHcalE=6004.52 CaloEcalChi2=1216.35 CaloClusChi2=15.4924 CaloTrajectoryL=3497.7 CaloEoverP=0.107589 EcalPIDe=-1.40113 HcalPIDe=-2.12496 HcalPIDmu=-1.79054 EcalPIDmu=0.361777 TrackChi2PerDof=0.867351 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=7851.35 TrackPt=213.395 CombDLLe=-5.75829 CombDLLmu=-2.82236 CombDLLpi=0 CombDLLk=1.39874 CombDLLp=1.39874 CombDLLd=1.39874 ProbNNe=1.78522e-07 ProbNNpi=0.60245 ProbNNk=0.363581 ProbNNp=0.532534 ProbNNghost=0.0769095 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-34.9439 RichDLLmu=-16.37 RichDLLpi=0 RichDLLk=-12.1346 RichDLLp=-12.1346 RichPIDStatus=5027 RichDLLbt=-12.1346 RichDLLd=-12.1346 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.79674 CaloElectronMatch=487.074 CaloBremMatch=4.35059 CaloChargedEcal=5353.33 CaloChargedID=34174 CaloNeutralEcal=5353.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905496 CaloNeutralID=34174 CaloEcalE=3448.96 CaloEcalChi2=487.074 CaloBremChi2=280.402 CaloClusChi2=1.79674 CaloTrajectoryL=177.854 CaloEoverP=1.60864 EcalPIDe=-0.214586 BremPIDe=-0.318955 EcalPIDmu=-0.955845 TrackChi2PerDof=1.71497 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3526.23 TrackPt=383.963 CombDLLe=-5.45592 CombDLLmu=-7.93581 CombDLLpi=0 CombDLLk=-12.1346 CombDLLp=-12.1346 CombDLLd=-12.1346 ProbNNe=0.000176229 ProbNNpi=0.976472 ProbNNk=0.000663875 ProbNNp=0.00121129 ProbNNghost=0.0915356 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.03351 RichDLLmu=-0.300492 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=28.9164 BremPIDe=1.0924 TrackChi2PerDof=1.05382 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=2003.17 TrackPt=159.658 CombDLLe=0.216159 CombDLLmu=-0.420183 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.551982 ProbNNpi=0.751042 ProbNNk=0.0459534 ProbNNp=0.0862422 ProbNNghost=0.331977 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.251 RichDLLmu=-24.6432 RichDLLpi=0 RichDLLk=-10.7379 RichDLLp=-10.7379 RichPIDStatus=5027 RichDLLbt=-10.7379 RichDLLd=-10.7379 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.76218 CaloElectronMatch=2859.39 CaloBremMatch=2859.39 CaloChargedEcal=4857.12 CaloChargedID=33680 CaloNeutralEcal=4857.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.851651 CaloNeutralID=33680 CaloEcalE=734.79 CaloHcalE=1735.84 CaloEcalChi2=2859.39 CaloBremChi2=516.903 CaloClusChi2=2.76218 CaloTrajectoryL=896.302 CaloEoverP=1.33811 EcalPIDe=-2.58288 BremPIDe=-0.553589 HcalPIDe=-1.43831 HcalPIDmu=1.91257 EcalPIDmu=0.656961 TrackChi2PerDof=1.06627 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=3810.46 TrackPt=643.921 CombDLLe=-9.43511 CombDLLmu=-4.42974 CombDLLpi=0 CombDLLk=-10.7379 CombDLLp=-10.7379 CombDLLd=-10.7379 ProbNNe=3.76817e-06 ProbNNpi=0.996017 ProbNNk=2.38175e-05 ProbNNp=0.000180263 ProbNNghost=0.00134025 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.0702 RichDLLmu=-15.9998 RichDLLpi=0 RichDLLk=1.53731 RichDLLp=1.53731 RichPIDStatus=5028 RichDLLbt=1.53731 RichDLLd=1.53731 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.210551 CaloElectronMatch=25.8993 CaloBremMatch=25.8993 CaloChargedEcal=6604.1 CaloChargedID=35565 CaloNeutralEcal=6604.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827694 CaloNeutralID=35565 CaloEcalE=4117.41 CaloHcalE=0 CaloEcalChi2=25.8993 CaloBremChi2=164.354 CaloClusChi2=0.210551 CaloTrajectoryL=16.8941 CaloEoverP=1.30622 EcalPIDe=3.6423 BremPIDe=-0.188393 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.76686 TrackChi2PerDof=0.730602 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=5243.45 TrackPt=578.635 CombDLLe=1.47178 CombDLLmu=-12.2255 CombDLLpi=0 CombDLLk=1.53731 CombDLLp=1.53731 CombDLLd=1.53731 ProbNNe=0.000410555 ProbNNpi=0.98248 ProbNNk=0.00336886 ProbNNp=0.00533209 ProbNNghost=0.00768748 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.4756 RichDLLmu=-2.82155 RichDLLpi=0 RichDLLk=0.667804 RichDLLp=0.667804 RichPIDStatus=5028 RichDLLbt=0.667804 RichDLLd=0.667804 MuonMuLL=0 MuonBkgLL=-0.124897 MuonNShared=2 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=71.2074 MuonMVA1=-999 MuonMVA2=-0.904352 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0308001 CaloElectronMatch=10.8032 CaloBremMatch=10.201 CaloChargedEcal=2172.08 CaloChargedID=35273 CaloNeutralEcal=2172.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903569 CaloNeutralID=35273 CaloEcalE=1320.39 CaloHcalE=1516.2 CaloEcalChi2=10.8032 CaloBremChi2=164.017 CaloClusChi2=0.0308001 CaloTrajectoryL=70.0666 CaloEoverP=0.810213 EcalPIDe=2.97947 BremPIDe=-0.127295 HcalPIDe=-1.06262 HcalPIDmu=1.72388 EcalPIDmu=-1.5773 TrackChi2PerDof=1.96229 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=3008.16 TrackPt=274.586 CombDLLe=-0.32553 CombDLLmu=-3.3067 CombDLLpi=0 CombDLLk=0.667804 CombDLLp=0.667804 CombDLLd=0.792702 ProbNNe=0.0613559 ProbNNmu=0.00366525 ProbNNpi=0.00121167 ProbNNk=0.056712 ProbNNp=0.0247851 ProbNNghost=0.84977 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.6884 RichDLLmu=1.4813 RichDLLpi=0 RichDLLk=6.76994 RichDLLp=6.76994 RichPIDStatus=5028 RichDLLbt=6.76994 RichDLLd=6.76994 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.32399 CaloElectronMatch=26.4532 CaloBremMatch=26.4167 CaloChargedEcal=3506.56 CaloChargedID=35339 CaloNeutralEcal=3506.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845508 CaloNeutralID=35339 CaloEcalE=2431.26 CaloHcalE=711.56 CaloEcalChi2=26.4532 CaloBremChi2=259.535 CaloClusChi2=1.32399 CaloTrajectoryL=180.584 CaloEoverP=0.780551 EcalPIDe=2.97947 BremPIDe=-0.338913 HcalPIDe=-0.469055 HcalPIDmu=-0.681099 EcalPIDmu=-2.39477 TrackChi2PerDof=0.980375 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4712.77 TrackPt=403.984 CombDLLe=1.70174 CombDLLmu=-1.06066 CombDLLpi=0 CombDLLk=6.76994 CombDLLp=6.76994 CombDLLd=6.76994 ProbNNe=0.0198464 ProbNNpi=0.157968 ProbNNk=0.719614 ProbNNp=0.800963 ProbNNghost=0.3699 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.00265 RichDLLmu=2.08102 RichDLLpi=0 RichDLLk=7.03238 RichDLLp=7.03238 RichPIDStatus=5028 RichDLLbt=7.03238 RichDLLd=7.03238 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.32362 CaloElectronMatch=26.4167 CaloBremMatch=26.4167 CaloChargedEcal=3506.56 CaloChargedID=35339 CaloNeutralEcal=3506.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845508 CaloNeutralID=35339 CaloEcalE=2431.26 CaloHcalE=711.56 CaloEcalChi2=26.4167 CaloBremChi2=259.173 CaloClusChi2=1.32362 CaloTrajectoryL=180.553 CaloEoverP=0.780629 EcalPIDe=2.97947 BremPIDe=-0.338913 HcalPIDe=-0.469055 HcalPIDmu=-0.681099 EcalPIDmu=-2.39477 TrackChi2PerDof=1.29481 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4712.29 TrackPt=408.941 CombDLLe=1.30058 CombDLLmu=-0.319779 CombDLLpi=0 CombDLLk=7.03238 CombDLLp=7.03238 CombDLLd=7.03238 ProbNNe=0.00645873 ProbNNpi=0.21301 ProbNNk=0.712702 ProbNNp=0.82431 ProbNNghost=0.0897499 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.67726 RichDLLmu=0.317677 RichDLLpi=0 RichDLLk=10.0835 RichDLLp=10.0835 RichPIDStatus=5060 RichDLLbt=10.0835 RichDLLd=10.0835 MuonMuLL=-0.00380721 MuonBkgLL=-0.535695 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=69.8493 MuonMVA1=-999 MuonMVA2=-0.306791 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0964748 CaloElectronMatch=163.533 CaloChargedEcal=8410.84 CaloChargedID=38986 CaloEcalE=2301.6 CaloHcalE=1820.25 CaloEcalChi2=163.533 CaloClusChi2=0.0964748 CaloTrajectoryL=-72.1016 CaloEoverP=1.0157 EcalPIDe=0.989182 HcalPIDe=-1.02441 HcalPIDmu=1.87264 EcalPIDmu=-2.02467 TrackChi2PerDof=0.651469 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=8482.19 TrackPt=148.839 CombDLLe=-0.32858 CombDLLmu=0.824004 CombDLLpi=0 CombDLLk=10.0835 CombDLLp=10.0835 CombDLLd=10.6192 ProbNNe=0.968767 ProbNNmu=0.00366525 ProbNNpi=0.0581205 ProbNNk=0.389472 ProbNNp=0.568606 ProbNNghost=0.217145 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=12.871 RichDLLmu=-2.73948 RichDLLpi=0 RichDLLk=1.37 RichDLLp=1.37 RichPIDStatus=5025 RichDLLbt=1.37 RichDLLd=1.37 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.77064 CaloElectronMatch=248.077 CaloBremMatch=248.077 CaloChargedEcal=6180.66 CaloChargedID=34612 CaloNeutralEcal=6180.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979652 CaloNeutralID=34612 CaloEcalE=2952.45 CaloHcalE=580.265 CaloEcalChi2=248.077 CaloBremChi2=217.834 CaloClusChi2=2.77064 CaloTrajectoryL=114.629 CaloEoverP=1.91506 EcalPIDe=0.497498 BremPIDe=-0.396524 HcalPIDe=-0.304036 HcalPIDmu=-0.373695 EcalPIDmu=-1.88769 TrackChi2PerDof=1.28329 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3413.69 TrackPt=159.808 CombDLLe=1.97471 CombDLLmu=-5.75397 CombDLLpi=0 CombDLLk=1.37 CombDLLp=1.37 CombDLLd=1.37 ProbNNe=0.96906 ProbNNpi=0.496519 ProbNNk=0.0350714 ProbNNp=0.0920808 ProbNNghost=0.563025 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.6076 RichDLLmu=-22.6748 RichDLLpi=0 RichDLLk=-8.50528 RichDLLp=-8.50528 RichPIDStatus=5027 RichDLLbt=-8.50528 RichDLLd=-8.50528 MuonMuLL=-0.0444745 MuonBkgLL=-0.23237 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=136.989 MuonMVA1=-999 MuonMVA2=0.20019 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=13278.4 CaloBremChi2=644.298 BremPIDe=-0.607507 HcalPIDe=-1.17839 HcalPIDmu=0.420753 TrackChi2PerDof=1.98172 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=5033.01 TrackPt=601.188 CombDLLe=-5.97262 CombDLLmu=-6.38974 CombDLLpi=0 CombDLLk=-8.50528 CombDLLp=-8.50528 CombDLLd=-8.27291 ProbNNe=0.000122024 ProbNNmu=0.00106764 ProbNNpi=0.2697 ProbNNk=0.000971068 ProbNNp=0.00644632 ProbNNghost=0.495861 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.5109 RichDLLmu=-10.2102 RichDLLpi=0 RichDLLk=-4.32445 RichDLLp=-4.32445 RichPIDStatus=5027 RichDLLbt=-4.32445 RichDLLd=-4.32445 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.68936 CaloElectronMatch=100.768 CaloBremMatch=100.768 CaloChargedEcal=1335.18 CaloChargedID=35393 CaloNeutralEcal=1335.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880393 CaloNeutralID=35393 CaloEcalE=1021.41 CaloEcalChi2=100.768 CaloBremChi2=219.692 CaloClusChi2=4.68936 CaloTrajectoryL=260.143 CaloEoverP=0.522288 EcalPIDe=1.51236 BremPIDe=-0.396524 EcalPIDmu=-0.744972 TrackChi2PerDof=1.01837 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3003.13 TrackPt=272.938 CombDLLe=-0.844752 CombDLLmu=-7.51313 CombDLLpi=0 CombDLLk=-4.32445 CombDLLp=-4.32445 CombDLLd=-4.32445 ProbNNe=0.0150631 ProbNNpi=0.974484 ProbNNk=0.0100974 ProbNNp=0.0129285 ProbNNghost=0.105889 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.2152 RichDLLmu=-0.954752 RichDLLpi=0 RichDLLk=0.188374 RichDLLp=0.188374 RichPIDStatus=5028 RichDLLbt=0.188374 RichDLLd=0.188374 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.98329 CaloElectronMatch=21.3743 CaloBremMatch=21.3743 CaloChargedEcal=1632.73 CaloChargedID=35400 CaloNeutralEcal=1632.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72843 CaloNeutralID=35400 CaloEcalE=1157.65 CaloHcalE=1795.17 CaloEcalChi2=21.3743 CaloBremChi2=20.6116 CaloClusChi2=1.98329 CaloTrajectoryL=183.865 CaloEoverP=0.665645 EcalPIDe=2.97947 BremPIDe=2.0366 HcalPIDe=-1.43831 HcalPIDmu=1.63925 EcalPIDmu=-1.2505 TrackChi2PerDof=1.35339 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=2816.11 TrackPt=314.25 CombDLLe=1.03651 CombDLLmu=-0.931886 CombDLLpi=0 CombDLLk=0.188374 CombDLLp=0.188374 CombDLLd=0.188374 ProbNNe=0.000222125 ProbNNpi=0.792072 ProbNNk=0.0413164 ProbNNp=0.1327 ProbNNghost=0.355247 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.2916 RichDLLmu=-10.9151 RichDLLpi=0 RichDLLk=-9.07804 RichDLLp=-9.07804 RichPIDStatus=5059 RichDLLbt=-9.07804 RichDLLd=-9.07804 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.18906 CaloElectronMatch=39.7335 CaloChargedEcal=7076.65 CaloChargedID=42893 CaloEcalE=1761.76 CaloHcalE=3933.83 CaloEcalChi2=39.7335 CaloClusChi2=1.18906 CaloTrajectoryL=37.3559 CaloEoverP=0.791103 EcalPIDe=3.6423 HcalPIDe=-1.82531 HcalPIDmu=-0.146318 EcalPIDmu=-1.55777 TrackChi2PerDof=1.15723 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=9157.51 TrackPt=206.536 CombDLLe=-1.03364 CombDLLmu=-8.5285 CombDLLpi=0 CombDLLk=-9.07804 CombDLLp=-9.07804 CombDLLd=-9.07804 ProbNNe=3.64161e-06 ProbNNpi=0.99806 ProbNNk=6.43255e-05 ProbNNp=5.51827e-05 ProbNNghost=0.0153548 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.1649 RichDLLmu=-19.58 RichDLLpi=0 RichDLLk=1.29265 RichDLLp=1.29265 RichPIDStatus=5028 RichDLLbt=1.29265 RichDLLd=1.29265 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.25134 CaloElectronMatch=149.289 CaloBremMatch=149.289 CaloChargedEcal=4443.72 CaloChargedID=35268 CaloNeutralEcal=4443.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.868265 CaloNeutralID=35268 CaloEcalE=1140.2 CaloHcalE=1268.28 CaloEcalChi2=149.289 CaloBremChi2=332.492 CaloClusChi2=1.25134 CaloTrajectoryL=-21.7952 CaloEoverP=0.88615 EcalPIDe=0.989182 BremPIDe=-0.398756 HcalPIDe=-0.668461 HcalPIDmu=1.43933 EcalPIDmu=-0.440688 TrackChi2PerDof=1.02644 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=5264.92 TrackPt=690.612 CombDLLe=-3.60326 CombDLLmu=-5.9958 CombDLLpi=0 CombDLLk=1.29265 CombDLLp=1.29265 CombDLLd=1.29265 ProbNNe=4.14083e-07 ProbNNpi=0.98841 ProbNNk=0.00371909 ProbNNp=0.00619012 ProbNNghost=0.00509062 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.876255 RichDLLmu=1.40663 RichDLLpi=0 RichDLLk=40.4025 RichDLLp=21.6458 RichPIDStatus=8164 RichDLLbt=26.0031 RichDLLd=26.0031 MuonMuLL=-0.487923 MuonBkgLL=-4.55482 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.18365 MuonMVA1=-999 MuonMVA2=3.42692 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.19541 CaloElectronMatch=950.525 CaloBremMatch=196.389 CaloChargedEcal=10000.1 CaloChargedID=40032 CaloNeutralEcal=10000.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.765525 CaloNeutralID=40032 CaloEcalE=843.254 CaloHcalE=6697.53 CaloEcalChi2=950.525 CaloBremChi2=184.168 CaloClusChi2=3.19541 CaloTrajectoryL=700.974 CaloEoverP=0.41672 EcalPIDe=-0.873007 BremPIDe=0.226958 HcalPIDe=-1.68497 HcalPIDmu=-1.07455 EcalPIDmu=0.775709 TrackChi2PerDof=0.848853 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=23745.8 TrackPt=1964.04 CombDLLe=-2.1777 CombDLLmu=5.68698 CombDLLpi=0 CombDLLk=40.4025 CombDLLp=21.6458 CombDLLd=30.5579 ProbNNe=0.001584 ProbNNmu=0.00366525 ProbNNpi=1.62315e-05 ProbNNk=0.997981 ProbNNp=0.0270253 ProbNNghost=0.000603746 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.54094 RichDLLmu=-13.4121 RichDLLpi=0 RichDLLk=0.719713 RichDLLp=0.719713 RichPIDStatus=5028 RichDLLbt=0.719713 RichDLLd=0.719713 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0440546 CaloElectronMatch=62.0639 CaloBremMatch=62.0639 CaloChargedEcal=4103.21 CaloChargedID=34370 CaloNeutralEcal=4103.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914979 CaloNeutralID=34370 CaloEcalE=1618.7 CaloEcalChi2=62.0639 CaloBremChi2=180.216 CaloClusChi2=0.0440546 CaloTrajectoryL=-12.7551 CaloEoverP=1.10455 EcalPIDe=2.97947 BremPIDe=-0.170017 EcalPIDmu=-1.71735 TrackChi2PerDof=1.01069 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=3960.41 TrackPt=407.117 CombDLLe=1.50521 CombDLLmu=-8.65216 CombDLLpi=0 CombDLLk=0.719713 CombDLLp=0.719713 CombDLLd=0.719713 ProbNNe=0.0512603 ProbNNpi=0.91992 ProbNNk=0.0122235 ProbNNp=0.0450617 ProbNNghost=0.077476 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.6677 RichDLLmu=1.90774 RichDLLpi=0 RichDLLk=2.80423 RichDLLp=2.80423 RichPIDStatus=5028 RichDLLbt=2.80423 RichDLLd=2.80423 MuonMuLL=0 MuonBkgLL=-0.00323341 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2314.31 MuonMVA1=-999 MuonMVA2=-0.67121 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.73181 CaloElectronMatch=359.404 CaloBremMatch=64.8915 CaloChargedEcal=6457.85 CaloChargedID=34995 CaloNeutralEcal=6457.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987868 CaloNeutralID=34995 CaloEcalE=6153.72 CaloHcalE=4577.66 CaloEcalChi2=359.404 CaloBremChi2=354.519 CaloClusChi2=2.73181 CaloTrajectoryL=337.854 CaloEoverP=1.61842 EcalPIDe=0.0319619 BremPIDe=-0.373552 HcalPIDe=-1.33861 HcalPIDmu=-0.483017 EcalPIDmu=-1.20867 TrackChi2PerDof=0.909965 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4186.46 TrackPt=108.989 CombDLLe=-4.13788 CombDLLmu=0.859905 CombDLLpi=0 CombDLLk=2.80423 CombDLLp=2.80423 CombDLLd=2.80747 ProbNNe=0.00042548 ProbNNmu=0.00366525 ProbNNpi=4.90798e-05 ProbNNk=0.0912089 ProbNNp=0.222616 ProbNNghost=0.0420856 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.880947 RichDLLmu=0.933006 RichDLLpi=0 RichDLLk=30.469 RichDLLp=23.0865 RichPIDStatus=6052 RichDLLbt=23.0865 RichDLLd=23.0865 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.322219 CaloElectronMatch=55.8685 CaloBremMatch=55.8685 CaloChargedEcal=7949.17 CaloChargedID=35599 CaloNeutralEcal=7949.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957561 CaloNeutralID=35599 CaloEcalE=6592.9 CaloHcalE=136.049 CaloEcalChi2=55.8685 CaloBremChi2=181.605 CaloClusChi2=0.322219 CaloTrajectoryL=163.342 CaloEoverP=0.713858 EcalPIDe=4.33705 BremPIDe=0.170661 HcalPIDe=0.359348 HcalPIDmu=-2.02158 EcalPIDmu=-3.28816 TrackChi2PerDof=0.959918 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=11301.3 TrackPt=1647.6 CombDLLe=5.0212 CombDLLmu=-4.01849 CombDLLpi=0 CombDLLk=30.469 CombDLLp=23.0865 CombDLLd=23.0865 ProbNNe=3.28475e-05 ProbNNpi=0.00331937 ProbNNk=0.996595 ProbNNp=0.105469 ProbNNghost=0.00144967 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.81176 RichDLLmu=0.256539 RichDLLpi=0 RichDLLk=-13.8129 RichDLLp=-0.29119 RichPIDStatus=8162 RichDLLbt=0.11974 RichDLLd=0.11974 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.40693 CaloElectronMatch=1079.09 CaloBremMatch=1079.09 CaloChargedEcal=3492.03 CaloChargedID=33770 CaloNeutralEcal=3492.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954725 CaloNeutralID=33770 CaloEcalE=3009.67 CaloHcalE=12381.6 CaloEcalChi2=1079.09 CaloBremChi2=483.816 CaloClusChi2=2.40693 CaloTrajectoryL=224.326 CaloEoverP=0.190849 EcalPIDe=-1.16216 BremPIDe=-0.591406 HcalPIDe=-2.5812 HcalPIDmu=-2.64972 EcalPIDmu=-2.17406 TrackChi2PerDof=0.819011 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=18432.8 TrackPt=2969.01 CombDLLe=-4.47681 CombDLLmu=-4.46494 CombDLLpi=0 CombDLLk=-13.8129 CombDLLp=-0.29119 CombDLLd=0.11974 ProbNNe=6.72446e-05 ProbNNpi=0.991264 ProbNNk=0.000234785 ProbNNp=0.00169071 ProbNNghost=0.0155115 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-55.5096 RichDLLmu=-34.0776 RichDLLpi=0 RichDLLk=-29.4784 RichDLLp=-29.4784 RichPIDStatus=5091 RichDLLbt=-29.4784 RichDLLd=-29.4784 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0725892 CaloElectronMatch=56.7655 CaloBremMatch=56.7655 CaloChargedEcal=3195.46 CaloChargedID=35736 CaloNeutralEcal=3195.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910331 CaloNeutralID=35736 CaloEcalE=1533.67 CaloHcalE=2220.39 CaloEcalChi2=56.7655 CaloBremChi2=60.2648 CaloClusChi2=0.0725892 CaloTrajectoryL=109.072 CaloEoverP=0.545262 EcalPIDe=3.6423 BremPIDe=1.25195 HcalPIDe=-1.05374 HcalPIDmu=1.28545 EcalPIDmu=-1.28564 TrackChi2PerDof=1.25793 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=6185.87 TrackPt=886.558 CombDLLe=-2.3382 CombDLLmu=-7.00018 CombDLLpi=0 CombDLLk=-29.4784 CombDLLp=-29.4784 CombDLLd=-29.4784 ProbNNe=8.3504e-10 ProbNNpi=0.989128 ProbNNk=7.94609e-05 ProbNNp=0.000258025 ProbNNghost=0.0915487 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-46.1905 RichDLLmu=-42.1208 RichDLLpi=0 RichDLLk=-24.3675 RichDLLp=-24.3675 RichPIDStatus=5027 RichDLLbt=-24.3675 RichDLLd=-24.3675 MuonMuLL=0 MuonBkgLL=-0.10023 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=2217.74 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.019364 CaloElectronMatch=112.301 CaloBremMatch=112.301 CaloChargedEcal=5398.95 CaloChargedID=35884 CaloNeutralEcal=5398.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789815 CaloNeutralID=35884 CaloEcalE=2370.24 CaloHcalE=593.68 CaloEcalChi2=112.301 CaloBremChi2=67.9617 CaloClusChi2=0.019364 CaloTrajectoryL=-98.7606 CaloEoverP=1.20301 EcalPIDe=1.51236 BremPIDe=0.599495 HcalPIDe=-0.304036 HcalPIDmu=-0.681099 EcalPIDmu=-2.2286 TrackChi2PerDof=0.629596 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4604.85 TrackPt=789.448 CombDLLe=-3.92746 CombDLLmu=-9.80947 CombDLLpi=0 CombDLLk=-24.3675 CombDLLp=-24.3675 CombDLLd=-24.2672 ProbNNe=4.38058e-08 ProbNNpi=0.994792 ProbNNk=0.000202392 ProbNNp=0.000154937 ProbNNghost=0.00195904 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.18514 RichDLLmu=-4.61075 RichDLLpi=0 RichDLLk=10.4117 RichDLLp=10.4117 RichPIDStatus=5028 RichDLLbt=10.4117 RichDLLd=10.4117 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.09174 CaloElectronMatch=290.68 CaloBremMatch=290.68 CaloChargedEcal=1961.58 CaloChargedID=34248 CaloNeutralEcal=1961.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982927 CaloNeutralID=34248 CaloEcalE=1788.71 CaloHcalE=1138.97 CaloEcalChi2=290.68 CaloBremChi2=84.8652 CaloClusChi2=2.09174 CaloTrajectoryL=247.791 CaloEoverP=0.307192 EcalPIDe=0.27519 BremPIDe=0.522337 HcalPIDe=-0.546759 HcalPIDmu=0.533502 EcalPIDmu=-1.47399 TrackChi2PerDof=1.85072 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=6853.03 TrackPt=882.188 CombDLLe=0.458107 CombDLLmu=-6.02888 CombDLLpi=0 CombDLLk=10.4117 CombDLLp=10.4117 CombDLLd=10.4117 ProbNNe=0.0118401 ProbNNpi=0.0270719 ProbNNk=0.874141 ProbNNp=0.953529 ProbNNghost=0.0797603 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.05573 RichDLLmu=2.99935 RichDLLpi=0 RichDLLk=-11.8428 RichDLLp=-8.93642 RichPIDStatus=6082 RichDLLbt=-8.93642 RichDLLd=-8.93642 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=11.35 CaloElectronMatch=868.105 CaloChargedEcal=5456.09 CaloChargedID=43415 CaloEcalE=0 CaloHcalE=32199.9 CaloEcalChi2=868.105 CaloClusChi2=11.35 CaloTrajectoryL=-1097.3 CaloEoverP=0.271505 EcalPIDe=-0.783513 HcalPIDe=-2.87281 HcalPIDmu=-1.95868 EcalPIDmu=0.689585 TrackChi2PerDof=0.779409 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=21469.9 TrackPt=459.663 CombDLLe=-3.29688 CombDLLmu=2.4896 CombDLLpi=0 CombDLLk=-11.8428 CombDLLp=-8.93642 CombDLLd=-8.93642 ProbNNe=3.29836e-06 ProbNNpi=0.997545 ProbNNk=0.000543962 ProbNNp=0.00112118 ProbNNghost=0.00170616 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.0577297 RichDLLmu=0.210035 RichDLLpi=0 RichDLLk=0.406139 RichDLLp=2.77447 RichPIDStatus=139207 RichDLLbt=3.52647 RichDLLd=1.07598 TrackChi2PerDof=0.689667 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=128062 TrackPt=2229.14 CombDLLe=-0.0101027 CombDLLmu=0.293877 CombDLLpi=0 CombDLLk=0.406139 CombDLLp=2.77447 CombDLLd=1.07598 ProbNNe=0.128175 ProbNNpi=0.415952 ProbNNk=0.323893 ProbNNp=0.766946 ProbNNghost=0.0030885 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.00719 RichDLLmu=2.07109 RichDLLpi=0 RichDLLk=22.1161 RichDLLp=23.1083 RichPIDStatus=8166 RichDLLbt=24.705 RichDLLd=24.705 MuonMuLL=-1.167 MuonBkgLL=-4.74676 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=0.880738 MuonMVA1=-999 MuonMVA2=3.8755 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0576408 CaloElectronMatch=196.389 CaloBremMatch=196.389 CaloChargedEcal=10000.1 CaloChargedID=40032 CaloNeutralEcal=10000.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.765525 CaloNeutralID=40032 CaloEcalE=5841.16 CaloHcalE=6999.16 CaloEcalChi2=196.389 CaloBremChi2=155.725 CaloClusChi2=0.0576408 CaloTrajectoryL=34.695 CaloEoverP=0.545366 EcalPIDe=1.08131 BremPIDe=-0.0338097 HcalPIDe=-1.98841 HcalPIDmu=-1.52038 EcalPIDmu=-3.31461 TrackChi2PerDof=0.96007 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=18144.4 TrackPt=1689.97 CombDLLe=-0.241987 CombDLLmu=1.48911 CombDLLpi=0 CombDLLk=22.1161 CombDLLp=23.1083 CombDLLd=29.4517 ProbNNe=0.370601 ProbNNmu=0.00366525 ProbNNpi=3.8803e-05 ProbNNk=0.993203 ProbNNp=0.0757163 ProbNNghost=0.0115688 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-45.5033 RichDLLmu=-32.7231 RichDLLpi=0 RichDLLk=-17.8322 RichDLLp=-17.8322 RichPIDStatus=5027 RichDLLbt=-17.8322 RichDLLd=-17.8322 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.614966 CaloElectronMatch=4.35059 CaloBremMatch=4.35059 CaloChargedEcal=5353.33 CaloChargedID=34174 CaloNeutralEcal=5353.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905496 CaloNeutralID=34174 CaloEcalE=3395.18 CaloEcalChi2=4.35059 CaloBremChi2=401.057 CaloClusChi2=0.614966 CaloTrajectoryL=113.246 CaloEoverP=1.21741 EcalPIDe=2.97947 BremPIDe=-0.4614 EcalPIDmu=-2.29524 TrackChi2PerDof=1.26027 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4659.42 TrackPt=677.142 CombDLLe=-3.17712 CombDLLmu=-9.29522 CombDLLpi=0 CombDLLk=-17.8322 CombDLLp=-17.8322 CombDLLd=-17.8322 ProbNNe=3.29193e-05 ProbNNpi=0.981448 ProbNNk=9.67184e-05 ProbNNp=0.0012867 ProbNNghost=0.0341614 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.2846 RichDLLmu=-2.37907 RichDLLpi=0 RichDLLk=-0.304721 RichDLLp=-0.304721 RichPIDStatus=5027 RichDLLbt=-0.304721 RichDLLd=-0.304721 MuonMuLL=0 MuonBkgLL=-0.125555 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=71.1228 MuonMVA1=-999 MuonMVA2=-0.904352 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0357937 CaloElectronMatch=10.201 CaloBremMatch=10.201 CaloChargedEcal=2172.08 CaloChargedID=35273 CaloNeutralEcal=2172.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903569 CaloNeutralID=35273 CaloEcalE=1320.39 CaloHcalE=1322.39 CaloEcalChi2=10.201 CaloBremChi2=170.868 CaloClusChi2=0.0357937 CaloTrajectoryL=68.8673 CaloEoverP=0.810593 EcalPIDe=2.97947 BremPIDe=-0.224977 HcalPIDe=-0.984854 HcalPIDmu=1.19075 EcalPIDmu=-1.5773 TrackChi2PerDof=1.10819 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3006.75 TrackPt=281.837 CombDLLe=-1.22447 CombDLLmu=-3.36119 CombDLLpi=0 CombDLLk=-0.304721 CombDLLp=-0.304721 CombDLLd=-0.179166 ProbNNe=0.00947481 ProbNNmu=0.00366525 ProbNNpi=0.000138932 ProbNNk=0.0342806 ProbNNp=0.0471159 ProbNNghost=0.27454 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.784725 RichDLLmu=7.0648 RichDLLpi=0 RichDLLk=5.412 RichDLLp=5.412 RichPIDStatus=5026 RichDLLbt=5.412 RichDLLd=5.412 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.5031 CaloElectronMatch=938.314 CaloBremMatch=1.80945 CaloChargedEcal=1287.44 CaloChargedID=35278 CaloNeutralEcal=1287.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953779 CaloNeutralID=35278 CaloEcalE=549.958 CaloHcalE=4414.52 CaloEcalChi2=938.314 CaloBremChi2=124.929 CaloClusChi2=7.5031 CaloTrajectoryL=-93.0641 CaloEoverP=0.305362 EcalPIDe=-1.02586 BremPIDe=0.185998 HcalPIDe=-2.06679 HcalPIDmu=-0.761937 EcalPIDmu=1.20942 TrackChi2PerDof=0.892922 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=5125.53 TrackPt=127.434 CombDLLe=-2.76934 CombDLLmu=6.66433 CombDLLpi=0 CombDLLk=5.412 CombDLLp=5.412 CombDLLd=5.412 ProbNNe=0.00266874 ProbNNpi=0.276388 ProbNNk=0.508693 ProbNNp=0.749164 ProbNNghost=0.104936 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.2822 RichDLLmu=-8.04378 RichDLLpi=0 RichDLLk=-9.93271 RichDLLp=-9.0591 RichPIDStatus=6083 RichDLLbt=-9.0591 RichDLLd=-9.0591 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.60222 CaloElectronMatch=717.742 CaloChargedEcal=18535.1 CaloChargedID=42800 CaloEcalE=3395.45 CaloHcalE=7868.99 CaloEcalChi2=717.742 CaloClusChi2=4.60222 CaloTrajectoryL=-183.488 CaloEoverP=1.01712 EcalPIDe=-0.724167 HcalPIDe=-1.96083 HcalPIDmu=-1.89184 EcalPIDmu=-2.26934 TrackChi2PerDof=0.909304 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=18483.1 TrackPt=400.988 CombDLLe=-5.95853 CombDLLmu=-10.622 CombDLLpi=0 CombDLLk=-9.93271 CombDLLp=-9.0591 CombDLLd=-9.0591 ProbNNe=1.05481e-07 ProbNNpi=0.997423 ProbNNk=2.69612e-05 ProbNNp=0.00024088 ProbNNghost=0.00163652 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=10.1151 RichDLLmu=5.36761 RichDLLpi=0 RichDLLk=10.1999 RichDLLp=10.1999 RichPIDStatus=5028 RichDLLbt=10.1999 RichDLLd=10.1999 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.399999 CaloElectronMatch=16.1684 CaloBremMatch=15.5235 CaloChargedEcal=4522.95 CaloChargedID=38655 CaloNeutralEcal=4522.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988945 CaloNeutralID=38655 CaloEcalE=3699.95 CaloHcalE=1103.88 CaloEcalChi2=16.1684 CaloBremChi2=160.393 CaloClusChi2=0.399999 CaloTrajectoryL=73.149 CaloEoverP=1.24646 EcalPIDe=2.97947 BremPIDe=-0.127295 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-2.03528 TrackChi2PerDof=1.57367 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=4061.18 TrackPt=157.338 CombDLLe=3.79616 CombDLLmu=4.11282 CombDLLpi=0 CombDLLk=10.1999 CombDLLp=10.1999 CombDLLd=10.1999 ProbNNe=0.995958 ProbNNpi=0.00489116 ProbNNk=0.144342 ProbNNp=0.200856 ProbNNghost=0.921193 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-36.3377 RichDLLmu=-34.4282 RichDLLpi=0 RichDLLk=-25.6097 RichDLLp=-25.6097 RichPIDStatus=5027 RichDLLbt=-25.6097 RichDLLd=-25.6097 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.02848 CaloElectronMatch=232.806 CaloBremMatch=95.7481 CaloChargedEcal=1069.91 CaloChargedID=35121 CaloNeutralEcal=1069.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929504 CaloNeutralID=35121 CaloEcalE=713.736 CaloHcalE=3899.19 CaloEcalChi2=232.806 CaloBremChi2=220.824 CaloClusChi2=2.02848 CaloTrajectoryL=-236.302 CaloEoverP=0.239448 EcalPIDe=0.605631 BremPIDe=-0.210201 HcalPIDe=-1.82531 HcalPIDmu=-0.453517 EcalPIDmu=0.678135 TrackChi2PerDof=1.33292 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=5205.73 TrackPt=358.448 CombDLLe=-6.47256 CombDLLmu=-6.77537 CombDLLpi=0 CombDLLk=-25.6097 CombDLLp=-25.6097 CombDLLd=-25.6097 ProbNNe=6.93898e-08 ProbNNpi=0.997328 ProbNNk=0.000113453 ProbNNp=0.00791722 ProbNNghost=0.0122211 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.04206 RichDLLmu=-0.22423 RichDLLpi=0 RichDLLk=-3.27771 RichDLLp=0.827884 RichPIDStatus=8134 RichDLLbt=1.3896 RichDLLd=1.3896 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.960368 CaloElectronMatch=1508.07 CaloChargedEcal=28474.1 CaloChargedID=42773 CaloEcalE=8505.92 CaloHcalE=5733.56 CaloEcalChi2=1508.07 CaloClusChi2=0.960368 CaloTrajectoryL=600.658 CaloEoverP=0.937927 EcalPIDe=-1.52021 HcalPIDe=-1.08549 HcalPIDmu=-0.582536 EcalPIDmu=-4.45345 TrackChi2PerDof=0.940067 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=31335.5 TrackPt=429.403 CombDLLe=-2.78802 CombDLLmu=-5.3497 CombDLLpi=0 CombDLLk=-3.27771 CombDLLp=0.827884 CombDLLd=1.3896 ProbNNe=0.00012922 ProbNNpi=0.881146 ProbNNk=0.00631611 ProbNNp=0.0264264 ProbNNghost=0.138027 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=9.13711 RichDLLmu=5.46611 RichDLLpi=0 RichDLLk=9.59176 RichDLLp=9.59176 RichPIDStatus=5028 RichDLLbt=9.59176 RichDLLd=9.59176 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.401629 CaloElectronMatch=15.5235 CaloBremMatch=15.5235 CaloChargedEcal=4522.95 CaloChargedID=38655 CaloNeutralEcal=4522.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988945 CaloNeutralID=38655 CaloEcalE=3699.95 CaloHcalE=1103.88 CaloEcalChi2=15.5235 CaloBremChi2=119.36 CaloClusChi2=0.401629 CaloTrajectoryL=73.4543 CaloEoverP=1.24543 EcalPIDe=2.97947 BremPIDe=0.134325 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-2.03528 TrackChi2PerDof=1.16962 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=4064.55 TrackPt=159.18 CombDLLe=3.89618 CombDLLmu=4.16368 CombDLLpi=0 CombDLLk=9.59176 CombDLLp=9.59176 CombDLLd=9.59176 ProbNNe=0.989076 ProbNNpi=0.00474258 ProbNNk=0.332786 ProbNNp=0.246109 ProbNNghost=0.968991 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=9.32106 RichDLLmu=-0.381102 RichDLLpi=0 RichDLLk=7.41978 RichDLLp=7.41978 RichPIDStatus=5057 RichDLLbt=7.41978 RichDLLd=7.41978 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.069656 CaloElectronMatch=15.8352 CaloChargedEcal=10426.7 CaloChargedID=39118 CaloEcalE=7761.01 CaloHcalE=3896.26 CaloEcalChi2=15.8352 CaloClusChi2=0.069656 CaloTrajectoryL=39.9911 CaloEoverP=1.25669 EcalPIDe=3.6423 HcalPIDe=-1.82531 HcalPIDmu=-0.368868 EcalPIDmu=-2.16722 TrackChi2PerDof=0.973293 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=8282.95 TrackPt=149.548 CombDLLe=3.41928 CombDLLmu=-3.0686 CombDLLpi=0 CombDLLk=7.41978 CombDLLp=7.41978 CombDLLd=7.41978 ProbNNe=0.999961 ProbNNpi=0.22869 ProbNNk=0.0159083 ProbNNp=0.093069 ProbNNghost=0.949686 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-48.9713 RichDLLmu=-38.0558 RichDLLpi=0 RichDLLk=-18.0095 RichDLLp=-18.0095 RichPIDStatus=5091 RichDLLbt=-18.0095 RichDLLd=-18.0095 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.96987 CaloElectronMatch=96.7366 CaloBremMatch=96.7366 CaloChargedEcal=5051.18 CaloChargedID=39820 CaloNeutralEcal=5051.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.817202 CaloNeutralID=39820 CaloEcalE=3476.53 CaloHcalE=0 CaloEcalChi2=96.7366 CaloBremChi2=46.4814 CaloClusChi2=0.96987 CaloTrajectoryL=236.578 CaloEoverP=0.656475 EcalPIDe=1.84829 BremPIDe=1.46321 HcalPIDe=0.83611 HcalPIDmu=-2.36508 EcalPIDmu=-3.04473 TrackChi2PerDof=0.392807 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=7799.83 TrackPt=539.679 CombDLLe=-1.73878 CombDLLmu=-12.4098 CombDLLpi=0 CombDLLk=-18.0095 CombDLLp=-18.0095 CombDLLd=-18.0095 ProbNNe=3.02575e-09 ProbNNpi=0.998702 ProbNNk=0.000100185 ProbNNp=0.00198608 ProbNNghost=0.000670262 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.498877 RichDLLmu=0.556514 RichDLLpi=0 RichDLLk=-3.58554 RichDLLp=-6.61789 RichPIDStatus=6082 RichDLLbt=-6.61789 RichDLLd=-6.61789 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.01243 CaloElectronMatch=2468.9 CaloChargedEcal=5881.59 CaloChargedID=42766 CaloEcalE=6402.43 CaloHcalE=18803.4 CaloEcalChi2=2468.9 CaloClusChi2=1.01243 CaloTrajectoryL=4134.39 CaloEoverP=0.218717 EcalPIDe=-2.23459 HcalPIDe=-2.87457 HcalPIDmu=-3.19944 EcalPIDmu=-3.46411 TrackChi2PerDof=1.49023 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=27568.9 TrackPt=373.126 CombDLLe=-5.02187 CombDLLmu=-5.88763 CombDLLpi=0 CombDLLk=-3.58554 CombDLLp=-6.61789 CombDLLd=-6.61789 ProbNNe=2.39624e-05 ProbNNpi=0.849512 ProbNNk=0.0174168 ProbNNp=0.00199244 ProbNNghost=0.0983569 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.446 RichDLLmu=-2.25808 RichDLLpi=0 RichDLLk=0.552046 RichDLLp=0.552046 RichPIDStatus=5028 RichDLLbt=0.552046 RichDLLd=0.552046 MuonMuLL=0 MuonBkgLL=-0.00319867 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2309.19 MuonMVA1=-999 MuonMVA2=-0.67121 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.74399 CaloElectronMatch=346.239 CaloBremMatch=64.8915 CaloChargedEcal=6457.85 CaloChargedID=34995 CaloNeutralEcal=6457.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987868 CaloNeutralID=34995 CaloEcalE=6153.72 CaloHcalE=4577.66 CaloEcalChi2=346.239 CaloBremChi2=362.003 CaloClusChi2=2.74399 CaloTrajectoryL=337.747 CaloEoverP=1.62224 EcalPIDe=0.0319619 BremPIDe=-0.373552 HcalPIDe=-1.33861 HcalPIDmu=-0.483017 EcalPIDmu=-1.20867 TrackChi2PerDof=2.54298 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=4176.61 TrackPt=123.587 CombDLLe=-3.79059 CombDLLmu=-4.65107 CombDLLpi=0 CombDLLk=0.552046 CombDLLp=0.552046 CombDLLd=0.555244 ProbNNe=0.00183228 ProbNNmu=0.00366525 ProbNNpi=0.00119945 ProbNNk=0.0170253 ProbNNp=0.00710302 ProbNNghost=0.996144 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=11.2742 RichDLLmu=2.92855 RichDLLpi=0 RichDLLk=8.62176 RichDLLp=8.62176 RichPIDStatus=5057 RichDLLbt=8.62176 RichDLLd=8.62176 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.06977 CaloElectronMatch=7.07676 CaloChargedEcal=12137 CaloChargedID=43316 CaloEcalE=10312.9 CaloHcalE=666.266 CaloEcalChi2=7.07676 CaloClusChi2=1.06977 CaloTrajectoryL=89.8166 CaloEoverP=1.04516 EcalPIDe=4.33705 HcalPIDe=-0.22241 HcalPIDmu=-1.28384 EcalPIDmu=-2.78493 TrackChi2PerDof=0.53764 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=11620.5 TrackPt=167.519 CombDLLe=6.03699 CombDLLmu=-0.381156 CombDLLpi=0 CombDLLk=8.62176 CombDLLp=8.62176 CombDLLd=8.62176 ProbNNe=0.999948 ProbNNpi=0.0586317 ProbNNk=0.00408625 ProbNNp=0.0893572 ProbNNghost=0.95261 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.6337 RichDLLmu=-1.15736 RichDLLpi=0 RichDLLk=2.16645 RichDLLp=2.16645 RichPIDStatus=5092 RichDLLbt=2.16645 RichDLLd=2.16645 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=15.6234 CaloElectronMatch=1214.75 CaloChargedEcal=683.733 CaloChargedID=35249 CaloEcalE=57.954 CaloHcalE=6004.52 CaloEcalChi2=1214.75 CaloClusChi2=15.6234 CaloTrajectoryL=3502.62 CaloEoverP=0.107562 EcalPIDe=-1.40113 HcalPIDe=-2.12496 HcalPIDmu=-1.79054 EcalPIDmu=0.361777 TrackChi2PerDof=1.07931 TrackNumDof=19 TrackType=3 TrackHistory=32 TrackP=7853.29 TrackPt=194.261 CombDLLe=-5.82369 CombDLLmu=-3.02074 CombDLLpi=0 CombDLLk=2.16645 CombDLLp=2.16645 CombDLLd=2.16645 ProbNNe=2.55807e-06 ProbNNpi=0.504412 ProbNNk=0.164704 ProbNNp=0.606458 ProbNNghost=0.080731 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.0756 RichDLLmu=-5.13133 RichDLLpi=0 RichDLLk=11.5726 RichDLLp=11.5726 RichPIDStatus=5092 RichDLLbt=11.5726 RichDLLd=11.5726 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.272666 CaloElectronMatch=10.1548 CaloBremMatch=10.1548 CaloChargedEcal=7512 CaloChargedID=38542 CaloNeutralEcal=7512 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.704534 CaloNeutralID=38542 CaloEcalE=3800.85 CaloHcalE=1445.87 CaloEcalChi2=10.1548 CaloBremChi2=565.779 CaloClusChi2=0.272666 CaloTrajectoryL=154.446 CaloEoverP=0.850173 EcalPIDe=3.6423 BremPIDe=-0.638976 HcalPIDe=-0.871136 HcalPIDmu=1.41053 EcalPIDmu=-2.96582 TrackChi2PerDof=1.68284 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=8800.25 TrackPt=227.423 CombDLLe=1.07706 CombDLLmu=-6.96214 CombDLLpi=0 CombDLLk=11.5726 CombDLLp=11.5726 CombDLLd=11.5726 ProbNNe=0.0808145 ProbNNpi=0.0849881 ProbNNk=0.2344 ProbNNp=0.598683 ProbNNghost=0.886597 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.62509 RichDLLmu=-0.0338187 RichDLLpi=0 RichDLLk=-10.7009 RichDLLp=-5.06959 RichPIDStatus=6083 RichDLLbt=-5.06959 RichDLLd=-5.06959 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.924825 CaloElectronMatch=66.748 CaloChargedEcal=22147.1 CaloChargedID=43180 CaloEcalE=15109.2 CaloHcalE=1504.57 CaloEcalChi2=66.748 CaloClusChi2=0.924825 CaloTrajectoryL=214.794 CaloEoverP=0.912373 EcalPIDe=2.9985 HcalPIDe=-0.161014 HcalPIDmu=1.58268 EcalPIDmu=-3.63171 TrackChi2PerDof=1.20784 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=24564.3 TrackPt=296.867 CombDLLe=2.55325 CombDLLmu=-2.09638 CombDLLpi=0 CombDLLk=-10.7009 CombDLLp=-5.06959 CombDLLd=-5.06959 ProbNNe=0.267098 ProbNNpi=0.623878 ProbNNk=0.00023828 ProbNNp=0.00186902 ProbNNghost=0.689832 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.4745 RichDLLmu=-4.59412 RichDLLpi=0 RichDLLk=-11.3067 RichDLLp=-11.3067 RichPIDStatus=5059 RichDLLbt=-11.3067 RichDLLd=-11.3067 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.958661 CaloElectronMatch=202.455 CaloChargedEcal=3129.33 CaloChargedID=43185 CaloEcalE=863.066 CaloHcalE=8470.51 CaloEcalChi2=202.455 CaloClusChi2=0.958661 CaloTrajectoryL=60.0523 CaloEoverP=0.296768 EcalPIDe=0.786938 HcalPIDe=-2.51216 HcalPIDmu=-2.09311 EcalPIDmu=0.529861 TrackChi2PerDof=1.02403 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=11459 TrackPt=108.372 CombDLLe=-4.88728 CombDLLmu=-6.64063 CombDLLpi=0 CombDLLk=-11.3067 CombDLLp=-11.3067 CombDLLd=-11.3067 ProbNNe=5.43084e-08 ProbNNpi=0.969644 ProbNNk=4.11943e-05 ProbNNp=0.000182621 ProbNNghost=0.100893 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-42.0274 RichDLLmu=-8.09236 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.826181 CaloElectronMatch=11.2428 CaloChargedEcal=1577.48 CaloChargedID=36214 CaloEcalE=1032.12 CaloHcalE=0 CaloEcalChi2=11.2428 CaloClusChi2=0.826181 CaloTrajectoryL=52.0323 CaloEoverP=0.804237 EcalPIDe=2.97947 HcalPIDe=0.485336 HcalPIDmu=-1.79245 EcalPIDmu=-1.21757 TrackChi2PerDof=1.55626 TrackNumDof=14 TrackType=3 TrackHistory=32 TrackP=2257.54 TrackPt=646.18 CombDLLe=-2.0097 CombDLLmu=-9.48083 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.34126e-05 ProbNNpi=0.315939 ProbNNk=0.157969 ProbNNp=0.364633 ProbNNghost=0.261923 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=2.85389 RichDLLmu=5.00879 RichDLLpi=0 RichDLLk=19.0817 RichDLLp=19.0817 RichPIDStatus=5028 RichDLLbt=19.0817 RichDLLd=19.0817 InAccBrem=1 CaloBremChi2=532.7 BremPIDe=-0.638976 TrackChi2PerDof=0.582905 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=8236.2 TrackPt=1929.39 CombDLLe=-0.140391 CombDLLmu=5.33632 CombDLLpi=0 CombDLLk=19.0817 CombDLLp=19.0817 CombDLLd=19.0817 ProbNNe=0.00455848 ProbNNpi=0.00756462 ProbNNk=0.904822 ProbNNp=0.900886 ProbNNghost=0.0173094 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.49006 RichDLLmu=-1.24149 RichDLLpi=0 RichDLLk=24.7253 RichDLLp=24.7253 RichPIDStatus=5092 RichDLLbt=24.7253 RichDLLd=24.7253 MuonMuLL=0 MuonBkgLL=-0.168231 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=478.335 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=30.8276 CaloElectronMatch=8888.4 CaloBremMatch=199.363 CaloChargedEcal=683.733 CaloChargedID=35249 CaloNeutralEcal=683.733 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06979 CaloNeutralID=35249 CaloEcalE=0 CaloHcalE=6419.91 CaloEcalChi2=8888.4 CaloBremChi2=37.8584 CaloClusChi2=30.8276 CaloTrajectoryL=-7594.18 CaloEoverP=0.104402 EcalPIDe=-3.57069 BremPIDe=1.81895 HcalPIDe=-2.03825 HcalPIDmu=-1.55258 EcalPIDmu=0.361777 TrackChi2PerDof=1.25467 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=8091 TrackPt=1185.8 CombDLLe=-5.42027 CombDLLmu=-2.7258 CombDLLpi=0 CombDLLk=24.7253 CombDLLp=24.7253 CombDLLd=24.8936 ProbNNe=0.0069256 ProbNNpi=0.00231357 ProbNNk=0.728173 ProbNNp=0.954863 ProbNNghost=0.0711313 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.801791 CaloElectronMatch=15.2866 CaloChargedEcal=7782.98 CaloChargedID=38967 CaloEcalE=6234.82 CaloHcalE=7200.27 CaloEcalChi2=15.2866 CaloClusChi2=0.801791 CaloTrajectoryL=73.6791 CaloEoverP=1.26527 EcalPIDe=3.6423 HcalPIDe=-1.99692 HcalPIDmu=-0.467458 EcalPIDmu=-1.43878 TrackChi2PerDof=0.71028 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=6184.69 TrackPt=76.3171 CombDLLe=1.64538 CombDLLmu=-1.90624 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.984251 ProbNNpi=0.0423167 ProbNNk=0.046511 ProbNNp=0.0651982 ProbNNghost=0.98242 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.1761 RichDLLmu=-11.6716 RichDLLpi=0 RichDLLk=0.25422 RichDLLp=0.25422 RichPIDStatus=5028 RichDLLbt=0.25422 RichDLLd=0.25422 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=16.1243 CaloElectronMatch=489.624 CaloChargedEcal=28418.4 CaloChargedID=42532 CaloEcalE=0 CaloHcalE=35692.7 CaloEcalChi2=489.624 CaloClusChi2=16.1243 CaloTrajectoryL=123.823 CaloEoverP=10.469 EcalPIDe=-0.214586 HcalPIDe=-0.621703 HcalPIDmu=0.00288725 EcalPIDmu=0.308817 TrackChi2PerDof=0.646051 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=2687.09 TrackPt=788.077 CombDLLe=-4.49191 CombDLLmu=-6.55812 CombDLLpi=0 CombDLLk=0.25422 CombDLLp=0.25422 CombDLLd=0.25422 ProbNNe=1.0121e-05 ProbNNpi=0.905976 ProbNNk=0.0231342 ProbNNp=0.121688 ProbNNghost=0.0432647 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.8074 RichDLLmu=-6.31038 RichDLLpi=0 RichDLLk=-6.54672 RichDLLp=-6.54672 RichPIDStatus=5059 RichDLLbt=-6.54672 RichDLLd=-6.54672 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.20081 CaloElectronMatch=299.122 CaloChargedEcal=2013.02 CaloChargedID=38862 CaloEcalE=711.544 CaloHcalE=1885.16 CaloEcalChi2=299.122 CaloClusChi2=3.20081 CaloTrajectoryL=288.186 CaloEoverP=0.212029 EcalPIDe=0.27519 HcalPIDe=-1.03972 HcalPIDmu=1.84961 EcalPIDmu=0.92564 TrackChi2PerDof=1.56436 TrackNumDof=13 TrackType=3 TrackHistory=32 TrackP=9810.51 TrackPt=63.1247 CombDLLe=-3.54414 CombDLLmu=-3.1862 CombDLLpi=0 CombDLLk=-6.54672 CombDLLp=-6.54672 CombDLLd=-6.54672 ProbNNe=9.46354e-07 ProbNNpi=0.859319 ProbNNk=7.05974e-05 ProbNNp=0.000569384 ProbNNghost=0.260818 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-45.3717 RichDLLmu=-15.8072 RichDLLpi=0 RichDLLk=-27.6974 RichDLLp=-27.6792 RichPIDStatus=6115 RichDLLbt=-27.6792 RichDLLd=-27.6792 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.42738 CaloElectronMatch=967.761 CaloBremMatch=264.835 CaloChargedEcal=10235.6 CaloChargedID=39608 CaloNeutralEcal=10235.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.875725 CaloNeutralID=39608 CaloEcalE=6489.5 CaloHcalE=0 CaloEcalChi2=967.761 CaloBremChi2=241.58 CaloClusChi2=1.42738 CaloTrajectoryL=371.685 CaloEoverP=1.11972 EcalPIDe=-1.02586 BremPIDe=-0.20666 HcalPIDe=0.83611 HcalPIDmu=-2.15083 EcalPIDmu=-3.01445 TrackChi2PerDof=0.840433 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=9235.49 TrackPt=562.753 CombDLLe=-6.08379 CombDLLmu=-12.1402 CombDLLpi=0 CombDLLk=-27.6974 CombDLLp=-27.6792 CombDLLd=-27.6792 ProbNNe=1.0377e-06 ProbNNpi=0.998645 ProbNNk=0.00508652 ProbNNp=0.010418 ProbNNghost=0.0569167 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.4812 RichDLLmu=-1.24175 RichDLLpi=0 RichDLLk=24.7277 RichDLLp=24.7277 RichPIDStatus=5092 RichDLLbt=24.7277 RichDLLd=24.7277 MuonMuLL=0 MuonBkgLL=-0.168231 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=478.337 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=30.8365 CaloElectronMatch=8888.6 CaloBremMatch=199.363 CaloChargedEcal=683.733 CaloChargedID=35249 CaloNeutralEcal=683.733 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06979 CaloNeutralID=35249 CaloEcalE=0 CaloHcalE=6419.91 CaloEcalChi2=8888.6 CaloBremChi2=37.8415 CaloClusChi2=30.8365 CaloTrajectoryL=-7594.56 CaloEoverP=0.104405 EcalPIDe=-3.57069 BremPIDe=1.81895 HcalPIDe=-2.03825 HcalPIDmu=-1.55258 EcalPIDmu=0.361777 TrackChi2PerDof=1.09678 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=8090.77 TrackPt=1184.91 CombDLLe=-5.41881 CombDLLmu=-2.72614 CombDLLpi=0 CombDLLk=24.7277 CombDLLp=24.7277 CombDLLd=24.8959 ProbNNe=0.00930664 ProbNNpi=0.0019337 ProbNNk=0.685745 ProbNNp=0.95954 ProbNNghost=0.0653407 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-27.5384 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=40.1422 BremPIDe=0.726033 TrackChi2PerDof=0.884725 TrackNumDof=14 TrackType=3 TrackHistory=32 TrackP=1517.57 TrackPt=263.258 CombDLLe=-3.45291 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=6.26669e-05 ProbNNpi=0.868328 ProbNNk=0.0293045 ProbNNp=0.155052 ProbNNghost=0.182842 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0066219 MuonBkgLL=-0.203008 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=92.3673 MuonMVA1=-999 MuonMVA2=-0.688647 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.306164 CaloElectronMatch=615.022 CaloChargedEcal=15701.7 CaloChargedID=34700 CaloEcalE=5051.78 CaloHcalE=321.525 CaloEcalChi2=615.022 CaloClusChi2=0.306164 CaloTrajectoryL=365.918 CaloEoverP=3.72731 EcalPIDe=-0.433674 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-1.37659 TrackChi2PerDof=0.972533 TrackNumDof=12 TrackType=3 TrackHistory=32 TrackP=4314.69 TrackPt=33.467 CombDLLe=-0.627934 CombDLLmu=-2.57068 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.203008 ProbNNe=0.988258 ProbNNmu=0.00366525 ProbNNpi=2.49149e-06 ProbNNk=0.0424992 ProbNNp=0.00874074 ProbNNghost=0.983057 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.73533 CaloElectronMatch=389.146 CaloChargedEcal=4033.93 CaloChargedID=35017 CaloEcalE=2690.55 CaloHcalE=0 CaloEcalChi2=389.146 CaloClusChi2=1.73533 CaloTrajectoryL=-132.097 CaloEoverP=1.31241 EcalPIDe=-0.0510306 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-3.48778 TrackChi2PerDof=0.418625 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3209.31 TrackPt=85.6214 CombDLLe=0.400947 CombDLLmu=-6.19554 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.170771 ProbNNpi=0.44874 ProbNNk=0.00689741 ProbNNp=0.0209235 ProbNNghost=0.404482 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.89874 RichDLLmu=-4.94709 RichDLLpi=0 RichDLLk=26.5013 RichDLLp=26.9932 RichPIDStatus=6117 RichDLLbt=26.9932 RichDLLd=26.9932 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.5714 CaloElectronMatch=812.705 CaloBremMatch=812.705 CaloChargedEcal=2301.62 CaloChargedID=35561 CaloNeutralEcal=2301.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914346 CaloNeutralID=35561 CaloEcalE=485.046 CaloHcalE=8141.15 CaloEcalChi2=812.705 CaloClusChi2=5.5714 CaloTrajectoryL=811.229 CaloEoverP=0.188355 EcalPIDe=-0.547596 HcalPIDe=-1.57924 HcalPIDmu=-2.02123 EcalPIDmu=2.45354 TrackChi2PerDof=0.388601 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=12677.1 TrackPt=1339.26 CombDLLe=-3.32228 CombDLLmu=-4.86749 CombDLLpi=0 CombDLLk=26.5013 CombDLLp=26.9932 CombDLLd=26.9932 ProbNNe=4.68282e-09 ProbNNpi=0.0390271 ProbNNk=0.308814 ProbNNp=0.955919 ProbNNghost=0.00101202 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.029 RichDLLmu=-3.40974 RichDLLpi=0 RichDLLk=-0.516315 RichDLLp=-0.516315 RichPIDStatus=5027 RichDLLbt=-0.516315 RichDLLd=-0.516315 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.65191 CaloElectronMatch=162.159 CaloBremMatch=135.517 CaloChargedEcal=2049.07 CaloChargedID=35144 CaloNeutralEcal=2049.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772028 CaloNeutralID=35144 CaloEcalE=1593.28 CaloHcalE=432.593 CaloEcalChi2=162.159 CaloClusChi2=3.65191 CaloTrajectoryL=-522.485 CaloEoverP=0.776421 EcalPIDe=0.827744 HcalPIDe=-0.248115 HcalPIDmu=-1.09338 EcalPIDmu=-2.26841 TrackChi2PerDof=0.947021 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2925.32 TrackPt=207.687 CombDLLe=-1.4642 CombDLLmu=-7.51128 CombDLLpi=0 CombDLLk=-0.516315 CombDLLp=-0.516315 CombDLLd=-0.516315 ProbNNe=0.0488165 ProbNNpi=0.85655 ProbNNk=0.0146757 ProbNNp=0.045141 ProbNNghost=0.0336839 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=11.1372 RichDLLmu=-6.36976 RichDLLpi=0 RichDLLk=-0.733318 RichDLLp=-0.733318 RichPIDStatus=5025 RichDLLbt=-0.733318 RichDLLd=-0.733318 InAccBrem=1 TrackChi2PerDof=1.92433 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2758.71 TrackPt=375.435 CombDLLe=1.90016 CombDLLmu=-5.98406 CombDLLpi=0 CombDLLk=-0.733318 CombDLLp=-0.733318 CombDLLd=-0.733318 ProbNNe=0.995698 ProbNNpi=0.717035 ProbNNk=0.0122106 ProbNNp=0.0136032 ProbNNghost=0.129098 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.2861 RichDLLmu=-1.41083 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.48229 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2425.98 TrackPt=241.962 CombDLLe=-1.92428 CombDLLmu=-1.92436 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.138688 ProbNNpi=0.0902551 ProbNNk=0.0254989 ProbNNp=0.0396408 ProbNNghost=0.807571 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=20.9085 RichDLLmu=8.00547 RichDLLpi=0 RichDLLk=6.7679 RichDLLp=8.13016 RichPIDStatus=6113 RichDLLbt=8.13016 RichDLLd=8.13016 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.424174 CaloElectronMatch=2.20181 CaloBremMatch=2.20181 CaloChargedEcal=9652.04 CaloChargedID=38405 CaloNeutralEcal=9652.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.926518 CaloNeutralID=38405 CaloEcalE=8934.05 CaloHcalE=0 CaloEcalChi2=2.20181 CaloClusChi2=0.424174 CaloTrajectoryL=104.726 CaloEoverP=1.00191 EcalPIDe=3.71102 HcalPIDe=0.685017 HcalPIDmu=-2.87932 EcalPIDmu=-3.46883 TrackChi2PerDof=1.27192 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9548.11 TrackPt=567.816 CombDLLe=7.75458 CombDLLmu=0.104686 CombDLLpi=0 CombDLLk=6.7679 CombDLLp=8.13016 CombDLLd=8.13016 ProbNNe=1 ProbNNpi=0.0147953 ProbNNk=0.0375624 ProbNNp=0.00388085 ProbNNghost=0.923967 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.15342 RichDLLmu=-0.243505 RichDLLpi=0 RichDLLk=4.42369 RichDLLp=3.82553 RichPIDStatus=6116 RichDLLbt=3.82553 RichDLLd=3.82553 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.038131 CaloElectronMatch=940.291 CaloBremMatch=25.0389 CaloChargedEcal=5881.59 CaloChargedID=42766 CaloNeutralEcal=5881.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.57478 CaloNeutralID=42766 CaloEcalE=16060.7 CaloHcalE=751.898 CaloEcalChi2=940.291 CaloClusChi2=0.038131 CaloTrajectoryL=-1262.64 CaloEoverP=0.47537 EcalPIDe=-0.63025 HcalPIDe=0.229174 HcalPIDmu=-2.4593 EcalPIDmu=-2.25356 TrackChi2PerDof=2.03187 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=12684.4 TrackPt=298.704 CombDLLe=-0.199284 CombDLLmu=-5.0535 CombDLLpi=0 CombDLLk=4.42369 CombDLLp=3.82553 CombDLLd=3.82553 ProbNNe=0.99551 ProbNNpi=0.00399679 ProbNNk=0.179607 ProbNNp=0.111502 ProbNNghost=0.979138 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.45234 RichDLLmu=-6.20038 RichDLLpi=0 RichDLLk=1.22868 RichDLLp=1.22868 RichPIDStatus=5028 RichDLLbt=1.22868 RichDLLd=1.22868 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.42676 CaloElectronMatch=142.471 CaloBremMatch=142.471 CaloChargedEcal=2719.9 CaloChargedID=38203 CaloNeutralEcal=2719.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920422 CaloNeutralID=38203 CaloEcalE=1824.31 CaloHcalE=419.164 CaloEcalChi2=142.471 CaloClusChi2=4.42676 CaloTrajectoryL=289.615 CaloEoverP=0.463506 EcalPIDe=0.979389 HcalPIDe=0.056071 HcalPIDmu=-2.01507 EcalPIDmu=-0.920346 TrackChi2PerDof=0.515059 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=6192.87 TrackPt=344.867 CombDLLe=-0.253818 CombDLLmu=-8.85376 CombDLLpi=0 CombDLLk=1.22868 CombDLLp=1.22868 CombDLLd=1.22868 ProbNNe=0.0978942 ProbNNpi=0.85866 ProbNNk=0.0230111 ProbNNp=0.0997733 ProbNNghost=0.0136218 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.04643 RichDLLmu=3.49479 RichDLLpi=0 RichDLLk=-18.0922 RichDLLp=-15.4195 RichPIDStatus=6050 RichDLLbt=-15.4195 RichDLLd=-15.4195 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.807705 CaloElectronMatch=892.194 CaloBremMatch=892.194 CaloChargedEcal=1521.6 CaloChargedID=38911 CaloNeutralEcal=1521.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990713 CaloNeutralID=38911 CaloEcalE=941.486 CaloHcalE=9064.65 CaloEcalChi2=892.194 CaloClusChi2=0.807705 CaloTrajectoryL=191.448 CaloEoverP=0.155471 EcalPIDe=-0.769139 HcalPIDe=-1.79911 HcalPIDmu=-0.969607 EcalPIDmu=0.230497 TrackChi2PerDof=1.20492 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=10736.1 TrackPt=876.491 CombDLLe=-3.27396 CombDLLmu=3.48683 CombDLLpi=0 CombDLLk=-18.0922 CombDLLp=-15.4195 CombDLLd=-15.4195 ProbNNe=7.63772e-06 ProbNNpi=0.982428 ProbNNk=5.48623e-05 ProbNNp=0.0016261 ProbNNghost=0.00307545 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=37.3223 RichDLLmu=10.3533 RichDLLpi=0 RichDLLk=-0.696247 RichDLLp=-1.61037 RichPIDStatus=6113 RichDLLbt=-1.61037 RichDLLd=-1.61037 MuonPIDStatus=6 InAccMuon=1 InAccHcal=1 InAccBrem=1 CaloHcalE=2318.55 HcalPIDe=-0.388666 HcalPIDmu=1.31259 TrackChi2PerDof=1.15357 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=10642.5 TrackPt=478.52 CombDLLe=4.73545 CombDLLmu=8.09345 CombDLLpi=0 CombDLLk=-0.696247 CombDLLp=-1.61037 CombDLLd=-1.61037 ProbNNe=0.999821 ProbNNpi=0.0495676 ProbNNk=0.00520456 ProbNNp=0.804235 ProbNNghost=0.537478 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=20.4475 RichDLLmu=-1.42264 RichDLLpi=0 RichDLLk=0.757214 RichDLLp=0.757214 RichPIDStatus=5025 RichDLLbt=0.757214 RichDLLd=0.757214 InAccBrem=1 TrackChi2PerDof=0.851927 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2877.14 TrackPt=234.49 CombDLLe=3.29609 CombDLLmu=-1.93964 CombDLLpi=0 CombDLLk=0.757214 CombDLLp=0.757214 CombDLLd=0.757214 ProbNNe=0.992179 ProbNNpi=0.743311 ProbNNk=0.0103826 ProbNNp=0.0168593 ProbNNghost=0.178167 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.7477 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.01246 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=1758.9 TrackPt=301.091 CombDLLe=-3.85152 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0759457 ProbNNpi=0.717562 ProbNNk=0.0464811 ProbNNp=0.0776748 ProbNNghost=0.0566545 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.0204 RichDLLmu=5.50241 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.473874 CaloElectronMatch=55.8653 CaloBremMatch=55.8653 CaloChargedEcal=1734.56 CaloChargedID=35459 CaloNeutralEcal=1734.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.753492 CaloNeutralID=35459 CaloEcalE=1132.61 CaloEcalChi2=55.8653 CaloClusChi2=0.473874 CaloTrajectoryL=-16.4736 CaloEoverP=0.87124 EcalPIDe=3.01028 EcalPIDmu=-1.64871 TrackChi2PerDof=1.79394 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2309.98 TrackPt=313.264 CombDLLe=0.967814 CombDLLmu=3.956 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.847701 ProbNNpi=0.458392 ProbNNk=0.0180165 ProbNNp=0.0923858 ProbNNghost=0.202171 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.138727 MuonNShared=5 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=118.206 MuonMVA1=-999 MuonMVA2=-0.491943 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.27243 CaloElectronMatch=488.415 CaloChargedEcal=1287.44 CaloChargedID=35278 CaloEcalE=3300.35 CaloHcalE=629.147 CaloEcalChi2=488.415 CaloClusChi2=3.27243 CaloTrajectoryL=187.688 CaloEoverP=0.312085 EcalPIDe=-0.164364 HcalPIDe=-0.145138 HcalPIDmu=-0.751433 EcalPIDmu=-3.67341 TrackChi2PerDof=0.911034 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=5015.12 TrackPt=87.8701 CombDLLe=-0.309502 CombDLLmu=-4.28612 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.138727 ProbNNe=0.000148182 ProbNNmu=0.000378876 ProbNNpi=0.153161 ProbNNk=0.00261456 ProbNNp=0.00548965 ProbNNghost=0.180147 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.36755 CaloElectronMatch=514.107 CaloChargedEcal=6180.66 CaloChargedID=34612 CaloEcalE=3102.46 CaloHcalE=580.265 CaloEcalChi2=514.107 CaloClusChi2=1.36755 CaloTrajectoryL=20.1608 CaloEoverP=1.80911 EcalPIDe=-0.299778 HcalPIDe=-0.300168 HcalPIDmu=-0.263629 EcalPIDmu=-2.38517 TrackChi2PerDof=1.61304 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3613.61 TrackPt=88.8623 CombDLLe=-0.599946 CombDLLmu=-2.6488 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.623387 ProbNNpi=0.0279554 ProbNNk=0.00209515 ProbNNp=0.00793983 ProbNNghost=0.992372 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.31262 RichDLLmu=0.244058 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.780585 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2067.24 TrackPt=116.732 CombDLLe=-0.924281 CombDLLmu=0.34141 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.126113 ProbNNpi=0.692053 ProbNNk=0.021147 ProbNNp=0.0296635 ProbNNghost=0.134842 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-27.7436 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.3452 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=1527.02 TrackPt=246.146 CombDLLe=-4.20199 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.034524 ProbNNpi=0.190734 ProbNNk=0.0383601 ProbNNp=0.051529 ProbNNghost=0.577211 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=9.6688 RichDLLmu=9.12746 RichDLLpi=0 RichDLLk=12.5586 RichDLLp=12.5586 RichPIDStatus=5092 RichDLLbt=12.5586 RichDLLd=12.5586 MuonMuLL=-0.142716 MuonBkgLL=-0.695979 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=40.9129 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=12.5399 CaloElectronMatch=717.178 CaloBremMatch=525.028 CaloChargedEcal=1441.98 CaloChargedID=39110 CaloNeutralEcal=1441.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.80521 CaloNeutralID=39110 CaloEcalE=2572.63 CaloHcalE=724.948 CaloEcalChi2=717.178 CaloClusChi2=12.5399 CaloTrajectoryL=2112.82 CaloEoverP=0.296272 EcalPIDe=-0.688698 HcalPIDe=-0.145138 HcalPIDmu=-0.955205 EcalPIDmu=-2.2714 TrackChi2PerDof=0.759617 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=5729.05 TrackPt=250.717 CombDLLe=0.826002 CombDLLmu=3.97234 CombDLLpi=0 CombDLLk=12.5586 CombDLLp=12.5586 CombDLLd=13.2546 ProbNNe=0.943833 ProbNNpi=0.104527 ProbNNk=0.104971 ProbNNp=0.223612 ProbNNghost=0.275177 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.58898 RichDLLmu=-11.5559 RichDLLpi=0 RichDLLk=0.636103 RichDLLp=0.636103 RichPIDStatus=5028 RichDLLbt=0.636103 RichDLLd=0.636103 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=18.7528 CaloElectronMatch=202.922 CaloBremMatch=1.80945 CaloChargedEcal=1287.44 CaloChargedID=35278 CaloNeutralEcal=1287.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953779 CaloNeutralID=35278 CaloEcalE=0 CaloHcalE=4926.07 CaloEcalChi2=202.922 CaloClusChi2=18.7528 CaloTrajectoryL=339.132 CaloEoverP=0.355112 EcalPIDe=0.490686 HcalPIDe=-1.15527 HcalPIDmu=0.297638 EcalPIDmu=0.889774 TrackChi2PerDof=0.979274 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=4407.45 TrackPt=455.58 CombDLLe=-1.46415 CombDLLmu=-5.67631 CombDLLpi=0 CombDLLk=0.636103 CombDLLp=0.636103 CombDLLd=0.636103 ProbNNe=0.00131549 ProbNNpi=0.894826 ProbNNk=0.0198043 ProbNNp=0.0632289 ProbNNghost=0.0239361 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-42.212 RichDLLmu=-8.99581 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.903931 CaloElectronMatch=11.6306 CaloChargedEcal=1577.48 CaloChargedID=36214 CaloEcalE=1032.12 CaloHcalE=0 CaloEcalChi2=11.6306 CaloClusChi2=0.903931 CaloTrajectoryL=50.9289 CaloEoverP=0.806271 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.05151 EcalPIDmu=-1.64871 TrackChi2PerDof=1.72134 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2251.84 TrackPt=632.112 CombDLLe=-2.02475 CombDLLmu=-10.3273 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00137008 ProbNNpi=0.831841 ProbNNk=0.161758 ProbNNp=0.0713193 ProbNNghost=0.0104576 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=7.08783 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4257 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.856426 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=1850.68 TrackPt=69.4394 CombDLLe=1.22755 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.70259 ProbNNpi=0.389022 ProbNNk=0.0116736 ProbNNp=0.0256979 ProbNNghost=0.311384 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.02821 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=25903.5 TrackPt=580.023 ProbNNe=0.00227306 ProbNNmu=0.00489722 ProbNNpi=0.75136 ProbNNk=0.165523 ProbNNp=0.112517 ProbNNghost=0.00369746 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.89141 RichDLLmu=-1.37838 RichDLLpi=0 RichDLLk=-0.333097 RichDLLp=0.854992 RichPIDStatus=6053 RichDLLbt=0.854992 RichDLLd=0.854992 InAccBrem=1 CaloBremChi2=272.048 BremPIDe=-0.26048 TrackChi2PerDof=1.52927 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=9517.53 TrackPt=514.994 CombDLLe=-0.59123 CombDLLmu=-1.88228 CombDLLpi=0 CombDLLk=-0.333097 CombDLLp=0.854992 CombDLLd=0.854992 ProbNNe=0.00158501 ProbNNmu=0.00195301 ProbNNpi=0.634572 ProbNNk=0.184672 ProbNNp=0.116236 ProbNNghost=0.0378535 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.959774 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=28038.1 TrackPt=614.694 ProbNNe=0.00242863 ProbNNmu=0.00574589 ProbNNpi=0.746922 ProbNNk=0.170494 ProbNNp=0.111232 ProbNNghost=0.00432211 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.208875 RichDLLmu=0.156141 RichDLLpi=0 RichDLLk=0.562525 RichDLLp=4.6417 RichPIDStatus=139173 RichDLLbt=-9.07196 RichDLLd=-7.4492 InAccBrem=1 CaloBremChi2=363.519 BremPIDe=-0.383186 TrackChi2PerDof=2.82144 TrackNumDof=20 TrackType=4 TrackHistory=34 TrackP=47382.7 TrackPt=1660.34 CombDLLe=-0.346634 CombDLLmu=0.218526 CombDLLpi=0 CombDLLk=0.562525 CombDLLp=4.6417 CombDLLd=-7.4492 ProbNNe=0.00119427 ProbNNmu=0.00212641 ProbNNpi=0.0346703 ProbNNk=0.0605032 ProbNNp=0.0805285 ProbNNghost=0.82984 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.334 RichDLLmu=-3.45224 RichDLLpi=0 RichDLLk=-1.04837 RichDLLp=-1.04837 RichPIDStatus=5027 RichDLLbt=-1.04837 RichDLLd=-1.04837 InAccBrem=1 CaloBremChi2=409.467 BremPIDe=-0.4614 TrackChi2PerDof=1.08404 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=3125.24 TrackPt=457.296 CombDLLe=-3.46257 CombDLLmu=-4.18789 CombDLLpi=0 CombDLLk=-1.04837 CombDLLp=-1.04837 CombDLLd=-1.04837 ProbNNe=2.92322e-06 ProbNNmu=0.00159108 ProbNNpi=0.890108 ProbNNk=0.0685207 ProbNNp=0.0276933 ProbNNghost=0.0127409 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.4912 RichDLLmu=-4.8827 RichDLLpi=0 RichDLLk=1.17883 RichDLLp=1.17883 RichPIDStatus=5028 RichDLLbt=1.17883 RichDLLd=1.17883 InAccBrem=1 CaloBremChi2=836.085 BremPIDe=-0.553589 TrackChi2PerDof=0.556863 TrackNumDof=16 TrackType=4 TrackHistory=34 TrackP=3193 TrackPt=613.758 CombDLLe=-3.13667 CombDLLmu=-5.26095 CombDLLpi=0 CombDLLk=1.17883 CombDLLp=1.17883 CombDLLd=1.17883 ProbNNe=3.38383e-05 ProbNNmu=0.000978783 ProbNNpi=0.705254 ProbNNk=0.144568 ProbNNp=0.0588255 ProbNNghost=0.0592297 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.09242 RichDLLmu=-0.348965 RichDLLpi=0 RichDLLk=-8.54866 RichDLLp=-6.33694 RichPIDStatus=8102 RichDLLbt=0.220615 RichDLLd=0.220615 InAccBrem=1 CaloBremChi2=476.067 BremPIDe=-0.542409 TrackChi2PerDof=1.64011 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=29751.9 TrackPt=1011.23 CombDLLe=-0.733536 CombDLLmu=-0.487759 CombDLLpi=0 CombDLLk=-8.54866 CombDLLp=-6.33694 CombDLLd=0.220615 ProbNNe=0.0201533 ProbNNmu=0.00870014 ProbNNpi=0.908722 ProbNNk=0.0208946 ProbNNp=0.00951073 ProbNNghost=0.193885 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=7.72851 RichDLLmu=9.41586 RichDLLpi=0 RichDLLk=-3.81874 RichDLLp=-3.81874 RichPIDStatus=5026 RichDLLbt=-3.81874 RichDLLd=-3.81874 InAccBrem=1 CaloBremChi2=8.30041 BremPIDe=3.55139 TrackChi2PerDof=2.89188 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=7293.06 TrackPt=952.831 CombDLLe=4.8873 CombDLLmu=6.68341 CombDLLpi=0 CombDLLk=-3.81874 CombDLLp=-3.81874 CombDLLd=-3.81874 ProbNNe=0.370582 ProbNNmu=0.0213341 ProbNNpi=0.240001 ProbNNk=0.0206192 ProbNNp=0.0151438 ProbNNghost=0.621782 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-32.7749 RichDLLmu=-1.32579 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=1222.4 BremPIDe=-0.53289 TrackChi2PerDof=0.626219 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=2295.76 TrackPt=476.192 CombDLLe=-5.25598 CombDLLmu=-1.8138 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=7.24514e-08 ProbNNmu=0.00332243 ProbNNpi=0.853806 ProbNNk=0.0957332 ProbNNp=0.0420784 ProbNNghost=0.0149882 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.458158 RichDLLmu=-0.0542641 RichDLLpi=0 RichDLLk=11.9266 RichDLLp=12.7223 RichPIDStatus=6053 RichDLLbt=12.7223 RichDLLd=12.7223 InAccBrem=1 CaloBremChi2=31.5826 BremPIDe=2.24516 TrackChi2PerDof=0.979189 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=10181.7 TrackPt=1687.1 CombDLLe=2.16498 CombDLLmu=-0.0759667 CombDLLpi=0 CombDLLk=11.9266 CombDLLp=12.7223 CombDLLd=12.7223 ProbNNe=5.93805e-05 ProbNNmu=0.00210645 ProbNNpi=0.0285702 ProbNNk=0.889681 ProbNNp=0.819438 ProbNNghost=0.0148307 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.8478 RichDLLmu=-10.2332 RichDLLpi=0 RichDLLk=3.39288 RichDLLp=3.39288 RichPIDStatus=5028 RichDLLbt=3.39288 RichDLLd=3.39288 InAccBrem=1 CaloBremChi2=13.1534 BremPIDe=2.71167 TrackChi2PerDof=1.15651 TrackNumDof=12 TrackType=4 TrackHistory=34 TrackP=3358.88 TrackPt=646.779 CombDLLe=0.38069 CombDLLmu=-6.77025 CombDLLpi=0 CombDLLk=3.39288 CombDLLp=3.39288 CombDLLd=3.39288 ProbNNe=3.80488e-05 ProbNNmu=0.00198515 ProbNNpi=0.812204 ProbNNk=0.0942115 ProbNNp=0.050935 ProbNNghost=0.0185408 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.7067 RichDLLmu=-7.63463 RichDLLpi=0 RichDLLk=7.0307 RichDLLp=7.0307 RichPIDStatus=5028 RichDLLbt=7.0307 RichDLLd=7.0307 InAccBrem=1 CaloBremChi2=16.8815 BremPIDe=2.37284 TrackChi2PerDof=1.00344 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=3060.16 TrackPt=671.969 CombDLLe=0.542666 CombDLLmu=-6.36928 CombDLLpi=0 CombDLLk=7.0307 CombDLLp=7.0307 CombDLLd=7.0307 ProbNNe=7.79948e-05 ProbNNmu=0.0035086 ProbNNpi=0.64312 ProbNNk=0.236104 ProbNNp=0.150689 ProbNNghost=0.0430744 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.1235 RichDLLmu=-10.7507 RichDLLpi=0 RichDLLk=13.2577 RichDLLp=13.2577 RichPIDStatus=5028 RichDLLbt=13.2577 RichDLLd=13.2577 InAccBrem=1 CaloBremChi2=5.20156 BremPIDe=3.55139 TrackChi2PerDof=0.566753 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=6279.01 TrackPt=1540.45 CombDLLe=0.725347 CombDLLmu=-6.81263 CombDLLpi=0 CombDLLk=13.2577 CombDLLp=13.2577 CombDLLd=13.2577 ProbNNe=9.70259e-06 ProbNNmu=0.00206422 ProbNNpi=0.575699 ProbNNk=0.273491 ProbNNp=0.189174 ProbNNghost=0.00716436 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.306164 ShowerShape=39222.5 ClusterMass=209.53 CaloNeutralEcal=15701.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.722993 CaloNeutralID=34700 CaloNeutralE19=0.338949 CaloClusterCode=-98 CaloClusterFrac=0.921352 IsPhoton=0.00823388 IsNotH=0.0115751 IsPhotonXGB=0.40087 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.038131 ShowerShape=1107.68 ClusterMass=41.0091 CaloNeutralEcal=44972.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954909 CaloNeutralID=42507 CaloNeutralE19=0.345001 CaloClusterCode=98 CaloClusterFrac=0.999975 IsPhoton=0.0131296 IsNotH=0.124769 IsPhotonXGB=0.705627 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.36755 ShowerShape=12201.5 ClusterMass=33.1867 CaloNeutralEcal=11927.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.885677 CaloNeutralID=34739 CaloNeutralE19=0.428837 CaloClusterCode=-92 CaloClusterFrac=0.999991 IsPhoton=0.0016142 IsNotH=0.0334119 IsPhotonXGB=0.252442 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.73533 ShowerShape=23888.3 ClusterMass=68.698 CaloNeutralEcal=7510.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.69779 CaloNeutralID=34698 CaloNeutralE19=0.300764 CaloClusterCode=-96 CaloClusterFrac=0.850316 IsPhoton=1 IsNotH=0.00220418 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=282.422 ShowerShape=507.998 ClusterMass=29.9965 CaloNeutralEcal=41573.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935638 CaloNeutralID=42205 CaloNeutralE19=0.79575 CaloClusterCode=95 CaloClusterFrac=0.999971 IsPhoton=1 IsNotH=0.966423 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.614966 ShowerShape=12572.8 ClusterMass=26.7224 CaloNeutralEcal=5353.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905496 CaloNeutralID=34174 CaloNeutralE19=0.348077 CaloClusterCode=97 CaloClusterFrac=1.00324 IsPhoton=1 IsNotH=0.0561196 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.67521 ShowerShape=10008.1 ClusterMass=31.7469 CaloNeutralEcal=7115.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924452 CaloNeutralID=34615 CaloNeutralE19=0.412993 CaloClusterCode=-98 CaloClusterFrac=1.00253 IsPhoton=1 IsNotH=0.0216317 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.322219 ShowerShape=7576.15 ClusterMass=16.9753 CaloNeutralEcal=7949.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957561 CaloNeutralID=35599 CaloNeutralE19=0.60635 CaloClusterCode=-95 CaloClusterFrac=0.999239 IsPhoton=1 IsNotH=0.286994 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=282.422 ShowerShape=507.998 ClusterMass=29.9965 CaloNeutralEcal=41573.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935638 CaloNeutralID=42205 CaloNeutralE19=0.79575 CaloClusterCode=95 CaloClusterFrac=0.999971 IsPhoton=1 IsNotH=0.966423 IsPhotonXGB=1 ClusterAsX=0.0837339 ClusterAsY=0.0180952 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.67521 ShowerShape=10008.1 ClusterMass=31.7469 CaloNeutralEcal=7115.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924452 CaloNeutralID=34615 CaloNeutralE19=0.412993 CaloClusterCode=-98 CaloClusterFrac=1.00253 IsPhoton=1 IsNotH=0.0216317 IsPhotonXGB=1 ClusterAsX=0.357832 ClusterAsY=0.360273 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=84.3434 ShowerShape=1982.6 CaloNeutralEcal=44816.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860681 CaloNeutralID=42460 CaloNeutralE19=0.337896 CaloClusterCode=-96 CaloClusterFrac=0.999947 IsPhoton=1 IsNotH=0.0302148 IsPhotonXGB=1 ClusterAsX=-0.278291 ClusterAsY=0.398683 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=148.861 ShowerShape=7302.91 CaloNeutralEcal=5313.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984102 CaloNeutralID=36317 CaloNeutralE19=0.533825 CaloClusterCode=91 IsPhoton=1 IsNotH=0.27306 IsPhotonXGB=1 ClusterAsX=0.190034 ClusterAsY=-0.344222 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.55865 ShowerShape=1629.58 CaloNeutralEcal=26132.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85985 CaloNeutralID=42707 CaloNeutralE19=0.37564 CaloClusterCode=-98 CaloClusterFrac=0.999955 IsPhoton=1 IsNotH=0.0239572 IsPhotonXGB=1 ClusterAsX=0.367951 ClusterAsY=0.352988 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=59.9784 ShowerShape=6759.6 CaloNeutralEcal=7647.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910319 CaloNeutralID=35739 CaloNeutralE19=0.547004 CaloClusterCode=91 CaloClusterFrac=0.999535 IsPhoton=1 IsNotH=0.266173 IsPhotonXGB=1 ClusterAsX=0.0101613 ClusterAsY=-0.389374 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=505.695 ShowerShape=910.361 CaloNeutralEcal=11488.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978011 CaloNeutralID=37797 CaloNeutralE19=0.780584 CaloClusterCode=-95 CaloClusterFrac=1.00381 IsPhoton=1 IsNotH=0.899443 IsPhotonXGB=1 ClusterAsX=0.16799 ClusterAsY=-0.0481275 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.5873 ShowerShape=3483.82 CaloNeutralEcal=11989.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829198 CaloNeutralID=39970 CaloNeutralE19=0.689339 CaloClusterCode=-91 CaloClusterFrac=0.999921 IsPhoton=1 IsNotH=0.802211 IsPhotonXGB=1 ClusterAsX=-0.0351793 ClusterAsY=-0.0373525 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=425.033 ShowerShape=1196.18 CaloNeutralEcal=6447.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965193 CaloNeutralID=37830 CaloNeutralE19=0.746106 CaloClusterCode=95 CaloClusterFrac=1.00062 IsPhoton=1 IsNotH=0.841455 IsPhotonXGB=1 ClusterAsX=0.160018 ClusterAsY=-0.11846 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.347 ShowerShape=11126.9 CaloNeutralEcal=5619.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920431 CaloNeutralID=35734 CaloNeutralE19=0.551409 CaloClusterCode=-91 CaloClusterFrac=1.0022 IsPhoton=1 IsNotH=0.346536 IsPhotonXGB=1 ClusterAsX=-0.0148111 ClusterAsY=-0.35501 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3909 ShowerShape=21116.6 CaloNeutralEcal=7451.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729783 CaloNeutralID=35546 CaloNeutralE19=0.395963 CaloClusterCode=-97 CaloClusterFrac=0.999936 IsPhoton=1 IsNotH=0.00703882 IsPhotonXGB=1 ClusterAsX=-0.00916188 ClusterAsY=0.0929664 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=602.436 ShowerShape=4012.12 CaloNeutralEcal=4190.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964309 CaloNeutralID=33969 CaloNeutralE19=0.798427 CaloClusterCode=95 CaloClusterFrac=1.01494 IsPhoton=1 IsNotH=0.744269 IsPhotonXGB=1 ClusterAsX=0.0971796 ClusterAsY=-0.0324524 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.51427 ShowerShape=1606.66 CaloNeutralEcal=22373.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884608 CaloNeutralID=43370 CaloNeutralE19=0.396555 CaloClusterCode=95 CaloClusterFrac=0.999829 IsPhoton=1 IsNotH=0.620147 IsPhotonXGB=1 ClusterAsX=0.428463 ClusterAsY=0.0350559 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.1243 ShowerShape=572.129 CaloNeutralEcal=28418.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91389 CaloNeutralID=42532 CaloNeutralE19=0.720593 CaloClusterCode=-93 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.9213 IsPhotonXGB=1 ClusterAsX=-0.095318 ClusterAsY=0.0618234 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=207.244 ShowerShape=8495.39 CaloNeutralEcal=4961.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877129 CaloNeutralID=33759 CaloNeutralE19=0.689554 CaloClusterCode=-93 CaloClusterFrac=1.00137 IsPhoton=1 IsNotH=0.38674 IsPhotonXGB=1 ClusterAsX=-0.10118 ClusterAsY=-0.0145004 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.4937 ShowerShape=3586.21 CaloNeutralEcal=11813.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988667 CaloNeutralID=39716 CaloNeutralE19=0.47714 CaloClusterCode=67 CaloClusterFrac=0.999817 IsPhoton=1 IsNotH=0.470467 IsPhotonXGB=1 ClusterAsX=0.166857 ClusterAsY=0.315346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.7997 ShowerShape=1595 CaloNeutralEcal=25195.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866742 CaloNeutralID=42967 CaloNeutralE19=0.3358 CaloClusterCode=61 CaloClusterFrac=0.997355 IsPhoton=1 IsNotH=0.00511313 IsPhotonXGB=1 ClusterAsX=-0.334657 ClusterAsY=-0.254405 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=148.416 ShowerShape=802.136 CaloNeutralEcal=21067.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923353 CaloNeutralID=42728 CaloNeutralE19=0.710615 CaloClusterCode=-65 CaloClusterFrac=0.999584 IsPhoton=1 IsNotH=0.913591 IsPhotonXGB=1 ClusterAsX=0.17264 ClusterAsY=-0.0468069 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=57.8423 ShowerShape=2309.54 CaloNeutralEcal=4405.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894435 CaloNeutralID=39426 CaloNeutralE19=0.612391 CaloClusterCode=97 IsPhoton=1 IsNotH=0.630017 IsPhotonXGB=1 ClusterAsX=0.0138549 ClusterAsY=0.236404 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.1351 ShowerShape=2537.85 CaloNeutralEcal=17221.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77483 CaloNeutralID=42601 CaloNeutralE19=0.3112 CaloClusterCode=-93 CaloClusterFrac=0.999919 IsPhoton=1 IsNotH=0.0404351 IsPhotonXGB=1 ClusterAsX=-0.385432 ClusterAsY=0.000276176 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=360.868 ShowerShape=4887.81 CaloNeutralEcal=2812.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.994543 CaloNeutralID=33429 CaloNeutralE19=0.753663 CaloClusterCode=-91 CaloClusterFrac=1.00541 IsPhoton=1 IsNotH=0.665849 IsPhotonXGB=1 ClusterAsX=-0.0975988 ClusterAsY=-0.178631 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.9947 ShowerShape=1882.8 CaloNeutralEcal=23822.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.802188 CaloNeutralID=42530 CaloNeutralE19=0.259524 CaloClusterCode=-93 CaloClusterFrac=0.999708 IsPhoton=1 IsNotH=0.00512333 IsPhotonXGB=1 ClusterAsX=-0.184897 ClusterAsY=0.341212 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.6939 ShowerShape=1301.64 CaloNeutralEcal=10456.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967006 CaloNeutralID=41885 CaloNeutralE19=0.679006 CaloClusterCode=67 CaloClusterFrac=0.99996 IsPhoton=1 IsNotH=0.853399 IsPhotonXGB=1 ClusterAsX=0.0623501 ClusterAsY=0.13197 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=448.064 ShowerShape=2804.13 CaloNeutralEcal=3163.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974066 CaloNeutralID=33688 CaloNeutralE19=0.941615 CaloClusterCode=-93 CaloClusterFrac=1.00187 IsPhoton=1 IsNotH=0.892644 IsPhotonXGB=1 ClusterAsX=-0.020757 ClusterAsY=0.00896769 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=110.182 ShowerShape=18176.5 CaloNeutralEcal=2261.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.757259 CaloNeutralID=36049 CaloNeutralE19=0.467364 CaloClusterCode=-91 CaloClusterFrac=0.978248 IsPhoton=1 IsNotH=0.0619922 IsPhotonXGB=1 ClusterAsX=-0.0354629 ClusterAsY=-0.00873105 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=167.459 ShowerShape=2120.47 CaloNeutralEcal=12689 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.681092 CaloNeutralID=43810 CaloNeutralE19=0.363253 CaloClusterCode=97 CaloClusterFrac=0.999924 IsPhoton=1 IsNotH=0.0108692 IsPhotonXGB=1 ClusterAsX=-0.0355778 ClusterAsY=0.0138865 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=474.379 ShowerShape=7167.6 CaloNeutralEcal=2694.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933356 CaloNeutralID=33631 CaloNeutralE19=0.636949 CaloClusterCode=-98 CaloClusterFrac=0.972177 IsPhoton=1 IsNotH=0.164423 IsPhotonXGB=1 ClusterAsX=0.129563 ClusterAsY=0.176896 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.3303 ShowerShape=3808.71 CaloNeutralEcal=3833.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958255 CaloNeutralID=39495 CaloNeutralE19=0.364987 CaloClusterCode=95 CaloClusterFrac=1.00959 IsPhoton=1 IsNotH=0.278533 IsPhotonXGB=1 ClusterAsX=0.452587 ClusterAsY=-0.272067 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.00748 ShowerShape=3330.78 CaloNeutralEcal=4327.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853661 CaloNeutralID=39113 CaloNeutralE19=0.263297 CaloClusterCode=-92 CaloClusterFrac=1.00685 IsPhoton=1 IsNotH=0.0377808 IsPhotonXGB=1 ClusterAsX=0.382227 ClusterAsY=-0.389876 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3428.65 CaloNeutralEcal=1805.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976252 CaloNeutralID=33717 CaloNeutralE19=0.77898 CaloClusterCode=91 CaloClusterFrac=1.01124 IsPhoton=1 IsNotH=0.726879 IsPhotonXGB=1 ClusterAsX=0.0906413 ClusterAsY=-0.113758 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=259.495 ShowerShape=5160.53 CaloNeutralEcal=1537.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984195 CaloNeutralID=35844 CaloNeutralE19=0.681906 CaloClusterCode=-97 CaloClusterFrac=1.0025 IsPhoton=1 IsNotH=0.365475 IsPhotonXGB=1 ClusterAsX=-0.167978 ClusterAsY=0.208558 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.68936 ShowerShape=8910.14 CaloNeutralEcal=1335.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880393 CaloNeutralID=35393 CaloNeutralE19=0.511218 CaloClusterCode=-95 CaloClusterFrac=0.868428 IsPhoton=1 IsNotH=0.0278003 IsPhotonXGB=1 ClusterAsX=0.277373 ClusterAsY=0.12205 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.257 ShowerShape=5912.73 CaloNeutralEcal=2217.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.904812 CaloNeutralID=33836 CaloNeutralE19=0.806063 CaloClusterCode=-95 CaloClusterFrac=0.956117 IsPhoton=1 IsNotH=0.646911 IsPhotonXGB=1 ClusterAsX=0.0390605 ClusterAsY=-0.016144 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=241.314 ShowerShape=4222.65 CaloNeutralEcal=1630.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.989483 CaloNeutralID=33862 CaloNeutralE19=0.779555 CaloClusterCode=91 CaloClusterFrac=1.02461 IsPhoton=1 IsNotH=0.692481 IsPhotonXGB=1 ClusterAsX=-0.0411891 ClusterAsY=-0.203948 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=101.323 ShowerShape=963.846 CaloNeutralEcal=11560.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910756 CaloNeutralID=42272 CaloNeutralE19=0.527676 CaloClusterCode=97 CaloClusterFrac=0.999726 IsPhoton=1 IsNotH=0.846533 IsPhotonXGB=1 ClusterAsX=-0.13757 ClusterAsY=0.233022 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.94511 ShowerShape=940.649 CaloNeutralEcal=6830.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847489 CaloNeutralID=42609 CaloNeutralE19=0.621634 CaloClusterCode=97 CaloClusterFrac=0.988687 IsPhoton=1 IsNotH=0.507435 IsPhotonXGB=1 ClusterAsX=0.0189574 ClusterAsY=0.14751 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.5399 ShowerShape=2368.66 CaloNeutralEcal=4025.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869311 CaloNeutralID=39179 CaloNeutralE19=0.555312 CaloClusterCode=-91 CaloClusterFrac=1.00926 IsPhoton=1 IsNotH=0.254118 IsPhotonXGB=1 ClusterAsX=-0.158308 ClusterAsY=-0.185931 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.9108 ShowerShape=18979.3 CaloNeutralEcal=1897.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992107 CaloNeutralID=33556 CaloNeutralE19=0.562877 CaloClusterCode=-95 CaloClusterFrac=1.02248 IsPhoton=1 IsNotH=0.186999 IsPhotonXGB=1 ClusterAsX=0.297079 ClusterAsY=0.13615 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.3392 ShowerShape=13378.4 CaloNeutralEcal=2848.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942778 CaloNeutralID=35678 CaloNeutralE19=0.498169 CaloClusterCode=-90 CaloClusterFrac=0.937727 IsPhoton=1 IsNotH=0.0295494 IsPhotonXGB=1 ClusterAsX=-0.340717 ClusterAsY=-0.395732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.2095 ShowerShape=32061.2 CaloNeutralEcal=3166.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775312 CaloNeutralID=34085 CaloNeutralE19=0.331478 CaloClusterCode=91 IsPhoton=1 IsNotH=0.0317344 IsPhotonXGB=1 ClusterAsX=-0.129814 ClusterAsY=-0.239576 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.4041 ShowerShape=2144.79 CaloNeutralEcal=17878.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820792 CaloNeutralID=42590 CaloNeutralE19=0.492198 CaloClusterCode=-63 CaloClusterFrac=0.999181 IsPhoton=1 IsNotH=0.00793416 IsPhotonXGB=1 ClusterAsX=-0.106781 ClusterAsY=-0.293985 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.42676 ShowerShape=2215.1 CaloNeutralEcal=2719.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920422 CaloNeutralID=38203 CaloNeutralE19=0.514813 CaloClusterCode=97 CaloClusterFrac=1.00985 IsPhoton=1 IsNotH=0.450911 IsPhotonXGB=1 ClusterAsX=0.0884154 ClusterAsY=0.29927 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=747.456 ShowerShape=2938.02 CaloNeutralEcal=2023.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.9634 CaloNeutralID=33626 CaloNeutralE19=0.877204 CaloClusterCode=-91 CaloClusterFrac=1.00837 IsPhoton=1 IsNotH=0.850643 IsPhotonXGB=1 ClusterAsX=-0.00597444 ClusterAsY=-0.0537956 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.7528 ShowerShape=14152.8 CaloNeutralEcal=2188.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.96406 CaloNeutralID=35539 CaloNeutralE19=0.600463 CaloClusterCode=95 CaloClusterFrac=1.00547 IsPhoton=1 IsNotH=0.229673 IsPhotonXGB=1 ClusterAsX=0.19589 ClusterAsY=-0.180617 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.268 ShowerShape=1039.57 CaloNeutralEcal=10754 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928764 CaloNeutralID=42584 CaloNeutralE19=0.756732 CaloClusterCode=73 CaloClusterFrac=0.99957 IsPhoton=1 IsNotH=0.92436 IsPhotonXGB=1 ClusterAsX=-0.0780985 ClusterAsY=-0.110697 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=356.78 ShowerShape=8775.05 CaloNeutralEcal=1849.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84887 CaloNeutralID=33565 CaloNeutralE19=0.45898 CaloClusterCode=-93 CaloClusterFrac=1.0143 IsPhoton=1 IsNotH=0.0328571 IsPhotonXGB=1 ClusterAsX=-0.223902 ClusterAsY=-0.0743439 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=335.803 ShowerShape=7712.87 CaloNeutralEcal=1178.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00874 CaloNeutralID=33291 CaloNeutralE19=0.650372 CaloClusterCode=90 IsPhoton=1 IsNotH=0.123132 IsPhotonXGB=1 ClusterAsX=-0.351302 ClusterAsY=-0.233611 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=229.02 ShowerShape=10822.1 CaloNeutralEcal=2607.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903309 CaloNeutralID=33948 CaloNeutralE19=0.554363 CaloClusterCode=95 CaloClusterFrac=1.02499 IsPhoton=1 IsNotH=0.165103 IsPhotonXGB=1 ClusterAsX=0.257141 ClusterAsY=-0.00925404 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=4919.88 CaloNeutralEcal=1355.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972994 CaloNeutralID=33190 CaloNeutralE19=0.680221 CaloClusterCode=63 IsPhoton=1 IsNotH=0.411302 IsPhotonXGB=1 ClusterAsX=-0.269288 ClusterAsY=0.0604021 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.61099 ShowerShape=5125.9 CaloNeutralEcal=2323.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852236 CaloNeutralID=39239 CaloNeutralE19=0.363859 CaloClusterCode=-93 CaloClusterFrac=0.856355 IsPhoton=1 IsNotH=0.0093716 IsPhotonXGB=1 ClusterAsX=-0.292282 ClusterAsY=0.123059 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.9993 ShowerShape=981.038 CaloNeutralEcal=3960.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842895 CaloNeutralID=42036 CaloNeutralE19=0.484934 CaloClusterCode=97 CaloClusterFrac=1.00275 IsPhoton=1 IsNotH=0.31708 IsPhotonXGB=1 ClusterAsX=0.0673421 ClusterAsY=0.194701 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.5714 ShowerShape=7531.96 CaloNeutralEcal=2301.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914346 CaloNeutralID=35561 CaloNeutralE19=0.672897 CaloClusterCode=90 CaloClusterFrac=1.01404 IsPhoton=1 IsNotH=0.251558 IsPhotonXGB=1 ClusterAsX=-0.13474 ClusterAsY=-0.168223 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.99504 ShowerShape=2056.07 CaloNeutralEcal=2101.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884008 CaloNeutralID=39108 CaloNeutralE19=0.710796 CaloClusterCode=-98 CaloClusterFrac=0.89732 IsPhoton=1 IsNotH=0.596421 IsPhotonXGB=1 ClusterAsX=0.0783573 ClusterAsY=0.0541804 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.6179 ShowerShape=9953.08 CaloNeutralEcal=1563.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815783 CaloNeutralID=34189 CaloNeutralE19=0.391877 CaloClusterCode=91 IsPhoton=1 IsNotH=0.0186325 IsPhotonXGB=1 ClusterAsX=-0.0563959 ClusterAsY=-0.438692 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=515.397 ShowerShape=1488.6 CaloNeutralEcal=2530.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916125 CaloNeutralID=37669 CaloNeutralE19=0.80125 CaloClusterCode=-63 CaloClusterFrac=0.818261 IsPhoton=1 IsNotH=0.602509 IsPhotonXGB=1 ClusterAsX=-0.0170181 ClusterAsY=0.0249872 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=98.9816 ShowerShape=5531.18 CaloNeutralEcal=1090.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963688 CaloNeutralID=36022 CaloNeutralE19=0.475782 CaloClusterCode=93 CaloClusterFrac=1.00681 IsPhoton=1 IsNotH=0.340732 IsPhotonXGB=1 ClusterAsX=-0.431798 ClusterAsY=-0.0575729 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=758.348 ShowerShape=6082.23 CaloNeutralEcal=867.806 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00838 CaloNeutralID=33536 CaloNeutralE19=0.541271 CaloClusterCode=67 IsPhoton=1 IsNotH=0.0865019 IsPhotonXGB=1 ClusterAsX=0.19693 ClusterAsY=0.270415 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.417 ShowerShape=12602.9 CaloNeutralEcal=1594.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703199 CaloNeutralID=35692 CaloNeutralE19=0.348243 CaloClusterCode=-97 CaloClusterFrac=1.00363 IsPhoton=1 IsNotH=0.039628 IsPhotonXGB=1 ClusterAsX=0.0876984 ClusterAsY=0.0642377 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=57.7542 ShowerShape=1085.42 CaloNeutralEcal=9575.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920773 CaloNeutralID=43159 CaloNeutralE19=0.42305 CaloClusterCode=61 CaloClusterFrac=0.999919 IsPhoton=1 IsNotH=0.107033 IsPhotonXGB=1 ClusterAsX=-0.188168 ClusterAsY=-0.315102 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.6379 ShowerShape=12108.5 CaloNeutralEcal=998.587 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939516 CaloNeutralID=35010 CaloNeutralE19=0.575205 CaloClusterCode=98 CaloClusterFrac=1.0186 IsPhoton=1 IsNotH=0.100214 IsPhotonXGB=1 ClusterAsX=0.337779 ClusterAsY=0.253356 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=357.189 ShowerShape=4837.32 CaloNeutralEcal=1119.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977419 CaloNeutralID=33425 CaloNeutralE19=0.853181 CaloClusterCode=96 CaloClusterFrac=1.01281 IsPhoton=1 IsNotH=0.738849 IsPhotonXGB=1 ClusterAsX=-0.107303 ClusterAsY=0.0955017 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.6922 ShowerShape=9986.24 CaloNeutralEcal=2496.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.834734 CaloNeutralID=35492 CaloNeutralE19=0.43954 CaloClusterCode=-65 CaloClusterFrac=0.999971 IsPhoton=1 IsNotH=0.0490707 IsPhotonXGB=1 ClusterAsX=0.0323575 ClusterAsY=-0.336259 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.12713 ShowerShape=13797.3 CaloNeutralEcal=1450.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.821143 CaloNeutralID=35567 CaloNeutralE19=0.305512 CaloClusterCode=-93 CaloClusterFrac=1.02859 IsPhoton=1 IsNotH=0.00593279 IsPhotonXGB=1 ClusterAsX=-0.347592 ClusterAsY=-0.19834 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=140.092 ShowerShape=1049.44 CaloNeutralEcal=8999.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772896 CaloNeutralID=43549 CaloNeutralE19=0.566014 CaloClusterCode=97 IsPhoton=1 IsNotH=0.306182 IsPhotonXGB=1 ClusterAsX=0.0409925 ClusterAsY=0.0730854 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.503 ShowerShape=1625.58 CaloNeutralEcal=9242.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775494 CaloNeutralID=42984 CaloNeutralE19=0.377485 CaloClusterCode=67 CaloClusterFrac=0.999098 IsPhoton=1 IsNotH=0.0174829 IsPhotonXGB=1 ClusterAsX=0.251076 ClusterAsY=0.0456037 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.364 ShowerShape=10281.6 CaloNeutralEcal=1988.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813669 CaloNeutralID=35620 CaloNeutralE19=0.372307 CaloClusterCode=-97 CaloClusterFrac=0.999948 IsPhoton=1 IsNotH=0.0142198 IsPhotonXGB=1 ClusterAsX=-0.0662681 ClusterAsY=0.301186 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.7267 ShowerShape=1306.21 CaloNeutralEcal=2181.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920382 CaloNeutralID=37839 CaloNeutralE19=0.714843 CaloClusterCode=91 CaloClusterFrac=1.002 IsPhoton=1 IsNotH=0.869629 IsPhotonXGB=1 ClusterAsX=-0.0079549 ClusterAsY=-0.148802 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.3688 ShowerShape=1774.13 CaloNeutralEcal=1760.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960155 CaloNeutralID=38653 CaloNeutralE19=0.571011 CaloClusterCode=-91 CaloClusterFrac=1.03538 IsPhoton=1 IsNotH=0.245794 IsPhotonXGB=1 ClusterAsX=-0.137515 ClusterAsY=-0.205585 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=132.403 ShowerShape=2599.19 CaloNeutralEcal=2662.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980826 CaloNeutralID=37930 CaloNeutralE19=0.57773 CaloClusterCode=97 IsPhoton=1 IsNotH=0.51692 IsPhotonXGB=1 ClusterAsX=0.191448 ClusterAsY=0.237643 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.1662 ShowerShape=12412.3 CaloNeutralEcal=1204.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938303 CaloNeutralID=34227 CaloNeutralE19=0.839697 CaloClusterCode=92 CaloClusterFrac=1.03226 IsPhoton=1 IsNotH=0.780562 IsPhotonXGB=1 ClusterAsX=0.0790567 ClusterAsY=-0.0744473 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.8935 ShowerShape=6574.52 CaloNeutralEcal=1050.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.846474 CaloNeutralID=35446 CaloNeutralE19=0.650866 CaloClusterCode=91 CaloClusterFrac=1.0168 IsPhoton=1 IsNotH=0.452869 IsPhotonXGB=1 ClusterAsX=0.118045 ClusterAsY=0.00672878 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.70221 ShowerShape=1643.18 CaloNeutralEcal=4734.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845924 CaloNeutralID=43374 CaloNeutralE19=0.475157 CaloClusterCode=96 CaloClusterFrac=0.999796 IsPhoton=1 IsNotH=0.063084 IsPhotonXGB=1 ClusterAsX=-0.202425 ClusterAsY=0.256855 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.7204 ShowerShape=1272.56 CaloNeutralEcal=3561.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805234 CaloNeutralID=43147 CaloNeutralE19=0.60924 CaloClusterCode=95 CaloClusterFrac=1.0118 IsPhoton=1 IsNotH=0.31748 IsPhotonXGB=1 ClusterAsX=0.0925831 ClusterAsY=0.0371489 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.89619 ShowerShape=2962.69 CaloNeutralEcal=1287.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953779 CaloNeutralID=35278 CaloNeutralE19=0.86609 CaloClusterCode=95 CaloClusterFrac=1.00452 IsPhoton=1 IsNotH=0.871172 IsPhotonXGB=1 ClusterAsX=0.0636628 ClusterAsY=0.0162622 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.9654 ShowerShape=7750.38 CaloNeutralEcal=904.942 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951932 CaloNeutralID=35462 CaloNeutralE19=0.598812 CaloClusterCode=-91 CaloClusterFrac=1.00968 IsPhoton=1 IsNotH=0.259544 IsPhotonXGB=1 ClusterAsX=-0.110774 ClusterAsY=-0.226306 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.4747 ShowerShape=2006.77 CaloNeutralEcal=6016.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.673646 CaloNeutralID=42859 CaloNeutralE19=0.357014 CaloClusterCode=95 CaloClusterFrac=0.996032 IsPhoton=1 IsNotH=0.00675024 IsPhotonXGB=1 ClusterAsX=0.0805745 ClusterAsY=-0.0324528 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.9512 ShowerShape=5288.22 CaloNeutralEcal=1721.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789554 CaloNeutralID=39752 CaloNeutralE19=0.398877 CaloClusterCode=95 CaloClusterFrac=0.999544 IsPhoton=1 IsNotH=0.00852202 IsPhotonXGB=1 ClusterAsX=0.229737 ClusterAsY=-0.244528 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=195.527 ShowerShape=873.503 CaloNeutralEcal=4362.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.802378 CaloNeutralID=42073 CaloNeutralE19=0.594042 CaloClusterCode=95 CaloClusterFrac=0.999799 IsPhoton=1 IsNotH=0.352728 IsPhotonXGB=1 ClusterAsX=0.0846934 ClusterAsY=0.00405055 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.0578 ShowerShape=785.889 CaloNeutralEcal=2655.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820467 CaloNeutralID=42230 CaloNeutralE19=0.616699 CaloClusterCode=93 CaloClusterFrac=0.99603 IsPhoton=1 IsNotH=0.415339 IsPhotonXGB=1 ClusterAsX=-0.0545982 ClusterAsY=0.0551579 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=116.815 ShowerShape=5758.33 CaloNeutralEcal=1399.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=34157 CaloNeutralE19=0.829585 CaloClusterCode=65 CaloClusterFrac=1.08125 IsPhoton=1 IsNotH=0.717459 IsPhotonXGB=1 ClusterAsX=0.222962 ClusterAsY=0.389786 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=102.898 ShowerShape=1770.79 CaloNeutralEcal=1911.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94867 CaloNeutralID=38197 CaloNeutralE19=0.442397 CaloClusterCode=97 CaloClusterFrac=1.03971 IsPhoton=1 IsNotH=0.530404 IsPhotonXGB=1 ClusterAsX=0.102127 ClusterAsY=0.480413 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.5577 ShowerShape=3759.05 CaloNeutralEcal=1441.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.80521 CaloNeutralID=39110 CaloNeutralE19=0.43949 CaloClusterCode=-97 CaloClusterFrac=0.84463 IsPhoton=1 IsNotH=0.0640829 IsPhotonXGB=1 ClusterAsX=0.0145587 ClusterAsY=0.474012 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.3198 ShowerShape=9844.31 CaloNeutralEcal=1038.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878587 CaloNeutralID=35533 CaloNeutralE19=0.371999 CaloClusterCode=-91 CaloClusterFrac=1.03041 IsPhoton=1 IsNotH=0.0291394 IsPhotonXGB=1 ClusterAsX=-0.169307 ClusterAsY=-0.33903 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.1244 ShowerShape=3216.12 CaloNeutralEcal=1551.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94827 CaloNeutralID=38724 CaloNeutralE19=0.461007 CaloClusterCode=95 IsPhoton=1 IsNotH=0.291537 IsPhotonXGB=1 ClusterAsX=0.347727 ClusterAsY=-0.194735 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.5474 ShowerShape=2489.71 CaloNeutralEcal=3031.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947982 CaloNeutralID=38049 CaloNeutralE19=0.468738 CaloClusterCode=-93 CaloClusterFrac=0.97336 IsPhoton=1 IsNotH=0.480567 IsPhotonXGB=1 ClusterAsX=-0.431093 ClusterAsY=0.0935218 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=765.794 ShowerShape=619.15 CaloNeutralEcal=1376.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=37639 CaloNeutralE19=0.936651 CaloClusterCode=63 CaloClusterFrac=1.01123 IsPhoton=1 IsNotH=0.946963 IsPhotonXGB=1 ClusterAsX=-0.0413982 ClusterAsY=0.00578438 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.6631 ShowerShape=2953.99 CaloNeutralEcal=1595.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.774668 CaloNeutralID=38392 CaloNeutralE19=0.474546 CaloClusterCode=-95 CaloClusterFrac=1.00454 IsPhoton=1 IsNotH=0.0291081 IsPhotonXGB=1 ClusterAsX=-0.0283251 ClusterAsY=0.255684 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.8689 ShowerShape=4270.23 CaloNeutralEcal=779.337 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977482 CaloNeutralID=34298 CaloNeutralE19=0.647719 CaloClusterCode=95 CaloClusterFrac=1.05472 IsPhoton=1 IsNotH=0.517277 IsPhotonXGB=1 ClusterAsX=0.321203 ClusterAsY=0.0223144 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=318.753 ShowerShape=2795.21 CaloNeutralEcal=647.198 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951528 CaloNeutralID=35720 CaloNeutralE19=0.836536 CaloClusterCode=-93 CaloClusterFrac=0.880534 IsPhoton=1 IsNotH=0.451562 IsPhotonXGB=1 ClusterAsX=-0.0873751 ClusterAsY=0.0115549 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.9302 ShowerShape=10801.9 CaloNeutralEcal=815.547 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.96497 CaloNeutralID=34359 CaloNeutralE19=0.442795 CaloClusterCode=-96 CaloClusterFrac=1.00553 IsPhoton=1 IsNotH=0.0371146 IsPhotonXGB=1 ClusterAsX=-0.369436 ClusterAsY=0.45561 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.5463 ShowerShape=3510.87 CaloNeutralEcal=771.031 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953948 CaloNeutralID=34182 CaloNeutralE19=0.841927 CaloClusterCode=-96 CaloClusterFrac=1.05033 IsPhoton=1 IsNotH=0.800251 IsPhotonXGB=1 ClusterAsX=-0.111619 ClusterAsY=0.0432049 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=144.158 ShowerShape=4239.23 CaloNeutralEcal=736.499 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972547 CaloNeutralID=36083 CaloNeutralE19=0.750904 CaloClusterCode=95 CaloClusterFrac=1.02823 IsPhoton=1 IsNotH=0.642799 IsPhotonXGB=1 ClusterAsX=0.178371 ClusterAsY=-0.0706695 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=244.564 ShowerShape=8746.34 CaloNeutralEcal=858.438 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00587 CaloNeutralID=36115 CaloNeutralE19=0.865772 CaloClusterCode=-93 CaloClusterFrac=1.06051 IsPhoton=1 IsNotH=0.557577 IsPhotonXGB=1 ClusterAsX=-0.0983602 ClusterAsY=0.0778334 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=100.883 ShowerShape=811.257 CaloNeutralEcal=4583.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815112 CaloNeutralID=43686 CaloNeutralE19=0.625527 CaloClusterCode=95 CaloClusterFrac=0.9994 IsPhoton=1 IsNotH=0.445143 IsPhotonXGB=1 ClusterAsX=0.0712602 ClusterAsY=0.0384832 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=151.933 ShowerShape=5509.41 CaloNeutralEcal=1365.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991335 CaloNeutralID=34008 CaloNeutralE19=0.624988 CaloClusterCode=91 CaloClusterFrac=1.07037 IsPhoton=1 IsNotH=0.485319 IsPhotonXGB=1 ClusterAsX=-0.150059 ClusterAsY=-0.34474 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.7673 ShowerShape=5126.97 CaloNeutralEcal=1870.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.838071 CaloNeutralID=38286 CaloNeutralE19=0.356354 CaloClusterCode=96 CaloClusterFrac=1.0397 IsPhoton=1 IsNotH=0.0348809 IsPhotonXGB=1 ClusterAsX=-0.222601 ClusterAsY=0.403857 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.42309 ShowerShape=1280.71 CaloNeutralEcal=2523.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.681562 CaloNeutralID=43188 CaloNeutralE19=0.358619 CaloClusterCode=-91 CaloClusterFrac=0.993513 IsPhoton=1 IsNotH=0.00576624 IsPhotonXGB=1 ClusterAsX=0.0396239 ClusterAsY=0.0562609 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.5584 ShowerShape=5091.66 CaloNeutralEcal=1279.39 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947747 CaloNeutralID=40075 CaloNeutralE19=0.810263 CaloClusterCode=97 CaloClusterFrac=1.00454 IsPhoton=1 IsNotH=0.962238 IsPhotonXGB=1 ClusterAsX=0.0577269 ClusterAsY=0.0707507 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=241.602 ShowerShape=7249.3 CaloNeutralEcal=535.293 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.851881 CaloNeutralID=36410 CaloNeutralE19=0.554201 CaloClusterCode=97 CaloClusterFrac=1.08567 IsPhoton=1 IsNotH=0.221485 IsPhotonXGB=1 ClusterAsX=0.0530288 ClusterAsY=0.13952 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=163.727 ShowerShape=916.288 CaloNeutralEcal=1078.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960275 CaloNeutralID=39747 CaloNeutralE19=0.804597 CaloClusterCode=95 CaloClusterFrac=1.01315 IsPhoton=1 IsNotH=0.852251 IsPhotonXGB=1 ClusterAsX=0.146615 ClusterAsY=0.0230267 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=51.5656 ShowerShape=1895.96 CaloNeutralEcal=1682.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934885 CaloNeutralID=39665 CaloNeutralE19=0.57799 CaloClusterCode=95 CaloClusterFrac=1.09462 IsPhoton=1 IsNotH=0.500497 IsPhotonXGB=1 ClusterAsX=0.381126 ClusterAsY=0.0160426 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=36.9316 ShowerShape=18966.2 CaloNeutralEcal=1288.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.722081 CaloNeutralID=35616 CaloNeutralE19=0.402298 CaloClusterCode=-90 CaloClusterFrac=1.00715 IsPhoton=1 IsNotH=0.00688294 IsPhotonXGB=1 ClusterAsX=-0.327232 ClusterAsY=0.0265585 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=224.056 ShowerShape=1284.61 CaloNeutralEcal=1535.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90298 CaloNeutralID=37842 CaloNeutralE19=0.705851 CaloClusterCode=97 CaloClusterFrac=1.0732 IsPhoton=1 IsNotH=0.307095 IsPhotonXGB=1 ClusterAsX=-0.0895261 ClusterAsY=0.0760334 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=288.167 ShowerShape=8255.68 CaloNeutralEcal=448.586 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.899275 CaloNeutralID=33597 CaloNeutralE19=0.52674 CaloClusterCode=97 IsPhoton=1 IsNotH=0.168074 IsPhotonXGB=1 ClusterAsX=-0.00492247 ClusterAsY=0.336115 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=277.053 ShowerShape=4729.93 CaloNeutralEcal=568.666 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938136 CaloNeutralID=36333 CaloNeutralE19=0.727925 CaloClusterCode=97 IsPhoton=1 IsNotH=0.577214 IsPhotonXGB=1 ClusterAsX=0.0964648 ClusterAsY=0.0354593 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=121.602 ShowerShape=1370.03 CaloNeutralEcal=2007.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.74653 CaloNeutralID=44049 CaloNeutralE19=0.407105 CaloClusterCode=98 IsPhoton=1 IsNotH=0.00832603 IsPhotonXGB=1 ClusterAsX=0.244551 ClusterAsY=0.13455 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=121.602 ShowerShape=8171.7 CaloNeutralEcal=507.511 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911816 CaloNeutralID=33923 CaloNeutralE19=0.625759 CaloClusterCode=90 CaloClusterFrac=1.05043 IsPhoton=1 IsNotH=0.304092 IsPhotonXGB=1 ClusterAsX=-0.182294 ClusterAsY=-0.198389 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.4192 ShowerShape=2888.59 CaloNeutralEcal=2122.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884632 CaloNeutralID=39775 CaloNeutralE19=0.507707 CaloClusterCode=95 CaloClusterFrac=1.03289 IsPhoton=1 IsNotH=0.158222 IsPhotonXGB=1 ClusterAsX=0.364672 ClusterAsY=-0.0667225 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.2738 ShowerShape=19816 CaloNeutralEcal=1263.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869407 CaloNeutralID=34080 CaloNeutralE19=0.442536 CaloClusterCode=95 CaloClusterFrac=1.05534 IsPhoton=1 IsNotH=0.0693995 IsPhotonXGB=1 ClusterAsX=0.3003 ClusterAsY=0.0600079 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.2932 ShowerShape=1938.61 CaloNeutralEcal=864.263 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968468 CaloNeutralID=38270 CaloNeutralE19=0.579106 CaloClusterCode=93 CaloClusterFrac=1.03368 IsPhoton=1 IsNotH=0.242011 IsPhotonXGB=1 ClusterAsX=-0.358236 ClusterAsY=-0.193524 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.654 ShowerShape=2248.08 CaloNeutralEcal=1213.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921715 CaloNeutralID=38709 CaloNeutralE19=0.670215 CaloClusterCode=93 CaloClusterFrac=0.997357 IsPhoton=1 IsNotH=0.653211 IsPhotonXGB=1 ClusterAsX=-0.19718 ClusterAsY=-0.0670349 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=685.105 ShowerShape=3124.73 CaloNeutralEcal=535.622 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977682 CaloNeutralID=36326 CaloNeutralE19=0.887129 CaloClusterCode=-91 IsPhoton=1 IsNotH=0.857064 IsPhotonXGB=1 ClusterAsX=-0.0216309 ClusterAsY=-0.0720807 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.6435 ShowerShape=1331.44 CaloNeutralEcal=1672.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896269 CaloNeutralID=38051 CaloNeutralE19=0.715539 CaloClusterCode=-97 CaloClusterFrac=0.941901 IsPhoton=1 IsNotH=0.744033 IsPhotonXGB=1 ClusterAsX=-0.0137535 ClusterAsY=0.129124 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.0229 ShowerShape=23001.3 CaloNeutralEcal=474.154 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.913141 CaloNeutralID=34949 CaloNeutralE19=0.619275 CaloClusterCode=95 CaloClusterFrac=1.01726 IsPhoton=1 IsNotH=0.380074 IsPhotonXGB=1 ClusterAsX=0.192596 ClusterAsY=-0.0545432 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.9761 ShowerShape=9381.42 CaloNeutralEcal=598.743 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92971 CaloNeutralID=35823 CaloNeutralE19=0.439961 CaloClusterCode=90 CaloClusterFrac=1.0991 IsPhoton=1 IsNotH=0.038504 IsPhotonXGB=1 ClusterAsX=-0.340256 ClusterAsY=-0.439395 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=185.401 ShowerShape=6086.92 CaloNeutralEcal=344.972 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952486 CaloNeutralID=35782 CaloNeutralE19=0.656819 CaloClusterCode=-92 CaloClusterFrac=0.916561 IsPhoton=1 IsNotH=0.0953845 IsPhotonXGB=1 ClusterAsX=0.231051 ClusterAsY=-0.163754 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=183.697 ShowerShape=1496.85 CaloNeutralEcal=685.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970935 CaloNeutralID=37949 CaloNeutralE19=0.535777 CaloClusterCode=93 CaloClusterFrac=1.09668 IsPhoton=1 IsNotH=0.553284 IsPhotonXGB=1 ClusterAsX=-0.265576 ClusterAsY=0.140845 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.1982 ShowerShape=8213.14 CaloNeutralEcal=473.933 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833818 CaloNeutralID=36138 CaloNeutralE19=0.696807 CaloClusterCode=-93 CaloClusterFrac=1.03708 IsPhoton=1 IsNotH=0.303835 IsPhotonXGB=1 ClusterAsX=0.0193125 ClusterAsY=0.0053723 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=246.732 ShowerShape=9785.61 CaloNeutralEcal=539.736 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920832 CaloNeutralID=33637 CaloNeutralE19=0.543621 CaloClusterCode=96 IsPhoton=1 IsNotH=0.0432834 IsPhotonXGB=1 ClusterAsX=-0.212993 ClusterAsY=0.358986 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=153.151 ShowerShape=1381.68 CaloNeutralEcal=1659.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70533 CaloNeutralID=43990 CaloNeutralE19=0.51142 CaloClusterCode=92 IsPhoton=1 IsNotH=0.0612394 IsPhotonXGB=1 ClusterAsX=-0.0383349 ClusterAsY=0.00817153 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=682.693 ShowerShape=5673.16 CaloNeutralEcal=355.339 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889054 CaloNeutralID=33524 CaloNeutralE19=0.711974 CaloClusterCode=93 CaloClusterFrac=1.01878 IsPhoton=1 IsNotH=0.53556 IsPhotonXGB=1 ClusterAsX=-0.132964 ClusterAsY=0.0468014 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.8276 ShowerShape=1418.67 CaloNeutralEcal=1000.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937445 CaloNeutralID=37912 CaloNeutralE19=0.701176 CaloClusterCode=93 IsPhoton=1 IsNotH=0.803018 IsPhotonXGB=1 ClusterAsX=-0.0866579 ClusterAsY=-0.0592607 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.1959 ShowerShape=1039.47 CaloNeutralEcal=1006.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936673 CaloNeutralID=39408 CaloNeutralE19=0.796169 CaloClusterCode=-61 CaloClusterFrac=1.08747 IsPhoton=1 IsNotH=0.399055 IsPhotonXGB=1 ClusterAsX=0.0010743 ClusterAsY=-0.0727445 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=220.784 ShowerShape=2603.51 CaloNeutralEcal=506.455 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955301 CaloNeutralID=34069 CaloNeutralE19=0.841101 CaloClusterCode=-97 CaloClusterFrac=1.14367 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.0101608 ClusterAsY=0.0825714 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.5296 ShowerShape=5108.29 CaloNeutralEcal=213.754 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.35909 CaloNeutralID=34495 CaloNeutralE19=1.3313 CaloClusterCode=61 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.200344 ClusterAsY=-0.234979 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=4023.63 CaloNeutralEcal=178.946 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.38075 CaloNeutralID=33541 CaloNeutralE19=1.23011 CaloClusterCode=96 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.225055 ClusterAsY=0.207311 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=485.415 ShowerShape=2710.66 CaloNeutralEcal=229.416 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.10903 CaloNeutralID=36264 CaloNeutralE19=1.06366 CaloClusterCode=-91 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.0067386 ClusterAsY=-0.0498734 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.306164 ShowerShape=12077.9 CaloNeutralEcal=12274.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.758981 CaloNeutralID=34700 CaloNeutralE19=0.433587 CaloClusterCode=92 CaloClusterFrac=0.720251 ClusterAsX=0.257589 ClusterAsY=-0.149837 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.306164 ShowerShape=9466.05 CaloNeutralEcal=9226.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916903 CaloNeutralID=34765 CaloNeutralE19=0.448442 CaloClusterCode=98 CaloClusterFrac=0.536991 ClusterAsX=0.564178 ClusterAsY=0.338853 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.038131 ShowerShape=650.501 CaloNeutralEcal=23427.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927227 CaloNeutralID=42507 CaloNeutralE19=0.662279 CaloClusterCode=97 CaloClusterFrac=0.520916 ClusterAsX=0.0919927 ClusterAsY=0.179262 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.038131 ShowerShape=654.658 CaloNeutralEcal=22047.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962555 CaloNeutralID=42572 CaloNeutralE19=0.605401 CaloClusterCode=91 CaloClusterFrac=0.500104 ClusterAsX=-0.131796 ClusterAsY=-0.262024 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.36755 ShowerShape=8367.77 CaloNeutralEcal=8533.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.853074 CaloNeutralID=34739 CaloNeutralE19=0.599371 CaloClusterCode=95 CaloClusterFrac=0.715472 ClusterAsX=0.499906 ClusterAsY=0.0146782 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.36755 ShowerShape=7362.55 CaloNeutralEcal=3375.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=34676 CaloNeutralE19=0.85238 CaloClusterCode=46 CaloClusterFrac=0.319495 ClusterAsX=-0.342562 ClusterAsY=0.483742 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.73533 ShowerShape=7765.19 CaloNeutralEcal=3913.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962499 CaloNeutralID=34698 CaloNeutralE19=0.57715 CaloClusterCode=91 CaloClusterFrac=0.443116 ClusterAsX=0.333773 ClusterAsY=-0.339961 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.73533 ShowerShape=9581.26 CaloNeutralEcal=4395.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8156 CaloNeutralID=34761 CaloNeutralE19=0.480444 CaloClusterCode=91 CaloClusterFrac=0.72695 ClusterAsX=2.20307e-05 ClusterAsY=-0.258563 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=282.422 ShowerShape=275.043 CaloNeutralEcal=37968 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932392 CaloNeutralID=42205 CaloNeutralE19=0.871322 CaloClusterCode=97 CaloClusterFrac=0.913241 ClusterAsX=0.0077823 ClusterAsY=0.00149633 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=282.422 ShowerShape=583.581 CaloNeutralEcal=3670.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952664 CaloNeutralID=42206 CaloNeutralE19=0.985148 CaloClusterCode=77 CaloClusterFrac=0.0909312 ClusterAsX=-0.0817693 ClusterAsY=0.165829 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.614966 ShowerShape=6411.5 CaloNeutralEcal=3094.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908851 CaloNeutralID=34174 CaloNeutralE19=0.60213 CaloClusterCode=97 CaloClusterFrac=0.579949 ClusterAsX=-0.0705008 ClusterAsY=0.242394 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.614966 ShowerShape=10955.8 CaloNeutralEcal=2982.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.810971 CaloNeutralID=34238 CaloNeutralE19=0.482452 CaloClusterCode=93 CaloClusterFrac=0.49747 ClusterAsX=-0.553399 ClusterAsY=0.128634 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.67521 ShowerShape=6010.11 CaloNeutralEcal=3937.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92426 CaloNeutralID=34615 CaloNeutralE19=0.746384 CaloClusterCode=97 CaloClusterFrac=0.554724 ClusterAsX=-0.0626762 ClusterAsY=0.248083 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.67521 ShowerShape=6402.68 CaloNeutralEcal=3325.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952585 CaloNeutralID=34680 CaloNeutralE19=0.475794 CaloClusterCode=81 CaloClusterFrac=0.488089 ClusterAsX=-0.0986773 ClusterAsY=-0.446235 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.322219 ShowerShape=2832.68 CaloNeutralEcal=5516.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964279 CaloNeutralID=35599 CaloNeutralE19=0.873793 CaloClusterCode=97 CaloClusterFrac=0.6934 ClusterAsX=0.0447116 ClusterAsY=0.0809053 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.322219 ShowerShape=7760.17 CaloNeutralEcal=2624.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873695 CaloNeutralID=35600 CaloNeutralE19=0.67562 CaloClusterCode=97 CaloClusterFrac=0.322129 ClusterAsX=-0.132149 ClusterAsY=0.0940626 ] } -Printing ended -BrunelInit INFO Evt 8, Run 1, Nr. in job = 8 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.26109 RichDLLmu=-0.465117 RichDLLpi=0 RichDLLk=17.4225 RichDLLp=0.288591 RichPIDStatus=139236 RichDLLbt=6.99449 RichDLLd=2.27057 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.819453 CaloElectronMatch=2406.67 CaloBremMatch=2320.38 CaloChargedEcal=10224.2 CaloChargedID=42543 CaloNeutralEcal=10224.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941435 CaloNeutralID=42543 CaloEcalE=4549.09 CaloHcalE=20538.9 CaloEcalChi2=2406.67 CaloBremChi2=527.433 CaloClusChi2=0.819453 CaloTrajectoryL=287.389 CaloEoverP=0.262279 EcalPIDe=-2.44231 BremPIDe=-0.55781 HcalPIDe=-2.95963 HcalPIDmu=-2.74702 EcalPIDmu=-2.37355 TrackChi2PerDof=1.3302 TrackNumDof=44 TrackType=3 TrackHistory=30 TrackP=41377.4 TrackPt=1505.06 CombDLLe=-6.18037 CombDLLmu=-5.76986 CombDLLpi=0 CombDLLk=17.4225 CombDLLp=0.288591 CombDLLd=2.27057 ProbNNe=0.000288816 ProbNNpi=0.0124428 ProbNNk=0.99932 ProbNNp=0.00279432 ProbNNghost=0.0190512 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.0624 RichDLLmu=-14.3656 RichDLLpi=0 RichDLLk=5.17019 RichDLLp=5.17019 RichPIDStatus=5092 RichDLLbt=5.17019 RichDLLd=5.17019 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.23265 CaloElectronMatch=156.074 CaloBremMatch=42.9276 CaloChargedEcal=9363.46 CaloChargedID=42569 CaloNeutralEcal=9363.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.600624 CaloNeutralID=42569 CaloEcalE=3765.95 CaloHcalE=412.613 CaloEcalChi2=156.074 CaloBremChi2=564.924 CaloClusChi2=2.23265 CaloTrajectoryL=421.982 CaloEoverP=1.25431 EcalPIDe=0.989182 BremPIDe=-0.638976 HcalPIDe=-0.13781 HcalPIDmu=-1.74553 EcalPIDmu=-2.84215 TrackChi2PerDof=2.36486 TrackNumDof=44 TrackType=3 TrackHistory=30 TrackP=7566.59 TrackPt=276.247 CombDLLe=-3.79663 CombDLLmu=-11.5431 CombDLLpi=0 CombDLLk=5.17019 CombDLLp=5.17019 CombDLLd=5.17019 ProbNNe=4.49406e-07 ProbNNpi=0.713594 ProbNNk=0.00217974 ProbNNp=0.00306437 ProbNNghost=0.482575 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.8559 RichDLLmu=-7.90792 RichDLLpi=0 RichDLLk=-11.5056 RichDLLp=-13.5618 RichPIDStatus=6115 RichDLLbt=-13.5618 RichDLLd=-13.5618 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.95565 CaloElectronMatch=2382.76 CaloBremMatch=361.002 CaloChargedEcal=10629.1 CaloChargedID=38791 CaloNeutralEcal=10629.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83037 CaloNeutralID=38791 CaloEcalE=2305.46 CaloHcalE=3476.16 CaloEcalChi2=2382.76 CaloBremChi2=558.199 CaloClusChi2=1.95565 CaloTrajectoryL=505.987 CaloEoverP=0.922406 EcalPIDe=-2.08359 BremPIDe=-0.621385 HcalPIDe=-1.25274 HcalPIDmu=0.15208 EcalPIDmu=-2.07382 TrackChi2PerDof=0.940029 TrackNumDof=42 TrackType=3 TrackHistory=30 TrackP=11937.2 TrackPt=584.047 CombDLLe=-7.17267 CombDLLmu=-8.35368 CombDLLpi=0 CombDLLk=-11.5056 CombDLLp=-13.5618 CombDLLd=-13.5618 ProbNNe=6.74239e-06 ProbNNpi=0.999062 ProbNNk=0.00022781 ProbNNp=0.000718253 ProbNNghost=0.000647076 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.1529 RichDLLmu=-20.0622 RichDLLpi=0 RichDLLk=-5.44534 RichDLLp=-5.44534 RichPIDStatus=5027 RichDLLbt=-5.44534 RichDLLd=-5.44534 MuonMuLL=-0.0965109 MuonBkgLL=-0.516393 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=76.3353 MuonMVA1=-999 MuonMVA2=-1.28965 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=27.006 CaloElectronMatch=851.537 CaloBremMatch=208.971 CaloChargedEcal=584.176 CaloChargedID=39942 CaloNeutralEcal=584.176 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869776 CaloNeutralID=39942 CaloEcalE=0 CaloHcalE=5237.86 CaloEcalChi2=851.537 CaloBremChi2=619.35 CaloClusChi2=27.006 CaloTrajectoryL=732.132 CaloEoverP=0.149792 EcalPIDe=-1.02549 BremPIDe=-0.607507 HcalPIDe=-2.09086 HcalPIDmu=-0.925277 EcalPIDmu=0.501778 TrackChi2PerDof=1.51309 TrackNumDof=40 TrackType=3 TrackHistory=32 TrackP=5159.52 TrackPt=188.964 CombDLLe=-7.5022 CombDLLmu=-6.99904 CombDLLpi=0 CombDLLk=-5.44534 CombDLLp=-5.44534 CombDLLd=-4.92895 ProbNNe=3.75709e-09 ProbNNmu=0.00366525 ProbNNpi=0.0458656 ProbNNk=0.00141686 ProbNNp=0.010226 ProbNNghost=0.0611481 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.6788 RichDLLmu=-1.55579 RichDLLpi=0 RichDLLk=-0.0918608 RichDLLp=-0.0918608 RichPIDStatus=5027 RichDLLbt=-0.0918608 RichDLLd=-0.0918608 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.575731 CaloElectronMatch=11.4466 CaloBremMatch=11.4466 CaloChargedEcal=4583.81 CaloChargedID=35012 CaloNeutralEcal=4583.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721636 CaloNeutralID=35012 CaloEcalE=3189.13 CaloHcalE=6594.05 CaloEcalChi2=11.4466 CaloBremChi2=202.457 CaloClusChi2=0.575731 CaloTrajectoryL=194.006 CaloEoverP=1.38616 EcalPIDe=2.97947 BremPIDe=-0.296068 HcalPIDe=-0.890651 HcalPIDmu=0.824943 EcalPIDmu=-1.62177 TrackChi2PerDof=1.20885 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=3398.48 TrackPt=168.561 CombDLLe=-0.666614 CombDLLmu=-2.90726 CombDLLpi=0 CombDLLk=-0.0918608 CombDLLp=-0.0918608 CombDLLd=-0.0918608 ProbNNe=0.00456333 ProbNNpi=0.969948 ProbNNk=0.022373 ProbNNp=0.0558294 ProbNNghost=0.00849256 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.4723 RichDLLmu=-7.74973 RichDLLpi=0 RichDLLk=2.19062 RichDLLp=2.19062 RichPIDStatus=5028 RichDLLbt=2.19062 RichDLLd=2.19062 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.495563 CaloElectronMatch=139.396 CaloBremMatch=139.396 CaloChargedEcal=1454.37 CaloChargedID=35275 CaloNeutralEcal=1454.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.87209 CaloNeutralID=35275 CaloEcalE=483.06 CaloHcalE=2521.1 CaloEcalChi2=139.396 CaloBremChi2=6.06954 CaloClusChi2=0.495563 CaloTrajectoryL=-147.017 CaloEoverP=0.449775 EcalPIDe=0.83137 BremPIDe=3.18724 HcalPIDe=-1.48097 HcalPIDmu=0.68547 EcalPIDmu=1.26223 TrackChi2PerDof=2.41256 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=3796.66 TrackPt=272.115 CombDLLe=0.265281 CombDLLmu=-4.44874 CombDLLpi=0 CombDLLk=2.19062 CombDLLp=2.19062 CombDLLd=2.19062 ProbNNe=4.21913e-05 ProbNNpi=0.924763 ProbNNk=0.0258888 ProbNNp=0.0585944 ProbNNghost=0.093851 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.0508 RichDLLmu=-5.3458 RichDLLpi=0 RichDLLk=2.74453 RichDLLp=2.74453 RichPIDStatus=5028 RichDLLbt=2.74453 RichDLLd=2.74453 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.11768 CaloElectronMatch=825.468 CaloBremMatch=208.971 CaloChargedEcal=584.176 CaloChargedID=39942 CaloNeutralEcal=584.176 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869776 CaloNeutralID=39942 CaloEcalE=2281.38 CaloHcalE=0 CaloEcalChi2=825.468 CaloBremChi2=64.825 CaloClusChi2=3.11768 CaloTrajectoryL=-1242.07 CaloEoverP=0.165181 EcalPIDe=-0.760008 BremPIDe=0.754695 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.2286 TrackChi2PerDof=1.00119 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=4678.84 TrackPt=197.8 CombDLLe=-2.62273 CombDLLmu=-10.2163 CombDLLpi=0 CombDLLk=2.74453 CombDLLp=2.74453 CombDLLd=2.74453 ProbNNe=3.3887e-06 ProbNNpi=0.965212 ProbNNk=0.0173987 ProbNNp=0.0333264 ProbNNghost=0.00497811 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.97398 RichDLLmu=-1.13375 RichDLLpi=0 RichDLLk=6.10437 RichDLLp=6.10437 RichPIDStatus=5028 RichDLLbt=6.10437 RichDLLd=6.10437 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.76547 CaloElectronMatch=1524 CaloBremMatch=199.596 CaloChargedEcal=7817.92 CaloChargedID=37828 CaloNeutralEcal=7817.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818679 CaloNeutralID=37828 CaloEcalE=1516.77 CaloHcalE=1451.87 CaloEcalChi2=1524 CaloBremChi2=501.815 CaloClusChi2=4.76547 CaloTrajectoryL=526.314 CaloEoverP=1.41499 EcalPIDe=-1.7293 BremPIDe=-0.607507 HcalPIDe=-0.871136 HcalPIDmu=1.43933 EcalPIDmu=-1.28564 TrackChi2PerDof=1.31175 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=5598.46 TrackPt=486.917 CombDLLe=-3.55311 CombDLLmu=-1.40691 CombDLLpi=0 CombDLLk=6.10437 CombDLLp=6.10437 CombDLLd=6.10437 ProbNNe=0.00017261 ProbNNpi=0.275724 ProbNNk=0.365911 ProbNNp=0.473953 ProbNNghost=0.532073 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.16083 RichDLLmu=-6.58086 RichDLLpi=0 RichDLLk=8.40721 RichDLLp=8.91292 RichPIDStatus=6117 RichDLLbt=8.91292 RichDLLd=8.91292 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.82171 CaloElectronMatch=2052.54 CaloBremMatch=208.971 CaloChargedEcal=584.176 CaloChargedID=39942 CaloNeutralEcal=584.176 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869776 CaloNeutralID=39942 CaloEcalE=588.596 CaloHcalE=5177.75 CaloEcalChi2=2052.54 CaloBremChi2=599.406 CaloClusChi2=6.82171 CaloTrajectoryL=968.094 CaloEoverP=0.077609 EcalPIDe=-2.49405 BremPIDe=-0.638976 HcalPIDe=-2.09086 HcalPIDmu=-1.29052 EcalPIDmu=1.63258 TrackChi2PerDof=1.63301 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=9958.34 TrackPt=372.408 CombDLLe=-6.63254 CombDLLmu=-5.71874 CombDLLpi=0 CombDLLk=8.40721 CombDLLp=8.91292 CombDLLd=8.91292 ProbNNe=1.93513e-05 ProbNNpi=0.0560718 ProbNNk=0.0997641 ProbNNp=0.133327 ProbNNghost=0.9626 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.8665 RichDLLmu=-18.5485 RichDLLpi=0 RichDLLk=-1.22433 RichDLLp=-1.22433 RichPIDStatus=5091 RichDLLbt=-1.22433 RichDLLd=-1.22433 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=58.9852 CaloElectronMatch=2407.95 CaloBremMatch=182.594 CaloChargedEcal=951.6 CaloChargedID=39231 CaloNeutralEcal=951.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995906 CaloNeutralID=39231 CaloEcalE=0 CaloHcalE=1939.31 CaloEcalChi2=2407.95 CaloBremChi2=0.669572 CaloClusChi2=58.9852 CaloTrajectoryL=2630.06 CaloEoverP=0.163024 EcalPIDe=-2.76076 BremPIDe=4.15216 HcalPIDe=-1.03972 HcalPIDmu=1.90086 EcalPIDmu=0.389705 TrackChi2PerDof=1.69559 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=6959.38 TrackPt=430.997 CombDLLe=-3.86404 CombDLLmu=-4.70105 CombDLLpi=0 CombDLLk=-1.22433 CombDLLp=-1.22433 CombDLLd=-1.22433 ProbNNe=2.26403e-09 ProbNNpi=0.995783 ProbNNk=0.000436956 ProbNNp=0.000142785 ProbNNghost=0.0454216 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.7076 RichDLLmu=-14.3526 RichDLLpi=0 RichDLLk=-0.813844 RichDLLp=-0.813844 RichPIDStatus=5027 RichDLLbt=-0.813844 RichDLLd=-0.813844 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.90149 CaloElectronMatch=129.462 CaloBremMatch=129.462 CaloChargedEcal=613.946 CaloChargedID=35336 CaloNeutralEcal=613.946 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.977305 CaloNeutralID=35336 CaloEcalE=358.218 CaloHcalE=513.905 CaloEcalChi2=129.462 CaloBremChi2=40.0648 CaloClusChi2=2.90149 CaloTrajectoryL=287.516 CaloEoverP=0.247603 EcalPIDe=0.83137 BremPIDe=1.38763 HcalPIDe=-0.304036 HcalPIDmu=-0.373695 EcalPIDmu=0.383137 TrackChi2PerDof=0.988483 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=3402.89 TrackPt=287.102 CombDLLe=-1.13935 CombDLLmu=-6.94574 CombDLLpi=0 CombDLLk=-0.813844 CombDLLp=-0.813844 CombDLLd=-0.813844 ProbNNe=5.66322e-07 ProbNNpi=0.994211 ProbNNk=0.00232098 ProbNNp=0.00541942 ProbNNghost=0.00455928 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.2452 RichDLLmu=-17.866 RichDLLpi=0 RichDLLk=-4.94846 RichDLLp=-4.94846 RichPIDStatus=5091 RichDLLbt=-4.94846 RichDLLd=-4.94846 MuonMuLL=-0.0124775 MuonBkgLL=-0.875653 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=16.6675 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.945507 CaloElectronMatch=698.394 CaloBremMatch=698.394 CaloChargedEcal=14367.3 CaloChargedID=43636 CaloNeutralEcal=14367.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933955 CaloNeutralID=43636 CaloEcalE=3559.8 CaloHcalE=1098.09 CaloEcalChi2=698.394 CaloBremChi2=106.011 CaloClusChi2=0.945507 CaloTrajectoryL=-156.18 CaloEoverP=2.40212 EcalPIDe=-0.541014 BremPIDe=0.484592 HcalPIDe=-0.546759 HcalPIDmu=0.620398 EcalPIDmu=-2.85322 TrackChi2PerDof=0.89386 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6066.24 TrackPt=362.584 CombDLLe=-4.74895 CombDLLmu=-8.35863 CombDLLpi=0 CombDLLk=-4.94846 CombDLLp=-4.94846 CombDLLd=-4.07281 ProbNNe=4.20769e-06 ProbNNpi=0.994663 ProbNNk=0.000190743 ProbNNp=0.000306643 ProbNNghost=0.010277 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.98767 RichDLLmu=-4.94911 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=5027 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.69584 CaloElectronMatch=644.219 CaloBremMatch=0.567422 CaloChargedEcal=2222.85 CaloChargedID=35062 CaloNeutralEcal=2222.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971815 CaloNeutralID=35062 CaloEcalE=1347.39 CaloHcalE=1982.22 CaloEcalChi2=644.219 CaloBremChi2=312.895 CaloClusChi2=3.69584 CaloTrajectoryL=726.692 CaloEoverP=0.941483 EcalPIDe=-0.691118 BremPIDe=-0.357753 HcalPIDe=-1.31758 HcalPIDmu=1.63925 EcalPIDmu=-1.5773 TrackChi2PerDof=1.48595 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=2589.54 TrackPt=267.244 CombDLLe=-3.74601 CombDLLmu=-5.23905 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000284015 ProbNNpi=0.891991 ProbNNk=0.0227633 ProbNNp=0.0612229 ProbNNghost=0.163472 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.2012 RichDLLmu=-26.1109 RichDLLpi=0 RichDLLk=-10.5074 RichDLLp=-10.5074 RichPIDStatus=5027 RichDLLbt=-10.5074 RichDLLd=-10.5074 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.24089 CaloElectronMatch=78.9303 CaloBremMatch=78.9303 CaloChargedEcal=2848.2 CaloChargedID=37774 CaloNeutralEcal=2848.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886242 CaloNeutralID=37774 CaloEcalE=2243.39 CaloHcalE=0 CaloEcalChi2=78.9303 CaloBremChi2=190.248 CaloClusChi2=2.24089 CaloTrajectoryL=246.335 CaloEoverP=0.563291 EcalPIDe=1.84829 BremPIDe=-0.248889 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.19328 TrackChi2PerDof=1.12317 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=5338.62 TrackPt=521.943 CombDLLe=-0.826941 CombDLLmu=-11.6747 CombDLLpi=0 CombDLLk=-10.5074 CombDLLp=-10.5074 CombDLLd=-10.5074 ProbNNe=6.08012e-06 ProbNNpi=0.997529 ProbNNk=9.8309e-05 ProbNNp=0.000881572 ProbNNghost=0.00299336 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.38926 RichDLLmu=-0.975089 RichDLLpi=0 RichDLLk=-38.4498 RichDLLp=-38.2163 RichPIDStatus=8163 RichDLLbt=-32.3766 RichDLLd=-32.3766 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.234812 CaloElectronMatch=397.196 CaloBremMatch=397.196 CaloChargedEcal=10235.5 CaloChargedID=43728 CaloNeutralEcal=10235.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.733648 CaloNeutralID=43728 CaloEcalE=5977.99 CaloHcalE=3309.58 CaloEcalChi2=397.196 CaloBremChi2=83.2196 CaloClusChi2=0.234812 CaloTrajectoryL=112.251 CaloEoverP=0.426177 EcalPIDe=0.102108 BremPIDe=0.608325 HcalPIDe=-0.876212 HcalPIDmu=0.499656 EcalPIDmu=-3.05788 TrackChi2PerDof=0.883708 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=24215.8 TrackPt=982.902 CombDLLe=-1.44439 CombDLLmu=-3.9063 CombDLLpi=0 CombDLLk=-38.4498 CombDLLp=-38.2163 CombDLLd=-32.3766 ProbNNe=0.000113368 ProbNNpi=0.999166 ProbNNk=3.57729e-05 ProbNNp=3.62615e-05 ProbNNghost=0.000311549 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.21978 RichDLLmu=1.1118 RichDLLpi=0 RichDLLk=64.79 RichDLLp=46.895 RichPIDStatus=8164 RichDLLbt=44.6219 RichDLLd=44.6219 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.431394 CaloElectronMatch=260.869 CaloBremMatch=260.869 CaloChargedEcal=12666.4 CaloChargedID=38042 CaloNeutralEcal=12666.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867555 CaloNeutralID=38042 CaloEcalE=5686.15 CaloHcalE=866.079 CaloEcalChi2=260.869 CaloBremChi2=278.831 CaloClusChi2=0.431394 CaloTrajectoryL=351.378 CaloEoverP=0.570618 EcalPIDe=0.799459 BremPIDe=-0.348558 HcalPIDe=0.235713 HcalPIDmu=-0.0777209 EcalPIDmu=-3.11132 TrackChi2PerDof=0.673123 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=22864.4 TrackPt=2007.31 CombDLLe=1.07468 CombDLLmu=-1.65768 CombDLLpi=0 CombDLLk=64.79 CombDLLp=46.895 CombDLLd=44.6219 ProbNNe=2.56508e-08 ProbNNpi=0.000247996 ProbNNk=0.999728 ProbNNp=0.00848684 ProbNNghost=0.000536855 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.408797 RichDLLmu=-0.076883 RichDLLpi=0 RichDLLk=-27.5967 RichDLLp=-22.2473 RichPIDStatus=8131 RichDLLbt=-18.1491 RichDLLd=-18.1491 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.386478 CaloElectronMatch=148.545 CaloChargedEcal=32983.2 CaloChargedID=42582 CaloEcalE=15862.9 CaloHcalE=2870.59 CaloEcalChi2=148.545 CaloClusChi2=0.386478 CaloTrajectoryL=254.516 CaloEoverP=0.807378 EcalPIDe=2.40939 HcalPIDe=-0.420574 HcalPIDmu=1.3457 EcalPIDmu=-4.03438 TrackChi2PerDof=2.03108 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=41345.5 TrackPt=970.306 CombDLLe=1.91728 CombDLLmu=-2.7963 CombDLLpi=0 CombDLLk=-27.5967 CombDLLp=-22.2473 CombDLLd=-18.1491 ProbNNe=0.0123736 ProbNNpi=0.995914 ProbNNk=1.57337e-05 ProbNNp=0.000134284 ProbNNghost=0.030257 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.1703 RichDLLmu=-17.2333 RichDLLpi=0 RichDLLk=-0.605736 RichDLLp=-0.605736 RichPIDStatus=5091 RichDLLbt=-0.605736 RichDLLd=-0.605736 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.23165 CaloElectronMatch=156.432 CaloBremMatch=42.9276 CaloChargedEcal=9363.46 CaloChargedID=42569 CaloNeutralEcal=9363.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.600624 CaloNeutralID=42569 CaloEcalE=3765.95 CaloHcalE=412.613 CaloEcalChi2=156.432 CaloBremChi2=552.363 CaloClusChi2=2.23165 CaloTrajectoryL=421.943 CaloEoverP=1.25579 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-0.13781 HcalPIDmu=-1.74553 EcalPIDmu=-2.84215 TrackChi2PerDof=1.33334 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=7557.64 TrackPt=283.424 CombDLLe=-2.73388 CombDLLmu=-11.5735 CombDLLpi=0 CombDLLk=-0.605736 CombDLLp=-0.605736 CombDLLd=-0.605736 ProbNNe=7.3769e-06 ProbNNpi=0.987589 ProbNNk=0.000656267 ProbNNp=0.00236786 ProbNNghost=0.0460608 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.90814 RichDLLmu=-2.07405 RichDLLpi=0 RichDLLk=5.95205 RichDLLp=5.96113 RichPIDStatus=6085 RichDLLbt=5.96113 RichDLLd=5.96113 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.311593 CaloElectronMatch=245.154 CaloChargedEcal=6564.57 CaloChargedID=42869 CaloEcalE=4087.2 CaloHcalE=6928.88 CaloEcalChi2=245.154 CaloClusChi2=0.311593 CaloTrajectoryL=90.7903 CaloEoverP=0.423805 EcalPIDe=1.08131 HcalPIDe=-1.98841 HcalPIDmu=-1.54149 EcalPIDmu=-2.61091 TrackChi2PerDof=1.06205 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=16214.6 TrackPt=365.367 CombDLLe=-1.93357 CombDLLmu=-6.90024 CombDLLpi=0 CombDLLk=5.95205 CombDLLp=5.96113 CombDLLd=5.96113 ProbNNe=5.05362e-06 ProbNNpi=0.717634 ProbNNk=0.329905 ProbNNp=0.308968 ProbNNghost=0.00338819 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.21012 RichDLLmu=-6.01344 RichDLLpi=0 RichDLLk=9.65456 RichDLLp=9.65456 RichPIDStatus=5092 RichDLLbt=9.65456 RichDLLd=9.65456 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=15.5196 CaloElectronMatch=1034.51 CaloBremMatch=1034.51 CaloChargedEcal=1205.1 CaloChargedID=39289 CaloNeutralEcal=1205.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.0332 CaloNeutralID=39289 CaloEcalE=0 CaloHcalE=0 CaloEcalChi2=1034.51 CaloBremChi2=201.102 CaloClusChi2=15.5196 CaloTrajectoryL=4.86323 CaloEoverP=0.198869 EcalPIDe=-1.10291 BremPIDe=-0.224286 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=0.389705 TrackChi2PerDof=1.26992 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=6935.86 TrackPt=258.1 CombDLLe=-0.877462 CombDLLmu=-7.94529 CombDLLpi=0 CombDLLk=9.65456 CombDLLp=9.65456 CombDLLd=9.65456 ProbNNe=2.26482e-05 ProbNNpi=0.278938 ProbNNk=0.530293 ProbNNp=0.654826 ProbNNghost=0.169637 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-40.4208 RichDLLmu=-20.0673 RichDLLpi=0 RichDLLk=-17.808 RichDLLp=-17.808 RichPIDStatus=5027 RichDLLbt=-17.808 RichDLLd=-17.808 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.30688 CaloElectronMatch=181.848 CaloBremMatch=181.848 CaloChargedEcal=5845.96 CaloChargedID=35059 CaloNeutralEcal=5845.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815692 CaloNeutralID=35059 CaloEcalE=641.86 CaloHcalE=3214.88 CaloEcalChi2=181.848 CaloBremChi2=409.054 CaloClusChi2=5.30688 CaloTrajectoryL=127.068 CaloEoverP=0.978184 EcalPIDe=0.989182 BremPIDe=-0.492427 HcalPIDe=-1.65981 HcalPIDmu=-0.299431 EcalPIDmu=0.678135 TrackChi2PerDof=0.806668 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6100.95 TrackPt=380.084 CombDLLe=-6.52489 CombDLLmu=-6.61673 CombDLLpi=0 CombDLLk=-17.808 CombDLLp=-17.808 CombDLLd=-17.808 ProbNNe=9.20402e-08 ProbNNpi=0.998762 ProbNNk=6.03836e-05 ProbNNp=0.000474397 ProbNNghost=0.000647451 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.3075 RichDLLmu=-2.21167 RichDLLpi=0 RichDLLk=1.28272 RichDLLp=1.28272 RichPIDStatus=5028 RichDLLbt=1.28272 RichDLLd=1.28272 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.7058 CaloElectronMatch=36.4176 CaloBremMatch=36.4176 CaloChargedEcal=1565.12 CaloChargedID=34360 CaloNeutralEcal=1565.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924491 CaloNeutralID=34360 CaloEcalE=1473.96 CaloHcalE=0 CaloEcalChi2=36.4176 CaloBremChi2=359.528 CaloClusChi2=1.7058 CaloTrajectoryL=232.344 CaloEoverP=0.516483 EcalPIDe=2.97947 BremPIDe=-0.373552 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.86134 TrackChi2PerDof=1.07093 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=3492.52 TrackPt=272.26 CombDLLe=2.68789 CombDLLmu=-7.16502 CombDLLpi=0 CombDLLk=1.28272 CombDLLp=1.28272 CombDLLd=1.28272 ProbNNe=0.0272621 ProbNNpi=0.800223 ProbNNk=0.0693926 ProbNNp=0.115737 ProbNNghost=0.123354 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.565 RichDLLmu=2.12314 RichDLLpi=0 RichDLLk=0.663352 RichDLLp=0.663352 RichPIDStatus=5026 RichDLLbt=0.663352 RichDLLd=0.663352 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.27665 CaloElectronMatch=78.0916 CaloBremMatch=78.0916 CaloChargedEcal=649.746 CaloChargedID=35260 CaloNeutralEcal=649.746 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849494 CaloNeutralID=35260 CaloEcalE=543.554 CaloEcalChi2=78.0916 CaloBremChi2=3.93941 CaloClusChi2=1.27665 CaloTrajectoryL=130.959 CaloEoverP=0.312678 EcalPIDe=1.51236 BremPIDe=3.84229 EcalPIDmu=1.05188 TrackChi2PerDof=0.904536 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=2839.51 TrackPt=183.479 CombDLLe=3.38534 CombDLLmu=3.85763 CombDLLpi=0 CombDLLk=0.663352 CombDLLp=0.663352 CombDLLd=0.663352 ProbNNe=0.000762599 ProbNNpi=0.9356 ProbNNk=0.0579814 ProbNNp=0.104706 ProbNNghost=0.0183488 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.945 RichDLLmu=-2.08262 RichDLLpi=0 RichDLLk=-1.03251 RichDLLp=-1.03251 RichPIDStatus=5027 RichDLLbt=-1.03251 RichDLLd=-1.03251 MuonMuLL=0 MuonBkgLL=-0.0115883 MuonNShared=7 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=189.315 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.78361 CaloElectronMatch=346.504 CaloBremMatch=295.073 CaloChargedEcal=869.706 CaloChargedID=38204 CaloNeutralEcal=869.706 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833858 CaloNeutralID=38204 CaloEcalE=1465.91 CaloHcalE=725.858 CaloEcalChi2=346.504 CaloBremChi2=394.015 CaloClusChi2=1.78361 CaloTrajectoryL=-370.597 CaloEoverP=0.30442 EcalPIDe=0.0319619 BremPIDe=-0.4614 HcalPIDe=-0.469055 HcalPIDmu=-0.373695 EcalPIDmu=-1.86134 TrackChi2PerDof=2.46804 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=3757.53 TrackPt=329.921 CombDLLe=-3.3986 CombDLLmu=-4.98143 CombDLLpi=0 CombDLLk=-1.03251 CombDLLp=-1.03251 CombDLLd=-1.02092 ProbNNe=5.0898e-06 ProbNNpi=0.360448 ProbNNk=0.0103315 ProbNNp=0.0223258 ProbNNghost=0.924812 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.7641 RichDLLmu=-15.3488 RichDLLpi=0 RichDLLk=-29.8476 RichDLLp=-30.0574 RichPIDStatus=6115 RichDLLbt=-30.0574 RichDLLd=-30.0574 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.61511 CaloElectronMatch=253.503 CaloBremMatch=203.358 CaloChargedEcal=5348.55 CaloChargedID=43658 CaloNeutralEcal=5348.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75545 CaloNeutralID=43658 CaloEcalE=2186.3 CaloHcalE=9758.6 CaloEcalChi2=253.503 CaloBremChi2=125.525 CaloClusChi2=1.61511 CaloTrajectoryL=274.339 CaloEoverP=0.552498 EcalPIDe=0.424072 BremPIDe=0.232278 HcalPIDe=-2.4429 HcalPIDmu=-1.62465 EcalPIDmu=-1.86035 TrackChi2PerDof=1.12609 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=10234.4 TrackPt=372.029 CombDLLe=-7.02472 CombDLLmu=-10.4549 CombDLLpi=0 CombDLLk=-29.8476 CombDLLp=-30.0574 CombDLLd=-30.0574 ProbNNe=1.03282e-07 ProbNNpi=0.999346 ProbNNk=2.98893e-05 ProbNNp=0.000198824 ProbNNghost=0.00467166 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.6994 RichDLLmu=-5.59957 RichDLLpi=0 RichDLLk=-19.587 RichDLLp=-19.1772 RichPIDStatus=6115 RichDLLbt=-19.1772 RichDLLd=-19.1772 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.161006 CaloElectronMatch=69.0166 CaloChargedEcal=5490.94 CaloChargedID=43439 CaloEcalE=3448.09 CaloHcalE=3810.37 CaloEcalChi2=69.0166 CaloClusChi2=0.161006 CaloTrajectoryL=11.0294 CaloEoverP=0.599888 EcalPIDe=1.84829 HcalPIDe=-1.79057 HcalPIDmu=-0.146318 EcalPIDmu=-3.08838 TrackChi2PerDof=1.42968 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=9669.12 TrackPt=325.342 CombDLLe=-1.77127 CombDLLmu=-8.88748 CombDLLpi=0 CombDLLk=-19.587 CombDLLp=-19.1772 CombDLLd=-19.1772 ProbNNe=9.36616e-07 ProbNNpi=0.995333 ProbNNk=0.000819141 ProbNNp=0.00248118 ProbNNghost=0.0480224 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.02576 RichDLLmu=-1.15811 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=26.2591 CaloElectronMatch=757.033 CaloBremMatch=78.0916 CaloChargedEcal=649.746 CaloChargedID=35260 CaloNeutralEcal=649.746 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849494 CaloNeutralID=35260 CaloEcalE=0 CaloEcalChi2=757.033 CaloBremChi2=179.776 CaloClusChi2=26.2591 CaloTrajectoryL=-235.627 CaloEoverP=0.415714 EcalPIDe=-0.667022 BremPIDe=-0.0885181 EcalPIDmu=0.0181838 TrackChi2PerDof=2.11695 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=2135.73 TrackPt=196.915 CombDLLe=-1.97256 CombDLLmu=-1.57479 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00122546 ProbNNpi=0.55294 ProbNNk=0.105889 ProbNNp=0.118666 ProbNNghost=0.53627 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.142963 RichDLLmu=0.158405 RichDLLpi=0 RichDLLk=-6.19477 RichDLLp=6.61423 RichPIDStatus=139239 RichDLLbt=14.0039 RichDLLd=10.7391 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.737724 CaloElectronMatch=2320.38 CaloBremMatch=2320.38 CaloChargedEcal=10224.2 CaloChargedID=42543 CaloNeutralEcal=10224.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941435 CaloNeutralID=42543 CaloEcalE=4549.09 CaloHcalE=20538.9 CaloEcalChi2=2320.38 CaloBremChi2=524.655 CaloClusChi2=0.737724 CaloTrajectoryL=276.581 CaloEoverP=0.259061 EcalPIDe=-2.44231 BremPIDe=-0.55781 HcalPIDe=-2.95963 HcalPIDmu=-2.74702 EcalPIDmu=-2.37355 TrackChi2PerDof=2.3241 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=41891.4 TrackPt=1573.95 CombDLLe=-5.93473 CombDLLmu=-4.89888 CombDLLpi=0 CombDLLk=-6.19477 CombDLLp=6.61423 CombDLLd=10.7391 ProbNNe=0.00018167 ProbNNpi=0.104841 ProbNNk=0.00224101 ProbNNp=0.496716 ProbNNghost=0.963976 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.9134 RichDLLmu=4.53821 RichDLLpi=0 RichDLLk=-7.62825 RichDLLp=-2.63706 RichPIDStatus=6081 RichDLLbt=-2.63706 RichDLLd=-2.63706 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.4599 CaloElectronMatch=412.091 CaloChargedEcal=7527.88 CaloChargedID=43215 CaloEcalE=4621.93 CaloHcalE=21971.1 CaloEcalChi2=412.091 CaloClusChi2=1.4599 CaloTrajectoryL=388.166 CaloEoverP=0.347491 EcalPIDe=0.102108 HcalPIDe=-2.87281 HcalPIDmu=-3.1192 EcalPIDmu=-2.9573 TrackChi2PerDof=0.62896 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=22203.8 TrackPt=486.23 CombDLLe=-1.57276 CombDLLmu=-1.03651 CombDLLpi=0 CombDLLk=-7.62825 CombDLLp=-2.63706 CombDLLd=-2.63706 ProbNNe=0.000106579 ProbNNpi=0.988925 ProbNNk=0.00148903 ProbNNp=0.00403908 ProbNNghost=0.00490393 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-67.2307 RichDLLmu=-44.355 RichDLLpi=0 RichDLLk=-37.6384 RichDLLp=-37.6384 RichPIDStatus=5091 RichDLLbt=-37.6384 RichDLLd=-37.6384 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.168349 CaloElectronMatch=49.6404 CaloBremMatch=49.6404 CaloChargedEcal=4615.93 CaloChargedID=37736 CaloNeutralEcal=4615.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783215 CaloNeutralID=37736 CaloEcalE=2324.9 CaloHcalE=0 CaloEcalChi2=49.6404 CaloBremChi2=277.352 CaloClusChi2=0.168349 CaloTrajectoryL=102.522 CaloEoverP=0.590954 EcalPIDe=3.6423 BremPIDe=-0.26048 HcalPIDe=0.83611 HcalPIDmu=-2.36508 EcalPIDmu=-2.02467 TrackChi2PerDof=0.618463 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=7803.69 TrackPt=813.762 CombDLLe=-2.3128 CombDLLmu=-11.3898 CombDLLpi=0 CombDLLk=-37.6384 CombDLLp=-37.6384 CombDLLd=-37.6384 ProbNNe=3.96233e-10 ProbNNpi=0.99897 ProbNNk=2.32499e-05 ProbNNp=5.69925e-05 ProbNNghost=0.000463275 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.4281 RichDLLmu=-11.6285 RichDLLpi=0 RichDLLk=-52.9244 RichDLLp=-43.6112 RichPIDStatus=6115 RichDLLbt=-43.6112 RichDLLd=-43.6112 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.456007 CaloElectronMatch=278.257 CaloBremMatch=278.257 CaloChargedEcal=13705.9 CaloChargedID=39280 CaloNeutralEcal=13705.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927144 CaloNeutralID=39280 CaloEcalE=5428.68 CaloHcalE=4202.63 CaloEcalChi2=278.257 CaloBremChi2=420.813 CaloClusChi2=0.456007 CaloTrajectoryL=244.784 CaloEoverP=1.20961 EcalPIDe=0.424072 BremPIDe=-0.454777 HcalPIDe=-1.4102 HcalPIDmu=-0.290442 EcalPIDmu=-3.04804 TrackChi2PerDof=1.04309 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=11621.3 TrackPt=1658.87 CombDLLe=-6.65304 CombDLLmu=-10.2061 CombDLLpi=0 CombDLLk=-52.9244 CombDLLp=-43.6112 CombDLLd=-43.6112 ProbNNe=5.60548e-08 ProbNNpi=0.999864 ProbNNk=3.7034e-05 ProbNNp=4.90126e-05 ProbNNghost=0.0001693 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.941 RichDLLmu=-14.8331 RichDLLpi=0 RichDLLk=-2.85333 RichDLLp=-2.85333 RichPIDStatus=5027 RichDLLbt=-2.85333 RichDLLd=-2.85333 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.71926 CaloElectronMatch=112.528 CaloBremMatch=112.528 CaloChargedEcal=1240.21 CaloChargedID=39550 CaloNeutralEcal=1240.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827072 CaloNeutralID=39550 CaloEcalE=423.534 CaloHcalE=1422.65 CaloEcalChi2=112.528 CaloBremChi2=314.063 CaloClusChi2=5.71926 CaloTrajectoryL=270.499 CaloEoverP=0.508933 EcalPIDe=1.51236 BremPIDe=-0.357753 HcalPIDe=-1.06262 HcalPIDmu=1.19075 EcalPIDmu=1.19218 TrackChi2PerDof=0.835462 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=2972.64 TrackPt=348.553 CombDLLe=-2.09686 CombDLLmu=-4.58007 CombDLLpi=0 CombDLLk=-2.85333 CombDLLp=-2.85333 CombDLLd=-2.85333 ProbNNe=1.12745e-05 ProbNNpi=0.995374 ProbNNk=0.00248759 ProbNNp=0.00437118 ProbNNghost=0.00409944 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.3784 RichDLLmu=-18.5169 RichDLLpi=0 RichDLLk=-8.41127 RichDLLp=-8.41127 RichPIDStatus=5027 RichDLLbt=-8.41127 RichDLLd=-8.41127 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.78141 CaloElectronMatch=178.977 CaloBremMatch=178.977 CaloChargedEcal=2275.99 CaloChargedID=34814 CaloNeutralEcal=2275.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912984 CaloNeutralID=34814 CaloEcalE=1570.06 CaloEcalChi2=178.977 CaloBremChi2=511.018 CaloClusChi2=4.78141 CaloTrajectoryL=316.38 CaloEoverP=0.623416 EcalPIDe=0.83137 BremPIDe=-0.553589 EcalPIDmu=-1.71735 TrackChi2PerDof=1.05475 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=3968.72 TrackPt=343.557 CombDLLe=-3.76825 CombDLLmu=-8.70885 CombDLLpi=0 CombDLLk=-8.41127 CombDLLp=-8.41127 CombDLLd=-8.41127 ProbNNe=1.95965e-05 ProbNNpi=0.990241 ProbNNk=0.000937894 ProbNNp=0.00119666 ProbNNghost=0.00164015 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.665862 CaloElectronMatch=351.987 CaloChargedEcal=13261.6 CaloChargedID=34866 CaloEcalE=5225.08 CaloHcalE=2599.89 CaloEcalChi2=351.987 CaloClusChi2=0.665862 CaloTrajectoryL=121.82 CaloEoverP=3.52689 EcalPIDe=0.0319619 HcalPIDe=-1.59399 HcalPIDmu=0.366076 EcalPIDmu=-1.18274 TrackChi2PerDof=1.38073 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=3974.11 TrackPt=97.8984 CombDLLe=-1.56202 CombDLLmu=-0.816668 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.849192 ProbNNpi=0.0864429 ProbNNk=0.0554185 ProbNNp=0.055606 ProbNNghost=0.978707 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.3512 RichDLLmu=-2.86204 RichDLLpi=0 RichDLLk=-9.31741 RichDLLp=-2.03102 RichPIDStatus=6115 RichDLLbt=-2.03102 RichDLLd=-2.03102 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=16.9125 CaloElectronMatch=2623.69 CaloBremMatch=208.971 CaloChargedEcal=584.176 CaloChargedID=39942 CaloNeutralEcal=584.176 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869776 CaloNeutralID=39942 CaloEcalE=0 CaloHcalE=933.139 CaloEcalChi2=2623.69 CaloBremChi2=392.887 CaloClusChi2=16.9125 CaloTrajectoryL=-1874.05 CaloEoverP=0.0712179 EcalPIDe=-2.62834 BremPIDe=-0.454777 HcalPIDe=-0.379419 HcalPIDmu=-0.549491 EcalPIDmu=0.433955 TrackChi2PerDof=0.96257 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=10852 TrackPt=828.578 CombDLLe=-6.17458 CombDLLmu=-3.73541 CombDLLpi=0 CombDLLk=-9.31741 CombDLLp=-2.03102 CombDLLd=-2.03102 ProbNNe=2.84084e-06 ProbNNpi=0.997469 ProbNNk=1.74234e-05 ProbNNp=0.000172355 ProbNNghost=0.00239524 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-70.1369 RichDLLmu=-58.4068 RichDLLpi=0 RichDLLk=-38.423 RichDLLp=-38.423 RichPIDStatus=5027 RichDLLbt=-38.423 RichDLLd=-38.423 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.452604 CaloElectronMatch=218.621 CaloBremMatch=218.621 CaloChargedEcal=3860.91 CaloChargedID=35853 CaloNeutralEcal=3860.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.9541 CaloNeutralID=35853 CaloEcalE=2322.62 CaloHcalE=115.12 CaloEcalChi2=218.621 CaloBremChi2=872.296 CaloClusChi2=0.452604 CaloTrajectoryL=16.6342 CaloEoverP=0.855231 EcalPIDe=0.497498 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.2286 TrackChi2PerDof=1.00705 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=4766.79 TrackPt=756.611 CombDLLe=-6.1631 CombDLLmu=-11.6923 CombDLLpi=0 CombDLLk=-38.423 CombDLLp=-38.423 CombDLLd=-38.423 ProbNNe=2.14271e-07 ProbNNpi=0.998257 ProbNNk=2.67811e-05 ProbNNp=5.71537e-05 ProbNNghost=0.00166337 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-39.6782 RichDLLmu=-19.0029 RichDLLpi=0 RichDLLk=-37.1242 RichDLLp=-32.5711 RichPIDStatus=6115 RichDLLbt=-32.5711 RichDLLd=-32.5711 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.20778 CaloElectronMatch=203.358 CaloBremMatch=203.358 CaloChargedEcal=5348.55 CaloChargedID=43658 CaloNeutralEcal=5348.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75545 CaloNeutralID=43658 CaloEcalE=471.632 CaloHcalE=10979.6 CaloEcalChi2=203.358 CaloBremChi2=76.1701 CaloClusChi2=4.20778 CaloTrajectoryL=64.1247 CaloEoverP=0.506377 EcalPIDe=0.786938 BremPIDe=1.02258 HcalPIDe=-2.4429 HcalPIDmu=-2.05233 EcalPIDmu=2.14029 TrackChi2PerDof=1.34831 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=11166.5 TrackPt=412.083 CombDLLe=-5.94074 CombDLLmu=-6.90505 CombDLLpi=0 CombDLLk=-37.1242 CombDLLp=-32.5711 CombDLLd=-32.5711 ProbNNe=5.94043e-08 ProbNNpi=0.999798 ProbNNk=9.34768e-05 ProbNNp=0.00012914 ProbNNghost=0.00283926 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.5015 RichDLLmu=-6.96938 RichDLLpi=0 RichDLLk=-2.32872 RichDLLp=-2.32872 RichPIDStatus=5027 RichDLLbt=-2.32872 RichDLLd=-2.32872 InAccBrem=1 CaloBremChi2=215.464 BremPIDe=-0.396524 TrackChi2PerDof=2.23676 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=3099.85 TrackPt=264.244 CombDLLe=-2.67346 CombDLLmu=-6.18814 CombDLLpi=0 CombDLLk=-2.32872 CombDLLp=-2.32872 CombDLLd=-2.32872 ProbNNe=0.0543664 ProbNNpi=0.634284 ProbNNk=0.0267966 ProbNNp=0.0533377 ProbNNghost=0.745795 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.2205 RichDLLmu=-17.2113 RichDLLpi=0 RichDLLk=-13.5388 RichDLLp=-13.5388 RichPIDStatus=5027 RichDLLbt=-13.5388 RichDLLd=-13.5388 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.52171 CaloElectronMatch=46.771 CaloBremMatch=11.4466 CaloChargedEcal=4583.81 CaloChargedID=35012 CaloNeutralEcal=4583.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721636 CaloNeutralID=35012 CaloEcalE=698.056 CaloHcalE=7096.2 CaloEcalChi2=46.771 CaloBremChi2=446.967 CaloClusChi2=7.52171 CaloTrajectoryL=401.845 CaloEoverP=1.14969 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-1.04386 HcalPIDmu=0.229671 EcalPIDmu=0.656961 TrackChi2PerDof=0.944067 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4097.47 TrackPt=281.768 CombDLLe=-2.27923 CombDLLmu=-6.09905 CombDLLpi=0 CombDLLk=-13.5388 CombDLLp=-13.5388 CombDLLd=-13.5388 ProbNNe=2.32469e-07 ProbNNpi=0.997483 ProbNNk=0.000268378 ProbNNp=0.00328571 ProbNNghost=0.00638389 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.2954 RichDLLmu=-5.3929 RichDLLpi=0 RichDLLk=0.252975 RichDLLp=0.252975 RichPIDStatus=5028 RichDLLbt=0.252975 RichDLLd=0.252975 InAccBrem=1 CaloBremChi2=263.352 BremPIDe=-0.338913 TrackChi2PerDof=1.1882 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2815.7 TrackPt=228.101 CombDLLe=-2.42532 CombDLLmu=-5.5487 CombDLLpi=0 CombDLLk=0.252975 CombDLLp=0.252975 CombDLLd=0.252975 ProbNNe=0.0216646 ProbNNpi=0.904064 ProbNNk=0.0529903 ProbNNp=0.1074 ProbNNghost=0.0329117 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.1747 RichDLLmu=0.970858 RichDLLpi=0 RichDLLk=-0.513811 RichDLLp=-0.513811 RichPIDStatus=5026 RichDLLbt=-0.513811 RichDLLd=-0.513811 InAccBrem=1 CaloBremChi2=11.7023 BremPIDe=2.71167 TrackChi2PerDof=1.4779 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3153.87 TrackPt=328.578 CombDLLe=0.486006 CombDLLmu=1.34237 CombDLLpi=0 CombDLLk=-0.513811 CombDLLp=-0.513811 CombDLLd=-0.513811 ProbNNe=0.0851858 ProbNNpi=0.731974 ProbNNk=0.0350912 ProbNNp=0.105259 ProbNNghost=0.502134 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-23.112 RichDLLmu=-30.0756 RichDLLpi=0 RichDLLk=-9.47597 RichDLLp=-9.47597 RichPIDStatus=5027 RichDLLbt=-9.47597 RichDLLd=-9.47597 InAccBrem=1 CaloBremChi2=100.35 BremPIDe=0.178319 TrackChi2PerDof=0.96868 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4024.31 TrackPt=684.597 CombDLLe=-3.46914 CombDLLmu=-6.99992 CombDLLpi=0 CombDLLk=-9.47597 CombDLLp=-9.47597 CombDLLd=-9.47597 ProbNNe=0.00119464 ProbNNpi=0.988228 ProbNNk=0.000669313 ProbNNp=0.00174608 ProbNNghost=0.00416846 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-23.7493 RichDLLmu=-15.5048 RichDLLpi=0 RichDLLk=-7.80829 RichDLLp=-7.80829 RichPIDStatus=5027 RichDLLbt=-7.80829 RichDLLd=-7.80829 MuonMuLL=-0.0109599 MuonBkgLL=-0.116002 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=50.7375 MuonMVA1=-999 MuonMVA2=-0.243925 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.30416 CaloElectronMatch=208.971 CaloBremMatch=208.971 CaloChargedEcal=584.176 CaloChargedID=39942 CaloNeutralEcal=584.176 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869776 CaloNeutralID=39942 CaloEcalE=551.064 CaloHcalE=3347.12 CaloEcalChi2=208.971 CaloBremChi2=76.1583 CaloClusChi2=1.30416 CaloTrajectoryL=102.881 CaloEoverP=0.167141 EcalPIDe=0.497498 BremPIDe=0.512278 HcalPIDe=-1.50326 HcalPIDmu=-0.0648026 EcalPIDmu=1.08819 TrackChi2PerDof=0.93115 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4623.98 TrackPt=432.817 CombDLLe=-4.22151 CombDLLmu=-5.84327 CombDLLpi=0 CombDLLk=-7.80829 CombDLLp=-7.80829 CombDLLd=-7.69229 ProbNNe=6.1865e-07 ProbNNmu=0.00366525 ProbNNpi=0.00600822 ProbNNk=0.00705315 ProbNNp=0.00652643 ProbNNghost=0.0258029 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.73412 RichDLLmu=-0.487285 RichDLLpi=0 RichDLLk=-19.9308 RichDLLp=-14.7987 RichPIDStatus=8131 RichDLLbt=-15.3409 RichDLLd=-15.3409 MuonMuLL=-0.0110609 MuonBkgLL=-1.72971 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=14.3236 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=1.21748 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=43416.4 TrackPt=913.454 CombDLLe=-0.303281 CombDLLmu=1.0386 CombDLLpi=0 CombDLLk=-19.9308 CombDLLp=-14.7987 CombDLLd=-13.6112 ProbNNe=0.111435 ProbNNpi=0.992827 ProbNNk=0.000114514 ProbNNp=0.00169706 ProbNNghost=0.00387265 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.7786 RichDLLmu=-4.52486 RichDLLpi=0 RichDLLk=-11.9816 RichDLLp=-16.1028 RichPIDStatus=8163 RichDLLbt=-10.7043 RichDLLd=-10.7043 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.4759 CaloElectronMatch=1150.35 CaloBremMatch=756.179 CaloChargedEcal=4540.89 CaloChargedID=42828 CaloNeutralEcal=4540.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847877 CaloNeutralID=42828 CaloEcalE=1056.69 CaloHcalE=29161.4 CaloEcalChi2=1150.35 CaloBremChi2=554.639 CaloClusChi2=2.4759 CaloTrajectoryL=-40.6575 CaloEoverP=0.22868 EcalPIDe=-1.26971 BremPIDe=-0.591406 HcalPIDe=-2.87281 HcalPIDmu=-1.95868 EcalPIDmu=0.079916 TrackChi2PerDof=1.27022 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=21091.2 TrackPt=623.921 CombDLLe=-6.89708 CombDLLmu=-6.90974 CombDLLpi=0 CombDLLk=-11.9816 CombDLLp=-16.1028 CombDLLd=-10.7043 ProbNNe=1.31772e-06 ProbNNpi=0.997536 ProbNNk=0.000472315 ProbNNp=0.00066739 ProbNNghost=0.00851315 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.5313 RichDLLmu=-5.82444 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.4106 CaloElectronMatch=0.567422 CaloBremMatch=0.567422 CaloChargedEcal=2222.85 CaloChargedID=35062 CaloNeutralEcal=2222.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971815 CaloNeutralID=35062 CaloEcalE=2082.93 CaloHcalE=0 CaloEcalChi2=0.567422 CaloBremChi2=292.916 CaloClusChi2=5.4106 CaloTrajectoryL=143.008 CaloEoverP=1.03853 EcalPIDe=2.97947 BremPIDe=-0.0713868 HcalPIDe=0.485336 HcalPIDmu=-1.79245 EcalPIDmu=-1.41837 TrackChi2PerDof=1.49577 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2347.56 TrackPt=306.371 CombDLLe=0.507884 CombDLLmu=-8.9692 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=6.50411e-05 ProbNNpi=0.831067 ProbNNk=0.0663902 ProbNNp=0.145695 ProbNNghost=0.0441729 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-35.4564 RichDLLmu=-33.6778 RichDLLpi=0 RichDLLk=-20.548 RichDLLp=-20.548 RichPIDStatus=5027 RichDLLbt=-20.548 RichDLLd=-20.548 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.02143 CaloElectronMatch=46.195 CaloBremMatch=46.195 CaloChargedEcal=2906.12 CaloChargedID=35893 CaloNeutralEcal=2906.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844678 CaloNeutralID=35893 CaloEcalE=2269.17 CaloHcalE=1204.09 CaloEcalChi2=46.195 CaloBremChi2=922.728 CaloClusChi2=4.02143 CaloTrajectoryL=401.906 CaloEoverP=0.74561 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-0.922115 HcalPIDmu=0.612604 EcalPIDmu=-2.48291 TrackChi2PerDof=1.10446 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4120.09 TrackPt=627.735 CombDLLe=-3.46354 CombDLLmu=-8.87029 CombDLLpi=0 CombDLLk=-20.548 CombDLLp=-20.548 CombDLLd=-20.548 ProbNNe=1.29165e-07 ProbNNpi=0.996881 ProbNNk=5.96695e-05 ProbNNp=0.00204916 ProbNNghost=0.0152326 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-54.2007 RichDLLmu=-41.0823 RichDLLpi=0 RichDLLk=-20.6582 RichDLLp=-20.6582 RichPIDStatus=5091 RichDLLbt=-20.6582 RichDLLd=-20.6582 MuonMuLL=-0.15642 MuonBkgLL=-0.612087 MuonNShared=7 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=182.127 MuonMVA1=-999 MuonMVA2=-0.142189 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.6594 CaloElectronMatch=238.607 CaloBremMatch=238.607 CaloChargedEcal=8327.21 CaloChargedID=38116 CaloNeutralEcal=8327.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990607 CaloNeutralID=38116 CaloEcalE=5926.16 CaloHcalE=2290.65 CaloEcalChi2=238.607 CaloBremChi2=297.945 CaloClusChi2=3.6594 CaloTrajectoryL=390.924 CaloEoverP=1.88382 EcalPIDe=0.497498 BremPIDe=-0.357753 HcalPIDe=-1.50482 HcalPIDmu=1.09404 EcalPIDmu=-1.20867 TrackChi2PerDof=1.29835 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4531.36 TrackPt=701.146 CombDLLe=-7.4917 CombDLLmu=-6.65896 CombDLLpi=0 CombDLLk=-20.6582 CombDLLp=-20.6582 CombDLLd=-20.0461 ProbNNe=2.06727e-09 ProbNNmu=0.00366525 ProbNNpi=0.346253 ProbNNk=0.00119571 ProbNNp=0.00325551 ProbNNghost=0.121401 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.2463 RichDLLmu=2.72889 RichDLLpi=0 RichDLLk=6.80257 RichDLLp=6.80257 RichPIDStatus=5060 RichDLLbt=6.80257 RichDLLd=6.80257 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=16.5972 CaloElectronMatch=1587.12 CaloChargedEcal=2204.74 CaloChargedID=43255 CaloEcalE=53.808 CaloHcalE=4202.63 CaloEcalChi2=1587.12 CaloClusChi2=16.5972 CaloTrajectoryL=478.3 CaloEoverP=0.276475 EcalPIDe=-1.8049 HcalPIDe=-2.03346 HcalPIDmu=-0.560112 EcalPIDmu=0.382699 TrackChi2PerDof=1.01435 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=9190.52 TrackPt=233.874 CombDLLe=-6.07529 CombDLLmu=3.30403 CombDLLpi=0 CombDLLk=6.80257 CombDLLp=6.80257 CombDLLd=6.80257 ProbNNe=5.04504e-07 ProbNNpi=0.935298 ProbNNk=0.0174857 ProbNNp=0.03768 ProbNNghost=0.0173002 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=18.1523 RichDLLmu=3.47553 RichDLLpi=0 RichDLLk=6.3442 RichDLLp=6.3442 RichPIDStatus=5025 RichDLLbt=6.3442 RichDLLd=6.3442 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.882515 CaloElectronMatch=414.211 CaloChargedEcal=951.6 CaloChargedID=39231 CaloEcalE=7617.42 CaloHcalE=1847.82 CaloEcalChi2=414.211 CaloClusChi2=0.882515 CaloTrajectoryL=-961.632 CaloEoverP=0.221934 EcalPIDe=-0.0141273 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-0.492556 TrackChi2PerDof=0.88943 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=5112.09 TrackPt=134.987 CombDLLe=1.92132 CombDLLmu=5.51973 CombDLLpi=0 CombDLLk=6.3442 CombDLLp=6.3442 CombDLLd=6.3442 ProbNNe=0.972017 ProbNNpi=0.225023 ProbNNk=0.263631 ProbNNp=0.276764 ProbNNghost=0.496258 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.3232 RichDLLmu=-2.92503 RichDLLpi=0 RichDLLk=0.284723 RichDLLp=0.284723 RichPIDStatus=5028 RichDLLbt=0.284723 RichDLLd=0.284723 InAccBrem=1 CaloBremChi2=101.757 BremPIDe=0.178319 TrackChi2PerDof=0.946173 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=3668.36 TrackPt=545.147 CombDLLe=-3.23581 CombDLLmu=-3.68406 CombDLLpi=0 CombDLLk=0.284723 CombDLLp=0.284723 CombDLLd=0.284723 ProbNNe=9.36123e-05 ProbNNpi=0.919921 ProbNNk=0.0719727 ProbNNp=0.125978 ProbNNghost=0.0282495 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.0547 RichDLLmu=-3.08716 RichDLLpi=0 RichDLLk=5.54279 RichDLLp=5.54279 RichPIDStatus=5028 RichDLLbt=5.54279 RichDLLd=5.54279 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.29231 CaloElectronMatch=403.716 CaloBremMatch=182.594 CaloChargedEcal=951.6 CaloChargedID=39231 CaloNeutralEcal=951.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995906 CaloNeutralID=39231 CaloEcalE=3900.91 CaloHcalE=1210.07 CaloEcalChi2=403.716 CaloBremChi2=630.705 CaloClusChi2=1.29231 CaloTrajectoryL=-540.873 CaloEoverP=0.198167 EcalPIDe=-0.0141273 BremPIDe=-0.607507 HcalPIDe=-0.668461 HcalPIDmu=0.620398 EcalPIDmu=-2.93609 TrackChi2PerDof=2.02753 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=5725.19 TrackPt=181.669 CombDLLe=-2.16999 CombDLLmu=-6.16105 CombDLLpi=0 CombDLLk=5.54279 CombDLLp=5.54279 CombDLLd=5.54279 ProbNNe=0.0531466 ProbNNpi=0.33264 ProbNNk=0.264363 ProbNNp=0.456294 ProbNNghost=0.720171 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.52752 RichDLLmu=1.29708 RichDLLpi=0 RichDLLk=17.7162 RichDLLp=17.7162 RichPIDStatus=5092 RichDLLbt=17.7162 RichDLLd=17.7162 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.72145 CaloElectronMatch=715.692 CaloBremMatch=715.692 CaloChargedEcal=1907.49 CaloChargedID=39689 CaloNeutralEcal=1907.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85716 CaloNeutralID=39689 CaloEcalE=1429.99 CaloHcalE=950.868 CaloEcalChi2=715.692 CaloBremChi2=43.2657 CaloClusChi2=2.72145 CaloTrajectoryL=305.494 CaloEoverP=0.225848 EcalPIDe=-0.739943 BremPIDe=1.76523 HcalPIDe=-0.431041 HcalPIDmu=-0.437826 EcalPIDmu=-0.970831 TrackChi2PerDof=0.839055 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=8963.34 TrackPt=568.984 CombDLLe=-0.875868 CombDLLmu=0.367581 CombDLLpi=0 CombDLLk=17.7162 CombDLLp=17.7162 CombDLLd=17.7162 ProbNNe=2.1902e-06 ProbNNpi=0.00778618 ProbNNk=0.925126 ProbNNp=0.972098 ProbNNghost=0.00738263 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.9995 RichDLLmu=-25.0287 RichDLLpi=0 RichDLLk=-11.8011 RichDLLp=-11.8011 RichPIDStatus=5027 RichDLLbt=-11.8011 RichDLLd=-11.8011 MuonMuLL=-0.000700242 MuonBkgLL=-0.0195889 MuonNShared=8 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=462.128 MuonMVA1=-999 MuonMVA2=-0.895686 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=96.3572 CaloElectronMatch=2622.69 CaloBremMatch=467.763 CaloChargedEcal=2723.71 CaloChargedID=43566 CaloNeutralEcal=2723.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860428 CaloNeutralID=43566 CaloEcalE=0 CaloHcalE=3557.98 CaloEcalChi2=2622.69 CaloBremChi2=21.2888 CaloClusChi2=96.3572 CaloTrajectoryL=-2312.22 CaloEoverP=0.786848 EcalPIDe=-2.51521 BremPIDe=2.0366 HcalPIDe=-1.44621 HcalPIDmu=-0.155715 EcalPIDmu=0.494733 TrackChi2PerDof=1.92385 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3868.75 TrackPt=833.311 CombDLLe=-6.66925 CombDLLmu=-6.64147 CombDLLpi=0 CombDLLk=-11.8011 CombDLLp=-11.8011 CombDLLd=-11.7815 ProbNNe=2.73122e-08 ProbNNmu=0.00366525 ProbNNpi=0.024233 ProbNNk=0.00198797 ProbNNp=0.00234295 ProbNNghost=0.473273 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=20.025 RichDLLmu=11.3793 RichDLLpi=0 RichDLLk=9.18549 RichDLLp=9.55377 RichPIDStatus=6113 RichDLLbt=9.55377 RichDLLd=9.55377 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.68261 CaloElectronMatch=4.00741 CaloBremMatch=4.00741 CaloChargedEcal=8457.22 CaloChargedID=38327 CaloNeutralEcal=8457.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.9676 CaloNeutralID=38327 CaloEcalE=8017.33 CaloHcalE=216.333 CaloEcalChi2=4.00741 CaloBremChi2=372.791 CaloClusChi2=1.68261 CaloTrajectoryL=114.259 CaloEoverP=0.894515 EcalPIDe=3.6423 BremPIDe=-0.467096 HcalPIDe=0.0890684 HcalPIDmu=-2.15083 EcalPIDmu=-2.90063 TrackChi2PerDof=0.783753 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=9369.41 TrackPt=516.271 CombDLLe=6.50253 CombDLLmu=1.80239 CombDLLpi=0 CombDLLk=9.18549 CombDLLp=9.55377 CombDLLd=9.55377 ProbNNe=0.999994 ProbNNpi=0.000655354 ProbNNk=0.00634486 ProbNNp=0.00969118 ProbNNghost=0.565167 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.5421 RichDLLmu=-12.5466 RichDLLpi=0 RichDLLk=0.856598 RichDLLp=0.856598 RichPIDStatus=5092 RichDLLbt=0.856598 RichDLLd=0.856598 MuonMuLL=-0.00270362 MuonBkgLL=-0.0648512 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2920.69 MuonMVA1=-999 MuonMVA2=-1.33934 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.82185 CaloElectronMatch=73.736 CaloBremMatch=73.736 CaloChargedEcal=3650.56 CaloChargedID=42187 CaloNeutralEcal=3650.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.821754 CaloNeutralID=42187 CaloEcalE=1200.94 CaloHcalE=0 CaloEcalChi2=73.736 CaloBremChi2=573.602 CaloClusChi2=1.82185 CaloTrajectoryL=125.595 CaloEoverP=0.854692 EcalPIDe=1.51236 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-0.801309 TrackChi2PerDof=0.798177 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=4647.57 TrackPt=494.976 CombDLLe=-1.99913 CombDLLmu=-10.1108 CombDLLpi=0 CombDLLk=0.856598 CombDLLp=0.856598 CombDLLd=0.921449 ProbNNe=0.000581851 ProbNNmu=0.00366525 ProbNNpi=0.0194795 ProbNNk=0.00418727 ProbNNp=0.270422 ProbNNghost=0.0652475 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=33.3235 RichDLLmu=-1.6016 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=630.846 BremPIDe=-0.53289 TrackChi2PerDof=1.43941 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=2227.74 TrackPt=278.167 CombDLLe=4.24203 CombDLLmu=-2.16858 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.997139 ProbNNpi=0.31584 ProbNNk=0.0107631 ProbNNp=0.0485524 ProbNNghost=0.732962 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.736436 RichDLLmu=-0.322836 RichDLLpi=0 RichDLLk=-9.65682 RichDLLp=-20.6857 RichPIDStatus=139203 RichDLLbt=-16.9265 RichDLLd=-18.229 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.80365 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=64194.1 TrackPt=985.828 CombDLLe=-0.128862 CombDLLmu=-0.451344 CombDLLpi=0 CombDLLk=-9.65682 CombDLLp=-20.6857 CombDLLd=-18.229 ProbNNe=0.189486 ProbNNpi=0.982322 ProbNNk=0.000655852 ProbNNp=0.000765116 ProbNNghost=0.00269761 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-47.3194 RichDLLmu=-19.6992 RichDLLpi=0 RichDLLk=-27.72 RichDLLp=-27.72 RichPIDStatus=5091 RichDLLbt=-27.72 RichDLLd=-27.72 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.94528 CaloElectronMatch=342.674 CaloBremMatch=342.674 CaloChargedEcal=3646.25 CaloChargedID=34143 CaloNeutralEcal=3646.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.923591 CaloNeutralID=34143 CaloEcalE=1889.09 CaloHcalE=1698.99 CaloEcalChi2=342.674 CaloBremChi2=265.824 CaloClusChi2=2.94528 CaloTrajectoryL=3.79696 CaloEoverP=0.426225 EcalPIDe=0.0750074 BremPIDe=-0.590581 HcalPIDe=-1.02441 HcalPIDmu=2.09659 EcalPIDmu=-1.74383 TrackChi2PerDof=1.49768 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=8724.1 TrackPt=1174.41 CombDLLe=-7.33872 CombDLLmu=-6.64195 CombDLLpi=0 CombDLLk=-27.72 CombDLLp=-27.72 CombDLLd=-27.72 ProbNNe=6.08167e-10 ProbNNpi=0.99356 ProbNNk=0.000251441 ProbNNp=0.000213997 ProbNNghost=0.0433048 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.6459 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.152795 CaloElectronMatch=39.9154 CaloBremMatch=39.9154 CaloChargedEcal=2196.94 CaloChargedID=34824 CaloNeutralEcal=2196.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.746417 CaloNeutralID=34824 CaloEcalE=1155.85 CaloHcalE=2952.36 CaloEcalChi2=39.9154 CaloBremChi2=186.981 CaloClusChi2=0.152795 CaloTrajectoryL=-5.23198 CaloEoverP=1.29982 EcalPIDe=2.97947 BremPIDe=-0.0820565 HcalPIDe=-1.47097 HcalPIDmu=0.994698 EcalPIDmu=-1.48275 TrackChi2PerDof=2.57632 TrackNumDof=20 TrackType=3 TrackHistory=32 TrackP=1921.67 TrackPt=361.771 CombDLLe=-1.17999 CombDLLmu=-0.488051 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00870251 ProbNNpi=0.0317703 ProbNNk=0.0550523 ProbNNp=0.101619 ProbNNghost=0.997665 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.303 RichDLLmu=-10.0553 RichDLLpi=0 RichDLLk=-7.76225 RichDLLp=-7.76225 RichPIDStatus=5027 RichDLLbt=-7.76225 RichDLLd=-7.76225 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.114448 CaloElectronMatch=214.352 CaloBremMatch=214.352 CaloChargedEcal=5659.02 CaloChargedID=38405 CaloNeutralEcal=5659.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.641803 CaloNeutralID=38405 CaloEcalE=2629.3 CaloHcalE=320.841 CaloEcalChi2=214.352 CaloBremChi2=169.775 CaloClusChi2=0.114448 CaloTrajectoryL=-116.393 CaloEoverP=0.975428 EcalPIDe=0.605631 BremPIDe=-0.188393 HcalPIDe=-0.0471635 HcalPIDmu=-1.55285 EcalPIDmu=-2.56474 TrackChi2PerDof=0.735681 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=5935.96 TrackPt=223.139 CombDLLe=-2.18451 CombDLLmu=-10.8712 CombDLLpi=0 CombDLLk=-7.76225 CombDLLp=-7.76225 CombDLLd=-7.76225 ProbNNe=0.000414563 ProbNNpi=0.994493 ProbNNk=0.00190593 ProbNNp=0.00580575 ProbNNghost=0.0126365 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.610252 RichDLLmu=0.164769 RichDLLpi=0 RichDLLk=-0.094624 RichDLLp=6.36921 RichPIDStatus=8133 RichDLLbt=6.13039 RichDLLd=6.13039 MuonPIDStatus=6 InAccMuon=1 InAccHcal=1 CaloHcalE=19327.1 HcalPIDe=-2.74192 HcalPIDmu=-1.84795 TrackChi2PerDof=0.922107 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=47010.9 TrackPt=969 CombDLLe=-2.84871 CombDLLmu=-1.61736 CombDLLpi=0 CombDLLk=-0.094624 CombDLLp=6.36921 CombDLLd=6.13039 ProbNNe=0.0375618 ProbNNpi=0.622363 ProbNNk=0.111771 ProbNNp=0.916637 ProbNNghost=0.0135794 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.727093 CaloElectronMatch=612.495 CaloChargedEcal=3270.56 CaloChargedID=34697 CaloEcalE=4191.89 CaloHcalE=0 CaloEcalChi2=612.495 CaloClusChi2=0.727093 CaloTrajectoryL=1098.96 CaloEoverP=0.804615 EcalPIDe=-0.433674 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.62903 TrackChi2PerDof=1.00887 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4213.59 TrackPt=96.4188 CombDLLe=0.0516618 CombDLLmu=-4.09269 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.704079 ProbNNpi=0.672793 ProbNNk=0.0720391 ProbNNp=0.11962 ProbNNghost=0.718275 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.3996 RichDLLmu=-5.44343 RichDLLpi=0 RichDLLk=-0.252514 RichDLLp=-0.252514 RichPIDStatus=5027 RichDLLbt=-0.252514 RichDLLd=-0.252514 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.60443 CaloElectronMatch=220.606 CaloBremMatch=220.606 CaloChargedEcal=1267.87 CaloChargedID=35020 CaloNeutralEcal=1267.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.882316 CaloNeutralID=35020 CaloEcalE=1103.57 CaloHcalE=1795.92 CaloEcalChi2=220.606 CaloBremChi2=198.523 CaloClusChi2=2.60443 CaloTrajectoryL=-257.512 CaloEoverP=0.517879 EcalPIDe=0.497498 BremPIDe=-0.296068 HcalPIDe=-1.43831 HcalPIDmu=1.63925 EcalPIDmu=-0.744972 TrackChi2PerDof=0.980013 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=2926.22 TrackPt=247.263 CombDLLe=-4.52644 CombDLLmu=-4.6805 CombDLLpi=0 CombDLLk=-0.252514 CombDLLp=-0.252514 CombDLLd=-0.252514 ProbNNe=2.76507e-06 ProbNNpi=0.953957 ProbNNk=0.0366082 ProbNNp=0.140268 ProbNNghost=0.0188619 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.70842 RichDLLmu=0.0173912 RichDLLpi=0 RichDLLk=-9.16357 RichDLLp=-8.02864 RichPIDStatus=6082 RichDLLbt=-8.02864 RichDLLd=-8.02864 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.11749 CaloElectronMatch=100.031 CaloChargedEcal=16780.2 CaloChargedID=42731 CaloEcalE=10691.8 CaloHcalE=49018.2 CaloEcalChi2=100.031 CaloClusChi2=1.11749 CaloTrajectoryL=370.412 CaloEoverP=0.660697 EcalPIDe=2.9985 HcalPIDe=-2.87281 HcalPIDmu=-2.51557 EcalPIDmu=-3.58394 TrackChi2PerDof=0.724521 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=25145.4 TrackPt=352.991 CombDLLe=-0.173103 CombDLLmu=-6.07516 CombDLLpi=0 CombDLLk=-9.16357 CombDLLp=-8.02864 CombDLLd=-8.02864 ProbNNe=0.000167202 ProbNNpi=0.997101 ProbNNk=0.000727021 ProbNNp=0.000837176 ProbNNghost=0.00453669 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.005 RichDLLmu=-10.9213 RichDLLpi=0 RichDLLk=-0.0877495 RichDLLp=-0.0877495 RichPIDStatus=5059 RichDLLbt=-0.0877495 RichDLLd=-0.0877495 MuonMuLL=-0.291021 MuonBkgLL=-1.08234 MuonNShared=3 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=80.437 MuonMVA1=-999 MuonMVA2=-0.848381 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.04069 CaloElectronMatch=220.447 CaloChargedEcal=2847.12 CaloChargedID=43253 CaloEcalE=1288.67 CaloHcalE=2015.78 CaloEcalChi2=220.447 CaloClusChi2=3.04069 CaloTrajectoryL=283.725 CaloEoverP=0.371647 EcalPIDe=0.605631 HcalPIDe=-1.11299 HcalPIDmu=1.87264 EcalPIDmu=-1.10759 TrackChi2PerDof=1.33099 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=8791.66 TrackPt=173.596 CombDLLe=-2.70629 CombDLLmu=-5.26847 CombDLLpi=0 CombDLLk=-0.0877495 CombDLLp=-0.0877495 CombDLLd=0.994587 ProbNNe=0.0198155 ProbNNmu=0.00366525 ProbNNpi=0.423327 ProbNNk=0.00435662 ProbNNp=0.0683015 ProbNNghost=0.147939 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.15873 CaloElectronMatch=1090.74 CaloChargedEcal=951.6 CaloChargedID=39231 CaloEcalE=8416.07 CaloHcalE=1053.18 CaloEcalChi2=1090.74 CaloClusChi2=1.15873 CaloTrajectoryL=-1425.61 CaloEoverP=0.28983 EcalPIDe=-1.40925 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-1.49314 TrackChi2PerDof=0.888947 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3914.52 TrackPt=90.2865 CombDLLe=-2.19862 CombDLLmu=-0.88054 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.836431 ProbNNpi=0.62997 ProbNNk=0.0750395 ProbNNp=0.104908 ProbNNghost=0.809022 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.9987 RichDLLmu=-6.86062 RichDLLpi=0 RichDLLk=0.43977 RichDLLp=0.43977 RichPIDStatus=5028 RichDLLbt=0.43977 RichDLLd=0.43977 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.86178 CaloElectronMatch=152.138 CaloBremMatch=105.498 CaloChargedEcal=1816.76 CaloChargedID=34548 CaloNeutralEcal=1816.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.699966 CaloNeutralID=34548 CaloEcalE=1194.63 CaloHcalE=0 CaloEcalChi2=152.138 CaloBremChi2=557.12 CaloClusChi2=1.86178 CaloTrajectoryL=104.235 CaloEoverP=0.718263 EcalPIDe=0.83137 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.2505 TrackChi2PerDof=0.930583 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=2879.13 TrackPt=267.299 CombDLLe=-1.59132 CombDLLmu=-9.79936 CombDLLpi=0 CombDLLk=0.43977 CombDLLp=0.43977 CombDLLd=0.43977 ProbNNe=0.00017175 ProbNNpi=0.93141 ProbNNk=0.0345174 ProbNNp=0.0752198 ProbNNghost=0.0243328 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.83917 RichDLLmu=-1.26154 RichDLLpi=0 RichDLLk=33.6263 RichDLLp=13.7079 RichPIDStatus=8100 RichDLLbt=18.7294 RichDLLd=18.7294 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.225366 CaloElectronMatch=3486.27 CaloBremMatch=3486.27 CaloChargedEcal=1380.76 CaloChargedID=36314 CaloNeutralEcal=1380.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.02609 CaloNeutralID=36314 CaloEcalE=1165.32 CaloEcalChi2=3486.27 CaloBremChi2=1130.25 CaloClusChi2=0.225366 CaloTrajectoryL=51.764 CaloEoverP=0.0756232 EcalPIDe=-2.93119 BremPIDe=-0.591406 EcalPIDmu=-0.244195 TrackChi2PerDof=1.2104 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=19355.7 TrackPt=4296.31 CombDLLe=-4.19239 CombDLLmu=-1.9738 CombDLLpi=0 CombDLLk=33.6263 CombDLLp=13.7079 CombDLLd=18.7294 ProbNNe=0.004244 ProbNNpi=0.0119156 ProbNNk=0.999851 ProbNNp=0.00187218 ProbNNghost=0.00175827 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.728006 RichDLLmu=0.582558 RichDLLpi=0 RichDLLk=9.7083 RichDLLp=13.274 RichPIDStatus=8133 RichDLLbt=13.1207 RichDLLd=13.1207 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.17247 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=34436.9 TrackPt=792.074 CombDLLe=0.127387 CombDLLmu=0.81191 CombDLLpi=0 CombDLLk=9.7083 CombDLLp=13.274 CombDLLd=13.1207 ProbNNe=0.0108375 ProbNNpi=0.0925789 ProbNNk=0.770389 ProbNNp=0.803781 ProbNNghost=0.00314944 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.46259 RichDLLmu=-4.38916 RichDLLpi=0 RichDLLk=3.74537 RichDLLp=3.74537 RichPIDStatus=5060 RichDLLbt=3.74537 RichDLLd=3.74537 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.13 CaloElectronMatch=42.9276 CaloChargedEcal=9363.46 CaloChargedID=42569 CaloEcalE=3768.97 CaloHcalE=412.613 CaloEcalChi2=42.9276 CaloClusChi2=0.13 CaloTrajectoryL=-53.0203 CaloEoverP=1.11836 EcalPIDe=3.6423 HcalPIDe=-0.13781 HcalPIDmu=-1.89593 EcalPIDmu=-2.96582 TrackChi2PerDof=1.5647 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=8486.36 TrackPt=209.121 CombDLLe=2.90005 CombDLLmu=-9.79907 CombDLLpi=0 CombDLLk=3.74537 CombDLLp=3.74537 CombDLLd=3.74537 ProbNNe=0.0154479 ProbNNpi=0.785332 ProbNNk=0.0430102 ProbNNp=0.0628977 ProbNNghost=0.359739 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.953551 CaloElectronMatch=1053.34 CaloChargedEcal=24319.5 CaloChargedID=34610 CaloEcalE=8416.07 CaloHcalE=1053.18 CaloEcalChi2=1053.34 CaloClusChi2=0.953551 CaloTrajectoryL=-97.9132 CaloEoverP=6.40008 EcalPIDe=-1.37366 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-1.49314 TrackChi2PerDof=0.843117 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=3925.88 TrackPt=90.549 CombDLLe=-2.16304 CombDLLmu=-0.88054 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.831074 ProbNNpi=0.142525 ProbNNk=0.0761445 ProbNNp=0.106432 ProbNNghost=0.761856 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.0676 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=136.35 BremPIDe=0.0956082 TrackChi2PerDof=1.18033 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=1836.34 TrackPt=111.624 CombDLLe=-1.95441 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.163405 ProbNNpi=0.776317 ProbNNk=0.0442559 ProbNNp=0.109286 ProbNNghost=0.313562 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.727516 CaloElectronMatch=612.913 CaloChargedEcal=3270.56 CaloChargedID=34697 CaloEcalE=4191.89 CaloHcalE=0 CaloEcalChi2=612.913 CaloClusChi2=0.727516 CaloTrajectoryL=1098.95 CaloEoverP=0.801337 EcalPIDe=-0.433674 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.62903 TrackChi2PerDof=2.98499 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=4230.83 TrackPt=101.283 CombDLLe=0.0516618 CombDLLmu=-4.09269 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.752837 ProbNNpi=0.082093 ProbNNk=0.0537115 ProbNNp=0.0714274 ProbNNghost=0.96515 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.727429 CaloElectronMatch=612.27 CaloChargedEcal=3270.56 CaloChargedID=34697 CaloEcalE=4191.89 CaloHcalE=0 CaloEcalChi2=612.27 CaloClusChi2=0.727429 CaloTrajectoryL=1098.94 CaloEoverP=0.785357 EcalPIDe=-0.433674 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.62903 TrackChi2PerDof=1.07383 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=4316.91 TrackPt=96.3705 CombDLLe=0.0516618 CombDLLmu=-4.09269 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.841784 ProbNNpi=0.552207 ProbNNk=0.0613679 ProbNNp=0.0990697 ProbNNghost=0.748218 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=7.37425 CaloElectronMatch=1027.74 CaloChargedEcal=584.176 CaloChargedID=39942 CaloEcalE=7273.01 CaloHcalE=6143.09 CaloEcalChi2=1027.74 CaloClusChi2=7.37425 CaloTrajectoryL=-1057.99 CaloEoverP=0.14815 EcalPIDe=-1.10291 HcalPIDe=-2.12496 HcalPIDmu=-0.934443 EcalPIDmu=-0.363249 TrackChi2PerDof=0.69495 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=5216.72 TrackPt=90.0521 CombDLLe=-3.22787 CombDLLmu=-1.29769 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.749789 ProbNNpi=0.884135 ProbNNk=0.0640131 ProbNNp=0.112101 ProbNNghost=0.257713 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.745657 RichDLLmu=0.237757 RichDLLpi=0 RichDLLk=2.26975 RichDLLp=4.29268 RichPIDStatus=6085 RichDLLbt=4.29268 RichDLLd=4.29268 MuonMuLL=0 MuonBkgLL=-0.850237 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=258.996 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.286737 CaloElectronMatch=348.676 CaloChargedEcal=9852.86 CaloChargedID=43244 CaloEcalE=3930.1 CaloHcalE=8454.99 CaloEcalChi2=348.676 CaloClusChi2=0.286737 CaloTrajectoryL=140.265 CaloEoverP=0.371895 EcalPIDe=0.528584 HcalPIDe=-2.06408 HcalPIDmu=-1.30585 EcalPIDmu=-2.30825 TrackChi2PerDof=2.67782 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=26510.3 TrackPt=438.509 CombDLLe=-1.66597 CombDLLmu=-2.43126 CombDLLpi=0 CombDLLk=2.26975 CombDLLp=4.29268 CombDLLd=5.14292 ProbNNe=0.000134627 ProbNNpi=0.52308 ProbNNk=0.0686319 ProbNNp=0.155199 ProbNNghost=0.689392 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.8213 RichDLLmu=-2.81328 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.11092 CaloElectronMatch=304.792 CaloBremMatch=199.596 CaloChargedEcal=7817.92 CaloChargedID=37828 CaloNeutralEcal=7817.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818679 CaloNeutralID=37828 CaloEcalE=2818.08 CaloHcalE=894.833 CaloEcalChi2=304.792 CaloBremChi2=8.85055 CaloClusChi2=2.11092 CaloTrajectoryL=261.711 CaloEoverP=3.2667 EcalPIDe=0.265875 BremPIDe=2.26754 HcalPIDe=-0.578033 HcalPIDmu=0.410648 EcalPIDmu=-0.543481 TrackChi2PerDof=0.672285 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=2425 TrackPt=514.516 CombDLLe=-2.02521 CombDLLmu=-3.70245 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=3.85187e-05 ProbNNpi=0.867858 ProbNNk=0.0855212 ProbNNp=0.197544 ProbNNghost=0.0211581 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.0613 RichDLLmu=-8.13146 RichDLLpi=0 RichDLLk=-1.47137 RichDLLp=-1.47137 RichPIDStatus=5027 RichDLLbt=-1.47137 RichDLLd=-1.47137 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.936157 CaloElectronMatch=199.596 CaloBremMatch=199.596 CaloChargedEcal=7817.92 CaloChargedID=37828 CaloNeutralEcal=7817.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818679 CaloNeutralID=37828 CaloEcalE=4259.73 CaloHcalE=894.833 CaloEcalChi2=199.596 CaloBremChi2=121.94 CaloClusChi2=0.936157 CaloTrajectoryL=153.162 CaloEoverP=0.980459 EcalPIDe=0.605631 BremPIDe=0.507902 HcalPIDe=-0.431041 HcalPIDmu=-0.437826 EcalPIDmu=-3.23795 TrackChi2PerDof=1.85616 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=8079.63 TrackPt=722.904 CombDLLe=-1.68164 CombDLLmu=-10.1545 CombDLLpi=0 CombDLLk=-1.47137 CombDLLp=-1.47137 CombDLLd=-1.47137 ProbNNe=0.000943333 ProbNNpi=0.692329 ProbNNk=0.011236 ProbNNp=0.0309509 ProbNNghost=0.784422 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.728084 CaloElectronMatch=611.802 CaloChargedEcal=3270.56 CaloChargedID=34697 CaloEcalE=4191.89 CaloHcalE=0 CaloEcalChi2=611.802 CaloClusChi2=0.728084 CaloTrajectoryL=1099.04 CaloEoverP=0.80428 EcalPIDe=-0.433674 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-1.62903 TrackChi2PerDof=1.07187 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=4215.35 TrackPt=95.7101 CombDLLe=0.0516618 CombDLLmu=-4.09269 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.713775 ProbNNpi=0.554755 ProbNNk=0.0561704 ProbNNp=0.101724 ProbNNghost=0.853833 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.32934 RichDLLmu=0.311625 RichDLLpi=0 RichDLLk=-10.7581 RichDLLp=-7.40557 RichPIDStatus=6082 RichDLLbt=-7.40557 RichDLLd=-7.40557 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.46813 CaloElectronMatch=582.859 CaloChargedEcal=31158.8 CaloChargedID=42961 CaloEcalE=8667.97 CaloHcalE=24414.9 CaloEcalChi2=582.859 CaloClusChi2=1.46813 CaloTrajectoryL=1142.62 CaloEoverP=1.10318 EcalPIDe=-0.362456 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-4.45345 TrackChi2PerDof=1.2238 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=27783.7 TrackPt=402.006 CombDLLe=-3.46958 CombDLLmu=-7.00925 CombDLLpi=0 CombDLLk=-10.7581 CombDLLp=-7.40557 CombDLLd=-7.40557 ProbNNe=2.27903e-05 ProbNNpi=0.988122 ProbNNk=0.000529231 ProbNNp=0.00125156 ProbNNghost=0.0346606 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.15552 CaloElectronMatch=1091.21 CaloChargedEcal=951.6 CaloChargedID=39231 CaloEcalE=8416.07 CaloHcalE=1053.18 CaloEcalChi2=1091.21 CaloClusChi2=1.15552 CaloTrajectoryL=-1425.88 CaloEoverP=0.289932 EcalPIDe=-1.40925 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-1.49314 TrackChi2PerDof=0.873956 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=3913.14 TrackPt=89.3264 CombDLLe=-2.19862 CombDLLmu=-0.88054 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.813677 ProbNNpi=0.690661 ProbNNk=0.0546728 ProbNNp=0.106093 ProbNNghost=0.855733 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.9801 RichDLLmu=-5.18341 RichDLLpi=0 RichDLLk=19.9019 RichDLLp=19.9019 RichPIDStatus=5028 RichDLLbt=19.9019 RichDLLd=19.9019 MuonMuLL=-0.0440564 MuonBkgLL=-0.274965 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=521.395 MuonMVA1=-999 MuonMVA2=-1.89626 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0663057 CaloElectronMatch=15.4495 CaloBremMatch=15.4495 CaloChargedEcal=3346.7 CaloChargedID=35681 CaloNeutralEcal=3346.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902453 CaloNeutralID=35681 CaloEcalE=2499.81 CaloHcalE=0 CaloEcalChi2=15.4495 CaloBremChi2=308.473 CaloClusChi2=0.0663057 CaloTrajectoryL=-36.4297 CaloEoverP=0.741268 EcalPIDe=2.97947 BremPIDe=-0.357753 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.39477 TrackChi2PerDof=1.08329 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=4623.5 TrackPt=906.885 CombDLLe=0.450397 CombDLLmu=-10.0635 CombDLLpi=0 CombDLLk=19.9019 CombDLLp=19.9019 CombDLLd=20.1769 ProbNNe=0.00803379 ProbNNmu=0.00366525 ProbNNpi=3.59682e-07 ProbNNk=0.943116 ProbNNp=0.663026 ProbNNghost=0.108146 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.917826 RichDLLmu=0.73031 RichDLLpi=0 RichDLLk=9.35855 RichDLLp=12.6893 RichPIDStatus=8134 RichDLLbt=13.5164 RichDLLd=13.5164 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=2.25938 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=34595.3 TrackPt=793.104 CombDLLe=0.160591 CombDLLmu=1.01523 CombDLLpi=0 CombDLLk=9.35855 CombDLLp=12.6893 CombDLLd=13.5164 ProbNNe=0.022427 ProbNNpi=0.0298949 ProbNNk=0.581967 ProbNNp=0.692057 ProbNNghost=0.692664 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.950458 CaloElectronMatch=1051.71 CaloChargedEcal=24319.5 CaloChargedID=34610 CaloEcalE=8416.07 CaloHcalE=1053.18 CaloEcalChi2=1051.71 CaloClusChi2=0.950458 CaloTrajectoryL=-97.9183 CaloEoverP=6.39931 EcalPIDe=-1.37366 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-1.49314 TrackChi2PerDof=0.835285 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=3926.34 TrackPt=89.6291 CombDLLe=-2.16304 CombDLLmu=-0.88054 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.800957 ProbNNpi=0.192708 ProbNNk=0.0620787 ProbNNp=0.105325 ProbNNghost=0.873185 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.64002 RichDLLmu=-0.477897 RichDLLpi=0 RichDLLk=-2.57075 RichDLLp=-2.18169 RichPIDStatus=6083 RichDLLbt=-2.18169 RichDLLd=-2.18169 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.697959 CaloElectronMatch=24.8047 CaloChargedEcal=20684.1 CaloChargedID=43220 CaloEcalE=9225.95 CaloHcalE=10885.4 CaloEcalChi2=24.8047 CaloClusChi2=0.697959 CaloTrajectoryL=317.99 CaloEoverP=1.03225 EcalPIDe=4.7102 HcalPIDe=-2.59631 HcalPIDmu=-2.6365 EcalPIDmu=-3.53383 TrackChi2PerDof=0.921545 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=19690.7 TrackPt=243.8 CombDLLe=1.47863 CombDLLmu=-6.83736 CombDLLpi=0 CombDLLk=-2.57075 CombDLLp=-2.18169 CombDLLd=-2.18169 ProbNNe=0.00447291 ProbNNpi=0.908376 ProbNNk=0.00469877 ProbNNp=0.00339844 ProbNNghost=0.117278 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.28486 RichDLLmu=-0.0798432 RichDLLpi=0 RichDLLk=-8.58053 RichDLLp=-3.11603 RichPIDStatus=8131 RichDLLbt=-2.28014 RichDLLd=-2.28014 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.02697 CaloElectronMatch=987.279 CaloChargedEcal=23063.4 CaloChargedID=42793 CaloEcalE=2011.65 CaloHcalE=30559.9 CaloEcalChi2=987.279 CaloClusChi2=1.02697 CaloTrajectoryL=-265.366 CaloEoverP=0.738421 EcalPIDe=-1.23804 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=-0.867447 TrackChi2PerDof=0.891701 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=31632.9 TrackPt=360.929 CombDLLe=-4.46847 CombDLLmu=-4.02455 CombDLLpi=0 CombDLLk=-8.58053 CombDLLp=-3.11603 CombDLLd=-2.28014 ProbNNe=1.92744e-06 ProbNNpi=0.961677 ProbNNk=0.000259753 ProbNNp=0.0022196 ProbNNghost=0.104296 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.27056 RichDLLmu=-1.78875 RichDLLpi=0 RichDLLk=-0.2661 RichDLLp=-0.2661 RichPIDStatus=5059 RichDLLbt=-0.2661 RichDLLd=-0.2661 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.404401 CaloElectronMatch=108.466 CaloChargedEcal=6564.57 CaloChargedID=42869 CaloEcalE=4916.5 CaloHcalE=8104.76 CaloEcalChi2=108.466 CaloClusChi2=0.404401 CaloTrajectoryL=0.731764 CaloEoverP=0.573694 EcalPIDe=2.29793 HcalPIDe=-2.32036 HcalPIDmu=-2.17832 EcalPIDmu=-3.18761 TrackChi2PerDof=1.12049 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=11978.2 TrackPt=128.807 CombDLLe=-1.61634 CombDLLmu=-7.76854 CombDLLpi=0 CombDLLk=-0.2661 CombDLLp=-0.2661 CombDLLd=-0.2661 ProbNNe=0.000430793 ProbNNpi=0.694257 ProbNNk=0.00456416 ProbNNp=0.0049768 ProbNNghost=0.579026 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.807439 RichDLLmu=0.536441 RichDLLpi=0 RichDLLk=-16.0427 RichDLLp=-14.6997 RichPIDStatus=8129 RichDLLbt=-12.5774 RichDLLd=-12.5774 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=2.31537 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=38250.9 TrackPt=472.175 CombDLLe=0.141283 CombDLLmu=0.748149 CombDLLpi=0 CombDLLk=-16.0427 CombDLLp=-14.6997 CombDLLd=-12.5774 ProbNNe=0.136692 ProbNNpi=0.518283 ProbNNk=8.66589e-05 ProbNNp=0.00795155 ProbNNghost=0.48497 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.91499 RichDLLmu=-0.149273 RichDLLpi=0 RichDLLk=1.18397 RichDLLp=2.04269 RichPIDStatus=6085 RichDLLbt=2.04269 RichDLLd=2.04269 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.11628 CaloElectronMatch=105.088 CaloChargedEcal=16780.2 CaloChargedID=42731 CaloEcalE=10691.8 CaloHcalE=49018.2 CaloEcalChi2=105.088 CaloClusChi2=1.11628 CaloTrajectoryL=370.934 CaloEoverP=0.650792 EcalPIDe=2.9985 HcalPIDe=-2.87281 HcalPIDmu=-2.51557 EcalPIDmu=-3.58394 TrackChi2PerDof=1.34083 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=25528.1 TrackPt=358.778 CombDLLe=-0.0344066 CombDLLmu=-6.30843 CombDLLpi=0 CombDLLk=1.18397 CombDLLp=2.04269 CombDLLd=2.04269 ProbNNe=0.00578758 ProbNNpi=0.288272 ProbNNk=0.0398703 ProbNNp=0.037614 ProbNNghost=0.745333 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.877 RichDLLmu=-0.919724 RichDLLpi=0 RichDLLk=5.67906 RichDLLp=5.91086 RichPIDStatus=6085 RichDLLbt=5.91086 RichDLLd=5.91086 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=5.55023 CaloElectronMatch=2567.81 CaloChargedEcal=31158.8 CaloChargedID=42961 CaloEcalE=725.288 CaloHcalE=16020.1 CaloEcalChi2=2567.81 CaloClusChi2=5.55023 CaloTrajectoryL=-407.28 CaloEoverP=1.49948 EcalPIDe=-1.70689 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=1.20415 TrackChi2PerDof=0.902544 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=20440.7 TrackPt=267.842 CombDLLe=-5.08231 CombDLLmu=-3.29284 CombDLLpi=0 CombDLLk=5.67906 CombDLLp=5.91086 CombDLLd=5.91086 ProbNNe=3.29913e-05 ProbNNpi=0.570997 ProbNNk=0.520925 ProbNNp=0.394649 ProbNNghost=0.195173 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.73628 RichDLLmu=-1.47005 RichDLLpi=0 RichDLLk=4.29971 RichDLLp=4.91995 RichPIDStatus=6085 RichDLLbt=4.91995 RichDLLd=4.91995 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=5.59138 CaloElectronMatch=2585.09 CaloChargedEcal=31158.8 CaloChargedID=42961 CaloEcalE=725.288 CaloHcalE=16020.1 CaloEcalChi2=2585.09 CaloClusChi2=5.59138 CaloTrajectoryL=-409.176 CaloEoverP=1.49665 EcalPIDe=-1.70689 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=1.20415 TrackChi2PerDof=1.38697 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=20479.3 TrackPt=258.365 CombDLLe=-5.23165 CombDLLmu=-4.0203 CombDLLpi=0 CombDLLk=4.29971 CombDLLp=4.91995 CombDLLd=4.91995 ProbNNe=2.98557e-05 ProbNNpi=0.52535 ProbNNk=0.265691 ProbNNp=0.220325 ProbNNghost=0.48769 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.8546 RichDLLmu=-2.20708 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=20.8178 CaloElectronMatch=436.415 CaloBremMatch=436.415 CaloChargedEcal=3044.28 CaloChargedID=41908 CaloNeutralEcal=3044.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00854 CaloNeutralID=41908 CaloEcalE=0 CaloHcalE=782.91 CaloEcalChi2=436.415 CaloBremChi2=15.7356 CaloClusChi2=20.8178 CaloTrajectoryL=-252.003 CaloEoverP=1.52301 EcalPIDe=-0.0620623 BremPIDe=1.51152 HcalPIDe=-0.560927 HcalPIDmu=0.410648 EcalPIDmu=0.0181838 TrackChi2PerDof=2.88853 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=2200.54 TrackPt=597.45 CombDLLe=-2.97601 CombDLLmu=-2.47489 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.67442e-06 ProbNNpi=0.00100675 ProbNNk=0.101613 ProbNNp=0.00224758 ProbNNghost=0.999759 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.971539 RichDLLmu=1.27624 RichDLLpi=0 RichDLLk=-8.6424 RichDLLp=-5.33265 RichPIDStatus=8130 RichDLLbt=-4.38448 RichDLLd=-4.38448 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.147502 CaloElectronMatch=177.352 CaloChargedEcal=23599 CaloChargedID=43114 CaloEcalE=7918.03 CaloHcalE=37738.8 CaloEcalChi2=177.352 CaloClusChi2=0.147502 CaloTrajectoryL=-119.672 CaloEoverP=0.748259 EcalPIDe=2.17672 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=-3.16364 TrackChi2PerDof=0.596364 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=31731.5 TrackPt=340.005 CombDLLe=-0.658953 CombDLLmu=-4.46005 CombDLLpi=0 CombDLLk=-8.6424 CombDLLp=-5.33265 CombDLLd=-4.38448 ProbNNe=1.68488e-05 ProbNNpi=0.907696 ProbNNk=0.000335908 ProbNNp=0.00244943 ProbNNghost=0.196605 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.5277 RichDLLmu=-4.30261 RichDLLpi=0 RichDLLk=-8.41852 RichDLLp=-7.9153 RichPIDStatus=6083 RichDLLbt=-7.9153 RichDLLd=-7.9153 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.03976 CaloElectronMatch=541.71 CaloChargedEcal=7774.95 CaloChargedID=42860 CaloEcalE=1990.08 CaloHcalE=68126.9 CaloEcalChi2=541.71 CaloClusChi2=2.03976 CaloTrajectoryL=-428.403 CaloEoverP=0.493325 EcalPIDe=-0.427866 HcalPIDe=-1.56856 HcalPIDmu=-0.5717 EcalPIDmu=-1.52466 TrackChi2PerDof=1.60545 TrackNumDof=12 TrackType=5 TrackHistory=33 TrackP=16489.3 TrackPt=193.71 CombDLLe=-3.95971 CombDLLmu=-6.97205 CombDLLpi=0 CombDLLk=-8.41852 CombDLLp=-7.9153 CombDLLd=-7.9153 ProbNNe=4.88177e-11 ProbNNpi=0.926311 ProbNNk=4.28175e-06 ProbNNp=2.20225e-05 ProbNNghost=0.0531723 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=23.3935 RichDLLmu=-1.94436 RichDLLpi=0 RichDLLk=2.70281 RichDLLp=2.70281 RichPIDStatus=5025 RichDLLbt=2.70281 RichDLLd=2.70281 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.07537 CaloElectronMatch=436.637 CaloBremMatch=436.637 CaloChargedEcal=7988.44 CaloChargedID=34510 CaloNeutralEcal=7988.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866058 CaloNeutralID=34510 CaloEcalE=3502.1 CaloHcalE=0 CaloEcalChi2=436.637 CaloClusChi2=2.07537 CaloTrajectoryL=241.419 CaloEoverP=2.23904 EcalPIDe=-0.0510306 HcalPIDe=0.451978 HcalPIDmu=-2.70777 EcalPIDmu=-1.93865 TrackChi2PerDof=1.14936 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3756.86 TrackPt=213.967 CombDLLe=4.08415 CombDLLmu=-7.23913 CombDLLpi=0 CombDLLk=2.70281 CombDLLp=2.70281 CombDLLd=2.70281 ProbNNe=0.999514 ProbNNpi=0.266287 ProbNNk=0.032147 ProbNNp=0.00845746 ProbNNghost=0.16842 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-9.25803 RichDLLmu=-4.0061 RichDLLpi=0 RichDLLk=-2.72562 RichDLLp=-2.72562 RichPIDStatus=5027 RichDLLbt=-2.72562 RichDLLd=-2.72562 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.91255 CaloElectronMatch=120.989 CaloBremMatch=120.989 CaloChargedEcal=3394.19 CaloChargedID=35203 CaloNeutralEcal=3394.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925562 CaloNeutralID=35203 CaloEcalE=1871.54 CaloEcalChi2=120.989 CaloClusChi2=1.91255 CaloTrajectoryL=287.951 CaloEoverP=1.13015 EcalPIDe=1.50525 EcalPIDmu=-2.23495 TrackChi2PerDof=1.57514 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3269.93 TrackPt=241.753 CombDLLe=-0.0865781 CombDLLmu=-6.88798 CombDLLpi=0 CombDLLk=-2.72562 CombDLLp=-2.72562 CombDLLd=-2.72562 ProbNNe=0.893885 ProbNNpi=0.896016 ProbNNk=0.00504926 ProbNNp=0.0297954 ProbNNghost=0.0269177 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.6074 RichDLLmu=5.26713 RichDLLpi=0 RichDLLk=8.55017 RichDLLp=8.55017 RichPIDStatus=5060 RichDLLbt=8.55017 RichDLLd=8.55017 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=16.0901 CaloElectronMatch=2331.46 CaloBremMatch=105.498 CaloChargedEcal=1816.76 CaloChargedID=34548 CaloNeutralEcal=1816.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.699966 CaloNeutralID=34548 CaloEcalE=-25.72 CaloHcalE=2355.15 CaloEcalChi2=2331.46 CaloClusChi2=16.0901 CaloTrajectoryL=12156 CaloEoverP=0.193181 EcalPIDe=-1.81681 HcalPIDe=-0.388666 HcalPIDmu=1.31259 EcalPIDmu=0 TrackChi2PerDof=0.81649 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=10704.9 TrackPt=330.285 CombDLLe=-2.83506 CombDLLmu=6.79454 CombDLLpi=0 CombDLLk=8.55017 CombDLLp=8.55017 CombDLLd=8.55017 ProbNNe=1.55625e-06 ProbNNpi=0.57356 ProbNNk=0.0410636 ProbNNp=0.0985252 ProbNNghost=0.0213882 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=21.1655 RichDLLmu=3.86038 RichDLLpi=0 RichDLLk=7.56887 RichDLLp=7.56887 RichPIDStatus=5089 RichDLLbt=7.56887 RichDLLd=7.56887 MuonMuLL=-0.00803219 MuonBkgLL=-0.724811 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=316.589 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.110782 CaloElectronMatch=12.1284 CaloBremMatch=12.1284 CaloChargedEcal=9437 CaloChargedID=38644 CaloNeutralEcal=9437 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922013 CaloNeutralID=38644 CaloEcalE=7307.87 CaloHcalE=0 CaloEcalChi2=12.1284 CaloClusChi2=0.110782 CaloTrajectoryL=82.8431 CaloEoverP=1.14695 EcalPIDe=3.71102 HcalPIDe=0.685017 HcalPIDmu=-3.20727 EcalPIDmu=-3.71309 TrackChi2PerDof=0.758584 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8359.36 TrackPt=222.895 CombDLLe=7.78909 CombDLLmu=-1.66663 CombDLLpi=0 CombDLLk=7.56887 CombDLLp=7.56887 CombDLLd=8.29369 ProbNNe=0.999983 ProbNNpi=0.0191106 ProbNNk=0.0766736 ProbNNp=0.001526 ProbNNghost=0.380339 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.46126 RichDLLmu=-3.27126 RichDLLpi=0 RichDLLk=1.63023 RichDLLp=1.63023 RichPIDStatus=5025 RichDLLbt=1.63023 RichDLLd=1.63023 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.0355 CaloElectronMatch=8.19057 CaloBremMatch=8.19057 CaloChargedEcal=4286.64 CaloChargedID=34380 CaloNeutralEcal=4286.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959917 CaloNeutralID=34380 CaloEcalE=4092.81 CaloHcalE=0 CaloEcalChi2=8.19057 CaloClusChi2=2.0355 CaloTrajectoryL=128.59 CaloEoverP=0.980546 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-4.07224 TrackChi2PerDof=0.588797 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4555.12 TrackPt=276.553 CombDLLe=4.92128 CombDLLmu=-10.9647 CombDLLpi=0 CombDLLk=1.63023 CombDLLp=1.63023 CombDLLd=1.63023 ProbNNe=0.999561 ProbNNpi=0.317102 ProbNNk=0.0338116 ProbNNp=0.0423483 ProbNNghost=0.33721 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.01857 CaloElectronMatch=439.631 CaloChargedEcal=3270.56 CaloChargedID=34697 CaloEcalE=4401.4 CaloHcalE=0 CaloEcalChi2=439.631 CaloClusChi2=1.01857 CaloTrajectoryL=1106.69 CaloEoverP=0.799606 EcalPIDe=-0.0510306 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-2.09154 TrackChi2PerDof=0.724161 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4239.98 TrackPt=81.9405 CombDLLe=0.400947 CombDLLmu=-4.96234 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.533512 ProbNNpi=0.282227 ProbNNk=0.0041697 ProbNNp=0.0215547 ProbNNghost=0.683272 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=10.5537 RichDLLmu=-0.351791 RichDLLpi=0 RichDLLk=4.74407 RichDLLp=4.74407 RichPIDStatus=5025 RichDLLbt=4.74407 RichDLLd=4.74407 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.23481 CaloElectronMatch=283.396 CaloBremMatch=283.396 CaloChargedEcal=6518.21 CaloChargedID=34480 CaloNeutralEcal=6518.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970566 CaloNeutralID=34480 CaloEcalE=4208.79 CaloHcalE=0 CaloEcalChi2=283.396 CaloClusChi2=1.23481 CaloTrajectoryL=28.7727 CaloEoverP=1.48912 EcalPIDe=0.287807 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-2.56612 TrackChi2PerDof=2.27722 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4530.43 TrackPt=245.292 CombDLLe=2.54499 CombDLLmu=-5.92861 CombDLLpi=0 CombDLLk=4.74407 CombDLLp=4.74407 CombDLLd=4.74407 ProbNNe=0.977866 ProbNNpi=0.0734325 ProbNNk=0.0449178 ProbNNp=0.03689 ProbNNghost=0.824471 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.49498 RichDLLmu=-1.59538 RichDLLpi=0 RichDLLk=1.7322 RichDLLp=1.7322 RichPIDStatus=5025 RichDLLbt=1.7322 RichDLLd=1.7322 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.1771 CaloElectronMatch=909.987 CaloChargedEcal=951.6 CaloChargedID=39231 CaloEcalE=4728.41 CaloHcalE=2599.89 CaloEcalChi2=909.987 CaloClusChi2=2.1771 CaloTrajectoryL=-1272.1 CaloEoverP=0.26362 EcalPIDe=-1.12772 HcalPIDe=-1.28373 HcalPIDmu=0.891619 EcalPIDmu=-1.95315 TrackChi2PerDof=1.91231 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4303.72 TrackPt=89.1697 CombDLLe=-1.97539 CombDLLmu=-3.22222 CombDLLpi=0 CombDLLk=1.7322 CombDLLp=1.7322 CombDLLd=1.7322 ProbNNe=0.561487 ProbNNpi=0.174897 ProbNNk=0.0581753 ProbNNp=0.0606061 ProbNNghost=0.900712 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.4177 RichDLLmu=-0.961982 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.19141 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2017.15 TrackPt=387.993 CombDLLe=-4.05061 CombDLLmu=-1.3304 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00819428 ProbNNpi=0.785636 ProbNNk=0.0415496 ProbNNp=0.0771295 ProbNNghost=0.0101172 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.00726 RichDLLmu=-0.845076 RichDLLpi=0 RichDLLk=1.1144 RichDLLp=1.1144 RichPIDStatus=5060 RichDLLbt=1.1144 RichDLLd=1.1144 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.826052 CaloElectronMatch=828.849 CaloChargedEcal=6676.77 CaloChargedID=43017 CaloEcalE=2242.32 CaloHcalE=4840.43 CaloEcalChi2=828.849 CaloClusChi2=0.826052 CaloTrajectoryL=413.317 CaloEoverP=0.483377 EcalPIDe=-0.547596 HcalPIDe=-0.922699 HcalPIDmu=0.101415 EcalPIDmu=-1.7091 TrackChi2PerDof=2.01275 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=14724.5 TrackPt=275.336 CombDLLe=-2.51373 CombDLLmu=-2.77965 CombDLLpi=0 CombDLLk=1.1144 CombDLLp=1.1144 CombDLLd=1.1144 ProbNNe=0.000969865 ProbNNpi=0.325442 ProbNNk=0.0011516 ProbNNp=0.00057614 ProbNNghost=0.860454 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.62075 RichDLLmu=-2.53146 RichDLLpi=0 RichDLLk=18.1155 RichDLLp=6.66852 RichPIDStatus=8164 RichDLLbt=9.48303 RichDLLd=9.48303 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.425744 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=21801 TrackPt=619.825 CombDLLe=-0.805054 CombDLLmu=-3.26935 CombDLLpi=0 CombDLLk=18.1155 CombDLLp=6.66852 CombDLLd=9.48303 ProbNNe=0.0052904 ProbNNpi=0.205498 ProbNNk=0.963459 ProbNNp=0.297625 ProbNNghost=0.00571682 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.09029 RichDLLmu=-1.46963 RichDLLpi=0 RichDLLk=-22.8242 RichDLLp=-12.1537 RichPIDStatus=8163 RichDLLbt=-13.4865 RichDLLd=-13.4865 MuonMuLL=-0.00290422 MuonBkgLL=-0.437642 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=78.2817 MuonMVA1=-999 MuonMVA2=-1.31888 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=1.20809 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=20303.3 TrackPt=678.756 CombDLLe=-0.886023 CombDLLmu=-1.56548 CombDLLpi=0 CombDLLk=-22.8242 CombDLLp=-12.1537 CombDLLd=-13.0488 ProbNNe=0.973298 ProbNNmu=0.864871 ProbNNpi=0.207069 ProbNNk=8.93904e-06 ProbNNp=0.026054 ProbNNghost=0.342033 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.14992 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4291 RichDLLbt=0 RichDLLd=0 MuonMuLL=-0.740868 MuonBkgLL=-2.25673 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.09926 MuonMVA1=-999 MuonMVA2=0.814069 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.25644 CaloElectronMatch=423.7 CaloBremMatch=423.7 CaloChargedEcal=2118.5 CaloChargedID=39155 CaloNeutralEcal=2118.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703829 CaloNeutralID=39155 CaloEcalE=1842.35 CaloHcalE=887.631 CaloEcalChi2=423.7 CaloClusChi2=5.25644 CaloTrajectoryL=592.641 CaloEoverP=0.413198 EcalPIDe=-0.0264769 HcalPIDe=-0.333658 HcalPIDmu=0.117211 EcalPIDmu=-1.23548 TrackChi2PerDof=1.73474 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=5467.43 TrackPt=290.485 CombDLLe=-1.08378 CombDLLmu=0.397595 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=2.25673 ProbNNe=0.967579 ProbNNmu=0.000341775 ProbNNpi=0.0119214 ProbNNk=0.0445979 ProbNNp=0.0054722 ProbNNghost=0.946512 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.13799 CaloElectronMatch=450.285 CaloChargedEcal=2222.85 CaloChargedID=35062 CaloEcalE=1058.03 CaloHcalE=5342.18 CaloEcalChi2=450.285 CaloClusChi2=3.13799 CaloTrajectoryL=844.74 CaloEoverP=0.593645 EcalPIDe=-0.238625 HcalPIDe=-1.13049 HcalPIDmu=0.260872 EcalPIDmu=-0.216035 TrackChi2PerDof=2.63069 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=4106.85 TrackPt=40.2599 CombDLLe=-1.36911 CombDLLmu=0.044837 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.004264 ProbNNpi=0.0241309 ProbNNk=0.00189085 ProbNNp=0.00476321 ProbNNghost=0.966627 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.504 RichDLLmu=-3.27929 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=2.96156 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2526.21 TrackPt=269.255 CombDLLe=-3.16616 CombDLLmu=-4.0292 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.193903 ProbNNpi=0.51005 ProbNNk=0.030246 ProbNNp=0.13775 ProbNNghost=0.185148 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.642073 RichDLLmu=-0.364317 RichDLLpi=0 RichDLLk=6.9655 RichDLLp=0.400725 RichPIDStatus=139204 RichDLLbt=-2.57326 RichDLLd=-3.95291 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=2.28119 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=74276.3 TrackPt=1211.08 CombDLLe=-0.112353 CombDLLmu=-0.509144 CombDLLpi=0 CombDLLk=6.9655 CombDLLp=0.400725 CombDLLd=-3.95291 ProbNNe=0.473537 ProbNNpi=0.403359 ProbNNk=0.845137 ProbNNp=0.109428 ProbNNghost=0.546948 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.7147 RichDLLmu=-0.394879 RichDLLpi=0 RichDLLk=13.0138 RichDLLp=13.0138 RichPIDStatus=5028 RichDLLbt=13.0138 RichDLLd=13.0138 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.37535 CaloElectronMatch=89.7418 CaloBremMatch=89.7418 CaloChargedEcal=3129.95 CaloChargedID=36012 CaloNeutralEcal=3129.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943135 CaloNeutralID=36012 CaloEcalE=3011.88 CaloHcalE=0 CaloEcalChi2=89.7418 CaloClusChi2=5.37535 CaloTrajectoryL=260.286 CaloEoverP=0.744022 EcalPIDe=1.50525 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-2.34447 TrackChi2PerDof=1.23327 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=4372.39 TrackPt=805.191 CombDLLe=-1.09809 CombDLLmu=-5.76695 CombDLLpi=0 CombDLLk=13.0138 CombDLLp=13.0138 CombDLLd=13.0138 ProbNNe=0.450636 ProbNNpi=0.0631701 ProbNNk=0.372248 ProbNNp=0.770839 ProbNNghost=0.0389605 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.7171 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.535761 TrackNumDof=6 TrackType=5 TrackHistory=33 TrackP=1882.39 TrackPt=91.1812 CombDLLe=-2.15343 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.263703 ProbNNpi=0.134219 ProbNNk=0.0238016 ProbNNp=0.021948 ProbNNghost=0.951822 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.250988 RichDLLmu=-0.0935711 RichDLLpi=0 RichDLLk=-0.381972 RichDLLp=-1.47552 RichPIDStatus=139171 RichDLLbt=-13.0133 RichDLLd=-18.7898 InAccBrem=1 CaloBremChi2=518.222 BremPIDe=0.00954199 TrackChi2PerDof=0.869341 TrackNumDof=26 TrackType=4 TrackHistory=34 TrackP=105634 TrackPt=4348.4 CombDLLe=-0.0343803 CombDLLmu=-0.130984 CombDLLpi=0 CombDLLk=-0.381972 CombDLLp=-1.47552 CombDLLd=-18.7898 ProbNNe=0.0574479 ProbNNmu=0.071703 ProbNNpi=0.452927 ProbNNk=0.0954309 ProbNNp=0.0787964 ProbNNghost=0.0029374 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.792414 RichDLLmu=-0.149806 RichDLLpi=0 RichDLLk=-5.93873 RichDLLp=-10.7339 RichPIDStatus=8099 RichDLLbt=-6.66049 RichDLLd=-6.66049 TrackChi2PerDof=1.13567 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=22962.2 TrackPt=583.238 CombDLLe=-0.138654 CombDLLmu=-0.209665 CombDLLpi=0 CombDLLk=-5.93873 CombDLLp=-10.7339 CombDLLd=-6.66049 ProbNNe=0.00638993 ProbNNmu=0.00729394 ProbNNpi=0.629059 ProbNNk=0.0351936 ProbNNp=0.0501873 ProbNNghost=0.0176509 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-25.3932 RichDLLmu=-12.1796 RichDLLpi=0 RichDLLk=-19.4774 RichDLLp=-18.8172 RichPIDStatus=6051 RichDLLbt=-18.8172 RichDLLd=-18.8172 InAccBrem=1 CaloBremChi2=298.889 BremPIDe=-0.466299 TrackChi2PerDof=1.33372 TrackNumDof=23 TrackType=4 TrackHistory=34 TrackP=9689.86 TrackPt=790.281 CombDLLe=-4.39588 CombDLLmu=-6.89359 CombDLLpi=0 CombDLLk=-19.4774 CombDLLp=-18.8172 CombDLLd=-18.8172 ProbNNe=4.8522e-08 ProbNNmu=0.000495185 ProbNNpi=0.996765 ProbNNk=0.00074489 ProbNNp=4.78822e-05 ProbNNghost=0.000835939 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.46433 RichDLLmu=-4.8861 RichDLLpi=0 RichDLLk=-7.2001 RichDLLp=-7.2001 RichPIDStatus=5027 RichDLLbt=-7.2001 RichDLLd=-7.2001 InAccBrem=1 CaloBremChi2=395.915 BremPIDe=-0.467096 TrackChi2PerDof=1.29321 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=7632.26 TrackPt=469.168 CombDLLe=-1.7584 CombDLLmu=-5.26302 CombDLLpi=0 CombDLLk=-7.2001 CombDLLp=-7.2001 CombDLLd=-7.2001 ProbNNe=0.000994496 ProbNNmu=0.00105657 ProbNNpi=0.913421 ProbNNk=0.100153 ProbNNp=0.0231229 ProbNNghost=0.0126014 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.20241 RichDLLmu=-0.582581 RichDLLpi=0 RichDLLk=0.0498409 RichDLLp=1.42936 RichPIDStatus=6053 RichDLLbt=1.42936 RichDLLd=1.42936 TrackChi2PerDof=2.7775 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=17114.4 TrackPt=538.996 CombDLLe=-0.385033 CombDLLmu=-0.811942 CombDLLpi=0 CombDLLk=0.0498409 CombDLLp=1.42936 CombDLLd=1.42936 ProbNNe=0.00151186 ProbNNmu=0.00176923 ProbNNpi=0.32163 ProbNNk=0.300239 ProbNNp=0.149817 ProbNNghost=0.403229 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-29.1681 RichDLLmu=-5.80627 RichDLLpi=0 RichDLLk=-13.0997 RichDLLp=-13.0997 RichPIDStatus=5027 RichDLLbt=-13.0997 RichDLLd=-13.0997 InAccBrem=1 CaloBremChi2=496.632 BremPIDe=-0.638976 TrackChi2PerDof=0.444635 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=8516.68 TrackPt=531.021 CombDLLe=-4.99701 CombDLLmu=-5.75014 CombDLLpi=0 CombDLLk=-13.0997 CombDLLp=-13.0997 CombDLLd=-13.0997 ProbNNe=3.75498e-08 ProbNNmu=0.00163059 ProbNNpi=0.994008 ProbNNk=0.000515484 ProbNNp=0.00035325 ProbNNghost=0.00185548 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.6253 RichDLLmu=-1.54656 RichDLLpi=0 RichDLLk=0.0309774 RichDLLp=0.0309774 RichPIDStatus=5028 RichDLLbt=0.0309774 RichDLLd=0.0309774 InAccBrem=1 CaloBremChi2=170.324 BremPIDe=-0.224977 TrackChi2PerDof=0.640705 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=2618.09 TrackPt=492.489 CombDLLe=-3.26762 CombDLLmu=-2.09867 CombDLLpi=0 CombDLLk=0.0309774 CombDLLp=0.0309774 CombDLLd=0.0309774 ProbNNe=3.34399e-06 ProbNNmu=0.00453675 ProbNNpi=0.878549 ProbNNk=0.0830935 ProbNNp=0.025991 ProbNNghost=0.01102 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.1341 RichDLLmu=-3.22187 RichDLLpi=0 RichDLLk=18.6872 RichDLLp=18.6872 RichPIDStatus=5028 RichDLLbt=18.6872 RichDLLd=18.6872 TrackChi2PerDof=1.12414 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=4642.19 TrackPt=1124.17 CombDLLe=-2.21928 CombDLLmu=-3.97509 CombDLLpi=0 CombDLLk=18.6872 CombDLLp=18.6872 CombDLLd=18.6872 ProbNNe=4.62383e-06 ProbNNmu=0.00534118 ProbNNpi=0.494787 ProbNNk=0.281904 ProbNNp=0.236756 ProbNNghost=0.022395 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.4555 RichDLLmu=-2.24614 RichDLLpi=0 RichDLLk=13.8172 RichDLLp=23.3071 RichPIDStatus=6053 RichDLLbt=23.3071 RichDLLd=23.3071 InAccBrem=1 CaloBremChi2=1173.89 BremPIDe=-0.621385 TrackChi2PerDof=0.579987 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=10798.8 TrackPt=2500.95 CombDLLe=-1.2246 CombDLLmu=-2.94884 CombDLLpi=0 CombDLLk=13.8172 CombDLLp=23.3071 CombDLLd=23.3071 ProbNNe=1.30677e-05 ProbNNmu=0.000843436 ProbNNpi=0.0732621 ProbNNk=0.674446 ProbNNp=0.758825 ProbNNghost=0.0390118 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-30.8236 RichDLLmu=-5.66871 RichDLLpi=0 RichDLLk=2.28357 RichDLLp=2.28357 RichPIDStatus=5028 RichDLLbt=2.28357 RichDLLd=2.28357 InAccBrem=1 CaloBremChi2=726.985 BremPIDe=-0.553589 TrackChi2PerDof=1.01003 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=3727.37 TrackPt=702.08 CombDLLe=-5.08449 CombDLLmu=-5.68607 CombDLLpi=0 CombDLLk=2.28357 CombDLLp=2.28357 CombDLLd=2.28357 ProbNNe=2.11338e-07 ProbNNmu=0.00232111 ProbNNpi=0.845226 ProbNNk=0.111627 ProbNNp=0.058338 ProbNNghost=0.0288784 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.300666 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=36220.3 TrackPt=786.678 ProbNNe=0.00303876 ProbNNmu=0.00508866 ProbNNpi=0.709872 ProbNNk=0.174566 ProbNNp=0.130678 ProbNNghost=0.00388639 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-32.5599 RichDLLmu=-4.12222 RichDLLpi=0 RichDLLk=1.43828 RichDLLp=1.43828 RichPIDStatus=5028 RichDLLbt=1.43828 RichDLLd=1.43828 InAccBrem=1 CaloBremChi2=205.27 BremPIDe=-0.296068 TrackChi2PerDof=0.799452 TrackNumDof=12 TrackType=4 TrackHistory=34 TrackP=3115.54 TrackPt=781.392 CombDLLe=-4.99859 CombDLLmu=-4.74237 CombDLLpi=0 CombDLLk=1.43828 CombDLLp=1.43828 CombDLLd=1.43828 ProbNNe=9.37291e-08 ProbNNmu=0.00352144 ProbNNpi=0.884765 ProbNNk=0.034915 ProbNNp=0.0118706 ProbNNghost=0.00510013 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-33.4666 RichDLLmu=-10.9825 RichDLLpi=0 RichDLLk=0.211042 RichDLLp=0.211042 RichPIDStatus=5028 RichDLLbt=0.211042 RichDLLd=0.211042 InAccBrem=1 CaloBremChi2=333.105 BremPIDe=-0.373552 TrackChi2PerDof=0.749718 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=2634.53 TrackPt=480.988 CombDLLe=-5.16182 CombDLLmu=-6.82903 CombDLLpi=0 CombDLLk=0.211042 CombDLLp=0.211042 CombDLLd=0.211042 ProbNNe=1.96572e-07 ProbNNmu=0.00135468 ProbNNpi=0.856022 ProbNNk=0.116602 ProbNNp=0.0586936 ProbNNghost=0.00965226 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-27.5288 RichDLLmu=-0.414821 RichDLLpi=0 RichDLLk=1.37291 RichDLLp=1.37291 RichPIDStatus=5028 RichDLLbt=1.37291 RichDLLd=1.37291 InAccBrem=1 CaloBremChi2=103.516 BremPIDe=0.185338 TrackChi2PerDof=0.468819 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=2682.49 TrackPt=564.404 CombDLLe=-3.99253 CombDLLmu=-0.57942 CombDLLpi=0 CombDLLk=1.37291 CombDLLp=1.37291 CombDLLd=1.37291 ProbNNe=3.83896e-07 ProbNNmu=0.00752461 ProbNNpi=0.927896 ProbNNk=0.0152994 ProbNNp=0.00729641 ProbNNghost=0.00558848 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-28.4671 RichDLLmu=-0.542549 RichDLLpi=0 RichDLLk=2.24834 RichDLLp=2.24834 RichPIDStatus=5028 RichDLLbt=2.24834 RichDLLd=2.24834 InAccBrem=1 CaloBremChi2=138.242 BremPIDe=0.00370359 TrackChi2PerDof=1.44736 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=3172.86 TrackPt=729.707 CombDLLe=-4.27839 CombDLLmu=-0.756602 CombDLLpi=0 CombDLLk=2.24834 CombDLLp=2.24834 CombDLLd=2.24834 ProbNNe=6.92342e-07 ProbNNmu=0.00893423 ProbNNpi=0.888788 ProbNNk=0.0294598 ProbNNp=0.0234609 ProbNNghost=0.0448545 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.396 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=34351.4 TrackPt=512.864 ProbNNe=0.00536547 ProbNNmu=0.00509115 ProbNNpi=0.717365 ProbNNk=0.14239 ProbNNp=0.134295 ProbNNghost=0.0253491 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-34.2329 RichDLLmu=-11.4822 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 TrackChi2PerDof=1.05742 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=2332.88 TrackPt=619.759 CombDLLe=-4.85869 CombDLLmu=-6.85969 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=9.89896e-07 ProbNNmu=0.00333515 ProbNNpi=0.729672 ProbNNk=0.187164 ProbNNp=0.125764 ProbNNghost=0.0666455 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-30.8725 RichDLLmu=-7.36729 RichDLLpi=0 RichDLLk=3.42886 RichDLLp=3.42886 RichPIDStatus=5028 RichDLLbt=3.42886 RichDLLd=3.42886 InAccBrem=1 CaloBremChi2=38.6486 BremPIDe=1.38763 TrackChi2PerDof=0.810018 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=3126.44 TrackPt=833.484 CombDLLe=-3.14824 CombDLLmu=-6.30165 CombDLLpi=0 CombDLLk=3.42886 CombDLLp=3.42886 CombDLLd=3.42886 ProbNNe=6.67022e-07 ProbNNmu=0.00470647 ProbNNpi=0.808415 ProbNNk=0.123542 ProbNNp=0.0699656 ProbNNghost=0.0122816 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-22.1894 RichDLLmu=-16.6864 RichDLLpi=0 RichDLLk=9.53585 RichDLLp=9.53585 RichPIDStatus=5028 RichDLLbt=9.53585 RichDLLd=9.53585 InAccBrem=1 CaloBremChi2=434.034 BremPIDe=-0.4614 TrackChi2PerDof=0.78535 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=4596.54 TrackPt=1303.04 CombDLLe=-3.98983 CombDLLmu=-6.98235 CombDLLpi=0 CombDLLk=9.53585 CombDLLp=9.53585 CombDLLd=9.53585 ProbNNe=6.93001e-06 ProbNNmu=0.000967181 ProbNNpi=0.901826 ProbNNk=0.0669934 ProbNNp=0.0635613 ProbNNghost=0.00652572 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.950458 ShowerShape=15889.1 ClusterMass=182.599 CaloNeutralEcal=24319.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889958 CaloNeutralID=34610 CaloNeutralE19=0.432931 CaloClusterCode=-98 CaloClusterFrac=0.999985 IsPhoton=0.0010584 IsNotH=0.0191414 IsPhotonXGB=0.0685657 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=3.58837 ShowerShape=38248.1 ClusterMass=113.865 CaloNeutralEcal=16961 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978254 CaloNeutralID=34895 CaloNeutralE19=0.39465 CaloClusterCode=-63 CaloClusterFrac=0.99995 IsPhoton=0.179938 IsNotH=0.0902856 IsPhotonXGB=0.528794 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.665862 ShowerShape=27981.1 ClusterMass=90.5875 CaloNeutralEcal=13261.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968396 CaloNeutralID=34866 CaloNeutralE19=0.361153 CaloClusterCode=90 CaloClusterFrac=0.999999 IsPhoton=0.000668093 IsNotH=0.0352357 IsPhotonXGB=0.589562 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.743765 ShowerShape=16779.6 ClusterMass=46.6025 CaloNeutralEcal=7019.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948776 CaloNeutralID=34630 CaloNeutralE19=0.499876 CaloClusterCode=90 CaloClusterFrac=0.999924 IsPhoton=0.27469 IsNotH=0.0461772 IsPhotonXGB=0.994444 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.27092 ShowerShape=7757.03 CaloNeutralEcal=9873.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841413 CaloNeutralID=38846 CaloNeutralE19=0.282058 CaloClusterCode=97 CaloClusterFrac=1.00055 IsPhoton=1 IsNotH=0.00974653 IsPhotonXGB=1 ClusterAsX=-0.165177 ClusterAsY=0.482435 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.30688 ShowerShape=10527.8 CaloNeutralEcal=5845.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815692 CaloNeutralID=35059 CaloNeutralE19=0.369634 CaloClusterCode=-93 CaloClusterFrac=1.00117 IsPhoton=1 IsNotH=0.0169936 IsPhotonXGB=1 ClusterAsX=-0.178202 ClusterAsY=-0.110054 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.65476 ShowerShape=3170.03 CaloNeutralEcal=31952.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.632085 CaloNeutralID=43094 CaloNeutralE19=0.237533 CaloClusterCode=-90 CaloClusterFrac=0.920879 IsPhoton=1 IsNotH=0.000140209 IsPhotonXGB=1 ClusterAsX=0.0336268 ClusterAsY=-0.30346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=47.4319 ShowerShape=1385.48 CaloNeutralEcal=7203 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948287 CaloNeutralID=38275 CaloNeutralE19=0.788247 CaloClusterCode=-93 CaloClusterFrac=0.990702 IsPhoton=1 IsNotH=0.937931 IsPhotonXGB=1 ClusterAsX=-0.0644431 ClusterAsY=0.0726524 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.6977 ShowerShape=3808.75 CaloNeutralEcal=8937.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983907 CaloNeutralID=34083 CaloNeutralE19=0.786548 CaloClusterCode=-95 CaloClusterFrac=0.992678 IsPhoton=1 IsNotH=0.633324 IsPhotonXGB=1 ClusterAsX=0.193192 ClusterAsY=-0.000257136 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.7467 ShowerShape=807.137 CaloNeutralEcal=29197.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917734 CaloNeutralID=42665 CaloNeutralE19=0.651063 CaloClusterCode=-97 CaloClusterFrac=0.999818 IsPhoton=1 IsNotH=0.88178 IsPhotonXGB=1 ClusterAsX=-0.0698603 ClusterAsY=0.211148 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.944 ShowerShape=13749 CaloNeutralEcal=6401.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.998057 CaloNeutralID=38848 CaloNeutralE19=0.581486 CaloClusterCode=65 CaloClusterFrac=1.00452 IsPhoton=1 IsNotH=0.0277179 IsPhotonXGB=1 ClusterAsX=0.0290177 ClusterAsY=0.314037 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.8871 ShowerShape=16066.5 CaloNeutralEcal=3125.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967476 CaloNeutralID=34689 CaloNeutralE19=0.565503 CaloClusterCode=98 IsPhoton=1 IsNotH=0.0775861 IsPhotonXGB=1 ClusterAsX=0.380407 ClusterAsY=0.342587 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.57238 ShowerShape=2770.16 CaloNeutralEcal=6777.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.79815 CaloNeutralID=38278 CaloNeutralE19=0.425344 CaloClusterCode=-93 CaloClusterFrac=0.999994 IsPhoton=1 IsNotH=0.0381554 IsPhotonXGB=1 ClusterAsX=-0.355187 ClusterAsY=0.0626885 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=38.4902 ShowerShape=4284.37 CaloNeutralEcal=6401.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.764022 CaloNeutralID=38007 CaloNeutralE19=0.472647 CaloClusterCode=95 CaloClusterFrac=0.999716 IsPhoton=1 IsNotH=0.0307157 IsPhotonXGB=1 ClusterAsX=-0.0127246 ClusterAsY=0.219646 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=99.7449 ShowerShape=819.296 CaloNeutralEcal=15809.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945209 CaloNeutralID=42450 CaloNeutralE19=0.768643 CaloClusterCode=-91 CaloClusterFrac=0.984438 IsPhoton=1 IsNotH=0.979341 IsPhotonXGB=1 ClusterAsX=-0.0788537 ClusterAsY=-0.0941104 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.85352 ShowerShape=6271.16 CaloNeutralEcal=3129.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943135 CaloNeutralID=36012 CaloNeutralE19=0.738574 CaloClusterCode=-93 CaloClusterFrac=0.834259 IsPhoton=1 IsNotH=0.114516 IsPhotonXGB=1 ClusterAsX=-0.160284 ClusterAsY=0.0688695 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.256 ShowerShape=2608.41 CaloNeutralEcal=8220.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898126 CaloNeutralID=39409 CaloNeutralE19=0.634357 CaloClusterCode=-91 CaloClusterFrac=0.999957 IsPhoton=1 IsNotH=0.697179 IsPhotonXGB=1 ClusterAsX=0.00377927 ClusterAsY=-0.140282 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=148.812 ShowerShape=9219.73 CaloNeutralEcal=5003.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976566 CaloNeutralID=33826 CaloNeutralE19=0.442634 CaloClusterCode=-91 CaloClusterFrac=1.0077 IsPhoton=1 IsNotH=0.142897 IsPhotonXGB=1 ClusterAsX=-0.178841 ClusterAsY=-0.497507 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.02143 ShowerShape=8651.85 CaloNeutralEcal=2906.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844678 CaloNeutralID=35893 CaloNeutralE19=0.469349 CaloClusterCode=-91 CaloClusterFrac=1.00674 IsPhoton=1 IsNotH=0.111025 IsPhotonXGB=1 ClusterAsX=0.0472587 ClusterAsY=-0.23797 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.535 ShowerShape=930.861 CaloNeutralEcal=8161.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935704 CaloNeutralID=43764 CaloNeutralE19=0.667271 CaloClusterCode=-91 CaloClusterFrac=0.852408 IsPhoton=1 IsNotH=0.750458 IsPhotonXGB=1 ClusterAsX=0.0594906 ClusterAsY=-0.229203 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.78141 ShowerShape=7709.76 CaloNeutralEcal=2275.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912984 CaloNeutralID=34814 CaloNeutralE19=0.505536 CaloClusterCode=97 IsPhoton=1 IsNotH=0.134712 IsPhotonXGB=1 ClusterAsX=0.117093 ClusterAsY=0.230961 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=102.364 ShowerShape=1612.55 CaloNeutralEcal=18394.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945456 CaloNeutralID=42336 CaloNeutralE19=0.546189 CaloClusterCode=91 CaloClusterFrac=0.99985 IsPhoton=1 IsNotH=0.891182 IsPhotonXGB=1 ClusterAsX=0.0737283 ClusterAsY=-0.304177 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=57.4958 ShowerShape=2482.12 CaloNeutralEcal=20680.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767251 CaloNeutralID=42533 CaloNeutralE19=0.35917 CaloClusterCode=96 CaloClusterFrac=0.999965 IsPhoton=1 IsNotH=0.00364465 IsPhotonXGB=1 ClusterAsX=-0.222653 ClusterAsY=0.383436 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.25644 ShowerShape=4249.75 CaloNeutralEcal=7760.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.780942 CaloNeutralID=38896 CaloNeutralE19=0.513398 CaloClusterCode=62 CaloClusterFrac=0.999976 IsPhoton=1 IsNotH=0.0309929 IsPhotonXGB=1 ClusterAsX=-0.0375756 ClusterAsY=-0.0689771 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=492.171 ShowerShape=5602.67 CaloNeutralEcal=2098.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946743 CaloNeutralID=33851 CaloNeutralE19=0.734926 CaloClusterCode=98 CaloClusterFrac=1.00193 IsPhoton=1 IsNotH=0.472859 IsPhotonXGB=1 ClusterAsX=0.232997 ClusterAsY=0.0802114 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=205.836 ShowerShape=10898.1 CaloNeutralEcal=4886.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937414 CaloNeutralID=35495 CaloNeutralE19=0.772231 CaloClusterCode=68 IsPhoton=1 IsNotH=0.650368 IsPhotonXGB=1 ClusterAsX=0.0835576 ClusterAsY=0.18482 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.5327 ShowerShape=7438.17 CaloNeutralEcal=3401.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88919 CaloNeutralID=35816 CaloNeutralE19=0.601103 CaloClusterCode=95 CaloClusterFrac=0.999721 IsPhoton=1 IsNotH=0.164385 IsPhotonXGB=1 ClusterAsX=0.105951 ClusterAsY=0.123747 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.0812 ShowerShape=685.631 CaloNeutralEcal=17218.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978635 CaloNeutralID=42585 CaloNeutralE19=0.621372 CaloClusterCode=-63 CaloClusterFrac=0.985365 IsPhoton=1 IsNotH=0.907788 IsPhotonXGB=1 ClusterAsX=-0.293278 ClusterAsY=-0.0927854 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.3565 ShowerShape=9304.66 CaloNeutralEcal=3571.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933254 CaloNeutralID=34023 CaloNeutralE19=0.533755 CaloClusterCode=-97 CaloClusterFrac=0.978329 IsPhoton=1 IsNotH=0.292523 IsPhotonXGB=1 ClusterAsX=-0.00797062 ClusterAsY=0.331838 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.24442 ShowerShape=3427.18 CaloNeutralEcal=3947.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917666 CaloNeutralID=38970 CaloNeutralE19=0.293655 CaloClusterCode=91 CaloClusterFrac=1.0014 IsPhoton=1 IsNotH=0.0738124 IsPhotonXGB=1 ClusterAsX=0.361449 ClusterAsY=-0.408851 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.4124 ShowerShape=2209.25 CaloNeutralEcal=7771.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800544 CaloNeutralID=42417 CaloNeutralE19=0.345242 CaloClusterCode=-97 CaloClusterFrac=0.998744 IsPhoton=1 IsNotH=0.105249 IsPhotonXGB=1 ClusterAsX=-0.0782702 ClusterAsY=0.246405 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=65.7387 ShowerShape=3404.42 CaloNeutralEcal=3795.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932411 CaloNeutralID=33953 CaloNeutralE19=0.841311 CaloClusterCode=-96 CaloClusterFrac=1.00914 IsPhoton=1 IsNotH=0.846451 IsPhotonXGB=1 ClusterAsX=-0.0159084 ClusterAsY=0.0781489 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=319.352 ShowerShape=3439.41 CaloNeutralEcal=1704 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973329 CaloNeutralID=34238 CaloNeutralE19=0.756762 CaloClusterCode=95 CaloClusterFrac=1.03375 IsPhoton=1 IsNotH=0.553243 IsPhotonXGB=1 ClusterAsX=0.201288 ClusterAsY=0.00355954 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.4106 ShowerShape=11859.9 CaloNeutralEcal=2222.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971815 CaloNeutralID=35062 CaloNeutralE19=0.934832 CaloClusterCode=91 CaloClusterFrac=1.0185 IsPhoton=1 IsNotH=0.871524 IsPhotonXGB=1 ClusterAsX=-0.0224994 ClusterAsY=-0.011002 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=335.25 ShowerShape=2194.25 CaloNeutralEcal=4643.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927303 CaloNeutralID=39978 CaloNeutralE19=0.442607 CaloClusterCode=-93 CaloClusterFrac=1.01359 IsPhoton=1 IsNotH=0.336518 IsPhotonXGB=1 ClusterAsX=-0.26297 ClusterAsY=-0.25942 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.2086 ShowerShape=921.879 CaloNeutralEcal=6091.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914623 CaloNeutralID=43339 CaloNeutralE19=0.414473 CaloClusterCode=91 CaloClusterFrac=1.01499 IsPhoton=1 IsNotH=0.6505 IsPhotonXGB=1 ClusterAsX=0.0675567 ClusterAsY=-0.50866 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=129.081 ShowerShape=1100.91 CaloNeutralEcal=11085.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877537 CaloNeutralID=43493 CaloNeutralE19=0.423254 CaloClusterCode=-91 CaloClusterFrac=0.846262 IsPhoton=1 IsNotH=0.452048 IsPhotonXGB=1 ClusterAsX=-0.192112 ClusterAsY=-0.313044 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=216.702 ShowerShape=756.676 CaloNeutralEcal=14264.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866808 CaloNeutralID=43427 CaloNeutralE19=0.660413 CaloClusterCode=-63 CaloClusterFrac=0.870705 IsPhoton=1 IsNotH=0.296995 IsPhotonXGB=1 ClusterAsX=0.00790648 ClusterAsY=0.185675 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=697.628 ShowerShape=2073.35 CaloNeutralEcal=4422.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876462 CaloNeutralID=40031 CaloNeutralE19=0.432441 CaloClusterCode=93 CaloClusterFrac=0.999929 IsPhoton=1 IsNotH=0.198052 IsPhotonXGB=1 ClusterAsX=-0.288344 ClusterAsY=-0.0685394 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.4337 ShowerShape=2200.62 CaloNeutralEcal=6139.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907412 CaloNeutralID=43536 CaloNeutralE19=0.620118 CaloClusterCode=-93 CaloClusterFrac=0.950242 IsPhoton=1 IsNotH=0.540048 IsPhotonXGB=1 ClusterAsX=-0.181538 ClusterAsY=0.0823465 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=114.083 ShowerShape=15540.7 CaloNeutralEcal=1668.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.765926 CaloNeutralID=35445 CaloNeutralE19=0.4306 CaloClusterCode=-95 CaloClusterFrac=1.01001 IsPhoton=1 IsNotH=0.0125046 IsPhotonXGB=1 ClusterAsX=0.0295861 ClusterAsY=0.0906989 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=240.267 ShowerShape=7283.23 CaloNeutralEcal=2182.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90385 CaloNeutralID=33898 CaloNeutralE19=0.670336 CaloClusterCode=93 CaloClusterFrac=1.02041 IsPhoton=1 IsNotH=0.455523 IsPhotonXGB=1 ClusterAsX=-0.150141 ClusterAsY=-0.0142597 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=376.208 ShowerShape=1069.87 CaloNeutralEcal=5137.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966106 CaloNeutralID=39706 CaloNeutralE19=0.793471 CaloClusterCode=65 CaloClusterFrac=1.00306 IsPhoton=1 IsNotH=0.913924 IsPhotonXGB=1 ClusterAsX=0.0773548 ClusterAsY=0.056734 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.03773 ShowerShape=1973 CaloNeutralEcal=4501.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694504 CaloNeutralID=42697 CaloNeutralE19=0.297459 CaloClusterCode=-90 CaloClusterFrac=0.997233 IsPhoton=1 IsNotH=0.000589213 IsPhotonXGB=1 ClusterAsX=-0.206879 ClusterAsY=-0.166238 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.7047 ShowerShape=1257.26 CaloNeutralEcal=6721.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.81576 CaloNeutralID=42452 CaloNeutralE19=0.491801 CaloClusterCode=-98 CaloClusterFrac=0.933555 IsPhoton=1 IsNotH=0.0339567 IsPhotonXGB=1 ClusterAsX=0.284567 ClusterAsY=0.0636292 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=190.692 ShowerShape=12884 CaloNeutralEcal=1590.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938972 CaloNeutralID=33619 CaloNeutralE19=0.437752 CaloClusterCode=93 CaloClusterFrac=1.03151 IsPhoton=1 IsNotH=0.0831779 IsPhotonXGB=1 ClusterAsX=-0.266086 ClusterAsY=0.183337 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.1674 ShowerShape=14751 CaloNeutralEcal=2319.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951856 CaloNeutralID=34089 CaloNeutralE19=0.489963 CaloClusterCode=-97 CaloClusterFrac=1.018 IsPhoton=1 IsNotH=0.163874 IsPhotonXGB=1 ClusterAsX=0.184945 ClusterAsY=0.362379 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.54772 ShowerShape=3156.69 CaloNeutralEcal=2779.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92914 CaloNeutralID=38647 CaloNeutralE19=0.572967 CaloClusterCode=-91 CaloClusterFrac=0.989936 IsPhoton=1 IsNotH=0.352764 IsPhotonXGB=1 ClusterAsX=-0.133655 ClusterAsY=-0.253374 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.33393 ShowerShape=1641.2 CaloNeutralEcal=6237.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.763357 CaloNeutralID=42734 CaloNeutralE19=0.343336 CaloClusterCode=-90 CaloClusterFrac=0.952711 IsPhoton=1 IsNotH=0.00188697 IsPhotonXGB=1 ClusterAsX=-0.358592 ClusterAsY=-0.14817 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=114.578 ShowerShape=741.933 CaloNeutralEcal=10198.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884368 CaloNeutralID=42459 CaloNeutralE19=0.665554 CaloClusterCode=-95 CaloClusterFrac=1.00152 IsPhoton=1 IsNotH=0.836262 IsPhotonXGB=1 ClusterAsX=0.0854811 ClusterAsY=0.100521 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=293.191 ShowerShape=3062.25 CaloNeutralEcal=2980.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.774853 CaloNeutralID=40149 CaloNeutralE19=0.478005 CaloClusterCode=63 CaloClusterFrac=1.01596 IsPhoton=1 IsNotH=0.0694714 IsPhotonXGB=1 ClusterAsX=-0.0968457 ClusterAsY=0.0743193 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.3293 ShowerShape=1097.18 CaloNeutralEcal=5856.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896829 CaloNeutralID=43409 CaloNeutralE19=0.652833 CaloClusterCode=-95 CaloClusterFrac=0.966295 IsPhoton=1 IsNotH=0.711148 IsPhotonXGB=1 ClusterAsX=0.177354 ClusterAsY=0.0740203 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.0919 ShowerShape=3453.04 CaloNeutralEcal=2643.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793389 CaloNeutralID=38472 CaloNeutralE19=0.277311 CaloClusterCode=93 CaloClusterFrac=0.999835 IsPhoton=1 IsNotH=0.00744752 IsPhotonXGB=1 ClusterAsX=-0.344123 ClusterAsY=-0.289953 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=136.648 ShowerShape=1411.38 CaloNeutralEcal=2524.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856786 CaloNeutralID=38026 CaloNeutralE19=0.743701 CaloClusterCode=97 CaloClusterFrac=0.999967 IsPhoton=1 IsNotH=0.88876 IsPhotonXGB=1 ClusterAsX=0.0136382 ClusterAsY=0.00474297 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.7496 ShowerShape=1606.97 CaloNeutralEcal=9864.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.866031 CaloNeutralID=43223 CaloNeutralE19=0.260106 CaloClusterCode=-60 CaloClusterFrac=0.999877 IsPhoton=1 IsNotH=0.0101737 IsPhotonXGB=1 ClusterAsX=-0.444368 ClusterAsY=-0.351313 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.6818 ShowerShape=4136.72 CaloNeutralEcal=2837.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.631989 CaloNeutralID=37779 CaloNeutralE19=0.316553 CaloClusterCode=95 CaloClusterFrac=1.01202 IsPhoton=1 IsNotH=0.00402853 IsPhotonXGB=1 ClusterAsX=-0.106396 ClusterAsY=0.00828521 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=75.2689 ShowerShape=2180.6 CaloNeutralEcal=3785.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.81022 CaloNeutralID=37983 CaloNeutralE19=0.593569 CaloClusterCode=-97 CaloClusterFrac=0.919859 IsPhoton=1 IsNotH=0.0901656 IsPhotonXGB=1 ClusterAsX=0.0500221 ClusterAsY=0.00502569 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=523.94 ShowerShape=4745.13 CaloNeutralEcal=1625.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988642 CaloNeutralID=33689 CaloNeutralE19=0.726381 CaloClusterCode=93 CaloClusterFrac=1.01567 IsPhoton=1 IsNotH=0.581101 IsPhotonXGB=1 ClusterAsX=-0.26257 ClusterAsY=-0.0139803 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=42.2194 ShowerShape=2720.62 CaloNeutralEcal=2219.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.919758 CaloNeutralID=38521 CaloNeutralE19=0.601348 CaloClusterCode=-95 CaloClusterFrac=1.00137 IsPhoton=1 IsNotH=0.559264 IsPhotonXGB=1 ClusterAsX=0.200309 ClusterAsY=-0.159214 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.357 ShowerShape=13371.4 CaloNeutralEcal=1826.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.694509 CaloNeutralID=35812 CaloNeutralE19=0.417485 CaloClusterCode=90 CaloClusterFrac=1.00697 IsPhoton=1 IsNotH=0.00579463 IsPhotonXGB=1 ClusterAsX=-0.147453 ClusterAsY=-0.205316 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=172.394 ShowerShape=1439.23 CaloNeutralEcal=4305.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941462 CaloNeutralID=39776 CaloNeutralE19=0.730884 CaloClusterCode=-92 CaloClusterFrac=1.01049 IsPhoton=1 IsNotH=0.728741 IsPhotonXGB=1 ClusterAsX=0.2349 ClusterAsY=-0.100782 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=28.9612 ShowerShape=1502.77 CaloNeutralEcal=6535.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884919 CaloNeutralID=43435 CaloNeutralE19=0.483087 CaloClusterCode=93 CaloClusterFrac=1.00282 IsPhoton=1 IsNotH=0.32646 IsPhotonXGB=1 ClusterAsX=-0.217593 ClusterAsY=-0.193179 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.884 ShowerShape=2592.15 CaloNeutralEcal=5676.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.689666 CaloNeutralID=43118 CaloNeutralE19=0.373534 CaloClusterCode=-92 CaloClusterFrac=0.99604 IsPhoton=1 IsNotH=0.00363124 IsPhotonXGB=1 ClusterAsX=0.114194 ClusterAsY=0.035157 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.37535 ShowerShape=5325.53 CaloNeutralEcal=1461.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969046 CaloNeutralID=35883 CaloNeutralE19=0.490267 CaloClusterCode=-97 CaloClusterFrac=1.05691 IsPhoton=1 IsNotH=0.532517 IsPhotonXGB=1 ClusterAsX=0.00267553 ClusterAsY=0.478718 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.8178 ShowerShape=844.463 CaloNeutralEcal=3044.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00854 CaloNeutralID=41908 CaloNeutralE19=0.751325 CaloClusterCode=63 IsPhoton=1 IsNotH=0.837107 IsPhotonXGB=1 ClusterAsX=-0.191412 ClusterAsY=-0.0920946 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=107.141 ShowerShape=6334.34 CaloNeutralEcal=1140.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.947012 CaloNeutralID=35315 CaloNeutralE19=0.596585 CaloClusterCode=-95 CaloClusterFrac=0.881225 IsPhoton=1 IsNotH=0.151306 IsPhotonXGB=1 ClusterAsX=0.320075 ClusterAsY=-0.0738956 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=388.464 ShowerShape=1869.87 CaloNeutralEcal=2601.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979843 CaloNeutralID=39851 CaloNeutralE19=0.620028 CaloClusterCode=-96 CaloClusterFrac=1.00875 IsPhoton=1 IsNotH=0.188443 IsPhotonXGB=1 ClusterAsX=-0.275879 ClusterAsY=0.3394 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.4401 ShowerShape=9660.39 CaloNeutralEcal=988.936 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91171 CaloNeutralID=35015 CaloNeutralE19=0.376259 CaloClusterCode=98 CaloClusterFrac=1.00425 IsPhoton=1 IsNotH=0.0206242 IsPhotonXGB=1 ClusterAsX=0.288536 ClusterAsY=0.405815 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.1005 ShowerShape=694.521 CaloNeutralEcal=4332.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94448 CaloNeutralID=42086 CaloNeutralE19=0.620959 CaloClusterCode=91 IsPhoton=1 IsNotH=0.811094 IsPhotonXGB=1 ClusterAsX=0.131365 ClusterAsY=-0.237302 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.92541 ShowerShape=3066.32 CaloNeutralEcal=2443.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.848148 CaloNeutralID=39117 CaloNeutralE19=0.35753 CaloClusterCode=95 IsPhoton=1 IsNotH=0.0772982 IsPhotonXGB=1 ClusterAsX=0.521044 ClusterAsY=-0.0553229 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.1452 ShowerShape=12304.6 CaloNeutralEcal=846.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738293 CaloNeutralID=34243 CaloNeutralE19=0.330245 CaloClusterCode=93 CaloClusterFrac=1.06616 IsPhoton=1 IsNotH=0.00419732 IsPhotonXGB=1 ClusterAsX=0.146351 ClusterAsY=-0.234874 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.2653 ShowerShape=4329.72 CaloNeutralEcal=1032 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955047 CaloNeutralID=35187 CaloNeutralE19=0.787575 CaloClusterCode=-97 CaloClusterFrac=0.909528 IsPhoton=1 IsNotH=0.46319 IsPhotonXGB=1 ClusterAsX=0.0266696 ClusterAsY=0.140795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.0516 ShowerShape=17860.9 CaloNeutralEcal=855.031 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949107 CaloNeutralID=34614 CaloNeutralE19=0.526872 CaloClusterCode=-93 CaloClusterFrac=0.845546 IsPhoton=1 IsNotH=0.033858 IsPhotonXGB=1 ClusterAsX=-0.405311 ClusterAsY=-0.185201 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.03562 ShowerShape=5016.14 CaloNeutralEcal=2118.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703829 CaloNeutralID=39155 CaloNeutralE19=0.393171 CaloClusterCode=-95 CaloClusterFrac=0.935757 IsPhoton=1 IsNotH=0.00431705 IsPhotonXGB=1 ClusterAsX=0.109988 ClusterAsY=-0.0841235 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.6255 ShowerShape=2318.04 CaloNeutralEcal=2204.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.8293 CaloNeutralID=43255 CaloNeutralE19=0.506252 CaloClusterCode=-60 CaloClusterFrac=0.765525 IsPhoton=1 IsNotH=0.000905881 IsPhotonXGB=1 ClusterAsX=-0.133097 ClusterAsY=-0.195927 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2103.58 CaloNeutralEcal=926.317 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959945 CaloNeutralID=33241 CaloNeutralE19=0.883497 CaloClusterCode=95 CaloClusterFrac=1.02933 IsPhoton=1 IsNotH=0.89377 IsPhotonXGB=1 ClusterAsX=0.0627422 ClusterAsY=0.00265716 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=145.041 ShowerShape=2942.1 CaloNeutralEcal=1178 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953638 CaloNeutralID=34190 CaloNeutralE19=0.849058 CaloClusterCode=97 CaloClusterFrac=1.03968 IsPhoton=1 IsNotH=0.83087 IsPhotonXGB=1 ClusterAsX=0.0352312 ClusterAsY=0.0772514 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.23 ShowerShape=2049.32 CaloNeutralEcal=1460.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951017 CaloNeutralID=37946 CaloNeutralE19=0.433051 CaloClusterCode=-98 CaloClusterFrac=1.00981 IsPhoton=1 IsNotH=0.164532 IsPhotonXGB=1 ClusterAsX=0.341866 ClusterAsY=0.354025 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.98 ShowerShape=2948.99 CaloNeutralEcal=2130.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.785783 CaloNeutralID=38541 CaloNeutralE19=0.453001 CaloClusterCode=-97 CaloClusterFrac=0.956325 IsPhoton=1 IsNotH=0.0116152 IsPhotonXGB=1 ClusterAsX=-0.0597746 ClusterAsY=0.0851365 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.3605 ShowerShape=1836.47 CaloNeutralEcal=2910.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=38120 CaloNeutralE19=0.671477 CaloClusterCode=63 CaloClusterFrac=1.04796 IsPhoton=1 IsNotH=0.61185 IsPhotonXGB=1 ClusterAsX=-0.406824 ClusterAsY=0.159178 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=118.079 ShowerShape=1893.35 CaloNeutralEcal=2689.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917211 CaloNeutralID=39722 CaloNeutralE19=0.777987 CaloClusterCode=-65 CaloClusterFrac=1.0061 IsPhoton=1 IsNotH=0.744393 IsPhotonXGB=1 ClusterAsX=0.233006 ClusterAsY=-0.296161 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.0126 ShowerShape=3383.61 CaloNeutralEcal=3559.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713747 CaloNeutralID=43121 CaloNeutralE19=0.347018 CaloClusterCode=90 CaloClusterFrac=1.0052 IsPhoton=1 IsNotH=0.000753104 IsPhotonXGB=1 ClusterAsX=-0.167311 ClusterAsY=-0.209456 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=143.251 ShowerShape=449.107 CaloNeutralEcal=5089.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92374 CaloNeutralID=42268 CaloNeutralE19=0.793934 CaloClusterCode=97 CaloClusterFrac=1.00205 IsPhoton=1 IsNotH=0.963412 IsPhotonXGB=1 ClusterAsX=0.0873666 ClusterAsY=0.0267305 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.6471 ShowerShape=2605.52 CaloNeutralEcal=1866.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905746 CaloNeutralID=37904 CaloNeutralE19=0.446349 CaloClusterCode=-97 CaloClusterFrac=1.01643 IsPhoton=1 IsNotH=0.689434 IsPhotonXGB=1 ClusterAsX=-0.0754859 ClusterAsY=0.357155 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=73.9708 ShowerShape=5116.75 CaloNeutralEcal=681.654 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.953674 CaloNeutralID=36215 CaloNeutralE19=0.711546 CaloClusterCode=91 CaloClusterFrac=1.03914 IsPhoton=1 IsNotH=0.428447 IsPhotonXGB=1 ClusterAsX=-0.0383844 ClusterAsY=-0.27148 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=92.0246 ShowerShape=4545.21 CaloNeutralEcal=866.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910006 CaloNeutralID=34165 CaloNeutralE19=0.788088 CaloClusterCode=93 CaloClusterFrac=1.0275 IsPhoton=1 IsNotH=0.738623 IsPhotonXGB=1 ClusterAsX=-0.040696 ClusterAsY=0.000997289 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.71926 ShowerShape=2545.45 CaloNeutralEcal=1240.21 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.827072 CaloNeutralID=39550 CaloNeutralE19=0.449713 CaloClusterCode=91 IsPhoton=1 IsNotH=0.0616384 IsPhotonXGB=1 ClusterAsX=0.147197 ClusterAsY=-0.260005 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.8875 ShowerShape=13297.6 CaloNeutralEcal=797.703 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889496 CaloNeutralID=35638 CaloNeutralE19=0.702928 CaloClusterCode=90 CaloClusterFrac=1.06092 IsPhoton=1 IsNotH=0.564918 IsPhotonXGB=1 ClusterAsX=-0.186664 ClusterAsY=-0.0519821 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=316.192 ShowerShape=1657.4 CaloNeutralEcal=2320.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.848123 CaloNeutralID=39847 CaloNeutralE19=0.683463 CaloClusterCode=95 CaloClusterFrac=1.01093 IsPhoton=1 IsNotH=0.440194 IsPhotonXGB=1 ClusterAsX=0.0824871 ClusterAsY=-0.0241194 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.3787 ShowerShape=3513.93 CaloNeutralEcal=2094.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935697 CaloNeutralID=37788 CaloNeutralE19=0.825122 CaloClusterCode=90 CaloClusterFrac=1.01139 IsPhoton=1 IsNotH=0.921893 IsPhotonXGB=1 ClusterAsX=-0.0584871 ClusterAsY=-0.0858902 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.9024 ShowerShape=1120.43 CaloNeutralEcal=3439.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842758 CaloNeutralID=42283 CaloNeutralE19=0.55471 CaloClusterCode=92 CaloClusterFrac=1.026 IsPhoton=1 IsNotH=0.383938 IsPhotonXGB=1 ClusterAsX=0.180299 ClusterAsY=-0.0824456 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.4469 ShowerShape=2336.39 CaloNeutralEcal=2212.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813843 CaloNeutralID=38049 CaloNeutralE19=0.519532 CaloClusterCode=-95 CaloClusterFrac=0.858372 IsPhoton=1 IsNotH=0.0186352 IsPhotonXGB=1 ClusterAsX=0.139582 ClusterAsY=-0.163119 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=96.3572 ShowerShape=1379.87 CaloNeutralEcal=2557.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85539 CaloNeutralID=43950 CaloNeutralE19=0.491975 CaloClusterCode=93 IsPhoton=1 IsNotH=0.0361178 IsPhotonXGB=1 ClusterAsX=-0.419033 ClusterAsY=0.00611849 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=114.65 ShowerShape=2262.5 CaloNeutralEcal=1538.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813187 CaloNeutralID=38412 CaloNeutralE19=0.414365 CaloClusterCode=-91 CaloClusterFrac=0.92203 IsPhoton=1 IsNotH=0.0082199 IsPhotonXGB=1 ClusterAsX=0.046192 ClusterAsY=-0.223729 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2957.91 CaloNeutralEcal=819.371 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.97397 CaloNeutralID=33494 CaloNeutralE19=0.873604 CaloClusterCode=95 CaloClusterFrac=1.06715 IsPhoton=1 IsNotH=0.821485 IsPhotonXGB=1 ClusterAsX=0.0743363 ClusterAsY=0.0166253 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.42154 ShowerShape=6994.78 CaloNeutralEcal=574.403 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.99039 CaloNeutralID=36218 CaloNeutralE19=0.356489 CaloClusterCode=93 CaloClusterFrac=1.10085 IsPhoton=1 IsNotH=0.114566 IsPhotonXGB=1 ClusterAsX=-0.363306 ClusterAsY=-0.278574 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=84.0869 ShowerShape=8034.92 CaloNeutralEcal=612.533 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924571 CaloNeutralID=34492 CaloNeutralE19=0.395156 CaloClusterCode=91 CaloClusterFrac=1.01432 IsPhoton=1 IsNotH=0.0950428 IsPhotonXGB=1 ClusterAsX=-0.09975 ClusterAsY=-0.552415 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=56.8309 ShowerShape=8205.63 CaloNeutralEcal=1202.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867243 CaloNeutralID=33957 CaloNeutralE19=0.455287 CaloClusterCode=-97 CaloClusterFrac=1.04414 IsPhoton=1 IsNotH=0.184249 IsPhotonXGB=1 ClusterAsX=0.033638 ClusterAsY=0.476867 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.0762 ShowerShape=2199.95 CaloNeutralEcal=1285.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91047 CaloNeutralID=39946 CaloNeutralE19=0.486565 CaloClusterCode=92 CaloClusterFrac=1.04553 IsPhoton=1 IsNotH=0.0741665 IsPhotonXGB=1 ClusterAsX=0.246511 ClusterAsY=-0.233313 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.3984 ShowerShape=15492 CaloNeutralEcal=598.012 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.760499 CaloNeutralID=36042 CaloNeutralE19=0.351023 CaloClusterCode=95 CaloClusterFrac=1.06 IsPhoton=1 IsNotH=0.0225831 IsPhotonXGB=1 ClusterAsX=0.180529 ClusterAsY=-0.0151099 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.1598 ShowerShape=9316.97 CaloNeutralEcal=783.014 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962674 CaloNeutralID=35018 CaloNeutralE19=0.562475 CaloClusterCode=-92 CaloClusterFrac=1.06782 IsPhoton=1 IsNotH=0.0223091 IsPhotonXGB=1 ClusterAsX=0.379881 ClusterAsY=-0.362871 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.5196 ShowerShape=1748.54 CaloNeutralEcal=1205.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.0332 CaloNeutralID=39289 CaloNeutralE19=0.431742 CaloClusterCode=97 IsPhoton=1 IsNotH=0.511595 IsPhotonXGB=1 ClusterAsX=-0.360417 ClusterAsY=0.280193 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.0426 ShowerShape=3765.51 CaloNeutralEcal=567.202 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988509 CaloNeutralID=35333 CaloNeutralE19=0.792385 CaloClusterCode=-93 CaloClusterFrac=0.983919 IsPhoton=1 IsNotH=0.581396 IsPhotonXGB=1 ClusterAsX=-0.18574 ClusterAsY=-0.080809 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.4591 ShowerShape=900.353 CaloNeutralEcal=2723.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860428 CaloNeutralID=43566 CaloNeutralE19=0.524434 CaloClusterCode=-97 CaloClusterFrac=0.997886 IsPhoton=1 IsNotH=0.535819 IsPhotonXGB=1 ClusterAsX=-0.12738 ClusterAsY=0.160838 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3328.67 CaloNeutralEcal=676.948 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963811 CaloNeutralID=33514 CaloNeutralE19=0.849903 CaloClusterCode=93 IsPhoton=1 IsNotH=0.787125 IsPhotonXGB=1 ClusterAsX=-0.116717 ClusterAsY=-0.0143499 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=294.938 ShowerShape=1197.48 CaloNeutralEcal=1620.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.931892 CaloNeutralID=39959 CaloNeutralE19=0.706878 CaloClusterCode=95 CaloClusterFrac=1.02594 IsPhoton=1 IsNotH=0.719508 IsPhotonXGB=1 ClusterAsX=0.117997 ClusterAsY=-0.0686342 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=425.646 ShowerShape=11318.3 CaloNeutralEcal=559.432 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961607 CaloNeutralID=33454 CaloNeutralE19=0.493994 CaloClusterCode=97 IsPhoton=1 IsNotH=0.340827 IsPhotonXGB=1 ClusterAsX=0.0637944 ClusterAsY=0.347039 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.8009 ShowerShape=10080.1 CaloNeutralEcal=619.236 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.831307 CaloNeutralID=35206 CaloNeutralE19=0.534833 CaloClusterCode=-90 CaloClusterFrac=1.12981 IsPhoton=1 IsNotH=0.0804298 IsPhotonXGB=1 ClusterAsX=-0.138114 ClusterAsY=-0.274196 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=395.078 ShowerShape=5977.81 CaloNeutralEcal=547.252 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.06614 CaloNeutralID=36386 CaloNeutralE19=0.794289 CaloClusterCode=90 IsPhoton=1 IsNotH=0.52387 IsPhotonXGB=1 ClusterAsX=-0.296693 ClusterAsY=-0.252675 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=193.007 ShowerShape=4514.88 CaloNeutralEcal=703.376 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.991388 CaloNeutralID=34159 CaloNeutralE19=0.806925 CaloClusterCode=75 IsPhoton=1 IsNotH=0.670503 IsPhotonXGB=1 ClusterAsX=0.144618 ClusterAsY=0.0203343 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=239.02 ShowerShape=5597.55 CaloNeutralEcal=450.951 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932027 CaloNeutralID=36295 CaloNeutralE19=0.560961 CaloClusterCode=97 CaloClusterFrac=1.15191 IsPhoton=1 IsNotH=0.27613 IsPhotonXGB=1 ClusterAsX=0.0346419 ClusterAsY=0.293379 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=369.978 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.20986 CaloNeutralID=33270 CaloNeutralE19=1.16449 CaloClusterCode=91 IsPhoton=1 IsNotH=0.62732 IsPhotonXGB=1 ClusterAsX=0.00384737 ClusterAsY=-0.158984 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=78.4743 ShowerShape=7646.39 CaloNeutralEcal=636.309 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797666 CaloNeutralID=34290 CaloNeutralE19=0.57572 CaloClusterCode=95 CaloClusterFrac=1.10343 IsPhoton=1 IsNotH=0.062703 IsPhotonXGB=1 ClusterAsX=0.0766421 ClusterAsY=0.0141109 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.0562 ShowerShape=1088.06 CaloNeutralEcal=1412.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829858 CaloNeutralID=42678 CaloNeutralE19=0.525961 CaloClusterCode=95 CaloClusterFrac=1.04148 IsPhoton=1 IsNotH=0.172603 IsPhotonXGB=1 ClusterAsX=0.060216 ClusterAsY=0.199676 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.5855 ShowerShape=5617.94 CaloNeutralEcal=408.565 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878737 CaloNeutralID=36023 CaloNeutralE19=0.732911 CaloClusterCode=-91 CaloClusterFrac=1.1341 IsPhoton=1 IsNotH=0.602141 IsPhotonXGB=1 ClusterAsX=-0.0274491 ClusterAsY=-0.0245708 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3558.31 CaloNeutralEcal=447 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.14387 CaloNeutralID=33311 CaloNeutralE19=1.12421 CaloClusterCode=90 IsPhoton=1 IsNotH=0.492935 IsPhotonXGB=1 ClusterAsX=-0.168658 ClusterAsY=-0.143405 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.0039 ShowerShape=12630.6 CaloNeutralEcal=1025.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.851436 CaloNeutralID=37721 CaloNeutralE19=0.552234 CaloClusterCode=93 CaloClusterFrac=1.03128 IsPhoton=1 IsNotH=0.20686 IsPhotonXGB=1 ClusterAsX=-0.282279 ClusterAsY=-0.00767673 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=480.749 ShowerShape=4484.68 CaloNeutralEcal=351.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.12827 CaloNeutralID=36240 CaloNeutralE19=1.0427 CaloClusterCode=96 IsPhoton=1 IsNotH=0.711612 IsPhotonXGB=1 ClusterAsX=-0.0914993 ClusterAsY=0.123064 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=753.118 ShowerShape=1341.76 CaloNeutralEcal=977.171 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945026 CaloNeutralID=40027 CaloNeutralE19=0.716329 CaloClusterCode=93 CaloClusterFrac=1.02244 IsPhoton=1 IsNotH=0.740551 IsPhotonXGB=1 ClusterAsX=-0.088948 ClusterAsY=0.0834146 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.6416 ShowerShape=4158.35 CaloNeutralEcal=356.849 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960068 CaloNeutralID=35001 CaloNeutralE19=0.782371 CaloClusterCode=93 CaloClusterFrac=1.09194 IsPhoton=1 IsNotH=0.667677 IsPhotonXGB=1 ClusterAsX=-0.17896 ClusterAsY=0.0145883 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=64.2964 ShowerShape=3393.44 CaloNeutralEcal=353.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959671 CaloNeutralID=35529 CaloNeutralE19=0.797964 CaloClusterCode=91 CaloClusterFrac=1.08278 IsPhoton=1 IsNotH=0.751521 IsPhotonXGB=1 ClusterAsX=-0.0711573 ClusterAsY=-0.0896513 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=300.968 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980019 CaloNeutralID=33592 CaloNeutralE19=0.927127 CaloClusterCode=91 CaloClusterFrac=1.17509 IsPhoton=1 IsNotH=0.712735 IsPhotonXGB=1 ClusterAsX=0.0199803 ClusterAsY=-0.0329101 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.9852 ShowerShape=1447.56 CaloNeutralEcal=640.106 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928918 CaloNeutralID=39921 CaloNeutralE19=0.752097 CaloClusterCode=91 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.0375664 ClusterAsY=-0.0384888 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=306.382 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.08382 CaloNeutralID=33804 CaloNeutralE19=1.09001 CaloClusterCode=97 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.122017 ClusterAsY=-0.000645376 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=540.385 CaloNeutralEcal=901.597 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960851 CaloNeutralID=40035 CaloNeutralE19=0.852106 CaloClusterCode=91 CaloClusterFrac=1.09738 IsPhoton=1 IsNotH=0.974194 IsPhotonXGB=1 ClusterAsX=0.032464 ClusterAsY=-0.0371375 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=612.017 ShowerShape=1008.88 CaloNeutralEcal=1202.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=39710 CaloNeutralE19=0.889066 CaloClusterCode=-67 CaloClusterFrac=1.04047 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.040478 ClusterAsY=-0.012847 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=757.51 ShowerShape=4221.42 CaloNeutralEcal=397.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978046 CaloNeutralID=33572 CaloNeutralE19=0.789348 CaloClusterCode=95 CaloClusterFrac=1.21549 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.166807 ClusterAsY=0.0225313 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=208.263 ShowerShape=2476.6 CaloNeutralEcal=265.421 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=35072 CaloNeutralE19=1.00018 CaloClusterCode=60 CaloClusterFrac=1.29719 IsPhoton=1 IsNotH=0.524751 IsPhotonXGB=1 ClusterAsX=1.20168e-06 ClusterAsY=1.54857e-08 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=263.962 ShowerShape=2738.82 CaloNeutralEcal=201.732 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.15462 CaloNeutralID=35643 CaloNeutralE19=1.06098 CaloClusterCode=91 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=0.0560642 ClusterAsY=-0.205747 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.950458 ShowerShape=5063.42 CaloNeutralEcal=15399 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961836 CaloNeutralID=34610 CaloNeutralE19=0.683726 CaloClusterCode=97 CaloClusterFrac=0.633185 ClusterAsX=-0.118742 ClusterAsY=0.143814 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.950458 ShowerShape=5412.13 CaloNeutralEcal=12083.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976866 CaloNeutralID=34675 CaloNeutralE19=0.689954 CaloClusterCode=86 CaloClusterFrac=0.455693 ClusterAsX=-0.15777 ClusterAsY=0.245193 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=3.58837 ShowerShape=5177.64 CaloNeutralEcal=11662.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984757 CaloNeutralID=34895 CaloNeutralE19=0.526944 CaloClusterCode=63 CaloClusterFrac=0.748904 ClusterAsX=-0.491072 ClusterAsY=-0.0734219 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=3.58837 ShowerShape=10370.6 CaloNeutralEcal=10540.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884144 CaloNeutralID=34894 CaloNeutralE19=0.537087 CaloClusterCode=80 CaloClusterFrac=0.472491 ClusterAsX=-0.516398 ClusterAsY=-0.740299 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.665862 ShowerShape=5193.71 CaloNeutralEcal=8262.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95033 CaloNeutralID=34866 CaloNeutralE19=0.579697 CaloClusterCode=93 CaloClusterFrac=0.623003 ClusterAsX=-0.343065 ClusterAsY=-0.0158454 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.665862 ShowerShape=9540.08 CaloNeutralEcal=7851.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.831627 CaloNeutralID=34801 CaloNeutralE19=0.605013 CaloClusterCode=96 CaloClusterFrac=0.443017 ClusterAsX=-0.0877164 ClusterAsY=0.00491672 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.743765 ShowerShape=4207.62 CaloNeutralEcal=4748.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925636 CaloNeutralID=34630 CaloNeutralE19=0.738889 CaloClusterCode=93 CaloClusterFrac=0.676472 ClusterAsX=-0.0847498 ClusterAsY=-0.0458094 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.743765 ShowerShape=12139.5 CaloNeutralEcal=3668.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.695403 CaloNeutralID=34565 CaloNeutralE19=0.403845 CaloClusterCode=97 CaloClusterFrac=0.454257 ClusterAsX=-0.140711 ClusterAsY=0.0416134 ] } -Printing ended -BrunelInit INFO Evt 9, Run 1, Nr. in job = 9 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.86991 RichDLLmu=7.67676 RichDLLpi=0 RichDLLk=14.0366 RichDLLp=14.0618 RichPIDStatus=6117 RichDLLbt=14.0618 RichDLLd=14.0618 MuonMuLL=-0.0679577 MuonBkgLL=-0.330126 MuonNShared=5 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=183.825 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.674908 CaloElectronMatch=113.984 CaloBremMatch=113.984 CaloChargedEcal=3854.54 CaloChargedID=42251 CaloNeutralEcal=3854.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.754448 CaloNeutralID=42251 CaloEcalE=1929.76 CaloHcalE=9374.71 CaloEcalChi2=113.984 CaloBremChi2=459.504 CaloClusChi2=0.674908 CaloTrajectoryL=-13.3404 CaloEoverP=0.45323 EcalPIDe=1.84829 BremPIDe=-0.638976 HcalPIDe=-1.62556 HcalPIDmu=-1.74174 EcalPIDmu=-1.78544 TrackChi2PerDof=0.935235 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=9270.24 TrackPt=359.226 CombDLLe=0.774301 CombDLLmu=3.11434 CombDLLpi=0 CombDLLk=14.0366 CombDLLp=14.0618 CombDLLd=14.392 ProbNNe=0.0175296 ProbNNpi=0.00596473 ProbNNk=0.976314 ProbNNp=0.849503 ProbNNghost=0.00572885 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.3551 RichDLLmu=-9.72752 RichDLLpi=0 RichDLLk=-28.7911 RichDLLp=-26.2666 RichPIDStatus=6115 RichDLLbt=-26.2666 RichDLLd=-26.2666 MuonMuLL=-0.0590072 MuonBkgLL=-0.416678 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=17.3125 MuonMVA1=-999 MuonMVA2=-0.306813 MuonMVA3=-999 MuonMVA4=-999 InAccBrem=1 CaloBremChi2=313.504 BremPIDe=-0.473279 TrackChi2PerDof=1.42002 TrackNumDof=44 TrackType=3 TrackHistory=32 TrackP=11759.7 TrackPt=570.285 CombDLLe=-3.61868 CombDLLmu=-6.36211 CombDLLpi=0 CombDLLk=-28.7911 CombDLLp=-26.2666 CombDLLd=-25.8499 ProbNNe=0.000356278 ProbNNmu=0.00106764 ProbNNpi=0.52786 ProbNNk=4.9577e-05 ProbNNp=0.0106355 ProbNNghost=0.00869851 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.66183 RichDLLmu=-1.03854 RichDLLpi=0 RichDLLk=19.028 RichDLLp=8.50552 RichPIDStatus=8100 RichDLLbt=9.89077 RichDLLd=9.89077 InAccBrem=1 CaloBremChi2=391.573 BremPIDe=-0.532522 TrackChi2PerDof=2.65781 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=18564.9 TrackPt=834.99 CombDLLe=-0.997657 CombDLLmu=-1.43341 CombDLLpi=0 CombDLLk=19.028 CombDLLp=8.50552 CombDLLd=9.89077 ProbNNe=0.000462609 ProbNNpi=0.00288814 ProbNNk=0.996768 ProbNNp=0.0249828 ProbNNghost=0.854169 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.849 RichDLLmu=-16.2349 RichDLLpi=0 RichDLLk=-10.835 RichDLLp=-10.835 RichPIDStatus=5091 RichDLLbt=-10.835 RichDLLd=-10.835 MuonMuLL=-0.00762904 MuonBkgLL=-0.70622 MuonNShared=6 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=94.8745 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=33.0223 CaloElectronMatch=2381.41 CaloBremMatch=83.2037 CaloChargedEcal=1256.55 CaloChargedID=34382 CaloNeutralEcal=1256.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775494 CaloNeutralID=34382 CaloEcalE=0 CaloHcalE=11081.3 CaloEcalChi2=2381.41 CaloBremChi2=401.165 CaloClusChi2=33.0223 CaloTrajectoryL=-20897.9 CaloEoverP=0.168665 EcalPIDe=-2.76076 BremPIDe=-0.467096 HcalPIDe=-1.17839 HcalPIDmu=-1.049 EcalPIDmu=0.361777 TrackChi2PerDof=0.875506 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=8722.34 TrackPt=345.112 CombDLLe=-8.62001 CombDLLmu=-6.96749 CombDLLpi=0 CombDLLk=-10.835 CombDLLp=-10.835 CombDLLd=-10.1287 ProbNNe=4.03242e-07 ProbNNpi=0.996058 ProbNNk=4.62411e-05 ProbNNp=9.31271e-05 ProbNNghost=0.00259455 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.8952 RichDLLmu=-4.2848 RichDLLpi=0 RichDLLk=-12.4147 RichDLLp=-12.3949 RichPIDStatus=6115 RichDLLbt=-12.3949 RichDLLd=-12.3949 MuonMuLL=-0.0673157 MuonBkgLL=-0.321151 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3333.8 MuonMVA1=-999 MuonMVA2=-0.834034 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.65122 CaloElectronMatch=455.929 CaloBremMatch=423.534 CaloChargedEcal=2139.26 CaloChargedID=38099 CaloNeutralEcal=2139.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945176 CaloNeutralID=38099 CaloEcalE=1072.62 CaloHcalE=10891.5 CaloEcalChi2=455.929 CaloBremChi2=399.305 CaloClusChi2=1.65122 CaloTrajectoryL=187.981 CaloEoverP=0.241383 EcalPIDe=-0.270192 BremPIDe=-0.467096 HcalPIDe=-1.62556 HcalPIDmu=-1.51135 EcalPIDmu=-0.400565 TrackChi2PerDof=1.30861 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=9252.83 TrackPt=555.471 CombDLLe=-6.35218 CombDLLmu=-6.52089 CombDLLpi=0 CombDLLk=-12.4147 CombDLLp=-12.3949 CombDLLd=-12.0737 ProbNNe=8.70663e-06 ProbNNmu=0.00366525 ProbNNpi=0.780411 ProbNNk=7.77004e-05 ProbNNp=0.0076446 ProbNNghost=0.162513 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.84865 RichDLLmu=-0.91622 RichDLLpi=0 RichDLLk=25.5368 RichDLLp=-26.7395 RichPIDStatus=139236 RichDLLbt=-3.55233 RichDLLd=-5.87031 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0709045 CaloElectronMatch=2178.26 CaloBremMatch=166.572 CaloChargedEcal=4668.64 CaloChargedID=43548 CaloNeutralEcal=4668.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.952239 CaloNeutralID=43548 CaloEcalE=2817.36 CaloEcalChi2=2178.26 CaloBremChi2=169.957 CaloClusChi2=0.0709045 CaloTrajectoryL=-100.606 CaloEoverP=0.091532 EcalPIDe=-2.17294 BremPIDe=1.98552 EcalPIDmu=-0.927329 TrackChi2PerDof=1.02426 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=52784 TrackPt=1867.06 CombDLLe=-0.68509 CombDLLmu=-2.19587 CombDLLpi=0 CombDLLk=25.5368 CombDLLp=-26.7395 CombDLLd=-5.87031 ProbNNe=3.1627e-06 ProbNNpi=0.0243585 ProbNNk=0.999721 ProbNNp=6.81043e-06 ProbNNghost=0.000697067 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.37913 RichDLLmu=-0.732871 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.45029 CaloElectronMatch=25.5825 CaloBremMatch=14.6056 CaloChargedEcal=4480.48 CaloChargedID=34821 CaloNeutralEcal=4480.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920093 CaloNeutralID=34821 CaloEcalE=3983.2 CaloHcalE=2025.81 CaloEcalChi2=25.5825 CaloBremChi2=587.02 CaloClusChi2=2.45029 CaloTrajectoryL=152.705 CaloEoverP=1.83527 EcalPIDe=2.97947 BremPIDe=-0.553589 HcalPIDe=-1.31758 HcalPIDmu=1.63925 EcalPIDmu=-0.945822 TrackChi2PerDof=1.77194 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=2548.18 TrackPt=151.08 CombDLLe=-0.168591 CombDLLmu=-0.325304 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.635495 ProbNNpi=0.792178 ProbNNk=0.0557927 ProbNNp=0.117608 ProbNNghost=0.128634 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.5667 RichDLLmu=-7.37401 RichDLLpi=0 RichDLLk=-15.7419 RichDLLp=-14.537 RichPIDStatus=6115 RichDLLbt=-14.537 RichDLLd=-14.537 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.998761 CaloElectronMatch=645.3 CaloChargedEcal=1415.19 CaloChargedID=39155 CaloEcalE=868.63 CaloHcalE=10253.8 CaloEcalChi2=645.3 CaloClusChi2=0.998761 CaloTrajectoryL=262.374 CaloEoverP=0.128196 EcalPIDe=-0.56571 HcalPIDe=-2.4429 HcalPIDmu=-1.93671 EcalPIDmu=0.529861 TrackChi2PerDof=0.693278 TrackNumDof=43 TrackType=3 TrackHistory=30 TrackP=11487.1 TrackPt=364.369 CombDLLe=-7.30159 CombDLLmu=-7.71027 CombDLLpi=0 CombDLLk=-15.7419 CombDLLp=-14.537 CombDLLd=-14.537 ProbNNe=8.79526e-08 ProbNNpi=0.999328 ProbNNk=0.000259572 ProbNNp=5.06935e-05 ProbNNghost=0.00305728 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.356 RichDLLmu=-5.39905 RichDLLpi=0 RichDLLk=-16.9998 RichDLLp=-14.9925 RichPIDStatus=6115 RichDLLbt=-14.9925 RichDLLd=-14.9925 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.762378 CaloElectronMatch=238.085 CaloBremMatch=238.085 CaloChargedEcal=14230.4 CaloChargedID=38513 CaloNeutralEcal=14230.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897206 CaloNeutralID=38513 CaloEcalE=9451.87 CaloHcalE=3141.21 CaloEcalChi2=238.085 CaloBremChi2=510.767 CaloClusChi2=0.762378 CaloTrajectoryL=302.719 CaloEoverP=1.18385 EcalPIDe=0.786938 BremPIDe=-0.621385 HcalPIDe=-1.40118 HcalPIDmu=0.352575 EcalPIDmu=-2.83442 TrackChi2PerDof=1.40936 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=12282.3 TrackPt=497.492 CombDLLe=-4.78575 CombDLLmu=-8.03375 CombDLLpi=0 CombDLLk=-16.9998 CombDLLp=-14.9925 CombDLLd=-14.9925 ProbNNe=2.01313e-06 ProbNNpi=0.864548 ProbNNk=5.74566e-06 ProbNNp=0.000176678 ProbNNghost=0.280318 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.510204 RichDLLmu=0.503502 RichDLLpi=0 RichDLLk=14.1694 RichDLLp=15.1009 RichPIDStatus=6117 RichDLLbt=15.1009 RichDLLd=15.1009 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.15666 CaloElectronMatch=762.053 CaloBremMatch=112.528 CaloChargedEcal=1415.19 CaloChargedID=39155 CaloNeutralEcal=1415.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738199 CaloNeutralID=39155 CaloEcalE=2211.3 CaloHcalE=2671.63 CaloEcalChi2=762.053 CaloBremChi2=384.538 CaloClusChi2=1.15666 CaloTrajectoryL=952.56 CaloEoverP=0.134651 EcalPIDe=-0.620164 BremPIDe=-0.454777 HcalPIDe=-0.985467 HcalPIDmu=0.778611 EcalPIDmu=-1.89716 TrackChi2PerDof=1.17495 TrackNumDof=42 TrackType=3 TrackHistory=30 TrackP=10936.4 TrackPt=337.745 CombDLLe=-2.14969 CombDLLmu=-0.416024 CombDLLpi=0 CombDLLk=14.1694 CombDLLp=15.1009 CombDLLd=15.1009 ProbNNe=0.000103281 ProbNNpi=0.0370689 ProbNNk=0.881669 ProbNNp=0.893047 ProbNNghost=0.0094332 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.58986 RichDLLmu=0.36108 RichDLLpi=0 RichDLLk=-24.8372 RichDLLp=-19.1966 RichPIDStatus=8162 RichDLLbt=-15.8508 RichDLLd=-15.8508 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.56159 CaloElectronMatch=1397.73 CaloBremMatch=130.95 CaloChargedEcal=7044.12 CaloChargedID=38733 CaloNeutralEcal=7044.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.651381 CaloNeutralID=38733 CaloEcalE=1566.46 CaloHcalE=23607.2 CaloEcalChi2=1397.73 CaloBremChi2=439.875 CaloClusChi2=1.56159 CaloTrajectoryL=983.851 CaloEoverP=0.279482 EcalPIDe=-1.6028 BremPIDe=-0.54839 HcalPIDe=-2.87281 HcalPIDmu=-2.51557 EcalPIDmu=-0.689506 TrackChi2PerDof=0.777347 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=25486.4 TrackPt=1374.26 CombDLLe=-5.30208 CombDLLmu=-2.70044 CombDLLpi=0 CombDLLk=-24.8372 CombDLLp=-19.1966 CombDLLd=-15.8508 ProbNNe=3.01295e-05 ProbNNpi=0.998695 ProbNNk=3.18833e-05 ProbNNp=5.58382e-05 ProbNNghost=0.000497715 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.868147 RichDLLmu=1.18079 RichDLLpi=0 RichDLLk=-21.6281 RichDLLp=-16.7431 RichPIDStatus=8162 RichDLLbt=-13.5023 RichDLLd=-13.5023 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.607584 CaloElectronMatch=1345.01 CaloBremMatch=1345.01 CaloChargedEcal=12168.2 CaloChargedID=41889 CaloNeutralEcal=12168.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982088 CaloNeutralID=41889 CaloEcalE=4661.85 CaloHcalE=14195.6 CaloEcalChi2=1345.01 CaloBremChi2=146.542 CaloClusChi2=0.607584 CaloTrajectoryL=-730.377 CaloEoverP=0.513726 EcalPIDe=-1.21799 BremPIDe=0.328023 HcalPIDe=-2.87281 HcalPIDmu=-2.75642 EcalPIDmu=-2.9573 TrackChi2PerDof=1.21313 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=23960 TrackPt=1699.32 CombDLLe=-3.91468 CombDLLmu=-4.09067 CombDLLpi=0 CombDLLk=-21.6281 CombDLLp=-16.7431 CombDLLd=-13.5023 ProbNNe=0.00027937 ProbNNpi=0.98172 ProbNNk=5.71157e-05 ProbNNp=0.000114179 ProbNNghost=0.00956827 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.34278 RichDLLmu=-1.11666 RichDLLpi=0 RichDLLk=-7.09482 RichDLLp=5.1339 RichPIDStatus=8166 RichDLLbt=5.91584 RichDLLd=5.91584 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0947083 CaloElectronMatch=228.079 CaloBremMatch=228.079 CaloChargedEcal=8413.58 CaloChargedID=43505 CaloNeutralEcal=8413.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.723771 CaloNeutralID=43505 CaloEcalE=4627.66 CaloHcalE=5839.95 CaloEcalChi2=228.079 CaloBremChi2=394.555 CaloClusChi2=0.0947083 CaloTrajectoryL=22.034 CaloEoverP=0.467911 EcalPIDe=1.08131 BremPIDe=-0.608318 HcalPIDe=-1.76607 HcalPIDmu=-0.727004 EcalPIDmu=-2.98521 TrackChi2PerDof=0.960334 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=18258.5 TrackPt=536.403 CombDLLe=-1.8767 CombDLLmu=-5.25006 CombDLLpi=0 CombDLLk=-7.09482 CombDLLp=5.1339 CombDLLd=5.91584 ProbNNe=0.000164438 ProbNNpi=0.970516 ProbNNk=0.000359431 ProbNNp=0.101321 ProbNNghost=0.0317773 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.3608 RichDLLmu=-3.55873 RichDLLpi=0 RichDLLk=-6.05245 RichDLLp=-6.05245 RichPIDStatus=5027 RichDLLbt=-6.05245 RichDLLd=-6.05245 MuonMuLL=-0.0422814 MuonBkgLL=-0.259634 MuonNShared=10 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=908.23 MuonMVA1=-999 MuonMVA2=-0.124361 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.955498 CaloElectronMatch=212.984 CaloBremMatch=122.395 CaloChargedEcal=10047.2 CaloChargedID=38984 CaloNeutralEcal=10047.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75412 CaloNeutralID=38984 CaloEcalE=6134.79 CaloHcalE=6548.25 CaloEcalChi2=212.984 CaloBremChi2=501.153 CaloClusChi2=0.955498 CaloTrajectoryL=256.792 CaloEoverP=1.97193 EcalPIDe=0.605631 BremPIDe=-0.607507 HcalPIDe=-2.03825 HcalPIDmu=-0.91713 EcalPIDmu=-1.43878 TrackChi2PerDof=2.12855 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=5279.56 TrackPt=178.395 CombDLLe=-4.29502 CombDLLmu=-6.42095 CombDLLpi=0 CombDLLk=-6.05245 CombDLLp=-6.05245 CombDLLd=-5.79282 ProbNNe=0.00249038 ProbNNmu=0.00366525 ProbNNpi=0.000856906 ProbNNk=0.0157722 ProbNNp=0.0216328 ProbNNghost=0.661614 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-34.0411 RichDLLmu=-17.1935 RichDLLpi=0 RichDLLk=-15.7228 RichDLLp=-15.7228 RichPIDStatus=5091 RichDLLbt=-15.7228 RichDLLd=-15.7228 MuonMuLL=-0.142024 MuonBkgLL=-0.559869 MuonNShared=3 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=134.604 MuonMVA1=-999 MuonMVA2=-0.39333 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.79028 CaloElectronMatch=54.558 CaloBremMatch=54.558 CaloChargedEcal=4591.64 CaloChargedID=43597 CaloNeutralEcal=4591.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.753097 CaloNeutralID=43597 CaloEcalE=3436.12 CaloHcalE=17310.7 CaloEcalChi2=54.558 CaloBremChi2=414.446 CaloClusChi2=1.79028 CaloTrajectoryL=283.855 CaloEoverP=0.60246 EcalPIDe=3.6423 BremPIDe=-0.467096 HcalPIDe=-1.17839 HcalPIDmu=-0.644252 EcalPIDmu=-2.74158 TrackChi2PerDof=1.14552 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=8053.61 TrackPt=365.544 CombDLLe=-2.84442 CombDLLmu=-9.95357 CombDLLpi=0 CombDLLk=-15.7228 CombDLLp=-15.7228 CombDLLd=-15.1629 ProbNNe=2.63351e-06 ProbNNmu=0.00366525 ProbNNpi=0.105562 ProbNNk=0.00216679 ProbNNp=0.00478818 ProbNNghost=0.0242341 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.8706 RichDLLmu=-9.45488 RichDLLpi=0 RichDLLk=-2.39452 RichDLLp=-2.39452 RichPIDStatus=5027 RichDLLbt=-2.39452 RichDLLd=-2.39452 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.06256 CaloElectronMatch=369.674 CaloBremMatch=369.674 CaloChargedEcal=1365 CaloChargedID=39742 CaloNeutralEcal=1365 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.816848 CaloNeutralID=39742 CaloEcalE=435.12 CaloHcalE=4321.1 CaloEcalChi2=369.674 CaloBremChi2=203.119 CaloClusChi2=6.06256 CaloTrajectoryL=318.588 CaloEoverP=0.291151 EcalPIDe=0.0750074 BremPIDe=-0.224286 HcalPIDe=-2.03346 HcalPIDmu=-0.761937 EcalPIDmu=1.47887 TrackChi2PerDof=1.93676 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=5288.92 TrackPt=349.074 CombDLLe=-4.82299 CombDLLmu=-5.97127 CombDLLpi=0 CombDLLk=-2.39452 CombDLLp=-2.39452 CombDLLd=-2.39452 ProbNNe=1.12729e-06 ProbNNpi=0.987405 ProbNNk=0.00374088 ProbNNp=0.00638907 ProbNNghost=0.0538418 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.33422 RichDLLmu=-8.84531 RichDLLpi=0 RichDLLk=-3.44928 RichDLLp=-3.44928 RichPIDStatus=5027 RichDLLbt=-3.44928 RichDLLd=-3.44928 MuonMuLL=0 MuonBkgLL=-0.0474178 MuonNShared=10 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1192.5 MuonMVA1=-999 MuonMVA2=-1.18132 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.423602 CaloElectronMatch=207.798 CaloChargedEcal=14034.7 CaloChargedID=34736 CaloEcalE=3682.3 CaloHcalE=3480.31 CaloEcalChi2=207.798 CaloClusChi2=0.423602 CaloTrajectoryL=117.172 CaloEoverP=2.65658 EcalPIDe=0.605631 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=-2.70871 TrackChi2PerDof=1.0624 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=5373.88 TrackPt=154.894 CombDLLe=-1.06194 CombDLLmu=-9.50435 CombDLLpi=0 CombDLLk=-3.44928 CombDLLp=-3.44928 CombDLLd=-3.40187 ProbNNe=0.987094 ProbNNmu=0.00366525 ProbNNpi=0.00428591 ProbNNk=0.104532 ProbNNp=0.00692473 ProbNNghost=0.662524 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.1827 RichDLLmu=-17.1843 RichDLLpi=0 RichDLLk=-4.60276 RichDLLp=-4.60276 RichPIDStatus=5091 RichDLLbt=-4.60276 RichDLLd=-4.60276 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.15116 CaloElectronMatch=19.8744 CaloBremMatch=19.8744 CaloChargedEcal=4361.5 CaloChargedID=39477 CaloNeutralEcal=4361.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920607 CaloNeutralID=39477 CaloEcalE=3430.99 CaloHcalE=1913.4 CaloEcalChi2=19.8744 CaloBremChi2=275.077 CaloClusChi2=1.15116 CaloTrajectoryL=131.16 CaloEoverP=0.756425 EcalPIDe=3.6423 BremPIDe=-0.416867 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-2.76303 TrackChi2PerDof=1.18617 TrackNumDof=41 TrackType=3 TrackHistory=32 TrackP=6066.84 TrackPt=282.271 CombDLLe=-0.793813 CombDLLmu=-7.94504 CombDLLpi=0 CombDLLk=-4.60276 CombDLLp=-4.60276 CombDLLd=-4.60276 ProbNNe=1.98268e-06 ProbNNpi=0.99449 ProbNNk=0.000312096 ProbNNp=0.00134757 ProbNNghost=0.0136076 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.9753 RichDLLmu=1.18119 RichDLLpi=0 RichDLLk=14.6487 RichDLLp=13.2067 RichPIDStatus=6116 RichDLLbt=13.2067 RichDLLd=13.2067 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.1574 CaloElectronMatch=758.952 CaloBremMatch=112.528 CaloChargedEcal=1415.19 CaloChargedID=39155 CaloNeutralEcal=1415.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738199 CaloNeutralID=39155 CaloEcalE=2211.3 CaloHcalE=2671.63 CaloEcalChi2=758.952 CaloBremChi2=389.322 CaloClusChi2=1.1574 CaloTrajectoryL=938.451 CaloEoverP=0.135428 EcalPIDe=-0.620164 BremPIDe=-0.454777 HcalPIDe=-0.985467 HcalPIDmu=0.778611 EcalPIDmu=-1.89716 TrackChi2PerDof=2.20384 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=10873.6 TrackPt=319.032 CombDLLe=-1.54069 CombDLLmu=0.505027 CombDLLpi=0 CombDLLk=14.6487 CombDLLp=13.2067 CombDLLd=13.2067 ProbNNe=0.0142682 ProbNNpi=0.0320243 ProbNNk=0.869076 ProbNNp=0.803687 ProbNNghost=0.859067 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.281685 RichDLLmu=0.399123 RichDLLpi=0 RichDLLk=-16.0729 RichDLLp=-13.2495 RichPIDStatus=8162 RichDLLbt=-9.10764 RichDLLd=-9.10764 MuonMuLL=-6.60913 MuonBkgLL=-7.59887 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=0.0847065 MuonMVA1=-999 MuonMVA2=4.11436 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.02281 CaloElectronMatch=703.853 CaloBremMatch=4.81745 CaloChargedEcal=19576.6 CaloChargedID=42895 CaloNeutralEcal=19576.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842693 CaloNeutralID=42895 CaloEcalE=1550.71 CaloHcalE=34562.5 CaloEcalChi2=703.853 CaloBremChi2=502.757 CaloClusChi2=3.02281 CaloTrajectoryL=-548.574 CaloEoverP=0.672365 EcalPIDe=-0.55547 BremPIDe=-0.542409 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-0.609698 TrackChi2PerDof=2.55265 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=28726.1 TrackPt=907.376 CombDLLe=-3.92316 CombDLLmu=-2.05389 CombDLLpi=0 CombDLLk=-16.0729 CombDLLp=-13.2495 CombDLLd=-1.50877 ProbNNe=0.00235158 ProbNNmu=0.00366525 ProbNNpi=0.042286 ProbNNk=0.00663089 ProbNNp=0.201449 ProbNNghost=0.701435 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.185354 RichDLLmu=1.10095 RichDLLpi=0 RichDLLk=-38.5365 RichDLLp=-39.9563 RichPIDStatus=8162 RichDLLbt=-30.5868 RichDLLd=-30.5868 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.19042 CaloElectronMatch=210.523 CaloBremMatch=210.523 CaloChargedEcal=23376.4 CaloChargedID=37784 CaloNeutralEcal=23376.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894691 CaloNeutralID=37784 CaloEcalE=16564 CaloHcalE=5782.8 CaloEcalChi2=210.523 CaloBremChi2=46.3457 CaloClusChi2=1.19042 CaloTrajectoryL=326.757 CaloEoverP=0.767474 EcalPIDe=1.53473 BremPIDe=1.76845 HcalPIDe=-1.55552 HcalPIDmu=-0.582536 EcalPIDmu=-3.65417 TrackChi2PerDof=0.790407 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=30467.4 TrackPt=2473.98 CombDLLe=1.7801 CombDLLmu=-2.71981 CombDLLpi=0 CombDLLk=-38.5365 CombDLLp=-39.9563 CombDLLd=-30.5868 ProbNNe=0.038616 ProbNNpi=0.988018 ProbNNk=1.36747e-05 ProbNNp=1.54247e-05 ProbNNghost=0.00107032 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.0281 RichDLLmu=-1.26214 RichDLLpi=0 RichDLLk=5.01056 RichDLLp=2.35705 RichPIDStatus=6116 RichDLLbt=2.35705 RichDLLd=2.35705 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.3382 CaloElectronMatch=238.714 CaloBremMatch=75.8701 CaloChargedEcal=18023.6 CaloChargedID=42468 CaloNeutralEcal=18023.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713117 CaloNeutralID=42468 CaloEcalE=2565.14 CaloEcalChi2=238.714 CaloBremChi2=379.268 CaloClusChi2=2.3382 CaloTrajectoryL=1010.22 CaloEoverP=1.48887 EcalPIDe=0.786938 BremPIDe=-0.454777 EcalPIDmu=-2.01184 TrackChi2PerDof=1.18267 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=11970.3 TrackPt=689.648 CombDLLe=-1.05419 CombDLLmu=-3.74223 CombDLLpi=0 CombDLLk=5.01056 CombDLLp=2.35705 CombDLLd=2.35705 ProbNNe=1.56524e-05 ProbNNpi=0.797658 ProbNNk=0.194051 ProbNNp=0.420127 ProbNNghost=0.0397851 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.64122 RichDLLmu=-0.279671 RichDLLpi=0 RichDLLk=39.883 RichDLLp=25.9825 RichPIDStatus=8164 RichDLLbt=27.1593 RichDLLd=27.1593 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.297595 CaloElectronMatch=295.082 CaloBremMatch=295.082 CaloChargedEcal=16801.2 CaloChargedID=37669 CaloNeutralEcal=16801.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960997 CaloNeutralID=37669 CaloEcalE=8867.12 CaloHcalE=777.477 CaloEcalChi2=295.082 CaloBremChi2=65.2221 CaloClusChi2=0.297595 CaloTrajectoryL=281.593 CaloEoverP=0.603595 EcalPIDe=0.906536 BremPIDe=0.549214 HcalPIDe=0.58404 HcalPIDmu=0.294142 EcalPIDmu=-4.45345 TrackChi2PerDof=1.34468 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=27606.9 TrackPt=2514.59 CombDLLe=1.57825 CombDLLmu=-4.55044 CombDLLpi=0 CombDLLk=39.883 CombDLLp=25.9825 CombDLLd=27.1593 ProbNNe=2.46028e-07 ProbNNpi=0.000390323 ProbNNk=0.999583 ProbNNp=0.000517279 ProbNNghost=0.00183562 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.3771 RichDLLmu=-4.29797 RichDLLpi=0 RichDLLk=0.439016 RichDLLp=0.439016 RichPIDStatus=5028 RichDLLbt=0.439016 RichDLLd=0.439016 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.201487 CaloElectronMatch=130.136 CaloBremMatch=130.136 CaloChargedEcal=11222.2 CaloChargedID=35340 CaloNeutralEcal=11222.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824387 CaloNeutralID=35340 CaloEcalE=7167.88 CaloHcalE=0 CaloEcalChi2=130.136 CaloBremChi2=133.55 CaloClusChi2=0.201487 CaloTrajectoryL=202.444 CaloEoverP=2.44369 EcalPIDe=0.83137 BremPIDe=0.00370359 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-0.377978 TrackChi2PerDof=1.11525 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=4703.9 TrackPt=379.764 CombDLLe=-0.455903 CombDLLmu=-7.71398 CombDLLpi=0 CombDLLk=0.439016 CombDLLp=0.439016 CombDLLd=0.439016 ProbNNe=0.0230501 ProbNNpi=0.949335 ProbNNk=0.0177712 ProbNNp=0.0355753 ProbNNghost=0.0326205 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.77335 RichDLLmu=-5.9479 RichDLLpi=0 RichDLLk=-1.4981 RichDLLp=-1.4981 RichPIDStatus=5027 RichDLLbt=-1.4981 RichDLLd=-1.4981 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.974798 CaloElectronMatch=98.4904 CaloBremMatch=8.87575 CaloChargedEcal=3908.31 CaloChargedID=38593 CaloNeutralEcal=3908.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.628888 CaloNeutralID=38593 CaloEcalE=1372.96 CaloHcalE=575.36 CaloEcalChi2=98.4904 CaloBremChi2=719.138 CaloClusChi2=0.974798 CaloTrajectoryL=-97.3552 CaloEoverP=1.2769 EcalPIDe=1.51236 BremPIDe=-0.553589 HcalPIDe=-0.304036 HcalPIDmu=-0.373695 EcalPIDmu=-1.5773 TrackChi2PerDof=1.96915 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=3313.89 TrackPt=251.217 CombDLLe=-0.856447 CombDLLmu=-7.76414 CombDLLpi=0 CombDLLk=-1.4981 CombDLLp=-1.4981 CombDLLd=-1.4981 ProbNNe=0.00833377 ProbNNpi=0.801014 ProbNNk=0.0166395 ProbNNp=0.0384947 ProbNNghost=0.302076 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.2097 RichDLLmu=-22.1325 RichDLLpi=0 RichDLLk=-10.2138 RichDLLp=-10.2138 RichPIDStatus=5091 RichDLLbt=-10.2138 RichDLLd=-10.2138 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.94533 CaloElectronMatch=1008.22 CaloBremMatch=1008.22 CaloChargedEcal=6989.61 CaloChargedID=43635 CaloNeutralEcal=6989.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719514 CaloNeutralID=43635 CaloEcalE=350.31 CaloHcalE=10848 CaloEcalChi2=1008.22 CaloBremChi2=278.723 CaloClusChi2=4.94533 CaloTrajectoryL=-221.014 CaloEoverP=0.947864 EcalPIDe=-1.10291 BremPIDe=-0.26048 HcalPIDe=-1.62556 HcalPIDmu=-0.546932 EcalPIDmu=0.00838327 TrackChi2PerDof=1.55653 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=7620.04 TrackPt=381.548 CombDLLe=-6.89649 CombDLLmu=-7.53655 CombDLLpi=0 CombDLLk=-10.2138 CombDLLp=-10.2138 CombDLLd=-10.2138 ProbNNe=2.20628e-09 ProbNNpi=0.998462 ProbNNk=6.95504e-05 ProbNNp=0.000471272 ProbNNghost=0.00296792 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.94737 RichDLLmu=0.939823 RichDLLpi=0 RichDLLk=0.62438 RichDLLp=0.62438 RichPIDStatus=5026 RichDLLbt=0.62438 RichDLLd=0.62438 MuonMuLL=-0.0190809 MuonBkgLL=-0.153022 MuonNShared=9 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=436.09 MuonMVA1=-999 MuonMVA2=-0.428732 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.39798 CaloElectronMatch=373.015 CaloBremMatch=11.3591 CaloChargedEcal=2518.44 CaloChargedID=38904 CaloNeutralEcal=2518.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.714258 CaloNeutralID=38904 CaloEcalE=7277.08 CaloHcalE=4786.8 CaloEcalChi2=373.015 CaloBremChi2=514.107 CaloClusChi2=2.39798 CaloTrajectoryL=1004.74 CaloEoverP=0.494455 EcalPIDe=0.0750074 BremPIDe=-0.607507 HcalPIDe=-2.10303 HcalPIDmu=-0.924473 EcalPIDmu=-0.363249 TrackChi2PerDof=0.860929 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=5574.9 TrackPt=179.466 CombDLLe=-3.49693 CombDLLmu=0.146691 CombDLLpi=0 CombDLLk=0.62438 CombDLLp=0.62438 CombDLLd=0.777402 ProbNNe=0.143741 ProbNNmu=0.00366525 ProbNNpi=6.00301e-05 ProbNNk=0.413653 ProbNNp=0.0679899 ProbNNghost=0.69454 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.13856 RichDLLmu=-1.01181 RichDLLpi=0 RichDLLk=0.873514 RichDLLp=1.92736 RichPIDStatus=6117 RichDLLbt=1.92736 RichDLLd=1.92736 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.32556 CaloElectronMatch=233.257 CaloBremMatch=75.8701 CaloChargedEcal=18023.6 CaloChargedID=42468 CaloNeutralEcal=18023.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713117 CaloNeutralID=42468 CaloEcalE=2565.14 CaloEcalChi2=233.257 CaloBremChi2=379.539 CaloClusChi2=2.32556 CaloTrajectoryL=1006.31 CaloEoverP=1.48846 EcalPIDe=0.786938 BremPIDe=-0.454777 EcalPIDmu=-2.01184 TrackChi2PerDof=1.51582 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=11973.6 TrackPt=681.245 CombDLLe=-1.23983 CombDLLmu=-3.40935 CombDLLpi=0 CombDLLk=0.873514 CombDLLp=1.92736 CombDLLd=1.92736 ProbNNe=7.21164e-06 ProbNNpi=0.654027 ProbNNk=0.00534695 ProbNNp=0.0808113 ProbNNghost=0.81753 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-31.9393 RichDLLmu=-17.4761 RichDLLpi=0 RichDLLk=-6.48935 RichDLLp=-5.46107 RichPIDStatus=6115 RichDLLbt=-5.46107 RichDLLd=-5.46107 MuonMuLL=0 MuonBkgLL=-0.161735 MuonNShared=6 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3522.57 MuonMVA1=-999 MuonMVA2=-0.348063 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=20.7764 CaloElectronMatch=851.355 CaloBremMatch=83.2037 CaloChargedEcal=1256.55 CaloChargedID=34382 CaloNeutralEcal=1256.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775494 CaloNeutralID=34382 CaloEcalE=113.206 CaloHcalE=4105.1 CaloEcalChi2=851.355 CaloBremChi2=151.949 CaloClusChi2=20.7764 CaloTrajectoryL=6403.85 CaloEoverP=0.151956 EcalPIDe=-1.02549 BremPIDe=0.110459 HcalPIDe=-1.82531 HcalPIDmu=-0.560112 EcalPIDmu=0.382699 TrackChi2PerDof=1.82248 TrackNumDof=38 TrackType=3 TrackHistory=32 TrackP=9681.45 TrackPt=660.283 CombDLLe=-7.38265 CombDLLmu=-7.0028 CombDLLpi=0 CombDLLk=-6.48935 CombDLLp=-5.46107 CombDLLd=-5.29934 ProbNNe=5.95257e-06 ProbNNmu=0.00366525 ProbNNpi=0.507993 ProbNNk=1.05463e-05 ProbNNp=0.00305043 ProbNNghost=0.258346 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.75544 RichDLLmu=-0.881196 RichDLLpi=0 RichDLLk=15.844 RichDLLp=9.87327 RichPIDStatus=8164 RichDLLbt=11.0473 RichDLLd=11.0473 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=14.6369 CaloElectronMatch=1062.57 CaloBremMatch=20.9462 CaloChargedEcal=12984.1 CaloChargedID=44064 CaloNeutralEcal=12984.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.727901 CaloNeutralID=44064 CaloEcalE=0 CaloHcalE=20829.5 CaloEcalChi2=1062.57 CaloBremChi2=238.806 CaloClusChi2=14.6369 CaloTrajectoryL=18.8555 CaloEoverP=0.626697 EcalPIDe=-1.16216 BremPIDe=-0.098834 HcalPIDe=-2.5812 HcalPIDmu=-2.81633 EcalPIDmu=0.689585 TrackChi2PerDof=1.35996 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=20269.3 TrackPt=1113.52 CombDLLe=-4.49748 CombDLLmu=-3.34781 CombDLLpi=0 CombDLLk=15.844 CombDLLp=9.87327 CombDLLd=11.0473 ProbNNe=4.16194e-05 ProbNNpi=0.0218739 ProbNNk=0.995984 ProbNNp=0.470613 ProbNNghost=0.0222499 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.37035 RichDLLmu=1.58294 RichDLLpi=0 RichDLLk=3.29741 RichDLLp=12.1486 RichPIDStatus=8166 RichDLLbt=12.2163 RichDLLd=12.2163 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.06954 CaloElectronMatch=1351.93 CaloChargedEcal=20495.7 CaloChargedID=42803 CaloEcalE=9277.87 CaloHcalE=4961.8 CaloEcalChi2=1351.93 CaloClusChi2=1.06954 CaloTrajectoryL=-351.54 CaloEoverP=1.10139 EcalPIDe=-1.20116 HcalPIDe=-1.60013 HcalPIDmu=-0.701762 EcalPIDmu=-3.99877 TrackChi2PerDof=0.967858 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=18769.5 TrackPt=507.523 CombDLLe=-3.21562 CombDLLmu=-2.55561 CombDLLpi=0 CombDLLk=3.29741 CombDLLp=12.1486 CombDLLd=12.2163 ProbNNe=0.00330367 ProbNNpi=0.0793458 ProbNNk=0.0343285 ProbNNp=0.960592 ProbNNghost=0.00170565 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=3.35112 RichDLLmu=-4.58847 RichDLLpi=0 RichDLLk=-0.971798 RichDLLp=-0.971798 RichPIDStatus=5025 RichDLLbt=-0.971798 RichDLLd=-0.971798 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.65613 CaloElectronMatch=224.501 CaloBremMatch=173.239 CaloChargedEcal=4351.24 CaloChargedID=35071 CaloNeutralEcal=4351.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973703 CaloNeutralID=35071 CaloEcalE=2815.06 CaloEcalChi2=224.501 CaloBremChi2=355.719 CaloClusChi2=2.65613 CaloTrajectoryL=221.093 CaloEoverP=1.43769 EcalPIDe=0.497498 BremPIDe=-0.373552 EcalPIDmu=-1.79298 TrackChi2PerDof=1.10388 TrackNumDof=38 TrackType=3 TrackHistory=30 TrackP=3312.69 TrackPt=198.18 CombDLLe=0.709024 CombDLLmu=-6.86661 CombDLLpi=0 CombDLLk=-0.971798 CombDLLp=-0.971798 CombDLLd=-0.971798 ProbNNe=0.912755 ProbNNpi=0.788659 ProbNNk=0.0152341 ProbNNp=0.0701155 ProbNNghost=0.762799 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.49169 RichDLLmu=-1.25581 RichDLLpi=0 RichDLLk=-23.4205 RichDLLp=-4.45568 RichPIDStatus=8163 RichDLLbt=-5.96521 RichDLLd=-5.96521 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.176125 CaloElectronMatch=160.228 CaloBremMatch=160.228 CaloChargedEcal=18492.6 CaloChargedID=38476 CaloNeutralEcal=18492.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900971 CaloNeutralID=38476 CaloEcalE=15440.5 CaloHcalE=3921.25 CaloEcalChi2=160.228 CaloBremChi2=144.252 CaloClusChi2=0.176125 CaloTrajectoryL=202.515 CaloEoverP=0.808901 EcalPIDe=1.91205 BremPIDe=0.328023 HcalPIDe=-1.15958 HcalPIDmu=0.207968 EcalPIDmu=-3.26199 TrackChi2PerDof=1.32466 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=23180.1 TrackPt=1595.7 CombDLLe=0.125438 CombDLLmu=-4.7761 CombDLLpi=0 CombDLLk=-23.4205 CombDLLp=-4.45568 CombDLLd=-5.96521 ProbNNe=0.148867 ProbNNpi=0.961352 ProbNNk=7.79507e-05 ProbNNp=6.69988e-05 ProbNNghost=0.0307124 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.28849 RichDLLmu=-0.366577 RichDLLpi=0 RichDLLk=37.8738 RichDLLp=22.7108 RichPIDStatus=8164 RichDLLbt=19.617 RichDLLd=19.617 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.626324 CaloElectronMatch=515.001 CaloBremMatch=515.001 CaloChargedEcal=10973.5 CaloChargedID=38157 CaloNeutralEcal=10973.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.883018 CaloNeutralID=38157 CaloEcalE=7190 CaloHcalE=7030.81 CaloEcalChi2=515.001 CaloBremChi2=247.43 CaloClusChi2=0.626324 CaloTrajectoryL=307.338 CaloEoverP=0.46685 EcalPIDe=-0.250247 BremPIDe=0.0267696 HcalPIDe=-1.71317 HcalPIDmu=-1.17892 EcalPIDmu=-3.49337 TrackChi2PerDof=1.03531 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=23891.9 TrackPt=1862.45 CombDLLe=-2.3367 CombDLLmu=-5.18459 CombDLLpi=0 CombDLLk=37.8738 CombDLLp=22.7108 CombDLLd=19.617 ProbNNe=1.77918e-07 ProbNNpi=0.000361811 ProbNNk=0.999696 ProbNNp=0.00478486 ProbNNghost=0.00121198 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.8179 RichDLLmu=-1.99825 RichDLLpi=0 RichDLLk=14.8999 RichDLLp=12.4167 RichPIDStatus=6116 RichDLLbt=12.4167 RichDLLd=12.4167 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0866163 CaloElectronMatch=146.05 CaloBremMatch=146.05 CaloChargedEcal=19452.4 CaloChargedID=39309 CaloNeutralEcal=19452.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.692523 CaloNeutralID=39309 CaloEcalE=4579.83 CaloHcalE=4060.09 CaloEcalChi2=146.05 CaloBremChi2=307.986 CaloClusChi2=0.0866163 CaloTrajectoryL=58.912 CaloEoverP=1.34378 EcalPIDe=1.35245 BremPIDe=-0.524471 HcalPIDe=-1.43374 HcalPIDmu=-0.372847 EcalPIDmu=-3.31459 TrackChi2PerDof=0.796198 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=14717.1 TrackPt=732.574 CombDLLe=-1.61678 CombDLLmu=-6.34498 CombDLLpi=0 CombDLLk=14.8999 CombDLLp=12.4167 CombDLLd=12.4167 ProbNNe=5.54671e-06 ProbNNpi=0.0378765 ProbNNk=0.968842 ProbNNp=0.799748 ProbNNghost=0.0126724 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.0266 RichDLLmu=-3.26627 RichDLLpi=0 RichDLLk=-1.06531 RichDLLp=4.96042 RichPIDStatus=6117 RichDLLbt=4.96042 RichDLLd=4.96042 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.182799 CaloElectronMatch=383.935 CaloBremMatch=383.935 CaloChargedEcal=3223.88 CaloChargedID=34009 CaloNeutralEcal=3223.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949781 CaloNeutralID=34009 CaloEcalE=2833.23 CaloHcalE=2886.15 CaloEcalChi2=383.935 CaloBremChi2=95.2511 CaloClusChi2=0.182799 CaloTrajectoryL=44.9855 CaloEoverP=0.260549 EcalPIDe=-0.10442 BremPIDe=0.673691 HcalPIDe=-0.887168 HcalPIDmu=0.488008 EcalPIDmu=-2.14267 TrackChi2PerDof=0.916617 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=12526.7 TrackPt=1475.49 CombDLLe=-3.12974 CombDLLmu=-5.67165 CombDLLpi=0 CombDLLk=-1.06531 CombDLLp=4.96042 CombDLLd=4.96042 ProbNNe=3.52682e-06 ProbNNpi=0.991658 ProbNNk=0.000149263 ProbNNp=0.000468427 ProbNNghost=0.0025258 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.99203 RichDLLmu=-7.40141 RichDLLpi=0 RichDLLk=-1.3758 RichDLLp=-1.3758 RichPIDStatus=5025 RichDLLbt=-1.3758 RichDLLd=-1.3758 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.154209 CaloElectronMatch=15.6044 CaloBremMatch=15.6044 CaloChargedEcal=2047.16 CaloChargedID=34313 CaloNeutralEcal=2047.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.770188 CaloNeutralID=34313 CaloEcalE=1507.18 CaloHcalE=806.352 CaloEcalChi2=15.6044 CaloBremChi2=71.7225 CaloClusChi2=0.154209 CaloTrajectoryL=80.1225 CaloEoverP=0.624232 EcalPIDe=2.97947 BremPIDe=0.599495 HcalPIDe=-0.560927 HcalPIDmu=0.198625 EcalPIDmu=-1.86134 TrackChi2PerDof=0.866146 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=3605.07 TrackPt=283.484 CombDLLe=3.54067 CombDLLmu=-7.97336 CombDLLpi=0 CombDLLk=-1.3758 CombDLLp=-1.3758 CombDLLd=-1.3758 ProbNNe=0.83738 ProbNNpi=0.470892 ProbNNk=0.0316816 ProbNNp=0.0813227 ProbNNghost=0.760126 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.59832 RichDLLmu=-6.49754 RichDLLpi=0 RichDLLk=0.831409 RichDLLp=0.831409 RichPIDStatus=5028 RichDLLbt=0.831409 RichDLLd=0.831409 MuonMuLL=-0.0487701 MuonBkgLL=-0.29739 MuonNShared=7 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=229.298 MuonMVA1=-999 MuonMVA2=0.649329 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=8.3983 CaloElectronMatch=1175.54 CaloBremMatch=211.5 CaloChargedEcal=1735.57 CaloChargedID=39832 CaloNeutralEcal=1735.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824012 CaloNeutralID=39832 CaloEcalE=3009.28 CaloHcalE=1063.25 CaloEcalChi2=1175.54 CaloBremChi2=44.1723 CaloClusChi2=8.3983 CaloTrajectoryL=-2595.12 CaloEoverP=0.390147 EcalPIDe=-1.38401 BremPIDe=1.14622 HcalPIDe=-0.789374 HcalPIDmu=0.612604 EcalPIDmu=-2.69301 TrackChi2PerDof=1.03776 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=4435.62 TrackPt=419.153 CombDLLe=-2.67535 CombDLLmu=-7.86296 CombDLLpi=0 CombDLLk=0.831409 CombDLLp=0.831409 CombDLLd=1.1288 ProbNNe=0.0283672 ProbNNmu=0.00366525 ProbNNpi=0.000404816 ProbNNk=0.244228 ProbNNp=0.0354569 ProbNNghost=0.0845913 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.53298 RichDLLmu=-3.37763 RichDLLpi=0 RichDLLk=-2.68326 RichDLLp=-2.68326 RichPIDStatus=5027 RichDLLbt=-2.68326 RichDLLd=-2.68326 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.98922 CaloElectronMatch=237.271 CaloBremMatch=83.2037 CaloChargedEcal=1256.55 CaloChargedID=34382 CaloNeutralEcal=1256.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775494 CaloNeutralID=34382 CaloEcalE=2972.29 CaloHcalE=124.082 CaloEcalChi2=237.271 CaloBremChi2=475.957 CaloClusChi2=1.98922 CaloTrajectoryL=-402.268 CaloEoverP=0.414085 EcalPIDe=0.497498 BremPIDe=-0.553589 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.88769 TrackChi2PerDof=0.980911 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=3552.79 TrackPt=203.198 CombDLLe=-1.04178 CombDLLmu=-8.40255 CombDLLpi=0 CombDLLk=-2.68326 CombDLLp=-2.68326 CombDLLd=-2.68326 ProbNNe=0.0542704 ProbNNpi=0.940269 ProbNNk=0.0172969 ProbNNp=0.0413488 ProbNNghost=0.0647986 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.04275 RichDLLmu=-1.09679 RichDLLpi=0 RichDLLk=-0.34153 RichDLLp=-0.34153 RichPIDStatus=5027 RichDLLbt=-0.34153 RichDLLd=-0.34153 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.1271 CaloElectronMatch=216.092 CaloBremMatch=53.6055 CaloChargedEcal=982.526 CaloChargedID=34689 CaloNeutralEcal=982.526 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70169 CaloNeutralID=34689 CaloEcalE=482.56 CaloEcalChi2=216.092 CaloBremChi2=18.1778 CaloClusChi2=3.1271 CaloTrajectoryL=-408.054 CaloEoverP=0.442 EcalPIDe=0.497498 BremPIDe=2.37284 EcalPIDmu=1.19218 TrackChi2PerDof=1.07946 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=2751.04 TrackPt=251.26 CombDLLe=1.65044 CombDLLmu=-0.319165 CombDLLpi=0 CombDLLk=-0.34153 CombDLLp=-0.34153 CombDLLd=-0.34153 ProbNNe=0.00303903 ProbNNpi=0.9444 ProbNNk=0.0449316 ProbNNp=0.0841963 ProbNNghost=0.016321 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.74146 RichDLLmu=-8.86812 RichDLLpi=0 RichDLLk=1.94387 RichDLLp=1.94387 RichPIDStatus=5028 RichDLLbt=1.94387 RichDLLd=1.94387 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.53379 CaloElectronMatch=356.285 CaloBremMatch=24.7859 CaloChargedEcal=6365.32 CaloChargedID=34946 CaloNeutralEcal=6365.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94865 CaloNeutralID=34946 CaloEcalE=4465.47 CaloEcalChi2=356.285 CaloBremChi2=448.657 CaloClusChi2=3.53379 CaloTrajectoryL=200.578 CaloEoverP=1.58929 EcalPIDe=0.0319619 BremPIDe=-0.553589 EcalPIDmu=-1.85251 TrackChi2PerDof=0.913369 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=4125.6 TrackPt=349.623 CombDLLe=-1.17448 CombDLLmu=-8.46055 CombDLLpi=0 CombDLLk=1.94387 CombDLLp=1.94387 CombDLLd=1.94387 ProbNNe=0.742758 ProbNNpi=0.833598 ProbNNk=0.0336224 ProbNNp=0.0551289 ProbNNghost=0.040253 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.0681 RichDLLmu=-19.4912 RichDLLpi=0 RichDLLk=-7.29586 RichDLLp=-7.29586 RichPIDStatus=5091 RichDLLbt=-7.29586 RichDLLd=-7.29586 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.49415 CaloElectronMatch=1205.28 CaloBremMatch=84.2939 CaloChargedEcal=646.953 CaloChargedID=35378 CaloNeutralEcal=646.953 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878842 CaloNeutralID=35378 CaloEcalE=3335.6 CaloHcalE=1859.64 CaloEcalChi2=1205.28 CaloBremChi2=152.941 CaloClusChi2=1.49415 CaloTrajectoryL=2916.67 CaloEoverP=0.113986 EcalPIDe=-1.41652 BremPIDe=0.110459 HcalPIDe=-1.03972 HcalPIDmu=1.90086 EcalPIDmu=-3.18126 TrackChi2PerDof=0.820893 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=7649.6 TrackPt=765.953 CombDLLe=-6.58392 CombDLLmu=-8.27465 CombDLLpi=0 CombDLLk=-7.29586 CombDLLp=-7.29586 CombDLLd=-7.29586 ProbNNe=5.90575e-09 ProbNNpi=0.996791 ProbNNk=6.09803e-05 ProbNNp=0.000117778 ProbNNghost=0.0216436 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.350813 RichDLLmu=0.910738 RichDLLpi=0 RichDLLk=22.3255 RichDLLp=0.956081 RichPIDStatus=139236 RichDLLbt=2.59778 RichDLLd=-1.26488 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.8871 CaloElectronMatch=3806.37 CaloBremMatch=203.381 CaloChargedEcal=3956.53 CaloChargedID=43351 CaloNeutralEcal=3956.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.777226 CaloNeutralID=43351 CaloEcalE=460.404 CaloHcalE=44895.8 CaloEcalChi2=3806.37 CaloBremChi2=50.9859 CaloClusChi2=6.8871 CaloTrajectoryL=-6833.95 CaloEoverP=0.0730754 EcalPIDe=-2.67137 BremPIDe=2.15106 HcalPIDe=-2.68434 HcalPIDmu=-2.91461 EcalPIDmu=1.38028 TrackChi2PerDof=0.973973 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=55060.3 TrackPt=4073.83 CombDLLe=-3.14327 CombDLLmu=-0.273212 CombDLLpi=0 CombDLLk=22.3255 CombDLLp=0.956081 CombDLLd=-1.26488 ProbNNe=1.10289e-05 ProbNNpi=0.00144154 ProbNNk=0.99948 ProbNNp=2.72535e-06 ProbNNghost=0.00204196 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.223523 RichDLLmu=-0.0894665 RichDLLpi=0 RichDLLk=-8.29546 RichDLLp=-13.4624 RichPIDStatus=139171 RichDLLbt=-8.37883 RichDLLd=-12.2229 TrackChi2PerDof=1.89061 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=40913.6 TrackPt=1155.61 CombDLLe=-0.0391161 CombDLLmu=-0.12524 CombDLLpi=0 CombDLLk=-8.29546 CombDLLp=-13.4624 CombDLLd=-12.2229 ProbNNe=0.209553 ProbNNpi=0.704699 ProbNNk=0.0124947 ProbNNp=0.00460814 ProbNNghost=0.183452 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.0051 RichDLLmu=-8.38349 RichDLLpi=0 RichDLLk=-4.46238 RichDLLp=-3.1395 RichPIDStatus=6115 RichDLLbt=-3.1395 RichDLLd=-3.1395 MuonMuLL=-0.0881757 MuonBkgLL=-1.88659 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=110 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=34.6855 CaloElectronMatch=2560.55 CaloBremMatch=29.8615 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=0 CaloHcalE=11081.3 CaloEcalChi2=2560.55 CaloBremChi2=477.626 CaloClusChi2=34.6855 CaloTrajectoryL=-7207.08 CaloEoverP=0.294717 EcalPIDe=-2.89908 BremPIDe=-0.621385 HcalPIDe=-1.89687 HcalPIDmu=-2.08088 EcalPIDmu=0.457906 TrackChi2PerDof=1.10929 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=12651.3 TrackPt=441.69 CombDLLe=-7.61627 CombDLLmu=-6.35158 CombDLLpi=0 CombDLLk=-4.46238 CombDLLp=-3.1395 CombDLLd=-1.25291 ProbNNe=1.21559e-06 ProbNNpi=0.961241 ProbNNk=0.000827652 ProbNNp=0.00827773 ProbNNghost=0.124958 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.70104 RichDLLmu=-3.0715 RichDLLpi=0 RichDLLk=-0.0973206 RichDLLp=-0.0973206 RichPIDStatus=5027 RichDLLbt=-0.0973206 RichDLLd=-0.0973206 InAccBrem=1 CaloBremChi2=54.6631 BremPIDe=0.875371 TrackChi2PerDof=0.977123 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=2983.46 TrackPt=248.758 CombDLLe=-0.286464 CombDLLmu=-3.83003 CombDLLpi=0 CombDLLk=-0.0973206 CombDLLp=-0.0973206 CombDLLd=-0.0973206 ProbNNe=0.37968 ProbNNpi=0.886622 ProbNNk=0.0614391 ProbNNp=0.10188 ProbNNghost=0.118055 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.3034 RichDLLmu=-1.00377 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=175.557 BremPIDe=-0.0885181 TrackChi2PerDof=1.2191 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=2494.83 TrackPt=236.034 CombDLLe=-2.33441 CombDLLmu=-1.38671 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.108107 ProbNNpi=0.138838 ProbNNk=0.0449524 ProbNNp=0.0516346 ProbNNghost=0.833143 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.59643 RichDLLmu=-2.70491 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=310.271 BremPIDe=-0.15976 TrackChi2PerDof=0.965037 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=2333.36 TrackPt=139.538 CombDLLe=-0.960614 CombDLLmu=-3.45611 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.775952 ProbNNpi=0.403128 ProbNNk=0.0396195 ProbNNp=0.0584513 ProbNNghost=0.892916 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.01256 RichDLLmu=-4.59993 RichDLLpi=0 RichDLLk=-1.34393 RichDLLp=-1.34393 RichPIDStatus=5027 RichDLLbt=-1.34393 RichDLLd=-1.34393 InAccEcal=1 InAccBrem=1 CaloTrMatch=2.63805 CaloElectronMatch=222.786 CaloBremMatch=173.239 CaloChargedEcal=4351.24 CaloChargedID=35071 CaloNeutralEcal=4351.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973703 CaloNeutralID=35071 CaloEcalE=2815.06 CaloEcalChi2=222.786 CaloBremChi2=334.452 CaloClusChi2=2.63805 CaloTrajectoryL=221.686 CaloEoverP=1.42692 EcalPIDe=0.497498 BremPIDe=-0.373552 EcalPIDmu=-1.79298 TrackChi2PerDof=2.64371 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=3337.71 TrackPt=208.963 CombDLLe=-0.920399 CombDLLmu=-6.87421 CombDLLpi=0 CombDLLk=-1.34393 CombDLLp=-1.34393 CombDLLd=-1.34393 ProbNNe=0.592157 ProbNNpi=0.657383 ProbNNk=0.0293758 ProbNNp=0.0617567 ProbNNghost=0.7536 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.0265 RichDLLmu=1.68343 RichDLLpi=0 RichDLLk=-0.4939 RichDLLp=-0.4939 RichPIDStatus=5026 RichDLLbt=-0.4939 RichDLLd=-0.4939 InAccBrem=1 CaloBremChi2=99.3001 BremPIDe=0.178319 TrackChi2PerDof=1.56186 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=3301.93 TrackPt=300.521 CombDLLe=-2.02401 CombDLLmu=2.2716 CombDLLpi=0 CombDLLk=-0.4939 CombDLLp=-0.4939 CombDLLd=-0.4939 ProbNNe=0.0321172 ProbNNpi=0.743519 ProbNNk=0.0311201 ProbNNp=0.124079 ProbNNghost=0.647662 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.1801 RichDLLmu=0.381649 RichDLLpi=0 RichDLLk=9.34528 RichDLLp=-24.1642 RichPIDStatus=139236 RichDLLbt=-11.8662 RichDLLd=-19.4084 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.205973 CaloElectronMatch=4647.04 CaloBremMatch=876.982 CaloChargedEcal=13963.1 CaloChargedID=39375 CaloNeutralEcal=13963.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916933 CaloNeutralID=39375 CaloEcalE=9468.97 CaloHcalE=21281.8 CaloEcalChi2=4647.04 CaloBremChi2=68.752 CaloClusChi2=0.205973 CaloTrajectoryL=114.241 CaloEoverP=0.215904 EcalPIDe=-1.67211 BremPIDe=0.313722 HcalPIDe=-2.78613 HcalPIDmu=-1.84795 EcalPIDmu=-2.97986 TrackChi2PerDof=1.19644 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=65332.1 TrackPt=5028.95 CombDLLe=-4.35098 CombDLLmu=-4.29454 CombDLLpi=0 CombDLLk=9.34528 CombDLLp=-24.1642 CombDLLd=-19.4084 ProbNNe=0.000123509 ProbNNpi=0.286214 ProbNNk=0.984816 ProbNNp=3.86928e-07 ProbNNghost=0.0125092 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.0724 RichDLLmu=-12.969 RichDLLpi=0 RichDLLk=-3.93376 RichDLLp=-3.93376 RichPIDStatus=5027 RichDLLbt=-3.93376 RichDLLd=-3.93376 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.82972 CaloElectronMatch=743.21 CaloBremMatch=84.2939 CaloChargedEcal=646.953 CaloChargedID=35378 CaloNeutralEcal=646.953 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878842 CaloNeutralID=35378 CaloEcalE=458.212 CaloHcalE=2639.83 CaloEcalChi2=743.21 CaloBremChi2=21.806 CaloClusChi2=2.82972 CaloTrajectoryL=2324.81 CaloEoverP=0.142632 EcalPIDe=-0.739943 BremPIDe=2.50165 HcalPIDe=-1.31397 HcalPIDmu=0.425157 EcalPIDmu=1.47887 TrackChi2PerDof=0.775485 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=6113.26 TrackPt=575.627 CombDLLe=-2.22274 CombDLLmu=-5.01821 CombDLLpi=0 CombDLLk=-3.93376 CombDLLp=-3.93376 CombDLLd=-3.93376 ProbNNe=1.00728e-06 ProbNNpi=0.993401 ProbNNk=0.00095517 ProbNNp=0.00213531 ProbNNghost=0.0181077 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.67152 RichDLLmu=-3.72212 RichDLLpi=0 RichDLLk=26.2352 RichDLLp=26.3689 RichPIDStatus=6117 RichDLLbt=26.3689 RichDLLd=26.3689 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.10894 CaloElectronMatch=986.407 CaloBremMatch=133.428 CaloChargedEcal=13587 CaloChargedID=38648 CaloNeutralEcal=13587 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805994 CaloNeutralID=38648 CaloEcalE=4943.7 CaloHcalE=7755.23 CaloEcalChi2=986.407 CaloBremChi2=666.335 CaloClusChi2=0.10894 CaloTrajectoryL=-163.186 CaloEoverP=1.25078 EcalPIDe=-0.992527 BremPIDe=-0.621385 HcalPIDe=-2.32036 HcalPIDmu=-1.90346 EcalPIDmu=-3.18761 TrackChi2PerDof=0.938567 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=10901.2 TrackPt=625.693 CombDLLe=-4.40109 CombDLLmu=-9.51374 CombDLLpi=0 CombDLLk=26.2352 CombDLLp=26.3689 CombDLLd=26.3689 ProbNNe=1.40654e-06 ProbNNpi=0.000735749 ProbNNk=0.993045 ProbNNp=0.804759 ProbNNghost=0.00108561 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.5384 RichDLLmu=-4.87893 RichDLLpi=0 RichDLLk=-4.77538 RichDLLp=-4.77538 RichPIDStatus=5027 RichDLLbt=-4.77538 RichDLLd=-4.77538 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.56192 CaloElectronMatch=165.969 CaloBremMatch=165.969 CaloChargedEcal=3713.51 CaloChargedID=39294 CaloNeutralEcal=3713.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72053 CaloNeutralID=39294 CaloEcalE=2458.32 CaloHcalE=6045.11 CaloEcalChi2=165.969 CaloBremChi2=460.16 CaloClusChi2=3.56192 CaloTrajectoryL=277.469 CaloEoverP=0.455838 EcalPIDe=0.989182 BremPIDe=-0.638976 HcalPIDe=-2.12496 HcalPIDmu=-1.79054 EcalPIDmu=-2.72381 TrackChi2PerDof=1.21853 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=8253.09 TrackPt=472.35 CombDLLe=-4.36499 CombDLLmu=-9.77301 CombDLLpi=0 CombDLLk=-4.77538 CombDLLp=-4.77538 CombDLLd=-4.77538 ProbNNe=3.08811e-06 ProbNNpi=0.978209 ProbNNk=0.00425678 ProbNNp=0.00453264 ProbNNghost=0.0334922 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.44045 RichDLLmu=-0.546018 RichDLLpi=0 RichDLLk=0.503517 RichDLLp=0.503517 RichPIDStatus=5028 RichDLLbt=0.503517 RichDLLd=0.503517 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.12405 CaloElectronMatch=216.389 CaloBremMatch=53.6055 CaloChargedEcal=982.526 CaloChargedID=34689 CaloNeutralEcal=982.526 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70169 CaloNeutralID=34689 CaloEcalE=482.56 CaloEcalChi2=216.389 CaloBremChi2=18.0218 CaloClusChi2=3.12405 CaloTrajectoryL=-408.285 CaloEoverP=0.44168 EcalPIDe=0.497498 BremPIDe=2.37284 EcalPIDmu=1.19218 TrackChi2PerDof=1.80744 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=2753.03 TrackPt=258.603 CombDLLe=1.7529 CombDLLmu=0.430775 CombDLLpi=0 CombDLLk=0.503517 CombDLLp=0.503517 CombDLLd=0.503517 ProbNNe=0.00166659 ProbNNpi=0.228716 ProbNNk=0.0576535 ProbNNp=0.0928137 ProbNNghost=0.937008 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.4467 RichDLLmu=-14.7259 RichDLLpi=0 RichDLLk=-3.3525 RichDLLp=-3.3525 RichPIDStatus=5027 RichDLLbt=-3.3525 RichDLLd=-3.3525 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.83318 CaloElectronMatch=655.056 CaloBremMatch=84.3356 CaloChargedEcal=533.307 CaloChargedID=35013 CaloNeutralEcal=533.307 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859056 CaloNeutralID=35013 CaloEcalE=442.658 CaloHcalE=3622.49 CaloEcalChi2=655.056 CaloBremChi2=108.03 CaloClusChi2=4.83318 CaloTrajectoryL=-47.6825 CaloEoverP=0.191716 EcalPIDe=-0.691118 BremPIDe=0.185338 HcalPIDe=-1.44621 HcalPIDmu=-0.155715 EcalPIDmu=1.26223 TrackChi2PerDof=2.18671 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=4067.45 TrackPt=366.438 CombDLLe=-4.52835 CombDLLmu=-5.85487 CombDLLpi=0 CombDLLk=-3.3525 CombDLLp=-3.3525 CombDLLd=-3.3525 ProbNNe=7.1277e-06 ProbNNpi=0.948973 ProbNNk=0.00150433 ProbNNp=0.0034121 ProbNNghost=0.200158 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.586103 RichDLLmu=0.63331 RichDLLpi=0 RichDLLk=15.3928 RichDLLp=15.3928 RichPIDStatus=5092 RichDLLbt=15.3928 RichDLLd=15.3928 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.93345 CaloElectronMatch=1014.01 CaloBremMatch=1008.22 CaloChargedEcal=6989.61 CaloChargedID=43635 CaloNeutralEcal=6989.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719514 CaloNeutralID=43635 CaloEcalE=350.31 CaloHcalE=10848 CaloEcalChi2=1014.01 CaloBremChi2=276.469 CaloClusChi2=4.93345 CaloTrajectoryL=-220.658 CaloEoverP=0.946402 EcalPIDe=-1.10291 BremPIDe=-0.26048 HcalPIDe=-1.62556 HcalPIDmu=-0.546932 EcalPIDmu=0.00838327 TrackChi2PerDof=1.93282 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=7631.8 TrackPt=374.531 CombDLLe=-2.88639 CombDLLmu=0.343375 CombDLLpi=0 CombDLLk=15.3928 CombDLLp=15.3928 CombDLLd=15.3928 ProbNNe=8.31208e-05 ProbNNpi=0.0316697 ProbNNk=0.885656 ProbNNp=0.909918 ProbNNghost=0.447654 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.20178 RichDLLmu=-4.1787 RichDLLpi=0 RichDLLk=-1.52227 RichDLLp=-1.52227 RichPIDStatus=5027 RichDLLbt=-1.52227 RichDLLd=-1.52227 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.95029 CaloElectronMatch=177.713 CaloBremMatch=177.713 CaloChargedEcal=575.844 CaloChargedID=35391 CaloNeutralEcal=575.844 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786881 CaloNeutralID=35391 CaloEcalE=453.178 CaloEcalChi2=177.713 CaloBremChi2=247.067 CaloClusChi2=1.95029 CaloTrajectoryL=129.131 CaloEoverP=0.246695 EcalPIDe=0.83137 BremPIDe=-0.33853 EcalPIDmu=1.19218 TrackChi2PerDof=1.49678 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=3256.51 TrackPt=271.975 CombDLLe=-0.92269 CombDLLmu=-3.59265 CombDLLpi=0 CombDLLk=-1.52227 CombDLLp=-1.52227 CombDLLd=-1.52227 ProbNNe=0.00169469 ProbNNpi=0.670042 ProbNNk=0.0316428 ProbNNp=0.0570011 ProbNNghost=0.743866 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.3366 RichDLLmu=-1.85017 RichDLLpi=0 RichDLLk=0.237323 RichDLLp=0.237323 RichPIDStatus=5028 RichDLLbt=0.237323 RichDLLd=0.237323 InAccBrem=1 CaloBremChi2=31.0984 BremPIDe=1.58328 TrackChi2PerDof=0.817352 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=2948.91 TrackPt=320.256 CombDLLe=-0.349159 CombDLLmu=-2.47815 CombDLLpi=0 CombDLLk=0.237323 CombDLLp=0.237323 CombDLLd=0.237323 ProbNNe=0.0411246 ProbNNpi=0.880858 ProbNNk=0.0658548 ProbNNp=0.1162 ProbNNghost=0.0837728 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.4753 RichDLLmu=-3.44344 RichDLLpi=0 RichDLLk=-35.4894 RichDLLp=-32.188 RichPIDStatus=6115 RichDLLbt=-32.188 RichDLLd=-32.188 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.453172 CaloElectronMatch=46.6032 CaloBremMatch=46.6032 CaloChargedEcal=12222 CaloChargedID=39708 CaloNeutralEcal=12222 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874884 CaloNeutralID=39708 CaloEcalE=6177.54 CaloHcalE=3704.32 CaloEcalChi2=46.6032 CaloBremChi2=295.187 CaloClusChi2=0.453172 CaloTrajectoryL=-45.6445 CaloEoverP=0.801524 EcalPIDe=4.7102 BremPIDe=-0.456351 HcalPIDe=-1.21197 HcalPIDmu=-0.0105243 EcalPIDmu=-3.81396 TrackChi2PerDof=1.54551 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=15430.3 TrackPt=993.06 CombDLLe=-0.523732 CombDLLmu=-8.00445 CombDLLpi=0 CombDLLk=-35.4894 CombDLLp=-32.188 CombDLLd=-32.188 ProbNNe=2.58612e-06 ProbNNpi=0.993949 ProbNNk=3.73108e-05 ProbNNp=8.55847e-05 ProbNNghost=0.0331332 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.95393 RichDLLmu=-4.65288 RichDLLpi=0 RichDLLk=26.2866 RichDLLp=25.3798 RichPIDStatus=6116 RichDLLbt=25.3798 RichDLLd=25.3798 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.4421 CaloElectronMatch=132.845 CaloBremMatch=132.845 CaloChargedEcal=10152.2 CaloChargedID=39844 CaloNeutralEcal=10152.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829703 CaloNeutralID=39844 CaloEcalE=4423.4 CaloHcalE=3281.66 CaloEcalChi2=132.845 CaloBremChi2=1.95132 CaloClusChi2=0.4421 CaloTrajectoryL=208.35 CaloEoverP=0.867183 EcalPIDe=1.35245 BremPIDe=4.19265 HcalPIDe=-1.13849 HcalPIDmu=0.34288 EcalPIDmu=-3.16056 TrackChi2PerDof=1.17903 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=11891.4 TrackPt=935.587 CombDLLe=3.54408 CombDLLmu=-7.93372 CombDLLpi=0 CombDLLk=26.2866 CombDLLp=25.3798 CombDLLd=25.3798 ProbNNe=9.91794e-07 ProbNNpi=0.000995667 ProbNNk=0.990158 ProbNNp=0.866326 ProbNNghost=0.00366808 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.97308 RichDLLmu=-4.56011 RichDLLpi=0 RichDLLk=14.1658 RichDLLp=17.3243 RichPIDStatus=6117 RichDLLbt=17.3243 RichDLLd=17.3243 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.79672 CaloElectronMatch=559.676 CaloBremMatch=559.676 CaloChargedEcal=2330.96 CaloChargedID=40177 CaloNeutralEcal=2330.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=40177 CaloEcalE=672.81 CaloHcalE=8105.09 CaloEcalChi2=559.676 CaloBremChi2=176.097 CaloClusChi2=3.79672 CaloTrajectoryL=-287.028 CaloEoverP=0.239187 EcalPIDe=-0.273733 BremPIDe=0.170661 HcalPIDe=-2.32036 HcalPIDmu=-2.17832 EcalPIDmu=0.966144 TrackChi2PerDof=1.10599 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=10850.8 TrackPt=1061.02 CombDLLe=-3.80053 CombDLLmu=-6.26689 CombDLLpi=0 CombDLLk=14.1658 CombDLLp=17.3243 CombDLLd=17.3243 ProbNNe=4.43863e-06 ProbNNpi=0.0934043 ProbNNk=0.734885 ProbNNp=0.928639 ProbNNghost=0.0350658 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.2814 RichDLLmu=-8.56446 RichDLLpi=0 RichDLLk=-0.517523 RichDLLp=-0.517523 RichPIDStatus=5059 RichDLLbt=-0.517523 RichDLLd=-0.517523 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.383702 CaloElectronMatch=310.153 CaloChargedEcal=7633.94 CaloChargedID=39088 CaloEcalE=3909.58 CaloHcalE=5178.4 CaloEcalChi2=310.153 CaloClusChi2=0.383702 CaloTrajectoryL=-170.382 CaloEoverP=0.663178 EcalPIDe=0.424072 HcalPIDe=-1.75999 HcalPIDmu=-0.865923 EcalPIDmu=-2.77859 TrackChi2PerDof=0.916652 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=11682.9 TrackPt=244.317 CombDLLe=-3.25943 CombDLLmu=-10.2035 CombDLLpi=0 CombDLLk=-0.517523 CombDLLp=-0.517523 CombDLLd=-0.517523 ProbNNe=9.00091e-06 ProbNNpi=0.99668 ProbNNk=0.000590607 ProbNNp=0.000767434 ProbNNghost=0.0109259 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.1573 RichDLLmu=-9.38718 RichDLLpi=0 RichDLLk=-17.7616 RichDLLp=-12.7864 RichPIDStatus=6115 RichDLLbt=-12.7864 RichDLLd=-12.7864 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.25454 CaloElectronMatch=808.264 CaloBremMatch=808.264 CaloChargedEcal=8015.25 CaloChargedID=42733 CaloNeutralEcal=8015.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915253 CaloNeutralID=42733 CaloEcalE=3189.02 CaloHcalE=16779 CaloEcalChi2=808.264 CaloBremChi2=470.134 CaloClusChi2=3.25454 CaloTrajectoryL=-237.187 CaloEoverP=0.563278 EcalPIDe=-0.833336 BremPIDe=-0.625066 HcalPIDe=-1.89687 HcalPIDmu=-1.76001 EcalPIDmu=-2.38302 TrackChi2PerDof=1.30346 TrackNumDof=34 TrackType=3 TrackHistory=32 TrackP=14661.3 TrackPt=382.234 CombDLLe=-7.37545 CombDLLmu=-10.8229 CombDLLpi=0 CombDLLk=-17.7616 CombDLLp=-12.7864 CombDLLd=-12.7864 ProbNNe=8.45124e-07 ProbNNpi=0.998884 ProbNNk=3.40773e-05 ProbNNp=0.00020126 ProbNNghost=0.041438 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.2824 RichDLLmu=-17.2412 RichDLLpi=0 RichDLLk=-8.22262 RichDLLp=-8.22262 RichPIDStatus=5027 RichDLLbt=-8.22262 RichDLLd=-8.22262 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0540574 CaloElectronMatch=47.596 CaloBremMatch=47.596 CaloChargedEcal=3073.53 CaloChargedID=34098 CaloNeutralEcal=3073.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938454 CaloNeutralID=34098 CaloEcalE=2542.33 CaloHcalE=392.714 CaloEcalChi2=47.596 CaloBremChi2=213.336 CaloClusChi2=0.0540574 CaloTrajectoryL=-35.3641 CaloEoverP=0.623253 EcalPIDe=3.6423 BremPIDe=-0.336986 HcalPIDe=-0.13781 HcalPIDmu=-1.55285 EcalPIDmu=-2.46918 TrackChi2PerDof=0.965651 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=5112.7 TrackPt=574.272 CombDLLe=-0.106058 CombDLLmu=-11.0079 CombDLLpi=0 CombDLLk=-8.22262 CombDLLp=-8.22262 CombDLLd=-8.22262 ProbNNe=1.58736e-05 ProbNNpi=0.992808 ProbNNk=0.000270633 ProbNNp=0.00135798 ProbNNghost=0.03204 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.34704 RichDLLmu=-2.71875 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=308.445 BremPIDe=-0.15976 TrackChi2PerDof=1.2508 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2331.49 TrackPt=146.333 CombDLLe=-0.570021 CombDLLmu=-3.47075 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.845373 ProbNNpi=0.652616 ProbNNk=0.0418264 ProbNNp=0.0992612 ProbNNghost=0.561416 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.6034 RichDLLmu=-17.2148 RichDLLpi=0 RichDLLk=-10.7863 RichDLLp=-10.7863 RichPIDStatus=5091 RichDLLbt=-10.7863 RichDLLd=-10.7863 MuonMuLL=-0.0104545 MuonBkgLL=-0.114756 MuonNShared=18 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2859.43 MuonMVA1=-999 MuonMVA2=-0.752376 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.91268 CaloElectronMatch=214.7 CaloBremMatch=214.7 CaloChargedEcal=2754.43 CaloChargedID=41908 CaloNeutralEcal=2754.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928438 CaloNeutralID=41908 CaloEcalE=1018.01 CaloHcalE=4573.24 CaloEcalChi2=214.7 CaloBremChi2=142.823 CaloClusChi2=5.91268 CaloTrajectoryL=452.962 CaloEoverP=0.659511 EcalPIDe=0.497498 BremPIDe=-0.016685 HcalPIDe=-1.33861 HcalPIDmu=-0.483017 EcalPIDmu=-0.485394 TrackChi2PerDof=1.04824 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=4702.28 TrackPt=517.617 CombDLLe=-5.5645 CombDLLmu=-7.84982 CombDLLpi=0 CombDLLk=-10.7863 CombDLLp=-10.7863 CombDLLd=-10.6715 ProbNNe=2.21524e-08 ProbNNmu=0.00366525 ProbNNpi=0.401987 ProbNNk=0.00095656 ProbNNp=0.00607688 ProbNNghost=0.0383209 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.13008 RichDLLmu=-2.38302 RichDLLpi=0 RichDLLk=3.47503 RichDLLp=3.47503 RichPIDStatus=5028 RichDLLbt=3.47503 RichDLLd=3.47503 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.696909 CaloElectronMatch=243.035 CaloBremMatch=165.969 CaloChargedEcal=3713.51 CaloChargedID=39294 CaloNeutralEcal=3713.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72053 CaloNeutralID=39294 CaloEcalE=1547.46 CaloHcalE=5849.36 CaloEcalChi2=243.035 CaloBremChi2=366.187 CaloClusChi2=0.696909 CaloTrajectoryL=-93.786 CaloEoverP=0.455959 EcalPIDe=0.605631 BremPIDe=-0.438762 HcalPIDe=-1.9266 HcalPIDmu=-1.79054 EcalPIDmu=-0.970831 TrackChi2PerDof=1.25164 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=8250.91 TrackPt=516.296 CombDLLe=-2.30638 CombDLLmu=-5.86602 CombDLLpi=0 CombDLLk=3.47503 CombDLLp=3.47503 CombDLLd=3.47503 ProbNNe=0.000148187 ProbNNpi=0.774706 ProbNNk=0.151091 ProbNNp=0.286247 ProbNNghost=0.0711598 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.7819 RichDLLmu=-0.9695 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=32.639 BremPIDe=0.843951 TrackChi2PerDof=1.20518 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=2046.35 TrackPt=282.753 CombDLLe=-2.22088 CombDLLmu=-1.34054 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000425684 ProbNNpi=0.923848 ProbNNk=0.0561614 ProbNNp=0.104434 ProbNNghost=0.023175 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.0110245 RichDLLmu=0.107855 RichDLLpi=0 RichDLLk=-9.41913 RichDLLp=-0.0996262 RichPIDStatus=8134 RichDLLbt=0.837383 RichDLLd=0.837383 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.09105 CaloElectronMatch=1171.34 CaloChargedEcal=7407.79 CaloChargedID=43244 CaloEcalE=1008.38 CaloHcalE=36809.6 CaloEcalChi2=1171.34 CaloClusChi2=2.09105 CaloTrajectoryL=-521.823 CaloEoverP=0.237471 EcalPIDe=-1.47334 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=0.628127 TrackChi2PerDof=1.22168 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=31601.5 TrackPt=663.427 CombDLLe=-4.47707 CombDLLmu=-2.26623 CombDLLpi=0 CombDLLk=-9.41913 CombDLLp=-0.0996262 CombDLLd=0.837383 ProbNNe=6.37353e-06 ProbNNpi=0.991734 ProbNNk=9.05814e-05 ProbNNp=0.0110286 ProbNNghost=0.00487974 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.6739 RichDLLmu=-7.48819 RichDLLpi=0 RichDLLk=-18.162 RichDLLp=-18.6175 RichPIDStatus=6115 RichDLLbt=-18.6175 RichDLLd=-18.6175 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.02396 CaloElectronMatch=652.457 CaloBremMatch=29.8615 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=484.924 CaloHcalE=14119.1 CaloEcalChi2=652.457 CaloBremChi2=81.2544 CaloClusChi2=9.02396 CaloTrajectoryL=-2445.47 CaloEoverP=0.253258 EcalPIDe=-0.56571 BremPIDe=0.704713 HcalPIDe=-1.89687 HcalPIDmu=-2.19802 EcalPIDmu=2.13123 TrackChi2PerDof=1.22249 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=14722.3 TrackPt=1652.51 CombDLLe=-5.72096 CombDLLmu=-6.39983 CombDLLpi=0 CombDLLk=-18.162 CombDLLp=-18.6175 CombDLLd=-18.6175 ProbNNe=9.49508e-07 ProbNNpi=0.996995 ProbNNk=2.58242e-05 ProbNNp=6.2342e-05 ProbNNghost=0.011189 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.273723 RichDLLmu=0.0986333 RichDLLpi=0 RichDLLk=6.75605 RichDLLp=-1.25061 RichPIDStatus=8132 RichDLLbt=3.94679 RichDLLd=3.94679 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.53079 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=40420.8 TrackPt=855.985 CombDLLe=-0.0479007 CombDLLmu=0.138069 CombDLLpi=0 CombDLLk=6.75605 CombDLLp=-1.25061 CombDLLd=3.94679 ProbNNe=0.175689 ProbNNpi=0.394983 ProbNNk=0.873603 ProbNNp=0.23885 ProbNNghost=0.421149 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.42696 RichDLLmu=-0.290777 RichDLLpi=0 RichDLLk=4.6967 RichDLLp=4.6967 RichPIDStatus=5028 RichDLLbt=4.6967 RichDLLd=4.6967 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.43932 CaloElectronMatch=20.6972 CaloBremMatch=20.6972 CaloChargedEcal=5551.53 CaloChargedID=35066 CaloNeutralEcal=5551.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929668 CaloNeutralID=35066 CaloEcalE=3953.32 CaloHcalE=116.409 CaloEcalChi2=20.6972 CaloBremChi2=481.432 CaloClusChi2=1.43932 CaloTrajectoryL=157.127 CaloEoverP=0.872366 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-2.95413 TrackChi2PerDof=1.56011 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=6520.67 TrackPt=849.397 CombDLLe=3.09933 CombDLLmu=-5.85445 CombDLLpi=0 CombDLLk=4.6967 CombDLLp=4.6967 CombDLLd=4.6967 ProbNNe=0.181143 ProbNNpi=0.221031 ProbNNk=0.233246 ProbNNp=0.375802 ProbNNghost=0.827001 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.0689 RichDLLmu=-1.05805 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=149.551 BremPIDe=0.0148792 TrackChi2PerDof=1.72901 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2499.86 TrackPt=237.435 CombDLLe=-2.03534 CombDLLmu=-1.45955 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0441064 ProbNNpi=0.818949 ProbNNk=0.0507899 ProbNNp=0.16396 ProbNNghost=0.112148 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.4747 RichDLLmu=-1.70725 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=166.582 BremPIDe=0.0147328 TrackChi2PerDof=1.71164 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2495.74 TrackPt=246.098 CombDLLe=-2.25801 CombDLLmu=-2.30139 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0190316 ProbNNpi=0.6767 ProbNNk=0.0519185 ProbNNp=0.15698 ProbNNghost=0.486472 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.5954 RichDLLmu=-6.87941 RichDLLpi=0 RichDLLk=-5.13521 RichDLLp=-5.13521 RichPIDStatus=5027 RichDLLbt=-5.13521 RichDLLd=-5.13521 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=3.61067 CaloElectronMatch=11.9437 CaloBremMatch=11.9437 CaloChargedEcal=3770.79 CaloChargedID=35074 CaloNeutralEcal=3770.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946709 CaloNeutralID=35074 CaloEcalE=3509.85 CaloEcalChi2=11.9437 CaloBremChi2=362.436 CaloClusChi2=3.61067 CaloTrajectoryL=291.737 CaloEoverP=0.9564 EcalPIDe=2.97947 BremPIDe=-0.373552 EcalPIDmu=-2.23049 TrackChi2PerDof=1.61781 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=4202.61 TrackPt=398.195 CombDLLe=0.314303 CombDLLmu=-8.39067 CombDLLpi=0 CombDLLk=-5.13521 CombDLLp=-5.13521 CombDLLd=-5.13521 ProbNNe=0.00157883 ProbNNpi=0.956953 ProbNNk=0.0018033 ProbNNp=0.00504069 ProbNNghost=0.0395018 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.473213 CaloElectronMatch=199.807 CaloChargedEcal=13005.9 CaloChargedID=34870 CaloEcalE=7623.75 CaloHcalE=3555.39 CaloEcalChi2=199.807 CaloClusChi2=0.473213 CaloTrajectoryL=229.256 CaloEoverP=3.94631 EcalPIDe=0.497498 HcalPIDe=-1.44621 HcalPIDmu=0.362701 EcalPIDmu=-0.515142 TrackChi2PerDof=0.83763 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3312.65 TrackPt=81.6729 CombDLLe=-0.948713 CombDLLmu=-0.152441 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.957765 ProbNNpi=0.00395399 ProbNNk=0.054714 ProbNNp=0.0132787 ProbNNghost=0.999074 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.85872 RichDLLmu=-1.70439 RichDLLpi=0 RichDLLk=2.28784 RichDLLp=2.28784 RichPIDStatus=5025 RichDLLbt=2.28784 RichDLLd=2.28784 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0262323 CaloElectronMatch=173.694 CaloChargedEcal=13005.9 CaloChargedID=34870 CaloEcalE=6230.69 CaloHcalE=3555.39 CaloEcalChi2=173.694 CaloClusChi2=0.0262323 CaloTrajectoryL=-9.97469 CaloEoverP=3.26257 EcalPIDe=0.83137 HcalPIDe=-1.44621 HcalPIDmu=-0.155715 EcalPIDmu=-1.20867 TrackChi2PerDof=2.18664 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=4006.89 TrackPt=95.6029 CombDLLe=-0.115416 CombDLLmu=-3.6622 CombDLLpi=0 CombDLLk=2.28784 CombDLLp=2.28784 CombDLLd=2.28784 ProbNNe=0.762472 ProbNNpi=0.390073 ProbNNk=0.119573 ProbNNp=0.155862 ProbNNghost=0.778754 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.0305 RichDLLmu=-1.14888 RichDLLpi=0 RichDLLk=-42.8132 RichDLLp=-33.0088 RichPIDStatus=8163 RichDLLbt=-33.8542 RichDLLd=-33.8542 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.086 CaloElectronMatch=1417.98 CaloBremMatch=1417.98 CaloChargedEcal=7102.11 CaloChargedID=42409 CaloNeutralEcal=7102.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73902 CaloNeutralID=42409 CaloEcalE=1023.6 CaloHcalE=16577.3 CaloEcalChi2=1417.98 CaloBremChi2=687.66 CaloClusChi2=5.086 CaloTrajectoryL=-1773.14 CaloEoverP=0.37712 EcalPIDe=-1.5829 BremPIDe=-0.591406 HcalPIDe=-2.5812 HcalPIDmu=-3.02763 EcalPIDmu=0.079916 TrackChi2PerDof=0.762251 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=19465.4 TrackPt=1591.47 CombDLLe=-6.79957 CombDLLmu=-4.52843 CombDLLpi=0 CombDLLk=-42.8132 CombDLLp=-33.0088 CombDLLd=-33.8542 ProbNNe=2.20461e-06 ProbNNpi=0.999876 ProbNNk=5.82481e-05 ProbNNp=3.51716e-05 ProbNNghost=0.000425018 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.29332 RichDLLmu=1.43124 RichDLLpi=0 RichDLLk=9.10747 RichDLLp=9.10747 RichPIDStatus=5028 RichDLLbt=9.10747 RichDLLd=9.10747 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.82248 CaloElectronMatch=215.835 CaloBremMatch=215.835 CaloChargedEcal=3091.18 CaloChargedID=35397 CaloNeutralEcal=3091.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.860327 CaloNeutralID=35397 CaloEcalE=1949.56 CaloHcalE=260.477 CaloEcalChi2=215.835 CaloBremChi2=138.046 CaloClusChi2=2.82248 CaloTrajectoryL=453.194 CaloEoverP=0.690507 EcalPIDe=0.497498 BremPIDe=0.00370359 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-2.23194 TrackChi2PerDof=1.25726 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4735.4 TrackPt=533.313 CombDLLe=-1.12394 CombDLLmu=-1.67167 CombDLLpi=0 CombDLLk=9.10747 CombDLLp=9.10747 CombDLLd=9.10747 ProbNNe=1.28483e-05 ProbNNpi=0.0734769 ProbNNk=0.89962 ProbNNp=0.93581 ProbNNghost=0.0107766 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.27024 RichDLLmu=2.34145 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.462535 CaloElectronMatch=16.3194 CaloBremMatch=16.3194 CaloChargedEcal=3001.36 CaloChargedID=34311 CaloNeutralEcal=3001.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721046 CaloNeutralID=34311 CaloEcalE=1951.78 CaloHcalE=0 CaloEcalChi2=16.3194 CaloBremChi2=423.599 CaloClusChi2=0.462535 CaloTrajectoryL=-35.2229 CaloEoverP=1.24525 EcalPIDe=2.97947 BremPIDe=-0.4614 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-2.19735 TrackChi2PerDof=0.973338 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2572.57 TrackPt=267.731 CombDLLe=1.40955 CombDLLmu=-1.53428 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.296433 ProbNNpi=0.743787 ProbNNk=0.0495567 ProbNNp=0.108623 ProbNNghost=0.221973 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.5392 RichDLLmu=-5.67032 RichDLLpi=0 RichDLLk=-2.73094 RichDLLp=-2.73094 RichPIDStatus=5091 RichDLLbt=-2.73094 RichDLLd=-2.73094 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.723316 CaloElectronMatch=133.428 CaloBremMatch=133.428 CaloChargedEcal=13587 CaloChargedID=38648 CaloNeutralEcal=13587 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805994 CaloNeutralID=38648 CaloEcalE=8871.22 CaloHcalE=7755.23 CaloEcalChi2=133.428 CaloBremChi2=539.746 CaloClusChi2=0.723316 CaloTrajectoryL=117.058 CaloEoverP=1.86329 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-2.22765 HcalPIDmu=-1.16204 EcalPIDmu=-1.33343 TrackChi2PerDof=0.702061 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=7317.72 TrackPt=206.592 CombDLLe=-3.64881 CombDLLmu=-8.1823 CombDLLpi=0 CombDLLk=-2.73094 CombDLLp=-2.73094 CombDLLd=-2.73094 ProbNNe=0.0090276 ProbNNpi=0.949365 ProbNNk=0.0323546 ProbNNp=0.0632265 ProbNNghost=0.0489027 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.86731 RichDLLmu=-0.466548 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.972803 CaloElectronMatch=131.272 CaloBremMatch=131.272 CaloChargedEcal=3320.36 CaloChargedID=34299 CaloNeutralEcal=3320.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795058 CaloNeutralID=34299 CaloEcalE=909.404 CaloEcalChi2=131.272 CaloBremChi2=172.693 CaloClusChi2=0.972803 CaloTrajectoryL=-33.1519 CaloEoverP=1.54975 EcalPIDe=0.83137 BremPIDe=0.0147328 EcalPIDmu=-0.783698 TrackChi2PerDof=0.748011 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=2281.28 TrackPt=249.651 CombDLLe=-0.344006 CombDLLmu=-1.43498 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.030214 ProbNNpi=0.844418 ProbNNk=0.0447874 ProbNNp=0.0765918 ProbNNghost=0.0605209 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.5719 RichDLLmu=-17.2119 RichDLLpi=0 RichDLLk=-6.32011 RichDLLp=-6.32011 RichPIDStatus=5027 RichDLLbt=-6.32011 RichDLLd=-6.32011 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.482402 CaloElectronMatch=92.8453 CaloBremMatch=70.1853 CaloChargedEcal=8283.78 CaloChargedID=34678 CaloNeutralEcal=8283.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797752 CaloNeutralID=34678 CaloEcalE=3775.75 CaloHcalE=1834.31 CaloEcalChi2=92.8453 CaloBremChi2=648.288 CaloClusChi2=0.482402 CaloTrajectoryL=224.884 CaloEoverP=1.70713 EcalPIDe=1.51236 BremPIDe=-0.553589 HcalPIDe=-1.32141 HcalPIDmu=1.64544 EcalPIDmu=-2.03528 TrackChi2PerDof=0.856953 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=5003.17 TrackPt=300.651 CombDLLe=-3.94076 CombDLLmu=-7.37553 CombDLLpi=0 CombDLLk=-6.32011 CombDLLp=-6.32011 CombDLLd=-6.32011 ProbNNe=1.16398e-05 ProbNNpi=0.997132 ProbNNk=0.000290706 ProbNNp=0.00130101 ProbNNghost=0.00325535 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.5827 RichDLLmu=-9.06211 RichDLLpi=0 RichDLLk=3.29519 RichDLLp=3.29519 RichPIDStatus=5028 RichDLLbt=3.29519 RichDLLd=3.29519 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.380592 CaloElectronMatch=326.429 CaloBremMatch=326.429 CaloChargedEcal=655.206 CaloChargedID=35575 CaloNeutralEcal=655.206 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.818543 CaloNeutralID=35575 CaloEcalE=499.13 CaloHcalE=2763.81 CaloEcalChi2=326.429 CaloBremChi2=71.588 CaloClusChi2=0.380592 CaloTrajectoryL=121.849 CaloEoverP=0.164923 EcalPIDe=0.0319619 BremPIDe=0.599495 HcalPIDe=-1.37298 HcalPIDmu=0.366076 EcalPIDmu=1.26223 TrackChi2PerDof=0.70908 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=4977.03 TrackPt=623.877 CombDLLe=-3.18614 CombDLLmu=-5.00824 CombDLLpi=0 CombDLLk=3.29519 CombDLLp=3.29519 CombDLLd=3.29519 ProbNNe=5.05496e-07 ProbNNpi=0.933514 ProbNNk=0.0416707 ProbNNp=0.0924972 ProbNNghost=0.0201458 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.56751 RichDLLmu=-2.29954 RichDLLpi=0 RichDLLk=-1.04508 RichDLLp=-1.04508 RichPIDStatus=5027 RichDLLbt=-1.04508 RichDLLd=-1.04508 MuonMuLL=-0.0174514 MuonBkgLL=-0.148866 MuonNShared=15 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=135.65 MuonMVA1=-999 MuonMVA2=-0.562471 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.440393 CaloElectronMatch=58.0029 CaloBremMatch=58.0029 CaloChargedEcal=5360.4 CaloChargedID=39282 CaloNeutralEcal=5360.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912271 CaloNeutralID=39282 CaloEcalE=4661.85 CaloHcalE=3428.32 CaloEcalChi2=58.0029 CaloBremChi2=121.333 CaloClusChi2=0.440393 CaloTrajectoryL=48.3742 CaloEoverP=1.74017 EcalPIDe=2.97947 BremPIDe=0.134325 HcalPIDe=-1.50326 HcalPIDmu=0.362701 EcalPIDmu=-0.924357 TrackChi2PerDof=0.557137 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=3350.03 TrackPt=454.268 CombDLLe=0.133739 CombDLLmu=-3.44031 CombDLLpi=0 CombDLLk=-1.04508 CombDLLp=-1.04508 CombDLLd=-0.896209 ProbNNe=0.607696 ProbNNmu=0.00366525 ProbNNpi=4.93063e-05 ProbNNk=0.0506772 ProbNNp=0.047575 ProbNNghost=0.794473 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.524 RichDLLmu=-0.577182 RichDLLpi=0 RichDLLk=3.05577 RichDLLp=3.05577 RichPIDStatus=5028 RichDLLbt=3.05577 RichDLLd=3.05577 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.62721 CaloElectronMatch=84.2939 CaloBremMatch=84.2939 CaloChargedEcal=646.953 CaloChargedID=35378 CaloNeutralEcal=646.953 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878842 CaloNeutralID=35378 CaloEcalE=297.224 CaloHcalE=1284.65 CaloEcalChi2=84.2939 CaloBremChi2=55.1436 CaloClusChi2=1.62721 CaloTrajectoryL=259.485 CaloEoverP=0.280355 EcalPIDe=1.51236 BremPIDe=0.875371 HcalPIDe=-0.984854 HcalPIDmu=1.19075 EcalPIDmu=0.383137 TrackChi2PerDof=1.29955 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=3110.15 TrackPt=340.746 CombDLLe=-0.397476 CombDLLmu=0.769404 CombDLLpi=0 CombDLLk=3.05577 CombDLLp=3.05577 CombDLLd=3.05577 ProbNNe=5.34129e-05 ProbNNpi=0.81603 ProbNNk=0.134826 ProbNNp=0.270389 ProbNNghost=0.0408128 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.6305 RichDLLmu=-6.22339 RichDLLpi=0 RichDLLk=-10.8383 RichDLLp=-10.8383 RichPIDStatus=5027 RichDLLbt=-10.8383 RichDLLd=-10.8383 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.76403 CaloElectronMatch=30.1142 CaloBremMatch=30.1142 CaloChargedEcal=5759.76 CaloChargedID=34189 CaloNeutralEcal=5759.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921263 CaloNeutralID=34189 CaloEcalE=4855.68 CaloHcalE=0 CaloEcalChi2=30.1142 CaloBremChi2=96.8839 CaloClusChi2=1.76403 CaloTrajectoryL=235.176 CaloEoverP=0.740374 EcalPIDe=3.6423 BremPIDe=0.755474 HcalPIDe=0.83611 HcalPIDmu=-2.36508 EcalPIDmu=-3.12438 TrackChi2PerDof=0.331478 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=7796.51 TrackPt=916.248 CombDLLe=1.27595 CombDLLmu=-11.4169 CombDLLpi=0 CombDLLk=-10.8383 CombDLLp=-10.8383 CombDLLd=-10.8383 ProbNNe=3.65626e-06 ProbNNpi=0.991417 ProbNNk=0.000454748 ProbNNp=0.000400538 ProbNNghost=0.00797176 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.8355 RichDLLmu=-13.8825 RichDLLpi=0 RichDLLk=-3.88055 RichDLLp=-3.5574 RichPIDStatus=6115 RichDLLbt=-3.5574 RichDLLd=-3.5574 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.88869 CaloElectronMatch=533.765 CaloBremMatch=533.765 CaloChargedEcal=2032.45 CaloChargedID=38217 CaloNeutralEcal=2032.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961494 CaloNeutralID=38217 CaloEcalE=1869.8 CaloHcalE=1620.87 CaloEcalChi2=533.765 CaloBremChi2=309.083 CaloClusChi2=4.88869 CaloTrajectoryL=270.797 CaloEoverP=0.205333 EcalPIDe=-0.273733 BremPIDe=-0.466299 HcalPIDe=-0.799582 HcalPIDmu=2.0457 EcalPIDmu=-1.78544 TrackChi2PerDof=1.10705 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=10131.1 TrackPt=606.655 CombDLLe=-5.63856 CombDLLmu=-6.68569 CombDLLpi=0 CombDLLk=-3.88055 CombDLLp=-3.5574 CombDLLd=-3.5574 ProbNNe=5.56174e-07 ProbNNpi=0.998582 ProbNNk=6.08577e-05 ProbNNp=0.000472771 ProbNNghost=0.0029106 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.0408574 RichDLLmu=0.32548 RichDLLpi=0 RichDLLk=-0.627119 RichDLLp=-7.90674 RichPIDStatus=139234 RichDLLbt=-30.0949 RichDLLd=-37.7475 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.00433552 CaloElectronMatch=565.018 CaloBremMatch=565.018 CaloChargedEcal=92186.9 CaloChargedID=42455 CaloNeutralEcal=92186.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900196 CaloNeutralID=42455 CaloEcalE=54841.7 CaloEcalChi2=565.018 CaloBremChi2=399.402 CaloClusChi2=0.00433552 CaloTrajectoryL=282.212 CaloEoverP=0.65491 EcalPIDe=1.64201 BremPIDe=-0.438962 EcalPIDmu=-3.93014 TrackChi2PerDof=2.85686 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=141621 TrackPt=6129.8 CombDLLe=1.1959 CombDLLmu=-3.47511 CombDLLpi=0 CombDLLk=-0.627119 CombDLLp=-7.90674 CombDLLd=-37.7475 ProbNNe=0.341029 ProbNNpi=0.688251 ProbNNk=0.00370426 ProbNNp=0.0037532 ProbNNghost=0.803787 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=2.87406 RichDLLmu=-1.13086 RichDLLpi=0 RichDLLk=0.231449 RichDLLp=0.231449 RichPIDStatus=5025 RichDLLbt=0.231449 RichDLLd=0.231449 InAccEcal=1 InAccBrem=1 CaloTrMatch=5.03029 CaloElectronMatch=166.227 CaloBremMatch=53.6055 CaloChargedEcal=982.526 CaloChargedID=34689 CaloNeutralEcal=982.526 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70169 CaloNeutralID=34689 CaloEcalE=1594.07 CaloEcalChi2=166.227 CaloBremChi2=433.203 CaloClusChi2=5.03029 CaloTrajectoryL=345.081 CaloEoverP=0.419689 EcalPIDe=0.83137 BremPIDe=-0.4614 EcalPIDmu=-1.95608 TrackChi2PerDof=2.21126 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=2897.28 TrackPt=91.9586 CombDLLe=0.872067 CombDLLmu=-3.51283 CombDLLpi=0 CombDLLk=0.231449 CombDLLp=0.231449 CombDLLd=0.231449 ProbNNe=0.47154 ProbNNpi=0.340533 ProbNNk=0.0542904 ProbNNp=0.091569 ProbNNghost=0.703386 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.897732 RichDLLmu=-0.861482 RichDLLpi=0 RichDLLk=-2.19654 RichDLLp=-2.19654 RichPIDStatus=5025 RichDLLbt=-2.19654 RichDLLd=-2.19654 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.631462 CaloElectronMatch=28.095 CaloBremMatch=28.095 CaloChargedEcal=5233.17 CaloChargedID=38202 CaloNeutralEcal=5233.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88968 CaloNeutralID=38202 CaloEcalE=4095.93 CaloHcalE=902.329 CaloEcalChi2=28.095 CaloBremChi2=406.318 CaloClusChi2=0.631462 CaloTrajectoryL=78.8159 CaloEoverP=0.791003 EcalPIDe=3.6423 BremPIDe=-0.492427 HcalPIDe=-0.431041 HcalPIDmu=-0.321238 EcalPIDmu=-2.95413 TrackChi2PerDof=2.28782 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=6775.51 TrackPt=374.918 CombDLLe=2.87591 CombDLLmu=-4.46965 CombDLLpi=0 CombDLLk=-2.19654 CombDLLp=-2.19654 CombDLLd=-2.19654 ProbNNe=0.621497 ProbNNpi=0.40442 ProbNNk=0.0465568 ProbNNp=0.140541 ProbNNghost=0.845733 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.33802 RichDLLmu=7.79883 RichDLLpi=0 RichDLLk=15.9093 RichDLLp=15.9093 RichPIDStatus=5028 RichDLLbt=15.9093 RichDLLd=15.9093 InAccBrem=1 CaloBremChi2=279.629 BremPIDe=-0.318955 TrackChi2PerDof=1.90961 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4353.83 TrackPt=708.83 CombDLLe=-1.58889 CombDLLmu=6.40768 CombDLLpi=0 CombDLLk=15.9093 CombDLLp=15.9093 CombDLLd=15.9093 ProbNNe=0.000214919 ProbNNpi=0.0015034 ProbNNk=0.11166 ProbNNp=0.806642 ProbNNghost=0.800378 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.8243 RichDLLmu=-0.699951 RichDLLpi=0 RichDLLk=2.86785 RichDLLp=2.86785 RichPIDStatus=5028 RichDLLbt=2.86785 RichDLLd=2.86785 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.05788 CaloElectronMatch=104.099 CaloBremMatch=94.6464 CaloChargedEcal=1870.19 CaloChargedID=37753 CaloNeutralEcal=1870.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852661 CaloNeutralID=37753 CaloEcalE=1557.05 CaloHcalE=12767.6 CaloEcalChi2=104.099 CaloBremChi2=122.065 CaloClusChi2=3.05788 CaloTrajectoryL=278.864 CaloEoverP=0.547683 EcalPIDe=1.51236 BremPIDe=0.134325 HcalPIDe=-0.621703 HcalPIDmu=0.420753 EcalPIDmu=-1.71735 TrackChi2PerDof=0.782619 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3862.64 TrackPt=454.352 CombDLLe=-0.157819 CombDLLmu=-2.27017 CombDLLpi=0 CombDLLk=2.86785 CombDLLp=2.86785 CombDLLd=2.86785 ProbNNe=0.000609662 ProbNNpi=0.0939204 ProbNNk=0.0812519 ProbNNp=0.178568 ProbNNghost=0.967342 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.40279 RichDLLmu=-1.94863 RichDLLpi=0 RichDLLk=12.9338 RichDLLp=12.9338 RichPIDStatus=5028 RichDLLbt=12.9338 RichDLLd=12.9338 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.715379 CaloElectronMatch=29.2119 CaloBremMatch=24.7859 CaloChargedEcal=6365.32 CaloChargedID=34946 CaloNeutralEcal=6365.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94865 CaloNeutralID=34946 CaloEcalE=4481.94 CaloEcalChi2=29.2119 CaloBremChi2=107.408 CaloClusChi2=0.715379 CaloTrajectoryL=77.4273 CaloEoverP=1.24034 EcalPIDe=3.6423 BremPIDe=0.484592 EcalPIDmu=-2.82248 TrackChi2PerDof=1.42587 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=5286.3 TrackPt=690.678 CombDLLe=4.89428 CombDLLmu=-5.42034 CombDLLpi=0 CombDLLk=12.9338 CombDLLp=12.9338 CombDLLd=12.9338 ProbNNe=0.825474 ProbNNpi=0.0034083 ProbNNk=0.772093 ProbNNp=0.744621 ProbNNghost=0.980727 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.7914 RichDLLmu=-10.1402 RichDLLpi=0 RichDLLk=-6.46133 RichDLLp=-6.46133 RichPIDStatus=5027 RichDLLbt=-6.46133 RichDLLd=-6.46133 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.43875 CaloElectronMatch=303.684 CaloBremMatch=303.684 CaloChargedEcal=2681.81 CaloChargedID=35125 CaloNeutralEcal=2681.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950875 CaloNeutralID=35125 CaloEcalE=2369.06 CaloHcalE=4632.99 CaloEcalChi2=303.684 CaloBremChi2=237.989 CaloClusChi2=1.43875 CaloTrajectoryL=331.262 CaloEoverP=0.397163 EcalPIDe=0.27519 BremPIDe=-0.381503 HcalPIDe=-2.10303 HcalPIDmu=-1.13278 EcalPIDmu=-2.25899 TrackChi2PerDof=0.75981 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=7178.53 TrackPt=758.994 CombDLLe=-5.68555 CombDLLmu=-10.1535 CombDLLpi=0 CombDLLk=-6.46133 CombDLLp=-6.46133 CombDLLd=-6.46133 ProbNNe=2.23752e-06 ProbNNpi=0.996076 ProbNNk=0.000580055 ProbNNp=0.00113724 ProbNNghost=0.00529774 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-34.5131 RichDLLmu=-33.1501 RichDLLpi=0 RichDLLk=-12.5182 RichDLLp=-12.5182 RichPIDStatus=5027 RichDLLbt=-12.5182 RichDLLd=-12.5182 InAccBrem=1 CaloBremChi2=283.074 BremPIDe=-0.318955 TrackChi2PerDof=0.638692 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4405.13 TrackPt=739.591 CombDLLe=-5.20294 CombDLLmu=-6.99998 CombDLLpi=0 CombDLLk=-12.5182 CombDLLp=-12.5182 CombDLLd=-12.5182 ProbNNe=3.06369e-05 ProbNNpi=0.993737 ProbNNk=0.00045645 ProbNNp=0.00132131 ProbNNghost=0.00203333 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.7799 RichDLLmu=-5.18468 RichDLLpi=0 RichDLLk=0.257115 RichDLLp=0.257115 RichPIDStatus=5028 RichDLLbt=0.257115 RichDLLd=0.257115 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.345336 CaloElectronMatch=28.3497 CaloBremMatch=28.3497 CaloChargedEcal=1485.84 CaloChargedID=35777 CaloNeutralEcal=1485.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.807655 CaloNeutralID=35777 CaloEcalE=1078.66 CaloEcalChi2=28.3497 CaloBremChi2=96.9923 CaloClusChi2=0.345336 CaloTrajectoryL=244.25 CaloEoverP=0.656823 EcalPIDe=2.97947 BremPIDe=0.142978 EcalPIDmu=-0.744972 TrackChi2PerDof=0.63668 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=2641.32 TrackPt=409.192 CombDLLe=0.2009 CombDLLmu=-6.1817 CombDLLpi=0 CombDLLk=0.257115 CombDLLp=0.257115 CombDLLd=0.257115 ProbNNe=0.000144181 ProbNNpi=0.948187 ProbNNk=0.0389462 ProbNNp=0.0954417 ProbNNghost=0.028404 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.97789 RichDLLmu=-11.8423 RichDLLpi=0 RichDLLk=-8.69259 RichDLLp=-8.69259 RichPIDStatus=5027 RichDLLbt=-8.69259 RichDLLd=-8.69259 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.76635 CaloElectronMatch=330.12 CaloBremMatch=330.12 CaloChargedEcal=1431.17 CaloChargedID=39689 CaloNeutralEcal=1431.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847827 CaloNeutralID=39689 CaloEcalE=152.328 CaloHcalE=0 CaloEcalChi2=330.12 CaloBremChi2=226.668 CaloClusChi2=2.76635 CaloTrajectoryL=-134.562 CaloEoverP=0.272745 EcalPIDe=0.0750074 BremPIDe=-0.210201 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-0.37762 TrackChi2PerDof=1.90539 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=5932.23 TrackPt=408.5 CombDLLe=-0.844354 CombDLLmu=-9.73782 CombDLLpi=0 CombDLLk=-8.69259 CombDLLp=-8.69259 CombDLLd=-8.69259 ProbNNe=0.000111513 ProbNNpi=0.962912 ProbNNk=0.00166478 ProbNNp=0.00946242 ProbNNghost=0.0657176 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.08413 RichDLLmu=-1.45191 RichDLLpi=0 RichDLLk=-12.8175 RichDLLp=-6.31129 RichPIDStatus=8131 RichDLLbt=-6.77091 RichDLLd=-6.77091 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.687181 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=34545.7 TrackPt=652.986 CombDLLe=-0.71225 CombDLLmu=-1.97741 CombDLLpi=0 CombDLLk=-12.8175 CombDLLp=-6.31129 CombDLLd=-6.77091 ProbNNe=0.0111476 ProbNNpi=0.991062 ProbNNk=0.000278462 ProbNNp=0.00402056 ProbNNghost=0.000646241 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.9675 RichDLLmu=-12.1965 RichDLLpi=0 RichDLLk=-3.54588 RichDLLp=-3.54588 RichPIDStatus=5027 RichDLLbt=-3.54588 RichDLLd=-3.54588 MuonMuLL=-0.000800334 MuonBkgLL=-0.0504258 MuonNShared=18 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1210.11 MuonMVA1=-999 MuonMVA2=-0.797909 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.1753 CaloElectronMatch=27.6 CaloBremMatch=27.6 CaloChargedEcal=1968.7 CaloChargedID=39605 CaloNeutralEcal=1968.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930692 CaloNeutralID=39605 CaloEcalE=1772.99 CaloHcalE=1288.74 CaloEcalChi2=27.6 CaloBremChi2=168.816 CaloClusChi2=7.1753 CaloTrajectoryL=230.174 CaloEoverP=0.60307 EcalPIDe=2.97947 BremPIDe=-0.224977 HcalPIDe=-0.984854 HcalPIDmu=1.19075 EcalPIDmu=-2.208 TrackChi2PerDof=1.59522 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=3689.35 TrackPt=424.721 CombDLLe=-1.03352 CombDLLmu=-7.86192 CombDLLpi=0 CombDLLk=-3.54588 CombDLLp=-3.54588 CombDLLd=-3.49545 ProbNNe=0.0051962 ProbNNmu=0.00366525 ProbNNpi=0.00895771 ProbNNk=0.00746922 ProbNNp=0.0365994 ProbNNghost=0.90861 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.3744 RichDLLmu=-2.47131 RichDLLpi=0 RichDLLk=2.26712 RichDLLp=2.26712 RichPIDStatus=5028 RichDLLbt=2.26712 RichDLLd=2.26712 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.499396 CaloElectronMatch=31.3635 CaloBremMatch=31.3635 CaloChargedEcal=3540.63 CaloChargedID=34379 CaloNeutralEcal=3540.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793491 CaloNeutralID=34379 CaloEcalE=1732.85 CaloHcalE=695.765 CaloEcalChi2=31.3635 CaloBremChi2=224.092 CaloClusChi2=0.499396 CaloTrajectoryL=73.0893 CaloEoverP=0.94359 EcalPIDe=2.97947 BremPIDe=-0.417084 HcalPIDe=-0.469055 HcalPIDmu=-0.681099 EcalPIDmu=-1.87667 TrackChi2PerDof=1.66431 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=3928.13 TrackPt=243.532 CombDLLe=1.85291 CombDLLmu=-5.76092 CombDLLpi=0 CombDLLk=2.26712 CombDLLp=2.26712 CombDLLd=2.26712 ProbNNe=0.444212 ProbNNpi=0.479744 ProbNNk=0.108972 ProbNNp=0.16799 ProbNNghost=0.688955 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.2219 RichDLLmu=-12.804 RichDLLpi=0 RichDLLk=-2.7895 RichDLLp=-2.7895 RichPIDStatus=5091 RichDLLbt=-2.7895 RichDLLd=-2.7895 MuonMuLL=-0.312521 MuonBkgLL=-0.29605 MuonNShared=8 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=171.246 MuonMVA1=-999 MuonMVA2=-0.796037 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.99185 CaloElectronMatch=368.121 CaloBremMatch=368.121 CaloChargedEcal=8453.29 CaloChargedID=43750 CaloNeutralEcal=8453.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796944 CaloNeutralID=43750 CaloEcalE=944.946 CaloHcalE=6647.47 CaloEcalChi2=368.121 CaloBremChi2=207.401 CaloClusChi2=2.99185 CaloTrajectoryL=716.441 CaloEoverP=1.62936 EcalPIDe=0.0750074 BremPIDe=-0.336986 HcalPIDe=-2.03825 HcalPIDmu=-0.53992 EcalPIDmu=-0.105267 TrackChi2PerDof=0.618525 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=5274.31 TrackPt=679.495 CombDLLe=-4.53331 CombDLLmu=-7.57863 CombDLLpi=0 CombDLLk=-2.7895 CombDLLp=-2.7895 CombDLLd=-2.49345 ProbNNe=0.00212867 ProbNNmu=0.00366525 ProbNNpi=0.00587713 ProbNNk=0.0280159 ProbNNp=0.302752 ProbNNghost=0.106942 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.6369 RichDLLmu=-5.77819 RichDLLpi=0 RichDLLk=4.95547 RichDLLp=4.95547 RichPIDStatus=5028 RichDLLbt=4.95547 RichDLLd=4.95547 MuonMuLL=-0.0046106 MuonBkgLL=-0.0746454 MuonNShared=25 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1556.76 MuonMVA1=-999 MuonMVA2=-0.298069 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=41.8504 CaloElectronMatch=1799.34 CaloBremMatch=83.2037 CaloChargedEcal=1256.55 CaloChargedID=34382 CaloNeutralEcal=1256.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775494 CaloNeutralID=34382 CaloEcalE=0 CaloHcalE=11835.8 CaloEcalChi2=1799.34 CaloBremChi2=215.936 CaloClusChi2=41.8504 CaloTrajectoryL=-12426.6 CaloEoverP=0.442912 EcalPIDe=-2.05915 BremPIDe=-0.396524 HcalPIDe=-0.621703 HcalPIDmu=0.689746 EcalPIDmu=0.308817 TrackChi2PerDof=0.745932 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=3321.56 TrackPt=542.077 CombDLLe=-6.91535 CombDLLmu=-4.6687 CombDLLpi=0 CombDLLk=4.95547 CombDLLp=4.95547 CombDLLd=5.03012 ProbNNe=1.47702e-06 ProbNNmu=0.00366525 ProbNNpi=0.000734926 ProbNNk=0.278596 ProbNNp=0.523279 ProbNNghost=0.0600239 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.1499 RichDLLmu=-4.74697 RichDLLpi=0 RichDLLk=-14.0251 RichDLLp=-1.28525 RichPIDStatus=6115 RichDLLbt=-1.28525 RichDLLd=-1.28525 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.6195 CaloElectronMatch=1253.32 CaloBremMatch=122.395 CaloChargedEcal=10047.2 CaloChargedID=38984 CaloNeutralEcal=10047.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75412 CaloNeutralID=38984 CaloEcalE=1836.67 CaloHcalE=8721.8 CaloEcalChi2=1253.32 CaloBremChi2=446.427 CaloClusChi2=1.6195 CaloTrajectoryL=-800.168 CaloEoverP=0.645874 EcalPIDe=-1.28424 BremPIDe=-0.618836 HcalPIDe=-2.20256 HcalPIDmu=-2.09812 EcalPIDmu=-1.23644 TrackChi2PerDof=0.764966 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=16119.1 TrackPt=2625.6 CombDLLe=-6.3274 CombDLLmu=-8.51112 CombDLLpi=0 CombDLLk=-14.0251 CombDLLp=-1.28525 CombDLLd=-1.28525 ProbNNe=1.41619e-05 ProbNNpi=0.998317 ProbNNk=1.42285e-05 ProbNNp=1.97804e-05 ProbNNghost=0.00437926 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.9355 RichDLLmu=-21.1572 RichDLLpi=0 RichDLLk=-11.6116 RichDLLp=-11.6116 RichPIDStatus=5091 RichDLLbt=-11.6116 RichDLLd=-11.6116 MuonMuLL=0 MuonBkgLL=-0.330926 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=353.015 MuonMVA1=-999 MuonMVA2=-0.0184184 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.000379096 CaloElectronMatch=13.2029 CaloBremMatch=13.2029 CaloChargedEcal=5753.48 CaloChargedID=39631 CaloNeutralEcal=5753.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873849 CaloNeutralID=39631 CaloEcalE=2557.01 CaloHcalE=1936.27 CaloEcalChi2=13.2029 CaloBremChi2=280.813 CaloClusChi2=0.000379096 CaloTrajectoryL=56.8974 CaloEoverP=0.891177 EcalPIDe=3.6423 BremPIDe=-0.416867 HcalPIDe=-1.03972 HcalPIDmu=1.90086 EcalPIDmu=-2.36764 TrackChi2PerDof=1.18148 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=6824.27 TrackPt=447.134 CombDLLe=-2.0377 CombDLLmu=-7.1329 CombDLLpi=0 CombDLLk=-11.6116 CombDLLp=-11.6116 CombDLLd=-11.2807 ProbNNe=9.4464e-06 ProbNNmu=0.00366525 ProbNNpi=0.148098 ProbNNk=0.00359699 ProbNNp=0.0181673 ProbNNghost=0.020598 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.55917 RichDLLmu=0.364218 RichDLLpi=0 RichDLLk=-9.65582 RichDLLp=-5.64433 RichPIDStatus=8162 RichDLLbt=-5.55827 RichDLLd=-5.55827 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.216543 CaloElectronMatch=75.8701 CaloBremMatch=75.8701 CaloChargedEcal=18023.6 CaloChargedID=42468 CaloNeutralEcal=18023.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.713117 CaloNeutralID=42468 CaloEcalE=11172.8 CaloEcalChi2=75.8701 CaloBremChi2=426.987 CaloClusChi2=0.216543 CaloTrajectoryL=-299.516 CaloEoverP=0.870661 EcalPIDe=2.9985 BremPIDe=-0.532522 EcalPIDmu=-3.36763 TrackChi2PerDof=1.13982 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=20469.8 TrackPt=717.348 CombDLLe=2.01873 CombDLLmu=-2.85862 CombDLLpi=0 CombDLLk=-9.65582 CombDLLp=-5.64433 CombDLLd=-5.55827 ProbNNe=0.0186628 ProbNNpi=0.974657 ProbNNk=0.000413452 ProbNNp=0.0140656 ProbNNghost=0.0767253 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.69668 RichDLLmu=-5.80624 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=5.89873 BremPIDe=3.18724 TrackChi2PerDof=0.791892 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=2508.48 TrackPt=441.694 CombDLLe=1.68886 CombDLLmu=-5.75013 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.222656 ProbNNpi=0.852977 ProbNNk=0.0568448 ProbNNp=0.107421 ProbNNghost=0.0839995 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.99805 RichDLLmu=-1.10776 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 TrackChi2PerDof=0.911492 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=2332.22 TrackPt=65.1806 CombDLLe=-0.523678 CombDLLmu=-1.52598 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.55104 ProbNNpi=0.195715 ProbNNk=0.0491352 ProbNNp=0.0544751 ProbNNghost=0.905546 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.8818 RichDLLmu=-8.94524 RichDLLpi=0 RichDLLk=1.71679 RichDLLp=1.71679 RichPIDStatus=5092 RichDLLbt=1.71679 RichDLLd=1.71679 MuonMuLL=-0.0877389 MuonBkgLL=-0.390312 MuonNShared=26 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=130.285 MuonMVA1=-999 MuonMVA2=-0.722856 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=27165 CaloBremChi2=371.912 BremPIDe=-0.492427 HcalPIDe=-1.17839 HcalPIDmu=0.691134 TrackChi2PerDof=0.823925 TrackNumDof=27 TrackType=3 TrackHistory=32 TrackP=5474.99 TrackPt=610.02 CombDLLe=-4.16126 CombDLLmu=-5.62591 CombDLLpi=0 CombDLLk=1.71679 CombDLLp=1.71679 CombDLLd=2.1071 ProbNNe=0.070215 ProbNNmu=0.00106764 ProbNNpi=0.829428 ProbNNk=0.0258217 ProbNNp=0.406423 ProbNNghost=0.134532 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.07329 RichDLLmu=1.87068 RichDLLpi=0 RichDLLk=6.89691 RichDLLp=6.90595 RichPIDStatus=6117 RichDLLbt=6.90595 RichDLLd=6.90595 MuonMuLL=-0.0665673 MuonBkgLL=-0.319287 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=3320.44 MuonMVA1=-999 MuonMVA2=-1.16471 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.23492 CaloElectronMatch=423.534 CaloBremMatch=423.534 CaloChargedEcal=2139.26 CaloChargedID=38099 CaloNeutralEcal=2139.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945176 CaloNeutralID=38099 CaloEcalE=1072.62 CaloHcalE=7934.1 CaloEcalChi2=423.534 CaloBremChi2=397.906 CaloClusChi2=1.23492 CaloTrajectoryL=150.604 CaloEoverP=0.243278 EcalPIDe=-0.0141273 BremPIDe=-0.467096 HcalPIDe=-2.22765 HcalPIDmu=-2.0837 EcalPIDmu=-0.400565 TrackChi2PerDof=2.84095 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=9180.78 TrackPt=575.168 CombDLLe=-3.41924 CombDLLmu=0.271682 CombDLLpi=0 CombDLLk=6.89691 CombDLLp=6.90595 CombDLLd=7.22524 ProbNNe=0.0029035 ProbNNmu=0.00366525 ProbNNpi=0.000341156 ProbNNk=0.219651 ProbNNp=0.00155623 ProbNNghost=0.978976 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.2291 RichDLLmu=-9.19423 RichDLLpi=0 RichDLLk=4.29747 RichDLLp=4.29747 RichPIDStatus=5092 RichDLLbt=4.29747 RichDLLd=4.29747 MuonMuLL=-0.0253178 MuonBkgLL=-0.186092 MuonNShared=20 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=817.876 MuonMVA1=-999 MuonMVA2=-1.23094 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.47149 CaloElectronMatch=118.642 CaloBremMatch=29.8615 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=1444.64 CaloHcalE=2165.62 CaloEcalChi2=118.642 CaloBremChi2=130.632 CaloClusChi2=3.47149 CaloTrajectoryL=-822.025 CaloEoverP=0.796392 EcalPIDe=1.51236 BremPIDe=-0.015883 HcalPIDe=-1.22416 HcalPIDmu=1.09404 EcalPIDmu=-1.40154 TrackChi2PerDof=0.9802 TrackNumDof=28 TrackType=3 TrackHistory=32 TrackP=4681.79 TrackPt=705.486 CombDLLe=-3.75628 CombDLLmu=-6.80152 CombDLLpi=0 CombDLLk=4.29747 CombDLLp=4.29747 CombDLLd=4.48357 ProbNNe=5.97566e-06 ProbNNmu=0.00366525 ProbNNpi=0.00835105 ProbNNk=0.0271386 ProbNNp=0.406294 ProbNNghost=0.159976 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.4718 RichDLLmu=-10.8458 RichDLLpi=0 RichDLLk=0.997906 RichDLLp=0.997906 RichPIDStatus=5092 RichDLLbt=0.997906 RichDLLd=0.997906 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=19.662 CaloElectronMatch=179.241 CaloBremMatch=179.241 CaloChargedEcal=3748.82 CaloChargedID=35488 CaloNeutralEcal=3748.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.926633 CaloNeutralID=35488 CaloEcalE=14.22 CaloHcalE=0 CaloEcalChi2=179.241 CaloBremChi2=95.7915 CaloClusChi2=19.662 CaloTrajectoryL=-569.612 CaloEoverP=0.460394 EcalPIDe=0.989182 BremPIDe=0.755474 HcalPIDe=0.83611 HcalPIDmu=-2.36508 EcalPIDmu=0.361777 TrackChi2PerDof=0.718804 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=8218.61 TrackPt=1208.64 CombDLLe=-0.85314 CombDLLmu=-8.82284 CombDLLpi=0 CombDLLk=0.997906 CombDLLp=0.997906 CombDLLd=0.997906 ProbNNe=8.49704e-09 ProbNNpi=0.993484 ProbNNk=0.00349787 ProbNNp=0.0034953 ProbNNghost=0.00361317 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.174365 RichDLLmu=0.0841019 RichDLLpi=0 RichDLLk=-5.20623 RichDLLp=-9.10595 RichPIDStatus=139201 RichDLLbt=-3.45349 RichDLLd=-5.30724 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.00914474 CaloElectronMatch=22.931 CaloChargedEcal=73254.1 CaloChargedID=43030 CaloEcalE=28227.7 CaloHcalE=28337.7 CaloEcalChi2=22.931 CaloClusChi2=0.00914474 CaloTrajectoryL=93.3992 CaloEoverP=1.02802 EcalPIDe=6.31974 HcalPIDe=-2.69896 HcalPIDmu=-2.91461 EcalPIDmu=-3.93014 TrackChi2PerDof=1.12629 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=71510.3 TrackPt=1487.95 CombDLLe=3.65129 CombDLLmu=-6.72702 CombDLLpi=0 CombDLLk=-5.20623 CombDLLp=-9.10595 CombDLLd=-5.30724 ProbNNe=0.0179748 ProbNNpi=0.936253 ProbNNk=0.00431854 ProbNNp=0.000414014 ProbNNghost=0.00408696 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.45436 RichDLLmu=-0.436604 RichDLLpi=0 RichDLLk=-29.4541 RichDLLp=-25.3082 RichPIDStatus=8163 RichDLLbt=-24.5245 RichDLLd=-24.5245 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=19.6637 CaloElectronMatch=1335.24 CaloBremMatch=20.9462 CaloChargedEcal=12984.1 CaloChargedID=44064 CaloNeutralEcal=12984.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.727901 CaloNeutralID=44064 CaloEcalE=0 CaloHcalE=15906.3 CaloEcalChi2=1335.24 CaloBremChi2=384.832 CaloClusChi2=19.6637 CaloTrajectoryL=2445.13 CaloEoverP=0.602971 EcalPIDe=-1.21799 BremPIDe=-0.532522 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=0.689585 TrackChi2PerDof=1.14544 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=21066.9 TrackPt=1334.5 CombDLLe=-5.57196 CombDLLmu=-3.14381 CombDLLpi=0 CombDLLk=-29.4541 CombDLLp=-25.3082 CombDLLd=-24.5245 ProbNNe=9.4938e-06 ProbNNpi=0.997611 ProbNNk=0.000172284 ProbNNp=0.000195588 ProbNNghost=0.00278792 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.0791953 RichDLLmu=-0.128144 RichDLLpi=0 RichDLLk=-25.8692 RichDLLp=-29.3072 RichPIDStatus=8131 RichDLLbt=-23.7504 RichDLLd=-23.7504 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.815433 CaloElectronMatch=530.339 CaloChargedEcal=32209.2 CaloChargedID=42857 CaloEcalE=19730.6 CaloHcalE=26756.7 CaloEcalChi2=530.339 CaloClusChi2=0.815433 CaloTrajectoryL=291.306 CaloEoverP=0.571922 EcalPIDe=0.552906 HcalPIDe=-2.68434 HcalPIDmu=-2.91461 EcalPIDmu=-3.93014 TrackChi2PerDof=1.2088 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=56808.1 TrackPt=1017.33 CombDLLe=-2.1453 CombDLLmu=-7.02411 CombDLLpi=0 CombDLLk=-25.8692 CombDLLp=-29.3072 CombDLLd=-23.7504 ProbNNe=0.00057462 ProbNNpi=0.993764 ProbNNk=2.78086e-05 ProbNNp=0.000813499 ProbNNghost=0.0106717 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.4605 RichDLLmu=-5.97097 RichDLLpi=0 RichDLLk=-9.81389 RichDLLp=-9.81389 RichPIDStatus=5027 RichDLLbt=-9.81389 RichDLLd=-9.81389 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.64944 CaloElectronMatch=39.8418 CaloBremMatch=39.8418 CaloChargedEcal=7201.36 CaloChargedID=35195 CaloNeutralEcal=7201.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981457 CaloNeutralID=35195 CaloEcalE=6448.48 CaloHcalE=0 CaloEcalChi2=39.8418 CaloBremChi2=332.179 CaloClusChi2=0.64944 CaloTrajectoryL=165.284 CaloEoverP=1.09432 EcalPIDe=3.6423 BremPIDe=-0.398756 HcalPIDe=0.83611 HcalPIDmu=-2.49368 EcalPIDmu=-2.13638 TrackChi2PerDof=0.791521 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=6794.7 TrackPt=1022.64 CombDLLe=0.515964 CombDLLmu=-10.4532 CombDLLpi=0 CombDLLk=-9.81389 CombDLLp=-9.81389 CombDLLd=-9.81389 ProbNNe=4.12026e-06 ProbNNpi=0.991062 ProbNNk=0.00129103 ProbNNp=0.000418987 ProbNNghost=0.0126687 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.38429 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4291 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.06382 CaloElectronMatch=484.155 CaloChargedEcal=2518.44 CaloChargedID=38904 CaloEcalE=442.306 CaloHcalE=8770.22 CaloEcalChi2=484.155 CaloClusChi2=2.06382 CaloTrajectoryL=-65.2017 CaloEoverP=0.401641 EcalPIDe=-0.270192 HcalPIDe=-1.88811 HcalPIDmu=-1.07407 EcalPIDmu=1.79271 TrackChi2PerDof=0.593784 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6863.17 TrackPt=96.881 CombDLLe=-2.57506 CombDLLmu=0.718647 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00131116 ProbNNpi=0.90621 ProbNNk=0.0799719 ProbNNp=0.169161 ProbNNghost=0.0810135 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.6443 RichDLLmu=-11.7865 RichDLLpi=0 RichDLLk=-9.71033 RichDLLp=-9.71033 RichPIDStatus=5027 RichDLLbt=-9.71033 RichDLLd=-9.71033 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.42841 CaloElectronMatch=570.773 CaloBremMatch=303.684 CaloChargedEcal=2681.81 CaloChargedID=35125 CaloNeutralEcal=2681.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950875 CaloNeutralID=35125 CaloEcalE=6377.54 CaloHcalE=4330.84 CaloEcalChi2=570.773 CaloBremChi2=119.548 CaloClusChi2=4.42841 CaloTrajectoryL=354.559 CaloEoverP=0.884888 EcalPIDe=-0.362387 BremPIDe=0.134325 HcalPIDe=-1.51991 HcalPIDmu=0.416119 EcalPIDmu=-0.355744 TrackChi2PerDof=1.12891 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3221.93 TrackPt=125.57 CombDLLe=-3.88986 CombDLLmu=-6.81525 CombDLLpi=0 CombDLLk=-9.71033 CombDLLp=-9.71033 CombDLLd=-9.71033 ProbNNe=0.000476048 ProbNNpi=0.971934 ProbNNk=0.00177439 ProbNNp=0.00918308 ProbNNghost=0.140501 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.6989 RichDLLmu=-2.41409 RichDLLpi=0 RichDLLk=3.18163 RichDLLp=3.18163 RichPIDStatus=5028 RichDLLbt=3.18163 RichDLLd=3.18163 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.0637491 CaloElectronMatch=45.7936 CaloBremMatch=45.7936 CaloChargedEcal=1650.23 CaloChargedID=35521 CaloNeutralEcal=1650.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.886626 CaloNeutralID=35521 CaloEcalE=1431.69 CaloEcalChi2=45.7936 CaloBremChi2=92.2062 CaloClusChi2=0.0637491 CaloTrajectoryL=78.4134 CaloEoverP=0.476533 EcalPIDe=2.97947 BremPIDe=0.142978 EcalPIDmu=-1.40154 TrackChi2PerDof=0.513252 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=3956.86 TrackPt=529.054 CombDLLe=0.97191 CombDLLmu=-4.54103 CombDLLpi=0 CombDLLk=3.18163 CombDLLp=3.18163 CombDLLd=3.18163 ProbNNe=0.000344718 ProbNNpi=0.824254 ProbNNk=0.185314 ProbNNp=0.309215 ProbNNghost=0.0310162 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-38.2368 RichDLLmu=-16.2062 RichDLLpi=0 RichDLLk=-33.341 RichDLLp=-30.7525 RichPIDStatus=6115 RichDLLbt=-30.7525 RichDLLd=-30.7525 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.585299 CaloElectronMatch=701.742 CaloBremMatch=423.534 CaloChargedEcal=2139.26 CaloChargedID=38099 CaloNeutralEcal=2139.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945176 CaloNeutralID=38099 CaloEcalE=947.726 CaloHcalE=11113.7 CaloEcalChi2=701.742 CaloBremChi2=222.917 CaloClusChi2=0.585299 CaloTrajectoryL=289.469 CaloEoverP=0.160055 EcalPIDe=-0.56571 BremPIDe=-0.34603 HcalPIDe=-1.89687 HcalPIDmu=-2.66837 EcalPIDmu=0.286655 TrackChi2PerDof=0.849473 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=13954.4 TrackPt=853.771 CombDLLe=-8.00577 CombDLLmu=-9.36033 CombDLLpi=0 CombDLLk=-33.341 CombDLLp=-30.7525 CombDLLd=-30.7525 ProbNNe=4.12122e-07 ProbNNpi=0.999554 ProbNNk=0.000119111 ProbNNp=0.000233865 ProbNNghost=0.00506525 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.0093 RichDLLmu=-7.28347 RichDLLpi=0 RichDLLk=-0.825752 RichDLLp=-0.825752 RichPIDStatus=5027 RichDLLbt=-0.825752 RichDLLd=-0.825752 InAccBrem=1 CaloBremChi2=566.982 BremPIDe=-0.553589 TrackChi2PerDof=1.63991 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=4454.12 TrackPt=548.405 CombDLLe=-2.75321 CombDLLmu=-6.27906 CombDLLpi=0 CombDLLk=-0.825752 CombDLLp=-0.825752 CombDLLd=-0.825752 ProbNNe=0.0129123 ProbNNpi=0.86677 ProbNNk=0.0376894 ProbNNp=0.077074 ProbNNghost=0.302203 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.6635 RichDLLmu=-9.92823 RichDLLpi=0 RichDLLk=-6.06189 RichDLLp=-6.06189 RichPIDStatus=5027 RichDLLbt=-6.06189 RichDLLd=-6.06189 MuonMuLL=0 MuonBkgLL=-0.0385771 MuonNShared=16 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=815.201 MuonMVA1=-999 MuonMVA2=-0.362399 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.05629 CaloElectronMatch=584.368 CaloBremMatch=173.156 CaloChargedEcal=14034.7 CaloChargedID=34736 CaloNeutralEcal=14034.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944165 CaloNeutralID=34736 CaloEcalE=6414.07 CaloHcalE=358.129 CaloEcalChi2=584.368 CaloBremChi2=458.791 CaloClusChi2=1.05629 CaloTrajectoryL=363.737 CaloEoverP=3.72183 EcalPIDe=-0.433674 BremPIDe=-0.553589 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-0.737145 TrackChi2PerDof=2.86073 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=3835.79 TrackPt=165.794 CombDLLe=-3.00466 CombDLLmu=-8.83005 CombDLLpi=0 CombDLLk=-6.06189 CombDLLp=-6.06189 CombDLLd=-6.02331 ProbNNe=0.00392559 ProbNNmu=0.00366525 ProbNNpi=7.73373e-05 ProbNNk=0.00541728 ProbNNp=0.00597159 ProbNNghost=0.805696 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.8601 RichDLLmu=-15.0128 RichDLLpi=0 RichDLLk=-5.28288 RichDLLp=-5.28288 RichPIDStatus=5027 RichDLLbt=-5.28288 RichDLLd=-5.28288 InAccBrem=1 CaloBremChi2=141.053 BremPIDe=-0.016685 TrackChi2PerDof=1.26905 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=3692.8 TrackPt=534.622 CombDLLe=-2.65535 CombDLLmu=-6.96556 CombDLLpi=0 CombDLLk=-5.28288 CombDLLp=-5.28288 CombDLLd=-5.28288 ProbNNe=0.0196892 ProbNNpi=0.983782 ProbNNk=0.00432148 ProbNNp=0.00414512 ProbNNghost=0.011298 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=5.01704 CaloElectronMatch=1276.89 CaloChargedEcal=847.219 CaloChargedID=38789 CaloEcalE=345.612 CaloHcalE=5869.32 CaloEcalChi2=1276.89 CaloClusChi2=5.01704 CaloTrajectoryL=-21.3578 CaloEoverP=0.13883 EcalPIDe=-1.40113 HcalPIDe=-1.9266 HcalPIDmu=-1.20241 EcalPIDmu=0.00838327 TrackChi2PerDof=1.69702 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=7037.57 TrackPt=145.533 CombDLLe=-3.32772 CombDLLmu=-1.19402 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0186878 ProbNNpi=0.146454 ProbNNk=0.0718225 ProbNNp=0.0469743 ProbNNghost=0.985507 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.00208607 MuonNShared=20 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=869.924 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.298696 CaloElectronMatch=444.557 CaloChargedEcal=7550.39 CaloChargedID=34866 CaloEcalE=3207.74 CaloHcalE=4301.22 CaloEcalChi2=444.557 CaloClusChi2=0.298696 CaloTrajectoryL=-188.471 CaloEoverP=2.01261 EcalPIDe=-0.214586 HcalPIDe=-1.51991 HcalPIDmu=-0.440538 EcalPIDmu=-2.50884 TrackChi2PerDof=0.999392 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=3891.55 TrackPt=81.4492 CombDLLe=-1.7345 CombDLLmu=-2.94729 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.00208607 ProbNNe=0.631988 ProbNNpi=0.302738 ProbNNk=0.0586299 ProbNNp=0.074872 ProbNNghost=0.866518 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.36883 RichDLLmu=-2.57563 RichDLLpi=0 RichDLLk=-3.90234 RichDLLp=-1.55285 RichPIDStatus=6115 RichDLLbt=-1.55285 RichDLLd=-1.55285 MuonMuLL=-0.0199987 MuonBkgLL=-1.11991 MuonNShared=5 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=47.6383 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.692687 CaloElectronMatch=189.899 CaloBremMatch=189.899 CaloChargedEcal=3800.73 CaloChargedID=42224 CaloNeutralEcal=3800.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.82277 CaloNeutralID=42224 CaloEcalE=2469.47 CaloHcalE=3085.22 CaloEcalChi2=189.899 CaloBremChi2=405.123 CaloClusChi2=0.692687 CaloTrajectoryL=51.0687 CaloEoverP=0.342427 EcalPIDe=0.786938 BremPIDe=-0.454777 HcalPIDe=-0.895297 HcalPIDmu=0.534209 EcalPIDmu=-2.01184 TrackChi2PerDof=0.962738 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=12036.4 TrackPt=485.148 CombDLLe=-0.977198 CombDLLmu=-3.69522 CombDLLpi=0 CombDLLk=-3.90234 CombDLLp=-1.55285 CombDLLd=-0.432934 ProbNNe=0.000115631 ProbNNpi=0.795793 ProbNNk=0.147995 ProbNNp=0.476176 ProbNNghost=0.053243 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.5248 RichDLLmu=-3.66277 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.45932 CaloElectronMatch=12.3466 CaloBremMatch=12.3466 CaloChargedEcal=1598.16 CaloChargedID=33993 CaloNeutralEcal=1598.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979698 CaloNeutralID=33993 CaloEcalE=1447.96 CaloHcalE=862.038 CaloEcalChi2=12.3466 CaloBremChi2=273.397 CaloClusChi2=1.45932 CaloTrajectoryL=47.7362 CaloEoverP=0.719255 EcalPIDe=2.97947 BremPIDe=-0.318955 HcalPIDe=-0.560927 HcalPIDmu=0.198625 EcalPIDmu=-1.86134 TrackChi2PerDof=0.493449 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=2538.34 TrackPt=413.655 CombDLLe=-0.928769 CombDLLmu=-6.0351 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=3.86715e-05 ProbNNpi=0.89091 ProbNNk=0.0684192 ProbNNp=0.163843 ProbNNghost=0.0167015 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.23515 RichDLLmu=3.84001 RichDLLpi=0 RichDLLk=9.68801 RichDLLp=9.68801 RichPIDStatus=5092 RichDLLbt=9.68801 RichDLLd=9.68801 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.143294 CaloElectronMatch=38.3012 CaloChargedEcal=9320.45 CaloChargedID=39096 CaloEcalE=6044.74 CaloHcalE=4406.17 CaloEcalChi2=38.3012 CaloClusChi2=0.143294 CaloTrajectoryL=-11.2233 CaloEoverP=1.19587 EcalPIDe=3.6423 HcalPIDe=-2.06679 HcalPIDmu=-0.813089 EcalPIDmu=-3.37281 TrackChi2PerDof=1.80365 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=7764.26 TrackPt=206.527 CombDLLe=2.65791 CombDLLmu=0.334468 CombDLLpi=0 CombDLLk=9.68801 CombDLLp=9.68801 CombDLLd=9.68801 ProbNNe=0.984592 ProbNNpi=0.0143063 ProbNNk=0.472332 ProbNNp=0.838797 ProbNNghost=0.983221 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.50207 RichDLLmu=-7.61325 RichDLLpi=0 RichDLLk=-1.72966 RichDLLp=-1.72966 RichPIDStatus=5027 RichDLLbt=-1.72966 RichDLLd=-1.72966 MuonMuLL=0 MuonBkgLL=-0.0659187 MuonNShared=13 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1331.83 MuonMVA1=-999 MuonMVA2=-1.17683 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.440636 CaloElectronMatch=4.34235 CaloBremMatch=4.34235 CaloChargedEcal=5062.69 CaloChargedID=38461 CaloNeutralEcal=5062.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859919 CaloNeutralID=38461 CaloEcalE=2821.96 CaloHcalE=1236.81 CaloEcalChi2=4.34235 CaloBremChi2=458.796 CaloClusChi2=0.440636 CaloTrajectoryL=109.531 CaloEoverP=0.996744 EcalPIDe=3.6423 BremPIDe=-0.607507 HcalPIDe=-0.668461 HcalPIDmu=0.620398 EcalPIDmu=-2.72932 TrackChi2PerDof=1.41416 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=5451.07 TrackPt=193.215 CombDLLe=1.06865 CombDLLmu=-8.40711 CombDLLpi=0 CombDLLk=-1.72966 CombDLLp=-1.72966 CombDLLd=-1.66374 ProbNNe=0.954067 ProbNNmu=0.00366525 ProbNNpi=0.000531862 ProbNNk=0.0146039 ProbNNp=0.0533326 ProbNNghost=0.892339 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.8598 RichDLLmu=-23.1373 RichDLLpi=0 RichDLLk=-14.3519 RichDLLp=-14.3519 RichPIDStatus=5091 RichDLLbt=-14.3519 RichDLLd=-14.3519 MuonMuLL=0 MuonBkgLL=-0.0486106 MuonNShared=27 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=6361.73 MuonMVA1=-999 MuonMVA2=-0.431549 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.83698 CaloElectronMatch=441.853 CaloBremMatch=441.853 CaloChargedEcal=13761.4 CaloChargedID=42569 CaloNeutralEcal=13761.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847054 CaloNeutralID=42569 CaloEcalE=6168.12 CaloHcalE=23607.2 CaloEcalChi2=441.853 CaloBremChi2=267.773 CaloClusChi2=1.83698 CaloTrajectoryL=-94.1859 CaloEoverP=2.10208 EcalPIDe=-0.0141273 BremPIDe=-0.388822 HcalPIDe=-1.17839 HcalPIDmu=0.667822 EcalPIDmu=-2.74106 TrackChi2PerDof=1.80156 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=6868.89 TrackPt=241.14 CombDLLe=-5.90618 CombDLLmu=-9.02329 CombDLLpi=0 CombDLLk=-14.3519 CombDLLp=-14.3519 CombDLLd=-14.3033 ProbNNe=5.02914e-07 ProbNNmu=0.00366525 ProbNNpi=0.99865 ProbNNk=0.000310333 ProbNNp=0.0105476 ProbNNghost=0.803049 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.147752 MuonNShared=11 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=959.574 MuonMVA1=-999 MuonMVA2=0.0338117 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.455005 CaloElectronMatch=232.843 CaloChargedEcal=10047.2 CaloChargedID=38984 CaloEcalE=3053.84 CaloHcalE=12729.7 CaloEcalChi2=232.843 CaloClusChi2=0.455005 CaloTrajectoryL=-79.583 CaloEoverP=1.69814 EcalPIDe=0.605631 HcalPIDe=-1.17839 HcalPIDmu=0.361644 EcalPIDmu=-2.94561 TrackChi2PerDof=2.60803 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=6130.77 TrackPt=87.449 CombDLLe=-0.572757 CombDLLmu=-2.43622 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.147752 ProbNNe=0.945982 ProbNNmu=0.00366525 ProbNNpi=8.60706e-05 ProbNNk=0.00635579 ProbNNp=0.000172029 ProbNNghost=0.981597 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.24008 RichDLLmu=-1.743 RichDLLpi=0 RichDLLk=24.4263 RichDLLp=24.4263 RichPIDStatus=5028 RichDLLbt=24.4263 RichDLLd=24.4263 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.908294 CaloElectronMatch=40.1832 CaloBremMatch=40.1832 CaloChargedEcal=5915.28 CaloChargedID=33360 CaloNeutralEcal=5915.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.87982 CaloNeutralID=33360 CaloEcalE=4289.18 CaloHcalE=2024.59 CaloEcalChi2=40.1832 CaloBremChi2=63.114 CaloClusChi2=0.908294 CaloTrajectoryL=191.646 CaloEoverP=0.829959 EcalPIDe=3.6423 BremPIDe=1.02573 HcalPIDe=-1.11299 HcalPIDmu=1.90086 EcalPIDmu=-2.66358 TrackChi2PerDof=0.875462 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=7149.84 TrackPt=1520.02 CombDLLe=2.64324 CombDLLmu=-3.10865 CombDLLpi=0 CombDLLk=24.4263 CombDLLp=24.4263 CombDLLd=24.4263 ProbNNe=3.84638e-06 ProbNNpi=0.00033253 ProbNNk=0.945854 ProbNNp=0.962568 ProbNNghost=0.00286344 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.1747 RichDLLmu=-1.42556 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.719085 CaloElectronMatch=5.08628 CaloBremMatch=5.08628 CaloChargedEcal=2275.67 CaloChargedID=34054 CaloNeutralEcal=2275.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803016 CaloNeutralID=34054 CaloEcalE=1805.42 CaloHcalE=1123.35 CaloEcalChi2=5.08628 CaloBremChi2=377.977 CaloClusChi2=0.719085 CaloTrajectoryL=136.577 CaloEoverP=1.14015 EcalPIDe=2.97947 BremPIDe=-0.19324 HcalPIDe=-0.789374 HcalPIDmu=0.687844 EcalPIDmu=-1.5687 TrackChi2PerDof=1.24535 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=2231.31 TrackPt=374.398 CombDLLe=0.0906212 CombDLLmu=-2.82426 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.067603 ProbNNpi=0.85043 ProbNNk=0.0606127 ProbNNp=0.147396 ProbNNghost=0.0714629 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.43305 RichDLLmu=0.768959 RichDLLpi=0 RichDLLk=12.3283 RichDLLp=12.3283 RichPIDStatus=5092 RichDLLbt=12.3283 RichDLLd=12.3283 MuonMuLL=-0.0674226 MuonBkgLL=-0.324973 MuonNShared=8 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=50.4438 MuonMVA1=-999 MuonMVA2=-0.139785 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.04175 CaloElectronMatch=571.769 CaloBremMatch=29.8615 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=595.948 CaloHcalE=2703.95 CaloEcalChi2=571.769 CaloBremChi2=180.715 CaloClusChi2=5.04175 CaloTrajectoryL=-864.678 CaloEoverP=0.517596 EcalPIDe=-0.341929 BremPIDe=-0.0189915 HcalPIDe=-1.31397 HcalPIDmu=0.60951 EcalPIDmu=1.41319 TrackChi2PerDof=1.6658 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=7203.58 TrackPt=732.16 CombDLLe=-2.10015 CombDLLmu=3.34838 CombDLLpi=0 CombDLLk=12.3283 CombDLLp=12.3283 CombDLLd=12.6532 ProbNNe=0.201457 ProbNNmu=0.00366525 ProbNNpi=2.10157e-05 ProbNNk=0.0288634 ProbNNp=0.474986 ProbNNghost=0.446184 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.86205 RichDLLmu=-4.24842 RichDLLpi=0 RichDLLk=-8.42632 RichDLLp=-8.62839 RichPIDStatus=6083 RichDLLbt=-8.62839 RichDLLd=-8.62839 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.96357 CaloElectronMatch=456.674 CaloChargedEcal=3956.53 CaloChargedID=43351 CaloEcalE=978.894 CaloHcalE=18391.8 CaloEcalChi2=456.674 CaloClusChi2=2.96357 CaloTrajectoryL=-2558.15 CaloEoverP=0.232589 EcalPIDe=-0.172551 HcalPIDe=-2.5812 HcalPIDmu=-2.26288 EcalPIDmu=0.327249 TrackChi2PerDof=0.869563 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=17299 TrackPt=273.593 CombDLLe=-4.44547 CombDLLmu=-6.77196 CombDLLpi=0 CombDLLk=-8.42632 CombDLLp=-8.62839 CombDLLd=-8.62839 ProbNNe=4.70345e-08 ProbNNpi=0.997608 ProbNNk=0.000198514 ProbNNp=0.000663229 ProbNNghost=0.00116758 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.15938 RichDLLmu=2.60425 RichDLLpi=0 RichDLLk=26.9325 RichDLLp=25.0401 RichPIDStatus=6116 RichDLLbt=25.0401 RichDLLd=25.0401 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.260661 CaloElectronMatch=92.0323 CaloBremMatch=92.0323 CaloChargedEcal=6263.81 CaloChargedID=34958 CaloNeutralEcal=6263.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890602 CaloNeutralID=34958 CaloEcalE=4736.83 CaloHcalE=773.998 CaloEcalChi2=92.0323 CaloBremChi2=405.391 CaloClusChi2=0.260661 CaloTrajectoryL=139.401 CaloEoverP=0.61074 EcalPIDe=2.29793 BremPIDe=-0.454777 HcalPIDe=-0.232179 HcalPIDmu=-0.524007 EcalPIDmu=-3.06525 TrackChi2PerDof=0.615378 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=10284.4 TrackPt=2419.46 CombDLLe=0.371292 CombDLLmu=-0.24077 CombDLLpi=0 CombDLLk=26.9325 CombDLLp=25.0401 CombDLLd=25.0401 ProbNNe=4.18798e-06 ProbNNpi=0.00190281 ProbNNk=0.930782 ProbNNp=0.339168 ProbNNghost=0.00334183 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.6366 RichDLLmu=-6.17247 RichDLLpi=0 RichDLLk=-3.15759 RichDLLp=-1.0175 RichPIDStatus=6115 RichDLLbt=-1.0175 RichDLLd=-1.0175 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.913782 CaloElectronMatch=1300.92 CaloBremMatch=340.77 CaloChargedEcal=934.318 CaloChargedID=39235 CaloNeutralEcal=934.318 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.784127 CaloNeutralID=39235 CaloEcalE=535.564 CaloHcalE=11568.9 CaloEcalChi2=1300.92 CaloBremChi2=141.757 CaloClusChi2=0.913782 CaloTrajectoryL=90.1397 CaloEoverP=0.0889539 EcalPIDe=-1.38554 BremPIDe=-0.0509114 HcalPIDe=-1.89687 HcalPIDmu=-2.3461 EcalPIDmu=1.6855 TrackChi2PerDof=1.13194 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=11200 TrackPt=827.607 CombDLLe=-6.37757 CombDLLmu=-6.56776 CombDLLpi=0 CombDLLk=-3.15759 CombDLLp=-1.0175 CombDLLd=-1.0175 ProbNNe=2.22765e-06 ProbNNpi=0.965046 ProbNNk=0.00745378 ProbNNp=0.00449065 ProbNNghost=0.178862 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-37.5679 RichDLLmu=-23.8832 RichDLLpi=0 RichDLLk=-18.2443 RichDLLp=-18.2443 RichPIDStatus=5091 RichDLLbt=-18.2443 RichDLLd=-18.2443 MuonMuLL=-0.407066 MuonBkgLL=-1.41523 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=125.069 MuonMVA1=-999 MuonMVA2=-0.0538523 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.48714 CaloElectronMatch=24.6469 CaloBremMatch=24.6469 CaloChargedEcal=5462.51 CaloChargedID=43790 CaloNeutralEcal=5462.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829455 CaloNeutralID=43790 CaloEcalE=2957.32 CaloHcalE=57233.9 CaloEcalChi2=24.6469 CaloBremChi2=322.333 CaloClusChi2=2.48714 CaloTrajectoryL=292.459 CaloEoverP=0.807783 EcalPIDe=3.6423 BremPIDe=-0.554165 HcalPIDe=-1.17839 HcalPIDmu=0.667822 EcalPIDmu=-2.40127 TrackChi2PerDof=0.855983 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=7501.84 TrackPt=446.324 CombDLLe=-3.23423 CombDLLmu=-7.7243 CombDLLpi=0 CombDLLk=-18.2443 CombDLLp=-18.2443 CombDLLd=-16.8291 ProbNNe=1.57846e-06 ProbNNmu=0.00366525 ProbNNpi=0.337867 ProbNNk=0.00351459 ProbNNp=0.0111697 ProbNNghost=0.0300109 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.44509 RichDLLmu=-10.0404 RichDLLpi=0 RichDLLk=4.28722 RichDLLp=4.28722 RichPIDStatus=5092 RichDLLbt=4.28722 RichDLLd=4.28722 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.15885 CaloElectronMatch=316.275 CaloBremMatch=228.079 CaloChargedEcal=8413.58 CaloChargedID=43505 CaloNeutralEcal=8413.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.723771 CaloNeutralID=43505 CaloEcalE=1099.38 CaloHcalE=7303.51 CaloEcalChi2=316.275 CaloBremChi2=45.3861 CaloClusChi2=5.15885 CaloTrajectoryL=478.889 CaloEoverP=1.36843 EcalPIDe=0.0750074 BremPIDe=1.5294 HcalPIDe=-1.99692 HcalPIDmu=-0.467458 EcalPIDmu=-0.440688 TrackChi2PerDof=1.40986 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=6243.17 TrackPt=459.513 CombDLLe=-2.01536 CombDLLmu=-7.66031 CombDLLpi=0 CombDLLk=4.28722 CombDLLp=4.28722 CombDLLd=4.28722 ProbNNe=0.000152526 ProbNNpi=0.883607 ProbNNk=0.0227069 ProbNNp=0.162985 ProbNNghost=0.0911429 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.85396 RichDLLmu=-0.999174 RichDLLpi=0 RichDLLk=-27.1992 RichDLLp=-23.4387 RichPIDStatus=8131 RichDLLbt=-20.2972 RichDLLd=-20.2972 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.16805 CaloElectronMatch=406.622 CaloChargedEcal=23803.4 CaloChargedID=42602 CaloEcalE=10428.2 CaloHcalE=19799.7 CaloEcalChi2=406.622 CaloClusChi2=1.16805 CaloTrajectoryL=452.538 CaloEoverP=0.639839 EcalPIDe=0.574132 HcalPIDe=-2.95963 HcalPIDmu=-3.10388 EcalPIDmu=-4.04916 TrackChi2PerDof=1.10392 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=36659.7 TrackPt=850.957 CombDLLe=-2.70971 CombDLLmu=-8.53356 CombDLLpi=0 CombDLLk=-27.1992 CombDLLp=-23.4387 CombDLLd=-20.2972 ProbNNe=2.94475e-05 ProbNNpi=0.99499 ProbNNk=3.84247e-05 ProbNNp=0.000843638 ProbNNghost=0.0130991 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.62852 RichDLLmu=5.21332 RichDLLpi=0 RichDLLk=5.21364 RichDLLp=5.21364 RichPIDStatus=5028 RichDLLbt=5.21364 RichDLLd=5.21364 MuonMuLL=-0.0318003 MuonBkgLL=-0.217194 MuonNShared=14 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=825.854 MuonMVA1=-999 MuonMVA2=-0.180968 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.280431 CaloElectronMatch=122.48 CaloBremMatch=122.395 CaloChargedEcal=10047.2 CaloChargedID=38984 CaloNeutralEcal=10047.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75412 CaloNeutralID=38984 CaloEcalE=5008.93 CaloHcalE=7183.15 CaloEcalChi2=122.48 CaloBremChi2=138.696 CaloClusChi2=0.280431 CaloTrajectoryL=117.263 CaloEoverP=2.23972 EcalPIDe=1.51236 BremPIDe=0.00370359 HcalPIDe=-1.04386 HcalPIDmu=0.229671 EcalPIDmu=-1.37659 TrackChi2PerDof=1.45538 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=4648.3 TrackPt=217.683 CombDLLe=0.931533 CombDLLmu=4.49105 CombDLLpi=0 CombDLLk=5.21364 CombDLLp=5.21364 CombDLLd=5.43083 ProbNNe=0.967386 ProbNNmu=0.00366525 ProbNNpi=1.97181e-05 ProbNNk=0.00726084 ProbNNp=0.0378952 ProbNNghost=0.960655 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.52301 RichDLLmu=5.07559 RichDLLpi=0 RichDLLk=5.40064 RichDLLp=5.40064 RichPIDStatus=5028 RichDLLbt=5.40064 RichDLLd=5.40064 MuonMuLL=-0.0318003 MuonBkgLL=-0.2172 MuonNShared=13 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=826.031 MuonMVA1=-999 MuonMVA2=-0.180968 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.280541 CaloElectronMatch=122.395 CaloBremMatch=122.395 CaloChargedEcal=10047.2 CaloChargedID=38984 CaloNeutralEcal=10047.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75412 CaloNeutralID=38984 CaloEcalE=5008.93 CaloHcalE=7183.15 CaloEcalChi2=122.395 CaloBremChi2=135.289 CaloClusChi2=0.280541 CaloTrajectoryL=117.294 CaloEoverP=2.23844 EcalPIDe=1.51236 BremPIDe=0.00370359 HcalPIDe=-1.04386 HcalPIDmu=0.229671 EcalPIDmu=-1.37659 TrackChi2PerDof=1.53134 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=4650.97 TrackPt=222.432 CombDLLe=0.7386 CombDLLmu=4.41358 CombDLLpi=0 CombDLLk=5.40064 CombDLLp=5.40064 CombDLLd=5.61784 ProbNNe=0.937003 ProbNNmu=0.00366525 ProbNNpi=1.68616e-05 ProbNNk=0.0134689 ProbNNp=0.0230345 ProbNNghost=0.971507 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.60807 RichDLLmu=-10.2284 RichDLLpi=0 RichDLLk=3.27634 RichDLLp=3.27634 RichPIDStatus=5092 RichDLLbt=3.27634 RichDLLd=3.27634 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.15744 CaloElectronMatch=315.182 CaloBremMatch=228.079 CaloChargedEcal=8413.58 CaloChargedID=43505 CaloNeutralEcal=8413.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.723771 CaloNeutralID=43505 CaloEcalE=1099.38 CaloHcalE=7303.51 CaloEcalChi2=315.182 CaloBremChi2=43.4116 CaloClusChi2=5.15744 CaloTrajectoryL=478.92 CaloEoverP=1.36778 EcalPIDe=0.0750074 BremPIDe=1.5294 HcalPIDe=-1.99692 HcalPIDmu=-0.467458 EcalPIDmu=-0.440688 TrackChi2PerDof=2.55993 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=6246.15 TrackPt=463.203 CombDLLe=-2.04232 CombDLLmu=-7.67796 CombDLLpi=0 CombDLLk=3.27634 CombDLLp=3.27634 CombDLLd=3.27634 ProbNNe=0.000292949 ProbNNpi=0.429403 ProbNNk=0.0150658 ProbNNp=0.0965065 ProbNNghost=0.914943 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.94993 RichDLLmu=3.73044 RichDLLpi=0 RichDLLk=9.61702 RichDLLp=9.61702 RichPIDStatus=5092 RichDLLbt=9.61702 RichDLLd=9.61702 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.143195 CaloElectronMatch=38.3671 CaloChargedEcal=9320.45 CaloChargedID=39096 CaloEcalE=6044.74 CaloHcalE=4406.17 CaloEcalChi2=38.3671 CaloClusChi2=0.143195 CaloTrajectoryL=-11.337 CaloEoverP=1.19586 EcalPIDe=3.6423 HcalPIDe=-2.06679 HcalPIDmu=-0.813089 EcalPIDmu=-3.37281 TrackChi2PerDof=1.16965 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=7764.37 TrackPt=208.549 CombDLLe=2.43735 CombDLLmu=0.24377 CombDLLpi=0 CombDLLk=9.61702 CombDLLp=9.61702 CombDLLd=9.61702 ProbNNe=0.982731 ProbNNpi=0.0249506 ProbNNk=0.509152 ProbNNp=0.897924 ProbNNghost=0.820983 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.435265 RichDLLmu=-6.14324 RichDLLpi=0 RichDLLk=-0.294062 RichDLLp=-0.294062 RichPIDStatus=5027 RichDLLbt=-0.294062 RichDLLd=-0.294062 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.388456 CaloElectronMatch=423.05 CaloBremMatch=173.156 CaloChargedEcal=14034.7 CaloChargedID=34736 CaloNeutralEcal=14034.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944165 CaloNeutralID=34736 CaloEcalE=3149.69 CaloHcalE=3104.15 CaloEcalChi2=423.05 CaloBremChi2=319.995 CaloClusChi2=0.388456 CaloTrajectoryL=-164.187 CaloEoverP=4.99314 EcalPIDe=-0.0620623 BremPIDe=-0.357753 HcalPIDe=-1.56674 HcalPIDmu=0.333427 EcalPIDmu=-1.62177 TrackChi2PerDof=2.04963 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=2859.16 TrackPt=285.814 CombDLLe=-2.06272 CombDLLmu=-7.18365 CombDLLpi=0 CombDLLk=-0.294062 CombDLLp=-0.294062 CombDLLd=-0.294062 ProbNNe=0.868173 ProbNNpi=0.346722 ProbNNk=0.015604 ProbNNp=0.117293 ProbNNghost=0.974872 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.0859 RichDLLmu=-18.1512 RichDLLpi=0 RichDLLk=-7.08358 RichDLLp=-7.08358 RichPIDStatus=5027 RichDLLbt=-7.08358 RichDLLd=-7.08358 MuonMuLL=-0.043534 MuonBkgLL=-0.225486 MuonNShared=7 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=48.1464 MuonMVA1=-999 MuonMVA2=-1.1018 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.50904 CaloElectronMatch=107.32 CaloBremMatch=20.9462 CaloChargedEcal=12984.1 CaloChargedID=44064 CaloNeutralEcal=12984.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.727901 CaloNeutralID=44064 CaloEcalE=8286.79 CaloHcalE=16877.4 CaloEcalChi2=107.32 CaloBremChi2=361.061 CaloClusChi2=0.50904 CaloTrajectoryL=56.199 CaloEoverP=2.66647 EcalPIDe=1.51236 BremPIDe=-0.373552 HcalPIDe=-0.621703 HcalPIDmu=0.795286 EcalPIDmu=-1.49314 TrackChi2PerDof=0.850007 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=4763.87 TrackPt=779.99 CombDLLe=-2.44853 CombDLLmu=-7.50607 CombDLLpi=0 CombDLLk=-7.08358 CombDLLp=-7.08358 CombDLLd=-6.8581 ProbNNe=0.0243088 ProbNNmu=0.00366525 ProbNNpi=0.0006993 ProbNNk=0.00197766 ProbNNp=0.0101426 ProbNNghost=0.597744 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.22132 RichDLLmu=3.23408 RichDLLpi=0 RichDLLk=-1.13136 RichDLLp=-1.27928 RichPIDStatus=6081 RichDLLbt=-1.27928 RichDLLd=-1.27928 MuonMuLL=-0.578213 MuonBkgLL=-3.48156 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=2.21226 MuonMVA1=-999 MuonMVA2=2.35137 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.108461 CaloElectronMatch=4.81745 CaloChargedEcal=19576.6 CaloChargedID=42895 CaloEcalE=14823.1 CaloHcalE=34562.5 CaloEcalChi2=4.81745 CaloClusChi2=0.108461 CaloTrajectoryL=81.3414 CaloEoverP=1.10738 EcalPIDe=4.7102 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=-2.80328 TrackChi2PerDof=0.421619 TrackNumDof=19 TrackType=3 TrackHistory=30 TrackP=17441.6 TrackPt=202.33 CombDLLe=3.5478 CombDLLmu=2.39431 CombDLLpi=0 CombDLLk=-1.13136 CombDLLp=-1.27928 CombDLLd=2.20228 ProbNNe=0.992922 ProbNNmu=0.00366525 ProbNNpi=0.00333034 ProbNNk=0.00901621 ProbNNp=0.00041214 ProbNNghost=0.892437 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.4252 RichDLLmu=-27.3328 RichDLLpi=0 RichDLLk=-10.1434 RichDLLp=-10.1434 RichPIDStatus=5027 RichDLLbt=-10.1434 RichDLLd=-10.1434 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=0.736144 CaloElectronMatch=24.7859 CaloBremMatch=24.7859 CaloChargedEcal=6365.32 CaloChargedID=34946 CaloNeutralEcal=6365.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94865 CaloNeutralID=34946 CaloEcalE=4481.94 CaloEcalChi2=24.7859 CaloBremChi2=88.7971 CaloClusChi2=0.736144 CaloTrajectoryL=77.6695 CaloEoverP=1.21271 EcalPIDe=3.6423 BremPIDe=0.522337 EcalPIDmu=-2.82248 TrackChi2PerDof=0.865165 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=5406.72 TrackPt=729.986 CombDLLe=0.231225 CombDLLmu=-9.82223 CombDLLpi=0 CombDLLk=-10.1434 CombDLLp=-10.1434 CombDLLd=-10.1434 ProbNNe=9.09007e-05 ProbNNpi=0.993236 ProbNNk=0.00092777 ProbNNp=0.0135923 ProbNNghost=0.00634729 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.5726 RichDLLmu=-14.9463 RichDLLpi=0 RichDLLk=-6.64037 RichDLLp=-6.64037 RichPIDStatus=5027 RichDLLbt=-6.64037 RichDLLd=-6.64037 MuonMuLL=-0.0295318 MuonBkgLL=-0.209804 MuonNShared=24 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=426.867 MuonMVA1=-999 MuonMVA2=-1.74424 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.34876 CaloElectronMatch=29.8615 CaloBremMatch=29.8615 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=1416.85 CaloHcalE=6533.56 CaloEcalChi2=29.8615 CaloBremChi2=114.85 CaloClusChi2=2.34876 CaloTrajectoryL=62.5043 CaloEoverP=1.10449 EcalPIDe=2.97947 BremPIDe=0.157531 HcalPIDe=-0.890651 HcalPIDmu=0.817297 EcalPIDmu=-1.86134 TrackChi2PerDof=0.933004 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=3375.8 TrackPt=734.205 CombDLLe=-1.82224 CombDLLmu=-7.82841 CombDLLpi=0 CombDLLk=-6.64037 CombDLLp=-6.64037 CombDLLd=-6.43057 ProbNNe=4.96497e-05 ProbNNmu=0.00366525 ProbNNpi=0.0125008 ProbNNk=0.00127502 ProbNNp=0.0175356 ProbNNghost=0.291252 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.2396 RichDLLmu=1.63022 RichDLLpi=0 RichDLLk=0.384367 RichDLLp=0.384367 RichPIDStatus=5026 RichDLLbt=0.384367 RichDLLd=0.384367 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06363 CaloElectronMatch=40.6982 CaloBremMatch=39.46 CaloChargedEcal=3913.26 CaloChargedID=34183 CaloNeutralEcal=3913.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877187 CaloNeutralID=34183 CaloEcalE=2841.61 CaloHcalE=110.586 CaloEcalChi2=40.6982 CaloBremChi2=315.106 CaloClusChi2=1.06363 CaloTrajectoryL=74.177 CaloEoverP=1.55454 EcalPIDe=2.97947 BremPIDe=-0.357753 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.79298 TrackChi2PerDof=0.58742 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=2673.85 TrackPt=291.605 CombDLLe=2.0239 CombDLLmu=-1.98288 CombDLLpi=0 CombDLLk=0.384367 CombDLLp=0.384367 CombDLLd=0.384367 ProbNNe=0.787505 ProbNNpi=0.696239 ProbNNk=0.0277386 ProbNNp=0.152819 ProbNNghost=0.286237 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.9232 RichDLLmu=-13.8795 RichDLLpi=0 RichDLLk=14.3211 RichDLLp=14.3211 RichPIDStatus=5028 RichDLLbt=14.3211 RichDLLd=14.3211 InAccBrem=1 CaloBremChi2=175.733 BremPIDe=-0.170017 TrackChi2PerDof=0.836837 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=4978.74 TrackPt=1054.31 CombDLLe=-2.35604 CombDLLmu=-6.94588 CombDLLpi=0 CombDLLk=14.3211 CombDLLp=14.3211 CombDLLd=14.3211 ProbNNe=2.89088e-05 ProbNNpi=0.0239429 ProbNNk=0.920195 ProbNNp=0.960822 ProbNNghost=0.0056088 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.8952 RichDLLmu=-2.87831 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.92824 CaloElectronMatch=12.1107 CaloBremMatch=12.1107 CaloChargedEcal=1322.07 CaloChargedID=33861 CaloNeutralEcal=1322.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94069 CaloNeutralID=33861 CaloEcalE=1085.93 CaloHcalE=0 CaloEcalChi2=12.1107 CaloBremChi2=10.5341 CaloClusChi2=1.92824 CaloTrajectoryL=208.821 CaloEoverP=0.733829 EcalPIDe=2.97947 BremPIDe=1.82782 HcalPIDe=0.485336 HcalPIDmu=-1.79245 EcalPIDmu=-1.21757 TrackChi2PerDof=0.946512 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=2149.02 TrackPt=463.116 CombDLLe=2.35443 CombDLLmu=-6.64655 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00119925 ProbNNpi=0.827632 ProbNNk=0.0637387 ProbNNp=0.198928 ProbNNghost=0.138897 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.2738 RichDLLmu=-11.4373 RichDLLpi=0 RichDLLk=0.717235 RichDLLp=0.717235 RichPIDStatus=5028 RichDLLbt=0.717235 RichDLLd=0.717235 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.58393 CaloElectronMatch=79.2555 CaloBremMatch=79.2555 CaloChargedEcal=584.627 CaloChargedID=35695 CaloNeutralEcal=584.627 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=35695 CaloEcalE=576.63 CaloHcalE=0 CaloEcalChi2=79.2555 CaloBremChi2=106.223 CaloClusChi2=3.58393 CaloTrajectoryL=314.088 CaloEoverP=0.28097 EcalPIDe=1.51236 BremPIDe=0.185338 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=1.05188 TrackChi2PerDof=1.16359 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=2903.6 TrackPt=525.81 CombDLLe=-0.664995 CombDLLmu=-8.19993 CombDLLpi=0 CombDLLk=0.717235 CombDLLp=0.717235 CombDLLd=0.717235 ProbNNe=3.00225e-05 ProbNNpi=0.928708 ProbNNk=0.0564284 ProbNNp=0.0887848 ProbNNghost=0.0187878 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.598 RichDLLmu=-4.04725 RichDLLpi=0 RichDLLk=-3.07414 RichDLLp=-3.07414 RichPIDStatus=5027 RichDLLbt=-3.07414 RichDLLd=-3.07414 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.13769 CaloElectronMatch=835.458 CaloBremMatch=313.891 CaloChargedEcal=516.141 CaloChargedID=35081 CaloNeutralEcal=516.141 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842407 CaloNeutralID=35081 CaloEcalE=2241.19 CaloHcalE=0 CaloEcalChi2=835.458 CaloBremChi2=54.459 CaloClusChi2=4.13769 CaloTrajectoryL=1658.98 CaloEoverP=0.231325 EcalPIDe=-0.760008 BremPIDe=0.875371 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-2.35521 TrackChi2PerDof=0.66704 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=3144.07 TrackPt=312.695 CombDLLe=-1.21173 CombDLLmu=-9.43485 CombDLLpi=0 CombDLLk=-3.07414 CombDLLp=-3.07414 CombDLLd=-3.07414 ProbNNe=0.00113401 ProbNNpi=0.924596 ProbNNk=0.00831294 ProbNNp=0.0826747 ProbNNghost=0.16241 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.16923 RichDLLmu=-1.90991 RichDLLpi=0 RichDLLk=-5.54766 RichDLLp=-2.54282 RichPIDStatus=6083 RichDLLbt=-2.54282 RichDLLd=-2.54282 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.384444 CaloElectronMatch=440.453 CaloChargedEcal=4367.3 CaloChargedID=43116 CaloEcalE=1993.58 CaloHcalE=36809.6 CaloEcalChi2=440.453 CaloClusChi2=0.384444 CaloTrajectoryL=-235.3 CaloEoverP=0.21642 EcalPIDe=0.102108 HcalPIDe=-2.87281 HcalPIDmu=-1.95868 EcalPIDmu=-1.28387 TrackChi2PerDof=1.08262 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=21087 TrackPt=214.648 CombDLLe=-3.84184 CombDLLmu=-5.79354 CombDLLpi=0 CombDLLk=-5.54766 CombDLLp=-2.54282 CombDLLd=-2.54282 ProbNNe=1.14033e-07 ProbNNpi=0.844986 ProbNNk=0.000569767 ProbNNp=0.00199831 ProbNNghost=0.46022 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.68563 RichDLLmu=2.6092 RichDLLpi=0 RichDLLk=5.75246 RichDLLp=5.75246 RichPIDStatus=5057 RichDLLbt=5.75246 RichDLLd=5.75246 MuonMuLL=-0.0641119 MuonBkgLL=-1.68909 MuonNShared=4 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=4.87371 MuonMVA1=-999 MuonMVA2=0.235024 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.326281 CaloElectronMatch=122.597 CaloChargedEcal=20495.7 CaloChargedID=42803 CaloEcalE=14143.7 CaloHcalE=4961.8 CaloEcalChi2=122.597 CaloClusChi2=0.326281 CaloTrajectoryL=184.548 CaloEoverP=1.54405 EcalPIDe=2.29793 HcalPIDe=-1.69811 HcalPIDmu=-0.893578 EcalPIDmu=-1.9327 TrackChi2PerDof=1.08485 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=13388.4 TrackPt=157.838 CombDLLe=1.75903 CombDLLmu=2.15253 CombDLLpi=0 CombDLLk=5.75246 CombDLLp=5.75246 CombDLLd=7.44155 ProbNNe=0.999262 ProbNNmu=0.00366525 ProbNNpi=0.00584365 ProbNNk=0.0064237 ProbNNp=0.000649991 ProbNNghost=0.997172 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.05811 RichDLLmu=-6.70075 RichDLLpi=0 RichDLLk=7.61983 RichDLLp=7.61983 RichPIDStatus=5092 RichDLLbt=7.61983 RichDLLd=7.61983 MuonMuLL=-1.06624 MuonBkgLL=-2.7194 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.62046 MuonMVA1=-999 MuonMVA2=1.53262 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.6105 CaloElectronMatch=1776.74 CaloChargedEcal=20495.7 CaloChargedID=42803 CaloEcalE=4252.11 CaloHcalE=4961.8 CaloEcalChi2=1776.74 CaloClusChi2=3.6105 CaloTrajectoryL=451 CaloEoverP=2.3412 EcalPIDe=-2.26224 HcalPIDe=-2.03708 HcalPIDmu=-1.14592 EcalPIDmu=-3.23795 TrackChi2PerDof=1.09527 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=8829.83 TrackPt=285.147 CombDLLe=-5.52183 CombDLLmu=-8.83267 CombDLLpi=0 CombDLLk=7.61983 CombDLLp=7.61983 CombDLLd=10.3392 ProbNNe=0.727484 ProbNNmu=0.00366525 ProbNNpi=0.00144181 ProbNNk=0.184206 ProbNNp=0.0603874 ProbNNghost=0.964442 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=9.67399 RichDLLmu=-0.0044651 RichDLLpi=0 RichDLLk=0.456394 RichDLLp=0.456394 RichPIDStatus=5025 RichDLLbt=0.456394 RichDLLd=0.456394 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06079 CaloElectronMatch=39.46 CaloBremMatch=39.46 CaloChargedEcal=3913.26 CaloChargedID=34183 CaloNeutralEcal=3913.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877187 CaloNeutralID=34183 CaloEcalE=2841.61 CaloHcalE=110.586 CaloEcalChi2=39.46 CaloBremChi2=172.767 CaloClusChi2=1.06079 CaloTrajectoryL=74.1737 CaloEoverP=1.55144 EcalPIDe=2.97947 BremPIDe=-0.224977 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.79298 TrackChi2PerDof=1.12092 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=2679.19 TrackPt=306.211 CombDLLe=4.90053 CombDLLmu=-4.19387 CombDLLpi=0 CombDLLk=0.456394 CombDLLp=0.456394 CombDLLd=0.456394 ProbNNe=0.739917 ProbNNpi=0.0211067 ProbNNk=0.00811084 ProbNNp=0.0154721 ProbNNghost=0.997315 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.82188 RichDLLmu=1.4044 RichDLLpi=0 RichDLLk=12.3713 RichDLLp=12.3713 RichPIDStatus=5092 RichDLLbt=12.3713 RichDLLd=12.3713 MuonMuLL=-0.0674226 MuonBkgLL=-0.324962 MuonNShared=9 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=50.4328 MuonMVA1=-999 MuonMVA2=-0.139785 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.04067 CaloElectronMatch=571.753 CaloBremMatch=29.8615 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=595.948 CaloHcalE=2703.95 CaloEcalChi2=571.753 CaloBremChi2=180.606 CaloClusChi2=5.04067 CaloTrajectoryL=-864.545 CaloEoverP=0.517692 EcalPIDe=-0.341929 BremPIDe=-0.0189915 HcalPIDe=-1.31397 HcalPIDmu=0.60951 EcalPIDmu=1.41319 TrackChi2PerDof=1.81585 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=7202.24 TrackPt=728.381 CombDLLe=-1.9935 CombDLLmu=4.19627 CombDLLpi=0 CombDLLk=12.3713 CombDLLp=12.3713 CombDLLd=12.6962 ProbNNe=0.341936 ProbNNmu=0.00366525 ProbNNpi=3.79086e-05 ProbNNk=0.00752514 ProbNNp=0.16433 ProbNNghost=0.688549 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.59143 RichDLLmu=4.20755 RichDLLpi=0 RichDLLk=5.60968 RichDLLp=5.60968 RichPIDStatus=5028 RichDLLbt=5.60968 RichDLLd=5.60968 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.852143 CaloElectronMatch=300.275 CaloBremMatch=57.1432 CaloChargedEcal=2212.26 CaloChargedID=34355 CaloNeutralEcal=2212.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772621 CaloNeutralID=34355 CaloEcalE=4569.23 CaloHcalE=3977.6 CaloEcalChi2=300.275 CaloBremChi2=190.303 CaloClusChi2=0.852143 CaloTrajectoryL=-318.09 CaloEoverP=0.579719 EcalPIDe=0.265875 BremPIDe=-0.32426 HcalPIDe=-1.52558 HcalPIDmu=-0.386389 EcalPIDmu=-1.85251 TrackChi2PerDof=1.64387 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=4176.56 TrackPt=162.587 CombDLLe=-0.957147 CombDLLmu=2.56736 CombDLLpi=0 CombDLLk=5.60968 CombDLLp=5.60968 CombDLLd=5.60968 ProbNNe=0.936455 ProbNNpi=0.0573347 ProbNNk=0.101609 ProbNNp=0.415175 ProbNNghost=0.941129 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.9694 RichDLLmu=-3.39184 RichDLLpi=0 RichDLLk=6.76072 RichDLLp=6.76072 RichPIDStatus=5060 RichDLLbt=6.76072 RichDLLd=6.76072 MuonMuLL=-1.06624 MuonBkgLL=-2.70122 MuonNShared=2 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.59796 MuonMVA1=-999 MuonMVA2=1.68051 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.54174 CaloElectronMatch=1792.19 CaloBremMatch=122.597 CaloChargedEcal=20495.7 CaloChargedID=42803 CaloNeutralEcal=20495.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.750478 CaloNeutralID=42803 CaloEcalE=3982.24 CaloHcalE=4961.8 CaloEcalChi2=1792.19 CaloBremChi2=379.314 CaloClusChi2=3.54174 CaloTrajectoryL=450.366 CaloEoverP=2.37507 EcalPIDe=-2.26224 BremPIDe=-0.467096 HcalPIDe=-2.03708 HcalPIDmu=-1.14592 EcalPIDmu=-2.83017 TrackChi2PerDof=1.1907 TrackNumDof=19 TrackType=3 TrackHistory=32 TrackP=8703.94 TrackPt=301.279 CombDLLe=-5.45879 CombDLLmu=-6.47431 CombDLLpi=0 CombDLLk=6.76072 CombDLLp=6.76072 CombDLLd=9.46195 ProbNNe=0.0346683 ProbNNmu=0.00366525 ProbNNpi=0.0014474 ProbNNk=0.11601 ProbNNp=0.0333437 ProbNNghost=0.567869 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.20016 MuonBkgLL=-0.888011 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=13.1393 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.19814 CaloElectronMatch=155.072 CaloChargedEcal=5650.1 CaloChargedID=38664 CaloEcalE=503.216 CaloHcalE=5585.23 CaloEcalChi2=155.072 CaloClusChi2=4.19814 CaloTrajectoryL=228.236 CaloEoverP=0.977767 EcalPIDe=0.989182 HcalPIDe=-1.9266 HcalPIDmu=-0.805439 EcalPIDmu=1.20942 TrackChi2PerDof=0.984868 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=5968.23 TrackPt=128.488 CombDLLe=-0.937415 CombDLLmu=1.09183 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.888011 ProbNNe=0.00187009 ProbNNpi=0.637629 ProbNNk=0.0564854 ProbNNp=0.0936865 ProbNNghost=0.522987 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.7509 RichDLLmu=-1.95458 RichDLLpi=0 RichDLLk=12.48 RichDLLp=12.48 RichPIDStatus=5092 RichDLLbt=12.48 RichDLLd=12.48 MuonMuLL=-0.0583709 MuonBkgLL=-0.286681 MuonNShared=14 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=2959.43 MuonMVA1=-999 MuonMVA2=0.416729 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.56006 CaloElectronMatch=157.909 CaloBremMatch=157.909 CaloChargedEcal=3787.1 CaloChargedID=42136 CaloNeutralEcal=3787.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.857411 CaloNeutralID=42136 CaloEcalE=917.944 CaloHcalE=7474.01 CaloEcalChi2=157.909 CaloBremChi2=675.355 CaloClusChi2=1.56006 CaloTrajectoryL=398.217 CaloEoverP=0.596068 EcalPIDe=0.989182 BremPIDe=-0.607507 HcalPIDe=-2.22765 HcalPIDmu=-1.16204 EcalPIDmu=-0.0480211 TrackChi2PerDof=0.665761 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=6852.46 TrackPt=659.029 CombDLLe=-2.8455 CombDLLmu=-3.5868 CombDLLpi=0 CombDLLk=12.48 CombDLLp=12.48 CombDLLd=12.7667 ProbNNe=0.0316777 ProbNNmu=0.00366525 ProbNNpi=4.87345e-05 ProbNNk=0.351269 ProbNNp=0.0469058 ProbNNghost=0.52069 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.473575 CaloElectronMatch=204.377 CaloChargedEcal=13005.9 CaloChargedID=34870 CaloEcalE=7623.75 CaloHcalE=3555.39 CaloEcalChi2=204.377 CaloClusChi2=0.473575 CaloTrajectoryL=228.494 CaloEoverP=3.95119 EcalPIDe=0.497498 HcalPIDe=-1.44621 HcalPIDmu=0.362701 EcalPIDmu=-0.515142 TrackChi2PerDof=1.95911 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=3308.56 TrackPt=54.2417 CombDLLe=-0.948713 CombDLLmu=-0.152441 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.9278 ProbNNpi=0.0117584 ProbNNk=0.0511069 ProbNNp=0.0367843 ProbNNghost=0.993685 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.646318 RichDLLmu=0.593658 RichDLLpi=0 RichDLLk=7.73621 RichDLLp=6.4056 RichPIDStatus=6084 RichDLLbt=6.4056 RichDLLd=6.4056 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=10.8408 CaloElectronMatch=971.746 CaloChargedEcal=4367.3 CaloChargedID=43116 CaloEcalE=0 CaloHcalE=21966.4 CaloEcalChi2=971.746 CaloClusChi2=10.8408 CaloTrajectoryL=-115.795 CaloEoverP=0.166855 EcalPIDe=-1.34267 HcalPIDe=-2.87457 HcalPIDmu=-3.36956 EcalPIDmu=0.868247 TrackChi2PerDof=0.87775 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=27351.1 TrackPt=411.248 CombDLLe=-4.10414 CombDLLmu=-1.67407 CombDLLpi=0 CombDLLk=7.73621 CombDLLp=6.4056 CombDLLd=6.4056 ProbNNe=1.86252e-05 ProbNNpi=0.276729 ProbNNk=0.753573 ProbNNp=0.598569 ProbNNghost=0.0986834 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.401344 CaloElectronMatch=382.282 CaloChargedEcal=13005.9 CaloChargedID=34870 CaloEcalE=3520.86 CaloHcalE=802.154 CaloEcalChi2=382.282 CaloClusChi2=0.401344 CaloTrajectoryL=-163.843 CaloEoverP=3.58539 EcalPIDe=-0.0620623 HcalPIDe=-0.560927 HcalPIDmu=0.198625 EcalPIDmu=-1.91622 TrackChi2PerDof=2.39967 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=3646.12 TrackPt=52.3257 CombDLLe=-0.622989 CombDLLmu=-1.7176 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.902048 ProbNNpi=0.0458322 ProbNNk=0.057462 ProbNNp=0.0459822 ProbNNghost=0.985866 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.72416 RichDLLmu=-1.08243 RichDLLpi=0 RichDLLk=4.90565 RichDLLp=4.90565 RichPIDStatus=5060 RichDLLbt=4.90565 RichDLLd=4.90565 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.857966 CaloElectronMatch=224.016 CaloChargedEcal=7044.12 CaloChargedID=38733 CaloEcalE=3118.19 CaloHcalE=24252.7 CaloEcalChi2=224.016 CaloClusChi2=0.857966 CaloTrajectoryL=485.667 CaloEoverP=0.832842 EcalPIDe=0.605631 HcalPIDe=-1.17839 HcalPIDmu=0.232508 EcalPIDmu=-2.87944 TrackChi2PerDof=1.29027 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=8552.64 TrackPt=86.9046 CombDLLe=-1.5677 CombDLLmu=-4.1391 CombDLLpi=0 CombDLLk=4.90565 CombDLLp=4.90565 CombDLLd=4.90565 ProbNNe=0.0017168 ProbNNpi=0.390297 ProbNNk=0.0480667 ProbNNp=0.0561452 ProbNNghost=0.768053 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.85976 RichDLLmu=0.176133 RichDLLpi=0 RichDLLk=-7.89515 RichDLLp=-4.89484 RichPIDStatus=6082 RichDLLbt=-4.89484 RichDLLd=-4.89484 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.33635 CaloElectronMatch=1373.29 CaloChargedEcal=3956.53 CaloChargedID=43351 CaloEcalE=6122.07 CaloHcalE=10602 CaloEcalChi2=1373.29 CaloClusChi2=3.33635 CaloTrajectoryL=-2177.71 CaloEoverP=0.168694 EcalPIDe=-1.21799 HcalPIDe=-2.42418 HcalPIDmu=-2.09781 EcalPIDmu=-3.05788 TrackChi2PerDof=1.87586 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=23851.3 TrackPt=200.416 CombDLLe=-3.9674 CombDLLmu=-4.9092 CombDLLpi=0 CombDLLk=-7.89515 CombDLLp=-4.89484 CombDLLd=-4.89484 ProbNNe=4.87398e-05 ProbNNpi=0.875107 ProbNNk=0.000961475 ProbNNp=0.00268801 ProbNNghost=0.110327 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.302179 RichDLLmu=0.116687 RichDLLpi=0 RichDLLk=-8.57773 RichDLLp=-14.6589 RichPIDStatus=8130 RichDLLbt=-10.1833 RichDLLd=-10.1833 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.823146 TrackNumDof=14 TrackType=3 TrackHistory=30 TrackP=39471.9 TrackPt=475.776 CombDLLe=-0.0528803 CombDLLmu=0.163332 CombDLLpi=0 CombDLLk=-8.57773 CombDLLp=-14.6589 CombDLLd=-10.1833 ProbNNe=0.0379899 ProbNNpi=0.900402 ProbNNk=0.00068612 ProbNNp=0.00366872 ProbNNghost=0.165567 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.88947 RichDLLmu=-6.90361 RichDLLpi=0 RichDLLk=3.34543 RichDLLp=3.34543 RichPIDStatus=5060 RichDLLbt=3.34543 RichDLLd=3.34543 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.25587 CaloElectronMatch=61.3904 CaloChargedEcal=7419.29 CaloChargedID=43063 CaloEcalE=5859.9 CaloHcalE=3790.77 CaloEcalChi2=61.3904 CaloClusChi2=1.25587 CaloTrajectoryL=250.87 CaloEoverP=0.87277 EcalPIDe=3.6423 HcalPIDe=-1.79057 HcalPIDmu=-0.368868 EcalPIDmu=-2.80197 TrackChi2PerDof=1.31663 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=8744.51 TrackPt=121.674 CombDLLe=0.488701 CombDLLmu=-9.33863 CombDLLpi=0 CombDLLk=3.34543 CombDLLp=3.34543 CombDLLd=3.34543 ProbNNe=0.0189342 ProbNNpi=0.5418 ProbNNk=0.00849756 ProbNNp=0.0118347 ProbNNghost=0.712977 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.97594 RichDLLmu=0.524775 RichDLLpi=0 RichDLLk=5.79094 RichDLLp=5.79094 RichPIDStatus=5060 RichDLLbt=5.79094 RichDLLd=5.79094 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.836254 CaloElectronMatch=215.334 CaloChargedEcal=7044.12 CaloChargedID=38733 CaloEcalE=3118.19 CaloHcalE=24252.7 CaloEcalChi2=215.334 CaloClusChi2=0.836254 CaloTrajectoryL=486.523 CaloEoverP=0.830373 EcalPIDe=0.605631 HcalPIDe=-1.17839 HcalPIDmu=0.232508 EcalPIDmu=-2.87944 TrackChi2PerDof=0.891812 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=8578.07 TrackPt=82.2799 CombDLLe=-1.09259 CombDLLmu=-1.91494 CombDLLpi=0 CombDLLk=5.79094 CombDLLp=5.79094 CombDLLd=5.79094 ProbNNe=0.00447163 ProbNNpi=0.377709 ProbNNk=0.123966 ProbNNp=0.157766 ProbNNghost=0.72701 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-30.3952 RichDLLmu=-23.8189 RichDLLpi=0 RichDLLk=-9.47664 RichDLLp=-9.47664 RichPIDStatus=5027 RichDLLbt=-9.47664 RichDLLd=-9.47664 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.89389 CaloElectronMatch=107.611 CaloBremMatch=107.611 CaloChargedEcal=4087.19 CaloChargedID=36045 CaloNeutralEcal=4087.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.862019 CaloNeutralID=36045 CaloEcalE=2361.2 CaloHcalE=0 CaloEcalChi2=107.611 CaloBremChi2=65.7262 CaloClusChi2=1.89389 CaloTrajectoryL=368.809 CaloEoverP=0.994469 EcalPIDe=1.51236 BremPIDe=0.754695 HcalPIDe=0.485336 HcalPIDmu=-2.46366 EcalPIDmu=-2.2286 TrackChi2PerDof=0.666166 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=4264.55 TrackPt=821.187 CombDLLe=-1.73465 CombDLLmu=-11.6912 CombDLLpi=0 CombDLLk=-9.47664 CombDLLp=-9.47664 CombDLLd=-9.47664 ProbNNe=1.00158e-05 ProbNNpi=0.996377 ProbNNk=0.00153391 ProbNNp=0.0149326 ProbNNghost=0.0243302 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.16635 RichDLLmu=5.19204 RichDLLpi=0 RichDLLk=6.3419 RichDLLp=6.3419 RichPIDStatus=5028 RichDLLbt=6.3419 RichDLLd=6.3419 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.852254 CaloElectronMatch=300.331 CaloBremMatch=57.1432 CaloChargedEcal=2212.26 CaloChargedID=34355 CaloNeutralEcal=2212.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772621 CaloNeutralID=34355 CaloEcalE=4569.23 CaloHcalE=3977.6 CaloEcalChi2=300.331 CaloBremChi2=169.236 CaloClusChi2=0.852254 CaloTrajectoryL=-318.038 CaloEoverP=0.579956 EcalPIDe=0.265875 BremPIDe=-0.224977 HcalPIDe=-1.52558 HcalPIDmu=-0.386389 EcalPIDmu=-1.85251 TrackChi2PerDof=1.46696 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=4174.85 TrackPt=172.051 CombDLLe=-0.585562 CombDLLmu=3.20191 CombDLLpi=0 CombDLLk=6.3419 CombDLLp=6.3419 CombDLLd=6.3419 ProbNNe=0.966099 ProbNNpi=0.0316465 ProbNNk=0.0961817 ProbNNp=0.400626 ProbNNghost=0.919655 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.1819 RichDLLmu=-14.3139 RichDLLpi=0 RichDLLk=-7.63774 RichDLLp=-7.63774 RichPIDStatus=5027 RichDLLbt=-7.63774 RichDLLd=-7.63774 MuonMuLL=0 MuonBkgLL=-0.0232015 MuonNShared=15 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=320.247 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.35614 CaloElectronMatch=94.6464 CaloBremMatch=94.6464 CaloChargedEcal=1870.19 CaloChargedID=37753 CaloNeutralEcal=1870.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852661 CaloNeutralID=37753 CaloEcalE=979.57 CaloHcalE=12536.6 CaloEcalChi2=94.6464 CaloBremChi2=109.506 CaloClusChi2=2.35614 CaloTrajectoryL=260.737 CaloEoverP=0.562642 EcalPIDe=1.51236 BremPIDe=0.185338 HcalPIDe=-0.621703 HcalPIDmu=0.689746 EcalPIDmu=-0.290136 TrackChi2PerDof=1.06373 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=3759.95 TrackPt=491.173 CombDLLe=-2.45145 CombDLLmu=-6.53167 CombDLLpi=0 CombDLLk=-7.63774 CombDLLp=-7.63774 CombDLLd=-7.61454 ProbNNe=2.77811e-07 ProbNNpi=0.963655 ProbNNk=0.00110287 ProbNNp=0.00640278 ProbNNghost=0.248333 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.7909 RichDLLmu=-11.343 RichDLLpi=0 RichDLLk=3.6841 RichDLLp=3.6841 RichPIDStatus=5028 RichDLLbt=3.6841 RichDLLd=3.6841 MuonMuLL=-0.0665673 MuonBkgLL=-0.320593 MuonNShared=25 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=14.8967 MuonMVA1=-999 MuonMVA2=-0.35125 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=52725.5 CaloBremChi2=115.582 BremPIDe=0.157531 HcalPIDe=-0.621703 HcalPIDmu=0.00288725 TrackChi2PerDof=1.96415 TrackNumDof=13 TrackType=3 TrackHistory=32 TrackP=3238.97 TrackPt=674.256 CombDLLe=-3.24135 CombDLLmu=-6.59483 CombDLLpi=0 CombDLLk=3.6841 CombDLLp=3.6841 CombDLLd=4.00469 ProbNNe=0.00763257 ProbNNmu=0.00106764 ProbNNpi=0.00673541 ProbNNk=0.279253 ProbNNp=0.0183177 ProbNNghost=0.867616 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.34075 RichDLLmu=-5.94807 RichDLLpi=0 RichDLLk=3.1983 RichDLLp=3.1983 RichPIDStatus=5060 RichDLLbt=3.1983 RichDLLd=3.1983 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.23269 CaloElectronMatch=62.5498 CaloChargedEcal=7419.29 CaloChargedID=43063 CaloEcalE=5859.9 CaloHcalE=3790.77 CaloEcalChi2=62.5498 CaloClusChi2=1.23269 CaloTrajectoryL=250.425 CaloEoverP=0.885339 EcalPIDe=3.6423 HcalPIDe=-1.79057 HcalPIDmu=-0.368868 EcalPIDmu=-2.80197 TrackChi2PerDof=0.881474 TrackNumDof=12 TrackType=3 TrackHistory=30 TrackP=8620.37 TrackPt=101.82 CombDLLe=0.41289 CombDLLmu=-8.98405 CombDLLpi=0 CombDLLk=3.1983 CombDLLp=3.1983 CombDLLd=3.1983 ProbNNe=0.0251139 ProbNNpi=0.669579 ProbNNk=0.00535639 ProbNNp=0.013328 ProbNNghost=0.493645 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.119156 RichDLLmu=-2.06629 RichDLLpi=0 RichDLLk=-2.01458 RichDLLp=-2.01458 RichPIDStatus=5027 RichDLLbt=-2.01458 RichDLLd=-2.01458 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.05607 CaloElectronMatch=84.3356 CaloBremMatch=84.3356 CaloChargedEcal=533.307 CaloChargedID=35013 CaloNeutralEcal=533.307 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859056 CaloNeutralID=35013 CaloEcalE=407.352 CaloHcalE=3607.34 CaloEcalChi2=84.3356 CaloClusChi2=1.05607 CaloTrajectoryL=224.689 CaloEoverP=0.281848 EcalPIDe=1.50525 HcalPIDe=-1.4846 HcalPIDmu=0.928693 EcalPIDmu=1.71639 TrackChi2PerDof=1.15333 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2766.73 TrackPt=135.762 CombDLLe=-0.000201354 CombDLLmu=-0.0935651 CombDLLpi=0 CombDLLk=-2.01458 CombDLLp=-2.01458 CombDLLd=-2.01458 ProbNNe=0.00165474 ProbNNpi=0.719125 ProbNNk=0.0151495 ProbNNp=0.0450506 ProbNNghost=0.152768 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.64679 RichDLLmu=-2.80647 RichDLLpi=0 RichDLLk=-2.44541 RichDLLp=-2.44541 RichPIDStatus=5027 RichDLLbt=-2.44541 RichDLLd=-2.44541 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.67402 CaloElectronMatch=231.197 CaloBremMatch=57.1432 CaloChargedEcal=2212.26 CaloChargedID=34355 CaloNeutralEcal=2212.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.772621 CaloNeutralID=34355 CaloEcalE=1987.48 CaloHcalE=2831.55 CaloEcalChi2=231.197 CaloClusChi2=1.67402 CaloTrajectoryL=-72.2205 CaloEoverP=0.608364 EcalPIDe=0.490686 HcalPIDe=-1.43003 HcalPIDmu=0.602918 EcalPIDmu=-1.85814 TrackChi2PerDof=2.50899 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3979.91 TrackPt=158.164 CombDLLe=-1.22737 CombDLLmu=-4.81778 CombDLLpi=0 CombDLLk=-2.44541 CombDLLp=-2.44541 CombDLLd=-2.44541 ProbNNe=0.27105 ProbNNpi=0.101471 ProbNNk=0.0149161 ProbNNp=0.0309142 ProbNNghost=0.841727 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.19209 RichDLLmu=1.31738 RichDLLpi=0 RichDLLk=3.12157 RichDLLp=3.12157 RichPIDStatus=5028 RichDLLbt=3.12157 RichDLLd=3.12157 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.943463 CaloElectronMatch=738.542 CaloBremMatch=73.1385 CaloChargedEcal=1391.73 CaloChargedID=35209 CaloNeutralEcal=1391.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795169 CaloNeutralID=35209 CaloEcalE=6490.9 CaloHcalE=0 CaloEcalChi2=738.542 CaloClusChi2=0.943463 CaloTrajectoryL=1015.53 CaloEoverP=0.294101 EcalPIDe=-0.688698 HcalPIDe=0.685017 HcalPIDmu=-2.64437 EcalPIDmu=-1.23713 TrackChi2PerDof=0.735099 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=5376.38 TrackPt=486.765 CombDLLe=-0.561115 CombDLLmu=-2.07869 CombDLLpi=0 CombDLLk=3.12157 CombDLLp=3.12157 CombDLLd=3.12157 ProbNNe=0.867492 ProbNNpi=0.591385 ProbNNk=0.0553016 ProbNNp=0.266358 ProbNNghost=0.031019 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.07747 RichDLLmu=-2.7727 RichDLLpi=0 RichDLLk=15.2004 RichDLLp=17.0152 RichPIDStatus=6117 RichDLLbt=17.0152 RichDLLd=17.0152 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.02068 CaloElectronMatch=718.757 CaloBremMatch=718.757 CaloChargedEcal=12059.7 CaloChargedID=35733 CaloNeutralEcal=12059.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951829 CaloNeutralID=35733 CaloEcalE=7004.44 CaloHcalE=1973.97 CaloEcalChi2=718.757 CaloClusChi2=1.02068 CaloTrajectoryL=472.855 CaloEoverP=1.23132 EcalPIDe=-0.688698 HcalPIDe=-0.965364 HcalPIDmu=1.94816 EcalPIDmu=-3.69312 TrackChi2PerDof=1.04256 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=9971.15 TrackPt=1391.84 CombDLLe=-3.04871 CombDLLmu=-5.27236 CombDLLpi=0 CombDLLk=15.2004 CombDLLp=17.0152 CombDLLd=17.0152 ProbNNe=0.000875784 ProbNNpi=0.338007 ProbNNk=0.0452379 ProbNNp=0.368042 ProbNNghost=0.00216719 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.78734 RichDLLmu=9.81093 RichDLLpi=0 RichDLLk=0.815791 RichDLLp=-0.126695 RichPIDStatus=6114 RichDLLbt=-0.126695 RichDLLd=-0.126695 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.393505 CaloElectronMatch=18.2587 CaloChargedEcal=12802.8 CaloChargedID=43216 CaloEcalE=8470.95 CaloHcalE=11232.9 CaloEcalChi2=18.2587 CaloClusChi2=0.393505 CaloTrajectoryL=66.8785 CaloEoverP=1.29379 EcalPIDe=3.71102 HcalPIDe=-0.892025 HcalPIDmu=-0.448054 EcalPIDmu=-3.46883 TrackChi2PerDof=2.32939 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9972.87 TrackPt=254.222 CombDLLe=2.50642 CombDLLmu=2.81191 CombDLLpi=0 CombDLLk=0.815791 CombDLLp=-0.126695 CombDLLd=-0.126695 ProbNNe=0.995405 ProbNNpi=0.0352333 ProbNNk=0.0887791 ProbNNp=0.278471 ProbNNghost=0.976116 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.0985384 RichDLLmu=2.18443 RichDLLpi=0 RichDLLk=-2.82608 RichDLLp=-2.82608 RichPIDStatus=5058 RichDLLbt=-2.82608 RichDLLd=-2.82608 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.50843 CaloElectronMatch=1292.52 CaloBremMatch=628.692 CaloChargedEcal=4791.79 CaloChargedID=43500 CaloNeutralEcal=4791.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.778685 CaloNeutralID=43500 CaloEcalE=1936.4 CaloHcalE=35943.9 CaloEcalChi2=1292.52 CaloClusChi2=5.50843 CaloTrajectoryL=2414.7 CaloEoverP=0.316078 EcalPIDe=-1.00922 HcalPIDe=-1.56856 HcalPIDmu=-0.5717 EcalPIDmu=-1.38241 TrackChi2PerDof=1.08273 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=15966.9 TrackPt=548.833 CombDLLe=-2.59502 CombDLLmu=0.923313 CombDLLpi=0 CombDLLk=-2.82608 CombDLLp=-2.82608 CombDLLd=-2.82608 ProbNNe=0.000314286 ProbNNpi=0.966122 ProbNNk=0.000665844 ProbNNp=0.000178877 ProbNNghost=0.0784307 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.50211 RichDLLmu=6.36032 RichDLLpi=0 RichDLLk=-4.88954 RichDLLp=-0.91641 RichPIDStatus=8161 RichDLLbt=-0.000387192 RichDLLd=-0.000387192 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.852659 CaloElectronMatch=1112.06 CaloChargedEcal=54601.6 CaloChargedID=43316 CaloEcalE=29279.9 CaloHcalE=2004.98 CaloEcalChi2=1112.06 CaloClusChi2=0.852659 CaloTrajectoryL=229.662 CaloEoverP=3.09906 EcalPIDe=-1.02449 HcalPIDe=-0.111276 HcalPIDmu=1.96915 EcalPIDmu=-3.11342 TrackChi2PerDof=1.06931 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=18289.5 TrackPt=469.646 CombDLLe=-0.0078129 CombDLLmu=4.83622 CombDLLpi=0 CombDLLk=-4.88954 CombDLLp=-0.91641 CombDLLd=-0.000387192 ProbNNe=0.890635 ProbNNpi=0.086638 ProbNNk=0.00393216 ProbNNp=0.0275839 ProbNNghost=0.605661 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.24639 RichDLLmu=0.502414 RichDLLpi=0 RichDLLk=0.0161877 RichDLLp=0.0161877 RichPIDStatus=5026 RichDLLbt=0.0161877 RichDLLd=0.0161877 TrackChi2PerDof=1.55601 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=2610.88 TrackPt=61.3299 CombDLLe=-0.566873 CombDLLmu=0.701021 CombDLLpi=0 CombDLLk=0.0161877 CombDLLp=0.0161877 CombDLLd=0.0161877 ProbNNe=0.262843 ProbNNpi=0.225939 ProbNNk=0.0245578 ProbNNp=0.021501 ProbNNghost=0.734389 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=12.7567 RichDLLmu=1.58897 RichDLLpi=0 RichDLLk=7.2275 RichDLLp=7.2275 RichPIDStatus=5025 RichDLLbt=7.2275 RichDLLd=7.2275 MuonMuLL=-0.0251127 MuonBkgLL=-0.181946 MuonNShared=8 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=327.607 MuonMVA1=-999 MuonMVA2=-1.0867 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.355931 CaloElectronMatch=29.6318 CaloBremMatch=29.6318 CaloChargedEcal=6219 CaloChargedID=39564 CaloNeutralEcal=6219 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847994 CaloNeutralID=39564 CaloEcalE=4946.26 CaloHcalE=460.607 CaloEcalChi2=29.6318 CaloClusChi2=0.355931 CaloTrajectoryL=107.987 CaloEoverP=1.61473 EcalPIDe=3.01028 HcalPIDe=-0.248115 HcalPIDmu=-1.34175 EcalPIDmu=-1.6863 TrackChi2PerDof=0.399511 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4066.5 TrackPt=412.015 CombDLLe=4.92186 CombDLLmu=-0.718646 CombDLLpi=0 CombDLLk=7.2275 CombDLLp=7.2275 CombDLLd=7.40944 ProbNNe=0.999991 ProbNNmu=0.000625901 ProbNNpi=0.077276 ProbNNk=0.0583456 ProbNNp=0.14454 ProbNNghost=0.053435 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.84274 RichDLLmu=-0.0460892 RichDLLpi=0 RichDLLk=4.3186 RichDLLp=4.3186 RichPIDStatus=5028 RichDLLbt=4.3186 RichDLLd=4.3186 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.319181 CaloElectronMatch=472.337 CaloChargedEcal=7550.39 CaloChargedID=34866 CaloEcalE=3207.74 CaloHcalE=4301.22 CaloEcalChi2=472.337 CaloClusChi2=0.319181 CaloTrajectoryL=-187.092 CaloEoverP=1.94184 EcalPIDe=-0.238625 HcalPIDe=-1.33956 HcalPIDmu=0.181744 EcalPIDmu=-4.13779 TrackChi2PerDof=2.03159 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=4033.37 TrackPt=28.2812 CombDLLe=-2.2486 CombDLLmu=-4.02057 CombDLLpi=0 CombDLLk=4.3186 CombDLLp=4.3186 CombDLLd=4.3186 ProbNNe=0.126104 ProbNNpi=0.00683223 ProbNNk=0.0127459 ProbNNp=0.00391071 ProbNNghost=0.99458 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.69032 RichDLLmu=-4.03044 RichDLLpi=0 RichDLLk=1.59993 RichDLLp=1.59993 RichPIDStatus=5028 RichDLLbt=1.59993 RichDLLd=1.59993 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.103923 CaloElectronMatch=84.7512 CaloBremMatch=84.7512 CaloChargedEcal=6699.8 CaloChargedID=35057 CaloNeutralEcal=6699.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.865207 CaloNeutralID=35057 CaloEcalE=4639.81 CaloHcalE=4099.86 CaloEcalChi2=84.7512 CaloClusChi2=0.103923 CaloTrajectoryL=-24.8134 CaloEoverP=1.47926 EcalPIDe=1.50525 HcalPIDe=-1.25185 HcalPIDmu=0.0694075 EcalPIDmu=-1.95315 TrackChi2PerDof=1.8618 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=4637.81 TrackPt=153.637 CombDLLe=-0.563661 CombDLLmu=-6.55572 CombDLLpi=0 CombDLLk=1.59993 CombDLLp=1.59993 CombDLLd=1.59993 ProbNNe=0.551963 ProbNNpi=0.0106968 ProbNNk=0.0293142 ProbNNp=0.0216605 ProbNNghost=0.971414 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.032617 CaloElectronMatch=171.851 CaloBremMatch=171.851 CaloChargedEcal=13005.9 CaloChargedID=34870 CaloNeutralEcal=13005.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.672107 CaloNeutralID=34870 CaloEcalE=6230.69 CaloHcalE=3555.39 CaloEcalChi2=171.851 CaloClusChi2=0.032617 CaloTrajectoryL=-13.7954 CaloEoverP=3.14314 EcalPIDe=0.827744 HcalPIDe=-1.4846 HcalPIDmu=0.162738 EcalPIDmu=-0.678049 TrackChi2PerDof=0.992187 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4159.14 TrackPt=168.999 CombDLLe=-0.656859 CombDLLmu=-0.515311 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.502004 ProbNNpi=0.0298607 ProbNNk=0.00365006 ProbNNp=0.015445 ProbNNghost=0.996035 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=7.33422 RichDLLmu=1.95643 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.27261 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2224.68 TrackPt=211.723 CombDLLe=1.2693 CombDLLmu=2.60728 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.542511 ProbNNpi=0.444295 ProbNNk=0.0144864 ProbNNp=0.0259655 ProbNNghost=0.22747 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.7225 RichDLLmu=-2.47361 RichDLLpi=0 RichDLLk=-5.90108 RichDLLp=-5.77798 RichPIDStatus=6115 RichDLLbt=-5.77798 RichDLLd=-5.77798 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.56723 CaloElectronMatch=1025.81 CaloBremMatch=29.8615 CaloChargedEcal=3633.02 CaloChargedID=34142 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloEcalE=5709.64 CaloHcalE=2150.15 CaloEcalChi2=1025.81 CaloClusChi2=1.56723 CaloTrajectoryL=16504.5 CaloEoverP=0.22801 EcalPIDe=-0.471658 HcalPIDe=-0.564741 HcalPIDmu=1.54766 EcalPIDmu=-1.96452 TrackChi2PerDof=2.21481 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=16352.5 TrackPt=1049.12 CombDLLe=-2.86914 CombDLLmu=-3.62255 CombDLLpi=0 CombDLLk=-5.90108 CombDLLp=-5.77798 CombDLLd=-5.77798 ProbNNe=0.00409669 ProbNNpi=0.977958 ProbNNk=9.08813e-06 ProbNNp=0.000103901 ProbNNghost=0.120679 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.05999 RichDLLmu=-2.41801 RichDLLpi=0 RichDLLk=-17.3801 RichDLLp=-19.3095 RichPIDStatus=6115 RichDLLbt=-19.3095 RichDLLd=-19.3095 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.716272 CaloElectronMatch=399.385 CaloBremMatch=399.385 CaloChargedEcal=4638.72 CaloChargedID=41879 CaloNeutralEcal=4638.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894433 CaloNeutralID=41879 CaloEcalE=1688.13 CaloHcalE=21302.8 CaloEcalChi2=399.385 CaloClusChi2=0.716272 CaloTrajectoryL=334.579 CaloEoverP=0.296132 EcalPIDe=0.221057 HcalPIDe=-1.56856 HcalPIDmu=-1.53867 EcalPIDmu=-0.768814 TrackChi2PerDof=1.72766 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=16734.5 TrackPt=969.961 CombDLLe=-2.57033 CombDLLmu=-5.45135 CombDLLpi=0 CombDLLk=-17.3801 CombDLLp=-19.3095 CombDLLd=-19.3095 ProbNNe=8.58618e-08 ProbNNpi=0.994406 ProbNNk=1.28339e-05 ProbNNp=0.000547964 ProbNNghost=0.00765553 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.43917 RichDLLmu=-7.37663 RichDLLpi=0 RichDLLk=6.80858 RichDLLp=6.81787 RichPIDStatus=6117 RichDLLbt=6.81787 RichDLLd=6.81787 MuonMuLL=-1.09422 MuonBkgLL=-2.75181 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=1.68719 MuonMVA1=-999 MuonMVA2=1.5078 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.74154 CaloElectronMatch=1948.97 CaloChargedEcal=20495.7 CaloChargedID=42803 CaloEcalE=4252.11 CaloHcalE=4961.8 CaloEcalChi2=1948.97 CaloClusChi2=3.74154 CaloTrajectoryL=452.691 CaloEoverP=2.25346 EcalPIDe=-2.19017 HcalPIDe=-1.65 HcalPIDmu=-0.803194 EcalPIDmu=-2.6067 TrackChi2PerDof=0.81935 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=9173.63 TrackPt=239.902 CombDLLe=-4.09192 CombDLLmu=-8.05643 CombDLLpi=0 CombDLLk=6.80858 CombDLLp=6.81787 CombDLLd=9.56968 ProbNNe=0.44642 ProbNNmu=0.0006259 ProbNNpi=0.432276 ProbNNk=0.00261919 ProbNNp=0.351403 ProbNNghost=0.504974 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.77089 RichDLLmu=-1.31903 RichDLLpi=0 RichDLLk=5.86092 RichDLLp=13.7811 RichPIDStatus=8166 RichDLLbt=18.591 RichDLLd=18.591 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.911573 CaloElectronMatch=1754.96 CaloBremMatch=1417.98 CaloChargedEcal=7102.11 CaloChargedID=42409 CaloNeutralEcal=7102.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73902 CaloNeutralID=42409 CaloEcalE=8579.36 CaloHcalE=19799.7 CaloEcalChi2=1754.96 CaloClusChi2=0.911573 CaloTrajectoryL=516.517 CaloEoverP=0.3506 EcalPIDe=-0.916247 HcalPIDe=-2.05315 HcalPIDmu=-2.31231 EcalPIDmu=-2.33199 TrackChi2PerDof=0.691722 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=20937.8 TrackPt=1585.35 CombDLLe=-3.2791 CombDLLmu=-6.44927 CombDLLpi=0 CombDLLk=5.86092 CombDLLp=13.7811 CombDLLd=18.591 ProbNNe=0.000956246 ProbNNpi=0.215271 ProbNNk=0.0267448 ProbNNp=0.40681 ProbNNghost=0.00349731 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=25.4464 RichDLLmu=1.51871 RichDLLpi=0 RichDLLk=3.42087 RichDLLp=3.42087 RichPIDStatus=5025 RichDLLbt=3.42087 RichDLLd=3.42087 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.964915 CaloElectronMatch=6.93496 CaloBremMatch=6.93496 CaloChargedEcal=4729.33 CaloChargedID=34500 CaloNeutralEcal=4729.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941619 CaloNeutralID=34500 CaloEcalE=4280.64 CaloHcalE=0 CaloEcalChi2=6.93496 CaloClusChi2=0.964915 CaloTrajectoryL=75.989 CaloEoverP=1.17251 EcalPIDe=3.01028 HcalPIDe=0.451978 HcalPIDmu=-2.8708 EcalPIDmu=-2.56612 TrackChi2PerDof=1.01441 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4186.43 TrackPt=368.506 CombDLLe=7.39821 CombDLLmu=-3.37378 CombDLLpi=0 CombDLLk=3.42087 CombDLLp=3.42087 CombDLLd=3.42087 ProbNNe=0.999982 ProbNNpi=0.160387 ProbNNk=0.0120759 ProbNNp=0.000997394 ProbNNghost=0.271235 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.4054 RichDLLmu=-6.29753 RichDLLpi=0 RichDLLk=-2.57591 RichDLLp=-2.57591 RichPIDStatus=5027 RichDLLbt=-2.57591 RichDLLd=-2.57591 InAccBrem=1 TrackChi2PerDof=1.05114 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3460.47 TrackPt=494.674 CombDLLe=-2.72012 CombDLLmu=-5.9565 CombDLLpi=0 CombDLLk=-2.57591 CombDLLp=-2.57591 CombDLLd=-2.57591 ProbNNe=0.0170673 ProbNNpi=0.615029 ProbNNk=0.00697321 ProbNNp=0.0298939 ProbNNghost=0.156153 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.33051 RichDLLmu=12.4395 RichDLLpi=0 RichDLLk=2.27513 RichDLLp=2.27513 RichPIDStatus=5026 RichDLLbt=2.27513 RichDLLd=2.27513 InAccBrem=1 TrackChi2PerDof=2.22686 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3079.64 TrackPt=355.127 CombDLLe=-0.581495 CombDLLmu=6.90402 CombDLLpi=0 CombDLLk=2.27513 CombDLLp=2.27513 CombDLLd=2.27513 ProbNNe=0.945821 ProbNNpi=0.206369 ProbNNk=0.0216722 ProbNNp=0.00363201 ProbNNghost=0.122989 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.464801 RichDLLmu=-0.293749 RichDLLpi=0 RichDLLk=13.7432 RichDLLp=13.3567 RichPIDStatus=8164 RichDLLbt=10.2468 RichDLLd=10.2468 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=11.7748 CaloElectronMatch=2078.38 CaloBremMatch=95.1799 CaloChargedEcal=4253.31 CaloChargedID=43081 CaloNeutralEcal=4253.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.761337 CaloNeutralID=43081 CaloEcalE=0 CaloHcalE=31881.4 CaloEcalChi2=2078.38 CaloClusChi2=11.7748 CaloTrajectoryL=1148.34 CaloEoverP=0.202253 EcalPIDe=-2.76599 HcalPIDe=-2.05315 HcalPIDmu=-2.0603 EcalPIDmu=0.771264 TrackChi2PerDof=1.37016 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=22843.5 TrackPt=764.648 CombDLLe=-4.90048 CombDLLmu=-1.69981 CombDLLpi=0 CombDLLk=13.7432 CombDLLp=13.3567 CombDLLd=10.2468 ProbNNe=0.000403792 ProbNNpi=0.28595 ProbNNk=0.407737 ProbNNp=0.49981 ProbNNghost=0.191319 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.51325 RichDLLmu=4.50912 RichDLLpi=0 RichDLLk=9.09133 RichDLLp=9.09133 RichPIDStatus=5028 RichDLLbt=9.09133 RichDLLd=9.09133 MuonMuLL=-0.0425944 MuonBkgLL=-0.263286 MuonNShared=11 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=883.648 MuonMVA1=-999 MuonMVA2=-1.71822 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.246478 CaloElectronMatch=38.2196 CaloBremMatch=38.2196 CaloChargedEcal=6072.29 CaloChargedID=39301 CaloNeutralEcal=6072.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91234 CaloNeutralID=39301 CaloEcalE=5260.73 CaloHcalE=2204.32 CaloEcalChi2=38.2196 CaloClusChi2=0.246478 CaloTrajectoryL=30.9986 CaloEoverP=1.13254 EcalPIDe=3.71102 HcalPIDe=-0.783803 HcalPIDmu=1.60293 EcalPIDmu=-3.38814 TrackChi2PerDof=1.91024 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=5528.74 TrackPt=186.258 CombDLLe=3.54046 CombDLLmu=3.45578 CombDLLpi=0 CombDLLk=9.09133 CombDLLp=9.09133 CombDLLd=9.35461 ProbNNe=0.989534 ProbNNmu=0.0006259 ProbNNpi=0.0838389 ProbNNk=0.161648 ProbNNp=0.0834543 ProbNNghost=0.739413 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.32216 RichDLLmu=-4.23429 RichDLLpi=0 RichDLLk=1.40538 RichDLLp=1.40538 RichPIDStatus=5028 RichDLLbt=1.40538 RichDLLd=1.40538 MuonMuLL=0 MuonBkgLL=-0.265102 MuonNShared=6 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1045.37 MuonMVA1=-999 MuonMVA2=0.000513743 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.973766 CaloElectronMatch=249.865 CaloChargedEcal=10047.2 CaloChargedID=38984 CaloEcalE=3053.84 CaloHcalE=12729.7 CaloEcalChi2=249.865 CaloClusChi2=0.973766 CaloTrajectoryL=-71.8874 CaloEoverP=1.58148 EcalPIDe=0.54377 HcalPIDe=-0.892025 HcalPIDmu=-0.290614 EcalPIDmu=-3.26833 TrackChi2PerDof=2.80299 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=6583.03 TrackPt=69.7127 CombDLLe=-0.579549 CombDLLmu=-8.1198 CombDLLpi=0 CombDLLk=1.40538 CombDLLp=1.40538 CombDLLd=1.67048 ProbNNe=0.169455 ProbNNmu=0.0006259 ProbNNpi=0.0180214 ProbNNk=0.00210678 ProbNNp=0.000761659 ProbNNghost=0.995256 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.65962 RichDLLmu=-0.801859 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 TrackChi2PerDof=2.38537 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2247.85 TrackPt=29.5976 CombDLLe=-0.983877 CombDLLmu=-1.11308 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.203436 ProbNNpi=0.201767 ProbNNk=0.0207359 ProbNNp=0.0270254 ProbNNghost=0.848959 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.14993 RichDLLmu=-1.01094 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.73585 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2299.79 TrackPt=266.929 CombDLLe=-0.375876 CombDLLmu=-1.39634 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.995836 ProbNNpi=0.327901 ProbNNk=0.0212134 ProbNNp=0.0522466 ProbNNghost=0.409453 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-11.7896 RichDLLmu=-1.24687 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.18491 CaloElectronMatch=173.239 CaloBremMatch=173.239 CaloChargedEcal=4351.24 CaloChargedID=35071 CaloNeutralEcal=4351.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973703 CaloNeutralID=35071 CaloEcalE=4516.08 CaloEcalChi2=173.239 CaloClusChi2=4.18491 CaloTrajectoryL=326.428 CaloEoverP=2.31338 EcalPIDe=0.827744 EcalPIDmu=0.505107 TrackChi2PerDof=0.557543 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=2058.73 TrackPt=226.807 CombDLLe=-1.1777 CombDLLmu=-1.20521 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.145163 ProbNNpi=0.752857 ProbNNk=0.0292526 ProbNNp=0.0530104 ProbNNghost=0.0551281 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.03099 RichDLLmu=4.36133 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=0.932914 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2553.02 TrackPt=469.481 CombDLLe=-1.0475 CombDLLmu=4.91767 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.904665 ProbNNpi=0.700524 ProbNNk=0.0213602 ProbNNp=0.0467498 ProbNNghost=0.0699518 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.384249 RichDLLmu=-0.17669 RichDLLpi=0 RichDLLk=-2.34863 RichDLLp=-5.234 RichPIDStatus=139171 RichDLLbt=-12.6012 RichDLLd=-9.9352 InAccBrem=1 CaloBremChi2=482.226 BremPIDe=-0.55781 TrackChi2PerDof=0.820834 TrackNumDof=31 TrackType=4 TrackHistory=34 TrackP=43229.5 TrackPt=1680.31 CombDLLe=-0.625052 CombDLLmu=-0.247264 CombDLLpi=0 CombDLLk=-2.34863 CombDLLp=-5.234 CombDLLd=-9.9352 ProbNNe=0.00799354 ProbNNmu=0.0129899 ProbNNpi=0.755083 ProbNNk=0.106968 ProbNNp=0.1051 ProbNNghost=0.00388963 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.358271 RichDLLmu=-0.0143547 RichDLLpi=0 RichDLLk=14.4016 RichDLLp=7.65548 RichPIDStatus=8100 RichDLLbt=1.37443 RichDLLd=1.37443 InAccBrem=1 CaloBremChi2=285.693 BremPIDe=-0.218494 TrackChi2PerDof=1.90983 TrackNumDof=26 TrackType=4 TrackHistory=34 TrackP=32065.9 TrackPt=1825.26 CombDLLe=-0.28119 CombDLLmu=-0.0200965 CombDLLpi=0 CombDLLk=14.4016 CombDLLp=7.65548 CombDLLd=1.37443 ProbNNe=0.00139103 ProbNNmu=0.00557235 ProbNNpi=0.154722 ProbNNk=0.577797 ProbNNp=0.0513425 ProbNNghost=0.344563 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.209 RichDLLmu=-3.02873 RichDLLpi=0 RichDLLk=-6.41519 RichDLLp=-5.9519 RichPIDStatus=6051 RichDLLbt=-5.9519 RichDLLd=-5.9519 InAccBrem=1 CaloBremChi2=378.597 BremPIDe=-0.454777 TrackChi2PerDof=0.902264 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=11992.7 TrackPt=791.449 CombDLLe=-2.20354 CombDLLmu=-3.78788 CombDLLpi=0 CombDLLk=-6.41519 CombDLLp=-5.9519 CombDLLd=-5.9519 ProbNNe=6.09161e-06 ProbNNmu=0.00197364 ProbNNpi=0.983529 ProbNNk=0.00373615 ProbNNp=0.00328887 ProbNNghost=0.000927698 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-2.59032 RichDLLmu=4.06606 RichDLLpi=0 RichDLLk=-0.298063 RichDLLp=-0.298063 RichPIDStatus=5026 RichDLLbt=-0.298063 RichDLLd=-0.298063 InAccBrem=1 CaloBremChi2=398.708 BremPIDe=-0.4614 TrackChi2PerDof=0.797569 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=4735.22 TrackPt=503.545 CombDLLe=-0.914073 CombDLLmu=4.6995 CombDLLpi=0 CombDLLk=-0.298063 CombDLLp=-0.298063 CombDLLd=-0.298063 ProbNNe=0.00490816 ProbNNmu=0.00388275 ProbNNpi=0.802251 ProbNNk=0.0850732 ProbNNp=0.0304641 ProbNNghost=0.132297 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.242687 RichDLLmu=0.181849 RichDLLpi=0 RichDLLk=14.3548 RichDLLp=3.04787 RichPIDStatus=8100 RichDLLbt=3.1772 RichDLLd=3.1772 InAccBrem=1 CaloBremChi2=263.093 BremPIDe=-0.73102 TrackChi2PerDof=1.52611 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=19345.5 TrackPt=627.902 CombDLLe=-0.688551 CombDLLmu=0.254477 CombDLLpi=0 CombDLLk=14.3548 CombDLLp=3.04787 CombDLLd=3.1772 ProbNNe=0.000625531 ProbNNmu=0.00080818 ProbNNpi=0.0254004 ProbNNk=0.967271 ProbNNp=0.662967 ProbNNghost=0.0206949 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.08861 RichDLLmu=8.1395 RichDLLpi=0 RichDLLk=-4.8505 RichDLLp=-4.8505 RichPIDStatus=5026 RichDLLbt=-4.8505 RichDLLd=-4.8505 InAccBrem=1 CaloBremChi2=721.237 BremPIDe=-0.638976 TrackChi2PerDof=0.954469 TrackNumDof=20 TrackType=4 TrackHistory=34 TrackP=8031.86 TrackPt=901.171 CombDLLe=-2.0355 CombDLLmu=6.48033 CombDLLpi=0 CombDLLk=-4.8505 CombDLLp=-4.8505 CombDLLd=-4.8505 ProbNNe=0.000369466 ProbNNmu=0.0196979 ProbNNpi=0.964774 ProbNNk=0.00441234 ProbNNp=0.00159729 ProbNNghost=0.00976947 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.0567894 RichDLLmu=-0.0359045 RichDLLpi=0 RichDLLk=-1.85555 RichDLLp=-9.83955 RichPIDStatus=139171 RichDLLbt=-20.2082 RichDLLd=-14.4907 InAccBrem=1 CaloBremChi2=394.319 BremPIDe=0.0716176 TrackChi2PerDof=1.29119 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=57884 TrackPt=2525.09 CombDLLe=0.0616795 CombDLLmu=-0.0502655 CombDLLpi=0 CombDLLk=-1.85555 CombDLLp=-9.83955 CombDLLd=-14.4907 ProbNNe=0.0192821 ProbNNmu=0.013709 ProbNNpi=0.781137 ProbNNk=0.136805 ProbNNp=0.0384937 ProbNNghost=0.0207997 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.7212 RichDLLmu=-6.72818 RichDLLpi=0 RichDLLk=1.97721 RichDLLp=1.97721 RichPIDStatus=5028 RichDLLbt=1.97721 RichDLLd=1.97721 InAccBrem=1 CaloBremChi2=156.162 BremPIDe=-0.0258536 TrackChi2PerDof=0.814274 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=6693.02 TrackPt=875.266 CombDLLe=-1.85838 CombDLLmu=-6.11113 CombDLLpi=0 CombDLLk=1.97721 CombDLLp=1.97721 CombDLLd=1.97721 ProbNNe=4.75448e-05 ProbNNmu=0.000641419 ProbNNpi=0.751667 ProbNNk=0.191948 ProbNNp=0.0679618 ProbNNghost=0.00745153 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.539479 RichDLLmu=-0.145003 RichDLLpi=0 RichDLLk=-15.0515 RichDLLp=-24.2318 RichPIDStatus=8099 RichDLLbt=-22.8128 RichDLLd=-22.8128 InAccBrem=1 CaloBremChi2=318.061 BremPIDe=-0.190939 TrackChi2PerDof=0.735999 TrackNumDof=16 TrackType=4 TrackHistory=34 TrackP=30508.3 TrackPt=3899.46 CombDLLe=-0.285342 CombDLLmu=-0.202947 CombDLLpi=0 CombDLLk=-15.0515 CombDLLp=-24.2318 CombDLLd=-22.8128 ProbNNe=0.0163794 ProbNNmu=0.00489398 ProbNNpi=0.910932 ProbNNk=0.00378481 ProbNNp=0.00337932 ProbNNghost=0.0362771 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.23476 RichDLLmu=-0.40042 RichDLLpi=0 RichDLLk=-24.8827 RichDLLp=-26.5594 RichPIDStatus=6051 RichDLLbt=-26.5594 RichDLLd=-26.5594 InAccBrem=1 CaloBremChi2=14.8274 BremPIDe=3.43106 TrackChi2PerDof=0.875077 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=13682.8 TrackPt=1752.02 CombDLLe=2.52017 CombDLLmu=-0.559392 CombDLLpi=0 CombDLLk=-24.8827 CombDLLp=-26.5594 CombDLLd=-26.5594 ProbNNe=0.000387699 ProbNNmu=0.0153504 ProbNNpi=0.965958 ProbNNk=0.00417257 ProbNNp=0.000636548 ProbNNghost=0.013535 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.15802 TrackNumDof=15 TrackType=4 TrackHistory=34 TrackP=34089.9 TrackPt=689.319 ProbNNe=0.00305 ProbNNmu=0.00467284 ProbNNpi=0.72371 ProbNNk=0.175732 ProbNNp=0.133145 ProbNNghost=0.00369337 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-32.1458 RichDLLmu=-18.4682 RichDLLpi=0 RichDLLk=-11.493 RichDLLp=-11.493 RichPIDStatus=5027 RichDLLbt=-11.493 RichDLLd=-11.493 InAccBrem=1 CaloBremChi2=31.5096 BremPIDe=2.21418 TrackChi2PerDof=1.17944 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=8805.97 TrackPt=1428.71 CombDLLe=-2.44831 CombDLLmu=-6.99134 CombDLLpi=0 CombDLLk=-11.493 CombDLLp=-11.493 CombDLLd=-11.493 ProbNNe=2.16424e-07 ProbNNmu=0.000479796 ProbNNpi=0.984324 ProbNNk=0.00189248 ProbNNp=0.00227633 ProbNNghost=0.00884156 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-19.5627 RichDLLmu=-4.01293 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=48.4176 BremPIDe=0.550284 TrackChi2PerDof=1.37097 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=2341.75 TrackPt=478.362 CombDLLe=-2.62405 CombDLLmu=-4.65836 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.03151e-05 ProbNNmu=0.0044301 ProbNNpi=0.774635 ProbNNk=0.114662 ProbNNp=0.0652393 ProbNNghost=0.121362 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-34.7447 RichDLLmu=-24.8097 RichDLLpi=0 RichDLLk=-18.1182 RichDLLp=-18.1182 RichPIDStatus=5027 RichDLLbt=-18.1182 RichDLLd=-18.1182 InAccBrem=1 CaloBremChi2=420.84 BremPIDe=-0.492427 TrackChi2PerDof=0.978806 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=5986.78 TrackPt=1336.1 CombDLLe=-5.39712 CombDLLmu=-6.99931 CombDLLpi=0 CombDLLk=-18.1182 CombDLLp=-18.1182 CombDLLd=-18.1182 ProbNNe=2.06013e-07 ProbNNmu=0.000337773 ProbNNpi=0.986995 ProbNNk=0.00118709 ProbNNp=0.000546698 ProbNNghost=0.0126145 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-26.0317 RichDLLmu=-10.0821 RichDLLpi=0 RichDLLk=0.0291872 RichDLLp=0.0291872 RichPIDStatus=5028 RichDLLbt=0.0291872 RichDLLd=0.0291872 InAccBrem=1 CaloBremChi2=39.8499 BremPIDe=1.38763 TrackChi2PerDof=0.903139 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=3041.68 TrackPt=719 CombDLLe=-2.61779 CombDLLmu=-6.75618 CombDLLpi=0 CombDLLk=0.0291872 CombDLLp=0.0291872 CombDLLd=0.0291872 ProbNNe=8.66856e-07 ProbNNmu=0.00185966 ProbNNpi=0.836484 ProbNNk=0.114938 ProbNNp=0.0675393 ProbNNghost=0.0203038 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.9825 RichDLLmu=-0.683585 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=87.6727 BremPIDe=0.228987 TrackChi2PerDof=1.65778 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=2257.34 TrackPt=456.768 CombDLLe=-2.57639 CombDLLmu=-0.951101 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=3.44784e-05 ProbNNmu=0.00738875 ProbNNpi=0.780376 ProbNNk=0.0855993 ProbNNp=0.0554939 ProbNNghost=0.086838 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.4376 RichDLLmu=-18.1071 RichDLLpi=0 RichDLLk=0.370005 RichDLLp=0.370005 RichPIDStatus=5028 RichDLLbt=0.370005 RichDLLd=0.370005 InAccBrem=1 CaloBremChi2=61.8781 BremPIDe=0.775729 TrackChi2PerDof=0.433317 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=4333.36 TrackPt=861.769 CombDLLe=-2.09618 CombDLLmu=-6.98999 CombDLLpi=0 CombDLLk=0.370005 CombDLLp=0.370005 CombDLLd=0.370005 ProbNNe=6.43465e-05 ProbNNmu=0.000612289 ProbNNpi=0.972503 ProbNNk=0.00766663 ProbNNp=0.00697164 ProbNNghost=0.00548522 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.52485 RichDLLmu=0.239113 RichDLLpi=0 RichDLLk=-14.4252 RichDLLp=-12.2316 RichPIDStatus=6050 RichDLLbt=-12.2316 RichDLLd=-12.2316 InAccBrem=1 CaloBremChi2=203.914 BremPIDe=-0.0215344 TrackChi2PerDof=1.35445 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=15002.8 TrackPt=449.765 CombDLLe=-0.288253 CombDLLmu=0.334503 CombDLLpi=0 CombDLLk=-14.4252 CombDLLp=-12.2316 CombDLLd=-12.2316 ProbNNe=0.00510461 ProbNNmu=0.0215437 ProbNNpi=0.871008 ProbNNk=0.0185575 ProbNNp=0.0760751 ProbNNghost=0.0933872 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.0466 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=11.9872 BremPIDe=1.82782 TrackChi2PerDof=1.10333 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=1687.47 TrackPt=370.744 CombDLLe=-1.54928 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000229483 ProbNNmu=0.00476165 ProbNNpi=0.664618 ProbNNk=0.0813606 ProbNNp=0.0520527 ProbNNghost=0.190242 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-61.8284 RichDLLmu=13.5742 RichDLLpi=0 RichDLLk=-31.0763 RichDLLp=-31.0763 RichPIDStatus=5026 RichDLLbt=-31.0763 RichDLLd=-31.0763 InAccBrem=1 CaloBremChi2=54.4313 BremPIDe=1.27798 TrackChi2PerDof=0.277447 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=5133.37 TrackPt=1208.9 CombDLLe=-5.11354 CombDLLmu=6.93888 CombDLLpi=0 CombDLLk=-31.0763 CombDLLp=-31.0763 CombDLLd=-31.0763 ProbNNe=3.63247e-10 ProbNNmu=0.0364461 ProbNNpi=0.971107 ProbNNk=9.96428e-06 ProbNNp=2.36711e-06 ProbNNghost=0.00475955 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.7026 RichDLLmu=-1.58227 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=60.7798 BremPIDe=0.4046 TrackChi2PerDof=0.73208 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=2444.89 TrackPt=543.516 CombDLLe=-3.05989 CombDLLmu=-2.14408 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=1.60739e-06 ProbNNmu=0.00654618 ProbNNpi=0.825372 ProbNNk=0.107757 ProbNNp=0.0593884 ProbNNghost=0.0296596 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-20.1645 RichDLLmu=-5.77824 RichDLLpi=0 RichDLLk=9.6959 RichDLLp=9.6959 RichPIDStatus=5028 RichDLLbt=9.6959 RichDLLd=9.6959 InAccBrem=1 CaloBremChi2=123.5 BremPIDe=0.134325 TrackChi2PerDof=2.82676 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=3830.46 TrackPt=838.081 CombDLLe=-3.12309 CombDLLmu=-5.73731 CombDLLpi=0 CombDLLk=9.6959 CombDLLp=9.6959 CombDLLd=9.6959 ProbNNe=0.000135192 ProbNNmu=0.0027763 ProbNNpi=0.622149 ProbNNk=0.172736 ProbNNp=0.118284 ProbNNghost=0.0856522 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-7.20406 RichDLLmu=-2.52716 RichDLLpi=0 RichDLLk=7.61954 RichDLLp=7.61954 RichPIDStatus=5028 RichDLLbt=7.61954 RichDLLd=7.61954 InAccBrem=1 CaloBremChi2=335.838 BremPIDe=-0.373552 TrackChi2PerDof=1.15255 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=3859.6 TrackPt=764.953 CombDLLe=-1.62081 CombDLLmu=-3.26465 CombDLLpi=0 CombDLLk=7.61954 CombDLLp=7.61954 CombDLLd=7.61954 ProbNNe=0.000130954 ProbNNmu=0.00618427 ProbNNpi=0.514598 ProbNNk=0.28003 ProbNNp=0.270586 ProbNNghost=0.0923344 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-17.5343 RichDLLmu=-2.32021 RichDLLpi=0 RichDLLk=0.816934 RichDLLp=0.816934 RichPIDStatus=5028 RichDLLbt=0.816934 RichDLLd=0.816934 InAccBrem=1 CaloBremChi2=43.6887 BremPIDe=1.14622 TrackChi2PerDof=0.894574 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=2664.87 TrackPt=582.992 CombDLLe=-1.73976 CombDLLmu=-3.03361 CombDLLpi=0 CombDLLk=0.816934 CombDLLp=0.816934 CombDLLd=0.816934 ProbNNe=1.15853e-06 ProbNNmu=0.00968316 ProbNNpi=0.808432 ProbNNk=0.0587361 ProbNNp=0.0290932 ProbNNghost=0.0086394 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-15.5916 RichDLLmu=-6.93076 RichDLLpi=0 RichDLLk=2.25451 RichDLLp=2.25451 RichPIDStatus=5028 RichDLLbt=2.25451 RichDLLd=2.25451 InAccBrem=1 CaloBremChi2=597.422 BremPIDe=-0.553589 TrackChi2PerDof=0.813815 TrackNumDof=5 TrackType=4 TrackHistory=34 TrackP=2864.94 TrackPt=669.67 CombDLLe=-3.15184 CombDLLmu=-6.17625 CombDLLpi=0 CombDLLk=2.25451 CombDLLp=2.25451 CombDLLd=2.25451 ProbNNe=3.54789e-05 ProbNNmu=0.00481394 ProbNNpi=0.734625 ProbNNk=0.106863 ProbNNp=0.120336 ProbNNghost=0.0501666 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.852659 ShowerShape=1254.47 ClusterMass=104.657 CaloNeutralEcal=54601.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928347 CaloNeutralID=43316 CaloNeutralE19=0.359928 CaloClusterCode=90 CaloClusterFrac=0.999754 IsPhoton=0.00476897 IsNotH=0.344618 IsPhotonXGB=0.0942305 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00433552 ShowerShape=1237.42 ClusterMass=54.4636 CaloNeutralEcal=92186.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900196 CaloNeutralID=42455 CaloNeutralE19=0.594897 CaloClusterCode=-93 CaloClusterFrac=0.999966 IsPhoton=0.575223 IsNotH=0.843341 IsPhotonXGB=0.802184 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0262323 ShowerShape=27913.9 ClusterMass=165.527 CaloNeutralEcal=13005.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.672107 CaloNeutralID=34870 CaloNeutralE19=0.330217 CaloClusterCode=-92 CaloClusterFrac=0.999995 IsPhoton=0.00489857 IsNotH=0.00246386 IsPhotonXGB=0.227373 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.17338 ShowerShape=19928.3 ClusterMass=81.3622 CaloNeutralEcal=14034.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944165 CaloNeutralID=34736 CaloNeutralE19=0.545855 CaloClusterCode=-62 CaloClusterFrac=0.967241 IsPhoton=0.13395 IsNotH=0.069328 IsPhotonXGB=0.586498 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.201487 ShowerShape=23239.8 ClusterMass=78.5845 CaloNeutralEcal=11222.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824387 CaloNeutralID=35340 CaloNeutralE19=0.359552 CaloClusterCode=95 CaloClusterFrac=0.999998 IsPhoton=0.0657177 IsNotH=0.00521962 IsPhotonXGB=0.80369 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00914474 ShowerShape=3109.15 ClusterMass=179.184 CaloNeutralEcal=73254.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.673936 CaloNeutralID=43030 CaloNeutralE19=0.233128 CaloClusterCode=90 CaloClusterFrac=0.999977 IsPhoton=0.0546617 IsNotH=0.00027909 IsPhotonXGB=0.00755001 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.19042 ShowerShape=2284.37 ClusterMass=36.4982 CaloNeutralEcal=23376.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894691 CaloNeutralID=37784 CaloNeutralE19=0.624303 CaloClusterCode=93 CaloClusterFrac=0.999989 IsPhoton=0.736786 IsNotH=0.569866 IsPhotonXGB=0.929131 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.4739 ShowerShape=4710.87 ClusterMass=57.1609 CaloNeutralEcal=24924.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797526 CaloNeutralID=37790 CaloNeutralE19=0.470024 CaloClusterCode=-97 CaloClusterFrac=0.999745 IsPhoton=0.135881 IsNotH=0.067339 IsPhotonXGB=0.0697048 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.02068 ShowerShape=14056.5 ClusterMass=92.1622 CaloNeutralEcal=12059.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951829 CaloNeutralID=35733 CaloNeutralE19=0.580813 CaloClusterCode=-96 CaloClusterFrac=0.999985 IsPhoton=0.727009 IsNotH=0.0904016 IsPhotonXGB=0.458231 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.229084 ShowerShape=2585.05 ClusterMass=152.228 CaloNeutralEcal=50520.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824902 CaloNeutralID=42899 CaloNeutralE19=0.291448 CaloClusterCode=96 CaloClusterFrac=0.999965 IsPhoton=0.0109642 IsNotH=0.0200257 IsPhotonXGB=0.49338 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50843 ShowerShape=1677.93 ClusterMass=100.416 CaloNeutralEcal=54469.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845397 CaloNeutralID=43622 CaloNeutralE19=0.414838 CaloClusterCode=-91 CaloClusterFrac=0.986637 IsPhoton=0.0682054 IsNotH=0.207484 IsPhotonXGB=0.165553 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.469125 ShowerShape=14902.6 ClusterMass=29.5087 CaloNeutralEcal=8132.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88731 CaloNeutralID=34746 CaloNeutralE19=0.477408 CaloClusterCode=-91 CaloClusterFrac=0.99896 IsPhoton=0.200175 IsNotH=0.110014 IsPhotonXGB=0.961592 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.6242 ShowerShape=1330.71 ClusterMass=33.8155 CaloNeutralEcal=44954.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876881 CaloNeutralID=42453 CaloNeutralE19=0.40843 CaloClusterCode=-95 CaloClusterFrac=0.999977 IsPhoton=1 IsNotH=0.250865 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.64944 ShowerShape=13277.7 ClusterMass=41.742 CaloNeutralEcal=7201.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981457 CaloNeutralID=35195 CaloNeutralE19=0.532967 CaloClusterCode=-93 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.355925 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.96524 ShowerShape=17464.9 ClusterMass=46.1022 CaloNeutralEcal=8115.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.720508 CaloNeutralID=34936 CaloNeutralE19=0.432624 CaloClusterCode=-90 CaloClusterFrac=0.999969 IsPhoton=1 IsNotH=0.00803774 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0866163 ShowerShape=4654.09 ClusterMass=46.6344 CaloNeutralEcal=19452.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.692523 CaloNeutralID=39309 CaloNeutralE19=0.235439 CaloClusterCode=-98 CaloClusterFrac=0.999893 IsPhoton=1 IsNotH=0.00481758 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.176125 ShowerShape=3110.84 ClusterMass=42.0329 CaloNeutralEcal=18492.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900971 CaloNeutralID=38476 CaloNeutralE19=0.591287 CaloClusterCode=-93 CaloClusterFrac=0.999934 IsPhoton=1 IsNotH=0.742289 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.162917 ShowerShape=42341.8 ClusterMass=148.225 CaloNeutralEcal=8283.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797752 CaloNeutralID=34678 CaloNeutralE19=0.402318 CaloClusterCode=90 CaloClusterFrac=1.00231 IsPhoton=4.57826e-06 IsNotH=0.0107119 IsPhotonXGB=0.797793 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.715379 ShowerShape=7580.62 ClusterMass=14.5679 CaloNeutralEcal=6365.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94865 CaloNeutralID=34946 CaloNeutralE19=0.51148 CaloClusterCode=-97 CaloClusterFrac=0.999928 IsPhoton=1 IsNotH=0.0956455 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.297595 ShowerShape=7299.7 ClusterMass=7.45378 CaloNeutralEcal=16801.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960997 CaloNeutralID=37669 CaloNeutralE19=0.643902 CaloClusterCode=-67 CaloClusterFrac=0.99992 IsPhoton=1 IsNotH=0.590543 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.10894 ShowerShape=5199.57 ClusterMass=65.1229 CaloNeutralEcal=13587 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805994 CaloNeutralID=38648 CaloNeutralE19=0.3809 CaloClusterCode=-95 CaloClusterFrac=0.999915 IsPhoton=1 IsNotH=0.0447784 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.908294 ShowerShape=7026.19 ClusterMass=21.0681 CaloNeutralEcal=5915.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.87982 CaloNeutralID=33360 CaloNeutralE19=0.725102 CaloClusterCode=92 IsPhoton=1 IsNotH=0.523764 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.4739 ShowerShape=4710.87 ClusterMass=57.1609 CaloNeutralEcal=24924.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797526 CaloNeutralID=37790 CaloNeutralE19=0.470024 CaloClusterCode=-97 CaloClusterFrac=0.999745 IsPhoton=0.142909 IsNotH=0.067339 IsPhotonXGB=0.0697048 ClusterAsX=8.05624e-05 ClusterAsY=0.166121 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50843 ShowerShape=1677.93 ClusterMass=100.416 CaloNeutralEcal=54469.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845397 CaloNeutralID=43622 CaloNeutralE19=0.414838 CaloClusterCode=-91 CaloClusterFrac=0.986637 IsPhoton=1 IsNotH=0.207484 IsPhotonXGB=1 ClusterAsX=0.0232315 ClusterAsY=-0.360801 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.6242 ShowerShape=1330.71 ClusterMass=33.8155 CaloNeutralEcal=44954.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.876881 CaloNeutralID=42453 CaloNeutralE19=0.40843 CaloClusterCode=-95 CaloClusterFrac=0.999977 IsPhoton=1 IsNotH=0.250865 IsPhotonXGB=1 ClusterAsX=0.455337 ClusterAsY=-0.118408 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.96524 ShowerShape=17464.9 ClusterMass=46.1022 CaloNeutralEcal=8115.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.720508 CaloNeutralID=34936 CaloNeutralE19=0.432624 CaloClusterCode=-90 CaloClusterFrac=0.999969 IsPhoton=1 IsNotH=0.00803774 IsPhotonXGB=1 ClusterAsX=0.0502225 ClusterAsY=-0.276035 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.3948 ShowerShape=11223.8 CaloNeutralEcal=6288.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.814757 CaloNeutralID=33510 CaloNeutralE19=0.503072 CaloClusterCode=-95 CaloClusterFrac=0.999972 IsPhoton=1 IsNotH=0.099611 IsPhotonXGB=1 ClusterAsX=0.149051 ClusterAsY=0.0558861 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.39962 ShowerShape=2007.34 CaloNeutralEcal=22573.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.927154 CaloNeutralID=42023 CaloNeutralE19=0.530589 CaloClusterCode=93 CaloClusterFrac=0.999936 IsPhoton=1 IsNotH=0.3353 IsPhotonXGB=1 ClusterAsX=-0.196823 ClusterAsY=-0.262504 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.65841 ShowerShape=2668.57 CaloNeutralEcal=32227.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915064 CaloNeutralID=43368 CaloNeutralE19=0.432314 CaloClusterCode=75 CaloClusterFrac=0.999997 IsPhoton=1 IsNotH=0.346077 IsPhotonXGB=1 ClusterAsX=0.376207 ClusterAsY=0.157597 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.7226 ShowerShape=1631.32 CaloNeutralEcal=34245.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.847257 CaloNeutralID=42522 CaloNeutralE19=0.609066 CaloClusterCode=-97 CaloClusterFrac=0.999961 IsPhoton=1 IsNotH=0.73752 IsPhotonXGB=1 ClusterAsX=0.0240293 ClusterAsY=0.132336 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.31198 ShowerShape=1323.76 CaloNeutralEcal=28153.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762348 CaloNeutralID=42729 CaloNeutralE19=0.414332 CaloClusterCode=-97 CaloClusterFrac=0.967767 IsPhoton=1 IsNotH=0.0243498 IsPhotonXGB=1 ClusterAsX=-0.100933 ClusterAsY=0.0825919 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=75.7788 ShowerShape=3172.77 CaloNeutralEcal=6000.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.990571 CaloNeutralID=35814 CaloNeutralE19=0.941206 CaloClusterCode=-91 CaloClusterFrac=1.00098 IsPhoton=1 IsNotH=0.880985 IsPhotonXGB=1 ClusterAsX=0.0010738 ClusterAsY=-0.0436605 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.5371 ShowerShape=2657.57 CaloNeutralEcal=9844.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873266 CaloNeutralID=39537 CaloNeutralE19=0.621043 CaloClusterCode=-97 CaloClusterFrac=0.999912 IsPhoton=1 IsNotH=0.45959 IsPhotonXGB=1 ClusterAsX=-0.0619665 ClusterAsY=0.113315 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=379.456 ShowerShape=766.313 CaloNeutralEcal=8807.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972289 CaloNeutralID=40018 CaloNeutralE19=0.811996 CaloClusterCode=-97 CaloClusterFrac=0.999593 IsPhoton=1 IsNotH=0.913867 IsPhotonXGB=1 ClusterAsX=0.0232542 ClusterAsY=0.132038 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.07403 ShowerShape=12890.5 CaloNeutralEcal=3320.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795058 CaloNeutralID=34299 CaloNeutralE19=0.563616 CaloClusterCode=-91 CaloClusterFrac=1.00894 IsPhoton=1 IsNotH=0.105555 IsPhotonXGB=1 ClusterAsX=-0.101498 ClusterAsY=0.00370341 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.02333 ShowerShape=8811.7 CaloNeutralEcal=3206.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944229 CaloNeutralID=34371 CaloNeutralE19=0.597152 CaloClusterCode=-98 CaloClusterFrac=1.02235 IsPhoton=1 IsNotH=0.104562 IsPhotonXGB=1 ClusterAsX=0.277923 ClusterAsY=0.345104 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.7723 ShowerShape=1827.14 CaloNeutralEcal=14408.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.795311 CaloNeutralID=42575 CaloNeutralE19=0.45421 CaloClusterCode=95 CaloClusterFrac=0.999354 IsPhoton=1 IsNotH=0.102603 IsPhotonXGB=1 ClusterAsX=0.167452 ClusterAsY=-0.125892 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.55168 ShowerShape=2899.79 CaloNeutralEcal=8198.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937735 CaloNeutralID=37970 CaloNeutralE19=0.685921 CaloClusterCode=-92 CaloClusterFrac=0.993809 IsPhoton=1 IsNotH=0.486933 IsPhotonXGB=1 ClusterAsX=0.1361 ClusterAsY=-0.249866 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.2363 ShowerShape=7896.66 CaloNeutralEcal=3468.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.905899 CaloNeutralID=35337 CaloNeutralE19=0.694933 CaloClusterCode=-96 CaloClusterFrac=1.00798 IsPhoton=1 IsNotH=0.301623 IsPhotonXGB=1 ClusterAsX=-0.184363 ClusterAsY=0.112094 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.7631 ShowerShape=26492.3 CaloNeutralEcal=5864.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.993672 CaloNeutralID=34021 CaloNeutralE19=0.441449 CaloClusterCode=95 CaloClusterFrac=1.00208 IsPhoton=1 IsNotH=0.0800042 IsPhotonXGB=1 ClusterAsX=0.516214 ClusterAsY=0.25145 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.22685 ShowerShape=3878.53 CaloNeutralEcal=8454.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.632581 CaloNeutralID=37798 CaloNeutralE19=0.298082 CaloClusterCode=-90 CaloClusterFrac=0.999673 IsPhoton=1 IsNotH=0.00151736 IsPhotonXGB=1 ClusterAsX=-0.105908 ClusterAsY=-0.125489 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.42 ShowerShape=1766.27 CaloNeutralEcal=28273.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.79696 CaloNeutralID=42524 CaloNeutralE19=0.320823 CaloClusterCode=-98 CaloClusterFrac=0.999991 IsPhoton=1 IsNotH=0.00988005 IsPhotonXGB=1 ClusterAsX=0.222366 ClusterAsY=0.282152 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.20753 ShowerShape=1416.59 CaloNeutralEcal=22918.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.791629 CaloNeutralID=42599 CaloNeutralE19=0.419571 CaloClusterCode=-75 CaloClusterFrac=0.999123 IsPhoton=1 IsNotH=0.107963 IsPhotonXGB=1 ClusterAsX=0.238629 ClusterAsY=-0.079748 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.03029 ShowerShape=11543.7 CaloNeutralEcal=2285.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.810281 CaloNeutralID=34561 CaloNeutralE19=0.478465 CaloClusterCode=-95 CaloClusterFrac=0.891075 IsPhoton=1 IsNotH=0.0173717 IsPhotonXGB=1 ClusterAsX=0.237149 ClusterAsY=-0.126722 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=194.83 ShowerShape=2740.53 CaloNeutralEcal=4260 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976981 CaloNeutralID=34129 CaloNeutralE19=0.838034 CaloClusterCode=61 CaloClusterFrac=0.999828 IsPhoton=1 IsNotH=0.813525 IsPhotonXGB=1 ClusterAsX=0.0445618 ClusterAsY=-0.0599157 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.5693 ShowerShape=944.491 CaloNeutralEcal=15345.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84667 CaloNeutralID=42642 CaloNeutralE19=0.713857 CaloClusterCode=95 CaloClusterFrac=0.99988 IsPhoton=1 IsNotH=0.893844 IsPhotonXGB=1 ClusterAsX=0.000737829 ClusterAsY=0.0513065 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=555.231 ShowerShape=9868.18 CaloNeutralEcal=2049.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790601 CaloNeutralID=33597 CaloNeutralE19=0.534093 CaloClusterCode=91 CaloClusterFrac=1.00171 IsPhoton=1 IsNotH=0.103142 IsPhotonXGB=1 ClusterAsX=0.134053 ClusterAsY=-0.0843118 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.68883 ShowerShape=17728.8 CaloNeutralEcal=4908.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767819 CaloNeutralID=35559 CaloNeutralE19=0.38928 CaloClusterCode=-96 CaloClusterFrac=0.982455 IsPhoton=1 IsNotH=0.00434603 IsPhotonXGB=1 ClusterAsX=0.155293 ClusterAsY=-0.0262479 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.8663 ShowerShape=6021.39 CaloNeutralEcal=4054.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984934 CaloNeutralID=37682 CaloNeutralE19=0.760753 CaloClusterCode=-67 CaloClusterFrac=0.803492 IsPhoton=1 IsNotH=0.433351 IsPhotonXGB=1 ClusterAsX=-0.111619 ClusterAsY=0.0852933 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.19814 ShowerShape=2366.54 CaloNeutralEcal=5650.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.935367 CaloNeutralID=38664 CaloNeutralE19=0.585319 CaloClusterCode=-95 CaloClusterFrac=0.999867 IsPhoton=1 IsNotH=0.786927 IsPhotonXGB=1 ClusterAsX=0.315371 ClusterAsY=0.0391647 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=211.571 ShowerShape=2476.6 CaloNeutralEcal=2914.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.989619 CaloNeutralID=36201 CaloNeutralE19=0.956184 CaloClusterCode=-97 CaloClusterFrac=1.00637 IsPhoton=1 IsNotH=0.882239 IsPhotonXGB=1 ClusterAsX=-0.00635046 ClusterAsY=0.0190731 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.9924 ShowerShape=6740.74 CaloNeutralEcal=2462.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.865235 CaloNeutralID=33738 CaloNeutralE19=0.613644 CaloClusterCode=-91 CaloClusterFrac=0.98355 IsPhoton=1 IsNotH=0.190642 IsPhotonXGB=1 ClusterAsX=0.0503174 ClusterAsY=-0.0641567 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.55846 ShowerShape=2360.26 CaloNeutralEcal=5147.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.960364 CaloNeutralID=38520 CaloNeutralE19=0.525487 CaloClusterCode=-97 CaloClusterFrac=1.00469 IsPhoton=1 IsNotH=0.476649 IsPhotonXGB=1 ClusterAsX=0.148848 ClusterAsY=0.42414 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=107.986 ShowerShape=6162.88 CaloNeutralEcal=2682.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939684 CaloNeutralID=35724 CaloNeutralE19=0.684088 CaloClusterCode=-90 CaloClusterFrac=1.01502 IsPhoton=1 IsNotH=0.462703 IsPhotonXGB=1 ClusterAsX=-0.169887 ClusterAsY=-0.159366 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.43838 ShowerShape=15843.9 CaloNeutralEcal=3422.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950462 CaloNeutralID=35086 CaloNeutralE19=0.803877 CaloClusterCode=-90 CaloClusterFrac=1.0034 IsPhoton=1 IsNotH=0.691441 IsPhotonXGB=1 ClusterAsX=-0.128978 ClusterAsY=-0.0945734 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=284.614 ShowerShape=1765.85 CaloNeutralEcal=4084.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916696 CaloNeutralID=37809 CaloNeutralE19=0.638851 CaloClusterCode=-91 CaloClusterFrac=0.865463 IsPhoton=1 IsNotH=0.285242 IsPhotonXGB=1 ClusterAsX=0.119711 ClusterAsY=-0.167083 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.2585 ShowerShape=15162 CaloNeutralEcal=3848.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.747534 CaloNeutralID=35607 CaloNeutralE19=0.431398 CaloClusterCode=-97 CaloClusterFrac=1.00686 IsPhoton=1 IsNotH=0.0374188 IsPhotonXGB=1 ClusterAsX=0.224294 ClusterAsY=0.159432 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.936 ShowerShape=8227.07 CaloNeutralEcal=2436.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.836651 CaloNeutralID=34824 CaloNeutralE19=0.633323 CaloClusterCode=-95 CaloClusterFrac=0.999983 IsPhoton=1 IsNotH=0.163332 IsPhotonXGB=1 ClusterAsX=0.0935914 ClusterAsY=-0.0215681 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=482.191 ShowerShape=10053.4 CaloNeutralEcal=2282.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916007 CaloNeutralID=33242 CaloNeutralE19=0.540421 CaloClusterCode=96 CaloClusterFrac=1.00209 IsPhoton=1 IsNotH=0.0562454 IsPhotonXGB=1 ClusterAsX=-0.368744 ClusterAsY=0.268889 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=70.9576 ShowerShape=3120.81 CaloNeutralEcal=2749.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.988111 CaloNeutralID=35505 CaloNeutralE19=0.943088 CaloClusterCode=-95 CaloClusterFrac=1.0061 IsPhoton=1 IsNotH=0.879273 IsPhotonXGB=1 ClusterAsX=0.019351 ClusterAsY=-0.0276996 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=91.4178 ShowerShape=3291.81 CaloNeutralEcal=5052.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949455 CaloNeutralID=38194 CaloNeutralE19=0.649562 CaloClusterCode=90 CaloClusterFrac=1.00739 IsPhoton=1 IsNotH=0.364238 IsPhotonXGB=1 ClusterAsX=-0.245315 ClusterAsY=-0.196464 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.0887 ShowerShape=17653.7 CaloNeutralEcal=3676.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.7293 CaloNeutralID=33884 CaloNeutralE19=0.431434 CaloClusterCode=-90 CaloClusterFrac=1.01168 IsPhoton=1 IsNotH=0.0073648 IsPhotonXGB=1 ClusterAsX=-0.294634 ClusterAsY=-0.0730728 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=156.338 ShowerShape=2709.28 CaloNeutralEcal=3457.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982574 CaloNeutralID=34132 CaloNeutralE19=0.888268 CaloClusterCode=-60 CaloClusterFrac=0.999905 IsPhoton=1 IsNotH=0.862922 IsPhotonXGB=1 ClusterAsX=-0.0312824 ClusterAsY=-0.0770136 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.011 ShowerShape=12833 CaloNeutralEcal=1742.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.993193 CaloNeutralID=34238 CaloNeutralE19=0.568635 CaloClusterCode=95 CaloClusterFrac=1.01278 IsPhoton=1 IsNotH=0.29137 IsPhotonXGB=1 ClusterAsX=0.420965 ClusterAsY=0.134964 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.93345 ShowerShape=2054.56 CaloNeutralEcal=6989.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719514 CaloNeutralID=43635 CaloNeutralE19=0.369585 CaloClusterCode=-97 CaloClusterFrac=0.999925 IsPhoton=1 IsNotH=0.0113556 IsPhotonXGB=1 ClusterAsX=-0.0831356 ClusterAsY=0.247188 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.4341 ShowerShape=4439.28 CaloNeutralEcal=2933.98 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.868638 CaloNeutralID=37692 CaloNeutralE19=0.573873 CaloClusterCode=65 CaloClusterFrac=0.997277 IsPhoton=1 IsNotH=0.10902 IsPhotonXGB=1 ClusterAsX=-0.109928 ClusterAsY=-0.0299234 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.96253 ShowerShape=1902.76 CaloNeutralEcal=9284.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.799136 CaloNeutralID=43995 CaloNeutralE19=0.437066 CaloClusterCode=97 IsPhoton=1 IsNotH=0.161029 IsPhotonXGB=1 ClusterAsX=0.190451 ClusterAsY=0.150336 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.0213 ShowerShape=2397.45 CaloNeutralEcal=4054.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90032 CaloNeutralID=39756 CaloNeutralE19=0.430188 CaloClusterCode=97 CaloClusterFrac=1.00595 IsPhoton=1 IsNotH=0.182542 IsPhotonXGB=1 ClusterAsX=0.216053 ClusterAsY=0.23461 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=160.161 ShowerShape=4894.82 CaloNeutralEcal=1382.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908701 CaloNeutralID=33475 CaloNeutralE19=0.72908 CaloClusterCode=-93 CaloClusterFrac=0.970388 IsPhoton=1 IsNotH=0.473367 IsPhotonXGB=1 ClusterAsX=-0.0501131 ClusterAsY=0.0535929 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.7161 ShowerShape=13119.5 CaloNeutralEcal=3078.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942883 CaloNeutralID=33825 CaloNeutralE19=0.343638 CaloClusterCode=98 CaloClusterFrac=1.00445 IsPhoton=1 IsNotH=0.0295567 IsPhotonXGB=1 ClusterAsX=0.314542 ClusterAsY=0.492543 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.49214 ShowerShape=4660.28 CaloNeutralEcal=4160.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.708685 CaloNeutralID=38774 CaloNeutralE19=0.286926 CaloClusterCode=-92 CaloClusterFrac=0.998258 IsPhoton=1 IsNotH=0.00139124 IsPhotonXGB=1 ClusterAsX=0.13186 ClusterAsY=-0.342358 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.0421 ShowerShape=17523.9 CaloNeutralEcal=1967.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.733203 CaloNeutralID=35595 CaloNeutralE19=0.339787 CaloClusterCode=-97 CaloClusterFrac=1.01145 IsPhoton=1 IsNotH=0.00722105 IsPhotonXGB=1 ClusterAsX=0.26175 ClusterAsY=0.227806 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=271.017 ShowerShape=2756.35 CaloNeutralEcal=2452.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.97378 CaloNeutralID=33689 CaloNeutralE19=0.877279 CaloClusterCode=-97 CaloClusterFrac=1.00015 IsPhoton=1 IsNotH=0.87524 IsPhotonXGB=1 ClusterAsX=0.000850386 ClusterAsY=0.0806737 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=140.608 ShowerShape=5164.49 CaloNeutralEcal=1846.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986292 CaloNeutralID=35852 CaloNeutralE19=0.524186 CaloClusterCode=-93 CaloClusterFrac=1.03123 IsPhoton=1 IsNotH=0.452134 IsPhotonXGB=1 ClusterAsX=-0.398623 ClusterAsY=-0.0557577 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=145.847 ShowerShape=803.304 CaloNeutralEcal=3116.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95463 CaloNeutralID=39547 CaloNeutralE19=0.803779 CaloClusterCode=95 CaloClusterFrac=1.01536 IsPhoton=1 IsNotH=0.94824 IsPhotonXGB=1 ClusterAsX=0.0746361 ClusterAsY=-0.0378129 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.783 ShowerShape=815.301 CaloNeutralEcal=6639.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.964791 CaloNeutralID=41887 CaloNeutralE19=0.855491 CaloClusterCode=-63 CaloClusterFrac=0.969374 IsPhoton=1 IsNotH=0.976029 IsPhotonXGB=1 ClusterAsX=-0.0223428 ClusterAsY=-0.111703 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=116.412 ShowerShape=3261.8 CaloNeutralEcal=3392.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.982964 CaloNeutralID=35619 CaloNeutralE19=0.930286 CaloClusterCode=-95 CaloClusterFrac=1.03818 IsPhoton=1 IsNotH=0.861217 IsPhotonXGB=1 ClusterAsX=0.0544599 ClusterAsY=0.0074428 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.8615 ShowerShape=3005.79 CaloNeutralEcal=2621.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.767649 CaloNeutralID=37883 CaloNeutralE19=0.346181 CaloClusterCode=-95 CaloClusterFrac=0.989191 IsPhoton=1 IsNotH=0.0107352 IsPhotonXGB=1 ClusterAsX=0.205739 ClusterAsY=0.013409 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.04067 ShowerShape=6175.16 CaloNeutralEcal=6122.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976729 CaloNeutralID=38117 CaloNeutralE19=0.520309 CaloClusterCode=60 CaloClusterFrac=0.999953 IsPhoton=1 IsNotH=0.304704 IsPhotonXGB=1 ClusterAsX=-0.299703 ClusterAsY=-0.126603 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=51.4648 ShowerShape=6893.61 CaloNeutralEcal=2023.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972166 CaloNeutralID=35019 CaloNeutralE19=0.934737 CaloClusterCode=-95 CaloClusterFrac=1.00312 IsPhoton=1 IsNotH=0.893685 IsPhotonXGB=1 ClusterAsX=0.0329364 ClusterAsY=0.0125428 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.7557 ShowerShape=14167.5 CaloNeutralEcal=2695.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.888234 CaloNeutralID=34024 CaloNeutralE19=0.602118 CaloClusterCode=93 CaloClusterFrac=0.996133 IsPhoton=1 IsNotH=0.331639 IsPhotonXGB=1 ClusterAsX=-0.158539 ClusterAsY=-0.0130156 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.06 ShowerShape=5818.49 CaloNeutralEcal=1579.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957631 CaloNeutralID=34168 CaloNeutralE19=0.555643 CaloClusterCode=91 CaloClusterFrac=1.00877 IsPhoton=1 IsNotH=0.42357 IsPhotonXGB=1 ClusterAsX=0.0177291 ClusterAsY=-0.382982 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.6789 ShowerShape=3569.19 CaloNeutralEcal=5377.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.807835 CaloNeutralID=37980 CaloNeutralE19=0.572202 CaloClusterCode=95 CaloClusterFrac=0.998377 IsPhoton=1 IsNotH=0.14284 IsPhotonXGB=1 ClusterAsX=0.0968179 ClusterAsY=0.0112223 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=162.214 ShowerShape=4429.36 CaloNeutralEcal=2798.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967177 CaloNeutralID=33886 CaloNeutralE19=0.701719 CaloClusterCode=-91 CaloClusterFrac=1.01316 IsPhoton=1 IsNotH=0.554702 IsPhotonXGB=1 ClusterAsX=-0.0684899 ClusterAsY=-0.21476 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.7711 ShowerShape=11866.5 CaloNeutralEcal=1901.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958014 CaloNeutralID=33683 CaloNeutralE19=0.507137 CaloClusterCode=97 CaloClusterFrac=1.01021 IsPhoton=1 IsNotH=0.156947 IsPhotonXGB=1 ClusterAsX=0.150039 ClusterAsY=0.442629 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.8467 ShowerShape=1749.03 CaloNeutralEcal=6424.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972587 CaloNeutralID=44072 CaloNeutralE19=0.506141 CaloClusterCode=97 IsPhoton=1 IsNotH=0.565337 IsPhotonXGB=1 ClusterAsX=0.206738 ClusterAsY=0.330258 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.33933 ShowerShape=3958.38 CaloNeutralEcal=8015.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915253 CaloNeutralID=42733 CaloNeutralE19=0.640057 CaloClusterCode=-95 CaloClusterFrac=0.962993 IsPhoton=1 IsNotH=0.841461 IsPhotonXGB=1 ClusterAsX=0.204569 ClusterAsY=0.0193131 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.9837 ShowerShape=12093 CaloNeutralEcal=1677.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896134 CaloNeutralID=35890 CaloNeutralE19=0.48245 CaloClusterCode=-97 CaloClusterFrac=1.03106 IsPhoton=1 IsNotH=0.11694 IsPhotonXGB=1 ClusterAsX=-0.0878494 ClusterAsY=0.273929 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.662 ShowerShape=7483.58 CaloNeutralEcal=3748.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.926633 CaloNeutralID=35488 CaloNeutralE19=0.72457 CaloClusterCode=63 CaloClusterFrac=0.99963 IsPhoton=1 IsNotH=0.388385 IsPhotonXGB=1 ClusterAsX=-0.0769638 ClusterAsY=-0.0184457 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.6918 ShowerShape=1019.82 CaloNeutralEcal=8453.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.796944 CaloNeutralID=43750 CaloNeutralE19=0.540694 CaloClusterCode=-93 CaloClusterFrac=0.963393 IsPhoton=1 IsNotH=0.324443 IsPhotonXGB=1 ClusterAsX=-0.0701613 ClusterAsY=-0.0954372 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=71.697 ShowerShape=3061.71 CaloNeutralEcal=2526.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77264 CaloNeutralID=38338 CaloNeutralE19=0.322663 CaloClusterCode=93 CaloClusterFrac=0.999759 IsPhoton=1 IsNotH=0.00804415 IsPhotonXGB=1 ClusterAsX=-0.274712 ClusterAsY=-0.0756578 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.1945 ShowerShape=25657.5 CaloNeutralEcal=3633.02 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771658 CaloNeutralID=34142 CaloNeutralE19=0.423184 CaloClusterCode=60 CaloClusterFrac=0.999892 IsPhoton=1 IsNotH=0.00620504 IsPhotonXGB=1 ClusterAsX=-0.0473118 ClusterAsY=0.0252151 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=76.0962 ShowerShape=1135.66 CaloNeutralEcal=7057.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959276 CaloNeutralID=43732 CaloNeutralE19=0.550203 CaloClusterCode=-95 CaloClusterFrac=0.999055 IsPhoton=1 IsNotH=0.548662 IsPhotonXGB=1 ClusterAsX=0.26173 ClusterAsY=0.203718 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.6189 ShowerShape=1021.71 CaloNeutralEcal=9094.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841003 CaloNeutralID=42795 CaloNeutralE19=0.529507 CaloClusterCode=-91 CaloClusterFrac=0.968835 IsPhoton=1 IsNotH=0.237644 IsPhotonXGB=1 ClusterAsX=-0.265122 ClusterAsY=-0.0952637 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.2532 ShowerShape=18706.3 CaloNeutralEcal=1536.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920519 CaloNeutralID=33713 CaloNeutralE19=0.638038 CaloClusterCode=98 CaloClusterFrac=1.01095 IsPhoton=1 IsNotH=0.210311 IsPhotonXGB=1 ClusterAsX=0.300671 ClusterAsY=0.151052 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=52.0102 ShowerShape=931.315 CaloNeutralEcal=16435.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951086 CaloNeutralID=42590 CaloNeutralE19=0.367665 CaloClusterCode=-63 CaloClusterFrac=0.999475 IsPhoton=1 IsNotH=0.124274 IsPhotonXGB=1 ClusterAsX=-0.500506 ClusterAsY=-0.260466 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.4827 ShowerShape=14155 CaloNeutralEcal=982.526 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70169 CaloNeutralID=34689 CaloNeutralE19=0.404651 CaloClusterCode=-97 CaloClusterFrac=0.78728 IsPhoton=1 IsNotH=0.008526 IsPhotonXGB=1 ClusterAsX=0.207304 ClusterAsY=0.0154868 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.0585 ShowerShape=867.845 CaloNeutralEcal=5240.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954802 CaloNeutralID=44116 CaloNeutralE19=0.769797 CaloClusterCode=63 CaloClusterFrac=0.999712 IsPhoton=1 IsNotH=0.885824 IsPhotonXGB=1 ClusterAsX=-0.150328 ClusterAsY=0.135637 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=123.828 ShowerShape=3879 CaloNeutralEcal=2974.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974204 CaloNeutralID=35493 CaloNeutralE19=0.873422 CaloClusterCode=-65 CaloClusterFrac=0.987749 IsPhoton=1 IsNotH=0.879633 IsPhotonXGB=1 ClusterAsX=0.0309994 ClusterAsY=-0.0598274 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.88937 ShowerShape=2289.57 CaloNeutralEcal=7407.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.680087 CaloNeutralID=43244 CaloNeutralE19=0.368787 CaloClusterCode=-95 CaloClusterFrac=0.914995 IsPhoton=1 IsNotH=0.00458417 IsPhotonXGB=1 ClusterAsX=-0.0274398 ClusterAsY=0.133857 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.5735 ShowerShape=1579.39 CaloNeutralEcal=3924.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995702 CaloNeutralID=39975 CaloNeutralE19=0.773294 CaloClusterCode=-90 CaloClusterFrac=1.01887 IsPhoton=1 IsNotH=0.644221 IsPhotonXGB=1 ClusterAsX=-0.202355 ClusterAsY=-0.190545 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=134.67 ShowerShape=3879.09 CaloNeutralEcal=1336.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962356 CaloNeutralID=36240 CaloNeutralE19=0.829303 CaloClusterCode=97 CaloClusterFrac=1.02401 IsPhoton=1 IsNotH=0.714685 IsPhotonXGB=1 ClusterAsX=0.0090991 ClusterAsY=0.105111 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.75714 ShowerShape=3617.99 CaloNeutralEcal=3389.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697159 CaloNeutralID=38349 CaloNeutralE19=0.33357 CaloClusterCode=-91 CaloClusterFrac=1.00307 IsPhoton=1 IsNotH=0.00701512 IsPhotonXGB=1 ClusterAsX=-0.145773 ClusterAsY=-0.105287 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=153.301 ShowerShape=5588.82 CaloNeutralEcal=1054.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965577 CaloNeutralID=33286 CaloNeutralE19=0.617934 CaloClusterCode=91 CaloClusterFrac=1.01625 IsPhoton=1 IsNotH=0.391893 IsPhotonXGB=1 ClusterAsX=-0.0978521 ClusterAsY=-0.254378 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.3678 ShowerShape=3100.61 CaloNeutralEcal=2692.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811997 CaloNeutralID=39948 CaloNeutralE19=0.341123 CaloClusterCode=92 CaloClusterFrac=0.999934 IsPhoton=1 IsNotH=0.0076069 IsPhotonXGB=1 ClusterAsX=0.270717 ClusterAsY=-0.207806 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=116.835 ShowerShape=17973.5 CaloNeutralEcal=1205.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90613 CaloNeutralID=33654 CaloNeutralE19=0.528102 CaloClusterCode=96 CaloClusterFrac=1.01072 IsPhoton=1 IsNotH=0.0402327 IsPhotonXGB=1 ClusterAsX=-0.281533 ClusterAsY=0.298007 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=974.126 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00994 CaloNeutralID=36094 CaloNeutralE19=0.993637 CaloClusterCode=98 IsPhoton=1 IsNotH=0.868643 IsPhotonXGB=1 ClusterAsX=0.0644315 ClusterAsY=0.000105281 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=142.763 ShowerShape=10566.2 CaloNeutralEcal=1100.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983796 CaloNeutralID=33722 CaloNeutralE19=0.559573 CaloClusterCode=96 CaloClusterFrac=1.01092 IsPhoton=1 IsNotH=0.0868546 IsPhotonXGB=1 ClusterAsX=-0.424367 ClusterAsY=0.38927 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=71.1502 ShowerShape=2476.6 CaloNeutralEcal=1473.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.987194 CaloNeutralID=36078 CaloNeutralE19=0.943675 CaloClusterCode=-93 CaloClusterFrac=1.05351 IsPhoton=1 IsNotH=0.856934 IsPhotonXGB=1 ClusterAsX=-0.0177814 ClusterAsY=0.0258432 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.33162 ShowerShape=2515.65 CaloNeutralEcal=7102.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73902 CaloNeutralID=42409 CaloNeutralE19=0.29043 CaloClusterCode=98 CaloClusterFrac=0.998545 IsPhoton=1 IsNotH=0.00224911 IsPhotonXGB=1 ClusterAsX=0.118521 ClusterAsY=0.369534 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=130.637 ShowerShape=8376.7 CaloNeutralEcal=1660.24 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970842 CaloNeutralID=33572 CaloNeutralE19=0.320093 CaloClusterCode=-95 CaloClusterFrac=1.02894 IsPhoton=1 IsNotH=0.036911 IsPhotonXGB=1 ClusterAsX=0.527876 ClusterAsY=-0.339628 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.0838 ShowerShape=2315.11 CaloNeutralEcal=2391.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914654 CaloNeutralID=39559 CaloNeutralE19=0.534166 CaloClusterCode=-91 CaloClusterFrac=0.996024 IsPhoton=1 IsNotH=0.548842 IsPhotonXGB=1 ClusterAsX=-0.0574806 ClusterAsY=-0.378249 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.6835 ShowerShape=4526.66 CaloNeutralEcal=1511.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.974552 CaloNeutralID=33998 CaloNeutralE19=0.827758 CaloClusterCode=96 CaloClusterFrac=1.01989 IsPhoton=1 IsNotH=0.784122 IsPhotonXGB=1 ClusterAsX=-0.0656436 ClusterAsY=0.126947 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.0837 ShowerShape=1543.98 CaloNeutralEcal=5264.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.822924 CaloNeutralID=43757 CaloNeutralE19=0.316676 CaloClusterCode=-91 CaloClusterFrac=0.999432 IsPhoton=1 IsNotH=0.0253992 IsPhotonXGB=1 ClusterAsX=0.188779 ClusterAsY=-0.340913 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=75.1538 ShowerShape=3414.6 CaloNeutralEcal=2369.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.997776 CaloNeutralID=34135 CaloNeutralE19=0.836809 CaloClusterCode=-63 CaloClusterFrac=1.01576 IsPhoton=1 IsNotH=0.664152 IsPhotonXGB=1 ClusterAsX=-0.150516 ClusterAsY=0.0302902 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.3247 ShowerShape=734.326 CaloNeutralEcal=1988.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937359 CaloNeutralID=39169 CaloNeutralE19=0.829772 CaloClusterCode=-97 CaloClusterFrac=0.986005 IsPhoton=1 IsNotH=0.962203 IsPhotonXGB=1 ClusterAsX=0.0670459 ClusterAsY=0.00993886 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=61.7918 ShowerShape=3642.67 CaloNeutralEcal=1329.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939187 CaloNeutralID=36140 CaloNeutralE19=0.821501 CaloClusterCode=-97 CaloClusterFrac=1.01302 IsPhoton=1 IsNotH=0.777089 IsPhotonXGB=1 ClusterAsX=-0.00577005 ClusterAsY=0.0523518 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.4242 ShowerShape=9290.99 CaloNeutralEcal=1567.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942133 CaloNeutralID=35123 CaloNeutralE19=0.561412 CaloClusterCode=-91 CaloClusterFrac=1.00738 IsPhoton=1 IsNotH=0.249107 IsPhotonXGB=1 ClusterAsX=-0.0910787 ClusterAsY=-0.383698 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.6326 ShowerShape=809.616 CaloNeutralEcal=4053.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.893191 CaloNeutralID=43953 CaloNeutralE19=0.635619 CaloClusterCode=91 CaloClusterFrac=1.00251 IsPhoton=1 IsNotH=0.84651 IsPhotonXGB=1 ClusterAsX=-0.19673 ClusterAsY=-0.124403 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.8215 ShowerShape=8162.01 CaloNeutralEcal=1362.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911056 CaloNeutralID=34123 CaloNeutralE19=0.63065 CaloClusterCode=-97 CaloClusterFrac=1.00761 IsPhoton=1 IsNotH=0.291403 IsPhotonXGB=1 ClusterAsX=0.0180556 ClusterAsY=0.200271 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=101.839 ShowerShape=1675.64 CaloNeutralEcal=3600.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.984315 CaloNeutralID=40028 CaloNeutralE19=0.538471 CaloClusterCode=97 CaloClusterFrac=1.05188 IsPhoton=1 IsNotH=0.634912 IsPhotonXGB=1 ClusterAsX=0.00525739 ClusterAsY=0.425159 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.4518 ShowerShape=1193.69 CaloNeutralEcal=4266.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829558 CaloNeutralID=41938 CaloNeutralE19=0.423734 CaloClusterCode=95 IsPhoton=1 IsNotH=0.123061 IsPhotonXGB=1 ClusterAsX=0.388879 ClusterAsY=0.0205547 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.3386 ShowerShape=18683.4 CaloNeutralEcal=1318.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.686117 CaloNeutralID=36050 CaloNeutralE19=0.339968 CaloClusterCode=-96 CaloClusterFrac=1.01625 IsPhoton=1 IsNotH=0.0255262 IsPhotonXGB=1 ClusterAsX=-0.146636 ClusterAsY=0.033588 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.44585 ShowerShape=3033.99 CaloNeutralEcal=2534.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.814055 CaloNeutralID=38347 CaloNeutralE19=0.276592 CaloClusterCode=-97 CaloClusterFrac=0.948959 IsPhoton=1 IsNotH=0.00297902 IsPhotonXGB=1 ClusterAsX=0.313934 ClusterAsY=0.341713 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=32.8306 ShowerShape=1335.79 CaloNeutralEcal=6623.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856334 CaloNeutralID=42278 CaloNeutralE19=0.396596 CaloClusterCode=93 CaloClusterFrac=1.00253 IsPhoton=1 IsNotH=0.0934216 IsPhotonXGB=1 ClusterAsX=-0.190949 ClusterAsY=0.293763 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.02449 ShowerShape=1592.17 CaloNeutralEcal=3130.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92986 CaloNeutralID=37929 CaloNeutralE19=0.580476 CaloClusterCode=93 CaloClusterFrac=1.00358 IsPhoton=1 IsNotH=0.648347 IsPhotonXGB=1 ClusterAsX=-0.24087 ClusterAsY=-0.0676844 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=265.384 ShowerShape=4134.89 CaloNeutralEcal=1038.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.908978 CaloNeutralID=36333 CaloNeutralE19=0.812745 CaloClusterCode=-96 CaloClusterFrac=0.971597 IsPhoton=1 IsNotH=0.718933 IsPhotonXGB=1 ClusterAsX=-0.018037 ClusterAsY=-0.0254677 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.0493 ShowerShape=18723.7 CaloNeutralEcal=974.459 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775636 CaloNeutralID=34876 CaloNeutralE19=0.285566 CaloClusterCode=-93 CaloClusterFrac=1.00247 IsPhoton=1 IsNotH=0.0102015 IsPhotonXGB=1 ClusterAsX=-0.42542 ClusterAsY=0.132354 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.1753 ShowerShape=1319.32 CaloNeutralEcal=1968.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930692 CaloNeutralID=39605 CaloNeutralE19=0.750775 CaloClusterCode=-91 CaloClusterFrac=0.885506 IsPhoton=1 IsNotH=0.379377 IsPhotonXGB=1 ClusterAsX=-0.048621 ClusterAsY=-0.195467 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.8126 ShowerShape=14767.2 CaloNeutralEcal=1199.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.815693 CaloNeutralID=34698 CaloNeutralE19=0.393513 CaloClusterCode=-98 CaloClusterFrac=0.961385 IsPhoton=1 IsNotH=0.00635957 IsPhotonXGB=1 ClusterAsX=0.340931 ClusterAsY=0.289464 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.3794 ShowerShape=2239.7 CaloNeutralEcal=8194.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.945801 CaloNeutralID=42711 CaloNeutralE19=0.38773 CaloClusterCode=63 CaloClusterFrac=0.99963 IsPhoton=1 IsNotH=0.222936 IsPhotonXGB=1 ClusterAsX=-0.376662 ClusterAsY=0.256207 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=71.862 ShowerShape=1353.85 CaloNeutralEcal=3048.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946711 CaloNeutralID=39849 CaloNeutralE19=0.693902 CaloClusterCode=-91 CaloClusterFrac=1.01072 IsPhoton=1 IsNotH=0.584457 IsPhotonXGB=1 ClusterAsX=0.0875546 ClusterAsY=-0.153043 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.389 ShowerShape=1910.56 CaloNeutralEcal=4067.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809099 CaloNeutralID=43759 CaloNeutralE19=0.408128 CaloClusterCode=-90 CaloClusterFrac=1.00375 IsPhoton=1 IsNotH=0.0154819 IsPhotonXGB=1 ClusterAsX=-0.339165 ClusterAsY=-0.129835 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=135.783 ShowerShape=4053.93 CaloNeutralEcal=1364.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95405 CaloNeutralID=33705 CaloNeutralE19=0.807626 CaloClusterCode=91 CaloClusterFrac=1.02927 IsPhoton=1 IsNotH=0.773288 IsPhotonXGB=1 ClusterAsX=0.0449141 ClusterAsY=-0.0837537 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.88869 ShowerShape=982.938 CaloNeutralEcal=2032.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961494 CaloNeutralID=38217 CaloNeutralE19=0.811904 CaloClusterCode=-95 CaloClusterFrac=0.970026 IsPhoton=1 IsNotH=0.89759 IsPhotonXGB=1 ClusterAsX=0.0808248 ClusterAsY=0.039173 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=250.078 ShowerShape=5456.98 CaloNeutralEcal=1314.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.892685 CaloNeutralID=33496 CaloNeutralE19=0.703907 CaloClusterCode=95 CaloClusterFrac=1.09104 IsPhoton=1 IsNotH=0.167028 IsPhotonXGB=1 ClusterAsX=0.0755294 ClusterAsY=-0.00594014 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.0175 ShowerShape=2353.38 CaloNeutralEcal=6715.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72094 CaloNeutralID=42272 CaloNeutralE19=0.316809 CaloClusterCode=-96 CaloClusterFrac=1.00384 IsPhoton=1 IsNotH=0.0103979 IsPhotonXGB=1 ClusterAsX=-0.353641 ClusterAsY=0.118438 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=41.0333 ShowerShape=8954.71 CaloNeutralEcal=1493 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=34416 CaloNeutralE19=0.521192 CaloClusterCode=67 CaloClusterFrac=1.02639 IsPhoton=1 IsNotH=0.298986 IsPhotonXGB=1 ClusterAsX=-0.0962555 ClusterAsY=0.36329 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.30387 ShowerShape=1907.88 CaloNeutralEcal=3020.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.669145 CaloNeutralID=43125 CaloNeutralE19=0.299836 CaloClusterCode=-96 CaloClusterFrac=0.854586 IsPhoton=1 IsNotH=0.00134132 IsPhotonXGB=1 ClusterAsX=-0.0824628 ClusterAsY=0.337961 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.91268 ShowerShape=2403.57 CaloNeutralEcal=2754.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.928438 CaloNeutralID=41908 CaloNeutralE19=0.466841 CaloClusterCode=67 IsPhoton=1 IsNotH=0.661546 IsPhotonXGB=1 ClusterAsX=0.112342 ClusterAsY=0.4148 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.04232 ShowerShape=13156.7 CaloNeutralEcal=2326.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958361 CaloNeutralID=37673 CaloNeutralE19=0.54668 CaloClusterCode=63 CaloClusterFrac=1.03696 IsPhoton=1 IsNotH=0.599217 IsPhotonXGB=1 ClusterAsX=-0.380285 ClusterAsY=-0.450032 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=66.4269 ShowerShape=1168.79 CaloNeutralEcal=3798.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957555 CaloNeutralID=43858 CaloNeutralE19=0.51785 CaloClusterCode=-96 CaloClusterFrac=1.02044 IsPhoton=1 IsNotH=0.137704 IsPhotonXGB=1 ClusterAsX=-0.330533 ClusterAsY=0.362351 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=161.779 ShowerShape=5023.41 CaloNeutralEcal=923.687 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951934 CaloNeutralID=36267 CaloNeutralE19=0.771707 CaloClusterCode=-92 CaloClusterFrac=0.971548 IsPhoton=1 IsNotH=0.667131 IsPhotonXGB=1 ClusterAsX=0.113281 ClusterAsY=-0.123346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.3808 ShowerShape=2760.7 CaloNeutralEcal=4791.79 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.778685 CaloNeutralID=43500 CaloNeutralE19=0.498328 CaloClusterCode=98 CaloClusterFrac=0.999871 IsPhoton=1 IsNotH=0.121381 IsPhotonXGB=1 ClusterAsX=0.0765586 ClusterAsY=0.146312 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.71706 ShowerShape=12112.4 CaloNeutralEcal=1256.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775494 CaloNeutralID=34382 CaloNeutralE19=0.461117 CaloClusterCode=-95 CaloClusterFrac=0.999966 IsPhoton=1 IsNotH=0.0155424 IsPhotonXGB=1 ClusterAsX=-0.00730219 ClusterAsY=0.162418 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=116.385 ShowerShape=14027.2 CaloNeutralEcal=795.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.831925 CaloNeutralID=35911 CaloNeutralE19=0.361327 CaloClusterCode=92 IsPhoton=1 IsNotH=0.0171507 IsPhotonXGB=1 ClusterAsX=0.328908 ClusterAsY=-0.394507 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=44.2176 ShowerShape=4050.1 CaloNeutralEcal=1745.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967282 CaloNeutralID=35679 CaloNeutralE19=0.734685 CaloClusterCode=93 CaloClusterFrac=1.06162 IsPhoton=1 IsNotH=0.619049 IsPhotonXGB=1 ClusterAsX=-0.232599 ClusterAsY=0.0176938 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=123.676 ShowerShape=6008.3 CaloNeutralEcal=1452.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992552 CaloNeutralID=35873 CaloNeutralE19=0.583464 CaloClusterCode=97 CaloClusterFrac=1.08216 IsPhoton=1 IsNotH=0.403993 IsPhotonXGB=1 ClusterAsX=-7.51048e-08 ClusterAsY=0.401652 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2658.33 CaloNeutralEcal=994.232 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.992534 CaloNeutralID=36250 CaloNeutralE19=0.885934 CaloClusterCode=95 CaloClusterFrac=1.03966 IsPhoton=1 IsNotH=0.804797 IsPhotonXGB=1 ClusterAsX=0.106117 ClusterAsY=-0.000520569 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.838 ShowerShape=9791.99 CaloNeutralEcal=975.251 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.734786 CaloNeutralID=35888 CaloNeutralE19=0.400365 CaloClusterCode=-95 CaloClusterFrac=1.03 IsPhoton=1 IsNotH=0.0151355 IsPhotonXGB=1 ClusterAsX=0.0643306 ClusterAsY=0.0204977 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.06256 ShowerShape=2858.2 CaloNeutralEcal=1365 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.816848 CaloNeutralID=39742 CaloNeutralE19=0.498119 CaloClusterCode=96 CaloClusterFrac=1.04109 IsPhoton=1 IsNotH=0.104008 IsPhotonXGB=1 ClusterAsX=-0.121482 ClusterAsY=0.352503 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.1499 ShowerShape=6087.61 CaloNeutralEcal=738.854 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959043 CaloNeutralID=33670 CaloNeutralE19=0.739956 CaloClusterCode=-92 CaloClusterFrac=1.02784 IsPhoton=1 IsNotH=0.284417 IsPhotonXGB=1 ClusterAsX=0.19297 ClusterAsY=-0.220769 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.9134 ShowerShape=4650.85 CaloNeutralEcal=1346.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.642968 CaloNeutralID=38206 CaloNeutralE19=0.303979 CaloClusterCode=-98 CaloClusterFrac=1.03042 IsPhoton=1 IsNotH=0.00323598 IsPhotonXGB=1 ClusterAsX=0.113668 ClusterAsY=0.213576 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.5264 ShowerShape=15832.7 CaloNeutralEcal=655.757 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.613411 CaloNeutralID=33602 CaloNeutralE19=0.364623 CaloClusterCode=-93 CaloClusterFrac=1.04199 IsPhoton=1 IsNotH=0.0191318 IsPhotonXGB=1 ClusterAsX=0.0443355 ClusterAsY=-0.0181919 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=140.234 ShowerShape=3597.19 CaloNeutralEcal=1447.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.03461 CaloNeutralID=37643 CaloNeutralE19=0.964449 CaloClusterCode=-63 IsPhoton=1 IsNotH=0.916383 IsPhotonXGB=1 ClusterAsX=0.300388 ClusterAsY=-0.399062 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.1951 ShowerShape=1764.15 CaloNeutralEcal=1563.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944889 CaloNeutralID=38392 CaloNeutralE19=0.579607 CaloClusterCode=-95 CaloClusterFrac=0.999224 IsPhoton=1 IsNotH=0.684542 IsPhotonXGB=1 ClusterAsX=0.312917 ClusterAsY=-0.0785459 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.3075 ShowerShape=18770.3 CaloNeutralEcal=857.387 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00495 CaloNeutralID=35984 CaloNeutralE19=0.747471 CaloClusterCode=-93 CaloClusterFrac=1.01453 IsPhoton=1 IsNotH=0.583629 IsPhotonXGB=1 ClusterAsX=-0.262958 ClusterAsY=-0.0077113 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.35946 ShowerShape=2819.43 CaloNeutralEcal=3623.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.718086 CaloNeutralID=42387 CaloNeutralE19=0.310934 CaloClusterCode=-98 CaloClusterFrac=0.985335 IsPhoton=1 IsNotH=0.0017875 IsPhotonXGB=1 ClusterAsX=0.311835 ClusterAsY=0.14068 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.5679 ShowerShape=2337.69 CaloNeutralEcal=2322.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789653 CaloNeutralID=39765 CaloNeutralE19=0.519025 CaloClusterCode=97 CaloClusterFrac=1.04199 IsPhoton=1 IsNotH=0.095047 IsPhotonXGB=1 ClusterAsX=0.0139178 ClusterAsY=0.0831436 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=88.4224 ShowerShape=11498.9 CaloNeutralEcal=893.939 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.73933 CaloNeutralID=33581 CaloNeutralE19=0.304209 CaloClusterCode=91 CaloClusterFrac=1.09072 IsPhoton=1 IsNotH=0.0407001 IsPhotonXGB=1 ClusterAsX=-0.427279 ClusterAsY=-0.00785113 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=59.04 ShowerShape=15610.2 CaloNeutralEcal=1005.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.870637 CaloNeutralID=33938 CaloNeutralE19=0.639893 CaloClusterCode=91 CaloClusterFrac=1.00571 IsPhoton=1 IsNotH=0.245278 IsPhotonXGB=1 ClusterAsX=0.0105475 ClusterAsY=-0.108852 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=592.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.07698 CaloNeutralID=36468 CaloNeutralE19=1.08349 CaloClusterCode=60 IsPhoton=1 IsNotH=0.722098 IsPhotonXGB=1 ClusterAsX=0.000600438 ClusterAsY=0.0535239 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.5724 ShowerShape=1780.06 CaloNeutralEcal=1475.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903794 CaloNeutralID=38454 CaloNeutralE19=0.650623 CaloClusterCode=-93 CaloClusterFrac=0.971637 IsPhoton=1 IsNotH=0.421626 IsPhotonXGB=1 ClusterAsX=-0.240988 ClusterAsY=-0.0652106 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=239.45 ShowerShape=9242.67 CaloNeutralEcal=684.992 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929685 CaloNeutralID=36390 CaloNeutralE19=0.376191 CaloClusterCode=-98 CaloClusterFrac=0.981451 IsPhoton=1 IsNotH=0.0473443 IsPhotonXGB=1 ClusterAsX=0.309153 ClusterAsY=0.437708 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=551.359 ShowerShape=3873.13 CaloNeutralEcal=833.006 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962646 CaloNeutralID=36189 CaloNeutralE19=0.760251 CaloClusterCode=97 CaloClusterFrac=1.03723 IsPhoton=1 IsNotH=0.684558 IsPhotonXGB=1 ClusterAsX=-0.0243324 ClusterAsY=0.122878 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.76685 ShowerShape=5542.53 CaloNeutralEcal=2305.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871374 CaloNeutralID=39839 CaloNeutralE19=0.452514 CaloClusterCode=97 CaloClusterFrac=1.00613 IsPhoton=1 IsNotH=0.47109 IsPhotonXGB=1 ClusterAsX=0.033752 ClusterAsY=0.378189 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=85.9401 ShowerShape=8959.72 CaloNeutralEcal=1186.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954673 CaloNeutralID=35477 CaloNeutralE19=0.498625 CaloClusterCode=-63 CaloClusterFrac=0.998411 IsPhoton=1 IsNotH=0.0782942 IsPhotonXGB=1 ClusterAsX=-0.284659 ClusterAsY=-0.0266952 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=59.6365 ShowerShape=723.64 CaloNeutralEcal=1143.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946627 CaloNeutralID=39362 CaloNeutralE19=0.831297 CaloClusterCode=-97 CaloClusterFrac=1.06064 IsPhoton=1 IsNotH=0.976304 IsPhotonXGB=1 ClusterAsX=0.0278224 ClusterAsY=0.0450384 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.9676 ShowerShape=1561.3 CaloNeutralEcal=2345.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.771262 CaloNeutralID=42508 CaloNeutralE19=0.526969 CaloClusterCode=95 CaloClusterFrac=1.00615 IsPhoton=1 IsNotH=0.194363 IsPhotonXGB=1 ClusterAsX=0.0821262 ClusterAsY=-0.10183 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.6782 ShowerShape=2171.01 CaloNeutralEcal=1712.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84528 CaloNeutralID=38771 CaloNeutralE19=0.52191 CaloClusterCode=-95 CaloClusterFrac=1.06125 IsPhoton=1 IsNotH=0.171022 IsPhotonXGB=1 ClusterAsX=0.194185 ClusterAsY=-0.0231751 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=197.615 ShowerShape=7734.23 CaloNeutralEcal=530.883 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.839335 CaloNeutralID=33163 CaloNeutralE19=0.545295 CaloClusterCode=63 CaloClusterFrac=1.05514 IsPhoton=1 IsNotH=0.0468699 IsPhotonXGB=1 ClusterAsX=-0.133414 ClusterAsY=0.0108409 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=314.447 ShowerShape=3468.86 CaloNeutralEcal=745.424 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.916821 CaloNeutralID=36196 CaloNeutralE19=0.820945 CaloClusterCode=91 CaloClusterFrac=1.06321 IsPhoton=1 IsNotH=0.871674 IsPhotonXGB=1 ClusterAsX=0.0281006 ClusterAsY=0.0158586 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.6765 ShowerShape=12612.7 CaloNeutralEcal=1329.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958463 CaloNeutralID=35482 CaloNeutralE19=0.472875 CaloClusterCode=67 CaloClusterFrac=1.04506 IsPhoton=1 IsNotH=0.440961 IsPhotonXGB=1 ClusterAsX=-0.0714658 ClusterAsY=0.392319 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=461.16 ShowerShape=4985.84 CaloNeutralEcal=710.519 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946765 CaloNeutralID=36256 CaloNeutralE19=0.714394 CaloClusterCode=93 CaloClusterFrac=1.05166 IsPhoton=1 IsNotH=0.588991 IsPhotonXGB=1 ClusterAsX=-0.130627 ClusterAsY=0.0573722 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.925 ShowerShape=10660.5 CaloNeutralEcal=516.141 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842407 CaloNeutralID=35081 CaloNeutralE19=0.491385 CaloClusterCode=-96 CaloClusterFrac=0.814714 IsPhoton=1 IsNotH=0.00899837 IsPhotonXGB=1 ClusterAsX=-0.05878 ClusterAsY=0.302351 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=201.009 ShowerShape=5633.81 CaloNeutralEcal=559.768 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894105 CaloNeutralID=36328 CaloNeutralE19=0.746063 CaloClusterCode=-92 CaloClusterFrac=0.957454 IsPhoton=1 IsNotH=0.495979 IsPhotonXGB=1 ClusterAsX=0.0826725 ClusterAsY=-0.0539915 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=157.418 ShowerShape=1160.19 CaloNeutralEcal=1841.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.01911 CaloNeutralID=41902 CaloNeutralE19=0.828634 CaloClusterCode=66 IsPhoton=1 IsNotH=0.904268 IsPhotonXGB=1 ClusterAsX=-0.0101282 ClusterAsY=-0.131166 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.1977 ShowerShape=3670.22 CaloNeutralEcal=1290.49 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944348 CaloNeutralID=40080 CaloNeutralE19=0.819704 CaloClusterCode=-92 CaloClusterFrac=1.11814 IsPhoton=1 IsNotH=0.885585 IsPhotonXGB=1 ClusterAsX=0.130976 ClusterAsY=-0.0503703 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=22.4403 ShowerShape=2174.73 CaloNeutralEcal=3956.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.777226 CaloNeutralID=43351 CaloNeutralE19=0.435831 CaloClusterCode=71 CaloClusterFrac=0.990679 IsPhoton=1 IsNotH=0.111169 IsPhotonXGB=1 ClusterAsX=0.0367105 ClusterAsY=-0.0580736 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.4022 ShowerShape=5992.11 CaloNeutralEcal=516.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93912 CaloNeutralID=33325 CaloNeutralE19=0.494661 CaloClusterCode=97 CaloClusterFrac=1.01725 IsPhoton=1 IsNotH=0.394861 IsPhotonXGB=1 ClusterAsX=-0.0110192 ClusterAsY=0.431649 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.2783 ShowerShape=2233.12 CaloNeutralEcal=1735.57 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824012 CaloNeutralID=39832 CaloNeutralE19=0.631705 CaloClusterCode=92 CaloClusterFrac=1.07245 IsPhoton=1 IsNotH=0.443303 IsPhotonXGB=1 ClusterAsX=-0.00357899 ClusterAsY=-0.0666237 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=102.76 ShowerShape=1407.66 CaloNeutralEcal=1396.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956557 CaloNeutralID=39957 CaloNeutralE19=0.583997 CaloClusterCode=91 CaloClusterFrac=1.0373 IsPhoton=1 IsNotH=0.468987 IsPhotonXGB=1 ClusterAsX=-0.113877 ClusterAsY=-0.257367 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.4375 ShowerShape=9596.52 CaloNeutralEcal=486.058 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.750366 CaloNeutralID=33800 CaloNeutralE19=0.442359 CaloClusterCode=-93 CaloClusterFrac=1.04672 IsPhoton=1 IsNotH=0.0139157 IsPhotonXGB=1 ClusterAsX=-0.0232757 ClusterAsY=-0.051261 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.557 ShowerShape=2835.3 CaloNeutralEcal=1036.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.745089 CaloNeutralID=38535 CaloNeutralE19=0.414203 CaloClusterCode=-92 CaloClusterFrac=1.04693 IsPhoton=1 IsNotH=0.0469129 IsPhotonXGB=1 ClusterAsX=0.445617 ClusterAsY=-0.00640419 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=48.8087 ShowerShape=9167.78 CaloNeutralEcal=512.141 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.806425 CaloNeutralID=33974 CaloNeutralE19=0.60249 CaloClusterCode=96 CaloClusterFrac=1.06319 IsPhoton=1 IsNotH=0.159093 IsPhotonXGB=1 ClusterAsX=-0.0699095 ClusterAsY=0.0858687 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=115.258 ShowerShape=6727.5 CaloNeutralEcal=700.668 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.962196 CaloNeutralID=33627 CaloNeutralE19=0.575151 CaloClusterCode=-97 CaloClusterFrac=1.07255 IsPhoton=1 IsNotH=0.360907 IsPhotonXGB=1 ClusterAsX=-0.145315 ClusterAsY=0.376699 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=100.455 ShowerShape=1258.22 CaloNeutralEcal=1035.96 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896541 CaloNeutralID=37961 CaloNeutralE19=0.810076 CaloClusterCode=92 CaloClusterFrac=1.12361 IsPhoton=1 IsNotH=0.874653 IsPhotonXGB=1 ClusterAsX=0.0956735 ClusterAsY=0.0140413 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.7485 ShowerShape=1322.07 CaloNeutralEcal=1957.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917851 CaloNeutralID=42258 CaloNeutralE19=0.489156 CaloClusterCode=-95 CaloClusterFrac=0.966018 IsPhoton=1 IsNotH=0.551528 IsPhotonXGB=1 ClusterAsX=0.282237 ClusterAsY=-0.179835 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=428.134 ShowerShape=6273.49 CaloNeutralEcal=413.872 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903967 CaloNeutralID=36395 CaloNeutralE19=0.645494 CaloClusterCode=-95 CaloClusterFrac=0.95029 IsPhoton=1 IsNotH=0.23479 IsPhotonXGB=1 ClusterAsX=0.124736 ClusterAsY=-0.0210679 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=325.603 ShowerShape=3271.59 CaloNeutralEcal=753.443 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.949559 CaloNeutralID=35866 CaloNeutralE19=0.904392 CaloClusterCode=92 CaloClusterFrac=1.1367 IsPhoton=1 IsNotH=0.753127 IsPhotonXGB=1 ClusterAsX=-0.00889501 ClusterAsY=-0.00526824 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.0405 ShowerShape=2280.97 CaloNeutralEcal=855.088 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.872318 CaloNeutralID=38345 CaloNeutralE19=0.521925 CaloClusterCode=-95 CaloClusterFrac=0.903329 IsPhoton=1 IsNotH=0.306783 IsPhotonXGB=1 ClusterAsX=0.182707 ClusterAsY=0.0282011 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.4294 ShowerShape=8169.1 CaloNeutralEcal=541.688 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946249 CaloNeutralID=33904 CaloNeutralE19=0.535127 CaloClusterCode=95 CaloClusterFrac=1.05496 IsPhoton=1 IsNotH=0.237119 IsPhotonXGB=1 ClusterAsX=0.304079 ClusterAsY=0.157806 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=108.606 ShowerShape=8554.93 CaloNeutralEcal=690.371 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803405 CaloNeutralID=35934 CaloNeutralE19=0.57868 CaloClusterCode=91 CaloClusterFrac=1.08344 IsPhoton=1 IsNotH=0.140219 IsPhotonXGB=1 ClusterAsX=-0.0724525 ClusterAsY=0.0332121 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=118.847 ShowerShape=1801.85 CaloNeutralEcal=1079.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.907252 CaloNeutralID=40089 CaloNeutralE19=0.575423 CaloClusterCode=91 CaloClusterFrac=1.01129 IsPhoton=1 IsNotH=0.386311 IsPhotonXGB=1 ClusterAsX=0.155069 ClusterAsY=-0.189713 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.01704 ShowerShape=8174.25 CaloNeutralEcal=847.219 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900201 CaloNeutralID=38789 CaloNeutralE19=0.678257 CaloClusterCode=98 CaloClusterFrac=1.14614 IsPhoton=1 IsNotH=0.618178 IsPhotonXGB=1 ClusterAsX=0.0581744 ClusterAsY=0.244693 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=501.511 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33441 CaloNeutralE19=0.968242 CaloClusterCode=95 CaloClusterFrac=1.17387 IsPhoton=1 IsNotH=0.630663 IsPhotonXGB=1 ClusterAsX=0.0160871 ClusterAsY=-0.0156974 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=156.6 ShowerShape=3105.35 CaloNeutralEcal=387.477 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.924511 CaloNeutralID=33744 CaloNeutralE19=0.831053 CaloClusterCode=95 CaloClusterFrac=1.04147 IsPhoton=1 IsNotH=0.848401 IsPhotonXGB=1 ClusterAsX=0.002581 ClusterAsY=0.0206306 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=272.834 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33405 CaloNeutralE19=1.00043 CaloClusterCode=90 CaloClusterFrac=1.25374 IsPhoton=1 IsNotH=0.50684 IsPhotonXGB=1 ClusterAsX=4.00559e-07 ClusterAsY=8.03801e-07 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=220.523 ShowerShape=7273.43 CaloNeutralEcal=344.079 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94319 CaloNeutralID=35957 CaloNeutralE19=0.891179 CaloClusterCode=90 CaloClusterFrac=1.21951 IsPhoton=1 IsNotH=0.727984 IsPhotonXGB=1 ClusterAsX=-0.0143172 ClusterAsY=-0.0338514 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=214.781 ShowerShape=887.298 CaloNeutralEcal=1047.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.852428 CaloNeutralID=43787 CaloNeutralE19=0.653467 CaloClusterCode=91 CaloClusterFrac=1.14024 IsPhoton=1 IsNotH=0.808782 IsPhotonXGB=1 ClusterAsX=0.166739 ClusterAsY=-0.0324269 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=293.616 ShowerShape=647.288 CaloNeutralEcal=637.272 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978038 CaloNeutralID=39920 CaloNeutralE19=0.853611 CaloClusterCode=93 CaloClusterFrac=1.17578 IsPhoton=1 IsNotH=-1 IsPhotonXGB=1 ClusterAsX=-0.101136 ClusterAsY=-0.00133895 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.852659 ShowerShape=663.556 CaloNeutralEcal=36010.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936185 CaloNeutralID=43316 CaloNeutralE19=0.545755 CaloClusterCode=91 CaloClusterFrac=0.659343 ClusterAsX=0.0387722 ClusterAsY=-0.323054 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.852659 ShowerShape=272.991 CaloNeutralEcal=19905.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937841 CaloNeutralID=43251 CaloNeutralE19=0.872941 CaloClusterCode=87 CaloClusterFrac=0.380204 ClusterAsX=-0.0166198 ClusterAsY=0.0253204 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00433552 ShowerShape=611.475 CaloNeutralEcal=74810.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.911491 CaloNeutralID=42455 CaloNeutralE19=0.733074 CaloClusterCode=91 CaloClusterFrac=0.811483 ClusterAsX=-0.0689056 ClusterAsY=-0.117044 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00433552 ShowerShape=947.931 CaloNeutralEcal=17236.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.858467 CaloNeutralID=42454 CaloNeutralE19=0.698956 CaloClusterCode=61 CaloClusterFrac=0.194963 ClusterAsX=0.222654 ClusterAsY=-0.136671 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0262323 ShowerShape=8585.11 CaloNeutralEcal=9332.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871238 CaloNeutralID=34870 CaloNeutralE19=0.460187 CaloClusterCode=93 CaloClusterFrac=0.717569 ClusterAsX=-0.174453 ClusterAsY=0.226661 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0262323 ShowerShape=9296.31 CaloNeutralEcal=5522.29 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.857978 CaloNeutralID=34807 CaloNeutralE19=0.523016 CaloClusterCode=62 CaloClusterFrac=0.465786 ClusterAsX=0.315395 ClusterAsY=-0.145159 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.17338 ShowerShape=3879.17 CaloNeutralEcal=8368.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95165 CaloNeutralID=34736 CaloNeutralE19=0.760882 CaloClusterCode=65 CaloClusterFrac=0.693896 ClusterAsX=0.162244 ClusterAsY=0.0292941 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.17338 ShowerShape=6626.83 CaloNeutralEcal=4209.18 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.844883 CaloNeutralID=34673 CaloNeutralE19=0.654567 CaloClusterCode=93 CaloClusterFrac=0.350545 ClusterAsX=-0.0205567 ClusterAsY=-0.0661635 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.201487 ShowerShape=8440.15 CaloNeutralEcal=7892.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884466 CaloNeutralID=35340 CaloNeutralE19=0.511224 CaloClusterCode=91 CaloClusterFrac=0.703314 ClusterAsX=-0.0854356 ClusterAsY=-0.299666 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.201487 ShowerShape=7933.68 CaloNeutralEcal=3818.31 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.84355 CaloNeutralID=35341 CaloNeutralE19=0.545669 CaloClusterCode=91 CaloClusterFrac=0.375456 ClusterAsX=0.120735 ClusterAsY=-0.121928 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00914474 ShowerShape=1363.39 CaloNeutralEcal=42942.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.735937 CaloNeutralID=43030 CaloNeutralE19=0.397686 CaloClusterCode=98 CaloClusterFrac=0.586197 ClusterAsX=0.35856 ClusterAsY=0.0671561 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.00914474 ShowerShape=933.929 CaloNeutralEcal=34159.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.872333 CaloNeutralID=42965 CaloNeutralE19=0.451293 CaloClusterCode=77 CaloClusterFrac=0.609926 ClusterAsX=0.0870947 ClusterAsY=0.361481 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.19042 ShowerShape=1060.27 CaloNeutralEcal=18268.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91578 CaloNeutralID=37784 CaloNeutralE19=0.798869 CaloClusterCode=97 CaloClusterFrac=0.781475 ClusterAsX=-0.0136681 ClusterAsY=0.0879063 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.19042 ShowerShape=1751.71 CaloNeutralEcal=5297.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.839292 CaloNeutralID=37783 CaloNeutralE19=0.708718 CaloClusterCode=91 CaloClusterFrac=0.234198 ClusterAsX=0.12547 ClusterAsY=-0.0421732 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.4739 ShowerShape=1555.94 CaloNeutralEcal=15597.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.895616 CaloNeutralID=37790 CaloNeutralE19=0.75108 CaloClusterCode=91 CaloClusterFrac=0.625638 ClusterAsX=-0.0323601 ClusterAsY=-0.149881 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.4739 ShowerShape=1958.15 CaloNeutralEcal=9920.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.846329 CaloNeutralID=37854 CaloNeutralE19=0.576107 CaloClusterCode=81 CaloClusterFrac=0.437701 ClusterAsX=0.0554125 ClusterAsY=-0.212642 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.02068 ShowerShape=3625.41 CaloNeutralEcal=8698.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.934109 CaloNeutralID=35733 CaloNeutralE19=0.805249 CaloClusterCode=93 CaloClusterFrac=0.721273 ClusterAsX=-0.0505061 ClusterAsY=0.0108499 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.02068 ShowerShape=8723.65 CaloNeutralEcal=5365.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813644 CaloNeutralID=35796 CaloNeutralE19=0.46207 CaloClusterCode=93 CaloClusterFrac=0.397194 ClusterAsX=-0.174507 ClusterAsY=-0.0078375 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.229084 ShowerShape=1152.09 CaloNeutralEcal=26193.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.727569 CaloNeutralID=42899 CaloNeutralE19=0.562122 CaloClusterCode=98 CaloClusterFrac=0.51846 ClusterAsX=0.126155 ClusterAsY=-0.0360945 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.229084 ShowerShape=1140.56 CaloNeutralEcal=33509.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849818 CaloNeutralID=42962 CaloNeutralE19=0.341553 CaloClusterCode=95 CaloClusterFrac=0.643632 ClusterAsX=0.418789 ClusterAsY=0.148403 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50843 ShowerShape=641.006 CaloNeutralEcal=33261.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890525 CaloNeutralID=43622 CaloNeutralE19=0.679342 CaloClusterCode=91 CaloClusterFrac=0.602486 ClusterAsX=-0.0406144 ClusterAsY=-0.120507 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.50843 ShowerShape=1574.23 CaloNeutralEcal=28989.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.709328 CaloNeutralID=43558 CaloNeutralE19=0.520177 CaloClusterCode=92 CaloClusterFrac=0.439586 ClusterAsX=0.153701 ClusterAsY=-0.0854323 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.469125 ShowerShape=11239.6 CaloNeutralEcal=2266.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833664 CaloNeutralID=34746 CaloNeutralE19=1.71272 CaloClusterCode=93 CaloClusterFrac=0.278452 ClusterAsX=-0.585011 ClusterAsY=0.17723 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.469125 ShowerShape=4935.78 CaloNeutralEcal=5855.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.983553 CaloNeutralID=34682 CaloNeutralE19=0.340063 CaloClusterCode=97 CaloClusterFrac=0.794261 ClusterAsX=-0.0933194 ClusterAsY=0.68799 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.6242 ShowerShape=847.379 CaloNeutralEcal=28184.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871791 CaloNeutralID=42453 CaloNeutralE19=0.651464 CaloClusterCode=95 CaloClusterFrac=0.626927 ClusterAsX=0.183197 ClusterAsY=-0.0803129 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.6242 ShowerShape=723.018 CaloNeutralEcal=16671.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890702 CaloNeutralID=42454 CaloNeutralE19=0.722643 CaloClusterCode=61 CaloClusterFrac=0.385671 ClusterAsX=-0.0759489 ClusterAsY=-0.18241 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.64944 ShowerShape=2521.46 CaloNeutralEcal=4269.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.979018 CaloNeutralID=35195 CaloNeutralE19=0.89886 CaloClusterCode=97 CaloClusterFrac=0.592934 ClusterAsX=-0.0117424 ClusterAsY=0.0577548 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.64944 ShowerShape=5656.11 CaloNeutralEcal=3440.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939923 CaloNeutralID=35194 CaloNeutralE19=0.758668 CaloClusterCode=86 CaloClusterFrac=0.446403 ClusterAsX=-0.099472 ClusterAsY=0.214346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.96524 ShowerShape=7848.99 CaloNeutralEcal=6105.99 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880457 CaloNeutralID=34936 CaloNeutralE19=0.574984 CaloClusterCode=95 CaloClusterFrac=0.752387 ClusterAsX=0.318683 ClusterAsY=-0.0756925 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.96524 ShowerShape=6718.89 CaloNeutralEcal=2313.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.903255 CaloNeutralID=34871 CaloNeutralE19=0.579238 CaloClusterCode=55 CaloClusterFrac=0.357035 ClusterAsX=0.333805 ClusterAsY=-0.0377129 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0866163 ShowerShape=3255.23 CaloNeutralEcal=12419.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811639 CaloNeutralID=39309 CaloNeutralE19=0.368755 CaloClusterCode=96 CaloClusterFrac=0.6384 ClusterAsX=-0.232744 ClusterAsY=0.225424 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0866163 ShowerShape=1338.66 CaloNeutralEcal=7164.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.972208 CaloNeutralID=39374 CaloNeutralE19=0.621436 CaloClusterCode=53 CaloClusterFrac=0.519913 ClusterAsX=-0.265735 ClusterAsY=-0.125363 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.176125 ShowerShape=966.958 CaloNeutralEcal=13501.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897192 CaloNeutralID=38476 CaloNeutralE19=0.80987 CaloClusterCode=93 CaloClusterFrac=0.730053 ClusterAsX=-0.036291 ClusterAsY=0.00701186 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.176125 ShowerShape=1436.32 CaloNeutralEcal=5521.13 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.884496 CaloNeutralID=38475 CaloNeutralE19=0.816152 CaloClusterCode=87 CaloClusterFrac=0.299796 ClusterAsX=-0.0437486 ClusterAsY=0.0416392 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.162917 ShowerShape=7282.31 CaloNeutralEcal=5432.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914972 CaloNeutralID=34678 CaloNeutralE19=0.613462 CaloClusterCode=95 CaloClusterFrac=0.657331 ClusterAsX=0.242522 ClusterAsY=0.105275 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.162917 ShowerShape=10376.3 CaloNeutralEcal=7300.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856291 CaloNeutralID=34613 CaloNeutralE19=0.361992 CaloClusterCode=93 CaloClusterFrac=0.659848 ClusterAsX=-0.454221 ClusterAsY=-0.203491 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.715379 ShowerShape=4610.37 CaloNeutralEcal=4474.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.940363 CaloNeutralID=34946 CaloNeutralE19=0.72759 CaloClusterCode=95 CaloClusterFrac=0.702927 ClusterAsX=0.215721 ClusterAsY=0.0102329 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.715379 ShowerShape=6022.76 CaloNeutralEcal=1886.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970251 CaloNeutralID=35010 CaloNeutralE19=0.756062 CaloClusterCode=62 CaloClusterFrac=0.306601 ClusterAsX=0.198406 ClusterAsY=-0.248551 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.297595 ShowerShape=1027.9 CaloNeutralEcal=12127.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973794 CaloNeutralID=37669 CaloNeutralE19=0.731141 CaloClusterCode=67 CaloClusterFrac=0.88061 ClusterAsX=-0.0582377 ClusterAsY=0.21617 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.297595 ShowerShape=3048.95 CaloNeutralEcal=1700.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.837139 CaloNeutralID=37733 CaloNeutralE19=1.37086 CaloClusterCode=70 CaloClusterFrac=0.122549 ClusterAsX=-0.49946 ClusterAsY=-0.570592 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.10894 ShowerShape=1981.51 CaloNeutralEcal=8246.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856061 CaloNeutralID=38648 CaloNeutralE19=0.627597 CaloClusterCode=96 CaloClusterFrac=0.606866 ClusterAsX=-0.169933 ClusterAsY=0.0962267 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.10894 ShowerShape=2629.8 CaloNeutralEcal=7683.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.781223 CaloNeutralID=38649 CaloNeutralE19=0.481039 CaloClusterCode=95 CaloClusterFrac=0.538409 ClusterAsX=0.211989 ClusterAsY=-0.0636854 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.908294 ShowerShape=3875.27 CaloNeutralEcal=5200.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.930566 CaloNeutralID=33360 CaloNeutralE19=0.824801 CaloClusterCode=90 CaloClusterFrac=0.879124 ClusterAsX=-0.0837985 ClusterAsY=-0.020676 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.908294 ShowerShape=6664.59 CaloNeutralEcal=780.528 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.912331 CaloNeutralID=33297 CaloNeutralE19=0.493825 CaloClusterCode=97 CaloClusterFrac=0.148947 ClusterAsX=-0.0575587 ClusterAsY=0.323711 ] } -Printing ended -BrunelInit INFO Evt 10, Run 1, Nr. in job = 10 -PrintChargedProtosSUCCESS Print all proto particles of an event -PrintChargedProtosSUCCESS { Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.921 RichDLLmu=-3.1958 RichDLLpi=0 RichDLLk=-0.382542 RichDLLp=-0.382542 RichPIDStatus=5027 RichDLLbt=-0.382542 RichDLLd=-0.382542 MuonMuLL=0 MuonBkgLL=-0.0298387 MuonNShared=46 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1121.65 MuonMVA1=-999 MuonMVA2=-0.841007 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.338692 CaloElectronMatch=259.963 CaloBremMatch=259.963 CaloChargedEcal=14003.1 CaloChargedID=34867 CaloNeutralEcal=14003.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88868 CaloNeutralID=34867 CaloEcalE=10203.8 CaloHcalE=10151.7 CaloEcalChi2=259.963 CaloBremChi2=563.895 CaloClusChi2=0.338692 CaloTrajectoryL=118.801 CaloEoverP=2.45676 EcalPIDe=0.27519 BremPIDe=-0.607507 HcalPIDe=-1.62556 HcalPIDmu=-0.245652 EcalPIDmu=-0.784897 TrackChi2PerDof=0.871796 TrackNumDof=45 TrackType=3 TrackHistory=30 TrackP=5741.58 TrackPt=321.079 CombDLLe=-3.65931 CombDLLmu=-4.951 CombDLLpi=0 CombDLLk=-0.382542 CombDLLp=-0.382542 CombDLLd=-0.352703 ProbNNe=0.306533 ProbNNmu=0.00366525 ProbNNpi=0.000476878 ProbNNk=0.0780953 ProbNNp=0.063881 ProbNNghost=0.838314 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.51574 RichDLLmu=-4.98241 RichDLLpi=0 RichDLLk=3.42429 RichDLLp=3.42429 RichPIDStatus=5028 RichDLLbt=3.42429 RichDLLd=3.42429 MuonMuLL=0 MuonBkgLL=-0.019067 MuonNShared=62 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=920.102 MuonMVA1=-999 MuonMVA2=-0.846714 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.11094 CaloElectronMatch=265.516 CaloBremMatch=186.587 CaloChargedEcal=764.602 CaloChargedID=38469 CaloNeutralEcal=764.602 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77297 CaloNeutralID=38469 CaloEcalE=1346.32 CaloHcalE=1933.22 CaloEcalChi2=265.516 CaloBremChi2=272.785 CaloClusChi2=3.11094 CaloTrajectoryL=-788.936 CaloEoverP=0.200668 EcalPIDe=0.265875 BremPIDe=-0.318955 HcalPIDe=-1.32141 HcalPIDmu=1.64544 EcalPIDmu=-1.14196 TrackChi2PerDof=0.897667 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=4542.52 TrackPt=208.074 CombDLLe=-2.16141 CombDLLmu=-4.79824 CombDLLpi=0 CombDLLk=3.42429 CombDLLp=3.42429 CombDLLd=3.44336 ProbNNe=0.0840662 ProbNNmu=0.00366525 ProbNNpi=0.00090336 ProbNNk=0.135062 ProbNNp=0.175913 ProbNNghost=0.190922 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.63106 RichDLLmu=0.520207 RichDLLpi=0 RichDLLk=-18.2805 RichDLLp=-21.1541 RichPIDStatus=139233 RichDLLbt=-12.5428 RichDLLd=-20.2507 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=9.43055 CaloElectronMatch=2423.12 CaloBremMatch=2423.12 CaloChargedEcal=8519.52 CaloChargedID=42208 CaloNeutralEcal=8519.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.76366 CaloNeutralID=42208 CaloEcalE=1125.58 CaloHcalE=9541.27 CaloEcalChi2=2423.12 CaloBremChi2=305.2 CaloClusChi2=9.43055 CaloTrajectoryL=2413.71 CaloEoverP=0.157781 EcalPIDe=-1.23456 BremPIDe=-1.56983 HcalPIDe=-2.00504 HcalPIDmu=-0.567303 EcalPIDmu=0.449654 TrackChi2PerDof=1.06966 TrackNumDof=42 TrackType=3 TrackHistory=30 TrackP=54038.9 TrackPt=2054.44 CombDLLe=-4.699 CombDLLmu=0.608025 CombDLLpi=0 CombDLLk=-18.2805 CombDLLp=-21.1541 CombDLLd=-20.2507 ProbNNe=2.77794e-06 ProbNNpi=0.997267 ProbNNk=1.73438e-05 ProbNNp=0.000208828 ProbNNghost=4.7669e-05 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.8443 RichDLLmu=0.398206 RichDLLpi=0 RichDLLk=-8.23831 RichDLLp=-7.90976 RichPIDStatus=6114 RichDLLbt=-7.90976 RichDLLd=-7.90976 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.872814 CaloElectronMatch=183.992 CaloBremMatch=183.992 CaloChargedEcal=2724.84 CaloChargedID=43664 CaloNeutralEcal=2724.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762916 CaloNeutralID=43664 CaloEcalE=491.636 CaloHcalE=9382.01 CaloEcalChi2=183.992 CaloBremChi2=488.304 CaloClusChi2=0.872814 CaloTrajectoryL=-92.3253 CaloEoverP=0.305061 EcalPIDe=0.989182 BremPIDe=-0.638976 HcalPIDe=-1.62556 HcalPIDmu=-1.74174 EcalPIDmu=2.08816 TrackChi2PerDof=1.58076 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=9907.98 TrackPt=433.211 CombDLLe=-4.34902 CombDLLmu=0.902737 CombDLLpi=0 CombDLLk=-8.23831 CombDLLp=-7.90976 CombDLLd=-7.90976 ProbNNe=2.40777e-07 ProbNNpi=0.889645 ProbNNk=3.44499e-05 ProbNNp=0.000550258 ProbNNghost=0.519849 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.2466 RichDLLmu=-0.255817 RichDLLpi=0 RichDLLk=12.3086 RichDLLp=9.36496 RichPIDStatus=6116 RichDLLbt=9.36496 RichDLLd=9.36496 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.02569 CaloElectronMatch=1257.19 CaloChargedEcal=12657.5 CaloChargedID=38768 CaloEcalE=3006.87 CaloHcalE=20934.9 CaloEcalChi2=1257.19 CaloClusChi2=3.02569 CaloTrajectoryL=448.576 CaloEoverP=0.835601 EcalPIDe=-1.28424 HcalPIDe=-2.5812 HcalPIDmu=-1.95265 EcalPIDmu=-2.36481 TrackChi2PerDof=0.972674 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=15547.4 TrackPt=491.018 CombDLLe=-4.43236 CombDLLmu=-4.6753 CombDLLpi=0 CombDLLk=12.3086 CombDLLp=9.36496 CombDLLd=9.36496 ProbNNe=6.71361e-07 ProbNNpi=0.0091678 ProbNNk=0.961931 ProbNNp=0.912647 ProbNNghost=0.00275358 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-8.10986 RichDLLmu=-8.17673 RichDLLpi=0 RichDLLk=-1.87495 RichDLLp=-1.87495 RichPIDStatus=5027 RichDLLbt=-1.87495 RichDLLd=-1.87495 InAccBrem=1 CaloBremChi2=697.621 BremPIDe=-0.553589 TrackChi2PerDof=0.904473 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=3207.06 TrackPt=199.476 CombDLLe=-1.95368 CombDLLmu=-6.48773 CombDLLpi=0 CombDLLk=-1.87495 CombDLLp=-1.87495 CombDLLd=-1.87495 ProbNNe=0.425731 ProbNNpi=0.957063 ProbNNk=0.0265739 ProbNNp=0.0411165 ProbNNghost=0.0191737 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.0305 RichDLLmu=-9.03125 RichDLLpi=0 RichDLLk=-9.25422 RichDLLp=-8.69009 RichPIDStatus=6115 RichDLLbt=-8.69009 RichDLLd=-8.69009 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.7675 CaloElectronMatch=1159.56 CaloBremMatch=341.698 CaloChargedEcal=14280.5 CaloChargedID=39097 CaloNeutralEcal=14280.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.650511 CaloNeutralID=39097 CaloEcalE=1445.92 CaloHcalE=5299.63 CaloEcalChi2=1159.56 CaloBremChi2=527.249 CaloClusChi2=3.7675 CaloTrajectoryL=479.262 CaloEoverP=1.29206 EcalPIDe=-1.174 BremPIDe=-0.621385 HcalPIDe=-1.75999 HcalPIDmu=-0.865923 EcalPIDmu=-0.99018 TrackChi2PerDof=1.16819 TrackNumDof=41 TrackType=3 TrackHistory=30 TrackP=11031.1 TrackPt=551.984 CombDLLe=-6.65527 CombDLLmu=-8.48825 CombDLLpi=0 CombDLLk=-9.25422 CombDLLp=-8.69009 CombDLLd=-8.69009 ProbNNe=1.87701e-06 ProbNNpi=0.997678 ProbNNk=0.000296401 ProbNNp=0.0011423 ProbNNghost=0.00843197 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.894852 RichDLLmu=-0.00254822 RichDLLpi=0 RichDLLk=8.53169 RichDLLp=18.2163 RichPIDStatus=8165 RichDLLbt=16.2558 RichDLLd=16.2558 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.231865 CaloElectronMatch=160.443 CaloBremMatch=160.443 CaloChargedEcal=16923.6 CaloChargedID=43740 CaloNeutralEcal=16923.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.768904 CaloNeutralID=43740 CaloEcalE=4815.43 CaloHcalE=2146.93 CaloEcalChi2=160.443 CaloBremChi2=693.611 CaloClusChi2=0.231865 CaloTrajectoryL=85.7505 CaloEoverP=0.83682 EcalPIDe=1.91205 BremPIDe=-0.581258 HcalPIDe=-0.577345 HcalPIDmu=1.41468 EcalPIDmu=-3.25666 TrackChi2PerDof=1.29555 TrackNumDof=40 TrackType=3 TrackHistory=30 TrackP=21463.7 TrackPt=939.47 CombDLLe=0.596873 CombDLLmu=-1.84555 CombDLLpi=0 CombDLLk=8.53169 CombDLLp=18.2163 CombDLLd=16.2558 ProbNNe=2.46932e-05 ProbNNpi=0.0722494 ProbNNk=0.49182 ProbNNp=0.981655 ProbNNghost=0.00771642 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.1986 RichDLLmu=-8.5402 RichDLLpi=0 RichDLLk=3.8047 RichDLLp=3.90826 RichPIDStatus=6117 RichDLLbt=3.90826 RichDLLd=3.90826 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.910933 CaloElectronMatch=185.234 CaloBremMatch=183.992 CaloChargedEcal=2724.84 CaloChargedID=43664 CaloNeutralEcal=2724.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762916 CaloNeutralID=43664 CaloEcalE=491.636 CaloHcalE=9382.01 CaloEcalChi2=185.234 CaloBremChi2=506.33 CaloClusChi2=0.910933 CaloTrajectoryL=-93.9074 CaloEoverP=0.305192 EcalPIDe=0.989182 BremPIDe=-0.638976 HcalPIDe=-1.62556 HcalPIDmu=-1.74174 EcalPIDmu=2.08816 TrackChi2PerDof=1.01987 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=9903.74 TrackPt=443.583 CombDLLe=-4.25716 CombDLLmu=-6.20842 CombDLLpi=0 CombDLLk=3.8047 CombDLLp=3.90826 CombDLLd=3.90826 ProbNNe=2.6963e-06 ProbNNpi=0.984739 ProbNNk=0.00137832 ProbNNp=0.0059501 ProbNNghost=0.00363851 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.7203 RichDLLmu=-20.4557 RichDLLpi=0 RichDLLk=-4.47165 RichDLLp=-4.47165 RichPIDStatus=5027 RichDLLbt=-4.47165 RichDLLd=-4.47165 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.13698 CaloElectronMatch=707.571 CaloBremMatch=77.6255 CaloChargedEcal=5791.63 CaloChargedID=34762 CaloNeutralEcal=5791.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874222 CaloNeutralID=34762 CaloEcalE=3581.53 CaloHcalE=8429.47 CaloEcalChi2=707.571 CaloBremChi2=728.509 CaloClusChi2=3.13698 CaloTrajectoryL=342.128 CaloEoverP=1.06259 EcalPIDe=-0.739943 BremPIDe=-0.607507 HcalPIDe=-1.88811 HcalPIDmu=-0.623368 EcalPIDmu=-2.85322 TrackChi2PerDof=1.08401 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=5680.39 TrackPt=409.444 CombDLLe=-6.43176 CombDLLmu=-10.4727 CombDLLpi=0 CombDLLk=-4.47165 CombDLLp=-4.47165 CombDLLd=-4.47165 ProbNNe=4.51649e-06 ProbNNpi=0.994082 ProbNNk=7.89337e-05 ProbNNp=0.000459993 ProbNNghost=0.0221902 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.7911 RichDLLmu=-10.9947 RichDLLpi=0 RichDLLk=-2.77613 RichDLLp=-2.77613 RichPIDStatus=5027 RichDLLbt=-2.77613 RichDLLd=-2.77613 MuonMuLL=-0.00712531 MuonBkgLL=-0.0984703 MuonNShared=49 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=819.531 MuonMVA1=-999 MuonMVA2=-1.39394 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=16.6041 CaloElectronMatch=471.174 CaloBremMatch=186.587 CaloChargedEcal=764.602 CaloChargedID=38469 CaloNeutralEcal=764.602 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77297 CaloNeutralID=38469 CaloEcalE=0 CaloHcalE=2097.48 CaloEcalChi2=471.174 CaloBremChi2=57.7671 CaloClusChi2=16.6041 CaloTrajectoryL=754.061 CaloEoverP=0.186205 EcalPIDe=-0.214586 BremPIDe=0.775729 HcalPIDe=-1.31758 HcalPIDmu=1.09404 EcalPIDmu=0.494733 TrackChi2PerDof=1.38108 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=4895.35 TrackPt=287.466 CombDLLe=-3.07859 CombDLLmu=-5.14973 CombDLLpi=0 CombDLLk=-2.77613 CombDLLp=-2.77613 CombDLLd=-2.67766 ProbNNe=1.64145e-05 ProbNNmu=0.00366525 ProbNNpi=0.0322715 ProbNNk=0.014833 ProbNNp=0.103499 ProbNNghost=0.278185 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.43502 RichDLLmu=3.25071 RichDLLpi=0 RichDLLk=3.68737 RichDLLp=3.68737 RichPIDStatus=5028 RichDLLbt=3.68737 RichDLLd=3.68737 MuonMuLL=0 MuonBkgLL=-0.0155211 MuonNShared=49 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=973.107 MuonMVA1=-999 MuonMVA2=-1.1333 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.4704 CaloElectronMatch=132.136 CaloBremMatch=2.57291 CaloChargedEcal=1283.55 CaloChargedID=34934 CaloNeutralEcal=1283.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783706 CaloNeutralID=34934 CaloEcalE=518.738 CaloHcalE=5768.41 CaloEcalChi2=132.136 CaloBremChi2=149.03 CaloClusChi2=5.4704 CaloTrajectoryL=819.155 CaloEoverP=0.328819 EcalPIDe=0.83137 BremPIDe=-0.0936627 HcalPIDe=-0.88472 HcalPIDmu=-0.152469 EcalPIDmu=1.08819 TrackChi2PerDof=1.18801 TrackNumDof=39 TrackType=3 TrackHistory=30 TrackP=4793.8 TrackPt=201.824 CombDLLe=0.104009 CombDLLmu=4.9536 CombDLLpi=0 CombDLLk=3.68737 CombDLLp=3.68737 CombDLLd=3.7029 ProbNNe=0.974157 ProbNNmu=0.00366525 ProbNNpi=0.00182382 ProbNNk=0.177674 ProbNNp=0.348911 ProbNNghost=0.431887 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.44091 RichDLLmu=-2.76002 RichDLLpi=0 RichDLLk=-1.4684 RichDLLp=-1.4684 RichPIDStatus=5027 RichDLLbt=-1.4684 RichDLLd=-1.4684 MuonMuLL=-0.0307686 MuonBkgLL=-0.567799 MuonNShared=45 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=69.8869 MuonMVA1=-999 MuonMVA2=-0.523069 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.98466 CaloElectronMatch=168.041 CaloBremMatch=57.8363 CaloChargedEcal=3234.73 CaloChargedID=34765 CaloNeutralEcal=3234.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917585 CaloNeutralID=34765 CaloEcalE=475.03 CaloHcalE=8150.43 CaloEcalChi2=168.041 CaloBremChi2=613.826 CaloClusChi2=7.98466 CaloTrajectoryL=101.929 CaloEoverP=0.968933 EcalPIDe=0.83137 BremPIDe=-0.553589 HcalPIDe=-0.697374 HcalPIDmu=1.06858 EcalPIDmu=1.19218 TrackChi2PerDof=1.47126 TrackNumDof=39 TrackType=3 TrackHistory=32 TrackP=3487.08 TrackPt=167.04 CombDLLe=-1.70694 CombDLLmu=-0.716356 CombDLLpi=0 CombDLLk=-1.4684 CombDLLp=-1.4684 CombDLLd=-0.900606 ProbNNe=0.0424624 ProbNNmu=0.00366525 ProbNNpi=0.010302 ProbNNk=0.05547 ProbNNp=0.0764888 ProbNNghost=0.361138 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.55348 RichDLLmu=0.137825 RichDLLpi=0 RichDLLk=6.82792 RichDLLp=6.82792 RichPIDStatus=5028 RichDLLbt=6.82792 RichDLLd=6.82792 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.255061 CaloElectronMatch=3.90375 CaloBremMatch=3.90375 CaloChargedEcal=6045.54 CaloChargedID=39353 CaloNeutralEcal=6045.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.957229 CaloNeutralID=39353 CaloEcalE=5332.44 CaloHcalE=1227.46 CaloEcalChi2=3.90375 CaloBremChi2=274.282 CaloClusChi2=0.255061 CaloTrajectoryL=128.429 CaloEoverP=0.935357 EcalPIDe=3.6423 BremPIDe=-0.416867 HcalPIDe=-0.668461 HcalPIDmu=0.533502 EcalPIDmu=-3.28418 TrackChi2PerDof=1.5036 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=6571.86 TrackPt=237.196 CombDLLe=2.8287 CombDLLmu=-2.55777 CombDLLpi=0 CombDLLk=6.82792 CombDLLp=6.82792 CombDLLd=6.82792 ProbNNe=0.969452 ProbNNpi=0.00898915 ProbNNk=0.277313 ProbNNp=0.138252 ProbNNghost=0.995078 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=13.9682 RichDLLmu=-0.425516 RichDLLpi=0 RichDLLk=3.94745 RichDLLp=3.94745 RichPIDStatus=5025 RichDLLbt=3.94745 RichDLLd=3.94745 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.80351 CaloElectronMatch=607.715 CaloBremMatch=228.62 CaloChargedEcal=14004.1 CaloChargedID=34759 CaloNeutralEcal=14004.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.65788 CaloNeutralID=34759 CaloEcalE=2338.07 CaloHcalE=4433.69 CaloEcalChi2=607.715 CaloBremChi2=1005.68 CaloClusChi2=2.80351 CaloTrajectoryL=-91.7528 CaloEoverP=3.54754 EcalPIDe=-0.433674 BremPIDe=-0.553589 HcalPIDe=-1.33861 HcalPIDmu=-0.440538 EcalPIDmu=-2.2286 TrackChi2PerDof=0.980189 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=3961.37 TrackPt=167.447 CombDLLe=0.0238137 CombDLLmu=-3.26343 CombDLLpi=0 CombDLLk=3.94745 CombDLLp=3.94745 CombDLLd=3.94745 ProbNNe=0.834803 ProbNNpi=0.507012 ProbNNk=0.0953083 ProbNNp=0.300761 ProbNNghost=0.296784 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.3789 RichDLLmu=-1.6373 RichDLLpi=0 RichDLLk=-18.2807 RichDLLp=-12.2791 RichPIDStatus=8163 RichDLLbt=-12.2624 RichDLLd=-12.2624 MuonMuLL=-0.00220243 MuonBkgLL=-0.416543 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=49.2976 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=17.811 CaloElectronMatch=1638.19 CaloBremMatch=183.992 CaloChargedEcal=2724.84 CaloChargedID=43664 CaloNeutralEcal=2724.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.762916 CaloNeutralID=43664 CaloEcalE=0 CaloHcalE=22157.2 CaloEcalChi2=1638.19 CaloBremChi2=400.497 CaloClusChi2=17.811 CaloTrajectoryL=2956.28 CaloEoverP=0.172994 EcalPIDe=-1.54975 BremPIDe=-0.608318 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=0.635346 TrackChi2PerDof=1.10113 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=17472 TrackPt=460.734 CombDLLe=-6.67856 CombDLLmu=-2.85638 CombDLLpi=0 CombDLLk=-18.2807 CombDLLp=-12.2791 CombDLLd=-11.8458 ProbNNe=2.03305e-07 ProbNNpi=0.99662 ProbNNk=4.17339e-05 ProbNNp=0.000196078 ProbNNghost=0.000682306 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.2697 RichDLLmu=1.31826 RichDLLpi=0 RichDLLk=-6.65575 RichDLLp=-5.52987 RichPIDStatus=6114 RichDLLbt=-5.52987 RichDLLd=-5.52987 MuonMuLL=-0.0345914 MuonBkgLL=-1.35868 MuonNShared=8 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=75.5296 MuonMVA1=-999 MuonMVA2=-0.144055 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.426923 CaloElectronMatch=43.0391 CaloBremMatch=43.0391 CaloChargedEcal=9591.9 CaloChargedID=42148 CaloNeutralEcal=9591.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.697605 CaloNeutralID=42148 CaloEcalE=3598.18 CaloHcalE=5318.32 CaloEcalChi2=43.0391 CaloBremChi2=526.205 CaloClusChi2=0.426923 CaloTrajectoryL=152.139 CaloEoverP=0.874609 EcalPIDe=4.33705 BremPIDe=-0.621385 HcalPIDe=-1.75999 HcalPIDmu=-0.865923 EcalPIDmu=-2.90481 TrackChi2PerDof=1.10258 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=11153.6 TrackPt=723.758 CombDLLe=-0.891755 CombDLLmu=-0.642685 CombDLLpi=0 CombDLLk=-6.65575 CombDLLp=-5.52987 CombDLLd=-4.17119 ProbNNe=0.0127015 ProbNNmu=0.00366525 ProbNNpi=0.0972674 ProbNNk=0.0574171 ProbNNp=0.0596491 ProbNNghost=0.039653 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.11466 RichDLLmu=-0.916218 RichDLLpi=0 RichDLLk=7.30892 RichDLLp=15.8074 RichPIDStatus=8166 RichDLLbt=17.528 RichDLLd=17.528 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.75838 CaloElectronMatch=1269.26 CaloBremMatch=1255.52 CaloChargedEcal=26255.3 CaloChargedID=43815 CaloNeutralEcal=26255.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.706048 CaloNeutralID=43815 CaloEcalE=3789.74 CaloHcalE=15721.9 CaloEcalChi2=1269.26 CaloBremChi2=492.079 CaloClusChi2=2.75838 CaloTrajectoryL=-335.638 CaloEoverP=1.25437 EcalPIDe=-1.3658 BremPIDe=-0.591406 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=-2.77042 TrackChi2PerDof=2.64347 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=20849.4 TrackPt=774.268 CombDLLe=-5.37398 CombDLLmu=-7.26266 CombDLLpi=0 CombDLLk=7.30892 CombDLLp=15.8074 CombDLLd=17.528 ProbNNe=2.80159e-05 ProbNNpi=0.064591 ProbNNk=0.145812 ProbNNp=0.842998 ProbNNghost=0.680257 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.37673 RichDLLmu=3.10966 RichDLLpi=0 RichDLLk=-43.9151 RichDLLp=-31.1493 RichPIDStatus=8162 RichDLLbt=-28.9855 RichDLLd=-28.9855 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.260624 CaloElectronMatch=196.047 CaloBremMatch=196.047 CaloChargedEcal=22393.5 CaloChargedID=41957 CaloNeutralEcal=22393.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.810316 CaloNeutralID=41957 CaloEcalE=13776.6 CaloHcalE=639.853 CaloEcalChi2=196.047 CaloBremChi2=134.053 CaloClusChi2=0.260624 CaloTrajectoryL=452.951 CaloEoverP=0.866673 EcalPIDe=1.53473 BremPIDe=0.531873 HcalPIDe=0.658186 HcalPIDmu=-0.314446 EcalPIDmu=-3.63171 TrackChi2PerDof=1.15849 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=25812.7 TrackPt=1787.29 CombDLLe=3.14023 CombDLLmu=-0.0788578 CombDLLpi=0 CombDLLk=-43.9151 CombDLLp=-31.1493 CombDLLd=-28.9855 ProbNNe=0.563477 ProbNNpi=0.788465 ProbNNk=3.36318e-05 ProbNNp=2.69873e-05 ProbNNghost=0.00353173 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.9356 RichDLLmu=-2.6813 RichDLLpi=0 RichDLLk=-23.188 RichDLLp=-16.4893 RichPIDStatus=6115 RichDLLbt=-16.4893 RichDLLd=-16.4893 MuonMuLL=-0.0128826 MuonBkgLL=-0.93124 MuonNShared=3 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=966.189 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.104573 CaloElectronMatch=29.4209 CaloBremMatch=29.4209 CaloChargedEcal=10281.8 CaloChargedID=42283 CaloNeutralEcal=10281.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.797919 CaloNeutralID=42283 CaloEcalE=6009.11 CaloHcalE=5314.03 CaloEcalChi2=29.4209 CaloBremChi2=451.882 CaloClusChi2=0.104573 CaloTrajectoryL=89.3279 CaloEoverP=0.749737 EcalPIDe=4.33705 BremPIDe=-0.625066 HcalPIDe=-1.75999 HcalPIDmu=-0.819028 EcalPIDmu=-3.81396 TrackChi2PerDof=0.96944 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=14500.4 TrackPt=585.655 CombDLLe=-1.13454 CombDLLmu=-7.14569 CombDLLpi=0 CombDLLk=-23.188 CombDLLp=-16.4893 CombDLLd=-15.558 ProbNNe=7.1548e-07 ProbNNpi=0.998052 ProbNNk=4.92562e-05 ProbNNp=0.000482938 ProbNNghost=0.00144288 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.8395 RichDLLmu=-18.7895 RichDLLpi=0 RichDLLk=-13.7595 RichDLLp=-13.7595 RichPIDStatus=5027 RichDLLbt=-13.7595 RichDLLd=-13.7595 MuonMuLL=-0.0439519 MuonBkgLL=-0.271762 MuonNShared=10 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=279.867 MuonMVA1=-999 MuonMVA2=-1.24409 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.07756 CaloElectronMatch=196.046 CaloBremMatch=196.046 CaloChargedEcal=3963.6 CaloChargedID=37687 CaloNeutralEcal=3963.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.0046 CaloNeutralID=37687 CaloEcalE=3026.93 CaloHcalE=0 CaloEcalChi2=196.046 CaloBremChi2=115.392 CaloClusChi2=1.07756 CaloTrajectoryL=255.696 CaloEoverP=0.739419 EcalPIDe=0.605631 BremPIDe=0.21818 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.94561 TrackChi2PerDof=1.05691 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=5743.27 TrackPt=551.844 CombDLLe=-1.95266 CombDLLmu=-12.192 CombDLLpi=0 CombDLLk=-13.7595 CombDLLp=-13.7595 CombDLLd=-13.4877 ProbNNe=6.74327e-06 ProbNNmu=0.00366525 ProbNNpi=0.0267953 ProbNNk=0.00121113 ProbNNp=0.00784293 ProbNNghost=0.0787406 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.3679 RichDLLmu=-7.71514 RichDLLpi=0 RichDLLk=0.581715 RichDLLp=0.581715 RichPIDStatus=5092 RichDLLbt=0.581715 RichDLLd=0.581715 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.06468 CaloElectronMatch=341.698 CaloBremMatch=341.698 CaloChargedEcal=14280.5 CaloChargedID=39097 CaloNeutralEcal=14280.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.650511 CaloNeutralID=39097 CaloEcalE=800.176 CaloHcalE=329.376 CaloEcalChi2=341.698 CaloBremChi2=300.648 CaloClusChi2=1.06468 CaloTrajectoryL=-198.283 CaloEoverP=1.58941 EcalPIDe=0.0750074 BremPIDe=-0.466299 HcalPIDe=-0.0471635 HcalPIDmu=-1.89593 EcalPIDmu=0.330989 TrackChi2PerDof=1.02523 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=8967.39 TrackPt=415.761 CombDLLe=-3.00288 CombDLLmu=-7.95334 CombDLLpi=0 CombDLLk=0.581715 CombDLLp=0.581715 CombDLLd=0.581715 ProbNNe=1.25458e-07 ProbNNpi=0.971795 ProbNNk=0.00334805 ProbNNp=0.0108104 ProbNNghost=0.0518235 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.56831 RichDLLmu=-7.96604 RichDLLpi=0 RichDLLk=2.99936 RichDLLp=2.99936 RichPIDStatus=5028 RichDLLbt=2.99936 RichDLLd=2.99936 MuonMuLL=0 MuonBkgLL=-0.107487 MuonNShared=57 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1368.62 MuonMVA1=-999 MuonMVA2=-1.27165 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.11086 CaloElectronMatch=334.468 CaloBremMatch=186.587 CaloChargedEcal=764.602 CaloChargedID=38469 CaloNeutralEcal=764.602 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.77297 CaloNeutralID=38469 CaloEcalE=627.138 CaloHcalE=3929.6 CaloEcalChi2=334.468 CaloBremChi2=594.607 CaloClusChi2=1.11086 CaloTrajectoryL=138.036 CaloEoverP=0.143537 EcalPIDe=0.0750074 BremPIDe=-0.607507 HcalPIDe=-1.82531 HcalPIDmu=-0.453517 EcalPIDmu=1.20942 TrackChi2PerDof=1.2807 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=6350.54 TrackPt=221.431 CombDLLe=-3.1538 CombDLLmu=-5.58109 CombDLLpi=0 CombDLLk=2.99936 CombDLLp=2.99936 CombDLLd=3.10684 ProbNNe=0.112876 ProbNNmu=0.00366525 ProbNNpi=0.0092212 ProbNNk=0.125594 ProbNNp=0.4305 ProbNNghost=0.109943 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.93492 RichDLLmu=-0.174187 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.26928 CaloElectronMatch=70.5728 CaloBremMatch=2.57291 CaloChargedEcal=1283.55 CaloChargedID=34934 CaloNeutralEcal=1283.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783706 CaloNeutralID=34934 CaloEcalE=7577.03 CaloHcalE=411.399 CaloEcalChi2=70.5728 CaloBremChi2=107.128 CaloClusChi2=1.26928 CaloTrajectoryL=-863.534 CaloEoverP=0.612178 EcalPIDe=1.51236 BremPIDe=0.185338 HcalPIDe=-0.235987 HcalPIDmu=-1.03802 EcalPIDmu=-0.515142 TrackChi2PerDof=0.941802 TrackNumDof=37 TrackType=3 TrackHistory=30 TrackP=2574.89 TrackPt=154.619 CombDLLe=0.430653 CombDLLmu=-1.79692 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.43079 ProbNNpi=0.779683 ProbNNk=0.0499891 ProbNNp=0.12077 ProbNNghost=0.0758692 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.28389 RichDLLmu=-1.95267 RichDLLpi=0 RichDLLk=3.83746 RichDLLp=3.83746 RichPIDStatus=5025 RichDLLbt=3.83746 RichDLLd=3.83746 MuonMuLL=-0.256571 MuonBkgLL=-1.77887 MuonNShared=6 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=422.875 MuonMVA1=-999 MuonMVA2=0.356051 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.17844 CaloElectronMatch=445.385 CaloBremMatch=445.385 CaloChargedEcal=8485.81 CaloChargedID=34744 CaloNeutralEcal=8485.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.718627 CaloNeutralID=34744 CaloEcalE=3764.39 CaloHcalE=1488.12 CaloEcalChi2=445.385 CaloBremChi2=286.146 CaloClusChi2=1.17844 CaloTrajectoryL=-176.89 CaloEoverP=2.31251 EcalPIDe=-0.214586 BremPIDe=-0.318955 HcalPIDe=-1.06262 HcalPIDmu=1.36367 EcalPIDmu=-2.03528 TrackChi2PerDof=1.45034 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=3804.43 TrackPt=148.758 CombDLLe=-0.849339 CombDLLmu=-1.75206 CombDLLpi=0 CombDLLk=3.83746 CombDLLp=3.83746 CombDLLd=5.61633 ProbNNe=0.974491 ProbNNmu=0.00366525 ProbNNpi=1.93949e-05 ProbNNk=0.264292 ProbNNp=0.0927417 ProbNNghost=0.944008 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.17071 RichDLLmu=-3.15312 RichDLLpi=0 RichDLLk=2.45407 RichDLLp=2.45407 RichPIDStatus=5028 RichDLLbt=2.45407 RichDLLd=2.45407 MuonMuLL=-0.199061 MuonBkgLL=-1.58076 MuonNShared=17 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=391.337 MuonMVA1=-999 MuonMVA2=-0.1459 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.524751 CaloElectronMatch=170.157 CaloBremMatch=2.57291 CaloChargedEcal=1283.55 CaloChargedID=34934 CaloNeutralEcal=1283.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783706 CaloNeutralID=34934 CaloEcalE=7577.03 CaloHcalE=411.399 CaloEcalChi2=170.157 CaloBremChi2=494.082 CaloClusChi2=0.524751 CaloTrajectoryL=-1114.52 CaloEoverP=0.421161 EcalPIDe=0.83137 BremPIDe=-0.553589 HcalPIDe=-0.235987 HcalPIDmu=-1.03802 EcalPIDmu=-0.515142 TrackChi2PerDof=2.49206 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=3742.73 TrackPt=154.446 CombDLLe=0.24661 CombDLLmu=-4.08083 CombDLLpi=0 CombDLLk=2.45407 CombDLLp=2.45407 CombDLLd=4.03483 ProbNNe=0.989182 ProbNNmu=0.00366525 ProbNNpi=0.000635964 ProbNNk=0.10365 ProbNNp=0.0256067 ProbNNghost=0.991167 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.66458 RichDLLmu=-4.40396 RichDLLpi=0 RichDLLk=-0.801231 RichDLLp=-0.801231 RichPIDStatus=5027 RichDLLbt=-0.801231 RichDLLd=-0.801231 MuonMuLL=-0.00200198 MuonBkgLL=-0.356036 MuonNShared=9 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=57.0496 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=23.928 CaloElectronMatch=562.456 CaloBremMatch=142.912 CaloChargedEcal=1308.72 CaloChargedID=35670 CaloNeutralEcal=1308.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737816 CaloNeutralID=35670 CaloEcalE=0 CaloHcalE=3297.94 CaloEcalChi2=562.456 CaloBremChi2=397.354 CaloClusChi2=23.928 CaloTrajectoryL=-554.072 CaloEoverP=0.206736 EcalPIDe=-0.341929 BremPIDe=-0.492427 HcalPIDe=-1.59374 HcalPIDmu=-0.0676465 EcalPIDmu=0.389705 TrackChi2PerDof=1.53348 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=6550.85 TrackPt=245.324 CombDLLe=-3.75322 CombDLLmu=-4.27162 CombDLLpi=0 CombDLLk=-0.801231 CombDLLp=-0.801231 CombDLLd=-0.445195 ProbNNe=3.37992e-07 ProbNNpi=0.793442 ProbNNk=0.0171688 ProbNNp=0.045007 ProbNNghost=0.311487 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.228 RichDLLmu=-3.98234 RichDLLpi=0 RichDLLk=-3.28272 RichDLLp=-3.28272 RichPIDStatus=5091 RichDLLbt=-3.28272 RichDLLd=-3.28272 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.46113 CaloElectronMatch=396.764 CaloBremMatch=23.107 CaloChargedEcal=5052.66 CaloChargedID=39309 CaloNeutralEcal=5052.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.706406 CaloNeutralID=39309 CaloEcalE=555.952 CaloHcalE=4500.16 CaloEcalChi2=396.764 CaloBremChi2=111.332 CaloClusChi2=4.46113 CaloTrajectoryL=381.808 CaloEoverP=0.612763 EcalPIDe=-0.0141273 BremPIDe=0.458865 HcalPIDe=-2.06679 HcalPIDmu=-0.813089 EcalPIDmu=1.54224 TrackChi2PerDof=0.875952 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=8331.35 TrackPt=351.655 CombDLLe=-4.74968 CombDLLmu=-3.90525 CombDLLpi=0 CombDLLk=-3.28272 CombDLLp=-3.28272 CombDLLd=-3.28272 ProbNNe=4.36994e-09 ProbNNpi=0.993328 ProbNNk=0.00138152 ProbNNp=0.00263353 ProbNNghost=0.00307793 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.7615 RichDLLmu=-12.6557 RichDLLpi=0 RichDLLk=-8.99656 RichDLLp=-8.99656 RichPIDStatus=5027 RichDLLbt=-8.99656 RichDLLd=-8.99656 MuonMuLL=0 MuonBkgLL=-0.133196 MuonNShared=47 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=180.611 MuonMVA1=-999 MuonMVA2=0.0221934 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.17634 CaloElectronMatch=82.6875 CaloBremMatch=82.6875 CaloChargedEcal=1729.67 CaloChargedID=38977 CaloNeutralEcal=1729.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.804122 CaloNeutralID=38977 CaloEcalE=819.984 CaloHcalE=3185.8 CaloEcalChi2=82.6875 CaloBremChi2=452.46 CaloClusChi2=3.17634 CaloTrajectoryL=237.155 CaloEoverP=0.454638 EcalPIDe=1.51236 BremPIDe=-0.553589 HcalPIDe=-1.56674 HcalPIDmu=-0.0648026 EcalPIDmu=0.255214 TrackChi2PerDof=0.496791 TrackNumDof=37 TrackType=3 TrackHistory=32 TrackP=4296.98 TrackPt=148.353 CombDLLe=-2.76842 CombDLLmu=-6.58831 CombDLLpi=0 CombDLLk=-8.99656 CombDLLp=-8.99656 CombDLLd=-8.86337 ProbNNe=0.018241 ProbNNmu=0.00366525 ProbNNpi=0.0158987 ProbNNk=0.0054265 ProbNNp=0.026621 ProbNNghost=0.0962469 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=9.11192 RichDLLmu=-2.90631 RichDLLpi=0 RichDLLk=2.57283 RichDLLp=2.57283 RichPIDStatus=5025 RichDLLbt=2.57283 RichDLLd=2.57283 MuonMuLL=-0.0940909 MuonBkgLL=-1.0847 MuonNShared=16 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=426.712 MuonMVA1=-999 MuonMVA2=-0.545804 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.39567 CaloElectronMatch=111.246 CaloBremMatch=2.57291 CaloChargedEcal=1283.55 CaloChargedID=34934 CaloNeutralEcal=1283.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.783706 CaloNeutralID=34934 CaloEcalE=7190.2 CaloHcalE=1667 CaloEcalChi2=111.246 CaloBremChi2=414.415 CaloClusChi2=2.39567 CaloTrajectoryL=-886.882 CaloEoverP=0.406151 EcalPIDe=1.51236 BremPIDe=-0.4614 HcalPIDe=-1.18491 HcalPIDmu=1.91257 EcalPIDmu=-0.377978 TrackChi2PerDof=1.79631 TrackNumDof=35 TrackType=3 TrackHistory=32 TrackP=3881.05 TrackPt=160.174 CombDLLe=1.43362 CombDLLmu=-1.13987 CombDLLpi=0 CombDLLk=2.57283 CombDLLp=2.57283 CombDLLd=3.65753 ProbNNe=0.999164 ProbNNmu=0.00366525 ProbNNpi=0.000317468 ProbNNk=0.0271377 ProbNNp=0.0367683 ProbNNghost=0.949965 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.9655 RichDLLmu=-8.73962 RichDLLpi=0 RichDLLk=-1.76924 RichDLLp=-1.76924 RichPIDStatus=5027 RichDLLbt=-1.76924 RichDLLd=-1.76924 MuonMuLL=-0.147572 MuonBkgLL=-0.711049 MuonNShared=10 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=370.825 MuonMVA1=-999 MuonMVA2=-0.513105 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.36653 CaloElectronMatch=155.578 CaloBremMatch=97.0234 CaloChargedEcal=10002.1 CaloChargedID=39114 CaloNeutralEcal=10002.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877444 CaloNeutralID=39114 CaloEcalE=7892.48 CaloHcalE=1558.93 CaloEcalChi2=155.578 CaloBremChi2=498.609 CaloClusChi2=1.36653 CaloTrajectoryL=206.965 CaloEoverP=2.30106 EcalPIDe=0.83137 BremPIDe=-0.553589 HcalPIDe=-1.18491 HcalPIDmu=1.91257 EcalPIDmu=-0.196014 TrackChi2PerDof=0.732927 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=4404.62 TrackPt=305.033 CombDLLe=-4.27333 CombDLLmu=-4.30794 CombDLLpi=0 CombDLLk=-1.76924 CombDLLp=-1.76924 CombDLLd=-1.05819 ProbNNe=0.00193652 ProbNNmu=0.00366525 ProbNNpi=0.000853727 ProbNNk=0.0078286 ProbNNp=0.0238336 ProbNNghost=0.227983 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-10.3954 RichDLLmu=-8.62126 RichDLLpi=0 RichDLLk=1.68528 RichDLLp=1.68528 RichPIDStatus=5028 RichDLLbt=1.68528 RichDLLd=1.68528 InAccEcal=1 InAccBrem=1 CaloTrMatch=4.59498 CaloElectronMatch=191.908 CaloBremMatch=191.908 CaloChargedEcal=2390.09 CaloChargedID=34238 CaloNeutralEcal=2390.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914933 CaloNeutralID=34238 CaloEcalE=1446.87 CaloEcalChi2=191.908 CaloBremChi2=28.5057 CaloClusChi2=4.59498 CaloTrajectoryL=345.881 CaloEoverP=0.81337 EcalPIDe=0.497498 BremPIDe=1.76814 EcalPIDmu=-1.86134 TrackChi2PerDof=0.87993 TrackNumDof=36 TrackType=3 TrackHistory=32 TrackP=3295.12 TrackPt=348.207 CombDLLe=0.486327 CombDLLmu=-8.42995 CombDLLpi=0 CombDLLk=1.68528 CombDLLp=1.68528 CombDLLd=1.68528 ProbNNe=0.00043783 ProbNNpi=0.932893 ProbNNk=0.03336 ProbNNp=0.0721335 ProbNNghost=0.0218426 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.54376 RichDLLmu=-0.034273 RichDLLpi=0 RichDLLk=-31.787 RichDLLp=-21.6447 RichPIDStatus=8163 RichDLLbt=-21.0462 RichDLLd=-21.0462 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.215071 CaloElectronMatch=418.039 CaloBremMatch=418.039 CaloChargedEcal=9526.52 CaloChargedID=43764 CaloNeutralEcal=9526.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.740543 CaloNeutralID=43764 CaloEcalE=6555.36 CaloHcalE=6828 CaloEcalChi2=418.039 CaloBremChi2=692.148 CaloClusChi2=0.215071 CaloTrajectoryL=221.621 CaloEoverP=0.436956 EcalPIDe=0.102108 BremPIDe=-0.581258 HcalPIDe=-1.71317 HcalPIDmu=-1.07455 EcalPIDmu=-3.32597 TrackChi2PerDof=0.885416 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=22239.5 TrackPt=1044.58 CombDLLe=-2.98407 CombDLLmu=-4.4485 CombDLLpi=0 CombDLLk=-31.787 CombDLLp=-21.6447 CombDLLd=-21.0462 ProbNNe=0.00026918 ProbNNpi=0.996995 ProbNNk=5.24871e-05 ProbNNp=3.6339e-05 ProbNNghost=0.00623071 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.96693 RichDLLmu=-3.31925 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=397.484 BremPIDe=-0.19324 TrackChi2PerDof=2.11001 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=2303.72 TrackPt=201.235 CombDLLe=-0.885185 CombDLLmu=-4.06644 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.765636 ProbNNpi=0.661024 ProbNNk=0.0473719 ProbNNp=0.128925 ProbNNghost=0.344806 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-20.9834 RichDLLmu=-3.22023 RichDLLpi=0 RichDLLk=3.76136 RichDLLp=3.76136 RichPIDStatus=5092 RichDLLbt=3.76136 RichDLLd=3.76136 MuonMuLL=-0.00240287 MuonBkgLL=-0.456943 MuonNShared=11 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=932.09 MuonMVA1=-999 MuonMVA2=-1.12787 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.342358 CaloElectronMatch=92.5154 CaloBremMatch=92.5154 CaloChargedEcal=10199.8 CaloChargedID=38727 CaloNeutralEcal=10199.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790883 CaloNeutralID=38727 CaloEcalE=6466.84 CaloHcalE=505.727 CaloEcalChi2=92.5154 CaloBremChi2=961.077 CaloClusChi2=0.342358 CaloTrajectoryL=182.199 CaloEoverP=1.18361 EcalPIDe=1.84829 BremPIDe=-0.638976 HcalPIDe=-0.176853 HcalPIDmu=-1.18737 EcalPIDmu=-3.04596 TrackChi2PerDof=1.28981 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=8671.49 TrackPt=290.552 CombDLLe=-2.33616 CombDLLmu=-7.75232 CombDLLpi=0 CombDLLk=3.76136 CombDLLp=3.76136 CombDLLd=4.2183 ProbNNe=0.112511 ProbNNmu=0.00366525 ProbNNpi=0.00183399 ProbNNk=0.0638088 ProbNNp=0.0971063 ProbNNghost=0.557481 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.547 RichDLLmu=-1.25044 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=104.443 BremPIDe=0.0987144 TrackChi2PerDof=1.28853 TrackNumDof=36 TrackType=3 TrackHistory=30 TrackP=2170.02 TrackPt=169.122 CombDLLe=-2.64241 CombDLLmu=-1.71501 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00136527 ProbNNpi=0.895497 ProbNNk=0.0535466 ProbNNp=0.146755 ProbNNghost=0.0354245 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.70364 RichDLLmu=1.16182 RichDLLpi=0 RichDLLk=14.9727 RichDLLp=14.1962 RichPIDStatus=8164 RichDLLbt=14.4068 RichDLLd=14.4068 MuonMuLL=-0.0026034 MuonBkgLL=-0.431332 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=448.43 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=1.49915 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=22133.7 TrackPt=578.827 CombDLLe=0.123124 CombDLLmu=2.02662 CombDLLpi=0 CombDLLk=14.9727 CombDLLp=14.1962 CombDLLd=14.8381 ProbNNe=0.000532834 ProbNNpi=0.00817688 ProbNNk=0.907198 ProbNNp=0.913017 ProbNNghost=0.0575956 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.7887 RichDLLmu=0.758236 RichDLLpi=0 RichDLLk=-7.7786 RichDLLp=-1.8256 RichPIDStatus=8166 RichDLLbt=3.88726 RichDLLd=3.88726 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.074126 CaloElectronMatch=24.6586 CaloBremMatch=24.6586 CaloChargedEcal=17667.4 CaloChargedID=42868 CaloNeutralEcal=17667.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.733261 CaloNeutralID=42868 CaloEcalE=8192.92 CaloHcalE=19055.1 CaloEcalChi2=24.6586 CaloBremChi2=359.377 CaloClusChi2=0.074126 CaloTrajectoryL=139.458 CaloEoverP=0.822692 EcalPIDe=5.02468 BremPIDe=-0.205402 HcalPIDe=-2.87281 HcalPIDmu=-2.81633 EcalPIDmu=-3.40326 TrackChi2PerDof=1.58054 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=21554.6 TrackPt=682.887 CombDLLe=1.63366 CombDLLmu=-5.16613 CombDLLpi=0 CombDLLk=-7.7786 CombDLLp=-1.8256 CombDLLd=3.88726 ProbNNe=0.0390268 ProbNNpi=0.801778 ProbNNk=0.00117494 ProbNNp=0.0219476 ProbNNghost=0.746483 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.17289 RichDLLmu=1.83828 RichDLLpi=0 RichDLLk=7.42756 RichDLLp=17.5872 RichPIDStatus=8165 RichDLLbt=16.7672 RichDLLd=16.7672 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.796376 CaloElectronMatch=677.626 CaloBremMatch=99.5246 CaloChargedEcal=8178.07 CaloChargedID=43887 CaloNeutralEcal=8178.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.700092 CaloNeutralID=43887 CaloEcalE=1385.12 CaloHcalE=4809.44 CaloEcalChi2=677.626 CaloBremChi2=19.067 CaloClusChi2=0.796376 CaloTrajectoryL=682.287 CaloEoverP=0.406056 EcalPIDe=-0.519928 BremPIDe=3.34014 HcalPIDe=-1.47206 HcalPIDmu=-0.410503 EcalPIDmu=-0.567925 TrackChi2PerDof=2.88904 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=20461.1 TrackPt=865.022 CombDLLe=1.90225 CombDLLmu=1.48515 CombDLLpi=0 CombDLLk=7.42756 CombDLLp=17.5872 CombDLLd=16.7672 ProbNNe=0.0143182 ProbNNpi=0.000770255 ProbNNk=0.155245 ProbNNp=0.03719 ProbNNghost=0.999086 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.0134 RichDLLmu=-8.70311 RichDLLpi=0 RichDLLk=-14.4053 RichDLLp=-13.9235 RichPIDStatus=6115 RichDLLbt=-13.9235 RichDLLd=-13.9235 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.553158 CaloElectronMatch=85.5552 CaloBremMatch=85.5552 CaloChargedEcal=12199.2 CaloChargedID=38966 CaloNeutralEcal=12199.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.837233 CaloNeutralID=38966 CaloEcalE=3218.16 CaloHcalE=2736.23 CaloEcalChi2=85.5552 CaloBremChi2=450.49 CaloClusChi2=0.553158 CaloTrajectoryL=48.5211 CaloEoverP=1.03879 EcalPIDe=2.29793 BremPIDe=-0.621385 HcalPIDe=-0.985467 HcalPIDmu=0.723815 EcalPIDmu=-2.37225 TrackChi2PerDof=1.82326 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=12258 TrackPt=598.953 CombDLLe=-2.26415 CombDLLmu=-8.23053 CombDLLpi=0 CombDLLk=-14.4053 CombDLLp=-13.9235 CombDLLd=-13.9235 ProbNNe=1.05523e-06 ProbNNpi=0.99272 ProbNNk=0.000376564 ProbNNp=0.000957941 ProbNNghost=0.0506942 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.2693 RichDLLmu=-6.43133 RichDLLpi=0 RichDLLk=-9.60496 RichDLLp=-4.83532 RichPIDStatus=6115 RichDLLbt=-4.83532 RichDLLd=-4.83532 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.344811 CaloElectronMatch=81.2867 CaloBremMatch=81.2867 CaloChargedEcal=8851.11 CaloChargedID=43759 CaloNeutralEcal=8851.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.722215 CaloNeutralID=43759 CaloEcalE=4560.3 CaloHcalE=13746.4 CaloEcalChi2=81.2867 CaloBremChi2=385.006 CaloClusChi2=0.344811 CaloTrajectoryL=81.0863 CaloEoverP=0.600969 EcalPIDe=2.70966 BremPIDe=-0.488693 HcalPIDe=-2.5812 HcalPIDmu=-2.19802 EcalPIDmu=-3.31459 TrackChi2PerDof=0.856088 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=15155.5 TrackPt=556.711 CombDLLe=-3.49365 CombDLLmu=-11.5196 CombDLLpi=0 CombDLLk=-9.60496 CombDLLp=-4.83532 CombDLLd=-4.83532 ProbNNe=3.17153e-07 ProbNNpi=0.99895 ProbNNk=9.36026e-05 ProbNNp=0.000250428 ProbNNghost=0.00326716 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.3198 RichDLLmu=-5.50351 RichDLLpi=0 RichDLLk=-16.1501 RichDLLp=-11.7833 RichPIDStatus=8163 RichDLLbt=-11.2372 RichDLLd=-11.2372 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.05695 CaloElectronMatch=405.079 CaloBremMatch=279.822 CaloChargedEcal=6941.66 CaloChargedID=43062 CaloNeutralEcal=6941.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.692623 CaloNeutralID=43062 CaloEcalE=3743.5 CaloHcalE=17816.9 CaloEcalChi2=405.079 CaloBremChi2=420.824 CaloClusChi2=1.05695 CaloTrajectoryL=171.032 CaloEoverP=0.376351 EcalPIDe=0.0386953 BremPIDe=-0.532522 HcalPIDe=-2.5812 HcalPIDmu=-3.11279 EcalPIDmu=-2.90133 TrackChi2PerDof=0.870336 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=18727.9 TrackPt=595.747 CombDLLe=-5.78242 CombDLLmu=-11.6194 CombDLLpi=0 CombDLLk=-16.1501 CombDLLp=-11.7833 CombDLLd=-11.2372 ProbNNe=5.0196e-07 ProbNNpi=0.999621 ProbNNk=0.00019835 ProbNNp=0.000175821 ProbNNghost=0.00175866 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.53112 RichDLLmu=1.20694 RichDLLpi=0 RichDLLk=10.3516 RichDLLp=10.3516 RichPIDStatus=5028 RichDLLbt=10.3516 RichDLLd=10.3516 MuonMuLL=-0.00471108 MuonBkgLL=-0.1769 MuonNShared=24 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=527.798 MuonMVA1=-999 MuonMVA2=-1.27188 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.93984 CaloElectronMatch=856.293 CaloBremMatch=231.982 CaloChargedEcal=13685.7 CaloChargedID=34874 CaloNeutralEcal=13685.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729235 CaloNeutralID=34874 CaloEcalE=2826.75 CaloEcalChi2=856.293 CaloBremChi2=589.23 CaloClusChi2=1.93984 CaloTrajectoryL=-521.988 CaloEoverP=3.46107 EcalPIDe=-0.93346 BremPIDe=-0.553589 EcalPIDmu=-2.54584 TrackChi2PerDof=2.16313 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=3986.54 TrackPt=280.376 CombDLLe=-2.27662 CombDLLmu=-0.716013 CombDLLpi=0 CombDLLk=10.3516 CombDLLp=10.3516 CombDLLd=10.5285 ProbNNe=0.123953 ProbNNmu=0.00366525 ProbNNpi=0.000803558 ProbNNk=0.731994 ProbNNp=0.424626 ProbNNghost=0.944733 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.64601 RichDLLmu=-0.213104 RichDLLpi=0 RichDLLk=6.25882 RichDLLp=20.2136 RichPIDStatus=8166 RichDLLbt=21.852 RichDLLd=21.852 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.575762 CaloElectronMatch=494.032 CaloBremMatch=494.032 CaloChargedEcal=17179.4 CaloChargedID=44006 CaloNeutralEcal=17179.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.791484 CaloNeutralID=44006 CaloEcalE=7776.89 CaloHcalE=10143.7 CaloEcalChi2=494.032 CaloBremChi2=38.8679 CaloClusChi2=0.575762 CaloTrajectoryL=230.201 CaloEoverP=0.497854 EcalPIDe=0.101254 BremPIDe=1.95056 HcalPIDe=-1.97168 HcalPIDmu=-1.51668 EcalPIDmu=-3.16364 TrackChi2PerDof=0.930621 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=34507.5 TrackPt=1671.56 CombDLLe=-0.20776 CombDLLmu=-4.97849 CombDLLpi=0 CombDLLk=6.25882 CombDLLp=20.2136 CombDLLd=21.852 ProbNNe=2.29833e-06 ProbNNpi=0.0388794 ProbNNk=0.0315685 ProbNNp=0.997683 ProbNNghost=0.00117178 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.9602 RichDLLmu=-6.85016 RichDLLpi=0 RichDLLk=3.93511 RichDLLp=3.93511 RichPIDStatus=5092 RichDLLbt=3.93511 RichDLLd=3.93511 MuonMuLL=0 MuonBkgLL=-0.267521 MuonNShared=16 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=827.57 MuonMVA1=-999 MuonMVA2=-0.203124 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.40253 CaloElectronMatch=229.864 CaloBremMatch=229.864 CaloChargedEcal=1299.6 CaloChargedID=38194 CaloNeutralEcal=1299.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918038 CaloNeutralID=38194 CaloEcalE=967.702 CaloHcalE=841.44 CaloEcalChi2=229.864 CaloBremChi2=550.028 CaloClusChi2=1.40253 CaloTrajectoryL=245.475 CaloEoverP=0.201142 EcalPIDe=0.605631 BremPIDe=-0.607507 HcalPIDe=-0.310073 HcalPIDmu=-0.321238 EcalPIDmu=-0.0480211 TrackChi2PerDof=1.52785 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=6972.82 TrackPt=399.11 CombDLLe=-2.6604 CombDLLmu=-6.25263 CombDLLpi=0 CombDLLk=3.93511 CombDLLp=3.93511 CombDLLd=4.20264 ProbNNe=0.00286165 ProbNNmu=0.00366525 ProbNNpi=0.00219003 ProbNNk=0.109171 ProbNNp=0.144213 ProbNNghost=0.608333 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.4341 RichDLLmu=-14.0641 RichDLLpi=0 RichDLLk=-0.336857 RichDLLp=-0.336857 RichPIDStatus=5027 RichDLLbt=-0.336857 RichDLLd=-0.336857 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.894228 CaloElectronMatch=314.68 CaloBremMatch=304.376 CaloChargedEcal=714.374 CaloChargedID=35191 CaloNeutralEcal=714.374 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.892937 CaloNeutralID=35191 CaloEcalE=637.912 CaloHcalE=2592.24 CaloEcalChi2=314.68 CaloBremChi2=28.6708 CaloClusChi2=0.894228 CaloTrajectoryL=78.3984 CaloEoverP=0.174323 EcalPIDe=0.0750074 BremPIDe=2.23396 HcalPIDe=-1.31397 HcalPIDmu=0.425157 EcalPIDmu=0.678135 TrackChi2PerDof=0.805856 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=5122.47 TrackPt=458.148 CombDLLe=-1.72938 CombDLLmu=-5.84643 CombDLLpi=0 CombDLLk=-0.336857 CombDLLp=-0.336857 CombDLLd=-0.336857 ProbNNe=1.72189e-06 ProbNNpi=0.994097 ProbNNk=0.00243255 ProbNNp=0.00516959 ProbNNghost=0.00396093 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.0698 RichDLLmu=-8.12529 RichDLLpi=0 RichDLLk=0.402808 RichDLLp=0.402808 RichPIDStatus=5028 RichDLLbt=0.402808 RichDLLd=0.402808 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0536936 CaloElectronMatch=39.9183 CaloBremMatch=39.9183 CaloChargedEcal=2328.38 CaloChargedID=34249 CaloNeutralEcal=2328.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.718412 CaloNeutralID=34249 CaloEcalE=1253.84 CaloHcalE=1468.15 CaloEcalChi2=39.9183 CaloBremChi2=117.55 CaloClusChi2=0.0536936 CaloTrajectoryL=173.917 CaloEoverP=0.78035 EcalPIDe=2.97947 BremPIDe=0.134325 HcalPIDe=-1.06262 HcalPIDmu=1.19075 EcalPIDmu=-1.2505 TrackChi2PerDof=0.987753 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=3292.36 TrackPt=293.454 CombDLLe=0.325262 CombDLLmu=-6.53723 CombDLLpi=0 CombDLLk=0.402808 CombDLLp=0.402808 CombDLLd=0.402808 ProbNNe=0.00145139 ProbNNpi=0.950142 ProbNNk=0.0187276 ProbNNp=0.0399687 ProbNNghost=0.0762758 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.9532 RichDLLmu=-4.36624 RichDLLpi=0 RichDLLk=1.37947 RichDLLp=1.37947 RichPIDStatus=5028 RichDLLbt=1.37947 RichDLLd=1.37947 MuonMuLL=0 MuonBkgLL=-0.085695 MuonNShared=56 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=894.69 MuonMVA1=-999 MuonMVA2=-1.09116 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.279362 CaloElectronMatch=142.068 CaloChargedEcal=3879 CaloChargedID=38658 CaloEcalE=2199.02 CaloHcalE=6828.47 CaloEcalChi2=142.068 CaloClusChi2=0.279362 CaloTrajectoryL=21.4281 CaloEoverP=0.62796 EcalPIDe=0.989182 HcalPIDe=-1.99692 HcalPIDmu=-0.53992 EcalPIDmu=-2.19328 TrackChi2PerDof=1.18976 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=6377.81 TrackPt=188.973 CombDLLe=-3.1985 CombDLLmu=-7.56865 CombDLLpi=0 CombDLLk=1.37947 CombDLLp=1.37947 CombDLLd=1.46517 ProbNNe=0.0511928 ProbNNmu=0.00366525 ProbNNpi=0.00540538 ProbNNk=0.0318443 ProbNNp=0.0906627 ProbNNghost=0.212593 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.281 RichDLLmu=-10.0586 RichDLLpi=0 RichDLLk=-1.89041 RichDLLp=-1.89041 RichPIDStatus=5027 RichDLLbt=-1.89041 RichDLLd=-1.89041 MuonMuLL=-0.0224501 MuonBkgLL=-0.159242 MuonNShared=42 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=376.747 MuonMVA1=-999 MuonMVA2=-0.725302 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.633435 CaloElectronMatch=444.694 CaloBremMatch=92.5154 CaloChargedEcal=10199.8 CaloChargedID=38727 CaloNeutralEcal=10199.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790883 CaloNeutralID=38727 CaloEcalE=1272.36 CaloHcalE=5798.02 CaloEcalChi2=444.694 CaloBremChi2=446.411 CaloClusChi2=0.633435 CaloTrajectoryL=-116.969 CaloEoverP=2.62826 EcalPIDe=-0.214586 BremPIDe=-0.553589 HcalPIDe=-0.88472 HcalPIDmu=-0.152469 EcalPIDmu=-0.801309 TrackChi2PerDof=0.652793 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=3905.13 TrackPt=275.275 CombDLLe=-3.89527 CombDLLmu=-7.57091 CombDLLpi=0 CombDLLk=-1.89041 CombDLLp=-1.89041 CombDLLd=-1.73117 ProbNNe=0.00418962 ProbNNmu=0.00366525 ProbNNpi=0.00492874 ProbNNk=0.0173775 ProbNNp=0.0778279 ProbNNghost=0.174032 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.79891 RichDLLmu=0.104004 RichDLLpi=0 RichDLLk=-0.55747 RichDLLp=3.328 RichPIDStatus=6117 RichDLLbt=3.328 RichDLLd=3.328 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.70795 CaloElectronMatch=649.781 CaloBremMatch=279.822 CaloChargedEcal=6941.66 CaloChargedID=43062 CaloNeutralEcal=6941.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.692623 CaloNeutralID=43062 CaloEcalE=695.088 CaloHcalE=14858.9 CaloEcalChi2=649.781 CaloBremChi2=446.624 CaloClusChi2=3.70795 CaloTrajectoryL=-724.372 CaloEoverP=0.463792 EcalPIDe=-0.597229 BremPIDe=-0.625066 HcalPIDe=-2.5812 HcalPIDmu=-2.15436 EcalPIDmu=1.15835 TrackChi2PerDof=1.65311 TrackNumDof=35 TrackType=3 TrackHistory=30 TrackP=15197 TrackPt=457.198 CombDLLe=-4.29251 CombDLLmu=-0.850428 CombDLLpi=0 CombDLLk=-0.55747 CombDLLp=3.328 CombDLLd=3.328 ProbNNe=6.98269e-05 ProbNNpi=0.798078 ProbNNk=0.0239858 ProbNNp=0.172525 ProbNNghost=0.0645484 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.9929 RichDLLmu=-2.54256 RichDLLpi=0 RichDLLk=-17.7036 RichDLLp=-17.9274 RichPIDStatus=6115 RichDLLbt=-17.9274 RichDLLd=-17.9274 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.472287 CaloElectronMatch=94.726 CaloBremMatch=94.726 CaloChargedEcal=4909.97 CaloChargedID=44079 CaloNeutralEcal=4909.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.809667 CaloNeutralID=44079 CaloEcalE=2712.96 CaloHcalE=2111.28 CaloEcalChi2=94.726 CaloBremChi2=130.6 CaloClusChi2=0.472287 CaloTrajectoryL=105.545 CaloEoverP=0.554115 EcalPIDe=1.84829 BremPIDe=0.414529 HcalPIDe=-1.11299 HcalPIDmu=1.36796 EcalPIDmu=-2.29891 TrackChi2PerDof=1.08841 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=9805.17 TrackPt=588.144 CombDLLe=-3.07996 CombDLLmu=-4.21244 CombDLLpi=0 CombDLLk=-17.7036 CombDLLp=-17.9274 CombDLLd=-17.9274 ProbNNe=5.53424e-08 ProbNNpi=0.998968 ProbNNk=3.70072e-05 ProbNNp=0.000150399 ProbNNghost=0.00325422 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.37652 RichDLLmu=-1.73885 RichDLLpi=0 RichDLLk=-2.75631 RichDLLp=-6.85217 RichPIDStatus=8163 RichDLLbt=-4.76671 RichDLLd=-4.76671 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=8.40253 CaloElectronMatch=2862.66 CaloChargedEcal=16450.7 CaloChargedID=38641 CaloEcalE=0 CaloHcalE=15721.8 CaloEcalChi2=2862.66 CaloClusChi2=8.40253 CaloTrajectoryL=2309.9 CaloEoverP=0.870938 EcalPIDe=-2.15662 HcalPIDe=-2.5812 HcalPIDmu=-2.77161 EcalPIDmu=0.635346 TrackChi2PerDof=1.65269 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=19156.9 TrackPt=657.592 CombDLLe=-5.84436 CombDLLmu=-4.47703 CombDLLpi=0 CombDLLk=-2.75631 CombDLLp=-6.85217 CombDLLd=-4.76671 ProbNNe=1.48435e-05 ProbNNpi=0.729572 ProbNNk=0.00980675 ProbNNp=0.0171765 ProbNNghost=0.216651 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.41311 RichDLLmu=1.28314 RichDLLpi=0 RichDLLk=5.70566 RichDLLp=5.70566 RichPIDStatus=5092 RichDLLbt=5.70566 RichDLLd=5.70566 MuonMuLL=0 MuonBkgLL=-0.0885256 MuonNShared=26 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=6385.91 MuonMVA1=-999 MuonMVA2=-0.308801 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.0767 CaloElectronMatch=244.348 CaloBremMatch=244.348 CaloChargedEcal=12995.2 CaloChargedID=42996 CaloNeutralEcal=12995.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.646726 CaloNeutralID=42996 CaloEcalE=5347.52 CaloHcalE=7166.45 CaloEcalChi2=244.348 CaloBremChi2=659.442 CaloClusChi2=1.0767 CaloTrajectoryL=-95.135 CaloEoverP=1.88078 EcalPIDe=0.605631 BremPIDe=-0.607507 HcalPIDe=-1.99692 HcalPIDmu=-1.2021 EcalPIDmu=-3.28418 TrackChi2PerDof=1.44858 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=7013.55 TrackPt=266.583 CombDLLe=-2.94035 CombDLLmu=-2.63978 CombDLLpi=0 CombDLLk=5.70566 CombDLLp=5.70566 CombDLLd=5.79418 ProbNNe=0.730267 ProbNNmu=0.00366525 ProbNNpi=0.252695 ProbNNk=0.0545379 ProbNNp=0.187651 ProbNNghost=0.801448 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.9498 RichDLLmu=2.13044 RichDLLpi=0 RichDLLk=10.5169 RichDLLp=10.5169 RichPIDStatus=5028 RichDLLbt=10.5169 RichDLLd=10.5169 MuonMuLL=-0.00471108 MuonBkgLL=-0.176809 MuonNShared=25 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=527.686 MuonMVA1=-999 MuonMVA2=-1.27188 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccBrem=1 CaloTrMatch=1.93757 CaloElectronMatch=859.106 CaloBremMatch=231.982 CaloChargedEcal=13685.7 CaloChargedID=34874 CaloNeutralEcal=13685.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729235 CaloNeutralID=34874 CaloEcalE=2826.75 CaloEcalChi2=859.106 CaloBremChi2=579.452 CaloClusChi2=1.93757 CaloTrajectoryL=-521.948 CaloEoverP=3.46182 EcalPIDe=-0.93346 BremPIDe=-0.553589 EcalPIDmu=-2.54584 TrackChi2PerDof=0.737779 TrackNumDof=34 TrackType=3 TrackHistory=30 TrackP=3985.68 TrackPt=289.535 CombDLLe=-1.82799 CombDLLmu=0.440584 CombDLLpi=0 CombDLLk=10.5169 CombDLLp=10.5169 CombDLLd=10.6937 ProbNNe=0.206305 ProbNNmu=0.00366525 ProbNNpi=0.000344703 ProbNNk=0.858913 ProbNNp=0.666705 ProbNNghost=0.27859 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.31739 RichDLLmu=0.0332794 RichDLLpi=0 RichDLLk=7.35441 RichDLLp=15.1116 RichPIDStatus=8166 RichDLLbt=15.1459 RichDLLd=15.1459 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.72061 CaloElectronMatch=1255.52 CaloBremMatch=1255.52 CaloChargedEcal=26255.3 CaloChargedID=43815 CaloNeutralEcal=26255.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.706048 CaloNeutralID=43815 CaloEcalE=3789.74 CaloHcalE=15721.9 CaloEcalChi2=1255.52 CaloBremChi2=488.9 CaloClusChi2=2.72061 CaloTrajectoryL=-343.175 CaloEoverP=1.25128 EcalPIDe=-1.3658 BremPIDe=-0.591406 HcalPIDe=-2.87281 HcalPIDmu=-3.2237 EcalPIDmu=-2.77042 TrackChi2PerDof=1.30483 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=20901 TrackPt=788.739 CombDLLe=-5.06047 CombDLLmu=-5.94753 CombDLLpi=0 CombDLLk=7.35441 CombDLLp=15.1116 CombDLLd=15.1459 ProbNNe=1.39878e-05 ProbNNpi=0.0787605 ProbNNk=0.409488 ProbNNp=0.960345 ProbNNghost=0.0109559 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-33.0703 RichDLLmu=-16.7718 RichDLLpi=0 RichDLLk=-20.16 RichDLLp=-20.16 RichPIDStatus=5091 RichDLLbt=-20.16 RichDLLd=-20.16 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=7.38054 CaloElectronMatch=1242.62 CaloBremMatch=219.927 CaloChargedEcal=3734.12 CaloChargedID=39280 CaloNeutralEcal=3734.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896409 CaloNeutralID=39280 CaloEcalE=573.31 CaloHcalE=5807.77 CaloEcalChi2=1242.62 CaloBremChi2=364.87 CaloClusChi2=7.38054 CaloTrajectoryL=-823.464 CaloEoverP=0.451428 EcalPIDe=-1.40113 BremPIDe=-0.438762 HcalPIDe=-1.9266 HcalPIDmu=-1.41197 EcalPIDmu=1.54224 TrackChi2PerDof=1.16443 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=8548.31 TrackPt=239.727 CombDLLe=-8.5176 CombDLLmu=-6.85267 CombDLLpi=0 CombDLLk=-20.16 CombDLLp=-20.16 CombDLLd=-20.16 ProbNNe=5.90536e-10 ProbNNpi=0.998866 ProbNNk=0.000302762 ProbNNp=0.000601749 ProbNNghost=0.00120705 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-36.056 RichDLLmu=-15.2494 RichDLLpi=0 RichDLLk=-14.8471 RichDLLp=-14.8471 RichPIDStatus=5091 RichDLLbt=-14.8471 RichDLLd=-14.8471 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.02909 CaloElectronMatch=160.029 CaloBremMatch=160.029 CaloChargedEcal=7630.68 CaloChargedID=38515 CaloNeutralEcal=7630.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.823951 CaloNeutralID=38515 CaloEcalE=5273.18 CaloHcalE=1994.35 CaloEcalChi2=160.029 CaloBremChi2=324.02 CaloClusChi2=1.02909 CaloTrajectoryL=258.469 CaloEoverP=0.873302 EcalPIDe=0.989182 BremPIDe=-0.466299 HcalPIDe=-1.11299 HcalPIDmu=1.87264 EcalPIDmu=-2.70057 TrackChi2PerDof=0.570236 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=8967.7 TrackPt=275.412 CombDLLe=-5.60896 CombDLLmu=-7.7966 CombDLLpi=0 CombDLLk=-14.8471 CombDLLp=-14.8471 CombDLLd=-14.8471 ProbNNe=6.46882e-09 ProbNNpi=0.998937 ProbNNk=8.71845e-05 ProbNNp=0.000835084 ProbNNghost=0.00146454 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.12584 RichDLLmu=-3.25744 RichDLLpi=0 RichDLLk=0.0031559 RichDLLp=0.0031559 RichPIDStatus=5028 RichDLLbt=0.0031559 RichDLLd=0.0031559 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.66052 CaloElectronMatch=260.286 CaloBremMatch=61.0307 CaloChargedEcal=4070.81 CaloChargedID=34678 CaloNeutralEcal=4070.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91299 CaloNeutralID=34678 CaloEcalE=841.024 CaloHcalE=1605.57 CaloEcalChi2=260.286 CaloBremChi2=220.608 CaloClusChi2=1.66052 CaloTrajectoryL=299.362 CaloEoverP=1.64546 EcalPIDe=0.265875 BremPIDe=-0.417084 HcalPIDe=-1.18491 HcalPIDmu=1.72388 EcalPIDmu=0.107042 TrackChi2PerDof=1.17221 TrackNumDof=33 TrackType=3 TrackHistory=30 TrackP=2590.48 TrackPt=235.699 CombDLLe=-2.906 CombDLLmu=-2.17777 CombDLLpi=0 CombDLLk=0.0031559 CombDLLp=0.0031559 CombDLLd=0.0031559 ProbNNe=0.00100659 ProbNNpi=0.948775 ProbNNk=0.0339864 ProbNNp=0.0780757 ProbNNghost=0.0235737 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.14381 RichDLLmu=6.07092 RichDLLpi=0 RichDLLk=4.9719 RichDLLp=4.9719 RichPIDStatus=5026 RichDLLbt=4.9719 RichDLLd=4.9719 MuonMuLL=-0.00200198 MuonBkgLL=-0.355828 MuonNShared=10 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=57.0772 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=23.8971 CaloElectronMatch=562.716 CaloBremMatch=142.912 CaloChargedEcal=1308.72 CaloChargedID=35670 CaloNeutralEcal=1308.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737816 CaloNeutralID=35670 CaloEcalE=0 CaloHcalE=3297.94 CaloEcalChi2=562.716 CaloBremChi2=370.586 CaloClusChi2=23.8971 CaloTrajectoryL=-553.785 CaloEoverP=0.206498 EcalPIDe=-0.341929 BremPIDe=-0.492427 HcalPIDe=-1.59374 HcalPIDmu=-0.0676465 EcalPIDmu=0.389705 TrackChi2PerDof=1.05107 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=6558.4 TrackPt=247.142 CombDLLe=-2.80291 CombDLLmu=6.54139 CombDLLpi=0 CombDLLk=4.9719 CombDLLp=4.9719 CombDLLd=5.32773 ProbNNe=8.69559e-07 ProbNNpi=0.256264 ProbNNk=0.308344 ProbNNp=0.48181 ProbNNghost=0.683419 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.5147 RichDLLmu=-11.7748 RichDLLpi=0 RichDLLk=-1.4427 RichDLLp=-1.4427 RichPIDStatus=5027 RichDLLbt=-1.4427 RichDLLd=-1.4427 MuonMuLL=-0.0224501 MuonBkgLL=-0.159295 MuonNShared=40 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=376.933 MuonMVA1=-999 MuonMVA2=-0.725302 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.642601 CaloElectronMatch=431.83 CaloBremMatch=92.5154 CaloChargedEcal=10199.8 CaloChargedID=38727 CaloNeutralEcal=10199.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.790883 CaloNeutralID=38727 CaloEcalE=1272.36 CaloHcalE=5798.02 CaloEcalChi2=431.83 CaloBremChi2=435.859 CaloClusChi2=0.642601 CaloTrajectoryL=-117.049 CaloEoverP=2.62675 EcalPIDe=-0.0620623 BremPIDe=-0.4614 HcalPIDe=-0.88472 HcalPIDmu=-0.152469 EcalPIDmu=-0.801309 TrackChi2PerDof=1.69105 TrackNumDof=33 TrackType=3 TrackHistory=32 TrackP=3907.36 TrackPt=284.451 CombDLLe=-3.20701 CombDLLmu=-7.69198 CombDLLpi=0 CombDLLk=-1.4427 CombDLLp=-1.4427 CombDLLd=-1.28341 ProbNNe=0.0222881 ProbNNmu=0.00366525 ProbNNpi=0.000541465 ProbNNk=0.0130522 ProbNNp=0.0284259 ProbNNghost=0.89937 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.0122 RichDLLmu=-8.52593 RichDLLpi=0 RichDLLk=-6.26752 RichDLLp=-6.26752 RichPIDStatus=5027 RichDLLbt=-6.26752 RichDLLd=-6.26752 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.82393 CaloElectronMatch=959.781 CaloBremMatch=191.73 CaloChargedEcal=4263.19 CaloChargedID=34820 CaloNeutralEcal=4263.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.889641 CaloNeutralID=34820 CaloEcalE=3434.35 CaloHcalE=4433.69 CaloEcalChi2=959.781 CaloBremChi2=443.074 CaloClusChi2=1.82393 CaloTrajectoryL=572.48 CaloEoverP=0.832451 EcalPIDe=-1.02586 BremPIDe=-0.607507 HcalPIDe=-2.06679 HcalPIDmu=-0.761937 EcalPIDmu=-2.76303 TrackChi2PerDof=0.842965 TrackNumDof=32 TrackType=3 TrackHistory=32 TrackP=5499.84 TrackPt=578.845 CombDLLe=-7.81937 CombDLLmu=-10.0773 CombDLLpi=0 CombDLLk=-6.26752 CombDLLp=-6.26752 CombDLLd=-6.26752 ProbNNe=8.74476e-07 ProbNNpi=0.995529 ProbNNk=0.000206456 ProbNNp=0.000747749 ProbNNghost=0.00296357 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-48.6562 RichDLLmu=-40.1459 RichDLLpi=0 RichDLLk=-19.3506 RichDLLp=-19.3506 RichPIDStatus=5091 RichDLLbt=-19.3506 RichDLLd=-19.3506 MuonMuLL=-0.217659 MuonBkgLL=-0.155235 MuonNShared=39 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=126.784 MuonMVA1=-999 MuonMVA2=-0.520892 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=38466.4 CaloBremChi2=875.693 BremPIDe=-0.553589 HcalPIDe=-0.621703 HcalPIDmu=0.625671 TrackChi2PerDof=0.698345 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=4570.85 TrackPt=638.533 CombDLLe=-7.04543 CombDLLmu=-6.43675 CombDLLpi=0 CombDLLk=-19.3506 CombDLLp=-19.3506 CombDLLd=-19.1954 ProbNNe=4.64094e-06 ProbNNmu=0.00106764 ProbNNpi=0.893336 ProbNNk=0.000237683 ProbNNp=0.0075441 ProbNNghost=0.0129452 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.96589 RichDLLmu=0.366388 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4514 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=799.064 BremPIDe=-0.53289 TrackChi2PerDof=1.71148 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2202.6 TrackPt=84.2025 CombDLLe=-1.22466 CombDLLmu=0.512028 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.743347 ProbNNpi=0.0345006 ProbNNk=0.042516 ProbNNp=0.0272058 ProbNNghost=0.992343 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-22.4217 RichDLLmu=-8.15941 RichDLLpi=0 RichDLLk=-5.63094 RichDLLp=-5.63094 RichPIDStatus=5027 RichDLLbt=-5.63094 RichDLLd=-5.63094 MuonMuLL=-0.180683 MuonBkgLL=-0.815177 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=270.618 MuonMVA1=-999 MuonMVA2=-0.829694 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.80148 CaloElectronMatch=57.5949 CaloBremMatch=57.5949 CaloChargedEcal=4567.63 CaloChargedID=35502 CaloNeutralEcal=4567.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959938 CaloNeutralID=35502 CaloEcalE=3560.11 CaloHcalE=3531.48 CaloEcalChi2=57.5949 CaloBremChi2=174.115 CaloClusChi2=2.80148 CaloTrajectoryL=281.905 CaloEoverP=0.89354 EcalPIDe=3.6423 BremPIDe=-0.0189915 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=-2.85322 TrackChi2PerDof=0.698558 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=5243.9 TrackPt=491.089 CombDLLe=-1.54443 CombDLLmu=-8.94154 CombDLLpi=0 CombDLLk=-5.63094 CombDLLp=-5.63094 CombDLLd=-4.81577 ProbNNe=0.00068906 ProbNNmu=0.00366525 ProbNNpi=0.00266876 ProbNNk=0.016418 ProbNNp=0.0107155 ProbNNghost=0.0323764 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-28.4404 RichDLLmu=-8.53177 RichDLLpi=0 RichDLLk=-12.5698 RichDLLp=-12.5698 RichPIDStatus=5027 RichDLLbt=-12.5698 RichDLLd=-12.5698 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.18663 CaloElectronMatch=20.3525 CaloBremMatch=20.3525 CaloChargedEcal=7912.73 CaloChargedID=35086 CaloNeutralEcal=7912.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871615 CaloNeutralID=35086 CaloEcalE=6271.5 CaloHcalE=13586.6 CaloEcalChi2=20.3525 CaloBremChi2=95.539 CaloClusChi2=1.18663 CaloTrajectoryL=203.223 CaloEoverP=0.926985 EcalPIDe=3.6423 BremPIDe=0.755474 HcalPIDe=-1.17839 HcalPIDmu=-0.539217 EcalPIDmu=-3.37281 TrackChi2PerDof=0.688459 TrackNumDof=32 TrackType=3 TrackHistory=30 TrackP=8539.37 TrackPt=726.089 CombDLLe=-1.05979 CombDLLmu=-10.4654 CombDLLpi=0 CombDLLk=-12.5698 CombDLLp=-12.5698 CombDLLd=-12.5698 ProbNNe=3.90392e-07 ProbNNpi=0.997761 ProbNNk=0.000260219 ProbNNp=0.000349247 ProbNNghost=0.00144339 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.3307 RichDLLmu=-6.40468 RichDLLpi=0 RichDLLk=-32.1226 RichDLLp=-29.4245 RichPIDStatus=6115 RichDLLbt=-29.4245 RichDLLd=-29.4245 MuonMuLL=-0.00350612 MuonBkgLL=-0.538207 MuonNShared=12 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=94.9823 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.51343 CaloElectronMatch=164.843 CaloBremMatch=164.843 CaloChargedEcal=4173.32 CaloChargedID=42268 CaloNeutralEcal=4173.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.621784 CaloNeutralID=42268 CaloEcalE=913.51 CaloHcalE=9621.43 CaloEcalChi2=164.843 CaloBremChi2=182.891 CaloClusChi2=2.51343 CaloTrajectoryL=-154.87 CaloEoverP=0.385312 EcalPIDe=1.35245 BremPIDe=0.170661 HcalPIDe=-2.4429 HcalPIDmu=-2.05265 EcalPIDmu=0.160276 TrackChi2PerDof=1.68478 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=11605.7 TrackPt=804.772 CombDLLe=-4.84188 CombDLLmu=-7.35481 CombDLLpi=0 CombDLLk=-32.1226 CombDLLp=-29.4245 CombDLLd=-28.8863 ProbNNe=2.30685e-08 ProbNNpi=0.997694 ProbNNk=8.04994e-05 ProbNNp=0.000359655 ProbNNghost=0.0214757 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.74485 RichDLLmu=0.971954 RichDLLpi=0 RichDLLk=13.3545 RichDLLp=18.6753 RichPIDStatus=6053 RichDLLbt=18.6753 RichDLLd=18.6753 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.966291 CaloElectronMatch=74.2681 CaloBremMatch=20.3525 CaloChargedEcal=7912.73 CaloChargedID=35086 CaloNeutralEcal=7912.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871615 CaloNeutralID=35086 CaloEcalE=5603.76 CaloHcalE=17102.9 CaloEcalChi2=74.2681 CaloBremChi2=268.622 CaloClusChi2=0.966291 CaloTrajectoryL=12.7206 CaloEoverP=0.654441 EcalPIDe=2.29793 BremPIDe=-0.338337 HcalPIDe=-1.89687 HcalPIDmu=-1.22468 EcalPIDmu=-3.55371 TrackChi2PerDof=0.718092 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=12095.6 TrackPt=1329.24 CombDLLe=0.367879 CombDLLmu=-3.43454 CombDLLpi=0 CombDLLk=13.3545 CombDLLp=18.6753 CombDLLd=18.6753 ProbNNe=1.96522e-05 ProbNNpi=0.00619263 ProbNNk=0.876445 ProbNNp=0.993958 ProbNNghost=0.00113533 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.30376 RichDLLmu=-2.45841 RichDLLpi=0 RichDLLk=26.9912 RichDLLp=16.5902 RichPIDStatus=8164 RichDLLbt=15.9463 RichDLLd=15.9463 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.84195 CaloElectronMatch=102.055 CaloBremMatch=102.055 CaloChargedEcal=18226.2 CaloChargedID=38286 CaloNeutralEcal=18226.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956594 CaloNeutralID=38286 CaloEcalE=16647.2 CaloHcalE=3195.27 CaloEcalChi2=102.055 CaloBremChi2=368.097 CaloClusChi2=0.84195 CaloTrajectoryL=206.365 CaloEoverP=0.797916 EcalPIDe=2.9985 BremPIDe=-0.205402 HcalPIDe=-1.17066 HcalPIDmu=0.499656 EcalPIDmu=-3.26199 TrackChi2PerDof=1.10631 TrackNumDof=31 TrackType=3 TrackHistory=30 TrackP=23284.1 TrackPt=1595.14 CombDLLe=0.358291 CombDLLmu=-5.95118 CombDLLpi=0 CombDLLk=26.9912 CombDLLp=16.5902 CombDLLd=15.9463 ProbNNe=0.00214554 ProbNNpi=0.00266292 ProbNNk=0.999597 ProbNNp=0.0128286 ProbNNghost=0.00688175 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.214892 RichDLLmu=0.156322 RichDLLpi=0 RichDLLk=1.26926 RichDLLp=-18.9163 RichPIDStatus=139236 RichDLLbt=-26.9537 RichDLLd=-32.8608 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0924336 CaloElectronMatch=1244.34 CaloBremMatch=1062.62 CaloChargedEcal=43368.6 CaloChargedID=43026 CaloNeutralEcal=43368.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703741 CaloNeutralID=43026 CaloEcalE=10753.8 CaloHcalE=22666 CaloEcalChi2=1244.34 CaloBremChi2=484.48 CaloClusChi2=0.0924336 CaloTrajectoryL=92.0988 CaloEoverP=0.497545 EcalPIDe=-0.143033 BremPIDe=-0.0160513 HcalPIDe=-2.35693 HcalPIDmu=-2.91461 EcalPIDmu=-2.97986 TrackChi2PerDof=1.35992 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=89088.9 TrackPt=3091.29 CombDLLe=-2.55362 CombDLLmu=-5.67569 CombDLLpi=0 CombDLLk=1.26926 CombDLLp=-18.9163 CombDLLd=-32.8608 ProbNNe=8.31783e-07 ProbNNpi=0.590113 ProbNNk=0.157727 ProbNNp=2.52809e-05 ProbNNghost=0.00231697 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.04395 RichDLLmu=-2.45923 RichDLLpi=0 RichDLLk=7.32452 RichDLLp=7.32452 RichPIDStatus=5060 RichDLLbt=7.32452 RichDLLd=7.32452 MuonMuLL=-0.0026034 MuonBkgLL=-0.481316 MuonNShared=5 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=715.892 MuonMVA1=-999 MuonMVA2=0.427936 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.661543 CaloElectronMatch=10.2076 CaloChargedEcal=7806.51 CaloChargedID=39053 CaloEcalE=5517.98 CaloHcalE=463.243 CaloEcalChi2=10.2076 CaloClusChi2=0.661543 CaloTrajectoryL=108.474 CaloEoverP=1.04399 EcalPIDe=3.6423 HcalPIDe=-0.13781 HcalPIDmu=-1.74553 EcalPIDmu=-2.52863 TrackChi2PerDof=2.9973 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=7433.12 TrackPt=134.593 CombDLLe=2.62645 CombDLLmu=-6.98521 CombDLLpi=0 CombDLLk=7.32452 CombDLLp=7.32452 CombDLLd=7.80584 ProbNNe=0.999914 ProbNNmu=0.00366525 ProbNNpi=0.0178756 ProbNNk=0.270368 ProbNNp=0.212467 ProbNNghost=0.986197 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.0948822 MuonNShared=49 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=697.856 MuonMVA1=-999 MuonMVA2=0.198998 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.29955 CaloElectronMatch=150.734 CaloChargedEcal=1081.32 CaloChargedID=34767 CaloEcalE=3932.85 CaloHcalE=5030.52 CaloEcalChi2=150.734 CaloClusChi2=1.29955 CaloTrajectoryL=-225.8 CaloEoverP=0.292178 EcalPIDe=0.83137 HcalPIDe=-1.14615 HcalPIDmu=-0.264616 EcalPIDmu=-1.71726 TrackChi2PerDof=2.86287 TrackNumDof=29 TrackType=3 TrackHistory=32 TrackP=4371.8 TrackPt=79.1861 CombDLLe=-0.314785 CombDLLmu=-1.88699 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.0948822 ProbNNe=0.975114 ProbNNmu=0.00366525 ProbNNpi=0.0186159 ProbNNk=0.00611478 ProbNNp=0.00397138 ProbNNghost=0.997193 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.6277 RichDLLmu=-1.30162 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=174.921 BremPIDe=-0.0885181 TrackChi2PerDof=1.18029 TrackNumDof=31 TrackType=3 TrackHistory=32 TrackP=2195.21 TrackPt=177.233 CombDLLe=-2.38518 CombDLLmu=-1.78218 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0120404 ProbNNpi=0.875308 ProbNNk=0.0535121 ProbNNp=0.104309 ProbNNghost=0.0720308 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-19.7305 RichDLLmu=-8.37282 RichDLLpi=0 RichDLLk=-5.57566 RichDLLp=-3.08562 RichPIDStatus=6115 RichDLLbt=-3.08562 RichDLLd=-3.08562 MuonMuLL=-0.25283 MuonBkgLL=-1.2689 MuonNShared=6 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=10.5213 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccHcal=1 InAccBrem=1 CaloHcalE=16517.9 CaloBremChi2=570.944 BremPIDe=-0.621385 HcalPIDe=-1.89687 HcalPIDmu=-1.22468 TrackChi2PerDof=1.29915 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=10644.9 TrackPt=468.931 CombDLLe=-5.71587 CombDLLmu=-6.73367 CombDLLpi=0 CombDLLk=-5.57566 CombDLLp=-3.08562 CombDLLd=-1.81672 ProbNNe=1.85613e-05 ProbNNpi=0.995979 ProbNNk=0.000296423 ProbNNp=0.000507345 ProbNNghost=0.00753633 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-14.4223 RichDLLmu=-9.4843 RichDLLpi=0 RichDLLk=1.43903 RichDLLp=1.43903 RichPIDStatus=5028 RichDLLbt=1.43903 RichDLLd=1.43903 MuonMuLL=-0.000900376 MuonBkgLL=-0.657722 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=21.5371 MuonMVA1=-999 MuonMVA2=-0.397327 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=8.30588 CaloElectronMatch=559.264 CaloBremMatch=57.8363 CaloChargedEcal=3234.73 CaloChargedID=34765 CaloNeutralEcal=3234.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917585 CaloNeutralID=34765 CaloEcalE=243.024 CaloHcalE=8150.43 CaloEcalChi2=559.264 CaloBremChi2=357.913 CaloClusChi2=8.30588 CaloTrajectoryL=-627.654 CaloEoverP=0.547006 EcalPIDe=-0.341929 BremPIDe=-0.398756 HcalPIDe=-1.88811 HcalPIDmu=-0.644682 EcalPIDmu=-0.37762 TrackChi2PerDof=0.761332 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=6176.79 TrackPt=457.439 CombDLLe=-5.04873 CombDLLmu=-7.05725 CombDLLpi=0 CombDLLk=1.43903 CombDLLp=1.43903 CombDLLd=2.09675 ProbNNe=2.92037e-05 ProbNNmu=0.00366525 ProbNNpi=0.000207713 ProbNNk=0.135084 ProbNNp=0.0541591 ProbNNghost=0.0197362 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=5.36133 RichDLLmu=4.6381 RichDLLpi=0 RichDLLk=2.86125 RichDLLp=2.86125 RichPIDStatus=5025 RichDLLbt=2.86125 RichDLLd=2.86125 MuonMuLL=0 MuonBkgLL=-0.133261 MuonNShared=48 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=180.414 MuonMVA1=-999 MuonMVA2=0.0743378 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.36477 CaloElectronMatch=86.1533 CaloBremMatch=82.6875 CaloChargedEcal=1729.67 CaloChargedID=38977 CaloNeutralEcal=1729.67 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.804122 CaloNeutralID=38977 CaloEcalE=819.984 CaloHcalE=3185.8 CaloEcalChi2=86.1533 CaloBremChi2=250.619 CaloClusChi2=3.36477 CaloTrajectoryL=235.281 CaloEoverP=0.456267 EcalPIDe=1.51236 BremPIDe=-0.33853 HcalPIDe=-1.56674 HcalPIDmu=-0.0648026 EcalPIDmu=0.255214 TrackChi2PerDof=1.63156 TrackNumDof=30 TrackType=3 TrackHistory=30 TrackP=4281.65 TrackPt=134.384 CombDLLe=0.539741 CombDLLmu=5.43005 CombDLLpi=0 CombDLLk=2.86125 CombDLLp=2.86125 CombDLLd=2.99451 ProbNNe=0.996015 ProbNNmu=0.00366525 ProbNNpi=0.000252021 ProbNNk=0.00844164 ProbNNp=0.0328685 ProbNNghost=0.950015 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.74289 RichDLLmu=-1.12356 RichDLLpi=0 RichDLLk=-3.68413 RichDLLp=-3.74289 RichPIDStatus=6083 RichDLLbt=-3.74289 RichDLLd=-3.74289 MuonMuLL=-1.68794 MuonBkgLL=-3.90243 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=4.6863 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.222285 CaloElectronMatch=50.0619 CaloChargedEcal=20079.5 CaloChargedID=43370 CaloEcalE=12280 CaloHcalE=17838.8 CaloEcalChi2=50.0619 CaloClusChi2=0.222285 CaloTrajectoryL=90.9058 CaloEoverP=1.1098 EcalPIDe=4.7102 HcalPIDe=-2.5812 HcalPIDmu=-3.11279 EcalPIDmu=-2.80328 TrackChi2PerDof=0.994105 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=18406.6 TrackPt=351.164 CombDLLe=1.30285 CombDLLmu=-5.24861 CombDLLpi=0 CombDLLk=-3.68413 CombDLLp=-3.74289 CombDLLd=0.159541 ProbNNe=0.00830389 ProbNNpi=0.988626 ProbNNk=0.00115769 ProbNNp=0.00501858 ProbNNghost=0.00200941 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-16.2353 RichDLLmu=-7.92068 RichDLLpi=0 RichDLLk=-2.79588 RichDLLp=-2.79588 RichPIDStatus=5027 RichDLLbt=-2.79588 RichDLLd=-2.79588 MuonMuLL=-0.00561571 MuonBkgLL=-0.191463 MuonNShared=6 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=222.438 MuonMVA1=-999 MuonMVA2=-0.385605 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.27223 CaloElectronMatch=463.491 CaloBremMatch=27.1455 CaloChargedEcal=18314.4 CaloChargedID=34482 CaloNeutralEcal=18314.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.624073 CaloNeutralID=34482 CaloEcalE=2381.2 CaloHcalE=332.321 CaloEcalChi2=463.491 CaloBremChi2=428.839 CaloClusChi2=5.27223 CaloTrajectoryL=1049.22 CaloEoverP=4.12183 EcalPIDe=-0.214586 BremPIDe=-0.4614 HcalPIDe=-0.19426 HcalPIDmu=-1.39048 EcalPIDmu=-2.2286 TrackChi2PerDof=0.731624 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=4372.76 TrackPt=304.796 CombDLLe=-3.56504 CombDLLmu=-9.86795 CombDLLpi=0 CombDLLk=-2.79588 CombDLLp=-2.79588 CombDLLd=-2.60441 ProbNNe=0.000124425 ProbNNmu=0.00366525 ProbNNpi=0.000133403 ProbNNk=0.0152062 ProbNNp=0.0227421 ProbNNghost=0.172637 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-3.29705 RichDLLmu=-3.38635 RichDLLpi=0 RichDLLk=0.674727 RichDLLp=0.674727 RichPIDStatus=5028 RichDLLbt=0.674727 RichDLLd=0.674727 InAccBrem=1 CaloBremChi2=131.188 BremPIDe=0.00370359 TrackChi2PerDof=0.863183 TrackNumDof=30 TrackType=3 TrackHistory=32 TrackP=2941.3 TrackPt=265.613 CombDLLe=-0.571976 CombDLLmu=-4.12819 CombDLLpi=0 CombDLLk=0.674727 CombDLLp=0.674727 CombDLLd=0.674727 ProbNNe=0.790307 ProbNNpi=0.751564 ProbNNk=0.072031 ProbNNp=0.111375 ProbNNghost=0.439536 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.7218 RichDLLmu=1.75616 RichDLLpi=0 RichDLLk=-16.9817 RichDLLp=-15.0012 RichPIDStatus=6114 RichDLLbt=-15.0012 RichDLLd=-15.0012 MuonMuLL=-0.00893983 MuonBkgLL=-0.803677 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=557.598 MuonMVA1=-999 MuonMVA2=0.0912732 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.841704 CaloElectronMatch=279.491 CaloBremMatch=279.491 CaloChargedEcal=6621.05 CaloChargedID=42151 CaloNeutralEcal=6621.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.743605 CaloNeutralID=42151 CaloEcalE=895.912 CaloHcalE=1347.6 CaloEcalChi2=279.491 CaloBremChi2=621.736 CaloClusChi2=0.841704 CaloTrajectoryL=-99.9148 CaloEoverP=0.452315 EcalPIDe=0.651274 BremPIDe=-0.625066 HcalPIDe=-0.426 HcalPIDmu=1.33378 EcalPIDmu=0.286655 TrackChi2PerDof=0.917742 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=15194.4 TrackPt=732.168 CombDLLe=-2.55396 CombDLLmu=4.77745 CombDLLpi=0 CombDLLk=-16.9817 CombDLLp=-15.0012 CombDLLd=-14.1976 ProbNNe=1.62974e-05 ProbNNmu=0.00366525 ProbNNpi=0.102486 ProbNNk=0.0172157 ProbNNp=0.0855123 ProbNNghost=0.0247402 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.784953 RichDLLmu=1.69775 RichDLLpi=0 RichDLLk=-5.27536 RichDLLp=-3.62972 RichPIDStatus=6082 RichDLLbt=-3.62972 RichDLLd=-3.62972 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.77628 CaloElectronMatch=1056.16 CaloChargedEcal=7317.38 CaloChargedID=42638 CaloEcalE=1812.16 CaloHcalE=43706.2 CaloEcalChi2=1056.16 CaloClusChi2=1.77628 CaloTrajectoryL=537.637 CaloEoverP=0.413413 EcalPIDe=-1.02088 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=-1.08877 TrackChi2PerDof=1.4028 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=18259.4 TrackPt=374.847 CombDLLe=-3.46473 CombDLLmu=-0.491651 CombDLLpi=0 CombDLLk=-5.27536 CombDLLp=-3.62972 CombDLLd=-3.62972 ProbNNe=2.8674e-05 ProbNNpi=0.980938 ProbNNk=0.00223524 ProbNNp=0.00212416 ProbNNghost=0.0437861 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.24432 RichDLLmu=-5.45017 RichDLLpi=0 RichDLLk=-2.41044 RichDLLp=-2.41044 RichPIDStatus=5027 RichDLLbt=-2.41044 RichDLLd=-2.41044 MuonMuLL=-0.688558 MuonBkgLL=-2.15532 MuonNShared=45 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=286.522 MuonMVA1=-999 MuonMVA2=-0.887801 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.51847 CaloElectronMatch=64.6965 CaloBremMatch=62.8921 CaloChargedEcal=3645.05 CaloChargedID=39482 CaloNeutralEcal=3645.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.722712 CaloNeutralID=39482 CaloEcalE=456.744 CaloHcalE=206.348 CaloEcalChi2=64.6965 CaloBremChi2=410.064 CaloClusChi2=4.51847 CaloTrajectoryL=300.292 CaloEoverP=0.819643 EcalPIDe=1.51236 BremPIDe=-0.4614 HcalPIDe=-0.11382 HcalPIDmu=-2.46366 EcalPIDmu=1.26223 TrackChi2PerDof=0.849734 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=4679.08 TrackPt=250.067 CombDLLe=0.197157 CombDLLmu=-5.3129 CombDLLpi=0 CombDLLk=-2.41044 CombDLLp=-2.41044 CombDLLd=-0.25512 ProbNNe=0.911616 ProbNNmu=0.00366525 ProbNNpi=0.0165435 ProbNNk=0.016622 ProbNNp=0.0572758 ProbNNghost=0.592123 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.27949 RichDLLmu=16.7162 RichDLLpi=0 RichDLLk=6.25942 RichDLLp=6.25942 RichPIDStatus=5026 RichDLLbt=6.25942 RichDLLd=6.25942 MuonMuLL=-2.08184 MuonBkgLL=-4.23383 MuonNShared=14 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=62.5347 MuonMVA1=-999 MuonMVA2=1.56314 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.14528 CaloElectronMatch=124.849 CaloBremMatch=124.849 CaloChargedEcal=1602.92 CaloChargedID=35404 CaloNeutralEcal=1602.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.668424 CaloNeutralID=35404 CaloEcalE=801.246 CaloHcalE=2117.08 CaloEcalChi2=124.849 CaloBremChi2=211.521 CaloClusChi2=2.14528 CaloTrajectoryL=644.821 CaloEoverP=0.385804 EcalPIDe=1.51236 BremPIDe=-0.396524 HcalPIDe=-1.31758 HcalPIDmu=1.09404 EcalPIDmu=0.255214 TrackChi2PerDof=0.808384 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=4546.63 TrackPt=412.98 CombDLLe=-0.425582 CombDLLmu=10.4838 CombDLLpi=0 CombDLLk=6.25942 CombDLLp=6.25942 CombDLLd=10.4932 ProbNNe=0.13551 ProbNNmu=0.00366525 ProbNNpi=1.61208e-05 ProbNNk=0.119779 ProbNNp=0.20623 ProbNNghost=0.385765 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.9291 RichDLLmu=-0.380234 RichDLLpi=0 RichDLLk=38.8263 RichDLLp=26.832 RichPIDStatus=8164 RichDLLbt=24.9712 RichDLLd=24.9712 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.263739 CaloElectronMatch=1159.81 CaloBremMatch=1159.81 CaloChargedEcal=3208.74 CaloChargedID=41880 CaloNeutralEcal=3208.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.869463 CaloNeutralID=41880 CaloEcalE=1143.47 CaloHcalE=18173.3 CaloEcalChi2=1159.81 CaloBremChi2=127.466 CaloClusChi2=0.263739 CaloTrajectoryL=227.602 CaloEoverP=0.149604 EcalPIDe=-1.26971 BremPIDe=0.922325 HcalPIDe=-2.87281 HcalPIDmu=-2.86021 EcalPIDmu=0.209298 TrackChi2PerDof=0.928438 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=21761.9 TrackPt=1737.56 CombDLLe=-3.55753 CombDLLmu=-3.18221 CombDLLpi=0 CombDLLk=38.8263 CombDLLp=26.832 CombDLLd=24.9712 ProbNNe=8.41067e-07 ProbNNpi=0.000574124 ProbNNk=0.999651 ProbNNp=0.010894 ProbNNghost=0.00288701 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.416128 RichDLLmu=-8.39233e-05 RichDLLpi=0 RichDLLk=-3.87542 RichDLLp=3.27092 RichPIDStatus=8133 RichDLLbt=0.701462 RichDLLd=0.701462 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccBrem=1 CaloTrMatch=10.9849 CaloElectronMatch=2406.43 CaloBremMatch=1720.12 CaloChargedEcal=20593 CaloChargedID=43559 CaloNeutralEcal=20593 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.879075 CaloNeutralID=43559 CaloEcalE=591.28 CaloEcalChi2=2406.43 CaloBremChi2=111.823 CaloClusChi2=10.9849 CaloTrajectoryL=1741.54 CaloEoverP=0.457714 EcalPIDe=-2.23515 BremPIDe=2.09125 EcalPIDmu=1.55422 TrackChi2PerDof=1.58457 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=44221.7 TrackPt=1033.92 CombDLLe=-0.216725 CombDLLmu=1.5541 CombDLLpi=0 CombDLLk=-3.87542 CombDLLp=3.27092 CombDLLd=0.701462 ProbNNe=5.20817e-08 ProbNNpi=0.849241 ProbNNk=0.00263149 ProbNNp=0.0340149 ProbNNghost=0.0625532 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=13.5094 RichDLLmu=5.50408 RichDLLpi=0 RichDLLk=1.10334 RichDLLp=1.10334 RichPIDStatus=5025 RichDLLbt=1.10334 RichDLLd=1.10334 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.504146 CaloElectronMatch=47.7481 CaloBremMatch=47.7481 CaloChargedEcal=8759.33 CaloChargedID=38401 CaloNeutralEcal=8759.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.828984 CaloNeutralID=38401 CaloEcalE=6321.34 CaloHcalE=1965 CaloEcalChi2=47.7481 CaloBremChi2=2.16489 CaloClusChi2=0.504146 CaloTrajectoryL=89.0523 CaloEoverP=1.3961 EcalPIDe=3.6423 BremPIDe=4.15216 HcalPIDe=-1.03972 HcalPIDmu=1.80352 EcalPIDmu=-1.02114 TrackChi2PerDof=1.33893 TrackNumDof=28 TrackType=3 TrackHistory=30 TrackP=6379.13 TrackPt=293.739 CombDLLe=9.03291 CombDLLmu=6.38793 CombDLLpi=0 CombDLLk=1.10334 CombDLLp=1.10334 CombDLLd=1.10334 ProbNNe=0.981056 ProbNNpi=0.10864 ProbNNk=0.133127 ProbNNp=0.132264 ProbNNghost=0.968764 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.0319 RichDLLmu=-9.86224 RichDLLpi=0 RichDLLk=1.70573 RichDLLp=1.70573 RichPIDStatus=5028 RichDLLbt=1.70573 RichDLLd=1.70573 MuonMuLL=-0.00712531 MuonBkgLL=-0.0992557 MuonNShared=39 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=958.901 MuonMVA1=-999 MuonMVA2=-0.941987 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.154548 CaloElectronMatch=53.3809 CaloBremMatch=53.3809 CaloChargedEcal=3304.68 CaloChargedID=38088 CaloNeutralEcal=3304.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969122 CaloNeutralID=38088 CaloEcalE=2495.58 CaloHcalE=0 CaloEcalChi2=53.3809 CaloBremChi2=199.139 CaloClusChi2=0.154548 CaloTrajectoryL=24.3623 CaloEoverP=0.670797 EcalPIDe=3.6423 BremPIDe=-0.224286 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.46918 TrackChi2PerDof=0.675888 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=5343.98 TrackPt=354.183 CombDLLe=2.05095 CombDLLmu=-11.5931 CombDLLpi=0 CombDLLk=1.70573 CombDLLp=1.70573 CombDLLd=1.80499 ProbNNe=0.0764249 ProbNNmu=0.00366525 ProbNNpi=0.00194347 ProbNNk=0.0494495 ProbNNp=0.381675 ProbNNghost=0.319533 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-63.3372 RichDLLmu=-26.3642 RichDLLpi=0 RichDLLk=-41.2579 RichDLLp=-41.2579 RichPIDStatus=5027 RichDLLbt=-41.2579 RichDLLd=-41.2579 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.556211 CaloElectronMatch=643.974 CaloBremMatch=643.974 CaloChargedEcal=855.78 CaloChargedID=33938 CaloNeutralEcal=855.78 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.93112 CaloNeutralID=33938 CaloEcalE=410.076 CaloHcalE=4843.07 CaloEcalChi2=643.974 CaloBremChi2=144.435 CaloClusChi2=0.556211 CaloTrajectoryL=19.9565 CaloEoverP=0.148388 EcalPIDe=-0.541014 BremPIDe=0.00434017 HcalPIDe=-2.10303 HcalPIDmu=-1.13278 EcalPIDmu=1.79271 TrackChi2PerDof=0.799064 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6803.59 TrackPt=933.224 CombDLLe=-9.07365 CombDLLmu=-6.3397 CombDLLpi=0 CombDLLk=-41.2579 CombDLLp=-41.2579 CombDLLd=-41.2579 ProbNNe=8.06271e-08 ProbNNpi=0.998496 ProbNNk=4.33119e-05 ProbNNp=1.9408e-05 ProbNNghost=0.00247833 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.59719 RichDLLmu=-2.80856 RichDLLpi=0 RichDLLk=5.84949 RichDLLp=5.84949 RichPIDStatus=5060 RichDLLbt=5.84949 RichDLLd=5.84949 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=7.23552 CaloElectronMatch=467.223 CaloChargedEcal=3783.57 CaloChargedID=39089 CaloEcalE=223.858 CaloHcalE=4183.94 CaloEcalChi2=467.223 CaloClusChi2=7.23552 CaloTrajectoryL=-747.794 CaloEoverP=0.539874 EcalPIDe=-0.270192 HcalPIDe=-2.03346 HcalPIDmu=-0.700881 EcalPIDmu=-0.474792 TrackChi2PerDof=0.854349 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=7077.63 TrackPt=145.154 CombDLLe=-3.27682 CombDLLmu=-4.7404 CombDLLpi=0 CombDLLk=5.84949 CombDLLp=5.84949 CombDLLd=5.84949 ProbNNe=0.00011993 ProbNNpi=0.897672 ProbNNk=0.066067 ProbNNp=0.124118 ProbNNghost=0.0170574 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-18.2782 RichDLLmu=-15.2902 RichDLLpi=0 RichDLLk=-4.20616 RichDLLp=-4.20616 RichPIDStatus=5027 RichDLLbt=-4.20616 RichDLLd=-4.20616 InAccBrem=1 CaloBremChi2=1.39263 BremPIDe=3.84229 TrackChi2PerDof=1.61273 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=2947.81 TrackPt=401.813 CombDLLe=0.84909 CombDLLmu=-6.96917 CombDLLpi=0 CombDLLk=-4.20616 CombDLLp=-4.20616 CombDLLd=-4.20616 ProbNNe=0.00486735 ProbNNpi=0.920197 ProbNNk=0.00611816 ProbNNp=0.00862302 ProbNNghost=0.140267 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.3125 RichDLLmu=-10.0354 RichDLLpi=0 RichDLLk=-6.39101 RichDLLp=-4.65585 RichPIDStatus=6115 RichDLLbt=-4.65585 RichDLLd=-4.65585 MuonMuLL=-0.00722605 MuonBkgLL=-0.735682 MuonNShared=8 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=683.231 MuonMVA1=-999 MuonMVA2=-0.568161 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0981727 CaloElectronMatch=43.4454 CaloBremMatch=43.4454 CaloChargedEcal=7057.47 CaloChargedID=42443 CaloNeutralEcal=7057.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.774721 CaloNeutralID=42443 CaloEcalE=4682.5 CaloHcalE=10572.1 CaloEcalChi2=43.4454 CaloBremChi2=235.293 CaloClusChi2=0.0981727 CaloTrajectoryL=94.0009 CaloEoverP=0.64581 EcalPIDe=4.33705 BremPIDe=-0.420376 HcalPIDe=-2.4429 HcalPIDmu=-2.05233 EcalPIDmu=-2.90947 TrackChi2PerDof=1.30667 TrackNumDof=29 TrackType=3 TrackHistory=30 TrackP=11112.9 TrackPt=301.085 CombDLLe=-2.44612 CombDLLmu=-10.985 CombDLLpi=0 CombDLLk=-6.39101 CombDLLp=-4.65585 CombDLLd=-3.92017 ProbNNe=0.00187231 ProbNNmu=0.00366525 ProbNNpi=0.451902 ProbNNk=0.00053542 ProbNNp=0.0170327 ProbNNghost=0.224284 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.2605 RichDLLmu=-12.3574 RichDLLpi=0 RichDLLk=0.936495 RichDLLp=0.936495 RichPIDStatus=5028 RichDLLbt=0.936495 RichDLLd=0.936495 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.97667 CaloElectronMatch=30.7376 CaloBremMatch=30.6366 CaloChargedEcal=4165.27 CaloChargedID=35718 CaloNeutralEcal=4165.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898979 CaloNeutralID=35718 CaloEcalE=3304.09 CaloHcalE=229.745 CaloEcalChi2=30.7376 CaloBremChi2=9.10155 CaloClusChi2=1.97667 CaloTrajectoryL=213.051 CaloEoverP=0.867904 EcalPIDe=2.97947 BremPIDe=3.18724 HcalPIDe=-0.11382 HcalPIDmu=-2.46366 EcalPIDmu=-2.29524 TrackChi2PerDof=1.25493 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=4912.29 TrackPt=771.59 CombDLLe=2.13925 CombDLLmu=-11.6597 CombDLLpi=0 CombDLLk=0.936495 CombDLLp=0.936495 CombDLLd=0.936495 ProbNNe=3.79838e-06 ProbNNpi=0.950541 ProbNNk=0.0105918 ProbNNp=0.0205508 ProbNNghost=0.0734785 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.72953 RichDLLmu=-0.835373 RichDLLpi=0 RichDLLk=-10.1894 RichDLLp=-5.48607 RichPIDStatus=8131 RichDLLbt=-5.34518 RichDLLd=-5.34518 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.4626 CaloElectronMatch=3889.55 CaloChargedEcal=6493.36 CaloChargedID=42325 CaloEcalE=1397.75 CaloHcalE=47660.7 CaloEcalChi2=3889.55 CaloClusChi2=4.4626 CaloTrajectoryL=-581.437 CaloEoverP=0.20552 EcalPIDe=-3.05151 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=-0.131901 TrackChi2PerDof=1.30303 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=33370.3 TrackPt=636.588 CombDLLe=-6.5341 CombDLLmu=-4.33599 CombDLLpi=0 CombDLLk=-10.1894 CombDLLp=-5.48607 CombDLLd=-5.34518 ProbNNe=5.50379e-06 ProbNNpi=0.967698 ProbNNk=8.7673e-05 ProbNNp=0.000705096 ProbNNghost=0.17633 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-21.1311 RichDLLmu=-12.906 RichDLLpi=0 RichDLLk=-8.12216 RichDLLp=-8.12216 RichPIDStatus=5027 RichDLLbt=-8.12216 RichDLLd=-8.12216 MuonMuLL=-0.00320513 MuonBkgLL=-0.888716 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=428.191 MuonMVA1=-999 MuonMVA2=-0.0954852 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.557806 CaloElectronMatch=157.221 CaloBremMatch=27.1455 CaloChargedEcal=18314.4 CaloChargedID=34482 CaloNeutralEcal=18314.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.624073 CaloNeutralID=34482 CaloEcalE=10271.2 CaloHcalE=844.681 CaloEcalChi2=157.221 CaloBremChi2=65.4583 CaloClusChi2=0.557806 CaloTrajectoryL=-224.658 CaloEoverP=2.95597 EcalPIDe=0.989182 BremPIDe=1.02573 HcalPIDe=-0.310073 HcalPIDmu=-0.170094 EcalPIDmu=-0.784897 TrackChi2PerDof=1.04213 TrackNumDof=26 TrackType=3 TrackHistory=30 TrackP=6097.4 TrackPt=475.675 CombDLLe=-1.6836 CombDLLmu=-6.98975 CombDLLpi=0 CombDLLk=-8.12216 CombDLLp=-8.12216 CombDLLd=-7.23345 ProbNNe=0.00162423 ProbNNmu=0.00366525 ProbNNpi=0.000697983 ProbNNk=0.00559842 ProbNNp=0.0126166 ProbNNghost=0.360128 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.3025 RichDLLmu=-15.462 RichDLLpi=0 RichDLLk=-7.25228 RichDLLp=-7.25228 RichPIDStatus=5027 RichDLLbt=-7.25228 RichDLLd=-7.25228 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.0563558 CaloElectronMatch=31.3711 CaloBremMatch=31.3711 CaloChargedEcal=2499.23 CaloChargedID=34122 CaloNeutralEcal=2499.23 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975122 CaloNeutralID=34122 CaloEcalE=1054.59 CaloHcalE=1468.15 CaloEcalChi2=31.3711 CaloBremChi2=64.3977 CaloClusChi2=0.0563558 CaloTrajectoryL=171.844 CaloEoverP=0.742983 EcalPIDe=2.97947 BremPIDe=0.754695 HcalPIDe=-1.06262 HcalPIDmu=1.19075 EcalPIDmu=-0.744972 TrackChi2PerDof=1.42613 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=3680.13 TrackPt=355.538 CombDLLe=-0.180677 CombDLLmu=-6.52543 CombDLLpi=0 CombDLLk=-7.25228 CombDLLp=-7.25228 CombDLLd=-7.25228 ProbNNe=0.000188758 ProbNNpi=0.992609 ProbNNk=0.00123355 ProbNNp=0.00389279 ProbNNghost=0.00908732 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.87117 RichDLLmu=-1.21925 RichDLLpi=0 RichDLLk=0.530282 RichDLLp=2.27769 RichPIDStatus=6085 RichDLLbt=2.27769 RichDLLd=2.27769 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.709226 CaloElectronMatch=327.637 CaloChargedEcal=21181.1 CaloChargedID=42704 CaloEcalE=5607.78 CaloHcalE=57646 CaloEcalChi2=327.637 CaloClusChi2=0.709226 CaloTrajectoryL=319.653 CaloEoverP=1.0131 EcalPIDe=0.395545 HcalPIDe=-2.87281 HcalPIDmu=-1.95868 EcalPIDmu=-3.09733 TrackChi2PerDof=1.11767 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=21225.9 TrackPt=364.566 CombDLLe=-3.15261 CombDLLmu=-6.72992 CombDLLpi=0 CombDLLk=0.530282 CombDLLp=2.27769 CombDLLd=2.27769 ProbNNe=9.17093e-05 ProbNNpi=0.931194 ProbNNk=0.0147626 ProbNNp=0.0473466 ProbNNghost=0.0314303 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.8126 RichDLLmu=-8.53934 RichDLLpi=0 RichDLLk=1.40733 RichDLLp=0.233755 RichPIDStatus=6116 RichDLLbt=0.233755 RichDLLd=0.233755 MuonMuLL=-0.0984953 MuonBkgLL=-1.95552 MuonNShared=1 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=3.07736 MuonMVA1=-999 MuonMVA2=-0.839596 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.39621 CaloElectronMatch=233.661 CaloBremMatch=233.661 CaloChargedEcal=2923.17 CaloChargedID=42447 CaloNeutralEcal=2923.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719424 CaloNeutralID=42447 CaloEcalE=1075.02 CaloHcalE=11420.5 CaloEcalChi2=233.661 CaloBremChi2=298.464 CaloClusChi2=3.39621 CaloTrajectoryL=615.347 CaloEoverP=0.31286 EcalPIDe=0.786938 BremPIDe=-0.473279 HcalPIDe=-1.89687 HcalPIDmu=-1.45848 EcalPIDmu=-0.400565 TrackChi2PerDof=1.86218 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=10284.5 TrackPt=350.978 CombDLLe=-4.50949 CombDLLmu=-6.55672 CombDLLpi=0 CombDLLk=1.40733 CombDLLp=0.233755 CombDLLd=2.18928 ProbNNe=0.000443328 ProbNNmu=0.00366525 ProbNNpi=0.0826924 ProbNNk=0.0526454 ProbNNp=0.02729 ProbNNghost=0.547127 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.670643 RichDLLmu=0.299667 RichDLLpi=0 RichDLLk=7.85818 RichDLLp=7.85818 RichPIDStatus=5060 RichDLLbt=7.85818 RichDLLd=7.85818 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.44755 CaloElectronMatch=39.2876 CaloChargedEcal=11018.8 CaloChargedID=43189 CaloEcalE=7952.58 CaloHcalE=3760.72 CaloEcalChi2=39.2876 CaloClusChi2=0.44755 CaloTrajectoryL=170.739 CaloEoverP=0.76643 EcalPIDe=4.33705 HcalPIDe=-1.44987 HcalPIDmu=-0.0105243 EcalPIDmu=-3.49792 TrackChi2PerDof=1.13705 TrackNumDof=27 TrackType=3 TrackHistory=30 TrackP=14474.6 TrackPt=261.61 CombDLLe=2.76983 CombDLLmu=-3.08941 CombDLLpi=0 CombDLLk=7.85818 CombDLLp=7.85818 CombDLLd=7.85818 ProbNNe=0.342047 ProbNNpi=0.451587 ProbNNk=0.419128 ProbNNp=0.458299 ProbNNghost=0.222518 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-16.4669 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=30.4871 BremPIDe=0.843951 TrackChi2PerDof=0.84433 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=1738.14 TrackPt=272.825 CombDLLe=-1.8853 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00791443 ProbNNpi=0.883335 ProbNNk=0.0444535 ProbNNp=0.0867203 ProbNNghost=0.0783273 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-20.3635 RichDLLmu=-33.5721 RichDLLpi=0 RichDLLk=-13.6062 RichDLLp=-13.6062 RichPIDStatus=5027 RichDLLbt=-13.6062 RichDLLd=-13.6062 InAccBrem=1 CaloBremChi2=324.114 BremPIDe=-0.357753 TrackChi2PerDof=0.958583 TrackNumDof=26 TrackType=3 TrackHistory=32 TrackP=4068.24 TrackPt=677.016 CombDLLe=-3.64239 CombDLLmu=-6.99998 CombDLLpi=0 CombDLLk=-13.6062 CombDLLp=-13.6062 CombDLLd=-13.6062 ProbNNe=0.0048641 ProbNNpi=0.991877 ProbNNk=0.000389431 ProbNNp=0.00114375 ProbNNghost=0.00311869 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-83.8907 RichDLLmu=-83.056 RichDLLpi=0 RichDLLk=-58.4861 RichDLLp=-58.4861 RichPIDStatus=5027 RichDLLbt=-58.4861 RichDLLd=-58.4861 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.71407 CaloElectronMatch=206.654 CaloBremMatch=206.654 CaloChargedEcal=4578.76 CaloChargedID=33552 CaloNeutralEcal=4578.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.967941 CaloNeutralID=33552 CaloEcalE=3822.9 CaloHcalE=623.901 CaloEcalChi2=206.654 CaloBremChi2=126.653 CaloClusChi2=2.71407 CaloTrajectoryL=372.21 CaloEoverP=1.03517 EcalPIDe=0.497498 BremPIDe=-0.015883 HcalPIDe=-0.304036 HcalPIDmu=-0.681099 EcalPIDmu=-2.03528 TrackChi2PerDof=0.773697 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=4644.73 TrackPt=841.106 CombDLLe=-6.61447 CombDLLmu=-9.71638 CombDLLpi=0 CombDLLk=-58.4861 CombDLLp=-58.4861 CombDLLd=-58.4861 ProbNNe=9.4976e-08 ProbNNpi=0.997468 ProbNNk=4.33533e-05 ProbNNp=3.24354e-05 ProbNNghost=0.00198286 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-13.6025 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=32.4387 BremPIDe=0.843951 TrackChi2PerDof=1.07634 TrackNumDof=25 TrackType=3 TrackHistory=32 TrackP=1738.96 TrackPt=276.599 CombDLLe=-1.44879 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.039019 ProbNNpi=0.896844 ProbNNk=0.0438211 ProbNNp=0.0829714 ProbNNghost=0.0476271 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-25.8801 RichDLLmu=-15.3247 RichDLLpi=0 RichDLLk=1.49966 RichDLLp=1.49966 RichPIDStatus=5028 RichDLLbt=1.49966 RichDLLd=1.49966 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.97777 CaloElectronMatch=30.6366 CaloBremMatch=30.6366 CaloChargedEcal=4165.27 CaloChargedID=35718 CaloNeutralEcal=4165.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898979 CaloNeutralID=35718 CaloEcalE=3304.09 CaloHcalE=229.745 CaloEcalChi2=30.6366 CaloBremChi2=8.71186 CaloClusChi2=1.97777 CaloTrajectoryL=213.109 CaloEoverP=0.868699 EcalPIDe=2.97947 BremPIDe=3.18724 HcalPIDe=-0.11382 HcalPIDmu=-2.46366 EcalPIDmu=-2.29524 TrackChi2PerDof=2.39237 TrackNumDof=23 TrackType=3 TrackHistory=32 TrackP=4907.79 TrackPt=779.789 CombDLLe=2.06536 CombDLLmu=-11.7285 CombDLLpi=0 CombDLLk=1.49966 CombDLLp=1.49966 CombDLLd=1.49966 ProbNNe=8.30524e-06 ProbNNpi=0.459335 ProbNNk=0.0121196 ProbNNp=0.0106857 ProbNNghost=0.924442 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.8676 RichDLLmu=-1.54745 RichDLLpi=0 RichDLLk=-28.8157 RichDLLp=-16.6252 RichPIDStatus=8163 RichDLLbt=-18.3427 RichDLLd=-18.3427 MuonMuLL=-0.352968 MuonBkgLL=-2.75805 MuonNShared=1 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=492.014 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.831477 CaloElectronMatch=203.669 CaloBremMatch=203.669 CaloChargedEcal=9124.08 CaloChargedID=43626 CaloNeutralEcal=9124.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75594 CaloNeutralID=43626 CaloEcalE=5162.95 CaloHcalE=22122.6 CaloEcalChi2=203.669 CaloBremChi2=329.429 CaloClusChi2=0.831477 CaloTrajectoryL=388.68 CaloEoverP=0.447248 EcalPIDe=1.29617 BremPIDe=-0.738925 HcalPIDe=-2.87281 HcalPIDmu=-1.95868 EcalPIDmu=-3.40305 TrackChi2PerDof=1.12465 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=20791.3 TrackPt=620.352 CombDLLe=-3.50572 CombDLLmu=-5.05647 CombDLLpi=0 CombDLLk=-28.8157 CombDLLp=-16.6252 CombDLLd=-15.5846 ProbNNe=6.35951e-06 ProbNNpi=0.992786 ProbNNk=2.35692e-05 ProbNNp=0.0001295 ProbNNghost=0.00218442 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.40548 RichDLLmu=-2.95946 RichDLLpi=0 RichDLLk=-3.16124 RichDLLp=0.103095 RichPIDStatus=8166 RichDLLbt=2.63654 RichDLLd=2.63654 MuonMuLL=-0.0306654 MuonBkgLL=-2.44275 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=433.326 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.66504 CaloElectronMatch=1079.72 CaloBremMatch=790.145 CaloChargedEcal=6975.89 CaloChargedID=43628 CaloNeutralEcal=6975.89 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.661668 CaloNeutralID=43628 CaloEcalE=1243.63 CaloHcalE=23336.2 CaloEcalChi2=1079.72 CaloBremChi2=571.429 CaloClusChi2=1.66504 CaloTrajectoryL=23.7561 CaloEoverP=0.330486 EcalPIDe=-1.0778 BremPIDe=-0.581258 HcalPIDe=-2.87281 HcalPIDmu=-2.20948 EcalPIDmu=-0.112136 TrackChi2PerDof=1.01337 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=22194.2 TrackPt=627.478 CombDLLe=-6.14815 CombDLLmu=-3.62832 CombDLLpi=0 CombDLLk=-3.16124 CombDLLp=0.103095 CombDLLd=5.07929 ProbNNe=3.97193e-06 ProbNNpi=0.974756 ProbNNk=0.00227764 ProbNNp=0.0769806 ProbNNghost=0.0178959 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.56756 RichDLLmu=-0.712675 RichDLLpi=0 RichDLLk=1.58374 RichDLLp=2.7182 RichPIDStatus=6085 RichDLLbt=2.7182 RichDLLd=2.7182 MuonMuLL=-1.95263 MuonBkgLL=-5.64117 MuonNShared=0 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=0.623242 MuonMVA1=-999 MuonMVA2=3.96261 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.54676 CaloElectronMatch=5382.07 CaloChargedEcal=18314.4 CaloChargedID=34482 CaloEcalE=575.136 CaloHcalE=19799.1 CaloEcalChi2=5382.07 CaloClusChi2=4.54676 CaloTrajectoryL=29811.3 CaloEoverP=0.636054 EcalPIDe=-3.25067 HcalPIDe=-2.87457 HcalPIDmu=-3.19944 EcalPIDmu=1.70961 TrackChi2PerDof=1.25362 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=28336.8 TrackPt=512.88 CombDLLe=-6.57395 CombDLLmu=1.20767 CombDLLpi=0 CombDLLk=1.58374 CombDLLp=2.7182 CombDLLd=8.35938 ProbNNe=0.000258998 ProbNNmu=0.00366525 ProbNNpi=0.00508094 ProbNNk=0.122538 ProbNNp=0.273806 ProbNNghost=0.112097 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.52009 RichDLLmu=-4.38521 RichDLLpi=0 RichDLLk=24.5379 RichDLLp=19.7726 RichPIDStatus=6116 RichDLLbt=19.7726 RichDLLd=19.7726 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.745025 CaloElectronMatch=99.5246 CaloBremMatch=99.5246 CaloChargedEcal=8178.07 CaloChargedID=43887 CaloNeutralEcal=8178.07 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.700092 CaloNeutralID=43887 CaloEcalE=5098.72 CaloHcalE=2862.34 CaloEcalChi2=99.5246 CaloBremChi2=138.16 CaloClusChi2=0.745025 CaloTrajectoryL=144.346 CaloEoverP=0.567149 EcalPIDe=2.29793 BremPIDe=0.655527 HcalPIDe=-0.887168 HcalPIDmu=0.552724 EcalPIDmu=-3.47172 TrackChi2PerDof=1.26831 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=14649.3 TrackPt=647.186 CombDLLe=0.765562 CombDLLmu=-7.85353 CombDLLpi=0 CombDLLk=24.5379 CombDLLp=19.7726 CombDLLd=19.7726 ProbNNe=2.68477e-06 ProbNNpi=0.00542267 ProbNNk=0.995436 ProbNNp=0.737915 ProbNNghost=0.00794972 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0063199 MuonBkgLL=-0.65666 MuonNShared=4 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=864.142 MuonMVA1=-999 MuonMVA2=-0.950909 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.539798 CaloElectronMatch=21.1124 CaloChargedEcal=8093.54 CaloChargedID=39048 CaloEcalE=5720.75 CaloHcalE=1558.93 CaloEcalChi2=21.1124 CaloClusChi2=0.539798 CaloTrajectoryL=78.3723 CaloEoverP=1.31447 EcalPIDe=3.6423 HcalPIDe=-1.01358 HcalPIDmu=2.04963 EcalPIDmu=-1.57631 TrackChi2PerDof=2.42871 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=6247.32 TrackPt=93.2695 CombDLLe=2.62872 CombDLLmu=1.12367 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.65666 ProbNNe=0.999541 ProbNNmu=0.00366525 ProbNNpi=8.29006e-05 ProbNNk=0.00978963 ProbNNp=0.0103747 ProbNNghost=0.989722 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0063199 MuonBkgLL=-0.656474 MuonNShared=5 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=860.653 MuonMVA1=-999 MuonMVA2=-0.950909 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.541915 CaloElectronMatch=21.1954 CaloChargedEcal=8093.54 CaloChargedID=39048 CaloEcalE=5720.75 CaloHcalE=1558.93 CaloEcalChi2=21.1954 CaloClusChi2=0.541915 CaloTrajectoryL=78.346 CaloEoverP=1.31936 EcalPIDe=3.6423 HcalPIDe=-1.01358 HcalPIDmu=2.04963 EcalPIDmu=-1.57631 TrackChi2PerDof=1.9695 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=6224.17 TrackPt=93.7596 CombDLLe=2.62872 CombDLLmu=1.12348 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.656474 ProbNNe=0.999598 ProbNNmu=0.00366525 ProbNNpi=0.00010153 ProbNNk=0.0117258 ProbNNp=0.0106792 ProbNNghost=0.986641 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-5.93825 RichDLLmu=-1.09578 RichDLLpi=0 RichDLLk=6.53386 RichDLLp=6.53386 RichPIDStatus=5060 RichDLLbt=6.53386 RichDLLd=6.53386 MuonMuLL=0 MuonBkgLL=-0.33824 MuonNShared=30 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=1049.42 MuonMVA1=-999 MuonMVA2=0.0617437 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.11194 CaloElectronMatch=200.378 CaloChargedEcal=5327.27 CaloChargedID=38603 CaloEcalE=2824.37 CaloHcalE=724.65 CaloEcalChi2=200.378 CaloClusChi2=2.11194 CaloTrajectoryL=358.553 CaloEoverP=0.755266 EcalPIDe=0.605631 HcalPIDe=-0.319373 HcalPIDmu=-1.088 EcalPIDmu=-2.96281 TrackChi2PerDof=1.3138 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=7199.25 TrackPt=167.749 CombDLLe=-0.745368 CombDLLmu=-5.22256 CombDLLpi=0 CombDLLk=6.53386 CombDLLp=6.53386 CombDLLd=6.8721 ProbNNe=0.668621 ProbNNmu=0.00366525 ProbNNpi=0.16945 ProbNNk=0.179021 ProbNNp=0.427187 ProbNNghost=0.62777 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.3215 RichDLLmu=-7.95867 RichDLLpi=0 RichDLLk=-7.79772 RichDLLp=-7.79772 RichPIDStatus=5059 RichDLLbt=-7.79772 RichDLLd=-7.79772 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.23605 CaloElectronMatch=382.197 CaloChargedEcal=2653.27 CaloChargedID=43340 CaloEcalE=1108.94 CaloHcalE=17712.5 CaloEcalChi2=382.197 CaloClusChi2=1.23605 CaloTrajectoryL=32.2444 CaloEoverP=0.314514 EcalPIDe=-0.0141273 HcalPIDe=-1.17839 HcalPIDmu=-0.971903 EcalPIDmu=-0.400565 TrackChi2PerDof=1.02429 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=9681.43 TrackPt=245.298 CombDLLe=-3.74991 CombDLLmu=-7.81537 CombDLLpi=0 CombDLLk=-7.79772 CombDLLp=-7.79772 CombDLLd=-7.79772 ProbNNe=2.388e-07 ProbNNpi=0.994419 ProbNNk=6.59826e-05 ProbNNp=7.55891e-05 ProbNNghost=0.0481887 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-8.52312 RichDLLmu=-4.50733 RichDLLpi=0 RichDLLk=-3.09956 RichDLLp=-3.09956 RichPIDStatus=5059 RichDLLbt=-3.09956 RichDLLd=-3.09956 MuonMuLL=-0.038533 MuonBkgLL=-1.4168 MuonNShared=2 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=5.14444 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.254557 CaloElectronMatch=71.8787 CaloChargedEcal=7317.38 CaloChargedID=42638 CaloEcalE=2935.52 CaloHcalE=47306.2 CaloEcalChi2=71.8787 CaloClusChi2=0.254557 CaloTrajectoryL=35.168 CaloEoverP=0.612349 EcalPIDe=2.29793 HcalPIDe=-1.89687 HcalPIDmu=-0.745537 EcalPIDmu=-2.35622 TrackChi2PerDof=1.20231 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=12327.4 TrackPt=231.67 CombDLLe=-1.06831 CombDLLmu=-6.74257 CombDLLpi=0 CombDLLk=-3.09956 CombDLLp=-3.09956 CombDLLd=-1.68277 ProbNNe=5.11639e-05 ProbNNpi=0.991323 ProbNNk=0.000490746 ProbNNp=0.000669547 ProbNNghost=0.0330117 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-32.4344 RichDLLmu=-32.5666 RichDLLpi=0 RichDLLk=-10.0853 RichDLLp=-10.0853 RichPIDStatus=5091 RichDLLbt=-10.0853 RichDLLd=-10.0853 MuonMuLL=-0.179486 MuonBkgLL=-0.810538 MuonNShared=1 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=205.877 MuonMVA1=-999 MuonMVA2=-0.901611 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=16.66 CaloElectronMatch=1134.53 CaloBremMatch=229.864 CaloChargedEcal=1299.6 CaloChargedID=38194 CaloNeutralEcal=1299.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918038 CaloNeutralID=38194 CaloEcalE=0 CaloHcalE=4723.92 CaloEcalChi2=1134.53 CaloBremChi2=68.7669 CaloClusChi2=16.66 CaloTrajectoryL=1740.56 CaloEoverP=0.235241 EcalPIDe=-1.33515 BremPIDe=0.891367 HcalPIDe=-2.10303 HcalPIDmu=-0.924473 EcalPIDmu=0.501778 TrackChi2PerDof=0.937737 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=5962.06 TrackPt=511.948 CombDLLe=-7.23726 CombDLLmu=-6.79161 CombDLLpi=0 CombDLLk=-10.0853 CombDLLp=-10.0853 CombDLLd=-9.27473 ProbNNe=1.79063e-08 ProbNNmu=0.00366525 ProbNNpi=0.0784639 ProbNNk=0.00109691 ProbNNp=0.0137228 ProbNNghost=0.0360072 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.66773 RichDLLmu=0.791091 RichDLLpi=0 RichDLLk=-6.56919 RichDLLp=-6.65916 RichPIDStatus=6082 RichDLLbt=-6.65916 RichDLLd=-6.65916 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.90583 CaloElectronMatch=476.663 CaloChargedEcal=7015.13 CaloChargedID=43121 CaloEcalE=1669.65 CaloHcalE=32736.6 CaloEcalChi2=476.663 CaloClusChi2=2.90583 CaloTrajectoryL=588.335 CaloEoverP=0.376986 EcalPIDe=-0.172551 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=-0.981582 TrackChi2PerDof=0.828081 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=18980.3 TrackPt=304.624 CombDLLe=-3.39381 CombDLLmu=-1.57562 CombDLLpi=0 CombDLLk=-6.56919 CombDLLp=-6.65916 CombDLLd=-6.65916 ProbNNe=3.55198e-07 ProbNNpi=0.996174 ProbNNk=0.00111889 ProbNNp=0.00112256 ProbNNghost=0.00254779 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0179603 MuonBkgLL=-0.420553 MuonNShared=29 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=148.071 MuonMVA1=-999 MuonMVA2=-1.32958 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0634897 CaloElectronMatch=9.85815 CaloChargedEcal=6027.31 CaloChargedID=39102 CaloEcalE=4336.43 CaloHcalE=0 CaloEcalChi2=9.85815 CaloClusChi2=0.0634897 CaloTrajectoryL=31.7255 CaloEoverP=1.16256 EcalPIDe=3.6423 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.76686 TrackChi2PerDof=2.08486 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=5248.47 TrackPt=77.9116 CombDLLe=4.47841 CombDLLmu=-4.84612 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.420553 ProbNNe=0.999514 ProbNNmu=0.00366525 ProbNNpi=0.000375568 ProbNNk=0.00862316 ProbNNp=0.00811234 ProbNNghost=0.98171 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0179603 MuonBkgLL=-0.420441 MuonNShared=30 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=147.673 MuonMVA1=-999 MuonMVA2=-1.32958 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0642995 CaloElectronMatch=10.1214 CaloChargedEcal=6027.31 CaloChargedID=39102 CaloEcalE=4336.43 CaloHcalE=0 CaloEcalChi2=10.1214 CaloClusChi2=0.0642995 CaloTrajectoryL=31.4741 CaloEoverP=1.16508 EcalPIDe=3.6423 HcalPIDe=0.83611 HcalPIDmu=-2.48185 EcalPIDmu=-2.76686 TrackChi2PerDof=2.04377 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=5237.14 TrackPt=77.2848 CombDLLe=4.47841 CombDLLmu=-4.84623 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.420441 ProbNNe=0.99936 ProbNNmu=0.00366525 ProbNNpi=0.00140286 ProbNNk=0.0122868 ProbNNp=0.0333701 ProbNNghost=0.963103 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.3861 RichDLLmu=-9.83692 RichDLLpi=0 RichDLLk=-1.69991 RichDLLp=-1.69991 RichPIDStatus=5027 RichDLLbt=-1.69991 RichDLLd=-1.69991 InAccBrem=1 CaloBremChi2=446.706 BremPIDe=-0.553589 TrackChi2PerDof=0.774482 TrackNumDof=25 TrackType=3 TrackHistory=30 TrackP=3790.13 TrackPt=430.493 CombDLLe=-2.65444 CombDLLmu=-6.73154 CombDLLpi=0 CombDLLk=-1.69991 CombDLLp=-1.69991 CombDLLd=-1.69991 ProbNNe=0.0314331 ProbNNpi=0.957455 ProbNNk=0.0139532 ProbNNp=0.0283779 ProbNNghost=0.0270907 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.30679 RichDLLmu=-0.145968 RichDLLpi=0 RichDLLk=-5.19969 RichDLLp=-4.79942 RichPIDStatus=8131 RichDLLbt=-3.98022 RichDLLd=-3.98022 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.133198 CaloElectronMatch=98.2003 CaloChargedEcal=37302.5 CaloChargedID=43179 CaloEcalE=15929.1 CaloHcalE=75978 CaloEcalChi2=98.2003 CaloClusChi2=0.133198 CaloTrajectoryL=64.6733 CaloEoverP=1.18239 EcalPIDe=3.23914 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=-3.96688 TrackChi2PerDof=1.17752 TrackNumDof=24 TrackType=3 TrackHistory=30 TrackP=31534.1 TrackPt=496.474 CombDLLe=0.00487341 CombDLLmu=-7.2165 CombDLLpi=0 CombDLLk=-5.19969 CombDLLp=-4.79942 CombDLLd=-3.98022 ProbNNe=0.00268238 ProbNNpi=0.975836 ProbNNk=0.000799724 ProbNNp=0.00180661 ProbNNghost=0.134967 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.42191 RichDLLmu=1.30624 RichDLLpi=0 RichDLLk=-0.488646 RichDLLp=-0.488646 RichPIDStatus=5026 RichDLLbt=-0.488646 RichDLLd=-0.488646 MuonMuLL=-0.0581589 MuonBkgLL=-0.842537 MuonNShared=17 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=142.085 MuonMVA1=-999 MuonMVA2=-1.10686 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.52264 CaloElectronMatch=526.367 CaloBremMatch=81.0639 CaloChargedEcal=8013.33 CaloChargedID=34737 CaloNeutralEcal=8013.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.899618 CaloNeutralID=34737 CaloEcalE=4323.96 CaloHcalE=495.981 CaloEcalChi2=526.367 CaloBremChi2=745.88 CaloClusChi2=1.52264 CaloTrajectoryL=90.8609 CaloEoverP=2.17861 EcalPIDe=-0.362387 BremPIDe=-0.553589 HcalPIDe=-0.235987 HcalPIDmu=-1.39048 EcalPIDmu=-1.62903 TrackChi2PerDof=1.38737 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=3865.93 TrackPt=135.877 CombDLLe=-1.57528 CombDLLmu=-0.446903 CombDLLpi=0 CombDLLk=-0.488646 CombDLLp=-0.488646 CombDLLd=0.353892 ProbNNe=0.216952 ProbNNmu=0.00366525 ProbNNpi=9.38331e-05 ProbNNk=0.0504492 ProbNNp=0.0364293 ProbNNghost=0.898003 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.6869 RichDLLmu=-9.65433 RichDLLpi=0 RichDLLk=-10.2774 RichDLLp=-10.2774 RichPIDStatus=5091 RichDLLbt=-10.2774 RichDLLd=-10.2774 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=2.72915 CaloElectronMatch=471.917 CaloBremMatch=140.279 CaloChargedEcal=6217.1 CaloChargedID=39408 CaloNeutralEcal=6217.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.950144 CaloNeutralID=39408 CaloEcalE=840.19 CaloHcalE=9217.72 CaloEcalChi2=471.917 CaloBremChi2=267.199 CaloClusChi2=2.72915 CaloTrajectoryL=-70.0746 CaloEoverP=0.725674 EcalPIDe=-0.270192 BremPIDe=-0.590581 HcalPIDe=-1.62556 HcalPIDmu=-1.30778 EcalPIDmu=0.330989 TrackChi2PerDof=1.08272 TrackNumDof=24 TrackType=3 TrackHistory=32 TrackP=8984.93 TrackPt=306.245 CombDLLe=-6.33043 CombDLLmu=-7.68841 CombDLLpi=0 CombDLLk=-10.2774 CombDLLp=-10.2774 CombDLLd=-10.2774 ProbNNe=3.12063e-09 ProbNNpi=0.996571 ProbNNk=0.000762738 ProbNNp=0.00455909 ProbNNghost=0.00739035 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-58.7742 RichDLLmu=-21.4824 RichDLLpi=0 RichDLLk=-34.6005 RichDLLp=-34.6005 RichPIDStatus=5027 RichDLLbt=-34.6005 RichDLLd=-34.6005 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=3.45266 CaloElectronMatch=850.798 CaloBremMatch=487.039 CaloChargedEcal=8002.26 CaloChargedID=34634 CaloNeutralEcal=8002.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897365 CaloNeutralID=34634 CaloEcalE=3700.02 CaloHcalE=8429.47 CaloEcalChi2=850.798 CaloBremChi2=195.642 CaloClusChi2=3.45266 CaloTrajectoryL=132.932 CaloEoverP=1.10544 EcalPIDe=-1.02549 BremPIDe=-0.158866 HcalPIDe=-1.88811 HcalPIDmu=-1.13027 EcalPIDmu=-2.84215 TrackChi2PerDof=0.92854 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=7640.11 TrackPt=875.605 CombDLLe=-9.36865 CombDLLmu=-10.9698 CombDLLpi=0 CombDLLk=-34.6005 CombDLLp=-34.6005 CombDLLd=-34.6005 ProbNNe=9.52616e-08 ProbNNpi=0.995942 ProbNNk=0.000185654 ProbNNp=0.00154271 ProbNNghost=0.00152379 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.58726 RichDLLmu=0.515512 RichDLLpi=0 RichDLLk=-13.3521 RichDLLp=-7.56417 RichPIDStatus=8129 RichDLLbt=-7.63586 RichDLLd=-7.63586 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=1.97183 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=33054.6 TrackPt=541.725 CombDLLe=0.102763 CombDLLmu=0.71917 CombDLLpi=0 CombDLLk=-13.3521 CombDLLp=-7.56417 CombDLLd=-7.63586 ProbNNe=0.230456 ProbNNpi=0.973472 ProbNNk=0.000181092 ProbNNp=0.00324907 ProbNNghost=0.112988 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.05882 RichDLLmu=0.304751 RichDLLpi=0 RichDLLk=-0.767054 RichDLLp=-4.33331 RichPIDStatus=8130 RichDLLbt=-3.06843 RichDLLd=-3.06843 MuonPIDStatus=6 InAccMuon=1 TrackChi2PerDof=0.996523 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=44943.1 TrackPt=897.015 CombDLLe=-0.0102935 CombDLLmu=0.426124 CombDLLpi=0 CombDLLk=-0.767054 CombDLLp=-4.33331 CombDLLd=-3.06843 ProbNNe=0.0991064 ProbNNpi=0.942881 ProbNNk=0.0479482 ProbNNp=0.0188184 ProbNNghost=0.00340911 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.27828 RichDLLmu=0.405944 RichDLLpi=0 RichDLLk=-5.15788 RichDLLp=-1.18816 RichPIDStatus=8162 RichDLLbt=-3.8398 RichDLLd=-3.8398 TrackChi2PerDof=1.15127 TrackNumDof=21 TrackType=3 TrackHistory=30 TrackP=23871 TrackPt=762.556 CombDLLe=-0.0486982 CombDLLmu=0.567076 CombDLLpi=0 CombDLLk=-5.15788 CombDLLp=-1.18816 CombDLLd=-3.8398 ProbNNe=0.114935 ProbNNpi=0.80747 ProbNNk=0.00873657 ProbNNp=0.386634 ProbNNghost=0.0120896 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.654888 MuonBkgLL=-2.10683 MuonNShared=13 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=130.031 MuonMVA1=-999 MuonMVA2=-1.13363 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.741719 CaloElectronMatch=39.3372 CaloChargedEcal=7696.4 CaloChargedID=39163 CaloEcalE=6050.73 CaloHcalE=329.376 CaloEcalChi2=39.3372 CaloClusChi2=0.741719 CaloTrajectoryL=85.9754 CaloEoverP=1.39429 EcalPIDe=3.6423 HcalPIDe=-0.0471635 HcalPIDmu=-1.55285 EcalPIDmu=-1.43878 TrackChi2PerDof=0.511214 TrackNumDof=23 TrackType=3 TrackHistory=30 TrackP=5675.93 TrackPt=99.5391 CombDLLe=3.59514 CombDLLmu=-1.53968 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=2.10683 ProbNNe=0.999021 ProbNNmu=0.00366525 ProbNNpi=0.000716184 ProbNNk=0.0288686 ProbNNp=0.0257465 ProbNNghost=0.775735 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.45563 CaloElectronMatch=288.121 CaloChargedEcal=14004.1 CaloChargedID=34759 CaloEcalE=3607.17 CaloHcalE=1419.42 CaloEcalChi2=288.121 CaloClusChi2=2.45563 CaloTrajectoryL=87.6533 CaloEoverP=4.25253 EcalPIDe=0.265875 HcalPIDe=-1.06262 HcalPIDmu=1.19075 EcalPIDmu=-1.91622 TrackChi2PerDof=2.23176 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=3304.65 TrackPt=46.613 CombDLLe=-0.79675 CombDLLmu=-0.725471 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.885864 ProbNNpi=0.059279 ProbNNk=0.047272 ProbNNp=0.0642313 ProbNNghost=0.971299 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-2.39221 RichDLLmu=-0.628642 RichDLLpi=0 RichDLLk=3.89042 RichDLLp=3.02688 RichPIDStatus=6084 RichDLLbt=3.02688 RichDLLd=3.02688 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.04687 CaloElectronMatch=1250.86 CaloChargedEcal=5909.95 CaloChargedID=42991 CaloEcalE=4094.01 CaloHcalE=28743.7 CaloEcalChi2=1250.86 CaloClusChi2=1.04687 CaloTrajectoryL=313.561 CaloEoverP=0.255019 EcalPIDe=-1.3658 HcalPIDe=-2.87281 HcalPIDmu=-2.51557 EcalPIDmu=-2.30825 TrackChi2PerDof=1.52155 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=24881.2 TrackPt=428.919 CombDLLe=-4.65674 CombDLLmu=-5.69932 CombDLLpi=0 CombDLLk=3.89042 CombDLLp=3.02688 CombDLLd=3.02688 ProbNNe=4.80744e-05 ProbNNpi=0.761285 ProbNNk=0.221709 ProbNNp=0.150112 ProbNNghost=0.154207 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=2.11531 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=56253.8 TrackPt=936.573 ProbNNe=0.180354 ProbNNpi=0.119937 ProbNNk=0.124475 ProbNNp=0.354613 ProbNNghost=0.912422 ] } -{ Track 1 CaloHypos 2 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0191828 MuonBkgLL=-0.440111 MuonNShared=8 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=462.044 MuonMVA1=-999 MuonMVA2=-0.623758 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.186421 CaloElectronMatch=61.0307 CaloBremMatch=61.0307 CaloChargedEcal=4070.81 CaloChargedID=34678 CaloNeutralEcal=4070.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91299 CaloNeutralID=34678 CaloEcalE=3156.78 CaloHcalE=0 CaloEcalChi2=61.0307 CaloBremChi2=72.0161 CaloClusChi2=0.186421 CaloTrajectoryL=37.3439 CaloEoverP=1.17085 EcalPIDe=2.97947 BremPIDe=0.599495 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=-1.62177 TrackChi2PerDof=1.36638 TrackNumDof=22 TrackType=3 TrackHistory=30 TrackP=3640.55 TrackPt=87.9558 CombDLLe=4.06431 CombDLLmu=-3.59548 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.440111 ProbNNe=0.997954 ProbNNmu=0.00366525 ProbNNpi=0.0047858 ProbNNk=0.00351422 ProbNNp=0.041853 ProbNNghost=0.888127 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.75609 CaloElectronMatch=306.899 CaloChargedEcal=14004.1 CaloChargedID=34759 CaloEcalE=3607.17 CaloHcalE=1419.42 CaloEcalChi2=306.899 CaloClusChi2=2.75609 CaloTrajectoryL=86.0418 CaloEoverP=4.28004 EcalPIDe=0.265875 HcalPIDe=-1.06262 HcalPIDmu=1.19075 EcalPIDmu=-1.91622 TrackChi2PerDof=1.72227 TrackNumDof=19 TrackType=3 TrackHistory=32 TrackP=3283.41 TrackPt=46.0628 CombDLLe=-0.79675 CombDLLmu=-0.725471 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.810207 ProbNNpi=0.04537 ProbNNk=0.0529277 ProbNNp=0.0550747 ProbNNghost=0.981218 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.139937 MuonNShared=30 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=159.097 MuonMVA1=-999 MuonMVA2=-0.809967 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.729852 CaloElectronMatch=33.3246 CaloChargedEcal=4037.44 CaloChargedID=38786 CaloEcalE=960.432 CaloHcalE=2548.25 CaloEcalChi2=33.3246 CaloClusChi2=0.729852 CaloTrajectoryL=4.25001 CaloEoverP=0.82576 EcalPIDe=2.97947 HcalPIDe=-1.48097 HcalPIDmu=0.68547 EcalPIDmu=-0.191162 TrackChi2PerDof=0.933528 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=4976.72 TrackPt=67.5946 CombDLLe=1.49851 CombDLLmu=0.634246 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.139937 ProbNNe=0.999071 ProbNNmu=0.00366525 ProbNNpi=0.000320291 ProbNNk=0.025481 ProbNNp=0.0070146 ProbNNghost=0.98026 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-20.9774 RichDLLmu=-14.0909 RichDLLpi=0 RichDLLk=-2.75242 RichDLLp=-2.75242 RichPIDStatus=5027 RichDLLbt=-2.75242 RichDLLd=-2.75242 InAccBrem=1 CaloBremChi2=68.2086 BremPIDe=0.599495 TrackChi2PerDof=0.962922 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=2828.42 TrackPt=329.767 CombDLLe=-2.76832 CombDLLmu=-6.95026 CombDLLpi=0 CombDLLk=-2.75242 CombDLLp=-2.75242 CombDLLd=-2.75242 ProbNNe=0.000593499 ProbNNpi=0.970558 ProbNNk=0.00724023 ProbNNp=0.0118598 ProbNNghost=0.0233443 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-26.7863 RichDLLmu=-5.80093 RichDLLpi=0 RichDLLk=-3.62896 RichDLLp=-3.62896 RichPIDStatus=5091 RichDLLbt=-3.62896 RichDLLd=-3.62896 MuonMuLL=-0.492822 MuonBkgLL=-1.64233 MuonNShared=6 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=140.727 MuonMVA1=-999 MuonMVA2=-0.338254 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.204504 CaloElectronMatch=154.858 CaloBremMatch=154.858 CaloChargedEcal=13994.5 CaloChargedID=38110 CaloNeutralEcal=13994.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.954398 CaloNeutralID=38110 CaloEcalE=6867.8 CaloHcalE=560.031 CaloEcalChi2=154.858 CaloBremChi2=356.087 CaloClusChi2=0.204504 CaloTrajectoryL=-126.67 CaloEoverP=1.73485 EcalPIDe=0.989182 BremPIDe=-0.438762 HcalPIDe=-0.176853 HcalPIDmu=-1.18737 EcalPIDmu=-2.38056 TrackChi2PerDof=1.46765 TrackNumDof=22 TrackType=3 TrackHistory=32 TrackP=8243.03 TrackPt=948.197 CombDLLe=-3.71971 CombDLLmu=-8.16612 CombDLLpi=0 CombDLLk=-3.62896 CombDLLp=-3.62896 CombDLLd=-1.98663 ProbNNe=9.86951e-05 ProbNNmu=0.00366525 ProbNNpi=0.0114419 ProbNNk=0.00441283 ProbNNp=0.0440698 ProbNNghost=0.649893 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-25.0695 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=79.7293 BremPIDe=0.206152 TrackChi2PerDof=1.80559 TrackNumDof=21 TrackType=3 TrackHistory=32 TrackP=1659.8 TrackPt=328.379 CombDLLe=-3.68446 CombDLLmu=0 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.000651199 ProbNNpi=0.774237 ProbNNk=0.0513392 ProbNNp=0.18995 ProbNNghost=0.302923 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-6.17509 RichDLLmu=-5.26803 RichDLLpi=0 RichDLLk=-1.893 RichDLLp=-1.893 RichPIDStatus=5059 RichDLLbt=-1.893 RichDLLd=-1.893 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.76537 CaloElectronMatch=905.544 CaloChargedEcal=7317.38 CaloChargedID=42638 CaloEcalE=977.248 CaloHcalE=24023.3 CaloEcalChi2=905.544 CaloClusChi2=4.76537 CaloTrajectoryL=270.075 CaloEoverP=0.64172 EcalPIDe=-1.03466 HcalPIDe=-1.89687 HcalPIDmu=-0.386157 EcalPIDmu=0.160276 TrackChi2PerDof=1.09874 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=11763.2 TrackPt=151.31 CombDLLe=-4.00367 CombDLLmu=-5.70831 CombDLLpi=0 CombDLLk=-1.893 CombDLLp=-1.893 CombDLLd=-1.893 ProbNNe=2.75415e-06 ProbNNpi=0.885072 ProbNNk=0.00528364 ProbNNp=0.00534643 ProbNNghost=0.222878 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-17.5612 RichDLLmu=0 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4259 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.206702 CaloElectronMatch=77.6255 CaloBremMatch=77.6255 CaloChargedEcal=5791.63 CaloChargedID=34762 CaloNeutralEcal=5791.63 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874222 CaloNeutralID=34762 CaloEcalE=6997.65 CaloHcalE=4701.28 CaloEcalChi2=77.6255 CaloBremChi2=600.577 CaloClusChi2=0.206702 CaloTrajectoryL=82.74 CaloEoverP=3.5062 EcalPIDe=1.51236 BremPIDe=-0.53289 HcalPIDe=-1.14823 HcalPIDmu=0.841156 EcalPIDmu=-0.402754 TrackChi2PerDof=2.03022 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=1721.51 TrackPt=401.791 CombDLLe=-3.05865 CombDLLmu=0.438402 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.428364 ProbNNpi=0.00170929 ProbNNk=0.0513296 ProbNNp=0.00573337 ProbNNghost=0.999761 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=3.56411 RichDLLmu=-1.37482 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=285.963 BremPIDe=-0.0713868 TrackChi2PerDof=2.48234 TrackNumDof=20 TrackType=3 TrackHistory=32 TrackP=2454.34 TrackPt=117.351 CombDLLe=0.550687 CombDLLmu=-1.87766 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.843625 ProbNNpi=0.0612585 ProbNNk=0.0324524 ProbNNp=0.0687936 ProbNNghost=0.982024 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.47149 CaloElectronMatch=542.677 CaloChargedEcal=5294.43 CaloChargedID=38908 CaloEcalE=2858.15 CaloHcalE=2761.01 CaloEcalChi2=542.677 CaloClusChi2=2.47149 CaloTrajectoryL=229.122 CaloEoverP=0.947786 EcalPIDe=-0.341929 HcalPIDe=-1.45309 HcalPIDmu=0.425157 EcalPIDmu=-2.72932 TrackChi2PerDof=2.2951 TrackNumDof=20 TrackType=3 TrackHistory=32 TrackP=6068.69 TrackPt=96.7232 CombDLLe=-1.79502 CombDLLmu=-2.30416 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0874439 ProbNNpi=0.0768018 ProbNNk=0.0517028 ProbNNp=0.0462064 ProbNNghost=0.956993 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.136564 MuonNShared=36 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=188.094 MuonMVA1=-999 MuonMVA2=-0.15444 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.745334 CaloElectronMatch=33.4746 CaloChargedEcal=4037.44 CaloChargedID=38786 CaloEcalE=960.432 CaloHcalE=2548.25 CaloEcalChi2=33.4746 CaloClusChi2=0.745334 CaloTrajectoryL=3.73335 CaloEoverP=0.839153 EcalPIDe=2.97947 HcalPIDe=-1.48097 HcalPIDmu=0.68547 EcalPIDmu=-0.191162 TrackChi2PerDof=2.67545 TrackNumDof=20 TrackType=3 TrackHistory=30 TrackP=4897.29 TrackPt=57.5177 CombDLLe=1.49851 CombDLLmu=0.630873 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.136564 ProbNNe=0.999524 ProbNNmu=0.00366525 ProbNNpi=0.00496072 ProbNNk=0.00777923 ProbNNp=0.00277664 ProbNNghost=0.994823 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=3.58816 RichDLLmu=-0.678291 RichDLLpi=0 RichDLLk=3.28893 RichDLLp=3.28893 RichPIDStatus=5057 RichDLLbt=3.28893 RichDLLd=3.28893 MuonMuLL=-0.0021022 MuonBkgLL=-0.431324 MuonNShared=16 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=546.355 MuonMVA1=-999 MuonMVA2=-0.719203 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.806807 CaloElectronMatch=740.501 CaloChargedEcal=12106.6 CaloChargedID=38734 CaloEcalE=3523.4 CaloHcalE=380.407 CaloEcalChi2=740.501 CaloClusChi2=0.806807 CaloTrajectoryL=-111.322 CaloEoverP=1.49987 EcalPIDe=-0.739943 HcalPIDe=-0.13781 HcalPIDmu=-1.89593 EcalPIDmu=-3.04473 TrackChi2PerDof=2.44727 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=8532.15 TrackPt=111.061 CombDLLe=-0.251503 CombDLLmu=-5.45527 CombDLLpi=0 CombDLLk=3.28893 CombDLLp=3.28893 CombDLLd=3.72026 ProbNNe=0.999656 ProbNNmu=0.00366525 ProbNNpi=0.00621518 ProbNNk=0.00358288 ProbNNp=0.0121284 ProbNNghost=0.99536 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.03625 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=2147.95 TrackPt=23.2923 ProbNNe=0.879185 ProbNNpi=0.0348875 ProbNNk=0.0219487 ProbNNp=0.0188605 ProbNNghost=0.988966 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.51331 RichDLLmu=0.949938 RichDLLpi=0 RichDLLk=0.785039 RichDLLp=6.25887 RichPIDStatus=6085 RichDLLbt=6.25887 RichDLLd=6.25887 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.489084 CaloElectronMatch=334.459 CaloChargedEcal=11210.8 CaloChargedID=43241 CaloEcalE=2947.53 CaloHcalE=62993.2 CaloEcalChi2=334.459 CaloClusChi2=0.489084 CaloTrajectoryL=185.954 CaloEoverP=0.38546 EcalPIDe=0.528584 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-1.91021 TrackChi2PerDof=1.10236 TrackNumDof=14 TrackType=3 TrackHistory=32 TrackP=29284.6 TrackPt=318.02 CombDLLe=-2.08129 CombDLLmu=-3.58758 CombDLLpi=0 CombDLLk=0.785039 CombDLLp=6.25887 CombDLLd=6.25887 ProbNNe=8.86416e-05 ProbNNpi=0.507128 ProbNNk=0.0363068 ProbNNp=0.408918 ProbNNghost=0.539631 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.67267 RichDLLmu=-3.34548 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4547 RichDLLbt=0 RichDLLd=0 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.60101 CaloElectronMatch=554.425 CaloChargedEcal=12397.3 CaloChargedID=39158 CaloEcalE=8874.65 CaloHcalE=1639.71 CaloEcalChi2=554.425 CaloClusChi2=1.60101 CaloTrajectoryL=298.198 CaloEoverP=1.93156 EcalPIDe=-0.341929 HcalPIDe=-1.01358 HcalPIDmu=2.1211 EcalPIDmu=-1.33343 TrackChi2PerDof=1.466 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=6561.46 TrackPt=122.884 CombDLLe=-2.16952 CombDLLmu=-3.30302 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.652147 ProbNNpi=0.484962 ProbNNk=0.0700442 ProbNNp=0.142617 ProbNNghost=0.546352 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.55419 RichDLLmu=4.83483 RichDLLpi=0 RichDLLk=1.9042 RichDLLp=1.9042 RichPIDStatus=5026 RichDLLbt=1.9042 RichDLLd=1.9042 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=5.33088 CaloElectronMatch=1109.49 CaloBremMatch=57.8363 CaloChargedEcal=3234.73 CaloChargedID=34765 CaloNeutralEcal=3234.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917585 CaloNeutralID=34765 CaloEcalE=443.908 CaloHcalE=5999.56 CaloEcalChi2=1109.49 CaloBremChi2=185.905 CaloClusChi2=5.33088 CaloTrajectoryL=-873.706 CaloEoverP=1.01128 EcalPIDe=-1.40925 BremPIDe=-0.32426 HcalPIDe=-0.701578 HcalPIDmu=0.736856 EcalPIDmu=1.19218 TrackChi2PerDof=2.06074 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=3341.04 TrackPt=224.179 CombDLLe=-3.74157 CombDLLmu=7.16061 CombDLLpi=0 CombDLLk=1.9042 CombDLLp=1.9042 CombDLLd=1.9042 ProbNNe=0.00122142 ProbNNpi=0.534745 ProbNNk=0.0223209 ProbNNp=0.199476 ProbNNghost=0.683537 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-106.757 RichDLLmu=-72.3672 RichDLLpi=0 RichDLLk=-52.3232 RichDLLp=-52.3232 RichPIDStatus=5091 RichDLLbt=-52.3232 RichDLLd=-52.3232 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.55067 CaloElectronMatch=482.804 CaloBremMatch=239.47 CaloChargedEcal=717.742 CaloChargedID=35569 CaloNeutralEcal=717.742 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.870846 CaloNeutralID=35569 CaloEcalE=455.422 CaloHcalE=3531.48 CaloEcalChi2=482.804 CaloBremChi2=56.8733 CaloClusChi2=1.55067 CaloTrajectoryL=449.138 CaloEoverP=0.117934 EcalPIDe=-0.270192 BremPIDe=1.25195 HcalPIDe=-1.60908 HcalPIDmu=-0.238512 EcalPIDmu=1.47887 TrackChi2PerDof=1.00934 TrackNumDof=18 TrackType=3 TrackHistory=32 TrackP=6377.27 TrackPt=1907.81 CombDLLe=-7.56036 CombDLLmu=-5.75964 CombDLLpi=0 CombDLLk=-52.3232 CombDLLp=-52.3232 CombDLLd=-52.3232 ProbNNe=6.80941e-09 ProbNNpi=0.994252 ProbNNk=0.000168009 ProbNNp=0.00102226 ProbNNghost=0.00413645 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-11.6654 RichDLLmu=-6.48556 RichDLLpi=0 RichDLLk=-3.10577 RichDLLp=-3.10577 RichPIDStatus=5059 RichDLLbt=-3.10577 RichDLLd=-3.10577 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.19272 CaloElectronMatch=79.6038 CaloChargedEcal=9764.25 CaloChargedID=42953 CaloEcalE=4836.25 CaloHcalE=6723.67 CaloEcalChi2=79.6038 CaloClusChi2=1.19272 CaloTrajectoryL=192.503 CaloEoverP=0.804958 EcalPIDe=2.29793 HcalPIDe=-2.01184 HcalPIDmu=-1.8491 EcalPIDmu=-3.39756 TrackChi2PerDof=2.05211 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=12696 TrackPt=146.978 CombDLLe=-1.69939 CombDLLmu=-11.2735 CombDLLpi=0 CombDLLk=-3.10577 CombDLLp=-3.10577 CombDLLd=-3.10577 ProbNNe=4.07783e-05 ProbNNpi=0.319735 ProbNNk=0.000753678 ProbNNp=0.0010533 ProbNNghost=0.746005 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.833794 RichDLLmu=-1.13588 RichDLLpi=0 RichDLLk=1.42588 RichDLLp=1.42588 RichPIDStatus=5060 RichDLLbt=1.42588 RichDLLd=1.42588 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.507089 CaloElectronMatch=168.836 CaloChargedEcal=13518.7 CaloChargedID=38897 CaloEcalE=9757.34 CaloHcalE=3205.32 CaloEcalChi2=168.836 CaloClusChi2=0.507089 CaloTrajectoryL=231.626 CaloEoverP=1.76117 EcalPIDe=0.989182 HcalPIDe=-1.65981 HcalPIDmu=-0.0676465 EcalPIDmu=-0.627115 TrackChi2PerDof=1.27354 TrackNumDof=18 TrackType=3 TrackHistory=30 TrackP=7691.08 TrackPt=119.817 CombDLLe=-0.816521 CombDLLmu=-2.25819 CombDLLpi=0 CombDLLk=1.42588 CombDLLp=1.42588 CombDLLd=1.42588 ProbNNe=0.963112 ProbNNpi=0.28766 ProbNNk=0.0294533 ProbNNp=0.0447223 ProbNNghost=0.960663 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.47691 CaloElectronMatch=460.306 CaloChargedEcal=5294.43 CaloChargedID=38908 CaloEcalE=2858.15 CaloHcalE=2761.01 CaloEcalChi2=460.306 CaloClusChi2=2.47691 CaloTrajectoryL=226.689 CaloEoverP=0.945644 EcalPIDe=-0.270192 HcalPIDe=-1.45309 HcalPIDmu=0.425157 EcalPIDmu=-2.72932 TrackChi2PerDof=2.44788 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=6082.44 TrackPt=74.7444 CombDLLe=-1.72329 CombDLLmu=-2.30416 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.0319597 ProbNNpi=0.0788255 ProbNNk=0.0582099 ProbNNp=0.0345106 ProbNNghost=0.958129 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=8.33069 RichDLLmu=5.49775 RichDLLpi=0 RichDLLk=11.8935 RichDLLp=11.8935 RichPIDStatus=5060 RichDLLbt=11.8935 RichDLLd=11.8935 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.495452 CaloElectronMatch=45.6519 CaloChargedEcal=10557.6 CaloChargedID=43336 CaloEcalE=9162.99 CaloHcalE=3151.53 CaloEcalChi2=45.6519 CaloClusChi2=0.495452 CaloTrajectoryL=161.423 CaloEoverP=1.0321 EcalPIDe=4.33705 HcalPIDe=-1.40118 HcalPIDmu=0.34288 EcalPIDmu=-4.99087 TrackChi2PerDof=1.76852 TrackNumDof=16 TrackType=3 TrackHistory=32 TrackP=10753 TrackPt=199.907 CombDLLe=4.37303 CombDLLmu=0.95437 CombDLLpi=0 CombDLLk=11.8935 CombDLLp=11.8935 CombDLLd=11.8935 ProbNNe=0.999368 ProbNNpi=0.0319063 ProbNNk=0.0399868 ProbNNp=0.134632 ProbNNghost=0.998371 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=16.2147 RichDLLmu=-1.15164 RichDLLpi=0 RichDLLk=12.1542 RichDLLp=12.1542 RichPIDStatus=5089 RichDLLbt=12.1542 RichDLLd=12.1542 MuonMuLL=-0.0057163 MuonBkgLL=-0.613706 MuonNShared=5 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=120.269 MuonMVA1=-999 MuonMVA2=-1.80344 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.08995 CaloElectronMatch=323.49 CaloBremMatch=323.49 CaloChargedEcal=15553.4 CaloChargedID=39539 CaloNeutralEcal=15553.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94673 CaloNeutralID=39539 CaloEcalE=8771.97 CaloHcalE=3219.99 CaloEcalChi2=323.49 CaloBremChi2=165.133 CaloClusChi2=1.08995 CaloTrajectoryL=174.625 CaloEoverP=2.32957 EcalPIDe=0.0750074 BremPIDe=-0.188393 HcalPIDe=-1.65981 HcalPIDmu=-0.0676465 EcalPIDmu=-1.33343 TrackChi2PerDof=0.987928 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=6890.43 TrackPt=305.386 CombDLLe=0.918522 CombDLLmu=-2.37745 CombDLLpi=0 CombDLLk=12.1542 CombDLLp=12.1542 CombDLLd=12.7679 ProbNNe=0.998837 ProbNNmu=0.00366525 ProbNNpi=2.41415e-06 ProbNNk=7.44682e-05 ProbNNp=0.000150121 ProbNNghost=0.999727 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.64768 RichDLLmu=-1.25602 RichDLLpi=0 RichDLLk=5.43089 RichDLLp=5.43089 RichPIDStatus=5060 RichDLLbt=5.43089 RichDLLd=5.43089 MuonMuLL=-0.0133892 MuonBkgLL=-0.906286 MuonNShared=5 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=667.238 MuonMVA1=-999 MuonMVA2=-0.807188 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.679128 CaloElectronMatch=35.5532 CaloChargedEcal=5684.78 CaloChargedID=38793 CaloEcalE=2546.43 CaloHcalE=0 CaloEcalChi2=35.5532 CaloClusChi2=0.679128 CaloTrajectoryL=189.692 CaloEoverP=0.735807 EcalPIDe=3.6423 HcalPIDe=0.83611 HcalPIDmu=-2.36508 EcalPIDmu=-2.72381 TrackChi2PerDof=1.2034 TrackNumDof=16 TrackType=3 TrackHistory=30 TrackP=7798.18 TrackPt=107.615 CombDLLe=3.66871 CombDLLmu=-5.91834 CombDLLpi=0 CombDLLk=5.43089 CombDLLp=5.43089 CombDLLd=6.33718 ProbNNe=0.999969 ProbNNmu=0.00366525 ProbNNpi=0.0658438 ProbNNk=0.014492 ProbNNp=0.24262 ProbNNghost=0.927665 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=0.694134 RichDLLmu=0.759247 RichDLLpi=0 RichDLLk=1.33631 RichDLLp=4.85032 RichPIDStatus=8133 RichDLLbt=3.9212 RichDLLd=3.9212 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.154199 CaloElectronMatch=457.71 CaloChargedEcal=24601.1 CaloChargedID=42838 CaloEcalE=4683.37 CaloHcalE=50023.4 CaloEcalChi2=457.71 CaloClusChi2=0.154199 CaloTrajectoryL=-277.717 CaloEoverP=0.737047 EcalPIDe=0.101254 HcalPIDe=-3.00566 HcalPIDmu=-3.04533 EcalPIDmu=-2.35224 TrackChi2PerDof=0.792625 TrackNumDof=15 TrackType=3 TrackHistory=30 TrackP=34699.5 TrackPt=444.239 CombDLLe=-2.78294 CombDLLmu=-4.34272 CombDLLpi=0 CombDLLk=1.33631 CombDLLp=4.85032 CombDLLd=3.9212 ProbNNe=2.73507e-05 ProbNNpi=0.416198 ProbNNk=0.190417 ProbNNp=0.314624 ProbNNghost=0.593725 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.01628 TrackNumDof=14 TrackType=3 TrackHistory=32 TrackP=2135.12 TrackPt=21.7764 ProbNNe=0.859507 ProbNNpi=0.0134783 ProbNNk=0.0126189 ProbNNp=0.0213682 ProbNNghost=0.966815 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-1.97707 RichDLLmu=-0.841821 RichDLLpi=0 RichDLLk=6.35702 RichDLLp=5.39723 RichPIDStatus=6084 RichDLLbt=5.39723 RichDLLd=5.39723 MuonMuLL=-0.213441 MuonBkgLL=-2.52533 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=229.826 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=4.80131 CaloElectronMatch=3198.24 CaloChargedEcal=1308.72 CaloChargedID=35670 CaloEcalE=1081.16 CaloHcalE=72689.3 CaloEcalChi2=3198.24 CaloClusChi2=4.80131 CaloTrajectoryL=8701.01 CaloEoverP=0.0771995 EcalPIDe=-2.6989 HcalPIDe=-2.5812 HcalPIDmu=-1.69241 EcalPIDmu=0.0745296 TrackChi2PerDof=1.20582 TrackNumDof=13 TrackType=3 TrackHistory=30 TrackP=17542.8 TrackPt=150.037 CombDLLe=-5.62581 CombDLLmu=-0.473535 CombDLLpi=0 CombDLLk=6.35702 CombDLLp=5.39723 CombDLLd=7.92255 ProbNNe=4.08479e-05 ProbNNpi=0.482081 ProbNNk=0.416583 ProbNNp=0.121432 ProbNNghost=0.353925 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=1.59016 RichDLLmu=0.991723 RichDLLpi=0 RichDLLk=1.72121 RichDLLp=6.46623 RichPIDStatus=6085 RichDLLbt=6.46623 RichDLLd=6.46623 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.484907 CaloElectronMatch=343.041 CaloChargedEcal=11210.8 CaloChargedID=43241 CaloEcalE=2947.53 CaloHcalE=62993.2 CaloEcalChi2=343.041 CaloClusChi2=0.484907 CaloTrajectoryL=186.322 CaloEoverP=0.38206 EcalPIDe=0.528584 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-1.91021 TrackChi2PerDof=1.63756 TrackNumDof=12 TrackType=3 TrackHistory=32 TrackP=29545.2 TrackPt=321.23 CombDLLe=-2.06786 CombDLLmu=-3.53124 CombDLLpi=0 CombDLLk=1.72121 CombDLLp=6.46623 CombDLLd=6.46623 ProbNNe=0.000250248 ProbNNpi=0.15867 ProbNNk=0.056165 ProbNNp=0.36524 ProbNNghost=0.876652 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-27.8044 RichDLLmu=-10.5424 RichDLLpi=0 RichDLLk=2.28771 RichDLLp=2.28771 RichPIDStatus=5028 RichDLLbt=2.28771 RichDLLd=2.28771 MuonPIDStatus=2 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=26.4158 CaloElectronMatch=239.47 CaloBremMatch=239.47 CaloChargedEcal=717.742 CaloChargedID=35569 CaloNeutralEcal=717.742 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.870846 CaloNeutralID=35569 CaloEcalE=0 CaloHcalE=0 CaloEcalChi2=239.47 CaloBremChi2=58.9841 CaloClusChi2=26.4158 CaloTrajectoryL=1042.84 CaloEoverP=0.260749 EcalPIDe=0.497498 BremPIDe=0.775729 HcalPIDe=0.485336 HcalPIDmu=-2.39464 EcalPIDmu=0.308817 TrackChi2PerDof=2.38835 TrackNumDof=10 TrackType=3 TrackHistory=30 TrackP=2884.37 TrackPt=554.667 CombDLLe=-2.45022 CombDLLmu=-8.88241 CombDLLpi=0 CombDLLk=2.28771 CombDLLp=2.28771 CombDLLd=2.28771 ProbNNe=1.05887e-06 ProbNNpi=0.0101974 ProbNNk=0.0943811 ProbNNp=0.106842 ProbNNghost=0.975244 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.05994 RichDLLmu=0.574288 RichDLLpi=0 RichDLLk=3.85932 RichDLLp=3.85932 RichPIDStatus=5060 RichDLLbt=3.85932 RichDLLd=3.85932 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.10034 CaloElectronMatch=1463.12 CaloChargedEcal=11080 CaloChargedID=38836 CaloEcalE=719.144 CaloHcalE=4310.54 CaloEcalChi2=1463.12 CaloClusChi2=3.10034 CaloTrajectoryL=361.682 CaloEoverP=1.32603 EcalPIDe=-1.7293 HcalPIDe=-2.03346 HcalPIDmu=-0.813089 EcalPIDmu=0.83326 TrackChi2PerDof=0.963475 TrackNumDof=11 TrackType=3 TrackHistory=30 TrackP=8951.92 TrackPt=92.7393 CombDLLe=-3.40259 CombDLLmu=0.820657 CombDLLpi=0 CombDLLk=3.85932 CombDLLp=3.85932 CombDLLd=3.85932 ProbNNe=0.0368463 ProbNNpi=0.0479297 ProbNNk=0.0650591 ProbNNp=0.0750232 ProbNNghost=0.976206 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.39851 RichDLLmu=-1.06695 RichDLLpi=0 RichDLLk=-6.08878 RichDLLp=-4.54979 RichPIDStatus=8163 RichDLLbt=-2.10298 RichDLLd=-2.10298 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0664926 CaloElectronMatch=604.189 CaloChargedEcal=21181.1 CaloChargedID=42704 CaloEcalE=6980.68 CaloHcalE=32337.9 CaloEcalChi2=604.189 CaloClusChi2=0.0664926 CaloTrajectoryL=-172.94 CaloEoverP=0.705416 EcalPIDe=-0.362456 HcalPIDe=-2.87457 HcalPIDmu=-2.99152 EcalPIDmu=-3.36149 TrackChi2PerDof=0.827915 TrackNumDof=17 TrackType=3 TrackHistory=30 TrackP=30484.2 TrackPt=892.368 CombDLLe=-3.83034 CombDLLmu=-7.82448 CombDLLpi=0 CombDLLk=-6.08878 CombDLLp=-4.54979 CombDLLd=-2.10298 ProbNNe=1.99545e-05 ProbNNpi=0.769865 ProbNNk=0.00455352 ProbNNp=0.0156705 ProbNNghost=0.695488 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-4.99387 RichDLLmu=-2.51929 RichDLLpi=0 RichDLLk=4.9917 RichDLLp=4.9917 RichPIDStatus=5060 RichDLLbt=4.9917 RichDLLd=4.9917 MuonMuLL=-0.00984835 MuonBkgLL=-0.801693 MuonNShared=0 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=886.957 MuonMVA1=-999 MuonMVA2=0.837366 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.56622 CaloElectronMatch=97.0234 CaloChargedEcal=10002.1 CaloChargedID=39114 CaloEcalE=7892.48 CaloHcalE=1347.19 CaloEcalChi2=97.0234 CaloClusChi2=1.56622 CaloTrajectoryL=237.68 CaloEoverP=1.37036 EcalPIDe=1.84829 HcalPIDe=-0.704175 HcalPIDmu=1.42607 EcalPIDmu=-1.25831 TrackChi2PerDof=0.70708 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=7396.08 TrackPt=111.25 CombDLLe=0.274701 CombDLLmu=-2.29641 CombDLLpi=0 CombDLLk=4.9917 CombDLLp=4.9917 CombDLLd=5.79339 ProbNNe=0.999933 ProbNNmu=0.00366525 ProbNNpi=0.237556 ProbNNk=0.0126129 ProbNNp=0.289828 ProbNNghost=0.888005 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.59375 RichDLLmu=5.92894 RichDLLpi=0 RichDLLk=7.00488 RichDLLp=7.00488 RichPIDStatus=5028 RichDLLbt=7.00488 RichDLLd=7.00488 MuonMuLL=-0.676683 MuonBkgLL=-2.15484 MuonNShared=12 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=171.68 MuonMVA1=-999 MuonMVA2=-0.836667 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.50283 CaloElectronMatch=62.8921 CaloBremMatch=62.8921 CaloChargedEcal=3645.05 CaloChargedID=39482 CaloNeutralEcal=3645.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.722712 CaloNeutralID=39482 CaloEcalE=456.744 CaloHcalE=206.348 CaloEcalChi2=62.8921 CaloBremChi2=401.818 CaloClusChi2=4.50283 CaloTrajectoryL=300.101 CaloEoverP=0.798205 EcalPIDe=1.51236 BremPIDe=-0.4614 HcalPIDe=-0.11382 HcalPIDmu=-2.46366 EcalPIDmu=1.26223 TrackChi2PerDof=0.600645 TrackNumDof=17 TrackType=3 TrackHistory=32 TrackP=4804.75 TrackPt=266.033 CombDLLe=1.73753 CombDLLmu=6.0816 CombDLLpi=0 CombDLLk=7.00488 CombDLLp=7.00488 CombDLLd=9.15973 ProbNNe=0.992871 ProbNNmu=0.00366525 ProbNNpi=3.19663e-07 ProbNNk=0.0282658 ProbNNp=0.0160781 ProbNNghost=0.967099 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ InAccEcal=1 CaloTrMatch=0.638623 CaloElectronMatch=20.6864 CaloChargedEcal=3158.82 CaloChargedID=34942 CaloEcalE=2647.5 CaloEcalChi2=20.6864 CaloClusChi2=0.638623 CaloTrajectoryL=180.294 CaloEoverP=1.23262 EcalPIDe=2.97947 EcalPIDmu=-1.84651 TrackChi2PerDof=2.70079 TrackNumDof=15 TrackType=3 TrackHistory=32 TrackP=2738.02 TrackPt=41.6822 CombDLLe=2.97947 CombDLLmu=-1.84651 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.956446 ProbNNpi=0.0108748 ProbNNk=0.0342762 ProbNNp=0.00405765 ProbNNghost=0.996415 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.49 RichDLLmu=-7.1564 RichDLLpi=0 RichDLLk=-9.68931 RichDLLp=-9.68931 RichPIDStatus=5059 RichDLLbt=-9.68931 RichDLLd=-9.68931 MuonMuLL=0 MuonBkgLL=-0.145025 MuonNShared=26 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=8512.24 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=3.49297 CaloElectronMatch=529.027 CaloChargedEcal=7015.13 CaloChargedID=43121 CaloEcalE=2689.91 CaloHcalE=19055.1 CaloEcalChi2=529.027 CaloClusChi2=3.49297 CaloTrajectoryL=-387.576 CaloEoverP=0.65414 EcalPIDe=-0.273733 HcalPIDe=-1.89687 HcalPIDmu=-0.951478 EcalPIDmu=-2.20452 TrackChi2PerDof=1.70804 TrackNumDof=11 TrackType=3 TrackHistory=30 TrackP=10938.5 TrackPt=92.0437 CombDLLe=-4.28798 CombDLLmu=-9.25448 CombDLLpi=0 CombDLLk=-9.68931 CombDLLp=-9.68931 CombDLLd=-9.54428 ProbNNe=0.00221138 ProbNNpi=0.361729 ProbNNk=0.000383025 ProbNNp=0.000201882 ProbNNghost=0.888917 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.00200198 MuonBkgLL=-0.399443 MuonNShared=13 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=646.194 MuonMVA1=-999 MuonMVA2=-0.585222 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.0553582 CaloElectronMatch=37.1462 CaloChargedEcal=8627.22 CaloChargedID=38855 CaloEcalE=5784.61 CaloHcalE=2623.74 CaloEcalChi2=37.1462 CaloClusChi2=0.0553582 CaloTrajectoryL=58.0169 CaloEoverP=1.32795 EcalPIDe=3.6423 HcalPIDe=-1.31397 HcalPIDmu=0.60951 EcalPIDmu=-2.52863 TrackChi2PerDof=1.37127 TrackNumDof=11 TrackType=3 TrackHistory=32 TrackP=6546.2 TrackPt=46.8018 CombDLLe=2.32833 CombDLLmu=-1.52167 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.399443 ProbNNe=0.999945 ProbNNmu=0.00366525 ProbNNpi=2.09095e-06 ProbNNk=0.0299233 ProbNNp=0.00256645 ProbNNghost=0.988136 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.21671 RichDLLmu=-9.89128 RichDLLpi=0 RichDLLk=0.028862 RichDLLp=0.028862 RichPIDStatus=5028 RichDLLbt=0.028862 RichDLLd=0.028862 MuonMuLL=0 MuonBkgLL=-0.19033 MuonNShared=22 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=840.672 MuonMVA1=-999 MuonMVA2=-1.3971 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.221959 CaloElectronMatch=58.9121 CaloBremMatch=33.3246 CaloChargedEcal=4037.44 CaloChargedID=38786 CaloNeutralEcal=4037.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.587883 CaloNeutralID=38786 CaloEcalE=1113.13 CaloHcalE=5171.99 CaloEcalChi2=58.9121 CaloClusChi2=0.221959 CaloTrajectoryL=39.8978 CaloEoverP=0.611913 EcalPIDe=3.71102 HcalPIDe=-1.65 HcalPIDmu=-0.820105 EcalPIDmu=0.201034 TrackChi2PerDof=1.74386 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6715.96 TrackPt=203.681 CombDLLe=0.81162 CombDLLmu=-7.16595 CombDLLpi=0 CombDLLk=0.028862 CombDLLp=0.028862 CombDLLd=0.219192 ProbNNe=0.00775327 ProbNNmu=0.0006259 ProbNNpi=0.0246187 ProbNNk=0.0181443 ProbNNp=0.00866682 ProbNNghost=0.980938 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.53582 RichDLLmu=0.786568 RichDLLpi=0 RichDLLk=14.4376 RichDLLp=36.8935 RichPIDStatus=8165 RichDLLbt=36.1423 RichDLLd=36.1423 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.832545 CaloElectronMatch=876.176 CaloBremMatch=876.176 CaloChargedEcal=9324.25 CaloChargedID=40141 CaloNeutralEcal=9324.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859317 CaloNeutralID=40141 CaloEcalE=6310.6 CaloHcalE=756.615 CaloEcalChi2=876.176 CaloClusChi2=0.832545 CaloTrajectoryL=245.222 CaloEoverP=0.430478 EcalPIDe=-0.470964 HcalPIDe=0.861182 HcalPIDmu=-0.372556 EcalPIDmu=-1.9218 TrackChi2PerDof=1.72167 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=21704 TrackPt=2292.09 CombDLLe=0.833393 CombDLLmu=-1.20216 CombDLLpi=0 CombDLLk=14.4376 CombDLLp=36.8935 CombDLLd=36.1423 ProbNNe=0.00892139 ProbNNpi=0.0980392 ProbNNk=0.00586828 ProbNNp=0.60862 ProbNNghost=0.0267167 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-9.40234 RichDLLmu=-0.569393 RichDLLpi=0 RichDLLk=6.30748 RichDLLp=6.30748 RichPIDStatus=5092 RichDLLbt=6.30748 RichDLLd=6.30748 MuonMuLL=-0.00240287 MuonBkgLL=-0.439716 MuonNShared=7 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=47.6388 MuonMVA1=-999 MuonMVA2=0.604143 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.925309 CaloElectronMatch=23.107 CaloBremMatch=23.107 CaloChargedEcal=5052.66 CaloChargedID=39309 CaloNeutralEcal=5052.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.706406 CaloNeutralID=39309 CaloEcalE=548.21 CaloHcalE=1081.15 CaloEcalChi2=23.107 CaloClusChi2=0.925309 CaloTrajectoryL=87.4075 CaloEoverP=0.799001 EcalPIDe=3.71102 HcalPIDe=-0.275809 HcalPIDmu=0.728349 EcalPIDmu=1.52356 TrackChi2PerDof=1.92705 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=6389.41 TrackPt=273.847 CombDLLe=1.81945 CombDLLmu=1.8955 CombDLLpi=0 CombDLLk=6.30748 CombDLLp=6.30748 CombDLLd=6.7472 ProbNNe=0.0199466 ProbNNmu=0.000625899 ProbNNpi=0.0141047 ProbNNk=0.0631705 ProbNNp=0.264774 ProbNNghost=0.487944 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.0548592 RichDLLmu=-0.26852 RichDLLpi=0 RichDLLk=-2.33641 RichDLLp=-1.27588 RichPIDStatus=8166 RichDLLbt=2.36737 RichDLLd=2.36737 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.25602 CaloElectronMatch=1104.4 CaloChargedEcal=7015.13 CaloChargedID=43121 CaloEcalE=3745.89 CaloHcalE=43851.4 CaloEcalChi2=1104.4 CaloClusChi2=2.25602 CaloTrajectoryL=1131.53 CaloEoverP=0.288992 EcalPIDe=-0.914113 HcalPIDe=-2.05315 HcalPIDmu=-1.47368 EcalPIDmu=-1.15156 TrackChi2PerDof=0.823848 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=24759.6 TrackPt=533.893 CombDLLe=-2.97687 CombDLLmu=-3.00081 CombDLLpi=0 CombDLLk=-2.33641 CombDLLp=-1.27588 CombDLLd=2.36737 ProbNNe=7.56388e-05 ProbNNpi=0.785226 ProbNNk=0.01024 ProbNNp=0.106122 ProbNNghost=0.0225744 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.34703 RichDLLmu=0.0772953 RichDLLpi=0 RichDLLk=14.7032 RichDLLp=14.7032 RichPIDStatus=5092 RichDLLbt=14.7032 RichDLLd=14.7032 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.168371 CaloElectronMatch=2.64662 CaloBremMatch=2.64662 CaloChargedEcal=9128.41 CaloChargedID=39285 CaloNeutralEcal=9128.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841957 CaloNeutralID=39285 CaloEcalE=7237.63 CaloHcalE=3940.82 CaloEcalChi2=2.64662 CaloClusChi2=0.168371 CaloTrajectoryL=127.282 CaloEoverP=1.06408 EcalPIDe=3.71102 HcalPIDe=-1.66117 HcalPIDmu=-0.515434 EcalPIDmu=-3.71309 TrackChi2PerDof=0.624649 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=8560.66 TrackPt=277.451 CombDLLe=0.778386 CombDLLmu=-4.12032 CombDLLpi=0 CombDLLk=14.7032 CombDLLp=14.7032 CombDLLd=14.7032 ProbNNe=0.974483 ProbNNpi=0.0453072 ProbNNk=0.20108 ProbNNp=0.383467 ProbNNghost=0.991835 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.298406 MuonBkgLL=-1.20916 MuonNShared=16 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=185.644 MuonMVA1=-999 MuonMVA2=-0.469085 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.3541 CaloElectronMatch=524.822 CaloChargedEcal=14280.5 CaloChargedID=39097 CaloEcalE=5086.38 CaloHcalE=1254.8 CaloEcalChi2=524.822 CaloClusChi2=2.3541 CaloTrajectoryL=572.364 CaloEoverP=2.53516 EcalPIDe=-0.324664 HcalPIDe=-0.434957 HcalPIDmu=0.728349 EcalPIDmu=-3.82398 TrackChi2PerDof=2.09869 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=5622.07 TrackPt=129.765 CombDLLe=-0.759621 CombDLLmu=-2.18488 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=1.20916 ProbNNe=0.000408422 ProbNNmu=0.000378876 ProbNNpi=0.050473 ProbNNk=0.00146582 ProbNNp=0.0075111 ProbNNghost=0.824356 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-7.5043 RichDLLmu=0.662329 RichDLLpi=0 RichDLLk=-0.961179 RichDLLp=-0.961179 RichPIDStatus=5026 RichDLLbt=-0.961179 RichDLLd=-0.961179 MuonMuLL=0 MuonBkgLL=-0.129882 MuonNShared=43 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=216.09 MuonMVA1=-999 MuonMVA2=-1.48808 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.604523 CaloElectronMatch=34.9133 CaloBremMatch=34.9133 CaloChargedEcal=5432.86 CaloChargedID=34992 CaloNeutralEcal=5432.86 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.986262 CaloNeutralID=34992 CaloEcalE=4563.88 CaloHcalE=7951.93 CaloEcalChi2=34.9133 CaloClusChi2=0.604523 CaloTrajectoryL=18.3343 CaloEoverP=1.15876 EcalPIDe=3.01028 HcalPIDe=-0.650053 HcalPIDmu=0.690828 EcalPIDmu=-2.09154 TrackChi2PerDof=1.74487 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4772.72 TrackPt=111.242 CombDLLe=1.06216 CombDLLmu=-0.348958 CombDLLpi=0 CombDLLk=-0.961179 CombDLLp=-0.961179 CombDLLd=-0.831297 ProbNNe=0.719294 ProbNNmu=0.000625896 ProbNNpi=0.0115672 ProbNNk=0.0260681 ProbNNp=0.0320419 ProbNNghost=0.950502 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-13.0808 RichDLLmu=-12.5456 RichDLLpi=0 RichDLLk=-5.15075 RichDLLp=-5.15075 RichPIDStatus=5027 RichDLLbt=-5.15075 RichDLLd=-5.15075 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.443981 CaloElectronMatch=297.159 CaloBremMatch=297.159 CaloChargedEcal=1231.95 CaloChargedID=34994 CaloNeutralEcal=1231.95 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.812415 CaloNeutralID=34994 CaloEcalE=684.07 CaloHcalE=6389.14 CaloEcalChi2=297.159 CaloClusChi2=0.443981 CaloTrajectoryL=271.389 CaloEoverP=0.206879 EcalPIDe=0.198371 HcalPIDe=-1.62226 HcalPIDmu=-1.1725 EcalPIDmu=1.12033 TrackChi2PerDof=0.909075 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6746.91 TrackPt=486.811 CombDLLe=-3.63478 CombDLLmu=-6.96016 CombDLLpi=0 CombDLLk=-5.15075 CombDLLp=-5.15075 CombDLLd=-5.15075 ProbNNe=0.00208842 ProbNNpi=0.988976 ProbNNk=0.00109949 ProbNNp=0.00404716 ProbNNghost=0.00461613 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.09469 MuonNShared=50 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=696.435 MuonMVA1=-999 MuonMVA2=0.198998 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.18811 CaloElectronMatch=152.579 CaloChargedEcal=1081.32 CaloChargedID=34767 CaloEcalE=3932.85 CaloHcalE=5030.52 CaloEcalChi2=152.579 CaloClusChi2=1.18811 CaloTrajectoryL=-228.707 CaloEoverP=0.292779 EcalPIDe=0.827744 HcalPIDe=-1.15527 HcalPIDmu=0.297638 EcalPIDmu=-4.07224 TrackChi2PerDof=1.42812 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4362.81 TrackPt=69.6676 CombDLLe=-0.327526 CombDLLmu=-3.67991 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.09469 ProbNNe=6.34715e-05 ProbNNmu=0.000378876 ProbNNpi=0.0316227 ProbNNk=0.00374455 ProbNNp=0.0210729 ProbNNghost=0.543969 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-15.8396 RichDLLmu=-6.50948 RichDLLpi=0 RichDLLk=-5.23034 RichDLLp=-5.23034 RichPIDStatus=5027 RichDLLbt=-5.23034 RichDLLd=-5.23034 MuonMuLL=0 MuonBkgLL=-0.106667 MuonNShared=44 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=171.069 MuonMVA1=-999 MuonMVA2=-1.34265 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.955649 CaloElectronMatch=14.866 CaloBremMatch=14.866 CaloChargedEcal=2020.55 CaloChargedID=39806 CaloNeutralEcal=2020.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.72777 CaloNeutralID=39806 CaloEcalE=989.574 CaloHcalE=263.004 CaloEcalChi2=14.866 CaloClusChi2=0.955649 CaloTrajectoryL=56.0255 CaloEoverP=0.708464 EcalPIDe=3.01028 HcalPIDe=-0.166718 HcalPIDmu=-1.09338 EcalPIDmu=0.0190547 TrackChi2PerDof=1.29922 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3216.27 TrackPt=362.35 CombDLLe=0.207971 CombDLLmu=-7.00313 CombDLLpi=0 CombDLLk=-5.23034 CombDLLp=-5.23034 CombDLLd=-5.12367 ProbNNe=0.921174 ProbNNmu=0.000625894 ProbNNpi=0.414771 ProbNNk=0.00265525 ProbNNp=0.00746406 ProbNNghost=0.11622 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-12.8026 RichDLLmu=-6.35018 RichDLLpi=0 RichDLLk=3.26717 RichDLLp=3.27184 RichPIDStatus=6117 RichDLLbt=3.27184 RichDLLd=3.27184 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.424309 CaloElectronMatch=563.215 CaloChargedEcal=12106.6 CaloChargedID=38734 CaloEcalE=3523.4 CaloHcalE=380.407 CaloEcalChi2=563.215 CaloClusChi2=0.424309 CaloTrajectoryL=-98.1828 CaloEoverP=1.4003 EcalPIDe=-0.324664 HcalPIDe=0.056071 HcalPIDmu=-3.04999 EcalPIDmu=-2.84835 TrackChi2PerDof=1.61585 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9138.83 TrackPt=132.594 CombDLLe=-2.43555 CombDLLmu=-11.875 CombDLLpi=0 CombDLLk=3.26717 CombDLLp=3.27184 CombDLLd=3.27184 ProbNNe=0.000193188 ProbNNpi=0.842243 ProbNNk=0.011292 ProbNNp=0.028336 ProbNNghost=0.122862 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.4836 RichDLLmu=-3.41981 RichDLLpi=0 RichDLLk=0.303117 RichDLLp=0.303117 RichPIDStatus=5060 RichDLLbt=0.303117 RichDLLd=0.303117 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=8.23855 CaloElectronMatch=912.861 CaloChargedEcal=3510.91 CaloChargedID=38607 CaloEcalE=147.016 CaloHcalE=1908.65 CaloEcalChi2=912.861 CaloClusChi2=8.23855 CaloTrajectoryL=547.148 CaloEoverP=0.434047 EcalPIDe=-0.849842 HcalPIDe=-0.951852 HcalPIDmu=1.93271 EcalPIDmu=0.213064 TrackChi2PerDof=2.15915 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=8360.04 TrackPt=143.892 CombDLLe=-3.59543 CombDLLmu=-2.01285 CombDLLpi=0 CombDLLk=0.303117 CombDLLp=0.303117 CombDLLd=0.303117 ProbNNe=7.04907e-07 ProbNNpi=0.574964 ProbNNk=0.000575948 ProbNNp=0.000320683 ProbNNghost=0.62941 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=2.95553 RichDLLmu=0.864676 RichDLLpi=0 RichDLLk=-5.01403 RichDLLp=-5.37748 RichPIDStatus=8129 RichDLLbt=-5.37065 RichDLLd=-5.37065 MuonMuLL=-0.00420883 MuonBkgLL=-1.10242 MuonNShared=4 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=2011.54 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=1.33082 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=30500.3 TrackPt=637.956 CombDLLe=0.516278 CombDLLmu=2.29683 CombDLLpi=0 CombDLLk=-5.01403 CombDLLp=-5.37748 CombDLLd=-4.26824 ProbNNe=0.912225 ProbNNpi=0.582102 ProbNNk=0.000236372 ProbNNp=0.0157895 ProbNNghost=0.0248025 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-24.2906 RichDLLmu=-13.2593 RichDLLpi=0 RichDLLk=0.734776 RichDLLp=0.734776 RichPIDStatus=5092 RichDLLbt=0.734776 RichDLLd=0.734776 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=4.07558 CaloElectronMatch=311.711 CaloBremMatch=311.711 CaloChargedEcal=4169.66 CaloChargedID=37786 CaloNeutralEcal=4169.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841431 CaloNeutralID=37786 CaloEcalE=1934.39 CaloHcalE=675.93 CaloEcalChi2=311.711 CaloClusChi2=4.07558 CaloTrajectoryL=-828.345 CaloEoverP=0.795317 EcalPIDe=0.198371 HcalPIDe=-0.145138 HcalPIDmu=-0.955205 EcalPIDmu=-1.23548 TrackChi2PerDof=1.25736 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=5288.19 TrackPt=763.257 CombDLLe=-3.74216 CombDLLmu=-9.12141 CombDLLpi=0 CombDLLk=0.734776 CombDLLp=0.734776 CombDLLd=0.734776 ProbNNe=1.07301e-05 ProbNNpi=0.989134 ProbNNk=0.00135691 ProbNNp=0.00300055 ProbNNghost=0.00627949 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=4.3772 RichDLLmu=0.784714 RichDLLpi=0 RichDLLk=12.6769 RichDLLp=12.6769 RichPIDStatus=5060 RichDLLbt=12.6769 RichDLLd=12.6769 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.222905 CaloElectronMatch=92.9602 CaloChargedEcal=16450.7 CaloChargedID=38641 CaloEcalE=9946.79 CaloHcalE=11445.5 CaloEcalChi2=92.9602 CaloClusChi2=0.222905 CaloTrajectoryL=321.717 CaloEoverP=1.46708 EcalPIDe=2.19153 HcalPIDe=-1.12623 HcalPIDmu=-0.877417 EcalPIDmu=-3.6279 TrackChi2PerDof=1.17837 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=11372.6 TrackPt=312.811 CombDLLe=1.82827 CombDLLmu=-3.41565 CombDLLpi=0 CombDLLk=12.6769 CombDLLp=12.6769 CombDLLd=12.6769 ProbNNe=0.901258 ProbNNpi=0.00345722 ProbNNk=0.143592 ProbNNp=0.00747421 ProbNNghost=0.705467 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.545881 RichDLLmu=-3.38474 RichDLLpi=0 RichDLLk=3.15955 RichDLLp=3.15955 RichPIDStatus=5060 RichDLLbt=3.15955 RichDLLd=3.15955 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.1858 CaloElectronMatch=523.692 CaloChargedEcal=16450.7 CaloChargedID=38641 CaloEcalE=9204.21 CaloHcalE=1063.18 CaloEcalChi2=523.692 CaloClusChi2=1.1858 CaloTrajectoryL=-508.708 CaloEoverP=1.82448 EcalPIDe=-0.324664 HcalPIDe=-0.275809 HcalPIDmu=0.770266 EcalPIDmu=-2.02508 TrackChi2PerDof=1.41061 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=9144.79 TrackPt=201.438 CombDLLe=-0.695996 CombDLLmu=-5.38153 CombDLLpi=0 CombDLLk=3.15955 CombDLLp=3.15955 CombDLLd=3.15955 ProbNNe=0.46459 ProbNNpi=0.0484091 ProbNNk=0.00372667 ProbNNp=0.00977262 ProbNNghost=0.89588 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-3.83253 RichDLLmu=-2.51567 RichDLLpi=0 RichDLLk=4.55745 RichDLLp=4.55745 RichPIDStatus=5060 RichDLLbt=4.55745 RichDLLd=4.55745 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.472203 CaloElectronMatch=132.045 CaloChargedEcal=11080 CaloChargedID=38836 CaloEcalE=6440 CaloHcalE=798.814 CaloEcalChi2=132.045 CaloClusChi2=0.472203 CaloTrajectoryL=8.49405 CaloEoverP=1.35915 EcalPIDe=0.979389 HcalPIDe=-0.205456 HcalPIDmu=-0.561702 EcalPIDmu=-3.91865 TrackChi2PerDof=2.07159 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=8733.77 TrackPt=149.385 CombDLLe=0.105284 CombDLLmu=-7.7324 CombDLLpi=0 CombDLLk=4.55745 CombDLLp=4.55745 CombDLLd=4.55745 ProbNNe=0.563982 ProbNNpi=0.0182711 ProbNNk=0.00630162 ProbNNp=0.00665866 ProbNNghost=0.955027 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.671 RichDLLmu=-5.76558 RichDLLpi=0 RichDLLk=0.472644 RichDLLp=0.472644 RichPIDStatus=5060 RichDLLbt=0.472644 RichDLLd=0.472644 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.771427 CaloElectronMatch=680.135 CaloChargedEcal=18155.1 CaloChargedID=38707 CaloEcalE=4038.01 CaloHcalE=798.814 CaloEcalChi2=680.135 CaloClusChi2=0.771427 CaloTrajectoryL=-388.192 CaloEoverP=2.0437 EcalPIDe=-0.522006 HcalPIDe=-0.205456 HcalPIDmu=-0.561702 EcalPIDmu=-2.93426 TrackChi2PerDof=1.03246 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=8863.28 TrackPt=180.882 CombDLLe=-2.55181 CombDLLmu=-9.22745 CombDLLpi=0 CombDLLk=0.472644 CombDLLp=0.472644 CombDLLd=0.472644 ProbNNe=0.000206243 ProbNNpi=0.981679 ProbNNk=0.000334483 ProbNNp=0.000680723 ProbNNghost=0.0232315 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=6.25583 RichDLLmu=-4.54705 RichDLLpi=0 RichDLLk=-4.27545 RichDLLp=-4.27545 RichPIDStatus=5025 RichDLLbt=-4.27545 RichDLLd=-4.27545 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=0.329465 CaloElectronMatch=14.4404 CaloBremMatch=14.4404 CaloChargedEcal=3711.37 CaloChargedID=34438 CaloNeutralEcal=3711.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938713 CaloNeutralID=34438 CaloEcalE=3428.36 CaloHcalE=1466.62 CaloEcalChi2=14.4404 CaloClusChi2=0.329465 CaloTrajectoryL=49.4524 CaloEoverP=1.05507 EcalPIDe=3.01028 HcalPIDe=-1.18827 HcalPIDmu=1.60073 EcalPIDmu=-1.98104 TrackChi2PerDof=1.07236 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=3699.98 TrackPt=227.77 CombDLLe=2.90793 CombDLLmu=-5.42625 CombDLLpi=0 CombDLLk=-4.27545 CombDLLp=-4.27545 CombDLLd=-4.27545 ProbNNe=0.856533 ProbNNpi=0.678332 ProbNNk=0.00813936 ProbNNp=0.0454236 ProbNNghost=0.128952 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-10.5655 RichDLLmu=-1.60606 RichDLLpi=0 RichDLLk=-1.28869 RichDLLp=-1.28869 RichPIDStatus=5027 RichDLLbt=-1.28869 RichDLLd=-1.28869 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=1.24973 CaloElectronMatch=487.039 CaloBremMatch=487.039 CaloChargedEcal=8002.26 CaloChargedID=34634 CaloNeutralEcal=8002.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897365 CaloNeutralID=34634 CaloEcalE=3085 CaloHcalE=3341.76 CaloEcalChi2=487.039 CaloClusChi2=1.24973 CaloTrajectoryL=-128.355 CaloEoverP=2.44493 EcalPIDe=-0.238625 HcalPIDe=-1.28675 HcalPIDmu=0.749469 EcalPIDmu=-2.04159 TrackChi2PerDof=1.48042 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3454.38 TrackPt=130.727 CombDLLe=-3.33251 CombDLLmu=-3.46634 CombDLLpi=0 CombDLLk=-1.28869 CombDLLp=-1.28869 CombDLLd=-1.28869 ProbNNe=0.0195877 ProbNNpi=0.765945 ProbNNk=0.0135069 ProbNNp=0.0262015 ProbNNghost=0.266654 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.108849 MuonNShared=43 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=202.969 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=2.48923 CaloElectronMatch=394.415 CaloChargedEcal=5791.63 CaloChargedID=34762 CaloEcalE=3602.48 CaloHcalE=8429.47 CaloEcalChi2=394.415 CaloClusChi2=2.48923 CaloTrajectoryL=237.733 CaloEoverP=1.70356 EcalPIDe=-0.0510306 HcalPIDe=-0.748746 HcalPIDmu=0.971011 EcalPIDmu=-1.93865 TrackChi2PerDof=0.631398 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3543.14 TrackPt=92.8672 CombDLLe=-0.799777 CombDLLmu=-0.85879 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.108849 ProbNNe=0.041859 ProbNNpi=0.261377 ProbNNk=0.0133428 ProbNNp=0.0263769 ProbNNghost=0.881806 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.740868 MuonBkgLL=-2.26988 MuonNShared=2 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=388.983 MuonMVA1=-999 MuonMVA2=-0.394606 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.762811 CaloElectronMatch=28.4345 CaloChargedEcal=4206.86 CaloChargedID=38650 CaloEcalE=2815.31 CaloHcalE=195.695 CaloEcalChi2=28.4345 CaloClusChi2=0.762811 CaloTrajectoryL=100.448 CaloEoverP=0.747941 EcalPIDe=3.71102 HcalPIDe=0.272944 HcalPIDmu=-2.64437 EcalPIDmu=-3.12276 TrackChi2PerDof=1.75404 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=5785.77 TrackPt=134.76 CombDLLe=3.98397 CombDLLmu=-4.23812 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=2.26988 ProbNNe=0.00028373 ProbNNmu=0.000378876 ProbNNpi=0.0537202 ProbNNk=0.00237093 ProbNNp=0.00625254 ProbNNghost=0.50265 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0632593 MuonBkgLL=-0.880561 MuonNShared=23 MuonPIDStatus=31 InAccMuon=1 MuonChi2Corr=79.1773 MuonMVA1=-999 MuonMVA2=-0.639771 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.811031 CaloElectronMatch=81.0639 CaloChargedEcal=8013.33 CaloChargedID=34737 CaloEcalE=3617.57 CaloHcalE=495.981 CaloEcalChi2=81.0639 CaloClusChi2=0.811031 CaloTrajectoryL=66.4654 CaloEoverP=2.09309 EcalPIDe=1.50525 HcalPIDe=-0.248115 HcalPIDmu=-1.34175 EcalPIDmu=-3.02331 TrackChi2PerDof=2.69454 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=4023.89 TrackPt=112.409 CombDLLe=1.25714 CombDLLmu=-3.54776 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.880561 ProbNNe=0.000783772 ProbNNmu=0.000378876 ProbNNpi=0.00751179 ProbNNk=0.000426827 ProbNNp=0.0020135 ProbNNghost=0.925005 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 CaloTrMatch=1.6418 CaloElectronMatch=332.858 CaloChargedEcal=976.158 CaloChargedID=34675 CaloEcalE=2872.03 CaloHcalE=1605.57 CaloEcalChi2=332.858 CaloClusChi2=1.6418 CaloTrajectoryL=-243.186 CaloEoverP=0.352187 EcalPIDe=0.0465059 HcalPIDe=-1.26972 HcalPIDmu=2.16985 EcalPIDmu=-3.65401 TrackChi2PerDof=1.25895 TrackNumDof=11 TrackType=5 TrackHistory=33 TrackP=3459 TrackPt=76.1059 CombDLLe=-1.22322 CombDLLmu=-1.48417 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.188388 ProbNNpi=0.219701 ProbNNk=0.00404776 ProbNNp=0.0127913 ProbNNghost=0.78703 ] } -{ Track 1 CaloHypos 2 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-18.1173 RichDLLmu=-14.7662 RichDLLpi=0 RichDLLk=-0.50069 RichDLLp=-0.50069 RichPIDStatus=5091 RichDLLbt=-0.50069 RichDLLd=-0.50069 MuonPIDStatus=6 InAccMuon=1 InAccEcal=1 InAccHcal=1 InAccBrem=1 CaloTrMatch=6.71364 CaloElectronMatch=268.589 CaloBremMatch=268.589 CaloChargedEcal=3617.59 CaloChargedID=43785 CaloNeutralEcal=3617.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.644841 CaloNeutralID=43785 CaloEcalE=511.056 CaloHcalE=10508.9 CaloEcalChi2=268.589 CaloClusChi2=6.71364 CaloTrajectoryL=552.116 CaloEoverP=0.646879 EcalPIDe=0.198371 HcalPIDe=-1.07674 HcalPIDmu=-0.465952 EcalPIDmu=1.52356 TrackChi2PerDof=1.29534 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=6003.13 TrackPt=403.336 CombDLLe=-3.84852 CombDLLmu=-5.90439 CombDLLpi=0 CombDLLk=-0.50069 CombDLLp=-0.50069 CombDLLd=-0.50069 ProbNNe=1.41485e-06 ProbNNpi=0.987894 ProbNNk=0.00224063 ProbNNp=0.0060392 ProbNNghost=0.008664 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=0 MuonBkgLL=-0.296403 MuonNShared=42 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=243.593 MuonMVA1=-999 MuonMVA2=-1.53976 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.428205 CaloElectronMatch=137.545 CaloChargedEcal=12199.2 CaloChargedID=38966 CaloEcalE=6999.7 CaloHcalE=6449 CaloEcalChi2=137.545 CaloClusChi2=0.428205 CaloTrajectoryL=112.094 CaloEoverP=2.11874 EcalPIDe=0.979389 HcalPIDe=-1.62226 HcalPIDmu=-0.045568 EcalPIDmu=-1.56552 TrackChi2PerDof=1.18892 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=6009.91 TrackPt=90.9232 CombDLLe=-0.642869 CombDLLmu=-1.31468 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.296403 ProbNNe=0.00150379 ProbNNmu=0.000378876 ProbNNpi=0.0421285 ProbNNk=0.00334266 ProbNNp=0.0147159 ProbNNghost=0.918104 ] } -{ Track 1 CaloHypos 1 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=9.69455 RichDLLmu=5.53897 RichDLLpi=0 RichDLLk=0.730408 RichDLLp=0.730408 RichPIDStatus=5025 RichDLLbt=0.730408 RichDLLd=0.730408 InAccEcal=1 CaloTrMatch=0.670307 CaloElectronMatch=21.0778 CaloChargedEcal=3158.82 CaloChargedID=34942 CaloEcalE=2647.5 CaloEcalChi2=21.0778 CaloClusChi2=0.670307 CaloTrajectoryL=182.788 CaloEoverP=1.17838 EcalPIDe=3.01028 EcalPIDmu=-3.48778 TrackChi2PerDof=0.988155 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=2864.05 TrackPt=72.3185 CombDLLe=4.67437 CombDLLmu=2.13519 CombDLLpi=0 CombDLLk=0.730408 CombDLLp=0.730408 CombDLLd=0.730408 ProbNNe=0.70849 ProbNNpi=0.135078 ProbNNk=0.0363693 ProbNNp=0.0258874 ProbNNghost=0.760897 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=3.97911 RichDLLmu=-0.343021 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4513 RichDLLbt=0 RichDLLd=0 InAccBrem=1 TrackChi2PerDof=1.19512 TrackNumDof=8 TrackType=5 TrackHistory=33 TrackP=2448.22 TrackPt=157.045 CombDLLe=0.694056 CombDLLmu=-0.479478 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.786497 ProbNNpi=0.25395 ProbNNk=0.0193955 ProbNNp=0.0285605 ProbNNghost=0.398622 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 1 -ExtraInfo [ RichDLLe=-0.875288 RichDLLmu=-0.372414 RichDLLpi=0 RichDLLk=2.7273 RichDLLp=2.0053 RichPIDStatus=8134 RichDLLbt=6.6224 RichDLLd=6.6224 MuonMuLL=-0.102808 MuonBkgLL=-3.21915 MuonNShared=0 MuonPIDStatus=14 InAccMuon=1 MuonChi2Corr=4.75995 MuonMVA1=-999 MuonMVA2=-999 MuonMVA3=-999 MuonMVA4=-999 TrackChi2PerDof=1.73716 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=59042 TrackPt=1439.33 CombDLLe=-0.153151 CombDLLmu=2.59592 CombDLLpi=0 CombDLLk=2.7273 CombDLLp=2.0053 CombDLLd=9.84155 ProbNNe=0.14882 ProbNNpi=0.538279 ProbNNk=0.0037917 ProbNNp=0.0730334 ProbNNghost=0.148571 ] } -{ Track 1 CaloHypos 1 RichPID 0 MuonPID 1 -ExtraInfo [ MuonMuLL=-0.0147076 MuonBkgLL=-0.364285 MuonNShared=9 MuonPIDStatus=15 InAccMuon=1 MuonChi2Corr=120.15 MuonMVA1=-999 MuonMVA2=-1.00944 MuonMVA3=-999 MuonMVA4=-999 InAccEcal=1 InAccHcal=1 CaloTrMatch=0.197561 CaloElectronMatch=46.575 CaloChargedEcal=7746.05 CaloChargedID=38718 CaloEcalE=7003.12 CaloHcalE=989.652 CaloEcalChi2=46.575 CaloClusChi2=0.197561 CaloTrajectoryL=77.166 CaloEoverP=1.59964 EcalPIDe=3.01028 HcalPIDe=-0.57495 HcalPIDmu=0.118967 EcalPIDmu=-1.32415 TrackChi2PerDof=1.49724 TrackNumDof=10 TrackType=5 TrackHistory=33 TrackP=4919.79 TrackPt=120.155 CombDLLe=2.43533 CombDLLmu=-0.855607 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0.364285 ProbNNe=0.00240489 ProbNNmu=0.000378876 ProbNNpi=0.0545145 ProbNNk=0.00324101 ProbNNp=0.00703611 ProbNNghost=0.911352 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-5.629 RichDLLmu=3.10702 RichDLLpi=0 RichDLLk=1.65596 RichDLLp=1.65596 RichPIDStatus=5026 RichDLLbt=1.65596 RichDLLd=1.65596 InAccBrem=1 TrackChi2PerDof=1.42679 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=3009.17 TrackPt=291.482 CombDLLe=-0.978624 CombDLLmu=3.86473 CombDLLpi=0 CombDLLk=1.65596 CombDLLp=1.65596 CombDLLd=1.65596 ProbNNe=0.145874 ProbNNpi=0.096128 ProbNNk=0.027364 ProbNNp=0.0226806 ProbNNghost=0.661771 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.12646 RichDLLmu=-0.204695 RichDLLpi=0 RichDLLk=0.920148 RichDLLp=5.06301 RichPIDStatus=139206 RichDLLbt=10.033 RichDLLd=11.4131 TrackChi2PerDof=1.74322 TrackNumDof=9 TrackType=5 TrackHistory=33 TrackP=152957 TrackPt=2078.25 CombDLLe=-0.0221304 CombDLLmu=-0.286413 CombDLLpi=0 CombDLLk=0.920148 CombDLLp=5.06301 CombDLLd=11.4131 ProbNNe=0.11868 ProbNNpi=0.0625188 ProbNNk=0.0364583 ProbNNp=0.883351 ProbNNghost=0.705375 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-6.85802 RichDLLmu=-5.80583 RichDLLpi=0 RichDLLk=0.393387 RichDLLp=0.393387 RichPIDStatus=5028 RichDLLbt=0.393387 RichDLLd=0.393387 InAccBrem=1 CaloBremChi2=810.648 BremPIDe=-0.638976 TrackChi2PerDof=0.800021 TrackNumDof=25 TrackType=4 TrackHistory=34 TrackP=8533.8 TrackPt=501.459 CombDLLe=-1.82751 CombDLLmu=-5.74994 CombDLLpi=0 CombDLLk=0.393387 CombDLLp=0.393387 CombDLLd=0.393387 ProbNNe=0.000584318 ProbNNmu=0.000831565 ProbNNpi=0.814507 ProbNNk=0.136414 ProbNNp=0.0462383 ProbNNghost=0.0127645 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-14.8345 RichDLLmu=-8.09613 RichDLLpi=0 RichDLLk=-1.23667 RichDLLp=-1.23667 RichPIDStatus=5027 RichDLLbt=-1.23667 RichDLLd=-1.23667 InAccBrem=1 CaloBremChi2=89.3243 BremPIDe=0.371596 TrackChi2PerDof=2.81415 TrackNumDof=18 TrackType=4 TrackHistory=34 TrackP=4397.66 TrackPt=461.595 CombDLLe=-2.11162 CombDLLmu=-6.47158 CombDLLpi=0 CombDLLk=-1.23667 CombDLLp=-1.23667 CombDLLd=-1.23667 ProbNNe=0.000421441 ProbNNmu=0.0009537 ProbNNpi=0.127564 ProbNNk=0.0413079 ProbNNp=0.0224907 ProbNNghost=0.73859 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.0262249 RichDLLmu=0.000650406 RichDLLpi=0 RichDLLk=-0.785802 RichDLLp=3.17566 RichPIDStatus=139173 RichDLLbt=-8.5766 RichDLLd=-7.43418 InAccBrem=1 CaloBremChi2=436.464 BremPIDe=-0.183533 TrackChi2PerDof=1.02466 TrackNumDof=20 TrackType=4 TrackHistory=34 TrackP=49863.6 TrackPt=1878.21 CombDLLe=-0.188122 CombDLLmu=0.000910568 CombDLLpi=0 CombDLLk=-0.785802 CombDLLp=3.17566 CombDLLd=-7.43418 ProbNNe=0.0119342 ProbNNmu=0.00354393 ProbNNpi=0.596142 ProbNNk=0.14827 ProbNNp=0.278695 ProbNNghost=0.151391 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.35252 RichDLLmu=-1.53359 RichDLLpi=0 RichDLLk=5.06807 RichDLLp=2.74002 RichPIDStatus=6052 RichDLLbt=2.74002 RichDLLd=2.74002 InAccBrem=1 CaloBremChi2=156.64 BremPIDe=-0.0338097 TrackChi2PerDof=1.00407 TrackNumDof=21 TrackType=4 TrackHistory=34 TrackP=15629.8 TrackPt=1270.04 CombDLLe=-0.792508 CombDLLmu=-2.08214 CombDLLpi=0 CombDLLk=5.06807 CombDLLp=2.74002 CombDLLd=2.74002 ProbNNe=5.36585e-05 ProbNNmu=0.00142781 ProbNNpi=0.287069 ProbNNk=0.514439 ProbNNp=0.346534 ProbNNghost=0.00896924 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.975795 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=28947 TrackPt=682.694 ProbNNe=0.00259864 ProbNNmu=0.00369266 ProbNNpi=0.748071 ProbNNk=0.17063 ProbNNp=0.122311 ProbNNghost=0.00256675 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=0.558892 RichDLLmu=0.53147 RichDLLpi=0 RichDLLk=-11.8946 RichDLLp=-15.5224 RichPIDStatus=6049 RichDLLbt=-15.5224 RichDLLd=-15.5224 InAccBrem=1 CaloBremChi2=416.323 BremPIDe=-0.608318 TrackChi2PerDof=0.808246 TrackNumDof=19 TrackType=4 TrackHistory=34 TrackP=17226.6 TrackPt=627.183 CombDLLe=-0.510519 CombDLLmu=0.741269 CombDLLpi=0 CombDLLk=-11.8946 CombDLLp=-15.5224 CombDLLd=-15.5224 ProbNNe=0.0242696 ProbNNmu=0.0245918 ProbNNpi=0.856421 ProbNNk=0.1124 ProbNNp=0.0244999 ProbNNghost=0.01098 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=2.70084 TrackNumDof=16 TrackType=4 TrackHistory=34 TrackP=58204.3 TrackPt=1462.37 ProbNNe=0.00919614 ProbNNmu=0.00189641 ProbNNpi=0.259034 ProbNNk=0.112619 ProbNNp=0.119581 ProbNNghost=0.813252 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=0.682894 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=40724.6 TrackPt=974.886 ProbNNe=0.00263154 ProbNNmu=0.00429834 ProbNNpi=0.687313 ProbNNk=0.197487 ProbNNp=0.156513 ProbNNghost=0.00170857 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-0.434888 RichDLLmu=-0.145536 RichDLLpi=0 RichDLLk=4.07887 RichDLLp=-2.99342 RichPIDStatus=139172 RichDLLbt=-8.5924 RichDLLd=-6.10951 InAccBrem=1 CaloBremChi2=328.54 BremPIDe=0.376083 TrackChi2PerDof=1.30371 TrackNumDof=17 TrackType=4 TrackHistory=34 TrackP=52227.9 TrackPt=2138.5 CombDLLe=0.29998 CombDLLmu=-0.203693 CombDLLpi=0 CombDLLk=4.07887 CombDLLp=-2.99342 CombDLLd=-6.10951 ProbNNe=0.0157815 ProbNNmu=0.0101451 ProbNNpi=0.266947 ProbNNk=0.54261 ProbNNp=0.14378 ProbNNghost=0.0406412 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-4.56611 RichDLLmu=1.99054 RichDLLpi=0 RichDLLk=4.66691 RichDLLp=4.66691 RichPIDStatus=5028 RichDLLbt=4.66691 RichDLLd=4.66691 InAccBrem=1 CaloBremChi2=164.658 BremPIDe=-0.188393 TrackChi2PerDof=1.41955 TrackNumDof=16 TrackType=4 TrackHistory=34 TrackP=5828.28 TrackPt=564.638 CombDLLe=-0.98401 CombDLLmu=2.6483 CombDLLpi=0 CombDLLk=4.66691 CombDLLp=4.66691 CombDLLd=4.66691 ProbNNe=0.00219564 ProbNNmu=0.00210713 ProbNNpi=0.18778 ProbNNk=0.13272 ProbNNp=0.0847193 ProbNNghost=0.589614 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-28.5816 RichDLLmu=-13.9604 RichDLLpi=0 RichDLLk=-16.559 RichDLLp=-16.0899 RichPIDStatus=6051 RichDLLbt=-16.0899 RichDLLd=-16.0899 InAccBrem=1 CaloBremChi2=349.834 BremPIDe=-0.438762 TrackChi2PerDof=2.41302 TrackNumDof=12 TrackType=4 TrackHistory=34 TrackP=9528.44 TrackPt=922.372 CombDLLe=-4.73338 CombDLLmu=-6.9476 CombDLLpi=0 CombDLLk=-16.559 CombDLLp=-16.0899 CombDLLd=-16.0899 ProbNNe=1.02031e-06 ProbNNmu=0.00133662 ProbNNpi=0.958487 ProbNNk=0.000472466 ProbNNp=0.000567765 ProbNNghost=0.110372 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-1.38078 RichDLLmu=4.79729 RichDLLpi=0 RichDLLk=21.0131 RichDLLp=21.0131 RichPIDStatus=5028 RichDLLbt=21.0131 RichDLLd=21.0131 InAccBrem=1 CaloBremChi2=421.394 BremPIDe=-0.492427 TrackChi2PerDof=0.582821 TrackNumDof=13 TrackType=4 TrackHistory=34 TrackP=7021.27 TrackPt=1369.33 CombDLLe=-0.733967 CombDLLmu=5.20824 CombDLLpi=0 CombDLLk=21.0131 CombDLLp=21.0131 CombDLLd=21.0131 ProbNNe=1.88505e-05 ProbNNmu=0.00621065 ProbNNpi=0.140178 ProbNNk=0.817077 ProbNNp=0.640187 ProbNNghost=0.0148929 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.44386 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=34585.3 TrackPt=617.804 ProbNNe=0.00391878 ProbNNmu=0.00511476 ProbNNpi=0.720459 ProbNNk=0.165495 ProbNNp=0.131689 ProbNNghost=0.0118555 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-21.9878 RichDLLmu=-12.1069 RichDLLpi=0 RichDLLk=0.577313 RichDLLp=0.577313 RichPIDStatus=5028 RichDLLbt=0.577313 RichDLLd=0.577313 InAccBrem=1 CaloBremChi2=875.854 BremPIDe=-0.553589 TrackChi2PerDof=1.2718 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=2962.81 TrackPt=617.88 CombDLLe=-4.05563 CombDLLmu=-6.89047 CombDLLpi=0 CombDLLk=0.577313 CombDLLp=0.577313 CombDLLd=0.577313 ProbNNe=4.28522e-06 ProbNNmu=0.00120535 ProbNNpi=0.84115 ProbNNk=0.0867666 ProbNNp=0.0478388 ProbNNghost=0.0267344 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-27.4968 RichDLLmu=-2.56697 RichDLLpi=0 RichDLLk=2.25293 RichDLLp=2.25293 RichPIDStatus=5028 RichDLLbt=2.25293 RichDLLd=2.25293 InAccBrem=1 CaloBremChi2=294.856 BremPIDe=-0.318955 TrackChi2PerDof=1.84839 TrackNumDof=11 TrackType=4 TrackHistory=34 TrackP=2960.38 TrackPt=591.903 CombDLLe=-4.49321 CombDLLmu=-3.3081 CombDLLpi=0 CombDLLk=2.25293 CombDLLp=2.25293 CombDLLd=2.25293 ProbNNe=2.36134e-06 ProbNNmu=0.00525406 ProbNNpi=0.805109 ProbNNk=0.0813949 ProbNNp=0.0662522 ProbNNghost=0.0688569 ] } -{ Track 1 CaloHypos 0 RichPID 0 MuonPID 0 -ExtraInfo [ NoPID=1 TrackChi2PerDof=1.87172 TrackNumDof=6 TrackType=4 TrackHistory=34 TrackP=94897 TrackPt=1634.49 ProbNNe=0.0081635 ProbNNmu=0.00195505 ProbNNpi=0.105401 ProbNNk=0.0853607 ProbNNp=0.114444 ProbNNghost=0.80899 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-24.2564 RichDLLmu=-8.93114 RichDLLpi=0 RichDLLk=5.55688 RichDLLp=5.55688 RichPIDStatus=5028 RichDLLbt=5.55688 RichDLLd=5.55688 InAccBrem=1 CaloBremChi2=92.5097 BremPIDe=0.142978 TrackChi2PerDof=0.258812 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=2881.85 TrackPt=741.287 CombDLLe=-3.64819 CombDLLmu=-6.61753 CombDLLpi=0 CombDLLk=5.55688 CombDLLp=5.55688 CombDLLd=5.55688 ProbNNe=1.49392e-06 ProbNNmu=0.00223209 ProbNNpi=0.723397 ProbNNk=0.183092 ProbNNp=0.0992408 ProbNNghost=0.00387093 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-25.2039 RichDLLmu=-9.16671 RichDLLpi=0 RichDLLk=8.98868 RichDLLp=8.98868 RichPIDStatus=5028 RichDLLbt=8.98868 RichDLLd=8.98868 InAccBrem=1 CaloBremChi2=126.158 BremPIDe=-0.015883 TrackChi2PerDof=0.584801 TrackNumDof=9 TrackType=4 TrackHistory=34 TrackP=3818.25 TrackPt=942.171 CombDLLe=-3.92272 CombDLLmu=-6.65106 CombDLLpi=0 CombDLLk=8.98868 CombDLLp=8.98868 CombDLLd=8.98868 ProbNNe=1.39539e-06 ProbNNmu=0.00164232 ProbNNpi=0.640114 ProbNNk=0.253888 ProbNNp=0.149489 ProbNNghost=0.00529747 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-12.3208 RichDLLmu=-0.400528 RichDLLpi=0 RichDLLk=0 RichDLLp=0 RichPIDStatus=4515 RichDLLbt=0 RichDLLd=0 InAccBrem=1 CaloBremChi2=101.676 BremPIDe=0.143007 TrackChi2PerDof=1.02709 TrackNumDof=8 TrackType=4 TrackHistory=34 TrackP=2374.38 TrackPt=482.662 CombDLLe=-1.94743 CombDLLmu=-0.559543 CombDLLpi=0 CombDLLk=0 CombDLLp=0 CombDLLd=0 ProbNNe=0.00108367 ProbNNmu=0.00740973 ProbNNpi=0.634266 ProbNNk=0.0681221 ProbNNp=0.0455699 ProbNNghost=0.132382 ] } -{ Track 1 CaloHypos 0 RichPID 1 MuonPID 0 -ExtraInfo [ RichDLLe=-25.7589 RichDLLmu=-4.1968 RichDLLpi=0 RichDLLk=1.20631 RichDLLp=1.20631 RichPIDStatus=5028 RichDLLbt=1.20631 RichDLLd=1.20631 InAccBrem=1 CaloBremChi2=96.2619 BremPIDe=0.142978 TrackChi2PerDof=0.766617 TrackNumDof=7 TrackType=4 TrackHistory=34 TrackP=3034.21 TrackPt=848.181 CombDLLe=-3.83021 CombDLLmu=-4.79829 CombDLLpi=0 CombDLLk=1.20631 CombDLLp=1.20631 CombDLLd=1.20631 ProbNNe=1.18939e-06 ProbNNmu=0.00768744 ProbNNpi=0.829267 ProbNNk=0.0798479 ProbNNp=0.0379575 ProbNNghost=0.0115553 ] } -Printing ended -PrintNeutralProtosSUCCESS Print all proto particles of an event -PrintNeutralProtosSUCCESS { Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.524751 ShowerShape=23175.5 ClusterMass=169.569 CaloNeutralEcal=13685.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.729235 CaloNeutralID=34874 CaloNeutralE19=0.400833 CaloClusterCode=-92 CaloClusterFrac=0.999917 IsPhoton=0.118073 IsNotH=0.0109086 IsPhotonXGB=0.6549 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.246251 ShowerShape=27988.1 ClusterMass=109.986 CaloNeutralEcal=18314.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.624073 CaloNeutralID=34482 CaloNeutralE19=0.289846 CaloClusterCode=95 CaloClusterFrac=0.999963 IsPhoton=0.0256944 IsNotH=0.00847891 IsPhotonXGB=0.365087 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.088923 ShowerShape=21341.1 ClusterMass=57.1379 CaloNeutralEcal=14004.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.65788 CaloNeutralID=34759 CaloNeutralE19=0.222016 CaloClusterCode=95 CaloClusterFrac=0.999996 IsPhoton=0.126196 IsNotH=0.00582059 IsPhotonXGB=0.320994 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.338692 ShowerShape=11285.5 ClusterMass=91.236 CaloNeutralEcal=14003.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.88868 CaloNeutralID=34867 CaloNeutralE19=0.665108 CaloClusterCode=-92 CaloClusterFrac=0.999928 IsPhoton=0.00744215 IsNotH=0.209188 IsPhotonXGB=0.623148 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.2448 ShowerShape=1503.97 ClusterMass=33.1956 CaloNeutralEcal=26331.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89479 CaloNeutralID=42164 CaloNeutralE19=0.432291 CaloClusterCode=-95 CaloClusterFrac=0.991488 IsPhoton=0.0173555 IsNotH=0.453602 IsPhotonXGB=0.904855 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.17844 ShowerShape=16790.8 ClusterMass=56.5819 CaloNeutralEcal=8485.81 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.718627 CaloNeutralID=34744 CaloNeutralE19=0.272261 CaloClusterCode=-96 CaloClusterFrac=0.999995 IsPhoton=1 IsNotH=0.00431244 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0924336 ShowerShape=3005.44 ClusterMass=52.4942 CaloNeutralEcal=43368.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.703741 CaloNeutralID=43026 CaloNeutralE19=0.254606 CaloClusterCode=91 CaloClusterFrac=0.999979 IsPhoton=1 IsNotH=0.00482109 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.06468 ShowerShape=4296.74 ClusterMass=39.8007 CaloNeutralEcal=14280.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.650511 CaloNeutralID=39097 CaloNeutralE19=0.426974 CaloClusterCode=-98 CaloClusterFrac=0.999861 IsPhoton=1 IsNotH=0.0105678 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.84195 ShowerShape=1817.34 ClusterMass=25.5531 CaloNeutralEcal=18226.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.956594 CaloNeutralID=38286 CaloNeutralE19=0.598613 CaloClusterCode=91 IsPhoton=1 IsNotH=0.652824 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.1858 ShowerShape=4610.51 ClusterMass=45.5288 CaloNeutralEcal=18155.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.678156 CaloNeutralID=38707 CaloNeutralE19=0.315754 CaloClusterCode=-93 CaloClusterFrac=0.998693 IsPhoton=1 IsNotH=0.00293034 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.24973 ShowerShape=10557.6 ClusterMass=51.107 CaloNeutralEcal=8002.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897365 CaloNeutralID=34634 CaloNeutralE19=0.432379 CaloClusterCode=-90 CaloClusterFrac=1.00315 IsPhoton=1 IsNotH=0.0255254 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.08995 ShowerShape=2653.27 ClusterMass=41.9121 CaloNeutralEcal=15553.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.94673 CaloNeutralID=39539 CaloNeutralE19=0.359982 CaloClusterCode=90 CaloClusterFrac=0.999973 IsPhoton=1 IsNotH=0.059278 IsPhotonXGB=1 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.2448 ShowerShape=1503.97 ClusterMass=33.1956 CaloNeutralEcal=26331.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.89479 CaloNeutralID=42164 CaloNeutralE19=0.432291 CaloClusterCode=-95 CaloClusterFrac=0.991488 IsPhoton=0.0173104 IsNotH=0.453602 IsPhotonXGB=0.904855 ClusterAsX=0.466827 ClusterAsY=-0.0907696 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.13366 ShowerShape=2864.5 CaloNeutralEcal=14396.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958589 CaloNeutralID=39501 CaloNeutralE19=0.588721 CaloClusterCode=96 CaloClusterFrac=1.00076 IsPhoton=1 IsNotH=0.200454 IsPhotonXGB=1 ClusterAsX=-0.265628 ClusterAsY=0.343253 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.98699 ShowerShape=1677.7 CaloNeutralEcal=23087.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880148 CaloNeutralID=43309 CaloNeutralE19=0.367027 CaloClusterCode=-95 CaloClusterFrac=0.999919 IsPhoton=1 IsNotH=0.29354 IsPhotonXGB=1 ClusterAsX=0.296276 ClusterAsY=-0.248884 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=286.335 ShowerShape=2476.6 CaloNeutralEcal=2872.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.995892 CaloNeutralID=35519 CaloNeutralE19=0.961359 CaloClusterCode=67 CaloClusterFrac=1.00136 IsPhoton=1 IsNotH=0.882194 IsPhotonXGB=1 ClusterAsX=-0.0178982 ClusterAsY=0.0146054 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=43.9243 ShowerShape=1661.23 CaloNeutralEcal=26946.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829781 CaloNeutralID=42468 CaloNeutralE19=0.433507 CaloClusterCode=-96 CaloClusterFrac=0.99961 IsPhoton=1 IsNotH=0.0598294 IsPhotonXGB=1 ClusterAsX=-0.126944 ClusterAsY=0.331934 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.9612 ShowerShape=1010.87 CaloNeutralEcal=31171.9 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75166 CaloNeutralID=42525 CaloNeutralE19=0.553849 CaloClusterCode=-95 CaloClusterFrac=0.999928 IsPhoton=1 IsNotH=0.170084 IsPhotonXGB=1 ClusterAsX=0.0468441 ClusterAsY=0.012967 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.07558 ShowerShape=18415.8 CaloNeutralEcal=6328.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900154 CaloNeutralID=34012 CaloNeutralE19=0.384607 CaloClusterCode=98 CaloClusterFrac=1.00559 IsPhoton=1 IsNotH=0.0225868 IsPhotonXGB=1 ClusterAsX=0.440808 ClusterAsY=0.425224 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.5878 ShowerShape=9464.57 CaloNeutralEcal=3333.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969423 CaloNeutralID=35383 CaloNeutralE19=0.375094 CaloClusterCode=-95 CaloClusterFrac=1.0014 IsPhoton=1 IsNotH=0.0524546 IsPhotonXGB=1 ClusterAsX=0.564345 ClusterAsY=0.261566 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.56509 ShowerShape=1445.43 CaloNeutralEcal=20593 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.879075 CaloNeutralID=43559 CaloNeutralE19=0.672348 CaloClusterCode=-95 CaloClusterFrac=0.99852 IsPhoton=1 IsNotH=0.845538 IsPhotonXGB=1 ClusterAsX=0.109753 ClusterAsY=-0.0800225 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.4478 ShowerShape=1152.72 CaloNeutralEcal=22143.3 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.83783 CaloNeutralID=42397 CaloNeutralE19=0.555726 CaloClusterCode=-95 CaloClusterFrac=0.984013 IsPhoton=1 IsNotH=0.366726 IsPhotonXGB=1 ClusterAsX=0.210928 ClusterAsY=0.0899598 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.59498 ShowerShape=10143.1 CaloNeutralEcal=2390.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.914933 CaloNeutralID=34238 CaloNeutralE19=0.348029 CaloClusterCode=92 CaloClusterFrac=0.999936 IsPhoton=1 IsNotH=0.0167271 IsPhotonXGB=1 ClusterAsX=0.251122 ClusterAsY=-0.522826 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=142.075 ShowerShape=7662.78 CaloNeutralEcal=4712 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.970128 CaloNeutralID=35749 CaloNeutralE19=0.632969 CaloClusterCode=97 CaloClusterFrac=1.00155 IsPhoton=1 IsNotH=0.364521 IsPhotonXGB=1 ClusterAsX=0.108402 ClusterAsY=0.225291 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=82.5754 ShowerShape=22509.2 CaloNeutralEcal=2412.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.867637 CaloNeutralID=36169 CaloNeutralE19=0.275996 CaloClusterCode=-95 CaloClusterFrac=1.00223 IsPhoton=1 IsNotH=0.0138396 IsPhotonXGB=1 ClusterAsX=0.251323 ClusterAsY=-0.404346 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=118.358 ShowerShape=6941.06 CaloNeutralEcal=3396.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925291 CaloNeutralID=33497 CaloNeutralE19=0.593576 CaloClusterCode=95 CaloClusterFrac=0.999895 IsPhoton=1 IsNotH=0.287743 IsPhotonXGB=1 ClusterAsX=0.291014 ClusterAsY=0.0547626 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.4589 ShowerShape=2007.67 CaloNeutralEcal=28283.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.70262 CaloNeutralID=42527 CaloNeutralE19=0.283876 CaloClusterCode=-95 CaloClusterFrac=0.999983 IsPhoton=1 IsNotH=0.00584033 IsPhotonXGB=1 ClusterAsX=0.183102 ClusterAsY=0.0389795 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.9994 ShowerShape=11721.7 CaloNeutralEcal=2507.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.92682 CaloNeutralID=34499 CaloNeutralE19=0.495987 CaloClusterCode=-98 CaloClusterFrac=0.994689 IsPhoton=1 IsNotH=0.0508182 IsPhotonXGB=1 ClusterAsX=0.435601 ClusterAsY=0.186111 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=115.007 ShowerShape=5159.16 CaloNeutralEcal=2881.46 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973427 CaloNeutralID=33427 CaloNeutralE19=0.877412 CaloClusterCode=93 CaloClusterFrac=1.00155 IsPhoton=1 IsNotH=0.861205 IsPhotonXGB=1 ClusterAsX=-0.0556116 ClusterAsY=0.0294756 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.2397 ShowerShape=2040.12 CaloNeutralEcal=8609.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.705961 CaloNeutralID=42034 CaloNeutralE19=0.290463 CaloClusterCode=-95 CaloClusterFrac=0.999769 IsPhoton=1 IsNotH=0.00180618 IsPhotonXGB=1 ClusterAsX=0.129182 ClusterAsY=-0.295656 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=137.014 ShowerShape=789.717 CaloNeutralEcal=10995.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961233 CaloNeutralID=44123 CaloNeutralE19=0.861753 CaloClusterCode=63 CaloClusterFrac=0.999471 IsPhoton=1 IsNotH=0.964501 IsPhotonXGB=1 ClusterAsX=-0.0811321 ClusterAsY=0.144234 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.5406 ShowerShape=1772.81 CaloNeutralEcal=24726.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894356 CaloNeutralID=42596 CaloNeutralE19=0.316876 CaloClusterCode=-60 CaloClusterFrac=0.999594 IsPhoton=1 IsNotH=0.0194532 IsPhotonXGB=1 ClusterAsX=-0.298854 ClusterAsY=-0.434397 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.55394 ShowerShape=4036.99 CaloNeutralEcal=7706.53 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.891031 CaloNeutralID=38927 CaloNeutralE19=0.281527 CaloClusterCode=-61 CaloClusterFrac=0.979256 IsPhoton=1 IsNotH=0.0467784 IsPhotonXGB=1 ClusterAsX=-0.0012205 ClusterAsY=-0.233743 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=101.362 ShowerShape=16276.2 CaloNeutralEcal=2456.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.793037 CaloNeutralID=35893 CaloNeutralE19=0.325039 CaloClusterCode=96 CaloClusterFrac=1.0014 IsPhoton=1 IsNotH=0.00795657 IsPhotonXGB=1 ClusterAsX=-0.208202 ClusterAsY=0.39272 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.3558 ShowerShape=1395.6 CaloNeutralEcal=14286.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.74628 CaloNeutralID=43737 CaloNeutralE19=0.414761 CaloClusterCode=-93 CaloClusterFrac=0.999319 IsPhoton=1 IsNotH=0.0129462 IsPhotonXGB=1 ClusterAsX=-0.212868 ClusterAsY=-0.0326076 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=229.617 ShowerShape=12970.3 CaloNeutralEcal=2310.1 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849935 CaloNeutralID=36147 CaloNeutralE19=0.51856 CaloClusterCode=91 CaloClusterFrac=1.00814 IsPhoton=1 IsNotH=0.0595827 IsPhotonXGB=1 ClusterAsX=0.0240419 ClusterAsY=-0.314626 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.5705 ShowerShape=950.01 CaloNeutralEcal=9048.64 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.829364 CaloNeutralID=42222 CaloNeutralE19=0.61756 CaloClusterCode=-97 CaloClusterFrac=0.928188 IsPhoton=1 IsNotH=0.328513 IsPhotonXGB=1 ClusterAsX=0.000649306 ClusterAsY=0.0771186 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.62682 ShowerShape=4949.82 CaloNeutralEcal=3234.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917585 CaloNeutralID=34765 CaloNeutralE19=0.751356 CaloClusterCode=-93 CaloClusterFrac=0.983714 IsPhoton=1 IsNotH=0.485326 IsPhotonXGB=1 ClusterAsX=-0.0838081 ClusterAsY=0.0121828 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.51025 ShowerShape=6034.99 CaloNeutralEcal=8260.33 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859905 CaloNeutralID=38105 CaloNeutralE19=0.436995 CaloClusterCode=-60 CaloClusterFrac=0.999518 IsPhoton=1 IsNotH=0.024477 IsPhotonXGB=1 ClusterAsX=-0.21452 ClusterAsY=-0.231253 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.16167 ShowerShape=4467.45 CaloNeutralEcal=14801.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.709935 CaloNeutralID=42536 CaloNeutralE19=0.275184 CaloClusterCode=-93 CaloClusterFrac=0.97235 IsPhoton=1 IsNotH=0.000736657 IsPhotonXGB=1 ClusterAsX=-0.0928716 ClusterAsY=0.354532 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=451.424 ShowerShape=4859.32 CaloNeutralEcal=1846.01 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.996835 CaloNeutralID=34304 CaloNeutralE19=0.60615 CaloClusterCode=-61 CaloClusterFrac=1.01203 IsPhoton=1 IsNotH=0.493308 IsPhotonXGB=1 ClusterAsX=3.20447e-06 ClusterAsY=-0.387547 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.59419 ShowerShape=8386.41 CaloNeutralEcal=3514.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925335 CaloNeutralID=38911 CaloNeutralE19=0.592545 CaloClusterCode=63 CaloClusterFrac=0.990283 IsPhoton=1 IsNotH=0.310776 IsPhotonXGB=1 ClusterAsX=0.244131 ClusterAsY=-0.0813293 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.112 ShowerShape=1933.62 CaloNeutralEcal=8814.68 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.915498 CaloNeutralID=42024 CaloNeutralE19=0.442041 CaloClusterCode=-90 CaloClusterFrac=0.948566 IsPhoton=1 IsNotH=0.0528546 IsPhotonXGB=1 ClusterAsX=-0.412206 ClusterAsY=-0.331016 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=35.8471 ShowerShape=17280 CaloNeutralEcal=4382.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75099 CaloNeutralID=35555 CaloNeutralE19=0.393004 CaloClusterCode=-97 CaloClusterFrac=0.982014 IsPhoton=1 IsNotH=0.0686084 IsPhotonXGB=1 ClusterAsX=0.0384376 ClusterAsY=0.0796178 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.38997 ShowerShape=6352.44 CaloNeutralEcal=16737.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.637439 CaloNeutralID=42985 CaloNeutralE19=0.254838 CaloClusterCode=-96 CaloClusterFrac=0.999669 IsPhoton=1 IsNotH=0.000370565 IsPhotonXGB=1 ClusterAsX=-0.214794 ClusterAsY=0.097052 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=378.823 ShowerShape=8179.84 CaloNeutralEcal=1692.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.870859 CaloNeutralID=34176 CaloNeutralE19=0.429367 CaloClusterCode=-67 CaloClusterFrac=1.01072 IsPhoton=1 IsNotH=0.00744435 IsPhotonXGB=1 ClusterAsX=0.0152805 ClusterAsY=0.297069 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.2167 ShowerShape=1131.75 CaloNeutralEcal=10872.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.918359 CaloNeutralID=43867 CaloNeutralE19=0.486977 CaloClusterCode=-92 CaloClusterFrac=0.986937 IsPhoton=1 IsNotH=0.291376 IsPhotonXGB=1 ClusterAsX=0.244223 ClusterAsY=-0.298969 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=10.9532 ShowerShape=18200.2 CaloNeutralEcal=4008.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.897232 CaloNeutralID=35545 CaloNeutralE19=0.352632 CaloClusterCode=-91 CaloClusterFrac=1.01104 IsPhoton=1 IsNotH=0.0601628 IsPhotonXGB=1 ClusterAsX=-0.17786 ClusterAsY=-0.215649 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.7932 ShowerShape=18811.1 CaloNeutralEcal=3941.22 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.721753 CaloNeutralID=35611 CaloNeutralE19=0.309264 CaloClusterCode=-91 CaloClusterFrac=0.999993 IsPhoton=1 IsNotH=0.0261977 IsPhotonXGB=1 ClusterAsX=-0.118243 ClusterAsY=-0.215882 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.6124 ShowerShape=4591.15 CaloNeutralEcal=6454.45 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871688 CaloNeutralID=37920 CaloNeutralE19=0.565664 CaloClusterCode=98 CaloClusterFrac=0.994003 IsPhoton=1 IsNotH=0.171704 IsPhotonXGB=1 ClusterAsX=0.16011 ClusterAsY=0.286772 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.50283 ShowerShape=3342.94 CaloNeutralEcal=3645.05 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.722712 CaloNeutralID=39482 CaloNeutralE19=0.402826 CaloClusterCode=-95 CaloClusterFrac=1.006 IsPhoton=1 IsNotH=0.0104132 IsPhotonXGB=1 ClusterAsX=0.0147714 ClusterAsY=-0.135179 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=81.8016 ShowerShape=2756.47 CaloNeutralEcal=4470.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.874802 CaloNeutralID=40083 CaloNeutralE19=0.472275 CaloClusterCode=97 CaloClusterFrac=0.999957 IsPhoton=1 IsNotH=0.0577331 IsPhotonXGB=1 ClusterAsX=-0.166549 ClusterAsY=0.209348 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=31.6092 ShowerShape=2874.7 CaloNeutralEcal=5894.69 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.91753 CaloNeutralID=39897 CaloNeutralE19=0.579555 CaloClusterCode=95 IsPhoton=1 IsNotH=0.637749 IsPhotonXGB=1 ClusterAsX=0.229592 ClusterAsY=-0.0506948 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.2487 ShowerShape=18366.7 CaloNeutralEcal=3156.87 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.901036 CaloNeutralID=35625 CaloNeutralE19=0.712969 CaloClusterCode=96 CaloClusterFrac=1.01047 IsPhoton=1 IsNotH=0.381365 IsPhotonXGB=1 ClusterAsX=-0.100026 ClusterAsY=0.190175 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.05941 ShowerShape=1920.06 CaloNeutralEcal=12264.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.725742 CaloNeutralID=43685 CaloNeutralE19=0.307285 CaloClusterCode=-97 CaloClusterFrac=1.00204 IsPhoton=1 IsNotH=0.0123462 IsPhotonXGB=1 ClusterAsX=-0.0541681 ClusterAsY=0.187307 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=354.646 ShowerShape=2476.6 CaloNeutralEcal=1930.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.99245 CaloNeutralID=33649 CaloNeutralE19=0.927731 CaloClusterCode=95 CaloClusterFrac=1.01414 IsPhoton=1 IsNotH=0.893972 IsPhotonXGB=1 ClusterAsX=0.0392748 ClusterAsY=-0.0332269 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=17.7195 ShowerShape=10246.7 CaloNeutralEcal=2600.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803039 CaloNeutralID=33752 CaloNeutralE19=0.465424 CaloClusterCode=97 CaloClusterFrac=1.00782 IsPhoton=1 IsNotH=0.0163056 IsPhotonXGB=1 ClusterAsX=-0.0823274 ClusterAsY=0.16634 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=247.071 ShowerShape=2593.04 CaloNeutralEcal=4320.47 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981661 CaloNeutralID=34145 CaloNeutralE19=0.870074 CaloClusterCode=-61 CaloClusterFrac=0.99998 IsPhoton=1 IsNotH=0.860665 IsPhotonXGB=1 ClusterAsX=-0.019572 ClusterAsY=-0.0899746 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.85169 ShowerShape=31106.8 CaloNeutralEcal=2598.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.873294 CaloNeutralID=35603 CaloNeutralE19=0.724579 CaloClusterCode=93 CaloClusterFrac=1.00774 IsPhoton=1 IsNotH=0.511255 IsPhotonXGB=1 ClusterAsX=-0.000412576 ClusterAsY=0.10931 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.4313 ShowerShape=4148.56 CaloNeutralEcal=4169.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.841431 CaloNeutralID=37786 CaloNeutralE19=0.691674 CaloClusterCode=-96 CaloClusterFrac=0.891637 IsPhoton=1 IsNotH=0.175396 IsPhotonXGB=1 ClusterAsX=-0.00464358 ClusterAsY=-0.000246689 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=343.411 ShowerShape=8222.07 CaloNeutralEcal=1725.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.891967 CaloNeutralID=36330 CaloNeutralE19=0.68698 CaloClusterCode=96 CaloClusterFrac=1.01216 IsPhoton=1 IsNotH=0.440203 IsPhotonXGB=1 ClusterAsX=-0.208501 ClusterAsY=0.0315298 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=24.2817 ShowerShape=1346.62 CaloNeutralEcal=6421.51 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.878027 CaloNeutralID=42027 CaloNeutralE19=0.494131 CaloClusterCode=97 CaloClusterFrac=0.999858 IsPhoton=1 IsNotH=0.610972 IsPhotonXGB=1 ClusterAsX=0.0754185 ClusterAsY=0.329624 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=19.0296 ShowerShape=1332.39 CaloNeutralEcal=7196.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.824557 CaloNeutralID=42413 CaloNeutralE19=0.465999 CaloClusterCode=-93 CaloClusterFrac=0.962562 IsPhoton=1 IsNotH=0.13345 IsPhotonXGB=1 ClusterAsX=-0.218549 ClusterAsY=0.0873747 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.7854 ShowerShape=2116.35 CaloNeutralEcal=12939 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.67008 CaloNeutralID=42399 CaloNeutralE19=0.229377 CaloClusterCode=-93 CaloClusterFrac=0.99913 IsPhoton=1 IsNotH=0.00211525 IsPhotonXGB=1 ClusterAsX=-0.318334 ClusterAsY=0.127518 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=731.25 ShowerShape=7804.84 CaloNeutralEcal=1829.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.845737 CaloNeutralID=33379 CaloNeutralE19=0.566634 CaloClusterCode=-93 CaloClusterFrac=0.99878 IsPhoton=1 IsNotH=0.111886 IsPhotonXGB=1 ClusterAsX=-0.306899 ClusterAsY=-0.0040188 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.513 ShowerShape=1513.26 CaloNeutralEcal=6080.28 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.792323 CaloNeutralID=44012 CaloNeutralE19=0.304189 CaloClusterCode=91 CaloClusterFrac=0.995899 IsPhoton=1 IsNotH=0.0439136 IsPhotonXGB=1 ClusterAsX=0.0785586 ClusterAsY=-0.500434 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.6708 ShowerShape=2445.41 CaloNeutralEcal=9593.44 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859626 CaloNeutralID=42407 CaloNeutralE19=0.45182 CaloClusterCode=-96 CaloClusterFrac=1.00225 IsPhoton=1 IsNotH=0.0343944 IsPhotonXGB=1 ClusterAsX=-0.295538 ClusterAsY=0.289823 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=137.719 ShowerShape=959.15 CaloNeutralEcal=10683.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.890965 CaloNeutralID=42457 CaloNeutralE19=0.694224 CaloClusterCode=-97 CaloClusterFrac=0.999869 IsPhoton=1 IsNotH=0.866131 IsPhotonXGB=1 ClusterAsX=0.0391836 ClusterAsY=0.112006 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=33.2972 ShowerShape=6254.62 CaloNeutralEcal=3645.5 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.996021 CaloNeutralID=35486 CaloNeutralE19=0.741541 CaloClusterCode=67 CaloClusterFrac=1.00977 IsPhoton=1 IsNotH=0.605808 IsPhotonXGB=1 ClusterAsX=-0.095359 ClusterAsY=0.150638 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.2579 ShowerShape=4638.07 CaloNeutralEcal=3277.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.597534 CaloNeutralID=38537 CaloNeutralE19=0.263233 CaloClusterCode=-92 CaloClusterFrac=0.999924 IsPhoton=1 IsNotH=0.000466418 IsPhotonXGB=1 ClusterAsX=0.139759 ClusterAsY=-0.017716 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=112.127 ShowerShape=8858.54 CaloNeutralEcal=2033.58 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.881175 CaloNeutralID=33768 CaloNeutralE19=0.56787 CaloClusterCode=-91 CaloClusterFrac=1.00349 IsPhoton=1 IsNotH=0.389858 IsPhotonXGB=1 ClusterAsX=0.104781 ClusterAsY=-0.200916 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.01991 ShowerShape=10411.6 CaloNeutralEcal=2244.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922953 CaloNeutralID=35736 CaloNeutralE19=0.382596 CaloClusterCode=-95 CaloClusterFrac=0.991115 IsPhoton=1 IsNotH=0.101448 IsPhotonXGB=1 ClusterAsX=0.333107 ClusterAsY=-0.23088 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=65.3997 ShowerShape=1891 CaloNeutralEcal=5355.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.814583 CaloNeutralID=39774 CaloNeutralE19=0.649601 CaloClusterCode=-90 CaloClusterFrac=1.00264 IsPhoton=1 IsNotH=0.331367 IsPhotonXGB=1 ClusterAsX=0.0122041 ClusterAsY=-0.127345 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.43055 ShowerShape=1683.58 CaloNeutralEcal=8519.52 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.76366 CaloNeutralID=42208 CaloNeutralE19=0.456227 CaloClusterCode=-93 CaloClusterFrac=0.999663 IsPhoton=1 IsNotH=0.041093 IsPhotonXGB=1 ClusterAsX=-0.16232 ClusterAsY=-0.00485829 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.739 ShowerShape=1725.65 CaloNeutralEcal=5166.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.685749 CaloNeutralID=42094 CaloNeutralE19=0.400481 CaloClusterCode=-91 CaloClusterFrac=0.993892 IsPhoton=1 IsNotH=0.00952624 IsPhotonXGB=1 ClusterAsX=-0.0542989 ClusterAsY=0.0103624 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.738 ShowerShape=2495.31 CaloNeutralEcal=4277.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.854532 CaloNeutralID=39785 CaloNeutralE19=0.336659 CaloClusterCode=95 IsPhoton=1 IsNotH=0.127705 IsPhotonXGB=1 ClusterAsX=0.248137 ClusterAsY=-0.198557 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=499.634 ShowerShape=2476.6 CaloNeutralEcal=1148.41 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.994793 CaloNeutralID=35136 CaloNeutralE19=0.94959 CaloClusterCode=65 CaloClusterFrac=1.0066 IsPhoton=1 IsNotH=0.228624 IsPhotonXGB=1 ClusterAsX=0.0319057 ClusterAsY=0.00814555 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=139.329 ShowerShape=1043.36 CaloNeutralEcal=5042.56 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948825 CaloNeutralID=44051 CaloNeutralE19=0.376237 CaloClusterCode=95 IsPhoton=1 IsNotH=0.622417 IsPhotonXGB=1 ClusterAsX=0.48704 ClusterAsY=-0.141083 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=885.425 ShowerShape=2476.6 CaloNeutralEcal=1153.94 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.978061 CaloNeutralID=35328 CaloNeutralE19=0.939283 CaloClusterCode=61 CaloClusterFrac=1.03748 IsPhoton=1 IsNotH=0.859802 IsPhotonXGB=1 ClusterAsX=-8.01118e-07 ClusterAsY=-0.0168939 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=188.965 ShowerShape=7900.1 CaloNeutralEcal=1808.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.946578 CaloNeutralID=36062 CaloNeutralE19=0.52061 CaloClusterCode=91 CaloClusterFrac=1.00651 IsPhoton=1 IsNotH=0.315583 IsPhotonXGB=1 ClusterAsX=0.0758281 ClusterAsY=-0.364311 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.757 ShowerShape=2581.88 CaloNeutralEcal=2223.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.857262 CaloNeutralID=38083 CaloNeutralE19=0.337911 CaloClusterCode=91 IsPhoton=1 IsNotH=0.0256262 IsPhotonXGB=1 ClusterAsX=0.130773 ClusterAsY=-0.483063 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.8971 ShowerShape=2789.37 CaloNeutralEcal=2823.71 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880633 CaloNeutralID=39497 CaloNeutralE19=0.354751 CaloClusterCode=95 CaloClusterFrac=1.00308 IsPhoton=1 IsNotH=0.098819 IsPhotonXGB=1 ClusterAsX=0.391312 ClusterAsY=-0.140945 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.3519 ShowerShape=866.696 CaloNeutralEcal=7143.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.87908 CaloNeutralID=43875 CaloNeutralE19=0.685225 CaloClusterCode=-91 CaloClusterFrac=0.979218 IsPhoton=1 IsNotH=0.893212 IsPhotonXGB=1 ClusterAsX=-0.0127406 ClusterAsY=-0.153943 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=131.295 ShowerShape=9318.74 CaloNeutralEcal=2510.75 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85074 CaloNeutralID=33955 CaloNeutralE19=0.536061 CaloClusterCode=-96 CaloClusterFrac=1.04435 IsPhoton=1 IsNotH=0.0649525 IsPhotonXGB=1 ClusterAsX=-0.274447 ClusterAsY=0.124016 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.3199 ShowerShape=14391.7 CaloNeutralEcal=1036.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887394 CaloNeutralID=35780 CaloNeutralE19=0.335302 CaloClusterCode=-90 CaloClusterFrac=0.95516 IsPhoton=1 IsNotH=0.00890044 IsPhotonXGB=1 ClusterAsX=-0.445249 ClusterAsY=-0.348844 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.93388 ShowerShape=3556.81 CaloNeutralEcal=3734.12 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896409 CaloNeutralID=39280 CaloNeutralE19=0.380776 CaloClusterCode=-65 CaloClusterFrac=0.99798 IsPhoton=1 IsNotH=0.10934 IsPhotonXGB=1 ClusterAsX=0.144895 ClusterAsY=0.179086 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.75073 ShowerShape=7125.94 CaloNeutralEcal=1063.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.975523 CaloNeutralID=35199 CaloNeutralE19=0.43606 CaloClusterCode=63 CaloClusterFrac=1.00316 IsPhoton=1 IsNotH=0.0207729 IsPhotonXGB=1 ClusterAsX=-0.333084 ClusterAsY=-0.269852 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.4951 ShowerShape=2232.07 CaloNeutralEcal=6493.36 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.701975 CaloNeutralID=42325 CaloNeutralE19=0.28028 CaloClusterCode=95 CaloClusterFrac=1.01017 IsPhoton=1 IsNotH=0.00219383 IsPhotonXGB=1 ClusterAsX=0.31915 ClusterAsY=0.0068897 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.8115 ShowerShape=2542.02 CaloNeutralEcal=9843.34 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.792113 CaloNeutralID=43547 CaloNeutralE19=0.445028 CaloClusterCode=92 CaloClusterFrac=0.997969 IsPhoton=1 IsNotH=0.0100696 IsPhotonXGB=1 ClusterAsX=0.172732 ClusterAsY=-0.152983 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=67.4631 ShowerShape=11010.2 CaloNeutralEcal=1229.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849695 CaloNeutralID=35334 CaloNeutralE19=0.412755 CaloClusterCode=-97 CaloClusterFrac=1.01375 IsPhoton=1 IsNotH=0.111583 IsPhotonXGB=1 ClusterAsX=-0.152214 ClusterAsY=0.285268 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.46113 ShowerShape=3142.55 CaloNeutralEcal=3617.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.644841 CaloNeutralID=43785 CaloNeutralE19=0.254713 CaloClusterCode=93 IsPhoton=1 IsNotH=0.000520501 IsPhotonXGB=1 ClusterAsX=0.0555535 ClusterAsY=0.185728 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=39.5448 ShowerShape=6802.47 CaloNeutralEcal=1123.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925852 CaloNeutralID=34244 CaloNeutralE19=0.687212 CaloClusterCode=-98 CaloClusterFrac=1.02155 IsPhoton=1 IsNotH=0.360188 IsPhotonXGB=1 ClusterAsX=0.16623 ClusterAsY=0.188775 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.23855 ShowerShape=5085.76 CaloNeutralEcal=3510.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.731555 CaloNeutralID=38607 CaloNeutralE19=0.266261 CaloClusterCode=-60 CaloClusterFrac=0.998935 IsPhoton=1 IsNotH=0.0059272 IsPhotonXGB=1 ClusterAsX=-0.179013 ClusterAsY=0.157213 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=166.597 ShowerShape=14153.9 CaloNeutralEcal=1344.73 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.738063 CaloNeutralID=36074 CaloNeutralE19=0.392544 CaloClusterCode=95 CaloClusterFrac=1.00321 IsPhoton=1 IsNotH=0.0179787 IsPhotonXGB=1 ClusterAsX=0.147946 ClusterAsY=-0.12841 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=50.4394 ShowerShape=19625.1 CaloNeutralEcal=2117.83 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.813648 CaloNeutralID=34016 CaloNeutralE19=0.410804 CaloClusterCode=-95 CaloClusterFrac=0.917887 IsPhoton=1 IsNotH=0.00530259 IsPhotonXGB=1 ClusterAsX=0.155541 ClusterAsY=0.276898 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=78.9876 ShowerShape=7272.44 CaloNeutralEcal=1591.04 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.97381 CaloNeutralID=34255 CaloNeutralE19=0.644523 CaloClusterCode=61 CaloClusterFrac=1.00449 IsPhoton=1 IsNotH=0.319043 IsPhotonXGB=1 ClusterAsX=0.0195194 ClusterAsY=-0.0426342 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=143.438 ShowerShape=8049.52 CaloNeutralEcal=1222.62 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856043 CaloNeutralID=36317 CaloNeutralE19=0.450399 CaloClusterCode=-91 CaloClusterFrac=1.00855 IsPhoton=1 IsNotH=0.0923562 IsPhotonXGB=1 ClusterAsX=0.0932947 ClusterAsY=-0.168415 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.7506 ShowerShape=13405.6 CaloNeutralEcal=1259.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.959054 CaloNeutralID=34228 CaloNeutralE19=0.557873 CaloClusterCode=-96 CaloClusterFrac=0.998485 IsPhoton=1 IsNotH=0.0527957 IsPhotonXGB=1 ClusterAsX=-0.409462 ClusterAsY=0.332088 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.7875 ShowerShape=2045.76 CaloNeutralEcal=4193.74 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.724099 CaloNeutralID=42892 CaloNeutralE19=0.323522 CaloClusterCode=-95 CaloClusterFrac=0.99962 IsPhoton=1 IsNotH=0.00681407 IsPhotonXGB=1 ClusterAsX=0.295885 ClusterAsY=0.135198 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.0721 ShowerShape=15961.9 CaloNeutralEcal=1285.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965976 CaloNeutralID=33682 CaloNeutralE19=0.546109 CaloClusterCode=-91 CaloClusterFrac=1.0343 IsPhoton=1 IsNotH=0.431562 IsPhotonXGB=1 ClusterAsX=-0.0843919 ClusterAsY=-0.376458 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.0337 ShowerShape=945.155 CaloNeutralEcal=3349.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937916 CaloNeutralID=43982 CaloNeutralE19=0.57601 CaloClusterCode=97 IsPhoton=1 IsNotH=0.734103 IsPhotonXGB=1 ClusterAsX=0.169257 ClusterAsY=0.235846 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=45.4262 ShowerShape=16670.2 CaloNeutralEcal=953.605 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.775843 CaloNeutralID=35954 CaloNeutralE19=0.456346 CaloClusterCode=-95 CaloClusterFrac=0.913784 IsPhoton=1 IsNotH=0.0140146 IsPhotonXGB=1 ClusterAsX=0.152121 ClusterAsY=-0.156132 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.0405 ShowerShape=10960.3 CaloNeutralEcal=967.503 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.938064 CaloNeutralID=34425 CaloNeutralE19=0.426095 CaloClusterCode=-96 CaloClusterFrac=0.979167 IsPhoton=1 IsNotH=0.0407275 IsPhotonXGB=1 ClusterAsX=-0.263109 ClusterAsY=0.510852 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.4602 ShowerShape=2874.93 CaloNeutralEcal=1969.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.859953 CaloNeutralID=38327 CaloNeutralE19=0.657018 CaloClusterCode=96 CaloClusterFrac=0.999933 IsPhoton=1 IsNotH=0.667376 IsPhotonXGB=1 ClusterAsX=-0.0533773 ClusterAsY=0.13894 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=7.34278 ShowerShape=13331.8 CaloNeutralEcal=1185.54 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.900843 CaloNeutralID=34890 CaloNeutralE19=0.47862 CaloClusterCode=-93 CaloClusterFrac=1.01569 IsPhoton=1 IsNotH=0.065405 IsPhotonXGB=1 ClusterAsX=-0.265303 ClusterAsY=-0.174558 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=111.516 ShowerShape=884.576 CaloNeutralEcal=3872.91 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.871321 CaloNeutralID=44063 CaloNeutralE19=0.681916 CaloClusterCode=-95 CaloClusterFrac=0.867448 IsPhoton=1 IsNotH=0.533626 IsPhotonXGB=1 ClusterAsX=0.105304 ClusterAsY=-0.0393581 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=168.664 ShowerShape=5053.39 CaloNeutralEcal=1045.59 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.999724 CaloNeutralID=36315 CaloNeutralE19=0.652742 CaloClusterCode=-93 CaloClusterFrac=1.01657 IsPhoton=1 IsNotH=0.492736 IsPhotonXGB=1 ClusterAsX=-0.347124 ClusterAsY=-0.0111958 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.0154 ShowerShape=2397.06 CaloNeutralEcal=7452.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.746158 CaloNeutralID=43616 CaloNeutralE19=0.430892 CaloClusterCode=95 CaloClusterFrac=0.993107 IsPhoton=1 IsNotH=0.033501 IsPhotonXGB=1 ClusterAsX=0.147936 ClusterAsY=-0.148765 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.5479 ShowerShape=1945.31 CaloNeutralEcal=3548.26 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.705431 CaloNeutralID=42003 CaloNeutralE19=0.331099 CaloClusterCode=93 IsPhoton=1 IsNotH=0.0105878 IsPhotonXGB=1 ClusterAsX=-0.122528 ClusterAsY=-0.185981 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=16.66 ShowerShape=7182.16 CaloNeutralEcal=2461.17 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.61177 CaloNeutralID=37865 CaloNeutralE19=0.236453 CaloClusterCode=98 CaloClusterFrac=0.999762 IsPhoton=1 IsNotH=0.00169184 IsPhotonXGB=1 ClusterAsX=-0.15624 ClusterAsY=0.133569 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=59.0225 ShowerShape=5402.83 CaloNeutralEcal=1037.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943205 CaloNeutralID=35381 CaloNeutralE19=0.651774 CaloClusterCode=-91 CaloClusterFrac=1.04181 IsPhoton=1 IsNotH=0.521637 IsPhotonXGB=1 ClusterAsX=0.0292676 ClusterAsY=-0.228726 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=83.7575 ShowerShape=1287.92 CaloNeutralEcal=8256.06 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.858425 CaloNeutralID=42587 CaloNeutralE19=0.313199 CaloClusterCode=-62 CaloClusterFrac=0.968106 IsPhoton=1 IsNotH=0.0050581 IsPhotonXGB=1 ClusterAsX=0.271257 ClusterAsY=-0.414229 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.1553 ShowerShape=7597.61 CaloNeutralEcal=785.493 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.933289 CaloNeutralID=35846 CaloNeutralE19=0.54761 CaloClusterCode=-91 CaloClusterFrac=1.0319 IsPhoton=1 IsNotH=0.0925033 IsPhotonXGB=1 ClusterAsX=-0.147001 ClusterAsY=-0.384168 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=122.514 ShowerShape=5173.83 CaloNeutralEcal=1180.84 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.939148 CaloNeutralID=35881 CaloNeutralE19=0.803152 CaloClusterCode=96 CaloClusterFrac=1.02402 IsPhoton=1 IsNotH=0.775282 IsPhotonXGB=1 ClusterAsX=-0.0637375 ClusterAsY=0.0992796 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.2421 ShowerShape=9933.96 CaloNeutralEcal=563.036 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.789702 CaloNeutralID=33853 CaloNeutralE19=0.404066 CaloClusterCode=-91 CaloClusterFrac=0.839493 IsPhoton=1 IsNotH=0.0421975 IsPhotonXGB=1 ClusterAsX=-0.0266648 ClusterAsY=-0.15927 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=183.586 ShowerShape=11021.3 CaloNeutralEcal=1412.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.856481 CaloNeutralID=33824 CaloNeutralE19=0.507846 CaloClusterCode=98 CaloClusterFrac=1.02373 IsPhoton=1 IsNotH=0.0438035 IsPhotonXGB=1 ClusterAsX=0.222987 ClusterAsY=0.20519 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=40.2684 ShowerShape=1097.45 CaloNeutralEcal=3494.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.748182 CaloNeutralID=44001 CaloNeutralE19=0.511834 CaloClusterCode=-91 CaloClusterFrac=0.855735 IsPhoton=1 IsNotH=0.0594862 IsPhotonXGB=1 ClusterAsX=-0.0277976 ClusterAsY=-0.0622452 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=95.2257 ShowerShape=6081.1 CaloNeutralEcal=1377.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894242 CaloNeutralID=33944 CaloNeutralE19=0.746744 CaloClusterCode=97 CaloClusterFrac=1.00338 IsPhoton=1 IsNotH=0.651116 IsPhotonXGB=1 ClusterAsX=0.00849786 ClusterAsY=0.0294149 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.3092 ShowerShape=20567 CaloNeutralEcal=765.481 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.840079 CaloNeutralID=34620 CaloNeutralE19=0.41762 CaloClusterCode=-97 CaloClusterFrac=1.02127 IsPhoton=1 IsNotH=0.0190649 IsPhotonXGB=1 ClusterAsX=0.0442069 ClusterAsY=0.280028 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=54.712 ShowerShape=3322.67 CaloNeutralEcal=1417.97 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.719034 CaloNeutralID=39620 CaloNeutralE19=0.40506 CaloClusterCode=91 CaloClusterFrac=1.01898 IsPhoton=1 IsNotH=0.0103221 IsPhotonXGB=1 ClusterAsX=-0.155565 ClusterAsY=-0.155825 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.96636 ShowerShape=9263.49 CaloNeutralEcal=812.25 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.955037 CaloNeutralID=35915 CaloNeutralE19=0.497896 CaloClusterCode=96 CaloClusterFrac=1.03234 IsPhoton=1 IsNotH=0.0624978 IsPhotonXGB=1 ClusterAsX=-0.339209 ClusterAsY=0.403969 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.9927 ShowerShape=1351.85 CaloNeutralEcal=4745.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.806782 CaloNeutralID=42274 CaloNeutralE19=0.480427 CaloClusterCode=-98 CaloClusterFrac=0.907833 IsPhoton=1 IsNotH=0.0271088 IsPhotonXGB=1 ClusterAsX=0.232422 ClusterAsY=0.112446 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=15.6833 ShowerShape=18784.8 CaloNeutralEcal=1308.72 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.737816 CaloNeutralID=35670 CaloNeutralE19=0.400762 CaloClusterCode=-97 CaloClusterFrac=1.04891 IsPhoton=1 IsNotH=0.0428098 IsPhotonXGB=1 ClusterAsX=0.0434392 ClusterAsY=-0.0209161 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=34.0494 ShowerShape=4333 CaloNeutralEcal=1977.61 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.79454 CaloNeutralID=37914 CaloNeutralE19=0.484948 CaloClusterCode=-90 CaloClusterFrac=0.805152 IsPhoton=1 IsNotH=0.00191827 IsPhotonXGB=1 ClusterAsX=-0.195676 ClusterAsY=-0.0977684 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.5584 ShowerShape=18041.8 CaloNeutralEcal=804.028 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.75153 CaloNeutralID=35658 CaloNeutralE19=0.438831 CaloClusterCode=96 CaloClusterFrac=1.00607 IsPhoton=1 IsNotH=0.0124455 IsPhotonXGB=1 ClusterAsX=-0.143469 ClusterAsY=0.0590475 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.0627 ShowerShape=11319.8 CaloNeutralEcal=574.671 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.786941 CaloNeutralID=33915 CaloNeutralE19=0.399561 CaloClusterCode=-92 CaloClusterFrac=0.872355 IsPhoton=1 IsNotH=0.0151612 IsPhotonXGB=1 ClusterAsX=-0.0421108 ClusterAsY=-0.398595 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=14.1177 ShowerShape=12845 CaloNeutralEcal=689.328 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.817577 CaloNeutralID=35145 CaloNeutralE19=0.420966 CaloClusterCode=-96 CaloClusterFrac=0.799969 IsPhoton=1 IsNotH=0.00533436 IsPhotonXGB=1 ClusterAsX=-0.272843 ClusterAsY=0.377924 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.07297 ShowerShape=1602.81 CaloNeutralEcal=2526.85 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.68946 CaloNeutralID=42315 CaloNeutralE19=0.28183 CaloClusterCode=-97 CaloClusterFrac=0.999633 IsPhoton=1 IsNotH=0.00190037 IsPhotonXGB=1 ClusterAsX=0.180286 ClusterAsY=0.20071 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.31488 ShowerShape=15152 CaloNeutralEcal=1081.32 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.831973 CaloNeutralID=34767 CaloNeutralE19=0.5035 CaloClusterCode=-67 CaloClusterFrac=0.874729 IsPhoton=1 IsNotH=0.0754034 IsPhotonXGB=1 ClusterAsX=0.172283 ClusterAsY=-0.0798371 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.5079 ShowerShape=23698.4 CaloNeutralEcal=986.533 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.966932 CaloNeutralID=33902 CaloNeutralE19=0.426658 CaloClusterCode=91 CaloClusterFrac=1.03298 IsPhoton=1 IsNotH=0.275576 IsPhotonXGB=1 ClusterAsX=0.092866 ClusterAsY=-0.50194 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=220.309 ShowerShape=14498.2 CaloNeutralEcal=601.748 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.80315 CaloNeutralID=36100 CaloNeutralE19=0.448667 CaloClusterCode=95 CaloClusterFrac=1.01933 IsPhoton=1 IsNotH=0.0508169 IsPhotonXGB=1 ClusterAsX=0.148103 ClusterAsY=0.035965 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.4383 ShowerShape=9018.77 CaloNeutralEcal=727.782 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.941379 CaloNeutralID=35066 CaloNeutralE19=0.527696 CaloClusterCode=93 CaloClusterFrac=1.01263 IsPhoton=1 IsNotH=0.200404 IsPhotonXGB=1 ClusterAsX=-0.228746 ClusterAsY=-0.193073 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=6.00545 ShowerShape=3821.36 CaloNeutralEcal=2767.09 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.854084 CaloNeutralID=39778 CaloNeutralE19=0.56401 CaloClusterCode=91 CaloClusterFrac=1.02423 IsPhoton=1 IsNotH=0.270334 IsPhotonXGB=1 ClusterAsX=-0.0692063 ClusterAsY=-0.157057 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=205.95 ShowerShape=6804.69 CaloNeutralEcal=993.991 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.917554 CaloNeutralID=33834 CaloNeutralE19=0.535017 CaloClusterCode=-93 CaloClusterFrac=1.0062 IsPhoton=1 IsNotH=0.198057 IsPhotonXGB=1 ClusterAsX=-0.187792 ClusterAsY=-0.169113 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=9.64016 ShowerShape=9927.5 CaloNeutralEcal=809.846 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.802381 CaloNeutralID=35856 CaloNeutralE19=0.510768 CaloClusterCode=-91 CaloClusterFrac=0.999749 IsPhoton=1 IsNotH=0.0529863 IsPhotonXGB=1 ClusterAsX=0.0386153 ClusterAsY=-0.269736 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=12.3823 ShowerShape=17877.4 CaloNeutralEcal=1463.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.969827 CaloNeutralID=34143 CaloNeutralE19=0.703595 CaloClusterCode=-61 CaloClusterFrac=0.822295 IsPhoton=1 IsNotH=0.26925 IsPhotonXGB=1 ClusterAsX=-0.103018 ClusterAsY=-0.136933 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=178.22 ShowerShape=1512.33 CaloNeutralEcal=1756.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.833827 CaloNeutralID=37970 CaloNeutralE19=0.691295 CaloClusterCode=93 IsPhoton=1 IsNotH=0.767489 IsPhotonXGB=1 ClusterAsX=0.0538329 ClusterAsY=0.00640862 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=8.00507 ShowerShape=1225.99 CaloNeutralEcal=3504.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.805642 CaloNeutralID=42077 CaloNeutralE19=0.538978 CaloClusterCode=97 CaloClusterFrac=1.00151 IsPhoton=1 IsNotH=0.211586 IsPhotonXGB=1 ClusterAsX=0.0466438 ClusterAsY=0.120008 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.9507 ShowerShape=1471.71 CaloNeutralEcal=7620.19 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.707061 CaloNeutralID=43425 CaloNeutralE19=0.295484 CaloClusterCode=63 CaloClusterFrac=0.994813 IsPhoton=1 IsNotH=0.00318215 IsPhotonXGB=1 ClusterAsX=-0.0467654 ClusterAsY=0.267975 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2886.78 CaloNeutralEcal=541.972 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.00086 CaloNeutralID=33226 CaloNeutralE19=0.860709 CaloClusterCode=93 IsPhoton=1 IsNotH=0.775521 IsPhotonXGB=1 ClusterAsX=-0.16166 ClusterAsY=0.0367027 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2918.36 CaloNeutralEcal=573.419 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961502 CaloNeutralID=33267 CaloNeutralE19=0.839241 CaloClusterCode=-97 CaloClusterFrac=1.03998 IsPhoton=1 IsNotH=0.854666 IsPhotonXGB=1 ClusterAsX=-0.0372195 ClusterAsY=0.0823664 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=311.302 ShowerShape=8035.23 CaloNeutralEcal=802.027 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.925863 CaloNeutralID=33707 CaloNeutralE19=0.654931 CaloClusterCode=-96 CaloClusterFrac=1.00692 IsPhoton=1 IsNotH=0.130794 IsPhotonXGB=1 ClusterAsX=-0.176903 ClusterAsY=0.199642 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=574.262 ShowerShape=8702.86 CaloNeutralEcal=696.678 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.965339 CaloNeutralID=33259 CaloNeutralE19=0.578448 CaloClusterCode=97 CaloClusterFrac=1.11883 IsPhoton=1 IsNotH=0.523966 IsPhotonXGB=1 ClusterAsX=0.00834544 ClusterAsY=0.335542 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.08253 ShowerShape=2628.22 CaloNeutralEcal=1327.08 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.830451 CaloNeutralID=39755 CaloNeutralE19=0.464824 CaloClusterCode=-98 CaloClusterFrac=0.99619 IsPhoton=1 IsNotH=0.0289795 IsPhotonXGB=1 ClusterAsX=0.234401 ClusterAsY=0.170773 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=104.141 ShowerShape=14512.8 CaloNeutralEcal=1148.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.724862 CaloNeutralID=34023 CaloNeutralE19=0.459789 CaloClusterCode=-92 CaloClusterFrac=1.02995 IsPhoton=1 IsNotH=0.00578855 IsPhotonXGB=1 ClusterAsX=0.0557758 ClusterAsY=-0.0246989 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2799.79 CaloNeutralEcal=674.856 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.951734 CaloNeutralID=33255 CaloNeutralE19=0.851942 CaloClusterCode=-91 CaloClusterFrac=1.05312 IsPhoton=1 IsNotH=0.843845 IsPhotonXGB=1 ClusterAsX=-0.0120899 ClusterAsY=-0.0876188 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=37.8276 ShowerShape=2132.52 CaloNeutralEcal=1751.37 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.909381 CaloNeutralID=44148 CaloNeutralE19=0.432777 CaloClusterCode=60 IsPhoton=1 IsNotH=0.00403099 IsPhotonXGB=1 ClusterAsX=-0.00624712 ClusterAsY=0.0589297 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=29.9203 ShowerShape=13228.2 CaloNeutralEcal=1415.77 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.770098 CaloNeutralID=35493 CaloNeutralE19=0.420898 CaloClusterCode=-65 CaloClusterFrac=1.07283 IsPhoton=1 IsNotH=0.184433 IsPhotonXGB=1 ClusterAsX=0.0342504 ClusterAsY=0.0593188 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=60.3353 ShowerShape=6530.58 CaloNeutralEcal=528.529 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.95272 CaloNeutralID=34494 CaloNeutralE19=0.570686 CaloClusterCode=-91 CaloClusterFrac=1.00882 IsPhoton=1 IsNotH=0.358683 IsPhotonXGB=1 ClusterAsX=-0.066387 ClusterAsY=-0.334486 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=27.8475 ShowerShape=11317 CaloNeutralEcal=678.399 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.801307 CaloNeutralID=35858 CaloNeutralE19=0.438114 CaloClusterCode=-92 CaloClusterFrac=0.916448 IsPhoton=1 IsNotH=0.00709398 IsPhotonXGB=1 ClusterAsX=0.279329 ClusterAsY=-0.104609 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=11.9842 ShowerShape=1644.24 CaloNeutralEcal=2360.88 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.857617 CaloNeutralID=43535 CaloNeutralE19=0.352419 CaloClusterCode=-90 CaloClusterFrac=0.944099 IsPhoton=1 IsNotH=0.0376334 IsPhotonXGB=1 ClusterAsX=-0.322646 ClusterAsY=-0.316042 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=20.4119 ShowerShape=13360.8 CaloNeutralEcal=1298.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.877864 CaloNeutralID=34137 CaloNeutralE19=0.456551 CaloClusterCode=60 CaloClusterFrac=1.02391 IsPhoton=1 IsNotH=0.0169627 IsPhotonXGB=1 ClusterAsX=-0.19783 ClusterAsY=-0.348054 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=68.5426 ShowerShape=30187.8 CaloNeutralEcal=896.03 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921206 CaloNeutralID=35872 CaloNeutralE19=0.547084 CaloClusterCode=-93 CaloClusterFrac=0.998309 IsPhoton=1 IsNotH=0.372846 IsPhotonXGB=1 ClusterAsX=-0.323159 ClusterAsY=0.0110796 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=203.492 ShowerShape=10387.8 CaloNeutralEcal=739.914 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.808481 CaloNeutralID=33896 CaloNeutralE19=0.492771 CaloClusterCode=-92 CaloClusterFrac=0.872917 IsPhoton=1 IsNotH=0.0882506 IsPhotonXGB=1 ClusterAsX=0.31274 ClusterAsY=-0.111201 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=30.1368 ShowerShape=2500.47 CaloNeutralEcal=1516.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.816854 CaloNeutralID=40097 CaloNeutralE19=0.545632 CaloClusterCode=-93 IsPhoton=1 IsNotH=0.156735 IsPhotonXGB=1 ClusterAsX=-0.234407 ClusterAsY=0.0028399 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=4.40764 ShowerShape=9912.61 CaloNeutralEcal=845.534 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.922286 CaloNeutralID=35865 CaloNeutralE19=0.411291 CaloClusterCode=-95 CaloClusterFrac=1.0629 IsPhoton=1 IsNotH=0.094502 IsPhotonXGB=1 ClusterAsX=0.401373 ClusterAsY=-0.23209 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=454.852 ShowerShape=6252.61 CaloNeutralEcal=744.496 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.920895 CaloNeutralID=33573 CaloNeutralE19=0.68666 CaloClusterCode=95 CaloClusterFrac=1.07443 IsPhoton=1 IsNotH=0.527732 IsPhotonXGB=1 ClusterAsX=0.155143 ClusterAsY=-0.0160766 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=5269.06 CaloNeutralEcal=406.924 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.932464 CaloNeutralID=33601 CaloNeutralE19=0.757173 CaloClusterCode=91 IsPhoton=1 IsNotH=0.571544 IsPhotonXGB=1 ClusterAsX=-0.0229336 ClusterAsY=-0.0228844 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=53.5706 ShowerShape=8212.86 CaloNeutralEcal=607.788 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.896655 CaloNeutralID=33366 CaloNeutralE19=0.497838 CaloClusterCode=97 CaloClusterFrac=1.05578 IsPhoton=1 IsNotH=0.222811 IsPhotonXGB=1 ClusterAsX=0.0615264 ClusterAsY=0.266655 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=191.675 ShowerShape=3477.28 CaloNeutralEcal=606.6 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.944814 CaloNeutralID=35573 CaloNeutralE19=0.844207 CaloClusterCode=90 CaloClusterFrac=1.05793 IsPhoton=1 IsNotH=0.879318 IsPhotonXGB=1 ClusterAsX=-0.0455588 ClusterAsY=-0.0878739 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=55.2209 ShowerShape=5103.13 CaloNeutralEcal=579.877 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943604 CaloNeutralID=35014 CaloNeutralE19=0.743516 CaloClusterCode=97 CaloClusterFrac=1.08022 IsPhoton=1 IsNotH=0.742203 IsPhotonXGB=1 ClusterAsX=0.047717 ClusterAsY=0.141746 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=46.2432 ShowerShape=1436.99 CaloNeutralEcal=2279.82 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.751624 CaloNeutralID=43929 CaloNeutralE19=0.466805 CaloClusterCode=-97 CaloClusterFrac=0.901062 IsPhoton=1 IsNotH=0.0155927 IsPhotonXGB=1 ClusterAsX=0.0197878 ClusterAsY=0.139816 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=646.012 ShowerShape=10165.2 CaloNeutralEcal=597.891 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.802587 CaloNeutralID=33311 CaloNeutralE19=0.500901 CaloClusterCode=98 CaloClusterFrac=1.0289 IsPhoton=1 IsNotH=0.0506063 IsPhotonXGB=1 ClusterAsX=0.057961 ClusterAsY=0.21557 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=198.491 ShowerShape=2693.41 CaloNeutralEcal=1270.76 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.948104 CaloNeutralID=37670 CaloNeutralE19=0.486696 CaloClusterCode=67 CaloClusterFrac=0.999367 IsPhoton=1 IsNotH=0.668383 IsPhotonXGB=1 ClusterAsX=0.0165158 ClusterAsY=0.284439 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=5.46189 ShowerShape=9354.79 CaloNeutralEcal=497.182 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.864496 CaloNeutralID=35260 CaloNeutralE19=0.463122 CaloClusterCode=-95 CaloClusterFrac=1.08325 IsPhoton=1 IsNotH=0.440514 IsPhotonXGB=1 ClusterAsX=0.26588 ClusterAsY=0.0757661 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=384.969 ShowerShape=5897.76 CaloNeutralEcal=457.007 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.973298 CaloNeutralID=33924 CaloNeutralE19=0.485875 CaloClusterCode=91 CaloClusterFrac=1.0515 IsPhoton=1 IsNotH=0.317437 IsPhotonXGB=1 ClusterAsX=0.105315 ClusterAsY=-0.473045 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=49.4505 ShowerShape=5736.8 CaloNeutralEcal=637.773 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90193 CaloNeutralID=34061 CaloNeutralE19=0.754118 CaloClusterCode=95 CaloClusterFrac=1.06456 IsPhoton=1 IsNotH=0.616397 IsPhotonXGB=1 ClusterAsX=0.0373289 ClusterAsY=-0.0449895 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=254.208 ShowerShape=4933.25 CaloNeutralEcal=972.66 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898119 CaloNeutralID=34085 CaloNeutralE19=0.723953 CaloClusterCode=-95 CaloClusterFrac=0.971409 IsPhoton=1 IsNotH=0.398295 IsPhotonXGB=1 ClusterAsX=0.0629995 ClusterAsY=0.0747936 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=58.1285 ShowerShape=5533.11 CaloNeutralEcal=500.977 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981942 CaloNeutralID=35207 CaloNeutralE19=0.538185 CaloClusterCode=-95 CaloClusterFrac=0.976471 IsPhoton=1 IsNotH=0.352654 IsPhotonXGB=1 ClusterAsX=0.406124 ClusterAsY=0.00987414 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2668.9 CaloNeutralEcal=586.712 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.980279 CaloNeutralID=33381 CaloNeutralE19=0.888517 CaloClusterCode=-93 CaloClusterFrac=1.05269 IsPhoton=1 IsNotH=0.846518 IsPhotonXGB=1 ClusterAsX=-0.0596636 ClusterAsY=-0.00528858 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=132.662 ShowerShape=881.619 CaloNeutralEcal=1155.27 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.998257 CaloNeutralID=37935 CaloNeutralE19=0.935574 CaloClusterCode=93 IsPhoton=1 IsNotH=0.853318 IsPhotonXGB=1 ClusterAsX=-0.0657121 ClusterAsY=0.0837148 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=21.9251 ShowerShape=5521.76 CaloNeutralEcal=496.869 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.936561 CaloNeutralID=35322 CaloNeutralE19=0.687296 CaloClusterCode=-91 CaloClusterFrac=1.07936 IsPhoton=1 IsNotH=0.373926 IsPhotonXGB=1 ClusterAsX=0.0851035 ClusterAsY=-0.0771196 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=62.3809 ShowerShape=7283.35 CaloNeutralEcal=468.715 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.863417 CaloNeutralID=33677 CaloNeutralE19=0.598667 CaloClusterCode=91 CaloClusterFrac=1.00338 IsPhoton=1 IsNotH=0.168207 IsPhotonXGB=1 ClusterAsX=0.0573869 ClusterAsY=-0.1573 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.4158 ShowerShape=9677.77 CaloNeutralEcal=452.398 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.82924 CaloNeutralID=35824 CaloNeutralE19=0.56712 CaloClusterCode=-98 CaloClusterFrac=0.873523 IsPhoton=1 IsNotH=0.0525922 IsPhotonXGB=1 ClusterAsX=0.184902 ClusterAsY=0.198419 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=637.401 ShowerShape=4996.51 CaloNeutralEcal=395.566 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.921611 CaloNeutralID=36296 CaloNeutralE19=0.747274 CaloClusterCode=-93 CaloClusterFrac=1.0972 IsPhoton=1 IsNotH=0.602788 IsPhotonXGB=1 ClusterAsX=-0.0562377 ClusterAsY=0.023779 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=51.0314 ShowerShape=2389.01 CaloNeutralEcal=1317.55 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.811219 CaloNeutralID=40031 CaloNeutralE19=0.500839 CaloClusterCode=-98 CaloClusterFrac=1.0189 IsPhoton=1 IsNotH=0.103517 IsPhotonXGB=1 ClusterAsX=0.199092 ClusterAsY=0.0287544 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.0386 ShowerShape=1739.18 CaloNeutralEcal=1975.35 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.803301 CaloNeutralID=43408 CaloNeutralE19=0.557698 CaloClusterCode=-92 CaloClusterFrac=1.0686 IsPhoton=1 IsNotH=0.368981 IsPhotonXGB=1 ClusterAsX=0.0460111 ClusterAsY=-0.0449336 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=23.6228 ShowerShape=4015.12 CaloNeutralEcal=492.425 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=36321 CaloNeutralE19=0.710142 CaloClusterCode=93 CaloClusterFrac=1.09623 IsPhoton=1 IsNotH=0.475296 IsPhotonXGB=1 ClusterAsX=-0.247233 ClusterAsY=-0.0426437 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=301.276 ShowerShape=899.155 CaloNeutralEcal=801.411 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.971867 CaloNeutralID=38073 CaloNeutralE19=0.785904 CaloClusterCode=95 CaloClusterFrac=1.1175 IsPhoton=1 IsNotH=0.908967 IsPhotonXGB=1 ClusterAsX=0.136362 ClusterAsY=0.0733928 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3788.24 CaloNeutralEcal=297.364 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.999993 CaloNeutralID=36030 CaloNeutralE19=0.912794 CaloClusterCode=93 IsPhoton=1 IsNotH=0.891322 IsPhotonXGB=1 ClusterAsX=-0.0310037 ClusterAsY=-0.0289429 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=13.3803 ShowerShape=2017.15 CaloNeutralEcal=988.737 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.851356 CaloNeutralID=39825 CaloNeutralE19=0.576081 CaloClusterCode=96 CaloClusterFrac=1.01049 IsPhoton=1 IsNotH=0.145039 IsPhotonXGB=1 ClusterAsX=-0.108074 ClusterAsY=0.132736 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=333.861 ShowerShape=14468.4 CaloNeutralEcal=520.641 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1 CaloNeutralID=33448 CaloNeutralE19=0.632328 CaloClusterCode=96 CaloClusterFrac=1.18394 IsPhoton=1 IsNotH=0.103011 IsPhotonXGB=1 ClusterAsX=-0.352375 ClusterAsY=0.367708 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=565.708 ShowerShape=3894.66 CaloNeutralEcal=631.838 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.968493 CaloNeutralID=33766 CaloNeutralE19=0.728763 CaloClusterCode=-91 CaloClusterFrac=1.12267 IsPhoton=1 IsNotH=0.479594 IsPhotonXGB=1 ClusterAsX=0.038833 ClusterAsY=-0.183784 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=69.3323 ShowerShape=10574.5 CaloNeutralEcal=737.4 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.880106 CaloNeutralID=35806 CaloNeutralE19=0.479767 CaloClusterCode=-98 CaloClusterFrac=1.17218 IsPhoton=1 IsNotH=0.0226913 IsPhotonXGB=1 ClusterAsX=0.520265 ClusterAsY=0.265758 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=25.1787 ShowerShape=2085.26 CaloNeutralEcal=901.658 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.887126 CaloNeutralID=39854 CaloNeutralE19=0.60247 CaloClusterCode=95 IsPhoton=1 IsNotH=0.298926 IsPhotonXGB=1 ClusterAsX=0.144942 ClusterAsY=0.0279132 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=3636.32 CaloNeutralEcal=277.389 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.943494 CaloNeutralID=33205 CaloNeutralE19=0.854914 CaloClusterCode=-65 CaloClusterFrac=0.970579 IsPhoton=1 IsNotH=0.773616 IsPhotonXGB=1 ClusterAsX=0.0324821 ClusterAsY=0.0436086 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=111.501 ShowerShape=4540.02 CaloNeutralEcal=328.909 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.963322 CaloNeutralID=34370 CaloNeutralE19=0.777096 CaloClusterCode=-95 CaloClusterFrac=1.07176 IsPhoton=1 IsNotH=0.764788 IsPhotonXGB=1 ClusterAsX=0.105062 ClusterAsY=0.133348 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ ShowerShape=2476.6 CaloNeutralEcal=225.092 CaloNeutralHcal2Ecal=0 CaloNeutralE49=1.10723 CaloNeutralID=36415 CaloNeutralE19=1.11382 CaloClusterCode=63 IsPhoton=1 IsNotH=0.73892 IsPhotonXGB=1 ClusterAsX=0.0084606 ClusterAsY=0.077738 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=26.1214 ShowerShape=4994.95 CaloNeutralEcal=344.384 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.937054 CaloNeutralID=36047 CaloNeutralE19=0.70943 CaloClusterCode=97 CaloClusterFrac=1.10532 IsPhoton=1 IsNotH=0.587946 IsPhotonXGB=1 ClusterAsX=-0.0308889 ClusterAsY=0.165512 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=18.3519 ShowerShape=1580.61 CaloNeutralEcal=660.882 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.902111 CaloNeutralID=39985 CaloNeutralE19=0.709752 CaloClusterCode=98 CaloClusterFrac=1.0285 IsPhoton=1 IsNotH=0.820556 IsPhotonXGB=1 ClusterAsX=0.150344 ClusterAsY=0.0621353 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.524751 ShowerShape=8251.23 CaloNeutralEcal=10357.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.842428 CaloNeutralID=34874 CaloNeutralE19=0.529617 CaloClusterCode=93 CaloClusterFrac=0.756772 ClusterAsX=-0.279201 ClusterAsY=0.0392648 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.524751 ShowerShape=12833.1 CaloNeutralEcal=6150.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.712827 CaloNeutralID=34811 CaloNeutralE19=0.337394 CaloClusterCode=92 CaloClusterFrac=0.470118 ClusterAsX=0.0734184 ClusterAsY=-0.323879 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.246251 ShowerShape=7052.65 CaloNeutralEcal=11715.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.90359 CaloNeutralID=34482 CaloNeutralE19=0.453099 CaloClusterCode=93 CaloClusterFrac=0.639675 ClusterAsX=-0.462354 ClusterAsY=-0.00758882 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.246251 ShowerShape=7289.21 CaloNeutralEcal=7335.14 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.820538 CaloNeutralID=34483 CaloNeutralE19=0.676581 CaloClusterCode=93 CaloClusterFrac=0.54918 ClusterAsX=-0.0635863 ClusterAsY=-0.0353721 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.088923 ShowerShape=15937.6 CaloNeutralEcal=5164.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.638867 CaloNeutralID=34759 CaloNeutralE19=0.602056 CaloClusterCode=93 CaloClusterFrac=0.368761 ClusterAsX=-0.304101 ClusterAsY=0.078288 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.088923 ShowerShape=8646.58 CaloNeutralEcal=8819.43 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85425 CaloNeutralID=34760 CaloNeutralE19=0.298709 CaloClusterCode=63 CaloClusterFrac=0.748989 ClusterAsX=-0.619457 ClusterAsY=0.0580264 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.338692 ShowerShape=4191.93 CaloNeutralEcal=11418 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.910349 CaloNeutralID=34867 CaloNeutralE19=0.815696 CaloClusterCode=90 CaloClusterFrac=0.815329 ClusterAsX=-0.0272496 ClusterAsY=-0.0263516 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.338692 ShowerShape=4670.75 CaloNeutralEcal=3299.93 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.997063 CaloNeutralID=34804 CaloNeutralE19=0.636036 CaloClusterCode=55 CaloClusterFrac=0.249649 ClusterAsX=0.21547 ClusterAsY=0.167451 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.2448 ShowerShape=673.348 CaloNeutralEcal=16703.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.898255 CaloNeutralID=42164 CaloNeutralE19=0.681465 CaloClusterCode=95 CaloClusterFrac=0.628955 ClusterAsX=0.205292 ClusterAsY=-0.0325559 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=80.2448 ShowerShape=913.729 CaloNeutralEcal=10559.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.864266 CaloNeutralID=42165 CaloNeutralE19=0.730614 CaloClusterCode=91 CaloClusterFrac=0.392763 ClusterAsX=0.0255184 ClusterAsY=-0.221972 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.17844 ShowerShape=8815.83 CaloNeutralEcal=4749.16 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.849599 CaloNeutralID=34744 CaloNeutralE19=0.486476 CaloClusterCode=95 CaloClusterFrac=0.559656 ClusterAsX=0.290396 ClusterAsY=-0.0657975 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.17844 ShowerShape=4706.57 CaloNeutralEcal=3814.15 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.976613 CaloNeutralID=34807 CaloNeutralE19=0.534331 CaloClusterCode=65 CaloClusterFrac=0.614911 ClusterAsX=0.410019 ClusterAsY=-0.0288934 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0924336 ShowerShape=1655.53 CaloNeutralEcal=18956.2 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.641384 CaloNeutralID=43026 CaloNeutralE19=0.582494 CaloClusterCode=95 CaloClusterFrac=0.437087 ClusterAsX=0.0454492 ClusterAsY=0.0298066 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.0924336 ShowerShape=1347.56 CaloNeutralEcal=27581.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.726609 CaloNeutralID=42962 CaloNeutralE19=0.389886 CaloClusterCode=97 CaloClusterFrac=0.64502 ClusterAsX=0.00492868 ClusterAsY=0.233797 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.06468 ShowerShape=2621.62 CaloNeutralEcal=11345.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.800911 CaloNeutralID=39097 CaloNeutralE19=0.537416 CaloClusterCode=96 CaloClusterFrac=0.794382 ClusterAsX=-0.222821 ClusterAsY=0.0087113 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.06468 ShowerShape=709.388 CaloNeutralEcal=2932.42 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.994903 CaloNeutralID=39162 CaloNeutralE19=0.865016 CaloClusterCode=51 CaloClusterFrac=0.314498 ClusterAsX=-0.0389816 ClusterAsY=-0.109399 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.84195 ShowerShape=660.269 CaloNeutralEcal=12369.8 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958934 CaloNeutralID=38286 CaloNeutralE19=0.882026 CaloClusterCode=95 CaloClusterFrac=0.678679 ClusterAsX=0.0683534 ClusterAsY=-0.026555 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=0.84195 ShowerShape=1443.57 CaloNeutralEcal=5995.11 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.929643 CaloNeutralID=38222 CaloNeutralE19=0.718465 CaloClusterCode=95 CaloClusterFrac=0.330183 ClusterAsX=0.136563 ClusterAsY=0.149767 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.1858 ShowerShape=3099.41 CaloNeutralEcal=8681.48 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.85761 CaloNeutralID=38707 CaloNeutralE19=0.660317 CaloClusterCode=98 CaloClusterFrac=0.47756 ClusterAsX=0.37534 ClusterAsY=0.444002 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.1858 ShowerShape=1772.99 CaloNeutralEcal=9396.92 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.894315 CaloNeutralID=38706 CaloNeutralE19=0.369449 CaloClusterCode=65 CaloClusterFrac=0.662525 ClusterAsX=0.554158 ClusterAsY=0.0191989 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.24973 ShowerShape=3738.94 CaloNeutralEcal=4326.65 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.958203 CaloNeutralID=34634 CaloNeutralE19=0.799698 CaloClusterCode=97 CaloClusterFrac=0.542383 ClusterAsX=-0.0446391 ClusterAsY=0.146982 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.24973 ShowerShape=3750.74 CaloNeutralEcal=3742 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.981051 CaloNeutralID=34569 CaloNeutralE19=0.798876 CaloClusterCode=95 CaloClusterFrac=0.514793 ClusterAsX=0.16076 ClusterAsY=0.00669821 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.08995 ShowerShape=931.043 CaloNeutralEcal=7051.38 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.942978 CaloNeutralID=39539 CaloNeutralE19=0.794021 CaloClusterCode=91 CaloClusterFrac=0.453354 ClusterAsX=0.0485702 ClusterAsY=-0.0890704 ] } -{ Track 0 CaloHypos 1 RichPID 0 MuonPID 0 -ExtraInfo [ CaloTrMatch=1.08995 ShowerShape=1328.93 CaloNeutralEcal=9096.7 CaloNeutralHcal2Ecal=0 CaloNeutralE49=0.961864 CaloNeutralID=39474 CaloNeutralE19=0.561919 CaloClusterCode=75 CaloClusterFrac=0.576943 ClusterAsX=0.394209 ClusterAsY=-0.0249686 ] } -Printing ended -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 10 events processed -BrunelInit SUCCESS ================================================================== -FutureEcalClust INFO Built <241.4> cellular automaton clusters/event with <4.1> iterations (min,max)=(3,5) on average -RecSummary SUCCESS #WARNINGS = 10 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO MuonID Rates for Downstream Tracks -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuonLoose = 1.0 : 30.061 +- 3.591 -MuonPIDMonitorDown INFO IsMuoLoose MuonProb < 0.9 : 9.202 +- 2.264 -MuonPIDMonitorDown INFO IsMuoLoose DLL > 1.4 : 6.135 +- 1.880 -MuonPIDMonitorDown INFO IsMuonLoose NShared < 1.0 : 5.521 +- 1.789 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuon = 1.0 : 20.859 +- 3.182 -MuonPIDMonitorDown INFO IsMuon MuonProb < 0.9 : 7.362 +- 2.045 -MuonPIDMonitorDown INFO IsMuon DLL > 1.4 : 4.908 +- 1.692 -MuonPIDMonitorDown INFO IsMuon NShared < 1.0 : 3.067 +- 1.351 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 236 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 163 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 49 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 34 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO MuonID Rates for Long Tracks -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuonLoose = 1.0 : 28.689 +- 1.448 -MuonPIDMonitorLong INFO IsMuoLoose MuonProb < 0.9 : 7.275 +- 0.831 -MuonPIDMonitorLong INFO IsMuoLoose DLL > 1.4 : 3.996 +- 0.627 -MuonPIDMonitorLong INFO IsMuonLoose NShared < 1.0 : 4.406 +- 0.657 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuon = 1.0 : 20.082 +- 1.282 -MuonPIDMonitorLong INFO IsMuon MuonProb < 0.9 : 6.250 +- 0.775 -MuonPIDMonitorLong INFO IsMuon DLL > 1.4 : 2.869 +- 0.534 -MuonPIDMonitorLong INFO IsMuon NShared < 1.0 : 2.766 +- 0.525 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 1222 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 976 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 280 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 196 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO 0.00 +- 0.00 Velo | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 122.20 +- 3.50 Long | 100.0 +- 0.0 | 94.8 +- 0.6 83.2 +- 1.1 84.9 +- 1.0 75.8 +- 1.2 0.0 +- 0.0 0.0 +- 0.0 79.7 +- 1.2 0.0 +- 0.0 -ChargedProtoPMoni INFO 14.50 +- 1.20 Upstream | 100.0 +- 0.0 | 89.0 +- 2.6 0.0 +- 0.0 0.0 +- 0.0 80.7 +- 3.3 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 23.60 +- 1.54 Downstream | 100.0 +- 0.0 | 84.7 +- 2.3 71.6 +- 2.9 76.3 +- 2.8 71.2 +- 2.9 0.0 +- 0.0 0.0 +- 0.0 68.6 +- 3.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 0.00 +- 0.00 Ttrack | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO ==================================================================================================================================================== -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 3936 tracks including 46 ghosts [ 1.17 %], Event average 1.00 % **** -VeloMCCheck INFO 01_velo : 1704 from 1741 [ 97.87 %] 26 clones [ 1.50 %], purity: 99.78 %, hitEff: 96.83 %, hitEffFirst3: 97.13 %, hitEffLast: 96.26 % -VeloMCCheck INFO 02_long : 1006 from 1013 [ 99.31 %] 13 clones [ 1.28 %], purity: 99.88 %, hitEff: 97.46 %, hitEffFirst3: 97.64 %, hitEffLast: 97.14 % -VeloMCCheck INFO 03_long>5GeV : 630 from 633 [ 99.53 %] 11 clones [ 1.72 %], purity: 99.88 %, hitEff: 97.30 %, hitEffFirst3: 97.61 %, hitEffLast: 97.13 % -VeloMCCheck INFO 04_long_strange : 57 from 58 [ 98.28 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 97.52 %, hitEffFirst3: 98.83 %, hitEffLast: 95.79 % -VeloMCCheck INFO 05_long_strange>5GeV : 25 from 25 [100.00 %] 0 clones [ 0.00 %], purity: 99.43 %, hitEff: 98.31 %, hitEffFirst3:100.00 %, hitEffLast: 97.17 % -VeloMCCheck INFO 06_long_fromB : 46 from 48 [ 95.83 %] 1 clones [ 2.13 %], purity:100.00 %, hitEff: 97.89 %, hitEffFirst3: 97.87 %, hitEffLast: 97.04 % -VeloMCCheck INFO 07_long_fromB>5GeV : 35 from 36 [ 97.22 %] 1 clones [ 2.78 %], purity:100.00 %, hitEff: 98.94 %, hitEffFirst3: 99.07 %, hitEffLast: 99.31 % -VeloMCCheck INFO 08_long_electrons : 94 from 96 [ 97.92 %] 1 clones [ 1.05 %], purity: 97.83 %, hitEff: 95.99 %, hitEffFirst3: 92.63 %, hitEffLast: 96.94 % -VeloMCCheck INFO 09_long_fromB_electrons : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloMCCheck INFO 10_long_fromB_electrons_P>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 30 from 30 [100.00 %] 1 clones [ 3.23 %], purity:100.00 %, hitEff: 99.41 %, hitEffFirst3:100.00 %, hitEffLast: 99.19 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 30 from 30 [100.00 %] 1 clones [ 3.23 %], purity:100.00 %, hitEff: 99.41 %, hitEffFirst3:100.00 %, hitEffLast: 99.19 % -VeloMCCheck INFO -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 526 tracks including 27 ghosts [ 5.13 %], Event average 5.03 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 433 tracks including 20 ghosts [4.62 %] **** -ForwardMCCheck INFO 01_long : 468 from 1013 [ 46.20 %] 5 clones [ 1.06 %], purity: 99.20 %, hitEff: 93.34 % -ForwardMCCheck INFO 02_long>5GeV : 381 from 633 [ 60.19 %] 4 clones [ 1.04 %], purity: 99.30 %, hitEff: 93.92 % -ForwardMCCheck INFO 03_long_strange : 19 from 58 [ 32.76 %] 0 clones [ 0.00 %], purity: 97.55 %, hitEff: 91.63 % -ForwardMCCheck INFO 04_long_strange>5GeV : 12 from 25 [ 48.00 %] 0 clones [ 0.00 %], purity: 96.49 %, hitEff: 90.59 % -ForwardMCCheck INFO 05_long_fromB : 31 from 48 [ 64.58 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 93.74 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 29 from 36 [ 80.56 %] 0 clones [ 0.00 %], purity: 99.56 %, hitEff: 93.84 % -ForwardMCCheck INFO 07_long_electrons : 8 from 96 [ 8.33 %] 0 clones [ 0.00 %], purity: 99.37 %, hitEff: 98.86 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 7 from 51 [ 13.73 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.70 % -ForwardMCCheck INFO 09_long_fromB_electrons : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 29 from 30 [ 96.67 %] 0 clones [ 0.00 %], purity: 99.72 %, hitEff: 94.23 % -ForwardMCCheck INFO 10_long_fromB_electrons_P>5GeV : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 29 from 30 [ 96.67 %] 0 clones [ 0.00 %], purity: 99.72 %, hitEff: 94.23 % -ForwardMCCheck INFO -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 741 tracks including 67 ghosts [ 9.04 %], Event average 8.22 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 603 tracks including 56 ghosts [9.29 %] **** -UpMCCheck INFO 01_velo : 640 from 1741 [ 36.76 %] 8 clones [ 1.23 %], purity: 99.67 %, hitEff: 99.15 % -UpMCCheck INFO 02_velo+UT : 637 from 1545 [ 41.23 %] 8 clones [ 1.24 %], purity: 99.72 %, hitEff: 99.14 % -UpMCCheck INFO 03_velo+UT>5GeV : 474 from 754 [ 62.86 %] 7 clones [ 1.46 %], purity: 99.79 %, hitEff: 99.34 % -UpMCCheck INFO 04_velo+notLong : 114 from 728 [ 15.66 %] 0 clones [ 0.00 %], purity: 99.41 %, hitEff: 97.98 % -UpMCCheck INFO 05_velo+UT+notLong : 113 from 542 [ 20.85 %] 0 clones [ 0.00 %], purity: 99.47 %, hitEff: 97.96 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 71 from 130 [ 54.62 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 99.72 % -UpMCCheck INFO 07_long : 526 from 1013 [ 51.92 %] 8 clones [ 1.50 %], purity: 99.72 %, hitEff: 99.39 % -UpMCCheck INFO 08_long>5GeV : 405 from 633 [ 63.98 %] 7 clones [ 1.70 %], purity: 99.70 %, hitEff: 99.28 % -UpMCCheck INFO 09_long_fromB : 34 from 48 [ 70.83 %] 1 clones [ 2.86 %], purity: 99.64 %, hitEff:100.00 % -UpMCCheck INFO 10_long_fromB>5GeV : 30 from 36 [ 83.33 %] 1 clones [ 3.23 %], purity: 99.60 %, hitEff:100.00 % -UpMCCheck INFO 11_long_electrons : 9 from 96 [ 9.38 %] 1 clones [10.00 %], purity: 98.75 %, hitEff:100.00 % -UpMCCheck INFO 12_long_fromB_electrons : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 13_long_fromB_electrons_P>5GeV : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 29 from 30 [ 96.67 %] 1 clones [ 3.33 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 29 from 30 [ 96.67 %] 1 clones [ 3.33 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 27 ghost, 3.96 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 433 tracks including 20 ghosts [ 4.6 %] **** -UTForwardMCCheck INFO 01_long : 473 tr 4.04 from 4.09 mcUT [ 98.7 %] 0.05 ghost hits on real tracks [ 1.3 %] -UTForwardMCCheck INFO 01_long >3UT : 473 tr 4.04 from 4.09 mcUT [ 98.7 %] 0.05 ghost hits on real tracks [ 1.3 %] -UTForwardMCCheck INFO 02_long>5GeV : 385 tr 4.04 from 4.09 mcUT [ 98.9 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 385 tr 4.04 from 4.09 mcUT [ 98.9 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 29 tr 4.10 from 4.10 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 29 tr 4.10 from 4.10 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 29 tr 4.10 from 4.10 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 29 tr 4.10 from 4.10 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO -ForwardBestMCCheck INFO Results -ForwardBestMCCheck INFO **** Forward 1293 tracks including 316 ghosts [24.44 %], Event average 22.32 % **** -ForwardBestMCCheck INFO 01_long : 847 from 1013 [ 83.61 %] 6 clones [ 0.70 %], purity: 98.87 %, hitEff: 92.06 % -ForwardBestMCCheck INFO 02_long>5GeV : 592 from 633 [ 93.52 %] 4 clones [ 0.67 %], purity: 99.12 %, hitEff: 93.91 % -ForwardBestMCCheck INFO 03_long_strange : 40 from 58 [ 68.97 %] 0 clones [ 0.00 %], purity: 97.39 %, hitEff: 90.59 % -ForwardBestMCCheck INFO 04_long_strange>5GeV : 23 from 25 [ 92.00 %] 0 clones [ 0.00 %], purity: 97.95 %, hitEff: 93.64 % -ForwardBestMCCheck INFO 05_long_fromB : 39 from 48 [ 81.25 %] 0 clones [ 0.00 %], purity: 99.43 %, hitEff: 94.01 % -ForwardBestMCCheck INFO 06_long_fromB>5GeV : 34 from 36 [ 94.44 %] 0 clones [ 0.00 %], purity: 99.47 %, hitEff: 94.97 % -ForwardBestMCCheck INFO 07_long_electrons : 64 from 96 [ 66.67 %] 0 clones [ 0.00 %], purity: 97.22 %, hitEff: 91.34 % -ForwardBestMCCheck INFO 08_long_electrons_P>5GeV : 38 from 51 [ 74.51 %] 0 clones [ 0.00 %], purity: 97.84 %, hitEff: 93.59 % -ForwardBestMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 95.83 %, hitEff: 80.22 % -ForwardBestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 95.83 %, hitEff: 80.22 % -ForwardBestMCCheck INFO -MatchMCCheck INFO Results -MatchMCCheck INFO **** Match 1327 tracks including 306 ghosts [23.06 %], Event average 21.64 % **** -MatchMCCheck INFO 01_long : 894 from 1013 [ 88.25 %] 8 clones [ 0.89 %], purity: 99.35 %, hitEff: 92.86 % -MatchMCCheck INFO 02_long>5GeV : 594 from 633 [ 93.84 %] 7 clones [ 1.16 %], purity: 99.49 %, hitEff: 94.99 % -MatchMCCheck INFO 03_long_strange : 44 from 58 [ 75.86 %] 0 clones [ 0.00 %], purity: 98.65 %, hitEff: 87.29 % -MatchMCCheck INFO 04_long_strange>5GeV : 22 from 25 [ 88.00 %] 0 clones [ 0.00 %], purity: 99.39 %, hitEff: 94.90 % -MatchMCCheck INFO 05_long_fromB : 41 from 48 [ 85.42 %] 1 clones [ 2.38 %], purity: 99.69 %, hitEff: 93.94 % -MatchMCCheck INFO 06_long_fromB>5GeV : 34 from 36 [ 94.44 %] 1 clones [ 2.86 %], purity: 99.63 %, hitEff: 94.74 % -MatchMCCheck INFO 07_long_electrons : 58 from 96 [ 60.42 %] 1 clones [ 1.69 %], purity: 97.93 %, hitEff: 91.63 % -MatchMCCheck INFO 08_long_electrons_P>5GeV : 36 from 51 [ 70.59 %] 0 clones [ 0.00 %], purity: 98.70 %, hitEff: 95.08 % -MatchMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 87.23 % -MatchMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 87.23 % -MatchMCCheck INFO -TMCCheck INFO Results -TMCCheck INFO **** TTrack 1894 tracks including 163 ghosts [ 8.61 %], Event average 7.21 % **** -TMCCheck INFO 01_hasT : 1259 from 1524 [ 82.61 %] 1 clones [ 0.08 %], purity: 99.15 %, hitEff: 91.68 % -TMCCheck INFO 02_long : 946 from 1013 [ 93.39 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 92.37 % -TMCCheck INFO 03_long>5GeV : 618 from 633 [ 97.63 %] 0 clones [ 0.00 %], purity: 99.42 %, hitEff: 94.93 % -TMCCheck INFO 04_long_fromB : 46 from 48 [ 95.83 %] 0 clones [ 0.00 %], purity: 99.20 %, hitEff: 93.07 % -TMCCheck INFO 05_long_fromB>5GeV : 36 from 36 [100.00 %] 0 clones [ 0.00 %], purity: 99.54 %, hitEff: 94.51 % -TMCCheck INFO 06_UT+T_strange : 101 from 111 [ 90.99 %] 0 clones [ 0.00 %], purity: 98.90 %, hitEff: 89.97 % -TMCCheck INFO 07_UT+T_strange>5GeV : 59 from 60 [ 98.33 %] 0 clones [ 0.00 %], purity: 99.70 %, hitEff: 95.40 % -TMCCheck INFO 08_noVelo+UT+T_strange : 49 from 53 [ 92.45 %] 0 clones [ 0.00 %], purity: 98.92 %, hitEff: 92.90 % -TMCCheck INFO 09_noVelo+UT+T_strange>5GeV : 35 from 35 [100.00 %] 0 clones [ 0.00 %], purity: 99.50 %, hitEff: 95.46 % -TMCCheck INFO 10_UT+T_SfromDB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 88.69 % -TMCCheck INFO 11_UT+T_SfromDB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 88.69 % -TMCCheck INFO 12_noVelo+UT+T_SfromDB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 88.69 % -TMCCheck INFO -DownMCCheck INFO Results -DownMCCheck INFO **** Downstream 1364 tracks including 393 ghosts [28.81 %], Event average 27.63 % **** -DownMCCheck INFO 01_UT+T : 869 from 1146 [ 75.83 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 99.62 % -DownMCCheck INFO 02_UT+T>5GeV : 583 from 700 [ 83.29 %] 0 clones [ 0.00 %], purity: 99.63 %, hitEff: 99.64 % -DownMCCheck INFO 03_UT+T_strange : 70 from 111 [ 63.06 %] 0 clones [ 0.00 %], purity: 99.05 %, hitEff: 99.29 % -DownMCCheck INFO 04_UT+T_strange>5GeV : 44 from 60 [ 73.33 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 99.43 % -DownMCCheck INFO 05_noVelo+UT+T_strange : 31 from 53 [ 58.49 %] 0 clones [ 0.00 %], purity: 98.95 %, hitEff: 99.19 % -DownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 23 from 35 [ 65.71 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 98.91 % -DownMCCheck INFO 07_UT+T_fromB : 44 from 55 [ 80.00 %] 0 clones [ 0.00 %], purity: 99.53 %, hitEff:100.00 % -DownMCCheck INFO 08_UT+T_fromB>5GeV : 34 from 41 [ 82.93 %] 0 clones [ 0.00 %], purity: 99.82 %, hitEff:100.00 % -DownMCCheck INFO 09_noVelo+UT+T_fromB : 3 from 8 [ 37.50 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff:100.00 % -DownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 2 from 6 [ 33.33 %] 0 clones [ 0.00 %], purity: 96.87 %, hitEff:100.00 % -DownMCCheck INFO 11_UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 12_UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 13_noVelo+UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 15_noVelo+UT+T_electrons : 47 from 112 [ 41.96 %] 0 clones [ 0.00 %], purity: 99.43 %, hitEff: 99.47 % -DownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 22 from 47 [ 46.81 %] 0 clones [ 0.00 %], purity: 99.37 %, hitEff: 98.86 % -DownMCCheck INFO -BestMCCheck INFO Results -BestMCCheck INFO **** Best 4849 tracks including 505 ghosts [10.41 %], Event average 9.63 % **** -BestMCCheck INFO 01_long : 1009 from 1013 [ 99.61 %] 54 clones [ 5.08 %], purity: 99.37 %, hitEff: 87.44 % -BestMCCheck INFO 02_long>5GeV : 632 from 633 [ 99.84 %] 31 clones [ 4.68 %], purity: 99.55 %, hitEff: 91.71 % -BestMCCheck INFO 03_long_strange : 56 from 58 [ 96.55 %] 6 clones [ 9.68 %], purity: 98.54 %, hitEff: 77.89 % -BestMCCheck INFO 04_long_strange>5GeV : 25 from 25 [100.00 %] 2 clones [ 7.41 %], purity: 98.97 %, hitEff: 88.50 % -BestMCCheck INFO 05_long_fromB : 48 from 48 [100.00 %] 4 clones [ 7.69 %], purity: 99.45 %, hitEff: 83.42 % -BestMCCheck INFO 06_long_fromB>5GeV : 36 from 36 [100.00 %] 2 clones [ 5.26 %], purity: 99.78 %, hitEff: 90.93 % -BestMCCheck INFO 07_long_electrons : 86 from 96 [ 89.58 %] 5 clones [ 5.49 %], purity: 97.11 %, hitEff: 75.45 % -BestMCCheck INFO 08_long_electrons_P>5GeV : 44 from 51 [ 86.27 %] 2 clones [ 4.35 %], purity: 97.91 %, hitEff: 83.13 % -BestMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestMCCheck INFO -BestLongMCCheck INFO Results -BestLongMCCheck INFO **** BestLong 1222 tracks including 192 ghosts [15.71 %], Event average 14.96 % **** -BestLongMCCheck INFO 01_long : 903 from 1013 [ 89.14 %] 5 clones [ 0.55 %], purity: 99.35 %, hitEff: 95.21 % -BestLongMCCheck INFO 02_long>5GeV : 595 from 633 [ 94.00 %] 4 clones [ 0.67 %], purity: 99.53 %, hitEff: 96.53 % -BestLongMCCheck INFO 03_long_strange : 45 from 58 [ 77.59 %] 0 clones [ 0.00 %], purity: 97.99 %, hitEff: 90.71 % -BestLongMCCheck INFO 04_long_strange>5GeV : 22 from 25 [ 88.00 %] 0 clones [ 0.00 %], purity: 98.73 %, hitEff: 96.29 % -BestLongMCCheck INFO 05_long_fromB : 39 from 48 [ 81.25 %] 0 clones [ 0.00 %], purity: 99.78 %, hitEff: 96.51 % -BestLongMCCheck INFO 06_long_fromB>5GeV : 33 from 36 [ 91.67 %] 0 clones [ 0.00 %], purity: 99.75 %, hitEff: 97.29 % -BestLongMCCheck INFO 07_long_electrons : 64 from 96 [ 66.67 %] 0 clones [ 0.00 %], purity: 97.65 %, hitEff: 92.63 % -BestLongMCCheck INFO 08_long_electrons_P>5GeV : 36 from 51 [ 70.59 %] 0 clones [ 0.00 %], purity: 98.57 %, hitEff: 95.19 % -BestLongMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestLongMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestLongMCCheck INFO -BestLongAndGhos... INFO Results -BestLongAndGhos... INFO **** BestLongAndGhostProb 1125 tracks including 112 ghosts [ 9.96 %], Event average 9.81 % **** -BestLongAndGhos... INFO 01_long : 897 from 1013 [ 88.55 %] 5 clones [ 0.55 %], purity: 99.37 %, hitEff: 95.29 % -BestLongAndGhos... INFO 02_long>5GeV : 592 from 633 [ 93.52 %] 4 clones [ 0.67 %], purity: 99.55 %, hitEff: 96.59 % -BestLongAndGhos... INFO 03_long_strange : 44 from 58 [ 75.86 %] 0 clones [ 0.00 %], purity: 97.95 %, hitEff: 91.30 % -BestLongAndGhos... INFO 04_long_strange>5GeV : 22 from 25 [ 88.00 %] 0 clones [ 0.00 %], purity: 98.73 %, hitEff: 96.29 % -BestLongAndGhos... INFO 05_long_fromB : 39 from 48 [ 81.25 %] 0 clones [ 0.00 %], purity: 99.78 %, hitEff: 96.51 % -BestLongAndGhos... INFO 06_long_fromB>5GeV : 33 from 36 [ 91.67 %] 0 clones [ 0.00 %], purity: 99.75 %, hitEff: 97.29 % -BestLongAndGhos... INFO 07_long_electrons : 60 from 96 [ 62.50 %] 0 clones [ 0.00 %], purity: 97.90 %, hitEff: 92.89 % -BestLongAndGhos... INFO 08_long_electrons_P>5GeV : 35 from 51 [ 68.63 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 95.57 % -BestLongAndGhos... INFO 09_long_fromB_electrons : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.24 % -BestLongAndGhos... INFO 10_long_fromB_electrons_P>5GeV : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.24 % -BestLongAndGhos... INFO -BestDownMCCheck INFO Results -BestDownMCCheck INFO **** BestDown 236 tracks including 97 ghosts [41.10 %], Event average 40.74 % **** -BestDownMCCheck INFO 01_UT+T : 94 from 1146 [ 8.20 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 93.14 % -BestDownMCCheck INFO 02_UT+T>5GeV : 53 from 700 [ 7.57 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 96.54 % -BestDownMCCheck INFO 03_UT+T_strange : 35 from 111 [ 31.53 %] 0 clones [ 0.00 %], purity: 99.07 %, hitEff: 94.44 % -BestDownMCCheck INFO 04_UT+T_strange>5GeV : 24 from 60 [ 40.00 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 96.99 % -BestDownMCCheck INFO 05_noVelo+UT+T_strange : 29 from 53 [ 54.72 %] 0 clones [ 0.00 %], purity: 98.88 %, hitEff: 94.46 % -BestDownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 21 from 35 [ 60.00 %] 0 clones [ 0.00 %], purity: 99.07 %, hitEff: 96.87 % -BestDownMCCheck INFO 07_UT+T_fromB : 6 from 55 [ 10.91 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 93.18 % -BestDownMCCheck INFO 08_UT+T_fromB>5GeV : 3 from 41 [ 7.32 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 92.25 % -BestDownMCCheck INFO 09_noVelo+UT+T_fromB : 3 from 8 [ 37.50 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 95.96 % -BestDownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 2 from 6 [ 33.33 %] 0 clones [ 0.00 %], purity: 96.87 %, hitEff: 93.93 % -BestDownMCCheck INFO 11_UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 12_UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 13_noVelo+UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 15_noVelo+UT+T_electrons : 41 from 112 [ 36.61 %] 0 clones [ 0.00 %], purity: 99.50 %, hitEff: 91.14 % -BestDownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 19 from 47 [ 40.43 %] 0 clones [ 0.00 %], purity: 99.27 %, hitEff: 94.06 % -BestDownMCCheck INFO -BestDownAndGhos... INFO Results -BestDownAndGhos... INFO **** BestDownAndGhostProb 208 tracks including 71 ghosts [34.13 %], Event average 33.14 % **** -BestDownAndGhos... INFO 01_UT+T : 94 from 1146 [ 8.20 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 93.14 % -BestDownAndGhos... INFO 02_UT+T>5GeV : 53 from 700 [ 7.57 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 96.54 % -BestDownAndGhos... INFO 03_UT+T_strange : 35 from 111 [ 31.53 %] 0 clones [ 0.00 %], purity: 99.07 %, hitEff: 94.44 % -BestDownAndGhos... INFO 04_UT+T_strange>5GeV : 24 from 60 [ 40.00 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 96.99 % -BestDownAndGhos... INFO 05_noVelo+UT+T_strange : 29 from 53 [ 54.72 %] 0 clones [ 0.00 %], purity: 98.88 %, hitEff: 94.46 % -BestDownAndGhos... INFO 06_noVelo+UT+T_strange>5GeV : 21 from 35 [ 60.00 %] 0 clones [ 0.00 %], purity: 99.07 %, hitEff: 96.87 % -BestDownAndGhos... INFO 07_UT+T_fromB : 6 from 55 [ 10.91 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 93.18 % -BestDownAndGhos... INFO 08_UT+T_fromB>5GeV : 3 from 41 [ 7.32 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 92.25 % -BestDownAndGhos... INFO 09_noVelo+UT+T_fromB : 3 from 8 [ 37.50 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 95.96 % -BestDownAndGhos... INFO 10_noVelo+UT+T_fromB>5GeV : 2 from 6 [ 33.33 %] 0 clones [ 0.00 %], purity: 96.87 %, hitEff: 93.93 % -BestDownAndGhos... INFO 11_UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 12_UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 13_noVelo+UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 14_noVelo+UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 15_noVelo+UT+T_electrons : 39 from 112 [ 34.82 %] 0 clones [ 0.00 %], purity: 99.66 %, hitEff: 91.32 % -BestDownAndGhos... INFO 16_noVelo+UT+T_electrons_P>5GeV : 17 from 47 [ 36.17 %] 0 clones [ 0.00 %], purity: 99.61 %, hitEff: 94.80 % -BestDownAndGhos... INFO -UTForwardBestMC... INFO Results -UTForwardBestMC... INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardBest **** 316 ghost, 2.36 UT per track -UTForwardBestMC... INFO 01_long : 853 tr 3.89 from 4.06 mcUT [ 95.9 %] 0.10 ghost hits on real tracks [ 2.6 %] -UTForwardBestMC... INFO 01_long >3UT : 844 tr 3.93 from 4.08 mcUT [ 96.2 %] 0.10 ghost hits on real tracks [ 2.6 %] -UTForwardBestMC... INFO 02_long>5GeV : 596 tr 3.92 from 4.05 mcUT [ 96.8 %] 0.06 ghost hits on real tracks [ 1.6 %] -UTForwardBestMC... INFO 02_long>5GeV >3UT : 587 tr 3.97 from 4.08 mcUT [ 97.3 %] 0.06 ghost hits on real tracks [ 1.5 %] -UTForwardBestMC... INFO -UTMatchMCCheck INFO Results -UTMatchMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Match **** 306 ghost, 2.44 UT per track -UTMatchMCCheck INFO 01_long : 902 tr 3.88 from 4.06 mcUT [ 95.5 %] 0.11 ghost hits on real tracks [ 2.6 %] -UTMatchMCCheck INFO 01_long >3UT : 894 tr 3.91 from 4.08 mcUT [ 95.8 %] 0.11 ghost hits on real tracks [ 2.6 %] -UTMatchMCCheck INFO 02_long>5GeV : 601 tr 3.91 from 4.05 mcUT [ 96.6 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTMatchMCCheck INFO 02_long>5GeV >3UT : 593 tr 3.96 from 4.08 mcUT [ 97.1 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTMatchMCCheck INFO -UTDownMCCheck INFO Results -UTDownMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Downstream **** 393 ghost, 4.05 UT per track -UTDownMCCheck INFO 01_has seed : 869 tr 4.08 from 4.10 mcUT [ 99.6 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 01_has seed >3UT : 869 tr 4.08 from 4.10 mcUT [ 99.6 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT : 64 tr 4.00 from 4.03 mcUT [ 99.2 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT >3UT : 64 tr 4.00 from 4.03 mcUT [ 99.2 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 03_down+strange : 70 tr 4.00 from 4.03 mcUT [ 99.3 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 03_down+strange >3UT : 70 tr 4.00 from 4.03 mcUT [ 99.3 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 04_down+strange+>5GeV : 44 tr 4.02 from 4.05 mcUT [ 99.4 %] 0.02 ghost hits on real tracks [ 0.6 %] -UTDownMCCheck INFO 04_down+strange+>5GeV >3UT : 44 tr 4.02 from 4.05 mcUT [ 99.4 %] 0.02 ghost hits on real tracks [ 0.6 %] -UTDownMCCheck INFO -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 3936 tracks including 46 ghosts [ 1.17 %], Event average 1.00 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 3429 from 3632 [ 94.41 %] 32 clones [ 0.92 %], purity: 99.69 %, hitEff: 96.78 %, hitEffFirst3: 97.85 %, hitEffLast: 94.10 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 2129 from 2222 [ 95.81 %] 28 clones [ 1.30 %], purity: 99.76 %, hitEff: 97.04 %, hitEffFirst3: 97.25 %, hitEffLast: 96.33 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 1300 from 1410 [ 92.20 %] 4 clones [ 0.31 %], purity: 99.56 %, hitEff: 96.37 %, hitEffFirst3: 98.85 %, hitEffLast: 90.08 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 1704 from 1741 [ 97.87 %] 26 clones [ 1.50 %], purity: 99.78 %, hitEff: 96.83 %, hitEffFirst3: 97.13 %, hitEffLast: 96.26 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 1006 from 1013 [ 99.31 %] 13 clones [ 1.28 %], purity: 99.88 %, hitEff: 97.46 %, hitEffFirst3: 97.64 %, hitEffLast: 97.14 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 630 from 633 [ 99.53 %] 11 clones [ 1.72 %], purity: 99.88 %, hitEff: 97.30 %, hitEffFirst3: 97.61 %, hitEffLast: 97.13 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 376 from 380 [ 98.95 %] 2 clones [ 0.53 %], purity: 99.87 %, hitEff: 97.74 %, hitEffFirst3: 97.71 %, hitEffLast: 97.17 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 536 from 540 [ 99.26 %] 8 clones [ 1.47 %], purity: 99.92 %, hitEff: 97.17 %, hitEffFirst3: 97.43 %, hitEffLast: 96.93 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 46 from 48 [ 95.83 %] 1 clones [ 2.13 %], purity:100.00 %, hitEff: 97.89 %, hitEffFirst3: 97.87 %, hitEffLast: 97.04 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 35 from 36 [ 97.22 %] 1 clones [ 2.78 %], purity:100.00 %, hitEff: 98.94 %, hitEffFirst3: 99.07 %, hitEffLast: 99.31 % -VeloFullMCCheck INFO 11_notElectron_Long_FromB_Eta25 p<5GeV : 11 from 12 [ 91.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.48 %, hitEffFirst3: 93.94 %, hitEffLast: 89.61 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 34 from 35 [ 97.14 %] 1 clones [ 2.86 %], purity:100.00 %, hitEff: 98.94 %, hitEffFirst3: 99.05 %, hitEffLast: 98.88 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 29 from 29 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.65 %, hitEffFirst3: 98.85 %, hitEffLast: 97.42 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 22 from 22 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.12 %, hitEffFirst3: 98.48 %, hitEffLast: 98.76 % -VeloFullMCCheck INFO 15_notElectron_Long_FromD_Eta25 p<5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.19 %, hitEffFirst3:100.00 %, hitEffLast: 93.20 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 19 from 19 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.35 %, hitEffFirst3:100.00 %, hitEffLast: 97.81 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 57 from 58 [ 98.28 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 97.52 %, hitEffFirst3: 98.83 %, hitEffLast: 95.79 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 25 from 25 [100.00 %] 0 clones [ 0.00 %], purity: 99.43 %, hitEff: 98.31 %, hitEffFirst3:100.00 %, hitEffLast: 97.17 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 32 from 33 [ 96.97 %] 0 clones [ 0.00 %], purity: 98.98 %, hitEff: 96.90 %, hitEffFirst3: 97.92 %, hitEffLast: 94.76 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 22 from 22 [100.00 %] 0 clones [ 0.00 %], purity: 99.35 %, hitEff: 97.17 %, hitEffFirst3: 96.97 %, hitEffLast: 97.75 % -VeloFullMCCheck INFO 21_Electron_Velo : 418 from 592 [ 70.61 %] 21 clones [ 4.78 %], purity: 97.95 %, hitEff: 87.56 %, hitEffFirst3: 84.66 %, hitEffLast: 87.83 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 335 from 466 [ 71.89 %] 19 clones [ 5.37 %], purity: 97.87 %, hitEff: 86.35 %, hitEffFirst3: 82.11 %, hitEffLast: 88.33 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 83 from 126 [ 65.87 %] 2 clones [ 2.35 %], purity: 98.31 %, hitEff: 92.58 %, hitEffFirst3: 95.29 %, hitEffLast: 85.64 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 324 from 412 [ 78.64 %] 19 clones [ 5.54 %], purity: 97.99 %, hitEff: 86.09 %, hitEffFirst3: 81.83 %, hitEffLast: 88.18 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 94 from 96 [ 97.92 %] 1 clones [ 1.05 %], purity: 97.83 %, hitEff: 95.99 %, hitEffFirst3: 92.63 %, hitEffLast: 96.94 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 50 from 51 [ 98.04 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 95.82 %, hitEffFirst3: 94.00 %, hitEffLast: 94.67 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 44 from 45 [ 97.78 %] 1 clones [ 2.22 %], purity: 97.74 %, hitEff: 96.18 %, hitEffFirst3: 91.11 %, hitEffLast: 99.32 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 15 from 15 [100.00 %] 1 clones [ 6.25 %], purity: 97.40 %, hitEff: 97.40 %, hitEffFirst3: 97.92 %, hitEffLast: 98.29 % -VeloFullMCCheck INFO 29_Electron_Long_FromB_Eta25 : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloFullMCCheck INFO 30_Electron_Long_FromB_Eta25 p>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloFullMCCheck INFO 32_Electron_Long_FromB_Eta25 p>3GeV pt>400MeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast: -1.00 % -VeloFullMCCheck INFO 33_Electron_Long_FromD_Eta25 : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 34_Electron_Long_FromD_Eta25 p>5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 35_Electron_Long_FromD_Eta25 p<5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 36_Electron_Long_FromD_Eta25 p>3GeV pt>400MeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = 0.033 +/- 0.053, RMS = 1.165 +/- 0.046 -TrackResChecker... INFO ALL/y pull : mean = 0.027 +/- 0.050, RMS = 1.105 +/- 0.034 -TrackResChecker... INFO ALL/tx pull : mean = -0.009 +/- 0.055, RMS = 1.221 +/- 0.051 -TrackResChecker... INFO ALL/ty pull : mean = -0.020 +/- 0.051, RMS = 1.138 +/- 0.039 -TrackResChecker... INFO ALL/p pull : mean = -0.186 +/- 0.061, RMS = 1.331 +/- 0.044 -TrackResChecker... INFO ALL/probChi2 : mean = 0.424 +/- 0.014, RMS = 0.313 +/- 0.006 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 43.356 +/- 4.013 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 46.097 +/- 4.800 micron -TrackResChecker... INFO ALL/dp/p: mean = -0.0002 +/- 0.0003, RMS = 0.0061 +/- 0.0006 -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 57 from 62 ( 75-13 ) [ 91.94 %], false 1 from reco. 58 ( 57+1 ) [ 1.72 %] -PVChecker INFO 01 isolated : 34 from 36 ( 42-6 ) [ 94.44 %], false 0 from reco. 34 ( 34+0 ) [ 0.00 %] -PVChecker INFO 02 close : 23 from 26 ( 33-7 ) [ 88.46 %], false 1 from reco. 24 ( 23+1 ) [ 4.17 %] -PVChecker INFO 03 ntracks<10 : 0 from 2 ( 2-0 ) [ 0.00 %], false 1 from reco. 1 ( 0+1 ) [ 100.00 %] -PVChecker INFO 04 ntracks>=10 : 57 from 60 ( 60-0 ) [ 95.00 %], false 0 from reco. 57 ( 57+0 ) [ 0.00 %] -PVChecker INFO 05 z<-50.0 : 14 from 14 ( 17-3 ) [ 100.00 %], false 1 from reco. 15 ( 14+1 ) [ 6.67 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 23 from 28 ( 36-8 ) [ 82.14 %], false 0 from reco. 23 ( 23+0 ) [ 0.00 %] -PVChecker INFO 07 z >=50.0 : 20 from 20 ( 22-2 ) [ 100.00 %], false 0 from reco. 20 ( 20+0 ) [ 0.00 %] -PVChecker INFO 08 decayBeauty : 10 from 10 ( 10-0 ) [ 100.00 %], false 1 from reco. 11 ( 10+1 ) [ 9.09 %] -PVChecker INFO 09 decayCharm : 17 from 17 ( 17-0 ) [ 100.00 %], false 1 from reco. 18 ( 17+1 ) [ 5.56 %] -PVChecker INFO 10 decayStrange : 57 from 62 ( 65-3 ) [ 91.94 %], false 1 from reco. 58 ( 57+1 ) [ 1.72 %] -PVChecker INFO 11 other : 0 from 0 ( 10-10 ) [ -100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 12 1MCPV : 10 from 10 ( 10-0 ) [ 100.00 %], false 0 from reco. 10 ( 10+0 ) [ 0.00 %] -PVChecker INFO 13 2MCPV : 10 from 10 ( 10-0 ) [ 100.00 %], false 0 from reco. 10 ( 10+0 ) [ 0.00 %] -PVChecker INFO 14 3MCPV : 10 from 10 ( 10-0 ) [ 100.00 %], false 0 from reco. 10 ( 10+0 ) [ 0.00 %] -PVChecker INFO 15 4MCPV : 8 from 9 ( 10-1 ) [ 88.89 %], false 1 from reco. 9 ( 8+1 ) [ 11.11 %] -PVChecker INFO 16 5MCPV : 8 from 8 ( 10-2 ) [ 100.00 %], false 0 from reco. 8 ( 8+0 ) [ 0.00 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 48.75 [MC: 50.98] -PVChecker INFO 01 isolated : av. PV tracks: 47.56 [MC: 51.17] -PVChecker INFO 02 close : av. PV tracks: 50.52 [MC: 50.73] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 0.00 [MC: 4.50] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 48.75 [MC: 52.53] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 52.43 [MC: 56.71] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 55.17 [MC: 51.79] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 38.80 [MC: 45.85] -PVChecker INFO 08 decayBeauty : av. PV tracks: 78.00 [MC: 78.30] -PVChecker INFO 09 decayCharm : av. PV tracks: 73.53 [MC: 75.12] -PVChecker INFO 10 decayStrange : av. PV tracks: 48.75 [MC: 50.98] -PVChecker INFO 11 other : av. PV tracks: 0.00 [MC: 0.00] -PVChecker INFO 12 1MCPV : av. PV tracks: 100.50 [MC: 105.50] -PVChecker INFO 13 2MCPV : av. PV tracks: 69.90 [MC: 76.60] -PVChecker INFO 14 3MCPV : av. PV tracks: 44.10 [MC: 53.30] -PVChecker INFO 15 4MCPV : av. PV tracks: 36.38 [MC: 39.78] -PVChecker INFO 16 5MCPV : av. PV tracks: 21.75 [MC: 24.38] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.010, y: +0.013, z: +0.076 -PVChecker INFO 2_res_ntracks<10 : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.013, y: +0.020, z: +0.099 -PVChecker INFO 4_res_ntracks>30 : x: +0.007, y: +0.005, z: +0.045 -PVChecker INFO 5_res_z<-50 : x: +0.010, y: +0.012, z: +0.084 -PVChecker INFO 6_res_z(-50,50) : x: +0.007, y: +0.011, z: +0.082 -PVChecker INFO 7_res_z>50 : x: +0.012, y: +0.014, z: +0.056 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +0.981, y: +1.020, z: +1.180 -PVChecker INFO 1_pull_mean_all : x: +0.100, y: -0.257, z: +0.294 -PVChecker INFO -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO MuonID Rates for Downstream Tracks -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuonLoose = 1.0 : 30.061 +- 3.591 -MuonPIDCheckerDown INFO IsMuoLoose MuonProb < 0.9 : 9.202 +- 2.264 -MuonPIDCheckerDown INFO IsMuoLoose DLL > 1.4 : 6.135 +- 1.880 -MuonPIDCheckerDown INFO IsMuonLoose NShared < 1.0 : 5.521 +- 1.789 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuon = 1.0 : 20.859 +- 3.182 -MuonPIDCheckerDown INFO IsMuon MuonProb < 0.9 : 7.362 +- 2.045 -MuonPIDCheckerDown INFO IsMuon DLL > 1.4 : 4.908 +- 1.692 -MuonPIDCheckerDown INFO IsMuon NShared < 1.0 : 3.067 +- 1.351 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Total Number of Tracks analysed: 236 -MuonPIDCheckerDown INFO Total Number of PreSelected Tracks: 163 -MuonPIDCheckerDown INFO Total Number of IsMuonLoose Candidates: 49 -MuonPIDCheckerDown INFO Total Number of IsMuon Candidates: 34 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO MuonID Rates for Long Tracks -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuonLoose = 1.0 : 28.689 +- 1.448 -MuonPIDCheckerLong INFO IsMuoLoose MuonProb < 0.9 : 7.275 +- 0.831 -MuonPIDCheckerLong INFO IsMuoLoose DLL > 1.4 : 3.996 +- 0.627 -MuonPIDCheckerLong INFO IsMuonLoose NShared < 1.0 : 4.406 +- 0.657 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuon = 1.0 : 20.082 +- 1.282 -MuonPIDCheckerLong INFO IsMuon MuonProb < 0.9 : 6.250 +- 0.775 -MuonPIDCheckerLong INFO IsMuon DLL > 1.4 : 2.869 +- 0.534 -MuonPIDCheckerLong INFO IsMuon NShared < 1.0 : 2.766 +- 0.525 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Total Number of Tracks analysed: 1222 -MuonPIDCheckerLong INFO Total Number of PreSelected Tracks: 976 -MuonPIDCheckerLong INFO Total Number of IsMuonLoose Candidates: 280 -MuonPIDCheckerLong INFO Total Number of IsMuon Candidates: 196 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -GenFSRMerge INFO ========== Merging GenFSR ========== -DstWriter INFO Events output: 10 -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 4 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 25 - | Logical Volume | | # mean RMS min max | - | LHCb/lvLHCb | mm | 2 180.57997 170.12708 10.452892 350.707 | - | LHCb/lvLHCb | X0 | 2 0.55336218 0.52375752 0.029604661 1.07711 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | mm | 2 0.14338108 0.00050182458 0.14287925 0.14388 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | X0 | 2 0 0 0 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | mm | 1 0.38231594 0 0.38231594 0.382315 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | X0 | 1 0.00051306764 3.3353808e-12 0.00051306764 0.000513067 | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 4849 | 4344 |( 89.58548 +- 0.4386441)% | - | "MC particles per track" | 4344 | 4501 | 1.0361 | -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 1293 | 129.30 | -BremChi22IDFuture INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2562 | 256.20 | 83.179 | 108.00 | 385.00 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -BremMatchFuture INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 215368 | 21537.0 | 11825.0 | 4586.0 | 40412.0 | - | "#chi2" | 61181 |2.673423e+08 | 4369.7 | 2864.1 | 0.65620 | 10000.0 | - | "#good tracks" | 10 | 1771 | 177.10 | 64.544 | 76.000 | 292.00 | - | "#links in table" | 10 | 61181 | 6118.1 | 3184.4 | 1646.0 | 12370.0 | - | "#total calos" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -BremMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/BremMatch" | 10 | 61181 | 6118.1 | 3184.4 | 1646.0 | 12370.0 | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -BremPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 2562 | 256.20 | 83.179 | 108.00 | 385.00 | -BrunelInit.Brun... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -CaloClusterMCTruth INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CC2MC links" | 10 | 59200 | 5920.0 | - |*"No MC information for the cluster is found" | 2414 | 5 |(0.2071251 +- 0.09253318)% | -CaloDigit2MCLin... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CD2MC links" | 10 | 179174 | 17917.0 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 10 | 43428 | 4342.8 | - | "#links/hypo" | 1484 | 43428 | 29.264 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 10 | 3809 | 380.90 | - | "#links/hypo" | 112 | 3809 | 34.009 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 10 | 31494 | 3149.4 | - | "#links/hypo" | 1453 | 31494 | 21.675 | -ChargedProtoPMaker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Track/Best ==> Rec/ProtoP/Charged" | 10 | 1603 | 160.30 | 50.016 | 81.000 | 229.00 | -ClassifyPhotonE... INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Electron Delta(E)" | 1484 | 317388.5 | 213.87 | 257.91 | -906.74 | 4556.0 | - | "Electron Delta(X)" | 1484 | -376.0164 | -0.25338 | 11.668 | -22.781 | 22.326 | - | "Electron Delta(Y)" | 1484 | -839.3954 | -0.56563 | 11.516 | -22.781 | 22.325 | - | "Electron Delta(Z)" | 1484 | 100296.5 | 67.585 | 13.369 | 29.382 | 107.52 | - | "Electron corrected energy" | 1484 |1.108014e+07 | 7466.4 | 8164.0 | 423.63 | 92749.0 | - | "Photon Delta(E)" | 1453 | -8262.903 | -5.6868 | 151.32 | -1230.0 | 1414.5 | - | "Photon Delta(X)" | 1453 | -463.1436 | -0.31875 | 12.751 | -22.781 | 22.326 | - | "Photon Delta(Y)" | 1453 | -736.7816 | -0.50708 | 12.448 | -22.781 | 22.326 | - | "Photon Delta(Z)" | 1453 | 87038.88 | 59.903 | 12.606 | 26.451 | 100.85 | - | "Photon corrected energy" | 1453 | 6291242 | 4329.8 | 6413.6 | 179.37 | 60862.0 | - | "electronHypos" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | - | "photonHypos" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 464 | 462.5945 | 0.99697 | 0.019716 | 0.96530 | 1.0690 | - | "<alpha> Middle" | 476 | 479.127 | 1.0066 | 0.018846 | 0.97720 | 1.0868 | - | "<alpha> Outer" | 544 | 544.036 | 1.0001 | 0.014500 | 0.97380 | 1.0431 | - | "Pileup offset" | 1484 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 1484 | 1484 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 365 | 363.1511 | 0.99493 | 0.019594 | 0.96530 | 1.0690 | - | "<alpha> Middle" | 354 | 355.435 | 1.0041 | 0.018631 | 0.97720 | 1.0702 | - | "<alpha> Outer" | 734 | 731.4462 | 0.99652 | 0.015435 | 0.97356 | 1.0533 | - | "Pileup offset" | 1453 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 1453 | 1453 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 3936 | 393.60 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 10 | 3936 | 393.60 | -DownstreamAssoc... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1364 | 971 |( 71.18768 +- 1.226265)% | - | "MC particles per track" | 971 | 971 | 1.0000 | -EcalClusterMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/EcalClusters" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | -EcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 10 | 26158 | 2615.8 | 662.03 | 1502.0 | 3540.0 | -EcalEFlowMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 10 | 26039 | 2603.9 | 656.50 | 1504.0 | 3527.0 | -EcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 1729 | 172.90 | 60.224 | 85.000 | 257.00 | - | "#total energy" | 1729 | 5818.764 | 3.3654 | 3.8488 | -0.039452 | 54.842 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -EcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 2073 | 207.30 | 69.214 | 95.000 | 299.00 | -EcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 1729 | 172.90 | 60.224 | 85.000 | 257.00 | -ElectronMatchFu... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 259610 | 25961.0 | 16260.0 | 5668.0 | 48827.0 | - | "#chi2" | 26102 |1.180986e+08 | 4524.5 | 2907.8 | 0.28970 | 9999.8 | - | "#good tracks" | 10 | 1729 | 172.90 | 60.224 | 85.000 | 257.00 | - | "#links in table" | 10 | 26102 | 2610.2 | 1391.4 | 792.00 | 4543.0 | - | "#total calos" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | -ElectronMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ElectronMatch" | 10 | 26102 | 2610.2 | 1391.4 | 792.00 | 4543.0 | - | "Monitor /Event/Rec/Calo/Electrons" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | -ElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Electrons" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | -EtaMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 462 | 46.200 | 37.371 | 0.0000 | 117.00 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 526 | 52.600 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 208 | 20.800 | 6.7794 | 12.000 | 34.000 | - | "#seeds" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 236 | 23.600 | 7.0029 | 14.000 | 37.000 | - | "#seeds" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 1125 | 112.50 | 35.345 | 58.000 | 164.00 | - | "#seeds" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 1222 | 122.20 | 40.877 | 58.000 | 177.00 | - | "#seeds" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -FilterForBestMC... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | - | "#seeds" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -ForwardBestAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1293 | 977 |( 75.56071 +- 1.195069)% | - | "MC particles per track" | 977 | 1125 | 1.1515 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 526 | 499 |( 94.86692 +- 0.9621738)% | - | "MC particles per track" | 499 | 584 | 1.1703 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 526 | 499 |( 94.86692 +- 0.9621738)% | - | "MC particles per track" | 499 | 584 | 1.1703 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 526 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 526 | 77 | 0.14639 | 0.35349 | 0.0000 | 1.0000 | - | "chisqprobSum" | 526 | 211.5202 | 0.40213 | 0.31884 | 0.0000 | 0.99979 | - | "flipCharge" | 526 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 10 | 526 | 52.600 | 18.634 | 32.000 | 87.000 | - | "nTracks" | 10 | 526 | 52.600 | 18.634 | 32.000 | 87.000 | - | "numOutliers" | 526 | 448 | 0.85171 | 0.89191 | 0.0000 | 4.0000 | -FutureClusChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2073 | 207.30 | 69.214 | 95.000 | 299.00 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -FutureClusterMatch INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 341378 | 34138.0 | 18264.0 | 9553.0 | 58036.0 | - | "#chi2" | 111150 |5.167311e+07 | 464.90 | 288.32 | 0.00037910 | 999.99 | - | "#good tracks" | 10 | 1729 | 172.90 | 60.224 | 85.000 | 257.00 | - | "#links in table" | 10 | 111150 | 11115.0 | 6582.5 | 2177.0 | 21437.0 | - | "#total calos" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | -FutureEcalChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2073 | 207.30 | 69.214 | 95.000 | 299.00 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -FutureEcalClust INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusterization passes" | 10 | 41 | 4.1000 | 0.53852 | 3.0000 | 5.0000 | - | "# clusters" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | - | "Cluster energy" | 2414 |1.414089e+07 | 5857.9 | 7510.0 | 176.60 | 92190.0 | - | "Cluster size" | 2414 | 31299 | 12.966 | 3.8803 | 6.0000 | 39.000 | -FutureEcalCovar INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusters" | 2414 | -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -FutureEcalCovar... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 140 | 765 | 5.4643 | 2.1528 | 2.0000 | 12.000 | - | "Corrected Clusters: ET" | 140 | 40705.01 | 290.75 | 283.82 | 51.800 | 1423.6 | - | "Corrected Clusters: size ratio" | 140 | 49.42346 | 0.35302 | 0.22898 | 0.0000 | 1.3367 | -FutureEcalShare INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(E)" | 3515 | -105010.8 | -29.875 | 1132.0 | -23000.0 | 15091.0 | - | "Delta(X)" | 3515 | 47.8224 | 0.013605 | 5.3005 | -60.274 | 44.530 | - | "Delta(Y)" | 3515 | 172.8736 | 0.049182 | 5.0644 | -44.248 | 42.545 | - | "Delta(Z)" | 3515 |0.002929688 | 8.3348e-07 | 0.00067814 | -0.00097656 | 0.00097656 | - | "negative E clusters (removed)" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -FutureEcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 10 | 0 |( 0.000000 +- 0.000000)% | -FutureHcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 10 | 0 |( 0.000000 +- 0.000000)% | -FutureNeutralPr... INFO Number of counters : 41 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "CaloClusterCode for Photon" | 1453 | -2356 | -1.6215 | 89.900 | -98.000 | 98.000 | - | "CaloClusterCode for PhotonFromMergedPi0" | 224 | 19274 | 86.045 | 13.604 | 41.000 | 98.000 | - | "CaloClusterCode for Pi0Merged" | 112 | -2126 | -18.982 | 89.147 | -98.000 | 98.000 | - | "CaloClusterFrac for Photon" | 1293 | 1297.422 | 1.0034 | 0.052610 | 0.73877 | 1.2972 | - | "CaloClusterFrac for PhotonFromMergedPi0" | 224 | 120.9267 | 0.53985 | 0.19605 | 0.090931 | 0.92533 | - | "CaloClusterFrac for Pi0Merged" | 107 | 106.5929 | 0.99620 | 0.017452 | 0.85032 | 1.0058 | - | "CaloNeutralE19 for Photon" | 1453 | 843.9993 | 0.58087 | 0.18834 | 0.20374 | 1.3313 | - | "CaloNeutralE19 for PhotonFromMergedPi0" | 224 | 149.2766 | 0.66641 | 0.19801 | 0.23145 | 1.7127 | - | "CaloNeutralE19 for Pi0Merged" | 112 | 52.48827 | 0.46865 | 0.14152 | 0.22202 | 0.84971 | - | "CaloNeutralE49 for Photon" | 1453 | 1287.218 | 0.88590 | 0.096093 | 0.57935 | 1.3808 | - | "CaloNeutralE49 for PhotonFromMergedPi0" | 224 | 200.4213 | 0.89474 | 0.075907 | 0.60024 | 1.0000 | - | "CaloNeutralE49 for Pi0Merged" | 112 | 95.51061 | 0.85277 | 0.097310 | 0.62407 | 0.99475 | - | "CaloNeutralEcal for Photon" | 1453 | 6299505 | 4335.5 | 6409.6 | 178.95 | 60921.0 | - | "CaloNeutralEcal for PhotonFromMergedPi0" | 224 | 2228283 | 9947.7 | 9265.2 | 657.61 | 74811.0 | - | "CaloNeutralEcal for Pi0Merged" | 112 | 2122522 | 18951.0 | 15004.0 | 5353.3 | 92187.0 | - | "CaloNeutralHcal2Ecal for Photon" | 1453 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for PhotonFromMergedPi0" | 224 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for Pi0Merged" | 112 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralID for Photon" | 1453 |5.498457e+07 | 37842.0 | 3523.2 | 33160.0 | 44148.0 | - | "CaloNeutralID for PhotonFromMergedPi0" | 224 | 8332490 | 37199.0 | 2909.7 | 33297.0 | 43622.0 | - | "CaloNeutralID for Pi0Merged" | 112 | 4166497 | 37201.0 | 2907.8 | 33360.0 | 43622.0 | - | "CaloTrMatch for Photon" | 1402 | 149863.6 | 106.89 | 157.95 | 4.0214 | 978.67 | - | "CaloTrMatch for PhotonFromMergedPi0" | 224 | 2291.946 | 10.232 | 39.148 | 0.0043355 | 282.42 | - | "CaloTrMatch for Pi0Merged" | 112 | 1145.973 | 10.232 | 39.148 | 0.0043355 | 282.42 | - | "ClusterAsX for Photon" | 1453 | -5.493545 | -0.0037808 | 0.20009 | -0.69821 | 0.57183 | - | "ClusterAsX for PhotonFromMergedPi0" | 224 | 1.635679 | 0.0073021 | 0.23457 | -0.67383 | 0.82838 | - | "ClusterAsY for Photon" | 1453 | -2.504668 | -0.0017238 | 0.20576 | -0.60684 | 0.61597 | - | "ClusterAsY for PhotonFromMergedPi0" | 224 | 0.2307455 | 0.0010301 | 0.20714 | -0.76534 | 0.68799 | - | "IsNotH for Photon" | 1453 | 498.0393 | 0.34277 | 0.36063 | -1.0000 | 0.98892 | - | "IsNotH for Pi0Merged" | 112 | 25.10729 | 0.22417 | 0.28546 | 0.00027909 | 0.96642 | - | "IsPhoton for Photon" | 1453 | 1449.925 | 0.99788 | 0.042850 | 0.017310 | 1.0000 | - | "IsPhoton for Pi0Merged" | 112 | 73.13441 | 0.65299 | 0.44060 | 4.5783e-06 | 1.0000 | - | "IsPhotonXGB for Photon" | 1453 | 1450.664 | 0.99839 | 0.035344 | 0.069705 | 1.0000 | - | "IsPhotonXGB for Pi0Merged" | 112 | 90.01093 | 0.80367 | 0.30774 | 0.0075500 | 1.0000 | - | "Neutral Protos" | 10 | 1789 | 178.90 | 51.355 | 88.000 | 253.00 | - | "Neutral Protos from MergedPi0s" | 10 | 112 | 11.200 | 6.2738 | 2.0000 | 22.000 | - | "Neutral Protos from Photons" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | - | "Neutral Protos from SplitPhotons" | 10 | 224 | 22.400 | 12.548 | 4.0000 | 44.000 | - | "ShowerShape for Photon" | 1453 | 7943582 | 5467.0 | 5332.7 | 284.80 | 59727.0 | - | "ShowerShape for PhotonFromMergedPi0" | 224 | 955790.5 | 4266.9 | 3464.5 | 272.99 | 16655.0 | - | "ShowerShape for Pi0Merged" | 112 | 1127469 | 10067.0 | 8957.1 | 508.00 | 42342.0 | -HcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Hcal/Digits" | 10 | 4898 | 489.80 | 100.36 | 363.00 | 676.00 | -HcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 1632 | 163.20 | 57.119 | 76.000 | 246.00 | - | "#total energy" | 1632 | 12528.99 | 7.6771 | 12.185 | 0.0000 | 107.62 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -HcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 1632 | 163.20 | 57.119 | 76.000 | 246.00 | -HcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 1632 | 163.20 | 57.119 | 76.000 | 246.00 | -InBREMFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2798 | 279.80 | 88.376 | 122.00 | 412.00 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | - | "#tracks in acceptance" | 10 | 1939 | 193.90 | 67.849 | 86.000 | 312.00 | -InECALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2073 | 207.30 | 69.214 | 95.000 | 299.00 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | - | "#tracks in acceptance" | 10 | 1729 | 172.90 | 60.224 | 85.000 | 257.00 | -InHCALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2073 | 207.30 | 69.214 | 95.000 | 299.00 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | - | "#tracks in acceptance" | 10 | 1632 | 163.20 | 57.119 | 76.000 | 246.00 | -MCRichDigitSumm... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 10 | 89008 | 8900.8 | 2656.4 | 3886.0 | 13255.0 | -MatchAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1327 | 1021 |( 76.94047 +- 1.156291)% | - | "MC particles per track" | 1021 | 1179 | 1.1548 | -MergedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/MergedPi0s" | 10 | 112 | 11.200 | 6.2738 | 2.0000 | 22.000 | -MergedPi0RecFuture INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Cluster without 2nd seed found" | 112 | 0 |( 0.000000 +- 0.000000)% | - | "Corrected energy" | 224 | 2222085 | 9920.0 | 9213.0 | 658.41 | 73930.0 | - |*"Fails to set covariance" | 10 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to set spread" | 10 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (1)" | 112 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (2)" | 112 | 0 |( 0.000000 +- 0.000000)% | - | "Photon Delta(E)" | 224 | -6198.476 | -27.672 | 242.54 | -1329.9 | 960.27 | - | "Photon Delta(X)" | 224 | -176.0478 | -0.78593 | 13.389 | -31.566 | 22.326 | - | "Photon Delta(Y)" | 224 | -130.1719 | -0.58112 | 13.308 | -22.755 | 24.575 | - | "Photon Delta(Z)" | 224 | 17740.51 | 79.199 | 9.8341 | 41.803 | 100.37 | - | "clusters => mergedPi0s" | 10 | 112 | 11.200 | - | "clusters => splitClusters" | 10 | 224 | 22.400 | -MergedPi0RecFut... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 32 | 31.87061 | 0.99596 | 0.020986 | 0.96497 | 1.0507 | - | "<alpha> Middle" | 74 | 73.92213 | 0.99895 | 0.017261 | 0.97849 | 1.0613 | - | "<alpha> Outer" | 118 | 118.0917 | 1.0008 | 0.019640 | 0.97544 | 1.0822 | - | "Pileup offset" | 224 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 224 | 224 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -MergedPi0RecFut... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 23 | 134 | 5.8261 | 1.4035 | 4.0000 | 9.0000 | - | "Corrected Clusters: ET" | 23 | 18448.4 | 802.10 | 391.92 | 179.20 | 1597.0 | - | "Corrected Clusters: size ratio" | 23 | 11.01248 | 0.47880 | 0.31841 | 0.12468 | 1.4652 | -MuonIDAlgLite INFO Number of counters : 9 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "muonMVA2Stat" | 230 | -116.8411 | -0.50800 | 1.0667 | -2.5306 | 4.1144 | - | "nGoodOffline" | 1458 | - | "nInAcceptance" | 1186 | - | "nIsMuon" | 230 | - | "nIsMuonLoose" | 329 | - | "nIsMuonTight" | 85 | - | "nMomentumCut" | 1245 | - | "nMuonPIDs" | 1186 | - | "nPreSelTrack" | 1139 | -MuonProcStatus INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "readoutStatus : create a procStatus" | 10 | -MuonROFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Accepted events" | 10 | 10 |( 100.0000 +- 0.000000)% | -MuonTrackFitter INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 329 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 297 | 163 | 0.54882 | 0.49761 | 0.0000 | 1.0000 | - | "chisqprobSum" | 297 | 55.97998 | 0.18848 | 0.29306 | 0.0000 | 0.99960 | - | "flipCharge" | 329 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 10 | 329 | 32.900 | 22.425 | 12.000 | 80.000 | - | "nTracks" | 10 | 329 | 32.900 | 22.425 | 12.000 | 80.000 | - | "numOutliers" | 329 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -PackMuonPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 10 | 1186 | 118.60 | 38.365 | 63.000 | 170.00 | -PackMuonTracks INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 10 | 329 | 32.900 | 22.425 | 12.000 | 80.000 | -PackRichPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 10 | 1488 | 148.80 | 46.600 | 76.000 | 220.00 | -PackTrack INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 10 | 58 | 5.8000 | -PhotonMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Clusters" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | - | "RelationsTable" | 10 | 111150 | 11115.0 | 6582.5 | 2177.0 | 21437.0 | -PhotonMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 10 | 2409 | 240.90 | - | "Created long tracks" | 10 | 1293 | 129.30 | - | "Input tracks" | 10 | 2497 | 249.70 | - | "Number of candidate bins per track" | 2409 | 74631 | 30.980 | 19.742 | 0.0000 | 90.000 | - | "Number of complete candidates/track 1st Loop" | 2387 | 1393 | 0.58358 | 0.70252 | 0.0000 | 4.0000 | - | "Number of complete candidates/track 2nd Loop" | 1425 | 153 | 0.10737 | 0.34598 | 0.0000 | 3.0000 | - | "Number of x candidates per track 1st Loop" | 2387 | 7345 | 3.0771 | 2.6921 | - | "Number of x candidates per track 2nd Loop" | 1425 | 15523 | 10.893 | 8.5336 | - | "Percentage second loop execution" | 2387 | 1425 | 0.59698 | - | "Removed duplicates" | 10 | 80 | 8.0000 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 1134 | 4519 | 3.9850 | - | "#tracks with hits added" | 1134 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 10 | 738 | 73.800 | - | "Created long tracks" | 10 | 526 | 52.600 | - | "Input tracks" | 10 | 741 | 74.100 | - | "Number of candidate bins per track" | 738 | 13333 | 18.066 | 12.547 | 0.0000 | 61.000 | - | "Number of complete candidates/track 1st Loop" | 732 | 517 | 0.70628 | 0.50927 | 0.0000 | 3.0000 | - | "Number of complete candidates/track 2nd Loop" | 292 | 27 | 0.092466 | 0.28968 | 0.0000 | 1.0000 | - | "Number of x candidates per track 1st Loop" | 732 | 1480 | 2.0219 | 1.6823 | - | "Number of x candidates per track 2nd Loop" | 292 | 2309 | 7.9075 | 6.3861 | - | "Percentage second loop execution" | 732 | 292 | 0.39891 | - | "Removed duplicates" | 10 | 3 | 0.30000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 10 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 116378 | 0 | 0.0000 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 10 | 1364 | 136.40 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 4505 | 26501.61 | 5.8827 | - | "#MatchingTracks" | 10 | 1327 | 132.70 | - | "TracksMLP" | 4505 | 1359.336 | 0.30174 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 1175 | 4686 | 3.9881 | - | "#tracks with hits added" | 1175 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 10 | 1800 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 10 | 1800 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 10 | 2497 | 249.70 | - | "#tracks" | 10 | 741 | 74.100 | -PrepareMuonHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Impossible MuonTileID" | 3795 | 0 |( 0.000000 +- 0.000000)% | -ProtoElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/ProtoP/Charged" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -ResolvedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 88 | 8.8000 | 6.5391 | 2.0000 | 21.000 | -RichDLLsDown INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 10 | 200 | 20.000 | 6.1968 | 11.000 | 30.000 | - |*"Used RICH1 and RICH2" | 200 | 50 |( 25.00000 +- 3.061862)% | - |*"Used RICH1 only" | 200 | 124 |( 62.00000 +- 3.432200)% | - |*"Used RICH2 only" | 200 | 26 |( 13.00000 +- 2.378024)% | -RichDLLsLong INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 10 | 1159 | 115.90 | 38.552 | 56.000 | 170.00 | - |*"Used RICH1 and RICH2" | 1159 | 420 |( 36.23814 +- 1.411958)% | - |*"Used RICH1 only" | 1159 | 548 |( 47.28214 +- 1.466512)% | - |*"Used RICH2 only" | 1159 | 191 |( 16.47972 +- 1.089756)% | -RichDLLsUp INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 10 | 129 | 12.900 | 5.2048 | 4.0000 | 24.000 | - |*"Used RICH1 and RICH2" | 129 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 129 | 129 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 129 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonDown1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 9 | 9 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 4 | 4 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 37 | 37 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 37 | 22 |( 59.45946 +- 8.071502)% | - |*"Used RICH1 only" | 37 | 3 |( 8.108108 +- 4.487428)% | - |*"Used RICH2 only" | 37 | 12 |( 32.43243 +- 7.695876)% | -RichPIDMonDown2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 20 | 20 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 187 | 151 |( 80.74866 +- 2.883217)% | - |*"Used RICH1 and RICH2" | 151 | 28 |( 18.54305 +- 3.162759)% | - |*"Used RICH1 only" | 151 | 111 |( 73.50993 +- 3.591088)% | - |*"Used RICH2 only" | 151 | 12 |( 7.947020 +- 2.201064)% | -RichPIDMonDown2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 29 | 29 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 4 | 4 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 225 | 189 |( 84.00000 +- 2.444040)% | - |*"Used RICH1 and RICH2" | 189 | 50 |( 26.45503 +- 3.208483)% | - |*"Used RICH1 only" | 189 | 114 |( 60.31746 +- 3.558692)% | - |*"Used RICH2 only" | 189 | 25 |( 13.22751 +- 2.464332)% | -RichPIDMonDown7... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 1 | 1 |( 100.0000 +- 0.000000)% | -RichPIDMonLong1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 52 | 51 |( 98.07692 +- 1.904496)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 224 | 217 |( 96.87500 +- 1.162537)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 11 | 9 |( 81.81818 +- 11.62913)% | - |*"Track ID rate" | 386 | 385 |( 99.74093 +- 0.2587316)% | - |*"Used RICH1 and RICH2" | 385 | 235 |( 61.03896 +- 2.485355)% | - |*"Used RICH1 only" | 385 | 11 |( 2.857143 +- 0.8490652)% | - |*"Used RICH2 only" | 385 | 139 |( 36.10390 +- 2.447845)% | -RichPIDMonLong2... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 324 | 323 |( 99.69136 +- 0.3081653)% | - |*"Track ID rate" | 795 | 734 |( 92.32704 +- 0.9439788)% | - |*"Used RICH1 and RICH2" | 734 | 180 |( 24.52316 +- 1.587987)% | - |*"Used RICH1 only" | 734 | 509 |( 69.34605 +- 1.701790)% | - |*"Used RICH2 only" | 734 | 45 |( 6.130790 +- 0.8854658)% | -RichPIDMonLong2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 56 | 55 |( 98.21429 +- 1.769699)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 551 | 543 |( 98.54809 +- 0.5095860)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 11 | 9 |( 81.81818 +- 11.62913)% | - |*"Track ID rate" | 1186 | 1124 |( 94.77234 +- 0.6463265)% | - |*"Used RICH1 and RICH2" | 1124 | 417 |( 37.09964 +- 1.440882)% | - |*"Used RICH1 only" | 1124 | 520 |( 46.26335 +- 1.487204)% | - |*"Used RICH2 only" | 1124 | 187 |( 16.63701 +- 1.110813)% | -RichPIDMonLong7... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 3 | 3 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 5 | 2 |( 40.00000 +- 21.90890)% | - |*"Used RICH1 only" | 5 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 5 | 3 |( 60.00000 +- 21.90890)% | -RichPIDMonUp10to70 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 18 | 15 |( 83.33333 +- 8.784105)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 48 | 36 |( 75.00000 +- 6.250000)% | - |*"Used RICH1 and RICH2" | 36 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 36 | 36 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 36 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to10 INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 20 | 20 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 91 | 91 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 91 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 91 | 91 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 91 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to100 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 38 | 35 |( 92.10526 +- 4.374408)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 141 | 127 |( 90.07092 +- 2.518472)% | - |*"Used RICH1 and RICH2" | 127 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 127 | 127 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 127 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp70t... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 2 | 0 |( 0.000000 +- 0.000000)% | -RichRecoStatsDown INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 36978 | 3697.8 | 2115.6 | 975.00 | 6914.0 | - | "# Rich1Gas Segments" | 10 | 174 | 17.400 | 6.0531 | 10.000 | 26.000 | - | "# Rich2Gas Photons" | 10 | 4343 | 434.30 | 284.44 | 127.00 | 999.00 | - | "# Rich2Gas Segments" | 10 | 76 | 7.6000 | 3.5833 | 4.0000 | 15.000 | - | "# Selected Tracks" | 10 | 200 | 20.000 | 6.1968 | 11.000 | 30.000 | - |*"RICH selection efficiency" | 236 | 200 |( 84.74576 +- 2.340444)% | -RichRecoStatsLong INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 202233 | 20223.0 | 12243.0 | 5423.0 | 40594.0 | - | "# Rich1Gas Segments" | 10 | 968 | 96.800 | 35.835 | 49.000 | 150.00 | - | "# Rich2Gas Photons" | 10 | 46030 | 4603.0 | 2123.2 | 1181.0 | 8523.0 | - | "# Rich2Gas Segments" | 10 | 611 | 61.100 | 19.259 | 31.000 | 87.000 | - | "# Selected Tracks" | 10 | 1159 | 115.90 | 38.552 | 56.000 | 170.00 | - |*"RICH selection efficiency" | 1222 | 1159 |( 94.84452 +- 0.6325650)% | -RichRecoStatsUp INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 29927 | 2992.7 | 1857.3 | 955.00 | 6791.0 | - | "# Rich1Gas Segments" | 10 | 129 | 12.900 | 5.2048 | 4.0000 | 24.000 | - | "# Rich2Gas Photons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 10 | 129 | 12.900 | 5.2048 | 4.0000 | 24.000 | - |*"RICH selection efficiency" | 145 | 129 |( 88.96552 +- 2.601973)% | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 10 | 1894 | 189.40 | -SeedingAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1894 | 1731 |( 91.39388 +- 0.6444250)% | - | "MC particles per track" | 1731 | 1731 | 1.0000 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 203 | -ToolSvc.TrackFu... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 5 | -TrackBestTrackC... INFO Number of counters : 33 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 5570 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 453 | 244 |( 53.86313 +- 2.342183)% | - | "Downstream.chisqProbSum" | 453 | 64.73902 | 0.14291 | - |*"Downstream.flipCharge" | 453 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 453 | 452954.7 | 999.90 | - | "Downstream.numOutliers" | 453 | 535 | 1.1810 | - |*"FitFailed" | 5570 | 0 |( 0.000000 +- 0.000000)% | - | "FittedBefore" | 476 | - |*"Long.badChisq" | 1200 | 575 |( 47.91667 +- 1.442122)% | - | "Long.chisqProbSum" | 1200 | 238.9298 | 0.19911 | - |*"Long.flipCharge" | 1200 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 1200 | 1199880 | 999.90 | - | "Long.numOutliers" | 1200 | 1624 | 1.3533 | - |*"Ttrack.badChisq" | 615 | 17 |( 2.764228 +- 0.6610927)% | - | "Ttrack.chisqProbSum" | 615 | 217.1017 | 0.35301 | - |*"Ttrack.flipCharge" | 615 | 35 |( 5.691057 +- 0.9341903)% | - | "Ttrack.ghostProbability" | 615 | 614938.5 | 999.90 | - | "Ttrack.numOutliers" | 615 | 293 | 0.47642 | - |*"Upstream.badChisq" | 195 | 59 |( 30.25641 +- 3.289603)% | - | "Upstream.chisqProbSum" | 195 | 69.63449 | 0.35710 | - |*"Upstream.flipCharge" | 195 | 6 |( 3.076923 +- 1.236672)% | - | "Upstream.ghostProbability" | 195 | 194980.5 | 999.90 | - | "Upstream.numOutliers" | 195 | 188 | 0.96410 | - |*"Velo.badChisq" | 1195 | 265 |( 22.17573 +- 1.201746)% | - | "Velo.chisqProbSum" | 1195 | 434.3227 | 0.36345 | - |*"Velo.flipCharge" | 1195 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 1195 | 1194881 | 999.90 | - | "Velo.numOutliers" | 1195 | 1246 | 1.0427 | - |*"VeloBackward.badChisq" | 1436 | 80 |( 5.571031 +- 0.6052617)% | - | "VeloBackward.chisqProbSum" | 1436 | 720.9586 | 0.50206 | - |*"VeloBackward.flipCharge" | 1436 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 1436 | 1435856 | 999.90 | - | "VeloBackward.numOutliers" | 1436 | 518 | 0.36072 | -TrackDiMuonMonitor INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "numcombinations" | 10 | 3721 | 372.10 | - | "numnegtracks" | 10 | 150 | 15.000 | - | "numpostracks" | 10 | 179 | 17.900 | - | "numselected" | 10 | 0 | 0.0000 | -TrackMonitor INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream" | 10 | 236 | 23.600 | 7.0029 | 14.000 | 37.000 | - | "#Long" | 10 | 1222 | 122.20 | 40.877 | 58.000 | 177.00 | - | "#Tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | - | "#Ttrack" | 10 | 615 | 61.500 | 24.776 | 23.000 | 105.00 | - | "#Upstream" | 10 | 145 | 14.500 | 6.2330 | 4.0000 | 25.000 | - | "#Velo" | 10 | 1195 | 119.50 | 39.677 | 41.000 | 183.00 | - | "#VeloBackward" | 10 | 1436 | 143.60 | 44.423 | 81.000 | 203.00 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 1364 | 136.40 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 1327 | 132.70 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 741 | 674 |( 90.95816 +- 1.053513)% | - | "MC particles per track" | 674 | 674 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 10 | 30441 | 3044.1 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 3936 | 3890 |( 98.83130 +- 0.1713054)% | - | "MC particles per track" | 3890 | 3900 | 1.0026 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 10 | 30441 | 3044.1 | - | "Nb of Produced Tracks" | 10 | 3936 | 393.60 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 741 | 74.100 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 10 | 132.2 | 8.1216 | -1.3929 | 1.1845 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 10 | 1072.2 | 158.58 | -0.88074 | 0.38049 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 10 | 4783.6 | 1500.2 | 0.20474 | -0.68643 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 10722 | 4.4615 | 5.2352 | 2.1511 | 5.1427 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 10 | 0 | 0 | 0 | 0 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 10 | 998 | 140.47 | -1.2512 | 0.48955 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 10 | 2923.2 | 724.95 | -0.79438 | -0.26945 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 9980 | 2.9291 | 2.645 | 3.5518 | 30.728 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 33278 | 1.4375 | 1.3525 | 7.1709 | 86.962 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 24323 | 1.2018 | 0.89786 | 17.02 | 655.32 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 36 | 1.672 | 0.67552 | 0.17017 | -1.0079 | - | All/Rejected/CloneDist | "Track Clone Distance" | 36 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 36 | 0.19056 | 0.094879 | -0.54547 | -1.0854 | - | All/Rejected/P | "Track Momentum" | 36 | 4356.2 | 1350.9 | 1.0779 | 0.2958 | - | All/Rejected/Pt | "Track Transverse Momentum" | 36 | 115.1 | 49.31 | 2.4076 | 4.0736 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 200 | 1.4509 | 0.62165 | 0.36649 | -0.72847 | - | All/Selected/CloneDist | "Track Clone Distance" | 200 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 200 | 0.071831 | 0.10025 | 1.6133 | 1.5311 | - | All/Selected/P | "Track Momentum" | 200 | 7731.2 | 8710.6 | 4.116 | 23.336 | - | All/Selected/Pt | "Track Transverse Momentum" | 200 | 454.31 | 449.53 | 2.1735 | 5.2487 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 20 | 6.1968 | 0.093295 | -1.2821 | - | nTracks | "# Tracks / Event" | 10 | 23.6 | 7.0029 | 0.43944 | -0.87787 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 18793 | 0.00058554 | 0.0024407 | -0.11753 | -0.88085 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 2651 | 1.8235e-05 | 0.0020333 | -0.38331 | -0.37742 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 36969 | 0.00057923 | 0.0024454 | -0.11056 | -0.87851 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 5081 |-0.00015575 | 0.0021136 | -0.33155 | -0.47815 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 36969 | 3.1252 | 1.8015 | 0.016658 | -1.1647 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 36969 | 0.044629 | 0.0092009 | -1.2492 | 0.89376 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 18176 | 0.00057257 | 0.0024504 | -0.10323 | -0.87603 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 2430 |-0.00033752 | 0.0021797 | -0.26053 | -0.575 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 2070 | 0.00013898 | 0.001286 | -0.065371 | -0.99733 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 1507 | 0.00017907 | 0.0012554 | -0.065464 | -0.96939 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 2273 | 0.00022001 | 0.0012948 | -0.081502 | -1.047 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1599 | 0.0002798 | 0.0012749 | -0.10797 | -1.065 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 4343 | 0.00018158 | 0.0012912 | -0.073196 | -1.0228 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 3106 | 0.00023163 | 0.0012666 | -0.086183 | -1.0208 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 4343 | 3.131 | 1.8476 | 0.02147 | -1.2348 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 4343 | 0.026991 | 0.0041658 | -1.3912 | 1.5302 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1619 |-0.00033368 | 0.0020358 | -0.39331 | -0.49505 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1619 |-0.00033368 | 0.0020358 | -0.39331 | -0.49505 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 2880 |-0.00039988 | 0.0020704 | -0.36065 | -0.58116 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 2880 |-0.00039988 | 0.0020704 | -0.36065 | -0.58116 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 2880 | 3.2358 | 1.8058 | -0.066791 | -1.1641 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 2880 | 0.045162 | 0.0088595 | -1.3973 | 1.0902 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 1261 |-0.00048142 | 0.0021094 | -0.31759 | -0.67706 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 1261 |-0.00048142 | 0.0021094 | -0.31759 | -0.67706 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 578 | 0.00032497 | 0.0012145 | -0.10858 | -0.99124 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 578 | 0.00032497 | 0.0012145 | -0.10858 | -0.99124 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 863 | 0.00021322 | 0.0012317 | -0.051551 | -1.0282 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 863 | 0.00021322 | 0.0012317 | -0.051551 | -1.0282 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 1441 | 0.00025816 | 0.001226 | -0.075345 | -1.0142 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 1441 | 0.00025816 | 0.001226 | -0.075345 | -1.0142 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 1441 | 3.0005 | 1.8146 | 0.1134 | -1.1727 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 1441 | 0.026607 | 0.0045626 | -1.084 | 0.019763 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 92.119 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 174 | 602.17 | 35.405 | -5.4044 | 37.5 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 35 | 280.35 | 191.26 | -0.092342 | -1.5745 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 164 | 432.8 | 156.94 | -0.81778 | -0.52292 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 135 | 410.43 | 164.32 | -0.75526 | -0.53728 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 189.34 | 114.61 | 0.79459 | 0.69621 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 191.04 | 81.759 | 0.037268 | -1.8849 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 225 | 405.41 | 52.949 | -0.19698 | -0.74854 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 24 | 154.89 | 94.935 | 0.1798 | -0.87385 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 161 | 244.63 | 101.98 | -0.837 | -0.38174 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 124 | 223.9 | 105.77 | -0.74568 | -0.62517 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 6 | 180.14 | 106.29 | -0.34324 | -1.2101 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 7.3758 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 174 | 55.315 | 3.2524 | -5.4859 | 37.914 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 33 | 26.699 | 17.225 | -0.15989 | -1.5798 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 164 | 39.399 | 14.741 | -0.82521 | -0.50713 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 134 | 37.586 | 15.125 | -0.73355 | -0.58864 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 16.522 | 10.769 | 0.80901 | 0.7687 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 17.795 | 7.8953 | 0.080177 | -1.9417 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 76 | 34.287 | 2.4636 | -0.42985 | -0.76181 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 23 | 14.922 | 8.8268 | 0.14983 | -0.83075 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 73 | 29.811 | 3.3731 | -1.237 | 2.0222 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 70 | 27.032 | 5.2026 | -1.3924 | 2.3001 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 6 | 16.79 | 10.182 | -0.27565 | -1.3071 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 5.1631 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 174 | 36.627 | 3.0692 | -1.7694 | 8.3625 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 33 | 18.345 | 11.807 | -0.073693 | -1.4858 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 164 | 26.099 | 9.8791 | -0.72166 | -0.59494 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 134 | 24.779 | 9.9953 | -0.67126 | -0.50784 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 10.812 | 6.9048 | 0.80198 | 0.9988 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 12.028 | 5.4876 | -0.013832 | -2.1936 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 76 | 16.861 | 6.5521 | -0.39857 | -0.66567 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 23 | 9.8204 | 5.8231 | 0.18704 | -0.7665 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 73 | 15.728 | 6.4003 | -0.39751 | -0.79679 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 70 | 15.16 | 6.2892 | -0.26978 | -1.0322 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 6 | 11.078 | 6.7493 | -0.16373 | -1.1968 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 1 | 0.7 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 174 | 0.6621 | 0.039017 | 0.098221 | -0.35599 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 33 | 0.7 | 0.062511 | -0.42922 | -0.39142 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 164 | 0.66583 | 0.055906 | -0.49978 | 1.3836 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 134 | 0.66163 | 0.052124 | -0.1867 | -0.33499 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 13 | 0.66516 | 0.040816 | 0.60766 | -0.093849 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 2 | 0.67127 | 0.010552 | 0.99769 | -1.503 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 76 | 0.49895 | 0.20052 | -0.47267 | -0.88214 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 23 | 0.65447 | 0.059039 | -0.32576 | -0.41913 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 73 | 0.51923 | 0.19055 | -0.57443 | -0.67403 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 70 | 0.54719 | 0.17899 | -0.50707 | -0.89258 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 6 | 0.67406 | 0.053192 | -0.097845 | -1.1359 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 40 | 9.77e-15 | 0.029232 | -48.039 | 2188.2 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 16272 |-4.9518e-16 | 0.33445 | -0.24859 | 1.2925 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2080 | 4.6326e-15 | 0.18171 | -0.33078 | 0.83833 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 12616 | -7.792e-16 | 0.26734 | -0.32044 | 1.9401 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 10168 | 1.311e-15 | 0.2605 | -0.33729 | 2.2753 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 672 | 4.2136e-15 | 0.10779 | -0.38025 | 8.8534 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 144 | 1.7961e-14 | 4.9644 | 2.4319 | 5.5628 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 16368 | 0.058528 | 19.384 | 0.015186 | 0.89909 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1440 |-4.9343e-16 | 7.4652 | 0.62005 | -0.36337 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 9880 | -0.15028 | 17.635 | 0.025921 | 1.572 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 7624 | 0.090207 | 14.66 | 0.0748 | 3.1404 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 392 | 9.2081e-15 | 6.3537 | 1.517 | 1.795 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 68 | -1.4231 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 68 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 68 | 1090.8 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 170 | -1.3859 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 170 | -4.729 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 170 | 2215.7 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 47836 | 0.13314 | 0.1024 | 0.66643 | -0.46764 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 29232 | 0.055321 | 0.039367 | 1.7985 | 5.0879 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 200 | 2.8082 | 8.7057 | 1.2918 | 3.5388 | - | deuteron/dll | "deuteron DLL" | 200 | 2.8031 | 8.7043 | 1.2847 | 3.5153 | - | electron/dll | "electron DLL" | 200 | -3.8566 | 11.736 | 0.29045 | 1.4114 | - | kaon/dll | "kaon DLL" | 200 | 2.2353 | 8.2682 | 0.40122 | 2.2626 | - | muon/dll | "muon DLL" | 200 | -1.9972 | 6.489 | 1.3636 | 14.058 | - | pion/dll | "pion DLL" | 200 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 200 | 2.7402 | 8.8455 | 1.289 | 3.571 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 63 | 1.4962 | 0.67293 | 0.41009 | -0.95803 | - | All/Rejected/CloneDist | "Track Clone Distance" | 63 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 63 | 0.16981 | 0.11303 | 0.40326 | -1.3551 | - | All/Rejected/P | "Track Momentum" | 63 | 5386.6 | 6641.8 | 7.5535 | 55.826 | - | All/Rejected/Pt | "Track Transverse Momentum" | 63 | 115.57 | 196.44 | 4.9648 | 26.203 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1159 | 1.2441 | 0.5011 | 1.3051 | 1.6363 | - | All/Selected/CloneDist | "Track Clone Distance" | 1159 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 1159 | 0.04315 | 0.076649 | 2.4853 | 5.9126 | - | All/Selected/P | "Track Momentum" | 1159 | 11136 | 11605 | 2.6309 | 8.9445 | - | All/Selected/Pt | "Track Transverse Momentum" | 1159 | 590.57 | 599.88 | 3.6052 | 20.198 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 115.9 | 38.552 | -0.028754 | -1.5058 | - | nTracks | "# Tracks / Event" | 10 | 122.2 | 40.877 | -0.05741 | -1.5377 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 101787 | 0.00049563 | 0.0023233 | -0.020104 | -0.79529 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 27052 |-0.00016641 | 0.0021259 | -0.19219 | -0.59028 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 200980 | 0.00049123 | 0.0023119 | -0.024738 | -0.77503 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 57644 |-0.00015913 | 0.0021253 | -0.19672 | -0.59636 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 200980 | 3.139 | 1.8203 | 0.0013776 | -1.1951 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 200980 | 0.045199 | 0.0087598 | -1.4075 | 1.5589 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 99193 | 0.00048678 | 0.0023002 | -0.029695 | -0.75418 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 30592 |-0.00015271 | 0.0021248 | -0.20073 | -0.60165 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 22993 | 9.0036e-05 | 0.0012918 | -0.024242 | -0.93899 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 18621 | 8.9851e-05 | 0.0012857 | -0.016028 | -0.93039 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 23037 | 7.4397e-05 | 0.0012783 | -0.013143 | -0.92159 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 19518 | 7.0778e-05 | 0.0012684 | -0.0054037 | -0.90824 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 46030 | 8.2145e-05 | 0.001285 | -0.018538 | -0.93023 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 38139 | 8.0091e-05 | 0.0012769 | -0.010396 | -0.91904 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 46030 | 3.1666 | 1.7895 | -0.026651 | -1.1706 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 46030 | 0.026832 | 0.0043315 | -1.481 | 2.0184 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 21037 | -0.0003 | 0.0021369 | -0.20113 | -0.63654 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 21037 | -0.0003 | 0.0021369 | -0.20113 | -0.63654 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 43048 |-0.00033449 | 0.0021338 | -0.20771 | -0.66638 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 43048 |-0.00033449 | 0.0021338 | -0.20771 | -0.66638 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 43048 | 3.1103 | 1.8199 | 0.018951 | -1.1956 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 43048 | 0.044961 | 0.0090907 | -1.3068 | 0.91269 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 22011 |-0.00036735 | 0.0021304 | -0.21448 | -0.69658 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 22011 |-0.00036735 | 0.0021304 | -0.21448 | -0.69658 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 9936 | 5.6509e-05 | 0.0012656 | -0.0030697 | -0.8807 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 9936 | 5.6509e-05 | 0.0012656 | -0.0030697 | -0.8807 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 8927 | 1.348e-06 | 0.0012576 | 0.018878 | -0.89064 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 8927 | 1.348e-06 | 0.0012576 | 0.018878 | -0.89064 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 18863 | 3.0345e-05 | 0.0012621 | 0.0076444 | -0.88537 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 18863 | 3.0345e-05 | 0.0012621 | 0.0076444 | -0.88537 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 18863 | 3.1934 | 1.7938 | -0.037434 | -1.1867 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 18863 | 0.026699 | 0.0046181 | -1.4783 | 1.6453 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 33 | 267.91 | 174.78 | 0.0041183 | -1.1777 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 968 | 606.89 | 17.553 | -5.7065 | 91.637 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 291 | 336.1 | 183.32 | -0.34112 | -1.195 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 945 | 488.89 | 130.82 | -1.6494 | 2.3053 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 881 | 447.07 | 155.67 | -1.1611 | 0.42404 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 121 | 290.98 | 168.37 | 0.14688 | -1.0969 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 19 | 136.08 | 98.741 | -0.019846 | -1.5811 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 1175 | 390.13 | 48.74 | 0.30559 | -0.76467 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 238 | 198.31 | 87.743 | -0.35742 | -0.83499 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 983 | 270.94 | 89.985 | -1.2635 | 0.67831 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 839 | 248.65 | 98.097 | -1.0416 | 0.05298 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 90 | 153.11 | 93.093 | 0.13761 | -1.0494 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 30 | 26.412 | 15.1 | -0.03172 | -1.1275 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 968 | 55.749 | 1.6124 | -5.7564 | 91.343 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 283 | 31.206 | 16.61 | -0.35048 | -1.1713 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 943 | 44.758 | 12.121 | -1.6242 | 2.2006 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 874 | 41.067 | 14.197 | -1.1516 | 0.40484 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 119 | 26.528 | 15.557 | 0.16412 | -1.1131 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 17 | 14.007 | 8.9152 | -0.20213 | -1.5099 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 611 | 33.858 | 2.2715 | 0.11584 | -0.63058 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 234 | 18.727 | 8.2874 | -0.34603 | -0.85137 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 591 | 30.213 | 3.4109 | -1.7856 | 5.2464 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 580 | 27.863 | 5.0747 | -1.3948 | 1.9898 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 90 | 14.132 | 8.9637 | 0.14973 | -1.0499 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 30 | 17.27 | 9.9073 | 0.026263 | -0.99852 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 968 | 37.018 | 2.5872 | -0.37727 | 3.0987 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 283 | 20.771 | 11.149 | -0.29911 | -1.1832 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 943 | 29.654 | 8.3038 | -1.3734 | 1.6736 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 874 | 27.203 | 9.6507 | -0.99786 | 0.2339 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 119 | 17.345 | 10.356 | 0.23643 | -1.0327 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 17 | 9.5711 | 5.9123 | -0.25385 | -1.4636 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 611 | 18.661 | 5.9038 | -0.92204 | -0.10154 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 234 | 12.459 | 5.5465 | -0.31297 | -0.81463 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 591 | 17.51 | 5.8491 | -0.90286 | -0.25188 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 580 | 16.522 | 6.1023 | -0.80848 | -0.46185 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 90 | 9.4054 | 5.9564 | 0.20695 | -0.9954 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 30 | 0.65821 | 0.07454 | -0.016383 | -0.56196 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 968 | 0.66405 | 0.042659 | -0.27522 | 1.6311 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 283 | 0.66776 | 0.063911 | -0.31751 | 0.36626 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 943 | 0.66319 | 0.051683 | -0.23761 | 0.26152 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 874 | 0.66235 | 0.057708 | -0.21125 | 0.31004 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 119 | 0.65657 | 0.071042 | -0.81709 | 2.3118 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 17 | 0.71281 | 0.065073 | 1.2396 | 0.31397 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 611 | 0.55665 | 0.18331 | -0.91385 | -0.31542 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 234 | 0.66697 | 0.063678 | -0.93403 | 3.7387 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 591 | 0.57265 | 0.17149 | -1.0156 | -0.019295 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 580 | 0.57925 | 0.16929 | -1.1402 | 0.31817 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 90 | 0.66353 | 0.063302 | -0.10742 | 0.010291 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1936 |-1.3414e-15 | 0.14096 | -0.27736 | 1.0525 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 89400 | 2.9582e-16 | 0.32568 | -0.47238 | 1.9741 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 19328 | 1.6243e-15 | 0.18448 | -0.35326 | 2.4496 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 76920 |-2.3057e-16 | 0.27107 | -0.39196 | 1.8977 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 68664 | 1.5884e-16 | 0.25285 | -0.36187 | 2.0179 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 7608 |-1.0649e-15 | 0.1509 | -0.15055 | 2.162 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 1024 | 1.1796e-16 | 6.6304 | 0.90202 | 0.88334 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 91192 | 0.20624 | 15.325 | 0.10133 | 2.6487 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 16496 | 0.0028175 | 6.7643 | 0.74881 | 3.3709 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 67920 | 0.21763 | 14.523 | 0.14559 | 3.1149 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 57776 | 0.07017 | 12.628 | 0.10751 | 4.296 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 5440 |-1.9355e-15 | 6.4003 | 0.86144 | 0.81936 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 429 | -1.4235 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 429 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 429 | 1090 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 952 | -1.4712 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 952 | -4.7952 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 952 | 2121.3 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 47836 | 0.099966 | 0.075992 | 0.77591 | -0.11079 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 29232 | 0.048157 | 0.037945 | 2.0408 | 6.4323 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 1159 | -1.8064 | 13.105 | -0.31317 | 1.3768 | - | deuteron/dll | "deuteron DLL" | 1159 | -1.8891 | 13.161 | -0.32137 | 1.3689 | - | electron/dll | "electron DLL" | 1159 | -11.012 | 13.169 | -0.27695 | 0.82924 | - | kaon/dll | "kaon DLL" | 1159 | -2.5377 | 13.72 | -0.4395 | 1.4149 | - | muon/dll | "muon DLL" | 1159 | -5.8906 | 9.2956 | -1.4232 | 2.7252 | - | pion/dll | "pion DLL" | 1159 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 1159 | -2.1457 | 13.252 | -0.38176 | 1.2666 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 16 | 1.2048 | 0.53659 | 1.2389 | 1.8376 | - | All/Rejected/CloneDist | "Track Clone Distance" | 16 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 16 | 0.013049 | 0.014574 | 2.4682 | 5.3783 | - | All/Rejected/P | "Track Momentum" | 16 | 42815 | 19104 | 1.6164 | 1.5832 | - | All/Rejected/Pt | "Track Transverse Momentum" | 16 | 1051.2 | 614.33 | 1.3623 | 0.72415 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 129 | 1.0571 | 0.54048 | 1.5788 | 3.027 | - | All/Selected/CloneDist | "Track Clone Distance" | 129 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 129 | 0.056802 | 0.071139 | 2.5702 | 7.3406 | - | All/Selected/P | "Track Momentum" | 129 | 10285 | 11369 | 2.273 | 4.9609 | - | All/Selected/Pt | "Track Transverse Momentum" | 129 | 963.83 | 661.71 | 2.4065 | 7.6204 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 12.9 | 5.2048 | 0.45269 | 0.043879 | - | nTracks | "# Tracks / Event" | 10 | 14.5 | 6.233 | 0.063184 | -1.0517 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 14071 |-0.00037374 | 0.0025412 | 0.034397 | -0.95034 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 8819 | -0.0006804 | 0.0023718 | -0.051096 | -1.0328 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 27878 |-0.00031037 | 0.0025864 | 0.039087 | -0.97779 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 16465 |-0.00058082 | 0.0024079 | -0.049525 | -1.0101 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 27878 | 3.1618 | 1.8099 | -0.0171 | -1.2118 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 27878 | 0.040317 | 0.011298 | -0.78778 | -0.33014 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 13807 |-0.00024173 | 0.0026328 | 0.038361 | -1.0118 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 7646 |-0.00045623 | 0.0024466 | -0.057242 | -0.99612 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 6165 |-0.00057932 | 0.0023604 | -0.10371 | -1.0191 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 6165 |-0.00057932 | 0.0023604 | -0.10371 | -1.0191 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 11004 |-0.00053623 | 0.0024162 | -0.076902 | -1.023 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 11004 |-0.00053623 | 0.0024162 | -0.076902 | -1.023 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 11004 | 3.1846 | 1.803 | -0.043228 | -1.2311 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 11004 | 0.03919 | 0.011558 | -0.65014 | -0.56193 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 4839 |-0.00047522 | 0.0024917 | -0.052083 | -1.0453 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 4839 |-0.00047522 | 0.0024917 | -0.052083 | -1.0453 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 7 | 327.43 | 96.386 | 1.0422 | 0.31963 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 617.55 | 23.245 | 0.70125 | -0.7226 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 41 | 396.86 | 174.86 | -0.81243 | -0.66108 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 128 | 490.52 | 127.97 | -1.1027 | 0.05542 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 119 | 437.49 | 177.78 | -1.017 | -0.29425 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 26 | 288.37 | 201.94 | -0.10896 | -1.5909 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 7 | 29.51 | 9.0576 | 0.98642 | 0.1148 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 56.729 | 2.1353 | 0.75939 | -0.55984 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 41 | 36.018 | 16.446 | -0.82622 | -0.6492 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 128 | 44.791 | 12.039 | -1.1049 | 0.05925 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 119 | 39.818 | 16.702 | -1.0098 | -0.32509 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 24 | 28.102 | 17.98 | -0.23763 | -1.4889 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 7 | 19.539 | 7.2616 | 1.2909 | 0.67316 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 37.522 | 2.9941 | 0.26876 | -0.17744 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 41 | 23.908 | 10.794 | -0.85261 | -0.54076 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 128 | 29.446 | 8.0631 | -1.0133 | -0.10445 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 119 | 26.512 | 11.136 | -1.0217 | -0.2896 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 24 | 18.878 | 11.849 | -0.26916 | -1.5014 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 7 | 0.65576 | 0.067482 | 0.42657 | -1.2418 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 129 | 0.6616 | 0.048535 | -0.12639 | -0.46905 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 41 | 0.66735 | 0.065704 | 0.20181 | 0.83955 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 128 | 0.65855 | 0.053163 | 0.070055 | -0.36811 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 119 | 0.66754 | 0.054245 | -0.23363 | 0.39765 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 24 | 0.6677 | 0.078282 | -0.24524 | -0.05069 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 480 |-1.0362e-15 | 0.14896 | 0.56471 | 4.0402 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 11920 | 2.6717e-15 | 0.5146 | -0.40293 | 0.70707 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2992 | 1.5389e-15 | 0.20148 | 0.04642 | 1.5274 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10400 | 2.519e-15 | 0.41398 | -0.39035 | 1.2588 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9032 | 5.9317e-16 | 0.37293 | -0.40613 | 1.8313 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 1568 | 2.2975e-15 | 0.17295 | 0.22487 | 2.4381 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 91 | -1.4163 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 91 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 91 | 1108.4 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 47836 | 0.13627 | 0.10519 | 0.67879 | -0.4592 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 129 | -0.50483 | 10.875 | -0.2228 | 0.47852 | - | deuteron/dll | "deuteron DLL" | 129 | -0.43079 | 10.815 | -0.22473 | 0.52237 | - | electron/dll | "electron DLL" | 129 | -13.493 | 12.013 | -0.27944 | -1.0425 | - | kaon/dll | "kaon DLL" | 129 | 0.35127 | 10.388 | -0.35098 | 0.84796 | - | muon/dll | "muon DLL" | 129 | -4.5206 | 7.0135 | -1.02 | 1.816 | - | pion/dll | "pion DLL" | 129 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 129 | -0.07519 | 10.688 | -0.30081 | 0.69147 | -ChargedProtoANN...SUCCESS 1D histograms in directory "PROTO/ChargedProtoANNPIDMoni" : 18 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Downstream/ElectronANN | "Downstream Electron ANN PID" | 236 | 0.41043 | 0.39545 | 0.32137 | -1.6047 | - | Downstream/GhostANN | "Downstream Ghost ANN PID" | 236 | 0.45731 | 0.38056 | 0.16681 | -1.5968 | - | Downstream/KaonANN | "Downstream Kaon ANN PID" | 236 | 0.053845 | 0.12327 | 5.0381 | 30.674 | - | Downstream/MuonANN | "Downstream Muon ANN PID" | 236 | 0.0050134 | 0.059394 | 13.408 | 186 | - | Downstream/PionANN | "Downstream Pion ANN PID" | 236 | 0.34429 | 0.32639 | 0.70885 | -0.88287 | - | Downstream/ProtonANN | "Downstream Proton ANN PID" | 236 | 0.11826 | 0.22293 | 2.5504 | 5.5398 | - | Long/ElectronANN | "Long Electron ANN PID" | 1222 | 0.16579 | 0.32668 | 1.7631 | 1.3721 | - | Long/GhostANN | "Long Ghost ANN PID" | 1222 | 0.29361 | 0.36679 | 0.91208 | -0.85061 | - | Long/KaonANN | "Long Kaon ANN PID" | 1222 | 0.14785 | 0.28776 | 2.136 | 3.03 | - | Long/MuonANN | "Long Muon ANN PID" | 1222 | 0.0005645 | 0.0013135 | 38.503 | 127.01 | - | Long/PionANN | "Long Pion ANN PID" | 1222 | 0.55143 | 0.42 | -0.24043 | -1.7296 | - | Long/ProtonANN | "Long Proton ANN PID" | 1222 | 0.15536 | 0.26964 | 2.0882 | 3.0657 | - | Upstream/ElectronANN | "Upstream Electron ANN PID" | 145 | 0.0058448 | 0.03193 | 10.8 | 120.48 | - | Upstream/GhostANN | "Upstream Ghost ANN PID" | 145 | 0.09566 | 0.19436 | 2.8411 | 7.4259 | - | Upstream/KaonANN | "Upstream Kaon ANN PID" | 145 | 0.19211 | 0.22854 | 1.923 | 3.2078 | - | Upstream/MuonANN | "Upstream Muon ANN PID" | 145 | 0.0058913 | 0.0086229 | 5.0485 | 30.502 | - | Upstream/PionANN | "Upstream Pion ANN PID" | 145 | 0.65836 | 0.28663 | -0.81063 | -0.52725 | - | Upstream/ProtonANN | "Upstream Proton ANN PID" | 145 | 0.13722 | 0.17787 | 2.0609 | 3.6411 | -RiCKMCResDown SUCCESS 1D histograms in directory "RICH/RiCKMCResDown" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 36969 | 0.00010676 | 0.0024108 | -0.029354 | -0.77994 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 12112 |-0.00059692 | 0.0021542 | -0.20628 | -0.91717 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 36969 | 0.00057923 | 0.0024454 | -0.11056 | -0.87851 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 5081 |-0.00015575 | 0.0021136 | -0.33155 | -0.47815 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35152 | 0.00012462 | 0.0025226 | -0.037685 | -0.9378 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 10913 |-0.00071362 | 0.0022654 | -0.096537 | -1.0893 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35152 | 0.00059329 | 0.0025016 | -0.11975 | -0.9572 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 4732 |-0.00019804 | 0.0021748 | -0.26692 | -0.6316 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1817 |-2.6034e-05 | 0.0013014 | -0.37602 | 0.95362 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1199 |-2.2852e-05 | 0.0013517 | -0.47923 | 0.68494 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1817 | 0.00038531 | 0.001449 | -0.15399 | 1.3568 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 349 | 0.00021267 | 0.0014247 | -1.2261 | 3.3773 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 35152 | 3.1237 | 1.8032 | 0.017524 | -1.1653 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1817 | 3.1538 | 1.7687 | 0.00081061 | -1.1547 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 35152 | 0.044422 | 0.0092865 | -1.2088 | 0.7767 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1817 | 0.048612 | 0.00612 | -2.4028 | 6.6263 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 4343 | 9.6241e-05 | 0.0012653 | -0.058929 | -0.92499 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 2780 | 0.00011729 | 0.0012532 | -0.078887 | -0.9088 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 4343 | 0.00018158 | 0.0012912 | -0.073196 | -1.0228 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 3106 | 0.00023163 | 0.0012666 | -0.086183 | -1.0208 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 3973 | 0.00012118 | 0.0013396 | -0.095088 | -1.0978 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 2486 | 0.00014398 | 0.0013316 | -0.11767 | -1.0984 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 3973 | 0.00016585 | 0.0013324 | -0.059632 | -1.1149 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 2833 | 0.00021986 | 0.0013143 | -0.075272 | -1.1304 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 370 |-4.1216e-05 | 0.00071573 | -0.12002 | 0.34697 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 294 |-2.2236e-05 | 0.00069843 | -0.14787 | 0.76799 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 370 | 0.00031032 | 0.00087499 | 0.14321 | -0.19936 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 273 | 0.00031882 | 0.0008265 | 0.11767 | -0.053665 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 3973 | 3.1291 | 1.8516 | 0.025438 | -1.2395 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 370 | 3.1511 | 1.8034 | -0.022871 | -1.1826 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 3973 | 0.026893 | 0.004238 | -1.3172 | 1.2872 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 370 | 0.028042 | 0.0031049 | -2.6367 | 7.7421 | -RiCKMCResDownTightSUCCESS 1D histograms in directory "RICH/RiCKMCResDownTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 36969 | 0.00010676 | 0.0024108 | -0.029354 | -0.77994 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 12112 |-0.00059692 | 0.0021542 | -0.20628 | -0.91717 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 36969 | 0.00057923 | 0.0024454 | -0.11056 | -0.87851 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 5081 |-0.00015575 | 0.0021136 | -0.33155 | -0.47815 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35152 | 0.00012462 | 0.0025226 | -0.037685 | -0.9378 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 10913 |-0.00071362 | 0.0022654 | -0.096537 | -1.0893 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35152 | 0.00059329 | 0.0025016 | -0.11975 | -0.9572 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 4732 |-0.00019804 | 0.0021748 | -0.26692 | -0.6316 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1817 |-2.6034e-05 | 0.0013014 | -0.37602 | 0.95362 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1199 |-2.2852e-05 | 0.0013517 | -0.47923 | 0.68494 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1817 | 0.00038531 | 0.001449 | -0.15399 | 1.3568 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 349 | 0.00021267 | 0.0014247 | -1.2261 | 3.3773 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 35152 | 3.1237 | 1.8032 | 0.017524 | -1.1653 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1817 | 3.1538 | 1.7687 | 0.00081061 | -1.1547 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 35152 | 0.044422 | 0.0092865 | -1.2088 | 0.7767 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1817 | 0.048612 | 0.00612 | -2.4028 | 6.6263 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 4343 | 9.6241e-05 | 0.0012653 | -0.058929 | -0.92499 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 2780 | 0.00011729 | 0.0012532 | -0.078887 | -0.9088 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 4343 | 0.00018158 | 0.0012912 | -0.073196 | -1.0228 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 3106 | 0.00023163 | 0.0012666 | -0.086183 | -1.0208 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 3973 | 0.00012118 | 0.0013396 | -0.095088 | -1.0978 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 2486 | 0.00014398 | 0.0013316 | -0.11767 | -1.0984 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 3973 | 0.00016585 | 0.0013324 | -0.059632 | -1.1149 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 2833 | 0.00021986 | 0.0013143 | -0.075272 | -1.1304 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 370 |-4.1216e-05 | 0.00071573 | -0.12002 | 0.34697 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 294 |-2.2236e-05 | 0.00069843 | -0.14787 | 0.76799 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 370 | 0.00031032 | 0.00087499 | 0.14321 | -0.19936 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 273 | 0.00031882 | 0.0008265 | 0.11767 | -0.053665 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 3973 | 3.1291 | 1.8516 | 0.025438 | -1.2395 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 370 | 3.1511 | 1.8034 | -0.022871 | -1.1826 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 3973 | 0.026893 | 0.004238 | -1.3172 | 1.2872 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 370 | 0.028042 | 0.0031049 | -2.6367 | 7.7421 | -RiCKMCResLong SUCCESS 1D histograms in directory "RICH/RiCKMCResLong" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 226701 | 0.00032165 | 0.0022936 | -0.012249 | -0.69636 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 77955 |-0.00032574 | 0.0021279 | -0.19101 | -0.70081 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 200980 | 0.00049123 | 0.0023119 | -0.024738 | -0.77503 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 57644 |-0.00015913 | 0.0021253 | -0.19672 | -0.59636 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 210408 | 0.00037473 | 0.0024614 | -0.068004 | -0.95347 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 71447 |-0.00039406 | 0.0022839 | -0.10708 | -0.97747 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 184687 | 0.00057115 | 0.0024368 | -0.094869 | -0.96831 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 51422 |-0.00014542 | 0.0022566 | -0.16508 | -0.85428 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16293 | 3.6979e-05 | 0.00094107 | 0.12384 | 0.9208 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6508 | 3.8609e-05 | 0.00083684 | 0.061064 | 0.66607 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16293 | 7.6544e-06 | 0.0012176 | -0.11194 | 3.1112 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6222 |-0.00023118 | 0.0012191 | -1.4483 | 3.3681 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 210408 | 3.1417 | 1.8212 | -0.0015342 | -1.1962 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 16293 | 3.1053 | 1.8094 | 0.037189 | -1.1805 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 210408 | 0.045097 | 0.0089021 | -1.3723 | 1.4212 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 16293 | 0.046449 | 0.0066503 | -1.8565 | 3.6188 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 53134 | 8.6511e-05 | 0.0012551 | -0.025455 | -0.86227 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 39521 | 8.3473e-05 | 0.0012524 | -0.020352 | -0.85009 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 46030 | 8.2145e-05 | 0.001285 | -0.018538 | -0.93023 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 38139 | 8.0091e-05 | 0.0012769 | -0.010396 | -0.91904 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 47191 | 0.00010842 | 0.0013768 | -0.063899 | -1.1605 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 34569 | 0.00010497 | 0.0013763 | -0.058587 | -1.1582 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 40087 | 0.00010911 | 0.0013829 | -0.059106 | -1.164 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 33014 | 0.00010985 | 0.0013762 | -0.055092 | -1.1616 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5943 | 7.4836e-06 | 0.00064151 | 0.069971 | 0.65108 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4952 | 5.3393e-06 | 0.00061432 | 0.063881 | 0.63518 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5943 |-2.9887e-05 | 0.00074185 | -0.023635 | 0.89528 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5125 |-4.2822e-05 | 0.00072369 | -0.056519 | 1.0727 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 47191 | 3.1753 | 1.788 | -0.034214 | -1.1639 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 5943 | 3.1039 | 1.7995 | 0.02837 | -1.2124 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 47191 | 0.026684 | 0.004516 | -1.3702 | 1.5606 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 5943 | 0.027895 | 0.0023952 | -2.3831 | 8.3051 | -RiCKMCResLongTightSUCCESS 1D histograms in directory "RICH/RiCKMCResLongTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 226701 | 0.00032165 | 0.0022936 | -0.012249 | -0.69636 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 77955 |-0.00032574 | 0.0021279 | -0.19101 | -0.70081 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 200980 | 0.00049123 | 0.0023119 | -0.024738 | -0.77503 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 57644 |-0.00015913 | 0.0021253 | -0.19672 | -0.59636 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 210408 | 0.00037473 | 0.0024614 | -0.068004 | -0.95347 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 71447 |-0.00039406 | 0.0022839 | -0.10708 | -0.97747 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 184687 | 0.00057115 | 0.0024368 | -0.094869 | -0.96831 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 51422 |-0.00014542 | 0.0022566 | -0.16508 | -0.85428 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16293 | 3.6979e-05 | 0.00094107 | 0.12384 | 0.9208 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6508 | 3.8609e-05 | 0.00083684 | 0.061064 | 0.66607 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16293 | 7.6544e-06 | 0.0012176 | -0.11194 | 3.1112 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6222 |-0.00023118 | 0.0012191 | -1.4483 | 3.3681 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 210408 | 3.1417 | 1.8212 | -0.0015342 | -1.1962 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 16293 | 3.1053 | 1.8094 | 0.037189 | -1.1805 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 210408 | 0.045097 | 0.0089021 | -1.3723 | 1.4212 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 16293 | 0.046449 | 0.0066503 | -1.8565 | 3.6188 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 53134 | 8.6511e-05 | 0.0012551 | -0.025455 | -0.86227 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 39521 | 8.3473e-05 | 0.0012524 | -0.020352 | -0.85009 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 46030 | 8.2145e-05 | 0.001285 | -0.018538 | -0.93023 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 38139 | 8.0091e-05 | 0.0012769 | -0.010396 | -0.91904 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 47191 | 0.00010842 | 0.0013768 | -0.063899 | -1.1605 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 34569 | 0.00010497 | 0.0013763 | -0.058587 | -1.1582 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 40087 | 0.00010911 | 0.0013829 | -0.059106 | -1.164 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 33014 | 0.00010985 | 0.0013762 | -0.055092 | -1.1616 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5943 | 7.4836e-06 | 0.00064151 | 0.069971 | 0.65108 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4952 | 5.3393e-06 | 0.00061432 | 0.063881 | 0.63518 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5943 |-2.9887e-05 | 0.00074185 | -0.023635 | 0.89528 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5125 |-4.2822e-05 | 0.00072369 | -0.056519 | 1.0727 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 47191 | 3.1753 | 1.788 | -0.034214 | -1.1639 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 5943 | 3.1039 | 1.7995 | 0.02837 | -1.2124 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 47191 | 0.026684 | 0.004516 | -1.3702 | 1.5606 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 5943 | 0.027895 | 0.0023952 | -2.3831 | 8.3051 | -RiCKMCResUp SUCCESS 1D histograms in directory "RICH/RiCKMCResUp" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 27878 |-0.00026788 | 0.0025869 | 0.035727 | -0.96509 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 12782 | -0.0005624 | 0.0023946 | -0.054183 | -0.97875 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 27878 |-0.00031037 | 0.0025864 | 0.039087 | -0.97779 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 16465 |-0.00058082 | 0.0024079 | -0.049525 | -1.0101 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26209 |-0.00021792 | 0.002719 | 0.0060229 | -1.1307 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 12221 | -0.0006241 | 0.0025253 | 0.012166 | -1.1594 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26209 |-0.00026352 | 0.0026954 | 0.012462 | -1.1186 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 15813 |-0.00061994 | 0.0025117 | 0.00088532 | -1.1569 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 |-0.00053923 | 0.0016726 | -0.085673 | 0.6755 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 561 |-9.5218e-05 | 0.00078567 | 0.22541 | -0.15242 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 | -0.0006126 | 0.0016949 | -0.10041 | 0.71017 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 652 | -0.0002222 | 0.00098833 | -1.5245 | 5.9914 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 26209 | 3.1643 | 1.811 | -0.016804 | -1.2148 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1669 | 3.1219 | 1.7914 | -0.023393 | -1.1652 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 26209 | 0.039968 | 0.011433 | -0.72992 | -0.43235 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1669 | 0.04571 | 0.0070255 | -1.9501 | 4.3686 | -RiCKMCResUpTight SUCCESS 1D histograms in directory "RICH/RiCKMCResUpTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 27878 |-0.00026788 | 0.0025869 | 0.035727 | -0.96509 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 12782 | -0.0005624 | 0.0023946 | -0.054183 | -0.97875 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 27878 |-0.00031037 | 0.0025864 | 0.039087 | -0.97779 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 16465 |-0.00058082 | 0.0024079 | -0.049525 | -1.0101 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26209 |-0.00021792 | 0.002719 | 0.0060229 | -1.1307 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 12221 | -0.0006241 | 0.0025253 | 0.012166 | -1.1594 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26209 |-0.00026352 | 0.0026954 | 0.012462 | -1.1186 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 15813 |-0.00061994 | 0.0025117 | 0.00088532 | -1.1569 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 |-0.00053923 | 0.0016726 | -0.085673 | 0.6755 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 561 |-9.5218e-05 | 0.00078567 | 0.22541 | -0.15242 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 | -0.0006126 | 0.0016949 | -0.10041 | 0.71017 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 652 | -0.0002222 | 0.00098833 | -1.5245 | 5.9914 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 26209 | 3.1643 | 1.811 | -0.016804 | -1.2148 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1669 | 3.1219 | 1.7914 | -0.023393 | -1.1652 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 26209 | 0.039968 | 0.011433 | -0.72992 | -0.43235 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1669 | 0.04571 | 0.0070255 | -1.9501 | 4.3686 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 236 | 1.4846 | 0.63516 | 0.46289 | 0.46481 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 236 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 236 | 0.086596 | 0.10702 | 4.3328 | 7.4998 | - | All/effVP | "RICH Track Sel. Eff. V P" | 236 | 7214.2 | 8124.6 | 62.096 | 437.06 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 236 | 465.48 | 444.55 | 21.039 | 76.35 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 174 | 6315.1 | 5592 | 14.86 | 61.478 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 35 | 15322 | 6348.3 | 5.2772 | 14.455 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 164 | 6592.8 | 5642.2 | 15.8 | 64.502 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 135 | 7512.7 | 5821 | 13.186 | 50.797 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 22188 | 4952.9 | 9.0233 | 26.112 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 74221 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 225 | 7421.7 | 8239.3 | 30.56 | 202.19 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 24 | 26110 | 14051 | 6.9134 | 18.447 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 161 | 9364.8 | 9041.1 | 25.876 | 152.77 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 124 | 11013 | 9723.6 | 20.471 | 109.87 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 6 | 48273 | 16005 | 1.5037 | -0.53319 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 174 | 6315.1 | 5592 | 14.86 | 61.478 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 33 | 15703 | 6340.4 | 5.0056 | 13.467 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 164 | 6592.8 | 5642.2 | 15.832 | 64.637 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 134 | 7549.7 | 5826.8 | 13.109 | 50.396 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 22188 | 4952.9 | 9.3441 | 27.129 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 74221 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 76 | 14230 | 11266 | 9.2334 | 39.647 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 23 | 26572 | 14195 | 6.5672 | 17.014 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 73 | 14564 | 11375 | 9.5689 | 40.575 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 70 | 14931 | 11480 | 9.7477 | 40.765 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 6 | 48273 | 16005 | 1.5361 | -0.50462 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 174 | 6315.1 | 5592 | 15.332 | 64.247 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 33 | 15703 | 6340.4 | 5.1581 | 13.994 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 164 | 6592.8 | 5642.2 | 16.344 | 67.583 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 134 | 7549.7 | 5826.8 | 13.588 | 52.941 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 22188 | 4952.9 | 9.2975 | 26.989 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 74221 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 76 | 14230 | 11266 | 10.222 | 43.511 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 23 | 26572 | 14195 | 6.303 | 16.032 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 73 | 14564 | 11375 | 10.197 | 42.8 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 70 | 14931 | 11480 | 10.062 | 41.605 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 6 | 48273 | 16005 | 1.4313 | -0.6793 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 40 | 0.074025 | 1.8131 | 3.6065e+12 |-1.3674e+12 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 16272 | 0.0033639 | 1.8142 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2080 | 0.012013 | 1.814 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 12616 | 0.0040679 | 1.8142 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 10168 | 0.0042202 | 1.8141 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 672 | 0.0055539 | 1.8144 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 519 | 1.1329 | 1.0423 | -0.017444 | -2.1581 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 519 | 0.044971 | 0.0096279 | -3.621 | 6.2855 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 144 | 0.054357 | 1.81 | 0 | -3 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 16368 | 0.18204 | 1.9789 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1440 | -0.0088216 | 1.8158 | 27.828 | 93.538 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 9880 | 0.1606 | 1.9079 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 7624 | 0.18468 | 1.9148 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 392 | 0.0031199 | 1.8143 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 533 | 0.93809 | 0.98864 | 22.081 | 81.033 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 533 | 0.027218 | 0.0036522 | -3.8215 | 7.7858 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 1222 | 1.2571 | 0.51441 | 5.1024 | 14.079 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 1222 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 1222 | 0.047068 | 0.081052 | 16.893 | 55.73 | - | All/effVP | "RICH Track Sel. Eff. V P" | 1222 | 10842 | 11474 | 51.17 | 267.92 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 1222 | 598.55 | 600.71 | 121.13 | 903.5 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 33 | 49533 | 13943 | 3.494 | 5.6577 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 968 | 8952.3 | 9602.6 | 56.281 | 339.04 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 291 | 18986 | 12534 | 19.693 | 78.851 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 945 | 9129.3 | 9651.3 | 58.255 | 348.54 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 881 | 9631.7 | 9809.2 | 55.269 | 323.39 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 121 | 29234 | 14108 | 9.7266 | 28.671 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 19 | 70383 | 9851 | 2.5844 | 1.4862 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 1175 | 11033 | 11469 | 35.141 | 172.31 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 238 | 29730 | 13512 | 10.518 | 32.602 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 983 | 12675 | 11872 | 31.883 | 147.79 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 839 | 14190 | 12238 | 27.587 | 121.42 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 90 | 43872 | 13215 | 5.9811 | 13.863 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 30 | 51218 | 13696 | 3.1537 | 4.7471 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 968 | 8952.3 | 9602.6 | 56.281 | 339.04 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 283 | 19271 | 12596 | 19.128 | 75.843 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 943 | 9144.6 | 9655.8 | 58.185 | 347.9 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 874 | 9688.6 | 9827.9 | 54.838 | 320.03 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 119 | 29440 | 14141 | 9.6006 | 28.106 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 17 | 72382 | 9617.2 | 1.9312 | 0.13732 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 611 | 17251 | 13079 | 17.273 | 67.501 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 234 | 29949 | 13527 | 10.369 | 31.956 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 591 | 17651 | 13118 | 17.489 | 67.794 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 580 | 17879 | 13137 | 17.777 | 68.612 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 90 | 43872 | 13215 | 6.06 | 14.078 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 30 | 51218 | 13696 | 3.1491 | 4.7894 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 968 | 8952.3 | 9602.6 | 55.839 | 335.59 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 283 | 19271 | 12596 | 18.949 | 74.899 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 943 | 9144.6 | 9655.8 | 57.735 | 344.41 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 874 | 9688.6 | 9827.9 | 54.416 | 316.82 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 119 | 29440 | 14141 | 9.5685 | 27.848 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 17 | 72382 | 9617.2 | 1.9641 | 0.20947 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 611 | 17251 | 13079 | 17.729 | 68.613 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 234 | 29949 | 13527 | 10.008 | 30.469 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 591 | 17651 | 13118 | 17.597 | 67.552 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 580 | 17879 | 13137 | 17.699 | 67.652 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 90 | 43872 | 13215 | 5.859 | 13.29 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1936 | 0.0063819 | 1.815 | 1.0554 | -1197.9 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 89400 | 0.00039156 | 1.8137 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 19328 | 0.0021524 | 1.814 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 76920 | 0.0005869 | 1.8138 | -361.55 | -210.37 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 68664 | 0.00078995 | 1.8138 | -1126.5 | -2857.2 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 7608 | 0.0047186 | 1.8143 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 3217 | 1.295 | 1.1487 | 2.5252 | 5.6717 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 3217 | 0.046082 | 0.0086189 | -9.3518 | 26.696 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 1024 | 0.010925 | 1.8117 | 47.193 | -0.91747 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 91192 | 0.049573 | 1.9229 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 16496 | 5.4727e-05 | 1.8116 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 67920 | 0.024922 | 1.8764 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 57776 | 0.021069 | 1.8527 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 5440 | 0.002716 | 1.815 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 3323 | 1.1399 | 1.0925 | 1.6135 | 1.3412 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 3323 | 0.02732 | 0.003676 | -9.8961 | 28.984 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 145 | 1.0734 | 0.54203 | 4.8701 | 13.202 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 145 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 145 | 0.052525 | 0.068961 | 13.898 | 53.958 | - | All/effVP | "RICH Track Sel. Eff. V P" | 145 | 13492 | 15702 | 2.9922 | 4.0187 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 145 | 973.48 | 657.22 | 17.66 | 76.361 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 7 | 49780 | 4530.8 | 0.85569 | -0.15887 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 10285 | 11369 | 9.2009 | 28.914 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 41 | 22843 | 13280 | 3.1897 | 4.1941 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 128 | 10353 | 11388 | 10.079 | 31.743 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 119 | 10963 | 11590 | 9.4951 | 28.771 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 26 | 29550 | 12638 | 2.8646 | 2.4024 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 7 | 49780 | 4530.8 | 0.87713 | -0.14652 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 10285 | 11369 | 9.2009 | 28.914 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 41 | 22843 | 13280 | 3.2188 | 4.2478 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 128 | 10353 | 11388 | 10.094 | 31.794 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 119 | 10963 | 11590 | 9.5196 | 28.851 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 24 | 30627 | 12614 | 2.5 | 1.5866 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 7 | 49780 | 4530.8 | 0.81119 | -0.22816 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 10285 | 11369 | 9.2542 | 29.087 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 41 | 22843 | 13280 | 3.176 | 4.1611 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 128 | 10353 | 11388 | 10.198 | 32.131 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 119 | 10963 | 11590 | 9.5671 | 28.993 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 24 | 30627 | 12614 | 2.4756 | 1.5514 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 480 | 0.018803 | 1.8145 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 11920 | 0.0025237 | 1.8141 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2992 | 0.010113 | 1.8143 | 120.82 | -282.05 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10400 | 0.0028453 | 1.8139 | -469.49 | 968.28 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9032 | 0.0047671 | 1.8139 | -260.97 | 914.01 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 1568 | 0.016536 | 1.8145 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 448 | 1.3839 | 1.2265 | 0.49197 | -1.0971 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 448 | 0.045898 | 0.0088279 | -4.5971 | 9.486 | -RiCKMCResDown SUCCESS 1D profile histograms in directory "RICH/RiCKMCResDown" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1817 | 6842.7 | 5006.8 | 0 | -3 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 174 | 6315.1 | 5592 | 184.37 | 1046.4 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 174 | 6315.1 | 5592 | 15.939 | 69.557 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 174 | 6315.1 | 5592 | 32.036 | 144.53 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 174 | 6315.1 | 5592 | 17.98 | 78.559 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 174 | 6315.1 | 5592 | 18.909 | 82.756 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 174 | 6315.1 | 5592 | 68.009 | 335.53 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 370 | 17898 | 9356.5 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 225 | 7421.7 | 8239.3 | 527.44 | 4258.5 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 225 | 7421.7 | 8239.3 | 48.674 | 323.81 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 225 | 7421.7 | 8239.3 | 105.67 | 719.28 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 225 | 7421.7 | 8239.3 | 50.48 | 336.16 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 225 | 7421.7 | 8239.3 | 51.975 | 346.37 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 225 | 7421.7 | 8239.3 | 254.38 | 1828.3 | -RiCKMCResDownTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResDownTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1817 | 6842.7 | 5006.8 | 0 | -3 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 174 | 6315.1 | 5592 | 184.37 | 1046.4 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 174 | 6315.1 | 5592 | 15.939 | 69.557 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 174 | 6315.1 | 5592 | 32.036 | 144.53 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 174 | 6315.1 | 5592 | 17.98 | 78.559 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 174 | 6315.1 | 5592 | 18.909 | 82.756 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 174 | 6315.1 | 5592 | 68.009 | 335.53 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 370 | 17898 | 9356.5 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 225 | 7421.7 | 8239.3 | 527.44 | 4258.5 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 225 | 7421.7 | 8239.3 | 48.674 | 323.81 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 225 | 7421.7 | 8239.3 | 105.67 | 719.28 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 225 | 7421.7 | 8239.3 | 50.48 | 336.16 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 225 | 7421.7 | 8239.3 | 51.975 | 346.37 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 225 | 7421.7 | 8239.3 | 254.38 | 1828.3 | -RiMCTkResDown SUCCESS 1D profile histograms in directory "RICH/RiMCTkResDown" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 37 | 5752.9 | 4556.6 | 17.566 | 56.282 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 37 | 5752.9 | 4556.6 | 0 | -3 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 5 | 9023.2 | 6894 | 3.1154 | 2.7658 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 5 | 9023.2 | 6894 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 5 | 3647 | 1833.3 | 5.7473 | 8.6177 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 5 | 3647 | 1833.3 | 0 | -3 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 48 | 6795.2 | 5364.4 | 11.379 | 29.879 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 48 | 6795.2 | 5364.4 | 0 | -3 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 23 | 11524 | 8305 | 7.1722 | 18.796 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 23 | 11524 | 8305 | 0 | -3 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 43 | 6282.1 | 5666.9 | 23.549 | 88.451 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 43 | 6282.1 | 5666.9 | 0 | -3 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 5 | 8999.2 | 6888.3 | 3.0721 | 2.7164 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 5 | 8999.2 | 6888.3 | 0 | -3 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 5 | 3626.1 | 1833.2 | 5.8516 | 8.8858 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 5 | 3626.1 | 1833.2 | 0 | -3 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 56 | 7554.2 | 6730 | 21.354 | 87.616 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 56 | 7554.2 | 6730 | 0 | -3 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 22 | 11930 | 8240.3 | 6.9409 | 18.076 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 22 | 11930 | 8240.3 | 0 | -3 | -RiCKMCResLong SUCCESS 1D profile histograms in directory "RICH/RiCKMCResLong" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 16293 | 11679 | 11177 | -5.1281 | -87.771 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 968 | 8952.3 | 9602.6 | 190.78 | 1258.9 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 968 | 8952.3 | 9602.6 | 58.504 | 361.58 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 968 | 8952.3 | 9602.6 | 77.674 | 482.11 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 968 | 8952.3 | 9602.6 | 61.512 | 380.24 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 968 | 8952.3 | 9602.6 | 62.812 | 388.34 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 968 | 8952.3 | 9602.6 | 103.14 | 646.67 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 5943 | 23422 | 16290 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1175 | 11293 | 12554 | 306.2 | 2240.7 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1175 | 11293 | 12554 | 61.776 | 390.33 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1175 | 11293 | 12554 | 82.444 | 525.04 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1175 | 11293 | 12554 | 62.768 | 396.74 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1175 | 11293 | 12554 | 63.497 | 401.45 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1175 | 11293 | 12554 | 123.71 | 806.15 | -RiCKMCResLongTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResLongTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 16293 | 11679 | 11177 | -5.1281 | -87.771 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 968 | 8952.3 | 9602.6 | 190.78 | 1258.9 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 968 | 8952.3 | 9602.6 | 58.504 | 361.58 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 968 | 8952.3 | 9602.6 | 77.674 | 482.11 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 968 | 8952.3 | 9602.6 | 61.512 | 380.24 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 968 | 8952.3 | 9602.6 | 62.812 | 388.34 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 968 | 8952.3 | 9602.6 | 103.14 | 646.67 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 5943 | 23422 | 16290 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1175 | 11293 | 12554 | 306.2 | 2240.7 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1175 | 11293 | 12554 | 61.776 | 390.33 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1175 | 11293 | 12554 | 82.444 | 525.04 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1175 | 11293 | 12554 | 62.768 | 396.74 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1175 | 11293 | 12554 | 63.497 | 401.45 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1175 | 11293 | 12554 | 123.71 | 806.15 | -RiMCTkResLong SUCCESS 1D profile histograms in directory "RICH/RiMCTkResLong" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 1 | 2318.6 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 1 | 2318.6 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 141 | 7335.6 | 6043.7 | 3.4747 | 4.4649 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 141 | 7335.6 | 6043.7 | 43.277 | 214.88 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 118 | 15762 | 17235 | 18.213 | 61.337 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 118 | 15762 | 17235 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 9 | 7944.6 | 7104.5 | 11.059 | 29.198 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 9 | 7944.6 | 7104.5 | 1.4219 | 1.1727 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 605 | 8606.3 | 8172.4 | 64.485 | 344.36 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 605 | 8606.3 | 8172.4 | 469.41 | 3463 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 74 | 10526 | 8079.1 | 9.3568 | 31.467 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 74 | 10526 | 8079.1 | 372.92 | 2681.4 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 1 | 2298 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 1 | 2298 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 177 | 8218.6 | 7687.2 | 1.1946 | -0.92825 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 177 | 8218.6 | 7687.2 | 82.856 | 498.77 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 134 | 17522 | 17277 | 13.623 | 42.819 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 134 | 17522 | 17277 | 2.3907 | -6.5276 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 10 | 8570.7 | 7106.5 | 8.2692 | 20.065 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 10 | 8570.7 | 7106.5 | 1.0296 | -0.1338 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 712 | 11690 | 12549 | 105.03 | 738.16 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 712 | 11690 | 12549 | 109.05 | 521.46 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 83 | 13245 | 15288 | 34.708 | 210.97 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 83 | 13245 | 15288 | 150.27 | 896.11 | -RiCKMCResUp SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1669 | 13947 | 16021 | -1.556 | -10.54 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 129 | 11024 | 14078 | 83.298 | 484.07 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 129 | 11024 | 14078 | 15.638 | 83.714 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 129 | 11024 | 14078 | 25.146 | 136.5 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 129 | 11024 | 14078 | 16.902 | 90.608 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 129 | 11024 | 14078 | 17.62 | 94.555 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 129 | 11024 | 14078 | 40.495 | 223.59 | -RiCKMCResUpTight SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUpTight" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1669 | 13947 | 16021 | -1.556 | -10.54 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 129 | 11024 | 14078 | 83.298 | 484.07 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 129 | 11024 | 14078 | 15.638 | 83.714 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 129 | 11024 | 14078 | 25.146 | 136.5 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 129 | 11024 | 14078 | 16.902 | 90.608 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 129 | 11024 | 14078 | 17.62 | 94.555 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 129 | 11024 | 14078 | 40.495 | 223.59 | -RiMCTkResUp SUCCESS 1D profile histograms in directory "RICH/RiMCTkResUp" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 15 | 9625.2 | 11518 | 22.314 | 74.659 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 15 | 9625.2 | 11518 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 86 | 9994.8 | 14461 | 43.529 | 249.7 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 86 | 9994.8 | 14461 | 201.25 | 1330.4 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 13 | 11677 | 8617.3 | 2.9493 | 3.4491 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 13 | 11677 | 8617.3 | 15.506 | 32.413 | diff --git a/Rec/Brunel/tests/refs/empty.ref b/Rec/Brunel/tests/refs/empty.ref deleted file mode 100644 index e69de29bb2d1d6434b8b29ae775ad8c2e48c5391..0000000000000000000000000000000000000000 diff --git a/Rec/Brunel/tests/refs/extraptester.ref b/Rec/Brunel/tests/refs/extraptester.ref deleted file mode 100644 index 0d6cb4eb83ee93053c0a5be9ffd127b0606187e0..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/extraptester.ref +++ /dev/null @@ -1,5241 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -MagneticFieldSvc WARNING Requested condDB but using manually set signed scale factor = 1 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -ExtrapolatorTes... INFO Start training. -ExtrapolatorTes... INFO Ready training. -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 1 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-1ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 61 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -ProtoElectronMon INFO Will only look at track type(s) = ['Long', 'Downstream'] -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel-1ev.dst' SVC='RootCnvSvc' OPT='REC' -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel-1ev.dst' SVC='FileRecordCnvSvc' OPT='REC' -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -4144.320, -2208.833, -1.4346, -0.4920 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -4144.180, -2208.830, -1.4347, -0.4920 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3720.264, -1600.900, -1.2831, -0.3016 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3721.236, -1601.071, -1.2835, -0.3017 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3459.140, -1251.157, -1.1570, -0.2504 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3459.061, -1251.314, -1.1570, -0.2504 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3237.878, -853.291, -0.9537, -0.1920 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3237.777, -853.267, -0.9536, -0.1919 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3130.425, -426.561, -0.8567, -0.0940 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3130.384, -426.573, -0.8566, -0.0940 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3098.651, 0.055, -0.8298, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3098.603, 0.067, -0.8297, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3132.197, 426.481, -0.8585, 0.0940 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3132.196, 426.485, -0.8585, 0.0941 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3242.157, 852.879, -0.9574, 0.1925 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3241.875, 852.807, -0.9572, 0.1924 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3467.582, 1253.480, -1.1604, 0.2494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3467.740, 1253.431, -1.1605, 0.2494 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3676.947, 1587.723, -1.2431, 0.2934 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3676.546, 1587.300, -1.2431, 0.2931 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -4261.580, 2336.105, -1.4425, 0.5076 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -4261.376, 2336.600, -1.4428, 0.5079 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3247.584, -2079.863, -1.4538, -0.4271 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3246.503, -2079.892, -1.4529, -0.4271 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2963.828, -1479.541, -1.1148, -0.1661 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2963.749, -1479.438, -1.1146, -0.1660 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2839.667, -1151.456, -0.9546, -0.1756 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2839.649, -1151.305, -0.9546, -0.1755 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2734.370, -783.256, -0.8434, -0.1351 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2734.380, -783.229, -0.8434, -0.1351 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2671.369, -394.926, -0.7846, -0.0709 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2671.402, -394.922, -0.7846, -0.0709 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2650.704, -0.159, -0.7665, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2650.732, -0.158, -0.7665, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2672.171, 394.181, -0.7858, 0.0700 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2672.194, 394.197, -0.7857, 0.0700 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2735.884, 781.045, -0.8460, 0.1328 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2735.782, 781.064, -0.8460, 0.1328 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2840.875, 1146.084, -0.9592, 0.1699 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2841.069, 1145.830, -0.9593, 0.1698 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2959.469, 1491.698, -1.1199, 0.1681 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2959.314, 1491.550, -1.1197, 0.1682 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3381.674, 2287.638, -1.6000, 0.5898 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3383.256, 2288.856, -1.6013, 0.5908 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2478.903, -1890.391, -0.9251, -0.2348 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2478.469, -1890.428, -0.9248, -0.2349 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2367.653, -1475.418, -0.8459, -0.1750 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2367.216, -1475.478, -0.8456, -0.1751 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2297.253, -1116.174, -0.7823, -0.1540 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2297.220, -1116.181, -0.7823, -0.1540 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2238.111, -750.168, -0.7283, -0.1119 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2238.093, -750.174, -0.7283, -0.1119 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2200.052, -376.929, -0.6950, -0.0584 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2200.077, -376.929, -0.6950, -0.0584 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2186.848, -0.173, -0.6838, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2186.902, -0.175, -0.6838, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2200.055, 376.254, -0.6954, 0.0574 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2200.071, 376.261, -0.6954, 0.0574 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2237.929, 748.500, -0.7290, 0.1097 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2237.961, 748.501, -0.7290, 0.1097 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2296.100, 1113.281, -0.7828, 0.1499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2296.063, 1113.400, -0.7827, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2370.996, 1497.318, -0.8516, 0.1767 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2370.866, 1497.541, -0.8516, 0.1768 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2485.513, 1891.770, -0.9364, 0.2447 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2485.367, 1891.716, -0.9363, 0.2447 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1971.172, -1842.384, -0.7991, -0.2305 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1971.012, -1842.226, -0.7991, -0.2304 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1871.478, -1460.752, -0.7160, -0.1913 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1871.183, -1460.754, -0.7159, -0.1914 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1806.118, -1096.374, -0.6626, -0.1497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1806.029, -1096.354, -0.6626, -0.1497 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1760.559, -732.341, -0.6257, -0.1034 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1760.532, -732.349, -0.6257, -0.1034 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1732.871, -366.778, -0.6035, -0.0529 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1732.897, -366.772, -0.6035, -0.0529 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1723.309, -0.124, -0.5960, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1723.353, -0.127, -0.5960, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1732.610, 366.322, -0.6035, 0.0520 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1732.623, 366.320, -0.6035, 0.0520 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1760.012, 731.297, -0.6257, 0.1019 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1760.042, 731.292, -0.6257, 0.1019 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1805.567, 1094.558, -0.6628, 0.1472 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1805.647, 1094.652, -0.6628, 0.1473 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1880.495, 1473.459, -0.7232, 0.1941 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1879.883, 1473.610, -0.7230, 0.1942 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1931.952, 1844.286, -0.7765, 0.2273 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1932.070, 1844.257, -0.7767, 0.2272 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1489.058, -1802.794, -0.6924, -0.2281 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1488.932, -1802.743, -0.6923, -0.2282 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1397.129, -1436.983, -0.6130, -0.1911 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1396.914, -1436.983, -0.6129, -0.1911 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1338.039, -1078.048, -0.5651, -0.1469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1338.022, -1078.045, -0.5651, -0.1469 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1298.481, -719.073, -0.5345, -0.0996 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1298.443, -719.080, -0.5345, -0.0996 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1275.296, -359.728, -0.5169, -0.0504 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1275.341, -359.723, -0.5169, -0.0504 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1267.420, -0.118, -0.5111, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1267.474, -0.118, -0.5111, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1275.056, 359.362, -0.5168, 0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1275.078, 359.361, -0.5168, 0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1298.081, 718.329, -0.5344, 0.0985 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1298.093, 718.325, -0.5344, 0.0985 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1337.197, 1077.019, -0.5651, 0.1452 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1337.328, 1077.012, -0.5651, 0.1452 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1393.979, 1444.837, -0.6144, 0.1920 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1393.991, 1444.939, -0.6144, 0.1920 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1547.206, 1776.553, -0.7270, 0.1980 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1547.073, 1777.183, -0.7272, 0.1981 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1014.603, -1767.208, -0.5847, -0.2254 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1014.571, -1767.339, -0.5847, -0.2255 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -937.624, -1412.911, -0.5207, -0.1876 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -937.448, -1412.908, -0.5206, -0.1876 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -884.184, -1060.314, -0.4785, -0.1435 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -884.216, -1060.318, -0.4785, -0.1435 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -848.535, -707.200, -0.4516, -0.0967 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -848.494, -707.204, -0.4516, -0.0967 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -827.831, -353.763, -0.4364, -0.0488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -827.860, -353.759, -0.4365, -0.0488 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -820.865, -0.196, -0.4314, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -820.909, -0.195, -0.4314, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -827.698, 353.287, -0.4364, 0.0482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -827.742, 353.288, -0.4364, 0.0482 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -848.373, 706.479, -0.4516, 0.0958 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -848.381, 706.485, -0.4516, 0.0958 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -884.447, 1059.342, -0.4789, 0.1420 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -884.500, 1059.382, -0.4790, 0.1421 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -945.576, 1410.326, -0.5248, 0.1849 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -945.456, 1410.211, -0.5247, 0.1849 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -998.169, 1769.758, -0.5863, 0.2255 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -998.096, 1769.691, -0.5863, 0.2254 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -561.713, -1732.335, -0.4937, -0.2207 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -561.446, -1732.092, -0.4938, -0.2206 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -490.564, -1389.239, -0.4370, -0.1833 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -490.424, -1389.232, -0.4369, -0.1833 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -441.692, -1043.088, -0.3995, -0.1398 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -441.671, -1043.083, -0.3995, -0.1398 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -408.830, -695.878, -0.3753, -0.0941 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -408.789, -695.878, -0.3753, -0.0941 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -389.709, -348.197, -0.3617, -0.0474 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -389.719, -348.196, -0.3617, -0.0474 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -383.297, -0.359, -0.3572, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -383.324, -0.355, -0.3572, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -389.683, 347.437, -0.3617, 0.0467 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -389.686, 347.441, -0.3617, 0.0467 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -408.885, 694.987, -0.3754, 0.0932 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -408.835, 694.991, -0.3754, 0.0932 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -441.859, 1042.387, -0.3999, 0.1386 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -441.945, 1042.347, -0.3999, 0.1386 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -487.759, 1388.424, -0.4372, 0.1820 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -487.519, 1388.460, -0.4371, 0.1820 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -573.073, 1723.198, -0.5020, 0.2199 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -573.199, 1723.241, -0.5020, 0.2200 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -115.157, -1700.624, -0.4088, -0.2159 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -115.071, -1700.609, -0.4089, -0.2160 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -54.760, -1366.386, -0.3607, -0.1789 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -54.696, -1366.373, -0.3607, -0.1789 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -9.192, -1026.165, -0.3267, -0.1360 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -9.164, -1026.164, -0.3267, -0.1360 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 21.808, -684.678, -0.3046, -0.0914 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 21.842, -684.682, -0.3046, -0.0914 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 40.026, -342.693, -0.2919, -0.0460 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 40.052, -342.697, -0.2919, -0.0460 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 46.149, -0.590, -0.2877, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 46.120, -0.586, -0.2877, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 39.978, 341.517, -0.2919, 0.0452 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 39.981, 341.523, -0.2919, 0.0453 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 21.608, 683.499, -0.3047, 0.0905 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 21.630, 683.504, -0.3047, 0.0905 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -9.797, 1025.002, -0.3273, 0.1348 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -9.789, 1025.011, -0.3273, 0.1348 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -56.643, 1363.817, -0.3617, 0.1770 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -56.263, 1363.708, -0.3616, 0.1770 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -104.629, 1702.161, -0.4112, 0.2206 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -104.200, 1702.303, -0.4110, 0.2207 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 309.278, -1673.852, -0.3370, -0.2120 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 308.761, -1673.911, -0.3372, -0.2120 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 370.834, -1343.520, -0.2907, -0.1741 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 370.878, -1343.501, -0.2907, -0.1741 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 414.033, -1009.087, -0.2595, -0.1320 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 414.060, -1009.079, -0.2595, -0.1320 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 444.174, -673.014, -0.2387, -0.0884 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 444.188, -673.019, -0.2386, -0.0884 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 462.373, -336.824, -0.2265, -0.0444 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 462.357, -336.828, -0.2265, -0.0444 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 468.576, -0.877, -0.2224, -0.0004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 468.566, -0.875, -0.2224, -0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 462.297, 335.145, -0.2265, 0.0435 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 462.285, 335.153, -0.2265, 0.0435 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 443.927, 671.520, -0.2388, 0.0874 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 443.900, 671.524, -0.2389, 0.0874 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 413.449, 1007.932, -0.2601, 0.1309 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 413.460, 1008.026, -0.2601, 0.1309 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 359.284, 1343.766, -0.2963, 0.1732 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 358.851, 1343.563, -0.2965, 0.1732 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 295.644, 1734.271, -0.3541, 0.2434 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 295.675, 1734.417, -0.3543, 0.2434 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 735.482, -1643.266, -0.2656, -0.2064 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 735.569, -1643.312, -0.2656, -0.2064 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 786.870, -1322.151, -0.2265, -0.1700 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 786.986, -1322.145, -0.2265, -0.1700 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 827.529, -991.226, -0.1978, -0.1277 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 827.531, -991.221, -0.1978, -0.1277 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 858.800, -659.422, -0.1771, -0.0845 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 858.824, -659.422, -0.1771, -0.0845 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 878.849, -329.586, -0.1644, -0.0422 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 878.885, -329.584, -0.1644, -0.0422 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 885.861, -1.227, -0.1600, -0.0006 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 885.837, -1.223, -0.1601, -0.0006 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 878.741, 327.326, -0.1645, 0.0411 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 878.739, 327.331, -0.1645, 0.0411 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 858.559, 657.677, -0.1773, 0.0836 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 858.504, 657.691, -0.1773, 0.0836 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 827.099, 989.807, -0.1982, 0.1266 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 827.037, 989.783, -0.1982, 0.1266 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 783.633, 1316.374, -0.2284, 0.1671 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 783.652, 1316.403, -0.2284, 0.1672 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 722.954, 1694.784, -0.2768, 0.2332 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 723.065, 1694.881, -0.2768, 0.2332 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1182.895, -1621.820, -0.1886, -0.2050 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1182.872, -1621.889, -0.1885, -0.2050 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1188.225, -1308.701, -0.1707, -0.1695 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1188.288, -1308.642, -0.1706, -0.1694 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1226.664, -968.756, -0.1435, -0.1213 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1226.714, -968.739, -0.1435, -0.1213 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1266.522, -639.330, -0.1194, -0.0775 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1266.536, -639.340, -0.1194, -0.0775 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1292.718, -318.639, -0.1040, -0.0381 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1292.743, -318.637, -0.1040, -0.0381 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1301.808, -1.717, -0.0987, -0.0007 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1301.787, -1.712, -0.0987, -0.0007 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1292.474, 315.590, -0.1041, 0.0367 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1292.458, 315.593, -0.1041, 0.0367 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1265.835, 637.417, -0.1198, 0.0766 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1265.832, 637.384, -0.1198, 0.0766 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1224.985, 968.561, -0.1445, 0.1209 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1225.017, 968.563, -0.1444, 0.1209 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1183.282, 1308.022, -0.1727, 0.1689 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1183.184, 1307.897, -0.1727, 0.1688 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1190.983, 1687.235, -0.1902, 0.2389 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1190.976, 1687.031, -0.1902, 0.2388 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3620.247, -2025.163, -1.2560, -0.3824 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3620.880, -2025.429, -1.2564, -0.3826 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3257.695, -1515.876, -1.0382, -0.2353 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3257.331, -1515.865, -1.0380, -0.2353 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3082.051, -1183.958, -0.8981, -0.2079 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3082.027, -1184.011, -0.8981, -0.2079 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2954.949, -803.592, -0.7755, -0.1538 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2954.976, -803.604, -0.7756, -0.1537 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2888.211, -403.593, -0.7189, -0.0780 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2888.278, -403.616, -0.7189, -0.0780 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2867.604, -0.039, -0.7023, -0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2867.643, -0.035, -0.7023, -0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2889.380, 403.278, -0.7201, 0.0777 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2889.373, 403.279, -0.7201, 0.0777 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2957.723, 802.373, -0.7786, 0.1527 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2957.757, 802.354, -0.7785, 0.1527 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3087.621, 1181.308, -0.9052, 0.2025 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3087.837, 1181.382, -0.9053, 0.2026 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3256.960, 1497.385, -1.0401, 0.2235 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3256.923, 1497.465, -1.0402, 0.2236 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3626.447, 2126.988, -1.2470, 0.4433 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3626.772, 2127.104, -1.2471, 0.4434 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2696.395, -1923.330, -0.9260, -0.2915 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2696.480, -1923.309, -0.9260, -0.2914 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2601.460, -1462.865, -0.8043, -0.1793 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2601.339, -1462.830, -0.8042, -0.1792 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2539.583, -1122.661, -0.7361, -0.1665 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2539.534, -1122.642, -0.7361, -0.1665 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2478.355, -758.803, -0.6803, -0.1219 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2478.373, -758.828, -0.6803, -0.1219 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2439.073, -381.872, -0.6470, -0.0634 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2439.151, -381.850, -0.6471, -0.0634 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2425.756, -0.132, -0.6363, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2425.730, -0.133, -0.6362, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2439.493, 381.278, -0.6477, 0.0626 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2439.491, 381.265, -0.6477, 0.0626 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2479.051, 757.124, -0.6816, 0.1201 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2479.042, 757.154, -0.6816, 0.1201 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2539.577, 1118.608, -0.7377, 0.1623 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2539.571, 1118.447, -0.7377, 0.1622 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2601.218, 1475.462, -0.8129, 0.1816 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2601.192, 1475.587, -0.8128, 0.1816 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2710.146, 2024.449, -0.9340, 0.3711 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2709.953, 2024.652, -0.9339, 0.3710 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2176.678, -1850.358, -0.7184, -0.2471 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2176.827, -1850.482, -0.7185, -0.2472 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2096.234, -1463.120, -0.6565, -0.1957 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2096.008, -1463.125, -0.6564, -0.1957 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2047.859, -1100.542, -0.6185, -0.1554 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2047.816, -1100.551, -0.6185, -0.1554 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2009.016, -736.999, -0.5869, -0.1085 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2009.024, -736.983, -0.5869, -0.1085 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1983.826, -369.644, -0.5668, -0.0557 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1983.881, -369.644, -0.5668, -0.0557 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1974.989, -0.114, -0.5599, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1974.992, -0.114, -0.5599, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1983.748, 369.180, -0.5669, 0.0550 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1983.741, 369.182, -0.5669, 0.0550 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2008.744, 735.846, -0.5872, 0.1070 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2008.779, 735.844, -0.5872, 0.1070 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2046.954, 1098.663, -0.6186, 0.1529 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2047.039, 1098.701, -0.6186, 0.1529 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2097.908, 1478.367, -0.6598, 0.1986 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2097.683, 1478.364, -0.6597, 0.1986 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2183.573, 1828.666, -0.7236, 0.2308 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2183.422, 1828.645, -0.7235, 0.2308 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1698.367, -1821.804, -0.6177, -0.2474 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1698.358, -1821.780, -0.6178, -0.2474 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1630.534, -1447.056, -0.5620, -0.1995 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1630.291, -1447.054, -0.5619, -0.1995 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1584.058, -1085.325, -0.5257, -0.1524 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1584.010, -1085.329, -0.5257, -0.1524 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1551.904, -724.199, -0.5013, -0.1034 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1551.924, -724.193, -0.5013, -0.1034 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1532.437, -362.421, -0.4867, -0.0524 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1532.494, -362.419, -0.4867, -0.0524 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1525.707, -0.071, -0.4817, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1525.731, -0.070, -0.4818, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1532.222, 362.129, -0.4867, 0.0518 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1532.217, 362.128, -0.4867, 0.0518 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1551.479, 723.484, -0.5013, 0.1024 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1551.532, 723.482, -0.5013, 0.1024 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1583.722, 1083.970, -0.5259, 0.1507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1583.699, 1083.860, -0.5259, 0.1507 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1635.014, 1456.041, -0.5650, 0.2020 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1634.880, 1456.020, -0.5650, 0.2019 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1664.529, 1822.136, -0.6039, 0.2450 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1664.448, 1822.081, -0.6040, 0.2449 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1239.735, -1790.078, -0.5299, -0.2419 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1239.487, -1790.118, -0.5298, -0.2419 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1176.440, -1427.699, -0.4770, -0.1968 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1176.254, -1427.705, -0.4769, -0.1968 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1133.712, -1070.802, -0.4439, -0.1495 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1133.661, -1070.803, -0.4438, -0.1495 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1104.904, -714.008, -0.4225, -0.1005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1104.925, -714.005, -0.4225, -0.1005 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1087.986, -357.095, -0.4102, -0.0506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1088.023, -357.092, -0.4102, -0.0506 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1082.233, -0.076, -0.4061, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1082.247, -0.076, -0.4061, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1087.807, 356.845, -0.4102, 0.0501 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1087.794, 356.844, -0.4102, 0.0501 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1104.617, 713.477, -0.4224, 0.0998 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1104.636, 713.477, -0.4224, 0.0998 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1133.114, 1070.069, -0.4439, 0.1483 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1133.132, 1070.080, -0.4439, 0.1483 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1173.329, 1432.796, -0.4774, 0.1976 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1173.127, 1432.741, -0.4774, 0.1976 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1278.702, 1779.396, -0.5522, 0.2333 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1278.270, 1779.325, -0.5519, 0.2333 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -789.668, -1761.579, -0.4447, -0.2366 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -789.579, -1761.565, -0.4448, -0.2366 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -732.348, -1408.571, -0.3983, -0.1932 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -732.196, -1408.574, -0.3982, -0.1932 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -692.798, -1056.762, -0.3682, -0.1464 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -692.753, -1056.763, -0.3682, -0.1464 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -666.233, -704.682, -0.3489, -0.0982 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -666.246, -704.682, -0.3489, -0.0982 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -650.748, -352.444, -0.3379, -0.0493 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -650.793, -352.441, -0.3379, -0.0493 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -645.532, -0.152, -0.3342, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -645.544, -0.153, -0.3342, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -650.655, 352.077, -0.3378, 0.0489 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -650.645, 352.075, -0.3378, 0.0489 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -666.128, 704.132, -0.3489, 0.0975 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -666.149, 704.135, -0.3489, 0.0975 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -693.048, 1056.016, -0.3686, 0.1454 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -692.885, 1055.973, -0.3685, 0.1453 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -739.348, 1406.586, -0.4021, 0.1911 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -739.163, 1406.649, -0.4020, 0.1911 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -779.661, 1758.105, -0.4481, 0.2358 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -779.590, 1758.235, -0.4483, 0.2359 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -350.066, -1733.497, -0.3659, -0.2313 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -349.880, -1733.508, -0.3659, -0.2314 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -296.825, -1389.745, -0.3249, -0.1892 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -296.682, -1389.741, -0.3249, -0.1892 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -259.886, -1043.069, -0.2974, -0.1432 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -259.879, -1043.066, -0.2974, -0.1432 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -234.895, -695.700, -0.2796, -0.0960 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -234.906, -695.705, -0.2796, -0.0960 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -220.302, -348.041, -0.2694, -0.0482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -220.342, -348.039, -0.2694, -0.0482 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -215.402, -0.295, -0.2661, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -215.406, -0.295, -0.2661, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -220.291, 347.423, -0.2694, 0.0477 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -220.317, 347.424, -0.2694, 0.0477 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -234.957, 694.990, -0.2797, 0.0953 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -234.968, 694.998, -0.2797, 0.0953 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -260.051, 1042.526, -0.2978, 0.1424 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -260.092, 1042.493, -0.2978, 0.1423 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -295.560, 1388.506, -0.3256, 0.1879 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -295.611, 1388.415, -0.3256, 0.1879 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -364.339, 1730.173, -0.3778, 0.2333 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -364.286, 1730.143, -0.3778, 0.2333 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 84.458, -1709.027, -0.2926, -0.2270 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 84.679, -1708.893, -0.2925, -0.2270 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 130.544, -1371.445, -0.2565, -0.1853 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 130.641, -1371.442, -0.2564, -0.1853 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 165.703, -1029.532, -0.2309, -0.1400 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 165.688, -1029.532, -0.2309, -0.1400 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 189.733, -686.740, -0.2141, -0.0937 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 189.718, -686.748, -0.2141, -0.0937 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 203.908, -343.639, -0.2045, -0.0470 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 203.865, -343.638, -0.2045, -0.0470 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 208.680, -0.490, -0.2013, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 208.686, -0.489, -0.2013, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 203.862, 342.670, -0.2045, 0.0465 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 203.823, 342.674, -0.2045, 0.0465 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 189.561, 685.786, -0.2143, 0.0930 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 189.547, 685.796, -0.2143, 0.0930 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 165.184, 1028.592, -0.2314, 0.1391 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 165.187, 1028.646, -0.2314, 0.1391 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 128.928, 1369.294, -0.2575, 0.1836 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 129.148, 1369.261, -0.2575, 0.1836 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 95.955, 1710.036, -0.2922, 0.2297 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 95.926, 1710.112, -0.2923, 0.2298 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 502.158, -1687.198, -0.2278, -0.2230 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 502.152, -1687.185, -0.2278, -0.2230 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 550.380, -1353.059, -0.1924, -0.1812 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 550.472, -1353.041, -0.1923, -0.1812 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 584.256, -1015.795, -0.1683, -0.1366 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 584.217, -1015.800, -0.1683, -0.1366 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 608.062, -677.309, -0.1521, -0.0912 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 608.092, -677.314, -0.1521, -0.0912 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 622.531, -338.875, -0.1426, -0.0457 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 622.497, -338.874, -0.1426, -0.0457 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 627.478, -0.727, -0.1394, -0.0004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 627.475, -0.726, -0.1394, -0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 622.461, 337.491, -0.1426, 0.0450 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 622.425, 337.494, -0.1427, 0.0450 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 607.852, 676.101, -0.1523, 0.0905 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 607.878, 676.108, -0.1523, 0.0905 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 583.783, 1014.873, -0.1688, 0.1358 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 583.822, 1014.884, -0.1688, 0.1358 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 541.129, 1351.251, -0.1966, 0.1797 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 540.937, 1351.187, -0.1966, 0.1796 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 489.586, 1732.957, -0.2417, 0.2437 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 489.533, 1733.259, -0.2418, 0.2438 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 922.145, -1661.986, -0.1630, -0.2178 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 922.394, -1661.972, -0.1629, -0.2178 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 962.771, -1336.120, -0.1324, -0.1778 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 962.838, -1336.077, -0.1324, -0.1778 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 995.017, -1001.332, -0.1099, -0.1330 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 995.043, -1001.346, -0.1099, -0.1330 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1020.310, -666.100, -0.0935, -0.0878 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1020.334, -666.104, -0.0935, -0.0878 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1036.708, -332.862, -0.0832, -0.0437 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1036.701, -332.863, -0.0832, -0.0437 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1042.461, -1.018, -0.0796, -0.0005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1042.440, -1.015, -0.0796, -0.0005 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1036.602, 331.001, -0.0832, 0.0429 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1036.590, 331.002, -0.0832, 0.0429 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1020.092, 664.713, -0.0936, 0.0871 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1020.080, 664.715, -0.0936, 0.0871 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 994.582, 1000.217, -0.1104, 0.1322 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 994.577, 1000.301, -0.1104, 0.1322 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 960.188, 1330.985, -0.1339, 0.1754 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 960.225, 1330.969, -0.1339, 0.1754 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 910.696, 1707.223, -0.1715, 0.2426 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 910.945, 1707.479, -0.1715, 0.2427 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1370.851, -1646.966, -0.0885, -0.2174 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1370.769, -1646.977, -0.0886, -0.2175 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1362.816, -1327.060, -0.0794, -0.1783 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1362.975, -1327.151, -0.0794, -0.1783 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1393.479, -982.544, -0.0579, -0.1274 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1393.516, -982.576, -0.0579, -0.1274 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1427.066, -649.006, -0.0377, -0.0816 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1427.084, -648.999, -0.0377, -0.0816 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1449.192, -323.544, -0.0247, -0.0401 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1449.186, -323.538, -0.0247, -0.0401 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1456.859, -1.431, -0.0202, -0.0006 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1456.871, -1.429, -0.0202, -0.0006 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1448.951, 321.019, -0.0248, 0.0390 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1448.974, 321.014, -0.0248, 0.0390 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1426.420, 647.502, -0.0381, 0.0809 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1426.390, 647.552, -0.0381, 0.0809 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1392.111, 982.577, -0.0587, 0.1273 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1392.018, 982.751, -0.0587, 0.1273 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1357.460, 1326.574, -0.0815, 0.1779 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1357.505, 1326.740, -0.0815, 0.1780 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1383.409, 1702.125, -0.0910, 0.2442 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1383.373, 1701.888, -0.0910, 0.2441 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3030.778, -1879.753, -0.9729, -0.2841 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3030.769, -1879.676, -0.9729, -0.2841 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2873.882, -1462.842, -0.7779, -0.2054 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2874.040, -1462.699, -0.7780, -0.2054 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2779.215, -1135.953, -0.6888, -0.1831 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2779.218, -1135.934, -0.6888, -0.1831 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2708.379, -767.780, -0.6289, -0.1313 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2708.370, -767.737, -0.6290, -0.1313 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2668.442, -385.749, -0.5973, -0.0672 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2668.421, -385.729, -0.5973, -0.0672 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2655.695, -0.066, -0.5876, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2655.637, -0.062, -0.5876, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2669.173, 385.399, -0.5981, 0.0669 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2669.172, 385.357, -0.5981, 0.0668 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2709.960, 766.620, -0.6306, 0.1302 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2709.950, 766.579, -0.6307, 0.1302 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2781.965, 1133.410, -0.6921, 0.1803 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2782.247, 1133.400, -0.6922, 0.1803 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2876.488, 1458.643, -0.7787, 0.2035 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2876.394, 1458.691, -0.7787, 0.2035 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2998.360, 1974.184, -0.9359, 0.3556 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2997.684, 1973.908, -0.9356, 0.3555 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2350.103, -1849.621, -0.6161, -0.2596 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2350.135, -1849.699, -0.6162, -0.2596 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2322.472, -1450.482, -0.6059, -0.1937 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2322.375, -1450.497, -0.6059, -0.1937 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2288.664, -1100.243, -0.5766, -0.1607 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2288.701, -1100.210, -0.5766, -0.1607 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2252.679, -739.790, -0.5472, -0.1134 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2252.694, -739.791, -0.5472, -0.1134 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2228.664, -371.544, -0.5285, -0.0583 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2228.657, -371.544, -0.5285, -0.0583 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2220.352, -0.096, -0.5222, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2220.347, -0.090, -0.5222, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2228.861, 371.122, -0.5288, 0.0577 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2228.841, 371.132, -0.5288, 0.0577 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2252.958, 738.636, -0.5478, 0.1122 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2252.914, 738.624, -0.5478, 0.1122 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2288.371, 1097.590, -0.5772, 0.1581 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2288.406, 1097.552, -0.5772, 0.1581 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2319.405, 1459.934, -0.6066, 0.1950 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2319.209, 1460.114, -0.6064, 0.1950 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2351.467, 1876.250, -0.6235, 0.2825 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2351.303, 1876.197, -0.6235, 0.2825 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1911.149, -1820.557, -0.5487, -0.2554 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1911.032, -1820.616, -0.5487, -0.2555 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1860.388, -1447.165, -0.5114, -0.2031 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1860.233, -1447.144, -0.5113, -0.2031 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1827.515, -1086.288, -0.4868, -0.1555 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1827.529, -1086.280, -0.4868, -0.1555 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1802.280, -725.872, -0.4678, -0.1061 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1802.290, -725.863, -0.4678, -0.1061 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1786.006, -363.589, -0.4557, -0.0539 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1786.019, -363.584, -0.4557, -0.0539 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1780.271, -0.066, -0.4515, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1780.270, -0.063, -0.4515, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1785.911, 363.296, -0.4558, 0.0534 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1785.938, 363.300, -0.4558, 0.0534 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1802.030, 725.120, -0.4679, 0.1051 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1802.058, 725.119, -0.4679, 0.1051 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1826.885, 1085.139, -0.4868, 0.1540 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1826.741, 1085.140, -0.4868, 0.1540 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1861.893, 1457.228, -0.5135, 0.2061 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1862.043, 1457.090, -0.5135, 0.2060 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1916.374, 1803.820, -0.5542, 0.2469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1916.272, 1803.961, -0.5542, 0.2469 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1459.102, -1801.014, -0.4701, -0.2535 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1458.899, -1801.025, -0.4701, -0.2536 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1413.244, -1433.729, -0.4331, -0.2025 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1413.110, -1433.711, -0.4330, -0.2025 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1381.516, -1075.098, -0.4091, -0.1532 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1381.527, -1075.097, -0.4091, -0.1532 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1359.621, -716.989, -0.3932, -0.1029 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1359.612, -716.991, -0.3931, -0.1029 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1346.417, -358.648, -0.3837, -0.0518 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1346.429, -358.646, -0.3837, -0.0518 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1341.854, -0.035, -0.3805, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1341.858, -0.033, -0.3805, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1346.256, 358.474, -0.3837, 0.0514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1346.287, 358.477, -0.3837, 0.0514 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1359.317, 716.523, -0.3931, 0.1023 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1359.329, 716.522, -0.3931, 0.1023 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1381.314, 1074.141, -0.4092, 0.1520 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1381.234, 1074.105, -0.4092, 0.1520 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1416.082, 1437.948, -0.4350, 0.2032 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1415.937, 1438.005, -0.4349, 0.2032 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1435.744, 1792.419, -0.4656, 0.2419 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1435.637, 1792.526, -0.4656, 0.2419 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1014.939, -1777.402, -0.3923, -0.2478 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1014.891, -1777.349, -0.3923, -0.2477 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -973.168, -1419.257, -0.3592, -0.1997 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -973.032, -1419.246, -0.3591, -0.1997 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -943.515, -1064.340, -0.3369, -0.1507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -943.519, -1064.338, -0.3369, -0.1507 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -923.418, -709.582, -0.3225, -0.1009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -923.402, -709.585, -0.3225, -0.1009 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -911.598, -354.826, -0.3142, -0.0506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -911.608, -354.824, -0.3142, -0.0506 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -907.578, -0.047, -0.3114, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -907.579, -0.047, -0.3114, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -911.473, 354.663, -0.3141, 0.0503 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -911.495, 354.664, -0.3141, 0.0503 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -923.224, 709.219, -0.3224, 0.1004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -923.243, 709.221, -0.3224, 0.1004 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -943.126, 1063.848, -0.3370, 0.1499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -943.061, 1063.826, -0.3370, 0.1499 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -970.371, 1422.242, -0.3590, 0.2002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -970.439, 1422.277, -0.3590, 0.2002 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1042.847, 1768.760, -0.4063, 0.2412 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1042.732, 1768.661, -0.4063, 0.2412 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -579.713, -1757.028, -0.3206, -0.2437 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -579.632, -1757.041, -0.3206, -0.2437 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -539.700, -1405.022, -0.2892, -0.1967 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -539.588, -1405.014, -0.2892, -0.1966 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -511.686, -1053.917, -0.2685, -0.1482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -511.680, -1053.918, -0.2685, -0.1482 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -492.780, -702.693, -0.2550, -0.0991 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -492.764, -702.694, -0.2550, -0.0991 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -481.732, -351.409, -0.2474, -0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -481.741, -351.409, -0.2474, -0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -478.008, -0.114, -0.2448, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -478.009, -0.115, -0.2448, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -481.670, 351.137, -0.2473, 0.0494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -481.674, 351.137, -0.2473, 0.0494 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -492.718, 702.292, -0.2550, 0.0987 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -492.706, 702.291, -0.2550, 0.0987 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -511.909, 1053.365, -0.2687, 0.1475 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -511.776, 1053.341, -0.2687, 0.1475 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -544.973, 1404.288, -0.2922, 0.1957 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -544.904, 1404.225, -0.2922, 0.1956 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -572.451, 1747.368, -0.3216, 0.2364 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -572.343, 1747.397, -0.3216, 0.2364 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -150.270, -1735.753, -0.2513, -0.2389 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -149.969, -1735.765, -0.2512, -0.2389 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -111.998, -1390.984, -0.2225, -0.1935 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -111.867, -1390.981, -0.2225, -0.1935 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -85.331, -1043.699, -0.2031, -0.1457 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -85.321, -1043.705, -0.2031, -0.1457 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -67.216, -695.997, -0.1904, -0.0974 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -67.198, -695.997, -0.1904, -0.0974 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -56.610, -348.133, -0.1831, -0.0488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -56.616, -348.136, -0.1831, -0.0488 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -53.047, -0.229, -0.1807, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -53.047, -0.230, -0.1807, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -56.609, 347.656, -0.1831, 0.0485 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -56.609, 347.658, -0.1831, 0.0485 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -67.275, 695.462, -0.1905, 0.0969 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -67.244, 695.457, -0.1905, 0.0969 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -85.487, 1043.287, -0.2034, 0.1451 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -85.446, 1043.282, -0.2034, 0.1451 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -111.214, 1389.701, -0.2229, 0.1924 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -111.226, 1389.761, -0.2229, 0.1924 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -164.380, 1730.145, -0.2621, 0.2361 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -164.173, 1730.231, -0.2620, 0.2361 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 276.648, -1717.732, -0.1850, -0.2352 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 276.315, -1717.689, -0.1852, -0.2352 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 309.982, -1377.220, -0.1591, -0.1903 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 310.095, -1377.214, -0.1590, -0.1903 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 335.839, -1033.530, -0.1406, -0.1432 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 335.858, -1033.533, -0.1405, -0.1432 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 353.569, -689.262, -0.1283, -0.0956 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 353.579, -689.262, -0.1283, -0.0956 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 364.059, -344.824, -0.1213, -0.0479 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 364.057, -344.828, -0.1213, -0.0479 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 367.596, -0.383, -0.1190, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 367.599, -0.384, -0.1190, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 364.019, 344.071, -0.1213, 0.0475 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 364.018, 344.073, -0.1213, 0.0475 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 353.430, 688.535, -0.1285, 0.0951 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 353.455, 688.532, -0.1285, 0.0951 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 335.418, 1032.810, -0.1410, 0.1426 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 335.468, 1032.791, -0.1409, 0.1426 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 308.638, 1375.490, -0.1598, 0.1891 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 308.773, 1375.475, -0.1598, 0.1891 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 290.299, 1719.860, -0.1815, 0.2398 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 290.268, 1720.385, -0.1816, 0.2400 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 690.621, -1701.257, -0.1247, -0.2319 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 690.753, -1701.258, -0.1247, -0.2319 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 726.588, -1363.348, -0.0986, -0.1871 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 726.665, -1363.341, -0.0985, -0.1871 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 751.869, -1023.155, -0.0808, -0.1406 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 751.906, -1023.153, -0.0808, -0.1406 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 769.749, -682.094, -0.0688, -0.0937 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 769.740, -682.097, -0.0688, -0.0937 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 780.686, -341.185, -0.0616, -0.0469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 780.675, -341.187, -0.0616, -0.0469 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 784.437, -0.567, -0.0592, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 784.447, -0.567, -0.0592, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 780.626, 340.112, -0.0617, 0.0463 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 780.626, 340.112, -0.0617, 0.0463 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 769.581, 681.176, -0.0689, 0.0931 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 769.575, 681.178, -0.0689, 0.0931 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 751.505, 1022.459, -0.0812, 0.1400 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 751.549, 1022.403, -0.0811, 0.1400 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 719.673, 1360.261, -0.1015, 0.1852 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 719.383, 1360.126, -0.1016, 0.1851 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 683.044, 1731.209, -0.1324, 0.2437 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 683.193, 1731.036, -0.1324, 0.2437 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1106.456, -1681.669, -0.0641, -0.2276 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1106.704, -1681.625, -0.0640, -0.2276 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1137.590, -1350.820, -0.0411, -0.1846 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1137.629, -1350.811, -0.0410, -0.1846 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1161.865, -1012.157, -0.0242, -0.1378 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1161.829, -1012.168, -0.0243, -0.1378 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1181.336, -673.374, -0.0116, -0.0910 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1181.343, -673.374, -0.0116, -0.0910 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1194.109, -336.467, -0.0036, -0.0453 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1194.106, -336.472, -0.0036, -0.0453 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1198.603, -0.794, -0.0008, -0.0004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1198.584, -0.795, -0.0008, -0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1194.012, 335.026, -0.0037, 0.0446 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1194.026, 335.028, -0.0037, 0.0446 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1181.148, 672.342, -0.0118, 0.0904 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1181.160, 672.345, -0.0118, 0.0904 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1161.458, 1011.356, -0.0246, 0.1373 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1161.366, 1011.295, -0.0246, 0.1373 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1135.849, 1346.620, -0.0420, 0.1827 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1135.934, 1346.593, -0.0420, 0.1827 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1097.297, 1716.413, -0.0701, 0.2465 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1097.250, 1715.940, -0.0701, 0.2463 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1555.421, -1673.826, 0.0086, -0.2293 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1555.408, -1673.837, 0.0085, -0.2292 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1538.244, -1345.770, 0.0106, -0.1861 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1538.346, -1345.761, 0.0107, -0.1861 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1561.677, -997.250, 0.0270, -0.1331 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1561.682, -997.256, 0.0270, -0.1331 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1588.752, -659.596, 0.0434, -0.0856 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1588.726, -659.586, 0.0434, -0.0856 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1606.561, -328.969, 0.0540, -0.0421 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1606.537, -328.974, 0.0540, -0.0421 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1612.714, -1.122, 0.0576, -0.0005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1612.699, -1.126, 0.0576, -0.0005 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1606.338, 327.000, 0.0538, 0.0413 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1606.324, 327.006, 0.0538, 0.0413 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1588.172, 658.487, 0.0430, 0.0851 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1588.143, 658.525, 0.0430, 0.0851 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1560.912, 997.398, 0.0265, 0.1332 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1561.094, 997.307, 0.0266, 0.1331 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1532.933, 1345.480, 0.0086, 0.1861 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1532.954, 1345.321, 0.0086, 0.1861 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1567.271, 1717.765, 0.0062, 0.2514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1567.391, 1717.639, 0.0063, 0.2513 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2579.551, -1806.020, -0.6078, -0.2436 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2580.015, -1806.030, -0.6082, -0.2437 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2567.760, -1434.419, -0.5710, -0.1993 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2567.694, -1434.407, -0.5710, -0.1993 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2525.053, -1100.417, -0.5331, -0.1677 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2525.013, -1100.481, -0.5332, -0.1677 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2488.207, -740.265, -0.5050, -0.1172 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2488.237, -740.260, -0.5050, -0.1172 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2466.345, -371.449, -0.4889, -0.0597 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2466.287, -371.447, -0.4889, -0.0597 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2459.189, -0.054, -0.4838, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2459.147, -0.052, -0.4838, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2466.740, 371.184, -0.4893, 0.0594 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2466.771, 371.188, -0.4893, 0.0594 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2489.003, 739.442, -0.5058, 0.1164 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2489.015, 739.433, -0.5058, 0.1164 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2526.267, 1098.603, -0.5346, 0.1659 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2526.145, 1098.605, -0.5345, 0.1659 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2573.894, 1435.723, -0.5762, 0.2004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2574.057, 1435.818, -0.5763, 0.2005 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2569.532, 1836.427, -0.6076, 0.2778 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2569.838, 1835.972, -0.6078, 0.2775 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2109.844, -1810.506, -0.4774, -0.2591 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2109.699, -1810.519, -0.4773, -0.2591 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2087.474, -1435.517, -0.4630, -0.2015 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2087.369, -1435.559, -0.4629, -0.2015 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2067.986, -1081.578, -0.4483, -0.1570 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2067.972, -1081.591, -0.4483, -0.1570 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2048.086, -724.357, -0.4334, -0.1078 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2048.032, -724.370, -0.4334, -0.1078 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2034.568, -363.124, -0.4235, -0.0548 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2034.537, -363.128, -0.4235, -0.0548 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2029.827, -0.058, -0.4202, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2029.791, -0.057, -0.4201, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2034.645, 362.866, -0.4237, 0.0544 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2034.597, 362.871, -0.4237, 0.0544 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2048.169, 723.659, -0.4336, 0.1070 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2048.115, 723.672, -0.4336, 0.1070 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2067.691, 1079.994, -0.4485, 0.1555 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2067.693, 1080.004, -0.4485, 0.1555 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2085.888, 1440.859, -0.4630, 0.2026 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2086.002, 1441.093, -0.4631, 0.2027 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2107.843, 1802.437, -0.4783, 0.2529 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2107.790, 1802.479, -0.4783, 0.2529 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1677.591, -1794.207, -0.4115, -0.2568 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1677.612, -1794.215, -0.4116, -0.2568 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1646.689, -1430.670, -0.3889, -0.2044 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1646.606, -1430.681, -0.3888, -0.2045 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1626.427, -1073.146, -0.3741, -0.1545 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1626.402, -1073.152, -0.3741, -0.1545 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1611.322, -716.189, -0.3633, -0.1040 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1611.277, -716.192, -0.3633, -0.1040 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1601.677, -358.422, -0.3565, -0.0524 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1601.667, -358.420, -0.3565, -0.0524 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1598.219, -0.032, -0.3541, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1598.253, -0.032, -0.3541, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1601.598, 358.261, -0.3565, 0.0521 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1601.560, 358.260, -0.3565, 0.0521 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1611.141, 715.751, -0.3633, 0.1035 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1611.097, 715.753, -0.3633, 0.1035 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1626.033, 1072.508, -0.3741, 0.1536 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1625.991, 1072.532, -0.3741, 0.1536 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1647.911, 1436.539, -0.3902, 0.2063 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1647.921, 1436.454, -0.3902, 0.2062 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1682.074, 1779.567, -0.4154, 0.2494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1682.051, 1779.622, -0.4154, 0.2495 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1240.049, -1781.582, -0.3422, -0.2541 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1239.999, -1781.474, -0.3422, -0.2541 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1212.192, -1421.360, -0.3198, -0.2030 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1212.100, -1421.359, -0.3198, -0.2030 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1192.554, -1065.797, -0.3054, -0.1528 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1192.519, -1065.802, -0.3054, -0.1528 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1179.008, -710.600, -0.2958, -0.1022 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1178.966, -710.599, -0.2958, -0.1022 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1170.866, -355.360, -0.2901, -0.0513 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1170.853, -355.360, -0.2901, -0.0513 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1168.001, -0.012, -0.2882, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1168.034, -0.012, -0.2882, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1170.717, 355.276, -0.2901, 0.0510 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1170.746, 355.276, -0.2901, 0.0510 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1178.815, 710.327, -0.2958, 0.1018 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1178.774, 710.325, -0.2957, 0.1018 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1192.437, 1065.204, -0.3055, 0.1521 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1192.459, 1065.192, -0.3055, 0.1521 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1213.972, 1423.142, -0.3210, 0.2031 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1213.939, 1423.201, -0.3210, 0.2032 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1225.498, 1774.597, -0.3403, 0.2477 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1225.394, 1774.546, -0.3403, 0.2476 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -807.474, -1766.737, -0.2729, -0.2506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -807.426, -1766.637, -0.2728, -0.2505 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -781.838, -1411.805, -0.2531, -0.2009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -781.749, -1411.805, -0.2531, -0.2009 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -763.181, -1058.716, -0.2394, -0.1511 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -763.147, -1058.720, -0.2394, -0.1511 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -750.490, -705.784, -0.2305, -0.1009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -750.450, -705.784, -0.2305, -0.1009 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -743.020, -352.899, -0.2254, -0.0505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -742.996, -352.899, -0.2253, -0.0505 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -740.428, -0.025, -0.2236, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -740.464, -0.026, -0.2236, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -742.900, 352.807, -0.2253, 0.0503 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -742.926, 352.807, -0.2253, 0.0503 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -750.373, 705.560, -0.2305, 0.1006 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -750.332, 705.560, -0.2305, 0.1006 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -762.962, 1058.407, -0.2395, 0.1506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -762.942, 1058.374, -0.2395, 0.1506 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -779.824, 1413.079, -0.2526, 0.2009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -779.723, 1413.082, -0.2526, 0.2009 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -826.977, 1763.601, -0.2829, 0.2487 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -827.065, 1763.652, -0.2829, 0.2487 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -380.648, -1753.448, -0.2078, -0.2476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -380.571, -1753.428, -0.2077, -0.2476 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -355.492, -1402.382, -0.1886, -0.1987 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -355.421, -1402.382, -0.1886, -0.1987 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -337.537, -1051.829, -0.1755, -0.1493 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -337.499, -1051.831, -0.1755, -0.1493 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -325.382, -701.247, -0.1671, -0.0997 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -325.344, -701.247, -0.1670, -0.0997 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -318.267, -350.658, -0.1622, -0.0499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -318.240, -350.657, -0.1622, -0.0499 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -315.816, -0.075, -0.1606, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -315.851, -0.075, -0.1606, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -318.231, 350.475, -0.1622, 0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -318.199, 350.475, -0.1622, 0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -325.350, 700.984, -0.1671, 0.0994 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -325.309, 700.983, -0.1671, 0.0994 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -337.711, 1051.459, -0.1758, 0.1489 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -337.789, 1051.453, -0.1758, 0.1489 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -358.718, 1402.511, -0.1904, 0.1984 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -358.717, 1402.525, -0.1904, 0.1984 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -374.567, 1748.260, -0.2077, 0.2449 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -374.338, 1748.323, -0.2076, 0.2449 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 42.446, -1739.184, -0.1445, -0.2441 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 42.484, -1739.247, -0.1445, -0.2442 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 67.277, -1393.063, -0.1261, -0.1965 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 67.345, -1393.063, -0.1260, -0.1965 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 84.676, -1045.040, -0.1135, -0.1476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 84.721, -1045.041, -0.1135, -0.1476 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 96.526, -696.800, -0.1053, -0.0985 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 96.565, -696.800, -0.1053, -0.0985 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 103.475, -348.485, -0.1006, -0.0493 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 103.506, -348.484, -0.1006, -0.0493 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 105.861, -0.157, -0.0991, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 105.824, -0.157, -0.0991, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 103.472, 348.155, -0.1006, 0.0491 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 103.504, 348.155, -0.1006, 0.0491 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 96.478, 696.437, -0.1054, 0.0982 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 96.519, 696.437, -0.1054, 0.0982 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 84.552, 1044.757, -0.1137, 0.1473 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 84.597, 1044.779, -0.1137, 0.1473 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 67.889, 1391.953, -0.1262, 0.1957 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 67.850, 1391.982, -0.1262, 0.1957 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 32.990, 1736.096, -0.1512, 0.2429 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 33.176, 1736.082, -0.1511, 0.2429 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 464.410, -1727.411, -0.0825, -0.2416 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 464.409, -1727.418, -0.0825, -0.2416 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 486.380, -1383.846, -0.0655, -0.1943 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 486.466, -1383.843, -0.0655, -0.1943 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 503.541, -1038.236, -0.0533, -0.1459 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 503.584, -1038.237, -0.0533, -0.1459 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 515.336, -692.287, -0.0452, -0.0973 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 515.365, -692.287, -0.0452, -0.0973 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 522.335, -346.265, -0.0406, -0.0487 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 522.368, -346.264, -0.0406, -0.0487 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 524.746, -0.265, -0.0390, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 524.713, -0.265, -0.0390, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 522.304, 345.743, -0.0406, 0.0484 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 522.336, 345.744, -0.0406, 0.0484 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 515.236, 691.792, -0.0453, 0.0970 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 515.268, 691.792, -0.0453, 0.0970 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 503.248, 1037.742, -0.0536, 0.1455 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 503.248, 1037.751, -0.0536, 0.1455 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 484.364, 1383.052, -0.0665, 0.1937 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 484.382, 1383.026, -0.0665, 0.1937 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 474.176, 1729.913, -0.0803, 0.2445 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 474.268, 1730.186, -0.0803, 0.2446 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 877.603, -1716.220, -0.0245, -0.2393 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 877.658, -1716.201, -0.0245, -0.2393 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 901.972, -1374.545, -0.0068, -0.1922 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 902.049, -1374.540, -0.0067, -0.1922 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 918.974, -1031.259, 0.0051, -0.1441 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 918.997, -1031.261, 0.0052, -0.1441 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 931.083, -687.422, 0.0133, -0.0959 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 931.079, -687.422, 0.0133, -0.0959 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 938.543, -343.780, 0.0181, -0.0480 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 938.577, -343.779, 0.0181, -0.0480 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 941.109, -0.395, 0.0198, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 941.137, -0.393, 0.0198, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 938.497, 343.039, 0.0181, 0.0476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 938.532, 343.040, 0.0181, 0.0476 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 930.963, 686.803, 0.0132, 0.0956 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 930.986, 686.802, 0.0132, 0.0956 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 918.728, 1030.796, 0.0049, 0.1438 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 918.695, 1030.905, 0.0049, 0.1438 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 897.132, 1371.547, -0.0089, 0.1905 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 897.109, 1371.494, -0.0090, 0.1905 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 873.540, 1735.766, -0.0286, 0.2468 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 873.696, 1735.834, -0.0286, 0.2469 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1292.362, -1702.553, 0.0344, -0.2361 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1292.391, -1702.472, 0.0343, -0.2361 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1313.688, -1366.376, 0.0499, -0.1907 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1313.713, -1366.389, 0.0499, -0.1907 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1330.133, -1023.805, 0.0613, -0.1422 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1330.153, -1023.812, 0.0613, -0.1422 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1343.679, -681.348, 0.0701, -0.0939 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1343.645, -681.348, 0.0701, -0.0939 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1352.670, -340.464, 0.0758, -0.0468 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1352.700, -340.464, 0.0758, -0.0468 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1355.841, -0.553, 0.0778, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1355.868, -0.551, 0.0778, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1352.590, 339.470, 0.0757, 0.0463 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1352.600, 339.473, 0.0757, 0.0463 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1343.531, 680.669, 0.0700, 0.0936 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1343.486, 680.669, 0.0700, 0.0936 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1329.806, 1023.314, 0.0610, 0.1419 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1329.896, 1023.400, 0.0610, 0.1420 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1312.767, 1363.248, 0.0493, 0.1892 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1312.707, 1363.173, 0.0493, 0.1892 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1286.080, 1725.154, 0.0303, 0.2483 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1286.228, 1725.188, 0.0304, 0.2483 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1739.204, -1700.573, 0.1050, -0.2391 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1739.189, -1700.661, 0.1050, -0.2391 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1717.252, -1364.637, 0.1019, -0.1928 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1717.369, -1364.620, 0.1019, -0.1928 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1733.588, -1013.124, 0.1133, -0.1386 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1733.631, -1013.108, 0.1133, -0.1386 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1753.414, -671.366, 0.1255, -0.0898 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1753.423, -671.377, 0.1255, -0.0898 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1766.373, -335.054, 0.1333, -0.0444 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1766.426, -335.047, 0.1334, -0.0444 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1770.826, -0.786, 0.1360, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1770.825, -0.784, 0.1360, -0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1766.188, 333.682, 0.1332, 0.0438 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1766.233, 333.673, 0.1332, 0.0437 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1752.942, 670.636, 0.1251, 0.0895 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1752.972, 670.602, 0.1252, 0.0895 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1733.346, 1013.312, 0.1131, 0.1388 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1733.483, 1013.330, 0.1131, 0.1388 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1712.528, 1364.029, 0.1001, 0.1927 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1712.673, 1364.006, 0.1001, 0.1927 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1751.901, 1728.415, 0.1064, 0.2539 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1751.931, 1728.275, 0.1064, 0.2538 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2302.706, -1774.171, -0.4107, -0.2475 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2302.659, -1774.165, -0.4107, -0.2475 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2316.977, -1416.434, -0.4195, -0.1995 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2317.022, -1416.346, -0.4195, -0.1995 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2302.122, -1072.724, -0.4077, -0.1573 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2302.161, -1072.729, -0.4077, -0.1573 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2287.135, -718.218, -0.3971, -0.1072 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2287.151, -718.219, -0.3971, -0.1072 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2277.893, -359.760, -0.3907, -0.0541 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2277.897, -359.757, -0.3907, -0.0541 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2274.812, -0.032, -0.3886, -0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2274.802, -0.034, -0.3886, -0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2278.043, 359.618, -0.3909, 0.0540 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2278.045, 359.610, -0.3909, 0.0540 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2287.433, 717.809, -0.3974, 0.1068 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2287.452, 717.795, -0.3974, 0.1068 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2302.471, 1071.873, -0.4081, 0.1565 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2302.505, 1071.845, -0.4082, 0.1565 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2319.541, 1416.891, -0.4216, 0.1993 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2319.561, 1416.898, -0.4216, 0.1994 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2295.964, 1771.094, -0.4089, 0.2492 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2296.117, 1771.064, -0.4090, 0.2492 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1887.715, -1778.544, -0.3532, -0.2557 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1887.629, -1778.527, -0.3532, -0.2557 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1876.306, -1418.061, -0.3450, -0.2026 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1876.292, -1418.059, -0.3450, -0.2026 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1867.231, -1065.076, -0.3384, -0.1536 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1867.263, -1065.074, -0.3385, -0.1536 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1858.570, -711.338, -0.3324, -0.1035 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1858.579, -711.341, -0.3324, -0.1035 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1852.686, -356.068, -0.3283, -0.0521 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1852.679, -356.072, -0.3283, -0.0521 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1850.609, -0.026, -0.3269, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1850.599, -0.027, -0.3269, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1852.709, 355.949, -0.3284, 0.0520 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1852.701, 355.951, -0.3284, 0.0520 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1858.586, 711.018, -0.3325, 0.1032 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1858.593, 711.019, -0.3325, 0.1032 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1867.066, 1064.359, -0.3385, 0.1530 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1867.028, 1064.337, -0.3385, 0.1530 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1875.687, 1420.263, -0.3450, 0.2031 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1875.605, 1420.533, -0.3449, 0.2032 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1887.556, 1770.001, -0.3549, 0.2502 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1887.579, 1769.942, -0.3550, 0.2501 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1462.315, -1770.780, -0.2903, -0.2544 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1462.270, -1770.790, -0.2903, -0.2544 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1448.118, -1414.822, -0.2801, -0.2030 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1448.098, -1414.824, -0.2801, -0.2030 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1438.615, -1061.075, -0.2733, -0.1525 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1438.633, -1061.075, -0.2733, -0.1525 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1431.627, -707.638, -0.2684, -0.1020 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1431.636, -707.643, -0.2684, -0.1020 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1427.227, -353.941, -0.2654, -0.0512 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1427.221, -353.943, -0.2654, -0.0512 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1425.680, -0.010, -0.2644, -0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1425.683, -0.010, -0.2644, -0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1427.191, 353.875, -0.2654, 0.0510 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1427.184, 353.876, -0.2654, 0.0510 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1431.546, 707.445, -0.2684, 0.1018 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1431.552, 707.448, -0.2684, 0.1018 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1438.431, 1060.771, -0.2733, 0.1522 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1438.482, 1060.758, -0.2733, 0.1522 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1448.635, 1417.377, -0.2805, 0.2038 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1448.656, 1417.371, -0.2806, 0.2037 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1463.926, 1762.480, -0.2916, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1463.896, 1762.450, -0.2916, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1035.002, -1764.748, -0.2268, -0.2530 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1034.958, -1764.775, -0.2268, -0.2530 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1022.352, -1410.114, -0.2167, -0.2020 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1022.330, -1410.116, -0.2167, -0.2020 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1013.081, -1057.445, -0.2100, -0.1516 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1013.097, -1057.447, -0.2101, -0.1516 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1006.649, -704.962, -0.2056, -0.1012 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1006.655, -704.965, -0.2056, -0.1012 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1002.809, -352.495, -0.2030, -0.0507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1002.804, -352.496, -0.2030, -0.0507 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1001.488, -0.002, -0.2021, -0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1001.496, -0.002, -0.2021, -0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1002.764, 352.461, -0.2030, 0.0506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1002.759, 352.462, -0.2030, 0.0506 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1006.571, 704.842, -0.2056, 0.1010 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1006.573, 704.844, -0.2056, 0.1010 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1013.073, 1057.202, -0.2101, 0.1514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1013.097, 1057.213, -0.2101, 0.1514 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1023.137, 1410.692, -0.2173, 0.2020 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1023.068, 1410.599, -0.2173, 0.2020 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1027.079, 1761.775, -0.2252, 0.2510 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1027.007, 1761.924, -0.2251, 0.2511 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -610.920, -1757.669, -0.1640, -0.2511 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -610.895, -1757.658, -0.1640, -0.2511 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -598.486, -1405.387, -0.1544, -0.2009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -598.463, -1405.388, -0.1544, -0.2009 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -589.536, -1053.943, -0.1480, -0.1508 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -589.550, -1053.945, -0.1480, -0.1508 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -583.399, -702.599, -0.1437, -0.1005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -583.401, -702.601, -0.1437, -0.1006 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -579.798, -351.297, -0.1413, -0.0503 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -579.794, -351.297, -0.1413, -0.0503 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -578.576, -0.011, -0.1405, -0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -578.584, -0.011, -0.1405, -0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -579.767, 351.254, -0.1413, 0.0502 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -579.763, 351.254, -0.1413, 0.0502 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -583.355, 702.496, -0.1437, 0.1004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -583.358, 702.497, -0.1437, 0.1004 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -589.478, 1053.799, -0.1480, 0.1505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -589.455, 1053.810, -0.1480, 0.1506 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -597.668, 1405.739, -0.1543, 0.2008 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -597.669, 1405.818, -0.1543, 0.2008 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -620.417, 1758.271, -0.1693, 0.2509 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -620.378, 1758.184, -0.1693, 0.2509 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -188.699, -1751.157, -0.1023, -0.2496 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -188.661, -1751.166, -0.1023, -0.2496 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -176.496, -1400.702, -0.0931, -0.1998 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -176.471, -1400.703, -0.0931, -0.1998 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -167.734, -1050.520, -0.0868, -0.1499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -167.747, -1050.521, -0.0868, -0.1499 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -161.755, -700.349, -0.0827, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -161.756, -700.348, -0.0827, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -158.265, -350.188, -0.0803, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -158.261, -350.188, -0.0803, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -157.090, -0.039, -0.0795, -0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -157.095, -0.038, -0.0795, -0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -158.253, 350.097, -0.0803, 0.0499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -158.249, 350.098, -0.0803, 0.0499 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -161.754, 700.221, -0.0827, 0.0998 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -161.756, 700.220, -0.0827, 0.0998 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -167.859, 1050.337, -0.0869, 0.1497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -167.954, 1050.340, -0.0869, 0.1497 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -178.040, 1401.069, -0.0939, 0.1998 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -177.988, 1401.066, -0.0939, 0.1998 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -185.439, 1749.526, -0.1024, 0.2495 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -185.370, 1749.521, -0.1023, 0.2495 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 231.383, -1744.037, -0.0419, -0.2478 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 231.449, -1744.031, -0.0418, -0.2478 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 243.777, -1396.052, -0.0327, -0.1987 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 243.806, -1396.051, -0.0327, -0.1987 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 252.415, -1047.126, -0.0265, -0.1490 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 252.400, -1047.126, -0.0265, -0.1490 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 258.339, -698.126, -0.0224, -0.0994 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 258.338, -698.123, -0.0224, -0.0994 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 261.806, -349.103, -0.0201, -0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 261.810, -349.102, -0.0201, -0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 262.970, -0.083, -0.0193, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 262.968, -0.082, -0.0193, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 261.800, 348.934, -0.0201, 0.0496 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 261.805, 348.933, -0.0201, 0.0496 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 258.307, 697.944, -0.0225, 0.0992 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 258.306, 697.940, -0.0225, 0.0992 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 252.350, 1046.982, -0.0266, 0.1488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 252.371, 1046.962, -0.0266, 0.1488 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 244.066, 1395.455, -0.0328, 0.1982 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 244.047, 1395.486, -0.0328, 0.1982 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 226.213, 1742.591, -0.0452, 0.2471 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 226.231, 1742.646, -0.0452, 0.2471 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 651.197, -1738.138, 0.0183, -0.2465 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 651.260, -1738.132, 0.0184, -0.2465 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 662.244, -1391.414, 0.0268, -0.1975 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 662.267, -1391.413, 0.0268, -0.1975 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 670.901, -1043.702, 0.0329, -0.1482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 670.884, -1043.702, 0.0329, -0.1482 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 676.895, -695.850, 0.0370, -0.0988 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 676.893, -695.846, 0.0370, -0.0988 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 680.450, -347.982, 0.0394, -0.0494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 680.454, -347.980, 0.0394, -0.0494 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 681.651, -0.139, 0.0402, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 681.652, -0.138, 0.0402, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 680.432, 347.712, 0.0394, 0.0492 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 680.436, 347.710, 0.0394, 0.0492 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 676.838, 695.598, 0.0370, 0.0986 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 676.835, 695.594, 0.0370, 0.0986 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 670.756, 1043.456, 0.0328, 0.1480 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 670.791, 1043.479, 0.0328, 0.1480 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 660.923, 1390.973, 0.0261, 0.1972 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 660.991, 1390.999, 0.0261, 0.1972 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 655.029, 1739.954, 0.0187, 0.2477 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 655.071, 1739.857, 0.0187, 0.2476 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1066.548, -1732.372, 0.0763, -0.2453 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1066.579, -1732.403, 0.0763, -0.2453 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1078.943, -1386.738, 0.0853, -0.1965 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1078.965, -1386.738, 0.0853, -0.1965 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1087.623, -1040.175, 0.0914, -0.1473 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1087.599, -1040.176, 0.0914, -0.1473 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1093.891, -693.360, 0.0956, -0.0980 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1093.884, -693.358, 0.0956, -0.0980 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1097.768, -346.700, 0.0982, -0.0490 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1097.771, -346.698, 0.0982, -0.0490 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1099.106, -0.206, 0.0990, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1099.111, -0.205, 0.0990, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1097.741, 346.317, 0.0981, 0.0488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1097.744, 346.314, 0.0981, 0.0488 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1093.824, 693.048, 0.0956, 0.0979 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1093.819, 693.044, 0.0956, 0.0979 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1087.510, 1039.957, 0.0913, 0.1471 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1087.550, 1039.918, 0.0913, 0.1471 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1076.560, 1384.807, 0.0843, 0.1955 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1076.574, 1384.777, 0.0843, 0.1955 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1065.330, 1742.931, 0.0751, 0.2499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1065.278, 1742.942, 0.0751, 0.2499 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1482.507, -1725.236, 0.1348, -0.2436 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1482.539, -1725.195, 0.1348, -0.2436 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1493.447, -1382.773, 0.1427, -0.1959 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1493.410, -1382.803, 0.1427, -0.1959 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1502.007, -1036.355, 0.1486, -0.1463 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1501.972, -1036.360, 0.1486, -0.1463 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1509.232, -690.147, 0.1534, -0.0969 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1509.216, -690.150, 0.1534, -0.0969 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1514.066, -344.932, 0.1565, -0.0483 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1514.062, -344.933, 0.1565, -0.0483 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1515.771, -0.290, 0.1576, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1515.773, -0.290, 0.1576, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1514.011, 344.417, 0.1564, 0.0481 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1514.010, 344.417, 0.1564, 0.0481 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1509.137, 689.807, 0.1533, 0.0968 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1509.111, 689.803, 0.1533, 0.0968 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1501.816, 1036.123, 0.1485, 0.1462 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1501.763, 1036.078, 0.1484, 0.1461 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1492.932, 1381.126, 0.1423, 0.1951 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1492.724, 1381.615, 0.1422, 0.1953 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1478.079, 1734.340, 0.1318, 0.2481 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1478.098, 1734.515, 0.1318, 0.2482 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1924.097, -1727.168, 0.2045, -0.2470 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1924.124, -1727.155, 0.2045, -0.2470 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1902.936, -1383.136, 0.1969, -0.1979 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1902.988, -1383.137, 0.1970, -0.1979 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1911.868, -1030.503, 0.2033, -0.1441 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1911.825, -1030.509, 0.2033, -0.1441 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1923.065, -684.658, 0.2103, -0.0944 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1923.043, -684.656, 0.2103, -0.0944 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1930.283, -341.976, 0.2149, -0.0469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1930.281, -341.976, 0.2149, -0.0469 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1932.733, -0.413, 0.2164, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1932.737, -0.415, 0.2164, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1930.159, 341.256, 0.2148, 0.0466 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1930.158, 341.252, 0.2148, 0.0466 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1922.760, 684.288, 0.2101, 0.0943 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1922.758, 684.299, 0.2101, 0.0943 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1911.861, 1030.694, 0.2032, 0.1443 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1911.868, 1030.679, 0.2032, 0.1443 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1899.625, 1382.881, 0.1956, 0.1979 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1899.528, 1383.105, 0.1956, 0.1980 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1932.542, 1737.514, 0.2078, 0.2535 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1932.469, 1737.489, 0.2078, 0.2535 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, -1750.000, -0.3000, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, -1750.000, -0.3000, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, -1400.000, -0.3000, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, -1400.000, -0.3000, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, -1050.000, -0.3000, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, -1050.000, -0.3000, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, -700.000, -0.3000, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, -700.000, -0.3000, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, -350.000, -0.3000, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, -350.000, -0.3000, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, 0.000, -0.3000, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, 0.000, -0.3000, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, 350.000, -0.3000, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, 350.000, -0.3000, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, 700.000, -0.3000, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, 700.000, -0.3000, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, 1050.000, -0.3000, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, 1050.000, -0.3000, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, 1400.000, -0.3000, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, 1400.000, -0.3000, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, 1750.000, -0.3000, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, 1750.000, -0.3000, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, -1750.000, -0.2400, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, -1750.000, -0.2400, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, -1400.000, -0.2400, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, -1400.000, -0.2400, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, -1050.000, -0.2400, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, -1050.000, -0.2400, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, -700.000, -0.2400, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, -700.000, -0.2400, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, -350.000, -0.2400, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, -350.000, -0.2400, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, 0.000, -0.2400, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, 0.000, -0.2400, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, 350.000, -0.2400, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, 350.000, -0.2400, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, 700.000, -0.2400, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, 700.000, -0.2400, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, 1050.000, -0.2400, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, 1050.000, -0.2400, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, 1400.000, -0.2400, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, 1400.000, -0.2400, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, 1750.000, -0.2400, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, 1750.000, -0.2400, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, -1750.000, -0.1800, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, -1750.000, -0.1800, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, -1400.000, -0.1800, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, -1400.000, -0.1800, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, -1050.000, -0.1800, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, -1050.000, -0.1800, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, -700.000, -0.1800, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, -700.000, -0.1800, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, -350.000, -0.1800, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, -350.000, -0.1800, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, 0.000, -0.1800, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, 0.000, -0.1800, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, 350.000, -0.1800, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, 350.000, -0.1800, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, 700.000, -0.1800, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, 700.000, -0.1800, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, 1050.000, -0.1800, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, 1050.000, -0.1800, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, 1400.000, -0.1800, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, 1400.000, -0.1800, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, 1750.000, -0.1800, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, 1750.000, -0.1800, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, -1750.000, -0.1200, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, -1750.000, -0.1200, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, -1400.000, -0.1200, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, -1400.000, -0.1200, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, -1050.000, -0.1200, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, -1050.000, -0.1200, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, -700.000, -0.1200, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, -700.000, -0.1200, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, -350.000, -0.1200, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, -350.000, -0.1200, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, 0.000, -0.1200, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, 0.000, -0.1200, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, 350.000, -0.1200, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, 350.000, -0.1200, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, 700.000, -0.1200, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, 700.000, -0.1200, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, 1050.000, -0.1200, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, 1050.000, -0.1200, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, 1400.000, -0.1200, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, 1400.000, -0.1200, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, 1750.000, -0.1200, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, 1750.000, -0.1200, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, -1750.000, -0.0600, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, -1750.000, -0.0600, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, -1400.000, -0.0600, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, -1400.000, -0.0600, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, -1050.000, -0.0600, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, -1050.000, -0.0600, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, -700.000, -0.0600, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, -700.000, -0.0600, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, -350.000, -0.0600, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, -350.000, -0.0600, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, 0.000, -0.0600, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, 0.000, -0.0600, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, 350.000, -0.0600, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, 350.000, -0.0600, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, 700.000, -0.0600, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, 700.000, -0.0600, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, 1050.000, -0.0600, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, 1050.000, -0.0600, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, 1400.000, -0.0600, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, 1400.000, -0.0600, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, 1750.000, -0.0600, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, 1750.000, -0.0600, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, -1750.000, 0.0000, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, -1750.000, 0.0000, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, -1400.000, 0.0000, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, -1400.000, 0.0000, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, -1050.000, 0.0000, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, -1050.000, 0.0000, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, -700.000, 0.0000, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, -700.000, 0.0000, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, -350.000, 0.0000, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, -350.000, 0.0000, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, 0.000, 0.0000, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, 0.000, 0.0000, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, 350.000, 0.0000, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, 350.000, 0.0000, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, 700.000, 0.0000, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, 700.000, 0.0000, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, 1050.000, 0.0000, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, 1050.000, 0.0000, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, 1400.000, 0.0000, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, 1400.000, 0.0000, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, 1750.000, 0.0000, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, 1750.000, 0.0000, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, -1750.000, 0.0600, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, -1750.000, 0.0600, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, -1400.000, 0.0600, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, -1400.000, 0.0600, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, -1050.000, 0.0600, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, -1050.000, 0.0600, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, -700.000, 0.0600, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, -700.000, 0.0600, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, -350.000, 0.0600, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, -350.000, 0.0600, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, 0.000, 0.0600, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, 0.000, 0.0600, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, 350.000, 0.0600, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, 350.000, 0.0600, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, 700.000, 0.0600, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, 700.000, 0.0600, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, 1050.000, 0.0600, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, 1050.000, 0.0600, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, 1400.000, 0.0600, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, 1400.000, 0.0600, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, 1750.000, 0.0600, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, 1750.000, 0.0600, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, -1750.000, 0.1200, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, -1750.000, 0.1200, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, -1400.000, 0.1200, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, -1400.000, 0.1200, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, -1050.000, 0.1200, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, -1050.000, 0.1200, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, -700.000, 0.1200, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, -700.000, 0.1200, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, -350.000, 0.1200, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, -350.000, 0.1200, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, 0.000, 0.1200, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, 0.000, 0.1200, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, 350.000, 0.1200, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, 350.000, 0.1200, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, 700.000, 0.1200, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, 700.000, 0.1200, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, 1050.000, 0.1200, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, 1050.000, 0.1200, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, 1400.000, 0.1200, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, 1400.000, 0.1200, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, 1750.000, 0.1200, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, 1750.000, 0.1200, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, -1750.000, 0.1800, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, -1750.000, 0.1800, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, -1400.000, 0.1800, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, -1400.000, 0.1800, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, -1050.000, 0.1800, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, -1050.000, 0.1800, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, -700.000, 0.1800, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, -700.000, 0.1800, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, -350.000, 0.1800, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, -350.000, 0.1800, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, 0.000, 0.1800, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, 0.000, 0.1800, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, 350.000, 0.1800, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, 350.000, 0.1800, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, 700.000, 0.1800, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, 700.000, 0.1800, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, 1050.000, 0.1800, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, 1050.000, 0.1800, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, 1400.000, 0.1800, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, 1400.000, 0.1800, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, 1750.000, 0.1800, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, 1750.000, 0.1800, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, -1750.000, 0.2400, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, -1750.000, 0.2400, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, -1400.000, 0.2400, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, -1400.000, 0.2400, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, -1050.000, 0.2400, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, -1050.000, 0.2400, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, -700.000, 0.2400, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, -700.000, 0.2400, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, -350.000, 0.2400, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, -350.000, 0.2400, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, 0.000, 0.2400, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, 0.000, 0.2400, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, 350.000, 0.2400, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, 350.000, 0.2400, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, 700.000, 0.2400, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, 700.000, 0.2400, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, 1050.000, 0.2400, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, 1050.000, 0.2400, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, 1400.000, 0.2400, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, 1400.000, 0.2400, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, 1750.000, 0.2400, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, 1750.000, 0.2400, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, -1750.000, 0.3000, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, -1750.000, 0.3000, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, -1400.000, 0.3000, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, -1400.000, 0.3000, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, -1050.000, 0.3000, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, -1050.000, 0.3000, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, -700.000, 0.3000, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, -700.000, 0.3000, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, -350.000, 0.3000, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, -350.000, 0.3000, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, 0.000, 0.3000, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, 0.000, 0.3000, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, 350.000, 0.3000, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, 350.000, 0.3000, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, 700.000, 0.3000, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, 700.000, 0.3000, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, 1050.000, 0.3000, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, 1050.000, 0.3000, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, 1400.000, 0.3000, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, 1400.000, 0.3000, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = inf GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, 1750.000, 0.3000, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, 1750.000, 0.3000, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1905.460, -1724.306, -0.1966, -0.2453 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1905.515, -1724.295, -0.1966, -0.2453 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1902.365, -1381.975, -0.1967, -0.1972 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1902.343, -1381.978, -0.1967, -0.1972 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1912.152, -1030.384, -0.2033, -0.1440 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1912.102, -1030.396, -0.2033, -0.1440 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1923.049, -684.537, -0.2103, -0.0943 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1923.023, -684.534, -0.2102, -0.0943 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1930.107, -341.701, -0.2147, -0.0468 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1930.106, -341.700, -0.2147, -0.0468 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1932.517, 0.031, -0.2162, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1932.516, 0.033, -0.2162, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1930.013, 341.838, -0.2146, 0.0469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1930.013, 341.838, -0.2146, 0.0469 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1922.879, 684.913, -0.2101, 0.0947 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1922.858, 684.913, -0.2101, 0.0947 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1911.994, 1031.096, -0.2031, 0.1446 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1911.938, 1031.112, -0.2031, 0.1446 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1902.074, 1381.526, -0.1965, 0.1975 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1902.173, 1381.613, -0.1965, 0.1976 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1911.957, 1740.996, -0.1983, 0.2551 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1911.885, 1741.004, -0.1983, 0.2551 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1482.824, -1724.159, -0.1348, -0.2428 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1482.901, -1724.191, -0.1348, -0.2428 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1493.637, -1382.327, -0.1427, -0.1955 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1493.660, -1382.326, -0.1427, -0.1955 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1502.006, -1036.118, -0.1486, -0.1461 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1501.974, -1036.122, -0.1486, -0.1461 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1509.182, -689.958, -0.1533, -0.0968 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1509.168, -689.959, -0.1533, -0.0968 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1513.978, -344.702, -0.1564, -0.0482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1513.977, -344.702, -0.1564, -0.0482 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1515.680, 0.017, -0.1575, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1515.683, 0.018, -0.1575, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1513.980, 344.794, -0.1564, 0.0483 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1513.980, 344.796, -0.1564, 0.0483 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1509.204, 690.222, -0.1532, 0.0970 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1509.193, 690.223, -0.1532, 0.0970 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1502.164, 1036.724, -0.1485, 0.1465 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1502.183, 1036.749, -0.1486, 0.1466 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1493.892, 1380.986, -0.1427, 0.1952 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1493.961, 1380.768, -0.1427, 0.1951 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1481.745, 1734.871, -0.1330, 0.2485 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1481.781, 1734.910, -0.1330, 0.2485 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1065.766, -1731.799, -0.0758, -0.2447 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1065.878, -1731.777, -0.0759, -0.2447 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1078.840, -1386.292, -0.0852, -0.1961 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1078.862, -1386.290, -0.0852, -0.1961 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1087.561, -1039.892, -0.0913, -0.1470 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1087.536, -1039.894, -0.0913, -0.1470 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1093.840, -693.161, -0.0956, -0.0979 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1093.832, -693.158, -0.0956, -0.0979 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1097.724, -346.518, -0.0981, -0.0489 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1097.727, -346.516, -0.0981, -0.0489 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1099.084, -0.000, -0.0990, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1099.085, 0.000, -0.0990, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1097.766, 346.558, -0.0981, 0.0490 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1097.770, 346.557, -0.0981, 0.0490 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1093.922, 693.314, -0.0956, 0.0981 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1093.918, 693.312, -0.0956, 0.0981 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1087.732, 1040.131, -0.0913, 0.1473 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1087.675, 1040.141, -0.0913, 0.1473 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1078.550, 1384.494, -0.0850, 0.1956 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1078.534, 1384.481, -0.0850, 0.1956 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1062.502, 1740.497, -0.0738, 0.2498 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1062.510, 1740.573, -0.0738, 0.2499 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -650.988, -1736.837, -0.0181, -0.2457 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -651.080, -1736.829, -0.0181, -0.2457 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -662.157, -1390.976, -0.0267, -0.1972 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -662.182, -1390.974, -0.0267, -0.1972 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -670.835, -1043.433, -0.0329, -0.1479 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -670.816, -1043.432, -0.0329, -0.1479 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -676.851, -695.674, -0.0370, -0.0986 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -676.846, -695.671, -0.0370, -0.0986 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -680.426, -347.845, -0.0393, -0.0493 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -680.430, -347.844, -0.0393, -0.0493 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -681.653, -0.004, -0.0401, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -681.650, -0.004, -0.0401, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -680.470, 347.865, -0.0393, 0.0494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -680.475, 347.864, -0.0393, 0.0494 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -676.923, 695.773, -0.0370, 0.0988 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -676.918, 695.771, -0.0370, 0.0988 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -670.842, 1043.663, -0.0328, 0.1482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -670.822, 1043.644, -0.0328, 0.1482 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -661.717, 1390.881, -0.0264, 0.1974 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -661.956, 1390.618, -0.0265, 0.1972 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -660.574, 1739.701, -0.0216, 0.2475 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -660.600, 1739.678, -0.0216, 0.2475 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -231.883, -1743.491, 0.0417, -0.2473 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -231.879, -1743.495, 0.0417, -0.2473 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -243.733, -1395.617, 0.0327, -0.1983 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -243.755, -1395.615, 0.0327, -0.1983 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -252.380, -1046.869, 0.0265, -0.1488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -252.366, -1046.868, 0.0265, -0.1488 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -258.317, -697.970, 0.0225, -0.0992 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -258.314, -697.969, 0.0225, -0.0992 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -261.797, -348.997, 0.0201, -0.0496 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -261.801, -348.996, 0.0201, -0.0496 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -262.977, 0.011, 0.0193, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -262.971, 0.011, 0.0193, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -261.825, 349.038, 0.0201, 0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -261.829, 349.038, 0.0201, 0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -258.351, 698.066, 0.0225, 0.0994 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -258.348, 698.066, 0.0225, 0.0994 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -252.409, 1047.029, 0.0266, 0.1490 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -252.434, 1047.020, 0.0266, 0.1490 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -244.023, 1395.695, 0.0329, 0.1985 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -244.022, 1395.835, 0.0329, 0.1985 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -225.456, 1741.950, 0.0450, 0.2473 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -225.537, 1742.045, 0.0450, 0.2474 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 188.553, -1750.038, 0.1022, -0.2488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 188.524, -1750.032, 0.1022, -0.2488 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 176.474, -1400.275, 0.0931, -0.1994 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 176.449, -1400.274, 0.0931, -0.1994 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 167.722, -1050.267, 0.0868, -0.1497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 167.735, -1050.267, 0.0868, -0.1497 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 161.748, -700.198, 0.0827, -0.0998 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 161.749, -700.199, 0.0827, -0.0998 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 158.261, -350.089, 0.0803, -0.0499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 158.256, -350.090, 0.0803, -0.0499 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 157.087, 0.045, 0.0795, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 157.093, 0.044, 0.0795, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 158.253, 350.189, 0.0803, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 158.248, 350.190, 0.0803, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 161.756, 700.330, 0.0827, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 161.758, 700.332, 0.0827, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 167.877, 1050.446, 0.0869, 0.1499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 167.968, 1050.436, 0.0870, 0.1499 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 178.014, 1399.947, 0.0938, 0.1995 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 178.040, 1399.967, 0.0939, 0.1995 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 185.629, 1751.330, 0.1029, 0.2494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 185.559, 1751.349, 0.1029, 0.2494 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 611.339, -1757.032, 0.1641, -0.2505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 611.339, -1757.032, 0.1641, -0.2505 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 598.401, -1404.946, 0.1543, -0.2005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 598.372, -1404.946, 0.1543, -0.2005 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 589.478, -1053.679, 0.1479, -0.1505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 589.490, -1053.680, 0.1479, -0.1505 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 583.362, -702.434, 0.1437, -0.1004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 583.362, -702.438, 0.1437, -0.1004 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 579.780, -351.180, 0.1412, -0.0502 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 579.775, -351.182, 0.1412, -0.0502 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 578.577, 0.094, 0.1404, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 578.582, 0.093, 0.1404, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 579.790, 351.369, 0.1413, 0.0503 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 579.785, 351.370, 0.1412, 0.0503 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 583.403, 702.628, 0.1437, 0.1006 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 583.405, 702.632, 0.1437, 0.1006 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 589.560, 1053.839, 0.1480, 0.1507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 589.543, 1053.857, 0.1480, 0.1507 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 597.854, 1405.708, 0.1543, 0.2010 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 597.999, 1405.630, 0.1544, 0.2009 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 616.336, 1756.621, 0.1676, 0.2502 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 616.283, 1756.662, 0.1676, 0.2502 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1034.778, -1763.106, 0.2264, -0.2519 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1034.749, -1763.105, 0.2264, -0.2519 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1022.224, -1409.662, 0.2166, -0.2016 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1022.203, -1409.663, 0.2166, -0.2016 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1012.993, -1057.162, 0.2100, -0.1514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1013.007, -1057.163, 0.2100, -0.1514 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1006.591, -704.770, 0.2055, -0.1011 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1006.592, -704.774, 0.2055, -0.1011 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1002.774, -352.339, 0.2029, -0.0505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1002.768, -352.341, 0.2029, -0.0505 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1001.480, 0.155, 0.2021, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1001.482, 0.154, 0.2021, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1002.798, 352.636, 0.2030, 0.0507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1002.791, 352.638, 0.2030, 0.0507 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1006.659, 705.035, 0.2056, 0.1012 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1006.662, 705.040, 0.2056, 0.1012 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1013.156, 1057.409, 0.2101, 0.1516 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1013.111, 1057.390, 0.2101, 0.1516 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1024.034, 1410.373, 0.2177, 0.2021 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1024.044, 1410.222, 0.2177, 0.2020 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1032.063, 1760.325, 0.2275, 0.2507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1031.893, 1760.359, 0.2274, 0.2507 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1461.737, -1769.234, 0.2902, -0.2532 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1461.670, -1769.238, 0.2902, -0.2532 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1447.981, -1414.347, 0.2799, -0.2025 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1447.961, -1414.348, 0.2799, -0.2025 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1438.542, -1060.778, 0.2732, -0.1523 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1438.561, -1060.779, 0.2732, -0.1523 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1431.563, -707.423, 0.2683, -0.1019 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1431.568, -707.427, 0.2683, -0.1019 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1427.164, -353.734, 0.2653, -0.0510 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1427.158, -353.737, 0.2653, -0.0510 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1425.639, 0.228, 0.2643, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1425.636, 0.227, 0.2643, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1427.204, 354.151, 0.2654, 0.0512 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1427.197, 354.154, 0.2654, 0.0512 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1431.647, 707.740, 0.2684, 0.1020 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1431.652, 707.746, 0.2684, 0.1020 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1438.659, 1060.956, 0.2733, 0.1524 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1438.621, 1060.991, 0.2733, 0.1524 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1450.716, 1417.397, 0.2813, 0.2040 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1450.429, 1417.234, 0.2812, 0.2039 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1462.462, 1757.062, 0.2913, 0.2478 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1462.541, 1757.108, 0.2913, 0.2478 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1890.344, -1777.019, 0.3541, -0.2545 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1890.329, -1777.018, 0.3541, -0.2545 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1876.787, -1417.647, 0.3451, -0.2022 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1876.770, -1417.606, 0.3451, -0.2021 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1867.253, -1064.851, 0.3384, -0.1534 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1867.292, -1064.848, 0.3384, -0.1534 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1858.506, -711.150, 0.3323, -0.1034 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1858.520, -711.150, 0.3323, -0.1034 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1852.563, -355.815, 0.3282, -0.0520 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1852.562, -355.815, 0.3282, -0.0520 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1850.476, 0.323, 0.3268, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1850.464, 0.323, 0.3268, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1852.649, 356.376, 0.3283, 0.0522 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1852.643, 356.381, 0.3282, 0.0522 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1858.644, 711.471, 0.3324, 0.1035 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1858.669, 711.482, 0.3324, 0.1035 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1867.424, 1064.950, 0.3386, 0.1534 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1867.469, 1065.065, 0.3386, 0.1534 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1877.007, 1419.613, 0.3455, 0.2030 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1876.996, 1419.566, 0.3455, 0.2030 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1895.118, 1773.005, 0.3589, 0.2525 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1895.115, 1772.944, 0.3589, 0.2525 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2289.288, -1766.341, 0.4076, -0.2423 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2289.306, -1766.362, 0.4076, -0.2423 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2317.900, -1414.841, 0.4201, -0.1987 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2317.905, -1414.868, 0.4201, -0.1988 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2302.501, -1072.742, 0.4078, -0.1573 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2302.542, -1072.749, 0.4078, -0.1573 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2287.080, -718.130, 0.3970, -0.1072 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2287.097, -718.125, 0.3970, -0.1072 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2277.646, -359.459, 0.3905, -0.0540 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2277.658, -359.450, 0.3905, -0.0540 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2274.516, 0.469, 0.3884, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2274.509, 0.473, 0.3884, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2277.835, 360.276, 0.3906, 0.0544 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2277.837, 360.275, 0.3906, 0.0544 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2287.529, 718.522, 0.3973, 0.1073 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2287.540, 718.509, 0.3973, 0.1073 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2302.520, 1072.107, 0.4081, 0.1568 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2302.650, 1072.198, 0.4081, 0.1568 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2323.675, 1414.504, 0.4234, 0.1988 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2323.644, 1414.489, 0.4234, 0.1988 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2289.762, 1785.441, 0.4111, 0.2571 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2289.831, 1785.437, 0.4111, 0.2571 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1715.391, -1698.232, -0.0965, -0.2373 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1715.431, -1698.162, -0.0966, -0.2372 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1716.270, -1363.057, -0.1015, -0.1917 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1716.349, -1363.042, -0.1015, -0.1917 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1734.009, -1012.889, -0.1134, -0.1383 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1734.005, -1012.902, -0.1134, -0.1383 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1753.368, -671.145, -0.1253, -0.0896 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1753.383, -671.145, -0.1253, -0.0896 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1766.069, -334.544, -0.1331, -0.0441 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1766.114, -334.541, -0.1331, -0.0441 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1770.440, 0.053, -0.1357, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1770.473, 0.052, -0.1357, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1765.908, 334.793, -0.1329, 0.0444 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1765.851, 334.791, -0.1329, 0.0444 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1753.109, 671.847, -0.1250, 0.0902 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1753.125, 671.851, -0.1251, 0.0902 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1733.756, 1014.188, -0.1130, 0.1395 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1733.761, 1014.208, -0.1131, 0.1395 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1716.195, 1362.454, -0.1014, 0.1926 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1716.151, 1362.364, -0.1014, 0.1926 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1722.113, 1731.493, -0.0962, 0.2554 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1722.058, 1731.430, -0.0962, 0.2553 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1292.721, -1700.563, -0.0344, -0.2345 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1292.765, -1700.587, -0.0344, -0.2345 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1313.777, -1365.431, -0.0499, -0.1899 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1313.859, -1365.425, -0.0499, -0.1899 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1330.113, -1023.323, -0.0612, -0.1418 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1330.143, -1023.326, -0.0612, -0.1418 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1343.583, -680.978, -0.0700, -0.0937 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1343.578, -680.975, -0.0700, -0.0937 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1352.513, -340.032, -0.0756, -0.0465 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1352.518, -340.033, -0.0756, -0.0465 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1355.684, 0.021, -0.0776, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1355.697, 0.020, -0.0776, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1352.540, 340.184, -0.0756, 0.0467 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1352.563, 340.184, -0.0756, 0.0467 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1343.668, 681.450, -0.0699, 0.0941 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1343.654, 681.446, -0.0699, 0.0941 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1330.427, 1024.423, -0.0612, 0.1426 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1330.383, 1024.411, -0.0612, 0.1426 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1313.829, 1363.458, -0.0497, 0.1896 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1313.627, 1363.288, -0.0496, 0.1896 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1289.489, 1723.495, -0.0310, 0.2476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1289.523, 1723.556, -0.0309, 0.2477 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -876.363, -1715.461, 0.0251, -0.2383 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -876.448, -1715.468, 0.0251, -0.2383 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -901.796, -1373.670, 0.0069, -0.1914 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -901.867, -1373.666, 0.0069, -0.1914 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -918.846, -1030.713, -0.0050, -0.1437 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -918.886, -1030.711, -0.0050, -0.1437 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -930.976, -687.044, -0.0131, -0.0957 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -930.992, -687.044, -0.0132, -0.0957 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -938.456, -343.439, -0.0180, -0.0477 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -938.457, -343.441, -0.0180, -0.0477 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -941.125, -0.009, -0.0197, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -941.099, -0.010, -0.0197, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -938.558, 343.498, -0.0181, 0.0479 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -938.589, 343.499, -0.0181, 0.0479 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -931.166, 687.320, -0.0132, 0.0960 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -931.191, 687.319, -0.0132, 0.0960 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -919.199, 1031.105, -0.0050, 0.1442 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -919.293, 1031.120, -0.0050, 0.1442 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -901.165, 1371.034, 0.0076, 0.1909 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -901.201, 1371.035, 0.0076, 0.1909 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -866.681, 1732.821, 0.0317, 0.2476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -866.925, 1732.726, 0.0316, 0.2476 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -464.159, -1725.070, 0.0827, -0.2400 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -464.211, -1725.185, 0.0826, -0.2401 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -486.242, -1382.977, 0.0656, -0.1936 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -486.328, -1382.972, 0.0656, -0.1936 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -503.422, -1037.707, 0.0534, -0.1455 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -503.469, -1037.704, 0.0534, -0.1455 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -515.247, -691.950, 0.0453, -0.0971 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -515.277, -691.951, 0.0453, -0.0971 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -522.288, -346.007, 0.0406, -0.0485 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -522.292, -346.008, 0.0406, -0.0485 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -524.757, -0.012, 0.0390, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -524.721, -0.012, 0.0390, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -522.387, 346.040, 0.0406, 0.0487 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -522.418, 346.040, 0.0406, 0.0487 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -515.410, 692.139, 0.0453, 0.0973 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -515.445, 692.140, 0.0453, 0.0973 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -503.532, 1038.209, 0.0535, 0.1460 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -503.538, 1038.192, 0.0535, 0.1460 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -485.709, 1383.300, 0.0660, 0.1943 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -485.790, 1383.211, 0.0660, 0.1942 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -479.101, 1733.032, 0.0786, 0.2468 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -479.184, 1733.032, 0.0786, 0.2468 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -43.517, -1738.104, 0.1440, -0.2430 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -43.655, -1738.086, 0.1440, -0.2430 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -67.225, -1392.193, 0.1261, -0.1958 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -67.314, -1392.189, 0.1260, -0.1958 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -84.628, -1044.525, 0.1136, -0.1472 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -84.675, -1044.523, 0.1135, -0.1472 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -96.488, -696.493, 0.1054, -0.0983 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -96.526, -696.494, 0.1053, -0.0983 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -103.462, -348.276, 0.1006, -0.0492 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -103.482, -348.277, 0.1006, -0.0492 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -105.878, 0.025, 0.0991, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -105.843, 0.025, 0.0991, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -103.526, 348.367, 0.1006, 0.0493 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -103.557, 348.367, 0.1006, 0.0493 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -96.569, 696.692, 0.1054, 0.0985 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -96.610, 696.694, 0.1054, 0.0985 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -84.715, 1044.891, 0.1137, 0.1476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -84.707, 1044.923, 0.1137, 0.1476 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -67.508, 1392.995, 0.1266, 0.1964 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -67.403, 1392.910, 0.1266, 0.1964 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -32.068, 1733.850, 0.1508, 0.2415 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -32.093, 1733.736, 0.1508, 0.2415 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 380.221, -1751.518, 0.2076, -0.2463 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 380.203, -1751.517, 0.2076, -0.2462 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 355.402, -1401.519, 0.1885, -0.1980 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 355.330, -1401.517, 0.1885, -0.1980 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 337.488, -1051.313, 0.1755, -0.1489 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 337.449, -1051.311, 0.1755, -0.1489 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 325.352, -700.940, 0.1670, -0.0994 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 325.315, -700.941, 0.1670, -0.0994 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 318.249, -350.452, 0.1622, -0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 318.222, -350.453, 0.1622, -0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 315.806, 0.098, 0.1606, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 315.842, 0.099, 0.1606, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 318.228, 350.674, 0.1622, 0.0499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 318.196, 350.674, 0.1622, 0.0499 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 325.357, 701.221, 0.1671, 0.0997 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 325.316, 701.223, 0.1671, 0.0997 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 337.780, 1051.668, 0.1758, 0.1493 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 337.848, 1051.655, 0.1758, 0.1493 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 358.616, 1401.572, 0.1902, 0.1985 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 358.627, 1401.616, 0.1902, 0.1985 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 372.302, 1752.208, 0.2072, 0.2454 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 372.151, 1752.057, 0.2071, 0.2454 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 808.369, -1765.825, 0.2730, -0.2494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 808.345, -1765.781, 0.2730, -0.2494 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 781.618, -1410.907, 0.2529, -0.2001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 781.547, -1410.905, 0.2529, -0.2001 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 763.034, -1058.170, 0.2393, -0.1506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 763.003, -1058.172, 0.2393, -0.1506 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 750.393, -705.442, 0.2304, -0.1006 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 750.355, -705.443, 0.2304, -0.1006 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 742.968, -352.649, 0.2253, -0.0503 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 742.934, -352.651, 0.2253, -0.0503 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 740.422, 0.202, 0.2236, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 740.458, 0.203, 0.2236, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 742.989, 353.057, 0.2253, 0.0506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 742.954, 353.058, 0.2253, 0.0506 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 750.481, 705.852, 0.2305, 0.1009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 750.442, 705.854, 0.2305, 0.1009 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 763.235, 1058.523, 0.2396, 0.1509 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 763.155, 1058.502, 0.2395, 0.1509 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 780.459, 1412.857, 0.2529, 0.2011 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 780.491, 1412.750, 0.2529, 0.2011 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 814.802, 1765.337, 0.2777, 0.2491 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 814.448, 1765.153, 0.2776, 0.2490 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1238.995, -1777.596, 0.3409, -0.2518 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1238.881, -1777.505, 0.3408, -0.2518 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1211.885, -1420.433, 0.3195, -0.2022 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1211.789, -1420.428, 0.3195, -0.2022 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1192.344, -1065.210, 0.3052, -0.1523 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1192.304, -1065.214, 0.3051, -0.1523 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1178.860, -710.200, 0.2956, -0.1019 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1178.819, -710.200, 0.2956, -0.1019 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1170.770, -355.025, 0.2900, -0.0510 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1170.730, -355.027, 0.2900, -0.0510 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1167.973, 0.329, 0.2881, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1168.010, 0.330, 0.2881, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1170.825, 355.655, 0.2901, 0.0514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1170.787, 355.656, 0.2901, 0.0514 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1179.005, 710.748, 0.2958, 0.1022 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1178.963, 710.749, 0.2958, 0.1022 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1192.731, 1065.715, 0.3055, 0.1526 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1192.728, 1065.690, 0.3055, 0.1526 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1216.041, 1422.675, 0.3220, 0.2036 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1216.952, 1421.828, 0.3224, 0.2032 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1231.139, 1772.830, 0.3415, 0.2482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1230.952, 1772.612, 0.3414, 0.2482 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1675.372, -1790.776, 0.4099, -0.2546 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1675.334, -1790.768, 0.4099, -0.2546 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1646.377, -1429.671, 0.3885, -0.2035 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1646.288, -1429.672, 0.3885, -0.2035 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1626.259, -1072.543, 0.3739, -0.1540 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1626.208, -1072.545, 0.3739, -0.1540 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1611.161, -715.749, 0.3631, -0.1037 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1611.120, -715.752, 0.3631, -0.1037 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1601.513, -357.985, 0.3563, -0.0521 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1601.472, -357.984, 0.3562, -0.0521 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1598.110, 0.482, 0.3539, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1598.136, 0.482, 0.3539, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1601.610, 358.860, 0.3563, 0.0525 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1601.569, 358.859, 0.3563, 0.0525 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1611.354, 716.382, 0.3633, 0.1040 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1611.314, 716.386, 0.3633, 0.1040 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1626.509, 1072.855, 0.3742, 0.1541 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1626.475, 1072.823, 0.3742, 0.1541 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1651.397, 1437.203, 0.3912, 0.2070 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1651.459, 1437.203, 0.3913, 0.2070 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1674.858, 1765.749, 0.4107, 0.2453 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1674.728, 1765.841, 0.4107, 0.2453 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2121.850, -1807.291, 0.4821, -0.2558 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2121.826, -1807.330, 0.4820, -0.2558 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2088.738, -1434.853, 0.4634, -0.2006 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2088.788, -1434.853, 0.4634, -0.2006 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2068.063, -1081.156, 0.4482, -0.1566 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2068.013, -1081.159, 0.4482, -0.1566 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2047.931, -723.996, 0.4332, -0.1075 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2047.921, -724.000, 0.4331, -0.1075 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2034.259, -362.598, 0.4232, -0.0545 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2034.197, -362.603, 0.4232, -0.0545 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2029.497, 0.687, 0.4198, 0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2029.447, 0.686, 0.4198, 0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2034.471, 363.784, 0.4234, 0.0550 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2034.441, 363.786, 0.4234, 0.0550 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2048.273, 724.597, 0.4335, 0.1077 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2048.283, 724.604, 0.4335, 0.1077 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2068.407, 1081.254, 0.4486, 0.1563 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2068.274, 1081.053, 0.4486, 0.1562 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2087.436, 1440.207, 0.4631, 0.2031 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2087.427, 1440.264, 0.4631, 0.2031 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2124.389, 1804.203, 0.4845, 0.2561 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2124.476, 1804.418, 0.4846, 0.2562 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2579.215, -1788.928, 0.6097, -0.2332 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2579.270, -1788.947, 0.6097, -0.2332 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2572.028, -1432.731, 0.5734, -0.1988 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2572.018, -1432.704, 0.5734, -0.1987 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2525.832, -1100.819, 0.5334, -0.1678 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2525.746, -1100.799, 0.5333, -0.1677 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2487.967, -740.222, 0.5046, -0.1171 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2487.974, -740.244, 0.5046, -0.1171 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2465.704, -370.858, 0.4883, -0.0594 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2465.685, -370.853, 0.4883, -0.0594 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2458.425, 1.012, 0.4831, 0.0005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2458.414, 1.009, 0.4831, 0.0005 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2466.153, 372.617, 0.4887, 0.0602 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2466.106, 372.614, 0.4887, 0.0602 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2489.031, 741.029, 0.5056, 0.1173 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2488.964, 741.028, 0.5056, 0.1173 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2526.546, 1099.347, 0.5347, 0.1665 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2526.581, 1099.276, 0.5347, 0.1665 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2584.050, 1428.383, 0.5807, 0.1978 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2583.902, 1428.434, 0.5806, 0.1978 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2582.615, 1879.361, 0.6178, 0.3022 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2581.823, 1879.063, 0.6175, 0.3021 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1529.016, -1672.640, 0.0012, -0.2274 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1529.032, -1672.673, 0.0013, -0.2274 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1536.900, -1343.877, -0.0101, -0.1847 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1537.023, -1343.810, -0.0102, -0.1847 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1562.206, -996.823, -0.0271, -0.1326 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1562.224, -996.838, -0.0271, -0.1326 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1588.697, -659.239, -0.0432, -0.0853 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1588.674, -659.244, -0.0432, -0.0853 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1606.157, -328.235, -0.0536, -0.0417 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1606.149, -328.249, -0.0536, -0.0417 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1612.195, 0.071, -0.0572, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1612.197, 0.071, -0.0572, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1605.963, 328.583, -0.0534, 0.0421 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1605.948, 328.584, -0.0534, 0.0421 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1588.399, 660.229, -0.0428, 0.0861 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1588.380, 660.236, -0.0428, 0.0861 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1561.917, 998.630, -0.0267, 0.1341 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1561.855, 998.657, -0.0266, 0.1342 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1537.050, 1342.929, -0.0100, 0.1858 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1537.149, 1342.947, -0.0100, 0.1858 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1533.347, 1719.596, 0.0055, 0.2520 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1533.474, 1719.791, 0.0056, 0.2522 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1106.427, -1678.843, 0.0641, -0.2254 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1106.588, -1678.769, 0.0641, -0.2253 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1137.655, -1349.420, 0.0411, -0.1834 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1137.737, -1349.407, 0.0411, -0.1834 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1161.822, -1011.433, 0.0244, -0.1372 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1161.852, -1011.429, 0.0244, -0.1372 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1181.202, -672.827, 0.0118, -0.0906 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1181.206, -672.826, 0.0118, -0.0906 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1193.901, -335.850, 0.0038, -0.0449 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1193.892, -335.856, 0.0038, -0.0449 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1198.403, 0.016, 0.0011, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1198.382, 0.014, 0.0011, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1193.962, 336.040, 0.0038, 0.0452 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1193.965, 336.044, 0.0038, 0.0452 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1181.355, 673.474, 0.0118, 0.0912 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1181.334, 673.476, 0.0118, 0.0912 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1162.278, 1012.955, 0.0244, 0.1383 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1162.333, 1013.018, 0.0244, 0.1384 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1137.275, 1347.186, 0.0417, 0.1834 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1137.458, 1346.897, 0.0417, 0.1833 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1102.334, 1715.839, 0.0687, 0.2478 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1102.449, 1715.829, 0.0686, 0.2478 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -689.041, -1700.181, 0.1254, -0.2304 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -689.157, -1700.192, 0.1255, -0.2304 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -726.364, -1362.049, 0.0987, -0.1859 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -726.445, -1362.034, 0.0987, -0.1859 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -751.691, -1022.349, 0.0810, -0.1400 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -751.712, -1022.349, 0.0809, -0.1400 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -769.600, -681.546, 0.0689, -0.0933 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -769.598, -681.550, 0.0689, -0.0933 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -780.572, -340.702, 0.0618, -0.0466 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -780.580, -340.703, 0.0617, -0.0466 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -784.399, -0.026, 0.0593, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -784.402, -0.028, 0.0593, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -780.729, 340.763, 0.0617, 0.0468 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -780.738, 340.764, 0.0617, 0.0468 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -769.886, 681.922, 0.0689, 0.0937 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -769.917, 681.928, 0.0689, 0.0937 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -752.216, 1022.903, 0.0810, 0.1406 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -752.274, 1022.921, 0.0809, 0.1407 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -725.719, 1359.607, 0.0995, 0.1859 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -725.474, 1359.769, 0.0996, 0.1859 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -674.617, 1726.675, 0.1359, 0.2440 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -674.885, 1726.470, 0.1358, 0.2439 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -276.414, -1714.702, 0.1850, -0.2330 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -276.388, -1714.634, 0.1850, -0.2329 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -309.824, -1375.919, 0.1592, -0.1892 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -309.922, -1375.907, 0.1592, -0.1892 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -335.688, -1032.744, 0.1407, -0.1426 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -335.697, -1032.747, 0.1407, -0.1426 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -353.453, -688.771, 0.1284, -0.0953 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -353.427, -688.774, 0.1284, -0.0953 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -364.002, -344.455, 0.1214, -0.0477 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -363.969, -344.457, 0.1214, -0.0477 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -367.618, -0.020, 0.1190, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -367.624, -0.021, 0.1190, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -364.151, 344.494, 0.1213, 0.0478 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -364.151, 344.496, 0.1213, 0.0478 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -353.689, 689.039, 0.1284, 0.0956 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -353.720, 689.040, 0.1284, 0.0956 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -335.862, 1033.459, 0.1408, 0.1433 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -335.907, 1033.502, 0.1408, 0.1433 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -309.224, 1376.623, 0.1599, 0.1901 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -309.246, 1376.578, 0.1598, 0.1901 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -293.573, 1726.120, 0.1814, 0.2425 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -293.683, 1726.284, 0.1814, 0.2426 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 148.285, -1733.866, 0.2503, -0.2370 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 148.104, -1733.864, 0.2504, -0.2370 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 112.020, -1389.670, 0.2225, -0.1923 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 111.918, -1389.665, 0.2224, -0.1923 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 85.371, -1042.926, 0.2031, -0.1451 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 85.361, -1042.930, 0.2031, -0.1451 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 67.252, -695.540, 0.1904, -0.0970 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 67.253, -695.540, 0.1904, -0.0970 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 56.617, -347.824, 0.1831, -0.0486 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 56.636, -347.825, 0.1831, -0.0486 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 53.014, 0.045, 0.1807, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 53.013, 0.046, 0.1807, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 56.525, 347.969, 0.1831, 0.0488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 56.527, 347.969, 0.1831, 0.0488 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 67.143, 695.841, 0.1904, 0.0974 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 67.123, 695.842, 0.1904, 0.0974 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 85.286, 1043.512, 0.2033, 0.1457 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 85.221, 1043.522, 0.2033, 0.1457 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 111.684, 1391.895, 0.2233, 0.1938 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 111.689, 1391.805, 0.2233, 0.1938 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 161.044, 1730.041, 0.2595, 0.2390 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 160.966, 1730.049, 0.2594, 0.2390 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 578.422, -1754.217, 0.3198, -0.2416 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 578.370, -1754.177, 0.3199, -0.2416 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 539.486, -1403.704, 0.2890, -0.1955 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 539.360, -1403.697, 0.2889, -0.1955 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 511.569, -1053.128, 0.2683, -0.1476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 511.563, -1053.126, 0.2683, -0.1476 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 492.711, -702.221, 0.2549, -0.0987 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 492.695, -702.222, 0.2549, -0.0987 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 481.690, -351.089, 0.2473, -0.0494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 481.699, -351.088, 0.2473, -0.0494 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 477.985, 0.166, 0.2448, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 477.985, 0.167, 0.2448, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 481.665, 351.448, 0.2473, 0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 481.668, 351.447, 0.2473, 0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 492.734, 702.659, 0.2550, 0.0991 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 492.722, 702.662, 0.2550, 0.0991 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 512.063, 1053.650, 0.2688, 0.1481 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 511.987, 1053.718, 0.2688, 0.1481 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 544.357, 1404.503, 0.2918, 0.1963 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 544.258, 1404.480, 0.2917, 0.1963 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 566.210, 1757.671, 0.3211, 0.2408 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 566.359, 1757.545, 0.3212, 0.2408 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1015.699, -1777.127, 0.3925, -0.2467 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1015.525, -1776.983, 0.3924, -0.2467 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 972.748, -1417.879, 0.3588, -0.1985 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 972.596, -1417.869, 0.3587, -0.1985 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 943.246, -1063.495, 0.3367, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 943.251, -1063.490, 0.3367, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 923.242, -709.043, 0.3223, -0.1005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 923.211, -709.043, 0.3223, -0.1005 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 911.499, -354.423, 0.3140, -0.0503 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 911.498, -354.421, 0.3140, -0.0503 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 907.554, 0.331, 0.3113, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 907.558, 0.331, 0.3113, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 911.541, 355.077, 0.3141, 0.0507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 911.544, 355.074, 0.3141, 0.0507 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 923.394, 709.682, 0.3225, 0.1009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 923.373, 709.684, 0.3225, 0.1009 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 943.592, 1064.053, 0.3371, 0.1505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 943.500, 1064.007, 0.3371, 0.1505 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 971.256, 1422.222, 0.3592, 0.2010 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 971.187, 1422.290, 0.3592, 0.2010 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1023.849, 1780.604, 0.4007, 0.2501 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1023.845, 1780.744, 0.4008, 0.2502 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1456.734, -1794.449, 0.4677, -0.2497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1456.630, -1794.426, 0.4677, -0.2497 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1412.684, -1432.288, 0.4325, -0.2012 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1412.551, -1432.270, 0.4324, -0.2012 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1381.153, -1074.183, 0.4087, -0.1524 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1381.155, -1074.177, 0.4087, -0.1524 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1359.365, -716.355, 0.3929, -0.1025 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1359.339, -716.352, 0.3929, -0.1025 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1346.242, -358.105, 0.3835, -0.0514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1346.244, -358.105, 0.3835, -0.0514 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1341.783, 0.530, 0.3803, 0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1341.793, 0.528, 0.3803, 0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1346.342, 359.103, 0.3836, 0.0520 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1346.345, 359.099, 0.3836, 0.0520 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1359.613, 717.196, 0.3931, 0.1029 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1359.587, 717.195, 0.3931, 0.1029 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1381.795, 1074.934, 0.4094, 0.1528 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1381.770, 1074.976, 0.4094, 0.1529 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1418.241, 1437.384, 0.4362, 0.2039 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1418.140, 1437.342, 0.4361, 0.2039 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1441.686, 1796.092, 0.4652, 0.2496 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1441.419, 1795.853, 0.4651, 0.2495 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1906.569, -1813.630, 0.5451, -0.2511 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1906.613, -1813.648, 0.5451, -0.2511 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1859.880, -1445.564, 0.5108, -0.2016 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1859.732, -1445.552, 0.5108, -0.2016 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1827.252, -1085.362, 0.4865, -0.1548 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1827.240, -1085.357, 0.4864, -0.1548 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1802.004, -725.189, 0.4675, -0.1056 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1801.972, -725.179, 0.4675, -0.1056 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1785.707, -362.888, 0.4553, -0.0534 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1785.706, -362.887, 0.4553, -0.0534 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1780.043, 0.770, 0.4511, 0.0004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1780.069, 0.767, 0.4511, 0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1785.893, 364.268, 0.4555, 0.0541 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1785.902, 364.262, 0.4555, 0.0541 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1802.358, 726.126, 0.4678, 0.1059 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1802.322, 726.119, 0.4678, 0.1059 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1827.612, 1085.696, 0.4870, 0.1548 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1827.592, 1085.835, 0.4870, 0.1548 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1867.100, 1459.151, 0.5152, 0.2072 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1867.194, 1459.239, 0.5152, 0.2073 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1906.125, 1776.157, 0.5513, 0.2362 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1905.936, 1776.270, 0.5511, 0.2363 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2361.444, -1845.056, 0.6194, -0.2527 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2361.164, -1845.024, 0.6192, -0.2527 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2324.191, -1449.282, 0.6068, -0.1922 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2324.171, -1449.296, 0.6067, -0.1922 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2288.879, -1099.682, 0.5765, -0.1602 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2288.902, -1099.697, 0.5765, -0.1602 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2252.396, -739.268, 0.5468, -0.1130 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2252.408, -739.277, 0.5468, -0.1130 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2228.088, -370.710, 0.5279, -0.0578 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2228.067, -370.712, 0.5279, -0.0578 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2219.736, 1.107, 0.5216, 0.0005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2219.725, 1.100, 0.5215, 0.0005 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2228.515, 372.604, 0.5283, 0.0587 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2228.559, 372.614, 0.5283, 0.0587 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2253.137, 740.141, 0.5477, 0.1132 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2253.113, 740.148, 0.5476, 0.1132 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2289.595, 1099.603, 0.5776, 0.1594 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2289.537, 1099.635, 0.5776, 0.1594 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2323.157, 1457.022, 0.6087, 0.1939 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2323.212, 1457.105, 0.6087, 0.1939 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2361.182, 1860.159, 0.6251, 0.2714 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2360.973, 1860.055, 0.6249, 0.2714 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3049.051, -1881.624, 0.9904, -0.2935 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3049.003, -1881.463, 0.9904, -0.2934 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2882.392, -1462.105, 0.7815, -0.2059 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2882.697, -1462.326, 0.7817, -0.2060 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2780.511, -1137.107, 0.6888, -0.1838 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2780.469, -1137.185, 0.6888, -0.1838 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2707.816, -767.774, 0.6281, -0.1312 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2707.824, -767.790, 0.6281, -0.1312 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2667.236, -384.767, 0.5962, -0.0666 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2667.266, -384.711, 0.5962, -0.0666 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2654.316, 1.684, 0.5865, 0.0009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2654.226, 1.679, 0.5864, 0.0009 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2668.141, 387.718, 0.5971, 0.0682 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2668.209, 387.714, 0.5972, 0.0682 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2709.978, 769.173, 0.6304, 0.1318 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2709.953, 769.229, 0.6304, 0.1318 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2783.099, 1135.248, 0.6927, 0.1816 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2782.930, 1135.177, 0.6926, 0.1816 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2900.417, 1447.449, 0.7890, 0.2018 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2900.140, 1447.577, 0.7888, 0.2018 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3079.874, 2045.565, 1.0012, 0.3953 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3079.307, 2045.761, 1.0008, 0.3953 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1344.619, -1647.669, 0.0984, -0.2161 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1344.877, -1647.717, 0.0983, -0.2161 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1361.237, -1324.945, 0.0800, -0.1766 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1361.333, -1324.879, 0.0800, -0.1765 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1394.078, -981.903, 0.0578, -0.1267 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1394.096, -981.927, 0.0578, -0.1267 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1427.003, -648.505, 0.0380, -0.0811 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1427.022, -648.511, 0.0379, -0.0811 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1448.706, -322.606, 0.0251, -0.0396 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1448.699, -322.602, 0.0251, -0.0396 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1456.234, 0.081, 0.0207, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1456.214, 0.079, 0.0207, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1448.500, 323.032, 0.0253, 0.0401 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1448.509, 323.036, 0.0253, 0.0401 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1426.700, 649.745, 0.0383, 0.0822 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1426.730, 649.746, 0.0383, 0.0822 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1393.816, 984.151, 0.0583, 0.1285 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1393.818, 984.183, 0.0583, 0.1286 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1361.480, 1323.717, 0.0802, 0.1777 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1361.446, 1323.775, 0.0802, 0.1778 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1347.219, 1707.073, 0.1041, 0.2469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1347.352, 1706.847, 0.1040, 0.2469 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -921.178, -1658.514, 0.1634, -0.2150 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -921.315, -1658.445, 0.1632, -0.2150 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -962.811, -1334.279, 0.1325, -0.1762 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -962.853, -1334.247, 0.1325, -0.1762 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -994.948, -1000.366, 0.1101, -0.1322 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -994.969, -1000.371, 0.1101, -0.1322 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1020.141, -665.384, 0.0937, -0.0873 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1020.165, -665.385, 0.0937, -0.0873 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1036.461, -332.079, 0.0834, -0.0433 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1036.450, -332.082, 0.0834, -0.0433 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1042.232, 0.003, 0.0799, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1042.199, 0.003, 0.0799, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1036.564, 332.287, 0.0834, 0.0436 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1036.545, 332.289, 0.0834, 0.0436 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1020.372, 666.176, 0.0937, 0.0881 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1020.415, 666.174, 0.0937, 0.0881 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -995.531, 1002.253, 0.1102, 0.1336 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -995.593, 1002.198, 0.1102, 0.1336 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -962.186, 1332.374, 0.1333, 0.1767 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -961.863, 1332.195, 0.1334, 0.1766 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -917.630, 1706.049, 0.1682, 0.2447 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -917.641, 1705.910, 0.1682, 0.2447 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -500.734, -1686.108, 0.2285, -0.2212 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -500.805, -1686.293, 0.2285, -0.2213 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -550.132, -1351.331, 0.1925, -0.1796 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -550.206, -1351.309, 0.1925, -0.1796 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -584.040, -1014.735, 0.1685, -0.1358 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -584.084, -1014.739, 0.1685, -0.1358 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -607.880, -676.603, 0.1523, -0.0907 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -607.900, -676.601, 0.1523, -0.0907 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -622.398, -338.265, 0.1428, -0.0453 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -622.371, -338.267, 0.1428, -0.0453 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -627.448, -0.048, 0.1395, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -627.425, -0.049, 0.1395, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -622.613, 338.315, 0.1427, 0.0456 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -622.579, 338.319, 0.1427, 0.0456 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -608.261, 677.063, 0.1523, 0.0912 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -608.258, 677.064, 0.1523, 0.0912 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -584.714, 1015.445, 0.1685, 0.1366 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -584.779, 1015.471, 0.1685, 0.1366 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -549.557, 1349.751, 0.1934, 0.1802 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -549.671, 1349.635, 0.1934, 0.1801 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -489.879, 1718.649, 0.2360, 0.2407 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -490.066, 1718.641, 0.2360, 0.2408 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -84.647, -1705.911, 0.2923, -0.2244 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -84.860, -1705.856, 0.2922, -0.2244 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -130.402, -1369.699, 0.2565, -0.1838 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -130.504, -1369.685, 0.2565, -0.1838 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -165.538, -1028.490, 0.2310, -0.1391 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -165.577, -1028.491, 0.2310, -0.1391 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -189.601, -686.099, 0.2142, -0.0932 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -189.613, -686.104, 0.2142, -0.0932 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -203.849, -343.167, 0.2045, -0.0467 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -203.816, -343.170, 0.2046, -0.0467 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -208.723, -0.029, 0.2013, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -208.727, -0.028, 0.2013, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -204.045, 343.212, 0.2045, 0.0469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -204.022, 343.214, 0.2045, 0.0469 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -189.907, 686.443, 0.2142, 0.0936 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -189.924, 686.442, 0.2142, 0.0936 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -165.718, 1029.356, 0.2313, 0.1399 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -165.641, 1029.349, 0.2313, 0.1399 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -129.366, 1370.571, 0.2578, 0.1851 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -129.424, 1370.666, 0.2578, 0.1851 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -100.613, 1715.941, 0.2897, 0.2339 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -100.723, 1715.873, 0.2896, 0.2339 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 347.095, -1730.521, 0.3642, -0.2287 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 346.875, -1730.341, 0.3641, -0.2287 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 296.773, -1387.973, 0.3248, -0.1877 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 296.654, -1387.963, 0.3247, -0.1877 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 259.890, -1042.029, 0.2974, -0.1423 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 259.920, -1042.027, 0.2974, -0.1423 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 234.914, -695.088, 0.2796, -0.0955 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 234.932, -695.090, 0.2796, -0.0955 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 220.292, -347.629, 0.2694, -0.0479 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 220.342, -347.632, 0.2694, -0.0479 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 215.347, 0.071, 0.2660, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 215.350, 0.072, 0.2660, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 220.173, 347.839, 0.2694, 0.0481 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 220.165, 347.841, 0.2694, 0.0481 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 234.785, 695.498, 0.2796, 0.0959 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 234.761, 695.501, 0.2796, 0.0959 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 259.845, 1042.860, 0.2978, 0.1431 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 259.908, 1042.878, 0.2978, 0.1431 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 296.427, 1392.258, 0.3259, 0.1901 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 296.403, 1392.235, 0.3259, 0.1900 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 362.181, 1720.579, 0.3754, 0.2296 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 362.168, 1720.439, 0.3754, 0.2296 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 786.573, -1757.407, 0.4420, -0.2335 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 786.421, -1757.312, 0.4420, -0.2335 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 731.942, -1406.768, 0.3978, -0.1916 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 731.786, -1406.763, 0.3977, -0.1916 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 692.578, -1055.683, 0.3679, -0.1455 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 692.532, -1055.680, 0.3679, -0.1455 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 666.102, -704.030, 0.3487, -0.0977 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 666.116, -704.031, 0.3487, -0.0977 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 650.668, -351.995, 0.3378, -0.0490 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 650.713, -351.997, 0.3378, -0.0490 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 645.486, 0.245, 0.3341, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 645.498, 0.247, 0.3342, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 650.643, 352.516, 0.3378, 0.0494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 650.634, 352.519, 0.3378, 0.0494 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 666.156, 704.644, 0.3489, 0.0982 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 666.177, 704.637, 0.3489, 0.0982 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 693.338, 1056.361, 0.3687, 0.1461 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 693.144, 1056.386, 0.3686, 0.1461 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 738.331, 1408.336, 0.4016, 0.1927 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 738.174, 1408.342, 0.4015, 0.1927 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 769.609, 1767.192, 0.4442, 0.2385 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 769.655, 1767.158, 0.4442, 0.2385 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1239.034, -1789.651, 0.5279, -0.2392 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1239.084, -1789.947, 0.5280, -0.2394 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1175.730, -1425.803, 0.4762, -0.1952 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1175.534, -1425.803, 0.4761, -0.1952 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1133.275, -1069.632, 0.4434, -0.1485 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1133.224, -1069.631, 0.4433, -0.1485 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1104.620, -713.249, 0.4222, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1104.632, -713.244, 0.4222, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1087.819, -356.513, 0.4100, -0.0502 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1087.815, -356.515, 0.4100, -0.0502 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1082.179, 0.477, 0.4060, 0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1082.190, 0.480, 0.4060, 0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1087.890, 357.446, 0.4101, 0.0507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1087.877, 357.451, 0.4101, 0.0507 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1104.858, 714.136, 0.4225, 0.1005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1104.850, 714.130, 0.4224, 0.1005 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1133.846, 1070.372, 0.4441, 0.1491 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1133.913, 1070.357, 0.4442, 0.1491 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1175.834, 1431.627, 0.4787, 0.1981 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1175.802, 1431.633, 0.4787, 0.1981 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1259.508, 1795.806, 0.5517, 0.2407 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1259.763, 1796.266, 0.5519, 0.2409 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1695.710, -1812.290, 0.6151, -0.2424 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1695.677, -1812.393, 0.6151, -0.2424 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1629.624, -1445.040, 0.5610, -0.1977 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1629.375, -1445.027, 0.5609, -0.1976 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1583.498, -1084.051, 0.5251, -0.1514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1583.459, -1084.051, 0.5251, -0.1514 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1551.506, -723.304, 0.5008, -0.1027 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1551.494, -723.299, 0.5008, -0.1027 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1532.150, -361.636, 0.4863, -0.0518 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1532.135, -361.639, 0.4863, -0.0518 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1525.566, 0.756, 0.4814, 0.0004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1525.578, 0.760, 0.4814, 0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1532.314, 363.044, 0.4865, 0.0525 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1532.305, 363.048, 0.4865, 0.0525 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1551.890, 724.444, 0.5013, 0.1033 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1551.866, 724.444, 0.5012, 0.1033 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1584.420, 1085.017, 0.5261, 0.1518 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1584.371, 1084.950, 0.5261, 0.1518 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1637.677, 1452.844, 0.5665, 0.2012 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1637.716, 1453.008, 0.5666, 0.2013 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1676.800, 1819.515, 0.6070, 0.2401 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1676.722, 1819.421, 0.6070, 0.2400 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2166.848, -1838.035, 0.7092, -0.2396 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2166.753, -1838.068, 0.7092, -0.2396 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2095.546, -1460.872, 0.6557, -0.1936 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2095.234, -1460.879, 0.6555, -0.1936 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2047.503, -1099.292, 0.6180, -0.1544 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2047.467, -1099.300, 0.6180, -0.1544 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2008.584, -736.066, 0.5863, -0.1078 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2008.572, -736.058, 0.5863, -0.1078 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1983.326, -368.646, 0.5661, -0.0551 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1983.330, -368.640, 0.5661, -0.0551 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1974.582, 1.099, 0.5593, 0.0005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1974.584, 1.106, 0.5593, 0.0005 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1983.657, 370.587, 0.5665, 0.0560 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1983.659, 370.581, 0.5665, 0.0560 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2009.194, 737.280, 0.5871, 0.1082 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2009.184, 737.274, 0.5870, 0.1082 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2047.970, 1099.468, 0.6188, 0.1539 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2047.952, 1099.544, 0.6188, 0.1539 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2107.000, 1481.943, 0.6642, 0.2013 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2106.747, 1482.019, 0.6641, 0.2014 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2158.798, 1791.045, 0.7098, 0.2210 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2158.459, 1790.538, 0.7098, 0.2207 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2702.608, -1918.393, 0.9318, -0.2856 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2701.579, -1918.317, 0.9309, -0.2855 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2604.286, -1461.454, 0.8061, -0.1778 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2604.255, -1461.441, 0.8061, -0.1778 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2539.960, -1122.158, 0.7360, -0.1659 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2539.852, -1122.139, 0.7359, -0.1659 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2477.827, -758.190, 0.6794, -0.1215 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2477.834, -758.216, 0.6794, -0.1215 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2438.081, -380.710, 0.6459, -0.0627 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2438.154, -380.698, 0.6459, -0.0627 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2424.706, 1.594, 0.6351, 0.0008 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2424.681, 1.602, 0.6351, 0.0008 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2438.847, 383.423, 0.6467, 0.0640 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2438.849, 383.423, 0.6467, 0.0640 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2479.291, 759.350, 0.6812, 0.1217 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2479.303, 759.370, 0.6812, 0.1217 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2541.746, 1121.494, 0.7388, 0.1642 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2541.991, 1121.759, 0.7390, 0.1643 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2606.416, 1471.281, 0.8157, 0.1806 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2605.795, 1471.624, 0.8153, 0.1806 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2729.838, 1996.469, 0.9577, 0.3562 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2729.381, 1996.328, 0.9575, 0.3563 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3589.051, -1986.475, 1.2347, -0.3623 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3589.330, -1986.687, 1.2349, -0.3625 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3269.450, -1516.360, 1.0395, -0.2360 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3269.401, -1516.300, 1.0394, -0.2360 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3083.142, -1186.257, 0.8966, -0.2095 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3083.351, -1186.134, 0.8968, -0.2095 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2953.628, -803.708, 0.7737, -0.1537 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2953.743, -803.707, 0.7738, -0.1537 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2886.088, -402.157, 0.7168, -0.0771 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2886.054, -402.178, 0.7168, -0.0771 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2865.363, 2.530, 0.7004, 0.0015 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2865.439, 2.519, 0.7004, 0.0015 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2887.741, 406.673, 0.7186, 0.0798 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2887.821, 406.671, 0.7186, 0.0798 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2957.852, 806.180, 0.7786, 0.1552 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2957.928, 806.073, 0.7787, 0.1552 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3090.142, 1186.253, 0.9062, 0.2057 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3089.979, 1186.152, 0.9061, 0.2057 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3305.332, 1497.560, 1.0542, 0.2307 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3304.712, 1497.158, 1.0540, 0.2304 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3661.965, 2194.222, 1.2551, 0.4720 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3662.303, 2194.310, 1.2554, 0.4720 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1160.192, -1623.387, 0.1973, -0.2034 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1160.502, -1623.542, 0.1972, -0.2034 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1186.668, -1306.457, 0.1713, -0.1675 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1186.758, -1306.445, 0.1712, -0.1675 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1227.314, -967.888, 0.1434, -0.1204 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1227.264, -967.884, 0.1434, -0.1204 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1266.454, -638.681, 0.1197, -0.0770 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1266.496, -638.689, 0.1196, -0.0770 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1292.164, -317.511, 0.1045, -0.0375 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1292.178, -317.516, 0.1045, -0.0374 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1301.093, 0.082, 0.0993, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1301.091, 0.082, 0.0993, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1291.960, 317.994, 0.1047, 0.0380 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1291.966, 318.003, 0.1047, 0.0380 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1266.166, 640.137, 0.1200, 0.0782 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1266.133, 640.157, 0.1200, 0.0782 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1227.092, 970.574, 0.1440, 0.1225 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1227.089, 970.543, 0.1440, 0.1225 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1186.516, 1305.747, 0.1716, 0.1690 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1186.407, 1305.846, 0.1716, 0.1691 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1159.924, 1695.688, 0.2046, 0.2428 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1160.115, 1695.662, 0.2045, 0.2428 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -734.014, -1639.215, 0.2661, -0.2031 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -734.347, -1639.232, 0.2660, -0.2031 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -786.881, -1319.872, 0.2266, -0.1680 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -786.946, -1319.871, 0.2265, -0.1680 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -827.432, -990.016, 0.1980, -0.1267 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -827.471, -990.014, 0.1979, -0.1267 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -858.598, -658.544, 0.1774, -0.0839 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -858.622, -658.543, 0.1774, -0.0839 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -878.572, -328.652, 0.1647, -0.0416 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -878.595, -328.655, 0.1647, -0.0416 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -885.616, -0.019, 0.1603, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -885.601, -0.021, 0.1603, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -878.725, 328.858, 0.1647, 0.0420 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -878.753, 328.855, 0.1647, 0.0420 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -858.917, 659.455, 0.1774, 0.0847 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -858.888, 659.462, 0.1774, 0.0847 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -828.167, 992.217, 0.1981, 0.1283 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -828.077, 992.208, 0.1981, 0.1283 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -785.824, 1318.451, 0.2278, 0.1690 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -785.804, 1318.506, 0.2278, 0.1690 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -730.871, 1688.825, 0.2726, 0.2323 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -730.887, 1689.007, 0.2727, 0.2324 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -308.094, -1672.806, 0.3375, -0.2099 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -308.220, -1672.845, 0.3374, -0.2100 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -370.585, -1341.355, 0.2909, -0.1722 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -370.500, -1341.337, 0.2909, -0.1722 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -413.787, -1007.773, 0.2597, -0.1310 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -413.826, -1007.771, 0.2597, -0.1310 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -443.965, -672.155, 0.2388, -0.0878 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -443.977, -672.156, 0.2388, -0.0878 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -462.229, -336.099, 0.2266, -0.0439 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -462.225, -336.102, 0.2266, -0.0439 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -468.563, -0.075, 0.2225, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -468.547, -0.076, 0.2225, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -462.506, 336.128, 0.2265, 0.0442 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -462.502, 336.131, 0.2265, 0.0442 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -444.445, 672.687, 0.2388, 0.0884 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -444.427, 672.694, 0.2388, 0.0884 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -414.619, 1008.634, 0.2598, 0.1319 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -414.916, 1008.681, 0.2596, 0.1320 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -370.036, 1341.404, 0.2919, 0.1737 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -369.877, 1341.048, 0.2920, 0.1736 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -296.468, 1705.915, 0.3462, 0.2325 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -296.517, 1705.985, 0.3462, 0.2325 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 114.841, -1697.833, 0.4084, -0.2132 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 114.740, -1697.713, 0.4083, -0.2131 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 54.850, -1364.174, 0.3606, -0.1770 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 54.784, -1364.152, 0.3606, -0.1770 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 9.352, -1024.859, 0.3268, -0.1349 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 9.338, -1024.860, 0.3268, -0.1349 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -21.671, -683.886, 0.3047, -0.0908 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -21.689, -683.887, 0.3046, -0.0908 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -39.973, -342.121, 0.2920, -0.0456 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -39.954, -342.127, 0.2920, -0.0456 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -46.219, -0.036, 0.2877, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -46.183, -0.038, 0.2878, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -40.219, 342.175, 0.2919, 0.0458 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -40.232, 342.178, 0.2919, 0.0458 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -22.044, 684.307, 0.3046, 0.0913 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -22.021, 684.314, 0.3046, 0.0913 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 9.191, 1025.843, 0.3272, 0.1359 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 9.177, 1025.806, 0.3272, 0.1358 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 57.135, 1364.981, 0.3627, 0.1784 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 57.027, 1364.957, 0.3627, 0.1784 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 104.700, 1704.247, 0.4109, 0.2210 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 104.449, 1704.243, 0.4108, 0.2210 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 558.280, -1727.727, 0.4916, -0.2171 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 558.170, -1727.689, 0.4917, -0.2171 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 490.378, -1386.986, 0.4366, -0.1813 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 490.306, -1386.970, 0.4366, -0.1813 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 441.629, -1041.767, 0.3993, -0.1387 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 441.610, -1041.766, 0.3993, -0.1387 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 408.813, -695.101, 0.3753, -0.0934 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 408.786, -695.103, 0.3752, -0.0934 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 389.670, -347.675, 0.3616, -0.0469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 389.680, -347.678, 0.3616, -0.0470 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 383.210, 0.106, 0.3571, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 383.246, 0.103, 0.3571, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 389.527, 347.967, 0.3616, 0.0473 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 389.539, 347.967, 0.3616, 0.0473 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 408.673, 695.634, 0.3754, 0.0940 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 408.669, 695.640, 0.3754, 0.0940 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 441.645, 1042.828, 0.3999, 0.1396 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 441.673, 1042.772, 0.3999, 0.1395 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 490.163, 1394.105, 0.4382, 0.1851 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 490.305, 1394.246, 0.4383, 0.1852 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 570.705, 1702.524, 0.4978, 0.2105 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 570.329, 1702.418, 0.4977, 0.2105 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1010.540, -1761.378, 0.5817, -0.2213 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1010.426, -1761.246, 0.5816, -0.2212 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 936.933, -1410.580, 0.5198, -0.1856 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 936.750, -1410.567, 0.5197, -0.1855 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 883.812, -1058.920, 0.4780, -0.1423 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 883.846, -1058.920, 0.4780, -0.1423 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 848.314, -706.348, 0.4513, -0.0961 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 848.263, -706.353, 0.4513, -0.0961 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 827.693, -353.165, 0.4362, -0.0483 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 827.724, -353.166, 0.4363, -0.0483 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 820.784, 0.340, 0.4313, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 820.829, 0.338, 0.4313, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 827.675, 353.876, 0.4363, 0.0488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 827.719, 353.874, 0.4363, 0.0488 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 848.418, 707.155, 0.4516, 0.0967 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 848.425, 707.158, 0.4516, 0.0967 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 884.942, 1059.748, 0.4792, 0.1430 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 884.908, 1059.638, 0.4792, 0.1429 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 945.319, 1412.893, 0.5250, 0.1868 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 945.247, 1413.020, 0.5250, 0.1868 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 985.319, 1770.882, 0.5806, 0.2222 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 985.068, 1770.948, 0.5805, 0.2222 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1485.451, -1805.278, 0.6883, -0.2267 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1485.283, -1805.255, 0.6883, -0.2266 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1395.996, -1434.512, 0.6116, -0.1889 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1395.747, -1434.500, 0.6116, -0.1889 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1337.368, -1076.516, 0.5643, -0.1456 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1337.427, -1076.516, 0.5644, -0.1456 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1298.048, -718.063, 0.5339, -0.0988 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1298.006, -718.058, 0.5339, -0.0988 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1275.033, -358.935, 0.5165, -0.0498 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1275.077, -358.934, 0.5166, -0.0498 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1267.313, 0.647, 0.5108, 0.0004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1267.368, 0.644, 0.5108, 0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1275.146, 360.188, 0.5167, 0.0505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1275.205, 360.185, 0.5167, 0.0505 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1298.402, 719.217, 0.5344, 0.0995 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1298.330, 719.219, 0.5344, 0.0995 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1338.257, 1077.413, 0.5655, 0.1461 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1338.401, 1077.460, 0.5656, 0.1462 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1398.283, 1441.292, 0.6165, 0.1911 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1398.632, 1441.155, 0.6166, 0.1911 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1517.949, 1803.703, 0.7217, 0.2119 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1518.374, 1804.162, 0.7219, 0.2121 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1964.579, -1830.107, 0.7922, -0.2231 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1964.377, -1830.218, 0.7922, -0.2232 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1870.090, -1458.070, 0.7144, -0.1888 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1869.775, -1458.093, 0.7143, -0.1889 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1805.304, -1094.704, 0.6617, -0.1484 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1805.354, -1094.699, 0.6617, -0.1484 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1759.968, -731.157, 0.6250, -0.1025 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1759.895, -731.150, 0.6249, -0.1025 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1732.417, -365.712, 0.6029, -0.0522 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1732.469, -365.711, 0.6029, -0.0522 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1723.051, 1.016, 0.5955, 0.0005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1723.104, 1.012, 0.5955, 0.0005 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1732.681, 367.579, 0.6032, 0.0531 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1732.727, 367.573, 0.6032, 0.0531 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1760.548, 732.591, 0.6257, 0.1031 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1760.485, 732.576, 0.6256, 0.1031 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1806.534, 1095.841, 0.6631, 0.1486 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1806.769, 1095.792, 0.6632, 0.1486 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1879.950, 1468.778, 0.7211, 0.1924 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1880.276, 1468.805, 0.7212, 0.1924 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1933.297, 1854.666, 0.7661, 0.2311 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1933.262, 1854.531, 0.7662, 0.2309 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2459.773, -1873.265, 0.9017, -0.2195 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2460.099, -1873.121, 0.9019, -0.2193 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2367.102, -1472.278, 0.8453, -0.1721 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2366.766, -1472.338, 0.8452, -0.1722 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2296.822, -1114.619, 0.7816, -0.1528 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2296.837, -1114.620, 0.7815, -0.1528 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2237.449, -748.982, 0.7273, -0.1111 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2237.368, -749.000, 0.7273, -0.1111 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2199.245, -375.595, 0.6939, -0.0576 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2199.262, -375.604, 0.6939, -0.0576 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2186.154, 1.483, 0.6828, 0.0007 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2186.210, 1.478, 0.6828, 0.0007 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2199.820, 378.176, 0.6946, 0.0587 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2199.840, 378.182, 0.6946, 0.0587 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2238.516, 750.428, 0.7288, 0.1113 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2238.444, 750.425, 0.7288, 0.1113 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2297.604, 1114.371, 0.7832, 0.1514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2297.655, 1114.403, 0.7833, 0.1514 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2380.786, 1501.155, 0.8550, 0.1775 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2381.050, 1501.012, 0.8551, 0.1774 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2449.718, 1835.440, 0.8975, 0.2128 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2450.265, 1836.905, 0.8981, 0.2137 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3189.204, -2033.067, 1.4155, -0.3751 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3189.049, -2032.952, 1.4155, -0.3751 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2967.182, -1478.465, 1.1145, -0.1659 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2967.513, -1478.599, 1.1147, -0.1660 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2840.154, -1151.278, 0.9535, -0.1756 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2840.132, -1151.400, 0.9536, -0.1757 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2733.424, -782.569, 0.8418, -0.1347 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2733.388, -782.536, 0.8417, -0.1347 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2669.728, -393.353, 0.7826, -0.0699 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2669.736, -393.347, 0.7826, -0.0699 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2648.987, 2.215, 0.7645, 0.0012 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2648.998, 2.218, 0.7645, 0.0012 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2671.076, 397.125, 0.7843, 0.0719 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2671.137, 397.117, 0.7843, 0.0719 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2736.324, 784.090, 0.8458, 0.1350 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2736.420, 784.169, 0.8458, 0.1351 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2844.922, 1149.439, 0.9616, 0.1719 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2845.441, 1149.799, 0.9620, 0.1720 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2968.120, 1493.470, 1.1252, 0.1751 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2967.966, 1493.567, 1.1253, 0.1751 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3366.921, 2253.197, 1.5805, 0.5692 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3367.506, 2254.172, 1.5811, 0.5699 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 4090.682, -2137.649, 1.4029, -0.4463 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 4090.223, -2137.459, 1.4026, -0.4462 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3735.019, -1602.081, 1.2805, -0.3010 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3734.776, -1601.972, 1.2805, -0.3010 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3461.606, -1255.123, 1.1553, -0.2531 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3462.047, -1255.363, 1.1556, -0.2533 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3235.032, -853.468, 0.9497, -0.1916 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3235.049, -853.470, 0.9497, -0.1915 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3126.931, -424.515, 0.8532, -0.0925 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3126.877, -424.596, 0.8531, -0.0926 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3095.225, 3.618, 0.8268, 0.0024 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3095.229, 3.601, 0.8268, 0.0024 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3129.801, 431.167, 0.8564, 0.0971 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3129.846, 431.174, 0.8564, 0.0971 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3242.578, 858.437, 0.9575, 0.1966 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3242.948, 858.414, 0.9578, 0.1966 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3476.268, 1259.377, 1.1641, 0.2522 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3476.286, 1259.379, 1.1640, 0.2522 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3783.707, 1585.045, 1.2838, 0.2989 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3783.368, 1585.046, 1.2838, 0.2989 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 4242.638, 2391.977, 1.4270, 0.5253 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 4243.068, 2392.516, 1.4267, 0.5253 ) -BrunelInit INFO Evt 1, Run 1, Nr. in job = 1 -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=ghost -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 1 events processed -BrunelInit SUCCESS ================================================================== -FutureEcalClust INFO Built <279> cellular automaton clusters/event with <4> iterations (min,max)=(4,4) on average -RecSummary SUCCESS #WARNINGS = 1 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO MuonID Rates for Downstream Tracks -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuonLoose = 1.0 : 17.241 +- 7.014 -MuonPIDMonitorDown INFO IsMuoLoose MuonProb < 0.9 : 3.448 +- 3.388 -MuonPIDMonitorDown INFO IsMuoLoose DLL > 1.4 : 3.448 +- 3.388 -MuonPIDMonitorDown INFO IsMuonLoose NShared < 1.0 : 3.448 +- 3.388 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuon = 1.0 : 10.345 +- 5.655 -MuonPIDMonitorDown INFO IsMuon MuonProb < 0.9 : 3.448 +- 3.388 -MuonPIDMonitorDown INFO IsMuon DLL > 1.4 : 3.448 +- 3.388 -MuonPIDMonitorDown INFO IsMuon NShared < 1.0 : 3.448 +- 3.388 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 38 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 29 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 5 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 3 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO MuonID Rates for Long Tracks -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuonLoose = 1.0 : 18.699 +- 3.516 -MuonPIDMonitorLong INFO IsMuoLoose MuonProb < 0.9 : 7.317 +- 2.348 -MuonPIDMonitorLong INFO IsMuoLoose DLL > 1.4 : 0.813 +- 0.810 -MuonPIDMonitorLong INFO IsMuonLoose NShared < 1.0 : 4.065 +- 1.781 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuon = 1.0 : 13.008 +- 3.033 -MuonPIDMonitorLong INFO IsMuon MuonProb < 0.9 : 7.317 +- 2.348 -MuonPIDMonitorLong INFO IsMuon DLL > 1.4 : 0.813 +- 0.810 -MuonPIDMonitorLong INFO IsMuon NShared < 1.0 : 2.439 +- 1.391 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 155 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 123 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 23 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 16 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO 0.00 +- 0.00 Velo | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 155.00 +-12.45 Long | 100.0 +- 0.0 | 96.1 +- 1.5 81.3 +- 3.1 82.6 +- 3.0 78.1 +- 3.3 0.0 +- 0.0 0.0 +- 0.0 78.7 +- 3.3 0.0 +- 0.0 -ChargedProtoPMoni INFO 14.00 +- 3.74 Upstream | 100.0 +- 0.0 | 92.9 +- 6.9 0.0 +- 0.0 0.0 +- 0.0 85.7 +- 9.4 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 38.00 +- 6.16 Downstream | 100.0 +- 0.0 | 81.6 +- 6.3 76.3 +- 6.9 78.9 +- 6.6 68.4 +- 7.5 0.0 +- 0.0 0.0 +- 0.0 76.3 +- 6.9 0.0 +- 0.0 -ChargedProtoPMoni INFO 0.00 +- 0.00 Ttrack | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO ==================================================================================================================================================== -GenFSRMerge INFO ========== Merging GenFSR ========== -DstWriter INFO Events output: 1 -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 1 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 7 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 173 | 173.00 | -BremChi22IDFuture INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 322 | 322.00 | 0.0000 | 322.00 | 322.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -BremMatchFuture INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 1 | 27053 | 27053.0 | 0.0000 | 27053.0 | 27053.0 | - | "#chi2" | 9217 |4.008827e+07 | 4349.4 | 2820.4 | 1.0676 | 10000.0 | - | "#good tracks" | 1 | 234 | 234.00 | 0.0000 | 234.00 | 234.00 | - | "#links in table" | 1 | 9217 | 9217.0 | 0.0000 | 9217.0 | 9217.0 | - | "#total calos" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -BremMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/BremMatch" | 1 | 9217 | 9217.0 | 0.0000 | 9217.0 | 9217.0 | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -BremPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 322 | 322.00 | 0.0000 | 322.00 | 322.00 | -BrunelInit.Brun... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -ChargedProtoPMaker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Track/Best ==> Rec/ProtoP/Charged" | 1 | 207 | 207.00 | 0.0000 | 207.00 | 207.00 | -ClassifyPhotonE... INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Electron Delta(E)" | 184 | 37807.23 | 205.47 | 249.23 | -906.74 | 2244.8 | - | "Electron Delta(X)" | 184 | -95.4051 | -0.51851 | 11.852 | -22.778 | 22.325 | - | "Electron Delta(Y)" | 184 | -235.2759 | -1.2787 | 11.773 | -22.777 | 22.321 | - | "Electron Delta(Z)" | 184 | 12406.68 | 67.428 | 13.939 | 34.862 | 97.376 | - | "Electron corrected energy" | 184 | 1387516 | 7540.8 | 7228.5 | 423.63 | 40294.0 | - | "Photon Delta(E)" | 155 | -1093.364 | -7.0540 | 122.46 | -716.41 | 520.18 | - | "Photon Delta(X)" | 155 | -201.4364 | -1.2996 | 13.517 | -22.778 | 22.325 | - | "Photon Delta(Y)" | 155 | -281.1704 | -1.8140 | 12.873 | -22.781 | 22.221 | - | "Photon Delta(Z)" | 155 | 9216.209 | 59.459 | 12.722 | 32.008 | 96.172 | - | "Photon corrected energy" | 155 | 672732.1 | 4340.2 | 6617.9 | 207.41 | 42739.0 | - | "electronHypos" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | - | "photonHypos" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 63 | 62.90493 | 0.99849 | 0.020303 | 0.96576 | 1.0620 | - | "<alpha> Middle" | 53 | 53.45665 | 1.0086 | 0.020758 | 0.97845 | 1.0580 | - | "<alpha> Outer" | 68 | 67.98995 | 0.99985 | 0.013547 | 0.97720 | 1.0268 | - | "Pileup offset" | 184 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 184 | 184 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 36 | 35.85905 | 0.99608 | 0.017179 | 0.96576 | 1.0512 | - | "<alpha> Middle" | 33 | 33.18631 | 1.0056 | 0.021147 | 0.98122 | 1.0580 | - | "<alpha> Outer" | 86 | 85.74595 | 0.99705 | 0.015923 | 0.97374 | 1.0533 | - | "Pileup offset" | 155 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 155 | 155 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 516 | 516.00 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 1 | 516 | 516.00 | -EcalClusterMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/EcalClusters" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | -EcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 1 | 3041 | 3041.0 | 0.0000 | 3041.0 | 3041.0 | -EcalEFlowMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 1 | 3022 | 3022.0 | 0.0000 | 3022.0 | 3022.0 | -EcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | - | "#total energy" | 238 | 788.8078 | 3.3143 | 3.7843 | -0.0041320 | 20.752 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -EcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | -EcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | -ElectronMatchFu... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 1 | 39716 | 39716.0 | 0.0000 | 39716.0 | 39716.0 | - | "#chi2" | 4076 |1.969683e+07 | 4832.4 | 2878.4 | 1.3376 | 9999.8 | - | "#good tracks" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | - | "#links in table" | 1 | 4076 | 4076.0 | 0.0000 | 4076.0 | 4076.0 | - | "#total calos" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | -ElectronMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ElectronMatch" | 1 | 4076 | 4076.0 | 0.0000 | 4076.0 | 4076.0 | - | "Monitor /Event/Rec/Calo/Electrons" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | -ElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Electrons" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | -EtaMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 27 | 27.000 | 0.0000 | 27.000 | 27.000 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 57 | 57.000 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 57 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 57 | 8 | 0.14035 | 0.34735 | 0.0000 | 1.0000 | - | "chisqprobSum" | 57 | 22.54721 | 0.39557 | 0.32572 | 0.0000 | 0.99890 | - | "flipCharge" | 57 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 1 | 57 | 57.000 | 0.0000 | 57.000 | 57.000 | - | "nTracks" | 1 | 57 | 57.000 | 0.0000 | 57.000 | 57.000 | - | "numOutliers" | 57 | 55 | 0.96491 | 0.87789 | 0.0000 | 3.0000 | -FutureClusChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FutureClusterMatch INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 1 | 49493 | 49493.0 | 0.0000 | 49493.0 | 49493.0 | - | "#chi2" | 16909 | 7910646 | 467.84 | 288.77 | 0.0058746 | 999.81 | - | "#good tracks" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | - | "#links in table" | 1 | 16909 | 16909.0 | 0.0000 | 16909.0 | 16909.0 | - | "#total calos" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | -FutureEcalChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FutureEcalClust INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusterization passes" | 1 | 4 | 4.0000 | 0.0000 | 4.0000 | 4.0000 | - | "# clusters" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | - | "Cluster energy" | 279 | 1718453 | 6159.3 | 7291.5 | 176.60 | 42219.0 | - | "Cluster size" | 279 | 3691 | 13.229 | 3.9799 | 6.0000 | 30.000 | -FutureEcalCovar INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusters" | 279 | -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -FutureEcalCovar... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 12 | 58 | 4.8333 | 1.6750 | 3.0000 | 9.0000 | - | "Corrected Clusters: ET" | 12 | 2826.6 | 235.55 | 253.88 | 70.000 | 938.60 | - | "Corrected Clusters: size ratio" | 12 | 3.9217 | 0.32681 | 0.20820 | 0.0000 | 0.77119 | -FutureEcalShare INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(E)" | 427 | -16058.38 | -37.607 | 925.55 | -7445.8 | 6091.8 | - | "Delta(X)" | 427 | -28.46799 | -0.066670 | 5.2773 | -32.966 | 19.821 | - | "Delta(Y)" | 427 | 62.17308 | 0.14560 | 5.0373 | -24.537 | 23.772 | - | "Delta(Z)" | 427 | 0.00390625 | 9.1481e-06 | 0.00068152 | -0.00097656 | 0.00097656 | - | "negative E clusters (removed)" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -FutureEcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 1 | 0 |( 0.000000 +- 0.000000)% | -FutureHcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 1 | 0 |( 0.000000 +- 0.000000)% | -FutureNeutralPr... INFO Number of counters : 41 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "CaloClusterCode for Photon" | 155 | -1561 | -10.071 | 88.038 | -98.000 | 98.000 | - | "CaloClusterCode for PhotonFromMergedPi0" | 26 | 2142 | 82.385 | 14.446 | 43.000 | 98.000 | - | "CaloClusterCode for Pi0Merged" | 13 | -599 | -46.077 | 77.151 | -97.000 | 95.000 | - | "CaloClusterFrac for Photon" | 137 | 137.174 | 1.0013 | 0.052748 | 0.85374 | 1.2272 | - | "CaloClusterFrac for PhotonFromMergedPi0" | 26 | 13.91204 | 0.53508 | 0.20913 | 0.13079 | 0.92533 | - | "CaloClusterFrac for Pi0Merged" | 13 | 12.91845 | 0.99373 | 0.013249 | 0.95503 | 1.0012 | - | "CaloNeutralE19 for Photon" | 155 | 90.1665 | 0.58172 | 0.18268 | 0.23198 | 1.0762 | - | "CaloNeutralE19 for PhotonFromMergedPi0" | 26 | 18.70591 | 0.71946 | 0.25594 | 0.37462 | 1.6094 | - | "CaloNeutralE19 for Pi0Merged" | 13 | 6.018107 | 0.46293 | 0.12591 | 0.26000 | 0.71674 | - | "CaloNeutralE49 for Photon" | 155 | 136.2401 | 0.87897 | 0.097125 | 0.62684 | 1.1244 | - | "CaloNeutralE49 for PhotonFromMergedPi0" | 26 | 23.7473 | 0.91336 | 0.057579 | 0.78189 | 1.0000 | - | "CaloNeutralE49 for Pi0Merged" | 13 | 10.99077 | 0.84544 | 0.072269 | 0.72965 | 0.97754 | - | "CaloNeutralEcal for Photon" | 155 | 673825.5 | 4347.3 | 6635.9 | 212.32 | 42219.0 | - | "CaloNeutralEcal for PhotonFromMergedPi0" | 26 | 189984.2 | 7307.1 | 4032.8 | 1115.5 | 15138.0 | - | "CaloNeutralEcal for Pi0Merged" | 13 | 186603.4 | 14354.0 | 6437.0 | 5630.1 | 28444.0 | - | "CaloNeutralHcal2Ecal for Photon" | 155 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for PhotonFromMergedPi0" | 26 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for Pi0Merged" | 13 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralID for Photon" | 155 | 5816804 | 37528.0 | 3598.0 | 33174.0 | 44136.0 | - | "CaloNeutralID for PhotonFromMergedPi0" | 26 | 961969 | 36999.0 | 2291.2 | 33496.0 | 39711.0 | - | "CaloNeutralID for Pi0Merged" | 13 | 481047 | 37004.0 | 2289.9 | 33497.0 | 39710.0 | - | "CaloTrMatch for Photon" | 152 | 13095.67 | 86.156 | 129.56 | 4.0766 | 978.67 | - | "CaloTrMatch for PhotonFromMergedPi0" | 26 | 36.68078 | 1.4108 | 3.2763 | 0.015890 | 12.668 | - | "CaloTrMatch for Pi0Merged" | 13 | 18.34039 | 1.4108 | 3.2763 | 0.015890 | 12.668 | - | "ClusterAsX for Photon" | 155 | -3.198603 | -0.020636 | 0.20047 | -0.69821 | 0.48860 | - | "ClusterAsX for PhotonFromMergedPi0" | 26 | 0.772667 | 0.029718 | 0.26126 | -0.67383 | 0.82838 | - | "ClusterAsY for Photon" | 155 |-0.03402707 |-0.00021953 | 0.20568 | -0.60684 | 0.49713 | - | "ClusterAsY for PhotonFromMergedPi0" | 26 | 2.315743 | 0.089067 | 0.19743 | -0.24475 | 0.50290 | - | "IsNotH for Photon" | 155 | 47.18513 | 0.30442 | 0.35159 | -1.0000 | 0.97760 | - | "IsNotH for Pi0Merged" | 13 | 2.642954 | 0.20330 | 0.22723 | 0.0041233 | 0.90162 | - | "IsPhoton for Photon" | 155 | 155 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | - | "IsPhoton for Pi0Merged" | 13 | 10.1345 | 0.77958 | 0.40299 | 0.0069255 | 1.0000 | - | "IsPhotonXGB for Photon" | 155 | 155 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | - | "IsPhotonXGB for Pi0Merged" | 13 | 11.38954 | 0.87612 | 0.23363 | 0.31061 | 1.0000 | - | "Neutral Protos" | 1 | 194 | 194.00 | 0.0000 | 194.00 | 194.00 | - | "Neutral Protos from MergedPi0s" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - | "Neutral Protos from Photons" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | - | "Neutral Protos from SplitPhotons" | 1 | 26 | 26.000 | 0.0000 | 26.000 | 26.000 | - | "ShowerShape for Photon" | 155 | 872688 | 5630.2 | 4524.0 | 379.60 | 24186.0 | - | "ShowerShape for PhotonFromMergedPi0" | 26 | 101456.4 | 3902.2 | 3003.3 | 890.36 | 12223.0 | - | "ShowerShape for Pi0Merged" | 13 | 99296.48 | 7638.2 | 5356.4 | 2021.0 | 18380.0 | -HcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Hcal/Digits" | 1 | 570 | 570.00 | 0.0000 | 570.00 | 570.00 | -HcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | - | "#total energy" | 228 | 2131.171 | 9.3472 | 13.894 | 0.0000 | 82.237 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -HcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | -HcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | -InBREMFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 360 | 360.00 | 0.0000 | 360.00 | 360.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#tracks in acceptance" | 1 | 260 | 260.00 | 0.0000 | 260.00 | 260.00 | -InECALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#tracks in acceptance" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | -InHCALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#tracks in acceptance" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | -MergedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/MergedPi0s" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | -MergedPi0RecFuture INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Cluster without 2nd seed found" | 13 | 0 |( 0.000000 +- 0.000000)% | - | "Corrected energy" | 26 | 189816.3 | 7300.6 | 4030.6 | 1108.7 | 14888.0 | - |*"Fails to set covariance" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to set spread" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (1)" | 13 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (2)" | 13 | 0 |( 0.000000 +- 0.000000)% | - | "Photon Delta(E)" | 26 | -167.9194 | -6.4584 | 146.10 | -249.63 | 535.95 | - | "Photon Delta(X)" | 26 | 38.9502 | 1.4981 | 14.170 | -31.566 | 22.308 | - | "Photon Delta(Y)" | 26 | 16.64524 | 0.64020 | 11.881 | -19.229 | 22.104 | - | "Photon Delta(Z)" | 26 | 2022.394 | 77.784 | 8.2541 | 55.228 | 89.502 | - | "clusters => mergedPi0s" | 1 | 13 | 13.000 | - | "clusters => splitClusters" | 1 | 26 | 26.000 | -MergedPi0RecFut... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Middle" | 14 | 14.00333 | 1.0002 | 0.016155 | 0.98350 | 1.0418 | - | "<alpha> Outer" | 12 | 12.0487 | 1.0041 | 0.028555 | 0.98009 | 1.0669 | - | "Pileup offset" | 26 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 26 | 26 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -MergedPi0RecFut... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 4 | 22 | 5.5000 | 0.86603 | 4.0000 | 6.0000 | - | "Corrected Clusters: ET" | 4 | 3493.8 | 873.45 | 471.14 | 179.20 | 1406.0 | - | "Corrected Clusters: size ratio" | 4 | 2.23704 | 0.55926 | 0.52662 | 0.18007 | 1.4652 | -MuonIDAlgLite INFO Number of counters : 9 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "muonMVA2Stat" | 19 | -19.7092 | -1.0373 | 0.52008 | -2.0478 | -0.061268 | - | "nGoodOffline" | 193 | - | "nInAcceptance" | 155 | - | "nIsMuon" | 19 | - | "nIsMuonLoose" | 28 | - | "nIsMuonTight" | 11 | - | "nMomentumCut" | 164 | - | "nMuonPIDs" | 155 | - | "nPreSelTrack" | 152 | -MuonProcStatus INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "readoutStatus : create a procStatus" | 1 | -MuonROFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Accepted events" | 1 | 1 |( 100.0000 +- 0.000000)% | -MuonTrackFitter INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 28 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 19 | 8 | 0.42105 | 0.49373 | 0.0000 | 1.0000 | - | "chisqprobSum" | 19 | 5.329152 | 0.28048 | 0.34771 | 0.0000 | 0.87241 | - | "flipCharge" | 28 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 1 | 28 | 28.000 | 0.0000 | 28.000 | 28.000 | - | "nTracks" | 1 | 28 | 28.000 | 0.0000 | 28.000 | 28.000 | - | "numOutliers" | 28 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -PackMuonPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -PackMuonTracks INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 1 | 28 | 28.000 | 0.0000 | 28.000 | 28.000 | -PackRichPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 1 | 193 | 193.00 | 0.0000 | 193.00 | 193.00 | -PackTrack INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 1 | 5 | 5.0000 | -PhotonMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Clusters" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | - | "RelationsTable" | 1 | 16909 | 16909.0 | 0.0000 | 16909.0 | 16909.0 | -PhotonMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 1 | 303 | 303.00 | - | "Created long tracks" | 1 | 173 | 173.00 | - | "Input tracks" | 1 | 313 | 313.00 | - | "Number of candidate bins per track" | 303 | 13909 | 45.904 | 17.981 | 0.0000 | 82.000 | - | "Number of complete candidates/track 1st Loop" | 302 | 193 | 0.63907 | 0.76266 | 0.0000 | 4.0000 | - | "Number of complete candidates/track 2nd Loop" | 186 | 23 | 0.12366 | 0.36038 | 0.0000 | 2.0000 | - | "Number of x candidates per track 1st Loop" | 302 | 1315 | 4.3543 | 2.9895 | - | "Number of x candidates per track 2nd Loop" | 186 | 3289 | 17.683 | 8.9809 | - | "Percentage second loop execution" | 302 | 186 | 0.61589 | - | "Removed duplicates" | 1 | 12 | 12.000 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 143 | 576 | 4.0280 | - | "#tracks with hits added" | 143 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 1 | 83 | 83.000 | - | "Created long tracks" | 1 | 57 | 57.000 | - | "Input tracks" | 1 | 83 | 83.000 | - | "Number of candidate bins per track" | 83 | 2374 | 28.602 | 14.348 | 1.0000 | 59.000 | - | "Number of complete candidates/track 1st Loop" | 83 | 56 | 0.67470 | 0.49353 | 0.0000 | 2.0000 | - | "Number of complete candidates/track 2nd Loop" | 36 | 2 | 0.055556 | 0.22906 | 0.0000 | 1.0000 | - | "Number of x candidates per track 1st Loop" | 83 | 253 | 3.0482 | 2.2862 | - | "Number of x candidates per track 2nd Loop" | 36 | 482 | 13.389 | 7.1736 | - | "Percentage second loop execution" | 83 | 36 | 0.43373 | - | "Removed duplicates" | 1 | 1 | 1.0000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 1 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 1 | 176 | 176.00 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 656 | 3996.362 | 6.0920 | - | "#MatchingTracks" | 1 | 168 | 168.00 | - | "TracksMLP" | 656 | 168.1477 | 0.25632 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 144 | 575 | 3.9931 | - | "#tracks with hits added" | 144 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 1 | 180 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 1 | 180 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 1 | 313 | 313.00 | - | "#tracks" | 1 | 83 | 83.000 | -PrepareMuonHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Impossible MuonTileID" | 278 | 0 |( 0.000000 +- 0.000000)% | -ProtoElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/ProtoP/Charged" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -ResolvedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 20 | 20.000 | 0.0000 | 20.000 | 20.000 | -RichDLLsDown INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 1 | 31 | 31.000 | 0.0000 | 31.000 | 31.000 | - |*"Used RICH1 and RICH2" | 31 | 10 |( 32.25806 +- 8.395897)% | - |*"Used RICH1 only" | 31 | 17 |( 54.83871 +- 8.938115)% | - |*"Used RICH2 only" | 31 | 4 |( 12.90323 +- 6.021010)% | -RichDLLsLong INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 1 | 149 | 149.00 | 0.0000 | 149.00 | 149.00 | - |*"Used RICH1 and RICH2" | 149 | 59 |( 39.59732 +- 4.006525)% | - |*"Used RICH1 only" | 149 | 70 |( 46.97987 +- 4.088680)% | - |*"Used RICH2 only" | 149 | 20 |( 13.42282 +- 2.792740)% | -RichDLLsUp INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - |*"Used RICH1 and RICH2" | 13 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 13 | 13 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 13 | 0 |( 0.000000 +- 0.000000)% | -RichRecoStatsDown INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 1 | 6835 | 6835.0 | 0.0000 | 6835.0 | 6835.0 | - | "# Rich1Gas Segments" | 1 | 27 | 27.000 | 0.0000 | 27.000 | 27.000 | - | "# Rich2Gas Photons" | 1 | 777 | 777.00 | 0.0000 | 777.00 | 777.00 | - | "# Rich2Gas Segments" | 1 | 14 | 14.000 | 0.0000 | 14.000 | 14.000 | - | "# Selected Tracks" | 1 | 31 | 31.000 | 0.0000 | 31.000 | 31.000 | - |*"RICH selection efficiency" | 38 | 31 |( 81.57895 +- 6.288607)% | -RichRecoStatsLong INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 1 | 30953 | 30953.0 | 0.0000 | 30953.0 | 30953.0 | - | "# Rich1Gas Segments" | 1 | 129 | 129.00 | 0.0000 | 129.00 | 129.00 | - | "# Rich2Gas Photons" | 1 | 6137 | 6137.0 | 0.0000 | 6137.0 | 6137.0 | - | "# Rich2Gas Segments" | 1 | 79 | 79.000 | 0.0000 | 79.000 | 79.000 | - | "# Selected Tracks" | 1 | 149 | 149.00 | 0.0000 | 149.00 | 149.00 | - |*"RICH selection efficiency" | 155 | 149 |( 96.12903 +- 1.549427)% | -RichRecoStatsUp INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 1 | 5535 | 5535.0 | 0.0000 | 5535.0 | 5535.0 | - | "# Rich1Gas Segments" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - | "# Rich2Gas Photons" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - |*"RICH selection efficiency" | 14 | 13 |( 92.85714 +- 6.883029)% | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 1 | 258 | 258.00 | -TrackBestTrackC... INFO Number of counters : 33 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 779 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 67 | 35 |( 52.23881 +- 6.102346)% | - | "Downstream.chisqProbSum" | 67 | 9.032854 | 0.13482 | - |*"Downstream.flipCharge" | 67 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 67 | 66993.3 | 999.90 | - | "Downstream.numOutliers" | 67 | 68 | 1.0149 | - |*"FitFailed" | 779 | 0 |( 0.000000 +- 0.000000)% | - | "FittedBefore" | 51 | - |*"Long.badChisq" | 186 | 109 |( 58.60215 +- 3.611513)% | - | "Long.chisqProbSum" | 186 | 24.32935 | 0.13080 | - |*"Long.flipCharge" | 186 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 186 | 185981.4 | 999.90 | - | "Long.numOutliers" | 186 | 287 | 1.5430 | - |*"Ttrack.badChisq" | 97 | 4 |( 4.123711 +- 2.018896)% | - | "Ttrack.chisqProbSum" | 97 | 28.4318 | 0.29311 | - |*"Ttrack.flipCharge" | 97 | 7 |( 7.216495 +- 2.627318)% | - | "Ttrack.ghostProbability" | 97 | 96990.3 | 999.90 | - | "Ttrack.numOutliers" | 97 | 55 | 0.56701 | - |*"Upstream.badChisq" | 22 | 8 |( 36.36364 +- 10.25593)% | - | "Upstream.chisqProbSum" | 22 | 6.179633 | 0.28089 | - |*"Upstream.flipCharge" | 22 | 1 |( 4.545455 +- 4.440947)% | - | "Upstream.ghostProbability" | 22 | 21997.8 | 999.90 | - | "Upstream.numOutliers" | 22 | 32 | 1.4545 | - |*"Velo.badChisq" | 153 | 39 |( 25.49020 +- 3.523283)% | - | "Velo.chisqProbSum" | 153 | 56.68733 | 0.37051 | - |*"Velo.flipCharge" | 153 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 153 | 152984.7 | 999.90 | - | "Velo.numOutliers" | 153 | 178 | 1.1634 | - |*"VeloBackward.badChisq" | 203 | 8 |( 3.940887 +- 1.365583)% | - | "VeloBackward.chisqProbSum" | 203 | 98.25657 | 0.48402 | - |*"VeloBackward.flipCharge" | 203 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 203 | 202979.7 | 999.90 | - | "VeloBackward.numOutliers" | 203 | 78 | 0.38424 | -TrackDiMuonMonitor INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "numcombinations" | 1 | 132 | 132.00 | - | "numnegtracks" | 1 | 6 | 6.0000 | - | "numpostracks" | 1 | 22 | 22.000 | - | "numselected" | 1 | 0 | 0.0000 | -TrackMonitor INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream" | 1 | 38 | 38.000 | 0.0000 | 38.000 | 38.000 | - | "#Long" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | - | "#Tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#Ttrack" | 1 | 97 | 97.000 | 0.0000 | 97.000 | 97.000 | - | "#Upstream" | 1 | 14 | 14.000 | 0.0000 | 14.000 | 14.000 | - | "#Velo" | 1 | 153 | 153.00 | 0.0000 | 153.00 | 153.00 | - | "#VeloBackward" | 1 | 203 | 203.00 | 0.0000 | 203.00 | 203.00 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 176 | 176.00 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 168 | 168.00 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 1 | 4160 | 4160.0 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 1 | 4160 | 4160.0 | - | "Nb of Produced Tracks" | 1 | 516 | 516.00 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 83 | 83.000 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 1 | 137 | 0 | 0 | 0 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 1 | 1261 | 0 | 0 | 0 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 1 | 6056 | 0 | 0 | 0 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 1261 | 4.8025 | 5.8975 | 2.025 | 3.9377 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 1 | 0 | 0 | 0 | 0 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 1 | 1120 | 0 | 0 | 0 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 1 | 3736 | 0 | 0 | 0 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 1120 | 3.3357 | 3.3885 | 4.0885 | 27.13 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 4020 | 1.5065 | 1.4564 | 6.7458 | 90.08 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 2924 | 1.2777 | 1.2727 | 10.668 | 150.07 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 7 | 1.649 | 0.64798 | 0.3718 | -1.1253 | - | All/Rejected/CloneDist | "Track Clone Distance" | 7 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 7 | 0.16034 | 0.089346 | -0.0065136 | -1.1419 | - | All/Rejected/P | "Track Momentum" | 7 | 4668.6 | 1194.5 | 1.3543 | 2.2358 | - | All/Rejected/Pt | "Track Transverse Momentum" | 7 | 104.89 | 40.606 | 5.0655 | 14.632 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 31 | 1.5955 | 0.66616 | 0.26518 | -1.2737 | - | All/Selected/CloneDist | "Track Clone Distance" | 31 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 31 | 0.074138 | 0.098642 | 1.6183 | 1.6648 | - | All/Selected/P | "Track Momentum" | 31 | 8659.9 | 8932.8 | 2.4797 | 5.745 | - | All/Selected/Pt | "Track Transverse Momentum" | 31 | 544.74 | 598.7 | 2.0958 | 3.8437 | - | nRichTracks | "# Rich Tracks / Event" | 1 | 31 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 1 | 38 | 0 | 0 | 0 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 3804 | 0.00050974 | 0.0024742 | -0.12587 | -0.80511 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 764 |-0.00057641 | 0.002105 | -0.34452 | -0.68757 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 6833 | 0.00069001 | 0.0024306 | -0.16987 | -0.8167 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 1143 |-0.00014592 | 0.0020701 | -0.36272 | -0.4597 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 6833 | 3.1244 | 1.7865 | 0.033729 | -1.1723 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 6833 | 0.045432 | 0.0083696 | -1.2678 | 0.87789 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 3029 | 0.00093792 | 0.0023468 | -0.21061 | -0.85677 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 379 | 0.00065946 | 0.001737 | -0.03333 | -1.055 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 353 | 0.00012793 | 0.0014427 | -0.012886 | -1.2091 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 162 | 0.00047708 | 0.0014179 | -0.28908 | -1.1246 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 424 | 0.00035893 | 0.0012482 | -0.19125 | -1.0192 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 388 | 0.00037428 | 0.0012468 | -0.19655 | -1.0408 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 777 | 0.0002676 | 0.0013333 | -0.13822 | -1.0872 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 550 | 0.00039745 | 0.0012881 | -0.21343 | -1.0509 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 777 | 3.0068 | 1.7913 | 0.15594 | -1.1082 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 777 | 0.027182 | 0.0041382 | -1.5729 | 2.0082 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 764 |-0.00057641 | 0.002105 | -0.34452 | -0.68757 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 764 |-0.00057641 | 0.002105 | -0.34452 | -0.68757 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 887 |-0.00040406 | 0.002094 | -0.37163 | -0.5873 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 887 |-0.00040406 | 0.002094 | -0.37163 | -0.5873 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 887 | 3.1927 | 1.8628 | -0.017338 | -1.3037 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 887 | 0.046401 | 0.008137 | -2.3214 | 5.7391 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 123 | 0.00067073 | 0.0016601 | -0.097912 | -0.99468 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 123 | 0.00067073 | 0.0016601 | -0.097912 | -0.99468 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 64 | 3.5002e-05 | 0.0010767 | -0.3784 | -0.72151 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 64 | 3.5002e-05 | 0.0010767 | -0.3784 | -0.72151 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 287 | 0.00018837 | 0.0012307 | -0.030786 | -0.96957 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 287 | 0.00018837 | 0.0012307 | -0.030786 | -0.96957 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 351 | 0.00016866 | 0.0012131 | -0.051969 | -0.92182 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 351 | 0.00016866 | 0.0012131 | -0.051969 | -0.92182 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 351 | 2.8188 | 1.906 | 0.30686 | -1.1718 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 351 | 0.026099 | 0.0052958 | -1.1238 | -0.16974 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 92.119 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 27 | 606.88 | 12.743 | 1.6662 | 2.3075 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 7 | 257.55 | 198.32 | 0.20482 | -1.3523 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 25 | 473.83 | 130.85 | -1.038 | -0.025873 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 22 | 442.34 | 145.45 | -0.67457 | -1.0476 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 2 | 255.24 | 221.59 | 0.010207 | -2.0284 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 36 | 403.96 | 49.468 | -0.49461 | -0.10588 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 3 | 206.22 | 94.282 | -0.62918 | -1.5973 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 28 | 252.04 | 96.135 | -0.8765 | -0.20838 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 22 | 231.61 | 97.776 | -0.80114 | -0.19067 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 2 | 125.31 | 12.299 | 0.63601 | -1.8176 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 7.3758 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 27 | 55.748 | 1.1705 | 1.3586 | 1.3526 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 6 | 26.945 | 17.09 | 0.026564 | -1.2791 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 25 | 43.243 | 12.3 | -1.0248 | -0.043051 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 22 | 40.286 | 13.67 | -0.68804 | -1.0142 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 2 | 22.706 | 20.824 | 0.013515 | -2.0045 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 14 | 34.51 | 2.8428 | -0.67738 | -0.50045 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 3 | 19.243 | 9.1174 | -0.77119 | -1.325 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 13 | 29.819 | 3.0026 | -0.40775 | -0.58623 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 12 | 27.438 | 3.9444 | -0.018197 | -1.4823 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 2 | 11.465 | 1.1691 | -0.72799 | -1.5626 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 5.029 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 27 | 36.658 | 1.9039 | 0.048598 | -0.1688 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 6 | 18.245 | 11.727 | 0.24258 | -1.1421 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 25 | 28.598 | 8.6436 | -0.88294 | -0.36021 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 22 | 26.964 | 9.3711 | -0.63242 | -1.0097 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 2 | 14.529 | 13.454 | -0.027793 | -2.0729 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 14 | 16.742 | 7.091 | -0.33734 | -1.1799 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 3 | 13.285 | 6.6367 | -0.81009 | -1.3133 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 13 | 15.914 | 6.6857 | -0.48244 | -1.1761 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 12 | 15.942 | 6.1013 | -0.49752 | -1.3002 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 2 | 7.702 | 1.1813 | 0.79693 | -1.5372 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 1 | 0.68182 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 27 | 0.65784 | 0.036734 | -0.18048 | -0.19026 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 6 | 0.68883 | 0.038364 | 0.38038 | -0.78782 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 25 | 0.65929 | 0.049155 | -0.58745 | -0.80202 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 22 | 0.66817 | 0.049299 | -0.38372 | -1.098 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 2 | 0.60714 | 0.035714 | 0.23101 | -2.0407 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 14 | 0.49444 | 0.21467 | -0.49455 | -1.1528 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 3 | 0.67572 | 0.067929 | 0.82988 | -1.3326 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 13 | 0.52253 | 0.19528 | -0.56096 | -1.0878 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 12 | 0.56671 | 0.17338 | -0.82867 | -0.64016 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 2 | 0.66823 | 0.034896 | 0.15328 | -1.9725 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 44 |-4.5216e-15 | 0.029204 | -43.797 | 2196.5 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 2552 | 3.3411e-16 | 0.33732 | -0.22379 | 1.4308 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 396 |-5.4816e-15 | 0.19059 | -0.064196 | 1.1522 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 2080 |-3.7133e-15 | 0.3046 | -0.33561 | 2.4917 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 1776 |-2.7125e-15 | 0.30065 | -0.42631 | 3.2134 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 112 |-7.4226e-15 | 0.1435 | 3.3681e-13 | 0.77336 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 2796 | 0.078945 | 19.864 | 0.03361 | 0.75081 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 232 | 5.0228e-15 | 5.5848 | 1.2141 | 2.2738 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 1840 | -0.62028 | 18.227 | -0.065869 | 1.2878 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 1464 | 0.064332 | 15.547 | 0.07936 | 2.6284 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 124 |-9.2829e-15 | 0.94311 | 3.8526e-14 | -0.066836 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 10 | -1.4233 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 10 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 10 | 1090.4 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 29 | -1.4472 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 29 | -4.7822 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 29 | 2174.6 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 6056 | 0.14784 | 0.10387 | 0.1734 | -1.2998 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 3736 | 0.06657 | 0.054916 | 2.1136 | 4.8427 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 31 | 2.9884 | 10.953 | 1.2479 | 0.80795 | - | deuteron/dll | "deuteron DLL" | 31 | 2.9602 | 10.896 | 1.239 | 0.80319 | - | electron/dll | "electron DLL" | 31 | -1.9627 | 11.344 | 0.57209 | 1.5907 | - | kaon/dll | "kaon DLL" | 31 | 2.8004 | 10.975 | 1.161 | 1.1408 | - | muon/dll | "muon DLL" | 31 | -2.3712 | 5.9996 | -0.73855 | 1.1034 | - | pion/dll | "pion DLL" | 31 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 31 | 3.1883 | 11.629 | 1.3135 | 1.0236 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 6 | 1.617 | 0.55858 | 0.068095 | -0.94652 | - | All/Rejected/CloneDist | "Track Clone Distance" | 6 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 6 | 0.058382 | 0.027028 | 0.97748 | -0.94253 | - | All/Rejected/P | "Track Momentum" | 6 | 4804.6 | 1158.2 | 1.011 | 3.2672 | - | All/Rejected/Pt | "Track Transverse Momentum" | 6 | 81.763 | 23.584 |-0.00041797 | -3 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 149 | 1.3535 | 0.54673 | 1.0192 | 0.74382 | - | All/Selected/CloneDist | "Track Clone Distance" | 149 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 149 | 0.050113 | 0.083049 | 2.1152 | 3.7582 | - | All/Selected/P | "Track Momentum" | 149 | 9940.3 | 8984.7 | 1.8161 | 2.922 | - | All/Selected/Pt | "Track Transverse Momentum" | 149 | 558.56 | 664.48 | 4.5879 | 28.626 | - | nRichTracks | "# Rich Tracks / Event" | 1 | 149 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 1 | 155 | 0 | 0 | 0 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 16427 | 0.00064466 | 0.0022702 | 0.0080939 | -0.8906 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 3476 | 0.00015641 | 0.001969 | -0.13365 | -0.60971 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 30750 | 0.00057965 | 0.0022941 | -0.025825 | -0.82972 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 8581 | 7.3142e-06 | 0.0020801 | -0.19708 | -0.60227 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 30750 | 3.13 | 1.7913 | 0.0125 | -1.1756 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 30750 | 0.045538 | 0.0085207 | -1.3722 | 1.2965 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 14323 | 0.00050261 | 0.0023197 | -0.059388 | -0.77786 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 5105 |-9.7776e-05 | 0.0021488 | -0.20891 | -0.65035 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 2199 | 7.7504e-05 | 0.0013376 | 0.010146 | -1.0686 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 1755 | 0.00010239 | 0.0013276 | 0.01859 | -1.0634 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 3938 | 0.00010615 | 0.0012908 | -0.0068256 | -0.95699 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 3442 | 0.00010958 | 0.0012877 | -0.008404 | -0.95082 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 6137 | 9.6078e-05 | 0.0013076 | -0.0015174 | -0.99768 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 5197 | 0.00010715 | 0.0013013 | 0.0010669 | -0.99049 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 6137 | 3.1823 | 1.8019 | -0.025914 | -1.218 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 6137 | 0.026806 | 0.0043858 | -1.2921 | 0.94126 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 2457 |-7.0378e-05 | 0.0019435 | -0.19027 | -0.60105 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 2457 |-7.0378e-05 | 0.0019435 | -0.19027 | -0.60105 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 6153 | -0.0002093 | 0.0020872 | -0.24689 | -0.6338 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 6153 | -0.0002093 | 0.0020872 | -0.24689 | -0.6338 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 6153 | 3.1981 | 1.8217 | -0.050562 | -1.2091 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 6153 | 0.045128 | 0.0090068 | -1.3057 | 0.88974 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 3696 |-0.00030578 | 0.0021763 | -0.24818 | -0.71254 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 3696 |-0.00030578 | 0.0021763 | -0.24818 | -0.71254 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 712 | 0.00015032 | 0.0012811 | 0.020043 | -1.0839 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 712 | 0.00015032 | 0.0012811 | 0.020043 | -1.0839 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1237 | 0.0001325 | 0.0012561 | -0.0040277 | -0.90834 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1237 | 0.0001325 | 0.0012561 | -0.0040277 | -0.90834 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 1949 | 0.00013922 | 0.0012656 | 0.0057884 | -0.9767 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 1949 | 0.00013922 | 0.0012656 | 0.0057884 | -0.9767 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 1949 | 3.2563 | 1.7717 | -0.079023 | -1.1691 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 1949 | 0.026629 | 0.0048799 | -1.323 | 0.7206 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 5 | 276.74 | 231.82 | 0.23196 | -1.7357 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 607.93 | 13.551 | 1.2782 | 1.1548 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 36 | 347.73 | 168.42 | -0.24987 | -1.1074 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 125 | 488.25 | 125.94 | -1.4422 | 1.3502 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 116 | 443.03 | 161.34 | -1.177 | 0.30926 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 14 | 310.2 | 183.61 | 0.0036218 | -1.2129 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 258.98 | 2.7117 | 0.052483 | -2.9804 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 148 | 393.27 | 48.996 | 0.31302 | -1.0195 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 29 | 180.51 | 95.188 | -0.21389 | -1.066 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 122 | 273.82 | 89.577 | -1.3465 | 1.0174 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 105 | 251.69 | 93.949 | -0.97371 | -0.019718 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 10 | 154.96 | 84.862 | 1.2634 | 0.066241 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 4 | 31.18 | 19.64 | -0.069976 | -1.9406 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 55.845 | 1.2448 | 1.2448 | 1.0453 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 35 | 32.331 | 15.053 | -0.21564 | -1.1554 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 125 | 44.598 | 11.843 | -1.4342 | 1.3065 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 116 | 40.355 | 15.156 | -1.1715 | 0.29141 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 30.082 | 15.89 | 0.049003 | -1.2754 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 24.331 | 0.25832 | 0.018799 | -2.995 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 79 | 34.067 | 1.9611 | 0.18664 | -0.65267 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 29 | 16.755 | 9.19 | -0.19947 | -1.0278 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 73 | 30.254 | 3.214 | -1.0821 | 1.5149 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 73 | 27.477 | 5.6509 | -1.3556 | 1.3617 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 10 | 14.311 | 8.1748 | 1.202 | -0.093826 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 4 | 20.05 | 13.382 | -0.090554 | -1.8731 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 37.13 | 2.4624 | 0.17456 | 1.0521 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 35 | 21.408 | 10.352 | -0.11195 | -1.1138 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 125 | 29.477 | 8.2943 | -1.1443 | 0.72994 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 116 | 26.904 | 10.284 | -1.0428 | 0.20199 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 19.625 | 11.043 | 0.089688 | -1.477 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 15.937 | 0.74845 | -1.6365 | -0.26066 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 79 | 18.135 | 5.8144 | -0.86801 | -0.18927 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 29 | 11.205 | 6.127 | -0.20182 | -1.0312 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 73 | 17.621 | 5.3571 | -0.87692 | -0.30848 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 73 | 16.238 | 6.0133 | -0.89915 | -0.25014 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 10 | 9.7536 | 4.9687 | 1.069 | -0.11918 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 4 | 0.61127 | 0.05525 | -0.59831 | -1.1921 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 129 | 0.66487 | 0.041517 | -0.081032 | 0.22814 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 35 | 0.65385 | 0.076497 | -1.0461 | 0.92799 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 125 | 0.66033 | 0.051809 | -0.39999 | 1.1937 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 116 | 0.66789 | 0.050563 | -0.037348 | 0.32549 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 13 | 0.65375 | 0.10389 | -1.6675 | 3.5373 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 2 | 0.65476 | 0.02381 | 0.021166 | -2.5017 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 79 | 0.53803 | 0.18236 | -0.79464 | -0.50562 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 29 | 0.67668 | 0.053168 | -0.42207 | -0.14569 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 73 | 0.57501 | 0.15482 | -0.80695 | -0.60067 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 73 | 0.56961 | 0.16054 | -0.92404 | -0.19686 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 10 | 0.69735 | 0.050311 | -0.88655 | 1.4711 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 284 | -2.652e-15 | 0.15731 | -0.21706 | -0.38759 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 12160 | 1.5204e-15 | 0.30206 | -0.4697 | 1.579 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2540 |-1.2588e-16 | 0.17023 | -0.36009 | 0.8255 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10520 | 7.7167e-16 | 0.25131 | -0.41523 | 1.9185 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9264 | 2.8856e-15 | 0.23614 | -0.33211 | 1.7423 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 908 | -3.451e-15 | 0.15052 | -0.17569 | 0.11719 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 168 | -3.079e-14 | 7.4243 | 0.54335 | -0.13381 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 12052 | 0.19296 | 15.9 | 0.092199 | 2.246 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1980 | 4.2345e-16 | 5.8271 | 0.85209 | 1.0043 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 8916 | -0.050363 | 14.55 | 0.048103 | 2.9429 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 7652 | -0.19253 | 13.261 | 0.045074 | 3.8439 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 652 | 5.9503e-15 | 6.1241 | 0.67131 | 1.1264 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 49 | -1.4208 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 49 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 49 | 1096.7 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 116 | -1.4789 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 116 | -4.801 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 116 | 2111.4 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 6056 | 0.11965 | 0.085201 | 0.37658 | -0.96882 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 3736 | 0.061496 | 0.054696 | 2.13 | 4.784 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 149 | -0.52089 | 10.917 | -0.81316 | 1.344 | - | deuteron/dll | "deuteron DLL" | 149 | -0.69635 | 11.097 | -0.85688 | 1.3594 | - | electron/dll | "electron DLL" | 149 | -8.9289 | 11.702 | -0.36955 | 1.3347 | - | kaon/dll | "kaon DLL" | 149 | -1.5466 | 12.072 | -1.2547 | 2.4723 | - | muon/dll | "muon DLL" | 149 | -4.8235 | 7.9656 | -1.8607 | 5.1658 | - | pion/dll | "pion DLL" | 149 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 149 | -0.46865 | 10.945 | -0.85823 | 1.6733 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1 | 1.1417 | 0 | 0 | 0 | - | All/Rejected/CloneDist | "Track Clone Distance" | 1 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 1 | 0.011212 | 0 | 0 | 0 | - | All/Rejected/P | "Track Momentum" | 1 | 47852 | 0 | 0 | 0 | - | All/Rejected/Pt | "Track Transverse Momentum" | 1 | 668.64 | 0 | 0 | 0 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 13 | 1.0808 | 0.30986 | 0.828 | -0.39206 | - | All/Selected/CloneDist | "Track Clone Distance" | 13 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 13 | 0.090978 | 0.099307 | 1.6872 | 1.9776 | - | All/Selected/P | "Track Momentum" | 13 | 10245 | 7015 | 0.8236 | -0.86458 | - | All/Selected/Pt | "Track Transverse Momentum" | 13 | 601.4 | 190.79 | -0.10282 | -1.1903 | - | nRichTracks | "# Rich Tracks / Event" | 1 | 13 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 1 | 14 | 0 | 0 | 0 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 3122 |-3.6138e-05 | 0.0026967 | -0.030872 | -1.0536 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1233 |-0.00038699 | 0.0024297 | -0.16406 | -0.99725 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 4936 |-0.00020093 | 0.0026754 | -0.010923 | -1.0552 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 2719 |-0.00054701 | 0.0024436 | -0.11792 | -1.0965 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 4936 | 3.1114 | 1.7966 | 0.024384 | -1.1828 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 4936 | 0.039417 | 0.011971 | -0.6689 | -0.63525 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 1814 |-0.00047916 | 0.0026158 | 0.0062604 | -1.0836 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 1486 |-0.00069476 | 0.0024471 | -0.075078 | -1.1816 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1233 |-0.00038699 | 0.0024297 | -0.16406 | -0.99725 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1233 |-0.00038699 | 0.0024297 | -0.16406 | -0.99725 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 2719 |-0.00054701 | 0.0024436 | -0.11792 | -1.0965 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 2719 |-0.00054701 | 0.0024436 | -0.11792 | -1.0965 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 2719 | 3.0692 | 1.7642 | 0.059983 | -1.1562 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 2719 | 0.037755 | 0.012002 | -0.52949 | -0.74764 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 1486 |-0.00069476 | 0.0024471 | -0.075078 | -1.1816 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 1486 |-0.00069476 | 0.0024471 | -0.075078 | -1.1816 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 13 | 606.81 | 18.129 | 2.0828 | 3.365 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 374.34 | 168.26 | -1.228 | -0.18301 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 13 | 509.79 | 129.68 | -1.8567 | 1.8766 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 12 | 488.71 | 154.63 | -2.4846 | 5.1061 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 3 | 195.83 | 71.04 | -0.54161 | -1.6603 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 13 | 55.742 | 1.6653 | 1.7079 | 2.1093 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 33.916 | 15.817 | -1.2198 | -0.16705 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 13 | 46.624 | 12.197 | -1.8882 | 1.9715 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 12 | 44.697 | 14.382 | -2.3458 | 4.5625 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 3 | 17.144 | 6.6772 | -0.63366 | -1.2984 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 13 | 38.186 | 3.2353 | 0.34188 | -0.9429 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 22.245 | 10.163 | -1.4329 | 0.24735 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 13 | 31.069 | 7.9034 | -1.5753 | 1.1784 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 12 | 28.913 | 9.6791 | -2.0181 | 3.3927 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 3 | 11.479 | 3.7135 | -0.72779 | -1.1365 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 13 | 0.6845 | 0.046625 | 0.18899 | -1.3687 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 5 | 0.65885 | 0.030784 | 0.63414 | 0.03707 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 13 | 0.67307 | 0.048273 | 0.22919 | -1.4285 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 12 | 0.64582 | 0.040891 | 0.23769 | 0.2771 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 3 | 0.69744 | 0.071898 | 0.48161 | -1.5234 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 1216 | 7.5261e-15 | 0.3303 | -0.43048 | 1.0909 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 368 |-1.6489e-14 | 0.15306 | 0.291 | 2.4502 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 1116 | 3.6992e-15 | 0.27777 | -0.30639 | 1.6078 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 992 | -4.252e-15 | 0.25924 | -0.14257 | 1.4511 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 172 | 5.4117e-15 | 0.081137 | -0.69661 | 33.918 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 6 | -1.4244 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 6 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 6 | 1088.1 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 6056 | 0.15746 | 0.11324 | 0.16955 | -1.3825 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 13 | 0.47465 | 6.7183 | -0.58115 | -1.1824 | - | deuteron/dll | "deuteron DLL" | 13 | 0.47465 | 6.7183 | -0.58115 | -1.1824 | - | electron/dll | "electron DLL" | 13 | -6.7316 | 8.1874 | -1.1804 | 0.34596 | - | kaon/dll | "kaon DLL" | 13 | 1.7926 | 7.4381 | -0.21951 | -0.090356 | - | muon/dll | "muon DLL" | 13 | -2.6624 | 4.7406 | -1.0897 | 0.0077547 | - | pion/dll | "pion DLL" | 13 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 13 | 0.52436 | 6.6391 | -0.6714 | -0.98428 | -ChargedProtoANN...SUCCESS 1D histograms in directory "PROTO/ChargedProtoANNPIDMoni" : 18 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Downstream/ElectronANN | "Downstream Electron ANN PID" | 38 | 0.48117 | 0.37541 | -0.064616 | -1.6109 | - | Downstream/GhostANN | "Downstream Ghost ANN PID" | 38 | 0.49776 | 0.3812 | -0.051227 | -1.577 | - | Downstream/KaonANN | "Downstream Kaon ANN PID" | 38 | 0.061029 | 0.16007 | 4.9473 | 25.056 | - | Downstream/MuonANN | "Downstream Muon ANN PID" | 38 | 4.9413e-05 | 0.00016878 | 25236 | 7.4023e+05 | - | Downstream/PionANN | "Downstream Pion ANN PID" | 38 | 0.33266 | 0.34382 | 0.7591 | -0.81862 | - | Downstream/ProtonANN | "Downstream Proton ANN PID" | 38 | 0.12608 | 0.26975 | 2.4443 | 4.2319 | - | Long/ElectronANN | "Long Electron ANN PID" | 155 | 0.16372 | 0.30837 | 1.7384 | 1.4143 | - | Long/GhostANN | "Long Ghost ANN PID" | 155 | 0.35144 | 0.39469 | 0.65265 | -1.3134 | - | Long/KaonANN | "Long Kaon ANN PID" | 155 | 0.16061 | 0.29186 | 1.9506 | 2.2185 | - | Long/MuonANN | "Long Muon ANN PID" | 155 | 0.00037835 | 0.0011152 | 71.182 | 292 | - | Long/PionANN | "Long Pion ANN PID" | 155 | 0.51307 | 0.41486 | -0.08298 | -1.7536 | - | Long/ProtonANN | "Long Proton ANN PID" | 155 | 0.17441 | 0.27664 | 1.8868 | 2.2428 | - | Upstream/ElectronANN | "Upstream Electron ANN PID" | 14 | 0.0070785 | 0.019144 | 3.1886 | 8.3171 | - | Upstream/GhostANN | "Upstream Ghost ANN PID" | 14 | 0.10496 | 0.1386 | 1.4368 | 0.70583 | - | Upstream/KaonANN | "Upstream Kaon ANN PID" | 14 | 0.26228 | 0.25582 | 1.5083 | 1.8448 | - | Upstream/MuonANN | "Upstream Muon ANN PID" | 14 | 0.0062552 | 0.0072706 | 1.4686 | 0.4555 | - | Upstream/PionANN | "Upstream Pion ANN PID" | 14 | 0.53881 | 0.26809 | -0.055062 | -0.98481 | - | Upstream/ProtonANN | "Upstream Proton ANN PID" | 14 | 0.15521 | 0.12394 | 1.0651 | 0.55439 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 38 | 1.6054 | 0.66317 | 0.45368 | -1.1143 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 38 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 38 | 0.085261 | 0.10168 | 2.4941 | 3.3409 | - | All/effVP | "RICH Track Sel. Eff. V P" | 38 | 7924.6 | 8231.2 | 10.589 | 35.95 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 38 | 535.74 | 590.96 | 6.5814 | 16.076 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 27 | 7349.2 | 7253.7 | 6.1739 | 22.468 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 7 | 16014 | 9503.8 | 3.9893 | 6.3766 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 25 | 7791.8 | 7360.8 | 7.0685 | 25.159 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 22 | 8530.3 | 7551.4 | 6.6528 | 22.34 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 2 | 28043 | 10008 | 0.89464 | -1.9793 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 36 | 8221.1 | 8335.3 | 5.6598 | 17.911 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 3 | 31925 | 9861.6 | 0.055106 | -2.2886 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 28 | 9782 | 8848.9 | 5.9547 | 16.652 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 22 | 11384 | 9362.9 | 4.9391 | 11.695 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 2 | 38881 | 852.77 | 1.3105 | -0.38976 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 27 | 7349.2 | 7253.7 | 6.1739 | 22.468 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 6 | 17191 | 9782 | 3.1082 | 3.8196 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 25 | 7791.8 | 7360.8 | 7.0942 | 25.259 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 22 | 8530.3 | 7551.4 | 6.6789 | 22.437 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 2 | 28043 | 10008 | 0.94204 | -1.9759 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 14 | 14342 | 10571 | 2.2676 | 2.6498 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 3 | 31925 | 9861.6 | 0.078949 | -2.3144 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 13 | 14888 | 10779 | 2.2406 | 2.375 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 12 | 15623 | 10901 | 2.3239 | 2.2921 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 2 | 38881 | 852.77 | 1.3175 | -0.38284 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 27 | 7349.2 | 7253.7 | 6.6124 | 24.293 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 6 | 17191 | 9782 | 3.2439 | 4.1154 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 25 | 7791.8 | 7360.8 | 7.5668 | 27.161 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 22 | 8530.3 | 7551.4 | 7.0629 | 23.914 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 2 | 28043 | 10008 | 0.95064 | -1.9753 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 14 | 14342 | 10571 | 2.9901 | 4.1677 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 3 | 31925 | 9861.6 | 0.096177 | -2.3634 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 13 | 14888 | 10779 | 2.8259 | 3.526 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 12 | 15623 | 10901 | 2.6544 | 2.9035 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 2 | 38881 | 852.77 | 1.4115 | -0.28953 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 44 | 0.066885 | 1.8132 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 2552 | 0.0034817 | 1.8154 | -396.82 | -335.02 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 396 | 0.017212 | 1.8151 | 142.91 | -101.52 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 2080 | 0.0062007 | 1.8156 | -229.21 | -261.79 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 1776 | 0.012141 | 1.8156 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 112 | 0.051143 | 1.8135 | 3317.9 | -894.93 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 83 | 1.2048 | 1.1168 | 0.25674 | -1.8543 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 83 | 0.045828 | 0.0086837 | -2.0534 | 2.2445 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 2796 | 0.22892 | 2.0255 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 232 | -0.014849 | 1.8078 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 1840 | 0.36015 | 1.8751 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 1464 | 0.35877 | 1.925 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 124 | -0.010102 | 1.8089 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 90 | 0.96667 | 0.98263 | 3.2784 | 3.9882 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 90 | 0.027198 | 0.0037584 | -1.3374 | 0.87059 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 155 | 1.3637 | 0.54955 | 3.2177 | 6.6355 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 155 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 155 | 0.050306 | 0.08219 | 7.6966 | 21.03 | - | All/effVP | "RICH Track Sel. Eff. V P" | 155 | 9738.9 | 8866 | 9.0369 | 24.857 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 155 | 575.12 | 669.85 | 39.673 | 267.66 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 5 | 38122 | 3135.2 | 1.3136 | -1.2971 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 8049 | 7135.1 | 11.52 | 42.312 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 36 | 17139 | 8176.2 | 4.6684 | 9.4545 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 125 | 8255.5 | 7156.2 | 12.479 | 45.522 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 116 | 8723.7 | 7228.9 | 11.999 | 42.699 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 14 | 25976 | 7777.2 | 2.4667 | 1.7257 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 148 | 10058 | 8904.9 | 6.4084 | 16.492 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 29 | 25905 | 8320.8 | 1.7553 | 0.065582 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 122 | 11640 | 9076.4 | 6.2695 | 14.651 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 105 | 12916 | 9190.8 | 5.5421 | 11.824 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 10 | 37815 | 2037.6 | 1.5198 | 2.479 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 4 | 40041 | 1922.9 | 0.50443 | -1.8154 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 8049 | 7135.1 | 11.52 | 42.312 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 35 | 17385 | 8173.4 | 4.5314 | 9.0066 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 125 | 8255.5 | 7156.2 | 12.5 | 45.604 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 116 | 8723.7 | 7228.9 | 12.034 | 42.831 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 26763 | 7652.3 | 2.1734 | 1.1439 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 79 | 15092 | 9656.8 | 2.8978 | 4.3297 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 29 | 25905 | 8320.8 | 1.7862 | 0.096768 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 73 | 15912 | 9615.7 | 2.9637 | 4.1802 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 73 | 15912 | 9615.7 | 3.1867 | 4.5918 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 10 | 37815 | 2037.6 | 1.5786 | 2.5148 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 4 | 40041 | 1922.9 | 0.57359 | -1.8061 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 8049 | 7135.1 | 11.612 | 42.536 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 35 | 17385 | 8173.4 | 4.5605 | 9.022 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 125 | 8255.5 | 7156.2 | 12.606 | 45.87 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 116 | 8723.7 | 7228.9 | 12.099 | 42.935 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 26763 | 7652.3 | 2.3611 | 1.489 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 79 | 15092 | 9656.8 | 3.6633 | 5.8587 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 29 | 25905 | 8320.8 | 1.8047 | 0.14648 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 73 | 15912 | 9615.7 | 3.4838 | 5.2314 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 73 | 15912 | 9615.7 | 3.6752 | 5.6048 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 10 | 37815 | 2037.6 | 1.6804 | 2.5926 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 284 | -0.0025937 | 1.8127 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 12160 | -0.0028965 | 1.8135 | -1814.9 | -132.22 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2540 | 0.001112 | 1.8137 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10520 | -0.0031811 | 1.8134 | -579.86 | -773.68 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9264 | -0.0021111 | 1.8133 | -584.18 | -827.11 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 908 | 0.0026076 | 1.8134 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 422 | 1.2654 | 1.1273 | 9.1104 | 26.98 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 422 | 0.046255 | 0.0082978 | -4.9412 | 10.713 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 168 | -0.013186 | 1.851 | 0.58193 | 324.95 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 12052 | 0.033284 | 1.9008 | -29.948 | 10.898 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1980 | 0.0063174 | 1.8209 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 8916 | 0.0021783 | 1.8341 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 7652 | 0.049201 | 1.8048 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 652 | 0.012872 | 1.8243 | 4.1308 | 73.921 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 415 | 1.1253 | 1.0794 | 2.4798 | 3.6843 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 415 | 0.027255 | 0.0037857 | -7.5689 | 19.473 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 14 | 1.0852 | 0.299 | 1.5967 | 0.90914 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 14 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 14 | 0.084842 | 0.09775 | 2.5381 | 4.2495 | - | All/effVP | "RICH Track Sel. Eff. V P" | 14 | 12931 | 11811 | -0.0153 | -2.737 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 14 | 606.2 | 184.66 | -1.1549 | 5.5215 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 13 | 10245 | 7015 | 1.1399 | -0.47591 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 17867 | 5096.9 | 0.30767 | -2.2575 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 13 | 10245 | 7015 | 1.3966 | -0.28294 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 12 | 10905 | 6902.1 | 1.3376 | -0.50874 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 3 | 21643 | 1815.6 | -0.0085939 | -2.2571 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 13 | 10245 | 7015 | 1.1399 | -0.47591 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 17867 | 5096.9 | 0.34181 | -2.3016 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 13 | 10245 | 7015 | 1.4033 | -0.27788 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 12 | 10905 | 6902.1 | 1.3462 | -0.50354 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 3 | 21643 | 1815.6 | 0.023647 | -2.285 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 13 | 10245 | 7015 | 1.0634 | -0.59127 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 17867 | 5096.9 | 0.32682 | -2.306 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 13 | 10245 | 7015 | 1.3592 | -0.33402 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 12 | 10905 | 6902.1 | 1.3528 | -0.50324 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 3 | 21643 | 1815.6 | -0.058791 | -2.2269 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 1216 | 0.0030447 | 1.8153 | 617.31 | -126.78 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 368 | 0.023873 | 1.8148 | -9.4202 | -46.522 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 1116 | 0.0040494 | 1.815 | 871.89 | -423.62 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 992 | 0.0093921 | 1.8149 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 172 | 0.01864 | 1.8159 | -11.976 | -48.496 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 46 | 1.3913 | 1.1883 | -0.52288 | -2.3367 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 46 | 0.047113 | 0.007826 | -2.527 | 4.6846 | diff --git a/Rec/Brunel/tests/refs/extraptester.ref.x86_64+avx2+fma-opt b/Rec/Brunel/tests/refs/extraptester.ref.x86_64+avx2+fma-opt deleted file mode 120000 index 69fe481b0ac9da0a3e3e5f60bd08db8162cededf..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/extraptester.ref.x86_64+avx2+fma-opt +++ /dev/null @@ -1 +0,0 @@ -./extraptester.ref.x86_64_v3-opt \ No newline at end of file diff --git a/Rec/Brunel/tests/refs/extraptester.ref.x86_64_v3-opt b/Rec/Brunel/tests/refs/extraptester.ref.x86_64_v3-opt deleted file mode 100644 index 5aa598532f0bf185c0f22760ba9f6e12585341d7..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/extraptester.ref.x86_64_v3-opt +++ /dev/null @@ -1,5241 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -MagneticFieldSvc WARNING Requested condDB but using manually set signed scale factor = 1 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -ExtrapolatorTes... INFO Start training. -ExtrapolatorTes... INFO Ready training. -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 1 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-1ev-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 61 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -ProtoElectronMon INFO Will only look at track type(s) = ['Long', 'Downstream'] -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel-1ev.dst' SVC='RootCnvSvc' OPT='REC' -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel-1ev.dst' SVC='FileRecordCnvSvc' OPT='REC' -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -4144.320, -2208.833, -1.4346, -0.4920 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -4142.971, -2208.893, -1.4342, -0.4921 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3720.264, -1600.900, -1.2831, -0.3016 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3721.013, -1601.157, -1.2832, -0.3018 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3459.140, -1251.157, -1.1570, -0.2504 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3459.062, -1251.312, -1.1570, -0.2504 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3237.878, -853.291, -0.9537, -0.1920 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3237.774, -853.268, -0.9536, -0.1919 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3130.425, -426.561, -0.8567, -0.0940 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3130.384, -426.573, -0.8566, -0.0940 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3098.651, 0.055, -0.8298, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3098.598, 0.066, -0.8297, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3132.197, 426.481, -0.8585, 0.0940 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3132.196, 426.485, -0.8585, 0.0941 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3242.157, 852.879, -0.9574, 0.1925 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3241.877, 852.807, -0.9573, 0.1924 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3467.582, 1253.480, -1.1604, 0.2494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3467.496, 1253.487, -1.1602, 0.2494 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3676.947, 1587.723, -1.2431, 0.2934 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3677.071, 1587.485, -1.2435, 0.2933 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -4261.580, 2336.105, -1.4425, 0.5076 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -4261.036, 2336.017, -1.4426, 0.5078 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3247.584, -2079.863, -1.4538, -0.4271 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3247.061, -2079.345, -1.4537, -0.4267 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2963.828, -1479.541, -1.1148, -0.1661 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2963.749, -1479.438, -1.1146, -0.1660 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2839.667, -1151.456, -0.9546, -0.1756 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2839.650, -1151.306, -0.9546, -0.1755 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2734.370, -783.256, -0.8434, -0.1351 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2734.380, -783.229, -0.8434, -0.1351 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2671.369, -394.926, -0.7846, -0.0709 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2671.402, -394.921, -0.7846, -0.0709 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2650.704, -0.159, -0.7665, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2650.732, -0.158, -0.7665, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2672.171, 394.181, -0.7858, 0.0700 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2672.194, 394.197, -0.7857, 0.0700 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2735.884, 781.045, -0.8460, 0.1328 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2735.782, 781.064, -0.8460, 0.1328 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2840.875, 1146.084, -0.9592, 0.1699 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2841.069, 1145.830, -0.9593, 0.1698 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2959.469, 1491.698, -1.1199, 0.1681 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2959.369, 1491.422, -1.1196, 0.1681 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3381.674, 2287.638, -1.6000, 0.5898 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3383.455, 2288.723, -1.6015, 0.5906 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2478.903, -1890.391, -0.9251, -0.2348 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2478.544, -1890.470, -0.9249, -0.2350 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2367.653, -1475.418, -0.8459, -0.1750 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2367.216, -1475.478, -0.8456, -0.1751 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2297.253, -1116.174, -0.7823, -0.1540 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2297.220, -1116.181, -0.7823, -0.1540 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2238.111, -750.168, -0.7283, -0.1119 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2238.093, -750.174, -0.7283, -0.1119 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2200.052, -376.929, -0.6950, -0.0584 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2200.077, -376.929, -0.6950, -0.0584 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2186.848, -0.173, -0.6838, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2186.902, -0.175, -0.6838, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2200.055, 376.254, -0.6954, 0.0574 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2200.071, 376.261, -0.6954, 0.0574 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2237.929, 748.500, -0.7290, 0.1097 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2237.961, 748.501, -0.7290, 0.1097 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2296.100, 1113.281, -0.7828, 0.1499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2296.063, 1113.400, -0.7827, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2370.996, 1497.318, -0.8516, 0.1767 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2370.848, 1497.527, -0.8515, 0.1768 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2485.513, 1891.770, -0.9364, 0.2447 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2485.503, 1891.975, -0.9365, 0.2449 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1971.172, -1842.384, -0.7991, -0.2305 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1971.090, -1842.203, -0.7991, -0.2304 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1871.478, -1460.752, -0.7160, -0.1913 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1871.183, -1460.754, -0.7159, -0.1914 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1806.118, -1096.374, -0.6626, -0.1497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1806.029, -1096.354, -0.6626, -0.1497 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1760.559, -732.341, -0.6257, -0.1034 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1760.532, -732.349, -0.6257, -0.1034 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1732.871, -366.778, -0.6035, -0.0529 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1732.897, -366.772, -0.6035, -0.0529 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1723.309, -0.124, -0.5960, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1723.353, -0.127, -0.5960, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1732.610, 366.322, -0.6035, 0.0520 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1732.623, 366.320, -0.6035, 0.0520 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1760.012, 731.297, -0.6257, 0.1019 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1760.043, 731.292, -0.6257, 0.1019 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1805.567, 1094.558, -0.6628, 0.1472 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1805.646, 1094.651, -0.6628, 0.1473 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1880.495, 1473.459, -0.7232, 0.1941 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1879.868, 1473.612, -0.7229, 0.1942 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1931.952, 1844.286, -0.7765, 0.2273 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1932.010, 1844.536, -0.7765, 0.2274 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1489.058, -1802.794, -0.6924, -0.2281 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1489.013, -1802.724, -0.6925, -0.2281 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1397.129, -1436.983, -0.6130, -0.1911 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1396.914, -1436.983, -0.6129, -0.1911 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1338.039, -1078.048, -0.5651, -0.1469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1338.022, -1078.045, -0.5651, -0.1469 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1298.481, -719.073, -0.5345, -0.0996 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1298.443, -719.080, -0.5345, -0.0996 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1275.296, -359.728, -0.5169, -0.0504 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1275.341, -359.723, -0.5169, -0.0504 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1267.420, -0.118, -0.5111, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1267.474, -0.118, -0.5111, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1275.056, 359.362, -0.5168, 0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1275.078, 359.361, -0.5168, 0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1298.081, 718.329, -0.5344, 0.0985 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1298.093, 718.325, -0.5344, 0.0985 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1337.197, 1077.019, -0.5651, 0.1452 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1337.328, 1077.012, -0.5651, 0.1452 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1393.979, 1444.837, -0.6144, 0.1920 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1394.050, 1444.928, -0.6144, 0.1920 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1547.206, 1776.553, -0.7270, 0.1980 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1546.778, 1776.833, -0.7269, 0.1980 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1014.603, -1767.208, -0.5847, -0.2254 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1014.488, -1767.165, -0.5846, -0.2254 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -937.624, -1412.911, -0.5207, -0.1876 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -937.448, -1412.908, -0.5206, -0.1876 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -884.184, -1060.314, -0.4785, -0.1435 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -884.216, -1060.318, -0.4785, -0.1435 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -848.535, -707.200, -0.4516, -0.0967 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -848.494, -707.204, -0.4516, -0.0967 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -827.831, -353.763, -0.4364, -0.0488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -827.860, -353.759, -0.4365, -0.0488 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -820.865, -0.196, -0.4314, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -820.909, -0.195, -0.4314, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -827.698, 353.287, -0.4364, 0.0482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -827.742, 353.288, -0.4364, 0.0482 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -848.373, 706.479, -0.4516, 0.0958 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -848.382, 706.485, -0.4516, 0.0958 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -884.447, 1059.342, -0.4789, 0.1420 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -884.500, 1059.382, -0.4790, 0.1421 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -945.576, 1410.326, -0.5248, 0.1849 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -945.522, 1410.230, -0.5247, 0.1849 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -998.169, 1769.758, -0.5863, 0.2255 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -998.275, 1769.546, -0.5863, 0.2254 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -561.713, -1732.335, -0.4937, -0.2207 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -561.444, -1732.092, -0.4938, -0.2206 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -490.564, -1389.239, -0.4370, -0.1833 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -490.423, -1389.232, -0.4369, -0.1833 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -441.692, -1043.088, -0.3995, -0.1398 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -441.671, -1043.083, -0.3995, -0.1398 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -408.830, -695.878, -0.3753, -0.0941 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -408.790, -695.878, -0.3753, -0.0941 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -389.709, -348.197, -0.3617, -0.0474 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -389.719, -348.196, -0.3617, -0.0474 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -383.297, -0.359, -0.3572, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -383.325, -0.355, -0.3572, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -389.683, 347.437, -0.3617, 0.0467 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -389.686, 347.441, -0.3617, 0.0467 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -408.885, 694.987, -0.3754, 0.0932 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -408.835, 694.991, -0.3754, 0.0932 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -441.859, 1042.387, -0.3999, 0.1386 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -441.945, 1042.347, -0.3999, 0.1386 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -487.759, 1388.424, -0.4372, 0.1820 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -487.512, 1388.462, -0.4371, 0.1820 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -573.073, 1723.198, -0.5020, 0.2199 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -573.018, 1723.450, -0.5020, 0.2200 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -115.157, -1700.624, -0.4088, -0.2159 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -115.038, -1700.607, -0.4088, -0.2159 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -54.760, -1366.386, -0.3607, -0.1789 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -54.695, -1366.373, -0.3607, -0.1789 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -9.192, -1026.165, -0.3267, -0.1360 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -9.164, -1026.164, -0.3267, -0.1360 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 21.808, -684.678, -0.3046, -0.0914 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 21.842, -684.682, -0.3046, -0.0914 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 40.026, -342.693, -0.2919, -0.0460 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 40.052, -342.697, -0.2919, -0.0460 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 46.149, -0.590, -0.2877, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 46.120, -0.586, -0.2877, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 39.978, 341.517, -0.2919, 0.0452 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 39.981, 341.523, -0.2919, 0.0453 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 21.608, 683.499, -0.3047, 0.0905 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 21.630, 683.504, -0.3047, 0.0905 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -9.797, 1025.002, -0.3273, 0.1348 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -9.789, 1025.011, -0.3273, 0.1348 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -56.643, 1363.817, -0.3617, 0.1770 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -56.231, 1363.748, -0.3616, 0.1770 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -104.629, 1702.161, -0.4112, 0.2206 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -104.369, 1702.106, -0.4111, 0.2206 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 309.278, -1673.852, -0.3370, -0.2120 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 308.756, -1673.910, -0.3372, -0.2120 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 370.834, -1343.520, -0.2907, -0.1741 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 370.878, -1343.501, -0.2907, -0.1741 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 414.033, -1009.087, -0.2595, -0.1320 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 414.060, -1009.079, -0.2595, -0.1320 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 444.174, -673.014, -0.2387, -0.0884 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 444.188, -673.019, -0.2386, -0.0884 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 462.373, -336.824, -0.2265, -0.0444 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 462.357, -336.828, -0.2265, -0.0444 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 468.576, -0.877, -0.2224, -0.0004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 468.567, -0.875, -0.2224, -0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 462.297, 335.145, -0.2265, 0.0435 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 462.285, 335.153, -0.2265, 0.0435 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 443.927, 671.520, -0.2388, 0.0874 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 443.900, 671.524, -0.2389, 0.0874 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 413.449, 1007.932, -0.2601, 0.1309 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 413.460, 1008.026, -0.2601, 0.1309 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 359.284, 1343.766, -0.2963, 0.1732 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 358.847, 1343.558, -0.2965, 0.1731 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 295.644, 1734.271, -0.3541, 0.2434 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 295.879, 1734.471, -0.3541, 0.2434 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 735.482, -1643.266, -0.2656, -0.2064 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 735.548, -1643.313, -0.2657, -0.2064 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 786.870, -1322.151, -0.2265, -0.1700 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 786.986, -1322.145, -0.2265, -0.1700 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 827.529, -991.226, -0.1978, -0.1277 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 827.531, -991.221, -0.1978, -0.1277 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 858.800, -659.422, -0.1771, -0.0845 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 858.824, -659.422, -0.1771, -0.0845 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 878.849, -329.586, -0.1644, -0.0422 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 878.886, -329.584, -0.1644, -0.0422 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 885.861, -1.227, -0.1600, -0.0006 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 885.837, -1.223, -0.1601, -0.0006 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 878.741, 327.326, -0.1645, 0.0411 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 878.739, 327.331, -0.1645, 0.0411 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 858.559, 657.677, -0.1773, 0.0836 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 858.505, 657.691, -0.1773, 0.0836 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 827.099, 989.807, -0.1982, 0.1266 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 827.037, 989.783, -0.1982, 0.1266 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 783.633, 1316.374, -0.2284, 0.1671 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 783.694, 1316.442, -0.2284, 0.1672 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 722.954, 1694.784, -0.2768, 0.2332 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 722.980, 1694.719, -0.2768, 0.2331 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1182.895, -1621.820, -0.1886, -0.2050 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1183.035, -1621.762, -0.1885, -0.2049 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1188.225, -1308.701, -0.1707, -0.1695 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1188.288, -1308.642, -0.1706, -0.1694 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1226.664, -968.756, -0.1435, -0.1213 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1226.714, -968.739, -0.1435, -0.1213 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1266.522, -639.330, -0.1194, -0.0775 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1266.536, -639.340, -0.1194, -0.0775 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1292.718, -318.639, -0.1040, -0.0381 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1292.743, -318.637, -0.1040, -0.0381 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1301.808, -1.717, -0.0987, -0.0007 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1301.787, -1.712, -0.0987, -0.0007 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1292.474, 315.590, -0.1041, 0.0367 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1292.458, 315.593, -0.1041, 0.0367 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1265.835, 637.417, -0.1198, 0.0766 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1265.832, 637.384, -0.1198, 0.0766 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1224.985, 968.561, -0.1445, 0.1209 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1225.019, 968.564, -0.1444, 0.1209 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1183.282, 1308.022, -0.1727, 0.1689 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1183.160, 1307.922, -0.1727, 0.1688 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = -2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1190.983, 1687.235, -0.1902, 0.2389 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1191.122, 1687.265, -0.1902, 0.2389 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3620.247, -2025.163, -1.2560, -0.3824 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3620.239, -2025.285, -1.2559, -0.3824 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3257.695, -1515.876, -1.0382, -0.2353 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3257.486, -1515.923, -1.0381, -0.2353 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3082.051, -1183.958, -0.8981, -0.2079 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3082.026, -1184.011, -0.8981, -0.2079 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2954.949, -803.592, -0.7755, -0.1538 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2954.976, -803.604, -0.7756, -0.1537 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2888.211, -403.593, -0.7189, -0.0780 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2888.278, -403.616, -0.7189, -0.0780 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2867.604, -0.039, -0.7023, -0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2867.643, -0.035, -0.7023, -0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2889.380, 403.278, -0.7201, 0.0777 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2889.373, 403.280, -0.7201, 0.0777 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2957.723, 802.373, -0.7786, 0.1527 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2957.758, 802.354, -0.7785, 0.1527 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3087.621, 1181.308, -0.9052, 0.2025 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3087.837, 1181.382, -0.9053, 0.2026 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3256.960, 1497.385, -1.0401, 0.2235 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3256.673, 1497.342, -1.0400, 0.2235 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3626.447, 2126.988, -1.2470, 0.4433 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3627.464, 2126.935, -1.2471, 0.4432 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2696.395, -1923.330, -0.9260, -0.2915 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2696.515, -1923.267, -0.9262, -0.2914 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2601.460, -1462.865, -0.8043, -0.1793 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2601.336, -1462.830, -0.8041, -0.1793 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2539.583, -1122.661, -0.7361, -0.1665 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2539.534, -1122.642, -0.7361, -0.1665 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2478.355, -758.803, -0.6803, -0.1219 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2478.373, -758.828, -0.6803, -0.1219 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2439.073, -381.872, -0.6470, -0.0634 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2439.150, -381.850, -0.6471, -0.0634 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2425.756, -0.132, -0.6363, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2425.730, -0.133, -0.6362, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2439.493, 381.278, -0.6477, 0.0626 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2439.491, 381.265, -0.6477, 0.0626 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2479.051, 757.124, -0.6816, 0.1201 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2479.042, 757.154, -0.6816, 0.1201 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2539.577, 1118.608, -0.7377, 0.1623 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2539.570, 1118.447, -0.7377, 0.1622 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2601.218, 1475.462, -0.8129, 0.1816 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2601.167, 1475.524, -0.8128, 0.1816 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2710.146, 2024.449, -0.9340, 0.3711 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2709.879, 2024.744, -0.9338, 0.3712 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2176.678, -1850.358, -0.7184, -0.2471 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2176.669, -1850.244, -0.7184, -0.2471 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2096.234, -1463.120, -0.6565, -0.1957 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2096.008, -1463.125, -0.6564, -0.1957 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2047.859, -1100.542, -0.6185, -0.1554 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2047.816, -1100.551, -0.6185, -0.1554 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2009.016, -736.999, -0.5869, -0.1085 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2009.025, -736.983, -0.5869, -0.1085 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1983.826, -369.644, -0.5668, -0.0557 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1983.881, -369.644, -0.5668, -0.0557 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1974.989, -0.114, -0.5599, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1974.992, -0.114, -0.5599, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1983.748, 369.180, -0.5669, 0.0550 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1983.741, 369.182, -0.5669, 0.0550 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2008.744, 735.846, -0.5872, 0.1070 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2008.779, 735.844, -0.5872, 0.1070 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2046.954, 1098.663, -0.6186, 0.1529 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2047.039, 1098.701, -0.6186, 0.1529 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2097.908, 1478.367, -0.6598, 0.1986 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2097.763, 1478.338, -0.6598, 0.1986 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2183.573, 1828.666, -0.7236, 0.2308 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2183.598, 1829.125, -0.7236, 0.2310 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1698.367, -1821.804, -0.6177, -0.2474 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1698.273, -1821.793, -0.6176, -0.2474 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1630.534, -1447.056, -0.5620, -0.1995 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1630.291, -1447.054, -0.5619, -0.1995 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1584.058, -1085.325, -0.5257, -0.1524 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1584.010, -1085.329, -0.5257, -0.1524 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1551.904, -724.199, -0.5013, -0.1034 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1551.924, -724.193, -0.5013, -0.1034 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1532.437, -362.421, -0.4867, -0.0524 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1532.494, -362.419, -0.4867, -0.0524 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1525.707, -0.071, -0.4817, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1525.731, -0.070, -0.4818, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1532.222, 362.129, -0.4867, 0.0518 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1532.217, 362.128, -0.4867, 0.0518 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1551.479, 723.484, -0.5013, 0.1024 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1551.532, 723.482, -0.5013, 0.1024 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1583.722, 1083.970, -0.5259, 0.1507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1583.699, 1083.860, -0.5259, 0.1507 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1635.014, 1456.041, -0.5650, 0.2020 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1634.876, 1456.003, -0.5650, 0.2019 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1664.529, 1822.136, -0.6039, 0.2450 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1664.495, 1822.220, -0.6039, 0.2450 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1239.735, -1790.078, -0.5299, -0.2419 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1239.635, -1790.050, -0.5299, -0.2419 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1176.440, -1427.699, -0.4770, -0.1968 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1176.254, -1427.705, -0.4769, -0.1968 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1133.712, -1070.802, -0.4439, -0.1495 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1133.661, -1070.803, -0.4438, -0.1495 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1104.904, -714.008, -0.4225, -0.1005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1104.925, -714.005, -0.4225, -0.1005 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1087.986, -357.095, -0.4102, -0.0506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1088.023, -357.092, -0.4102, -0.0506 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1082.233, -0.076, -0.4061, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1082.247, -0.076, -0.4061, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1087.807, 356.845, -0.4102, 0.0501 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1087.794, 356.844, -0.4102, 0.0501 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1104.617, 713.477, -0.4224, 0.0998 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1104.636, 713.477, -0.4224, 0.0998 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1133.114, 1070.069, -0.4439, 0.1483 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1133.132, 1070.080, -0.4439, 0.1483 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1173.329, 1432.796, -0.4774, 0.1976 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1173.129, 1432.742, -0.4774, 0.1976 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1278.702, 1779.396, -0.5522, 0.2333 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1278.231, 1779.743, -0.5520, 0.2335 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -789.668, -1761.579, -0.4447, -0.2366 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -789.580, -1761.568, -0.4448, -0.2366 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -732.348, -1408.571, -0.3983, -0.1932 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -732.196, -1408.574, -0.3982, -0.1932 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -692.798, -1056.762, -0.3682, -0.1464 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -692.753, -1056.763, -0.3682, -0.1464 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -666.233, -704.682, -0.3489, -0.0982 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -666.246, -704.682, -0.3489, -0.0982 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -650.748, -352.444, -0.3379, -0.0493 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -650.793, -352.441, -0.3379, -0.0493 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -645.532, -0.152, -0.3342, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -645.544, -0.153, -0.3342, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -650.655, 352.077, -0.3378, 0.0489 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -650.645, 352.075, -0.3378, 0.0489 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -666.128, 704.132, -0.3489, 0.0975 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -666.149, 704.135, -0.3489, 0.0975 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -693.048, 1056.016, -0.3686, 0.1454 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -692.885, 1055.973, -0.3685, 0.1453 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -739.348, 1406.586, -0.4021, 0.1911 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -739.146, 1406.643, -0.4020, 0.1911 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -779.661, 1758.105, -0.4481, 0.2358 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -779.558, 1758.232, -0.4482, 0.2359 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -350.066, -1733.497, -0.3659, -0.2313 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -349.880, -1733.508, -0.3659, -0.2314 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -296.825, -1389.745, -0.3249, -0.1892 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -296.682, -1389.741, -0.3249, -0.1892 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -259.886, -1043.069, -0.2974, -0.1432 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -259.878, -1043.066, -0.2974, -0.1432 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -234.895, -695.700, -0.2796, -0.0960 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -234.906, -695.705, -0.2796, -0.0960 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -220.302, -348.041, -0.2694, -0.0482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -220.342, -348.039, -0.2694, -0.0482 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -215.402, -0.295, -0.2661, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -215.406, -0.295, -0.2661, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -220.291, 347.423, -0.2694, 0.0477 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -220.317, 347.424, -0.2694, 0.0477 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -234.957, 694.990, -0.2797, 0.0953 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -234.968, 694.998, -0.2797, 0.0953 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -260.051, 1042.526, -0.2978, 0.1424 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -260.092, 1042.493, -0.2978, 0.1423 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -295.560, 1388.506, -0.3256, 0.1879 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -295.617, 1388.404, -0.3257, 0.1879 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -364.339, 1730.173, -0.3778, 0.2333 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -364.356, 1730.165, -0.3778, 0.2333 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 84.458, -1709.027, -0.2926, -0.2270 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 84.715, -1708.898, -0.2924, -0.2270 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 130.544, -1371.445, -0.2565, -0.1853 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 130.641, -1371.442, -0.2564, -0.1853 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 165.703, -1029.532, -0.2309, -0.1400 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 165.688, -1029.532, -0.2309, -0.1400 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 189.733, -686.740, -0.2141, -0.0937 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 189.718, -686.748, -0.2141, -0.0937 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 203.908, -343.639, -0.2045, -0.0470 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 203.865, -343.638, -0.2045, -0.0470 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 208.680, -0.490, -0.2013, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 208.686, -0.489, -0.2013, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 203.862, 342.670, -0.2045, 0.0465 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 203.823, 342.674, -0.2045, 0.0465 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 189.561, 685.786, -0.2143, 0.0930 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 189.547, 685.796, -0.2143, 0.0930 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 165.184, 1028.592, -0.2314, 0.1391 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 165.187, 1028.646, -0.2314, 0.1391 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 128.928, 1369.294, -0.2575, 0.1836 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 129.122, 1369.260, -0.2575, 0.1836 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 95.955, 1710.036, -0.2922, 0.2297 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 96.382, 1709.667, -0.2920, 0.2296 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 502.158, -1687.198, -0.2278, -0.2230 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 502.128, -1687.198, -0.2278, -0.2230 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 550.380, -1353.059, -0.1924, -0.1812 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 550.472, -1353.041, -0.1923, -0.1812 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 584.256, -1015.795, -0.1683, -0.1366 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 584.217, -1015.800, -0.1683, -0.1366 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 608.062, -677.309, -0.1521, -0.0912 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 608.092, -677.314, -0.1521, -0.0912 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 622.531, -338.875, -0.1426, -0.0457 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 622.497, -338.874, -0.1426, -0.0457 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 627.478, -0.727, -0.1394, -0.0004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 627.475, -0.726, -0.1394, -0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 622.461, 337.491, -0.1426, 0.0450 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 622.425, 337.494, -0.1427, 0.0450 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 607.852, 676.101, -0.1523, 0.0905 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 607.878, 676.108, -0.1523, 0.0905 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 583.783, 1014.873, -0.1688, 0.1358 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 583.822, 1014.884, -0.1688, 0.1358 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 541.129, 1351.251, -0.1966, 0.1797 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 540.938, 1351.187, -0.1966, 0.1796 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 489.586, 1732.957, -0.2417, 0.2437 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 489.592, 1733.186, -0.2417, 0.2437 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 922.145, -1661.986, -0.1630, -0.2178 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 922.392, -1661.963, -0.1629, -0.2178 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 962.771, -1336.120, -0.1324, -0.1778 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 962.838, -1336.077, -0.1324, -0.1778 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 995.017, -1001.332, -0.1099, -0.1330 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 995.043, -1001.346, -0.1099, -0.1330 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1020.310, -666.100, -0.0935, -0.0878 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1020.334, -666.104, -0.0935, -0.0878 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1036.708, -332.862, -0.0832, -0.0437 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1036.701, -332.863, -0.0832, -0.0437 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1042.461, -1.018, -0.0796, -0.0005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1042.440, -1.015, -0.0796, -0.0005 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1036.602, 331.001, -0.0832, 0.0429 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1036.589, 331.002, -0.0832, 0.0429 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1020.092, 664.713, -0.0936, 0.0871 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1020.080, 664.715, -0.0936, 0.0871 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 994.582, 1000.217, -0.1104, 0.1322 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 994.577, 1000.301, -0.1104, 0.1322 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 960.188, 1330.985, -0.1339, 0.1754 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 960.239, 1330.979, -0.1339, 0.1754 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 910.696, 1707.223, -0.1715, 0.2426 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 910.547, 1707.270, -0.1716, 0.2426 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1370.851, -1646.966, -0.0885, -0.2174 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1370.927, -1647.006, -0.0884, -0.2175 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1362.816, -1327.060, -0.0794, -0.1783 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1362.975, -1327.151, -0.0794, -0.1783 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1393.479, -982.544, -0.0579, -0.1274 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1393.516, -982.576, -0.0579, -0.1274 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1427.066, -649.006, -0.0377, -0.0816 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1427.084, -648.999, -0.0377, -0.0816 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1449.192, -323.544, -0.0247, -0.0401 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1449.186, -323.538, -0.0247, -0.0401 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1456.859, -1.431, -0.0202, -0.0006 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1456.871, -1.429, -0.0202, -0.0006 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1448.951, 321.019, -0.0248, 0.0390 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1448.974, 321.014, -0.0248, 0.0390 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1426.420, 647.502, -0.0381, 0.0809 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1426.390, 647.552, -0.0381, 0.0809 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1392.111, 982.577, -0.0587, 0.1273 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1392.019, 982.751, -0.0587, 0.1273 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1357.460, 1326.574, -0.0815, 0.1779 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1357.494, 1326.749, -0.0815, 0.1780 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = -3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1383.409, 1702.125, -0.0910, 0.2442 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1383.407, 1702.132, -0.0910, 0.2442 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -3030.778, -1879.753, -0.9729, -0.2841 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -3030.604, -1879.547, -0.9729, -0.2840 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2873.882, -1462.842, -0.7779, -0.2054 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2874.041, -1462.699, -0.7780, -0.2054 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2779.215, -1135.953, -0.6888, -0.1831 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2779.218, -1135.934, -0.6888, -0.1831 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2708.379, -767.780, -0.6289, -0.1313 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2708.370, -767.737, -0.6290, -0.1313 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2668.442, -385.749, -0.5973, -0.0672 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2668.421, -385.729, -0.5973, -0.0672 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2655.695, -0.066, -0.5876, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2655.637, -0.062, -0.5876, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2669.173, 385.399, -0.5981, 0.0669 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2669.172, 385.357, -0.5981, 0.0668 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2709.960, 766.620, -0.6306, 0.1302 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2709.950, 766.579, -0.6307, 0.1302 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2781.965, 1133.410, -0.6921, 0.1803 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2782.267, 1133.383, -0.6923, 0.1803 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2876.488, 1458.643, -0.7787, 0.2035 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2876.438, 1458.686, -0.7787, 0.2035 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2998.360, 1974.184, -0.9359, 0.3556 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2997.705, 1973.082, -0.9354, 0.3549 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2350.103, -1849.621, -0.6161, -0.2596 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2350.066, -1849.624, -0.6162, -0.2596 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2322.472, -1450.482, -0.6059, -0.1937 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2322.375, -1450.497, -0.6059, -0.1937 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2288.664, -1100.243, -0.5766, -0.1607 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2288.701, -1100.210, -0.5766, -0.1607 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2252.679, -739.790, -0.5472, -0.1134 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2252.694, -739.791, -0.5472, -0.1134 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2228.664, -371.544, -0.5285, -0.0583 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2228.657, -371.544, -0.5285, -0.0583 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2220.352, -0.096, -0.5222, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2220.347, -0.090, -0.5222, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2228.861, 371.122, -0.5288, 0.0577 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2228.841, 371.132, -0.5288, 0.0577 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2252.958, 738.636, -0.5478, 0.1122 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2252.914, 738.624, -0.5478, 0.1122 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2288.371, 1097.590, -0.5772, 0.1581 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2288.406, 1097.552, -0.5772, 0.1581 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2319.405, 1459.934, -0.6066, 0.1950 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2319.240, 1460.145, -0.6065, 0.1951 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2351.467, 1876.250, -0.6235, 0.2825 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2351.110, 1876.060, -0.6233, 0.2825 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1911.149, -1820.557, -0.5487, -0.2554 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1910.982, -1820.518, -0.5486, -0.2554 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1860.388, -1447.165, -0.5114, -0.2031 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1860.233, -1447.144, -0.5113, -0.2031 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1827.515, -1086.288, -0.4868, -0.1555 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1827.529, -1086.280, -0.4868, -0.1555 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1802.280, -725.872, -0.4678, -0.1061 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1802.291, -725.863, -0.4678, -0.1061 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1786.006, -363.589, -0.4557, -0.0539 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1786.019, -363.584, -0.4557, -0.0539 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1780.271, -0.066, -0.4515, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1780.270, -0.063, -0.4515, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1785.911, 363.296, -0.4558, 0.0534 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1785.938, 363.300, -0.4558, 0.0534 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1802.030, 725.120, -0.4679, 0.1051 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1802.058, 725.119, -0.4679, 0.1051 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1826.885, 1085.139, -0.4868, 0.1540 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1826.741, 1085.140, -0.4868, 0.1540 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1861.893, 1457.228, -0.5135, 0.2061 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1862.033, 1457.091, -0.5135, 0.2060 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1916.374, 1803.820, -0.5542, 0.2469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1915.830, 1803.491, -0.5539, 0.2468 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1459.102, -1801.014, -0.4701, -0.2535 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1458.943, -1801.017, -0.4701, -0.2535 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1413.244, -1433.729, -0.4331, -0.2025 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1413.110, -1433.711, -0.4330, -0.2025 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1381.516, -1075.098, -0.4091, -0.1532 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1381.527, -1075.097, -0.4091, -0.1532 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1359.621, -716.989, -0.3932, -0.1029 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1359.612, -716.991, -0.3931, -0.1029 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1346.417, -358.648, -0.3837, -0.0518 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1346.429, -358.646, -0.3837, -0.0518 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1341.854, -0.035, -0.3805, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1341.858, -0.033, -0.3805, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1346.256, 358.474, -0.3837, 0.0514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1346.287, 358.477, -0.3837, 0.0514 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1359.317, 716.523, -0.3931, 0.1023 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1359.329, 716.522, -0.3931, 0.1023 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1381.314, 1074.141, -0.4092, 0.1520 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1381.234, 1074.105, -0.4092, 0.1520 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1416.082, 1437.948, -0.4350, 0.2032 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1415.891, 1438.048, -0.4349, 0.2032 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1435.744, 1792.419, -0.4656, 0.2419 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1435.426, 1792.283, -0.4655, 0.2418 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1014.939, -1777.402, -0.3923, -0.2478 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1014.874, -1777.347, -0.3923, -0.2477 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -973.168, -1419.257, -0.3592, -0.1997 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -973.032, -1419.246, -0.3591, -0.1997 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -943.515, -1064.340, -0.3369, -0.1507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -943.519, -1064.338, -0.3369, -0.1507 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -923.418, -709.582, -0.3225, -0.1009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -923.402, -709.585, -0.3225, -0.1009 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -911.598, -354.826, -0.3142, -0.0506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -911.608, -354.824, -0.3142, -0.0506 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -907.578, -0.047, -0.3114, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -907.579, -0.047, -0.3114, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -911.473, 354.663, -0.3141, 0.0503 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -911.495, 354.664, -0.3141, 0.0503 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -923.224, 709.219, -0.3224, 0.1004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -923.243, 709.221, -0.3224, 0.1004 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -943.126, 1063.848, -0.3370, 0.1499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -943.061, 1063.826, -0.3370, 0.1499 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -970.371, 1422.242, -0.3590, 0.2002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -970.439, 1422.279, -0.3590, 0.2002 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1042.847, 1768.760, -0.4063, 0.2412 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1042.669, 1768.860, -0.4062, 0.2412 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -579.713, -1757.028, -0.3206, -0.2437 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -579.635, -1757.039, -0.3206, -0.2437 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -539.700, -1405.022, -0.2892, -0.1967 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -539.587, -1405.014, -0.2892, -0.1966 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -511.686, -1053.917, -0.2685, -0.1482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -511.680, -1053.918, -0.2685, -0.1482 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -492.780, -702.693, -0.2550, -0.0991 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -492.764, -702.694, -0.2550, -0.0991 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -481.732, -351.409, -0.2474, -0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -481.741, -351.409, -0.2474, -0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -478.008, -0.114, -0.2448, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -478.009, -0.115, -0.2448, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -481.670, 351.137, -0.2473, 0.0494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -481.674, 351.137, -0.2473, 0.0494 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -492.718, 702.292, -0.2550, 0.0987 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -492.706, 702.291, -0.2550, 0.0987 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -511.909, 1053.365, -0.2687, 0.1475 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -511.776, 1053.341, -0.2687, 0.1475 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -544.973, 1404.288, -0.2922, 0.1957 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -544.891, 1404.238, -0.2921, 0.1957 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -572.451, 1747.368, -0.3216, 0.2364 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -572.437, 1747.362, -0.3216, 0.2364 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -150.270, -1735.753, -0.2513, -0.2389 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -149.967, -1735.764, -0.2512, -0.2389 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -111.998, -1390.984, -0.2225, -0.1935 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -111.867, -1390.981, -0.2225, -0.1935 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -85.331, -1043.699, -0.2031, -0.1457 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -85.321, -1043.705, -0.2031, -0.1457 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -67.216, -695.997, -0.1904, -0.0974 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -67.198, -695.997, -0.1904, -0.0974 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -56.610, -348.133, -0.1831, -0.0488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -56.616, -348.136, -0.1831, -0.0488 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -53.047, -0.229, -0.1807, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -53.047, -0.230, -0.1807, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -56.609, 347.656, -0.1831, 0.0485 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -56.609, 347.658, -0.1831, 0.0485 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -67.275, 695.462, -0.1905, 0.0969 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -67.244, 695.457, -0.1905, 0.0969 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -85.487, 1043.287, -0.2034, 0.1451 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -85.446, 1043.282, -0.2034, 0.1451 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -111.214, 1389.701, -0.2229, 0.1924 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -111.221, 1389.780, -0.2229, 0.1924 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -164.380, 1730.145, -0.2621, 0.2361 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -164.254, 1730.282, -0.2621, 0.2361 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 276.648, -1717.732, -0.1850, -0.2352 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 276.315, -1717.689, -0.1852, -0.2352 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 309.982, -1377.220, -0.1591, -0.1903 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 310.095, -1377.214, -0.1590, -0.1903 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 335.839, -1033.530, -0.1406, -0.1432 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 335.858, -1033.533, -0.1405, -0.1432 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 353.569, -689.262, -0.1283, -0.0956 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 353.579, -689.262, -0.1283, -0.0956 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 364.059, -344.824, -0.1213, -0.0479 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 364.057, -344.828, -0.1213, -0.0479 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 367.596, -0.383, -0.1190, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 367.599, -0.384, -0.1190, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 364.019, 344.071, -0.1213, 0.0475 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 364.018, 344.073, -0.1213, 0.0475 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 353.430, 688.535, -0.1285, 0.0951 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 353.455, 688.532, -0.1285, 0.0951 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 335.418, 1032.810, -0.1410, 0.1426 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 335.468, 1032.791, -0.1409, 0.1426 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 308.638, 1375.490, -0.1598, 0.1891 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 308.719, 1375.423, -0.1598, 0.1890 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 290.299, 1719.860, -0.1815, 0.2398 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 290.285, 1720.415, -0.1816, 0.2401 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 690.621, -1701.257, -0.1247, -0.2319 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 690.835, -1701.309, -0.1246, -0.2320 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 726.588, -1363.348, -0.0986, -0.1871 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 726.665, -1363.341, -0.0985, -0.1871 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 751.869, -1023.155, -0.0808, -0.1406 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 751.906, -1023.153, -0.0808, -0.1406 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 769.749, -682.094, -0.0688, -0.0937 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 769.740, -682.097, -0.0688, -0.0937 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 780.686, -341.185, -0.0616, -0.0469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 780.675, -341.187, -0.0616, -0.0469 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 784.437, -0.567, -0.0592, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 784.447, -0.567, -0.0592, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 780.626, 340.112, -0.0617, 0.0463 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 780.626, 340.112, -0.0617, 0.0463 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 769.581, 681.176, -0.0689, 0.0931 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 769.575, 681.178, -0.0689, 0.0931 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 751.505, 1022.459, -0.0812, 0.1400 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 751.549, 1022.403, -0.0811, 0.1400 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 719.673, 1360.261, -0.1015, 0.1852 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 719.382, 1360.126, -0.1016, 0.1851 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 683.044, 1731.209, -0.1324, 0.2437 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 683.075, 1731.162, -0.1325, 0.2437 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1106.456, -1681.669, -0.0641, -0.2276 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1106.725, -1681.619, -0.0640, -0.2276 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1137.590, -1350.820, -0.0411, -0.1846 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1137.629, -1350.811, -0.0410, -0.1846 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1161.865, -1012.157, -0.0242, -0.1378 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1161.829, -1012.168, -0.0243, -0.1378 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1181.336, -673.374, -0.0116, -0.0910 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1181.343, -673.374, -0.0116, -0.0910 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1194.109, -336.467, -0.0036, -0.0453 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1194.106, -336.472, -0.0036, -0.0453 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1198.603, -0.794, -0.0008, -0.0004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1198.583, -0.795, -0.0008, -0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1194.012, 335.026, -0.0037, 0.0446 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1194.026, 335.028, -0.0037, 0.0446 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1181.148, 672.342, -0.0118, 0.0904 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1181.160, 672.345, -0.0118, 0.0904 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1161.458, 1011.356, -0.0246, 0.1373 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1161.366, 1011.295, -0.0246, 0.1373 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1135.849, 1346.620, -0.0420, 0.1827 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1135.934, 1346.593, -0.0420, 0.1827 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1097.297, 1716.413, -0.0701, 0.2465 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1097.306, 1715.853, -0.0701, 0.2462 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1555.421, -1673.826, 0.0086, -0.2293 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1555.455, -1673.790, 0.0086, -0.2292 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1538.244, -1345.770, 0.0106, -0.1861 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1538.346, -1345.761, 0.0107, -0.1861 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1561.677, -997.250, 0.0270, -0.1331 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1561.682, -997.256, 0.0270, -0.1331 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1588.752, -659.596, 0.0434, -0.0856 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1588.726, -659.586, 0.0434, -0.0856 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1606.561, -328.969, 0.0540, -0.0421 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1606.537, -328.974, 0.0540, -0.0421 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1612.714, -1.122, 0.0576, -0.0005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1612.699, -1.126, 0.0576, -0.0005 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1606.338, 327.000, 0.0538, 0.0413 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1606.324, 327.006, 0.0538, 0.0413 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1588.172, 658.487, 0.0430, 0.0851 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1588.143, 658.525, 0.0430, 0.0851 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1560.912, 997.398, 0.0265, 0.1332 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1561.094, 997.307, 0.0266, 0.1331 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1532.933, 1345.480, 0.0086, 0.1861 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1532.898, 1345.331, 0.0085, 0.1861 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = -4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1567.271, 1717.765, 0.0062, 0.2514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1567.374, 1717.658, 0.0063, 0.2513 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2579.551, -1806.020, -0.6078, -0.2436 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2579.922, -1805.892, -0.6081, -0.2436 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2567.760, -1434.419, -0.5710, -0.1993 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2567.694, -1434.407, -0.5710, -0.1993 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2525.053, -1100.417, -0.5331, -0.1677 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2525.013, -1100.481, -0.5332, -0.1677 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2488.207, -740.265, -0.5050, -0.1172 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2488.237, -740.260, -0.5050, -0.1172 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2466.345, -371.449, -0.4889, -0.0597 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2466.287, -371.447, -0.4889, -0.0597 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2459.189, -0.054, -0.4838, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2459.147, -0.052, -0.4838, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2466.740, 371.184, -0.4893, 0.0594 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2466.771, 371.188, -0.4893, 0.0594 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2489.003, 739.442, -0.5058, 0.1164 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2489.015, 739.433, -0.5058, 0.1164 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2526.267, 1098.603, -0.5346, 0.1659 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2526.145, 1098.605, -0.5345, 0.1659 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2573.894, 1435.723, -0.5762, 0.2004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2574.039, 1435.797, -0.5763, 0.2004 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2569.532, 1836.427, -0.6076, 0.2778 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2569.506, 1836.093, -0.6076, 0.2777 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2109.844, -1810.506, -0.4774, -0.2591 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2109.707, -1810.514, -0.4774, -0.2591 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2087.474, -1435.517, -0.4630, -0.2015 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2087.369, -1435.559, -0.4629, -0.2015 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2067.986, -1081.578, -0.4483, -0.1570 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2067.972, -1081.591, -0.4483, -0.1570 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2048.086, -724.357, -0.4334, -0.1078 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2048.032, -724.370, -0.4334, -0.1078 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2034.568, -363.124, -0.4235, -0.0548 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2034.537, -363.128, -0.4235, -0.0548 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2029.827, -0.058, -0.4202, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2029.791, -0.057, -0.4201, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2034.645, 362.866, -0.4237, 0.0544 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2034.597, 362.871, -0.4237, 0.0544 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2048.169, 723.659, -0.4336, 0.1070 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2048.115, 723.672, -0.4336, 0.1070 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2067.691, 1079.994, -0.4485, 0.1555 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2067.693, 1080.004, -0.4485, 0.1555 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2085.888, 1440.859, -0.4630, 0.2026 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2086.001, 1441.093, -0.4631, 0.2027 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2107.843, 1802.437, -0.4783, 0.2529 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2107.777, 1802.613, -0.4783, 0.2530 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1677.591, -1794.207, -0.4115, -0.2568 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1677.584, -1794.218, -0.4115, -0.2568 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1646.689, -1430.670, -0.3889, -0.2044 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1646.606, -1430.681, -0.3888, -0.2045 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1626.427, -1073.146, -0.3741, -0.1545 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1626.402, -1073.152, -0.3741, -0.1545 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1611.322, -716.189, -0.3633, -0.1040 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1611.277, -716.192, -0.3633, -0.1040 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1601.677, -358.422, -0.3565, -0.0524 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1601.667, -358.420, -0.3565, -0.0524 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1598.219, -0.032, -0.3541, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1598.253, -0.032, -0.3541, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1601.598, 358.261, -0.3565, 0.0521 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1601.560, 358.260, -0.3565, 0.0521 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1611.141, 715.751, -0.3633, 0.1035 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1611.097, 715.753, -0.3633, 0.1035 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1626.033, 1072.508, -0.3741, 0.1536 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1625.991, 1072.532, -0.3741, 0.1536 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1647.911, 1436.539, -0.3902, 0.2063 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1647.904, 1436.449, -0.3901, 0.2062 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1682.074, 1779.567, -0.4154, 0.2494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1682.115, 1779.504, -0.4154, 0.2494 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1240.049, -1781.582, -0.3422, -0.2541 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1239.935, -1781.513, -0.3422, -0.2541 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1212.192, -1421.360, -0.3198, -0.2030 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1212.100, -1421.359, -0.3198, -0.2030 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1192.554, -1065.797, -0.3054, -0.1528 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1192.519, -1065.802, -0.3054, -0.1528 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1179.008, -710.600, -0.2958, -0.1022 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1178.966, -710.599, -0.2958, -0.1022 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1170.866, -355.360, -0.2901, -0.0513 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1170.853, -355.360, -0.2901, -0.0513 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1168.001, -0.012, -0.2882, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1168.034, -0.012, -0.2882, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1170.717, 355.276, -0.2901, 0.0510 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1170.746, 355.276, -0.2901, 0.0510 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1178.815, 710.327, -0.2958, 0.1018 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1178.774, 710.325, -0.2957, 0.1018 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1192.437, 1065.204, -0.3055, 0.1521 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1192.459, 1065.192, -0.3055, 0.1521 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1213.972, 1423.142, -0.3210, 0.2031 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1213.930, 1423.203, -0.3210, 0.2032 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1225.498, 1774.597, -0.3403, 0.2477 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1225.412, 1774.709, -0.3403, 0.2477 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -807.474, -1766.737, -0.2729, -0.2506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -807.463, -1766.747, -0.2729, -0.2506 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -781.838, -1411.805, -0.2531, -0.2009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -781.749, -1411.805, -0.2531, -0.2009 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -763.181, -1058.716, -0.2394, -0.1511 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -763.147, -1058.720, -0.2394, -0.1511 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -750.490, -705.784, -0.2305, -0.1009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -750.450, -705.784, -0.2305, -0.1009 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -743.020, -352.899, -0.2254, -0.0505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -742.996, -352.899, -0.2253, -0.0505 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -740.428, -0.025, -0.2236, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -740.464, -0.026, -0.2236, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -742.900, 352.807, -0.2253, 0.0503 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -742.926, 352.807, -0.2253, 0.0503 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -750.373, 705.560, -0.2305, 0.1006 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -750.332, 705.560, -0.2305, 0.1006 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -762.962, 1058.407, -0.2395, 0.1506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -762.942, 1058.374, -0.2395, 0.1506 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -779.824, 1413.079, -0.2526, 0.2009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -779.722, 1413.123, -0.2526, 0.2009 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -826.977, 1763.601, -0.2829, 0.2487 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -827.026, 1763.614, -0.2829, 0.2487 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -380.648, -1753.448, -0.2078, -0.2476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -380.565, -1753.425, -0.2077, -0.2476 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -355.492, -1402.382, -0.1886, -0.1987 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -355.422, -1402.382, -0.1886, -0.1987 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -337.537, -1051.829, -0.1755, -0.1493 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -337.499, -1051.831, -0.1755, -0.1493 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -325.382, -701.247, -0.1671, -0.0997 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -325.344, -701.247, -0.1670, -0.0997 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -318.267, -350.658, -0.1622, -0.0499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -318.240, -350.657, -0.1622, -0.0499 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -315.816, -0.075, -0.1606, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -315.851, -0.075, -0.1606, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -318.231, 350.475, -0.1622, 0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -318.199, 350.475, -0.1622, 0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -325.350, 700.984, -0.1671, 0.0994 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -325.309, 700.983, -0.1671, 0.0994 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -337.711, 1051.459, -0.1758, 0.1489 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -337.789, 1051.453, -0.1758, 0.1489 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -358.718, 1402.511, -0.1904, 0.1984 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -358.684, 1402.510, -0.1904, 0.1984 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -374.567, 1748.260, -0.2077, 0.2449 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -374.262, 1748.247, -0.2075, 0.2448 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 42.446, -1739.184, -0.1445, -0.2441 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 42.489, -1739.262, -0.1445, -0.2442 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 67.277, -1393.063, -0.1261, -0.1965 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 67.345, -1393.063, -0.1260, -0.1965 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 84.676, -1045.040, -0.1135, -0.1476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 84.721, -1045.041, -0.1135, -0.1476 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 96.526, -696.800, -0.1053, -0.0985 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 96.565, -696.800, -0.1053, -0.0985 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 103.475, -348.485, -0.1006, -0.0493 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 103.506, -348.484, -0.1006, -0.0493 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 105.861, -0.157, -0.0991, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 105.824, -0.157, -0.0991, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 103.472, 348.155, -0.1006, 0.0491 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 103.504, 348.155, -0.1006, 0.0491 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 96.478, 696.437, -0.1054, 0.0982 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 96.519, 696.437, -0.1054, 0.0982 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 84.552, 1044.757, -0.1137, 0.1473 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 84.597, 1044.779, -0.1137, 0.1473 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 67.889, 1391.953, -0.1262, 0.1957 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 67.836, 1391.918, -0.1262, 0.1957 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 32.990, 1736.096, -0.1512, 0.2429 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 33.129, 1736.075, -0.1511, 0.2429 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 464.410, -1727.411, -0.0825, -0.2416 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 464.399, -1727.368, -0.0825, -0.2416 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 486.380, -1383.846, -0.0655, -0.1943 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 486.466, -1383.843, -0.0655, -0.1943 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 503.541, -1038.236, -0.0533, -0.1459 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 503.584, -1038.237, -0.0533, -0.1459 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 515.336, -692.287, -0.0452, -0.0973 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 515.365, -692.287, -0.0452, -0.0973 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 522.335, -346.265, -0.0406, -0.0487 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 522.368, -346.264, -0.0406, -0.0487 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 524.746, -0.265, -0.0390, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 524.713, -0.265, -0.0390, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 522.304, 345.743, -0.0406, 0.0484 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 522.336, 345.744, -0.0406, 0.0484 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 515.236, 691.792, -0.0453, 0.0970 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 515.268, 691.792, -0.0453, 0.0970 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 503.248, 1037.742, -0.0536, 0.1455 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 503.248, 1037.751, -0.0536, 0.1455 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 484.364, 1383.052, -0.0665, 0.1937 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 484.382, 1383.026, -0.0665, 0.1937 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 474.176, 1729.913, -0.0803, 0.2445 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 474.287, 1730.251, -0.0803, 0.2446 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 877.603, -1716.220, -0.0245, -0.2393 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 877.659, -1716.201, -0.0245, -0.2393 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 901.972, -1374.545, -0.0068, -0.1922 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 902.049, -1374.540, -0.0067, -0.1922 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 918.974, -1031.259, 0.0051, -0.1441 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 918.997, -1031.261, 0.0052, -0.1441 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 931.083, -687.422, 0.0133, -0.0959 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 931.079, -687.422, 0.0133, -0.0959 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 938.543, -343.780, 0.0181, -0.0480 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 938.577, -343.779, 0.0181, -0.0480 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 941.109, -0.395, 0.0198, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 941.137, -0.393, 0.0198, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 938.497, 343.039, 0.0181, 0.0476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 938.532, 343.040, 0.0181, 0.0476 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 930.963, 686.803, 0.0132, 0.0956 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 930.986, 686.802, 0.0132, 0.0956 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 918.728, 1030.796, 0.0049, 0.1438 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 918.695, 1030.905, 0.0049, 0.1438 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 897.132, 1371.547, -0.0089, 0.1905 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 897.107, 1371.501, -0.0090, 0.1905 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 873.540, 1735.766, -0.0286, 0.2468 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 873.706, 1735.785, -0.0286, 0.2468 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1292.362, -1702.553, 0.0344, -0.2361 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1292.409, -1702.476, 0.0344, -0.2361 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1313.688, -1366.376, 0.0499, -0.1907 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1313.713, -1366.389, 0.0499, -0.1907 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1330.133, -1023.805, 0.0613, -0.1422 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1330.153, -1023.812, 0.0613, -0.1422 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1343.679, -681.348, 0.0701, -0.0939 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1343.645, -681.348, 0.0701, -0.0939 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1352.670, -340.464, 0.0758, -0.0468 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1352.700, -340.464, 0.0758, -0.0468 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1355.841, -0.553, 0.0778, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1355.868, -0.551, 0.0778, -0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1352.590, 339.470, 0.0757, 0.0463 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1352.600, 339.473, 0.0757, 0.0463 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1343.531, 680.669, 0.0700, 0.0936 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1343.486, 680.669, 0.0700, 0.0936 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1329.806, 1023.314, 0.0610, 0.1419 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1329.896, 1023.400, 0.0610, 0.1420 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1312.767, 1363.248, 0.0493, 0.1892 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1312.707, 1363.173, 0.0493, 0.1892 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1286.080, 1725.154, 0.0303, 0.2483 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1285.855, 1724.929, 0.0303, 0.2482 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1739.204, -1700.573, 0.1050, -0.2391 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1739.157, -1700.666, 0.1050, -0.2392 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1717.252, -1364.637, 0.1019, -0.1928 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1717.369, -1364.619, 0.1019, -0.1928 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1733.588, -1013.124, 0.1133, -0.1386 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1733.631, -1013.108, 0.1133, -0.1386 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1753.414, -671.366, 0.1255, -0.0898 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1753.423, -671.377, 0.1255, -0.0898 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1766.373, -335.054, 0.1333, -0.0444 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1766.426, -335.047, 0.1334, -0.0444 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1770.826, -0.786, 0.1360, -0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1770.825, -0.784, 0.1360, -0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1766.188, 333.682, 0.1332, 0.0438 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1766.233, 333.673, 0.1332, 0.0437 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1752.942, 670.636, 0.1251, 0.0895 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1752.972, 670.602, 0.1252, 0.0895 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1733.346, 1013.312, 0.1131, 0.1388 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1733.483, 1013.329, 0.1131, 0.1388 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1712.528, 1364.029, 0.1001, 0.1927 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1712.693, 1364.001, 0.1002, 0.1927 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = -6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1751.901, 1728.415, 0.1064, 0.2539 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1751.956, 1728.476, 0.1064, 0.2539 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2302.706, -1774.171, -0.4107, -0.2475 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2302.650, -1774.169, -0.4107, -0.2475 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2316.977, -1416.434, -0.4195, -0.1995 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2317.022, -1416.346, -0.4195, -0.1995 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2302.122, -1072.724, -0.4077, -0.1573 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2302.161, -1072.729, -0.4077, -0.1573 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2287.135, -718.218, -0.3971, -0.1072 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2287.151, -718.219, -0.3971, -0.1072 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2277.893, -359.760, -0.3907, -0.0541 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2277.897, -359.757, -0.3907, -0.0541 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2274.812, -0.032, -0.3886, -0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2274.802, -0.034, -0.3886, -0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2278.043, 359.618, -0.3909, 0.0540 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2278.045, 359.610, -0.3909, 0.0540 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2287.433, 717.809, -0.3974, 0.1068 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2287.452, 717.795, -0.3974, 0.1068 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2302.471, 1071.873, -0.4081, 0.1565 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2302.505, 1071.845, -0.4082, 0.1565 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2319.541, 1416.891, -0.4216, 0.1993 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2319.589, 1416.882, -0.4216, 0.1993 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2295.964, 1771.094, -0.4089, 0.2492 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2296.020, 1771.201, -0.4090, 0.2493 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1887.715, -1778.544, -0.3532, -0.2557 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1887.629, -1778.528, -0.3532, -0.2557 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1876.306, -1418.061, -0.3450, -0.2026 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1876.292, -1418.059, -0.3450, -0.2026 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1867.231, -1065.076, -0.3384, -0.1536 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1867.263, -1065.074, -0.3385, -0.1536 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1858.570, -711.338, -0.3324, -0.1035 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1858.579, -711.341, -0.3324, -0.1035 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1852.686, -356.068, -0.3283, -0.0521 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1852.679, -356.072, -0.3283, -0.0521 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1850.609, -0.026, -0.3269, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1850.599, -0.027, -0.3269, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1852.709, 355.949, -0.3284, 0.0520 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1852.701, 355.951, -0.3284, 0.0520 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1858.586, 711.018, -0.3325, 0.1032 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1858.593, 711.019, -0.3325, 0.1032 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1867.066, 1064.359, -0.3385, 0.1530 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1867.028, 1064.337, -0.3385, 0.1530 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1875.687, 1420.263, -0.3450, 0.2031 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1875.605, 1420.533, -0.3449, 0.2032 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1887.556, 1770.001, -0.3549, 0.2502 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1887.523, 1770.016, -0.3549, 0.2502 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1462.315, -1770.780, -0.2903, -0.2544 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1462.268, -1770.791, -0.2903, -0.2544 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1448.118, -1414.822, -0.2801, -0.2030 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1448.098, -1414.824, -0.2801, -0.2030 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1438.615, -1061.075, -0.2733, -0.1525 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1438.633, -1061.075, -0.2733, -0.1525 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1431.627, -707.638, -0.2684, -0.1020 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1431.636, -707.643, -0.2684, -0.1020 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1427.227, -353.941, -0.2654, -0.0512 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1427.221, -353.943, -0.2654, -0.0512 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1425.680, -0.010, -0.2644, -0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1425.683, -0.010, -0.2644, -0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1427.191, 353.875, -0.2654, 0.0510 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1427.184, 353.876, -0.2654, 0.0510 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1431.547, 707.445, -0.2684, 0.1018 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1431.552, 707.448, -0.2684, 0.1018 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1438.431, 1060.771, -0.2733, 0.1522 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1438.482, 1060.758, -0.2733, 0.1522 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1448.635, 1417.377, -0.2805, 0.2038 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1448.655, 1417.367, -0.2806, 0.2037 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1463.926, 1762.480, -0.2916, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1463.754, 1762.575, -0.2915, 0.2501 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1035.002, -1764.748, -0.2268, -0.2530 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1034.949, -1764.773, -0.2267, -0.2530 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1022.352, -1410.114, -0.2167, -0.2020 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1022.330, -1410.116, -0.2167, -0.2020 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1013.081, -1057.445, -0.2100, -0.1516 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1013.097, -1057.447, -0.2101, -0.1516 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1006.649, -704.962, -0.2056, -0.1012 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1006.655, -704.965, -0.2056, -0.1012 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1002.809, -352.495, -0.2030, -0.0507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1002.804, -352.496, -0.2030, -0.0507 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1001.488, -0.002, -0.2021, -0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1001.496, -0.002, -0.2021, -0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1002.764, 352.461, -0.2030, 0.0506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1002.759, 352.462, -0.2030, 0.0506 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1006.571, 704.842, -0.2056, 0.1010 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1006.573, 704.844, -0.2056, 0.1010 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1013.073, 1057.202, -0.2101, 0.1514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1013.097, 1057.213, -0.2101, 0.1514 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1023.137, 1410.692, -0.2173, 0.2020 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1023.068, 1410.599, -0.2173, 0.2020 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1027.079, 1761.775, -0.2252, 0.2510 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1027.016, 1761.772, -0.2252, 0.2510 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -610.920, -1757.669, -0.1640, -0.2511 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -610.898, -1757.658, -0.1640, -0.2511 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -598.486, -1405.387, -0.1544, -0.2009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -598.463, -1405.388, -0.1544, -0.2009 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -589.536, -1053.943, -0.1480, -0.1508 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -589.550, -1053.945, -0.1480, -0.1508 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -583.399, -702.599, -0.1437, -0.1005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -583.401, -702.601, -0.1437, -0.1006 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -579.798, -351.297, -0.1413, -0.0503 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -579.794, -351.297, -0.1413, -0.0503 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -578.576, -0.011, -0.1405, -0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -578.584, -0.011, -0.1405, -0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -579.767, 351.254, -0.1413, 0.0502 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -579.763, 351.254, -0.1413, 0.0502 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -583.355, 702.496, -0.1437, 0.1004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -583.358, 702.497, -0.1437, 0.1004 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -589.478, 1053.799, -0.1480, 0.1505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -589.455, 1053.810, -0.1480, 0.1506 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -597.668, 1405.739, -0.1543, 0.2008 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -597.652, 1405.819, -0.1543, 0.2008 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -620.417, 1758.271, -0.1693, 0.2509 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -620.368, 1758.279, -0.1693, 0.2509 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -188.699, -1751.157, -0.1023, -0.2496 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -188.659, -1751.165, -0.1023, -0.2496 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -176.496, -1400.702, -0.0931, -0.1998 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -176.471, -1400.703, -0.0931, -0.1998 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -167.734, -1050.520, -0.0868, -0.1499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -167.747, -1050.521, -0.0868, -0.1499 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -161.755, -700.349, -0.0827, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -161.756, -700.348, -0.0827, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -158.265, -350.188, -0.0803, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -158.261, -350.188, -0.0803, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -157.090, -0.039, -0.0795, -0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -157.095, -0.038, -0.0795, -0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -158.253, 350.097, -0.0803, 0.0499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -158.249, 350.098, -0.0803, 0.0499 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -161.754, 700.221, -0.0827, 0.0998 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -161.756, 700.220, -0.0827, 0.0998 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -167.859, 1050.337, -0.0869, 0.1497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -167.954, 1050.340, -0.0869, 0.1497 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -178.040, 1401.069, -0.0939, 0.1998 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -177.997, 1401.047, -0.0939, 0.1997 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -185.439, 1749.526, -0.1024, 0.2495 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -185.384, 1749.528, -0.1023, 0.2495 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 231.383, -1744.037, -0.0419, -0.2478 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 231.449, -1744.031, -0.0418, -0.2478 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 243.777, -1396.052, -0.0327, -0.1987 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 243.806, -1396.051, -0.0327, -0.1987 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 252.415, -1047.126, -0.0265, -0.1490 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 252.400, -1047.126, -0.0265, -0.1490 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 258.339, -698.126, -0.0224, -0.0994 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 258.338, -698.123, -0.0224, -0.0994 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 261.806, -349.103, -0.0201, -0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 261.810, -349.102, -0.0201, -0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 262.970, -0.083, -0.0193, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 262.968, -0.082, -0.0193, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 261.800, 348.934, -0.0201, 0.0496 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 261.805, 348.933, -0.0201, 0.0496 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 258.307, 697.944, -0.0225, 0.0992 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 258.306, 697.940, -0.0225, 0.0992 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 252.350, 1046.982, -0.0266, 0.1488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 252.371, 1046.962, -0.0266, 0.1488 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 244.066, 1395.455, -0.0328, 0.1982 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 244.047, 1395.486, -0.0328, 0.1982 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 226.213, 1742.591, -0.0452, 0.2471 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 226.212, 1742.595, -0.0452, 0.2471 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 651.197, -1738.138, 0.0183, -0.2465 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 651.241, -1738.132, 0.0183, -0.2465 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 662.244, -1391.414, 0.0268, -0.1975 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 662.267, -1391.413, 0.0268, -0.1975 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 670.901, -1043.702, 0.0329, -0.1482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 670.884, -1043.702, 0.0329, -0.1482 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 676.895, -695.850, 0.0370, -0.0988 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 676.893, -695.846, 0.0370, -0.0988 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 680.450, -347.982, 0.0394, -0.0494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 680.454, -347.980, 0.0394, -0.0494 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 681.651, -0.139, 0.0402, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 681.652, -0.138, 0.0402, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 680.432, 347.712, 0.0394, 0.0492 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 680.436, 347.710, 0.0394, 0.0492 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 676.838, 695.598, 0.0370, 0.0986 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 676.835, 695.594, 0.0370, 0.0986 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 670.756, 1043.456, 0.0328, 0.1480 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 670.791, 1043.479, 0.0328, 0.1480 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 660.923, 1390.973, 0.0261, 0.1972 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 660.985, 1390.997, 0.0261, 0.1972 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 655.029, 1739.954, 0.0187, 0.2477 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 655.068, 1739.902, 0.0187, 0.2476 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1066.548, -1732.372, 0.0763, -0.2453 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1066.569, -1732.403, 0.0763, -0.2453 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1078.943, -1386.738, 0.0853, -0.1965 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1078.965, -1386.738, 0.0853, -0.1965 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1087.623, -1040.175, 0.0914, -0.1473 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1087.599, -1040.176, 0.0914, -0.1473 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1093.891, -693.360, 0.0956, -0.0980 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1093.884, -693.358, 0.0956, -0.0980 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1097.768, -346.700, 0.0982, -0.0490 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1097.771, -346.698, 0.0982, -0.0490 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1099.106, -0.206, 0.0990, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1099.111, -0.205, 0.0990, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1097.741, 346.317, 0.0981, 0.0488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1097.744, 346.314, 0.0981, 0.0488 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1093.824, 693.048, 0.0956, 0.0979 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1093.819, 693.044, 0.0956, 0.0979 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1087.510, 1039.957, 0.0913, 0.1471 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1087.550, 1039.918, 0.0913, 0.1471 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1076.560, 1384.807, 0.0843, 0.1955 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1076.573, 1384.777, 0.0843, 0.1955 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1065.330, 1742.931, 0.0751, 0.2499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1065.291, 1742.929, 0.0751, 0.2499 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1482.507, -1725.236, 0.1348, -0.2436 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1482.545, -1725.202, 0.1348, -0.2436 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1493.447, -1382.773, 0.1427, -0.1959 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1493.410, -1382.803, 0.1427, -0.1959 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1502.007, -1036.355, 0.1486, -0.1463 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1501.972, -1036.360, 0.1486, -0.1463 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1509.232, -690.147, 0.1534, -0.0969 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1509.216, -690.150, 0.1534, -0.0969 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1514.066, -344.932, 0.1565, -0.0483 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1514.062, -344.933, 0.1565, -0.0483 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1515.771, -0.290, 0.1576, -0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1515.773, -0.290, 0.1576, -0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1514.011, 344.417, 0.1564, 0.0481 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1514.010, 344.417, 0.1564, 0.0481 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1509.137, 689.807, 0.1533, 0.0968 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1509.111, 689.803, 0.1533, 0.0968 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1501.816, 1036.123, 0.1485, 0.1462 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1501.763, 1036.078, 0.1484, 0.1461 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1492.932, 1381.126, 0.1423, 0.1951 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1492.724, 1381.615, 0.1422, 0.1953 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1478.079, 1734.340, 0.1318, 0.2481 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1478.099, 1734.345, 0.1318, 0.2481 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1924.097, -1727.168, 0.2045, -0.2470 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1924.142, -1727.156, 0.2045, -0.2470 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1902.936, -1383.136, 0.1969, -0.1979 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1902.988, -1383.137, 0.1970, -0.1979 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1911.868, -1030.503, 0.2033, -0.1441 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1911.825, -1030.509, 0.2033, -0.1441 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1923.065, -684.658, 0.2103, -0.0944 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1923.043, -684.656, 0.2103, -0.0944 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1930.283, -341.976, 0.2149, -0.0469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1930.281, -341.976, 0.2149, -0.0469 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1932.733, -0.413, 0.2164, -0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1932.737, -0.415, 0.2164, -0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1930.159, 341.256, 0.2148, 0.0466 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1930.158, 341.252, 0.2148, 0.0466 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1922.760, 684.288, 0.2101, 0.0943 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1922.758, 684.299, 0.2101, 0.0943 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1911.861, 1030.694, 0.2032, 0.1443 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1911.868, 1030.679, 0.2032, 0.1443 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1899.625, 1382.881, 0.1956, 0.1979 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1899.549, 1383.105, 0.1956, 0.1980 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = -12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1932.542, 1737.514, 0.2078, 0.2535 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1932.494, 1737.487, 0.2078, 0.2535 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, -1750.000, -0.3000, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, -1750.000, -0.3000, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, -1400.000, -0.3000, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, -1400.000, -0.3000, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, -1050.000, -0.3000, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, -1050.000, -0.3000, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, -700.000, -0.3000, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, -700.000, -0.3000, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, -350.000, -0.3000, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, -350.000, -0.3000, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, 0.000, -0.3000, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, 0.000, -0.3000, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, 350.000, -0.3000, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, 350.000, -0.3000, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, 700.000, -0.3000, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, 700.000, -0.3000, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, 1050.000, -0.3000, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, 1050.000, -0.3000, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, 1400.000, -0.3000, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, 1400.000, -0.3000, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -2100.000, 1750.000, -0.3000, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -2100.000, 1750.000, -0.3000, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, -1750.000, -0.2400, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, -1750.000, -0.2400, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, -1400.000, -0.2400, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, -1400.000, -0.2400, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, -1050.000, -0.2400, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, -1050.000, -0.2400, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, -700.000, -0.2400, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, -700.000, -0.2400, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, -350.000, -0.2400, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, -350.000, -0.2400, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, 0.000, -0.2400, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, 0.000, -0.2400, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, 350.000, -0.2400, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, 350.000, -0.2400, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, 700.000, -0.2400, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, 700.000, -0.2400, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, 1050.000, -0.2400, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, 1050.000, -0.2400, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, 1400.000, -0.2400, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, 1400.000, -0.2400, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1680.000, 1750.000, -0.2400, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1680.000, 1750.000, -0.2400, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, -1750.000, -0.1800, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, -1750.000, -0.1800, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, -1400.000, -0.1800, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, -1400.000, -0.1800, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, -1050.000, -0.1800, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, -1050.000, -0.1800, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, -700.000, -0.1800, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, -700.000, -0.1800, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, -350.000, -0.1800, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, -350.000, -0.1800, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, 0.000, -0.1800, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, 0.000, -0.1800, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, 350.000, -0.1800, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, 350.000, -0.1800, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, 700.000, -0.1800, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, 700.000, -0.1800, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, 1050.000, -0.1800, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, 1050.000, -0.1800, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, 1400.000, -0.1800, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, 1400.000, -0.1800, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1260.000, 1750.000, -0.1800, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1260.000, 1750.000, -0.1800, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, -1750.000, -0.1200, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, -1750.000, -0.1200, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, -1400.000, -0.1200, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, -1400.000, -0.1200, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, -1050.000, -0.1200, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, -1050.000, -0.1200, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, -700.000, -0.1200, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, -700.000, -0.1200, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, -350.000, -0.1200, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, -350.000, -0.1200, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, 0.000, -0.1200, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, 0.000, -0.1200, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, 350.000, -0.1200, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, 350.000, -0.1200, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, 700.000, -0.1200, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, 700.000, -0.1200, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, 1050.000, -0.1200, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, 1050.000, -0.1200, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, 1400.000, -0.1200, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, 1400.000, -0.1200, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -840.000, 1750.000, -0.1200, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -840.000, 1750.000, -0.1200, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, -1750.000, -0.0600, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, -1750.000, -0.0600, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, -1400.000, -0.0600, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, -1400.000, -0.0600, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, -1050.000, -0.0600, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, -1050.000, -0.0600, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, -700.000, -0.0600, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, -700.000, -0.0600, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, -350.000, -0.0600, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, -350.000, -0.0600, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, 0.000, -0.0600, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, 0.000, -0.0600, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, 350.000, -0.0600, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, 350.000, -0.0600, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, 700.000, -0.0600, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, 700.000, -0.0600, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, 1050.000, -0.0600, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, 1050.000, -0.0600, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, 1400.000, -0.0600, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, 1400.000, -0.0600, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -420.000, 1750.000, -0.0600, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -420.000, 1750.000, -0.0600, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, -1750.000, 0.0000, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, -1750.000, 0.0000, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, -1400.000, 0.0000, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, -1400.000, 0.0000, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, -1050.000, 0.0000, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, -1050.000, 0.0000, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, -700.000, 0.0000, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, -700.000, 0.0000, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, -350.000, 0.0000, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, -350.000, 0.0000, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, 0.000, 0.0000, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, 0.000, 0.0000, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, 350.000, 0.0000, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, 350.000, 0.0000, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, 700.000, 0.0000, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, 700.000, 0.0000, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, 1050.000, 0.0000, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, 1050.000, 0.0000, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, 1400.000, 0.0000, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, 1400.000, 0.0000, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 0.000, 1750.000, 0.0000, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 0.000, 1750.000, 0.0000, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, -1750.000, 0.0600, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, -1750.000, 0.0600, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, -1400.000, 0.0600, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, -1400.000, 0.0600, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, -1050.000, 0.0600, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, -1050.000, 0.0600, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, -700.000, 0.0600, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, -700.000, 0.0600, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, -350.000, 0.0600, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, -350.000, 0.0600, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, 0.000, 0.0600, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, 0.000, 0.0600, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, 350.000, 0.0600, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, 350.000, 0.0600, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, 700.000, 0.0600, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, 700.000, 0.0600, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, 1050.000, 0.0600, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, 1050.000, 0.0600, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, 1400.000, 0.0600, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, 1400.000, 0.0600, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 420.000, 1750.000, 0.0600, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 420.000, 1750.000, 0.0600, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, -1750.000, 0.1200, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, -1750.000, 0.1200, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, -1400.000, 0.1200, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, -1400.000, 0.1200, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, -1050.000, 0.1200, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, -1050.000, 0.1200, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, -700.000, 0.1200, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, -700.000, 0.1200, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, -350.000, 0.1200, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, -350.000, 0.1200, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, 0.000, 0.1200, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, 0.000, 0.1200, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, 350.000, 0.1200, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, 350.000, 0.1200, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, 700.000, 0.1200, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, 700.000, 0.1200, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, 1050.000, 0.1200, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, 1050.000, 0.1200, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, 1400.000, 0.1200, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, 1400.000, 0.1200, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 840.000, 1750.000, 0.1200, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 840.000, 1750.000, 0.1200, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, -1750.000, 0.1800, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, -1750.000, 0.1800, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, -1400.000, 0.1800, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, -1400.000, 0.1800, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, -1050.000, 0.1800, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, -1050.000, 0.1800, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, -700.000, 0.1800, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, -700.000, 0.1800, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, -350.000, 0.1800, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, -350.000, 0.1800, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, 0.000, 0.1800, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, 0.000, 0.1800, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, 350.000, 0.1800, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, 350.000, 0.1800, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, 700.000, 0.1800, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, 700.000, 0.1800, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, 1050.000, 0.1800, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, 1050.000, 0.1800, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, 1400.000, 0.1800, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, 1400.000, 0.1800, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1260.000, 1750.000, 0.1800, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1260.000, 1750.000, 0.1800, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, -1750.000, 0.2400, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, -1750.000, 0.2400, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, -1400.000, 0.2400, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, -1400.000, 0.2400, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, -1050.000, 0.2400, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, -1050.000, 0.2400, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, -700.000, 0.2400, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, -700.000, 0.2400, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, -350.000, 0.2400, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, -350.000, 0.2400, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, 0.000, 0.2400, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, 0.000, 0.2400, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, 350.000, 0.2400, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, 350.000, 0.2400, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, 700.000, 0.2400, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, 700.000, 0.2400, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, 1050.000, 0.2400, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, 1050.000, 0.2400, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, 1400.000, 0.2400, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, 1400.000, 0.2400, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1680.000, 1750.000, 0.2400, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1680.000, 1750.000, 0.2400, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, -1750.000, 0.3000, -0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, -1750.000, 0.3000, -0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, -1400.000, 0.3000, -0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, -1400.000, 0.3000, -0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, -1050.000, 0.3000, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, -1050.000, 0.3000, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, -700.000, 0.3000, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, -700.000, 0.3000, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, -350.000, 0.3000, -0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, -350.000, 0.3000, -0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, 0.000, 0.3000, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, 0.000, 0.3000, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, 350.000, 0.3000, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, 350.000, 0.3000, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, 700.000, 0.3000, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, 700.000, 0.3000, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, 1050.000, 0.3000, 0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, 1050.000, 0.3000, 0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, 1400.000, 0.3000, 0.2000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, 1400.000, 0.3000, 0.2000 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = 7.3787e+16 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2100.000, 1750.000, 0.3000, 0.2500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2100.000, 1750.000, 0.3000, 0.2500 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1905.460, -1724.306, -0.1966, -0.2453 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1905.530, -1724.295, -0.1966, -0.2453 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1902.365, -1381.975, -0.1967, -0.1972 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1902.343, -1381.978, -0.1967, -0.1972 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1912.152, -1030.384, -0.2033, -0.1440 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1912.102, -1030.396, -0.2033, -0.1440 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1923.049, -684.537, -0.2103, -0.0943 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1923.023, -684.534, -0.2102, -0.0943 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1930.107, -341.701, -0.2147, -0.0468 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1930.106, -341.700, -0.2147, -0.0468 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1932.517, 0.031, -0.2162, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1932.516, 0.033, -0.2162, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1930.013, 341.838, -0.2146, 0.0469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1930.013, 341.838, -0.2146, 0.0469 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1922.879, 684.913, -0.2101, 0.0947 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1922.858, 684.913, -0.2101, 0.0947 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1911.994, 1031.096, -0.2031, 0.1446 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1911.938, 1031.112, -0.2031, 0.1446 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1902.074, 1381.526, -0.1965, 0.1975 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1902.173, 1381.613, -0.1965, 0.1976 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1911.957, 1740.996, -0.1983, 0.2551 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1911.862, 1741.018, -0.1982, 0.2551 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1482.824, -1724.159, -0.1348, -0.2428 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1482.902, -1724.189, -0.1348, -0.2428 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1493.637, -1382.327, -0.1427, -0.1955 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1493.660, -1382.326, -0.1427, -0.1955 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1502.006, -1036.118, -0.1486, -0.1461 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1501.974, -1036.122, -0.1486, -0.1461 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1509.182, -689.958, -0.1533, -0.0968 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1509.168, -689.959, -0.1533, -0.0968 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1513.978, -344.702, -0.1564, -0.0482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1513.977, -344.702, -0.1564, -0.0482 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1515.680, 0.017, -0.1575, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1515.683, 0.018, -0.1575, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1513.980, 344.794, -0.1564, 0.0483 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1513.980, 344.796, -0.1564, 0.0483 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1509.204, 690.222, -0.1532, 0.0970 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1509.193, 690.223, -0.1532, 0.0970 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1502.164, 1036.724, -0.1485, 0.1465 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1502.183, 1036.749, -0.1486, 0.1466 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1493.892, 1380.986, -0.1427, 0.1952 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1493.961, 1380.768, -0.1427, 0.1951 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1481.745, 1734.871, -0.1330, 0.2485 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1481.765, 1734.941, -0.1330, 0.2485 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1065.766, -1731.799, -0.0758, -0.2447 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1065.881, -1731.778, -0.0759, -0.2447 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1078.840, -1386.292, -0.0852, -0.1961 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1078.862, -1386.290, -0.0852, -0.1961 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1087.561, -1039.892, -0.0913, -0.1470 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1087.536, -1039.894, -0.0913, -0.1470 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1093.840, -693.161, -0.0956, -0.0979 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1093.832, -693.158, -0.0956, -0.0979 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1097.724, -346.518, -0.0981, -0.0489 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1097.727, -346.516, -0.0981, -0.0489 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1099.084, -0.000, -0.0990, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1099.085, 0.000, -0.0990, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1097.766, 346.558, -0.0981, 0.0490 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1097.770, 346.557, -0.0981, 0.0490 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1093.922, 693.314, -0.0956, 0.0981 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1093.918, 693.312, -0.0956, 0.0981 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1087.732, 1040.131, -0.0913, 0.1473 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1087.675, 1040.141, -0.0913, 0.1473 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1078.550, 1384.494, -0.0850, 0.1956 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1078.534, 1384.481, -0.0850, 0.1956 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1062.502, 1740.497, -0.0738, 0.2498 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1062.552, 1740.485, -0.0738, 0.2498 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -650.988, -1736.837, -0.0181, -0.2457 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -651.078, -1736.829, -0.0181, -0.2457 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -662.157, -1390.976, -0.0267, -0.1972 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -662.182, -1390.974, -0.0267, -0.1972 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -670.835, -1043.433, -0.0329, -0.1479 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -670.816, -1043.432, -0.0329, -0.1479 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -676.851, -695.674, -0.0370, -0.0986 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -676.846, -695.671, -0.0370, -0.0986 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -680.426, -347.845, -0.0393, -0.0493 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -680.430, -347.844, -0.0393, -0.0493 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -681.653, -0.004, -0.0401, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -681.650, -0.004, -0.0401, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -680.470, 347.865, -0.0393, 0.0494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -680.475, 347.864, -0.0393, 0.0494 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -676.923, 695.773, -0.0370, 0.0988 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -676.918, 695.771, -0.0370, 0.0988 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -670.842, 1043.663, -0.0328, 0.1482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -670.822, 1043.644, -0.0328, 0.1482 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -661.717, 1390.881, -0.0264, 0.1974 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -661.955, 1390.618, -0.0265, 0.1972 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -660.574, 1739.701, -0.0216, 0.2475 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -660.612, 1739.698, -0.0216, 0.2475 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -231.883, -1743.491, 0.0417, -0.2473 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -231.885, -1743.500, 0.0416, -0.2473 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -243.733, -1395.617, 0.0327, -0.1983 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -243.755, -1395.615, 0.0327, -0.1983 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -252.380, -1046.869, 0.0265, -0.1488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -252.366, -1046.868, 0.0265, -0.1488 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -258.317, -697.970, 0.0225, -0.0992 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -258.314, -697.969, 0.0225, -0.0992 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -261.797, -348.997, 0.0201, -0.0496 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -261.801, -348.996, 0.0201, -0.0496 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -262.977, 0.011, 0.0193, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -262.971, 0.011, 0.0193, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -261.825, 349.038, 0.0201, 0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -261.829, 349.038, 0.0201, 0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -258.351, 698.066, 0.0225, 0.0994 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -258.348, 698.066, 0.0225, 0.0994 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -252.409, 1047.029, 0.0266, 0.1490 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -252.434, 1047.020, 0.0266, 0.1490 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -244.023, 1395.695, 0.0329, 0.1985 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -244.022, 1395.835, 0.0329, 0.1985 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -225.456, 1741.950, 0.0450, 0.2473 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -225.523, 1741.995, 0.0450, 0.2473 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 188.553, -1750.038, 0.1022, -0.2488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 188.524, -1750.032, 0.1022, -0.2488 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 176.474, -1400.275, 0.0931, -0.1994 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 176.449, -1400.274, 0.0931, -0.1994 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 167.722, -1050.267, 0.0868, -0.1497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 167.735, -1050.267, 0.0868, -0.1497 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 161.748, -700.198, 0.0827, -0.0998 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 161.749, -700.199, 0.0827, -0.0998 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 158.261, -350.089, 0.0803, -0.0499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 158.256, -350.090, 0.0803, -0.0499 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 157.087, 0.045, 0.0795, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 157.093, 0.044, 0.0795, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 158.253, 350.189, 0.0803, 0.0500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 158.248, 350.190, 0.0803, 0.0500 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 161.756, 700.330, 0.0827, 0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 161.758, 700.332, 0.0827, 0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 167.877, 1050.446, 0.0869, 0.1499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 167.968, 1050.436, 0.0870, 0.1499 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 178.014, 1399.947, 0.0938, 0.1995 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 178.042, 1399.970, 0.0939, 0.1995 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 185.629, 1751.330, 0.1029, 0.2494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 185.512, 1751.344, 0.1028, 0.2494 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 611.339, -1757.032, 0.1641, -0.2505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 611.342, -1757.032, 0.1641, -0.2505 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 598.401, -1404.946, 0.1543, -0.2005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 598.372, -1404.946, 0.1543, -0.2005 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 589.478, -1053.679, 0.1479, -0.1505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 589.490, -1053.680, 0.1479, -0.1505 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 583.362, -702.434, 0.1437, -0.1004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 583.362, -702.438, 0.1437, -0.1004 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 579.780, -351.180, 0.1412, -0.0502 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 579.775, -351.182, 0.1412, -0.0502 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 578.577, 0.094, 0.1404, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 578.582, 0.093, 0.1404, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 579.790, 351.369, 0.1413, 0.0503 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 579.785, 351.370, 0.1412, 0.0503 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 583.403, 702.628, 0.1437, 0.1006 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 583.405, 702.632, 0.1437, 0.1006 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 589.560, 1053.839, 0.1480, 0.1507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 589.543, 1053.857, 0.1480, 0.1507 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 597.854, 1405.708, 0.1543, 0.2010 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 597.999, 1405.630, 0.1544, 0.2009 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 616.336, 1756.621, 0.1676, 0.2502 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 616.242, 1756.665, 0.1676, 0.2502 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1034.778, -1763.106, 0.2264, -0.2519 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1034.757, -1763.105, 0.2264, -0.2519 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1022.224, -1409.662, 0.2166, -0.2016 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1022.203, -1409.663, 0.2166, -0.2016 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1012.993, -1057.162, 0.2100, -0.1514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1013.007, -1057.163, 0.2100, -0.1514 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1006.591, -704.770, 0.2055, -0.1011 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1006.592, -704.774, 0.2055, -0.1011 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1002.774, -352.339, 0.2029, -0.0505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1002.768, -352.341, 0.2029, -0.0505 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1001.480, 0.155, 0.2021, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1001.482, 0.154, 0.2021, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1002.798, 352.636, 0.2030, 0.0507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1002.791, 352.638, 0.2030, 0.0507 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1006.659, 705.035, 0.2056, 0.1012 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1006.662, 705.040, 0.2056, 0.1012 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1013.156, 1057.409, 0.2101, 0.1516 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1013.111, 1057.390, 0.2101, 0.1516 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1024.034, 1410.373, 0.2177, 0.2021 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1024.036, 1410.224, 0.2177, 0.2021 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1032.063, 1760.325, 0.2275, 0.2507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1032.011, 1760.329, 0.2275, 0.2507 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1461.737, -1769.234, 0.2902, -0.2532 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1461.670, -1769.238, 0.2902, -0.2532 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1447.981, -1414.347, 0.2799, -0.2025 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1447.961, -1414.348, 0.2799, -0.2025 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1438.542, -1060.778, 0.2732, -0.1523 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1438.561, -1060.779, 0.2732, -0.1523 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1431.563, -707.423, 0.2683, -0.1019 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1431.568, -707.427, 0.2683, -0.1019 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1427.164, -353.734, 0.2653, -0.0510 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1427.158, -353.737, 0.2653, -0.0510 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1425.639, 0.228, 0.2643, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1425.636, 0.227, 0.2643, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1427.204, 354.151, 0.2654, 0.0512 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1427.197, 354.154, 0.2654, 0.0512 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1431.647, 707.740, 0.2684, 0.1020 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1431.652, 707.746, 0.2684, 0.1020 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1438.659, 1060.956, 0.2733, 0.1524 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1438.621, 1060.991, 0.2733, 0.1524 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1450.716, 1417.397, 0.2813, 0.2040 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1450.429, 1417.234, 0.2812, 0.2039 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1462.462, 1757.062, 0.2913, 0.2478 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1462.547, 1757.082, 0.2913, 0.2478 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1890.344, -1777.019, 0.3541, -0.2545 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1890.331, -1777.021, 0.3541, -0.2545 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1876.787, -1417.647, 0.3451, -0.2022 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1876.770, -1417.606, 0.3451, -0.2021 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1867.253, -1064.851, 0.3384, -0.1534 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1867.292, -1064.848, 0.3384, -0.1534 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1858.506, -711.150, 0.3323, -0.1034 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1858.520, -711.150, 0.3323, -0.1034 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1852.563, -355.815, 0.3282, -0.0520 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1852.562, -355.815, 0.3282, -0.0520 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1850.476, 0.323, 0.3268, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1850.464, 0.323, 0.3268, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1852.649, 356.376, 0.3283, 0.0522 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1852.643, 356.381, 0.3282, 0.0522 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1858.644, 711.471, 0.3324, 0.1035 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1858.669, 711.482, 0.3324, 0.1035 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1867.424, 1064.950, 0.3386, 0.1534 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1867.469, 1065.065, 0.3386, 0.1534 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1877.007, 1419.613, 0.3455, 0.2030 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1876.991, 1419.571, 0.3455, 0.2030 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1895.118, 1773.005, 0.3589, 0.2525 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1895.133, 1772.941, 0.3589, 0.2525 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2289.288, -1766.341, 0.4076, -0.2423 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2289.322, -1766.363, 0.4076, -0.2423 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2317.900, -1414.841, 0.4201, -0.1987 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2317.904, -1414.868, 0.4201, -0.1988 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2302.501, -1072.742, 0.4078, -0.1573 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2302.542, -1072.749, 0.4078, -0.1573 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2287.080, -718.130, 0.3970, -0.1072 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2287.097, -718.125, 0.3970, -0.1072 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2277.646, -359.459, 0.3905, -0.0540 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2277.658, -359.450, 0.3905, -0.0540 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2274.516, 0.469, 0.3884, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2274.509, 0.473, 0.3884, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2277.835, 360.276, 0.3906, 0.0544 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2277.837, 360.275, 0.3906, 0.0544 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2287.529, 718.522, 0.3973, 0.1073 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2287.540, 718.509, 0.3973, 0.1073 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2302.520, 1072.107, 0.4081, 0.1568 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2302.653, 1072.202, 0.4081, 0.1568 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2323.675, 1414.504, 0.4234, 0.1988 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2323.673, 1414.470, 0.4234, 0.1988 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = 12.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2289.762, 1785.441, 0.4111, 0.2571 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2289.717, 1785.405, 0.4111, 0.2571 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1715.391, -1698.232, -0.0965, -0.2373 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1715.415, -1698.161, -0.0965, -0.2372 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1716.270, -1363.057, -0.1015, -0.1917 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1716.349, -1363.042, -0.1015, -0.1917 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1734.009, -1012.889, -0.1134, -0.1383 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1734.005, -1012.902, -0.1134, -0.1383 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1753.368, -671.145, -0.1253, -0.0896 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1753.383, -671.145, -0.1253, -0.0896 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1766.069, -334.544, -0.1331, -0.0441 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1766.114, -334.541, -0.1331, -0.0441 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1770.440, 0.053, -0.1357, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1770.473, 0.052, -0.1357, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1765.908, 334.793, -0.1329, 0.0444 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1765.851, 334.791, -0.1329, 0.0444 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1753.109, 671.847, -0.1250, 0.0902 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1753.126, 671.851, -0.1251, 0.0902 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1733.756, 1014.188, -0.1130, 0.1395 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1733.761, 1014.208, -0.1131, 0.1395 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1716.195, 1362.454, -0.1014, 0.1926 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1716.161, 1362.324, -0.1014, 0.1925 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1722.113, 1731.493, -0.0962, 0.2554 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1722.020, 1731.519, -0.0962, 0.2554 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1292.721, -1700.563, -0.0344, -0.2345 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1292.763, -1700.585, -0.0344, -0.2345 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1313.777, -1365.431, -0.0499, -0.1899 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1313.859, -1365.425, -0.0499, -0.1899 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1330.113, -1023.323, -0.0612, -0.1418 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1330.143, -1023.326, -0.0612, -0.1418 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1343.583, -680.978, -0.0700, -0.0937 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1343.578, -680.975, -0.0700, -0.0937 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1352.513, -340.032, -0.0756, -0.0465 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1352.518, -340.033, -0.0756, -0.0465 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1355.684, 0.021, -0.0776, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1355.697, 0.020, -0.0776, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1352.540, 340.184, -0.0756, 0.0467 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1352.563, 340.184, -0.0756, 0.0467 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1343.668, 681.450, -0.0699, 0.0941 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1343.654, 681.446, -0.0699, 0.0941 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1330.427, 1024.423, -0.0612, 0.1426 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1330.383, 1024.411, -0.0612, 0.1426 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1313.829, 1363.458, -0.0497, 0.1896 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1313.627, 1363.288, -0.0496, 0.1896 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1289.489, 1723.495, -0.0310, 0.2476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1289.668, 1723.506, -0.0310, 0.2476 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -876.363, -1715.461, 0.0251, -0.2383 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -876.376, -1715.502, 0.0251, -0.2383 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -901.796, -1373.670, 0.0069, -0.1914 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -901.867, -1373.666, 0.0069, -0.1914 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -918.846, -1030.713, -0.0050, -0.1437 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -918.886, -1030.711, -0.0050, -0.1437 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -930.976, -687.044, -0.0131, -0.0957 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -930.992, -687.044, -0.0132, -0.0957 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -938.456, -343.439, -0.0180, -0.0477 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -938.457, -343.441, -0.0180, -0.0477 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -941.125, -0.009, -0.0197, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -941.099, -0.010, -0.0197, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -938.558, 343.498, -0.0181, 0.0479 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -938.589, 343.498, -0.0181, 0.0479 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -931.166, 687.320, -0.0132, 0.0960 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -931.191, 687.319, -0.0132, 0.0960 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -919.199, 1031.105, -0.0050, 0.1442 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -919.293, 1031.120, -0.0050, 0.1442 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -901.165, 1371.034, 0.0076, 0.1909 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -901.200, 1371.035, 0.0076, 0.1909 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -866.681, 1732.821, 0.0317, 0.2476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -866.934, 1732.691, 0.0316, 0.2475 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -464.159, -1725.070, 0.0827, -0.2400 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -464.211, -1725.184, 0.0826, -0.2401 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -486.242, -1382.977, 0.0656, -0.1936 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -486.328, -1382.972, 0.0656, -0.1936 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -503.422, -1037.707, 0.0534, -0.1455 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -503.469, -1037.704, 0.0534, -0.1455 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -515.247, -691.950, 0.0453, -0.0971 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -515.277, -691.951, 0.0453, -0.0971 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -522.288, -346.007, 0.0406, -0.0485 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -522.292, -346.008, 0.0406, -0.0485 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -524.757, -0.012, 0.0390, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -524.721, -0.012, 0.0390, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -522.387, 346.040, 0.0406, 0.0487 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -522.418, 346.040, 0.0406, 0.0487 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -515.410, 692.139, 0.0453, 0.0973 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -515.445, 692.140, 0.0453, 0.0973 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -503.532, 1038.209, 0.0535, 0.1460 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -503.537, 1038.192, 0.0535, 0.1460 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -485.709, 1383.300, 0.0660, 0.1943 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -485.791, 1383.213, 0.0660, 0.1942 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -479.101, 1733.032, 0.0786, 0.2468 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -479.206, 1733.056, 0.0786, 0.2468 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -43.517, -1738.104, 0.1440, -0.2430 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -43.663, -1738.085, 0.1440, -0.2430 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -67.225, -1392.193, 0.1261, -0.1958 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -67.314, -1392.189, 0.1260, -0.1958 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -84.628, -1044.525, 0.1136, -0.1472 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -84.675, -1044.523, 0.1135, -0.1472 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -96.488, -696.493, 0.1054, -0.0983 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -96.526, -696.494, 0.1053, -0.0983 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -103.462, -348.276, 0.1006, -0.0492 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -103.482, -348.277, 0.1006, -0.0492 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -105.878, 0.025, 0.0991, 0.0000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -105.843, 0.025, 0.0991, 0.0000 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -103.526, 348.367, 0.1006, 0.0493 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -103.557, 348.367, 0.1006, 0.0493 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -96.569, 696.692, 0.1054, 0.0985 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -96.610, 696.694, 0.1054, 0.0985 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -84.715, 1044.891, 0.1137, 0.1476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -84.707, 1044.923, 0.1137, 0.1476 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -67.508, 1392.995, 0.1266, 0.1964 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -67.405, 1392.911, 0.1266, 0.1964 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -32.068, 1733.850, 0.1508, 0.2415 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -32.118, 1733.769, 0.1507, 0.2415 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 380.221, -1751.518, 0.2076, -0.2463 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 380.203, -1751.517, 0.2076, -0.2462 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 355.402, -1401.519, 0.1885, -0.1980 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 355.330, -1401.517, 0.1885, -0.1980 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 337.488, -1051.313, 0.1755, -0.1489 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 337.449, -1051.311, 0.1755, -0.1489 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 325.352, -700.940, 0.1670, -0.0994 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 325.315, -700.941, 0.1670, -0.0994 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 318.249, -350.452, 0.1622, -0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 318.222, -350.453, 0.1622, -0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 315.806, 0.098, 0.1606, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 315.842, 0.099, 0.1606, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 318.228, 350.674, 0.1622, 0.0499 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 318.196, 350.674, 0.1622, 0.0499 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 325.357, 701.221, 0.1671, 0.0997 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 325.316, 701.223, 0.1671, 0.0997 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 337.780, 1051.668, 0.1758, 0.1493 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 337.848, 1051.655, 0.1758, 0.1493 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 358.616, 1401.572, 0.1902, 0.1985 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 358.595, 1401.555, 0.1902, 0.1984 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 372.302, 1752.208, 0.2072, 0.2454 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 372.145, 1752.218, 0.2071, 0.2454 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 808.369, -1765.825, 0.2730, -0.2494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 808.350, -1765.809, 0.2730, -0.2494 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 781.618, -1410.907, 0.2529, -0.2001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 781.547, -1410.905, 0.2529, -0.2001 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 763.034, -1058.170, 0.2393, -0.1506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 763.003, -1058.172, 0.2393, -0.1506 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 750.393, -705.442, 0.2304, -0.1006 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 750.355, -705.443, 0.2304, -0.1006 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 742.968, -352.649, 0.2253, -0.0503 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 742.934, -352.651, 0.2253, -0.0503 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 740.422, 0.202, 0.2236, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 740.458, 0.203, 0.2236, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 742.989, 353.057, 0.2253, 0.0506 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 742.954, 353.058, 0.2253, 0.0506 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 750.481, 705.852, 0.2305, 0.1009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 750.442, 705.854, 0.2305, 0.1009 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 763.235, 1058.523, 0.2396, 0.1509 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 763.155, 1058.502, 0.2395, 0.1509 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 780.459, 1412.857, 0.2529, 0.2011 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 780.491, 1412.750, 0.2529, 0.2011 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 814.802, 1765.337, 0.2777, 0.2491 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 814.567, 1765.325, 0.2776, 0.2491 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1238.995, -1777.596, 0.3409, -0.2518 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1238.862, -1777.445, 0.3408, -0.2517 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1211.885, -1420.433, 0.3195, -0.2022 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1211.789, -1420.428, 0.3195, -0.2022 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1192.344, -1065.210, 0.3052, -0.1523 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1192.304, -1065.214, 0.3051, -0.1523 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1178.860, -710.200, 0.2956, -0.1019 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1178.819, -710.200, 0.2956, -0.1019 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1170.770, -355.025, 0.2900, -0.0510 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1170.730, -355.027, 0.2900, -0.0510 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1167.973, 0.329, 0.2881, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1168.010, 0.330, 0.2881, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1170.825, 355.655, 0.2901, 0.0514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1170.787, 355.656, 0.2901, 0.0514 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1179.005, 710.748, 0.2958, 0.1022 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1178.963, 710.749, 0.2958, 0.1022 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1192.731, 1065.715, 0.3055, 0.1526 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1192.728, 1065.690, 0.3055, 0.1526 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1216.041, 1422.675, 0.3220, 0.2036 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1216.937, 1421.830, 0.3223, 0.2032 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1231.139, 1772.830, 0.3415, 0.2482 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1231.017, 1772.560, 0.3414, 0.2482 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1675.372, -1790.776, 0.4099, -0.2546 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1675.340, -1790.763, 0.4100, -0.2546 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1646.377, -1429.671, 0.3885, -0.2035 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1646.288, -1429.672, 0.3885, -0.2035 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1626.259, -1072.543, 0.3739, -0.1540 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1626.208, -1072.545, 0.3739, -0.1540 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1611.161, -715.749, 0.3631, -0.1037 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1611.120, -715.752, 0.3631, -0.1037 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1601.513, -357.985, 0.3563, -0.0521 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1601.472, -357.984, 0.3562, -0.0521 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1598.110, 0.482, 0.3539, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1598.136, 0.482, 0.3539, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1601.610, 358.860, 0.3563, 0.0525 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1601.569, 358.859, 0.3563, 0.0525 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1611.354, 716.382, 0.3633, 0.1040 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1611.314, 716.386, 0.3633, 0.1040 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1626.509, 1072.855, 0.3742, 0.1541 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1626.475, 1072.823, 0.3742, 0.1541 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1651.397, 1437.203, 0.3912, 0.2070 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1651.461, 1437.205, 0.3913, 0.2070 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1674.858, 1765.749, 0.4107, 0.2453 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1674.651, 1765.684, 0.4106, 0.2452 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2121.850, -1807.291, 0.4821, -0.2558 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2121.966, -1807.318, 0.4822, -0.2558 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2088.738, -1434.853, 0.4634, -0.2006 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2088.788, -1434.853, 0.4634, -0.2006 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2068.063, -1081.156, 0.4482, -0.1566 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2068.013, -1081.159, 0.4482, -0.1566 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2047.931, -723.996, 0.4332, -0.1075 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2047.921, -724.000, 0.4331, -0.1075 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2034.259, -362.598, 0.4232, -0.0545 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2034.197, -362.603, 0.4232, -0.0545 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2029.497, 0.687, 0.4198, 0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2029.447, 0.686, 0.4198, 0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2034.471, 363.784, 0.4234, 0.0550 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2034.441, 363.786, 0.4234, 0.0550 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2048.273, 724.597, 0.4335, 0.1077 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2048.283, 724.604, 0.4335, 0.1077 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2068.407, 1081.254, 0.4486, 0.1563 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2068.274, 1081.053, 0.4486, 0.1562 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2087.436, 1440.207, 0.4631, 0.2031 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2087.422, 1440.259, 0.4631, 0.2031 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2124.389, 1804.203, 0.4845, 0.2561 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2124.344, 1804.342, 0.4845, 0.2562 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2579.215, -1788.928, 0.6097, -0.2332 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2579.431, -1788.947, 0.6098, -0.2332 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2572.028, -1432.731, 0.5734, -0.1988 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2572.017, -1432.705, 0.5734, -0.1987 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2525.832, -1100.819, 0.5334, -0.1678 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2525.745, -1100.799, 0.5333, -0.1677 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2487.967, -740.222, 0.5046, -0.1171 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2487.974, -740.244, 0.5046, -0.1171 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2465.704, -370.858, 0.4883, -0.0594 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2465.685, -370.853, 0.4883, -0.0594 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2458.425, 1.012, 0.4831, 0.0005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2458.414, 1.009, 0.4831, 0.0005 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2466.153, 372.617, 0.4887, 0.0602 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2466.106, 372.614, 0.4887, 0.0602 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2489.031, 741.029, 0.5056, 0.1173 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2488.964, 741.028, 0.5056, 0.1173 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2526.546, 1099.347, 0.5347, 0.1665 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2526.553, 1099.317, 0.5347, 0.1665 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2584.050, 1428.383, 0.5807, 0.1978 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2583.932, 1428.408, 0.5806, 0.1978 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = 6.25 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2582.615, 1879.361, 0.6178, 0.3022 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2582.038, 1879.199, 0.6175, 0.3022 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1529.016, -1672.640, 0.0012, -0.2274 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1529.109, -1672.669, 0.0012, -0.2274 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1536.900, -1343.877, -0.0101, -0.1847 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1537.023, -1343.810, -0.0102, -0.1847 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1562.206, -996.823, -0.0271, -0.1326 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1562.224, -996.838, -0.0271, -0.1326 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1588.697, -659.239, -0.0432, -0.0853 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1588.674, -659.244, -0.0432, -0.0853 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1606.157, -328.235, -0.0536, -0.0417 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1606.149, -328.249, -0.0536, -0.0417 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1612.195, 0.071, -0.0572, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1612.197, 0.071, -0.0572, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1605.963, 328.583, -0.0534, 0.0421 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1605.948, 328.584, -0.0534, 0.0421 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1588.399, 660.229, -0.0428, 0.0861 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1588.380, 660.236, -0.0428, 0.0861 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1561.917, 998.630, -0.0267, 0.1341 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1561.855, 998.657, -0.0266, 0.1342 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1537.050, 1342.929, -0.0100, 0.1858 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1537.128, 1342.952, -0.0100, 0.1858 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1533.347, 1719.596, 0.0055, 0.2520 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1533.504, 1719.695, 0.0055, 0.2521 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1106.427, -1678.843, 0.0641, -0.2254 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1106.650, -1678.846, 0.0641, -0.2254 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1137.655, -1349.420, 0.0411, -0.1834 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1137.737, -1349.407, 0.0411, -0.1834 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1161.822, -1011.433, 0.0244, -0.1372 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1161.852, -1011.429, 0.0244, -0.1372 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1181.202, -672.827, 0.0118, -0.0906 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1181.206, -672.826, 0.0118, -0.0906 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1193.901, -335.850, 0.0038, -0.0449 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1193.892, -335.856, 0.0038, -0.0449 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1198.403, 0.016, 0.0011, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1198.382, 0.014, 0.0011, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1193.962, 336.040, 0.0038, 0.0452 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1193.965, 336.044, 0.0038, 0.0452 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1181.355, 673.474, 0.0118, 0.0912 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1181.334, 673.476, 0.0118, 0.0912 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1162.278, 1012.955, 0.0244, 0.1383 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1162.333, 1013.018, 0.0244, 0.1384 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1137.275, 1347.186, 0.0417, 0.1834 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1137.458, 1346.897, 0.0417, 0.1833 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1102.334, 1715.839, 0.0687, 0.2478 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1102.494, 1715.746, 0.0686, 0.2478 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -689.041, -1700.181, 0.1254, -0.2304 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -689.209, -1700.199, 0.1253, -0.2305 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -726.364, -1362.049, 0.0987, -0.1859 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -726.445, -1362.034, 0.0987, -0.1859 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -751.691, -1022.349, 0.0810, -0.1400 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -751.712, -1022.349, 0.0809, -0.1400 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -769.600, -681.546, 0.0689, -0.0933 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -769.598, -681.550, 0.0689, -0.0933 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -780.572, -340.702, 0.0618, -0.0466 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -780.580, -340.703, 0.0617, -0.0466 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -784.399, -0.026, 0.0593, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -784.402, -0.028, 0.0593, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -780.729, 340.763, 0.0617, 0.0468 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -780.738, 340.764, 0.0617, 0.0468 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -769.886, 681.922, 0.0689, 0.0937 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -769.917, 681.928, 0.0689, 0.0937 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -752.216, 1022.903, 0.0810, 0.1406 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -752.274, 1022.920, 0.0809, 0.1407 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -725.719, 1359.607, 0.0995, 0.1859 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -725.474, 1359.771, 0.0996, 0.1859 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -674.617, 1726.675, 0.1359, 0.2440 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -674.761, 1726.490, 0.1358, 0.2439 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -276.414, -1714.702, 0.1850, -0.2330 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -276.389, -1714.634, 0.1850, -0.2329 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -309.824, -1375.919, 0.1592, -0.1892 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -309.922, -1375.907, 0.1592, -0.1892 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -335.688, -1032.744, 0.1407, -0.1426 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -335.697, -1032.747, 0.1407, -0.1426 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -353.453, -688.771, 0.1284, -0.0953 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -353.427, -688.774, 0.1284, -0.0953 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -364.002, -344.455, 0.1214, -0.0477 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -363.968, -344.457, 0.1214, -0.0477 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -367.618, -0.020, 0.1190, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -367.624, -0.021, 0.1190, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -364.151, 344.494, 0.1213, 0.0478 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -364.151, 344.496, 0.1213, 0.0478 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -353.689, 689.039, 0.1284, 0.0956 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -353.720, 689.040, 0.1284, 0.0956 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -335.862, 1033.459, 0.1408, 0.1433 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -335.907, 1033.502, 0.1408, 0.1433 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -309.224, 1376.623, 0.1599, 0.1901 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -309.246, 1376.578, 0.1598, 0.1901 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -293.573, 1726.120, 0.1814, 0.2425 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -293.750, 1726.108, 0.1814, 0.2425 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 148.285, -1733.866, 0.2503, -0.2370 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 148.104, -1733.864, 0.2504, -0.2370 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 112.020, -1389.670, 0.2225, -0.1923 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 111.918, -1389.665, 0.2224, -0.1923 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 85.371, -1042.926, 0.2031, -0.1451 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 85.361, -1042.930, 0.2031, -0.1451 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 67.252, -695.540, 0.1904, -0.0970 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 67.253, -695.540, 0.1904, -0.0970 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 56.617, -347.824, 0.1831, -0.0486 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 56.636, -347.825, 0.1831, -0.0486 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 53.014, 0.045, 0.1807, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 53.013, 0.046, 0.1807, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 56.525, 347.969, 0.1831, 0.0488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 56.527, 347.969, 0.1831, 0.0488 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 67.143, 695.841, 0.1904, 0.0974 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 67.123, 695.842, 0.1904, 0.0974 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 85.286, 1043.512, 0.2033, 0.1457 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 85.221, 1043.522, 0.2033, 0.1457 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 111.684, 1391.895, 0.2233, 0.1938 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 111.689, 1391.805, 0.2233, 0.1938 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 161.044, 1730.041, 0.2595, 0.2390 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 160.971, 1730.076, 0.2594, 0.2390 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 578.422, -1754.217, 0.3198, -0.2416 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 578.324, -1754.197, 0.3198, -0.2417 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 539.486, -1403.704, 0.2890, -0.1955 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 539.360, -1403.697, 0.2889, -0.1955 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 511.569, -1053.128, 0.2683, -0.1476 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 511.563, -1053.126, 0.2683, -0.1476 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 492.711, -702.221, 0.2549, -0.0987 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 492.695, -702.222, 0.2549, -0.0987 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 481.690, -351.089, 0.2473, -0.0494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 481.699, -351.088, 0.2473, -0.0494 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 477.985, 0.166, 0.2448, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 477.985, 0.167, 0.2448, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 481.665, 351.448, 0.2473, 0.0497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 481.668, 351.447, 0.2473, 0.0497 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 492.734, 702.659, 0.2550, 0.0991 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 492.722, 702.662, 0.2550, 0.0991 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 512.063, 1053.650, 0.2688, 0.1481 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 511.987, 1053.718, 0.2688, 0.1481 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 544.357, 1404.503, 0.2918, 0.1963 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 544.293, 1404.467, 0.2917, 0.1963 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 566.210, 1757.671, 0.3211, 0.2408 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 566.126, 1757.714, 0.3210, 0.2409 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1015.699, -1777.127, 0.3925, -0.2467 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1015.531, -1776.985, 0.3924, -0.2467 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 972.748, -1417.879, 0.3588, -0.1985 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 972.596, -1417.869, 0.3587, -0.1985 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 943.246, -1063.495, 0.3367, -0.1500 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 943.251, -1063.490, 0.3367, -0.1500 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 923.242, -709.043, 0.3223, -0.1005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 923.211, -709.043, 0.3223, -0.1005 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 911.499, -354.423, 0.3140, -0.0503 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 911.498, -354.421, 0.3140, -0.0503 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 907.554, 0.331, 0.3113, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 907.558, 0.331, 0.3113, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 911.541, 355.077, 0.3141, 0.0507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 911.544, 355.074, 0.3141, 0.0507 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 923.394, 709.682, 0.3225, 0.1009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 923.373, 709.684, 0.3225, 0.1009 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 943.592, 1064.053, 0.3371, 0.1505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 943.500, 1064.007, 0.3371, 0.1505 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 971.256, 1422.222, 0.3592, 0.2010 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 971.187, 1422.290, 0.3592, 0.2010 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1023.849, 1780.604, 0.4007, 0.2501 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1023.872, 1780.571, 0.4008, 0.2501 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1456.734, -1794.449, 0.4677, -0.2497 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1456.599, -1794.388, 0.4677, -0.2496 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1412.684, -1432.288, 0.4325, -0.2012 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1412.551, -1432.270, 0.4324, -0.2012 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1381.153, -1074.183, 0.4087, -0.1524 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1381.155, -1074.177, 0.4087, -0.1524 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1359.365, -716.355, 0.3929, -0.1025 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1359.339, -716.352, 0.3929, -0.1025 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1346.242, -358.105, 0.3835, -0.0514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1346.244, -358.105, 0.3835, -0.0514 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1341.783, 0.530, 0.3803, 0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1341.793, 0.528, 0.3803, 0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1346.342, 359.103, 0.3836, 0.0520 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1346.345, 359.099, 0.3836, 0.0520 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1359.613, 717.196, 0.3931, 0.1029 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1359.587, 717.195, 0.3931, 0.1029 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1381.795, 1074.934, 0.4094, 0.1528 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1381.770, 1074.976, 0.4094, 0.1529 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1418.241, 1437.384, 0.4362, 0.2039 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1418.178, 1437.365, 0.4361, 0.2039 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1441.686, 1796.092, 0.4652, 0.2496 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1441.596, 1796.111, 0.4652, 0.2496 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1906.569, -1813.630, 0.5451, -0.2511 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1906.510, -1813.568, 0.5450, -0.2510 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1859.880, -1445.564, 0.5108, -0.2016 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1859.732, -1445.552, 0.5108, -0.2016 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1827.252, -1085.362, 0.4865, -0.1548 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1827.240, -1085.357, 0.4864, -0.1548 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1802.004, -725.189, 0.4675, -0.1056 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1801.972, -725.179, 0.4675, -0.1056 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1785.707, -362.888, 0.4553, -0.0534 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1785.706, -362.887, 0.4553, -0.0534 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1780.043, 0.770, 0.4511, 0.0004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1780.069, 0.767, 0.4511, 0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1785.893, 364.268, 0.4555, 0.0541 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1785.902, 364.262, 0.4555, 0.0541 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1802.358, 726.126, 0.4678, 0.1059 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1802.322, 726.119, 0.4678, 0.1059 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1827.612, 1085.696, 0.4870, 0.1548 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1827.592, 1085.835, 0.4870, 0.1548 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1867.100, 1459.151, 0.5152, 0.2072 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1867.186, 1459.264, 0.5153, 0.2073 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1906.125, 1776.157, 0.5513, 0.2362 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1905.938, 1776.385, 0.5512, 0.2363 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2361.444, -1845.056, 0.6194, -0.2527 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2361.420, -1845.100, 0.6194, -0.2527 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2324.191, -1449.282, 0.6068, -0.1922 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2324.171, -1449.296, 0.6067, -0.1922 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2288.879, -1099.682, 0.5765, -0.1602 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2288.902, -1099.697, 0.5765, -0.1602 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2252.396, -739.268, 0.5468, -0.1130 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2252.407, -739.277, 0.5468, -0.1130 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2228.088, -370.710, 0.5279, -0.0578 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2228.067, -370.712, 0.5279, -0.0578 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2219.736, 1.107, 0.5216, 0.0005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2219.725, 1.100, 0.5215, 0.0005 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2228.515, 372.604, 0.5283, 0.0587 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2228.559, 372.614, 0.5283, 0.0587 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2253.137, 740.141, 0.5477, 0.1132 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2253.113, 740.148, 0.5476, 0.1132 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2289.595, 1099.603, 0.5776, 0.1594 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2289.536, 1099.636, 0.5776, 0.1594 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2323.157, 1457.022, 0.6087, 0.1939 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2323.190, 1456.991, 0.6087, 0.1939 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2361.182, 1860.159, 0.6251, 0.2714 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2361.098, 1859.929, 0.6251, 0.2713 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3049.051, -1881.624, 0.9904, -0.2935 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3048.837, -1881.576, 0.9902, -0.2934 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2882.392, -1462.105, 0.7815, -0.2059 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2882.669, -1462.329, 0.7817, -0.2060 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2780.511, -1137.107, 0.6888, -0.1838 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2780.468, -1137.185, 0.6888, -0.1838 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2707.816, -767.774, 0.6281, -0.1312 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2707.824, -767.790, 0.6281, -0.1312 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2667.236, -384.767, 0.5962, -0.0666 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2667.266, -384.711, 0.5962, -0.0666 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2654.316, 1.684, 0.5865, 0.0009 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2654.226, 1.679, 0.5864, 0.0009 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2668.141, 387.718, 0.5971, 0.0682 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2668.209, 387.714, 0.5972, 0.0682 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2709.978, 769.173, 0.6304, 0.1318 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2709.953, 769.229, 0.6304, 0.1318 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2783.099, 1135.248, 0.6927, 0.1816 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2782.967, 1135.176, 0.6926, 0.1816 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2900.417, 1447.449, 0.7890, 0.2018 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2900.285, 1447.636, 0.7890, 0.2018 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = 4.16667 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3079.874, 2045.565, 1.0012, 0.3953 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3080.190, 2046.064, 1.0013, 0.3954 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1344.619, -1647.669, 0.0984, -0.2161 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1344.903, -1647.718, 0.0983, -0.2161 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1361.237, -1324.945, 0.0800, -0.1766 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1361.333, -1324.879, 0.0800, -0.1765 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1394.078, -981.903, 0.0578, -0.1267 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1394.096, -981.927, 0.0578, -0.1267 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1427.003, -648.505, 0.0380, -0.0811 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1427.022, -648.511, 0.0379, -0.0811 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1448.706, -322.606, 0.0251, -0.0396 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1448.699, -322.602, 0.0251, -0.0396 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1456.234, 0.081, 0.0207, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1456.214, 0.079, 0.0207, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1448.500, 323.032, 0.0253, 0.0401 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1448.509, 323.036, 0.0253, 0.0401 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1426.700, 649.745, 0.0383, 0.0822 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1426.729, 649.746, 0.0383, 0.0822 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1393.816, 984.151, 0.0583, 0.1285 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1393.818, 984.183, 0.0583, 0.1286 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1361.480, 1323.717, 0.0802, 0.1777 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1361.451, 1323.738, 0.0802, 0.1777 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1347.219, 1707.073, 0.1041, 0.2469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1347.336, 1706.848, 0.1040, 0.2469 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -921.178, -1658.514, 0.1634, -0.2150 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -921.315, -1658.445, 0.1632, -0.2150 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -962.811, -1334.279, 0.1325, -0.1762 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -962.854, -1334.247, 0.1325, -0.1762 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -994.948, -1000.366, 0.1101, -0.1322 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -994.969, -1000.371, 0.1101, -0.1322 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1020.141, -665.384, 0.0937, -0.0873 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1020.165, -665.385, 0.0937, -0.0873 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1036.461, -332.079, 0.0834, -0.0433 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1036.450, -332.083, 0.0834, -0.0433 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1042.232, 0.003, 0.0799, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1042.199, 0.003, 0.0799, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1036.564, 332.287, 0.0834, 0.0436 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1036.545, 332.289, 0.0834, 0.0436 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1020.372, 666.176, 0.0937, 0.0881 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1020.415, 666.174, 0.0937, 0.0881 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -995.531, 1002.253, 0.1102, 0.1336 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -995.593, 1002.198, 0.1102, 0.1336 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -962.186, 1332.374, 0.1333, 0.1767 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -961.868, 1332.201, 0.1334, 0.1766 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -917.630, 1706.049, 0.1682, 0.2447 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -917.555, 1705.920, 0.1683, 0.2446 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -500.734, -1686.108, 0.2285, -0.2212 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -500.770, -1686.128, 0.2285, -0.2212 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -550.132, -1351.331, 0.1925, -0.1796 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -550.205, -1351.309, 0.1925, -0.1796 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -584.040, -1014.735, 0.1685, -0.1358 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -584.083, -1014.739, 0.1685, -0.1358 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -607.880, -676.603, 0.1523, -0.0907 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -607.900, -676.601, 0.1523, -0.0907 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -622.398, -338.265, 0.1428, -0.0453 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -622.371, -338.267, 0.1428, -0.0453 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -627.448, -0.048, 0.1395, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -627.425, -0.049, 0.1395, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -622.613, 338.315, 0.1427, 0.0456 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -622.579, 338.319, 0.1427, 0.0456 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -608.261, 677.063, 0.1523, 0.0912 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -608.258, 677.064, 0.1523, 0.0912 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -584.714, 1015.445, 0.1685, 0.1366 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -584.779, 1015.471, 0.1685, 0.1366 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -549.557, 1349.751, 0.1934, 0.1802 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -549.672, 1349.636, 0.1934, 0.1801 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -489.879, 1718.649, 0.2360, 0.2407 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -490.057, 1718.520, 0.2359, 0.2407 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -84.647, -1705.911, 0.2923, -0.2244 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -84.858, -1705.856, 0.2922, -0.2244 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -130.402, -1369.699, 0.2565, -0.1838 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -130.504, -1369.685, 0.2565, -0.1838 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -165.538, -1028.490, 0.2310, -0.1391 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -165.577, -1028.491, 0.2310, -0.1391 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -189.601, -686.099, 0.2142, -0.0932 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -189.613, -686.104, 0.2142, -0.0932 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -203.849, -343.167, 0.2045, -0.0467 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -203.816, -343.170, 0.2046, -0.0467 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -208.723, -0.029, 0.2013, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -208.727, -0.028, 0.2013, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -204.045, 343.212, 0.2045, 0.0469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -204.022, 343.214, 0.2045, 0.0469 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -189.907, 686.443, 0.2142, 0.0936 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -189.924, 686.442, 0.2142, 0.0936 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -165.719, 1029.356, 0.2313, 0.1399 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -165.641, 1029.349, 0.2313, 0.1399 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -129.366, 1370.571, 0.2578, 0.1851 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -129.471, 1370.632, 0.2578, 0.1851 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -100.613, 1715.941, 0.2897, 0.2339 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -100.916, 1715.958, 0.2895, 0.2339 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 347.095, -1730.521, 0.3642, -0.2287 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 347.004, -1730.479, 0.3643, -0.2287 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 296.773, -1387.973, 0.3248, -0.1877 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 296.654, -1387.963, 0.3247, -0.1877 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 259.890, -1042.029, 0.2974, -0.1423 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 259.920, -1042.027, 0.2974, -0.1423 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 234.914, -695.088, 0.2796, -0.0955 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 234.932, -695.090, 0.2796, -0.0955 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 220.292, -347.629, 0.2694, -0.0479 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 220.342, -347.632, 0.2694, -0.0479 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 215.347, 0.071, 0.2660, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 215.350, 0.072, 0.2660, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 220.173, 347.839, 0.2694, 0.0481 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 220.165, 347.841, 0.2694, 0.0481 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 234.785, 695.498, 0.2796, 0.0959 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 234.761, 695.501, 0.2796, 0.0959 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 259.845, 1042.860, 0.2978, 0.1431 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 259.908, 1042.878, 0.2978, 0.1431 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 296.427, 1392.258, 0.3259, 0.1901 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 296.396, 1392.227, 0.3259, 0.1900 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 362.181, 1720.579, 0.3754, 0.2296 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 362.067, 1720.312, 0.3754, 0.2295 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 786.573, -1757.407, 0.4420, -0.2335 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 786.419, -1757.313, 0.4420, -0.2335 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 731.942, -1406.768, 0.3978, -0.1916 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 731.787, -1406.763, 0.3977, -0.1916 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 692.578, -1055.683, 0.3679, -0.1455 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 692.532, -1055.680, 0.3679, -0.1455 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 666.102, -704.030, 0.3487, -0.0977 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 666.117, -704.031, 0.3487, -0.0977 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 650.668, -351.995, 0.3378, -0.0490 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 650.712, -351.997, 0.3378, -0.0490 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 645.486, 0.245, 0.3341, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 645.498, 0.247, 0.3342, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 650.643, 352.516, 0.3378, 0.0494 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 650.634, 352.519, 0.3378, 0.0494 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 666.156, 704.644, 0.3489, 0.0982 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 666.177, 704.637, 0.3489, 0.0982 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 693.338, 1056.361, 0.3687, 0.1461 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 693.144, 1056.386, 0.3686, 0.1461 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 738.331, 1408.336, 0.4016, 0.1927 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 738.146, 1408.298, 0.4015, 0.1927 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 769.609, 1767.192, 0.4442, 0.2385 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 769.680, 1767.194, 0.4442, 0.2386 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1239.034, -1789.651, 0.5279, -0.2392 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1239.112, -1789.901, 0.5280, -0.2393 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1175.730, -1425.803, 0.4762, -0.1952 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1175.534, -1425.803, 0.4761, -0.1952 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1133.275, -1069.632, 0.4434, -0.1485 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1133.224, -1069.631, 0.4433, -0.1485 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1104.620, -713.249, 0.4222, -0.1000 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1104.631, -713.244, 0.4222, -0.1000 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1087.819, -356.513, 0.4100, -0.0502 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1087.815, -356.515, 0.4100, -0.0502 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1082.179, 0.477, 0.4060, 0.0003 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1082.190, 0.480, 0.4060, 0.0003 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1087.890, 357.446, 0.4101, 0.0507 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1087.877, 357.451, 0.4101, 0.0507 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1104.858, 714.136, 0.4225, 0.1005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1104.850, 714.130, 0.4224, 0.1005 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1133.846, 1070.372, 0.4441, 0.1491 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1133.913, 1070.357, 0.4442, 0.1491 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1175.834, 1431.627, 0.4787, 0.1981 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1175.824, 1431.640, 0.4787, 0.1981 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1259.508, 1795.806, 0.5517, 0.2407 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1259.212, 1795.802, 0.5515, 0.2408 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1695.710, -1812.290, 0.6151, -0.2424 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1695.631, -1812.398, 0.6150, -0.2424 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1629.624, -1445.040, 0.5610, -0.1977 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1629.375, -1445.027, 0.5609, -0.1976 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1583.498, -1084.051, 0.5251, -0.1514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1583.459, -1084.051, 0.5251, -0.1514 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1551.506, -723.304, 0.5008, -0.1027 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1551.494, -723.299, 0.5008, -0.1027 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1532.150, -361.636, 0.4863, -0.0518 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1532.135, -361.639, 0.4863, -0.0518 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1525.566, 0.756, 0.4814, 0.0004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1525.578, 0.760, 0.4814, 0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1532.314, 363.044, 0.4865, 0.0525 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1532.305, 363.048, 0.4865, 0.0525 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1551.890, 724.444, 0.5013, 0.1033 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1551.865, 724.444, 0.5012, 0.1033 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1584.420, 1085.017, 0.5261, 0.1518 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1584.372, 1084.950, 0.5261, 0.1518 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1637.677, 1452.844, 0.5665, 0.2012 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1637.714, 1453.007, 0.5665, 0.2013 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1676.800, 1819.515, 0.6070, 0.2401 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1676.811, 1819.555, 0.6070, 0.2401 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2166.848, -1838.035, 0.7092, -0.2396 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2166.754, -1838.041, 0.7091, -0.2396 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2095.546, -1460.872, 0.6557, -0.1936 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2095.234, -1460.879, 0.6555, -0.1936 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2047.503, -1099.292, 0.6180, -0.1544 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2047.467, -1099.300, 0.6180, -0.1544 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2008.584, -736.066, 0.5863, -0.1078 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2008.571, -736.058, 0.5863, -0.1078 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1983.326, -368.646, 0.5661, -0.0551 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1983.330, -368.640, 0.5661, -0.0551 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1974.582, 1.099, 0.5593, 0.0005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1974.583, 1.106, 0.5593, 0.0005 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1983.657, 370.587, 0.5665, 0.0560 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1983.659, 370.581, 0.5665, 0.0560 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2009.194, 737.280, 0.5871, 0.1082 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2009.184, 737.274, 0.5870, 0.1082 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2047.970, 1099.468, 0.6188, 0.1539 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2047.952, 1099.544, 0.6188, 0.1539 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2107.000, 1481.943, 0.6642, 0.2013 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2106.792, 1481.846, 0.6641, 0.2013 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2158.798, 1791.045, 0.7098, 0.2210 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2158.636, 1790.585, 0.7098, 0.2208 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2702.608, -1918.393, 0.9318, -0.2856 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2702.173, -1918.608, 0.9314, -0.2858 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2604.286, -1461.454, 0.8061, -0.1778 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2604.282, -1461.457, 0.8062, -0.1778 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2539.960, -1122.158, 0.7360, -0.1659 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2539.852, -1122.139, 0.7359, -0.1659 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2477.827, -758.190, 0.6794, -0.1215 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2477.834, -758.216, 0.6794, -0.1215 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2438.081, -380.710, 0.6459, -0.0627 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2438.154, -380.698, 0.6459, -0.0627 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2424.706, 1.594, 0.6351, 0.0008 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2424.681, 1.602, 0.6351, 0.0008 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2438.847, 383.423, 0.6467, 0.0640 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2438.848, 383.423, 0.6467, 0.0640 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2479.291, 759.350, 0.6812, 0.1217 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2479.303, 759.370, 0.6812, 0.1217 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2541.746, 1121.494, 0.7388, 0.1642 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2541.990, 1121.760, 0.7390, 0.1643 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2606.416, 1471.281, 0.8157, 0.1806 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2605.798, 1471.633, 0.8153, 0.1806 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2729.838, 1996.469, 0.9577, 0.3562 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2729.576, 1996.330, 0.9573, 0.3561 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3589.051, -1986.475, 1.2347, -0.3623 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3588.542, -1986.247, 1.2343, -0.3622 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3269.450, -1516.360, 1.0395, -0.2360 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3269.532, -1516.261, 1.0396, -0.2359 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3083.142, -1186.257, 0.8966, -0.2095 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3083.348, -1186.135, 0.8968, -0.2095 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2953.628, -803.708, 0.7737, -0.1537 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2953.743, -803.707, 0.7738, -0.1537 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2886.088, -402.157, 0.7168, -0.0771 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2886.053, -402.178, 0.7168, -0.0771 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2865.363, 2.530, 0.7004, 0.0015 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2865.439, 2.519, 0.7004, 0.0015 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2887.741, 406.673, 0.7186, 0.0798 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2887.821, 406.671, 0.7186, 0.0798 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2957.852, 806.180, 0.7786, 0.1552 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2957.926, 806.074, 0.7787, 0.1552 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3090.142, 1186.253, 0.9062, 0.2057 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3089.959, 1186.092, 0.9061, 0.2056 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3305.332, 1497.560, 1.0542, 0.2307 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3304.620, 1497.154, 1.0540, 0.2304 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = 3.125 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3661.965, 2194.222, 1.2551, 0.4720 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3661.234, 2194.133, 1.2549, 0.4720 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -750.000, -0.3000, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1160.192, -1623.387, 0.1973, -0.2034 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1160.502, -1623.542, 0.1972, -0.2034 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -600.000, -0.3000, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1186.668, -1306.457, 0.1713, -0.1675 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1186.758, -1306.445, 0.1712, -0.1675 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -450.000, -0.3000, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1227.314, -967.888, 0.1434, -0.1204 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1227.264, -967.884, 0.1434, -0.1204 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -300.000, -0.3000, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1266.454, -638.681, 0.1197, -0.0770 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1266.496, -638.689, 0.1196, -0.0770 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, -150.000, -0.3000, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1292.164, -317.511, 0.1045, -0.0375 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1292.178, -317.516, 0.1045, -0.0374 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 0.000, -0.3000, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1301.093, 0.082, 0.0993, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1301.091, 0.082, 0.0993, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 150.000, -0.3000, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1291.960, 317.994, 0.1047, 0.0380 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1291.966, 318.003, 0.1047, 0.0380 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 300.000, -0.3000, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1266.166, 640.137, 0.1200, 0.0782 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1266.133, 640.157, 0.1200, 0.0782 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 450.000, -0.3000, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1227.092, 970.574, 0.1440, 0.1225 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1227.089, 970.543, 0.1440, 0.1225 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 600.000, -0.3000, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1186.516, 1305.747, 0.1716, 0.1690 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1186.426, 1305.844, 0.1716, 0.1691 ) -ExtrapolatorTesterSUCCESS Propagating ( -900.000, 750.000, -0.3000, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -1159.924, 1695.688, 0.2046, 0.2428 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -1160.083, 1695.456, 0.2046, 0.2427 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -750.000, -0.2400, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -734.014, -1639.215, 0.2661, -0.2031 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -734.354, -1639.234, 0.2660, -0.2031 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -600.000, -0.2400, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -786.881, -1319.872, 0.2266, -0.1680 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -786.946, -1319.871, 0.2265, -0.1680 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -450.000, -0.2400, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -827.432, -990.016, 0.1980, -0.1267 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -827.471, -990.014, 0.1979, -0.1267 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -300.000, -0.2400, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -858.598, -658.544, 0.1774, -0.0839 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -858.622, -658.543, 0.1774, -0.0839 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, -150.000, -0.2400, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -878.572, -328.652, 0.1647, -0.0416 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -878.594, -328.655, 0.1647, -0.0416 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 0.000, -0.2400, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -885.616, -0.019, 0.1603, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -885.600, -0.021, 0.1603, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 150.000, -0.2400, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -878.725, 328.858, 0.1647, 0.0420 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -878.753, 328.855, 0.1647, 0.0420 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 300.000, -0.2400, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -858.917, 659.455, 0.1774, 0.0847 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -858.889, 659.462, 0.1774, 0.0847 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 450.000, -0.2400, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -828.167, 992.217, 0.1981, 0.1283 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -828.077, 992.208, 0.1981, 0.1283 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 600.000, -0.2400, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -785.824, 1318.451, 0.2278, 0.1690 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -785.805, 1318.497, 0.2278, 0.1690 ) -ExtrapolatorTesterSUCCESS Propagating ( -720.000, 750.000, -0.2400, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -730.871, 1688.825, 0.2726, 0.2323 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -731.196, 1688.980, 0.2725, 0.2325 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -750.000, -0.1800, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -308.094, -1672.806, 0.3375, -0.2099 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -308.207, -1672.842, 0.3375, -0.2100 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -600.000, -0.1800, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -370.585, -1341.355, 0.2909, -0.1722 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -370.500, -1341.337, 0.2909, -0.1722 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -450.000, -0.1800, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -413.787, -1007.773, 0.2597, -0.1310 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -413.826, -1007.771, 0.2597, -0.1310 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -300.000, -0.1800, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -443.965, -672.155, 0.2388, -0.0878 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -443.977, -672.156, 0.2388, -0.0878 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, -150.000, -0.1800, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -462.229, -336.099, 0.2266, -0.0439 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -462.225, -336.102, 0.2266, -0.0439 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 0.000, -0.1800, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -468.563, -0.075, 0.2225, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -468.547, -0.076, 0.2225, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 150.000, -0.1800, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -462.506, 336.128, 0.2265, 0.0442 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -462.502, 336.131, 0.2265, 0.0442 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 300.000, -0.1800, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -444.445, 672.687, 0.2388, 0.0884 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -444.427, 672.694, 0.2388, 0.0884 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 450.000, -0.1800, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -414.619, 1008.634, 0.2598, 0.1319 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -414.916, 1008.681, 0.2596, 0.1320 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 600.000, -0.1800, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -370.036, 1341.404, 0.2919, 0.1737 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -369.872, 1341.038, 0.2920, 0.1736 ) -ExtrapolatorTesterSUCCESS Propagating ( -540.000, 750.000, -0.1800, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -296.468, 1705.915, 0.3462, 0.2325 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -296.260, 1705.805, 0.3463, 0.2325 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -750.000, -0.1200, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 114.841, -1697.833, 0.4084, -0.2132 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 114.640, -1697.849, 0.4082, -0.2132 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -600.000, -0.1200, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 54.850, -1364.174, 0.3606, -0.1770 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 54.784, -1364.152, 0.3606, -0.1770 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -450.000, -0.1200, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 9.352, -1024.859, 0.3268, -0.1349 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 9.338, -1024.860, 0.3268, -0.1349 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -300.000, -0.1200, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -21.671, -683.886, 0.3047, -0.0908 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -21.689, -683.887, 0.3046, -0.0908 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, -150.000, -0.1200, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -39.973, -342.121, 0.2920, -0.0456 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -39.954, -342.127, 0.2920, -0.0456 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 0.000, -0.1200, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -46.219, -0.036, 0.2877, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -46.183, -0.038, 0.2878, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 150.000, -0.1200, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -40.219, 342.175, 0.2919, 0.0458 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -40.232, 342.178, 0.2919, 0.0458 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 300.000, -0.1200, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( -22.044, 684.307, 0.3046, 0.0913 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( -22.021, 684.314, 0.3046, 0.0913 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 450.000, -0.1200, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 9.191, 1025.843, 0.3272, 0.1359 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 9.177, 1025.806, 0.3272, 0.1358 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 600.000, -0.1200, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 57.135, 1364.981, 0.3627, 0.1784 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 57.039, 1364.946, 0.3627, 0.1784 ) -ExtrapolatorTesterSUCCESS Propagating ( -360.000, 750.000, -0.1200, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 104.700, 1704.247, 0.4109, 0.2210 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 104.498, 1704.354, 0.4109, 0.2210 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -750.000, -0.0600, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 558.280, -1727.727, 0.4916, -0.2171 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 558.154, -1727.690, 0.4916, -0.2171 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -600.000, -0.0600, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 490.378, -1386.986, 0.4366, -0.1813 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 490.306, -1386.970, 0.4366, -0.1813 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -450.000, -0.0600, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 441.629, -1041.767, 0.3993, -0.1387 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 441.610, -1041.766, 0.3993, -0.1387 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -300.000, -0.0600, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 408.813, -695.101, 0.3753, -0.0934 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 408.786, -695.103, 0.3752, -0.0934 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, -150.000, -0.0600, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 389.670, -347.675, 0.3616, -0.0469 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 389.680, -347.678, 0.3616, -0.0470 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 0.000, -0.0600, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 383.210, 0.106, 0.3571, 0.0001 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 383.246, 0.103, 0.3571, 0.0001 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 150.000, -0.0600, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 389.527, 347.967, 0.3616, 0.0473 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 389.539, 347.967, 0.3616, 0.0473 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 300.000, -0.0600, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 408.673, 695.634, 0.3754, 0.0940 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 408.669, 695.640, 0.3754, 0.0940 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 450.000, -0.0600, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 441.645, 1042.828, 0.3999, 0.1396 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 441.673, 1042.772, 0.3999, 0.1395 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 600.000, -0.0600, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 490.163, 1394.105, 0.4382, 0.1851 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 490.251, 1394.147, 0.4383, 0.1851 ) -ExtrapolatorTesterSUCCESS Propagating ( -180.000, 750.000, -0.0600, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 570.705, 1702.524, 0.4978, 0.2105 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 570.337, 1702.476, 0.4977, 0.2106 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -750.000, 0.0000, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1010.540, -1761.378, 0.5817, -0.2213 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1010.496, -1761.271, 0.5817, -0.2213 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -600.000, 0.0000, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 936.933, -1410.580, 0.5198, -0.1856 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 936.751, -1410.567, 0.5197, -0.1855 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -450.000, 0.0000, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 883.812, -1058.920, 0.4780, -0.1423 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 883.846, -1058.920, 0.4780, -0.1423 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -300.000, 0.0000, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 848.314, -706.348, 0.4513, -0.0961 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 848.262, -706.353, 0.4513, -0.0961 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, -150.000, 0.0000, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 827.693, -353.165, 0.4362, -0.0483 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 827.724, -353.166, 0.4363, -0.0483 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 0.000, 0.0000, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 820.784, 0.340, 0.4313, 0.0002 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 820.829, 0.338, 0.4313, 0.0002 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 150.000, 0.0000, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 827.675, 353.876, 0.4363, 0.0488 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 827.719, 353.874, 0.4363, 0.0488 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 300.000, 0.0000, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 848.418, 707.155, 0.4516, 0.0967 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 848.425, 707.158, 0.4516, 0.0967 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 450.000, 0.0000, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 884.942, 1059.748, 0.4792, 0.1430 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 884.908, 1059.638, 0.4792, 0.1429 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 600.000, 0.0000, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 945.319, 1412.893, 0.5250, 0.1868 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 945.179, 1412.996, 0.5249, 0.1868 ) -ExtrapolatorTesterSUCCESS Propagating ( 0.000, 750.000, 0.0000, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 985.319, 1770.882, 0.5806, 0.2222 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 985.149, 1770.694, 0.5805, 0.2222 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -750.000, 0.0600, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1485.451, -1805.278, 0.6883, -0.2267 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1485.335, -1805.302, 0.6883, -0.2267 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -600.000, 0.0600, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1395.996, -1434.512, 0.6116, -0.1889 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1395.747, -1434.500, 0.6116, -0.1889 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -450.000, 0.0600, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1337.368, -1076.516, 0.5643, -0.1456 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1337.427, -1076.516, 0.5644, -0.1456 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -300.000, 0.0600, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1298.048, -718.063, 0.5339, -0.0988 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1298.006, -718.058, 0.5339, -0.0988 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, -150.000, 0.0600, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1275.033, -358.935, 0.5165, -0.0498 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1275.077, -358.934, 0.5166, -0.0498 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 0.000, 0.0600, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1267.313, 0.647, 0.5108, 0.0004 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1267.368, 0.644, 0.5108, 0.0004 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 150.000, 0.0600, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1275.146, 360.188, 0.5167, 0.0505 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1275.205, 360.185, 0.5167, 0.0505 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 300.000, 0.0600, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1298.402, 719.217, 0.5344, 0.0995 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1298.330, 719.219, 0.5344, 0.0995 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 450.000, 0.0600, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1338.257, 1077.413, 0.5655, 0.1461 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1338.399, 1077.460, 0.5656, 0.1462 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 600.000, 0.0600, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1398.283, 1441.292, 0.6165, 0.1911 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1398.624, 1441.218, 0.6166, 0.1911 ) -ExtrapolatorTesterSUCCESS Propagating ( 180.000, 750.000, 0.0600, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1517.949, 1803.703, 0.7217, 0.2119 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1518.241, 1803.883, 0.7218, 0.2120 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -750.000, 0.1200, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1964.579, -1830.107, 0.7922, -0.2231 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1964.277, -1830.048, 0.7922, -0.2231 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -600.000, 0.1200, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1870.090, -1458.070, 0.7144, -0.1888 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1869.775, -1458.093, 0.7143, -0.1889 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -450.000, 0.1200, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1805.304, -1094.704, 0.6617, -0.1484 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1805.353, -1094.698, 0.6617, -0.1484 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -300.000, 0.1200, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1759.968, -731.157, 0.6250, -0.1025 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1759.895, -731.150, 0.6249, -0.1025 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, -150.000, 0.1200, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1732.417, -365.712, 0.6029, -0.0522 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1732.469, -365.711, 0.6029, -0.0522 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 0.000, 0.1200, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1723.051, 1.016, 0.5955, 0.0005 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1723.104, 1.012, 0.5955, 0.0005 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 150.000, 0.1200, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1732.681, 367.579, 0.6032, 0.0531 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1732.728, 367.573, 0.6032, 0.0531 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 300.000, 0.1200, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1760.548, 732.591, 0.6257, 0.1031 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1760.484, 732.576, 0.6256, 0.1031 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 450.000, 0.1200, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1806.534, 1095.841, 0.6631, 0.1486 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1806.770, 1095.790, 0.6632, 0.1486 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 600.000, 0.1200, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1879.950, 1468.778, 0.7211, 0.1924 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1880.176, 1468.862, 0.7212, 0.1924 ) -ExtrapolatorTesterSUCCESS Propagating ( 360.000, 750.000, 0.1200, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 1933.297, 1854.666, 0.7661, 0.2311 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 1933.282, 1854.651, 0.7661, 0.2312 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -750.000, 0.1800, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2459.773, -1873.265, 0.9017, -0.2195 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2460.133, -1873.289, 0.9020, -0.2194 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -600.000, 0.1800, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2367.102, -1472.278, 0.8453, -0.1721 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2366.766, -1472.337, 0.8452, -0.1722 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -450.000, 0.1800, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2296.822, -1114.619, 0.7816, -0.1528 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2296.837, -1114.620, 0.7815, -0.1528 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -300.000, 0.1800, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2237.449, -748.982, 0.7273, -0.1111 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2237.368, -749.000, 0.7273, -0.1111 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, -150.000, 0.1800, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2199.245, -375.595, 0.6939, -0.0576 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2199.262, -375.604, 0.6939, -0.0576 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 0.000, 0.1800, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2186.154, 1.483, 0.6828, 0.0007 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2186.210, 1.478, 0.6828, 0.0007 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 150.000, 0.1800, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2199.820, 378.176, 0.6946, 0.0587 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2199.840, 378.182, 0.6946, 0.0587 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 300.000, 0.1800, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2238.516, 750.428, 0.7288, 0.1113 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2238.444, 750.425, 0.7288, 0.1113 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 450.000, 0.1800, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2297.604, 1114.371, 0.7832, 0.1514 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2297.655, 1114.403, 0.7833, 0.1514 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 600.000, 0.1800, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2380.786, 1501.155, 0.8550, 0.1775 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2381.043, 1501.006, 0.8551, 0.1774 ) -ExtrapolatorTesterSUCCESS Propagating ( 540.000, 750.000, 0.1800, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2449.718, 1835.440, 0.8975, 0.2128 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2450.422, 1836.815, 0.8983, 0.2135 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -750.000, 0.2400, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3189.204, -2033.067, 1.4155, -0.3751 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3188.621, -2032.630, 1.4151, -0.3746 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -600.000, 0.2400, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2967.182, -1478.465, 1.1145, -0.1659 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2967.519, -1478.595, 1.1147, -0.1660 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -450.000, 0.2400, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2840.154, -1151.278, 0.9535, -0.1756 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2840.132, -1151.400, 0.9536, -0.1757 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -300.000, 0.2400, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2733.424, -782.569, 0.8418, -0.1347 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2733.389, -782.536, 0.8417, -0.1347 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, -150.000, 0.2400, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2669.728, -393.353, 0.7826, -0.0699 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2669.736, -393.347, 0.7826, -0.0699 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 0.000, 0.2400, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2648.987, 2.215, 0.7645, 0.0012 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2648.998, 2.218, 0.7645, 0.0012 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 150.000, 0.2400, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2671.076, 397.125, 0.7843, 0.0719 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2671.137, 397.117, 0.7843, 0.0719 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 300.000, 0.2400, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2736.324, 784.090, 0.8458, 0.1350 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2736.419, 784.169, 0.8458, 0.1351 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 450.000, 0.2400, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2844.922, 1149.439, 0.9616, 0.1719 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2845.441, 1149.800, 0.9620, 0.1720 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 600.000, 0.2400, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 2968.120, 1493.470, 1.1252, 0.1751 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 2967.911, 1493.535, 1.1251, 0.1751 ) -ExtrapolatorTesterSUCCESS Propagating ( 720.000, 750.000, 0.2400, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3366.921, 2253.197, 1.5805, 0.5692 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3367.739, 2254.550, 1.5811, 0.5701 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -750.000, 0.3000, -0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 4090.682, -2137.649, 1.4029, -0.4463 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 4089.955, -2138.061, 1.4026, -0.4465 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -600.000, 0.3000, -0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3735.019, -1602.081, 1.2805, -0.3010 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3734.787, -1601.974, 1.2805, -0.3010 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -450.000, 0.3000, -0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3461.606, -1255.123, 1.1553, -0.2531 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3462.048, -1255.363, 1.1556, -0.2533 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -300.000, 0.3000, -0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3235.032, -853.468, 0.9497, -0.1916 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3235.050, -853.470, 0.9497, -0.1915 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, -150.000, 0.3000, -0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3126.931, -424.515, 0.8532, -0.0925 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3126.877, -424.596, 0.8531, -0.0926 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 0.000, 0.3000, 0.0000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3095.225, 3.618, 0.8268, 0.0024 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3095.229, 3.601, 0.8268, 0.0024 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 150.000, 0.3000, 0.0500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3129.801, 431.167, 0.8564, 0.0971 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3129.846, 431.174, 0.8564, 0.0971 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 300.000, 0.3000, 0.1000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3242.578, 858.437, 0.9575, 0.1966 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3242.972, 858.406, 0.9578, 0.1966 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 450.000, 0.3000, 0.1500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3476.268, 1259.377, 1.1641, 0.2522 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3476.355, 1259.387, 1.1640, 0.2523 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 600.000, 0.3000, 0.2000 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 3783.707, 1585.045, 1.2838, 0.2989 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 3782.868, 1584.725, 1.2837, 0.2987 ) -ExtrapolatorTesterSUCCESS Propagating ( 900.000, 750.000, 0.3000, 0.2500 ) with q*p = 2.5 GeV from z = 3000 to 7000 -ExtrapolatorTesterSUCCESS ReferenceExtrapolator -> ( 4242.638, 2391.977, 1.4270, 0.5253 ) -ExtrapolatorTesterSUCCESS TrackParametrizedExtrapolator -> ( 4242.058, 2392.827, 1.4264, 0.5257 ) -BrunelInit INFO Evt 1, Run 1, Nr. in job = 1 -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=ghost -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 1 events processed -BrunelInit SUCCESS ================================================================== -FutureEcalClust INFO Built <279> cellular automaton clusters/event with <4> iterations (min,max)=(4,4) on average -RecSummary SUCCESS #WARNINGS = 1 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO MuonID Rates for Downstream Tracks -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuonLoose = 1.0 : 14.286 +- 6.613 -MuonPIDMonitorDown INFO IsMuoLoose MuonProb < 0.9 : 3.571 +- 3.507 -MuonPIDMonitorDown INFO IsMuoLoose DLL > 1.4 : 3.571 +- 3.507 -MuonPIDMonitorDown INFO IsMuonLoose NShared < 1.0 : 3.571 +- 3.507 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuon = 1.0 : 10.714 +- 5.845 -MuonPIDMonitorDown INFO IsMuon MuonProb < 0.9 : 3.571 +- 3.507 -MuonPIDMonitorDown INFO IsMuon DLL > 1.4 : 3.571 +- 3.507 -MuonPIDMonitorDown INFO IsMuon NShared < 1.0 : 3.571 +- 3.507 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 37 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 28 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 4 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 3 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO MuonID Rates for Long Tracks -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuonLoose = 1.0 : 19.355 +- 3.548 -MuonPIDMonitorLong INFO IsMuoLoose MuonProb < 0.9 : 7.258 +- 2.330 -MuonPIDMonitorLong INFO IsMuoLoose DLL > 1.4 : 0.806 +- 0.803 -MuonPIDMonitorLong INFO IsMuonLoose NShared < 1.0 : 4.032 +- 1.767 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuon = 1.0 : 12.903 +- 3.011 -MuonPIDMonitorLong INFO IsMuon MuonProb < 0.9 : 7.258 +- 2.330 -MuonPIDMonitorLong INFO IsMuon DLL > 1.4 : 0.806 +- 0.803 -MuonPIDMonitorLong INFO IsMuon NShared < 1.0 : 2.419 +- 1.380 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 156 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 124 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 24 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 16 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO 0.00 +- 0.00 Velo | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 156.00 +-12.49 Long | 100.0 +- 0.0 | 96.2 +- 1.5 81.4 +- 3.1 82.7 +- 3.0 77.6 +- 3.3 0.0 +- 0.0 0.0 +- 0.0 78.8 +- 3.3 0.0 +- 0.0 -ChargedProtoPMoni INFO 14.00 +- 3.74 Upstream | 100.0 +- 0.0 | 92.9 +- 6.9 0.0 +- 0.0 0.0 +- 0.0 85.7 +- 9.4 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 37.00 +- 6.08 Downstream | 100.0 +- 0.0 | 81.1 +- 6.4 75.7 +- 7.1 78.4 +- 6.8 70.3 +- 7.5 0.0 +- 0.0 0.0 +- 0.0 75.7 +- 7.1 0.0 +- 0.0 -ChargedProtoPMoni INFO 0.00 +- 0.00 Ttrack | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO ==================================================================================================================================================== -GenFSRMerge INFO ========== Merging GenFSR ========== -DstWriter INFO Events output: 1 -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 1 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 8 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 173 | 173.00 | -BremChi22IDFuture INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 323 | 323.00 | 0.0000 | 323.00 | 323.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -BremMatchFuture INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 1 | 27127 | 27127.0 | 0.0000 | 27127.0 | 27127.0 | - | "#chi2" | 9143 |3.965301e+07 | 4337.0 | 2815.1 | 1.0676 | 10000.0 | - | "#good tracks" | 1 | 234 | 234.00 | 0.0000 | 234.00 | 234.00 | - | "#links in table" | 1 | 9143 | 9143.0 | 0.0000 | 9143.0 | 9143.0 | - | "#total calos" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -BremMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/BremMatch" | 1 | 9143 | 9143.0 | 0.0000 | 9143.0 | 9143.0 | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -BremPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 323 | 323.00 | 0.0000 | 323.00 | 323.00 | -BrunelInit.Brun... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 1 | -ChargedProtoPMaker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Track/Best ==> Rec/ProtoP/Charged" | 1 | 207 | 207.00 | 0.0000 | 207.00 | 207.00 | -ClassifyPhotonE... INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Electron Delta(E)" | 184 | 37807.13 | 205.47 | 249.23 | -906.74 | 2244.8 | - | "Electron Delta(X)" | 184 | -95.40528 | -0.51851 | 11.852 | -22.778 | 22.325 | - | "Electron Delta(Y)" | 184 | -235.2756 | -1.2787 | 11.773 | -22.777 | 22.321 | - | "Electron Delta(Z)" | 184 | 12406.68 | 67.428 | 13.939 | 34.862 | 97.376 | - | "Electron corrected energy" | 184 | 1387516 | 7540.8 | 7228.5 | 423.63 | 40294.0 | - | "Photon Delta(E)" | 155 | -1093.365 | -7.0540 | 122.46 | -716.41 | 520.18 | - | "Photon Delta(X)" | 155 | -201.4364 | -1.2996 | 13.517 | -22.778 | 22.325 | - | "Photon Delta(Y)" | 155 | -281.1706 | -1.8140 | 12.873 | -22.781 | 22.221 | - | "Photon Delta(Z)" | 155 | 9216.208 | 59.459 | 12.722 | 32.008 | 96.172 | - | "Photon corrected energy" | 155 | 672732.1 | 4340.2 | 6617.9 | 207.41 | 42739.0 | - | "electronHypos" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | - | "photonHypos" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 63 | 62.90493 | 0.99849 | 0.020303 | 0.96576 | 1.0620 | - | "<alpha> Middle" | 53 | 53.45665 | 1.0086 | 0.020758 | 0.97845 | 1.0580 | - | "<alpha> Outer" | 68 | 67.98995 | 0.99985 | 0.013547 | 0.97720 | 1.0268 | - | "Pileup offset" | 184 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 184 | 184 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 36 | 35.85905 | 0.99608 | 0.017179 | 0.96576 | 1.0512 | - | "<alpha> Middle" | 33 | 33.18631 | 1.0056 | 0.021147 | 0.98122 | 1.0580 | - | "<alpha> Outer" | 86 | 85.74595 | 0.99705 | 0.015923 | 0.97374 | 1.0533 | - | "Pileup offset" | 155 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 155 | 155 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 517 | 517.00 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 1 | 517 | 517.00 | -EcalClusterMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/EcalClusters" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | -EcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 1 | 3041 | 3041.0 | 0.0000 | 3041.0 | 3041.0 | -EcalEFlowMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 1 | 3022 | 3022.0 | 0.0000 | 3022.0 | 3022.0 | -EcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | - | "#total energy" | 238 | 788.8078 | 3.3143 | 3.7843 | -0.0041320 | 20.752 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -EcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | -EcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | -ElectronMatchFu... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 1 | 39717 | 39717.0 | 0.0000 | 39717.0 | 39717.0 | - | "#chi2" | 4075 |1.968687e+07 | 4831.1 | 2877.5 | 1.3376 | 9999.8 | - | "#good tracks" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | - | "#links in table" | 1 | 4075 | 4075.0 | 0.0000 | 4075.0 | 4075.0 | - | "#total calos" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | -ElectronMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ElectronMatch" | 1 | 4075 | 4075.0 | 0.0000 | 4075.0 | 4075.0 | - | "Monitor /Event/Rec/Calo/Electrons" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | -ElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Electrons" | 1 | 184 | 184.00 | 0.0000 | 184.00 | 184.00 | -EtaMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 27 | 27.000 | 0.0000 | 27.000 | 27.000 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 57 | 57.000 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 57 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 57 | 8 | 0.14035 | 0.34735 | 0.0000 | 1.0000 | - | "chisqprobSum" | 57 | 22.41112 | 0.39318 | 0.32257 | 0.0000 | 0.99890 | - | "flipCharge" | 57 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 1 | 57 | 57.000 | 0.0000 | 57.000 | 57.000 | - | "nTracks" | 1 | 57 | 57.000 | 0.0000 | 57.000 | 57.000 | - | "numOutliers" | 57 | 55 | 0.96491 | 0.87789 | 0.0000 | 3.0000 | -FutureClusChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FutureClusterMatch INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 1 | 49493 | 49493.0 | 0.0000 | 49493.0 | 49493.0 | - | "#chi2" | 16909 | 7910632 | 467.84 | 288.77 | 0.0058746 | 999.81 | - | "#good tracks" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | - | "#links in table" | 1 | 16909 | 16909.0 | 0.0000 | 16909.0 | 16909.0 | - | "#total calos" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | -FutureEcalChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -FutureEcalClust INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusterization passes" | 1 | 4 | 4.0000 | 0.0000 | 4.0000 | 4.0000 | - | "# clusters" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | - | "Cluster energy" | 279 | 1718453 | 6159.3 | 7291.5 | 176.60 | 42219.0 | - | "Cluster size" | 279 | 3691 | 13.229 | 3.9799 | 6.0000 | 30.000 | -FutureEcalCovar INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusters" | 279 | -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -FutureEcalCovar... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 12 | 58 | 4.8333 | 1.6750 | 3.0000 | 9.0000 | - | "Corrected Clusters: ET" | 12 | 2826.6 | 235.55 | 253.88 | 70.000 | 938.60 | - | "Corrected Clusters: size ratio" | 12 | 3.9217 | 0.32681 | 0.20820 | 0.0000 | 0.77119 | -FutureEcalShare INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(E)" | 427 | -16058.38 | -37.607 | 925.55 | -7445.8 | 6091.8 | - | "Delta(X)" | 427 | -28.46799 | -0.066670 | 5.2773 | -32.966 | 19.821 | - | "Delta(Y)" | 427 | 62.17308 | 0.14560 | 5.0373 | -24.537 | 23.772 | - | "Delta(Z)" | 427 | 0.00390625 | 9.1481e-06 | 0.00068152 | -0.00097656 | 0.00097656 | - | "negative E clusters (removed)" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -FutureEcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 1 | 0 |( 0.000000 +- 0.000000)% | -FutureHcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 1 | 0 |( 0.000000 +- 0.000000)% | -FutureNeutralPr... INFO Number of counters : 41 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "CaloClusterCode for Photon" | 155 | -1561 | -10.071 | 88.038 | -98.000 | 98.000 | - | "CaloClusterCode for PhotonFromMergedPi0" | 26 | 2142 | 82.385 | 14.446 | 43.000 | 98.000 | - | "CaloClusterCode for Pi0Merged" | 13 | -599 | -46.077 | 77.151 | -97.000 | 95.000 | - | "CaloClusterFrac for Photon" | 137 | 137.174 | 1.0013 | 0.052748 | 0.85374 | 1.2272 | - | "CaloClusterFrac for PhotonFromMergedPi0" | 26 | 13.91204 | 0.53508 | 0.20913 | 0.13079 | 0.92533 | - | "CaloClusterFrac for Pi0Merged" | 13 | 12.91845 | 0.99373 | 0.013249 | 0.95503 | 1.0012 | - | "CaloNeutralE19 for Photon" | 155 | 90.1665 | 0.58172 | 0.18268 | 0.23198 | 1.0762 | - | "CaloNeutralE19 for PhotonFromMergedPi0" | 26 | 18.70591 | 0.71946 | 0.25594 | 0.37462 | 1.6094 | - | "CaloNeutralE19 for Pi0Merged" | 13 | 6.018107 | 0.46293 | 0.12591 | 0.26000 | 0.71674 | - | "CaloNeutralE49 for Photon" | 155 | 136.2401 | 0.87897 | 0.097125 | 0.62684 | 1.1244 | - | "CaloNeutralE49 for PhotonFromMergedPi0" | 26 | 23.7473 | 0.91336 | 0.057579 | 0.78189 | 1.0000 | - | "CaloNeutralE49 for Pi0Merged" | 13 | 10.99077 | 0.84544 | 0.072269 | 0.72965 | 0.97754 | - | "CaloNeutralEcal for Photon" | 155 | 673825.5 | 4347.3 | 6635.9 | 212.32 | 42219.0 | - | "CaloNeutralEcal for PhotonFromMergedPi0" | 26 | 189984.2 | 7307.1 | 4032.8 | 1115.5 | 15138.0 | - | "CaloNeutralEcal for Pi0Merged" | 13 | 186603.4 | 14354.0 | 6437.0 | 5630.1 | 28444.0 | - | "CaloNeutralHcal2Ecal for Photon" | 155 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for PhotonFromMergedPi0" | 26 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for Pi0Merged" | 13 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralID for Photon" | 155 | 5816804 | 37528.0 | 3598.0 | 33174.0 | 44136.0 | - | "CaloNeutralID for PhotonFromMergedPi0" | 26 | 961969 | 36999.0 | 2291.2 | 33496.0 | 39711.0 | - | "CaloNeutralID for Pi0Merged" | 13 | 481047 | 37004.0 | 2289.9 | 33497.0 | 39710.0 | - | "CaloTrMatch for Photon" | 152 | 13095.67 | 86.156 | 129.56 | 4.0766 | 978.67 | - | "CaloTrMatch for PhotonFromMergedPi0" | 26 | 36.65961 | 1.4100 | 3.2765 | 0.015890 | 12.668 | - | "CaloTrMatch for Pi0Merged" | 13 | 18.32981 | 1.4100 | 3.2765 | 0.015890 | 12.668 | - | "ClusterAsX for Photon" | 155 | -3.198605 | -0.020636 | 0.20047 | -0.69821 | 0.48860 | - | "ClusterAsX for PhotonFromMergedPi0" | 26 | 0.7726665 | 0.029718 | 0.26126 | -0.67383 | 0.82838 | - | "ClusterAsY for Photon" | 155 |-0.03402244 |-0.00021950 | 0.20568 | -0.60684 | 0.49713 | - | "ClusterAsY for PhotonFromMergedPi0" | 26 | 2.31574 | 0.089067 | 0.19743 | -0.24475 | 0.50290 | - | "IsNotH for Photon" | 155 | 47.18513 | 0.30442 | 0.35159 | -1.0000 | 0.97760 | - | "IsNotH for Pi0Merged" | 13 | 2.642954 | 0.20330 | 0.22723 | 0.0041233 | 0.90162 | - | "IsPhoton for Photon" | 155 | 155 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | - | "IsPhoton for Pi0Merged" | 13 | 10.1345 | 0.77958 | 0.40299 | 0.0069255 | 1.0000 | - | "IsPhotonXGB for Photon" | 155 | 155 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | - | "IsPhotonXGB for Pi0Merged" | 13 | 11.38954 | 0.87612 | 0.23363 | 0.31061 | 1.0000 | - | "Neutral Protos" | 1 | 194 | 194.00 | 0.0000 | 194.00 | 194.00 | - | "Neutral Protos from MergedPi0s" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - | "Neutral Protos from Photons" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | - | "Neutral Protos from SplitPhotons" | 1 | 26 | 26.000 | 0.0000 | 26.000 | 26.000 | - | "ShowerShape for Photon" | 155 | 872688 | 5630.2 | 4524.0 | 379.60 | 24186.0 | - | "ShowerShape for PhotonFromMergedPi0" | 26 | 101456.4 | 3902.2 | 3003.3 | 890.36 | 12223.0 | - | "ShowerShape for Pi0Merged" | 13 | 99296.48 | 7638.2 | 5356.4 | 2021.0 | 18380.0 | -HcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Hcal/Digits" | 1 | 570 | 570.00 | 0.0000 | 570.00 | 570.00 | -HcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | - | "#total energy" | 228 | 2131.171 | 9.3472 | 13.894 | 0.0000 | 82.237 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -HcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | -HcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | -InBREMFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 360 | 360.00 | 0.0000 | 360.00 | 360.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#tracks in acceptance" | 1 | 260 | 260.00 | 0.0000 | 260.00 | 260.00 | -InECALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#tracks in acceptance" | 1 | 238 | 238.00 | 0.0000 | 238.00 | 238.00 | -InHCALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 1 | 290 | 290.00 | 0.0000 | 290.00 | 290.00 | - | "#total tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#tracks in acceptance" | 1 | 228 | 228.00 | 0.0000 | 228.00 | 228.00 | -MergedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/MergedPi0s" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | -MergedPi0RecFuture INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Cluster without 2nd seed found" | 13 | 0 |( 0.000000 +- 0.000000)% | - | "Corrected energy" | 26 | 189816.3 | 7300.6 | 4030.6 | 1108.7 | 14888.0 | - |*"Fails to set covariance" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to set spread" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (1)" | 13 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (2)" | 13 | 0 |( 0.000000 +- 0.000000)% | - | "Photon Delta(E)" | 26 | -167.9192 | -6.4584 | 146.10 | -249.63 | 535.95 | - | "Photon Delta(X)" | 26 | 38.95008 | 1.4981 | 14.170 | -31.566 | 22.308 | - | "Photon Delta(Y)" | 26 | 16.64524 | 0.64020 | 11.881 | -19.229 | 22.104 | - | "Photon Delta(Z)" | 26 | 2022.394 | 77.784 | 8.2541 | 55.228 | 89.502 | - | "clusters => mergedPi0s" | 1 | 13 | 13.000 | - | "clusters => splitClusters" | 1 | 26 | 26.000 | -MergedPi0RecFut... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Middle" | 14 | 14.00333 | 1.0002 | 0.016155 | 0.98350 | 1.0418 | - | "<alpha> Outer" | 12 | 12.0487 | 1.0041 | 0.028555 | 0.98009 | 1.0669 | - | "Pileup offset" | 26 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 26 | 26 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -MergedPi0RecFut... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 4 | 22 | 5.5000 | 0.86603 | 4.0000 | 6.0000 | - | "Corrected Clusters: ET" | 4 | 3493.8 | 873.45 | 471.14 | 179.20 | 1406.0 | - | "Corrected Clusters: size ratio" | 4 | 2.237039 | 0.55926 | 0.52662 | 0.18007 | 1.4652 | -MuonIDAlgLite INFO Number of counters : 9 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "muonMVA2Stat" | 19 | -19.7092 | -1.0373 | 0.52008 | -2.0478 | -0.061268 | - | "nGoodOffline" | 193 | - | "nInAcceptance" | 155 | - | "nIsMuon" | 19 | - | "nIsMuonLoose" | 28 | - | "nIsMuonTight" | 11 | - | "nMomentumCut" | 164 | - | "nMuonPIDs" | 155 | - | "nPreSelTrack" | 152 | -MuonProcStatus INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "readoutStatus : create a procStatus" | 1 | -MuonROFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Accepted events" | 1 | 1 |( 100.0000 +- 0.000000)% | -MuonTrackFitter INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 28 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 19 | 8 | 0.42105 | 0.49373 | 0.0000 | 1.0000 | - | "chisqprobSum" | 19 | 5.329152 | 0.28048 | 0.34771 | 0.0000 | 0.87241 | - | "flipCharge" | 28 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 1 | 28 | 28.000 | 0.0000 | 28.000 | 28.000 | - | "nTracks" | 1 | 28 | 28.000 | 0.0000 | 28.000 | 28.000 | - | "numOutliers" | 28 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -PackMuonPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -PackMuonTracks INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 1 | 28 | 28.000 | 0.0000 | 28.000 | 28.000 | -PackRichPIDs INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 1 | 193 | 193.00 | 0.0000 | 193.00 | 193.00 | -PackTrack INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 1 | 5 | 5.0000 | -PhotonMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Clusters" | 1 | 279 | 279.00 | 0.0000 | 279.00 | 279.00 | - | "RelationsTable" | 1 | 16909 | 16909.0 | 0.0000 | 16909.0 | 16909.0 | -PhotonMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 155 | 155.00 | 0.0000 | 155.00 | 155.00 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 1 | 304 | 304.00 | - | "Created long tracks" | 1 | 173 | 173.00 | - | "Input tracks" | 1 | 314 | 314.00 | - | "Number of candidate bins per track" | 304 | 13952 | 45.895 | 17.905 | 0.0000 | 82.000 | - | "Number of complete candidates/track 1st Loop" | 303 | 192 | 0.63366 | 0.76287 | 0.0000 | 4.0000 | - | "Number of complete candidates/track 2nd Loop" | 188 | 24 | 0.12766 | 0.36420 | 0.0000 | 2.0000 | - | "Number of x candidates per track 1st Loop" | 303 | 1320 | 4.3564 | 2.9882 | - | "Number of x candidates per track 2nd Loop" | 188 | 3330 | 17.713 | 9.0114 | - | "Percentage second loop execution" | 303 | 188 | 0.62046 | - | "Removed duplicates" | 1 | 12 | 12.000 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 144 | 581 | 4.0347 | - | "#tracks with hits added" | 144 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 1 | 84 | 84.000 | - | "Created long tracks" | 1 | 57 | 57.000 | - | "Input tracks" | 1 | 84 | 84.000 | - | "Number of candidate bins per track" | 84 | 2384 | 28.381 | 14.411 | 1.0000 | 59.000 | - | "Number of complete candidates/track 1st Loop" | 84 | 56 | 0.66667 | 0.49602 | 0.0000 | 2.0000 | - | "Number of complete candidates/track 2nd Loop" | 37 | 2 | 0.054054 | 0.22612 | 0.0000 | 1.0000 | - | "Number of x candidates per track 1st Loop" | 84 | 253 | 3.0119 | 2.2964 | - | "Number of x candidates per track 2nd Loop" | 37 | 484 | 13.081 | 7.3462 | - | "Percentage second loop execution" | 84 | 37 | 0.44048 | - | "Removed duplicates" | 1 | 1 | 1.0000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 1 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 1 | 176 | 176.00 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 657 | 4009.968 | 6.1035 | - | "#MatchingTracks" | 1 | 169 | 169.00 | - | "TracksMLP" | 657 | 168.5011 | 0.25647 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 145 | 579 | 3.9931 | - | "#tracks with hits added" | 145 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 1 | 180 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 1 | 180 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 1 | 314 | 314.00 | - | "#tracks" | 1 | 84 | 84.000 | -PrepareMuonHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Impossible MuonTileID" | 278 | 0 |( 0.000000 +- 0.000000)% | -ProtoElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/ProtoP/Charged" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -ResolvedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 1 | 20 | 20.000 | 0.0000 | 20.000 | 20.000 | -RichDLLsDown INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 1 | 30 | 30.000 | 0.0000 | 30.000 | 30.000 | - |*"Used RICH1 and RICH2" | 30 | 9 |( 30.00000 +- 8.366600)% | - |*"Used RICH1 only" | 30 | 17 |( 56.66667 +- 9.047201)% | - |*"Used RICH2 only" | 30 | 4 |( 13.33333 +- 6.206329)% | -RichDLLsLong INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 1 | 150 | 150.00 | 0.0000 | 150.00 | 150.00 | - |*"Used RICH1 and RICH2" | 150 | 60 |( 40.00000 +- 4.000000)% | - |*"Used RICH1 only" | 150 | 70 |( 46.66667 +- 4.073401)% | - |*"Used RICH2 only" | 150 | 20 |( 13.33333 +- 2.775555)% | -RichDLLsUp INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - |*"Used RICH1 and RICH2" | 13 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 13 | 13 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 13 | 0 |( 0.000000 +- 0.000000)% | -RichRecoStatsDown INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 1 | 6580 | 6580.0 | 0.0000 | 6580.0 | 6580.0 | - | "# Rich1Gas Segments" | 1 | 26 | 26.000 | 0.0000 | 26.000 | 26.000 | - | "# Rich2Gas Photons" | 1 | 679 | 679.00 | 0.0000 | 679.00 | 679.00 | - | "# Rich2Gas Segments" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - | "# Selected Tracks" | 1 | 30 | 30.000 | 0.0000 | 30.000 | 30.000 | - |*"RICH selection efficiency" | 37 | 30 |( 81.08108 +- 6.438832)% | -RichRecoStatsLong INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 1 | 31232 | 31232.0 | 0.0000 | 31232.0 | 31232.0 | - | "# Rich1Gas Segments" | 1 | 130 | 130.00 | 0.0000 | 130.00 | 130.00 | - | "# Rich2Gas Photons" | 1 | 6239 | 6239.0 | 0.0000 | 6239.0 | 6239.0 | - | "# Rich2Gas Segments" | 1 | 80 | 80.000 | 0.0000 | 80.000 | 80.000 | - | "# Selected Tracks" | 1 | 150 | 150.00 | 0.0000 | 150.00 | 150.00 | - |*"RICH selection efficiency" | 156 | 150 |( 96.15385 +- 1.539694)% | -RichRecoStatsUp INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 1 | 5535 | 5535.0 | 0.0000 | 5535.0 | 5535.0 | - | "# Rich1Gas Segments" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - | "# Rich2Gas Photons" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 1 | 13 | 13.000 | 0.0000 | 13.000 | 13.000 | - |*"RICH selection efficiency" | 14 | 13 |( 92.85714 +- 6.883029)% | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 1 | 258 | 258.00 | -TrackBestTrackC... INFO Number of counters : 33 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 778 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 66 | 35 |( 53.03030 +- 6.143261)% | - | "Downstream.chisqProbSum" | 66 | 8.902939 | 0.13489 | - |*"Downstream.flipCharge" | 66 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 66 | 65993.4 | 999.90 | - | "Downstream.numOutliers" | 66 | 68 | 1.0303 | - |*"FitFailed" | 778 | 0 |( 0.000000 +- 0.000000)% | - | "FittedBefore" | 51 | - |*"Long.badChisq" | 186 | 107 |( 57.52688 +- 3.624399)% | - | "Long.chisqProbSum" | 186 | 24.5878 | 0.13219 | - |*"Long.flipCharge" | 186 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 186 | 185981.4 | 999.90 | - | "Long.numOutliers" | 186 | 287 | 1.5430 | - |*"Ttrack.badChisq" | 97 | 4 |( 4.123711 +- 2.018896)% | - | "Ttrack.chisqProbSum" | 97 | 28.43159 | 0.29311 | - |*"Ttrack.flipCharge" | 97 | 7 |( 7.216495 +- 2.627318)% | - | "Ttrack.ghostProbability" | 97 | 96990.3 | 999.90 | - | "Ttrack.numOutliers" | 97 | 55 | 0.56701 | - |*"Upstream.badChisq" | 22 | 8 |( 36.36364 +- 10.25593)% | - | "Upstream.chisqProbSum" | 22 | 6.378182 | 0.28992 | - |*"Upstream.flipCharge" | 22 | 1 |( 4.545455 +- 4.440947)% | - | "Upstream.ghostProbability" | 22 | 21997.8 | 999.90 | - | "Upstream.numOutliers" | 22 | 30 | 1.3636 | - |*"Velo.badChisq" | 153 | 38 |( 24.83660 +- 3.493040)% | - | "Velo.chisqProbSum" | 153 | 57.26557 | 0.37428 | - |*"Velo.flipCharge" | 153 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 153 | 152984.7 | 999.90 | - | "Velo.numOutliers" | 153 | 178 | 1.1634 | - |*"VeloBackward.badChisq" | 203 | 8 |( 3.940887 +- 1.365583)% | - | "VeloBackward.chisqProbSum" | 203 | 97.83693 | 0.48196 | - |*"VeloBackward.flipCharge" | 203 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 203 | 202979.7 | 999.90 | - | "VeloBackward.numOutliers" | 203 | 72 | 0.35468 | -TrackDiMuonMonitor INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "numcombinations" | 1 | 132 | 132.00 | - | "numnegtracks" | 1 | 6 | 6.0000 | - | "numpostracks" | 1 | 22 | 22.000 | - | "numselected" | 1 | 0 | 0.0000 | -TrackMonitor INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream" | 1 | 37 | 37.000 | 0.0000 | 37.000 | 37.000 | - | "#Long" | 1 | 156 | 156.00 | 0.0000 | 156.00 | 156.00 | - | "#Tracks" | 1 | 660 | 660.00 | 0.0000 | 660.00 | 660.00 | - | "#Ttrack" | 1 | 97 | 97.000 | 0.0000 | 97.000 | 97.000 | - | "#Upstream" | 1 | 14 | 14.000 | 0.0000 | 14.000 | 14.000 | - | "#Velo" | 1 | 153 | 153.00 | 0.0000 | 153.00 | 153.00 | - | "#VeloBackward" | 1 | 203 | 203.00 | 0.0000 | 203.00 | 203.00 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 176 | 176.00 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 169 | 169.00 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 1 | 4160 | 4160.0 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 1 | 4160 | 4160.0 | - | "Nb of Produced Tracks" | 1 | 517 | 517.00 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 1 | 84 | 84.000 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 1 | 137 | 0 | 0 | 0 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 1 | 1261 | 0 | 0 | 0 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 1 | 6056 | 0 | 0 | 0 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 1261 | 4.8025 | 5.8975 | 2.025 | 3.9377 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 1 | 0 | 0 | 0 | 0 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 1 | 1120 | 0 | 0 | 0 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 1 | 3736 | 0 | 0 | 0 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 1120 | 3.3357 | 3.3885 | 4.0885 | 27.13 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 4020 | 1.5065 | 1.4564 | 6.7458 | 90.08 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 2924 | 1.2777 | 1.2727 | 10.668 | 150.07 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 7 | 1.649 | 0.64793 | 0.37207 | -1.1246 | - | All/Rejected/CloneDist | "Track Clone Distance" | 7 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 7 | 0.16034 | 0.089344 | -0.0064151 | -1.1417 | - | All/Rejected/P | "Track Momentum" | 7 | 4668.7 | 1194.5 | 1.3543 | 2.2357 | - | All/Rejected/Pt | "Track Transverse Momentum" | 7 | 104.89 | 40.606 | 5.0655 | 14.632 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 30 | 1.5992 | 0.67684 | 0.24471 | -1.3318 | - | All/Selected/CloneDist | "Track Clone Distance" | 30 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 30 | 0.074294 | 0.10052 | 1.5836 | 1.4828 | - | All/Selected/P | "Track Momentum" | 30 | 8572.6 | 9067.5 | 2.4785 | 5.6062 | - | All/Selected/Pt | "Track Transverse Momentum" | 30 | 550.8 | 607.66 | 2.0404 | 3.5817 | - | nRichTracks | "# Rich Tracks / Event" | 1 | 30 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 1 | 37 | 0 | 0 | 0 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 3805 | 0.00050977 | 0.002474 | -0.12594 | -0.80509 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 764 |-0.00057625 | 0.0021044 | -0.34624 | -0.68865 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 6578 | 0.00069193 | 0.0024649 | -0.17396 | -0.8418 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 887 |-0.00040391 | 0.0020935 | -0.37294 | -0.58793 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 6578 | 3.1282 | 1.7894 | 0.028523 | -1.176 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 6578 | 0.045521 | 0.0082314 | -1.2941 | 1.0569 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 2773 | 0.00098191 | 0.0024223 | -0.24691 | -0.89262 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 123 | 0.00067084 | 0.0016603 | -0.098065 | -0.99556 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 255 |-9.0007e-05 | 0.0013503 | 0.095035 | -1.0535 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 64 | 3.8958e-05 | 0.0010769 | -0.37977 | -0.70253 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 424 | 0.00035877 | 0.0012482 | -0.19091 | -1.0188 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 388 | 0.00037413 | 0.0012467 | -0.19622 | -1.0405 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 679 | 0.00021414 | 0.001299 | -0.11937 | -1.0444 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 452 | 0.00034345 | 0.001236 | -0.18989 | -1.0022 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 679 | 2.9415 | 1.7792 | 0.22093 | -1.0757 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 679 | 0.026901 | 0.0043008 | -1.4484 | 1.4746 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 764 |-0.00057625 | 0.0021044 | -0.34624 | -0.68865 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 764 |-0.00057625 | 0.0021044 | -0.34624 | -0.68865 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 887 |-0.00040391 | 0.0020935 | -0.37294 | -0.58793 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 887 |-0.00040391 | 0.0020935 | -0.37294 | -0.58793 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 887 | 3.1927 | 1.8628 | -0.017338 | -1.3037 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 887 | 0.046401 | 0.008137 | -2.3214 | 5.7391 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 123 | 0.00067084 | 0.0016603 | -0.098065 | -0.99556 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 123 | 0.00067084 | 0.0016603 | -0.098065 | -0.99556 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 64 | 3.8958e-05 | 0.0010769 | -0.37977 | -0.70253 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 64 | 3.8958e-05 | 0.0010769 | -0.37977 | -0.70253 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 287 | 0.00018818 | 0.0012306 | -0.03031 | -0.96921 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 287 | 0.00018818 | 0.0012306 | -0.03031 | -0.96921 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 351 | 0.00016899 | 0.001213 | -0.052064 | -0.92032 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 351 | 0.00016899 | 0.001213 | -0.052064 | -0.92032 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 351 | 2.8188 | 1.906 | 0.30687 | -1.1719 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 351 | 0.026099 | 0.0052957 | -1.1239 | -0.16951 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 92.119 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 26 | 607.21 | 12.87 | 1.615 | 2.1052 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 6 | 267.44 | 212.61 | 0.058885 | -1.5696 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 24 | 469.41 | 131.7 | -0.98165 | -0.13787 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 21 | 436.44 | 146.28 | -0.60132 | -1.13 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 2 | 255.24 | 221.59 | 0.010206 | -2.0284 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 35 | 405.52 | 49.282 | -0.56837 | 0.040773 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 3 | 206.22 | 94.282 | -0.62918 | -1.5973 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 27 | 249.66 | 97.082 | -0.81893 | -0.30743 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 21 | 228.73 | 99.161 | -0.72939 | -0.3142 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 2 | 125.31 | 12.299 | 0.63601 | -1.8176 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 7.3758 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 26 | 55.779 | 1.1823 | 1.31 | 1.188 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 28.862 | 18.123 | -0.26477 | -1.3398 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 24 | 42.827 | 12.38 | -0.96922 | -0.15306 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 21 | 39.73 | 13.747 | -0.61259 | -1.0966 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 2 | 22.706 | 20.824 | 0.013515 | -2.0045 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 13 | 34.626 | 2.9181 | -0.7905 | -0.46244 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 3 | 19.243 | 9.1174 | -0.77119 | -1.325 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 12 | 29.816 | 3.1252 | -0.38929 | -0.77322 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 11 | 27.432 | 4.1197 | -0.013193 | -1.6088 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 2 | 11.465 | 1.1691 | -0.72799 | -1.5626 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 5.1631 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 26 | 36.531 | 1.9898 | 0.044774 | 0.48301 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 19.488 | 12.226 | -0.0044527 | -1.2047 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 24 | 28.131 | 8.6203 | -0.83604 | -0.51488 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 21 | 26.377 | 9.1983 | -0.60716 | -1.0508 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 2 | 14.735 | 13.559 | 0.014389 | -1.9878 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 13 | 16.342 | 7.2467 | -0.1418 | -1.1356 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 3 | 12.762 | 6.267 | -0.78184 | -1.2767 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 12 | 15.573 | 6.8512 | -0.34751 | -1.2829 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 11 | 15.593 | 6.2835 | -0.35611 | -1.4421 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 2 | 7.5672 | 1.3161 | 0.11052 | -0.81033 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 1 | 0.7 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 26 | 0.65523 | 0.038332 | -0.40916 | 0.88871 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 5 | 0.69591 | 0.051112 | -0.017362 | -1.4622 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 24 | 0.65489 | 0.05166 | -0.58649 | -0.57369 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 21 | 0.66455 | 0.053466 | -0.34658 | -0.90886 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 2 | 0.6375 | 0.0125 | 0.87199 | -0.57922 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 13 | 0.48135 | 0.2177 | -0.39559 | -1.3141 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 3 | 0.6553 | 0.059652 | 0.55136 | -1.7472 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 12 | 0.5107 | 0.19917 | -0.46833 | -1.2918 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 11 | 0.55269 | 0.1753 | -0.70985 | -0.89534 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 2 | 0.65513 | 0.047991 | -0.009088 | -1.8217 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 40 | 9.77e-15 | 0.029232 | -48.039 | 2188.2 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 2424 |-4.1331e-15 | 0.34033 | -0.1991 | 1.2846 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 320 | 8.36e-15 | 0.20326 | -0.10121 | 0.5149 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 1920 | 3.0938e-15 | 0.30714 | -0.3181 | 2.3235 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 1656 |-3.8616e-16 | 0.30264 | -0.39456 | 3.0008 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 104 | 1.7832e-14 | 0.14525 |-6.6296e-13 | 0.59504 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 2584 | 0.40148 | 19.992 | 0.017131 | 0.78222 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 224 | 5.2022e-15 | 5.5808 | 1.1263 | 2.0347 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 1680 | -0.38472 | 18.921 | -0.041099 | 1.1097 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 1304 | 0.34764 | 15.973 | 0.1338 | 2.5936 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 120 | 2.0132e-15 | 0.94184 | -0.0024936 | -0.16713 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 10 | -1.4233 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 10 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 10 | 1090.4 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 28 | -1.4394 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 28 | -4.7765 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 28 | 2184.7 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 6056 | 0.14719 | 0.10353 | 0.17164 | -1.2948 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 3736 | 0.066868 | 0.054889 | 2.1184 | 4.8292 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 30 | 2.4373 | 10.887 | 1.1171 | 0.62019 | - | deuteron/dll | "deuteron DLL" | 30 | 2.4037 | 10.82 | 1.1109 | 0.62803 | - | electron/dll | "electron DLL" | 30 | -3.2128 | 9.651 | -0.29788 | -0.22519 | - | kaon/dll | "kaon DLL" | 30 | 2.3519 | 10.881 | 1.0565 | 0.9987 | - | muon/dll | "muon DLL" | 30 | -2.8545 | 5.7048 | -0.95813 | 1.1274 | - | pion/dll | "pion DLL" | 30 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 30 | 2.6468 | 11.614 | 1.2031 | 0.79137 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 6 | 1.6169 | 0.55858 | 0.068127 | -0.94646 | - | All/Rejected/CloneDist | "Track Clone Distance" | 6 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 6 | 0.058382 | 0.027026 | 0.97766 | -0.94196 | - | All/Rejected/P | "Track Momentum" | 6 | 4804.6 | 1158.2 | 1.011 | 3.2673 | - | All/Rejected/Pt | "Track Transverse Momentum" | 6 | 81.763 | 23.584 |-0.00041796 | -3 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 150 | 1.3484 | 0.53045 | 0.93652 | 0.59411 | - | All/Selected/CloneDist | "Track Clone Distance" | 150 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 150 | 0.048811 | 0.082948 | 2.2942 | 4.9013 | - | All/Selected/P | "Track Momentum" | 150 | 9949.8 | 8955 | 1.8187 | 2.9529 | - | All/Selected/Pt | "Track Transverse Momentum" | 150 | 557.14 | 662.53 | 4.6039 | 28.825 | - | nRichTracks | "# Rich Tracks / Event" | 1 | 150 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 1 | 156 | 0 | 0 | 0 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 16430 | 0.000646 | 0.0022706 | 0.0077211 | -0.89121 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 3476 | 0.00015664 | 0.0019691 | -0.13382 | -0.61006 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 31044 | 0.00058193 | 0.0022893 | -0.026386 | -0.82966 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 8867 | 3.0919e-05 | 0.0020766 | -0.19668 | -0.60541 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 31044 | 3.129 | 1.7905 | 0.014002 | -1.1751 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 31044 | 0.045514 | 0.008551 | -1.3628 | 1.243 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 14614 | 0.00050784 | 0.0023085 | -0.060843 | -0.7762 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 5391 | -5.288e-05 | 0.0021411 | -0.21162 | -0.64642 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 2302 | 9.4314e-05 | 0.0013547 | -0.0007634 | -1.0895 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 1858 | 0.00012063 | 0.0013476 | 0.0038274 | -1.0879 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 3937 | 0.00010724 | 0.0012916 | -0.0060583 | -0.95889 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 3441 | 0.00011 | 0.0012878 | -0.0085702 | -0.95237 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 6239 | 0.00010257 | 0.0013148 | -0.0046284 | -1.0076 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 5299 | 0.00011371 | 0.001309 | -0.0033393 | -1.0015 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 6239 | 3.1872 | 1.8027 | -0.030206 | -1.2166 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 6239 | 0.026841 | 0.0043651 | -1.3068 | 0.99547 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 2457 |-7.0332e-05 | 0.0019436 | -0.19034 | -0.60145 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 2457 |-7.0332e-05 | 0.0019436 | -0.19034 | -0.60145 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 6157 |-0.00020782 | 0.0020861 | -0.24558 | -0.63571 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 6157 |-0.00020782 | 0.0020861 | -0.24558 | -0.63571 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 6157 | 3.1993 | 1.8218 | -0.051373 | -1.2091 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 6157 | 0.045127 | 0.0090065 | -1.3053 | 0.88911 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 3700 |-0.00030334 | 0.0021745 | -0.24674 | -0.71402 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 3700 |-0.00030334 | 0.0021745 | -0.24674 | -0.71402 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 712 | 0.00015012 | 0.0012811 | 0.022866 | -1.0857 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 712 | 0.00015012 | 0.0012811 | 0.022866 | -1.0857 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1236 | 0.00013277 | 0.0012562 | -0.0034233 | -0.91015 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1236 | 0.00013277 | 0.0012562 | -0.0034233 | -0.91015 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 1948 | 0.00013932 | 0.0012657 | 0.0072412 | -0.97848 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 1948 | 0.00013932 | 0.0012657 | 0.0072412 | -0.97848 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 1948 | 3.2561 | 1.7721 | -0.078626 | -1.1699 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 1948 | 0.026626 | 0.0048797 | -1.3228 | 0.71952 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 5 | 276.74 | 231.82 | 0.23194 | -1.7357 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 130 | 607.86 | 13.526 | 1.287 | 1.187 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 37 | 343.71 | 167.87 | -0.19437 | -1.1383 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 126 | 488.99 | 125.71 | -1.4531 | 1.3838 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 117 | 444.09 | 161.05 | -1.1895 | 0.33881 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 14 | 310.2 | 183.61 | 0.0036192 | -1.2129 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 258.98 | 2.7119 | 0.052447 | -2.9804 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 149 | 392.97 | 48.964 | 0.3242 | -1.0152 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 29 | 180.52 | 95.188 | -0.21389 | -1.066 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 123 | 274.17 | 89.295 | -1.3592 | 1.057 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 106 | 252.08 | 93.584 | -0.98753 | 0.0154 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 10 | 154.96 | 84.862 | 1.2634 | 0.066238 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 4 | 31.18 | 19.64 | -0.070005 | -1.9405 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 130 | 55.838 | 1.2425 | 1.2548 | 1.0759 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 36 | 31.917 | 15.043 | -0.15541 | -1.1951 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 126 | 44.667 | 11.821 | -1.4452 | 1.3399 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 117 | 40.455 | 15.128 | -1.1842 | 0.32067 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 30.082 | 15.89 | 0.049 | -1.2754 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 24.331 | 0.25833 | 0.01878 | -2.995 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 80 | 34.054 | 1.9524 | 0.20673 | -0.63448 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 29 | 16.755 | 9.19 | -0.19947 | -1.0278 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 74 | 30.25 | 3.1915 | -1.0859 | 1.5744 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 74 | 27.479 | 5.6107 | -1.3673 | 1.4296 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 10 | 14.311 | 8.1748 | 1.202 | -0.093829 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 4 | 19.329 | 12.784 | -0.062849 | -1.8476 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 130 | 37.109 | 2.6283 | 0.12293 | 0.34579 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 36 | 21.093 | 10.223 | -0.074187 | -1.1285 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 126 | 29.493 | 8.3236 | -1.1066 | 0.72291 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 117 | 26.895 | 10.237 | -1.0454 | 0.22264 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 19.326 | 10.769 | 0.045436 | -1.5275 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 16.116 | 0.133 | -24.395 | 120.9 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 80 | 18.35 | 5.9112 | -0.87572 | -0.21422 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 29 | 11.353 | 6.109 | -0.25975 | -0.99805 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 74 | 17.805 | 5.447 | -0.90994 | -0.33275 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 74 | 16.438 | 6.0538 | -0.9047 | -0.24313 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 10 | 9.5165 | 4.9858 | 1.3003 | 0.34022 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 4 | 0.59213 | 0.055378 | -0.73525 | -1.2525 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 130 | 0.66458 | 0.044575 | -0.023347 | -0.32924 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 36 | 0.65508 | 0.0784 | -1.1031 | 0.95146 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 126 | 0.65968 | 0.054548 | -0.24694 | 0.55574 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 117 | 0.66606 | 0.052606 | 0.12626 | 0.35666 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 13 | 0.6461 | 0.10488 | -1.4091 | 2.852 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 2 | 0.6625 | 0.0125 | 0.392 | -2.4352 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 80 | 0.54457 | 0.18495 | -0.82402 | -0.52769 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 29 | 0.68676 | 0.046941 | -0.21111 | -0.77341 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 74 | 0.58096 | 0.15707 | -0.85013 | -0.61108 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 74 | 0.57666 | 0.16266 | -0.98524 | -0.11361 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 10 | 0.67785 | 0.037828 | -0.51869 | 0.016166 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 272 |-2.6123e-17 | 0.15721 | -0.22711 | -0.38035 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 12024 | 5.2487e-15 | 0.30235 | -0.4794 | 1.5959 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2520 |-4.2196e-15 | 0.16893 | -0.37934 | 0.96094 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10264 | 2.9709e-15 | 0.25136 | -0.43189 | 1.9725 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9104 | 1.2991e-15 | 0.23614 | -0.34635 | 1.7133 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 880 | 6.3384e-16 | 0.15028 | -0.17143 | 0.13707 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 160 | 1.0747e-14 | 7.4244 | 0.54172 | -0.16056 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 11640 | 0.26658 | 15.69 | 0.10919 | 2.4719 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1912 |-2.5122e-15 | 5.8366 | 0.84361 | 0.95975 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 8528 | 0.0029472 | 14.425 | 0.084335 | 3.1574 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 7376 | -0.09118 | 13.017 | 0.077237 | 4.0211 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 624 |-7.9708e-15 | 6.0892 | 0.68344 | 1.1928 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 49 | -1.4208 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 49 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 49 | 1096.7 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 117 | -1.4805 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 117 | -4.8022 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 117 | 2109.6 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 6056 | 0.11857 | 0.084158 | 0.37553 | -1.0487 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 3736 | 0.061418 | 0.054732 | 2.1335 | 4.776 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 150 | -0.27835 | 10.895 | -0.71604 | 1.3599 | - | deuteron/dll | "deuteron DLL" | 150 | -0.43252 | 11.07 | -0.7738 | 1.4485 | - | electron/dll | "electron DLL" | 150 | -8.5372 | 12.441 | 0.21839 | 2.6618 | - | kaon/dll | "kaon DLL" | 150 | -1.3275 | 12.087 | -1.2278 | 2.5744 | - | muon/dll | "muon DLL" | 150 | -4.6397 | 7.9016 | -1.7637 | 5.458 | - | pion/dll | "pion DLL" | 150 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 150 | -0.17847 | 10.857 | -0.74567 | 1.5409 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1 | 1.1417 | 0 | 0 | 0 | - | All/Rejected/CloneDist | "Track Clone Distance" | 1 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 1 | 0.011212 | 0 | 0 | 0 | - | All/Rejected/P | "Track Momentum" | 1 | 47852 | 0 | 0 | 0 | - | All/Rejected/Pt | "Track Transverse Momentum" | 1 | 668.64 | 0 | 0 | 0 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 13 | 1.0391 | 0.23972 | 0.50973 | -0.79169 | - | All/Selected/CloneDist | "Track Clone Distance" | 13 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 13 | 0.081505 | 0.094501 | 2.1394 | 3.7415 | - | All/Selected/P | "Track Momentum" | 13 | 10245 | 7015 | 0.8236 | -0.86454 | - | All/Selected/Pt | "Track Transverse Momentum" | 13 | 601.47 | 190.75 | -0.10369 | -1.1888 | - | nRichTracks | "# Rich Tracks / Event" | 1 | 13 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 1 | 14 | 0 | 0 | 0 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 3144 |-3.6096e-05 | 0.0026967 | -0.030978 | -1.0536 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1234 |-0.00038695 | 0.0024298 | -0.16427 | -0.99722 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 4962 |-0.00020088 | 0.0026755 | -0.010966 | -1.0551 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 2720 |-0.00054696 | 0.0024437 | -0.11786 | -1.0963 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 4962 | 3.1158 | 1.7964 | 0.019636 | -1.1823 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 4962 | 0.039355 | 0.011998 | -0.65978 | -0.65631 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 1818 |-0.00047909 | 0.0026158 | 0.006352 | -1.0834 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 1486 |-0.00069469 | 0.0024471 | -0.07476 | -1.1811 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1234 |-0.00038695 | 0.0024298 | -0.16427 | -0.99722 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1234 |-0.00038695 | 0.0024298 | -0.16427 | -0.99722 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 2720 |-0.00054696 | 0.0024437 | -0.11786 | -1.0963 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 2720 |-0.00054696 | 0.0024437 | -0.11786 | -1.0963 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 2720 | 3.0699 | 1.7642 | 0.059213 | -1.1567 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 2720 | 0.037755 | 0.012002 | -0.52962 | -0.74785 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 1486 |-0.00069469 | 0.0024471 | -0.07476 | -1.1811 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 1486 |-0.00069469 | 0.0024471 | -0.07476 | -1.1811 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 13 | 606.81 | 18.126 | 2.0838 | 3.3689 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 374.34 | 168.26 | -1.228 | -0.183 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 13 | 509.8 | 129.66 | -1.8576 | 1.8796 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 12 | 488.72 | 154.6 | -2.4859 | 5.1116 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 3 | 195.83 | 71.039 | -0.54162 | -1.6603 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 13 | 55.742 | 1.6651 | 1.7088 | 2.1125 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 33.916 | 15.816 | -1.2198 | -0.16705 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 13 | 46.625 | 12.196 | -1.8892 | 1.9745 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 12 | 44.697 | 14.382 | -2.3458 | 4.5628 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 3 | 17.144 | 6.6771 | -0.63367 | -1.2983 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 13 | 39.298 | 2.3834 | 0.54017 | -0.41047 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 5 | 22.467 | 10.193 | -1.4936 | 0.33103 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 13 | 32.196 | 8.2853 | -1.6818 | 1.3314 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 12 | 29.618 | 10.09 | -1.9046 | 2.9891 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 3 | 11.491 | 3.6967 | -0.74894 | -1.0928 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 13 | 0.70484 | 0.033723 | 0.036099 | -1.2444 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 5 | 0.6658 | 0.045159 | 1.2488 | 0.36729 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 13 | 0.6962 | 0.045226 | -0.3265 | -0.58247 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 12 | 0.65691 | 0.042702 | -0.32706 | -0.081017 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 3 | 0.69896 | 0.073966 | 0.63768 | -1.2549 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 1184 | 3.6967e-15 | 0.33196 | -0.44034 | 1.0702 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 360 | -9.316e-15 | 0.15289 | 0.32335 | 2.5313 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 1080 | 1.5461e-15 | 0.27877 | -0.32207 | 1.586 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 968 | 1.2736e-14 | 0.26066 | -0.15399 | 1.4253 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 168 | 7.7821e-15 | 0.081571 | -0.70188 | 33.139 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 6 | -1.4244 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 6 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 6 | 1088.1 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 6056 | 0.1575 | 0.11335 | 0.23591 | -1.1947 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 13 | 0.98256 | 6.6554 | -0.56606 | -0.97161 | - | deuteron/dll | "deuteron DLL" | 13 | 0.98256 | 6.6554 | -0.56606 | -0.97161 | - | electron/dll | "electron DLL" | 13 | -7.2772 | 7.7876 | -1.3267 | 0.47408 | - | kaon/dll | "kaon DLL" | 13 | 2.2838 | 7.8076 | 0.13862 | 0.16185 | - | muon/dll | "muon DLL" | 13 | -3.1698 | 4.7441 | -1.144 | -0.064858 | - | pion/dll | "pion DLL" | 13 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 13 | 1.0558 | 6.5345 | -0.67346 | -0.88116 | -ChargedProtoANN...SUCCESS 1D histograms in directory "PROTO/ChargedProtoANNPIDMoni" : 18 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Downstream/ElectronANN | "Downstream Electron ANN PID" | 37 | 0.46966 | 0.37409 | -0.051749 | -1.6371 | - | Downstream/GhostANN | "Downstream Ghost ANN PID" | 37 | 0.48245 | 0.37981 | 0.015368 | -1.5607 | - | Downstream/KaonANN | "Downstream Kaon ANN PID" | 37 | 0.056774 | 0.15911 | 5.0592 | 25.749 | - | Downstream/MuonANN | "Downstream Muon ANN PID" | 37 | 5.0749e-05 | 0.00017085 | 24311 | 7.0428e+05 | - | Downstream/PionANN | "Downstream Pion ANN PID" | 37 | 0.34852 | 0.34912 | 0.6946 | -0.96886 | - | Downstream/ProtonANN | "Downstream Proton ANN PID" | 37 | 0.12551 | 0.26848 | 2.4218 | 4.0666 | - | Long/ElectronANN | "Long Electron ANN PID" | 156 | 0.16909 | 0.31184 | 1.7058 | 1.3061 | - | Long/GhostANN | "Long Ghost ANN PID" | 156 | 0.35459 | 0.39618 | 0.63174 | -1.3388 | - | Long/KaonANN | "Long Kaon ANN PID" | 156 | 0.15847 | 0.28742 | 1.9666 | 2.3277 | - | Long/MuonANN | "Long Muon ANN PID" | 156 | 0.00037592 | 0.001112 | 71.906 | 296.01 | - | Long/PionANN | "Long Pion ANN PID" | 156 | 0.51152 | 0.41341 | -0.08228 | -1.749 | - | Long/ProtonANN | "Long Proton ANN PID" | 156 | 0.1806 | 0.28088 | 1.7887 | 1.8899 | - | Upstream/ElectronANN | "Upstream Electron ANN PID" | 14 | 0.0021022 | 0.0027619 | 1.1551 | -1.7881 | - | Upstream/GhostANN | "Upstream Ghost ANN PID" | 14 | 0.090541 | 0.13031 | 1.7012 | 1.3652 | - | Upstream/KaonANN | "Upstream Kaon ANN PID" | 14 | 0.26853 | 0.25996 | 1.4068 | 1.6629 | - | Upstream/MuonANN | "Upstream Muon ANN PID" | 14 | 0.0058811 | 0.0071663 | 1.6492 | 0.99336 | - | Upstream/PionANN | "Upstream Pion ANN PID" | 14 | 0.547 | 0.27593 | -0.23767 | -0.90286 | - | Upstream/ProtonANN | "Upstream Proton ANN PID" | 14 | 0.15756 | 0.14389 | 1.8505 | 3.3008 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 37 | 1.6087 | 0.67175 | 0.44432 | -1.1223 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 37 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 37 | 0.085766 | 0.10333 | 2.5336 | 3.3382 | - | All/effVP | "RICH Track Sel. Eff. V P" | 37 | 7834 | 8323 | 11.47 | 38.854 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 37 | 541.31 | 599.58 | 6.2322 | 14.769 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 26 | 7198.1 | 7350.1 | 6.5251 | 23.667 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 6 | 16804 | 10051 | 3.3982 | 4.2972 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 24 | 7646.5 | 7477.4 | 7.5399 | 26.7 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 21 | 8399.5 | 7704.7 | 7.0555 | 23.439 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 2 | 28043 | 10008 | 0.89464 | -1.9793 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 35 | 8134.3 | 8437.5 | 5.8438 | 18.371 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 3 | 31925 | 9861.6 | 0.055106 | -2.2886 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 27 | 9727.4 | 9006.6 | 6.1594 | 17.001 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 21 | 11390 | 9583.2 | 5.0287 | 11.615 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 2 | 38881 | 852.77 | 1.3105 | -0.38976 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 26 | 7198.1 | 7350.1 | 6.5251 | 23.667 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 18373 | 10317 | 2.4793 | 1.9112 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 24 | 7646.5 | 7477.4 | 7.5695 | 26.814 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 21 | 8399.5 | 7704.7 | 7.0852 | 23.548 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 2 | 28043 | 10008 | 0.94204 | -1.9759 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 13 | 14579 | 10934 | 2.1916 | 2.2708 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 3 | 31925 | 9861.6 | 0.078949 | -2.3144 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 12 | 15190 | 11166 | 2.1398 | 1.9425 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 11 | 16020 | 11303 | 2.2059 | 1.8072 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 2 | 38881 | 852.77 | 1.3175 | -0.38284 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 26 | 7198.1 | 7350.1 | 7.0265 | 25.772 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 18373 | 10317 | 2.5839 | 2.1274 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 24 | 7646.5 | 7477.4 | 8.1423 | 29.127 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 21 | 8399.5 | 7704.7 | 7.5778 | 25.438 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 2 | 28043 | 10008 | 0.94501 | -1.9757 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 13 | 14579 | 10934 | 2.8522 | 3.573 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 3 | 31925 | 9861.6 | 0.083636 | -2.3499 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 12 | 15190 | 11166 | 2.6532 | 2.8706 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 11 | 16020 | 11303 | 2.4615 | 2.2215 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 2 | 38881 | 852.77 | 1.449 | -0.25223 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 40 | 0.074025 | 1.8131 | 3.6065e+12 |-1.3674e+12 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 2424 | 0.0020898 | 1.8154 | -130.69 | -128.21 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 320 | 0.029355 | 1.8153 | 322.56 | -181.97 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 1920 | 0.0046355 | 1.8157 | -37.651 | -59.915 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 1656 | 0.010644 | 1.8158 | -38.41 | -83.889 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 104 | 0.055485 | 1.8136 | 3368.7 | -887.5 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 79 | 1.1899 | 1.1146 | 0.40518 | -1.6706 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 79 | 0.045856 | 0.0086054 | -2.1176 | 2.4599 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 2584 | 0.24814 | 2.0353 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 224 | -0.014984 | 1.8076 | -22.344 | -119.4 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 1680 | 0.36881 | 1.8804 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 1304 | 0.37048 | 1.9274 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 120 | -0.0090284 | 1.8089 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 87 | 0.96552 | 0.98784 | 3.3484 | 4.0883 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 87 | 0.027112 | 0.003868 | -1.1854 | 0.35719 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 156 | 1.3587 | 0.53406 | 4.0705 | 9.3217 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 156 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 156 | 0.049034 | 0.082094 | 10.581 | 33.066 | - | All/effVP | "RICH Track Sel. Eff. V P" | 156 | 9749.3 | 8838 | 9.1113 | 25.168 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 156 | 573.53 | 667.85 | 40.079 | 271.28 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 5 | 38122 | 3135.2 | 1.3135 | -1.2973 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 130 | 8074.6 | 7112.9 | 11.592 | 42.717 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 37 | 16971 | 8117.3 | 4.895 | 10.219 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 126 | 8280.3 | 7132.4 | 12.567 | 46.001 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 117 | 8746.3 | 7201.4 | 12.105 | 43.255 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 14 | 25976 | 7777.2 | 2.4667 | 1.7256 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 149 | 10066 | 8875 | 6.4688 | 16.739 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 29 | 25905 | 8320.8 | 1.7552 | 0.065554 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 123 | 11637 | 9038.7 | 6.3534 | 14.963 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 106 | 12900 | 9147.8 | 5.6351 | 12.15 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 10 | 37815 | 2037.6 | 1.5197 | 2.4788 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 4 | 40041 | 1922.8 | 0.50426 | -1.8152 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 130 | 8074.6 | 7112.9 | 11.592 | 42.717 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 36 | 17206 | 8117.9 | 4.756 | 9.7533 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 126 | 8280.3 | 7132.4 | 12.588 | 46.085 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 117 | 8746.3 | 7201.4 | 12.14 | 43.389 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 26763 | 7652.4 | 2.1733 | 1.1438 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 80 | 15043 | 9604 | 2.9694 | 4.5501 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 29 | 25905 | 8320.8 | 1.7862 | 0.09674 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 74 | 15848 | 9563.8 | 3.0436 | 4.4164 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 74 | 15848 | 9563.8 | 3.2713 | 4.8429 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 10 | 37815 | 2037.6 | 1.5785 | 2.5146 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 4 | 40041 | 1922.8 | 0.59317 | -1.8033 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 130 | 8074.6 | 7112.9 | 11.96 | 44.139 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 36 | 17206 | 8117.9 | 4.9011 | 10.132 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 126 | 8280.3 | 7132.4 | 12.992 | 47.635 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 117 | 8746.3 | 7201.4 | 12.502 | 44.742 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 26763 | 7652.4 | 2.372 | 1.5077 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 80 | 15043 | 9604 | 3.7444 | 6.1246 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 29 | 25905 | 8320.8 | 1.8234 | 0.18893 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 74 | 15848 | 9563.8 | 3.5681 | 5.5011 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 74 | 15848 | 9563.8 | 3.756 | 5.8714 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 10 | 37815 | 2037.6 | 1.5476 | 2.4022 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 272 | -0.0025905 | 1.8127 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 12024 | -0.0031664 | 1.8135 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2520 |-0.00016401 | 1.8137 | -216.69 | -256.7 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10264 | -0.0035784 | 1.8134 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9104 | -0.0025142 | 1.8133 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 880 | 0.0026969 | 1.8135 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 426 | 1.2676 | 1.1274 | 9.0441 | 26.773 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 426 | 0.046246 | 0.0083163 | -4.902 | 10.572 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 160 | -0.014988 | 1.851 | 0 | -3 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 11640 | 0.038054 | 1.8972 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1912 | 0.0065206 | 1.8212 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 8528 | 0.0067249 | 1.8347 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 7376 | 0.045497 | 1.8026 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 624 | 0.013153 | 1.8241 | 0.78533 | 34.432 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 418 | 1.1244 | 1.0778 | 2.4777 | 3.6932 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 418 | 0.027268 | 0.0037669 | -7.6953 | 19.982 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 14 | 1.0464 | 0.2325 | 1.1372 | -0.082747 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 14 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 14 | 0.076098 | 0.092706 | 3.5021 | 8.0213 | - | All/effVP | "RICH Track Sel. Eff. V P" | 14 | 12931 | 11811 | -0.015304 | -2.737 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 14 | 606.26 | 184.62 | -1.1578 | 5.5298 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 13 | 10245 | 7015 | 1.1399 | -0.47587 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 17867 | 5096.9 | 0.30767 | -2.2575 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 13 | 10245 | 7015 | 1.3966 | -0.28292 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 12 | 10905 | 6902 | 1.3375 | -0.5087 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 3 | 21643 | 1815.6 | -0.0085909 | -2.2571 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 13 | 10245 | 7015 | 1.1399 | -0.47587 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 17867 | 5096.9 | 0.34181 | -2.3016 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 13 | 10245 | 7015 | 1.4033 | -0.27786 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 12 | 10905 | 6902 | 1.3462 | -0.5035 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 3 | 21643 | 1815.6 | 0.023651 | -2.285 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 13 | 10245 | 7015 | 1.0838 | -0.58122 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 5 | 17867 | 5096.9 | 0.31976 | -2.3102 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 13 | 10245 | 7015 | 1.3702 | -0.33098 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 12 | 10905 | 6902 | 1.3755 | -0.48044 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 3 | 21643 | 1815.6 | -0.060916 | -2.2249 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 1184 | 0.0031757 | 1.8154 | 221.35 | -41.768 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 360 | 0.024575 | 1.8148 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 1080 | 0.0041839 | 1.8151 | 118.37 | -57.771 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 968 | 0.0098603 | 1.8149 | 133.67 | -96.806 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 168 | 0.019352 | 1.816 | -10.837 | -34.378 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 46 | 1.3913 | 1.1883 | -0.52288 | -2.3367 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 46 | 0.047113 | 0.0078257 | -2.5274 | 4.6863 | diff --git a/Rec/Brunel/tests/refs/test-genfsr-spillover.ref b/Rec/Brunel/tests/refs/test-genfsr-spillover.ref deleted file mode 100644 index b9bc96000d257ca0d7c435edc7384e7af51ca91a..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/test-genfsr-spillover.ref +++ /dev/null @@ -1,2304 +0,0 @@ -# setting LC_ALL to "C" -# --> Including file '/afs/cern.ch/work/d/dfazzini/cmtuser/BrunelDev_v60r5/myoptions.py' -# --> Including file '/cvmfs/lhcb.cern.ch/lib/lhcb/DBASE/AppConfig/v3r387/options/Brunel/MC-WithTruth.py' -# <-- End of file '/cvmfs/lhcb.cern.ch/lib/lhcb/DBASE/AppConfig/v3r387/options/Brunel/MC-WithTruth.py' -# --> Including file '/cvmfs/lhcb.cern.ch/lib/lhcb/DBASE/AppConfig/v3r387/options/Brunel/SplitRawEventOutput.4.3.py' -# <-- End of file '/cvmfs/lhcb.cern.ch/lib/lhcb/DBASE/AppConfig/v3r387/options/Brunel/SplitRawEventOutput.4.3.py' -# --> Including file '/cvmfs/lhcb.cern.ch/lib/lhcb/DBASE/AppConfig/v3r387/options/Brunel/ldst.py' -# <-- End of file '/cvmfs/lhcb.cern.ch/lib/lhcb/DBASE/AppConfig/v3r387/options/Brunel/ldst.py' -# <-- End of file '/afs/cern.ch/work/d/dfazzini/cmtuser/BrunelDev_v60r5/myoptions.py' -# applying configuration of Brunel -# /***** User Brunel/Brunel ************************************************************************** -# |-FilterTrackStates = True -# |-PhysFilterMask = None -# |-DatasetName = 'Brunel' -# |-Histograms = 'OfflineFull' -# |-DBSnapshotDirectory = '/group/online/hlt/conditions' -# |-ProductionMode = False -# |-WriteLumi = False -# |-SplitRawEventInput = None -# |-PackType = 'TES' -# |-DDDBtag = '' -# |-WithMC = True (default: False) -# |-MainSequence = ['ProcessPhase/Reco', 'ProcessPhase/Moni', 'ProcessPhase/MCLinks', 'ProcessPhase/Check'] -# | (default: None) -# |-OutputType = 'LDST' (default: 'DST') -# |-DisableTiming = False -# |-DigiType = 'Default' -# |-UseDBSnapshot = False -# |-PartitionName = 'LHCb' -# |-VetoHltErrorEvents = False (default: True) -# |-MCCheckSequence = ['Pat', 'RICH', 'MUON'] (default: None) -# |-InputType = 'DIGI' (default: 'MDF') -# |-OnlineMode = False -# |-WriteFSR = True -# |-SkipTracking = False -# |-SkipEvents = 0 -# |-PrintFreq = 1 -# |-Detectors = ['VP', 'UT', 'FT', 'Rich1', 'Rich2', 'Ecal', 'Hcal', 'Muon', 'Magnet', 'Tr'] -# | (default: None) -# |-EvtMax = -1 -# |-Simulation = True (default: False) -# |-MergeGenFSR = True -# |-Context = 'Offline' -# |-RecoSequence = None -# |-CondDBtag = '' -# |-MCLinksSequence = ['Unpack', 'Tr', 'Calo'] (default: ['Unpack', 'Tr', 'Calo']) -# |-Hlt2FilterCode = '' -# |-Hlt1FilterCode = '' -# |-OutputLevel = 3 -# |-InitSequence = ['Brunel'] (default: None) -# |-DataType = 'Upgrade' (default: 'Upgrade') -# |-NoWarnings = False -# |-SplitRawEventOutput = 4.3 (default: 4.3) -# |-EventStoreType = None -# |-RawBanksToKill = None -# |-SpecialData = [] (default: []) -# |-Monitors = [] (default: []) -# \----- (End of User Brunel/Brunel) ----------------------------------------------------------------- -# /***** User RecSysConf/RecSysConf ****************************************************************** -# |-SkipTracking = False -# |-InputType = 'DIGI' (default: '') -# |-DataType = 'Upgrade' (default: '') -# |-OutputLevel = 3 -# |-Histograms = 'OfflineFull' -# |-Detectors = ['VP', 'UT', 'FT', 'Rich1', 'Rich2', 'Ecal', 'Hcal', 'Muon', 'Magnet', 'Tr'] -# | (default: ['VP', 'UT', 'FT', 'Rich', 'Tr', 'Calo', 'Muon']) -# |-OutputType = 'LDST' (default: '') -# |-Simulation = True (default: False) -# |-Context = 'Offline' -# |-SpecialData = [] (default: []) -# |-RecoSequence = None -# |-OnlineMode = False -# \----- (End of User RecSysConf/RecSysConf) --------------------------------------------------------- -# /***** User TrackSys/TrackSys ********************************************************************** -# |-VeloClustering = 'VPClus' -# |-BestThroughput = False -# |-FilterBeforeFit = True -# |-TrackingSequence = [] (default: []) -# |-ExpertTracking = [] (default: []) -# |-ExpertHistos = False -# |-TrackExtraInfoAlgorithms = [] (default: []) -# |-DataType = 'Upgrade' (default: 'Upgrade') -# |-VeloUpgradeOnly = False -# |-WithMC = True (default: False) -# |-TrackTypes = [] (default: []) -# |-OutputType = '' -# |-VPLinkingOfflineClusters = True -# |-Simulation = True (default: False) -# |-ConfigHLT1 = {'GEC': -1, 'VeloHLT1': {'Configuration': 'BestPhysics', 'Strategy': 'ForwardThenBackward'}, 'ExtremeScenario': False, 'VeloUTHLT1': {'IPCut': False, 'IPCutVal': 0.1, 'minPT': 300.0}, 'ForwardHLT1': {'PreselectionPT': 300.0, 'SecondLoop': True, 'minPT': 400.0}, 'UseMomentumGuidedSearchWindow': False} -# | (default: {'VeloHLT1': {'Configuration': 'BestPhysics', 'Strategy': 'ForwardThenBackward'}, 'GEC': -1, 'ExtremeScenario': False, 'VeloUTHLT1': {'IPCut': False, 'IPCutVal': 0.1, 'minPT': 300.0}, 'ForwardHLT1': {'PreselectionPT': 300.0, 'SecondLoop': True, 'minPT': 400.0}, 'UseMomentumGuidedSearchWindow': False}) -# |-TracksToConvert = ['Velo', 'Upstream', 'ForwardFast', 'ForwardBest', 'Seeding', 'Match', 'Downstream'] -# | (default: ['Velo', 'Upstream', 'ForwardFast', 'ForwardBest', 'Seeding', 'Match', 'Downstream']) -# |-GlobalCuts = {} (default: {}) -# |-SpecialData = [] (default: []) -# |-HltMode = False -# \----- (End of User TrackSys/TrackSys) ------------------------------------------------------------- -# /***** User RecMoniConf/RecMoniConf **************************************************************** -# |-SkipTracking = False -# |-DataType = 'Upgrade' (default: '') -# |-Detectors = ['VP', 'UT', 'FT', 'Rich1', 'Rich2', 'Ecal', 'Hcal', 'Muon', 'Magnet', 'Tr'] -# | (default: ['VP', 'UT', 'FT', 'Rich', 'Tr', 'Calo', 'Muon']) -# |-Histograms = 'OfflineFull' -# |-OutputLevel = 3 -# |-Simulation = True (default: False) -# |-Context = 'Offline' -# |-MoniSequence = None -# |-OnlineMode = False -# |-CheckEnabled = True (default: False) -# \----- (End of User RecMoniConf/RecMoniConf) ------------------------------------------------------- -# DstWriter.ItemList=['/Event/Rec/Header#1', '/Event/Rec/Status#1', '/Event/Rec/Summary#1', '/Event/pRec/Track/Best#1', '/Event/pRec/Vertex/Primary#1', '/Event/pRec/Rich/PIDs#1', '/Event/pRec/Muon/MuonPID#1', '/Event/pRec/Calo/Electrons#1', '/Event/pRec/Calo/Photons#1', '/Event/pRec/Calo/MergedPi0s#1', '/Event/pRec/Calo/SplitPhotons#1', '/Event/pRec/ProtoP/Charged#1', '/Event/pRec/ProtoP/Neutrals#1', '/Event/pRec/Vertex/V0#1', '/Event/pRec/Track/Muon#1', '/Event/Calo/RawEvent#1', '/Event/Unstripped/RawEvent#1', '/Event/HC/RawEvent#1', '/Event/Tracker/RawEvent#1', '/Event/PersistReco/RawEvent#1', '/Event/Velo/RawEvent#1', '/Event/Muon/RawEvent#1', '/Event/Rich/RawEvent#1', '/Event/Trigger/RawEvent#1', '/Event/Gen/Header#1', '/Event/MC/Header#1', '/Event/pSim/MCVertices#1', '/Event/Link/Rec/Track/Best#1', '/Event/Link/Rec/Calo/Photons#1', '/Event/Link/Rec/Calo/Electrons#1', '/Event/Link/Rec/Calo/MergedPi0s#1', '/Event/Link/Rec/Calo/SplitPhotons#1', '/Event/Gen/BeamParameters#1', '/Event/Gen/Collisions#1', '/Event/pSim/MCParticles#1', '/Event/MC/DigiHeader#1', '/Event/MC/TrackInfo#1', '/Event/Link/Raw/Ecal/Digits#1', '/Event/Link/Raw/Hcal/Digits#1', '/Event/Link/Raw/VP/Digits#1', '/Event/Link/Raw/UT/Clusters#1', '/Event/Link/Raw/FT/LiteClusters#1', '/Event/Link/Raw/Muon/Digits#1', '/Event/pSim/Rich/DigitSummaries#1', '/Event/MC/Muon/DigitsInfo#1'] -# DstWriter.OptItemList=['/Event/Prev/Gen/Header#1', '/Event/Prev/MC/Header#1', '/Event/PrevPrev/Gen/Header#1', '/Event/PrevPrev/MC/Header#1', '/Event/Next/Gen/Header#1', '/Event/Next/MC/Header#1', '/Event/NextNext/Gen/Header#1', '/Event/NextNext/MC/Header#1', '/Event/Gen/HepMCEvents#1', '/Event/Prev/Gen/Collisions#1', '/Event/PrevPrev/Gen/Collisions#1', '/Event/Next/Gen/Collisions#1', '/Event/NextNext/Gen/Collisions#1'] -# WARNING: Property 'EnableUnpack' is set in both 'DigiConf' and 'SimConf', using 'DigiConf.EnableUnpack' -# WARNING: Property 'EnablePack' is set in both 'DigiConf' and 'SimConf', using 'DigiConf.EnablePack' -# WARNING: Property 'DataType' is set in both 'DigiConf' and 'SimConf', using 'DigiConf.DataType' -# No Writer defined for DIGI -# TEST: caloFutureSequence -# Apply CaloFutureProcessor configuration for ['Digits', 'Clusters', 'Photons', 'MergedPi0s', 'SplitPhotons', 'Electrons'] and ['InAcceptance', 'Match', 'Energy', 'Chi2', 'DLL', 'NeutralPID'] -# CaloFutureProcessor : upgrade configuration without Spd/Prs -# Configurabe : Counter level is 1 -# Configured Ecal Clusters Reco : ClusterFutureReco -# Configured Single Photons Reco : PhotonFutureReco -# Configured Merged Pi0 Reco : MergedPi0FutureReco -# Configured Electron Hypos Reco : ElectronFutureReco -# Configured CaloFuture PIDs : CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor -# Configure caloFutureSequencer : CaloFutureProcessorCaloFutureSeq -# ConfiguredMuonIDs: Loaded configuration info M_2011_def -# WARNING: Run upgrade checkers. -# WARNING: Pre-appending ForwardFast track copy in TES from vector<Track> to KeyedContainer to allow truth matching, this is an hack, not a final solution -# WARNING: Pre-appending Match track copy in TES from vector<Track> to KeyedContainer to allow truth matching, this is an hack, not a final solution -# WARNING: Pre-appending Velo track copy in TES from vector<Track> to KeyedContainer to allow truth matching, this is an hack, not a final solution -# WARNING: Pre-appending Downstream track copy in TES from vector<Track> to KeyedContainer to allow truth matching, this is an hack, not a final solution -# WARNING: Pre-appending ForwardBest track copy in TES from vector<Track> to KeyedContainer to allow truth matching, this is an hack, not a final solution -# WARNING: Pre-appending Upstream track copy in TES from vector<Track> to KeyedContainer to allow truth matching, this is an hack, not a final solution -# WARNING: Pre-appending Seeding track copy in TES from vector<Track> to KeyedContainer to allow truth matching, this is an hack, not a final solution -# CaloFutureMoniDstConf : upgrade configuration without Spd/Prs -ApplicationMgr SUCCESS -==================================================================================================================================== - Welcome to BrunelDev version v60r5 - running on lxplus756.cern.ch on Mon Aug 26 18:59:07 2019 -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -ToolSvc.GitDDDB INFO opening Git repository '/cvmfs/lhcb.cern.ch/lib/lhcb/git-conddb/DDDB.git' -ToolSvc.GitDDDB INFO using commit 'upgrade/dddb-20170301' corresponding to d277f5e21d6fa797f89330eb6205859971e46fe9 -ToolSvc.GitSIMCOND INFO opening Git repository '/cvmfs/lhcb.cern.ch/lib/lhcb/git-conddb/SIMCOND.git' -ToolSvc.GitSIMCOND INFO using commit 'upgrade/sim-20180530-vc-md100' corresponding to 7db2a32a63761eda1338a12fc643c76a22f55a62 -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -TimingAuditor.T... INFO This machine has a speed about 3.03 times the speed of a 2.8 GHz Xeon. -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -GenFSRSeq INFO Member list: GenFSRMerge, GenFSRRead -BrunelSequencer INFO Member list: ProcessPhase/Init, GaudiSequencer/PhysicsSeq, ProcessPhase/Output, with context 'Offline' -Init INFO Member list: GaudiSequencer/InitBrunelSeq, with context 'Offline' -InitBrunelSeq INFO Member list: RecInit/BrunelInit, EventCountHisto/BrunelEventCount, with context 'Offline' -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process all events on input file(s) -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:/cvmfs/lhcb.cern.ch/lib/lhcb/PARAM/ParamFiles/v8r27p1/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:/cvmfs/lhcb.cern.ch/lib/lhcb/PARAM/ParamFiles/v8r27p1/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -PhysicsSeq INFO Member list: GaudiSequencer/CaloFutureBanksHandler, ProcessPhase/Reco, ProcessPhase/Moni, ProcessPhase/MCLinks, ProcessPhase/Check, with context 'Offline' -CaloFutureBanks... INFO Member list: GaudiSequencer/CaloFutureDigits, with context 'Offline' -CaloFutureDigits INFO Member list: GaudiSequencer/FutureEcalDigitsSeq, GaudiSequencer/FutureHcalDigitsSeq, with context 'Offline' -FutureEcalDigit... INFO Member list: CaloFutureRawToDigits/FutureEcalZSup, RawBankReadoutStatusConverter/EcalProcStatus, with context 'Offline' -FutureEcalZSup INFO Ecal has 6016 cells. Zsup method 2D Threshold 20 -FutureHcalDigit... INFO Member list: CaloFutureRawToDigits/FutureHcalZSup, RawBankReadoutStatusConverter/HcalProcStatus, with context 'Offline' -FutureHcalZSup INFO Hcal has 1488 cells. Zsup method 1D Threshold 4 -Reco INFO Member list: GaudiSequencer/RecoDecodingSeq, GaudiSequencer/RecoTrFastSeq, GaudiSequencer/RecoTrBestSeq, GaudiSequencer/RecoRICHSeq, GaudiSequencer/RecoCALOFUTURESeq, GaudiSequencer/RecoMUONSeq, GaudiSequencer/RecoPROTOSeq, GaudiSequencer/RecoSUMMARYSeq, with context 'Offline' -RecoDecodingSeq INFO Member list: PrGECFilter, FTRawBankDecoder/createFTClusters, PrStoreUTHit, PrStoreFTHit, with context 'Offline' -DeFTDetector INFO Current FT geometry version = 61 -PrStoreFTHit INFO FtDEt = DetectorElement::/dd/Structure/LHCb/AfterMagnetRegion/T/FTGeometryInfo::GeometryInfoPlus::name=/dd/Structure/LHCb/AfterMagnetRegion/T/FT; LVolume=/dd/Geometry/AfterMagnetRegion/T/FT/lvFT; supported by /dd/Structure/LHCb/AfterMagnetRegion/T with ReplicaPath=(0,) (pvFT); - -RecoTrFastSeq INFO Member list: VPClus/VPClustering, PrPixelTracking/PrPixelTrackingFast, TracksVPMergerConverter<std::vector<LHCb::VPLightCluster,std::allocator<LHCb::VPLightCluster> > >/ConverterVPForPVReco, PatPV3DFuture/PatPV3D, PrVeloUT/PrVeloUTFast, TracksUTConverter/VeloUTMakeLHCbTracks, PrForwardTracking<LHCb::Pr::Upstream::Tracks>/PrForwardTrackingFast, TracksFTConverter/FastForwardMakeLHCbTracksFast, LHCb::Converters::Track::v1::fromV2TrackV1TrackVector/ConverterV1V2ForForwardFit, TrackEventFitter<std::vector<LHCb::Event::v1::Track,std::allocator<LHCb::Event::v1::Track> > >/ForwardFitterAlgFast, with context 'Offline' -DeVP INFO There are 208 sensors (left: 104, right: 104) -MagneticFieldSvc INFO Opened magnetic field file : /cvmfs/lhcb.cern.ch/lib/lhcb/DBASE/FieldMap/v5r7/cdf/field.v5r0.c1.down.cdf -MagneticFieldSvc INFO Opened magnetic field file : /cvmfs/lhcb.cern.ch/lib/lhcb/DBASE/FieldMap/v5r7/cdf/field.v5r0.c2.down.cdf -MagneticFieldSvc INFO Opened magnetic field file : /cvmfs/lhcb.cern.ch/lib/lhcb/DBASE/FieldMap/v5r7/cdf/field.v5r0.c3.down.cdf -MagneticFieldSvc INFO Opened magnetic field file : /cvmfs/lhcb.cern.ch/lib/lhcb/DBASE/FieldMap/v5r7/cdf/field.v5r0.c4.down.cdf -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ForwardFitterAl... INFO Rec/Track/ForwardFastAsTrackV1 -> Rec/Track/ForwardFastFitted using ForwardFitterAlgFast.Fitter -RecoTrBestSeq INFO Member list: PrForwardTracking<LHCb::Pr::Velo::Tracks>/PrForwardTrackingBest, TracksFTConverter/BestForwardMakeLHCbTracksBest, PrHybridSeeding/PrHybridSeedingBest, PrMatchNN/PrMatchNNBest, PrLongLivedTracking/PrLongLivedTrackingBest, GaudiSequencer/BestTrackCreatorSeq, GaudiSequencer/TrackAddExtraInfoSeq, with context 'Offline' -PrLongLivedTrac... INFO ========================================================= -PrLongLivedTrac... INFO XPredTol = 200000/p + 6 -PrLongLivedTrac... INFO TolMatchConst = 20000/p + 1.5 -PrLongLivedTrac... INFO TolUConst = 20000/p + 2.5 -PrLongLivedTrac... INFO TolVConst = 2000/p + 0.5 -PrLongLivedTrac... INFO MaxDeltaPConst = 0/p + 0.25 -PrLongLivedTrac... INFO XCorrectionConst = 23605/p + 0.4 -PrLongLivedTrac... INFO MaxXTracks = 2 -PrLongLivedTrac... INFO MaxChi2DistXTracks = 0.2 -PrLongLivedTrac... INFO MaxXUTracks = 2 -PrLongLivedTrac... INFO MaxChi2XProjection = 35000/p + 4.5 -PrLongLivedTrac... INFO OverlapTol = 2 -PrLongLivedTrac... INFO SeedCut = -1 -PrLongLivedTrac... INFO MaxChi2 = 20 -PrLongLivedTrac... INFO MaxChi2ThreeHits = 10 -PrLongLivedTrac... INFO MaxWindowSize = 10 -PrLongLivedTrac... INFO RemoveUsed = 0 -PrLongLivedTrac... INFO RemoveAll = 0 -PrLongLivedTrac... INFO LongChi2 = 1.5 -PrLongLivedTrac... INFO TimingMeasurements = 0 -PrLongLivedTrac... INFO ========================================================= -PrLongLivedTrac... INFO zMagnetParams 5379.88 -2143.93 366.124 119074 -0.0100333 -0.146055 1260.96 -PrLongLivedTrac... INFO momentumParams 1217.77 454.598 3353.39 -BestTrackCreato... INFO Member list: GaudiSequencer/TrackConverterSeq, TrackBestTrackCreator, with context 'Offline' -TrackConverterSeq INFO Member list: LHCb::Converters::Track::v1::fromV2TrackV1Track/DownstreamConverter, LHCb::Converters::Track::v1::fromV2TrackV1Track/ForwardBestConverter, LHCb::Converters::Track::v1::fromV2TrackV1Track/ForwardFastConverter, LHCb::Converters::Track::v1::fromV2TrackV1Track/MatchConverter, LHCb::Converters::Track::v1::fromV2TrackV1Track/SeedingConverter, LHCb::Converters::Track::v1::fromV2TrackV1Track/UpstreamConverter, LHCb::Converters::Track::v1::fromV2TrackV1Track/VeloConverter, LHCb::Converters::RecVertex::v2::fromVectorLHCbRecVertex/VertexConverter, with context 'Offline' -TrackAddExtraIn... INFO Member list: TrackAddNNGhostId, with context 'Offline' -RecoRICHSeq INFO Member list: Rich::Future::RawBankDecoder/RichFutureDecode, Rich::Future::Rec::TrackFilter/RichTrackTypeFilter, GaudiSequencer/RichRecoSeq, with context 'Offline' -RichRecoSeq INFO Member list: GaudiSequencer/RichPixels, GaudiSequencer/RichDownReco, GaudiSequencer/RichUpReco, GaudiSequencer/RichLongReco, Rich::Future::Rec::MergeRichPIDs/MergeRichPIDs, with context 'Offline' -RichPixels INFO Member list: Rich::Future::SmartIDClustering/RichPixClustering, Rich::Future::Rec::SIMDSummaryPixels/RichSIMDPixels, with context 'Offline' -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -RichDownReco INFO Member list: GaudiSequencer/RichTracksDown, GaudiSequencer/RichPhotonsDown, Rich::Future::Rec::SIMDRecoSummary/RichRecSummaryDown, GaudiSequencer/RichPIDDown, with context 'Offline' -RichTracksDown INFO Member list: Rich::Future::Rec::DetailedTrSegMakerFromTracks/RichTrackSegmentsDown, Rich::Future::Rec::RayTraceTrackGlobalPoints/RichTrackGloPointsDown, Rich::Future::Rec::RayTraceTrackLocalPoints/RichTrackLocPointsDown, Rich::Future::Rec::EmittedPhotonYields/RichEmittedYieldsDown, Rich::Future::Rec::TrackEmittedCherenkovAngles/RichEmittedCKAnglesDown, Rich::Future::Rec::RayTraceCherenkovCones/RichMassConesDown, Rich::Future::Rec::DetectablePhotonYields/RichDetectableYieldsDown, Rich::Future::Rec::GeomEffCKMassRings/RichGeomEffDown, Rich::Future::Rec::SelectTrackSegments/RichTkSegmentSelDown, Rich::Future::Rec::SignalPhotonYields/RichSignalYieldsDown, Rich::Future::Rec::TrackSignalCherenkovAngles/RichSignalCKAnglesDown, Rich::Future::Rec::TrackFunctionalCherenkovResolutions/RichCKResolutionsDown, with context 'Offline' -RichPhotonsDown INFO Member list: Rich::Future::Rec::SIMDQuarticPhotonReco/RichPhotonRecoDown, Rich::Future::Rec::SIMDPhotonPredictedPixelSignal/RichPredPixelSignalDown, with context 'Offline' -RichPIDDown INFO Member list: Rich::Future::Rec::GlobalPID::InitialisePIDInfo/RichGPIDInitDown, Rich::Future::Rec::SIMDPixelBackgroundsEstiAvHPD/RichPixBackgroundsIt0Down, Rich::Future::Rec::GlobalPID::SIMDLikelihoodMinimiser/RichGPIDLikelihoodIt0Down, Rich::Future::Rec::SIMDPixelBackgroundsEstiAvHPD/RichPixBackgroundsIt1Down, Rich::Future::Rec::GlobalPID::SIMDLikelihoodMinimiser/RichGPIDLikelihoodIt1Down, Rich::Future::Rec::GlobalPID::WriteRichPIDs/RichGPIDWriteRichPIDsDown, with context 'Offline' -RichUpReco INFO Member list: GaudiSequencer/RichTracksUp, GaudiSequencer/RichPhotonsUp, Rich::Future::Rec::SIMDRecoSummary/RichRecSummaryUp, GaudiSequencer/RichPIDUp, with context 'Offline' -RichTracksUp INFO Member list: Rich::Future::Rec::DetailedTrSegMakerFromTracks/RichTrackSegmentsUp, Rich::Future::Rec::RayTraceTrackGlobalPoints/RichTrackGloPointsUp, Rich::Future::Rec::RayTraceTrackLocalPoints/RichTrackLocPointsUp, Rich::Future::Rec::EmittedPhotonYields/RichEmittedYieldsUp, Rich::Future::Rec::TrackEmittedCherenkovAngles/RichEmittedCKAnglesUp, Rich::Future::Rec::RayTraceCherenkovCones/RichMassConesUp, Rich::Future::Rec::DetectablePhotonYields/RichDetectableYieldsUp, Rich::Future::Rec::GeomEffCKMassRings/RichGeomEffUp, Rich::Future::Rec::SelectTrackSegments/RichTkSegmentSelUp, Rich::Future::Rec::SignalPhotonYields/RichSignalYieldsUp, Rich::Future::Rec::TrackSignalCherenkovAngles/RichSignalCKAnglesUp, Rich::Future::Rec::TrackFunctionalCherenkovResolutions/RichCKResolutionsUp, with context 'Offline' -RichPhotonsUp INFO Member list: Rich::Future::Rec::SIMDQuarticPhotonReco/RichPhotonRecoUp, Rich::Future::Rec::SIMDPhotonPredictedPixelSignal/RichPredPixelSignalUp, with context 'Offline' -RichPIDUp INFO Member list: Rich::Future::Rec::GlobalPID::InitialisePIDInfo/RichGPIDInitUp, Rich::Future::Rec::SIMDPixelBackgroundsEstiAvHPD/RichPixBackgroundsIt0Up, Rich::Future::Rec::GlobalPID::SIMDLikelihoodMinimiser/RichGPIDLikelihoodIt0Up, Rich::Future::Rec::SIMDPixelBackgroundsEstiAvHPD/RichPixBackgroundsIt1Up, Rich::Future::Rec::GlobalPID::SIMDLikelihoodMinimiser/RichGPIDLikelihoodIt1Up, Rich::Future::Rec::GlobalPID::WriteRichPIDs/RichGPIDWriteRichPIDsUp, with context 'Offline' -RichLongReco INFO Member list: GaudiSequencer/RichTracksLong, GaudiSequencer/RichPhotonsLong, Rich::Future::Rec::SIMDRecoSummary/RichRecSummaryLong, GaudiSequencer/RichPIDLong, with context 'Offline' -RichTracksLong INFO Member list: Rich::Future::Rec::DetailedTrSegMakerFromTracks/RichTrackSegmentsLong, Rich::Future::Rec::RayTraceTrackGlobalPoints/RichTrackGloPointsLong, Rich::Future::Rec::RayTraceTrackLocalPoints/RichTrackLocPointsLong, Rich::Future::Rec::EmittedPhotonYields/RichEmittedYieldsLong, Rich::Future::Rec::TrackEmittedCherenkovAngles/RichEmittedCKAnglesLong, Rich::Future::Rec::RayTraceCherenkovCones/RichMassConesLong, Rich::Future::Rec::DetectablePhotonYields/RichDetectableYieldsLong, Rich::Future::Rec::GeomEffCKMassRings/RichGeomEffLong, Rich::Future::Rec::SelectTrackSegments/RichTkSegmentSelLong, Rich::Future::Rec::SignalPhotonYields/RichSignalYieldsLong, Rich::Future::Rec::TrackSignalCherenkovAngles/RichSignalCKAnglesLong, Rich::Future::Rec::TrackFunctionalCherenkovResolutions/RichCKResolutionsLong, with context 'Offline' -RichPhotonsLong INFO Member list: Rich::Future::Rec::SIMDQuarticPhotonReco/RichPhotonRecoLong, Rich::Future::Rec::SIMDPhotonPredictedPixelSignal/RichPredPixelSignalLong, with context 'Offline' -RichPIDLong INFO Member list: Rich::Future::Rec::GlobalPID::InitialisePIDInfo/RichGPIDInitLong, Rich::Future::Rec::SIMDPixelBackgroundsEstiAvHPD/RichPixBackgroundsIt0Long, Rich::Future::Rec::GlobalPID::SIMDLikelihoodMinimiser/RichGPIDLikelihoodIt0Long, Rich::Future::Rec::SIMDPixelBackgroundsEstiAvHPD/RichPixBackgroundsIt1Long, Rich::Future::Rec::GlobalPID::SIMDLikelihoodMinimiser/RichGPIDLikelihoodIt1Long, Rich::Future::Rec::GlobalPID::WriteRichPIDs/RichGPIDWriteRichPIDsLong, with context 'Offline' -RecoCALOFUTURESeq INFO Member list: GaudiSequencer/CaloFutureProcessorCaloFutureSeq, with context 'Offline' -CaloFutureProce... INFO Member list: GaudiSequencer/CaloFutureRecoForCaloFutureProcessor, GaudiSequencer/CaloFuturePIDsCaloFuturePIDsForCaloFutureProcessor, with context 'Offline' -CaloFutureRecoF... INFO Member list: GaudiSequencer/CaloFutureDigits, GaudiSequencer/ClusterFutureReco, GaudiSequencer/PhotonFutureReco, GaudiSequencer/MergedPi0FutureReco, GaudiSequencer/ElectronFutureReco, with context 'Offline' -ClusterFutureReco INFO Member list: GaudiSequencer/CaloFutureDigits, CaloFutureDigitFilterAlg/EcalCaloFutureDigitFilterAlg, CaloFutureDigitFilterAlg/HcalCaloFutureDigitFilterAlg, Calo::Future::CellularAutomaton/FutureEcalClust, CaloFutureShowerOverlap/FutureEcalShare, CaloFutureClusterCovarianceAlg/FutureEcalCovar, with context 'Offline' -FutureEcalShare...WARNING o Type profileC is not registered -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -PhotonFutureReco INFO Member list: GaudiSequencer/CaloFutureTrackMatch, CaloFutureSinglePhotonAlg/SinglePhotonRecFuture, with context 'Offline' -CaloFutureTrack... INFO Member list: Calo::Future::InEcalAcceptanceAlg/InECALFuture, Calo::Future::PhotonMatchAlg/FutureClusterMatch, with context 'Offline' -InECALFuture INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Long' 'Downstream' 'Ttrack' ]; Rejected History: []; -FutureClusterMatch INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Long' 'Downstream' 'Ttrack' ]; Rejected History: []; -SinglePhotonRec...WARNING o Type globalC is not registered -SinglePhotonRec... INFO No Hypo Processing tools are specified! -MergedPi0Future... INFO Member list: CaloFutureMergedPi0/MergedPi0RecFuture, with context 'Offline' -ElectronFutureReco INFO Member list: GaudiSequencer/CaloFutureTrackMatch, CaloFutureElectronAlg/SingleElectronRecFuture, with context 'Offline' -SingleElectronR... INFO No Hypo Correction(1) tools are specified! -SingleElectronR... INFO No Hypo Processing(1) tools are specified! -SingleElectronR...WARNING o Type globalC is not registered -SingleElectronR... INFO No Hypo Processing(2) tools are specified! -CaloFuturePIDsC... INFO Member list: GaudiSequencer/ChargedPIDsCaloFuturePIDsForCaloFutureProcessor, with context 'Offline' -ChargedPIDsCalo... INFO Member list: GaudiSequencer/InCaloFutureAcceptance, GaudiSequencer/CaloFutureMatch, GaudiSequencer/CaloFutureEnergy, GaudiSequencer/CaloFutureChi2, GaudiSequencer/CaloFutureDLLeFuture, GaudiSequencer/CaloFutureDLLmuFuture, with context 'Offline' -InCaloFutureAcc... INFO Member list: Calo::Future::InEcalAcceptanceAlg/InECALFuture, Calo::Future::InHcalAcceptanceAlg/InHCALFuture, Calo::Future::InBremAcceptanceAlg/InBREMFuture, with context 'Offline' -InHCALFuture INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Long' 'Downstream' 'Ttrack' ]; Rejected History: []; -InBREMFuture INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Velo' 'Long' 'Upstream' ]; Rejected History: []; -CaloFutureMatch INFO Member list: GaudiSequencer/CaloFutureTrackMatch, Calo::Future::ElectronMatchAlg/ElectronMatchFuture, Calo::Future::BremMatchAlg/BremMatchFuture, with context 'Offline' -ElectronMatchFu... INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Long' 'Downstream' 'Ttrack' ]; Rejected History: []; -BremMatchFuture INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Velo' 'Long' 'Upstream' ]; Rejected History: []; -CaloFutureEnergy INFO Member list: Calo::Future::Track2EcalEAlg/EcalEFuture, Calo::Future::Track2HcalEAlg/HcalEFuture, with context 'Offline' -EcalEFuture INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Long' 'Downstream' 'Ttrack' ]; Rejected History: []; -HcalEFuture INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Long' 'Downstream' 'Ttrack' ]; Rejected History: []; -CaloFutureChi2 INFO Member list: Calo::Future::EcalChi22ID/FutureEcalChi22ID, Calo::Future::BremChi22ID/BremChi22IDFuture, Calo::Future::ClusChi22ID/FutureClusChi22ID, with context 'Offline' -FutureEcalChi22ID INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Long' 'Ttrack' 'Downstream' ]; Rejected History: []; -BremChi22IDFuture INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Velo' 'Long' 'Upstream' ]; Rejected History: []; -FutureClusChi22ID INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Long' 'Ttrack' 'Downstream' ]; Rejected History: []; -CaloFutureDLLeF... INFO Member list: Calo::Future::EcalPIDeAlg/EcalPIDeFuture, Calo::Future::BremPIDeAlg/BremPIDeFuture, Calo::Future::HcalPIDeAlg/HcalPIDeFuture, with context 'Offline' -EcalPIDeFuture INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Long' 'Ttrack' 'Downstream' ]; Rejected History: []; -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -BremPIDeFuture INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Velo' 'Long' 'Upstream' ]; Rejected History: []; -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -HcalPIDeFuture INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Long' 'Ttrack' 'Downstream' ]; Rejected History: []; -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -CaloFutureDLLmu... INFO Member list: Calo::Future::EcalPIDmuAlg/EcalPIDmuFuture, Calo::Future::HcalPIDmuAlg/HcalPIDmuFuture, with context 'Offline' -EcalPIDmuFuture INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Long' 'Ttrack' 'Downstream' ]; Rejected History: []; -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -HcalPIDmuFuture INFO Check Tracks: YES Rejected flags: [ 'Invalid' 'Clone' 'Backward' ] Accepted FitStatus: [ 'Fitted' ]; Accepted Types: [ 'Long' 'Ttrack' 'Downstream' ]; Rejected History: []; -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -RecoMUONSeq INFO Member list: MuonRec, RawBankReadoutStatusConverter/MuonProcStatus, RawBankReadoutStatusFilter/MuonROFilter, GaudiSequencer/MuonIDSeq, with context 'Offline' -MuonIDSeq INFO Member list: PrepareMuonHits, MuonIDAlgLite, with context 'Offline' -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -RecoPROTOSeq INFO Member list: GaudiSequencer/ChargedProtoParticles, GaudiSequencer/NeutralProtoParticles, with context 'Offline' -ChargedProtoPar... INFO Member list: ChargedProtoParticleMaker/ChargedProtoPMaker, FutureChargedProtoParticleAddEcalInfo/FutureChargedProtoPAddEcal, FutureChargedProtoParticleAddBremInfo/FutureChargedProtoPAddBrem, FutureChargedProtoParticleAddHcalInfo/FutureChargedProtoPAddHcal, ChargedProtoParticleAddRichInfo/ChargedProtoPAddRich, ChargedProtoParticleAddMuonInfo/ChargedProtoPAddMuon, ChargedProtoCombineDLLsAlg/ChargedProtoPCombDLLs, GaudiSequencer/ANNGPIDSeq, with context 'Offline' -ToolSvc.CaloFut... INFO Incomplete calorimeter detector is requested - mask = 12 -ChargedProtoPCo... INFO Using retuned RICH el and mu DLL values in combined DLLs -ANNGPIDSeq INFO Member list: ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDLongElectron, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDLongMuon, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDLongPion, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDLongKaon, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDLongProton, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDLongGhost, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDDownstreamElectron, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDDownstreamMuon, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDDownstreamPion, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDDownstreamKaon, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDDownstreamProton, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDDownstreamGhost, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDUpstreamElectron, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDUpstreamMuon, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDUpstreamPion, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDUpstreamKaon, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDUpstreamProton, ANNGlobalPID::ChargedProtoANNPIDAlg/ANNGPIDUpstreamGhost, with context 'Offline' -ANNGPIDLongElec... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=electron -ANNGPIDLongMuon INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=muon -ANNGPIDLongPion INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=pion -ANNGPIDLongKaon INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=kaon -ANNGPIDLongProton INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=proton -ANNGPIDLongGhost INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=ghost -ANNGPIDDownstre... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=electron -ANNGPIDDownstre... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=muon -ANNGPIDDownstre... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=pion -ANNGPIDDownstre... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=kaon -ANNGPIDDownstre... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=proton -ANNGPIDDownstre... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=ghost -ANNGPIDUpstream... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=electron -ANNGPIDUpstream... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=muon -ANNGPIDUpstream... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=pion -ANNGPIDUpstream... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=kaon -ANNGPIDUpstream... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=proton -ANNGPIDUpstream... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=ghost -NeutralProtoPar... INFO Member list: FutureNeutralProtoPAlg/FutureNeutralProtoPMaker, with context 'Offline' -FutureNeutralPr... INFO Hypothesis loaded from Rec/Calo/MergedPi0s -FutureNeutralPr... INFO Hypothesis loaded from Rec/Calo/Photons -FutureNeutralPr... INFO Hypothesis loaded from Rec/Calo/SplitPhotons -RecoSUMMARYSeq INFO Member list: RecSummaryAlg/RecSummary, with context 'Offline' -Moni INFO Member list: GaudiSequencer/MoniCALOFUTURESeq, GaudiSequencer/MoniRICHSeq, GaudiSequencer/MoniMUONSeq, GaudiSequencer/MoniGENERALSeq, GaudiSequencer/MoniTrSeq, GaudiSequencer/MoniPROTOSeq, with context 'Offline' -MoniCALOFUTURESeq INFO Member list: GaudiSequencer/CaloFutureDigitsMoni, GaudiSequencer/CaloFutureEFlowMoni, GaudiSequencer/CaloFutureClustersMoni, GaudiSequencer/CaloFutureHyposMoni, GaudiSequencer/DiPhotonMoni, CaloFutureProtoElectronMonitor/ProtoElectronMon, GaudiSequencer/CaloFuturePIDsMoni, with context 'Offline' -CaloFutureDigit... INFO Member list: CaloFutureDigitMonitor/EcalDigitMon, CaloFutureDigitMonitor/HcalDigitMon, with context 'Offline' -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -CaloFutureEFlow... INFO Member list: CaloFutureEFlowAlg/EcalEFlowMon, with context 'Offline' -CaloFutureClust... INFO Member list: CaloFutureClusterMonitor/EcalClusterMon, with context 'Offline' -CaloFutureHypos... INFO Member list: CaloFutureHypoMonitor/ElectronMon, CaloFutureHypoMonitor/PhotonMon, CaloFutureHypoMonitor/SplitPhotonMon, CaloFutureHypoMonitor/MergedPi0Mon, with context 'Offline' -DiPhotonMoni INFO Member list: CaloFuturePi0Monitor/ResolvedPi0Mon, CaloFuturePi0Monitor/EtaMon, with context 'Offline' -ProtoElectronMon INFO Will only look at track type(s) = [3, 5] -CaloFuturePIDsMoni INFO Member list: CaloFutureClusterMatchMonitor/PhotonMatchMon, CaloFutureHypoMatchMonitor/ElectronMatchMon, CaloFutureHypoMatchMonitor/BremMatchMon, CaloFutureEMuPIDMon/CaloFutureEMuPIDMonUncut, CaloFutureEMuPIDMon/CaloFutureEMuPIDMonSoft, CaloFutureEMuPIDMon/CaloFutureEMuPIDMonHard, with context 'Offline' -MoniRICHSeq INFO Member list: GaudiSequencer/RichMoni, with context 'Offline' -RichMoni INFO Member list: Rich::Future::Rec::Moni::DecodingErrors/RichDecodingErrors, Rich::Future::Rec::Moni::DetectorHits/RichRecPixelQC, Rich::Future::SmartIDClustering/RichFutureMoniClustering, Rich::Future::Rec::Moni::PixelClusters/RichRecPixelClusters, GaudiSequencer/RichMoniDown, GaudiSequencer/RichMoniUp, GaudiSequencer/RichMoniLong, with context 'Offline' -RichMoniDown INFO Member list: Rich::Future::Rec::Moni::SIMDRecoStats/RichRecoStatsDown, Rich::Future::Rec::Moni::TrackSelEff/RiDownTrkEff, Rich::Future::Rec::Moni::SIMDPhotonCherenkovAngles/RiCKResDown, Rich::Future::Rec::Moni::SIMDPhotonCherenkovAngles/RiCKResDownTight, with context 'Offline' -RichMoniUp INFO Member list: Rich::Future::Rec::Moni::SIMDRecoStats/RichRecoStatsUp, Rich::Future::Rec::Moni::TrackSelEff/RiUpTrkEff, Rich::Future::Rec::Moni::SIMDPhotonCherenkovAngles/RiCKResUp, Rich::Future::Rec::Moni::SIMDPhotonCherenkovAngles/RiCKResUpTight, with context 'Offline' -RichMoniLong INFO Member list: Rich::Future::Rec::Moni::SIMDRecoStats/RichRecoStatsLong, Rich::Future::Rec::Moni::TrackSelEff/RiLongTrkEff, Rich::Future::Rec::Moni::SIMDPhotonCherenkovAngles/RiCKResLong, Rich::Future::Rec::Moni::SIMDPhotonCherenkovAngles/RiCKResLongTight, with context 'Offline' -MoniMUONSeq INFO Member list: MuonPIDChecker/MuonPIDMonitorDown, MuonPIDChecker/MuonPIDMonitorLong, TrackEventFitter<KeyedContainer<LHCb::Event::v1::Track,Containers::KeyedObjectManager<Containers::hashmap> > >/MuonTrackFitter, MuonTrackAligMonitor, with context 'Offline' -MuonTrackFitter INFO Rec/Track/Muon -> Rec/Track/MuonFit using MuonTrackFitter.Fitter -MoniGENERALSeq INFO Member list: RecProcessingTimeMoni/OverallEventProcTime, RecProcessingTimeMoni/TrackEventProcTime, RecProcessingTimeMoni/VertexEventProcTime, RecProcessingTimeMoni/RichEventProcTime, RecProcessingTimeMoni/CaloFutureEventProcTime, RecProcessingTimeMoni/MuonEventProcTime, RecProcessingTimeMoni/ProtoEventProcTime, ProcStatAbortMoni, with context 'Offline' -MoniTrSeq INFO Member list: TrackMonitor, TrackDiMuonMonitor, TrackVertexMonitor, AlignmentOnlineMonitor, TrackV0Monitor, TrackFitMatchMonitor, TrackAlignMonitor, TrackPV2HalfAlignMonitor, TrackMuonMatchMonitor, with context 'Offline' -MoniPROTOSeq INFO Member list: ChargedProtoParticleMoni/ChargedProtoPMoni, ANNGlobalPID::ChargedProtoANNPIDMoni/ChargedProtoANNPIDMoni, with context 'Offline' -MCLinks INFO Member list: GaudiSequencer/MCLinksUnpackSeq, GaudiSequencer/MCLinksTrSeq, GaudiSequencer/MCLinksCaloSeq, with context 'Offline' -MCLinksUnpackSeq INFO Member list: UnpackMCParticle, UnpackMCVertex, with context 'Offline' -MCLinksTrSeq INFO Member list: VPClusFull, VPFullCluster2MCParticleLinker, PrLHCbID2MCParticle<std::vector<LHCb::VPFullCluster,std::allocator<LHCb::VPFullCluster> >,UT::HitHandler,LHCb::Container::MultiIndexedContainer<LHCb::FTLiteCluster,48ul> >/PrLHCbID2MCParticle, GaudiSequencer/ForwardFastChecker, GaudiSequencer/MatchChecker, GaudiSequencer/VeloChecker, GaudiSequencer/DownstreamChecker, GaudiSequencer/ForwardBestChecker, GaudiSequencer/UpstreamChecker, GaudiSequencer/SeedingChecker, GaudiSequencer/BestExtraChecker, GaudiSequencer/ForwardFastFittedExtraChecker, LHCb::Converters::RecVertex::v2::fromVectorLHCbRecVertex/VertexConverter, with context 'Offline' -ForwardFastChecker INFO Member list: LHCb::Converters::Track::v1::fromV2TrackV1Track/ForwardFastConverter, PrTrackAssociator<Gaudi::Range_<std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> >,__gnu_cxx::__normal_iterator<LHCb::Event::v1::Track const* const*,std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> > > > >/ForwardFastAssociator, with context 'Offline' -MatchChecker INFO Member list: LHCb::Converters::Track::v1::fromV2TrackV1Track/MatchConverter, PrTrackAssociator<Gaudi::Range_<std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> >,__gnu_cxx::__normal_iterator<LHCb::Event::v1::Track const* const*,std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> > > > >/MatchAssociator, with context 'Offline' -VeloChecker INFO Member list: LHCb::Converters::Track::v1::fromV2TrackV1Track/VeloConverter, PrTrackAssociator<Gaudi::Range_<std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> >,__gnu_cxx::__normal_iterator<LHCb::Event::v1::Track const* const*,std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> > > > >/VeloAssociator, with context 'Offline' -DownstreamChecker INFO Member list: LHCb::Converters::Track::v1::fromV2TrackV1Track/DownstreamConverter, PrTrackAssociator<Gaudi::Range_<std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> >,__gnu_cxx::__normal_iterator<LHCb::Event::v1::Track const* const*,std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> > > > >/DownstreamAssociator, with context 'Offline' -ForwardBestChecker INFO Member list: LHCb::Converters::Track::v1::fromV2TrackV1Track/ForwardBestConverter, PrTrackAssociator<Gaudi::Range_<std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> >,__gnu_cxx::__normal_iterator<LHCb::Event::v1::Track const* const*,std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> > > > >/ForwardBestAssociator, with context 'Offline' -UpstreamChecker INFO Member list: LHCb::Converters::Track::v1::fromV2TrackV1Track/UpstreamConverter, PrTrackAssociator<Gaudi::Range_<std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> >,__gnu_cxx::__normal_iterator<LHCb::Event::v1::Track const* const*,std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> > > > >/UpstreamAssociator, with context 'Offline' -SeedingChecker INFO Member list: LHCb::Converters::Track::v1::fromV2TrackV1Track/SeedingConverter, PrTrackAssociator<Gaudi::Range_<std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> >,__gnu_cxx::__normal_iterator<LHCb::Event::v1::Track const* const*,std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> > > > >/SeedingAssociator, with context 'Offline' -BestExtraChecker INFO Member list: PrTrackAssociator<Gaudi::Range_<std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> >,__gnu_cxx::__normal_iterator<LHCb::Event::v1::Track const* const*,std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> > > > >/BestAssociator, with context 'Offline' -ForwardFastFitt... INFO Member list: PrTrackAssociator<Gaudi::Range_<std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> >,__gnu_cxx::__normal_iterator<LHCb::Event::v1::Track const* const*,std::vector<LHCb::Event::v1::Track const*,std::allocator<LHCb::Event::v1::Track const*> > > > >/ForwardFastFittedAssociator, with context 'Offline' -MCLinksCaloSeq INFO Member list: CaloDigit2MCLinks2Table, CaloClusterMCTruth, CaloHypoMCTruth, with context 'Offline' -Check INFO Member list: GaudiSequencer/CheckPatSeq, GaudiSequencer/CheckRICHSeq, GaudiSequencer/CheckMUONSeq, with context 'Offline' -CheckPatSeq INFO Member list: PrCheckerAlgorithm<PrTrackCounter>/VeloMCCheck, PrCheckerAlgorithm<PrTrackCounter>/ForwardMCCheck, PrCheckerAlgorithm<PrTrackCounter>/UpMCCheck, PrCheckerAlgorithm<PrUTCounter>/UTForwardMCCheck, PrCheckerAlgorithm<PrTrackCounter>/ForwardBestMCCheck, PrCheckerAlgorithm<PrTrackCounter>/MatchMCCheck, PrCheckerAlgorithm<PrTrackCounter>/TMCCheck, PrCheckerAlgorithm<PrTrackCounter>/DownMCCheck, TrackListRefiner/FilterForBestMCCheck, TrackListRefiner/FilterForBestLongMCCheck, TrackListRefiner/FilterForBestLongAndGhostProbMCCheck, TrackListRefiner/FilterForBestDownMCCheck, TrackListRefiner/FilterForBestDownAndGhostProbMCCheck, PrCheckerAlgorithm<PrTrackCounter>/BestMCCheck, PrCheckerAlgorithm<PrTrackCounter>/BestLongMCCheck, PrCheckerAlgorithm<PrTrackCounter>/BestLongAndGhostProbMCCheck, PrCheckerAlgorithm<PrTrackCounter>/BestDownMCCheck, PrCheckerAlgorithm<PrTrackCounter>/BestDownAndGhostProbMCCheck, PrCheckerAlgorithm<PrUTCounter>/UTForwardBestMCCheck, PrCheckerAlgorithm<PrUTCounter>/UTMatchMCCheck, PrCheckerAlgorithm<PrUTCounter>/UTDownMCCheck, PrCheckerAlgorithm<PrTrackCounter>/VeloFullMCCheck, TrackResChecker/TrackResCheckerFast, PrimaryVertexChecker/PVChecker, with context 'Offline' -FilterForBestMC... INFO CUT: ' (~TrINVALID) ' -FilterForBestLo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==3) ) ' -FilterForBestLo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==3) ) & (TrGHOSTPROB<0.5) ) ' -FilterForBestDo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==5) ) ' -FilterForBestDo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==5) ) & (TrGHOSTPROB<0.5) ) ' -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -CheckRICHSeq INFO Member list: GaudiSequencer/RichCheck, with context 'Offline' -RichCheck INFO Member list: Rich::Future::MC::TrackToMCParticleRelations/RichFutureTKToMCPsRels, GaudiSequencer/RichCheckDown, GaudiSequencer/RichCheckUp, GaudiSequencer/RichCheckLong, with context 'Offline' -RichCheckDown INFO Member list: GaudiSequencer/RichPIDCheckDown, Rich::Future::Rec::MC::Moni::SIMDPhotonCherenkovAngles/RiCKMCResDown, Rich::Future::Rec::MC::Moni::SIMDPhotonCherenkovAngles/RiCKMCResDownTight, with context 'Offline' -RichPIDCheckDown INFO Member list: Rich::Future::Rec::MC::Moni::PIDQC/RichPIDMonDown70to100, Rich::Future::Rec::MC::Moni::PIDQC/RichPIDMonDown2to10, Rich::Future::Rec::MC::Moni::PIDQC/RichPIDMonDown2to100, Rich::Future::Rec::MC::Moni::PIDQC/RichPIDMonDown10to70, with context 'Offline' -RichCheckUp INFO Member list: GaudiSequencer/RichPIDCheckUp, Rich::Future::Rec::MC::Moni::SIMDPhotonCherenkovAngles/RiCKMCResUp, Rich::Future::Rec::MC::Moni::SIMDPhotonCherenkovAngles/RiCKMCResUpTight, with context 'Offline' -RichPIDCheckUp INFO Member list: Rich::Future::Rec::MC::Moni::PIDQC/RichPIDMonUp70to100, Rich::Future::Rec::MC::Moni::PIDQC/RichPIDMonUp2to10, Rich::Future::Rec::MC::Moni::PIDQC/RichPIDMonUp2to100, Rich::Future::Rec::MC::Moni::PIDQC/RichPIDMonUp10to70, with context 'Offline' -RichCheckLong INFO Member list: GaudiSequencer/RichPIDCheckLong, Rich::Future::Rec::MC::Moni::SIMDPhotonCherenkovAngles/RiCKMCResLong, Rich::Future::Rec::MC::Moni::SIMDPhotonCherenkovAngles/RiCKMCResLongTight, with context 'Offline' -RichPIDCheckLong INFO Member list: Rich::Future::Rec::MC::Moni::PIDQC/RichPIDMonLong70to100, Rich::Future::Rec::MC::Moni::PIDQC/RichPIDMonLong2to10, Rich::Future::Rec::MC::Moni::PIDQC/RichPIDMonLong2to100, Rich::Future::Rec::MC::Moni::PIDQC/RichPIDMonLong10to70, with context 'Offline' -CheckMUONSeq INFO Member list: MuonPIDChecker/MuonPIDCheckerDown, MuonPIDChecker/MuonPIDCheckerLong, with context 'Offline' -Output INFO Member list: GaudiSequencer/OutputDSTSeq, with context 'Offline' -OutputDSTSeq INFO Member list: GenFSRMerge, GaudiSequencer/RawEventSplitSeq, TrackToDST/FilterBestTrackStates, TrackToDST/FilterMuonTrackStates, GaudiSequencer/PackDST, with context 'Offline' -RawEventSplitSeq INFO Member list: RawEventMapCombiner/create_Calo_RawEvent, RawEventMapCombiner/create_Unstripped_RawEvent, RawEventMapCombiner/create_HC_RawEvent, RawEventMapCombiner/create_Tracker_RawEvent, RawEventMapCombiner/create_PersistReco_RawEvent, RawEventMapCombiner/create_Velo_RawEvent, RawEventMapCombiner/create_Muon_RawEvent, RawEventMapCombiner/create_Rich_RawEvent, RawEventMapCombiner/create_Trigger_RawEvent, EventNodeKiller/KillRawEventNodes, with context 'Offline' -PackDST INFO Member list: PackTrack/PackTracks, DataPacking::Pack<LHCb::RichPIDPacker>/PackRichPIDs, DataPacking::Pack<LHCb::MuonPIDPacker>/PackMuonPIDs, GaudiSequencer/CaloPacking, ChargedProtoParticleRemovePIDInfo/ProtoParticlePIDClean, PackProtoParticle/PackChargedProtos, PackProtoParticle/PackNeutralProtos, PackRecVertex, PackTwoProngVertex, PackTrack/PackMuonTracks, DataPacking::Pack<LHCb::MCRichDigitSummaryPacker>/MCRichDigitSummaryPacker, EventNodeKiller/MCRichNodeKiller, with context 'Offline' -CaloPacking INFO Member list: PackCaloHypo/PackPhotons, PackCaloHypo/PackElectrons, PackCaloHypo/PackMergedPi0s, PackCaloHypo/PackSplitPhotons, with context 'Offline' -EventPersistenc... INFO Added successfully Conversion service:RootCnvSvc -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel.ldst' SVC='RootCnvSvc' OPT='REC' -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel.ldst' SVC='FileRecordCnvSvc' OPT='REC' -EventSelector INFO Stream:EventSelector.DataStreamTool_1 Def:DATAFILE='/afs/cern.ch/work/d/dfazzini/cmtuser/BooleDev_v40r4/Boole_spillover.digi' SVC='Gaudi::RootEvtSelector' OPT='READ' -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 1, Run 1096, Nr. in job = 1 -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut...WARNING o Type profileC is not registered -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut...WARNING o Type globalC is not registered -BrunelInit INFO Evt 2, Run 1096, Nr. in job = 2 -BrunelInit INFO Evt 3, Run 1096, Nr. in job = 3 -BrunelInit INFO Evt 4, Run 1096, Nr. in job = 4 -CaloClusterMCTruthWARNING CaloClusterMCTruth:: The WARNING message is suppressed : ' No MC information for the cluster is found' -BrunelInit INFO Evt 5, Run 1096, Nr. in job = 5 -BrunelInit INFO Evt 6, Run 1096, Nr. in job = 6 -BrunelInit INFO Evt 7, Run 1096, Nr. in job = 7 -BrunelInit INFO Evt 8, Run 1096, Nr. in job = 8 -BrunelInit INFO Evt 9, Run 1096, Nr. in job = 9 -BrunelInit INFO Evt 10, Run 1096, Nr. in job = 10 -EventLoopMgr INFO No more events in event selection -ApplicationMgr INFO Application Manager Stopped successfully -MCRichDigitSumm...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 10 | 59580 | 5958.0 | 2039.6 | 3327.0 | 10596. | -GenFSRMerge INFO ========== Merging GenFSR ========== -GenFSRRead SUCCESS READ FSR: /FileRecords/PrevPrev/GenFSR -GenFSRRead SUCCESS { Event type: 30000000 Hard Generator: Pythia8 Generation method: GenerationPrevPrev.MinimumBias DecFiles version: v30r35 njobs:2 - - generator counters: EvtGenerated key: 2 value: 10 / IntGenerated key: 3 value: 72 / EvtAccepted key: 4 value: 10 / IntAccepted key: 5 value: 72 / OnebGen key: 10 value: 0 / ThreebGen key: 11 value: 0 / PromptBGen key: 12 value: 0 / OnecGen key: 13 value: 7 / ThreecGen key: 14 value: 1 / PromptCGen key: 15 value: 0 / bAndcGen key: 16 value: 0 / OnebAcc key: 17 value: 0 / ThreebAcc key: 18 value: 0 / PromptBAcc key: 19 value: 0 / OnecAcc key: 20 value: 7 / ThreecAcc key: 21 value: 1 / PromptCAcc key: 22 value: 0 / bAndcAcc key: 23 value: 0 / - -cross-sections: } -GenFSRRead SUCCESS ********************************** -GenFSRRead SUCCESS ***************************************************** -GenFSRRead SUCCESS READ FSR: /FileRecords/Prev/GenFSR -GenFSRRead SUCCESS { Event type: 30000000 Hard Generator: Pythia8 Generation method: GenerationPrev.MinimumBias DecFiles version: v30r35 njobs:2 - - generator counters: EvtGenerated key: 2 value: 10 / IntGenerated key: 3 value: 70 / EvtAccepted key: 4 value: 10 / IntAccepted key: 5 value: 70 / OnebGen key: 10 value: 0 / ThreebGen key: 11 value: 0 / PromptBGen key: 12 value: 0 / OnecGen key: 13 value: 7 / ThreecGen key: 14 value: 1 / PromptCGen key: 15 value: 0 / bAndcGen key: 16 value: 0 / OnebAcc key: 17 value: 0 / ThreebAcc key: 18 value: 0 / PromptBAcc key: 19 value: 0 / OnecAcc key: 20 value: 7 / ThreecAcc key: 21 value: 1 / PromptCAcc key: 22 value: 0 / bAndcAcc key: 23 value: 0 / - -cross-sections: } -GenFSRRead SUCCESS ********************************** -GenFSRRead SUCCESS ***************************************************** -GenFSRRead SUCCESS READ FSR: /FileRecords/Next/GenFSR -GenFSRRead SUCCESS { Event type: 30000000 Hard Generator: Pythia8 Generation method: GenerationNext.MinimumBias DecFiles version: v30r35 njobs:2 - - generator counters: EvtGenerated key: 2 value: 10 / IntGenerated key: 3 value: 71 / EvtAccepted key: 4 value: 10 / IntAccepted key: 5 value: 71 / OnebGen key: 10 value: 1 / ThreebGen key: 11 value: 0 / PromptBGen key: 12 value: 0 / OnecGen key: 13 value: 6 / ThreecGen key: 14 value: 0 / PromptCGen key: 15 value: 0 / bAndcGen key: 16 value: 0 / OnebAcc key: 17 value: 1 / ThreebAcc key: 18 value: 0 / PromptBAcc key: 19 value: 0 / OnecAcc key: 20 value: 6 / ThreecAcc key: 21 value: 0 / PromptCAcc key: 22 value: 0 / bAndcAcc key: 23 value: 0 / - -cross-sections: } -GenFSRRead SUCCESS ********************************** -GenFSRRead SUCCESS ***************************************************** -GenFSRRead SUCCESS READ FSR: /FileRecords/NextNext/GenFSR -GenFSRRead SUCCESS { Event type: 30000000 Hard Generator: Pythia8 Generation method: GenerationNextNext.MinimumBias DecFiles version: v30r35 njobs:2 - - generator counters: EvtGenerated key: 2 value: 10 / IntGenerated key: 3 value: 77 / EvtAccepted key: 4 value: 10 / IntAccepted key: 5 value: 77 / OnebGen key: 10 value: 0 / ThreebGen key: 11 value: 0 / PromptBGen key: 12 value: 0 / OnecGen key: 13 value: 6 / ThreecGen key: 14 value: 1 / PromptCGen key: 15 value: 0 / bAndcGen key: 16 value: 0 / OnebAcc key: 17 value: 0 / ThreebAcc key: 18 value: 0 / PromptBAcc key: 19 value: 0 / OnecAcc key: 20 value: 6 / ThreecAcc key: 21 value: 1 / PromptCAcc key: 22 value: 0 / bAndcAcc key: 23 value: 0 / - -cross-sections: } -GenFSRRead SUCCESS ********************************** -GenFSRRead SUCCESS ***************************************************** -GenFSRRead SUCCESS READ FSR: /FileRecords/GenFSR -GenFSRRead SUCCESS { Event type: 12143001 Hard Generator: Pythia8 Generation method: Generation.SignalRepeatedHadronization DecFiles version: v30r35 njobs:2 - - generator counters: AllEvt key: 0 value: 1850 / EvtGenerated key: 2 value: 1810 / IntGenerated key: 3 value: 13548 / EvtAccepted key: 4 value: 10 / IntAccepted key: 5 value: 80 / OnebGen key: 10 value: 110 / ThreebGen key: 11 value: 2 / PromptBGen key: 12 value: 2 / OnecGen key: 13 value: 1263 / ThreecGen key: 14 value: 164 / PromptCGen key: 15 value: 30 / bAndcGen key: 16 value: 31 / OnebAcc key: 17 value: 11 / ThreebAcc key: 18 value: 1 / PromptBAcc key: 19 value: 0 / OnecAcc key: 20 value: 9 / ThreecAcc key: 21 value: 1 / PromptCAcc key: 22 value: 0 / bAndcAcc key: 23 value: 2 / BeforeLevelCut key: 26 value: 47 / AfterLevelCut key: 27 value: 5 / EvtInverted key: 28 value: 5 / B0Acc key: 41 value: 3 / antiB0Acc key: 42 value: 3 / BplusAcc key: 43 value: 3 / BminusAcc key: 44 value: 1 / antibBaryonAcc key: 48 value: 2 / D0Acc key: 64 value: 4 / antiD0Acc key: 65 value: 4 / DplusAcc key: 66 value: 1 / DminusAcc key: 67 value: 1 / DsplusAcc key: 68 value: 1 / DsminusAcc key: 69 value: 4 / cBaryonAcc key: 70 value: 2 / BAcc key: 78 value: 1 / BstarAcc key: 79 value: 5 / B2starAcc key: 80 value: 4 / DstarAcc key: 89 value: 10 / EvtSignal key: 91 value: 5 / EvtantiSignal key: 92 value: 5 / BeforePCut key: 93 value: 20 / AfterPCut key: 94 value: 3 / BeforeantiPCut key: 95 value: 27 / AfterantiPCut key: 96 value: 2 / AllsubProcess key: 100 value: 13548 / non-diffractive key: 201 value: 7585 / A B -> A B elastic key: 202 value: 3095 / A B -> X B single diffractive key: 203 value: 851 / A B -> A X single diffractive key: 204 value: 850 / A B -> X X double diffractive key: 205 value: 1167 / - -cross-sections: Total cross-secti key: 0 value: 101.512 / non-diffracti key: 101 value: 57.1656 / A B -> A B elast key: 102 value: 22.5806 / A B -> X B single diffracti key: 103 value: 6.44236 / A B -> A X single diffracti key: 104 value: 6.44236 / A B -> X X double diffracti key: 105 value: 8.88086 / } -GenFSRRead SUCCESS ********************************** -GenFSRRead SUCCESS ***************************************************** -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 10 events processed -BrunelInit SUCCESS ================================================================== -BrunelEventCount SUCCESS Booked 1 Histogram(s) : 1D=1 -FutureEcalZSup SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 10 | 0 |( 0.000000 +- 0.000000)% | -FutureHcalZSup SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 10 | 0 |( 0.000000 +- 0.000000)% | -PrGECFilter SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 10 | -PrStoreUTHit SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# valid banks" | 1800 | - | "# valid source ID" | 1800 | -VPClustering SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 10 | 18688 | 1868.8 | -PrPixelTracking...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "NbClustersProduced" | 10 | 18688 | 1868.8 | - | "NbVeloTracksProduced" | 10 | 2377 | 237.70 | -ConverterVPForP...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 2377 | 237.70 | -PatPV3D SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 10 | 42 | 4.2000 | -PrVeloUTFast SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 10 | 1563 | 156.30 | - | "#tracks" | 10 | 573 | 57.300 | -VeloUTMakeLHCbT...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 573 | 57.300 | -PrForwardTracki...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb output tracks" | 10 | 0 | 0.0000 | -FastForwardMake...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 0 | 0.0000 | -ForwardFitterAl... INFO Fitting performance : 0.00 % -ForwardFitterAl...SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nBadInput" | 10 | 0 | 0.0000 | - | "nFitted" | 10 | 0 | 0.0000 | - | "nTracks" | 10 | 0 | 0.0000 | -PrForwardTracki...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb output tracks" | 10 | 0 | 0.0000 | -BestForwardMake...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 0 | 0.0000 | -TrackBestTrackC...SUCCESS Number of counters : 19 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 2395 | 0 |( 0.000000 +- 0.000000)% | - |*"FitFailed" | 2395 | 2 |(0.08350731 +- 0.05902392)% | - | "Upstream.FitFailed" | 1 | 1 | 1.0000 | - |*"Upstream.badChisq" | 572 | 35 |( 6.118881 +- 1.002137)% | - | "Upstream.chisqProbSum" | 572 | 261.0768 | 0.45643 | - |*"Upstream.flipCharge" | 572 | 4 |(0.6993007 +- 0.3484257)% | - | "Upstream.ghostProbability" | 572 | 571942.8 | 999.90 | - | "Upstream.numOutliers" | 572 | 98 | 0.17133 | - | "Velo.FitFailed" | 1 | 1 | 1.0000 | - |*"Velo.badChisq" | 1007 | 149 |( 14.79643 +- 1.118903)% | - | "Velo.chisqProbSum" | 1007 | 360.6154 | 0.35811 | - |*"Velo.flipCharge" | 1007 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 1007 | 1006899 | 999.90 | - | "Velo.numOutliers" | 1007 | 363 | 0.36048 | - |*"VeloBackward.badChisq" | 814 | 19 |( 2.334152 +- 0.5292048)% | - | "VeloBackward.chisqProbSum" | 814 | 426.6015 | 0.52408 | - |*"VeloBackward.flipCharge" | 814 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 814 | 813918.6 | 999.90 | - | "VeloBackward.numOutliers" | 814 | 96 | 0.11794 | -RichFutureDecode SUCCESS Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Error decoding RawBank" | 0 | - | "EventID Mismatch" | 0 | - | "Invalid RichSmartID read from FlatList data for| 0 | - | "L1 bank with invalid RICH detector mapping" | 0 | - | "Magic Pattern mis-match" | 0 | - | "ODIN Mismatch" | 0 | - | "Retrieved null pointer to RawBank" | 0 | - | "Unknown PD ID" | 0 | -RichPixClustering SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Too many clusters. Processing aborted." | 0 | -RichTrackSegmen...SUCCESS Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Creating missing entry State" | 0 | - | "Creating missing exit State" | 0 | - | "Failed to find appropriate entry State" | 0 | - | "Failed to find appropriate exit State" | 0 | - | "Problem getting track state" | 0 | - | "Too many tracks -> Processing aborted" | 0 | -RichDetectableY...SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "No PDs found -> Assuming Av. PD Q.E. of 1" | 0 | - | "No primary mirrors found -> Assuming Av. reflec| 0 | - | "No secondary mirrors found -> Assuming Av. refl| 0 | -RichCKResolutio...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "NULL DeRichPD pointer !!" | 0 | - | "Problem computing radiation length" | 0 | -RichPixBackgrou...SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Bkg PD index out of range !!" | 0 | - | "Pixel PD index out of range !!" | 0 | - | "Track PD index out of range !!" | 0 | -RichGPIDLikelih...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Maximum number of iteration re-tries reached" | 0 | - | "Taken more than maximum number of iterations ->| 0 | -RichPixBackgrou...SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Bkg PD index out of range !!" | 0 | - | "Pixel PD index out of range !!" | 0 | - | "Track PD index out of range !!" | 0 | -RichGPIDLikelih...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Maximum number of iteration re-tries reached" | 0 | - | "Taken more than maximum number of iterations ->| 0 | -RichGPIDWriteRi...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Track has non-zero best deltaLL value" | 0 | -RichTrackSegmen...SUCCESS Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Creating missing entry State" | 0 | - | "Creating missing exit State" | 0 | - | "Failed to find appropriate entry State" | 0 | - | "Failed to find appropriate exit State" | 0 | - | "Problem getting track state" | 0 | - | "Too many tracks -> Processing aborted" | 0 | -RichDetectableY...SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "No PDs found -> Assuming Av. PD Q.E. of 1" | 0 | - | "No primary mirrors found -> Assuming Av. reflec| 0 | - | "No secondary mirrors found -> Assuming Av. refl| 0 | -RichCKResolutio...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "NULL DeRichPD pointer !!" | 0 | - | "Problem computing radiation length" | 0 | -RichPixBackgrou...SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Bkg PD index out of range !!" | 0 | - | "Pixel PD index out of range !!" | 0 | - | "Track PD index out of range !!" | 0 | -RichGPIDLikelih...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Maximum number of iteration re-tries reached" | 0 | - | "Taken more than maximum number of iterations ->| 0 | -RichPixBackgrou...SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Bkg PD index out of range !!" | 0 | - | "Pixel PD index out of range !!" | 0 | - | "Track PD index out of range !!" | 0 | -RichGPIDLikelih...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Maximum number of iteration re-tries reached" | 0 | - | "Taken more than maximum number of iterations ->| 0 | -RichGPIDWriteRi...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Track has non-zero best deltaLL value" | 0 | -RichTrackSegmen...SUCCESS Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Creating missing entry State" | 0 | - | "Creating missing exit State" | 0 | - | "Failed to find appropriate entry State" | 0 | - | "Failed to find appropriate exit State" | 0 | - | "Problem getting track state" | 0 | - | "Too many tracks -> Processing aborted" | 0 | -RichDetectableY...SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "No PDs found -> Assuming Av. PD Q.E. of 1" | 0 | - | "No primary mirrors found -> Assuming Av. reflec| 0 | - | "No secondary mirrors found -> Assuming Av. refl| 0 | -RichCKResolutio...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "NULL DeRichPD pointer !!" | 0 | - | "Problem computing radiation length" | 0 | -RichPixBackgrou...SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Bkg PD index out of range !!" | 0 | - | "Pixel PD index out of range !!" | 0 | - | "Track PD index out of range !!" | 0 | -RichGPIDLikelih...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Maximum number of iteration re-tries reached" | 0 | - | "Taken more than maximum number of iterations ->| 0 | -RichPixBackgrou...SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Bkg PD index out of range !!" | 0 | - | "Pixel PD index out of range !!" | 0 | - | "Track PD index out of range !!" | 0 | -RichGPIDLikelih...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Maximum number of iteration re-tries reached" | 0 | - | "Taken more than maximum number of iterations ->| 0 | -RichGPIDWriteRi...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Track has non-zero best deltaLL value" | 0 | -MergeRichPIDs SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Input/Output RichPID version mis-match" | 0 | -EcalCaloFutureD...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Offset scale" | 10 | 0 | 0.0000 | -HcalCaloFutureD...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Average offset in ADC" | 10 | 0 | 0.0000 | - | "Offset scale" | 10 | 0 | 0.0000 | -FutureEcalClust INFO Built <203.5> cellular automaton clusters/event with <3.5> iterations (min,max)=(3,4) on average -FutureEcalClust INFO Number of counters : 3 - | Counter | - | "# clusterization passes" | 10 | 35 | 3.5000 | 0.50000 | 3.0000 | 4.0000 | - | "# clusters" | 10 | 2035 | 203.50 | 61.456 | 103.00 | 304.00 | - | "Cluster energy" | 4070 |1.168009e+07 | 2869.8 | 6318.3 | 6.0000 | 90857. | -FutureEcalCovar SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusters" | 10 | -InECALFuture SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "#total tracks" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | - | "#tracks in acceptance" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -FutureClusterMatchSUCCESS Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "#good tracks" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "#links in table" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "#total calos" | 10 | 2035 | 203.50 | 61.456 | 103.00 | 304.00 | -SinglePhotonRec...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "hyposNumber" | 10 | 2035 | 203.50 | 61.456 | 103.00 | 304.00 | -MergedPi0RecFutureSUCCESS Number of counters : 9 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Fails to set covariance (1)" | 82 | 0 | 0.0000 | - | "Fails to set covariance (2)" | 82 | 0 | 0.0000 | - | "Fails to set spread (1)" | 82 | 0 | 0.0000 | - | "Fails to set spread (2)" | 82 | 0 | 0.0000 | - | "Fails to tag(E) cluster (1)" | 82 | 0 | 0.0000 | - | "Fails to tag(E) cluster (2)" | 82 | 0 | 0.0000 | - | "clusters => mergedPi0s" | 10 | 82 | 8.2000 | - | "clusters => splitClusters" | 10 | 164 | 16.400 | - | "clusters => splitPhotons" | 10 | 164 | 16.400 | -SingleElectronR...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Electron Hypos" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -InHCALFuture SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "#total tracks" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | - | "#tracks in acceptance" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -InBREMFuture SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 1562 | 156.20 | 46.818 | 82.000 | 244.00 | - | "#total tracks" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | - | "#tracks in acceptance" | 10 | 1085 | 108.50 | 31.560 | 58.000 | 168.00 | -ElectronMatchFu...SUCCESS Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "#good tracks" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "#links in table" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "#total calos" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -BremMatchFuture SUCCESS Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 197379 | 19738. | 10975. | 4917.0 | 41780. | - | "#chi2" | 41621 |1.892423e+08 | 4546.8 | 2874.7 | 0.50783 | 9999.9 | - | "#good tracks" | 10 | 1085 | 108.50 | 31.560 | 58.000 | 168.00 | - | "#links in table" | 10 | 41621 | 4162.1 | 2234.3 | 1325.0 | 9292.0 | - | "#total calos" | 10 | 2035 | 203.50 | 61.456 | 103.00 | 304.00 | -FutureEcalChi22ID SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "#total tracks" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | -BremChi22IDFuture SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 1562 | 156.20 | 46.818 | 82.000 | 244.00 | - | "#total tracks" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | -FutureClusChi22ID SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "#total tracks" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | -EcalPIDeFuture SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "/Event/Rec/Calo/EcalChi2=>/Event/Rec/Calo/EcalP| 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -BremPIDeFuture SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "/Event/Rec/Calo/BremChi2=>/Event/Rec/Calo/BremP| 10 | 1562 | 156.20 | 46.818 | 82.000 | 244.00 | -HcalPIDeFuture SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "/Event/Rec/Calo/HcalE=>/Event/Rec/Calo/HcalPIDe| 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -EcalPIDmuFuture SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "/Event/Rec/Calo/EcalE=>/Event/Rec/Calo/EcalPIDm| 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -HcalPIDmuFuture SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "/Event/Rec/Calo/HcalE=>/Event/Rec/Calo/HcalPIDm| 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -MuonProcStatus SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Muon readoutStatus : create a procStatus" | 10 | 10 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MuonROFilter SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted events" | 10 | -PrepareMuonHits SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Impossible MuonTileID" | 3514 | 0 |( 0.000000 +- 0.000000)% | -ChargedProtoPMakerSUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Track/Best ==> Rec/ProtoP/Charged" | 10 | 555 | 55.500 | 17.477 | 24.000 | 83.000 | -FutureChargedPr...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "EcalPIDs() ==> Rec/ProtoP/Charged" | 10 | 555 | 55.500 | 17.477 | 24.000 | 83.000 | -FutureChargedPr...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "BremPIDs() ==> Rec/ProtoP/Charged" | 10 | 555 | 55.500 | 17.477 | 24.000 | 83.000 | -FutureChargedPr...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "HcalPIDs() ==> Rec/ProtoP/Charged" | 10 | 555 | 55.500 | 17.477 | 24.000 | 83.000 | -ChargedProtoPAd...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Rich/PIDs ==> Rec/ProtoP/Charged" | 10 | 555 | 55.500 | 17.477 | 24.000 | 83.000 | -ChargedProtoPAd...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Muon/MuonPID ==> Rec/ProtoP/Charged" | 10 | 555 | 55.500 | 17.477 | 24.000 | 83.000 | -ChargedProtoPCo...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "CombineDLL ==> Rec/ProtoP/Charged" | 10 | 555 | 55.500 | 17.477 | 24.000 | 83.000 | -FutureNeutralPr...SUCCESS Number of counters : 74 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#protos in Rec/ProtoP/Neutrals" | 10 | 2281 | 228.10 | 74.059 | 111.00 | 361.00 | - | "CaloClusterCode for Photon" | 2035 | -1302 | -0.63980 | 89.864 | -98.000 | 98.000 | - | "CaloClusterCode for PhotonFromMergedPi0" | 164 | 14463 | 88.189 | 11.946 | 45.000 | 98.000 | - | "CaloClusterCode for Pi0Merged" | 82 | 62 | 0.75610 | 91.572 | -97.000 | 98.000 | - | "CaloClusterFrac for Photon" | 1798 | 1800.398 | 1.0013 | 0.056701 | 0.61053 | 1.3794 | - | "CaloClusterFrac for PhotonFromMergedPi0" | 164 | 86.48303 | 0.52734 | 0.23467 | 0.057690 | 0.97103 | - | "CaloClusterFrac for Pi0Merged" | 77 | 76.52207 | 0.99379 | 0.022310 | 0.83823 | 1.0059 | - | "CaloNeutralE19 for Photon" | 2035 | 1123.094 | 0.55189 | 0.18177 | 0.16247 | 1.1392 | - | "CaloNeutralE19 for PhotonFromMergedPi0" | 164 | 119.946 | 0.73138 | 0.33715 | 0.18776 | 3.7034 | - | "CaloNeutralE19 for Pi0Merged" | 82 | 45.0287 | 0.54913 | 0.16422 | 0.26179 | 0.90909 | - | "CaloNeutralE49 for Photon" | 2035 | 1775.076 | 0.87227 | 0.099677 | 0.52954 | 1.2329 | - | "CaloNeutralE49 for PhotonFromMergedPi0" | 164 | 148.9943 | 0.90850 | 0.083218 | 0.58826 | 1.0000 | - | "CaloNeutralE49 for Pi0Merged" | 82 | 72.47641 | 0.88386 | 0.080515 | 0.56616 | 0.99703 | - | "CaloNeutralEcal for Photon" | 2035 |1.153825e+07 | 5669.9 | 7883.7 | 199.64 | 90857. | - | "CaloNeutralEcal for PhotonFromMergedPi0" | 164 | 1669550 | 10180. | 10250. | 511.13 | 62650. | - | "CaloNeutralEcal for Pi0Merged" | 82 | 1592987 | 19427. | 16153. | 5200.4 | 90857. | - | "CaloNeutralHcal2Ecal for Photon" | 2035 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for PhotonFromMergedPi0" | 164 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for Pi0Merged" | 82 | 0.0762924 | 0.00093040 | 0.0083736 | 0.0000 | 0.076292 | - | "CaloNeutralID for Photon" | 2035 |7.778668e+07 | 38224. | 3535.7 | 33160. | 44150. | - | "CaloNeutralID for PhotonFromMergedPi0" | 164 | 6095099 | 37165. | 3451.1 | 33306. | 43889. | - | "CaloNeutralID for Pi0Merged" | 82 | 3048093 | 37172. | 3447.4 | 33306. | 43824. | - | "CaloNeutralPrs for Photon" | 2035 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralPrs for PhotonFromMergedPi0" | 164 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralPrs for Pi0Merged" | 82 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralPrsM for Photon" | 2035 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralPrsM for PhotonFromMergedPi0" | 164 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralPrsM for Pi0Merged" | 82 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralSpd for Photon" | 2035 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralSpd for PhotonFromMergedPi0" | 164 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralSpd for Pi0Merged" | 82 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloPrsNeutralE19 for Photon" | 2035 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloPrsNeutralE19 for PhotonFromMergedPi0" | 164 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloPrsNeutralE19 for Pi0Merged" | 82 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloPrsNeutralE49 for Photon" | 2035 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloPrsNeutralE49 for PhotonFromMergedPi0" | 164 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloPrsNeutralE49 for Pi0Merged" | 82 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloPrsNeutralE4max for Photon" | 2035 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloPrsNeutralE4max for PhotonFromMergedPi0" | 164 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloPrsNeutralE4max for Pi0Merged" | 82 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloShapeAsym for Photon" | 32 | 0.929716 | 0.029054 | 0.31788 | -0.73429 | 0.71769 | - | "CaloShapeAsym for Pi0Merged" | 38 | 0.828179 | 0.021794 | 0.34291 | -0.73429 | 0.76476 | - | "CaloShapeE1 for Photon" | 32 | 17.81394 | 0.55669 | 0.16325 | 0.27498 | 0.83758 | - | "CaloShapeE1 for Pi0Merged" | 38 | 20.96451 | 0.55170 | 0.16149 | 0.27498 | 0.83758 | - | "CaloShapeE2 for Photon" | 32 | 24.66877 | 0.77090 | 0.12807 | 0.52572 | 0.96939 | - | "CaloShapeE2 for Pi0Merged" | 38 | 29.05853 | 0.76470 | 0.12341 | 0.52572 | 0.96939 | - | "CaloShapeFr2r4 for Photon" | 32 | 23.53599 | 0.73550 | 0.093030 | 0.46242 | 0.86286 | - | "CaloShapeFr2r4 for Pi0Merged" | 38 | 28.02592 | 0.73752 | 0.091512 | 0.46242 | 0.90278 | - | "CaloShapeKappa for Photon" | 32 | 12.48125 | 0.39004 | 0.19188 | 0.045287 | 0.76384 | - | "CaloShapeKappa for Pi0Merged" | 38 | 15.18586 | 0.39963 | 0.19435 | 0.045287 | 0.79214 | - | "ClusterAsX for Photon" | 2033 | 7.000803 | 0.0034436 | 0.20536 | -0.56693 | 0.58207 | - | "ClusterAsX for PhotonFromMergedPi0" | 164 | 1.642969 | 0.010018 | 0.22448 | -0.73080 | 0.89493 | - | "ClusterAsY for Photon" | 2034 | -19.50439 | -0.0095892 | 0.19977 | -0.66051 | 0.63140 | - | "ClusterAsY for PhotonFromMergedPi0" | 164 | 2.351634 | 0.014339 | 0.23206 | -0.68477 | 0.80320 | - | "ClusterMass for Pi0Merged" | 82 | 4493.127 | 54.794 | 41.256 | 1.3081 | 209.33 | - | "IsNotE for Photon" | 2035 | 1929.626 | 0.94822 | 0.18130 | -1.0000 | 0.99786 | - | "IsNotE for PhotonFromMergedPi0" | 164 | 160.6876 | 0.97980 | 0.022184 | 0.88154 | 0.99961 | - | "IsNotE for Pi0Merged" | 82 | 78.75443 | 0.96042 | 0.027890 | 0.89137 | 0.99957 | - | "IsNotH for Photon" | 2035 | -5.992278 | -0.0029446 | 0.091761 | -1.0000 | 0.061728 | - | "IsNotH for PhotonFromMergedPi0" | 164 | 1.489038 | 0.0090795 | 0.012013 | 7.3864e-05 | 0.061976 | - | "IsNotH for Pi0Merged" | 82 | 1.323092 | 0.016135 | 0.10393 | 0.0014380 | 0.95006 | - | "IsPhoton for Photon" | 2035 | 2018.245 | 0.99177 | 0.076744 | 0.039823 | 1.0000 | - | "IsPhoton for Pi0Merged" | 82 | 61.36946 | 0.74841 | 0.34835 | 0.039823 | 1.0000 | - | "IsPhotonXGB for Photon" | 2035 | 2021.092 | 0.99317 | 0.070110 | 0.00096789 | 1.0000 | - | "IsPhotonXGB for Pi0Merged" | 82 | 66.88675 | 0.81569 | 0.30624 | 0.00096789 | 1.0000 | - | "PhotonID for Photon" | 2035 | -2035 | -1.0000 | 0.0000 | -1.0000 | -1.0000 | - | "PhotonID for PhotonFromMergedPi0" | 164 | -164 | -1.0000 | 0.0000 | -1.0000 | -1.0000 | - | "PhotonID for Pi0Merged" | 82 | -82 | -1.0000 | 0.0000 | -1.0000 | -1.0000 | - | "Rec/Calo/MergedPi0s=>Rec/ProtoP/Neutrals" | 10 | 82 | 8.2000 | 4.8125 | 0.0000 | 19.000 | - | "Rec/Calo/Photons=>Rec/ProtoP/Neutrals" | 10 | 2035 | 203.50 | 61.456 | 103.00 | 304.00 | - | "Rec/Calo/SplitPhotons=>Rec/ProtoP/Neutrals" | 10 | 164 | 16.400 | 9.6250 | 0.0000 | 38.000 | - | "ShowerShape for Photon" | 2035 |1.120102e+07 | 5504.2 | 5690.9 | 258.41 | 84006. | - | "ShowerShape for PhotonFromMergedPi0" | 164 | 706010.6 | 4304.9 | 3481.3 | 275.18 | 14126. | - | "ShowerShape for Pi0Merged" | 82 | 648437.6 | 7907.8 | 6012.9 | 724.81 | 26746. | -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -RecSummary SUCCESS #WARNINGS = 10 Message = 'No data at 'Raw/UT/Clusters'' -EcalDigitMon SUCCESS Booked 5 Histogram(s) : 1D=3 2D=2 -EcalDigitMon SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 10 | 21479 | 2147.9 | 655.87 | 1118.0 | 3275.0 | -HcalDigitMon SUCCESS Booked 5 Histogram(s) : 1D=3 2D=2 -HcalDigitMon SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Hcal/Digits" | 10 | 3676 | 367.60 | 98.412 | 184.00 | 551.00 | -EcalEFlowMon SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 10 | 21349 | 2134.9 | 648.83 | 1112.0 | 3250.0 | -EcalClusterMon SUCCESS Booked 7 Histogram(s) : 1D=5 2D=2 -EcalClusterMon SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/EcalClusters" | 10 | 2035 | 203.50 | 61.456 | 103.00 | 304.00 | -ElectronMon SUCCESS Booked 9 Histogram(s) : 1D=7 2D=2 -PhotonMon SUCCESS Booked 9 Histogram(s) : 1D=7 2D=2 -PhotonMon SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 2035 | 203.50 | 61.456 | 103.00 | 304.00 | -SplitPhotonMon SUCCESS Booked 8 Histogram(s) : 1D=6 2D=2 -SplitPhotonMon SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/SplitPhotons" | 9 | 164 | 18.222 | 8.3504 | 10.000 | 38.000 | -MergedPi0Mon SUCCESS Booked 8 Histogram(s) : 1D=8 -MergedPi0Mon SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/MergedPi0s" | 9 | 82 | 9.1111 | 4.1752 | 5.0000 | 19.000 | -ResolvedPi0Mon SUCCESS Booked 7 Histogram(s) : 1D=7 -ResolvedPi0Mon SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -EtaMon SUCCESS Booked 7 Histogram(s) : 1D=7 -EtaMon SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -ProtoElectronMon SUCCESS Booked 7 Histogram(s) : 1D=5 2D=2 -ProtoElectronMon SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/ProtoP/Charged" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -PhotonMatchMon SUCCESS Booked 5 Histogram(s) : 1D=5 -PhotonMatchMon SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ClusterMatch" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Monitor /Event/Rec/Calo/EcalClusters" | 10 | 2035 | 203.50 | 61.456 | 103.00 | 304.00 | - | "Monitor /Event/Rec/Calo/EcalSplitClusters" | 10 | 164 | 16.400 | 9.6250 | 0.0000 | 38.000 | -ElectronMatchMon SUCCESS Booked 5 Histogram(s) : 1D=5 -ElectronMatchMon SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ElectronMatch" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Monitor /Event/Rec/Calo/Electrons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -BremMatchMon SUCCESS Booked 5 Histogram(s) : 1D=5 -BremMatchMon SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/BremMatch" | 10 | 41621 | 4162.1 | 2234.3 | 1325.0 | 9292.0 | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 2035 | 203.50 | 61.456 | 103.00 | 304.00 | -CaloFutureEMuPI...SUCCESS Booked 6 Histogram(s) : 1D=6 -CaloFutureEMuPI...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | 10 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -CaloFutureEMuPI...SUCCESS Booked 4 Histogram(s) : 1D=4 -CaloFutureEMuPI...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | 10 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -CaloFutureEMuPI...SUCCESS Booked 4 Histogram(s) : 1D=4 -CaloFutureEMuPI...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | 10 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -RichDecodingErrorsSUCCESS Booked 352 Histogram(s) : 2D=1 1DProf=351 -RichDecodingErrorsSUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Failed to find histogram for L1 Board" | 0 | -RichRecPixelQC SUCCESS Booked 6 Histogram(s) : 1D=6 -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 10 | 0 | 0 | 0 | 0 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 10 | 3232.1 | 1113.5 | 0.96744 | 0.54457 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 10434 | 3.0977 | 3.1119 | 2.4975 | 8.1166 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 10 | 0 | 0 | 0 | 0 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 10 | 2084.4 | 631.03 | 0.15185 | -0.42582 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 8575 | 2.4308 | 2.0574 | 3.0859 | 16.977 | -RichFutureMoniC...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Too many clusters. Processing aborted." | 0 | -RichRecPixelClu...SUCCESS Booked 2 Histogram(s) : 1D=2 -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 26113 | 1.2377 | 0.77302 | 6.5114 | 70.222 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 18030 | 1.1561 | 0.65675 | 9.6103 | 154.99 | -RichRecPixelClu...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Empty relation table!" | 0 | -RichRecoStatsDown SUCCESS Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich1Gas Segments" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Photons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -RiDownTrkEff SUCCESS Booked 17 Histogram(s) : 1D=12 1DProf=5 -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Selected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 0 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 10 | 0 | 0 | 0 | 0 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/effVP | "RICH Track Sel. Eff. V P" | 0 | 0 | 0 | 0 | 0 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 0 | 0 | 0 | 0 | 0 | -RiCKResDown SUCCESS Booked 10 Histogram(s) : 1D=10 -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 10 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp Cktheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed Ch Phi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed Ch Theta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp Cktheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp Cktheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed Ch Phi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed Ch Theta - All photon | 0 | 0 | 0 | 0 | 0 | -RiCKResDownTight SUCCESS Booked 10 Histogram(s) : 1D=10 -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 10 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp Cktheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed Ch Phi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed Ch Theta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp Cktheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp Cktheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed Ch Phi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed Ch Theta - All photon | 0 | 0 | 0 | 0 | 0 | -RichRecoStatsUp SUCCESS Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 61331 | 6133.1 | 3538.8 | 1490.0 | 14512. | - | "# Rich1Gas Segments" | 10 | 476 | 47.600 | 15.147 | 23.000 | 68.000 | - | "# Rich2Gas Photons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 10 | 476 | 47.600 | 15.147 | 23.000 | 68.000 | - |*"RICH selection efficiency" | 555 | 476 |( 85.76577 +- 1.483124)% | -RiUpTrkEff SUCCESS Booked 17 Histogram(s) : 1D=12 1DProf=5 -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 79 | 0.99007 | 0.45391 | 1.412 | 2.8795 | - | All/Rejected/CloneDist | "Track Clone Distance" | 79 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 79 | 0.030246 | 0.05844 | 4.0763 | 18.795 | - | All/Rejected/P | "Track Momentum" | 79 | 46423 | 15961 | 0.45159 | -0.57645 | - | All/Rejected/Pt | "Track Transverse Momentum" | 79 | 1300.6 | 878.37 | 1.8528 | 3.5425 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 476 | 1.097 | 0.48809 | 1.1519 | 1.6101 | - | All/Selected/CloneDist | "Track Clone Distance" | 476 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 476 | 0.047709 | 0.056714 | 2.6556 | 8.3478 | - | All/Selected/P | "Track Momentum" | 476 | 14303 | 13874 | 2.1177 | 5.1988 | - | All/Selected/Pt | "Track Transverse Momentum" | 476 | 1141.7 | 906.05 | 2.715 | 9.4807 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 47.6 | 15.147 | 0.040281 | -1.3216 | - | nTracks | "# Tracks / Event" | 10 | 55.5 | 17.477 | -0.068335 | -0.94526 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 555 | 1.0818 | 0.48481 | 8.1773 | 23.82 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 555 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 555 | 0.045246 | 0.057284 | 26.692 | 118.07 | - | All/effVP | "RICH Track Sel. Eff. V P" | 555 | 18025 | 17476 | 6.8111 | 19.051 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 555 | 1164.1 | 903.89 | 34.687 | 171.66 | -RiCKResUp SUCCESS Booked 10 Histogram(s) : 1D=10 -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 10 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp Cktheta - All photon | 19969 |-0.00053326 | 0.0021609 | -0.16481 | -0.69882 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp Cktheta - All photons" | 40434 |-0.00050713 | 0.0021285 | -0.19572 | -0.65333 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed Ch Phi - All photons" | 40434 | 3.1153 | 1.8253 | 0.025694 | -1.2093 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed Ch Theta - All photon | 40434 | 0.045067 | 0.0066533 | -0.51252 | -0.93288 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp Cktheta - All photons" | 20465 |-0.00048105 | 0.0020954 | -0.22711 | -0.60482 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp Cktheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp Cktheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed Ch Phi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed Ch Theta - All photon | 0 | 0 | 0 | 0 | 0 | -RiCKResUpTight SUCCESS Booked 10 Histogram(s) : 1D=10 -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 10 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp Cktheta - All photon | 15708 |-0.00060204 | 0.0021356 | -0.17154 | -0.7047 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp Cktheta - All photons" | 33093 |-0.00055317 | 0.0021216 | -0.19476 | -0.66468 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed Ch Phi - All photons" | 33093 | 3.1198 | 1.8195 | 0.023088 | -1.202 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed Ch Theta - All photon | 33093 | 0.045043 | 0.0066188 | -0.5069 | -0.93082 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp Cktheta - All photons" | 17385 |-0.00050803 | 0.0021076 | -0.21555 | -0.62462 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp Cktheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp Cktheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed Ch Phi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed Ch Theta - All photon | 0 | 0 | 0 | 0 | 0 | -RichRecoStatsLong SUCCESS Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich1Gas Segments" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Photons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -RiLongTrkEff SUCCESS Booked 17 Histogram(s) : 1D=12 1DProf=5 -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Rejected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/Selected/CloneDist | "Track Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/P | "Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | All/Selected/Pt | "Track Transverse Momentum" | 0 | 0 | 0 | 0 | 0 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 0 | 0 | 0 | 0 | - | nTracks | "# Tracks / Event" | 10 | 0 | 0 | 0 | 0 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 0 | 0 | 0 | 0 | 0 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 0 | 0 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 0 | 0 | 0 | 0 | 0 | - | All/effVP | "RICH Track Sel. Eff. V P" | 0 | 0 | 0 | 0 | 0 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 0 | 0 | 0 | 0 | 0 | -RiCKResLong SUCCESS Booked 10 Histogram(s) : 1D=10 -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 10 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp Cktheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed Ch Phi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed Ch Theta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp Cktheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp Cktheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed Ch Phi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed Ch Theta - All photon | 0 | 0 | 0 | 0 | 0 | -RiCKResLongTight SUCCESS Booked 10 Histogram(s) : 1D=10 -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 10 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp Cktheta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed Ch Phi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed Ch Theta - All photon | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp Cktheta - All ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp Cktheta - All p | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp Cktheta - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed Ch Phi - All photons" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed Ch Theta - All photon | 0 | 0 | 0 | 0 | 0 | -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 0 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 0 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 0 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 0 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDownSUCCESS Booked 69 Histogram(s) : 1D=58 1DProf=11 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 0 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 0 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 0 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 0 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLongSUCCESS Booked 69 Histogram(s) : 1D=58 1DProf=11 -MuonTrackFitter INFO Fitting performance : 0.00 % -MuonTrackFitter SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nBadInput" | 10 | 0 | 0.0000 | - | "nFitted" | 10 | 0 | 0.0000 | - | "nTracks" | 10 | 0 | 0.0000 | -MuonTrackAligMo...SUCCESS Booked 54 Histogram(s) : 1D=34 1DProf=20 -OverallEventPro...SUCCESS Booked 1 Histogram(s) : 1D=1 -TrackEventProcTimeSUCCESS Booked 1 Histogram(s) : 1D=1 -VertexEventProc...SUCCESS Booked 1 Histogram(s) : 1D=1 -RichEventProcTime SUCCESS Booked 1 Histogram(s) : 1D=1 -CaloFutureEvent...SUCCESS Booked 1 Histogram(s) : 1D=1 -MuonEventProcTime SUCCESS Booked 1 Histogram(s) : 1D=1 -ProtoEventProcTimeSUCCESS Booked 1 Histogram(s) : 1D=1 -ProcStatAbortMoni SUCCESS Booked 1 Histogram(s) : 1DProf=1 -TrackMonitor SUCCESS Booked 162 Histogram(s) : 1D=135 1DProf=27 -TrackMonitor SUCCESS Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Tracks" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | - | "#Upstream" | 10 | 555 | 55.500 | 17.477 | 24.000 | 83.000 | - | "#Velo" | 10 | 1007 | 100.70 | 31.359 | 52.000 | 161.00 | - | "#VeloBackward" | 10 | 814 | 81.400 | 28.890 | 41.000 | 138.00 | -TrackDiMuonMonitorSUCCESS Booked 1 Histogram(s) : 1D=1 -TrackDiMuonMonitorSUCCESS Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "numcombinations" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "numnegtracks" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "numpostracks" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "numselected" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -TrackVertexMonitorSUCCESS Booked 66 Histogram(s) : 1D=46 1DProf=20 -AlignmentOnline...SUCCESS Booked 34 Histogram(s) : 1D=34 -TrackV0Monitor SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -TrackV0Monitor SUCCESS #WARNINGS = 10 Message = 'Rec/Vertex/V0 not found' -TrackFitMatchMo...SUCCESS Booked 31 Histogram(s) : 1D=13 1DProf=18 -TrackAlignMonitor INFO Number of elements in jacobian map: 87 -TrackAlignMonitor SUCCESS Booked 27 Histogram(s) : 1D=18 1DProf=9 -TrackPV2HalfAli...SUCCESS Booked 10 Histogram(s) : 1D=10 -TrackMuonMatchM...SUCCESS Booked 16 Histogram(s) : 1D=16 -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO 0.00 +- 0.00 Velo | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 55.50 +- 2.36 Upstream | 100.0 +- 0.0 | 85.8 +- 1.5 0.0 +- 0.0 0.0 +- 0.0 82.2 +- 1.6 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni SUCCESS Booked 10 Histogram(s) : 1DProf=10 -ChargedProtoANN...SUCCESS Booked 6 Histogram(s) : 1D=6 -ChargedProtoANN...SUCCESS 1D histograms in directory "PROTO/ChargedProtoANNPIDMoni" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Upstream/ElectronANN | "Upstream Electron ANN PID" | 555 | 0.020388 | 0.094177 | 7.7753 | 66.315 | - | Upstream/GhostANN | "Upstream Ghost ANN PID" | 555 | 0.055752 | 0.13271 | 4.4893 | 22.254 | - | Upstream/KaonANN | "Upstream Kaon ANN PID" | 555 | 0.19423 | 0.27021 | 1.6076 | 1.4714 | - | Upstream/MuonANN | "Upstream Muon ANN PID" | 555 | 0.016325 | 0.041323 | 6.3626 | 52.092 | - | Upstream/PionANN | "Upstream Pion ANN PID" | 555 | 0.6727 | 0.33139 | -0.84853 | -0.63964 | - | Upstream/ProtonANN | "Upstream Proton ANN PID" | 555 | 0.15646 | 0.2262 | 1.7428 | 2.057 | -VeloAssociator SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 2377 | 2369 |( 99.66344 +- 0.1187911)% | - | "MC particles per track" | 2369 | 2386 | 1.0072 | -UpstreamAssociatorSUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 573 | 556 |( 97.03316 +- 0.7088101)% | - | "MC particles per track" | 556 | 556 | 1.0000 | -BestAssociator SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 2376 | 2358 |( 99.24242 +- 0.1778847)% | - | "MC particles per track" | 2358 | 2373 | 1.0064 | -CaloDigit2MCLin...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CD2MC links" | 10 | 163121 | 16312. | -CaloClusterMCTruthSUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CC2MC links" | 10 | 59092 | 5909.2 | 3494.6 | 1454.0 | 13414. | -CaloClusterMCTruthSUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -CaloClusterMCTruthSUCCESS #WARNINGS = 6 Message = ' No MC information for the cluster is found' -CaloHypoMCTruth SUCCESS Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links Rec/Calo/Electrons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "#links Rec/Calo/MergedPi0s" | 10 | 2572 | 257.20 | 267.76 | 0.0000 | 990.00 | - | "#links Rec/Calo/Photons" | 10 | 54193 | 5419.3 | 3055.9 | 1287.0 | 11558. | - | "#links Rec/Calo/SplitPhotons" | 10 | 4899 | 489.90 | 498.08 | 0.0000 | 1856.0 | - | "#links/hypo Rec/Calo/MergedPi0s" | 82 | 2572 | 31.366 | 25.108 | 2.0000 | 120.00 | - | "#links/hypo Rec/Calo/Photons" | 2035 | 54193 | 26.630 | 24.244 | 0.0000 | 168.00 | - | "#links/hypo Rec/Calo/SplitPhotons" | 164 | 4899 | 29.872 | 24.183 | 2.0000 | 127.00 | -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 2377 tracks including 8 ghosts [ 0.34 %], Event average 0.24 % **** -VeloMCCheck INFO 01_velo : 1123 from 1146 [ 97.99 %] 15 clones [ 1.32 %], purity: 99.90 %, hitEff: 96.36 %, hitEffFirst3: 96.22 %, hitEffLast: 95.97 % -VeloMCCheck INFO -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 0 tracks including 0 ghosts [ 0.00 %], Event average 0.00 % **** -ForwardMCCheck INFO -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 573 tracks including 17 ghosts [ 2.97 %], Event average 2.77 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 500 tracks including 13 ghosts [2.60 %] **** -UpMCCheck INFO 01_velo : 525 from 1146 [ 45.81 %] 1 clones [ 0.19 %], purity: 99.42 %, hitEff: 98.86 % -UpMCCheck INFO 02_velo+UT : 524 from 987 [ 53.09 %] 1 clones [ 0.19 %], purity: 99.44 %, hitEff: 98.86 % -UpMCCheck INFO 03_velo+UT>5GeV : 412 from 551 [ 74.77 %] 0 clones [ 0.00 %], purity: 99.46 %, hitEff: 99.45 % -UpMCCheck INFO 04_velo+notLong : 525 from 1146 [ 45.81 %] 1 clones [ 0.19 %], purity: 99.42 %, hitEff: 98.86 % -UpMCCheck INFO 05_velo+UT+notLong : 524 from 987 [ 53.09 %] 1 clones [ 0.19 %], purity: 99.44 %, hitEff: 98.86 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 412 from 551 [ 74.77 %] 0 clones [ 0.00 %], purity: 99.46 %, hitEff: 99.45 % -UpMCCheck INFO -UTForwardMCCheck INFO Results -ForwardBestMCCheck INFO Results -ForwardBestMCCheck INFO **** Forward 0 tracks including 0 ghosts [ 0.00 %], Event average 0.00 % **** -ForwardBestMCCheck INFO -MatchMCCheck INFO Results -MatchMCCheck INFO **** Match 0 tracks including 0 ghosts [ 0.00 %], Event average 0.00 % **** -MatchMCCheck INFO -TMCCheck INFO Results -TMCCheck INFO **** TTrack 0 tracks including 0 ghosts [ 0.00 %], Event average 0.00 % **** -TMCCheck INFO -DownMCCheck INFO Results -DownMCCheck INFO **** Downstream 0 tracks including 0 ghosts [ 0.00 %], Event average 0.00 % **** -DownMCCheck INFO -FilterForBestMC...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | - | "#seeds" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | -FilterForBestLo...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"#passed" | 10 | 0 |( 0.000000 +- 0.000000)%| ------- | ------- | - | "#seeds" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | -FilterForBestLo...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"#passed" | 10 | 0 |( 0.000000 +- 0.000000)%| ------- | ------- | - | "#seeds" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | -FilterForBestDo...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"#passed" | 10 | 0 |( 0.000000 +- 0.000000)%| ------- | ------- | - | "#seeds" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | -FilterForBestDo...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"#passed" | 10 | 0 |( 0.000000 +- 0.000000)%| ------- | ------- | - | "#seeds" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | -BestMCCheck INFO Results -BestMCCheck INFO **** Best 2376 tracks including 18 ghosts [ 0.76 %], Event average 0.65 % **** -BestMCCheck INFO -BestLongMCCheck INFO Results -BestLongMCCheck INFO **** BestLong 0 tracks including 0 ghosts [ 0.00 %], Event average 0.00 % **** -BestLongMCCheck INFO -BestLongAndGhos... INFO Results -BestLongAndGhos... INFO **** BestLongAndGhostProb 0 tracks including 0 ghosts [ 0.00 %], Event average 0.00 % **** -BestLongAndGhos... INFO -BestDownMCCheck INFO Results -BestDownMCCheck INFO **** BestDown 0 tracks including 0 ghosts [ 0.00 %], Event average 0.00 % **** -BestDownMCCheck INFO -BestDownAndGhos... INFO Results -BestDownAndGhos... INFO **** BestDownAndGhostProb 0 tracks including 0 ghosts [ 0.00 %], Event average 0.00 % **** -BestDownAndGhos... INFO -UTForwardBestMC... INFO Results -UTMatchMCCheck INFO Results -UTDownMCCheck INFO Results -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 2377 tracks including 8 ghosts [ 0.34 %], Event average 0.24 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 2133 from 2386 [ 89.40 %] 19 clones [ 0.88 %], purity: 99.85 %, hitEff: 96.57 %, hitEffFirst3: 96.78 %, hitEffLast: 95.08 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 1368 from 1498 [ 91.32 %] 15 clones [ 1.08 %], purity: 99.85 %, hitEff: 96.26 %, hitEffFirst3: 96.36 %, hitEffLast: 95.07 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 765 from 888 [ 86.15 %] 4 clones [ 0.52 %], purity: 99.86 %, hitEff: 97.11 %, hitEffFirst3: 97.53 %, hitEffLast: 95.10 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 1123 from 1146 [ 97.99 %] 15 clones [ 1.32 %], purity: 99.90 %, hitEff: 96.36 %, hitEffFirst3: 96.22 %, hitEffLast: 95.97 % -VeloFullMCCheck INFO 21_Electron_Velo : 227 from 359 [ 63.23 %] 7 clones [ 2.99 %], purity: 98.67 %, hitEff: 83.06 %, hitEffFirst3: 81.48 %, hitEffLast: 79.00 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 175 from 274 [ 63.87 %] 7 clones [ 3.85 %], purity: 98.57 %, hitEff: 81.13 %, hitEffFirst3: 78.02 %, hitEffLast: 79.06 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 52 from 85 [ 61.18 %] 0 clones [ 0.00 %], purity: 99.04 %, hitEff: 89.82 %, hitEffFirst3: 93.59 %, hitEffLast: 78.78 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 169 from 239 [ 70.71 %] 7 clones [ 3.98 %], purity: 98.52 %, hitEff: 80.91 %, hitEffFirst3: 77.46 %, hitEffLast: 79.64 % -VeloFullMCCheck INFO -TrackResChecker... INFO ************************************ -PVChecker INFO ============================================ -PVChecker INFO Efficiencies for reconstructible MC vertices: -PVChecker INFO ============================================ -PVChecker INFO -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO REC and MC vertices matched: by dz distance -PVChecker INFO -PVChecker INFO All : 0.759 ( 41 / 54 ) -PVChecker INFO Isolated : 0.788 ( 26 / 33 ) -PVChecker INFO Close : 0.714 ( 15 / 21 ) -PVChecker INFO False rate : 0.024 ( 1 / 42 ) -PVChecker INFO -PVChecker INFO L0 accepted PV of B : 0.000 ( 0 / 0 ) -PVChecker INFO False PV as B : 0.000 ( 0 / 0 ) -PVChecker INFO -PVChecker INFO -------------------------------------------- -PVChecker INFO Substatistics: -PVChecker INFO -------------------------------------------- -PVChecker INFO 1st PV (highest multiplicity): -PVChecker INFO All : 0.900 ( 9 / 10 ) -PVChecker INFO Isolated : 0.833 ( 5 / 6 ) -PVChecker INFO Close : 1.000 ( 4 / 4 ) -PVChecker INFO --------------------------------------- -PVChecker INFO 2nd PV: -PVChecker INFO All : 0.900 ( 9 / 10 ) -PVChecker INFO Isolated : 0.875 ( 7 / 8 ) -PVChecker INFO Close : 1.000 ( 2 / 2 ) -PVChecker INFO --------------------------------------- -PVChecker INFO 3rd PV: -PVChecker INFO All : 0.700 ( 7 / 10 ) -PVChecker INFO Isolated : 0.857 ( 6 / 7 ) -PVChecker INFO Close : 0.333 ( 1 / 3 ) -PVChecker INFO -PVChecker INFO --------------------------------------- -PVChecker INFO dx: mean = -0.000 +/- 0.002, RMS = 0.011 +/- 0.002 -PVChecker INFO dy: mean = 0.000 +/- 0.001, RMS = 0.008 +/- 0.001 -PVChecker INFO dz: mean = -0.003 +/- 0.011, RMS = 0.069 +/- 0.015 -PVChecker INFO --------------------------------------- -PVChecker INFO pullx: mean = 0.019 +/- 0.154, RMS = 0.987 +/- 0.085 -PVChecker INFO pully: mean = 0.027 +/- 0.113, RMS = 0.722 +/- 0.087 -PVChecker INFO pullz: mean = 0.153 +/- 0.146, RMS = 0.937 +/- 0.113 -PVChecker INFO ============================================ -PVChecker SUCCESS Booked 17 Histogram(s) : 1D=17 -RichFutureTKToM...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Empty relation table!" | 0 | -RichPIDMonDown7...WARNING NO ENTRIES -> PID table skipped ... -RichPIDMonDown7...SUCCESS Booked 2 Histogram(s) : 1D=2 -RichPIDMonDown2...WARNING NO ENTRIES -> PID table skipped ... -RichPIDMonDown2...SUCCESS Booked 2 Histogram(s) : 1D=2 -RichPIDMonDown2...WARNING NO ENTRIES -> PID table skipped ... -RichPIDMonDown2...SUCCESS Booked 2 Histogram(s) : 1D=2 -RichPIDMonDown1...WARNING NO ENTRIES -> PID table skipped ... -RichPIDMonDown1...SUCCESS Booked 2 Histogram(s) : 1D=2 -RiCKMCResDown SUCCESS Booked 22 Histogram(s) : 1D=20 1DProf=2 -RiCKMCResDown SUCCESS 1D histograms in directory "RICH/RiCKMCResDown" : 20 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp Cktheta - True Type" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp Cktheta - Pion Type" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed Ch Phi - MC fake phot | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed Ch Phi - MC true phot | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed Ch Theta - MC fake ph | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed Ch Theta - MC true ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp Cktheta - True Type" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp Cktheta - Pion Type" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed Ch Phi - MC fake phot | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed Ch Phi - MC true phot | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed Ch Theta - MC fake ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed Ch Theta - MC true ph | 0 | 0 | 0 | 0 | 0 | -RiCKMCResDown SUCCESS 1D profile histograms in directory "RICH/RiCKMCResDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp Cktheta> V P - MC true pho | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp Cktheta> V P - MC true pho | 0 | 0 | 0 | 0 | 0 | -RiCKMCResDownTightSUCCESS Booked 22 Histogram(s) : 1D=20 1DProf=2 -RiCKMCResDownTightSUCCESS 1D histograms in directory "RICH/RiCKMCResDownTight" : 20 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp Cktheta - True Type" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp Cktheta - Pion Type" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed Ch Phi - MC fake phot | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed Ch Phi - MC true phot | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed Ch Theta - MC fake ph | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed Ch Theta - MC true ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp Cktheta - True Type" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp Cktheta - Pion Type" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed Ch Phi - MC fake phot | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed Ch Phi - MC true phot | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed Ch Theta - MC fake ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed Ch Theta - MC true ph | 0 | 0 | 0 | 0 | 0 | -RiCKMCResDownTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResDownTight" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp Cktheta> V P - MC true pho | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp Cktheta> V P - MC true pho | 0 | 0 | 0 | 0 | 0 | -RichPIDMonUp70t... INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp70t... INFO RichPIDMonUp70to100 #Tracks = 9, With RICH info = 3 -RichPIDMonUp70t... INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp70t... INFO %total | Electron Muon Pion Kaon Proton Deuteron X (MC) | %Purity -RichPIDMonUp70t... INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp70t... INFO | | -RichPIDMonUp70t... INFO Electron | 0.000 0.000 0.000 0.000 0.000 0.000 0.000 | 0.000 -RichPIDMonUp70t... INFO Muon | 0.000 0.000 0.000 0.000 0.000 0.000 0.000 | 0.000 -RichPIDMonUp70t... INFO Pion | 0.000 0.000 0.000 0.000 0.000 0.000 0.000 | 0.000 -RichPIDMonUp70t... INFO Kaon | 0.000 0.000 0.000 0.000 0.000 0.000 0.000 | 0.000 -RichPIDMonUp70t... INFO Proton | 0.000 0.000 0.000 0.000 0.000 0.000 0.000 | 0.000 -RichPIDMonUp70t... INFO Deuteron | 0.000 0.000 66.667 0.000 0.000 0.000 0.000 | 0.000 -RichPIDMonUp70t... INFO X | 0.000 0.000 33.333 0.000 0.000 0.000 0.000 | 0.000 -RichPIDMonUp70t... INFO (reco) | | -RichPIDMonUp70t... INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp70t... INFO %Eff. | 0.000 0.000 0.000 0.000 0.000 0.000 0.000 | -RichPIDMonUp70t... INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp70t... INFO % ID eff | K->K,Pr,D : 0.00 +- 0.00 pi->e,m,pi : 0.00 +- 0.00 | -RichPIDMonUp70t... INFO % MisID eff | K->e,m,pi : 0.00 +- 0.00 pi->K,Pr,D : 100.00 +- 0.00 | -RichPIDMonUp70t... INFO % ID rate | Events : 100.00 +- 0.00 Tracks : 33.33 +- 15.71 | -RichPIDMonUp70t... INFO | -> With 'Rich1Gas' : 33.33 +- 15.71 | -RichPIDMonUp70t... INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp70t...SUCCESS Booked 4 Histogram(s) : 1D=3 2D=1 -RichPIDMonUp2to10 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp2to10 INFO RichPIDMonUp2to10 #Tracks = 247, With RICH info = 247 -RichPIDMonUp2to10 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp2to10 INFO %total | Electron Muon Pion Kaon Proton Deuteron X (MC) | %Purity -RichPIDMonUp2to10 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp2to10 INFO | | -RichPIDMonUp2to10 INFO Electron | 2.024 0.405 0.405 0.000 0.000 0.000 0.405 | 62.500 -RichPIDMonUp2to10 INFO Muon | 0.000 1.215 14.980 0.000 0.000 0.000 0.810 | 7.143 -RichPIDMonUp2to10 INFO Pion | 0.000 0.000 40.486 0.000 0.000 0.000 0.000 | 100.000 -RichPIDMonUp2to10 INFO Kaon | 0.000 0.000 0.000 0.000 0.000 0.000 0.000 | 0.000 -RichPIDMonUp2to10 INFO Proton | 0.000 0.000 0.000 0.000 0.000 0.000 0.000 | 0.000 -RichPIDMonUp2to10 INFO Deuteron | 0.000 0.000 0.000 0.000 0.000 0.000 0.000 | 0.000 -RichPIDMonUp2to10 INFO X | 0.000 0.000 16.599 0.000 0.000 0.000 22.672 | 57.732 -RichPIDMonUp2to10 INFO (reco) | | -RichPIDMonUp2to10 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp2to10 INFO %Eff. | 100.000 75.000 55.866 0.000 0.000 0.000 94.915 | -RichPIDMonUp2to10 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp2to10 INFO % ID eff | K->K,Pr,D : 0.00 +- 0.00 pi->e,m,pi : 100.00 +- 0.00 | -RichPIDMonUp2to10 INFO % MisID eff | K->e,m,pi : 0.00 +- 0.00 pi->K,Pr,D : 0.00 +- 0.00 | -RichPIDMonUp2to10 INFO % ID rate | Events : 100.00 +- 0.00 Tracks : 100.00 +- 0.00 | -RichPIDMonUp2to10 INFO | -> With 'Rich1Gas' : 100.00 +- 0.00 | -RichPIDMonUp2to10 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp2to10 SUCCESS Booked 4 Histogram(s) : 1D=3 2D=1 -RichPIDMonUp2to100 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp2to100 INFO RichPIDMonUp2to100 #Tracks = 535, With RICH info = 473 -RichPIDMonUp2to100 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp2to100 INFO %total | Electron Muon Pion Kaon Proton Deuteron X (MC) | %Purity -RichPIDMonUp2to100 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp2to100 INFO | | -RichPIDMonUp2to100 INFO Electron | 1.903 0.634 4.651 0.211 0.000 0.000 0.423 | 24.324 -RichPIDMonUp2to100 INFO Muon | 0.000 1.057 14.376 0.000 0.000 0.000 0.634 | 6.579 -RichPIDMonUp2to100 INFO Pion | 0.000 0.846 34.249 0.000 0.000 0.000 0.423 | 96.429 -RichPIDMonUp2to100 INFO Kaon | 0.211 0.000 2.326 3.383 0.634 0.000 0.211 | 50.000 -RichPIDMonUp2to100 INFO Proton | 0.000 0.000 1.480 0.423 0.634 0.000 0.000 | 25.000 -RichPIDMonUp2to100 INFO Deuteron | 0.000 0.000 0.423 0.000 0.211 0.000 0.000 | 0.000 -RichPIDMonUp2to100 INFO X | 0.000 0.000 12.051 2.748 1.268 0.000 14.588 | 47.586 -RichPIDMonUp2to100 INFO (reco) | | -RichPIDMonUp2to100 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp2to100 INFO %Eff. | 90.000 41.667 49.240 50.000 23.077 0.000 89.610 | -RichPIDMonUp2to100 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp2to100 INFO % ID eff | K->K,Pr,D : 94.74 +- 5.12 pi->e,m,pi : 92.65 +- 1.58 | -RichPIDMonUp2to100 INFO % MisID eff | K->e,m,pi : 5.26 +- 5.12 pi->K,Pr,D : 7.35 +- 1.58 | -RichPIDMonUp2to100 INFO % ID rate | Events : 100.00 +- 0.00 Tracks : 88.41 +- 1.38 | -RichPIDMonUp2to100 INFO | -> With 'Rich1Gas' : 88.41 +- 1.38 | -RichPIDMonUp2to100 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp2to100SUCCESS Booked 4 Histogram(s) : 1D=3 2D=1 -RichPIDMonUp10to70 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp10to70 INFO RichPIDMonUp10to70 #Tracks = 279, With RICH info = 223 -RichPIDMonUp10to70 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp10to70 INFO %total | Electron Muon Pion Kaon Proton Deuteron X (MC) | %Purity -RichPIDMonUp10to70 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp10to70 INFO | | -RichPIDMonUp10to70 INFO Electron | 1.794 0.897 9.417 0.448 0.000 0.000 0.448 | 13.793 -RichPIDMonUp10to70 INFO Muon | 0.000 0.897 13.901 0.000 0.000 0.000 0.448 | 5.882 -RichPIDMonUp10to70 INFO Pion | 0.000 1.794 27.803 0.000 0.000 0.000 0.897 | 91.176 -RichPIDMonUp10to70 INFO Kaon | 0.448 0.000 4.933 7.175 1.345 0.000 0.448 | 50.000 -RichPIDMonUp10to70 INFO Proton | 0.000 0.000 3.139 0.897 1.345 0.000 0.000 | 25.000 -RichPIDMonUp10to70 INFO Deuteron | 0.000 0.000 0.000 0.000 0.448 0.000 0.000 | 0.000 -RichPIDMonUp10to70 INFO X | 0.000 0.000 6.726 5.830 2.691 0.000 5.830 | 27.660 -RichPIDMonUp10to70 INFO (reco) | | -RichPIDMonUp10to70 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp10to70 INFO %Eff. | 80.000 25.000 42.177 50.000 23.077 0.000 72.222 | -RichPIDMonUp10to70 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp10to70 INFO % ID eff | K->K,Pr,D : 94.74 +- 5.12 pi->e,m,pi : 86.36 +- 2.99 | -RichPIDMonUp10to70 INFO % MisID eff | K->e,m,pi : 5.26 +- 5.12 pi->K,Pr,D : 13.64 +- 2.99 | -RichPIDMonUp10to70 INFO % ID rate | Events : 100.00 +- 0.00 Tracks : 79.93 +- 2.40 | -RichPIDMonUp10to70 INFO | -> With 'Rich1Gas' : 79.93 +- 2.40 | -RichPIDMonUp10to70 INFO -------------+---------------------------------------------------------------+------------ -RichPIDMonUp10to70SUCCESS Booked 4 Histogram(s) : 1D=3 2D=1 -RiCKMCResUp SUCCESS Booked 22 Histogram(s) : 1D=20 1DProf=2 -RiCKMCResUp SUCCESS 1D histograms in directory "RICH/RiCKMCResUp" : 20 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp Cktheta - True Type" | 32856 |-0.00051159 | 0.0020396 | -0.26511 | -0.55608 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp Cktheta - Pion Type" | 40434 |-0.00050713 | 0.0021285 | -0.19572 | -0.65333 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp Cktheta - MC fake photons - | 28428 |-0.00069228 | 0.0023285 | -0.046071 | -1.0695 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp Cktheta - MC fake photons - | 35706 | -0.0006166 | 0.0023473 | -0.051076 | -1.0188 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp Cktheta - MC true photons - | 4428 |-6.5152e-05 | 0.00087309 | -0.30412 | 0.98944 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp Cktheta - MC true photons - | 4728 |-0.00017039 | 0.0011696 | -0.94466 | 2.5062 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed Ch Phi - MC fake phot | 28428 | 3.1004 | 1.8221 | 0.045311 | -1.2118 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed Ch Phi - MC true phot | 4428 | 3.1209 | 1.799 | 0.021628 | -1.1707 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed Ch Theta - MC fake ph | 28428 | 0.044255 | 0.0066877 | -0.31589 | -1.0313 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed Ch Theta - MC true ph | 4428 | 0.051108 | 0.0012839 | -3.6873 | 33.935 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp Cktheta - True Type" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp Cktheta - Pion Type" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed Ch Phi - MC fake phot | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed Ch Phi - MC true phot | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed Ch Theta - MC fake ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed Ch Theta - MC true ph | 0 | 0 | 0 | 0 | 0 | -RiCKMCResUp SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUp" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp Cktheta> V P - MC true pho | 4428 | 23197 | 15117 | 0 | -3 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp Cktheta> V P - MC true pho | 0 | 0 | 0 | 0 | 0 | -RiCKMCResUpTight SUCCESS Booked 22 Histogram(s) : 1D=20 1DProf=2 -RiCKMCResUpTight SUCCESS 1D histograms in directory "RICH/RiCKMCResUpTight" : 20 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp Cktheta - True Type" | 32856 |-0.00051159 | 0.0020396 | -0.26511 | -0.55608 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp Cktheta - Pion Type" | 40434 |-0.00050713 | 0.0021285 | -0.19572 | -0.65333 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp Cktheta - MC fake photons - | 28428 |-0.00069228 | 0.0023285 | -0.046071 | -1.0695 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp Cktheta - MC fake photons - | 35706 | -0.0006166 | 0.0023473 | -0.051076 | -1.0188 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp Cktheta - MC true photons - | 4428 |-6.5152e-05 | 0.00087309 | -0.30412 | 0.98944 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp Cktheta - MC true photons - | 4728 |-0.00017039 | 0.0011696 | -0.94466 | 2.5062 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed Ch Phi - MC fake phot | 28428 | 3.1004 | 1.8221 | 0.045311 | -1.2118 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed Ch Phi - MC true phot | 4428 | 3.1209 | 1.799 | 0.021628 | -1.1707 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed Ch Theta - MC fake ph | 28428 | 0.044255 | 0.0066877 | -0.31589 | -1.0313 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed Ch Theta - MC true ph | 4428 | 0.051108 | 0.0012839 | -3.6873 | 33.935 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp Cktheta - True Type" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp Cktheta - Pion Type" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed Ch Phi - MC fake phot | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed Ch Phi - MC true phot | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed Ch Theta - MC fake ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed Ch Theta - MC true ph | 0 | 0 | 0 | 0 | 0 | -RiCKMCResUpTight SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUpTight" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp Cktheta> V P - MC true pho | 4428 | 23197 | 15117 | 0 | -3 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp Cktheta> V P - MC true pho | 0 | 0 | 0 | 0 | 0 | -RichPIDMonLong7...WARNING NO ENTRIES -> PID table skipped ... -RichPIDMonLong7...SUCCESS Booked 2 Histogram(s) : 1D=2 -RichPIDMonLong2...WARNING NO ENTRIES -> PID table skipped ... -RichPIDMonLong2...SUCCESS Booked 2 Histogram(s) : 1D=2 -RichPIDMonLong2...WARNING NO ENTRIES -> PID table skipped ... -RichPIDMonLong2...SUCCESS Booked 2 Histogram(s) : 1D=2 -RichPIDMonLong1...WARNING NO ENTRIES -> PID table skipped ... -RichPIDMonLong1...SUCCESS Booked 2 Histogram(s) : 1D=2 -RiCKMCResLong SUCCESS Booked 22 Histogram(s) : 1D=20 1DProf=2 -RiCKMCResLong SUCCESS 1D histograms in directory "RICH/RiCKMCResLong" : 20 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp Cktheta - True Type" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp Cktheta - Pion Type" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed Ch Phi - MC fake phot | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed Ch Phi - MC true phot | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed Ch Theta - MC fake ph | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed Ch Theta - MC true ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp Cktheta - True Type" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp Cktheta - Pion Type" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed Ch Phi - MC fake phot | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed Ch Phi - MC true phot | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed Ch Theta - MC fake ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed Ch Theta - MC true ph | 0 | 0 | 0 | 0 | 0 | -RiCKMCResLong SUCCESS 1D profile histograms in directory "RICH/RiCKMCResLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp Cktheta> V P - MC true pho | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp Cktheta> V P - MC true pho | 0 | 0 | 0 | 0 | 0 | -RiCKMCResLongTightSUCCESS Booked 22 Histogram(s) : 1D=20 1DProf=2 -RiCKMCResLongTightSUCCESS 1D histograms in directory "RICH/RiCKMCResLongTight" : 20 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp Cktheta - True Type" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp Cktheta - Pion Type" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed Ch Phi - MC fake phot | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed Ch Phi - MC true phot | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed Ch Theta - MC fake ph | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed Ch Theta - MC true ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp Cktheta - True Type" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp Cktheta - Pion Type" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp Cktheta - MC fake photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp Cktheta - MC true photons - | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed Ch Phi - MC fake phot | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed Ch Phi - MC true phot | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed Ch Theta - MC fake ph | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed Ch Theta - MC true ph | 0 | 0 | 0 | 0 | 0 | -RiCKMCResLongTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResLongTight" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp Cktheta> V P - MC true pho | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp Cktheta> V P - MC true pho | 0 | 0 | 0 | 0 | 0 | -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Total Number of Tracks analysed: 0 -MuonPIDCheckerDown INFO Total Number of PreSelected Tracks: 0 -MuonPIDCheckerDown INFO Total Number of IsMuonLoose Candidates: 0 -MuonPIDCheckerDown INFO Total Number of IsMuon Candidates: 0 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDownSUCCESS Booked 69 Histogram(s) : 1D=58 1DProf=11 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Total Number of Tracks analysed: 0 -MuonPIDCheckerLong INFO Total Number of PreSelected Tracks: 0 -MuonPIDCheckerLong INFO Total Number of IsMuonLoose Candidates: 0 -MuonPIDCheckerLong INFO Total Number of IsMuon Candidates: 0 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLongSUCCESS Booked 69 Histogram(s) : 1D=58 1DProf=11 -PackTracks SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 10 | 2376 | 237.60 | 72.727 | 123.00 | 382.00 | -PackRichPIDs SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 10 | 476 | 47.600 | 15.147 | 23.000 | 68.000 | -PackMuonPIDs SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -PackMuonTracks SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -DstWriter INFO Events output: 10 -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 1 - | Logical Volume | | # mean RMS min max | - | BeforeMagnetRegion/Rich1/lvRich1Master | mm | 10 -437.55259 4.7971691 -440.23406 -423.402 | - | BeforeMagnetRegion/Rich1/lvRich1Master | X0 | 10 -5.4657362 0.059924366 -5.4992322 -5.2889 | - -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 12 - | Logical Volume | | # mean RMS min max | - | BeforeMagnetRegion/Rich1/lvRich1Master | mm | 18 496.19619 429.77544 8.1821656 881.457 | - | BeforeMagnetRegion/Rich1/lvRich1Master | X0 | 18 6.1811141 5.353711 0.10192521 10.9803 | - | BeforeMagnetRegion/Rich1/lvRich1Mirror1Master | mm | 4 1.6902612 1.5541734 0.059229777 4.23071 | - | BeforeMagnetRegion/Rich1/lvRich1Mirror1Master | X0 | 4 5.3926962e-06 9.3404237e-06 0 2.1570785e- | - | BeforeMagnetRegion/Rich1/lvRich1SubMaster | mm | 22 4.5532201 2.5280744 4.0013058 16.1383 | - | BeforeMagnetRegion/Rich1/lvRich1SubMaster | X0 | 22 0.013049141 0.0072452456 0.011467401 0.0462510 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilCompTnTUnit | mm | 3363 0.016027077 0.058834235 2.5318174e-11 1.35460 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilCompTnTUnit | X0 | 3363 0 0 0 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter18 | mm | 1 0.095528394 0 0.095528394 0.0955283 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter18 | X0 | 1 0 0 0 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter19 | mm | 4 0.072602549 0.065122316 0.001827447 0.159173 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter19 | X0 | 4 0 0 0 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter20 | mm | 5 0.33599041 0.34126124 0.010882971 0.942441 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter20 | X0 | 5 0 0 0 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter21 | mm | 5 0.58574107 0.34324386 0.3229858 1.24509 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter21 | X0 | 5 0 0 0 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter22 | mm | 1 1.1762402 0 1.1762402 1.17624 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter22 | X0 | 1 0 0 0 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter24 | mm | 2 0.087167881 0.045637062 0.041530819 0.132804 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter24 | X0 | 2 0 0 0 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter3 | mm | 3 0.18128122 0.18524792 0.050278716 0.443261 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter3 | X0 | 3 0 0 0 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter4 | mm | 16 0.23656869 0.2581569 0.0071758 0.706665 | - | BeforeMagnetRegion/VP/RFFoil/lvRFFoilInter4 | X0 | 16 0 0 0 | - -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 - -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -RootCnvSvc INFO Disconnected data IO:26CABA39-17C8-E911-ABE7-FA163E349720 [Brunel.ldst] -RootCnvSvc INFO Disconnected data IO:6A4EEF92-E4C7-E911-B0BA-FA163E87A14D [/afs/cern.ch/work/d/dfazzini/cmtuser/BooleDev_v40r4/Boole_spillover.digi] -ToolSvc INFO Removing all tools created by ToolSvc -ToolSvc.TrackFu...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 5 | 5 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -FutureNeutralPr...SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Missing Rec/Calo/MergedID" | 2281 | 2281 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | - | "Missing Rec/Calo/PhotonFromMergedID" | 2281 | 2281 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | - | "Missing Rec/Calo/PhotonID" | 2281 | 2281 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -FutureChargedPr...SUCCESS Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Missing Rec/Calo/MergedID" | 396 | 396 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | - | "Missing Rec/Calo/PhotonFromMergedID" | 396 | 396 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | - | "Missing Rec/Calo/PhotonID" | 396 | 396 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -SingleElectronR...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "selected clusters" | 2035 | -SinglePhotonRec...SUCCESS Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<delta> Inner" | 578 | 46957.39 | 81.241 | 0.0000 | 81.241 | 81.241 | - | "<delta> Middle" | 541 | 51559.7 | 95.304 | 0.0000 | 95.304 | 95.304 | - | "<delta> Outer" | 916 | 99731.7 | 108.88 | 0.28036 | 108.88 | 108.88 | - | "<gamma> Inner" | 578 | 8541.574 | 14.778 | 0.0000 | 14.778 | 14.778 | - | "<gamma> Middle" | 541 | 7809.298 | 14.435 | 0.0000 | 14.435 | 14.435 | - | "<gamma> Outer" | 916 | 13386.71 | 14.614 | 0.030907 | 14.614 | 14.614 | - | "Delta(Z)" | 2035 | 227435.4 | 111.76 | 13.148 | 79.322 | 152.15 | - | "Delta(Z) Inner" | 578 | 64812.07 | 112.13 | 12.972 | 81.056 | 147.84 | - | "Delta(Z) Middle" | 541 | 60011.55 | 110.93 | 12.002 | 79.322 | 143.76 | - | "Delta(Z) Outer" | 916 | 102611.7 | 112.02 | 13.864 | 79.683 | 152.15 | -SinglePhotonRec...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(X)" | 2035 | 343.683 | 0.16889 | 12.661 | -23.058 | 22.930 | - | "Delta(Y)" | 2035 | -1233.309 | -0.60605 | 12.532 | -23.058 | 22.930 | -SinglePhotonRec...SUCCESS Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 578 | 574.7636 | 0.99440 | 0.019868 | 0.96497 | 1.0864 | - | "<alpha> Middle" | 541 | 543.3928 | 1.0044 | 0.018153 | 0.97721 | 1.0899 | - | "<alpha> Outer" | 916 | 913.5455 | 0.99732 | 0.014321 | 0.97384 | 1.0412 | - | "Corrected energy" | 2035 |1.150563e+07 | 5653.9 | 7847.9 | 200.01 | 90901. | - | "Delta(E)" | 2035 | -32616.45 | -16.028 | 173.28 | -1446.1 | 1493.0 | - | "Pileup offset" | 2035 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 2035 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 2035 | 2035 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -SinglePhotonRec...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "selected clusters" | 2035 | -SinglePhotonRec...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "selected clusters" | 2035 | -FutureEcalCovar...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -BrunelInit.Brun...SUCCESS Booked 4 Histogram(s) : 1D=4 -BrunelInit.Brun...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta Memory/MB" | 1 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Total Memory/MB" | 10 | 21934.97 | 2193.5 | 26.860 | 2115.1 | 2205.8 | -SingleElectronR...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "selected clusters" | 2035 | -TrackBestTrackC...SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/2/0 -TrackBestTrackC...SUCCESS #WARNINGS = 1 Message = 'Error in predict backward function: something goes wrong in the prediction' -TrackBestTrackC...SUCCESS #WARNINGS = 1 Message = 'Error in predict forward function: something goes wrong in the prediction' -MergedPi0RecFut...SUCCESS Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<delta> Inner" | 32 | 2599.716 | 81.241 | 0.022097 | 81.241 | 81.241 | - | "<delta> Middle" | 30 | 2859.119 | 95.304 | 0.085391 | 95.304 | 95.304 | - | "<delta> Outer" | 102 | 11105.55 | 108.88 | 0.12622 | 108.88 | 108.88 | - | "<gamma> Inner" | 32 | 472.8897 | 14.778 | 0.013532 | 14.778 | 14.778 | - | "<gamma> Middle" | 30 | 433.0446 | 14.435 | 0.0080687 | 14.435 | 14.435 | - | "<gamma> Outer" | 102 | 1490.667 | 14.614 | 0.0075792 | 14.614 | 14.614 | - | "Delta(Z)" | 164 | 20838.28 | 127.06 | 10.477 | 87.786 | 148.57 | - | "Delta(Z) Inner" | 32 | 4029.519 | 125.92 | 9.9033 | 87.786 | 142.02 | - | "Delta(Z) Middle" | 30 | 3723.212 | 124.11 | 11.089 | 89.059 | 141.65 | - | "Delta(Z) Outer" | 102 | 13085.55 | 128.29 | 10.250 | 97.380 | 148.57 | -MergedPi0RecFut...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(X)" | 164 | 104.8387 | 0.63926 | 13.776 | -23.059 | 22.930 | - | "Delta(Y)" | 164 | -56.97134 | -0.34739 | 13.313 | -23.059 | 22.927 | -MergedPi0RecFut...SUCCESS Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 32 | 31.70229 | 0.99070 | 0.017987 | 0.96467 | 1.0393 | - | "<alpha> Middle" | 30 | 29.97971 | 0.99932 | 0.023451 | 0.97778 | 1.0980 | - | "<alpha> Outer" | 102 | 101.9576 | 0.99958 | 0.020450 | 0.97381 | 1.0689 | - | "Corrected energy" | 164 | 1655409 | 10094. | 10058. | 504.49 | 61276. | - | "Delta(E)" | 164 | -14140.58 | -86.223 | 281.30 | -1397.6 | 686.58 | - | "Pileup offset" | 164 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 164 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 164 | 164 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MergedPi0RecFut...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -MergedPi0RecFut...SUCCESS Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<delta> Inner" | 1232 | 100089.8 | 81.242 | 0.0000 | 81.241 | 81.241 | - | "<delta> Middle" | 1155 | 110076.8 | 95.305 | 0.0000 | 95.304 | 95.304 | - | "<delta> Outer" | 3927 | 427554.3 | 108.88 | 0.86936 | 108.88 | 108.88 | - | "<gamma> Inner" | 1232 | 18205.96 | 14.778 | 0.10060 | 14.778 | 14.778 | - | "<gamma> Middle" | 1155 | 16672.16 | 14.435 | 0.011034 | 14.435 | 14.435 | - | "<gamma> Outer" | 3927 | 57389.69 | 14.614 | 0.067585 | 14.614 | 14.614 | - | "Delta(Z)" | 6314 | 792506.9 | 125.52 | 10.807 | 83.167 | 150.09 | - | "Delta(Z) Inner" | 1232 | 153428.5 | 124.54 | 9.9521 | 86.741 | 142.34 | - | "Delta(Z) Middle" | 1155 | 140281.4 | 121.46 | 11.422 | 83.167 | 142.29 | - | "Delta(Z) Outer" | 3927 | 498800.2 | 127.02 | 10.527 | 96.506 | 150.09 | -MergedPi0RecFut...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(X)" | 6314 | 4943.674 | 0.78297 | 14.081 | -23.059 | 22.930 | - | "Delta(Y)" | 6314 | -704.7233 | -0.11161 | 13.592 | -23.059 | 22.930 | -RichPIDMonLong1...SUCCESS Booked 931 Histogram(s) : 1D=175 2D=147 1DProf=455 2DProf=154 -RichPIDMonLong1...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Null ProtoParticle pointer passed !" | 0 | - | "ProtoParticle has null Track pointer !" | 0 | -RichPIDMonLong2...SUCCESS Booked 931 Histogram(s) : 1D=175 2D=147 1DProf=455 2DProf=154 -RichPIDMonLong2...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Null ProtoParticle pointer passed !" | 0 | - | "ProtoParticle has null Track pointer !" | 0 | -RichPIDMonLong2...SUCCESS Booked 931 Histogram(s) : 1D=175 2D=147 1DProf=455 2DProf=154 -RichPIDMonLong2...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Null ProtoParticle pointer passed !" | 0 | - | "ProtoParticle has null Track pointer !" | 0 | -RichPIDMonLong7...SUCCESS Booked 931 Histogram(s) : 1D=175 2D=147 1DProf=455 2DProf=154 -RichPIDMonLong7...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Null ProtoParticle pointer passed !" | 0 | - | "ProtoParticle has null Track pointer !" | 0 | -RichPIDMonUp10t...SUCCESS Booked 931 Histogram(s) : 1D=175 2D=147 1DProf=455 2DProf=154 -RichPIDMonUp10t...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Null ProtoParticle pointer passed !" | 0 | - | "ProtoParticle has null Track pointer !" | 0 | -RichPIDMonUp2to...SUCCESS Booked 931 Histogram(s) : 1D=175 2D=147 1DProf=455 2DProf=154 -RichPIDMonUp2to...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Null ProtoParticle pointer passed !" | 0 | - | "ProtoParticle has null Track pointer !" | 0 | -RichPIDMonUp2to...SUCCESS Booked 931 Histogram(s) : 1D=175 2D=147 1DProf=455 2DProf=154 -RichPIDMonUp2to...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Null ProtoParticle pointer passed !" | 0 | - | "ProtoParticle has null Track pointer !" | 0 | -RichPIDMonUp70t...SUCCESS Booked 931 Histogram(s) : 1D=175 2D=147 1DProf=455 2DProf=154 -RichPIDMonUp70t...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Null ProtoParticle pointer passed !" | 0 | - | "ProtoParticle has null Track pointer !" | 0 | -RichPIDMonDown1...SUCCESS Booked 931 Histogram(s) : 1D=175 2D=147 1DProf=455 2DProf=154 -RichPIDMonDown1...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Null ProtoParticle pointer passed !" | 0 | - | "ProtoParticle has null Track pointer !" | 0 | -RichPIDMonDown2...SUCCESS Booked 931 Histogram(s) : 1D=175 2D=147 1DProf=455 2DProf=154 -RichPIDMonDown2...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Null ProtoParticle pointer passed !" | 0 | - | "ProtoParticle has null Track pointer !" | 0 | -RichPIDMonDown2...SUCCESS Booked 931 Histogram(s) : 1D=175 2D=147 1DProf=455 2DProf=154 -RichPIDMonDown2...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Null ProtoParticle pointer passed !" | 0 | - | "ProtoParticle has null Track pointer !" | 0 | -RichPIDMonDown7...SUCCESS Booked 931 Histogram(s) : 1D=175 2D=147 1DProf=455 2DProf=154 -RichPIDMonDown7...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Null ProtoParticle pointer passed !" | 0 | - | "ProtoParticle has null Track pointer !" | 0 | -VeloFullMCCheck...SUCCESS Booked 8 Histogram(s) : 1D=8 -UpMCCheck.PrChe...SUCCESS Booked 6 Histogram(s) : 1D=6 -VeloMCCheck.PrC...SUCCESS Booked 1 Histogram(s) : 1D=1 -ToolSvc.TrackVe...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Number of states added" | 10 | 914 | 91.400 | 42.160 | 0.0000 | 164.00 | - | "Number of tracks seen" | 11 | 3017 | 274.27 | 137.31 | 0.0000 | 538.00 | -ToolSvc.CaloFut...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Digits @ Raw/Hcal/Digits" | 1 | 417 | 417.00 | 0.0000 | 417.00 | 417.00 | -FutureEcalShare...SUCCESS Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<delta> Inner" | 14110 | 1146399 | 81.247 | 0.0000 | 81.241 | 81.241 | - | "<delta> Middle" | 10013 | 954331.7 | 95.309 | 0.0000 | 95.304 | 95.304 | - | "<delta> Outer" | 20485 | 2230460 | 108.88 | 0.57002 | 108.88 | 108.88 | - | "<gamma> Inner" | 14110 | 208546.4 | 14.780 | 0.0000 | 14.778 | 14.778 | - | "<gamma> Middle" | 10013 | 144548.5 | 14.436 | 0.0000 | 14.435 | 14.435 | - | "<gamma> Outer" | 20485 | 299368.7 | 14.614 | 0.0000 | 14.614 | 14.614 | - | "Delta(Z)" | 44608 | 5111609 | 114.59 | 12.550 | 77.297 | 152.24 | - | "Delta(Z) Inner" | 14110 | 1630246 | 115.54 | 12.113 | 77.297 | 147.83 | - | "Delta(Z) Middle" | 10013 | 1122285 | 112.08 | 11.533 | 80.496 | 144.24 | - | "Delta(Z) Outer" | 20485 | 2359107 | 115.16 | 13.149 | 80.270 | 152.24 | -FutureEcalShare...SUCCESS Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(X)" | 44608 | 12053.55 | 0.27021 | 12.878 | -23.059 | 22.930 | - | "Delta(Y)" | 44608 | -25779.42 | -0.57791 | 12.732 | -23.059 | 22.930 | -TimingAuditor.T... INFO -------------------------------------------------------------------------------------------------- -TimingAuditor.T... INFO This machine has a speed about 3.03 times the speed of a 2.8 GHz Xeon. -TimingAuditor.T... INFO Algorithm (millisec) | <user> | <clock> | min max sigma | entries | total (s) | -TimingAuditor.T... INFO -------------------------------------------------------------------------------------------------- -TimingAuditor.T... INFO EVENT LOOP | 1814.000 | 1825.273 | 533.478 3989.6 1079.46 | 10 | 18.253 | -TimingAuditor.T... INFO GenFSRSeq | 0.000 | 0.071 | 0.037 0.3 0.09 | 10 | 0.001 | -TimingAuditor.T... INFO GenFSRMerge | 0.000 | 0.009 | 0.007 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO GenFSRRead | 0.000 | 0.029 | 0.005 0.2 0.08 | 10 | 0.000 | -TimingAuditor.T... INFO BrunelSequencer | 1402.000 | 1406.653 | 505.714 3150.5 818.42 | 10 | 14.067 | -TimingAuditor.T... INFO Init | 3.000 | 0.374 | 0.232 1.1 0.27 | 10 | 0.004 | -TimingAuditor.T... INFO InitBrunelSeq | 3.000 | 0.362 | 0.220 1.1 0.26 | 10 | 0.004 | -TimingAuditor.T... INFO BrunelInit | 2.000 | 0.319 | 0.191 1.1 0.27 | 10 | 0.003 | -TimingAuditor.T... INFO BrunelEventCount | 1.000 | 0.010 | 0.007 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO PhysicsSeq | 1398.000 | 1403.850 | 503.688 3147.3 817.68 | 10 | 14.039 | -TimingAuditor.T... INFO CaloFutureBanksHandler | 5.000 | 6.139 | 4.023 8.6 1.37 | 10 | 0.061 | -TimingAuditor.T... INFO CaloFutureDigits | 5.000 | 6.128 | 4.012 8.6 1.37 | 10 | 0.061 | -TimingAuditor.T... INFO FutureEcalDigitsSeq | 4.000 | 5.037 | 3.121 7.5 1.28 | 10 | 0.050 | -TimingAuditor.T... INFO FutureEcalZSup | 4.000 | 4.986 | 3.073 7.4 1.28 | 10 | 0.050 | -TimingAuditor.T... INFO EcalProcStatus | 0.000 | 0.024 | 0.021 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO FutureHcalDigitsSeq | 1.000 | 1.075 | 0.843 1.2 0.13 | 10 | 0.011 | -TimingAuditor.T... INFO FutureHcalZSup | 1.000 | 1.039 | 0.809 1.2 0.13 | 10 | 0.010 | -TimingAuditor.T... INFO HcalProcStatus | 0.000 | 0.015 | 0.015 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO Reco | 1148.000 | 1153.085 | 344.196 2807.4 746.04 | 10 | 11.531 | -TimingAuditor.T... INFO RecoDecodingSeq | 0.000 | 0.713 | 0.433 2.2 0.55 | 10 | 0.007 | -TimingAuditor.T... INFO PrGECFilter | 0.000 | 0.016 | 0.007 0.1 0.02 | 10 | 0.000 | -TimingAuditor.T... INFO createFTClusters | 0.000 | 0.166 | 0.045 1.2 0.37 | 10 | 0.002 | -TimingAuditor.T... INFO PrStoreUTHit | 0.000 | 0.454 | 0.315 0.8 0.15 | 10 | 0.005 | -TimingAuditor.T... INFO PrStoreFTHit | 0.000 | 0.035 | 0.029 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RecoTrFastSeq | 1.000 | 2.200 | 1.043 6.3 1.52 | 10 | 0.022 | -TimingAuditor.T... INFO VPClustering | 1.000 | 0.362 | 0.209 0.6 0.12 | 10 | 0.004 | -TimingAuditor.T... INFO PrPixelTrackingFast | 0.000 | 0.610 | 0.255 1.2 0.30 | 10 | 0.006 | -TimingAuditor.T... INFO ConverterVPForPVReco | 0.000 | 0.242 | 0.095 1.1 0.31 | 10 | 0.002 | -TimingAuditor.T... INFO PatPV3D | 0.000 | 0.341 | 0.165 0.9 0.20 | 10 | 0.003 | -TimingAuditor.T... INFO PrVeloUTFast | 0.000 | 0.230 | 0.084 0.9 0.24 | 10 | 0.002 | -TimingAuditor.T... INFO VeloUTMakeLHCbTracks | 0.000 | 0.079 | 0.046 0.2 0.05 | 10 | 0.001 | -TimingAuditor.T... INFO PrForwardTrackingFast | 0.000 | 0.126 | 0.064 0.3 0.08 | 10 | 0.001 | -TimingAuditor.T... INFO FastForwardMakeLHCbTracks| 0.000 | 0.016 | 0.010 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO ConverterV1V2ForForwardFi| 0.000 | 0.072 | 0.009 0.6 0.20 | 10 | 0.001 | -TimingAuditor.T... INFO ForwardFitterAlgFast | 0.000 | 0.040 | 0.019 0.2 0.06 | 10 | 0.000 | -TimingAuditor.T... INFO RecoTrBestSeq | 438.000 | 437.382 | 234.301 685.6 139.78 | 10 | 4.374 | -TimingAuditor.T... INFO PrForwardTrackingBest | 0.000 | 0.398 | 0.220 0.6 0.10 | 10 | 0.004 | -TimingAuditor.T... INFO BestForwardMakeLHCbTracks| 0.000 | 0.011 | 0.010 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO PrHybridSeedingBest | 0.000 | 0.113 | 0.072 0.3 0.08 | 10 | 0.001 | -TimingAuditor.T... INFO PrMatchNNBest | 0.000 | 0.024 | 0.010 0.1 0.04 | 10 | 0.000 | -TimingAuditor.T... INFO PrLongLivedTrackingBest | 0.000 | 0.018 | 0.013 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO BestTrackCreatorSeq | 437.000 | 436.062 | 233.604 683.9 139.31 | 10 | 4.361 | -TimingAuditor.T... INFO TrackConverterSeq | 2.000 | 0.478 | 0.265 0.8 0.17 | 10 | 0.005 | -TimingAuditor.T... INFO DownstreamConverter | 1.000 | 0.012 | 0.011 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ForwardBestConverter | 0.000 | 0.008 | 0.008 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ForwardFastConverter | 0.000 | 0.007 | 0.006 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO MatchConverter | 0.000 | 0.007 | 0.007 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO SeedingConverter | 0.000 | 0.007 | 0.007 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO UpstreamConverter | 0.000 | 0.068 | 0.030 0.2 0.04 | 10 | 0.001 | -TimingAuditor.T... INFO VeloConverter | 1.000 | 0.182 | 0.083 0.3 0.06 | 10 | 0.002 | -TimingAuditor.T... INFO VertexConverter | 0.000 | 0.133 | 0.013 0.3 0.10 | 10 | 0.001 | -TimingAuditor.T... INFO TrackBestTrackCreator | 435.000 | 435.532 | 233.293 683.1 139.16 | 10 | 4.355 | -TimingAuditor.T... INFO TrackAddExtraInfoSeq | 1.000 | 0.688 | 0.309 1.5 0.33 | 10 | 0.007 | -TimingAuditor.T... INFO TrackAddNNGhostId | 1.000 | 0.667 | 0.290 1.5 0.33 | 10 | 0.007 | -TimingAuditor.T... INFO RecoRICHSeq | 12.000 | 12.940 | 7.133 24.2 5.12 | 10 | 0.129 | -TimingAuditor.T... INFO RichFutureDecode | 1.000 | 1.433 | 0.998 2.7 0.49 | 10 | 0.014 | -TimingAuditor.T... INFO RichTrackTypeFilter | 0.000 | 0.036 | 0.025 0.1 0.03 | 10 | 0.000 | -TimingAuditor.T... INFO RichRecoSeq | 11.000 | 11.435 | 6.014 21.3 4.66 | 10 | 0.114 | -TimingAuditor.T... INFO RichPixels | 1.000 | 1.682 | 1.024 3.4 0.70 | 10 | 0.017 | -TimingAuditor.T... INFO RichPixClustering | 0.000 | 0.461 | 0.297 1.0 0.20 | 10 | 0.005 | -TimingAuditor.T... INFO RichSIMDPixels | 1.000 | 1.182 | 0.685 2.4 0.50 | 10 | 0.012 | -TimingAuditor.T... INFO RichDownReco | 1.000 | 1.162 | 0.723 4.1 1.04 | 10 | 0.012 | -TimingAuditor.T... INFO RichTracksDown | 1.000 | 0.402 | 0.273 1.4 0.36 | 10 | 0.004 | -TimingAuditor.T... INFO RichTrackSegmentsDown | 0.000 | 0.053 | 0.024 0.3 0.08 | 10 | 0.001 | -TimingAuditor.T... INFO RichTrackGloPointsDown| 0.000 | 0.054 | 0.012 0.4 0.13 | 10 | 0.001 | -TimingAuditor.T... INFO RichTrackLocPointsDown| 0.000 | 0.013 | 0.009 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichEmittedYieldsDown | 0.000 | 0.022 | 0.017 0.1 0.02 | 10 | 0.000 | -TimingAuditor.T... INFO RichEmittedCKAnglesDow| 0.000 | 0.032 | 0.013 0.2 0.06 | 10 | 0.000 | -TimingAuditor.T... INFO RichMassConesDown | 0.000 | 0.017 | 0.012 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichDetectableYieldsDo| 0.000 | 0.019 | 0.014 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichGeomEffDown | 0.000 | 0.021 | 0.016 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichTkSegmentSelDown | 0.000 | 0.014 | 0.011 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichSignalYieldsDown | 0.000 | 0.013 | 0.012 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichSignalCKAnglesDown| 0.000 | 0.011 | 0.008 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichCKResolutionsDown | 0.000 | 0.013 | 0.011 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichPhotonsDown | 0.000 | 0.156 | 0.064 1.0 0.29 | 10 | 0.002 | -TimingAuditor.T... INFO RichPhotonRecoDown | 0.000 | 0.099 | 0.023 0.8 0.24 | 10 | 0.001 | -TimingAuditor.T... INFO RichPredPixelSignalDow| 0.000 | 0.028 | 0.014 0.2 0.04 | 10 | 0.000 | -TimingAuditor.T... INFO RichRecSummaryDown | 0.000 | 0.038 | 0.024 0.1 0.03 | 10 | 0.000 | -TimingAuditor.T... INFO RichPIDDown | 0.000 | 0.525 | 0.299 1.5 0.39 | 10 | 0.005 | -TimingAuditor.T... INFO RichGPIDInitDown | 0.000 | 0.068 | 0.017 0.5 0.16 | 10 | 0.001 | -TimingAuditor.T... INFO RichPixBackgroundsIt0D| 0.000 | 0.133 | 0.086 0.3 0.05 | 10 | 0.001 | -TimingAuditor.T... INFO RichGPIDLikelihoodIt0D| 0.000 | 0.065 | 0.027 0.4 0.10 | 10 | 0.001 | -TimingAuditor.T... INFO RichPixBackgroundsIt1D| 0.000 | 0.130 | 0.070 0.4 0.10 | 10 | 0.001 | -TimingAuditor.T... INFO RichGPIDLikelihoodIt1D| 0.000 | 0.032 | 0.023 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichGPIDWriteRichPIDsD| 0.000 | 0.027 | 0.015 0.1 0.03 | 10 | 0.000 | -TimingAuditor.T... INFO RichUpReco | 8.000 | 7.819 | 3.479 12.9 3.15 | 10 | 0.078 | -TimingAuditor.T... INFO RichTracksUp | 5.000 | 4.414 | 2.281 7.5 1.59 | 10 | 0.044 | -TimingAuditor.T... INFO RichTrackSegmentsUp | 0.000 | 0.404 | 0.174 1.0 0.24 | 10 | 0.004 | -TimingAuditor.T... INFO RichTrackGloPointsUp | 0.000 | 0.164 | 0.074 0.5 0.14 | 10 | 0.002 | -TimingAuditor.T... INFO RichTrackLocPointsUp | 0.000 | 0.015 | 0.010 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichEmittedYieldsUp | 0.000 | 0.023 | 0.017 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichEmittedCKAnglesUp | 0.000 | 0.057 | 0.034 0.1 0.01 | 10 | 0.001 | -TimingAuditor.T... INFO RichMassConesUp | 4.000 | 2.574 | 1.284 4.2 0.94 | 10 | 0.026 | -TimingAuditor.T... INFO RichDetectableYieldsUp| 0.000 | 0.737 | 0.392 1.0 0.22 | 10 | 0.007 | -TimingAuditor.T... INFO RichGeomEffUp | 1.000 | 0.178 | 0.094 0.3 0.06 | 10 | 0.002 | -TimingAuditor.T... INFO RichTkSegmentSelUp | 0.000 | 0.019 | 0.015 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichSignalYieldsUp | 0.000 | 0.017 | 0.014 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichSignalCKAnglesUp | 0.000 | 0.058 | 0.033 0.1 0.01 | 10 | 0.001 | -TimingAuditor.T... INFO RichCKResolutionsUp | 0.000 | 0.031 | 0.022 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichPhotonsUp | 3.000 | 1.838 | 0.517 3.9 1.03 | 10 | 0.018 | -TimingAuditor.T... INFO RichPhotonRecoUp | 3.000 | 1.540 | 0.418 3.4 0.89 | 10 | 0.015 | -TimingAuditor.T... INFO RichPredPixelSignalUp | 0.000 | 0.268 | 0.072 0.6 0.15 | 10 | 0.003 | -TimingAuditor.T... INFO RichRecSummaryUp | 0.000 | 0.168 | 0.063 0.3 0.07 | 10 | 0.002 | -TimingAuditor.T... INFO RichPIDUp | 0.000 | 1.354 | 0.578 2.2 0.55 | 10 | 0.014 | -TimingAuditor.T... INFO RichGPIDInitUp | 0.000 | 0.016 | 0.014 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichPixBackgroundsIt0U| 0.000 | 0.120 | 0.078 0.2 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO RichGPIDLikelihoodIt0U| 0.000 | 0.496 | 0.158 1.0 0.29 | 10 | 0.005 | -TimingAuditor.T... INFO RichPixBackgroundsIt1U| 0.000 | 0.126 | 0.078 0.2 0.04 | 10 | 0.001 | -TimingAuditor.T... INFO RichGPIDLikelihoodIt1U| 0.000 | 0.493 | 0.165 0.8 0.20 | 10 | 0.005 | -TimingAuditor.T... INFO RichGPIDWriteRichPIDsU| 0.000 | 0.039 | 0.025 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichLongReco | 1.000 | 0.677 | 0.568 0.8 0.08 | 10 | 0.007 | -TimingAuditor.T... INFO RichTracksLong | 1.000 | 0.218 | 0.209 0.2 0.01 | 10 | 0.002 | -TimingAuditor.T... INFO RichTrackSegmentsLong | 0.000 | 0.015 | 0.012 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichTrackGloPointsLong| 0.000 | 0.008 | 0.008 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichTrackLocPointsLong| 0.000 | 0.007 | 0.007 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichEmittedYieldsLong | 0.000 | 0.009 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichEmittedCKAnglesLon| 0.000 | 0.009 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichMassConesLong | 0.000 | 0.009 | 0.008 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichDetectableYieldsLo| 0.000 | 0.011 | 0.011 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichGeomEffLong | 0.000 | 0.012 | 0.011 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichTkSegmentSelLong | 0.000 | 0.008 | 0.007 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichSignalYieldsLong | 0.000 | 0.010 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichSignalCKAnglesLong| 0.000 | 0.008 | 0.008 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichCKResolutionsLong | 0.000 | 0.009 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichPhotonsLong | 0.000 | 0.046 | 0.044 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichPhotonRecoLong | 0.000 | 0.014 | 0.013 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichPredPixelSignalLon| 0.000 | 0.010 | 0.010 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichRecSummaryLong | 0.000 | 0.022 | 0.016 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichPIDLong | 0.000 | 0.353 | 0.257 0.5 0.08 | 10 | 0.004 | -TimingAuditor.T... INFO RichGPIDInitLong | 0.000 | 0.010 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichPixBackgroundsIt0L| 0.000 | 0.113 | 0.073 0.2 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO RichGPIDLikelihoodIt0L| 0.000 | 0.028 | 0.022 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichPixBackgroundsIt1L| 0.000 | 0.102 | 0.065 0.2 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO RichGPIDLikelihoodIt1L| 0.000 | 0.028 | 0.020 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichGPIDWriteRichPIDsL| 0.000 | 0.010 | 0.010 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO MergeRichPIDs | 0.000 | 0.039 | 0.026 0.1 0.02 | 10 | 0.000 | -TimingAuditor.T... INFO RecoCALOFUTURESeq | 33.000 | 34.532 | 10.690 90.2 23.94 | 10 | 0.345 | -TimingAuditor.T... INFO CaloFutureProcessorCaloFu| 33.000 | 34.520 | 10.680 90.2 23.94 | 10 | 0.345 | -TimingAuditor.T... INFO CaloFutureRecoForCaloFut| 27.000 | 26.699 | 8.118 74.6 19.48 | 10 | 0.267 | -TimingAuditor.T... INFO ClusterFutureReco | 19.000 | 19.585 | 6.206 34.8 9.39 | 10 | 0.196 | -TimingAuditor.T... INFO EcalCaloFutureDigitFil| 2.000 | 2.081 | 1.639 2.7 0.30 | 10 | 0.021 | -TimingAuditor.T... INFO HcalCaloFutureDigitFil| 0.000 | 0.461 | 0.354 0.5 0.06 | 10 | 0.005 | -TimingAuditor.T... INFO FutureEcalClust | 3.000 | 2.718 | 0.924 5.0 1.39 | 10 | 0.027 | -TimingAuditor.T... INFO FutureEcalShare | 14.000 | 13.669 | 2.924 25.8 7.47 | 10 | 0.137 | -TimingAuditor.T... INFO FutureEcalCovar | 0.000 | 0.587 | 0.288 1.0 0.23 | 10 | 0.006 | -TimingAuditor.T... INFO PhotonFutureReco | 1.000 | 1.915 | 0.618 9.5 2.69 | 10 | 0.019 | -TimingAuditor.T... INFO CaloFutureTrackMatch | 0.000 | 0.388 | 0.077 3.1 0.95 | 10 | 0.004 | -TimingAuditor.T... INFO InECALFuture | 0.000 | 0.189 | 0.026 1.6 0.49 | 10 | 0.002 | -TimingAuditor.T... INFO FutureClusterMatch | 0.000 | 0.175 | 0.028 1.5 0.45 | 10 | 0.002 | -TimingAuditor.T... INFO SinglePhotonRecFuture | 1.000 | 1.502 | 0.517 6.4 1.74 | 10 | 0.015 | -TimingAuditor.T... INFO MergedPi0FutureReco | 6.000 | 5.031 | 0.044 34.1 10.28 | 10 | 0.050 | -TimingAuditor.T... INFO MergedPi0RecFuture | 6.000 | 5.012 | 0.031 34.1 10.27 | 10 | 0.050 | -TimingAuditor.T... INFO ElectronFutureReco | 1.000 | 0.137 | 0.076 0.2 0.05 | 10 | 0.001 | -TimingAuditor.T... INFO SingleElectronRecFutur| 1.000 | 0.120 | 0.061 0.2 0.05 | 10 | 0.001 | -TimingAuditor.T... INFO CaloFuturePIDsCaloFuture| 6.000 | 7.795 | 2.447 17.3 4.97 | 10 | 0.078 | -TimingAuditor.T... INFO ChargedPIDsCaloFuturePI| 6.000 | 7.782 | 2.434 17.2 4.97 | 10 | 0.078 | -TimingAuditor.T... INFO InCaloFutureAcceptance| 1.000 | 0.309 | 0.178 0.9 0.21 | 10 | 0.003 | -TimingAuditor.T... INFO InHCALFuture | 0.000 | 0.021 | 0.016 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO InBREMFuture | 1.000 | 0.265 | 0.141 0.8 0.20 | 10 | 0.003 | -TimingAuditor.T... INFO CaloFutureMatch | 5.000 | 6.993 | 1.955 16.3 4.58 | 10 | 0.070 | -TimingAuditor.T... INFO ElectronMatchFuture | 0.000 | 0.046 | 0.025 0.2 0.06 | 10 | 0.000 | -TimingAuditor.T... INFO BremMatchFuture | 5.000 | 6.919 | 1.890 16.3 4.55 | 10 | 0.069 | -TimingAuditor.T... INFO CaloFutureEnergy | 0.000 | 0.100 | 0.053 0.5 0.13 | 10 | 0.001 | -TimingAuditor.T... INFO EcalEFuture | 0.000 | 0.066 | 0.023 0.4 0.13 | 10 | 0.001 | -TimingAuditor.T... INFO HcalEFuture | 0.000 | 0.014 | 0.011 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO CaloFutureChi2 | 0.000 | 0.151 | 0.093 0.4 0.08 | 10 | 0.002 | -TimingAuditor.T... INFO FutureEcalChi22ID | 0.000 | 0.021 | 0.013 0.1 0.02 | 10 | 0.000 | -TimingAuditor.T... INFO BremChi22IDFuture | 0.000 | 0.089 | 0.046 0.2 0.05 | 10 | 0.001 | -TimingAuditor.T... INFO FutureClusChi22ID | 0.000 | 0.015 | 0.012 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO CaloFutureDLLeFuture | 0.000 | 0.147 | 0.083 0.5 0.12 | 10 | 0.001 | -TimingAuditor.T... INFO EcalPIDeFuture | 0.000 | 0.042 | 0.012 0.3 0.09 | 10 | 0.000 | -TimingAuditor.T... INFO BremPIDeFuture | 0.000 | 0.071 | 0.040 0.1 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO HcalPIDeFuture | 0.000 | 0.009 | 0.008 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO CaloFutureDLLmuFuture | 0.000 | 0.043 | 0.034 0.1 0.02 | 10 | 0.000 | -TimingAuditor.T... INFO EcalPIDmuFuture | 0.000 | 0.010 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO HcalPIDmuFuture | 0.000 | 0.013 | 0.008 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RecoMUONSeq | 2.000 | 1.257 | 0.659 4.5 1.18 | 10 | 0.013 | -TimingAuditor.T... INFO MuonRec | 0.000 | 0.460 | 0.262 1.1 0.27 | 10 | 0.005 | -TimingAuditor.T... INFO MuonProcStatus | 0.000 | 0.042 | 0.029 0.2 0.04 | 10 | 0.000 | -TimingAuditor.T... INFO MuonROFilter | 0.000 | 0.009 | 0.006 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO MuonIDSeq | 2.000 | 0.712 | 0.304 3.2 0.88 | 10 | 0.007 | -TimingAuditor.T... INFO PrepareMuonHits | 1.000 | 0.500 | 0.250 1.6 0.40 | 10 | 0.005 | -TimingAuditor.T... INFO MuonIDAlgLite | 1.000 | 0.189 | 0.034 1.6 0.49 | 10 | 0.002 | -TimingAuditor.T... INFO RecoPROTOSeq | 662.000 | 663.626 | 89.689 2040.5 587.87 | 10 | 6.636 | -TimingAuditor.T... INFO ChargedProtoParticles | 96.000 | 97.060 | 11.726 290.6 86.48 | 10 | 0.971 | -TimingAuditor.T... INFO ChargedProtoPMaker | 0.000 | 0.189 | 0.084 0.7 0.19 | 10 | 0.002 | -TimingAuditor.T... INFO FutureChargedProtoPAddEc| 1.000 | 0.045 | 0.030 0.2 0.04 | 10 | 0.000 | -TimingAuditor.T... INFO FutureChargedProtoPAddBr| 95.000 | 94.943 | 10.718 288.0 85.66 | 10 | 0.949 | -TimingAuditor.T... INFO FutureChargedProtoPAddHc| 0.000 | 0.040 | 0.019 0.2 0.05 | 10 | 0.000 | -TimingAuditor.T... INFO ChargedProtoPAddRich | 0.000 | 0.148 | 0.045 0.8 0.25 | 10 | 0.001 | -TimingAuditor.T... INFO ChargedProtoPAddMuon | 0.000 | 0.029 | 0.015 0.1 0.03 | 10 | 0.000 | -TimingAuditor.T... INFO ChargedProtoPCombDLLs | 0.000 | 0.051 | 0.031 0.1 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO ANNGPIDSeq | 0.000 | 1.529 | 0.704 3.4 0.75 | 10 | 0.015 | -TimingAuditor.T... INFO ANNGPIDLongElectron | 0.000 | 0.058 | 0.010 0.5 0.15 | 10 | 0.001 | -TimingAuditor.T... INFO ANNGPIDLongMuon | 0.000 | 0.006 | 0.005 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ANNGPIDLongPion | 0.000 | 0.004 | 0.004 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ANNGPIDLongKaon | 0.000 | 0.004 | 0.004 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ANNGPIDLongProton | 0.000 | 0.005 | 0.005 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ANNGPIDLongGhost | 0.000 | 0.005 | 0.005 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ANNGPIDDownstreamElectr| 0.000 | 0.005 | 0.005 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ANNGPIDDownstreamMuon | 0.000 | 0.005 | 0.005 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ANNGPIDDownstreamPion | 0.000 | 0.005 | 0.005 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ANNGPIDDownstreamKaon | 0.000 | 0.004 | 0.004 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ANNGPIDDownstreamProton| 0.000 | 0.005 | 0.004 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ANNGPIDDownstreamGhost | 0.000 | 0.005 | 0.005 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ANNGPIDUpstreamElectron| 0.000 | 0.308 | 0.102 1.2 0.33 | 10 | 0.003 | -TimingAuditor.T... INFO ANNGPIDUpstreamMuon | 0.000 | 0.117 | 0.052 0.2 0.05 | 10 | 0.001 | -TimingAuditor.T... INFO ANNGPIDUpstreamPion | 0.000 | 0.203 | 0.095 0.3 0.07 | 10 | 0.002 | -TimingAuditor.T... INFO ANNGPIDUpstreamKaon | 0.000 | 0.190 | 0.085 0.3 0.06 | 10 | 0.002 | -TimingAuditor.T... INFO ANNGPIDUpstreamProton | 0.000 | 0.222 | 0.096 0.3 0.07 | 10 | 0.002 | -TimingAuditor.T... INFO ANNGPIDUpstreamGhost | 0.000 | 0.255 | 0.112 0.4 0.09 | 10 | 0.003 | -TimingAuditor.T... INFO NeutralProtoParticles | 566.000 | 566.542 | 76.147 1749.9 502.30 | 10 | 5.665 | -TimingAuditor.T... INFO FutureNeutralProtoPMaker| 566.000 | 566.495 | 76.078 1749.8 502.29 | 10 | 5.665 | -TimingAuditor.T... INFO RecoSUMMARYSeq | 0.000 | 0.363 | 0.134 1.7 0.46 | 10 | 0.004 | -TimingAuditor.T... INFO RecSummary | 0.000 | 0.344 | 0.119 1.6 0.45 | 10 | 0.003 | -TimingAuditor.T... INFO Moni | 49.000 | 48.473 | 26.554 92.9 24.10 | 10 | 0.485 | -TimingAuditor.T... INFO MoniCALOFUTURESeq | 13.000 | 10.036 | 5.020 15.3 3.45 | 10 | 0.100 | -TimingAuditor.T... INFO CaloFutureDigitsMoni | 9.000 | 5.685 | 2.824 8.5 1.90 | 10 | 0.057 | -TimingAuditor.T... INFO EcalDigitMon | 9.000 | 4.793 | 2.370 7.5 1.69 | 10 | 0.048 | -TimingAuditor.T... INFO HcalDigitMon | 0.000 | 0.864 | 0.431 1.2 0.23 | 10 | 0.009 | -TimingAuditor.T... INFO CaloFutureEFlowMoni | 0.000 | 0.922 | 0.497 1.3 0.27 | 10 | 0.009 | -TimingAuditor.T... INFO EcalEFlowMon | 0.000 | 0.906 | 0.485 1.3 0.27 | 10 | 0.009 | -TimingAuditor.T... INFO CaloFutureClustersMoni | 0.000 | 0.658 | 0.369 0.9 0.19 | 10 | 0.007 | -TimingAuditor.T... INFO EcalClusterMon | 0.000 | 0.642 | 0.356 0.9 0.19 | 10 | 0.006 | -TimingAuditor.T... INFO CaloFutureHyposMoni | 0.000 | 1.089 | 0.569 1.6 0.33 | 10 | 0.011 | -TimingAuditor.T... INFO ElectronMon | 0.000 | 0.014 | 0.010 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO PhotonMon | 0.000 | 0.896 | 0.474 1.3 0.27 | 10 | 0.009 | -TimingAuditor.T... INFO SplitPhotonMon | 0.000 | 0.094 | 0.008 0.2 0.05 | 10 | 0.001 | -TimingAuditor.T... INFO MergedPi0Mon | 0.000 | 0.052 | 0.007 0.1 0.02 | 10 | 0.001 | -TimingAuditor.T... INFO DiPhotonMoni | 0.000 | 0.225 | 0.128 0.6 0.12 | 10 | 0.002 | -TimingAuditor.T... INFO ResolvedPi0Mon | 0.000 | 0.123 | 0.060 0.4 0.11 | 10 | 0.001 | -TimingAuditor.T... INFO EtaMon | 0.000 | 0.081 | 0.049 0.1 0.02 | 10 | 0.001 | -TimingAuditor.T... INFO ProtoElectronMon | 0.000 | 0.061 | 0.020 0.4 0.11 | 10 | 0.001 | -TimingAuditor.T... INFO CaloFuturePIDsMoni | 4.000 | 1.346 | 0.571 2.6 0.63 | 10 | 0.013 | -TimingAuditor.T... INFO PhotonMatchMon | 0.000 | 0.083 | 0.043 0.2 0.04 | 10 | 0.001 | -TimingAuditor.T... INFO ElectronMatchMon | 0.000 | 0.015 | 0.011 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO BremMatchMon | 3.000 | 1.113 | 0.393 2.3 0.57 | 10 | 0.011 | -TimingAuditor.T... INFO CaloFutureEMuPIDMonUncut| 0.000 | 0.061 | 0.019 0.1 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO CaloFutureEMuPIDMonSoft | 1.000 | 0.014 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO CaloFutureEMuPIDMonHard | 0.000 | 0.012 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO MoniRICHSeq | 6.000 | 7.354 | 3.498 13.6 2.90 | 10 | 0.074 | -TimingAuditor.T... INFO RichMoni | 6.000 | 7.342 | 3.488 13.6 2.89 | 10 | 0.073 | -TimingAuditor.T... INFO RichDecodingErrors | 1.000 | 1.282 | 1.000 1.5 0.18 | 10 | 0.013 | -TimingAuditor.T... INFO RichRecPixelQC | 0.000 | 0.331 | 0.234 0.4 0.06 | 10 | 0.003 | -TimingAuditor.T... INFO RichFutureMoniClustering| 1.000 | 0.739 | 0.426 1.0 0.21 | 10 | 0.007 | -TimingAuditor.T... INFO RichRecPixelClusters | 0.000 | 0.512 | 0.304 0.8 0.15 | 10 | 0.005 | -TimingAuditor.T... INFO RichMoniDown | 0.000 | 0.123 | 0.098 0.3 0.05 | 10 | 0.001 | -TimingAuditor.T... INFO RichRecoStatsDown | 0.000 | 0.025 | 0.013 0.1 0.02 | 10 | 0.000 | -TimingAuditor.T... INFO RiDownTrkEff | 0.000 | 0.018 | 0.015 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RiCKResDown | 0.000 | 0.023 | 0.015 0.1 0.02 | 10 | 0.000 | -TimingAuditor.T... INFO RiCKResDownTight | 0.000 | 0.010 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichMoniUp | 4.000 | 4.197 | 1.209 9.7 2.43 | 10 | 0.042 | -TimingAuditor.T... INFO RichRecoStatsUp | 0.000 | 0.068 | 0.022 0.1 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO RiUpTrkEff | 0.000 | 0.176 | 0.083 0.2 0.05 | 10 | 0.002 | -TimingAuditor.T... INFO RiCKResUp | 3.000 | 2.194 | 0.587 5.2 1.32 | 10 | 0.022 | -TimingAuditor.T... INFO RiCKResUpTight | 1.000 | 1.709 | 0.478 4.1 1.04 | 10 | 0.017 | -TimingAuditor.T... INFO RichMoniLong | 0.000 | 0.073 | 0.072 0.1 0.00 | 10 | 0.001 | -TimingAuditor.T... INFO RichRecoStatsLong | 0.000 | 0.009 | 0.008 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RiLongTrkEff | 0.000 | 0.010 | 0.010 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RiCKResLong | 0.000 | 0.009 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RiCKResLongTight | 0.000 | 0.008 | 0.008 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO MoniMUONSeq | 0.000 | 0.266 | 0.104 1.7 0.49 | 10 | 0.003 | -TimingAuditor.T... INFO MuonPIDMonitorDown | 0.000 | 0.080 | 0.029 0.5 0.16 | 10 | 0.001 | -TimingAuditor.T... INFO MuonPIDMonitorLong | 0.000 | 0.015 | 0.015 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO MuonTrackFitter | 0.000 | 0.057 | 0.022 0.3 0.10 | 10 | 0.001 | -TimingAuditor.T... INFO MuonTrackAligMonitor | 0.000 | 0.080 | 0.008 0.7 0.23 | 10 | 0.001 | -TimingAuditor.T... INFO MoniGENERALSeq | 0.000 | 0.125 | 0.111 0.2 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO OverallEventProcTime | 0.000 | 0.015 | 0.010 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO TrackEventProcTime | 0.000 | 0.013 | 0.011 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO VertexEventProcTime | 0.000 | 0.007 | 0.007 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO RichEventProcTime | 0.000 | 0.009 | 0.008 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO CaloFutureEventProcTime | 0.000 | 0.007 | 0.007 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO MuonEventProcTime | 0.000 | 0.007 | 0.007 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ProtoEventProcTime | 0.000 | 0.006 | 0.006 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ProcStatAbortMoni | 0.000 | 0.011 | 0.009 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO MoniTrSeq | 29.000 | 30.112 | 14.991 63.3 18.83 | 10 | 0.301 | -TimingAuditor.T... INFO TrackMonitor | 14.000 | 13.626 | 6.971 22.7 4.80 | 10 | 0.136 | -TimingAuditor.T... INFO TrackDiMuonMonitor | 0.000 | 0.082 | 0.024 0.6 0.18 | 10 | 0.001 | -TimingAuditor.T... INFO TrackVertexMonitor | 1.000 | 0.858 | 0.015 2.4 0.63 | 10 | 0.009 | -TimingAuditor.T... INFO AlignmentOnlineMonitor | 0.000 | 0.188 | 0.096 0.4 0.10 | 10 | 0.002 | -TimingAuditor.T... INFO TrackV0Monitor | 0.000 | 0.027 | 0.022 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO TrackFitMatchMonitor | 0.000 | 0.603 | 0.266 1.2 0.27 | 10 | 0.006 | -TimingAuditor.T... INFO TrackAlignMonitor | 0.000 | 0.351 | 0.167 0.8 0.18 | 10 | 0.004 | -TimingAuditor.T... INFO TrackPV2HalfAlignMonitor | 14.000 | 14.035 | 1.455 39.6 14.34 | 10 | 0.140 | -TimingAuditor.T... INFO TrackMuonMatchMonitor | 0.000 | 0.226 | 0.129 0.4 0.09 | 10 | 0.002 | -TimingAuditor.T... INFO MoniPROTOSeq | 1.000 | 0.534 | 0.245 1.2 0.28 | 10 | 0.005 | -TimingAuditor.T... INFO ChargedProtoPMoni | 1.000 | 0.369 | 0.160 0.8 0.20 | 10 | 0.004 | -TimingAuditor.T... INFO ChargedProtoANNPIDMoni | 0.000 | 0.142 | 0.064 0.3 0.08 | 10 | 0.001 | -TimingAuditor.T... INFO MCLinks | 67.000 | 67.724 | 25.773 157.2 35.25 | 10 | 0.677 | -TimingAuditor.T... INFO MCLinksUnpackSeq | 27.000 | 29.081 | 7.280 49.1 14.45 | 10 | 0.291 | -TimingAuditor.T... INFO UnpackMCParticle | 13.000 | 13.069 | 3.754 23.0 6.29 | 10 | 0.131 | -TimingAuditor.T... INFO UnpackMCVertex | 14.000 | 15.963 | 3.489 28.1 8.22 | 10 | 0.160 | -TimingAuditor.T... INFO MCLinksTrSeq | 16.000 | 12.887 | 3.486 63.5 17.85 | 10 | 0.129 | -TimingAuditor.T... INFO VPClusFull | 2.000 | 0.730 | 0.473 1.0 0.18 | 10 | 0.007 | -TimingAuditor.T... INFO VPFullCluster2MCParticleL| 10.000 | 9.029 | 0.775 57.4 17.04 | 10 | 0.090 | -TimingAuditor.T... INFO PrLHCbID2MCParticle | 4.000 | 2.110 | 1.125 3.5 0.73 | 10 | 0.021 | -TimingAuditor.T... INFO ForwardFastChecker | 0.000 | 0.057 | 0.035 0.2 0.06 | 10 | 0.001 | -TimingAuditor.T... INFO ForwardFastAssociator | 0.000 | 0.039 | 0.019 0.2 0.06 | 10 | 0.000 | -TimingAuditor.T... INFO MatchChecker | 0.000 | 0.024 | 0.023 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO MatchAssociator | 0.000 | 0.010 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO VeloChecker | 0.000 | 0.313 | 0.175 0.5 0.09 | 10 | 0.003 | -TimingAuditor.T... INFO VeloAssociator | 0.000 | 0.298 | 0.163 0.5 0.09 | 10 | 0.003 | -TimingAuditor.T... INFO DownstreamChecker | 0.000 | 0.025 | 0.023 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO DownstreamAssociator | 0.000 | 0.011 | 0.010 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ForwardBestChecker | 0.000 | 0.025 | 0.021 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO ForwardBestAssociator | 0.000 | 0.012 | 0.008 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO UpstreamChecker | 0.000 | 0.130 | 0.070 0.2 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO UpstreamAssociator | 0.000 | 0.117 | 0.058 0.2 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO SeedingChecker | 0.000 | 0.023 | 0.020 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO SeedingAssociator | 0.000 | 0.010 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO BestExtraChecker | 0.000 | 0.300 | 0.193 0.5 0.09 | 10 | 0.003 | -TimingAuditor.T... INFO BestAssociator | 0.000 | 0.285 | 0.178 0.4 0.09 | 10 | 0.003 | -TimingAuditor.T... INFO ForwardFastFittedExtraChe| 0.000 | 0.026 | 0.022 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO ForwardFastFittedAssocia| 0.000 | 0.014 | 0.010 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO MCLinksCaloSeq | 24.000 | 25.723 | 14.979 45.3 9.17 | 10 | 0.257 | -TimingAuditor.T... INFO CaloDigit2MCLinks2Table | 19.000 | 21.078 | 10.315 36.4 7.38 | 10 | 0.211 | -TimingAuditor.T... INFO CaloClusterMCTruth | 5.000 | 3.307 | 1.036 6.6 1.77 | 10 | 0.033 | -TimingAuditor.T... INFO CaloHypoMCTruth | 0.000 | 1.289 | 0.327 3.3 0.99 | 10 | 0.013 | -TimingAuditor.T... INFO Check | 129.000 | 128.388 | 56.308 187.1 45.01 | 10 | 1.284 | -TimingAuditor.T... INFO CheckPatSeq | 98.000 | 98.092 | 41.904 135.5 34.65 | 10 | 0.981 | -TimingAuditor.T... INFO VeloMCCheck | 9.000 | 7.192 | 3.463 11.3 2.58 | 10 | 0.072 | -TimingAuditor.T... INFO ForwardMCCheck | 4.000 | 5.246 | 2.173 7.3 1.87 | 10 | 0.052 | -TimingAuditor.T... INFO UpMCCheck | 7.000 | 6.276 | 2.697 8.6 2.16 | 10 | 0.063 | -TimingAuditor.T... INFO UTForwardMCCheck | 1.000 | 4.157 | 1.642 6.0 1.57 | 10 | 0.042 | -TimingAuditor.T... INFO ForwardBestMCCheck | 8.000 | 4.873 | 1.978 6.8 1.78 | 10 | 0.049 | -TimingAuditor.T... INFO MatchMCCheck | 5.000 | 4.886 | 1.962 6.9 1.79 | 10 | 0.049 | -TimingAuditor.T... INFO TMCCheck | 4.000 | 5.433 | 2.255 7.5 1.93 | 10 | 0.054 | -TimingAuditor.T... INFO DownMCCheck | 6.000 | 6.149 | 2.564 8.5 2.14 | 10 | 0.061 | -TimingAuditor.T... INFO FilterForBestMCCheck | 0.000 | 0.088 | 0.050 0.2 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO FilterForBestLongMCCheck | 0.000 | 0.046 | 0.030 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO FilterForBestLongAndGhost| 0.000 | 0.067 | 0.040 0.1 0.02 | 10 | 0.001 | -TimingAuditor.T... INFO FilterForBestDownMCCheck | 0.000 | 0.039 | 0.026 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO FilterForBestDownAndGhost| 0.000 | 0.061 | 0.037 0.1 0.02 | 10 | 0.001 | -TimingAuditor.T... INFO BestMCCheck | 6.000 | 5.091 | 2.123 7.0 1.83 | 10 | 0.051 | -TimingAuditor.T... INFO BestLongMCCheck | 7.000 | 4.879 | 1.954 6.8 1.77 | 10 | 0.049 | -TimingAuditor.T... INFO BestLongAndGhostProbMCChe| 2.000 | 4.898 | 1.956 6.9 1.78 | 10 | 0.049 | -TimingAuditor.T... INFO BestDownMCCheck | 7.000 | 6.145 | 2.581 8.5 2.14 | 10 | 0.061 | -TimingAuditor.T... INFO BestDownAndGhostProbMCChe| 7.000 | 6.178 | 2.643 8.6 2.15 | 10 | 0.062 | -TimingAuditor.T... INFO UTForwardBestMCCheck | 2.000 | 3.864 | 1.456 5.7 1.49 | 10 | 0.039 | -TimingAuditor.T... INFO UTMatchMCCheck | 5.000 | 3.855 | 1.487 5.6 1.49 | 10 | 0.039 | -TimingAuditor.T... INFO UTDownMCCheck | 6.000 | 4.556 | 1.844 6.5 1.68 | 10 | 0.046 | -TimingAuditor.T... INFO VeloFullMCCheck | 10.000 | 11.589 | 5.305 17.0 3.83 | 10 | 0.116 | -TimingAuditor.T... INFO TrackResCheckerFast | 0.000 | 0.029 | 0.014 0.2 0.04 | 10 | 0.000 | -TimingAuditor.T... INFO PVChecker | 2.000 | 2.170 | 1.147 4.7 1.05 | 10 | 0.022 | -TimingAuditor.T... INFO CheckRICHSeq | 31.000 | 30.195 | 14.313 53.8 12.45 | 10 | 0.302 | -TimingAuditor.T... INFO RichCheck | 31.000 | 30.181 | 14.300 53.8 12.45 | 10 | 0.302 | -TimingAuditor.T... INFO RichFutureTKToMCPsRels | 0.000 | 0.221 | 0.068 1.3 0.37 | 10 | 0.002 | -TimingAuditor.T... INFO RichCheckDown | 7.000 | 5.148 | 2.996 9.8 1.84 | 10 | 0.051 | -TimingAuditor.T... INFO RichPIDCheckDown | 0.000 | 0.258 | 0.088 1.7 0.50 | 10 | 0.003 | -TimingAuditor.T... INFO RichPIDMonDown70to100 | 0.000 | 0.165 | 0.019 1.5 0.46 | 10 | 0.002 | -TimingAuditor.T... INFO RichPIDMonDown2to10 | 0.000 | 0.014 | 0.009 0.1 0.02 | 10 | 0.000 | -TimingAuditor.T... INFO RichPIDMonDown2to100 | 0.000 | 0.013 | 0.009 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichPIDMonDown10to70 | 0.000 | 0.013 | 0.008 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RiCKMCResDown | 6.000 | 3.703 | 1.746 6.6 1.32 | 10 | 0.037 | -TimingAuditor.T... INFO RiCKMCResDownTight | 1.000 | 1.141 | 0.623 2.2 0.45 | 10 | 0.011 | -TimingAuditor.T... INFO RichCheckUp | 21.000 | 22.279 | 8.336 43.6 10.49 | 10 | 0.223 | -TimingAuditor.T... INFO RichPIDCheckUp | 5.000 | 6.716 | 3.546 10.1 2.12 | 10 | 0.067 | -TimingAuditor.T... INFO RichPIDMonUp70to100 | 0.000 | 0.204 | 0.040 0.6 0.18 | 10 | 0.002 | -TimingAuditor.T... INFO RichPIDMonUp2to10 | 1.000 | 1.700 | 0.849 3.0 0.65 | 10 | 0.017 | -TimingAuditor.T... INFO RichPIDMonUp2to100 | 2.000 | 3.033 | 1.591 4.1 0.92 | 10 | 0.030 | -TimingAuditor.T... INFO RichPIDMonUp10to70 | 2.000 | 1.705 | 1.005 2.5 0.52 | 10 | 0.017 | -TimingAuditor.T... INFO RiCKMCResUp | 9.000 | 8.181 | 2.500 18.5 4.61 | 10 | 0.082 | -TimingAuditor.T... INFO RiCKMCResUpTight | 7.000 | 7.334 | 2.247 16.7 4.15 | 10 | 0.073 | -TimingAuditor.T... INFO RichCheckLong | 3.000 | 2.480 | 1.342 4.5 0.98 | 10 | 0.025 | -TimingAuditor.T... INFO RichPIDCheckLong | 0.000 | 0.130 | 0.077 0.5 0.14 | 10 | 0.001 | -TimingAuditor.T... INFO RichPIDMonLong70to100 | 0.000 | 0.046 | 0.015 0.3 0.10 | 10 | 0.000 | -TimingAuditor.T... INFO RichPIDMonLong2to10 | 0.000 | 0.014 | 0.009 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichPIDMonLong2to100 | 0.000 | 0.013 | 0.009 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RichPIDMonLong10to70 | 0.000 | 0.012 | 0.008 0.0 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO RiCKMCResLong | 2.000 | 1.163 | 0.608 2.2 0.46 | 10 | 0.012 | -TimingAuditor.T... INFO RiCKMCResLongTight | 1.000 | 1.148 | 0.621 2.2 0.47 | 10 | 0.011 | -TimingAuditor.T... INFO CheckMUONSeq | 0.000 | 0.069 | 0.061 0.1 0.01 | 10 | 0.001 | -TimingAuditor.T... INFO MuonPIDCheckerDown | 0.000 | 0.036 | 0.029 0.1 0.01 | 10 | 0.000 | -TimingAuditor.T... INFO MuonPIDCheckerLong | 0.000 | 0.014 | 0.013 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO Output | 1.000 | 2.404 | 1.718 4.7 0.88 | 10 | 0.024 | -TimingAuditor.T... INFO OutputDSTSeq | 1.000 | 2.391 | 1.705 4.7 0.88 | 10 | 0.024 | -TimingAuditor.T... INFO RawEventSplitSeq | 1.000 | 0.892 | 0.690 1.3 0.16 | 10 | 0.009 | -TimingAuditor.T... INFO create_Calo_RawEvent | 0.000 | 0.244 | 0.131 0.4 0.10 | 10 | 0.002 | -TimingAuditor.T... INFO create_Unstripped_RawEven| 0.000 | 0.025 | 0.025 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO create_HC_RawEvent | 0.000 | 0.007 | 0.007 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO create_Tracker_RawEvent | 0.000 | 0.144 | 0.052 0.2 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO create_PersistReco_RawEve| 0.000 | 0.007 | 0.007 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO create_Velo_RawEvent | 0.000 | 0.076 | 0.034 0.1 0.02 | 10 | 0.001 | -TimingAuditor.T... INFO create_Muon_RawEvent | 0.000 | 0.026 | 0.015 0.1 0.03 | 10 | 0.000 | -TimingAuditor.T... INFO create_Rich_RawEvent | 0.000 | 0.129 | 0.072 0.2 0.03 | 10 | 0.001 | -TimingAuditor.T... INFO create_Trigger_RawEvent | 0.000 | 0.035 | 0.016 0.2 0.06 | 10 | 0.000 | -TimingAuditor.T... INFO KillRawEventNodes | 1.000 | 0.123 | 0.104 0.1 0.01 | 10 | 0.001 | -TimingAuditor.T... INFO FilterBestTrackStates | 0.000 | 0.362 | 0.218 0.5 0.10 | 10 | 0.004 | -TimingAuditor.T... INFO FilterMuonTrackStates | 0.000 | 0.008 | 0.007 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO PackDST | 0.000 | 1.093 | 0.684 2.9 0.66 | 10 | 0.011 | -TimingAuditor.T... INFO PackTracks | 0.000 | 0.246 | 0.142 0.6 0.15 | 10 | 0.002 | -TimingAuditor.T... INFO PackRichPIDs | 0.000 | 0.080 | 0.040 0.4 0.11 | 10 | 0.001 | -TimingAuditor.T... INFO PackMuonPIDs | 0.000 | 0.043 | 0.021 0.2 0.07 | 10 | 0.000 | -TimingAuditor.T... INFO CaloPacking | 0.000 | 0.196 | 0.129 0.6 0.13 | 10 | 0.002 | -TimingAuditor.T... INFO PackPhotons | 0.000 | 0.123 | 0.065 0.5 0.12 | 10 | 0.001 | -TimingAuditor.T... INFO PackElectrons | 0.000 | 0.010 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO PackMergedPi0s | 0.000 | 0.013 | 0.008 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO PackSplitPhotons | 0.000 | 0.016 | 0.009 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO ProtoParticlePIDClean | 0.000 | 0.077 | 0.045 0.1 0.02 | 10 | 0.001 | -TimingAuditor.T... INFO PackChargedProtos | 0.000 | 0.063 | 0.028 0.3 0.09 | 10 | 0.001 | -TimingAuditor.T... INFO PackNeutralProtos | 0.000 | 0.081 | 0.064 0.1 0.02 | 10 | 0.001 | -TimingAuditor.T... INFO PackRecVertex | 0.000 | 0.033 | 0.013 0.1 0.03 | 10 | 0.000 | -TimingAuditor.T... INFO PackTwoProngVertex | 0.000 | 0.026 | 0.020 0.1 0.02 | 10 | 0.000 | -TimingAuditor.T... INFO PackMuonTracks | 0.000 | 0.014 | 0.012 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO MCRichDigitSummaryPacker | 0.000 | 0.008 | 0.007 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO MCRichNodeKiller | 0.000 | 0.133 | 0.067 0.3 0.06 | 10 | 0.001 | -TimingAuditor.T... INFO DstWriter | 403.000 | 407.681 | 24.630 833.7 269.53 | 10 | 4.077 | -TimingAuditor.T... INFO FSROutputStreamDstWriter | 0.000 | 0.007 | 0.006 0.0 0.00 | 10 | 0.000 | -TimingAuditor.T... INFO * MCRichDigitSummaryUnp| 2.000 | 2.296 | 0.536 4.1 1.12 | 10 | 0.023 | -TimingAuditor.T... INFO -------------------------------------------------------------------------------------------------- -ToolSvc.MCHybri...SUCCESS Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 203 | 203 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -DataOnDemandSvc INFO Handled "DataFault" incidents: 10/0/8236(Alg/Node/Total). -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully diff --git a/Rec/Brunel/tests/refs/xdst-to-xdst.ref b/Rec/Brunel/tests/refs/xdst-to-xdst.ref deleted file mode 100644 index db1e9ea4fa773b4cfbed1d972e12a06b5eaddb1b..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/xdst-to-xdst.ref +++ /dev/null @@ -1,2213 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 10 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-10ev-expert-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 61 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -RichTrackSegmen...WARNING Will create missing track states using the StateProvider tool. If triggered, this will be very slow. -RichTrackSegmen...WARNING Will create missing track states using the StateProvider tool. If triggered, this will be very slow. -RichTrackSegmen...WARNING Will create missing track states using the StateProvider tool. If triggered, this will be very slow. -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -ProtoElectronMon INFO Will only look at track type(s) = ['Long', 'Downstream'] -NTupleSvc INFO Added stream file:protoparticles.tuples.root as PROTOTUPLE -NTupleSvc INFO Added stream file:ProtoPIDANN.tuples.root as ANNPIDTUPLE -FilterForBestMC... INFO CUT: ' (~TrINVALID) ' -FilterForBestLo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==3) ) ' -FilterForBestLo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==3) ) & (TrGHOSTPROB<0.5) ) ' -FilterForBestDo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==5) ) ' -FilterForBestDo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==5) ) & (TrGHOSTPROB<0.5) ) ' -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -kill_Unstripped...SUCCESS bankKiller : all banks of type 'DstData' will be removed. -kill_Unstripped... INFO Killing banks from first raw event in '[Unstripped/RawEvent]' -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel-10ev.xdst' SVC='RootCnvSvc' OPT='REC' -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel-10ev.xdst' SVC='FileRecordCnvSvc' OPT='REC' -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 1, Run 1, Nr. in job = 1 -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=ghost -RFileCnv INFO opening Root file "protoparticles.tuples.root" for writing -RCWNTupleCnv INFO Booked TTree with ID: protoPtuple "ProtoParticle PID Information" in directory protoparticles.tuples.root:/ChargedProtoTuple -RFileCnv INFO opening Root file "ProtoPIDANN.tuples.root" for writing -RCWNTupleCnv INFO Booked TTree with ID: annInputs "ProtoParticle PID Information for ANN Training" in directory ProtoPIDANN.tuples.root:/ChargedProtoPIDANNTuple -BrunelInit INFO Evt 2, Run 1, Nr. in job = 2 -BrunelInit INFO Evt 3, Run 1, Nr. in job = 3 -BrunelInit INFO Evt 4, Run 1, Nr. in job = 4 -BrunelInit INFO Evt 5, Run 1, Nr. in job = 5 -BrunelInit INFO Evt 6, Run 1, Nr. in job = 6 -BrunelInit INFO Evt 7, Run 1, Nr. in job = 7 -BrunelInit INFO Evt 8, Run 1, Nr. in job = 8 -BrunelInit INFO Evt 9, Run 1, Nr. in job = 9 -BrunelInit INFO Evt 10, Run 1, Nr. in job = 10 -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 10 events processed -BrunelInit SUCCESS ================================================================== -FutureEcalClust INFO Built <241.4> cellular automaton clusters/event with <4.1> iterations (min,max)=(3,5) on average -RecSummary SUCCESS #WARNINGS = 10 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO MuonID Rates for Downstream Tracks -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuonLoose = 1.0 : 30.303 +- 3.578 -MuonPIDMonitorDown INFO IsMuoLoose MuonProb < 0.9 : 9.091 +- 2.238 -MuonPIDMonitorDown INFO IsMuoLoose DLL > 1.4 : 6.061 +- 1.858 -MuonPIDMonitorDown INFO IsMuonLoose NShared < 1.0 : 5.455 +- 1.768 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuon = 1.0 : 20.606 +- 3.149 -MuonPIDMonitorDown INFO IsMuon MuonProb < 0.9 : 7.273 +- 2.022 -MuonPIDMonitorDown INFO IsMuon DLL > 1.4 : 4.848 +- 1.672 -MuonPIDMonitorDown INFO IsMuon NShared < 1.0 : 3.030 +- 1.335 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 237 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 165 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 50 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 34 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO MuonID Rates for Long Tracks -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuonLoose = 1.0 : 28.645 +- 1.449 -MuonPIDMonitorLong INFO IsMuoLoose MuonProb < 0.9 : 7.290 +- 0.833 -MuonPIDMonitorLong INFO IsMuoLoose DLL > 1.4 : 4.004 +- 0.628 -MuonPIDMonitorLong INFO IsMuonLoose NShared < 1.0 : 4.415 +- 0.658 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuon = 1.0 : 20.021 +- 1.282 -MuonPIDMonitorLong INFO IsMuon MuonProb < 0.9 : 6.263 +- 0.776 -MuonPIDMonitorLong INFO IsMuon DLL > 1.4 : 2.875 +- 0.535 -MuonPIDMonitorLong INFO IsMuon NShared < 1.0 : 2.772 +- 0.526 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 1223 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 974 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 279 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 195 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO 0.00 +- 0.00 Velo | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 122.30 +- 3.50 Long | 100.0 +- 0.0 | 94.9 +- 0.6 83.0 +- 1.1 84.7 +- 1.0 76.0 +- 1.2 0.0 +- 0.0 0.0 +- 0.0 79.5 +- 1.2 0.0 +- 0.0 -ChargedProtoPMoni INFO 14.50 +- 1.20 Upstream | 100.0 +- 0.0 | 89.0 +- 2.6 0.0 +- 0.0 0.0 +- 0.0 80.7 +- 3.3 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 23.70 +- 1.54 Downstream | 100.0 +- 0.0 | 84.8 +- 2.3 72.2 +- 2.9 76.8 +- 2.7 70.5 +- 3.0 0.0 +- 0.0 0.0 +- 0.0 69.2 +- 3.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 0.00 +- 0.00 Ttrack | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO ==================================================================================================================================================== -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 3927 tracks including 42 ghosts [ 1.07 %], Event average 0.92 % **** -VeloMCCheck INFO 01_velo : 1704 from 1741 [ 97.87 %] 22 clones [ 1.27 %], purity: 99.78 %, hitEff: 96.96 %, hitEffFirst3: 97.20 %, hitEffLast: 96.48 % -VeloMCCheck INFO 02_long : 1005 from 1013 [ 99.21 %] 9 clones [ 0.89 %], purity: 99.87 %, hitEff: 97.64 %, hitEffFirst3: 97.80 %, hitEffLast: 97.31 % -VeloMCCheck INFO 03_long>5GeV : 628 from 633 [ 99.21 %] 8 clones [ 1.26 %], purity: 99.88 %, hitEff: 97.53 %, hitEffFirst3: 97.85 %, hitEffLast: 97.32 % -VeloMCCheck INFO 04_long_strange : 57 from 58 [ 98.28 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 97.34 %, hitEffFirst3: 98.25 %, hitEffLast: 95.79 % -VeloMCCheck INFO 05_long_strange>5GeV : 24 from 25 [ 96.00 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 97.83 %, hitEffFirst3: 98.61 %, hitEffLast: 97.17 % -VeloMCCheck INFO 06_long_fromB : 45 from 48 [ 93.75 %] 0 clones [ 0.00 %], purity: 99.63 %, hitEff: 97.45 %, hitEffFirst3: 97.78 %, hitEffLast: 96.19 % -VeloMCCheck INFO 07_long_fromB>5GeV : 34 from 36 [ 94.44 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 98.41 %, hitEffFirst3: 99.02 %, hitEffLast: 98.33 % -VeloMCCheck INFO 08_long_electrons : 91 from 96 [ 94.79 %] 1 clones [ 1.09 %], purity: 97.82 %, hitEff: 93.32 %, hitEffFirst3: 86.96 %, hitEffLast: 95.81 % -VeloMCCheck INFO 09_long_fromB_electrons : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloMCCheck INFO 10_long_fromB_electrons_P>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 30 from 30 [100.00 %] 0 clones [ 0.00 %], purity: 99.44 %, hitEff: 98.86 %, hitEffFirst3:100.00 %, hitEffLast: 98.10 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 30 from 30 [100.00 %] 0 clones [ 0.00 %], purity: 99.44 %, hitEff: 98.86 %, hitEffFirst3:100.00 %, hitEffLast: 98.10 % -VeloMCCheck INFO -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 523 tracks including 27 ghosts [ 5.16 %], Event average 5.07 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 429 tracks including 20 ghosts [4.66 %] **** -ForwardMCCheck INFO 01_long : 466 from 1013 [ 46.00 %] 3 clones [ 0.64 %], purity: 99.20 %, hitEff: 93.31 % -ForwardMCCheck INFO 02_long>5GeV : 379 from 633 [ 59.87 %] 2 clones [ 0.52 %], purity: 99.29 %, hitEff: 93.90 % -ForwardMCCheck INFO 03_long_strange : 18 from 58 [ 31.03 %] 0 clones [ 0.00 %], purity: 97.42 %, hitEff: 91.16 % -ForwardMCCheck INFO 04_long_strange>5GeV : 11 from 25 [ 44.00 %] 0 clones [ 0.00 %], purity: 96.17 %, hitEff: 89.73 % -ForwardMCCheck INFO 05_long_fromB : 30 from 48 [ 62.50 %] 0 clones [ 0.00 %], purity: 99.42 %, hitEff: 93.79 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 28 from 36 [ 77.78 %] 0 clones [ 0.00 %], purity: 99.38 %, hitEff: 93.90 % -ForwardMCCheck INFO 07_long_electrons : 8 from 96 [ 8.33 %] 1 clones [11.11 %], purity: 99.44 %, hitEff: 98.99 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 7 from 51 [ 13.73 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.70 % -ForwardMCCheck INFO 09_long_fromB_electrons : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 28 from 30 [ 93.33 %] 0 clones [ 0.00 %], purity: 99.71 %, hitEff: 94.30 % -ForwardMCCheck INFO 10_long_fromB_electrons_P>5GeV : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 28 from 30 [ 93.33 %] 0 clones [ 0.00 %], purity: 99.71 %, hitEff: 94.30 % -ForwardMCCheck INFO -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 733 tracks including 67 ghosts [ 9.14 %], Event average 8.21 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 597 tracks including 55 ghosts [9.21 %] **** -UpMCCheck INFO 01_velo : 637 from 1741 [ 36.59 %] 4 clones [ 0.62 %], purity: 99.68 %, hitEff: 99.14 % -UpMCCheck INFO 02_velo+UT : 634 from 1545 [ 41.04 %] 4 clones [ 0.63 %], purity: 99.73 %, hitEff: 99.13 % -UpMCCheck INFO 03_velo+UT>5GeV : 471 from 754 [ 62.47 %] 4 clones [ 0.84 %], purity: 99.80 %, hitEff: 99.33 % -UpMCCheck INFO 04_velo+notLong : 114 from 728 [ 15.66 %] 0 clones [ 0.00 %], purity: 99.41 %, hitEff: 97.98 % -UpMCCheck INFO 05_velo+UT+notLong : 113 from 542 [ 20.85 %] 0 clones [ 0.00 %], purity: 99.47 %, hitEff: 97.96 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 71 from 130 [ 54.62 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 99.72 % -UpMCCheck INFO 07_long : 523 from 1013 [ 51.63 %] 4 clones [ 0.76 %], purity: 99.74 %, hitEff: 99.39 % -UpMCCheck INFO 08_long>5GeV : 402 from 633 [ 63.51 %] 4 clones [ 0.99 %], purity: 99.71 %, hitEff: 99.26 % -UpMCCheck INFO 09_long_fromB : 32 from 48 [ 66.67 %] 0 clones [ 0.00 %], purity: 99.61 %, hitEff:100.00 % -UpMCCheck INFO 10_long_fromB>5GeV : 28 from 36 [ 77.78 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff:100.00 % -UpMCCheck INFO 11_long_electrons : 8 from 96 [ 8.33 %] 1 clones [11.11 %], purity: 98.61 %, hitEff:100.00 % -UpMCCheck INFO 12_long_fromB_electrons : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 13_long_fromB_electrons_P>5GeV : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 28 from 30 [ 93.33 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 28 from 30 [ 93.33 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 27 ghost, 3.96 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 429 tracks including 20 ghosts [ 4.7 %] **** -UTForwardMCCheck INFO 01_long : 469 tr 4.04 from 4.09 mcUT [ 98.7 %] 0.05 ghost hits on real tracks [ 1.3 %] -UTForwardMCCheck INFO 01_long >3UT : 469 tr 4.04 from 4.09 mcUT [ 98.7 %] 0.05 ghost hits on real tracks [ 1.3 %] -UTForwardMCCheck INFO 02_long>5GeV : 381 tr 4.04 from 4.09 mcUT [ 98.9 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 381 tr 4.04 from 4.09 mcUT [ 98.9 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 28 tr 4.11 from 4.11 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 28 tr 4.11 from 4.11 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 28 tr 4.11 from 4.11 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 28 tr 4.11 from 4.11 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO -ForwardBestMCCheck INFO Results -ForwardBestMCCheck INFO **** Forward 1289 tracks including 315 ghosts [24.44 %], Event average 22.34 % **** -ForwardBestMCCheck INFO 01_long : 846 from 1013 [ 83.51 %] 4 clones [ 0.47 %], purity: 98.85 %, hitEff: 91.99 % -ForwardBestMCCheck INFO 02_long>5GeV : 590 from 633 [ 93.21 %] 2 clones [ 0.34 %], purity: 99.10 %, hitEff: 93.85 % -ForwardBestMCCheck INFO 03_long_strange : 40 from 58 [ 68.97 %] 0 clones [ 0.00 %], purity: 97.39 %, hitEff: 90.04 % -ForwardBestMCCheck INFO 04_long_strange>5GeV : 22 from 25 [ 88.00 %] 0 clones [ 0.00 %], purity: 97.85 %, hitEff: 93.35 % -ForwardBestMCCheck INFO 05_long_fromB : 38 from 48 [ 79.17 %] 0 clones [ 0.00 %], purity: 99.30 %, hitEff: 94.05 % -ForwardBestMCCheck INFO 06_long_fromB>5GeV : 33 from 36 [ 91.67 %] 0 clones [ 0.00 %], purity: 99.32 %, hitEff: 95.05 % -ForwardBestMCCheck INFO 07_long_electrons : 62 from 96 [ 64.58 %] 1 clones [ 1.59 %], purity: 97.12 %, hitEff: 91.20 % -ForwardBestMCCheck INFO 08_long_electrons_P>5GeV : 37 from 51 [ 72.55 %] 0 clones [ 0.00 %], purity: 97.69 %, hitEff: 93.42 % -ForwardBestMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 95.83 %, hitEff: 80.22 % -ForwardBestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 95.83 %, hitEff: 80.22 % -ForwardBestMCCheck INFO -MatchMCCheck INFO Results -MatchMCCheck INFO **** Match 1318 tracks including 303 ghosts [22.99 %], Event average 21.64 % **** -MatchMCCheck INFO 01_long : 894 from 1013 [ 88.25 %] 4 clones [ 0.45 %], purity: 99.35 %, hitEff: 92.83 % -MatchMCCheck INFO 02_long>5GeV : 593 from 633 [ 93.68 %] 4 clones [ 0.67 %], purity: 99.49 %, hitEff: 94.98 % -MatchMCCheck INFO 03_long_strange : 44 from 58 [ 75.86 %] 0 clones [ 0.00 %], purity: 98.65 %, hitEff: 86.96 % -MatchMCCheck INFO 04_long_strange>5GeV : 21 from 25 [ 84.00 %] 0 clones [ 0.00 %], purity: 99.36 %, hitEff: 94.65 % -MatchMCCheck INFO 05_long_fromB : 41 from 48 [ 85.42 %] 0 clones [ 0.00 %], purity: 99.57 %, hitEff: 94.00 % -MatchMCCheck INFO 06_long_fromB>5GeV : 34 from 36 [ 94.44 %] 0 clones [ 0.00 %], purity: 99.48 %, hitEff: 94.83 % -MatchMCCheck INFO 07_long_electrons : 56 from 96 [ 58.33 %] 1 clones [ 1.75 %], purity: 97.80 %, hitEff: 91.34 % -MatchMCCheck INFO 08_long_electrons_P>5GeV : 35 from 51 [ 68.63 %] 0 clones [ 0.00 %], purity: 98.56 %, hitEff: 94.94 % -MatchMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 87.23 % -MatchMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 87.23 % -MatchMCCheck INFO -TMCCheck INFO Results -TMCCheck INFO **** TTrack 1894 tracks including 163 ghosts [ 8.61 %], Event average 7.21 % **** -TMCCheck INFO 01_hasT : 1259 from 1524 [ 82.61 %] 1 clones [ 0.08 %], purity: 99.15 %, hitEff: 91.68 % -TMCCheck INFO 02_long : 946 from 1013 [ 93.39 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 92.37 % -TMCCheck INFO 03_long>5GeV : 618 from 633 [ 97.63 %] 0 clones [ 0.00 %], purity: 99.42 %, hitEff: 94.93 % -TMCCheck INFO 04_long_fromB : 46 from 48 [ 95.83 %] 0 clones [ 0.00 %], purity: 99.20 %, hitEff: 93.07 % -TMCCheck INFO 05_long_fromB>5GeV : 36 from 36 [100.00 %] 0 clones [ 0.00 %], purity: 99.54 %, hitEff: 94.51 % -TMCCheck INFO 06_UT+T_strange : 101 from 111 [ 90.99 %] 0 clones [ 0.00 %], purity: 98.90 %, hitEff: 89.97 % -TMCCheck INFO 07_UT+T_strange>5GeV : 59 from 60 [ 98.33 %] 0 clones [ 0.00 %], purity: 99.70 %, hitEff: 95.40 % -TMCCheck INFO 08_noVelo+UT+T_strange : 49 from 53 [ 92.45 %] 0 clones [ 0.00 %], purity: 98.92 %, hitEff: 92.90 % -TMCCheck INFO 09_noVelo+UT+T_strange>5GeV : 35 from 35 [100.00 %] 0 clones [ 0.00 %], purity: 99.50 %, hitEff: 95.46 % -TMCCheck INFO 10_UT+T_SfromDB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 88.69 % -TMCCheck INFO 11_UT+T_SfromDB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 88.69 % -TMCCheck INFO 12_noVelo+UT+T_SfromDB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 88.69 % -TMCCheck INFO -DownMCCheck INFO Results -DownMCCheck INFO **** Downstream 1365 tracks including 393 ghosts [28.79 %], Event average 27.60 % **** -DownMCCheck INFO 01_UT+T : 870 from 1146 [ 75.92 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 99.62 % -DownMCCheck INFO 02_UT+T>5GeV : 583 from 700 [ 83.29 %] 0 clones [ 0.00 %], purity: 99.63 %, hitEff: 99.64 % -DownMCCheck INFO 03_UT+T_strange : 70 from 111 [ 63.06 %] 0 clones [ 0.00 %], purity: 99.05 %, hitEff: 99.29 % -DownMCCheck INFO 04_UT+T_strange>5GeV : 44 from 60 [ 73.33 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 99.43 % -DownMCCheck INFO 05_noVelo+UT+T_strange : 31 from 53 [ 58.49 %] 0 clones [ 0.00 %], purity: 98.95 %, hitEff: 99.19 % -DownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 23 from 35 [ 65.71 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 98.91 % -DownMCCheck INFO 07_UT+T_fromB : 44 from 55 [ 80.00 %] 0 clones [ 0.00 %], purity: 99.53 %, hitEff:100.00 % -DownMCCheck INFO 08_UT+T_fromB>5GeV : 34 from 41 [ 82.93 %] 0 clones [ 0.00 %], purity: 99.82 %, hitEff:100.00 % -DownMCCheck INFO 09_noVelo+UT+T_fromB : 3 from 8 [ 37.50 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff:100.00 % -DownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 2 from 6 [ 33.33 %] 0 clones [ 0.00 %], purity: 96.87 %, hitEff:100.00 % -DownMCCheck INFO 11_UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 12_UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 13_noVelo+UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 15_noVelo+UT+T_electrons : 47 from 112 [ 41.96 %] 0 clones [ 0.00 %], purity: 99.43 %, hitEff: 99.47 % -DownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 22 from 47 [ 46.81 %] 0 clones [ 0.00 %], purity: 99.37 %, hitEff: 98.86 % -DownMCCheck INFO -BestMCCheck INFO Results -BestMCCheck INFO **** Best 4851 tracks including 502 ghosts [10.35 %], Event average 9.57 % **** -BestMCCheck INFO 01_long : 1010 from 1013 [ 99.70 %] 54 clones [ 5.08 %], purity: 99.36 %, hitEff: 87.42 % -BestMCCheck INFO 02_long>5GeV : 632 from 633 [ 99.84 %] 31 clones [ 4.68 %], purity: 99.54 %, hitEff: 91.68 % -BestMCCheck INFO 03_long_strange : 57 from 58 [ 98.28 %] 6 clones [ 9.52 %], purity: 98.57 %, hitEff: 77.59 % -BestMCCheck INFO 04_long_strange>5GeV : 25 from 25 [100.00 %] 2 clones [ 7.41 %], purity: 98.97 %, hitEff: 87.77 % -BestMCCheck INFO 05_long_fromB : 48 from 48 [100.00 %] 4 clones [ 7.69 %], purity: 99.45 %, hitEff: 83.20 % -BestMCCheck INFO 06_long_fromB>5GeV : 36 from 36 [100.00 %] 2 clones [ 5.26 %], purity: 99.78 %, hitEff: 90.62 % -BestMCCheck INFO 07_long_electrons : 85 from 96 [ 88.54 %] 5 clones [ 5.56 %], purity: 97.08 %, hitEff: 75.31 % -BestMCCheck INFO 08_long_electrons_P>5GeV : 45 from 51 [ 88.24 %] 2 clones [ 4.26 %], purity: 97.95 %, hitEff: 82.54 % -BestMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestMCCheck INFO -BestLongMCCheck INFO Results -BestLongMCCheck INFO **** BestLong 1223 tracks including 193 ghosts [15.78 %], Event average 15.07 % **** -BestLongMCCheck INFO 01_long : 903 from 1013 [ 89.14 %] 5 clones [ 0.55 %], purity: 99.35 %, hitEff: 95.19 % -BestLongMCCheck INFO 02_long>5GeV : 594 from 633 [ 93.84 %] 4 clones [ 0.67 %], purity: 99.52 %, hitEff: 96.51 % -BestLongMCCheck INFO 03_long_strange : 45 from 58 [ 77.59 %] 0 clones [ 0.00 %], purity: 97.99 %, hitEff: 90.14 % -BestLongMCCheck INFO 04_long_strange>5GeV : 21 from 25 [ 84.00 %] 0 clones [ 0.00 %], purity: 98.67 %, hitEff: 95.94 % -BestLongMCCheck INFO 05_long_fromB : 39 from 48 [ 81.25 %] 0 clones [ 0.00 %], purity: 99.78 %, hitEff: 96.21 % -BestLongMCCheck INFO 06_long_fromB>5GeV : 33 from 36 [ 91.67 %] 0 clones [ 0.00 %], purity: 99.75 %, hitEff: 96.93 % -BestLongMCCheck INFO 07_long_electrons : 63 from 96 [ 65.62 %] 0 clones [ 0.00 %], purity: 97.61 %, hitEff: 91.59 % -BestLongMCCheck INFO 08_long_electrons_P>5GeV : 36 from 51 [ 70.59 %] 0 clones [ 0.00 %], purity: 98.57 %, hitEff: 94.39 % -BestLongMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestLongMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestLongMCCheck INFO -BestLongAndGhos... INFO Results -BestLongAndGhos... INFO **** BestLongAndGhostProb 1125 tracks including 113 ghosts [10.04 %], Event average 9.91 % **** -BestLongAndGhos... INFO 01_long : 895 from 1013 [ 88.35 %] 5 clones [ 0.56 %], purity: 99.37 %, hitEff: 95.29 % -BestLongAndGhos... INFO 02_long>5GeV : 589 from 633 [ 93.05 %] 4 clones [ 0.67 %], purity: 99.55 %, hitEff: 96.61 % -BestLongAndGhos... INFO 03_long_strange : 44 from 58 [ 75.86 %] 0 clones [ 0.00 %], purity: 97.95 %, hitEff: 90.72 % -BestLongAndGhos... INFO 04_long_strange>5GeV : 21 from 25 [ 84.00 %] 0 clones [ 0.00 %], purity: 98.67 %, hitEff: 95.94 % -BestLongAndGhos... INFO 05_long_fromB : 37 from 48 [ 77.08 %] 0 clones [ 0.00 %], purity: 99.90 %, hitEff: 96.78 % -BestLongAndGhos... INFO 06_long_fromB>5GeV : 31 from 36 [ 86.11 %] 0 clones [ 0.00 %], purity: 99.88 %, hitEff: 97.66 % -BestLongAndGhos... INFO 07_long_electrons : 59 from 96 [ 61.46 %] 0 clones [ 0.00 %], purity: 97.86 %, hitEff: 91.79 % -BestLongAndGhos... INFO 08_long_electrons_P>5GeV : 35 from 51 [ 68.63 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 94.75 % -BestLongAndGhos... INFO 09_long_fromB_electrons : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.24 % -BestLongAndGhos... INFO 10_long_fromB_electrons_P>5GeV : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.24 % -BestLongAndGhos... INFO -BestDownMCCheck INFO Results -BestDownMCCheck INFO **** BestDown 237 tracks including 96 ghosts [40.51 %], Event average 40.07 % **** -BestDownMCCheck INFO 01_UT+T : 95 from 1146 [ 8.29 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 93.22 % -BestDownMCCheck INFO 02_UT+T>5GeV : 54 from 700 [ 7.71 %] 0 clones [ 0.00 %], purity: 99.52 %, hitEff: 96.61 % -BestDownMCCheck INFO 03_UT+T_strange : 36 from 111 [ 32.43 %] 0 clones [ 0.00 %], purity: 99.10 %, hitEff: 94.59 % -BestDownMCCheck INFO 04_UT+T_strange>5GeV : 25 from 60 [ 41.67 %] 0 clones [ 0.00 %], purity: 99.22 %, hitEff: 97.11 % -BestDownMCCheck INFO 05_noVelo+UT+T_strange : 29 from 53 [ 54.72 %] 0 clones [ 0.00 %], purity: 98.88 %, hitEff: 94.46 % -BestDownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 21 from 35 [ 60.00 %] 0 clones [ 0.00 %], purity: 99.07 %, hitEff: 96.87 % -BestDownMCCheck INFO 07_UT+T_fromB : 6 from 55 [ 10.91 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 93.18 % -BestDownMCCheck INFO 08_UT+T_fromB>5GeV : 3 from 41 [ 7.32 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 92.25 % -BestDownMCCheck INFO 09_noVelo+UT+T_fromB : 3 from 8 [ 37.50 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 95.96 % -BestDownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 2 from 6 [ 33.33 %] 0 clones [ 0.00 %], purity: 96.87 %, hitEff: 93.93 % -BestDownMCCheck INFO 11_UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 12_UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 13_noVelo+UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 15_noVelo+UT+T_electrons : 41 from 112 [ 36.61 %] 0 clones [ 0.00 %], purity: 99.50 %, hitEff: 91.14 % -BestDownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 19 from 47 [ 40.43 %] 0 clones [ 0.00 %], purity: 99.27 %, hitEff: 94.06 % -BestDownMCCheck INFO -BestDownAndGhos... INFO Results -BestDownAndGhos... INFO **** BestDownAndGhostProb 210 tracks including 71 ghosts [33.81 %], Event average 32.85 % **** -BestDownAndGhos... INFO 01_UT+T : 95 from 1146 [ 8.29 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 93.22 % -BestDownAndGhos... INFO 02_UT+T>5GeV : 54 from 700 [ 7.71 %] 0 clones [ 0.00 %], purity: 99.52 %, hitEff: 96.61 % -BestDownAndGhos... INFO 03_UT+T_strange : 36 from 111 [ 32.43 %] 0 clones [ 0.00 %], purity: 99.10 %, hitEff: 94.59 % -BestDownAndGhos... INFO 04_UT+T_strange>5GeV : 25 from 60 [ 41.67 %] 0 clones [ 0.00 %], purity: 99.22 %, hitEff: 97.11 % -BestDownAndGhos... INFO 05_noVelo+UT+T_strange : 29 from 53 [ 54.72 %] 0 clones [ 0.00 %], purity: 98.88 %, hitEff: 94.46 % -BestDownAndGhos... INFO 06_noVelo+UT+T_strange>5GeV : 21 from 35 [ 60.00 %] 0 clones [ 0.00 %], purity: 99.07 %, hitEff: 96.87 % -BestDownAndGhos... INFO 07_UT+T_fromB : 6 from 55 [ 10.91 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 93.18 % -BestDownAndGhos... INFO 08_UT+T_fromB>5GeV : 3 from 41 [ 7.32 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 92.25 % -BestDownAndGhos... INFO 09_noVelo+UT+T_fromB : 3 from 8 [ 37.50 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 95.96 % -BestDownAndGhos... INFO 10_noVelo+UT+T_fromB>5GeV : 2 from 6 [ 33.33 %] 0 clones [ 0.00 %], purity: 96.87 %, hitEff: 93.93 % -BestDownAndGhos... INFO 11_UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 12_UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 13_noVelo+UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 14_noVelo+UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 15_noVelo+UT+T_electrons : 39 from 112 [ 34.82 %] 0 clones [ 0.00 %], purity: 99.66 %, hitEff: 91.32 % -BestDownAndGhos... INFO 16_noVelo+UT+T_electrons_P>5GeV : 17 from 47 [ 36.17 %] 0 clones [ 0.00 %], purity: 99.61 %, hitEff: 94.80 % -BestDownAndGhos... INFO -UTForwardBestMC... INFO Results -UTForwardBestMC... INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardBest **** 315 ghost, 2.34 UT per track -UTForwardBestMC... INFO 01_long : 850 tr 3.89 from 4.06 mcUT [ 95.8 %] 0.10 ghost hits on real tracks [ 2.6 %] -UTForwardBestMC... INFO 01_long >3UT : 841 tr 3.93 from 4.08 mcUT [ 96.2 %] 0.10 ghost hits on real tracks [ 2.6 %] -UTForwardBestMC... INFO 02_long>5GeV : 592 tr 3.92 from 4.05 mcUT [ 96.8 %] 0.06 ghost hits on real tracks [ 1.6 %] -UTForwardBestMC... INFO 02_long>5GeV >3UT : 583 tr 3.97 from 4.08 mcUT [ 97.3 %] 0.06 ghost hits on real tracks [ 1.5 %] -UTForwardBestMC... INFO -UTMatchMCCheck INFO Results -UTMatchMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Match **** 303 ghost, 2.45 UT per track -UTMatchMCCheck INFO 01_long : 898 tr 3.88 from 4.06 mcUT [ 95.4 %] 0.11 ghost hits on real tracks [ 2.7 %] -UTMatchMCCheck INFO 01_long >3UT : 890 tr 3.91 from 4.08 mcUT [ 95.8 %] 0.11 ghost hits on real tracks [ 2.6 %] -UTMatchMCCheck INFO 02_long>5GeV : 597 tr 3.91 from 4.05 mcUT [ 96.5 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTMatchMCCheck INFO 02_long>5GeV >3UT : 589 tr 3.96 from 4.08 mcUT [ 97.0 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTMatchMCCheck INFO -UTDownMCCheck INFO Results -UTDownMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Downstream **** 393 ghost, 4.05 UT per track -UTDownMCCheck INFO 01_has seed : 870 tr 4.08 from 4.10 mcUT [ 99.6 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 01_has seed >3UT : 870 tr 4.08 from 4.10 mcUT [ 99.6 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT : 64 tr 4.00 from 4.03 mcUT [ 99.2 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT >3UT : 64 tr 4.00 from 4.03 mcUT [ 99.2 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 03_down+strange : 70 tr 4.00 from 4.03 mcUT [ 99.3 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 03_down+strange >3UT : 70 tr 4.00 from 4.03 mcUT [ 99.3 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 04_down+strange+>5GeV : 44 tr 4.02 from 4.05 mcUT [ 99.4 %] 0.02 ghost hits on real tracks [ 0.6 %] -UTDownMCCheck INFO 04_down+strange+>5GeV >3UT : 44 tr 4.02 from 4.05 mcUT [ 99.4 %] 0.02 ghost hits on real tracks [ 0.6 %] -UTDownMCCheck INFO -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 3927 tracks including 42 ghosts [ 1.07 %], Event average 0.92 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 3433 from 3632 [ 94.52 %] 26 clones [ 0.75 %], purity: 99.71 %, hitEff: 96.83 %, hitEffFirst3: 97.93 %, hitEffLast: 94.02 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 2131 from 2222 [ 95.90 %] 23 clones [ 1.07 %], purity: 99.77 %, hitEff: 97.13 %, hitEffFirst3: 97.35 %, hitEffLast: 96.40 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 1302 from 1410 [ 92.34 %] 3 clones [ 0.23 %], purity: 99.59 %, hitEff: 96.32 %, hitEffFirst3: 98.88 %, hitEffLast: 89.79 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 1704 from 1741 [ 97.87 %] 22 clones [ 1.27 %], purity: 99.78 %, hitEff: 96.96 %, hitEffFirst3: 97.20 %, hitEffLast: 96.48 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 1005 from 1013 [ 99.21 %] 9 clones [ 0.89 %], purity: 99.87 %, hitEff: 97.64 %, hitEffFirst3: 97.80 %, hitEffLast: 97.31 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 628 from 633 [ 99.21 %] 8 clones [ 1.26 %], purity: 99.88 %, hitEff: 97.53 %, hitEffFirst3: 97.85 %, hitEffLast: 97.32 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 377 from 380 [ 99.21 %] 1 clones [ 0.26 %], purity: 99.87 %, hitEff: 97.82 %, hitEffFirst3: 97.71 %, hitEffLast: 97.29 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 534 from 540 [ 98.89 %] 5 clones [ 0.93 %], purity: 99.91 %, hitEff: 97.44 %, hitEffFirst3: 97.71 %, hitEffLast: 97.15 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 45 from 48 [ 93.75 %] 0 clones [ 0.00 %], purity: 99.63 %, hitEff: 97.45 %, hitEffFirst3: 97.78 %, hitEffLast: 96.19 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 34 from 36 [ 94.44 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 98.41 %, hitEffFirst3: 99.02 %, hitEffLast: 98.33 % -VeloFullMCCheck INFO 11_notElectron_Long_FromB_Eta25 p<5GeV : 11 from 12 [ 91.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.48 %, hitEffFirst3: 93.94 %, hitEffLast: 89.61 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 33 from 35 [ 94.29 %] 0 clones [ 0.00 %], purity: 99.49 %, hitEff: 98.39 %, hitEffFirst3: 98.99 %, hitEffLast: 97.84 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 29 from 29 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.65 %, hitEffFirst3: 98.85 %, hitEffLast: 97.42 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 22 from 22 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.12 %, hitEffFirst3: 98.48 %, hitEffLast: 98.76 % -VeloFullMCCheck INFO 15_notElectron_Long_FromD_Eta25 p<5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.19 %, hitEffFirst3:100.00 %, hitEffLast: 93.20 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 19 from 19 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.35 %, hitEffFirst3:100.00 %, hitEffLast: 97.81 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 57 from 58 [ 98.28 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 97.34 %, hitEffFirst3: 98.25 %, hitEffLast: 95.79 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 24 from 25 [ 96.00 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 97.83 %, hitEffFirst3: 98.61 %, hitEffLast: 97.17 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 33 from 33 [100.00 %] 0 clones [ 0.00 %], purity: 99.01 %, hitEff: 96.99 %, hitEffFirst3: 97.98 %, hitEffLast: 94.76 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 21 from 22 [ 95.45 %] 0 clones [ 0.00 %], purity: 99.32 %, hitEff: 96.56 %, hitEffFirst3: 95.24 %, hitEffLast: 97.75 % -VeloFullMCCheck INFO 21_Electron_Velo : 415 from 592 [ 70.10 %] 21 clones [ 4.82 %], purity: 97.94 %, hitEff: 86.77 %, hitEffFirst3: 82.49 %, hitEffLast: 88.02 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 334 from 466 [ 71.67 %] 19 clones [ 5.38 %], purity: 97.80 %, hitEff: 85.31 %, hitEffFirst3: 79.51 %, hitEffLast: 87.98 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 81 from 126 [ 64.29 %] 2 clones [ 2.41 %], purity: 98.51 %, hitEff: 93.00 %, hitEffFirst3: 95.18 %, hitEffLast: 88.15 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 323 from 412 [ 78.40 %] 19 clones [ 5.56 %], purity: 97.92 %, hitEff: 85.01 %, hitEffFirst3: 79.14 %, hitEffLast: 87.83 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 91 from 96 [ 94.79 %] 1 clones [ 1.09 %], purity: 97.82 %, hitEff: 93.32 %, hitEffFirst3: 86.96 %, hitEffLast: 95.81 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 49 from 51 [ 96.08 %] 0 clones [ 0.00 %], purity: 97.69 %, hitEff: 93.31 %, hitEffFirst3: 88.44 %, hitEffLast: 92.90 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 42 from 45 [ 93.33 %] 1 clones [ 2.33 %], purity: 97.97 %, hitEff: 93.35 %, hitEffFirst3: 85.27 %, hitEffLast: 99.02 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 14 from 15 [ 93.33 %] 1 clones [ 6.67 %], purity: 96.62 %, hitEff: 92.09 %, hitEffFirst3: 86.67 %, hitEffLast: 95.79 % -VeloFullMCCheck INFO 29_Electron_Long_FromB_Eta25 : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloFullMCCheck INFO 30_Electron_Long_FromB_Eta25 p>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloFullMCCheck INFO 32_Electron_Long_FromB_Eta25 p>3GeV pt>400MeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast: -1.00 % -VeloFullMCCheck INFO 33_Electron_Long_FromD_Eta25 : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 34_Electron_Long_FromD_Eta25 p>5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 35_Electron_Long_FromD_Eta25 p<5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 36_Electron_Long_FromD_Eta25 p>3GeV pt>400MeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = 0.033 +/- 0.053, RMS = 1.162 +/- 0.046 -TrackResChecker... INFO ALL/y pull : mean = 0.012 +/- 0.050, RMS = 1.102 +/- 0.034 -TrackResChecker... INFO ALL/tx pull : mean = -0.003 +/- 0.055, RMS = 1.215 +/- 0.051 -TrackResChecker... INFO ALL/ty pull : mean = -0.008 +/- 0.052, RMS = 1.137 +/- 0.039 -TrackResChecker... INFO ALL/p pull : mean = -0.185 +/- 0.061, RMS = 1.327 +/- 0.044 -TrackResChecker... INFO ALL/probChi2 : mean = 0.423 +/- 0.014, RMS = 0.313 +/- 0.006 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 42.197 +/- 4.027 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 44.542 +/- 4.796 micron -TrackResChecker... INFO ALL/dp/p: mean = -0.0002 +/- 0.0003, RMS = 0.0061 +/- 0.0006 -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 57 from 62 ( 75-13 ) [ 91.94 %], false 1 from reco. 58 ( 57+1 ) [ 1.72 %] -PVChecker INFO 01 isolated : 34 from 36 ( 42-6 ) [ 94.44 %], false 0 from reco. 34 ( 34+0 ) [ 0.00 %] -PVChecker INFO 02 close : 23 from 26 ( 33-7 ) [ 88.46 %], false 1 from reco. 24 ( 23+1 ) [ 4.17 %] -PVChecker INFO 03 ntracks<10 : 0 from 2 ( 2-0 ) [ 0.00 %], false 1 from reco. 1 ( 0+1 ) [ 100.00 %] -PVChecker INFO 04 ntracks>=10 : 57 from 60 ( 60-0 ) [ 95.00 %], false 0 from reco. 57 ( 57+0 ) [ 0.00 %] -PVChecker INFO 05 z<-50.0 : 14 from 14 ( 17-3 ) [ 100.00 %], false 1 from reco. 15 ( 14+1 ) [ 6.67 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 23 from 28 ( 36-8 ) [ 82.14 %], false 0 from reco. 23 ( 23+0 ) [ 0.00 %] -PVChecker INFO 07 z >=50.0 : 20 from 20 ( 22-2 ) [ 100.00 %], false 0 from reco. 20 ( 20+0 ) [ 0.00 %] -PVChecker INFO 08 decayBeauty : 10 from 10 ( 10-0 ) [ 100.00 %], false 1 from reco. 11 ( 10+1 ) [ 9.09 %] -PVChecker INFO 09 decayCharm : 17 from 17 ( 17-0 ) [ 100.00 %], false 1 from reco. 18 ( 17+1 ) [ 5.56 %] -PVChecker INFO 10 decayStrange : 57 from 62 ( 65-3 ) [ 91.94 %], false 1 from reco. 58 ( 57+1 ) [ 1.72 %] -PVChecker INFO 11 other : 0 from 0 ( 10-10 ) [ -100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 12 1MCPV : 10 from 10 ( 10-0 ) [ 100.00 %], false 0 from reco. 10 ( 10+0 ) [ 0.00 %] -PVChecker INFO 13 2MCPV : 10 from 10 ( 10-0 ) [ 100.00 %], false 0 from reco. 10 ( 10+0 ) [ 0.00 %] -PVChecker INFO 14 3MCPV : 10 from 10 ( 10-0 ) [ 100.00 %], false 0 from reco. 10 ( 10+0 ) [ 0.00 %] -PVChecker INFO 15 4MCPV : 8 from 9 ( 10-1 ) [ 88.89 %], false 1 from reco. 9 ( 8+1 ) [ 11.11 %] -PVChecker INFO 16 5MCPV : 8 from 8 ( 10-2 ) [ 100.00 %], false 0 from reco. 8 ( 8+0 ) [ 0.00 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 48.74 [MC: 50.98] -PVChecker INFO 01 isolated : av. PV tracks: 47.65 [MC: 51.17] -PVChecker INFO 02 close : av. PV tracks: 50.35 [MC: 50.73] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 0.00 [MC: 4.50] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 48.74 [MC: 52.53] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 52.64 [MC: 56.71] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 54.96 [MC: 51.79] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 38.85 [MC: 45.85] -PVChecker INFO 08 decayBeauty : av. PV tracks: 77.80 [MC: 78.30] -PVChecker INFO 09 decayCharm : av. PV tracks: 73.35 [MC: 75.12] -PVChecker INFO 10 decayStrange : av. PV tracks: 48.74 [MC: 50.98] -PVChecker INFO 11 other : av. PV tracks: 0.00 [MC: 0.00] -PVChecker INFO 12 1MCPV : av. PV tracks: 100.90 [MC: 105.50] -PVChecker INFO 13 2MCPV : av. PV tracks: 69.90 [MC: 76.60] -PVChecker INFO 14 3MCPV : av. PV tracks: 43.90 [MC: 53.30] -PVChecker INFO 15 4MCPV : av. PV tracks: 36.12 [MC: 39.78] -PVChecker INFO 16 5MCPV : av. PV tracks: 21.75 [MC: 24.38] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.009, y: +0.013, z: +0.074 -PVChecker INFO 2_res_ntracks<10 : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.012, y: +0.021, z: +0.095 -PVChecker INFO 4_res_ntracks>30 : x: +0.007, y: +0.005, z: +0.046 -PVChecker INFO 5_res_z<-50 : x: +0.009, y: +0.012, z: +0.076 -PVChecker INFO 6_res_z(-50,50) : x: +0.007, y: +0.013, z: +0.082 -PVChecker INFO 7_res_z>50 : x: +0.011, y: +0.015, z: +0.058 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +0.956, y: +1.044, z: +1.189 -PVChecker INFO 1_pull_mean_all : x: +0.109, y: -0.256, z: +0.251 -PVChecker INFO -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO MuonID Rates for Downstream Tracks -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuonLoose = 1.0 : 30.303 +- 3.578 -MuonPIDCheckerDown INFO IsMuoLoose MuonProb < 0.9 : 9.091 +- 2.238 -MuonPIDCheckerDown INFO IsMuoLoose DLL > 1.4 : 6.061 +- 1.858 -MuonPIDCheckerDown INFO IsMuonLoose NShared < 1.0 : 5.455 +- 1.768 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuon = 1.0 : 20.606 +- 3.149 -MuonPIDCheckerDown INFO IsMuon MuonProb < 0.9 : 7.273 +- 2.022 -MuonPIDCheckerDown INFO IsMuon DLL > 1.4 : 4.848 +- 1.672 -MuonPIDCheckerDown INFO IsMuon NShared < 1.0 : 3.030 +- 1.335 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Total Number of Tracks analysed: 237 -MuonPIDCheckerDown INFO Total Number of PreSelected Tracks: 165 -MuonPIDCheckerDown INFO Total Number of IsMuonLoose Candidates: 50 -MuonPIDCheckerDown INFO Total Number of IsMuon Candidates: 34 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO MuonID Rates for Long Tracks -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuonLoose = 1.0 : 28.645 +- 1.449 -MuonPIDCheckerLong INFO IsMuoLoose MuonProb < 0.9 : 7.290 +- 0.833 -MuonPIDCheckerLong INFO IsMuoLoose DLL > 1.4 : 4.004 +- 0.628 -MuonPIDCheckerLong INFO IsMuonLoose NShared < 1.0 : 4.415 +- 0.658 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuon = 1.0 : 20.021 +- 1.282 -MuonPIDCheckerLong INFO IsMuon MuonProb < 0.9 : 6.263 +- 0.776 -MuonPIDCheckerLong INFO IsMuon DLL > 1.4 : 2.875 +- 0.535 -MuonPIDCheckerLong INFO IsMuon NShared < 1.0 : 2.772 +- 0.526 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Total Number of Tracks analysed: 1223 -MuonPIDCheckerLong INFO Total Number of PreSelected Tracks: 974 -MuonPIDCheckerLong INFO Total Number of IsMuonLoose Candidates: 279 -MuonPIDCheckerLong INFO Total Number of IsMuon Candidates: 195 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -PIDeEcalChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Signal'' = 92.1728[%] -PIDeEcalChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Ghosts'' = 77.1238[%] -PIDeEcalChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Background'' = 52.7243[%] -PIDeHcalChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Signal'' = 49.1138[%] -PIDeHcalChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Ghosts'' = 16.9932[%] -PIDeHcalChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Background'' = 14.1208[%] -PIDeBremChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Signal'' = 47.3214[%] -PIDeBremChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Ghosts'' = 32.2684[%] -PIDeBremChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Background'' = 45.3871[%] -PIDmEcalChecker INFO 'Eff tanh(P/25 GeV/c) with cut 'DLL>0' for 'Signal'' = 100[%] -PIDmEcalChecker INFO 'Eff tanh(P/25 GeV/c) with cut 'DLL>0' for 'Ghosts'' = 40.9282[%] -PIDmEcalChecker INFO 'Eff tanh(P/25 GeV/c) with cut 'DLL>0' for 'Background'' = 30.4606[%] -PIDmHcalChecker INFO 'Eff tanh(P/25 GeV/c) with cut 'DLL>0' for 'Signal'' = 100[%] -PIDmHcalChecker INFO 'Eff tanh(P/25 GeV/c) with cut 'DLL>0' for 'Ghosts'' = 49.7884[%] -PIDmHcalChecker INFO 'Eff tanh(P/25 GeV/c) with cut 'DLL>0' for 'Background'' = 27.1391[%] -ChargedProtoTuple SUCCESS Booked 1 N-Tuples and 0 Event Tag Collections -ChargedProtoPID...SUCCESS Booked 1 N-Tuples and 0 Event Tag Collections -GenFSRMerge INFO ========== Merging GenFSR ========== -DstWriter INFO Events output: 10 -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 4 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 25 - | Logical Volume | | # mean RMS min max | - | LHCb/lvLHCb | mm | 2 180.57979 170.12724 10.45255 350.707 | - | LHCb/lvLHCb | X0 | 2 0.55336168 0.52375798 0.029603692 1.07711 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | mm | 2 0.14338109 0.00050185391 0.14287923 0.143882 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | X0 | 2 0 0 0 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | mm | 1 0.38222454 0 0.38222454 0.382224 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | X0 | 1 0.00051294498 0 0.00051294498 0.000512944 | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -RFileCnv INFO dumping contents of /NTUPLES/PROTOTUPLE -TFile: name=protoparticles.tuples.root, title=Gaudi Trees, option=CREATE -RFileCnv INFO dumping contents of /NTUPLES/ANNPIDTUPLE -TFile: name=ProtoPIDANN.tuples.root, title=Gaudi Trees, option=CREATE -NTupleSvc INFO NTuples saved successfully -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 4851 | 4349 |( 89.65162 +- 0.4373203)% | - | "MC particles per track" | 4349 | 4507 | 1.0363 | -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 1289 | 128.90 | -BremChi22IDFuture INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2564 | 256.40 | 82.917 | 109.00 | 386.00 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -BremMatchFuture INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 215781 | 21578.0 | 11847.0 | 4642.0 | 40568.0 | - | "#chi2" | 61475 |2.688038e+08 | 4372.6 | 2865.1 | 0.65619 | 10000.0 | - | "#good tracks" | 10 | 1776 | 177.60 | 64.505 | 77.000 | 293.00 | - | "#links in table" | 10 | 61475 | 6147.5 | 3189.1 | 1672.0 | 12414.0 | - | "#total calos" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -BremMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/BremMatch" | 10 | 61475 | 6147.5 | 3189.1 | 1672.0 | 12414.0 | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -BremPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 2564 | 256.40 | 82.917 | 109.00 | 386.00 | -BrunelInit.Brun... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -CaloClusterMCTruth INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CC2MC links" | 10 | 59200 | 5920.0 | - |*"No MC information for the cluster is found" | 2414 | 5 |(0.2071251 +- 0.09253318)% | -CaloDigit2MCLin... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CD2MC links" | 10 | 179174 | 17917.0 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 10 | 43428 | 4342.8 | - | "#links/hypo" | 1484 | 43428 | 29.264 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 10 | 3809 | 380.90 | - | "#links/hypo" | 112 | 3809 | 34.009 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 10 | 31494 | 3149.4 | - | "#links/hypo" | 1453 | 31494 | 21.675 | -ChargedProtoPMaker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Track/Best ==> Rec/ProtoP/Charged" | 10 | 1605 | 160.50 | 49.484 | 82.000 | 228.00 | -ClassifyPhotonE... INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Electron Delta(E)" | 1484 | 317388.6 | 213.87 | 257.91 | -906.74 | 4556.0 | - | "Electron Delta(X)" | 1484 | -376.0148 | -0.25338 | 11.668 | -22.781 | 22.326 | - | "Electron Delta(Y)" | 1484 | -839.3964 | -0.56563 | 11.516 | -22.781 | 22.325 | - | "Electron Delta(Z)" | 1484 | 100296.5 | 67.585 | 13.369 | 29.382 | 107.52 | - | "Electron corrected energy" | 1484 |1.108014e+07 | 7466.4 | 8164.0 | 423.63 | 92749.0 | - | "Photon Delta(E)" | 1453 | -8262.891 | -5.6868 | 151.32 | -1230.0 | 1414.5 | - | "Photon Delta(X)" | 1453 | -463.1435 | -0.31875 | 12.751 | -22.781 | 22.326 | - | "Photon Delta(Y)" | 1453 | -736.7849 | -0.50708 | 12.448 | -22.781 | 22.326 | - | "Photon Delta(Z)" | 1453 | 87038.89 | 59.903 | 12.606 | 26.451 | 100.85 | - | "Photon corrected energy" | 1453 | 6291242 | 4329.8 | 6413.6 | 179.37 | 60862.0 | - | "electronHypos" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | - | "photonHypos" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 464 | 462.5945 | 0.99697 | 0.019716 | 0.96530 | 1.0690 | - | "<alpha> Middle" | 476 | 479.127 | 1.0066 | 0.018846 | 0.97720 | 1.0868 | - | "<alpha> Outer" | 544 | 544.036 | 1.0001 | 0.014500 | 0.97380 | 1.0431 | - | "Pileup offset" | 1484 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 1484 | 1484 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 365 | 363.1511 | 0.99493 | 0.019594 | 0.96530 | 1.0690 | - | "<alpha> Middle" | 354 | 355.435 | 1.0041 | 0.018631 | 0.97720 | 1.0702 | - | "<alpha> Outer" | 734 | 731.4462 | 0.99652 | 0.015435 | 0.97356 | 1.0533 | - | "Pileup offset" | 1453 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 1453 | 1453 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 3927 | 392.70 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 10 | 3927 | 392.70 | -DownstreamAssoc... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1365 | 972 |( 71.20879 +- 1.225548)% | - | "MC particles per track" | 972 | 972 | 1.0000 | -EcalClusterMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/EcalClusters" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | -EcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 10 | 26158 | 2615.8 | 662.03 | 1502.0 | 3540.0 | -EcalEFlowMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 10 | 26039 | 2603.9 | 656.50 | 1504.0 | 3527.0 | -EcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 1730 | 173.00 | 59.905 | 86.000 | 257.00 | - | "#total energy" | 1730 | 5824.127 | 3.3665 | 3.8473 | -0.039452 | 54.842 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -EcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 2075 | 207.50 | 68.791 | 96.000 | 299.00 | -EcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 1730 | 173.00 | 59.905 | 86.000 | 257.00 | -ElectronMatchFu... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 259587 | 25959.0 | 16226.0 | 5735.0 | 48827.0 | - | "#chi2" | 26094 |1.180466e+08 | 4523.9 | 2907.8 | 0.28970 | 9999.8 | - | "#good tracks" | 10 | 1730 | 173.00 | 59.905 | 86.000 | 257.00 | - | "#links in table" | 10 | 26094 | 2609.4 | 1386.8 | 801.00 | 4543.0 | - | "#total calos" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | -ElectronMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ElectronMatch" | 10 | 26094 | 2609.4 | 1386.8 | 801.00 | 4543.0 | - | "Monitor /Event/Rec/Calo/Electrons" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | -ElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Electrons" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | -EtaMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 462 | 46.200 | 37.371 | 0.0000 | 117.00 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 523 | 52.300 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 210 | 21.000 | 7.0993 | 12.000 | 35.000 | - | "#seeds" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 237 | 23.700 | 7.3627 | 14.000 | 38.000 | - | "#seeds" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 1125 | 112.50 | 34.375 | 59.000 | 162.00 | - | "#seeds" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 1223 | 122.30 | 40.185 | 59.000 | 176.00 | - | "#seeds" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -FilterForBestMC... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | - | "#seeds" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -ForwardBestAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1289 | 974 |( 75.56245 +- 1.196893)% | - | "MC particles per track" | 974 | 1122 | 1.1520 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 523 | 496 |( 94.83748 +- 0.9675428)% | - | "MC particles per track" | 496 | 580 | 1.1694 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 523 | 496 |( 94.83748 +- 0.9675428)% | - | "MC particles per track" | 496 | 580 | 1.1694 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 523 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 523 | 77 | 0.14723 | 0.35433 | 0.0000 | 1.0000 | - | "chisqprobSum" | 523 | 210.0565 | 0.40164 | 0.31908 | 0.0000 | 0.99979 | - | "flipCharge" | 523 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 10 | 523 | 52.300 | 18.504 | 32.000 | 86.000 | - | "nTracks" | 10 | 523 | 52.300 | 18.504 | 32.000 | 86.000 | - | "numOutliers" | 523 | 439 | 0.83939 | 0.88811 | 0.0000 | 4.0000 | -FutureClusChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2075 | 207.50 | 68.791 | 96.000 | 299.00 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -FutureClusterMatch INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 341417 | 34142.0 | 18214.0 | 9670.0 | 58036.0 | - | "#chi2" | 111126 |5.166062e+07 | 464.88 | 288.32 | 0.00037910 | 999.99 | - | "#good tracks" | 10 | 1730 | 173.00 | 59.905 | 86.000 | 257.00 | - | "#links in table" | 10 | 111126 | 11113.0 | 6566.3 | 2198.0 | 21437.0 | - | "#total calos" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | -FutureEcalChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2075 | 207.50 | 68.791 | 96.000 | 299.00 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -FutureEcalClust INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusterization passes" | 10 | 41 | 4.1000 | 0.53852 | 3.0000 | 5.0000 | - | "# clusters" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | - | "Cluster energy" | 2414 |1.414089e+07 | 5857.9 | 7510.0 | 176.60 | 92190.0 | - | "Cluster size" | 2414 | 31299 | 12.966 | 3.8803 | 6.0000 | 39.000 | -FutureEcalCovar INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusters" | 2414 | -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -FutureEcalCovar... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 140 | 765 | 5.4643 | 2.1528 | 2.0000 | 12.000 | - | "Corrected Clusters: ET" | 140 | 40705.01 | 290.75 | 283.82 | 51.800 | 1423.6 | - | "Corrected Clusters: size ratio" | 140 | 49.42346 | 0.35302 | 0.22898 | 0.0000 | 1.3367 | -FutureEcalShare INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(E)" | 3515 | -105010.8 | -29.875 | 1132.0 | -23000.0 | 15091.0 | - | "Delta(X)" | 3515 | 47.82228 | 0.013605 | 5.3005 | -60.274 | 44.530 | - | "Delta(Y)" | 3515 | 172.8736 | 0.049182 | 5.0644 | -44.248 | 42.545 | - | "Delta(Z)" | 3515 |0.002929688 | 8.3348e-07 | 0.00067814 | -0.00097656 | 0.00097656 | - | "negative E clusters (removed)" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -FutureEcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 10 | 0 |( 0.000000 +- 0.000000)% | -FutureHcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 10 | 0 |( 0.000000 +- 0.000000)% | -FutureNeutralPr... INFO Number of counters : 41 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "CaloClusterCode for Photon" | 1453 | -2356 | -1.6215 | 89.900 | -98.000 | 98.000 | - | "CaloClusterCode for PhotonFromMergedPi0" | 224 | 19270 | 86.027 | 13.661 | 41.000 | 98.000 | - | "CaloClusterCode for Pi0Merged" | 112 | -2126 | -18.982 | 89.147 | -98.000 | 98.000 | - | "CaloClusterFrac for Photon" | 1293 | 1297.422 | 1.0034 | 0.052610 | 0.73877 | 1.2972 | - | "CaloClusterFrac for PhotonFromMergedPi0" | 224 | 120.9285 | 0.53986 | 0.19588 | 0.090931 | 0.92533 | - | "CaloClusterFrac for Pi0Merged" | 107 | 106.5929 | 0.99620 | 0.017452 | 0.85032 | 1.0058 | - | "CaloNeutralE19 for Photon" | 1453 | 843.9993 | 0.58087 | 0.18834 | 0.20374 | 1.3313 | - | "CaloNeutralE19 for PhotonFromMergedPi0" | 224 | 149.2451 | 0.66627 | 0.19787 | 0.23145 | 1.7127 | - | "CaloNeutralE19 for Pi0Merged" | 112 | 52.48827 | 0.46865 | 0.14152 | 0.22202 | 0.84971 | - | "CaloNeutralE49 for Photon" | 1453 | 1287.218 | 0.88590 | 0.096093 | 0.57935 | 1.3808 | - | "CaloNeutralE49 for PhotonFromMergedPi0" | 224 | 200.4198 | 0.89473 | 0.075899 | 0.60024 | 1.0000 | - | "CaloNeutralE49 for Pi0Merged" | 112 | 95.51061 | 0.85277 | 0.097310 | 0.62407 | 0.99475 | - | "CaloNeutralEcal for Photon" | 1453 | 6299505 | 4335.5 | 6409.6 | 178.95 | 60921.0 | - | "CaloNeutralEcal for PhotonFromMergedPi0" | 224 | 2228279 | 9947.7 | 9264.7 | 657.61 | 74816.0 | - | "CaloNeutralEcal for Pi0Merged" | 112 | 2122522 | 18951.0 | 15004.0 | 5353.3 | 92187.0 | - | "CaloNeutralHcal2Ecal for Photon" | 1453 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for PhotonFromMergedPi0" | 224 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for Pi0Merged" | 112 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralID for Photon" | 1453 |5.498457e+07 | 37842.0 | 3523.2 | 33160.0 | 44148.0 | - | "CaloNeutralID for PhotonFromMergedPi0" | 224 | 8332490 | 37199.0 | 2909.7 | 33297.0 | 43622.0 | - | "CaloNeutralID for Pi0Merged" | 112 | 4166497 | 37201.0 | 2907.8 | 33360.0 | 43622.0 | - | "CaloTrMatch for Photon" | 1402 | 149863.5 | 106.89 | 157.95 | 4.0214 | 978.67 | - | "CaloTrMatch for PhotonFromMergedPi0" | 224 | 2291.966 | 10.232 | 39.148 | 0.0043356 | 282.42 | - | "CaloTrMatch for Pi0Merged" | 112 | 1145.983 | 10.232 | 39.148 | 0.0043356 | 282.42 | - | "ClusterAsX for Photon" | 1453 | -5.493538 | -0.0037808 | 0.20009 | -0.69821 | 0.57183 | - | "ClusterAsX for PhotonFromMergedPi0" | 224 | 1.622661 | 0.0072440 | 0.23462 | -0.67383 | 0.82838 | - | "ClusterAsY for Photon" | 1453 | -2.504684 | -0.0017238 | 0.20576 | -0.60684 | 0.61597 | - | "ClusterAsY for PhotonFromMergedPi0" | 224 | 0.1718067 | 0.00076699 | 0.20728 | -0.76534 | 0.68799 | - | "IsNotH for Photon" | 1453 | 498.0393 | 0.34277 | 0.36063 | -1.0000 | 0.98892 | - | "IsNotH for Pi0Merged" | 112 | 25.10729 | 0.22417 | 0.28546 | 0.00027909 | 0.96642 | - | "IsPhoton for Photon" | 1453 | 1449.925 | 0.99788 | 0.042850 | 0.017310 | 1.0000 | - | "IsPhoton for Pi0Merged" | 112 | 73.13441 | 0.65299 | 0.44060 | 4.5783e-06 | 1.0000 | - | "IsPhotonXGB for Photon" | 1453 | 1450.664 | 0.99839 | 0.035344 | 0.069705 | 1.0000 | - | "IsPhotonXGB for Pi0Merged" | 112 | 90.01093 | 0.80367 | 0.30774 | 0.0075500 | 1.0000 | - | "Neutral Protos" | 10 | 1789 | 178.90 | 51.355 | 88.000 | 253.00 | - | "Neutral Protos from MergedPi0s" | 10 | 112 | 11.200 | 6.2738 | 2.0000 | 22.000 | - | "Neutral Protos from Photons" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | - | "Neutral Protos from SplitPhotons" | 10 | 224 | 22.400 | 12.548 | 4.0000 | 44.000 | - | "ShowerShape for Photon" | 1453 | 7943582 | 5467.0 | 5332.7 | 284.80 | 59727.0 | - | "ShowerShape for PhotonFromMergedPi0" | 224 | 955883 | 4267.3 | 3464.1 | 272.99 | 16655.0 | - | "ShowerShape for Pi0Merged" | 112 | 1127469 | 10067.0 | 8957.1 | 508.00 | 42342.0 | -HcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Hcal/Digits" | 10 | 4898 | 489.80 | 100.36 | 363.00 | 676.00 | -HcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 1632 | 163.20 | 56.891 | 77.000 | 246.00 | - | "#total energy" | 1632 | 12523.48 | 7.6737 | 12.186 | 0.0000 | 107.62 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -HcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 1632 | 163.20 | 56.891 | 77.000 | 246.00 | -HcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 1632 | 163.20 | 56.891 | 77.000 | 246.00 | -InBREMFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2801 | 280.10 | 88.360 | 123.00 | 413.00 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | - | "#tracks in acceptance" | 10 | 1943 | 194.30 | 67.884 | 87.000 | 313.00 | -InECALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2075 | 207.50 | 68.791 | 96.000 | 299.00 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | - | "#tracks in acceptance" | 10 | 1730 | 173.00 | 59.905 | 86.000 | 257.00 | -InHCALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2075 | 207.50 | 68.791 | 96.000 | 299.00 | - | "#total tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | - | "#tracks in acceptance" | 10 | 1632 | 163.20 | 56.891 | 77.000 | 246.00 | -MCRichDigitSumm... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 10 | 89008 | 8900.8 | 2656.4 | 3886.0 | 13255.0 | -MatchAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1318 | 1015 |( 77.01062 +- 1.158994)% | - | "MC particles per track" | 1015 | 1173 | 1.1557 | -MergedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/MergedPi0s" | 10 | 112 | 11.200 | 6.2738 | 2.0000 | 22.000 | -MergedPi0RecFuture INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Cluster without 2nd seed found" | 112 | 0 |( 0.000000 +- 0.000000)% | - | "Corrected energy" | 224 | 2222111 | 9920.1 | 9212.4 | 658.41 | 73937.0 | - |*"Fails to set covariance" | 10 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to set spread" | 10 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (1)" | 112 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (2)" | 112 | 0 |( 0.000000 +- 0.000000)% | - | "Photon Delta(E)" | 224 | -6168.632 | -27.539 | 242.55 | -1329.9 | 960.27 | - | "Photon Delta(X)" | 224 | -177.0442 | -0.79038 | 13.386 | -31.566 | 22.326 | - | "Photon Delta(Y)" | 224 | -131.5022 | -0.58706 | 13.312 | -22.755 | 24.575 | - | "Photon Delta(Z)" | 224 | 17741.09 | 79.201 | 9.8285 | 41.803 | 100.37 | - | "clusters => mergedPi0s" | 10 | 112 | 11.200 | - | "clusters => splitClusters" | 10 | 224 | 22.400 | -MergedPi0RecFut... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 32 | 31.87052 | 0.99595 | 0.020985 | 0.96497 | 1.0507 | - | "<alpha> Middle" | 74 | 73.92815 | 0.99903 | 0.017260 | 0.97849 | 1.0613 | - | "<alpha> Outer" | 118 | 118.0917 | 1.0008 | 0.019640 | 0.97544 | 1.0822 | - | "Pileup offset" | 224 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 224 | 224 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -MergedPi0RecFut... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 23 | 134 | 5.8261 | 1.4035 | 4.0000 | 9.0000 | - | "Corrected Clusters: ET" | 23 | 18468.2 | 802.97 | 390.86 | 179.20 | 1597.0 | - | "Corrected Clusters: size ratio" | 23 | 11.23569 | 0.48851 | 0.33414 | 0.12468 | 1.4652 | -MuonIDAlgLite INFO Number of counters : 9 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "muonMVA2Stat" | 229 | -116.8827 | -0.51040 | 1.0684 | -2.5306 | 4.1144 | - | "nGoodOffline" | 1460 | - | "nInAcceptance" | 1186 | - | "nIsMuon" | 229 | - | "nIsMuonLoose" | 329 | - | "nIsMuonTight" | 85 | - | "nMomentumCut" | 1246 | - | "nMuonPIDs" | 1186 | - | "nPreSelTrack" | 1139 | -MuonProcStatus INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "readoutStatus : create a procStatus" | 10 | -MuonROFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Accepted events" | 10 | 10 |( 100.0000 +- 0.000000)% | -MuonTrackFitter INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 329 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 297 | 163 | 0.54882 | 0.49761 | 0.0000 | 1.0000 | - | "chisqprobSum" | 297 | 55.97999 | 0.18848 | 0.29306 | 0.0000 | 0.99960 | - | "flipCharge" | 329 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 10 | 329 | 32.900 | 22.425 | 12.000 | 80.000 | - | "nTracks" | 10 | 329 | 32.900 | 22.425 | 12.000 | 80.000 | - | "numOutliers" | 329 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -PackMuonPIDs INFO Number of counters : 22 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 10 | 1186 | 118.60 | 38.103 | 64.000 | 170.00 | - | "Diff. - MuonLLBg" | 1186 |-0.0001309707 |-1.1043e-07 | 1.5115e-05 | -4.9713e-05 | 4.9867e-05 | - | "Diff. - MuonLLMu" | 1186 |-0.0002105255 |-1.7751e-07 | 1.2390e-05 | -4.9895e-05 | 4.9883e-05 | - | "Diff. - chi2Corr" | 1186 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Diff. - muonMVA1" | 1186 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Diff. - muonMVA2" | 1186 |4.484027e-05 | 3.7808e-08 | 1.2477e-06 | -4.9472e-06 | 5.0068e-06 | - | "Diff. - muonMVA3" | 1186 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Diff. - muonMVA4" | 1186 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Original - MuonLLBg" | 1186 | -8570283 | -7226.2 | 4476.8 | -10000.0 | -0.0020861 | - | "Original - MuonLLMu" | 1186 | -8570060 | -7226.0 | 4477.1 | -10000.0 | 0.0000 | - | "Original - chi2Corr" | 1186 | 172096.5 | 145.11 | 597.42 | 0.0000 | 8512.3 | - | "Original - muonMVA1" | 1186 | -1184814 | -999.00 | 0.0000 | -999.00 | -999.00 | - | "Original - muonMVA2" | 1186 | -956159.9 | -806.21 | 394.12 | -999.00 | 4.1144 | - | "Original - muonMVA3" | 1186 | -1184814 | -999.00 | 0.0000 | -999.00 | -999.00 | - | "Original - muonMVA4" | 1186 | -1184814 | -999.00 | 0.0000 | -999.00 | -999.00 | - | "Unpacked - MuonLLBg" | 1186 | -8570283 | -7226.2 | 4476.8 | -10000.0 | -0.0021000 | - | "Unpacked - MuonLLMu" | 1186 | -8570060 | -7226.0 | 4477.1 | -10000.0 | 0.0000 | - | "Unpacked - chi2Corr" | 1186 | 172096.5 | 145.11 | 597.42 | 0.0000 | 8512.3 | - | "Unpacked - muonMVA1" | 1186 | -1184814 | -999.00 | 0.0000 | -999.00 | -999.00 | - | "Unpacked - muonMVA2" | 1186 | -956159.9 | -806.21 | 394.12 | -999.00 | 4.1144 | - | "Unpacked - muonMVA3" | 1186 | -1184814 | -999.00 | 0.0000 | -999.00 | -999.00 | - | "Unpacked - muonMVA4" | 1186 | -1184814 | -999.00 | 0.0000 | -999.00 | -999.00 | -PackMuonTracks INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 10 | 329 | 32.900 | 22.425 | 12.000 | 80.000 | -PackRichPIDs INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 10 | 1491 | 149.10 | 46.007 | 77.000 | 219.00 | - | "Diff. - Delta(LL)" | 10437 |-0.004415314 |-4.2304e-07 | 2.5558e-05 | -5.0068e-05 | 5.0068e-05 | - | "Original - Delta(LL)" | 10437 | -36595.88 | -3.5064 | 13.319 | -106.59 | 104.28 | - | "Unpacked - Delta(LL)" | 10437 | -36595.87 | -3.5064 | 13.319 | -106.59 | 104.28 | -PackTrack INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 10 | 58 | 5.8000 | -PhotonMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Clusters" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | - | "RelationsTable" | 10 | 111126 | 11113.0 | 6566.3 | 2198.0 | 21437.0 | -PhotonMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 10 | 2406 | 240.60 | - | "Created long tracks" | 10 | 1289 | 128.90 | - | "Input tracks" | 10 | 2491 | 249.10 | - | "Number of candidate bins per track" | 2406 | 74549 | 30.985 | 19.742 | 0.0000 | 90.000 | - | "Number of complete candidates/track 1st Loop" | 2384 | 1390 | 0.58305 | 0.70161 | 0.0000 | 4.0000 | - | "Number of complete candidates/track 2nd Loop" | 1423 | 150 | 0.10541 | 0.34379 | 0.0000 | 3.0000 | - | "Number of x candidates per track 1st Loop" | 2384 | 7325 | 3.0726 | 2.6925 | - | "Number of x candidates per track 2nd Loop" | 1423 | 15461 | 10.865 | 8.5089 | - | "Percentage second loop execution" | 2384 | 1423 | 0.59690 | - | "Removed duplicates" | 10 | 81 | 8.1000 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 1129 | 4496 | 3.9823 | - | "#tracks with hits added" | 1129 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 10 | 733 | 73.300 | - | "Created long tracks" | 10 | 523 | 52.300 | - | "Input tracks" | 10 | 733 | 73.300 | - | "Number of candidate bins per track" | 733 | 13287 | 18.127 | 12.553 | 0.0000 | 61.000 | - | "Number of complete candidates/track 1st Loop" | 727 | 513 | 0.70564 | 0.50718 | 0.0000 | 3.0000 | - | "Number of complete candidates/track 2nd Loop" | 289 | 27 | 0.093426 | 0.29103 | 0.0000 | 1.0000 | - | "Number of x candidates per track 1st Loop" | 727 | 1475 | 2.0289 | 1.6843 | - | "Number of x candidates per track 2nd Loop" | 289 | 2290 | 7.9239 | 6.3921 | - | "Percentage second loop execution" | 727 | 289 | 0.39752 | - | "Removed duplicates" | 10 | 3 | 0.30000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 10 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 116378 | 0 | 0.0000 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 10 | 1365 | 136.50 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 4480 | 26379.86 | 5.8884 | - | "#MatchingTracks" | 10 | 1318 | 131.80 | - | "TracksMLP" | 4480 | 1352.23 | 0.30184 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 1168 | 4657 | 3.9872 | - | "#tracks with hits added" | 1168 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 10 | 1800 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 10 | 1800 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 10 | 2491 | 249.10 | - | "#tracks" | 10 | 733 | 73.300 | -PrepareMuonHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Impossible MuonTileID" | 3795 | 0 |( 0.000000 +- 0.000000)% | -ProtoElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/ProtoP/Charged" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -ResolvedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 88 | 8.8000 | 6.5391 | 2.0000 | 21.000 | -RichDLLsDown INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 10 | 201 | 20.100 | 6.4722 | 11.000 | 31.000 | - |*"Used RICH1 and RICH2" | 201 | 52 |( 25.87065 +- 3.088878)% | - |*"Used RICH1 only" | 201 | 123 |( 61.19403 +- 3.437208)% | - |*"Used RICH2 only" | 201 | 26 |( 12.93532 +- 2.367073)% | -RichDLLsLong INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 10 | 1161 | 116.10 | 37.824 | 57.000 | 169.00 | - |*"Used RICH1 and RICH2" | 1161 | 418 |( 36.00345 +- 1.408751)% | - |*"Used RICH1 only" | 1161 | 552 |( 47.54522 +- 1.465649)% | - |*"Used RICH2 only" | 1161 | 191 |( 16.45134 +- 1.088063)% | -RichDLLsUp INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 10 | 129 | 12.900 | 5.0882 | 5.0000 | 24.000 | - |*"Used RICH1 and RICH2" | 129 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 129 | 129 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 129 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonDown1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 9 | 9 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 4 | 4 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 39 | 39 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 39 | 24 |( 61.53846 +- 7.790303)% | - |*"Used RICH1 only" | 39 | 3 |( 7.692308 +- 4.266925)% | - |*"Used RICH2 only" | 39 | 12 |( 30.76923 +- 7.390530)% | -RichPIDMonDown2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 20 | 20 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 186 | 150 |( 80.64516 +- 2.896860)% | - |*"Used RICH1 and RICH2" | 150 | 28 |( 18.66667 +- 3.181428)% | - |*"Used RICH1 only" | 150 | 110 |( 73.33333 +- 3.610684)% | - |*"Used RICH2 only" | 150 | 12 |( 8.000000 +- 2.215100)% | -RichPIDMonDown2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 29 | 29 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 4 | 4 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 226 | 190 |( 84.07080 +- 2.434251)% | - |*"Used RICH1 and RICH2" | 190 | 52 |( 27.36842 +- 3.234527)% | - |*"Used RICH1 only" | 190 | 113 |( 59.47368 +- 3.561674)% | - |*"Used RICH2 only" | 190 | 25 |( 13.15789 +- 2.452345)% | -RichPIDMonDown7... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 1 | 1 |( 100.0000 +- 0.000000)% | -RichPIDMonLong1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 51 | 51 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 218 | 212 |( 97.24771 +- 1.108049)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 11 | 9 |( 81.81818 +- 11.62913)% | - |*"Track ID rate" | 384 | 383 |( 99.73958 +- 0.2600774)% | - |*"Used RICH1 and RICH2" | 383 | 233 |( 60.83551 +- 2.494166)% | - |*"Used RICH1 only" | 383 | 11 |( 2.872063 +- 0.8534334)% | - |*"Used RICH2 only" | 383 | 139 |( 36.29243 +- 2.456994)% | -RichPIDMonLong2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 323 | 322 |( 99.69040 +- 0.3091179)% | - |*"Track ID rate" | 798 | 738 |( 92.48120 +- 0.9334681)% | - |*"Used RICH1 and RICH2" | 738 | 180 |( 24.39024 +- 1.580770)% | - |*"Used RICH1 only" | 738 | 513 |( 69.51220 +- 1.694593)% | - |*"Used RICH2 only" | 738 | 45 |( 6.097561 +- 0.8808224)% | -RichPIDMonLong2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 53 | 53 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 544 | 537 |( 98.71324 +- 0.4832121)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 11 | 9 |( 81.81818 +- 11.62913)% | - |*"Track ID rate" | 1187 | 1126 |( 94.86099 +- 0.6408524)% | - |*"Used RICH1 and RICH2" | 1126 | 415 |( 36.85613 +- 1.437644)% | - |*"Used RICH1 only" | 1126 | 524 |( 46.53641 +- 1.486471)% | - |*"Used RICH2 only" | 1126 | 187 |( 16.60746 +- 1.109037)% | -RichPIDMonLong7... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 3 | 3 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 5 | 2 |( 40.00000 +- 21.90890)% | - |*"Used RICH1 only" | 5 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 5 | 3 |( 60.00000 +- 21.90890)% | -RichPIDMonUp10to70 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 19 | 17 |( 89.47368 +- 7.040590)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 49 | 37 |( 75.51020 +- 6.143238)% | - |*"Used RICH1 and RICH2" | 37 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 37 | 37 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 37 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to10 INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 23 | 23 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 90 | 90 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 90 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 90 | 90 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 90 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to100 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 42 | 40 |( 95.23810 +- 3.286026)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 141 | 127 |( 90.07092 +- 2.518472)% | - |*"Used RICH1 and RICH2" | 127 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 127 | 127 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 127 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp70t... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 2 | 0 |( 0.000000 +- 0.000000)% | -RichRecoStatsDown INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 37284 | 3728.4 | 2169.4 | 973.00 | 6914.0 | - | "# Rich1Gas Segments" | 10 | 175 | 17.500 | 6.1847 | 10.000 | 27.000 | - | "# Rich2Gas Photons" | 10 | 4581 | 458.10 | 322.28 | 127.00 | 1139.0 | - | "# Rich2Gas Segments" | 10 | 78 | 7.8000 | 3.9446 | 4.0000 | 16.000 | - | "# Selected Tracks" | 10 | 201 | 20.100 | 6.4722 | 11.000 | 31.000 | - |*"RICH selection efficiency" | 237 | 201 |( 84.81013 +- 2.331454)% | -RichRecoStatsLong INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 202575 | 20258.0 | 12054.0 | 5677.0 | 40316.0 | - | "# Rich1Gas Segments" | 10 | 970 | 97.000 | 35.154 | 50.000 | 149.00 | - | "# Rich2Gas Photons" | 10 | 45806 | 4580.6 | 2074.4 | 1182.0 | 8364.0 | - | "# Rich2Gas Segments" | 10 | 609 | 60.900 | 18.854 | 31.000 | 87.000 | - | "# Selected Tracks" | 10 | 1161 | 116.10 | 37.824 | 57.000 | 169.00 | - |*"RICH selection efficiency" | 1223 | 1161 |( 94.93050 +- 0.6272956)% | -RichRecoStatsUp INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 30257 | 3025.7 | 1822.5 | 955.00 | 6791.0 | - | "# Rich1Gas Segments" | 10 | 129 | 12.900 | 5.0882 | 5.0000 | 24.000 | - | "# Rich2Gas Photons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 10 | 129 | 12.900 | 5.0882 | 5.0000 | 24.000 | - |*"RICH selection efficiency" | 145 | 129 |( 88.96552 +- 2.601973)% | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 10 | 1894 | 189.40 | -SeedingAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1894 | 1731 |( 91.39388 +- 0.6444250)% | - | "MC particles per track" | 1731 | 1731 | 1.0000 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 203 | -ToolSvc.TrackFu... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 5 | -TrackBestTrackC... INFO Number of counters : 33 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 5566 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 454 | 243 |( 53.52423 +- 2.340780)% | - | "Downstream.chisqProbSum" | 454 | 65.80026 | 0.14493 | - |*"Downstream.flipCharge" | 454 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 454 | 453954.6 | 999.90 | - | "Downstream.numOutliers" | 454 | 535 | 1.1784 | - |*"FitFailed" | 5566 | 0 |( 0.000000 +- 0.000000)% | - | "FittedBefore" | 473 | - |*"Long.badChisq" | 1199 | 571 |( 47.62302 +- 1.442345)% | - | "Long.chisqProbSum" | 1199 | 240.9313 | 0.20094 | - |*"Long.flipCharge" | 1199 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 1199 | 1198880 | 999.90 | - | "Long.numOutliers" | 1199 | 1616 | 1.3478 | - |*"Ttrack.badChisq" | 615 | 17 |( 2.764228 +- 0.6610927)% | - | "Ttrack.chisqProbSum" | 615 | 217.1029 | 0.35301 | - |*"Ttrack.flipCharge" | 615 | 35 |( 5.691057 +- 0.9341903)% | - | "Ttrack.ghostProbability" | 615 | 614938.5 | 999.90 | - | "Ttrack.numOutliers" | 615 | 293 | 0.47642 | - |*"Upstream.badChisq" | 194 | 57 |( 29.38144 +- 3.270357)% | - | "Upstream.chisqProbSum" | 194 | 69.17046 | 0.35655 | - |*"Upstream.flipCharge" | 194 | 5 |( 2.577320 +- 1.137662)% | - | "Upstream.ghostProbability" | 194 | 193980.6 | 999.90 | - | "Upstream.numOutliers" | 194 | 184 | 0.94845 | - |*"Velo.badChisq" | 1196 | 268 |( 22.40803 +- 1.205715)% | - | "Velo.chisqProbSum" | 1196 | 434.3881 | 0.36320 | - |*"Velo.flipCharge" | 1196 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 1196 | 1195880 | 999.90 | - | "Velo.numOutliers" | 1196 | 1238 | 1.0351 | - |*"VeloBackward.badChisq" | 1435 | 80 |( 5.574913 +- 0.6056710)% | - | "VeloBackward.chisqProbSum" | 1435 | 723.1942 | 0.50397 | - |*"VeloBackward.flipCharge" | 1435 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 1435 | 1434857 | 999.90 | - | "VeloBackward.numOutliers" | 1435 | 526 | 0.36655 | -TrackDiMuonMonitor INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "numcombinations" | 10 | 3721 | 372.10 | - | "numnegtracks" | 10 | 150 | 15.000 | - | "numpostracks" | 10 | 179 | 17.900 | - | "numselected" | 10 | 0 | 0.0000 | -TrackMonitor INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream" | 10 | 237 | 23.700 | 7.3627 | 14.000 | 38.000 | - | "#Long" | 10 | 1223 | 122.30 | 40.185 | 59.000 | 176.00 | - | "#Tracks" | 10 | 4851 | 485.10 | 152.05 | 227.00 | 691.00 | - | "#Ttrack" | 10 | 615 | 61.500 | 24.776 | 23.000 | 105.00 | - | "#Upstream" | 10 | 145 | 14.500 | 6.1033 | 5.0000 | 25.000 | - | "#Velo" | 10 | 1196 | 119.60 | 40.145 | 41.000 | 185.00 | - | "#VeloBackward" | 10 | 1435 | 143.50 | 44.809 | 81.000 | 204.00 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 1365 | 136.50 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 1318 | 131.80 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 733 | 666 |( 90.85948 +- 1.064434)% | - | "MC particles per track" | 666 | 666 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 10 | 30441 | 3044.1 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 3927 | 3885 |( 98.93048 +- 0.1641454)% | - | "MC particles per track" | 3885 | 3895 | 1.0026 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 10 | 30441 | 3044.1 | - | "Nb of Produced Tracks" | 10 | 3927 | 392.70 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 733 | 73.300 | -kill_Unstripped... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Requested banks are empty" | 10 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 10 | 132.2 | 8.1216 | -1.3929 | 1.1845 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 10 | 1072.2 | 158.58 | -0.88074 | 0.38049 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 10 | 4783.6 | 1500.2 | 0.20474 | -0.68643 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 10722 | 4.4615 | 5.2352 | 2.1511 | 5.1427 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 10 | 0 | 0 | 0 | 0 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 10 | 998 | 140.47 | -1.2512 | 0.48955 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 10 | 2923.2 | 724.95 | -0.79438 | -0.26945 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 9980 | 2.9291 | 2.645 | 3.5518 | 30.728 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 33278 | 1.4375 | 1.3525 | 7.1709 | 86.962 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 24323 | 1.2018 | 0.89786 | 17.02 | 655.32 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 36 | 1.6675 | 0.67647 | 0.18878 | -1.014 | - | All/Rejected/CloneDist | "Track Clone Distance" | 36 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 36 | 0.19057 | 0.094883 | -0.54555 | -1.0856 | - | All/Rejected/P | "Track Momentum" | 36 | 4356.1 | 1351 | 1.0782 | 0.29549 | - | All/Rejected/Pt | "Track Transverse Momentum" | 36 | 115.11 | 49.307 | 2.4075 | 4.0743 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 201 | 1.441 | 0.61839 | 0.38299 | -0.69294 | - | All/Selected/CloneDist | "Track Clone Distance" | 201 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 201 | 0.072339 | 0.10062 | 1.5853 | 1.4226 | - | All/Selected/P | "Track Momentum" | 201 | 7889.4 | 8831.3 | 3.9684 | 21.755 | - | All/Selected/Pt | "Track Transverse Momentum" | 201 | 457.1 | 449.28 | 2.1521 | 5.1759 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 20.1 | 6.4722 | 0.1731 | -1.2793 | - | nTracks | "# Tracks / Event" | 10 | 23.7 | 7.3627 | 0.53495 | -0.82707 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 18998 | 0.00055697 | 0.0024423 | -0.10872 | -0.88019 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 2859 |-6.0772e-05 | 0.0020479 | -0.35297 | -0.45631 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 37274 | 0.00056572 | 0.0024384 | -0.10655 | -0.87164 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 5563 |-0.00014477 | 0.0021049 | -0.32191 | -0.48813 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 37274 | 3.1258 | 1.8038 | 0.016183 | -1.1672 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 37274 | 0.044663 | 0.0091818 | -1.2561 | 0.91593 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 18276 | 0.00057487 | 0.0024342 | -0.10418 | -0.86275 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 2704 |-0.00022955 | 0.0021575 | -0.28424 | -0.52667 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 2170 | 0.00015645 | 0.0013041 | -0.07197 | -1.0187 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 1607 | 0.00019926 | 0.0012801 | -0.076009 | -0.99673 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 2411 | 0.0002203 | 0.0012816 | -0.074352 | -1.0278 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1737 | 0.0002758 | 0.001259 | -0.093963 | -1.0441 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 4581 | 0.00019024 | 0.0012926 | -0.074428 | -1.0214 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 3344 | 0.00023957 | 0.0012696 | -0.086676 | -1.0193 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 4581 | 3.1366 | 1.8438 | 0.019713 | -1.2309 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 4581 | 0.027056 | 0.0041004 | -1.4165 | 1.6759 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1827 | -0.000416 | 0.0020416 | -0.34581 | -0.5915 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1827 | -0.000416 | 0.0020416 | -0.34581 | -0.5915 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 3106 |-0.00043275 | 0.0020671 | -0.3424 | -0.61907 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 3106 |-0.00043275 | 0.0020671 | -0.3424 | -0.61907 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 3106 | 3.2544 | 1.8139 | -0.092413 | -1.1672 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 3106 | 0.045364 | 0.0086487 | -1.4451 | 1.3229 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 1279 |-0.00045578 | 0.0021014 | -0.33615 | -0.65827 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 1279 |-0.00045578 | 0.0021014 | -0.33615 | -0.65827 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 578 | 0.0003247 | 0.0012145 | -0.10885 | -0.99288 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 578 | 0.0003247 | 0.0012145 | -0.10885 | -0.99288 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1002 | 0.00021506 | 0.0012076 | -0.034137 | -0.99206 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1002 | 0.00021506 | 0.0012076 | -0.034137 | -0.99206 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 1580 | 0.0002556 | 0.0012113 | -0.061059 | -0.99491 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 1580 | 0.0002556 | 0.0012113 | -0.061059 | -0.99491 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 1580 | 3.0089 | 1.8071 | 0.11881 | -1.1695 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 1580 | 0.026694 | 0.0044322 | -1.1194 | 0.20033 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 92.119 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 175 | 602.05 | 35.302 | -5.4113 | 37.672 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 37 | 285.18 | 191.31 | -0.098049 | -1.5541 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 165 | 436.03 | 156.36 | -0.85271 | -0.4491 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 137 | 412.88 | 164.37 | -0.77321 | -0.51554 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 14 | 204.32 | 122.95 | 0.57311 | -0.20593 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 191.04 | 81.759 | 0.037269 | -1.8849 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 227 | 404.94 | 52.951 | -0.1777 | -0.76607 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 25 | 158.93 | 95.107 | 0.098543 | -0.94151 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 163 | 245.71 | 101.87 | -0.85875 | -0.34142 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 126 | 225.42 | 105.66 | -0.76379 | -0.59429 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 7 | 155.04 | 116.03 | -0.077126 | -1.5061 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 7.3758 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 175 | 55.305 | 3.2429 | -5.4929 | 38.088 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 35 | 27.086 | 17.235 | -0.15893 | -1.5672 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 165 | 39.702 | 14.686 | -0.86041 | -0.43184 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 136 | 37.814 | 15.13 | -0.75193 | -0.56756 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 14 | 17.931 | 11.554 | 0.60459 | -0.11751 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 17.795 | 7.8953 | 0.080178 | -1.9417 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 78 | 34.261 | 2.4374 | -0.40217 | -0.74057 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 24 | 15.301 | 8.8301 | 0.065821 | -0.89139 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 75 | 29.856 | 3.3495 | -1.2558 | 2.1078 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 72 | 27.119 | 5.1742 | -1.4111 | 2.3757 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 7 | 14.393 | 11.106 | 0.0024374 | -1.5708 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 5.029 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 175 | 36.658 | 3 | -1.826 | 8.7477 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 35 | 18.535 | 11.612 | -0.10509 | -1.4568 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 165 | 26.302 | 9.9476 | -0.76484 | -0.5066 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 136 | 25.016 | 10.07 | -0.6743 | -0.50231 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 14 | 11.515 | 7.1702 | 0.489 | -0.090848 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 11.508 | 4.9672 | 0.052017 | -2.1261 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 78 | 17.043 | 6.4607 | -0.47576 | -0.62527 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 24 | 10.117 | 5.7673 | 0.0042018 | -0.91305 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 75 | 15.929 | 6.3185 | -0.48146 | -0.74037 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 72 | 15.304 | 6.284 | -0.34502 | -0.96687 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 7 | 9.348 | 7.0831 | -0.046714 | -1.6435 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 1 | 0.68182 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 175 | 0.66281 | 0.037627 | 0.068242 | -0.54778 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 35 | 0.70278 | 0.060467 | -0.47103 | -0.090436 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 165 | 0.66424 | 0.056588 | -0.69852 | 1.9031 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 136 | 0.6634 | 0.048978 | -0.19621 | -0.44063 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 14 | 0.65416 | 0.049379 | 0.37398 | -0.71133 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 2 | 0.65101 | 0.009705 | 1.3793 | -0.76705 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 78 | 0.50449 | 0.19802 | -0.50885 | -0.79162 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 24 | 0.65457 | 0.067757 | -0.029027 | -0.48684 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 75 | 0.52517 | 0.18785 | -0.60564 | -0.56487 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 72 | 0.55073 | 0.17878 | -0.57262 | -0.75112 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 7 | 0.68223 | 0.061094 | 0.65526 | -0.0026506 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 44 |-4.5216e-15 | 0.029204 | -43.797 | 2196.5 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 16576 | 3.3178e-16 | 0.33243 | -0.25022 | 1.3487 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2304 | 4.3098e-16 | 0.18174 | -0.18393 | 1.1653 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 13176 |-1.3064e-15 | 0.26703 | -0.31932 | 2.0103 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 10624 |-1.5513e-15 | 0.26014 | -0.33671 | 2.3605 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 784 | -1.722e-16 | 0.11311 | -0.43717 | 6.7747 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 148 | -1.181e-14 | 4.9307 | 2.4644 | 5.7393 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 17364 | 0.14337 | 19.544 | 0.037457 | 0.77145 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1572 |-1.7809e-15 | 7.5352 | 0.60807 | -0.45617 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 10592 | -0.29145 | 17.481 | 0.015028 | 1.5739 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 8232 | 0.085757 | 14.776 | 0.096189 | 2.9529 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 428 |-1.3182e-14 | 6.1954 | 1.549 | 2.0471 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 68 | -1.4231 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 68 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 68 | 1090.8 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 172 | -1.3891 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 172 | -4.7315 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 172 | 2212.1 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 47836 | 0.13323 | 0.10273 | 0.68631 | -0.41923 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 29232 | 0.055247 | 0.039333 | 1.8037 | 5.1201 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 201 | 2.9809 | 8.5596 | 1.3506 | 3.4833 | - | deuteron/dll | "deuteron DLL" | 201 | 2.9818 | 8.5637 | 1.3383 | 3.4368 | - | electron/dll | "electron DLL" | 201 | -3.5918 | 11.947 | 0.3451 | 1.3748 | - | kaon/dll | "kaon DLL" | 201 | 2.3782 | 8.0188 | 0.66343 | 2.3609 | - | muon/dll | "muon DLL" | 201 | -1.8856 | 6.4043 | 1.2551 | 13.479 | - | pion/dll | "pion DLL" | 201 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 201 | 2.9186 | 8.6578 | 1.4657 | 4.0029 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 62 | 1.4703 | 0.64889 | 0.38453 | -0.99728 | - | All/Rejected/CloneDist | "Track Clone Distance" | 62 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 62 | 0.16975 | 0.11304 | 0.40458 | -1.3553 | - | All/Rejected/P | "Track Momentum" | 62 | 5405.5 | 6694.4 | 7.489 | 54.85 | - | All/Rejected/Pt | "Track Transverse Momentum" | 62 | 115.78 | 198.01 | 4.9229 | 25.722 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1161 | 1.2461 | 0.5052 | 1.3216 | 1.6832 | - | All/Selected/CloneDist | "Track Clone Distance" | 1161 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 1161 | 0.043445 | 0.077156 | 2.4598 | 5.7069 | - | All/Selected/P | "Track Momentum" | 1161 | 11093 | 11590 | 2.6421 | 9.0177 | - | All/Selected/Pt | "Track Transverse Momentum" | 1161 | 588.89 | 599.83 | 3.6068 | 20.207 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 116.1 | 37.824 | -0.036258 | -1.4888 | - | nTracks | "# Tracks / Event" | 10 | 122.3 | 40.185 | -0.061005 | -1.53 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 101776 | 0.00050232 | 0.0023225 | -0.020223 | -0.7967 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 26815 |-0.00015904 | 0.0021242 | -0.19278 | -0.5865 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 201215 | 0.00049232 | 0.002313 | -0.024555 | -0.77599 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 57098 |-0.00016083 | 0.0021253 | -0.1966 | -0.59511 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 201215 | 3.1395 | 1.8201 | 0.00097139 | -1.195 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 201215 | 0.045186 | 0.0087686 | -1.4027 | 1.5396 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 99439 | 0.00048213 | 0.0023032 | -0.029306 | -0.7547 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 30283 | -0.0001624 | 0.0021263 | -0.19996 | -0.60272 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 22847 | 8.8759e-05 | 0.0012901 | -0.022941 | -0.9357 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 18521 | 8.8533e-05 | 0.0012838 | -0.01473 | -0.92739 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 22959 | 7.3767e-05 | 0.001278 | -0.013141 | -0.91979 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 19353 | 6.9927e-05 | 0.0012677 | -0.0052754 | -0.90607 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 45806 | 8.1191e-05 | 0.001284 | -0.017899 | -0.92769 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 37874 | 7.9027e-05 | 0.0012756 | -0.0097147 | -0.91648 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 45806 | 3.1654 | 1.7917 | -0.025994 | -1.1734 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 45806 | 0.026828 | 0.004335 | -1.4805 | 2.0146 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 20802 |-0.00029186 | 0.0021354 | -0.20234 | -0.63176 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 20802 |-0.00029186 | 0.0021354 | -0.20234 | -0.63176 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 42559 | -0.0003366 | 0.0021337 | -0.21072 | -0.66767 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 42559 | -0.0003366 | 0.0021337 | -0.21072 | -0.66767 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 42559 | 3.1097 | 1.8186 | 0.019991 | -1.1943 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 42559 | 0.044948 | 0.0090978 | -1.3047 | 0.90791 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 21757 |-0.00037936 | 0.0021313 | -0.2193 | -0.70464 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 21757 |-0.00037936 | 0.0021313 | -0.2193 | -0.70464 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 9939 | 5.619e-05 | 0.0012658 | -0.0028197 | -0.88116 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 9939 | 5.619e-05 | 0.0012658 | -0.0028197 | -0.88116 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 8768 |-3.6167e-07 | 0.0012576 | 0.018929 | -0.88968 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 8768 |-3.6167e-07 | 0.0012576 | 0.018929 | -0.88968 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 18707 | 2.9608e-05 | 0.0012623 | 0.0077234 | -0.8851 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 18707 | 2.9608e-05 | 0.0012623 | 0.0077234 | -0.8851 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 18707 | 3.1947 | 1.7943 | -0.039995 | -1.1863 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 18707 | 0.026691 | 0.0046311 | -1.4748 | 1.6212 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 33 | 267.91 | 174.78 | 0.0041206 | -1.1777 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 970 | 606.9 | 17.54 | -5.7082 | 91.723 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 289 | 335.86 | 183.38 | -0.34251 | -1.1932 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 947 | 487.97 | 131.27 | -1.6296 | 2.2208 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 882 | 445.93 | 156.41 | -1.1503 | 0.39107 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 120 | 290.09 | 168.79 | 0.1609 | -1.0977 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 19 | 136.08 | 98.74 | -0.019857 | -1.5811 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 1175 | 390.26 | 48.794 | 0.30198 | -0.77029 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 237 | 198.06 | 87.848 | -0.35031 | -0.84077 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 981 | 270.83 | 90.129 | -1.2619 | 0.66705 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 837 | 248.61 | 98.104 | -1.0429 | 0.056176 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 89 | 154.78 | 92.254 | 0.13585 | -1.0432 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 30 | 26.412 | 15.1 | -0.031717 | -1.1275 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 970 | 55.75 | 1.6112 | -5.7578 | 91.428 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 281 | 31.19 | 16.612 | -0.35261 | -1.1672 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 945 | 44.672 | 12.165 | -1.6043 | 2.1164 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 875 | 40.96 | 14.271 | -1.1426 | 0.37802 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 118 | 26.446 | 15.597 | 0.17781 | -1.1145 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 17 | 14.007 | 8.9152 | -0.20215 | -1.5099 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 609 | 33.863 | 2.2759 | 0.10926 | -0.64183 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 233 | 18.704 | 8.298 | -0.33891 | -0.8574 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 589 | 30.221 | 3.4015 | -1.7967 | 5.342 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 578 | 27.873 | 5.0527 | -1.3954 | 2.0276 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 89 | 14.29 | 8.8873 | 0.14305 | -1.0355 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 30 | 17.413 | 10.136 | 0.10657 | -0.93558 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 970 | 37.053 | 2.5949 | -0.38997 | 3.1917 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 281 | 20.769 | 11.204 | -0.30034 | -1.1891 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 945 | 29.632 | 8.3547 | -1.3458 | 1.5933 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 875 | 27.156 | 9.7346 | -0.98391 | 0.19143 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 118 | 17.348 | 10.469 | 0.27899 | -0.98091 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 17 | 9.4746 | 5.8548 | -0.24879 | -1.4368 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 609 | 18.607 | 5.8438 | -0.95726 | -0.028549 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 233 | 12.546 | 5.6282 | -0.30709 | -0.81976 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 589 | 17.472 | 5.8048 | -0.91962 | -0.22261 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 578 | 16.518 | 6.0593 | -0.83223 | -0.44772 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 89 | 9.5594 | 5.9452 | 0.16056 | -1.0456 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 30 | 0.6624 | 0.066384 | -0.057477 | -0.11949 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 970 | 0.66466 | 0.042809 | -0.24499 | 1.9155 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 281 | 0.66683 | 0.063805 | -0.38911 | 0.57316 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 945 | 0.66388 | 0.051175 | -0.21223 | 0.27487 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 875 | 0.66266 | 0.056751 | -0.28857 | 0.29518 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 118 | 0.65755 | 0.074639 | -0.90372 | 1.9329 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 17 | 0.70818 | 0.075929 | 0.63742 | -0.58919 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 609 | 0.55503 | 0.18206 | -0.92039 | -0.31547 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 233 | 0.67106 | 0.063135 | -1.1215 | 4.4531 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 589 | 0.57126 | 0.17037 | -1.0294 | 0.0095572 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 578 | 0.57892 | 0.16745 | -1.1446 | 0.32511 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 89 | 0.66371 | 0.060306 | -0.091647 | 0.086386 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1988 | 6.6551e-15 | 0.14104 | -0.27255 | 1.0439 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 91360 |-8.5505e-16 | 0.32445 | -0.47046 | 1.9814 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 19808 |-1.0028e-15 | 0.18424 | -0.36575 | 2.4227 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 79600 |-3.8732e-16 | 0.27058 | -0.39099 | 1.8994 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 70648 | 1.1322e-15 | 0.25251 | -0.35994 | 2.0258 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 7772 | 4.2329e-16 | 0.15076 | -0.13698 | 2.1055 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 1068 |-1.3339e-14 | 6.6072 | 0.91226 | 0.90169 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 95256 | 0.19804 | 15.621 | 0.095108 | 2.4146 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 17032 | -0.0002029 | 6.7487 | 0.72319 | 3.371 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 71308 | 0.17066 | 14.664 | 0.12777 | 2.9835 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 60480 | 0.083598 | 12.883 | 0.12265 | 4.0852 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 5636 | 9.9723e-16 | 6.3904 | 0.85506 | 0.81038 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 430 | -1.4235 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 430 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 430 | 1089.9 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 950 | -1.4708 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 950 | -4.7949 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 950 | 2122 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 47836 | 0.10085 | 0.077088 | 0.74801 | -0.23985 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 29232 | 0.048186 | 0.037942 | 2.0031 | 6.2708 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 1161 | -1.7825 | 13.084 | -0.31131 | 1.4167 | - | deuteron/dll | "deuteron DLL" | 1161 | -1.8643 | 13.145 | -0.31722 | 1.4026 | - | electron/dll | "electron DLL" | 1161 | -10.949 | 12.984 | -0.33624 | 0.64034 | - | kaon/dll | "kaon DLL" | 1161 | -2.5212 | 13.685 | -0.46546 | 1.4597 | - | muon/dll | "muon DLL" | 1161 | -5.8676 | 9.2764 | -1.4233 | 2.7645 | - | pion/dll | "pion DLL" | 1161 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 1161 | -2.1239 | 13.227 | -0.38411 | 1.2811 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 16 | 1.2048 | 0.53658 | 1.239 | 1.838 | - | All/Rejected/CloneDist | "Track Clone Distance" | 16 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 16 | 0.013049 | 0.014574 | 2.4679 | 5.3773 | - | All/Rejected/P | "Track Momentum" | 16 | 42815 | 19104 | 1.6164 | 1.5832 | - | All/Rejected/Pt | "Track Transverse Momentum" | 16 | 1051.2 | 614.33 | 1.3623 | 0.72414 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 129 | 1.0577 | 0.52129 | 1.4641 | 2.7706 | - | All/Selected/CloneDist | "Track Clone Distance" | 129 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 129 | 0.055735 | 0.070745 | 2.6048 | 7.5992 | - | All/Selected/P | "Track Momentum" | 129 | 10367 | 11383 | 2.2449 | 4.8574 | - | All/Selected/Pt | "Track Transverse Momentum" | 129 | 966.59 | 662.2 | 2.3889 | 7.5489 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 12.9 | 5.0882 | 0.63209 | -0.013759 | - | nTracks | "# Tracks / Event" | 10 | 14.5 | 6.1033 | 0.19398 | -1.1673 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 14325 | -0.000379 | 0.0025391 | 0.032254 | -0.9545 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 9190 |-0.00067403 | 0.0023766 | -0.050764 | -1.0388 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 27842 | -0.0003259 | 0.0025799 | 0.04092 | -0.97541 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 16793 |-0.00058001 | 0.0024095 | -0.049689 | -1.0144 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 27842 | 3.1608 | 1.8103 | -0.015209 | -1.2104 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 27842 | 0.040546 | 0.011106 | -0.80505 | -0.26273 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 13517 |-0.00026584 | 0.002624 | 0.045479 | -1.0039 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 7603 |-0.00045627 | 0.0024467 | -0.057258 | -0.99631 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 6142 | -0.0005793 | 0.0023605 | -0.10368 | -1.0191 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 6142 | -0.0005793 | 0.0023605 | -0.10368 | -1.0191 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 10958 |-0.00053612 | 0.0024162 | -0.076945 | -1.0232 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 10958 |-0.00053612 | 0.0024162 | -0.076945 | -1.0232 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 10958 | 3.1827 | 1.803 | -0.041522 | -1.23 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 10958 | 0.039264 | 0.011494 | -0.65089 | -0.55406 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 4816 |-0.00047499 | 0.0024918 | -0.052235 | -1.0456 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 4816 |-0.00047499 | 0.0024918 | -0.052235 | -1.0456 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 7 | 327.42 | 96.393 | 1.0422 | 0.31897 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 617.68 | 23.173 | 0.69702 | -0.71559 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 42 | 398.01 | 172.92 | -0.83945 | -0.59055 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 128 | 491.12 | 128.18 | -1.1064 | 0.060358 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 119 | 438.52 | 177.91 | -1.022 | -0.28003 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 27 | 278.17 | 204.88 | -0.042391 | -1.6199 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 7 | 29.509 | 9.0583 | 0.98643 | 0.11418 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 56.741 | 2.1287 | 0.75467 | -0.55153 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 42 | 36.125 | 16.263 | -0.85331 | -0.57809 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 128 | 44.847 | 12.058 | -1.1084 | 0.064715 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 119 | 39.914 | 16.714 | -1.0144 | -0.31102 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 25 | 26.981 | 18.454 | -0.16296 | -1.5515 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 7 | 19.964 | 7.0643 | 1.3623 | 0.59817 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 37.468 | 2.9411 | 0.40054 | -0.091402 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 42 | 23.833 | 10.662 | -0.85203 | -0.47773 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 128 | 29.42 | 8.0315 | -1.0332 | -0.11647 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 119 | 26.553 | 11.105 | -1.0337 | -0.26874 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 25 | 18.258 | 12.351 | -0.14772 | -1.542 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 7 | 0.6728 | 0.05192 | 0.11285 | -1.8682 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 129 | 0.6604 | 0.046074 | 0.055829 | -0.43747 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 42 | 0.66093 | 0.060386 | 0.076866 | 0.61883 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 128 | 0.65739 | 0.048923 | 0.16458 | -0.31552 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 119 | 0.66793 | 0.054689 | -0.051913 | 0.054382 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 25 | 0.66874 | 0.077746 | -0.23078 | -0.056926 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 500 |-1.0701e-14 | 0.14777 | 0.53557 | 4.1146 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 12152 | 1.6875e-15 | 0.51105 | -0.40255 | 0.75213 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 3180 | 2.5819e-15 | 0.20097 | 0.048968 | 1.5091 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10744 | 2.3187e-15 | 0.4123 | -0.38317 | 1.278 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9312 | -5.368e-16 | 0.37046 | -0.40627 | 1.8644 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 1616 |-1.1487e-15 | 0.17116 | 0.24485 | 2.6484 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 90 | -1.4161 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 90 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 90 | 1109 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 47836 | 0.13604 | 0.10504 | 0.67122 | -0.49114 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 129 | -0.88735 | 11.432 | -0.2346 | 0.28606 | - | deuteron/dll | "deuteron DLL" | 129 | -0.83377 | 11.404 | -0.24339 | 0.31136 | - | electron/dll | "electron DLL" | 129 | -13.673 | 12.355 | -0.39446 | -0.78627 | - | kaon/dll | "kaon DLL" | 129 | 0.16809 | 10.767 | -0.3884 | 0.65526 | - | muon/dll | "muon DLL" | 129 | -4.6262 | 7.0596 | -1.1627 | 1.8344 | - | pion/dll | "pion DLL" | 129 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 129 | -0.51787 | 11.343 | -0.38086 | 0.6359 | -ChargedProtoANN...SUCCESS 1D histograms in directory "PROTO/ChargedProtoANNPIDMoni" : 18 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Downstream/ElectronANN | "Downstream Electron ANN PID" | 237 | 0.40991 | 0.39567 | 0.32257 | -1.6069 | - | Downstream/GhostANN | "Downstream Ghost ANN PID" | 237 | 0.4567 | 0.38084 | 0.16751 | -1.5971 | - | Downstream/KaonANN | "Downstream Kaon ANN PID" | 237 | 0.054255 | 0.1233 | 4.9958 | 30.22 | - | Downstream/MuonANN | "Downstream Muon ANN PID" | 237 | 0.0049922 | 0.05927 | 13.437 | 186.81 | - | Downstream/PionANN | "Downstream Pion ANN PID" | 237 | 0.34236 | 0.32511 | 0.72759 | -0.82762 | - | Downstream/ProtonANN | "Downstream Proton ANN PID" | 237 | 0.12155 | 0.22704 | 2.4976 | 5.2493 | - | Long/ElectronANN | "Long Electron ANN PID" | 1223 | 0.16528 | 0.32503 | 1.7715 | 1.4155 | - | Long/GhostANN | "Long Ghost ANN PID" | 1223 | 0.29265 | 0.36546 | 0.92118 | -0.8235 | - | Long/KaonANN | "Long Kaon ANN PID" | 1223 | 0.1503 | 0.29043 | 2.1045 | 2.8634 | - | Long/MuonANN | "Long Muon ANN PID" | 1223 | 0.00056104 | 0.0013102 | 38.889 | 128.75 | - | Long/PionANN | "Long Pion ANN PID" | 1223 | 0.54917 | 0.41986 | -0.22801 | -1.735 | - | Long/ProtonANN | "Long Proton ANN PID" | 1223 | 0.15705 | 0.27125 | 2.073 | 2.9761 | - | Upstream/ElectronANN | "Upstream Electron ANN PID" | 145 | 0.0037448 | 0.010898 | 4.7285 | 23.471 | - | Upstream/GhostANN | "Upstream Ghost ANN PID" | 145 | 0.097834 | 0.20173 | 2.8875 | 7.6317 | - | Upstream/KaonANN | "Upstream Kaon ANN PID" | 145 | 0.19366 | 0.22953 | 1.8362 | 2.8585 | - | Upstream/MuonANN | "Upstream Muon ANN PID" | 145 | 0.005774 | 0.0081616 | 3.9184 | 19.79 | - | Upstream/PionANN | "Upstream Pion ANN PID" | 145 | 0.65622 | 0.29043 | -0.77636 | -0.59667 | - | Upstream/ProtonANN | "Upstream Proton ANN PID" | 145 | 0.13749 | 0.17572 | 2.0058 | 3.464 | -RiCKMCResDown SUCCESS 1D histograms in directory "RICH/RiCKMCResDown" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 37274 | 8.7862e-05 | 0.0024047 | -0.021872 | -0.77605 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 12591 |-0.00060655 | 0.0021435 | -0.20006 | -0.91686 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 37274 | 0.00056572 | 0.0024384 | -0.10655 | -0.87164 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 5563 |-0.00014477 | 0.0021049 | -0.32191 | -0.48813 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35407 | 0.00010372 | 0.0025176 | -0.028834 | -0.93646 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 11342 |-0.00072373 | 0.0022544 | -0.089276 | -1.0892 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35407 | 0.00057761 | 0.002497 | -0.11378 | -0.95455 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 5164 |-0.00019774 | 0.0021699 | -0.24815 | -0.64855 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1867 | -2.916e-05 | 0.0012913 | -0.36712 | 0.9721 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1249 | -2.788e-05 | 0.0013352 | -0.46813 | 0.72295 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1867 | 0.00040652 | 0.0014314 | -0.17363 | 1.401 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 399 | 0.00029305 | 0.0013853 | -1.2303 | 3.6164 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 35407 | 3.1245 | 1.8058 | 0.016971 | -1.1684 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1867 | 3.1496 | 1.7653 | 0.0020424 | -1.1463 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 35407 | 0.044449 | 0.0092692 | -1.2142 | 0.79476 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1867 | 0.048693 | 0.0060588 | -2.4463 | 6.8852 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 4581 | 9.6051e-05 | 0.001256 | -0.060678 | -0.90272 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 3019 | 0.0001153 | 0.0012422 | -0.079194 | -0.88122 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 4581 | 0.00019024 | 0.0012926 | -0.074428 | -1.0214 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 3344 | 0.00023957 | 0.0012696 | -0.086676 | -1.0193 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4162 | 0.00012138 | 0.0013359 | -0.098577 | -1.0913 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 2676 | 0.00014263 | 0.0013274 | -0.12061 | -1.0898 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4162 | 0.00016942 | 0.0013317 | -0.063332 | -1.1139 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 3022 | 0.00022137 | 0.0013143 | -0.079185 | -1.1279 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 419 | -3.408e-05 | 0.00070283 | -0.094617 | 0.38239 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 343 |-1.6238e-05 | 0.00068468 | -0.10445 | 0.77402 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 419 | 0.00035236 | 0.00091833 | 0.26021 | -0.25035 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 322 | 0.00036742 | 0.00088444 | 0.28971 | -0.11659 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 4162 | 3.1375 | 1.8481 | 0.021383 | -1.2344 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 419 | 3.1278 | 1.801 | 0.0010013 | -1.198 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 4162 | 0.026937 | 0.004179 | -1.331 | 1.3953 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 419 | 0.028233 | 0.0029727 | -2.8166 | 9.0105 | -RiCKMCResDownTightSUCCESS 1D histograms in directory "RICH/RiCKMCResDownTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 37274 | 8.7862e-05 | 0.0024047 | -0.021872 | -0.77605 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 12591 |-0.00060655 | 0.0021435 | -0.20006 | -0.91686 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 37274 | 0.00056572 | 0.0024384 | -0.10655 | -0.87164 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 5563 |-0.00014477 | 0.0021049 | -0.32191 | -0.48813 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35407 | 0.00010372 | 0.0025176 | -0.028834 | -0.93646 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 11342 |-0.00072373 | 0.0022544 | -0.089276 | -1.0892 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35407 | 0.00057761 | 0.002497 | -0.11378 | -0.95455 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 5164 |-0.00019774 | 0.0021699 | -0.24815 | -0.64855 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1867 | -2.916e-05 | 0.0012913 | -0.36712 | 0.9721 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1249 | -2.788e-05 | 0.0013352 | -0.46813 | 0.72295 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1867 | 0.00040652 | 0.0014314 | -0.17363 | 1.401 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 399 | 0.00029305 | 0.0013853 | -1.2303 | 3.6164 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 35407 | 3.1245 | 1.8058 | 0.016971 | -1.1684 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1867 | 3.1496 | 1.7653 | 0.0020424 | -1.1463 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 35407 | 0.044449 | 0.0092692 | -1.2142 | 0.79476 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1867 | 0.048693 | 0.0060588 | -2.4463 | 6.8852 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 4581 | 9.6051e-05 | 0.001256 | -0.060678 | -0.90272 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 3019 | 0.0001153 | 0.0012422 | -0.079194 | -0.88122 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 4581 | 0.00019024 | 0.0012926 | -0.074428 | -1.0214 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 3344 | 0.00023957 | 0.0012696 | -0.086676 | -1.0193 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4162 | 0.00012138 | 0.0013359 | -0.098577 | -1.0913 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 2676 | 0.00014263 | 0.0013274 | -0.12061 | -1.0898 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 4162 | 0.00016942 | 0.0013317 | -0.063332 | -1.1139 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 3022 | 0.00022137 | 0.0013143 | -0.079185 | -1.1279 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 419 | -3.408e-05 | 0.00070283 | -0.094617 | 0.38239 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 343 |-1.6238e-05 | 0.00068468 | -0.10445 | 0.77402 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 419 | 0.00035236 | 0.00091833 | 0.26021 | -0.25035 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 322 | 0.00036742 | 0.00088444 | 0.28971 | -0.11659 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 4162 | 3.1375 | 1.8481 | 0.021383 | -1.2344 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 419 | 3.1278 | 1.801 | 0.0010013 | -1.198 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 4162 | 0.026937 | 0.004179 | -1.331 | 1.3953 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 419 | 0.028233 | 0.0029727 | -2.8166 | 9.0105 | -RiCKMCResLong SUCCESS 1D histograms in directory "RICH/RiCKMCResLong" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 227072 | 0.00032263 | 0.0022944 | -0.013081 | -0.69681 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 77490 |-0.00032351 | 0.0021293 | -0.1917 | -0.699 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 201215 | 0.00049232 | 0.002313 | -0.024555 | -0.77599 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 57098 |-0.00016083 | 0.0021253 | -0.1966 | -0.59511 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 210819 | 0.00037602 | 0.0024621 | -0.069059 | -0.95348 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 71034 |-0.00039085 | 0.0022852 | -0.1087 | -0.97561 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 184962 | 0.00057293 | 0.0024379 | -0.095347 | -0.96898 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 50926 |-0.00014533 | 0.002257 | -0.1663 | -0.85396 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16253 | 3.6133e-05 | 0.00094158 | 0.12047 | 0.91948 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6456 | 3.6506e-05 | 0.0008369 | 0.046921 | 0.66105 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16253 | 4.4582e-06 | 0.0012171 | -0.11031 | 3.1263 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6172 |-0.00024223 | 0.001216 | -1.4688 | 3.3921 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 210819 | 3.1422 | 1.8208 | -0.0019735 | -1.1959 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 16253 | 3.1059 | 1.8104 | 0.037369 | -1.1817 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 210819 | 0.045085 | 0.0089107 | -1.3677 | 1.4026 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 16253 | 0.046431 | 0.0066522 | -1.8544 | 3.6087 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 53000 | 8.6469e-05 | 0.0012553 | -0.025102 | -0.86191 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 39344 | 8.3547e-05 | 0.0012526 | -0.019953 | -0.85011 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 45806 | 8.1191e-05 | 0.001284 | -0.017899 | -0.92769 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 37874 | 7.9027e-05 | 0.0012756 | -0.0097147 | -0.91648 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 47097 | 0.00010819 | 0.0013767 | -0.063341 | -1.16 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 34441 | 0.00010485 | 0.001376 | -0.057986 | -1.1578 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 39903 | 0.00010882 | 0.0013826 | -0.058439 | -1.1632 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 32798 | 0.00010958 | 0.0013755 | -0.054386 | -1.1607 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5903 | 7.9001e-06 | 0.00064149 | 0.073581 | 0.68791 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4903 | 5.7952e-06 | 0.00061419 | 0.068599 | 0.687 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5903 |-3.3469e-05 | 0.00073582 | -0.06018 | 0.87673 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5076 |-4.7138e-05 | 0.00071691 | -0.10506 | 1.0429 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 47097 | 3.1736 | 1.7905 | -0.033179 | -1.1673 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 5903 | 3.1058 | 1.7997 | 0.0264 | -1.2122 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 47097 | 0.026683 | 0.0045195 | -1.3707 | 1.5593 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 5903 | 0.027877 | 0.0023992 | -2.3741 | 8.2468 | -RiCKMCResLongTightSUCCESS 1D histograms in directory "RICH/RiCKMCResLongTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 227072 | 0.00032263 | 0.0022944 | -0.013081 | -0.69681 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 77490 |-0.00032351 | 0.0021293 | -0.1917 | -0.699 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 201215 | 0.00049232 | 0.002313 | -0.024555 | -0.77599 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 57098 |-0.00016083 | 0.0021253 | -0.1966 | -0.59511 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 210819 | 0.00037602 | 0.0024621 | -0.069059 | -0.95348 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 71034 |-0.00039085 | 0.0022852 | -0.1087 | -0.97561 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 184962 | 0.00057293 | 0.0024379 | -0.095347 | -0.96898 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 50926 |-0.00014533 | 0.002257 | -0.1663 | -0.85396 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16253 | 3.6133e-05 | 0.00094158 | 0.12047 | 0.91948 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6456 | 3.6506e-05 | 0.0008369 | 0.046921 | 0.66105 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16253 | 4.4582e-06 | 0.0012171 | -0.11031 | 3.1263 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6172 |-0.00024223 | 0.001216 | -1.4688 | 3.3921 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 210819 | 3.1422 | 1.8208 | -0.0019735 | -1.1959 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 16253 | 3.1059 | 1.8104 | 0.037369 | -1.1817 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 210819 | 0.045085 | 0.0089107 | -1.3677 | 1.4026 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 16253 | 0.046431 | 0.0066522 | -1.8544 | 3.6087 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 53000 | 8.6469e-05 | 0.0012553 | -0.025102 | -0.86191 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 39344 | 8.3547e-05 | 0.0012526 | -0.019953 | -0.85011 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 45806 | 8.1191e-05 | 0.001284 | -0.017899 | -0.92769 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 37874 | 7.9027e-05 | 0.0012756 | -0.0097147 | -0.91648 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 47097 | 0.00010819 | 0.0013767 | -0.063341 | -1.16 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 34441 | 0.00010485 | 0.001376 | -0.057986 | -1.1578 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 39903 | 0.00010882 | 0.0013826 | -0.058439 | -1.1632 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 32798 | 0.00010958 | 0.0013755 | -0.054386 | -1.1607 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5903 | 7.9001e-06 | 0.00064149 | 0.073581 | 0.68791 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4903 | 5.7952e-06 | 0.00061419 | 0.068599 | 0.687 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5903 |-3.3469e-05 | 0.00073582 | -0.06018 | 0.87673 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5076 |-4.7138e-05 | 0.00071691 | -0.10506 | 1.0429 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 47097 | 3.1736 | 1.7905 | -0.033179 | -1.1673 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 5903 | 3.1058 | 1.7997 | 0.0264 | -1.2122 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 47097 | 0.026683 | 0.0045195 | -1.3707 | 1.5593 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 5903 | 0.027877 | 0.0023992 | -2.3741 | 8.2468 | -RiCKMCResUp SUCCESS 1D histograms in directory "RICH/RiCKMCResUp" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 27842 |-0.00028621 | 0.0025796 | 0.038127 | -0.96195 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 13130 | -0.000562 | 0.002397 | -0.054276 | -0.98525 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 27842 | -0.0003259 | 0.0025799 | 0.04092 | -0.97541 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 16793 |-0.00058001 | 0.0024095 | -0.049689 | -1.0144 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26173 |-0.00023844 | 0.0027127 | 0.012307 | -1.1282 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 12569 |-0.00062129 | 0.002523 | 0.0095265 | -1.1594 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26173 |-0.00028045 | 0.00269 | 0.017356 | -1.1168 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 16141 |-0.00061781 | 0.0025102 |-0.00091129 | -1.1569 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 |-0.00054792 | 0.0016471 | -0.16462 | 0.61808 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 561 |-9.5312e-05 | 0.00078581 | 0.22672 | -0.15444 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 |-0.00062113 | 0.0016691 | -0.18115 | 0.65063 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 652 |-0.00022239 | 0.00098841 | -1.5234 | 5.9871 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 26173 | 3.1633 | 1.8115 | -0.014795 | -1.2133 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1669 | 3.1219 | 1.7914 | -0.023398 | -1.1653 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 26173 | 0.040212 | 0.011238 | -0.7484 | -0.36554 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1669 | 0.045709 | 0.0070258 | -1.9499 | 4.3679 | -RiCKMCResUpTight SUCCESS 1D histograms in directory "RICH/RiCKMCResUpTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 27842 |-0.00028621 | 0.0025796 | 0.038127 | -0.96195 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 13130 | -0.000562 | 0.002397 | -0.054276 | -0.98525 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 27842 | -0.0003259 | 0.0025799 | 0.04092 | -0.97541 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 16793 |-0.00058001 | 0.0024095 | -0.049689 | -1.0144 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26173 |-0.00023844 | 0.0027127 | 0.012307 | -1.1282 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 12569 |-0.00062129 | 0.002523 | 0.0095265 | -1.1594 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26173 |-0.00028045 | 0.00269 | 0.017356 | -1.1168 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 16141 |-0.00061781 | 0.0025102 |-0.00091129 | -1.1569 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 |-0.00054792 | 0.0016471 | -0.16462 | 0.61808 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 561 |-9.5312e-05 | 0.00078581 | 0.22672 | -0.15444 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 |-0.00062113 | 0.0016691 | -0.18115 | 0.65063 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 652 |-0.00022239 | 0.00098841 | -1.5234 | 5.9871 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 26173 | 3.1633 | 1.8115 | -0.014795 | -1.2133 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1669 | 3.1219 | 1.7914 | -0.023398 | -1.1653 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 26173 | 0.040212 | 0.011238 | -0.7484 | -0.36554 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1669 | 0.045709 | 0.0070258 | -1.9499 | 4.3679 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 237 | 1.4754 | 0.6328 | 0.51603 | 0.53268 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 237 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 237 | 0.08689 | 0.10721 | 4.2949 | 7.3824 | - | All/effVP | "RICH Track Sel. Eff. V P" | 237 | 7350.4 | 8245.4 | 58.931 | 407.95 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 237 | 468.25 | 444.25 | 20.973 | 76.055 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 175 | 6504 | 5870.4 | 14.701 | 57.369 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 37 | 15624 | 6687.8 | 4.82 | 11.206 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 165 | 6791.6 | 5924.7 | 15.525 | 59.656 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 137 | 7708.2 | 6109.2 | 12.991 | 46.87 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 14 | 22784 | 5234.1 | 6.0595 | 14.093 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 74221 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 227 | 7540.7 | 8348.1 | 29.145 | 189.86 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 25 | 26293 | 13783 | 7.1946 | 19.686 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 163 | 9506.8 | 9137.1 | 24.82 | 144.58 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 126 | 11171 | 9800.2 | 19.772 | 104.95 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 7 | 45308 | 16044 | 2.2085 | 0.80152 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 175 | 6504 | 5870.4 | 14.701 | 57.369 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 35 | 16000 | 6682.6 | 4.5519 | 10.313 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 165 | 6791.6 | 5924.7 | 15.555 | 59.776 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 136 | 7746.1 | 6115.5 | 12.912 | 46.472 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 14 | 22784 | 5234.1 | 6.2404 | 14.586 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 74221 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 78 | 14403 | 11276 | 9.0913 | 38.881 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 24 | 26743 | 13906 | 6.8664 | 18.303 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 75 | 14735 | 11377 | 9.4422 | 39.91 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 72 | 15098 | 11474 | 9.6411 | 40.227 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 7 | 45308 | 16044 | 2.248 | 0.85653 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 175 | 6504 | 5870.4 | 14.973 | 59.021 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 35 | 16000 | 6682.6 | 4.6374 | 10.671 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 165 | 6791.6 | 5924.7 | 15.851 | 61.531 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 136 | 7746.1 | 6115.5 | 13.197 | 48.02 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 14 | 22784 | 5234.1 | 6.2564 | 14.681 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 74221 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 78 | 14403 | 11276 | 10.065 | 42.502 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 24 | 26743 | 13906 | 6.4613 | 16.814 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 75 | 14735 | 11377 | 10.056 | 41.904 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 72 | 15098 | 11474 | 9.9592 | 40.926 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 7 | 45308 | 16044 | 2.086 | 0.55699 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 44 | 0.066885 | 1.8132 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 16576 | 0.0034738 | 1.8142 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2304 | 0.01075 | 1.814 | 92.512 | -161.11 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 13176 | 0.004124 | 1.8142 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 10624 | 0.0045655 | 1.8141 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 784 | 0.0080881 | 1.8142 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 526 | 1.1464 | 1.0516 | 0.082045 | -1.984 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 526 | 0.045034 | 0.0095867 | -3.7013 | 6.5428 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 148 | 0.053285 | 1.81 | 59.961 | -71.196 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 17364 | 0.16121 | 1.979 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1572 | -0.0099055 | 1.819 | 10.096 | 83.53 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 10592 | 0.152 | 1.904 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 8232 | 0.17717 | 1.9171 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 428 | -0.0038836 | 1.8147 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 541 | 0.94824 | 0.99773 | 20.941 | 76.326 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 541 | 0.027251 | 0.0036176 | -3.9976 | 8.4024 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 1223 | 1.2574 | 0.51581 | 5.1075 | 14.072 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 1223 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 1223 | 0.047349 | 0.081498 | 16.416 | 53.571 | - | All/effVP | "RICH Track Sel. Eff. V P" | 1223 | 10808 | 11462 | 51.423 | 269.65 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 1223 | 597.26 | 600.77 | 121.2 | 904.07 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 33 | 49533 | 13943 | 3.4939 | 5.6577 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 970 | 8905.9 | 9574.6 | 56.924 | 344.13 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 289 | 18973 | 12551 | 19.625 | 78.473 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 947 | 9081.3 | 9623.5 | 58.917 | 353.74 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 882 | 9587.3 | 9784.7 | 55.824 | 327.65 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 120 | 29223 | 14168 | 9.6109 | 28.166 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 19 | 70383 | 9850.9 | 2.5843 | 1.4862 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 1175 | 11004 | 11459 | 35.297 | 173.29 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 237 | 29727 | 13541 | 10.456 | 32.315 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 981 | 12661 | 11869 | 31.936 | 148.1 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 837 | 14177 | 12238 | 27.617 | 121.57 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 89 | 44036 | 13211 | 5.8964 | 13.588 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 30 | 51218 | 13696 | 3.1537 | 4.747 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 970 | 8905.9 | 9574.6 | 56.924 | 344.13 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 281 | 19259 | 12614 | 19.056 | 75.443 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 945 | 9096.5 | 9628 | 58.847 | 353.09 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 875 | 9643.8 | 9803.5 | 55.388 | 324.24 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 118 | 29431 | 14202 | 9.4829 | 27.596 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 17 | 72382 | 9617.2 | 1.9312 | 0.13731 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 609 | 17244 | 13085 | 17.265 | 67.443 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 233 | 29946 | 13557 | 10.306 | 31.666 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 589 | 17644 | 13124 | 17.477 | 67.718 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 578 | 17873 | 13143 | 17.763 | 68.527 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 89 | 44036 | 13211 | 5.9745 | 13.799 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 30 | 51218 | 13696 | 3.158 | 4.7956 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 970 | 8905.9 | 9574.6 | 56.474 | 340.67 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 281 | 19259 | 12614 | 18.86 | 74.431 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 945 | 9096.5 | 9628 | 58.39 | 349.6 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 875 | 9643.8 | 9803.5 | 54.966 | 321.07 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 118 | 29431 | 14202 | 9.4487 | 27.324 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 17 | 72382 | 9617.2 | 1.9667 | 0.21261 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 609 | 17244 | 13085 | 17.833 | 68.93 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 233 | 29946 | 13557 | 9.9301 | 30.091 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 589 | 17644 | 13124 | 17.693 | 67.831 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 578 | 17873 | 13143 | 17.781 | 67.872 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 89 | 44036 | 13211 | 5.7573 | 12.996 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1988 | 0.0062138 | 1.815 | -8.6403 | -869.69 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 91360 | 0.00046707 | 1.8137 | -1415.8 | 452.76 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 19808 | 0.0021503 | 1.814 | -593.3 | -2824.3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 79600 | 0.00066491 | 1.8137 | -525.08 | -324.23 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 70648 | 0.00097759 | 1.8137 | -439.67 | -1199.6 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 7772 | 0.0042693 | 1.8143 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 3219 | 1.2923 | 1.1471 | 2.5627 | 5.7975 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 3219 | 0.046065 | 0.0086292 | -9.2995 | 26.483 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 1068 | 0.010418 | 1.8116 | 141.02 | -12.794 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 95256 | 0.042217 | 1.9241 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 17032 | 2.8023e-05 | 1.8112 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 71308 | 0.022795 | 1.8769 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 60480 | 0.019986 | 1.8558 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 5636 | 0.00325 | 1.8149 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 3317 | 1.1381 | 1.0916 | 1.6384 | 1.4009 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 3317 | 0.02732 | 0.0036764 | -9.877 | 28.907 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 145 | 1.0739 | 0.52503 | 4.0411 | 10.789 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 145 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 145 | 0.051531 | 0.068518 | 14.141 | 54.725 | - | All/effVP | "RICH Track Sel. Eff. V P" | 145 | 13566 | 15696 | 2.9748 | 3.973 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 145 | 975.93 | 657.62 | 17.584 | 75.94 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 7 | 49780 | 4531.2 | 0.856 | -0.1593 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 10367 | 11383 | 9.0994 | 28.48 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 42 | 22715 | 13142 | 3.3405 | 4.6276 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 128 | 10435 | 11402 | 9.9686 | 31.268 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 119 | 11052 | 11600 | 9.3947 | 28.356 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 27 | 29091 | 12603 | 3.0791 | 2.8955 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 7 | 49780 | 4531.2 | 0.87744 | -0.14694 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 10367 | 11383 | 9.0994 | 28.48 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 42 | 22715 | 13142 | 3.3708 | 4.6847 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 128 | 10435 | 11402 | 9.9837 | 31.319 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 119 | 11052 | 11600 | 9.419 | 28.435 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 25 | 30084 | 12619 | 2.7054 | 2.0259 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 7 | 49780 | 4531.2 | 0.84469 | -0.098293 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 10367 | 11383 | 9.1813 | 28.887 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 42 | 22715 | 13142 | 3.3765 | 4.7466 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 128 | 10435 | 11402 | 10.12 | 31.917 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 119 | 11052 | 11600 | 9.4892 | 28.79 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 25 | 30084 | 12619 | 2.7283 | 2.0963 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 500 | 0.017799 | 1.8145 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 12152 | 0.0027242 | 1.8141 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 3180 | 0.010528 | 1.8143 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10744 | 0.0024538 | 1.8139 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9312 | 0.0047834 | 1.814 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 1616 | 0.017918 | 1.8144 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 450 | 1.3933 | 1.2323 | 0.43883 | -1.194 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 450 | 0.045913 | 0.0088114 | -4.6192 | 9.6404 | -RiCKMCResDown SUCCESS 1D profile histograms in directory "RICH/RiCKMCResDown" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1867 | 7147.1 | 5481.9 | 0 | -3 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 175 | 6504 | 5870.4 | 156.55 | 840.7 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 175 | 6504 | 5870.4 | 16.358 | 67.184 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 175 | 6504 | 5870.4 | 31.442 | 132.99 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 175 | 6504 | 5870.4 | 18.338 | 75.422 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 175 | 6504 | 5870.4 | 19.227 | 79.207 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 175 | 6504 | 5870.4 | 60.46 | 274.34 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 419 | 17901 | 9332.8 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 227 | 7540.7 | 8348.1 | 504.38 | 4011.9 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 227 | 7540.7 | 8348.1 | 46.444 | 304.46 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 227 | 7540.7 | 8348.1 | 100.87 | 676.62 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 227 | 7540.7 | 8348.1 | 48.167 | 316.06 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 227 | 7540.7 | 8348.1 | 49.598 | 325.7 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 227 | 7540.7 | 8348.1 | 243.02 | 1720.9 | -RiCKMCResDownTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResDownTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1867 | 7147.1 | 5481.9 | 0 | -3 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 175 | 6504 | 5870.4 | 156.55 | 840.7 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 175 | 6504 | 5870.4 | 16.358 | 67.184 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 175 | 6504 | 5870.4 | 31.442 | 132.99 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 175 | 6504 | 5870.4 | 18.338 | 75.422 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 175 | 6504 | 5870.4 | 19.227 | 79.207 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 175 | 6504 | 5870.4 | 60.46 | 274.34 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 419 | 17901 | 9332.8 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 227 | 7540.7 | 8348.1 | 504.38 | 4011.9 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 227 | 7540.7 | 8348.1 | 46.444 | 304.46 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 227 | 7540.7 | 8348.1 | 100.87 | 676.62 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 227 | 7540.7 | 8348.1 | 48.167 | 316.06 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 227 | 7540.7 | 8348.1 | 49.598 | 325.7 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 227 | 7540.7 | 8348.1 | 243.02 | 1720.9 | -RiMCTkResDown SUCCESS 1D profile histograms in directory "RICH/RiMCTkResDown" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 38 | 5898.3 | 4582.4 | 16.696 | 52.581 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 38 | 5898.3 | 4582.4 | 0 | -3 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 5 | 9023.2 | 6894 | 3.1154 | 2.7658 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 5 | 9023.2 | 6894 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 5 | 3647 | 1833.3 | 5.7473 | 8.6178 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 5 | 3647 | 1833.3 | 0 | -3 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 49 | 7279.7 | 6281.1 | 13.144 | 39.015 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 49 | 7279.7 | 6281.1 | 391.11 | 1599.9 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 23 | 11524 | 8305 | 7.1721 | 18.796 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 23 | 11524 | 8305 | 0 | -3 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 44 | 6395.2 | 5651 | 23.285 | 87.319 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 44 | 6395.2 | 5651 | 0 | -3 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 5 | 8999.3 | 6888.3 | 3.0721 | 2.7164 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 5 | 8999.3 | 6888.3 | 0 | -3 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 5 | 3626.1 | 1833.2 | 5.8516 | 8.8858 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 5 | 3626.1 | 1833.2 | 0 | -3 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 57 | 7956.5 | 7318.5 | 17.542 | 62.273 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 57 | 7956.5 | 7318.5 | 0 | -3 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 22 | 11930 | 8240.4 | 6.9409 | 18.076 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 22 | 11930 | 8240.4 | 0 | -3 | -RiCKMCResLong SUCCESS 1D profile histograms in directory "RICH/RiCKMCResLong" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 16253 | 11658 | 11174 | -5.2335 | -89.611 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 970 | 8905.9 | 9574.6 | 192.91 | 1277.5 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 970 | 8905.9 | 9574.6 | 59.177 | 367.02 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 970 | 8905.9 | 9574.6 | 78.566 | 489.35 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 970 | 8905.9 | 9574.6 | 62.216 | 385.94 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 970 | 8905.9 | 9574.6 | 63.533 | 394.18 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 970 | 8905.9 | 9574.6 | 104.31 | 656.3 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 5903 | 23459 | 16331 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1175 | 11264 | 12546 | 307.12 | 2249.5 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1175 | 11264 | 12546 | 61.981 | 391.96 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1175 | 11264 | 12546 | 82.707 | 527.18 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1175 | 11264 | 12546 | 62.976 | 398.41 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1175 | 11264 | 12546 | 63.706 | 403.13 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1175 | 11264 | 12546 | 124.08 | 809.28 | -RiCKMCResLongTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResLongTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 16253 | 11658 | 11174 | -5.2335 | -89.611 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 970 | 8905.9 | 9574.6 | 192.91 | 1277.5 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 970 | 8905.9 | 9574.6 | 59.177 | 367.02 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 970 | 8905.9 | 9574.6 | 78.566 | 489.35 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 970 | 8905.9 | 9574.6 | 62.216 | 385.94 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 970 | 8905.9 | 9574.6 | 63.533 | 394.18 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 970 | 8905.9 | 9574.6 | 104.31 | 656.3 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 5903 | 23459 | 16331 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1175 | 11264 | 12546 | 307.12 | 2249.5 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1175 | 11264 | 12546 | 61.981 | 391.96 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1175 | 11264 | 12546 | 82.707 | 527.18 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1175 | 11264 | 12546 | 62.976 | 398.41 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1175 | 11264 | 12546 | 63.706 | 403.13 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1175 | 11264 | 12546 | 124.08 | 809.28 | -RiMCTkResLong SUCCESS 1D profile histograms in directory "RICH/RiMCTkResLong" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 1 | 2318.6 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 1 | 2318.6 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 141 | 7310.6 | 6039.6 | 4.097 | 5.8746 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 141 | 7310.6 | 6039.6 | 41.828 | 207.81 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 118 | 15762 | 17235 | 18.213 | 61.337 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 118 | 15762 | 17235 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 9 | 7944.6 | 7104.5 | 11.059 | 29.198 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 9 | 7944.6 | 7104.5 | 1.4219 | 1.1727 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 606 | 8555.6 | 8119.6 | 65.99 | 355.06 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 606 | 8555.6 | 8119.6 | 480.54 | 3571.5 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 74 | 10526 | 8079.1 | 9.3567 | 31.466 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 74 | 10526 | 8079.1 | 372.92 | 2681.3 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 1 | 2298 | 3.0518e-05 | 8.758e+20 | 8.3792e+27 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 1 | 2298 | 3.0518e-05 | 8.758e+20 | 8.3792e+27 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 177 | 8202.8 | 7693.3 | 1.2364 | -0.8542 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 177 | 8202.8 | 7693.3 | 82.344 | 495.38 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 134 | 17522 | 17277 | 13.623 | 42.819 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 134 | 17522 | 17277 | 2.3961 | -6.5085 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 10 | 8570.7 | 7106.5 | 8.2692 | 20.065 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 10 | 8570.7 | 7106.5 | 1.0296 | -0.13376 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 712 | 11659 | 12533 | 105.56 | 743.05 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 712 | 11659 | 12533 | 109.72 | 525.64 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 83 | 13245 | 15288 | 34.708 | 210.97 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 83 | 13245 | 15288 | 150.27 | 896.11 | -RiCKMCResUp SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1669 | 13949 | 16020 | -1.5712 | -10.631 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 129 | 11105 | 14085 | 82.897 | 481.19 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 129 | 11105 | 14085 | 15.554 | 83.181 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 129 | 11105 | 14085 | 25.015 | 135.65 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 129 | 11105 | 14085 | 16.811 | 90.03 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 129 | 11105 | 14085 | 17.525 | 93.947 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 129 | 11105 | 14085 | 40.347 | 222.54 | -RiCKMCResUpTight SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUpTight" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1669 | 13949 | 16020 | -1.5712 | -10.631 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 129 | 11105 | 14085 | 82.897 | 481.19 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 129 | 11105 | 14085 | 15.554 | 83.181 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 129 | 11105 | 14085 | 25.015 | 135.65 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 129 | 11105 | 14085 | 16.811 | 90.03 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 129 | 11105 | 14085 | 17.525 | 93.947 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 129 | 11105 | 14085 | 40.347 | 222.54 | -RiMCTkResUp SUCCESS 1D profile histograms in directory "RICH/RiMCTkResUp" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 15 | 9625.2 | 11518 | 22.314 | 74.658 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 15 | 9625.2 | 11518 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 86 | 9997 | 14460 | 43.535 | 249.75 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 86 | 9997 | 14460 | 201.25 | 1330.5 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 13 | 11677 | 8617.9 | 2.9486 | 3.447 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 13 | 11677 | 8617.9 | 15.499 | 32.395 | diff --git a/Rec/Brunel/tests/refs/xdst-to-xdst.ref.x86_64+avx2+fma-opt b/Rec/Brunel/tests/refs/xdst-to-xdst.ref.x86_64+avx2+fma-opt deleted file mode 120000 index 08ded3196a7b7591ea920ca9bfcabd0d36153ffc..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/xdst-to-xdst.ref.x86_64+avx2+fma-opt +++ /dev/null @@ -1 +0,0 @@ -./xdst-to-xdst.ref.x86_64_v3-opt \ No newline at end of file diff --git a/Rec/Brunel/tests/refs/xdst-to-xdst.ref.x86_64_v3-opt b/Rec/Brunel/tests/refs/xdst-to-xdst.ref.x86_64_v3-opt deleted file mode 100644 index f5eee7981a28bba05521b1533d1b86994969e61f..0000000000000000000000000000000000000000 --- a/Rec/Brunel/tests/refs/xdst-to-xdst.ref.x86_64_v3-opt +++ /dev/null @@ -1,2214 +0,0 @@ -ApplicationMgr SUCCESS -==================================================================================================================================== -==================================================================================================================================== -ApplicationMgr INFO Application Manager Configured successfully -DetectorPersist... INFO Added successfully Conversion service:XmlCnvSvc -DetectorDataSvc SUCCESS Detector description database: git:/lhcb.xml -TransportSvc INFO Initialize the static pointer to DetDesc::IGeometryErrorSvc -TransportSvc INFO Recovery of geometry errors is ENABLED -RndmGenSvc.Engine INFO Generator engine type:CLHEP::RanluxEngine -RndmGenSvc.Engine INFO Current Seed:1234567 Luxury:3 -RndmGenSvc INFO Using Random engine:HepRndm::Engine<CLHEP::RanluxEngine> -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS Requested to process 10 events -BrunelInit SUCCESS ================================================================== -RootHistSvc INFO Writing ROOT histograms to: Brunel-10ev-expert-histos.root -HistogramPersis... INFO Added successfully Conversion service:RootHistSvc -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/PhotonPdf.root as CaloFutureNeutralPIDs -HistogramDataSvc INFO Added stream file:PARAM/ParamFiles/vXrYpZ/data/CaloPIDs_DC09_v1.root as CaloFuturePIDs -DeFTDetector INFO Current FT geometry version = 61 -MagneticFieldSvc INFO Map scaled by factor 1 with polarity internally used: -1 signed relative current: -1 -PrVeloUTFast.Pr... INFO Start generation of VeloUT Bdl LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT Bdl LUTs finished -PrVeloUTFast.Pr... INFO Start generation of VeloUT deflection LUTs -PrVeloUTFast.Pr... INFO Generation of VeloUT deflection LUTs finished -ToolSvc.RichPar... INFO Particle types considered = [electron, muon, pion, kaon, proton, deuteron, below_threshold] -RichTrackSegmen...WARNING Will create missing track states using the StateProvider tool. If triggered, this will be very slow. -RichTrackSegmen...WARNING Will create missing track states using the StateProvider tool. If triggered, this will be very slow. -RichTrackSegmen...WARNING Will create missing track states using the StateProvider tool. If triggered, this will be very slow. -FutureEcalShare... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalShare... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Has initialized with parameters: -FutureEcalCovar... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -FutureEcalCovar... INFO == Parameters for covariance estimation == -FutureEcalCovar... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -FutureEcalCovar... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -FutureEcalCovar... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -FutureEcalCovar... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -FutureEcalCovar... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -FutureEcalCovar... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -FutureEcalCovar... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -FutureEcalCovar... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Energy mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Position mask : [3x3, 3x3, 3x3] (from DB) -MergedPi0RecFut... INFO Has initialized with parameters: -MergedPi0RecFut... INFO 'Detector' = '/dd/Structure/LHCb/DownstreamRegion/Ecal' -MergedPi0RecFut... INFO == Parameters for covariance estimation == -MergedPi0RecFut... INFO Stochastic : [0.21, 0.14, 0.14] Sqrt(GeV) : from Covariance DB -MergedPi0RecFut... INFO GainError : [0.045, 0.025, 0.025] : from Covariance DB -MergedPi0RecFut... INFO IncoherentNoise : [2.2, 2.2, 2.2] ADC : from Covariance DB -MergedPi0RecFut... INFO CoherentNoise : [1.3, 1.3, 1.3] ADC : from Covariance DB -MergedPi0RecFut... INFO ConstantE : [0, 0, 0] MeV : from Covariance DB -MergedPi0RecFut... INFO ConstantX : [9, 2, 0.5] mm : from Covariance DB -MergedPi0RecFut... INFO ConstantY : [9, 2, 0.5] mm : from Covariance DB -EcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDe -BremPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/BremPIDe -HcalPIDeFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDe -EcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/EcalPIDmu -HcalPIDmuFuture INFO init with CondDB, m_conditionName = Conditions/ParticleID/Calo/HcalPIDmu -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -MuonIDAlgLite.C...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ToolSvc.CommonM...WARNING CondDB {X,Y}FOIParameters member size is 20, geometry expects 16 -ChargedProtoPMa... INFO Using retuned RICH el and mu DLL values in combined DLLs -EcalDigitMon INFO Ecal digits from Raw/Ecal/Digits -HcalDigitMon INFO Hcal digits from Raw/Hcal/Digits -ProtoElectronMon INFO Will only look at track type(s) = ['Long', 'Downstream'] -NTupleSvc INFO Added stream file:protoparticles.tuples.root as PROTOTUPLE -NTupleSvc INFO Added stream file:ProtoPIDANN.tuples.root as ANNPIDTUPLE -FilterForBestMC... INFO CUT: ' (~TrINVALID) ' -FilterForBestLo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==3) ) ' -FilterForBestLo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==3) ) & (TrGHOSTPROB<0.5) ) ' -FilterForBestDo... INFO CUT: ' ( (~TrINVALID) & (TrTYPE==5) ) ' -FilterForBestDo... INFO CUT: ' ( ( (~TrINVALID) & (TrTYPE==5) ) & (TrGHOSTPROB<0.5) ) ' -TrackResChecker... INFO MCParticle Momentum cut : 0 GeV/c < P < 1.79769e+305 GeV/c -TrackResChecker... INFO Beta * gamma cut : 0 < beta*gamma -TrackResChecker... INFO Eta cut : -1.79769e+308 < P < 1.79769e+308 -kill_Unstripped...SUCCESS bankKiller : all banks of type 'DstData' will be removed. -kill_Unstripped... INFO Killing banks from first raw event in '[Unstripped/RawEvent]' -DstWriter INFO Data source: EventDataSvc output: DATAFILE='PFN:Brunel-10ev.xdst' SVC='RootCnvSvc' OPT='REC' -FileRecordPersi... INFO Added successfully Conversion service:FileRecordCnvSvc -FSROutputStream... INFO Data source: FileRecordDataSvc output: DATAFILE='PFN:Brunel-10ev.xdst' SVC='FileRecordCnvSvc' OPT='REC' -ApplicationMgr INFO Application Manager Initialized successfully -ApplicationMgr INFO Application Manager Started successfully -BrunelInit INFO Evt 1, Run 1, Nr. in job = 1 -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Long Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Downstream Particle=ghost -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=electron -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=muon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=pion -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=kaon -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=proton -ANNGPID.ANNGPID... INFO ANNPID : Tune=MCUpTuneV1 TrackType=Upstream Particle=ghost -RFileCnv INFO opening Root file "protoparticles.tuples.root" for writing -RCWNTupleCnv INFO Booked TTree with ID: protoPtuple "ProtoParticle PID Information" in directory protoparticles.tuples.root:/ChargedProtoTuple -RFileCnv INFO opening Root file "ProtoPIDANN.tuples.root" for writing -RCWNTupleCnv INFO Booked TTree with ID: annInputs "ProtoParticle PID Information for ANN Training" in directory ProtoPIDANN.tuples.root:/ChargedProtoPIDANNTuple -BrunelInit INFO Evt 2, Run 1, Nr. in job = 2 -BrunelInit INFO Evt 3, Run 1, Nr. in job = 3 -BrunelInit INFO Evt 4, Run 1, Nr. in job = 4 -BrunelInit INFO Evt 5, Run 1, Nr. in job = 5 -BrunelInit INFO Evt 6, Run 1, Nr. in job = 6 -BrunelInit INFO Evt 7, Run 1, Nr. in job = 7 -BrunelInit INFO Evt 8, Run 1, Nr. in job = 8 -BrunelInit INFO Evt 9, Run 1, Nr. in job = 9 -BrunelInit INFO Evt 10, Run 1, Nr. in job = 10 -ApplicationMgr INFO Application Manager Stopped successfully -BrunelInit SUCCESS ================================================================== -BrunelInit SUCCESS 10 events processed -BrunelInit SUCCESS ================================================================== -FutureEcalClust INFO Built <241.4> cellular automaton clusters/event with <4.1> iterations (min,max)=(3,5) on average -RecSummary SUCCESS #WARNINGS = 10 Message = 'No data at 'Raw/UT/Clusters'' -RecSummary SUCCESS Exceptions/Errors/Warnings/Infos Statistics : 0/0/1/0 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO MuonID Rates for Downstream Tracks -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuonLoose = 1.0 : 30.061 +- 3.591 -MuonPIDMonitorDown INFO IsMuoLoose MuonProb < 0.9 : 9.202 +- 2.264 -MuonPIDMonitorDown INFO IsMuoLoose DLL > 1.4 : 6.135 +- 1.880 -MuonPIDMonitorDown INFO IsMuonLoose NShared < 1.0 : 5.521 +- 1.789 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO IsMuon = 1.0 : 20.859 +- 3.182 -MuonPIDMonitorDown INFO IsMuon MuonProb < 0.9 : 7.362 +- 2.045 -MuonPIDMonitorDown INFO IsMuon DLL > 1.4 : 4.908 +- 1.692 -MuonPIDMonitorDown INFO IsMuon NShared < 1.0 : 3.067 +- 1.351 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorDown INFO Total Number of Tracks analysed: 236 -MuonPIDMonitorDown INFO Total Number of PreSelected Tracks: 163 -MuonPIDMonitorDown INFO Total Number of IsMuonLoose Candidates: 49 -MuonPIDMonitorDown INFO Total Number of IsMuon Candidates: 34 -MuonPIDMonitorDown INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO MuonID Rates for Long Tracks -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuonLoose = 1.0 : 28.689 +- 1.448 -MuonPIDMonitorLong INFO IsMuoLoose MuonProb < 0.9 : 7.275 +- 0.831 -MuonPIDMonitorLong INFO IsMuoLoose DLL > 1.4 : 3.996 +- 0.627 -MuonPIDMonitorLong INFO IsMuonLoose NShared < 1.0 : 4.406 +- 0.657 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Criterium Rate After IsMuon (%) -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO IsMuon = 1.0 : 20.082 +- 1.282 -MuonPIDMonitorLong INFO IsMuon MuonProb < 0.9 : 6.250 +- 0.775 -MuonPIDMonitorLong INFO IsMuon DLL > 1.4 : 2.869 +- 0.534 -MuonPIDMonitorLong INFO IsMuon NShared < 1.0 : 2.766 +- 0.525 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -MuonPIDMonitorLong INFO Total Number of Tracks analysed: 1222 -MuonPIDMonitorLong INFO Total Number of PreSelected Tracks: 976 -MuonPIDMonitorLong INFO Total Number of IsMuonLoose Candidates: 280 -MuonPIDMonitorLong INFO Total Number of IsMuon Candidates: 196 -MuonPIDMonitorLong INFO ---------------------------------------------------------------- -ChargedProtoPMoni INFO ==================================================================================================================================================== -ChargedProtoPMoni INFO # Tracks Per Event | Track | RICH MUON ECAL BREM SPD PRS HCAL VELO(dE/dx) -ChargedProtoPMoni INFO ---------------------------------------------------------------------------------------------------------------------------------------------------- -ChargedProtoPMoni INFO 0.00 +- 0.00 Velo | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 122.20 +- 3.50 Long | 100.0 +- 0.0 | 94.8 +- 0.6 83.2 +- 1.1 84.9 +- 1.0 75.8 +- 1.2 0.0 +- 0.0 0.0 +- 0.0 79.7 +- 1.2 0.0 +- 0.0 -ChargedProtoPMoni INFO 14.50 +- 1.20 Upstream | 100.0 +- 0.0 | 89.0 +- 2.6 0.0 +- 0.0 0.0 +- 0.0 80.7 +- 3.3 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 23.60 +- 1.54 Downstream | 100.0 +- 0.0 | 84.7 +- 2.3 71.6 +- 2.9 76.3 +- 2.8 71.2 +- 2.9 0.0 +- 0.0 0.0 +- 0.0 68.6 +- 3.0 0.0 +- 0.0 -ChargedProtoPMoni INFO 0.00 +- 0.00 Ttrack | 0.0 +- 0.0 | 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 0.0 +- 0.0 -ChargedProtoPMoni INFO ==================================================================================================================================================== -VeloMCCheck INFO Results -VeloMCCheck INFO **** Velo 3936 tracks including 46 ghosts [ 1.17 %], Event average 1.00 % **** -VeloMCCheck INFO 01_velo : 1704 from 1741 [ 97.87 %] 26 clones [ 1.50 %], purity: 99.78 %, hitEff: 96.83 %, hitEffFirst3: 97.13 %, hitEffLast: 96.26 % -VeloMCCheck INFO 02_long : 1006 from 1013 [ 99.31 %] 13 clones [ 1.28 %], purity: 99.88 %, hitEff: 97.46 %, hitEffFirst3: 97.64 %, hitEffLast: 97.14 % -VeloMCCheck INFO 03_long>5GeV : 630 from 633 [ 99.53 %] 11 clones [ 1.72 %], purity: 99.88 %, hitEff: 97.30 %, hitEffFirst3: 97.61 %, hitEffLast: 97.13 % -VeloMCCheck INFO 04_long_strange : 57 from 58 [ 98.28 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 97.52 %, hitEffFirst3: 98.83 %, hitEffLast: 95.79 % -VeloMCCheck INFO 05_long_strange>5GeV : 25 from 25 [100.00 %] 0 clones [ 0.00 %], purity: 99.43 %, hitEff: 98.31 %, hitEffFirst3:100.00 %, hitEffLast: 97.17 % -VeloMCCheck INFO 06_long_fromB : 46 from 48 [ 95.83 %] 1 clones [ 2.13 %], purity:100.00 %, hitEff: 97.89 %, hitEffFirst3: 97.87 %, hitEffLast: 97.04 % -VeloMCCheck INFO 07_long_fromB>5GeV : 35 from 36 [ 97.22 %] 1 clones [ 2.78 %], purity:100.00 %, hitEff: 98.94 %, hitEffFirst3: 99.07 %, hitEffLast: 99.31 % -VeloMCCheck INFO 08_long_electrons : 94 from 96 [ 97.92 %] 1 clones [ 1.05 %], purity: 97.83 %, hitEff: 95.99 %, hitEffFirst3: 92.63 %, hitEffLast: 96.94 % -VeloMCCheck INFO 09_long_fromB_electrons : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloMCCheck INFO 10_long_fromB_electrons_P>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloMCCheck INFO 11_long_fromB_P>3GeV_Pt>0.5GeV : 30 from 30 [100.00 %] 1 clones [ 3.23 %], purity:100.00 %, hitEff: 99.41 %, hitEffFirst3:100.00 %, hitEffLast: 99.19 % -VeloMCCheck INFO 12_UT_long_fromB_P>3GeV_Pt>0.5GeV : 30 from 30 [100.00 %] 1 clones [ 3.23 %], purity:100.00 %, hitEff: 99.41 %, hitEffFirst3:100.00 %, hitEffLast: 99.19 % -VeloMCCheck INFO -ForwardMCCheck INFO Results -ForwardMCCheck INFO **** Forward 526 tracks including 27 ghosts [ 5.13 %], Event average 5.03 % **** -ForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 433 tracks including 20 ghosts [4.62 %] **** -ForwardMCCheck INFO 01_long : 468 from 1013 [ 46.20 %] 5 clones [ 1.06 %], purity: 99.20 %, hitEff: 93.34 % -ForwardMCCheck INFO 02_long>5GeV : 381 from 633 [ 60.19 %] 4 clones [ 1.04 %], purity: 99.30 %, hitEff: 93.92 % -ForwardMCCheck INFO 03_long_strange : 19 from 58 [ 32.76 %] 0 clones [ 0.00 %], purity: 97.55 %, hitEff: 91.63 % -ForwardMCCheck INFO 04_long_strange>5GeV : 12 from 25 [ 48.00 %] 0 clones [ 0.00 %], purity: 96.49 %, hitEff: 90.59 % -ForwardMCCheck INFO 05_long_fromB : 31 from 48 [ 64.58 %] 0 clones [ 0.00 %], purity: 99.59 %, hitEff: 93.74 % -ForwardMCCheck INFO 06_long_fromB>5GeV : 29 from 36 [ 80.56 %] 0 clones [ 0.00 %], purity: 99.56 %, hitEff: 93.84 % -ForwardMCCheck INFO 07_long_electrons : 8 from 96 [ 8.33 %] 0 clones [ 0.00 %], purity: 99.37 %, hitEff: 98.86 % -ForwardMCCheck INFO 08_long_electrons_P>5GeV : 7 from 51 [ 13.73 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.70 % -ForwardMCCheck INFO 09_long_fromB_electrons : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 10_long_fromB_P>3GeV_Pt>0.5GeV : 29 from 30 [ 96.67 %] 0 clones [ 0.00 %], purity: 99.72 %, hitEff: 94.23 % -ForwardMCCheck INFO 10_long_fromB_electrons_P>5GeV : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -ForwardMCCheck INFO 11_UT_long_fromB_P>3GeV_Pt>0.5GeV : 29 from 30 [ 96.67 %] 0 clones [ 0.00 %], purity: 99.72 %, hitEff: 94.23 % -ForwardMCCheck INFO -UpMCCheck INFO Results -UpMCCheck INFO **** Upstream 741 tracks including 67 ghosts [ 9.04 %], Event average 8.22 % **** -UpMCCheck INFO **** for P>3GeV,Pt>0.5GeV 603 tracks including 56 ghosts [9.29 %] **** -UpMCCheck INFO 01_velo : 640 from 1741 [ 36.76 %] 8 clones [ 1.23 %], purity: 99.67 %, hitEff: 99.15 % -UpMCCheck INFO 02_velo+UT : 637 from 1545 [ 41.23 %] 8 clones [ 1.24 %], purity: 99.72 %, hitEff: 99.14 % -UpMCCheck INFO 03_velo+UT>5GeV : 474 from 754 [ 62.86 %] 7 clones [ 1.46 %], purity: 99.79 %, hitEff: 99.34 % -UpMCCheck INFO 04_velo+notLong : 114 from 728 [ 15.66 %] 0 clones [ 0.00 %], purity: 99.41 %, hitEff: 97.98 % -UpMCCheck INFO 05_velo+UT+notLong : 113 from 542 [ 20.85 %] 0 clones [ 0.00 %], purity: 99.47 %, hitEff: 97.96 % -UpMCCheck INFO 06_velo+UT+notLong>5GeV : 71 from 130 [ 54.62 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 99.72 % -UpMCCheck INFO 07_long : 526 from 1013 [ 51.92 %] 8 clones [ 1.50 %], purity: 99.72 %, hitEff: 99.39 % -UpMCCheck INFO 08_long>5GeV : 405 from 633 [ 63.98 %] 7 clones [ 1.70 %], purity: 99.70 %, hitEff: 99.28 % -UpMCCheck INFO 09_long_fromB : 34 from 48 [ 70.83 %] 1 clones [ 2.86 %], purity: 99.64 %, hitEff:100.00 % -UpMCCheck INFO 10_long_fromB>5GeV : 30 from 36 [ 83.33 %] 1 clones [ 3.23 %], purity: 99.60 %, hitEff:100.00 % -UpMCCheck INFO 11_long_electrons : 9 from 96 [ 9.38 %] 1 clones [10.00 %], purity: 98.75 %, hitEff:100.00 % -UpMCCheck INFO 12_long_fromB_electrons : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 13_long_fromB_electrons_P>5GeV : 1 from 5 [ 20.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 14_long_fromB_P>3GeV_Pt>0.5GeV : 29 from 30 [ 96.67 %] 1 clones [ 3.33 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO 15_UT_long_fromB_P>3GeV_Pt>0.5GeV : 29 from 30 [ 96.67 %] 1 clones [ 3.33 %], purity:100.00 %, hitEff:100.00 % -UpMCCheck INFO -UTForwardMCCheck INFO Results -UTForwardMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardFast **** 27 ghost, 3.96 UT per track -UTForwardMCCheck INFO **** for P>3GeV,Pt>0.5GeV 433 tracks including 20 ghosts [ 4.6 %] **** -UTForwardMCCheck INFO 01_long : 473 tr 4.04 from 4.09 mcUT [ 98.7 %] 0.05 ghost hits on real tracks [ 1.3 %] -UTForwardMCCheck INFO 01_long >3UT : 473 tr 4.04 from 4.09 mcUT [ 98.7 %] 0.05 ghost hits on real tracks [ 1.3 %] -UTForwardMCCheck INFO 02_long>5GeV : 385 tr 4.04 from 4.09 mcUT [ 98.9 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTForwardMCCheck INFO 02_long>5GeV >3UT : 385 tr 4.04 from 4.09 mcUT [ 98.9 %] 0.04 ghost hits on real tracks [ 0.9 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV : 29 tr 4.10 from 4.10 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 03_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 29 tr 4.10 from 4.10 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV : 29 tr 4.10 from 4.10 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO 04_UT_long_fromB_P>3GeV_Pt>0.5GeV >3UT : 29 tr 4.10 from 4.10 mcUT [100.0 %] 0.00 ghost hits on real tracks [ 0.0 %] -UTForwardMCCheck INFO -ForwardBestMCCheck INFO Results -ForwardBestMCCheck INFO **** Forward 1293 tracks including 316 ghosts [24.44 %], Event average 22.32 % **** -ForwardBestMCCheck INFO 01_long : 847 from 1013 [ 83.61 %] 6 clones [ 0.70 %], purity: 98.87 %, hitEff: 92.06 % -ForwardBestMCCheck INFO 02_long>5GeV : 592 from 633 [ 93.52 %] 4 clones [ 0.67 %], purity: 99.12 %, hitEff: 93.91 % -ForwardBestMCCheck INFO 03_long_strange : 40 from 58 [ 68.97 %] 0 clones [ 0.00 %], purity: 97.39 %, hitEff: 90.59 % -ForwardBestMCCheck INFO 04_long_strange>5GeV : 23 from 25 [ 92.00 %] 0 clones [ 0.00 %], purity: 97.95 %, hitEff: 93.64 % -ForwardBestMCCheck INFO 05_long_fromB : 39 from 48 [ 81.25 %] 0 clones [ 0.00 %], purity: 99.43 %, hitEff: 94.01 % -ForwardBestMCCheck INFO 06_long_fromB>5GeV : 34 from 36 [ 94.44 %] 0 clones [ 0.00 %], purity: 99.47 %, hitEff: 94.97 % -ForwardBestMCCheck INFO 07_long_electrons : 64 from 96 [ 66.67 %] 0 clones [ 0.00 %], purity: 97.22 %, hitEff: 91.34 % -ForwardBestMCCheck INFO 08_long_electrons_P>5GeV : 38 from 51 [ 74.51 %] 0 clones [ 0.00 %], purity: 97.84 %, hitEff: 93.59 % -ForwardBestMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 95.83 %, hitEff: 80.22 % -ForwardBestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 95.83 %, hitEff: 80.22 % -ForwardBestMCCheck INFO -MatchMCCheck INFO Results -MatchMCCheck INFO **** Match 1327 tracks including 306 ghosts [23.06 %], Event average 21.64 % **** -MatchMCCheck INFO 01_long : 894 from 1013 [ 88.25 %] 8 clones [ 0.89 %], purity: 99.35 %, hitEff: 92.86 % -MatchMCCheck INFO 02_long>5GeV : 594 from 633 [ 93.84 %] 7 clones [ 1.16 %], purity: 99.49 %, hitEff: 94.99 % -MatchMCCheck INFO 03_long_strange : 44 from 58 [ 75.86 %] 0 clones [ 0.00 %], purity: 98.65 %, hitEff: 87.29 % -MatchMCCheck INFO 04_long_strange>5GeV : 22 from 25 [ 88.00 %] 0 clones [ 0.00 %], purity: 99.39 %, hitEff: 94.90 % -MatchMCCheck INFO 05_long_fromB : 41 from 48 [ 85.42 %] 1 clones [ 2.38 %], purity: 99.69 %, hitEff: 93.94 % -MatchMCCheck INFO 06_long_fromB>5GeV : 34 from 36 [ 94.44 %] 1 clones [ 2.86 %], purity: 99.63 %, hitEff: 94.74 % -MatchMCCheck INFO 07_long_electrons : 58 from 96 [ 60.42 %] 1 clones [ 1.69 %], purity: 97.93 %, hitEff: 91.63 % -MatchMCCheck INFO 08_long_electrons_P>5GeV : 36 from 51 [ 70.59 %] 0 clones [ 0.00 %], purity: 98.70 %, hitEff: 95.08 % -MatchMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 87.23 % -MatchMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 87.23 % -MatchMCCheck INFO -TMCCheck INFO Results -TMCCheck INFO **** TTrack 1894 tracks including 163 ghosts [ 8.61 %], Event average 7.21 % **** -TMCCheck INFO 01_hasT : 1259 from 1524 [ 82.61 %] 1 clones [ 0.08 %], purity: 99.15 %, hitEff: 91.68 % -TMCCheck INFO 02_long : 946 from 1013 [ 93.39 %] 0 clones [ 0.00 %], purity: 99.40 %, hitEff: 92.37 % -TMCCheck INFO 03_long>5GeV : 618 from 633 [ 97.63 %] 0 clones [ 0.00 %], purity: 99.42 %, hitEff: 94.93 % -TMCCheck INFO 04_long_fromB : 46 from 48 [ 95.83 %] 0 clones [ 0.00 %], purity: 99.20 %, hitEff: 93.07 % -TMCCheck INFO 05_long_fromB>5GeV : 36 from 36 [100.00 %] 0 clones [ 0.00 %], purity: 99.54 %, hitEff: 94.51 % -TMCCheck INFO 06_UT+T_strange : 101 from 111 [ 90.99 %] 0 clones [ 0.00 %], purity: 98.90 %, hitEff: 89.97 % -TMCCheck INFO 07_UT+T_strange>5GeV : 59 from 60 [ 98.33 %] 0 clones [ 0.00 %], purity: 99.70 %, hitEff: 95.40 % -TMCCheck INFO 08_noVelo+UT+T_strange : 49 from 53 [ 92.45 %] 0 clones [ 0.00 %], purity: 98.92 %, hitEff: 92.90 % -TMCCheck INFO 09_noVelo+UT+T_strange>5GeV : 35 from 35 [100.00 %] 0 clones [ 0.00 %], purity: 99.50 %, hitEff: 95.46 % -TMCCheck INFO 10_UT+T_SfromDB : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 88.69 % -TMCCheck INFO 11_UT+T_SfromDB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 88.69 % -TMCCheck INFO 12_noVelo+UT+T_SfromDB>5GeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 88.69 % -TMCCheck INFO -DownMCCheck INFO Results -DownMCCheck INFO **** Downstream 1364 tracks including 393 ghosts [28.81 %], Event average 27.63 % **** -DownMCCheck INFO 01_UT+T : 869 from 1146 [ 75.83 %] 0 clones [ 0.00 %], purity: 99.60 %, hitEff: 99.62 % -DownMCCheck INFO 02_UT+T>5GeV : 583 from 700 [ 83.29 %] 0 clones [ 0.00 %], purity: 99.63 %, hitEff: 99.64 % -DownMCCheck INFO 03_UT+T_strange : 70 from 111 [ 63.06 %] 0 clones [ 0.00 %], purity: 99.05 %, hitEff: 99.29 % -DownMCCheck INFO 04_UT+T_strange>5GeV : 44 from 60 [ 73.33 %] 0 clones [ 0.00 %], purity: 99.55 %, hitEff: 99.43 % -DownMCCheck INFO 05_noVelo+UT+T_strange : 31 from 53 [ 58.49 %] 0 clones [ 0.00 %], purity: 98.95 %, hitEff: 99.19 % -DownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 23 from 35 [ 65.71 %] 0 clones [ 0.00 %], purity: 99.15 %, hitEff: 98.91 % -DownMCCheck INFO 07_UT+T_fromB : 44 from 55 [ 80.00 %] 0 clones [ 0.00 %], purity: 99.53 %, hitEff:100.00 % -DownMCCheck INFO 08_UT+T_fromB>5GeV : 34 from 41 [ 82.93 %] 0 clones [ 0.00 %], purity: 99.82 %, hitEff:100.00 % -DownMCCheck INFO 09_noVelo+UT+T_fromB : 3 from 8 [ 37.50 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff:100.00 % -DownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 2 from 6 [ 33.33 %] 0 clones [ 0.00 %], purity: 96.87 %, hitEff:100.00 % -DownMCCheck INFO 11_UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 12_UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 13_noVelo+UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -DownMCCheck INFO 15_noVelo+UT+T_electrons : 47 from 112 [ 41.96 %] 0 clones [ 0.00 %], purity: 99.43 %, hitEff: 99.47 % -DownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 22 from 47 [ 46.81 %] 0 clones [ 0.00 %], purity: 99.37 %, hitEff: 98.86 % -DownMCCheck INFO -BestMCCheck INFO Results -BestMCCheck INFO **** Best 4849 tracks including 505 ghosts [10.41 %], Event average 9.63 % **** -BestMCCheck INFO 01_long : 1009 from 1013 [ 99.61 %] 54 clones [ 5.08 %], purity: 99.37 %, hitEff: 87.44 % -BestMCCheck INFO 02_long>5GeV : 632 from 633 [ 99.84 %] 31 clones [ 4.68 %], purity: 99.55 %, hitEff: 91.71 % -BestMCCheck INFO 03_long_strange : 56 from 58 [ 96.55 %] 6 clones [ 9.68 %], purity: 98.54 %, hitEff: 77.89 % -BestMCCheck INFO 04_long_strange>5GeV : 25 from 25 [100.00 %] 2 clones [ 7.41 %], purity: 98.97 %, hitEff: 88.50 % -BestMCCheck INFO 05_long_fromB : 48 from 48 [100.00 %] 4 clones [ 7.69 %], purity: 99.45 %, hitEff: 83.42 % -BestMCCheck INFO 06_long_fromB>5GeV : 36 from 36 [100.00 %] 2 clones [ 5.26 %], purity: 99.78 %, hitEff: 90.93 % -BestMCCheck INFO 07_long_electrons : 86 from 96 [ 89.58 %] 5 clones [ 5.49 %], purity: 97.11 %, hitEff: 75.45 % -BestMCCheck INFO 08_long_electrons_P>5GeV : 44 from 51 [ 86.27 %] 2 clones [ 4.35 %], purity: 97.91 %, hitEff: 83.13 % -BestMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestMCCheck INFO -BestLongMCCheck INFO Results -BestLongMCCheck INFO **** BestLong 1222 tracks including 192 ghosts [15.71 %], Event average 14.96 % **** -BestLongMCCheck INFO 01_long : 903 from 1013 [ 89.14 %] 5 clones [ 0.55 %], purity: 99.35 %, hitEff: 95.21 % -BestLongMCCheck INFO 02_long>5GeV : 595 from 633 [ 94.00 %] 4 clones [ 0.67 %], purity: 99.53 %, hitEff: 96.53 % -BestLongMCCheck INFO 03_long_strange : 45 from 58 [ 77.59 %] 0 clones [ 0.00 %], purity: 97.99 %, hitEff: 90.71 % -BestLongMCCheck INFO 04_long_strange>5GeV : 22 from 25 [ 88.00 %] 0 clones [ 0.00 %], purity: 98.73 %, hitEff: 96.29 % -BestLongMCCheck INFO 05_long_fromB : 39 from 48 [ 81.25 %] 0 clones [ 0.00 %], purity: 99.78 %, hitEff: 96.51 % -BestLongMCCheck INFO 06_long_fromB>5GeV : 33 from 36 [ 91.67 %] 0 clones [ 0.00 %], purity: 99.75 %, hitEff: 97.29 % -BestLongMCCheck INFO 07_long_electrons : 64 from 96 [ 66.67 %] 0 clones [ 0.00 %], purity: 97.65 %, hitEff: 92.63 % -BestLongMCCheck INFO 08_long_electrons_P>5GeV : 36 from 51 [ 70.59 %] 0 clones [ 0.00 %], purity: 98.57 %, hitEff: 95.19 % -BestLongMCCheck INFO 09_long_fromB_electrons : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestLongMCCheck INFO 10_long_fromB_electrons_P>5GeV : 4 from 5 [ 80.00 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 91.88 % -BestLongMCCheck INFO -BestLongAndGhos... INFO Results -BestLongAndGhos... INFO **** BestLongAndGhostProb 1125 tracks including 112 ghosts [ 9.96 %], Event average 9.81 % **** -BestLongAndGhos... INFO 01_long : 897 from 1013 [ 88.55 %] 5 clones [ 0.55 %], purity: 99.37 %, hitEff: 95.29 % -BestLongAndGhos... INFO 02_long>5GeV : 592 from 633 [ 93.52 %] 4 clones [ 0.67 %], purity: 99.55 %, hitEff: 96.59 % -BestLongAndGhos... INFO 03_long_strange : 44 from 58 [ 75.86 %] 0 clones [ 0.00 %], purity: 97.95 %, hitEff: 91.30 % -BestLongAndGhos... INFO 04_long_strange>5GeV : 22 from 25 [ 88.00 %] 0 clones [ 0.00 %], purity: 98.73 %, hitEff: 96.29 % -BestLongAndGhos... INFO 05_long_fromB : 39 from 48 [ 81.25 %] 0 clones [ 0.00 %], purity: 99.78 %, hitEff: 96.51 % -BestLongAndGhos... INFO 06_long_fromB>5GeV : 33 from 36 [ 91.67 %] 0 clones [ 0.00 %], purity: 99.75 %, hitEff: 97.29 % -BestLongAndGhos... INFO 07_long_electrons : 60 from 96 [ 62.50 %] 0 clones [ 0.00 %], purity: 97.90 %, hitEff: 92.89 % -BestLongAndGhos... INFO 08_long_electrons_P>5GeV : 35 from 51 [ 68.63 %] 0 clones [ 0.00 %], purity: 98.68 %, hitEff: 95.57 % -BestLongAndGhos... INFO 09_long_fromB_electrons : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.24 % -BestLongAndGhos... INFO 10_long_fromB_electrons_P>5GeV : 3 from 5 [ 60.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 95.24 % -BestLongAndGhos... INFO -BestDownMCCheck INFO Results -BestDownMCCheck INFO **** BestDown 236 tracks including 97 ghosts [41.10 %], Event average 40.74 % **** -BestDownMCCheck INFO 01_UT+T : 94 from 1146 [ 8.20 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 93.14 % -BestDownMCCheck INFO 02_UT+T>5GeV : 53 from 700 [ 7.57 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 96.54 % -BestDownMCCheck INFO 03_UT+T_strange : 35 from 111 [ 31.53 %] 0 clones [ 0.00 %], purity: 99.07 %, hitEff: 94.44 % -BestDownMCCheck INFO 04_UT+T_strange>5GeV : 24 from 60 [ 40.00 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 96.99 % -BestDownMCCheck INFO 05_noVelo+UT+T_strange : 29 from 53 [ 54.72 %] 0 clones [ 0.00 %], purity: 98.88 %, hitEff: 94.46 % -BestDownMCCheck INFO 06_noVelo+UT+T_strange>5GeV : 21 from 35 [ 60.00 %] 0 clones [ 0.00 %], purity: 99.07 %, hitEff: 96.87 % -BestDownMCCheck INFO 07_UT+T_fromB : 6 from 55 [ 10.91 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 93.18 % -BestDownMCCheck INFO 08_UT+T_fromB>5GeV : 3 from 41 [ 7.32 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 92.25 % -BestDownMCCheck INFO 09_noVelo+UT+T_fromB : 3 from 8 [ 37.50 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 95.96 % -BestDownMCCheck INFO 10_noVelo+UT+T_fromB>5GeV : 2 from 6 [ 33.33 %] 0 clones [ 0.00 %], purity: 96.87 %, hitEff: 93.93 % -BestDownMCCheck INFO 11_UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 12_UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 13_noVelo+UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 14_noVelo+UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownMCCheck INFO 15_noVelo+UT+T_electrons : 41 from 112 [ 36.61 %] 0 clones [ 0.00 %], purity: 99.50 %, hitEff: 91.14 % -BestDownMCCheck INFO 16_noVelo+UT+T_electrons_P>5GeV : 19 from 47 [ 40.43 %] 0 clones [ 0.00 %], purity: 99.27 %, hitEff: 94.06 % -BestDownMCCheck INFO -BestDownAndGhos... INFO Results -BestDownAndGhos... INFO **** BestDownAndGhostProb 208 tracks including 71 ghosts [34.13 %], Event average 33.14 % **** -BestDownAndGhos... INFO 01_UT+T : 94 from 1146 [ 8.20 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 93.14 % -BestDownAndGhos... INFO 02_UT+T>5GeV : 53 from 700 [ 7.57 %] 0 clones [ 0.00 %], purity: 99.51 %, hitEff: 96.54 % -BestDownAndGhos... INFO 03_UT+T_strange : 35 from 111 [ 31.53 %] 0 clones [ 0.00 %], purity: 99.07 %, hitEff: 94.44 % -BestDownAndGhos... INFO 04_UT+T_strange>5GeV : 24 from 60 [ 40.00 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 96.99 % -BestDownAndGhos... INFO 05_noVelo+UT+T_strange : 29 from 53 [ 54.72 %] 0 clones [ 0.00 %], purity: 98.88 %, hitEff: 94.46 % -BestDownAndGhos... INFO 06_noVelo+UT+T_strange>5GeV : 21 from 35 [ 60.00 %] 0 clones [ 0.00 %], purity: 99.07 %, hitEff: 96.87 % -BestDownAndGhos... INFO 07_UT+T_fromB : 6 from 55 [ 10.91 %] 0 clones [ 0.00 %], purity: 98.96 %, hitEff: 93.18 % -BestDownAndGhos... INFO 08_UT+T_fromB>5GeV : 3 from 41 [ 7.32 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 92.25 % -BestDownAndGhos... INFO 09_noVelo+UT+T_fromB : 3 from 8 [ 37.50 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 95.96 % -BestDownAndGhos... INFO 10_noVelo+UT+T_fromB>5GeV : 2 from 6 [ 33.33 %] 0 clones [ 0.00 %], purity: 96.87 %, hitEff: 93.93 % -BestDownAndGhos... INFO 11_UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 12_UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 13_noVelo+UT+T_SfromDB : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 14_noVelo+UT+T_SfromDB>5GeV : 0 from 2 [ 0.00 %] 0 clones [ 0.00 %], purity: 0.00 %, hitEff: 0.00 % -BestDownAndGhos... INFO 15_noVelo+UT+T_electrons : 39 from 112 [ 34.82 %] 0 clones [ 0.00 %], purity: 99.66 %, hitEff: 91.32 % -BestDownAndGhos... INFO 16_noVelo+UT+T_electrons_P>5GeV : 17 from 47 [ 36.17 %] 0 clones [ 0.00 %], purity: 99.61 %, hitEff: 94.80 % -BestDownAndGhos... INFO -UTForwardBestMC... INFO Results -UTForwardBestMC... INFO **** UT Efficiency for /Event/Rec/Track/Keyed/ForwardBest **** 316 ghost, 2.36 UT per track -UTForwardBestMC... INFO 01_long : 853 tr 3.89 from 4.06 mcUT [ 95.9 %] 0.10 ghost hits on real tracks [ 2.6 %] -UTForwardBestMC... INFO 01_long >3UT : 844 tr 3.93 from 4.08 mcUT [ 96.2 %] 0.10 ghost hits on real tracks [ 2.6 %] -UTForwardBestMC... INFO 02_long>5GeV : 596 tr 3.92 from 4.05 mcUT [ 96.8 %] 0.06 ghost hits on real tracks [ 1.6 %] -UTForwardBestMC... INFO 02_long>5GeV >3UT : 587 tr 3.97 from 4.08 mcUT [ 97.3 %] 0.06 ghost hits on real tracks [ 1.5 %] -UTForwardBestMC... INFO -UTMatchMCCheck INFO Results -UTMatchMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Match **** 306 ghost, 2.44 UT per track -UTMatchMCCheck INFO 01_long : 902 tr 3.88 from 4.06 mcUT [ 95.5 %] 0.11 ghost hits on real tracks [ 2.6 %] -UTMatchMCCheck INFO 01_long >3UT : 894 tr 3.91 from 4.08 mcUT [ 95.8 %] 0.11 ghost hits on real tracks [ 2.6 %] -UTMatchMCCheck INFO 02_long>5GeV : 601 tr 3.91 from 4.05 mcUT [ 96.6 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTMatchMCCheck INFO 02_long>5GeV >3UT : 593 tr 3.96 from 4.08 mcUT [ 97.1 %] 0.07 ghost hits on real tracks [ 1.7 %] -UTMatchMCCheck INFO -UTDownMCCheck INFO Results -UTDownMCCheck INFO **** UT Efficiency for /Event/Rec/Track/Keyed/Downstream **** 393 ghost, 4.05 UT per track -UTDownMCCheck INFO 01_has seed : 869 tr 4.08 from 4.10 mcUT [ 99.6 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 01_has seed >3UT : 869 tr 4.08 from 4.10 mcUT [ 99.6 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT : 64 tr 4.00 from 4.03 mcUT [ 99.2 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 02_has seed +noVelo, T+UT >3UT : 64 tr 4.00 from 4.03 mcUT [ 99.2 %] 0.02 ghost hits on real tracks [ 0.4 %] -UTDownMCCheck INFO 03_down+strange : 70 tr 4.00 from 4.03 mcUT [ 99.3 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 03_down+strange >3UT : 70 tr 4.00 from 4.03 mcUT [ 99.3 %] 0.03 ghost hits on real tracks [ 0.7 %] -UTDownMCCheck INFO 04_down+strange+>5GeV : 44 tr 4.02 from 4.05 mcUT [ 99.4 %] 0.02 ghost hits on real tracks [ 0.6 %] -UTDownMCCheck INFO 04_down+strange+>5GeV >3UT : 44 tr 4.02 from 4.05 mcUT [ 99.4 %] 0.02 ghost hits on real tracks [ 0.6 %] -UTDownMCCheck INFO -VeloFullMCCheck INFO Results -VeloFullMCCheck INFO **** Velo 3936 tracks including 46 ghosts [ 1.17 %], Event average 1.00 % **** -VeloFullMCCheck INFO 01_notElectron_Velo : 3429 from 3632 [ 94.41 %] 32 clones [ 0.92 %], purity: 99.69 %, hitEff: 96.78 %, hitEffFirst3: 97.85 %, hitEffLast: 94.10 % -VeloFullMCCheck INFO 02_notElectron_Velo_Forward : 2129 from 2222 [ 95.81 %] 28 clones [ 1.30 %], purity: 99.76 %, hitEff: 97.04 %, hitEffFirst3: 97.25 %, hitEffLast: 96.33 % -VeloFullMCCheck INFO 03_notElectron_Velo_Backward : 1300 from 1410 [ 92.20 %] 4 clones [ 0.31 %], purity: 99.56 %, hitEff: 96.37 %, hitEffFirst3: 98.85 %, hitEffLast: 90.08 % -VeloFullMCCheck INFO 04_notElectron_Velo_Eta25 : 1704 from 1741 [ 97.87 %] 26 clones [ 1.50 %], purity: 99.78 %, hitEff: 96.83 %, hitEffFirst3: 97.13 %, hitEffLast: 96.26 % -VeloFullMCCheck INFO 05_notElectron_Long_Eta25 : 1006 from 1013 [ 99.31 %] 13 clones [ 1.28 %], purity: 99.88 %, hitEff: 97.46 %, hitEffFirst3: 97.64 %, hitEffLast: 97.14 % -VeloFullMCCheck INFO 06_notElectron_Long_Eta25 p>5GeV : 630 from 633 [ 99.53 %] 11 clones [ 1.72 %], purity: 99.88 %, hitEff: 97.30 %, hitEffFirst3: 97.61 %, hitEffLast: 97.13 % -VeloFullMCCheck INFO 07_notElectron_Long_Eta25 p<5GeV : 376 from 380 [ 98.95 %] 2 clones [ 0.53 %], purity: 99.87 %, hitEff: 97.74 %, hitEffFirst3: 97.71 %, hitEffLast: 97.17 % -VeloFullMCCheck INFO 08_notElectron_Long_Eta25 p>3GeV pt>400MeV : 536 from 540 [ 99.26 %] 8 clones [ 1.47 %], purity: 99.92 %, hitEff: 97.17 %, hitEffFirst3: 97.43 %, hitEffLast: 96.93 % -VeloFullMCCheck INFO 09_notElectron_Long_FromB_Eta25 : 46 from 48 [ 95.83 %] 1 clones [ 2.13 %], purity:100.00 %, hitEff: 97.89 %, hitEffFirst3: 97.87 %, hitEffLast: 97.04 % -VeloFullMCCheck INFO 10_notElectron_Long_FromB_Eta25 p>5GeV : 35 from 36 [ 97.22 %] 1 clones [ 2.78 %], purity:100.00 %, hitEff: 98.94 %, hitEffFirst3: 99.07 %, hitEffLast: 99.31 % -VeloFullMCCheck INFO 11_notElectron_Long_FromB_Eta25 p<5GeV : 11 from 12 [ 91.67 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 94.48 %, hitEffFirst3: 93.94 %, hitEffLast: 89.61 % -VeloFullMCCheck INFO 12_notElectron_Long_FromB_Eta25 p>3GeV pt>400MeV : 34 from 35 [ 97.14 %] 1 clones [ 2.86 %], purity:100.00 %, hitEff: 98.94 %, hitEffFirst3: 99.05 %, hitEffLast: 98.88 % -VeloFullMCCheck INFO 13_notElectron_Long_FromD_Eta25 : 29 from 29 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 97.65 %, hitEffFirst3: 98.85 %, hitEffLast: 97.42 % -VeloFullMCCheck INFO 14_notElectron_Long_FromD_Eta25 p>5GeV : 22 from 22 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.12 %, hitEffFirst3: 98.48 %, hitEffLast: 98.76 % -VeloFullMCCheck INFO 15_notElectron_Long_FromD_Eta25 p<5GeV : 7 from 7 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 96.19 %, hitEffFirst3:100.00 %, hitEffLast: 93.20 % -VeloFullMCCheck INFO 16_notElectron_Long_FromD_Eta25 p>3GeV pt>400MeV : 19 from 19 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff: 98.35 %, hitEffFirst3:100.00 %, hitEffLast: 97.81 % -VeloFullMCCheck INFO 17_notElectron_Long_strange_Eta25 : 57 from 58 [ 98.28 %] 0 clones [ 0.00 %], purity: 99.18 %, hitEff: 97.52 %, hitEffFirst3: 98.83 %, hitEffLast: 95.79 % -VeloFullMCCheck INFO 18_notElectron_Long_strange_Eta25 p>5GeV : 25 from 25 [100.00 %] 0 clones [ 0.00 %], purity: 99.43 %, hitEff: 98.31 %, hitEffFirst3:100.00 %, hitEffLast: 97.17 % -VeloFullMCCheck INFO 19_notElectron_Long_strange_Eta25 p<5GeV : 32 from 33 [ 96.97 %] 0 clones [ 0.00 %], purity: 98.98 %, hitEff: 96.90 %, hitEffFirst3: 97.92 %, hitEffLast: 94.76 % -VeloFullMCCheck INFO 20_notElectron_Long_strange_Eta25 p>3GeV pt>400MeV : 22 from 22 [100.00 %] 0 clones [ 0.00 %], purity: 99.35 %, hitEff: 97.17 %, hitEffFirst3: 96.97 %, hitEffLast: 97.75 % -VeloFullMCCheck INFO 21_Electron_Velo : 418 from 592 [ 70.61 %] 21 clones [ 4.78 %], purity: 97.95 %, hitEff: 87.56 %, hitEffFirst3: 84.66 %, hitEffLast: 87.83 % -VeloFullMCCheck INFO 22_Electron_Velo_Forward : 335 from 466 [ 71.89 %] 19 clones [ 5.37 %], purity: 97.87 %, hitEff: 86.35 %, hitEffFirst3: 82.11 %, hitEffLast: 88.33 % -VeloFullMCCheck INFO 23_Electron_Velo_Backward : 83 from 126 [ 65.87 %] 2 clones [ 2.35 %], purity: 98.31 %, hitEff: 92.58 %, hitEffFirst3: 95.29 %, hitEffLast: 85.64 % -VeloFullMCCheck INFO 24_Electron_Velo_Eta25 : 324 from 412 [ 78.64 %] 19 clones [ 5.54 %], purity: 97.99 %, hitEff: 86.09 %, hitEffFirst3: 81.83 %, hitEffLast: 88.18 % -VeloFullMCCheck INFO 25_Electron_Long_Eta25 : 94 from 96 [ 97.92 %] 1 clones [ 1.05 %], purity: 97.83 %, hitEff: 95.99 %, hitEffFirst3: 92.63 %, hitEffLast: 96.94 % -VeloFullMCCheck INFO 26_Electron_Long_Eta25 p>5GeV : 50 from 51 [ 98.04 %] 0 clones [ 0.00 %], purity: 97.92 %, hitEff: 95.82 %, hitEffFirst3: 94.00 %, hitEffLast: 94.67 % -VeloFullMCCheck INFO 27_Electron_Long_Eta25 p<5GeV : 44 from 45 [ 97.78 %] 1 clones [ 2.22 %], purity: 97.74 %, hitEff: 96.18 %, hitEffFirst3: 91.11 %, hitEffLast: 99.32 % -VeloFullMCCheck INFO 28_Electron_Long_Eta25 p>3GeV pt>400MeV : 15 from 15 [100.00 %] 1 clones [ 6.25 %], purity: 97.40 %, hitEff: 97.40 %, hitEffFirst3: 97.92 %, hitEffLast: 98.29 % -VeloFullMCCheck INFO 29_Electron_Long_FromB_Eta25 : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloFullMCCheck INFO 30_Electron_Long_FromB_Eta25 p>5GeV : 5 from 5 [100.00 %] 0 clones [ 0.00 %], purity: 95.00 %, hitEff: 95.00 %, hitEffFirst3:100.00 %, hitEffLast: 50.00 % -VeloFullMCCheck INFO 32_Electron_Long_FromB_Eta25 p>3GeV pt>400MeV : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast: -1.00 % -VeloFullMCCheck INFO 33_Electron_Long_FromD_Eta25 : 2 from 2 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 34_Electron_Long_FromD_Eta25 p>5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 35_Electron_Long_FromD_Eta25 p<5GeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO 36_Electron_Long_FromD_Eta25 p>3GeV pt>400MeV : 1 from 1 [100.00 %] 0 clones [ 0.00 %], purity:100.00 %, hitEff:100.00 %, hitEffFirst3:100.00 %, hitEffLast:100.00 % -VeloFullMCCheck INFO -TrackResChecker... INFO ************************************ -TrackResChecker... INFO ALL/x pull : mean = 0.033 +/- 0.053, RMS = 1.165 +/- 0.046 -TrackResChecker... INFO ALL/y pull : mean = 0.027 +/- 0.050, RMS = 1.105 +/- 0.034 -TrackResChecker... INFO ALL/tx pull : mean = -0.009 +/- 0.055, RMS = 1.221 +/- 0.051 -TrackResChecker... INFO ALL/ty pull : mean = -0.020 +/- 0.051, RMS = 1.138 +/- 0.039 -TrackResChecker... INFO ALL/p pull : mean = -0.186 +/- 0.061, RMS = 1.331 +/- 0.044 -TrackResChecker... INFO ALL/probChi2 : mean = 0.424 +/- 0.014, RMS = 0.313 +/- 0.006 -TrackResChecker... INFO ALL/x resolution / mm: RMS = 43.356 +/- 4.013 micron -TrackResChecker... INFO ALL/y resolution / mm: RMS = 46.097 +/- 4.800 micron -TrackResChecker... INFO ALL/dp/p: mean = -0.0002 +/- 0.0003, RMS = 0.0061 +/- 0.0006 -PVChecker INFO ************************************ -PVChecker INFO MC PV is reconstructible if at least 4 tracks are reconstructed -PVChecker INFO MC PV is isolated if dz to closest reconstructible MC PV > 10 mm -PVChecker INFO MC efficiency split by tracks with threshold: (4,10), >= 10 -PVChecker INFO MC efficiency split by z position: <-50, (-50,50), >50 -PVChecker INFO REC and MC vertices matched: by distance -PVChecker INFO -PVChecker INFO 00 all : 57 from 62 ( 75-13 ) [ 91.94 %], false 1 from reco. 58 ( 57+1 ) [ 1.72 %] -PVChecker INFO 01 isolated : 34 from 36 ( 42-6 ) [ 94.44 %], false 0 from reco. 34 ( 34+0 ) [ 0.00 %] -PVChecker INFO 02 close : 23 from 26 ( 33-7 ) [ 88.46 %], false 1 from reco. 24 ( 23+1 ) [ 4.17 %] -PVChecker INFO 03 ntracks<10 : 0 from 2 ( 2-0 ) [ 0.00 %], false 1 from reco. 1 ( 0+1 ) [ 100.00 %] -PVChecker INFO 04 ntracks>=10 : 57 from 60 ( 60-0 ) [ 95.00 %], false 0 from reco. 57 ( 57+0 ) [ 0.00 %] -PVChecker INFO 05 z<-50.0 : 14 from 14 ( 17-3 ) [ 100.00 %], false 1 from reco. 15 ( 14+1 ) [ 6.67 %] -PVChecker INFO 06 z in (-50.0, 50.0) : 23 from 28 ( 36-8 ) [ 82.14 %], false 0 from reco. 23 ( 23+0 ) [ 0.00 %] -PVChecker INFO 07 z >=50.0 : 20 from 20 ( 22-2 ) [ 100.00 %], false 0 from reco. 20 ( 20+0 ) [ 0.00 %] -PVChecker INFO 08 decayBeauty : 10 from 10 ( 10-0 ) [ 100.00 %], false 1 from reco. 11 ( 10+1 ) [ 9.09 %] -PVChecker INFO 09 decayCharm : 17 from 17 ( 17-0 ) [ 100.00 %], false 1 from reco. 18 ( 17+1 ) [ 5.56 %] -PVChecker INFO 10 decayStrange : 57 from 62 ( 65-3 ) [ 91.94 %], false 1 from reco. 58 ( 57+1 ) [ 1.72 %] -PVChecker INFO 11 other : 0 from 0 ( 10-10 ) [ -100.00 %], false 0 from reco. 1 ( 1+0 ) [ 0.00 %] -PVChecker INFO 12 1MCPV : 10 from 10 ( 10-0 ) [ 100.00 %], false 0 from reco. 10 ( 10+0 ) [ 0.00 %] -PVChecker INFO 13 2MCPV : 10 from 10 ( 10-0 ) [ 100.00 %], false 0 from reco. 10 ( 10+0 ) [ 0.00 %] -PVChecker INFO 14 3MCPV : 10 from 10 ( 10-0 ) [ 100.00 %], false 0 from reco. 10 ( 10+0 ) [ 0.00 %] -PVChecker INFO 15 4MCPV : 8 from 9 ( 10-1 ) [ 88.89 %], false 1 from reco. 9 ( 8+1 ) [ 11.11 %] -PVChecker INFO 16 5MCPV : 8 from 8 ( 10-2 ) [ 100.00 %], false 0 from reco. 8 ( 8+0 ) [ 0.00 %] -PVChecker INFO -PVChecker INFO 00 all : av. PV tracks: 48.75 [MC: 50.98] -PVChecker INFO 01 isolated : av. PV tracks: 47.56 [MC: 51.17] -PVChecker INFO 02 close : av. PV tracks: 50.52 [MC: 50.73] -PVChecker INFO 03 ntracks<10 : av. PV tracks: 0.00 [MC: 4.50] -PVChecker INFO 04 ntracks>=10 : av. PV tracks: 48.75 [MC: 52.53] -PVChecker INFO 05 z<-50.0 : av. PV tracks: 52.43 [MC: 56.71] -PVChecker INFO 06 z in (-50.0, 50.0) : av. PV tracks: 55.17 [MC: 51.79] -PVChecker INFO 07 z >=50.0 : av. PV tracks: 38.80 [MC: 45.85] -PVChecker INFO 08 decayBeauty : av. PV tracks: 78.00 [MC: 78.30] -PVChecker INFO 09 decayCharm : av. PV tracks: 73.53 [MC: 75.12] -PVChecker INFO 10 decayStrange : av. PV tracks: 48.75 [MC: 50.98] -PVChecker INFO 11 other : av. PV tracks: 0.00 [MC: 0.00] -PVChecker INFO 12 1MCPV : av. PV tracks: 100.50 [MC: 105.50] -PVChecker INFO 13 2MCPV : av. PV tracks: 69.90 [MC: 76.60] -PVChecker INFO 14 3MCPV : av. PV tracks: 44.10 [MC: 53.30] -PVChecker INFO 15 4MCPV : av. PV tracks: 36.38 [MC: 39.78] -PVChecker INFO 16 5MCPV : av. PV tracks: 21.75 [MC: 24.38] -PVChecker INFO -PVChecker INFO 1_res_all : x: +0.010, y: +0.013, z: +0.076 -PVChecker INFO 2_res_ntracks<10 : x: +0.000, y: +0.000, z: +0.000 -PVChecker INFO 3_res_ntracks(10,30) : x: +0.013, y: +0.020, z: +0.099 -PVChecker INFO 4_res_ntracks>30 : x: +0.007, y: +0.005, z: +0.045 -PVChecker INFO 5_res_z<-50 : x: +0.010, y: +0.012, z: +0.084 -PVChecker INFO 6_res_z(-50,50) : x: +0.007, y: +0.011, z: +0.082 -PVChecker INFO 7_res_z>50 : x: +0.012, y: +0.014, z: +0.056 -PVChecker INFO -PVChecker INFO 1_pull_width_all : x: +0.981, y: +1.020, z: +1.180 -PVChecker INFO 1_pull_mean_all : x: +0.100, y: -0.257, z: +0.294 -PVChecker INFO -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO MuonID Rates for Downstream Tracks -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuonLoose = 1.0 : 30.061 +- 3.591 -MuonPIDCheckerDown INFO IsMuoLoose MuonProb < 0.9 : 9.202 +- 2.264 -MuonPIDCheckerDown INFO IsMuoLoose DLL > 1.4 : 6.135 +- 1.880 -MuonPIDCheckerDown INFO IsMuonLoose NShared < 1.0 : 5.521 +- 1.789 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO IsMuon = 1.0 : 20.859 +- 3.182 -MuonPIDCheckerDown INFO IsMuon MuonProb < 0.9 : 7.362 +- 2.045 -MuonPIDCheckerDown INFO IsMuon DLL > 1.4 : 4.908 +- 1.692 -MuonPIDCheckerDown INFO IsMuon NShared < 1.0 : 3.067 +- 1.351 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerDown INFO Total Number of Tracks analysed: 236 -MuonPIDCheckerDown INFO Total Number of PreSelected Tracks: 163 -MuonPIDCheckerDown INFO Total Number of IsMuonLoose Candidates: 49 -MuonPIDCheckerDown INFO Total Number of IsMuon Candidates: 34 -MuonPIDCheckerDown INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO MuonID Rates for Long Tracks -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuonLoose (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuonLoose = 1.0 : 28.689 +- 1.448 -MuonPIDCheckerLong INFO IsMuoLoose MuonProb < 0.9 : 7.275 +- 0.831 -MuonPIDCheckerLong INFO IsMuoLoose DLL > 1.4 : 3.996 +- 0.627 -MuonPIDCheckerLong INFO IsMuonLoose NShared < 1.0 : 4.406 +- 0.657 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Criterium Rate After IsMuon (%) -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO IsMuon = 1.0 : 20.082 +- 1.282 -MuonPIDCheckerLong INFO IsMuon MuonProb < 0.9 : 6.250 +- 0.775 -MuonPIDCheckerLong INFO IsMuon DLL > 1.4 : 2.869 +- 0.534 -MuonPIDCheckerLong INFO IsMuon NShared < 1.0 : 2.766 +- 0.525 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -MuonPIDCheckerLong INFO Total Number of Tracks analysed: 1222 -MuonPIDCheckerLong INFO Total Number of PreSelected Tracks: 976 -MuonPIDCheckerLong INFO Total Number of IsMuonLoose Candidates: 280 -MuonPIDCheckerLong INFO Total Number of IsMuon Candidates: 196 -MuonPIDCheckerLong INFO ---------------------------------------------------------------- -PIDeEcalChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Signal'' = 90.1099[%] -PIDeEcalChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Ghosts'' = 77.4809[%] -PIDeEcalChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Background'' = 52.6093[%] -PIDeHcalChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Signal'' = 41.5741[%] -PIDeHcalChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Ghosts'' = 19.0632[%] -PIDeHcalChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Background'' = 14.1284[%] -PIDeBremChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Signal'' = 46.8407[%] -PIDeBremChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Ghosts'' = 33.7029[%] -PIDeBremChecker INFO 'Eff tanh(P/50 GeV/c) with cut 'DLL>0' for 'Background'' = 45.4054[%] -PIDmEcalChecker INFO 'Eff tanh(P/25 GeV/c) with cut 'DLL>0' for 'Signal'' = 100[%] -PIDmEcalChecker INFO 'Eff tanh(P/25 GeV/c) with cut 'DLL>0' for 'Ghosts'' = 41.1[%] -PIDmEcalChecker INFO 'Eff tanh(P/25 GeV/c) with cut 'DLL>0' for 'Background'' = 30.4309[%] -PIDmHcalChecker INFO 'Eff tanh(P/25 GeV/c) with cut 'DLL>0' for 'Signal'' = 100[%] -PIDmHcalChecker INFO 'Eff tanh(P/25 GeV/c) with cut 'DLL>0' for 'Ghosts'' = 49.0033[%] -PIDmHcalChecker INFO 'Eff tanh(P/25 GeV/c) with cut 'DLL>0' for 'Background'' = 27.1241[%] -ChargedProtoTuple SUCCESS Booked 1 N-Tuples and 0 Event Tag Collections -ChargedProtoPID...SUCCESS Booked 1 N-Tuples and 0 Event Tag Collections -GenFSRMerge INFO ========== Merging GenFSR ========== -DstWriter INFO Events output: 10 -FSROutputStream... INFO Set up File Summary Record -FSROutputStream... INFO Events output: 1 -EventLoopMgr INFO Histograms converted successfully according to request. -TransportSvc SUCCESS GEOMETRY ERRORS: 'Skip' map has the size 5 - | Logical Volume | | # mean RMS min max | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Recover' map has the size 25 - | Logical Volume | | # mean RMS min max | - | LHCb/lvLHCb | mm | 2 180.57997 170.12708 10.452892 350.707 | - | LHCb/lvLHCb | X0 | 2 0.55336218 0.52375752 0.029604661 1.07711 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | mm | 2 0.14338108 0.00050182458 0.14287925 0.14388 | - | egion/PipeSupportsInMagnet/lvUX852CollarForkAttachProng | X0 | 2 0 0 0 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | mm | 1 0.38231594 0 0.38231594 0.382315 | - | Region/PipeSupportsInMagnet/lvUX852FutureFibreCableHead | X0 | 1 0.00051306764 3.3353808e-12 0.00051306764 0.000513067 | -TransportSvc SUCCESS GEOMETRY ERRORS: 'Codes' map has the size 0 -TransportSvc INFO Reset the static pointer to DetDesc::IGeometyrErrorSvc -ToolSvc INFO Removing all tools created by ToolSvc -RFileCnv INFO dumping contents of /NTUPLES/PROTOTUPLE -TFile: name=protoparticles.tuples.root, title=Gaudi Trees, option=CREATE -RFileCnv INFO dumping contents of /NTUPLES/ANNPIDTUPLE -TFile: name=ProtoPIDANN.tuples.root, title=Gaudi Trees, option=CREATE -NTupleSvc INFO NTuples saved successfully -ChronoStatSvc.f... INFO Service finalized successfully -ApplicationMgr INFO Application Manager Finalized successfully -ApplicationMgr INFO Application Manager Terminated successfully -BestAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 4849 | 4344 |( 89.58548 +- 0.4386441)% | - | "MC particles per track" | 4344 | 4501 | 1.0361 | -BestForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 1293 | 129.30 | -BremChi22IDFuture INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2562 | 256.20 | 83.179 | 108.00 | 385.00 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -BremMatchFuture INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 215368 | 21537.0 | 11825.0 | 4586.0 | 40412.0 | - | "#chi2" | 61181 |2.673423e+08 | 4369.7 | 2864.1 | 0.65620 | 10000.0 | - | "#good tracks" | 10 | 1771 | 177.10 | 64.544 | 76.000 | 292.00 | - | "#links in table" | 10 | 61181 | 6118.1 | 3184.4 | 1646.0 | 12370.0 | - | "#total calos" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -BremMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/BremMatch" | 10 | 61181 | 6118.1 | 3184.4 | 1646.0 | 12370.0 | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -BremPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 2562 | 256.20 | 83.179 | 108.00 | 385.00 | -BrunelInit.Brun... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | -CaloClusterMCTruth INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CC2MC links" | 10 | 59200 | 5920.0 | - |*"No MC information for the cluster is found" | 2414 | 5 |(0.2071251 +- 0.09253318)% | -CaloDigit2MCLin... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#CD2MC links" | 10 | 179174 | 17917.0 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -CaloFutureEMuPI... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 10 | 43428 | 4342.8 | - | "#links/hypo" | 1484 | 43428 | 29.264 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 10 | 3809 | 380.90 | - | "#links/hypo" | 112 | 3809 | 34.009 | -CaloHypoMCTruth... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links" | 10 | 31494 | 3149.4 | - | "#links/hypo" | 1453 | 31494 | 21.675 | -ChargedProtoPMaker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Rec/Track/Best ==> Rec/ProtoP/Charged" | 10 | 1603 | 160.30 | 50.016 | 81.000 | 229.00 | -ClassifyPhotonE... INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Electron Delta(E)" | 1484 | 317388.5 | 213.87 | 257.91 | -906.74 | 4556.0 | - | "Electron Delta(X)" | 1484 | -376.0164 | -0.25338 | 11.668 | -22.781 | 22.326 | - | "Electron Delta(Y)" | 1484 | -839.3954 | -0.56563 | 11.516 | -22.781 | 22.325 | - | "Electron Delta(Z)" | 1484 | 100296.5 | 67.585 | 13.369 | 29.382 | 107.52 | - | "Electron corrected energy" | 1484 |1.108014e+07 | 7466.4 | 8164.0 | 423.63 | 92749.0 | - | "Photon Delta(E)" | 1453 | -8262.903 | -5.6868 | 151.32 | -1230.0 | 1414.5 | - | "Photon Delta(X)" | 1453 | -463.1436 | -0.31875 | 12.751 | -22.781 | 22.326 | - | "Photon Delta(Y)" | 1453 | -736.7816 | -0.50708 | 12.448 | -22.781 | 22.326 | - | "Photon Delta(Z)" | 1453 | 87038.88 | 59.903 | 12.606 | 26.451 | 100.85 | - | "Photon corrected energy" | 1453 | 6291242 | 4329.8 | 6413.6 | 179.37 | 60862.0 | - | "electronHypos" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | - | "photonHypos" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 464 | 462.5945 | 0.99697 | 0.019716 | 0.96530 | 1.0690 | - | "<alpha> Middle" | 476 | 479.127 | 1.0066 | 0.018846 | 0.97720 | 1.0868 | - | "<alpha> Outer" | 544 | 544.036 | 1.0001 | 0.014500 | 0.97380 | 1.0431 | - | "Pileup offset" | 1484 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 1484 | 1484 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ClassifyPhotonE... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 365 | 363.1511 | 0.99493 | 0.019594 | 0.96530 | 1.0690 | - | "<alpha> Middle" | 354 | 355.435 | 1.0041 | 0.018631 | 0.97720 | 1.0702 | - | "<alpha> Outer" | 734 | 731.4462 | 0.99652 | 0.015435 | 0.97356 | 1.0533 | - | "Pileup offset" | 1453 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 1453 | 1453 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -ConverterVP INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 3936 | 393.60 | -ConverterVPToV1 INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 10 | 3936 | 393.60 | -DownstreamAssoc... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1364 | 971 |( 71.18768 +- 1.226265)% | - | "MC particles per track" | 971 | 971 | 1.0000 | -EcalClusterMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/EcalClusters" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | -EcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 10 | 26158 | 2615.8 | 662.03 | 1502.0 | 3540.0 | -EcalEFlowMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Ecal/Digits" | 10 | 26039 | 2603.9 | 656.50 | 1504.0 | 3527.0 | -EcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 1729 | 172.90 | 60.224 | 85.000 | 257.00 | - | "#total energy" | 1729 | 5818.764 | 3.3654 | 3.8488 | -0.039452 | 54.842 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -EcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 2073 | 207.30 | 69.214 | 95.000 | 299.00 | -EcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 1729 | 172.90 | 60.224 | 85.000 | 257.00 | -ElectronMatchFu... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 259610 | 25961.0 | 16260.0 | 5668.0 | 48827.0 | - | "#chi2" | 26102 |1.180986e+08 | 4524.5 | 2907.8 | 0.28970 | 9999.8 | - | "#good tracks" | 10 | 1729 | 172.90 | 60.224 | 85.000 | 257.00 | - | "#links in table" | 10 | 26102 | 2610.2 | 1391.4 | 792.00 | 4543.0 | - | "#total calos" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | -ElectronMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/ElectronMatch" | 10 | 26102 | 2610.2 | 1391.4 | 792.00 | 4543.0 | - | "Monitor /Event/Rec/Calo/Electrons" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | -ElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Electrons" | 10 | 1484 | 148.40 | 50.945 | 76.000 | 230.00 | -EtaMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 462 | 46.200 | 37.371 | 0.0000 | 117.00 | -FastForwardMake... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 526 | 52.600 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 208 | 20.800 | 6.7794 | 12.000 | 34.000 | - | "#seeds" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -FilterForBestDo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 236 | 23.600 | 7.0029 | 14.000 | 37.000 | - | "#seeds" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 1125 | 112.50 | 35.345 | 58.000 | 164.00 | - | "#seeds" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -FilterForBestLo... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 1222 | 122.20 | 40.877 | 58.000 | 177.00 | - | "#seeds" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -FilterForBestMC... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#passed" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | - | "#seeds" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -ForwardBestAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1293 | 977 |( 75.56071 +- 1.195069)% | - | "MC particles per track" | 977 | 1125 | 1.1515 | -ForwardFastAsso... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 526 | 499 |( 94.86692 +- 0.9621738)% | - | "MC particles per track" | 499 | 584 | 1.1703 | -ForwardFastFitt... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 526 | 499 |( 94.86692 +- 0.9621738)% | - | "MC particles per track" | 499 | 584 | 1.1703 | -ForwardFitterAl... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 526 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 526 | 77 | 0.14639 | 0.35349 | 0.0000 | 1.0000 | - | "chisqprobSum" | 526 | 211.5202 | 0.40213 | 0.31884 | 0.0000 | 0.99979 | - | "flipCharge" | 526 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 10 | 526 | 52.600 | 18.634 | 32.000 | 87.000 | - | "nTracks" | 10 | 526 | 52.600 | 18.634 | 32.000 | 87.000 | - | "numOutliers" | 526 | 448 | 0.85171 | 0.89191 | 0.0000 | 4.0000 | -FutureClusChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2073 | 207.30 | 69.214 | 95.000 | 299.00 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -FutureClusterMatch INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#above threshold" | 10 | 341378 | 34138.0 | 18264.0 | 9553.0 | 58036.0 | - | "#chi2" | 111150 |5.167311e+07 | 464.90 | 288.32 | 0.00037910 | 999.99 | - | "#good tracks" | 10 | 1729 | 172.90 | 60.224 | 85.000 | 257.00 | - | "#links in table" | 10 | 111150 | 11115.0 | 6582.5 | 2177.0 | 21437.0 | - | "#total calos" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | -FutureEcalChi22ID INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2073 | 207.30 | 69.214 | 95.000 | 299.00 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -FutureEcalClust INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusterization passes" | 10 | 41 | 4.1000 | 0.53852 | 3.0000 | 5.0000 | - | "# clusters" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | - | "Cluster energy" | 2414 |1.414089e+07 | 5857.9 | 7510.0 | 176.60 | 92190.0 | - | "Cluster size" | 2414 | 31299 | 12.966 | 3.8803 | 6.0000 | 39.000 | -FutureEcalCovar INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# clusters" | 2414 | -FutureEcalCovar... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -FutureEcalCovar... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 140 | 765 | 5.4643 | 2.1528 | 2.0000 | 12.000 | - | "Corrected Clusters: ET" | 140 | 40705.01 | 290.75 | 283.82 | 51.800 | 1423.6 | - | "Corrected Clusters: size ratio" | 140 | 49.42346 | 0.35302 | 0.22898 | 0.0000 | 1.3367 | -FutureEcalShare INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Delta(E)" | 3515 | -105010.8 | -29.875 | 1132.0 | -23000.0 | 15091.0 | - | "Delta(X)" | 3515 | 47.8224 | 0.013605 | 5.3005 | -60.274 | 44.530 | - | "Delta(Y)" | 3515 | 172.8736 | 0.049182 | 5.0644 | -44.248 | 42.545 | - | "Delta(Z)" | 3515 |0.002929688 | 8.3348e-07 | 0.00067814 | -0.00097656 | 0.00097656 | - | "negative E clusters (removed)" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -FutureEcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 10 | 0 |( 0.000000 +- 0.000000)% | -FutureHcalZSup INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"No bank found" | 10 | 0 |( 0.000000 +- 0.000000)% | -FutureNeutralPr... INFO Number of counters : 41 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "CaloClusterCode for Photon" | 1453 | -2356 | -1.6215 | 89.900 | -98.000 | 98.000 | - | "CaloClusterCode for PhotonFromMergedPi0" | 224 | 19274 | 86.045 | 13.604 | 41.000 | 98.000 | - | "CaloClusterCode for Pi0Merged" | 112 | -2126 | -18.982 | 89.147 | -98.000 | 98.000 | - | "CaloClusterFrac for Photon" | 1293 | 1297.422 | 1.0034 | 0.052610 | 0.73877 | 1.2972 | - | "CaloClusterFrac for PhotonFromMergedPi0" | 224 | 120.9267 | 0.53985 | 0.19605 | 0.090931 | 0.92533 | - | "CaloClusterFrac for Pi0Merged" | 107 | 106.5929 | 0.99620 | 0.017452 | 0.85032 | 1.0058 | - | "CaloNeutralE19 for Photon" | 1453 | 843.9993 | 0.58087 | 0.18834 | 0.20374 | 1.3313 | - | "CaloNeutralE19 for PhotonFromMergedPi0" | 224 | 149.2766 | 0.66641 | 0.19801 | 0.23145 | 1.7127 | - | "CaloNeutralE19 for Pi0Merged" | 112 | 52.48827 | 0.46865 | 0.14152 | 0.22202 | 0.84971 | - | "CaloNeutralE49 for Photon" | 1453 | 1287.218 | 0.88590 | 0.096093 | 0.57935 | 1.3808 | - | "CaloNeutralE49 for PhotonFromMergedPi0" | 224 | 200.4213 | 0.89474 | 0.075907 | 0.60024 | 1.0000 | - | "CaloNeutralE49 for Pi0Merged" | 112 | 95.51061 | 0.85277 | 0.097310 | 0.62407 | 0.99475 | - | "CaloNeutralEcal for Photon" | 1453 | 6299505 | 4335.5 | 6409.6 | 178.95 | 60921.0 | - | "CaloNeutralEcal for PhotonFromMergedPi0" | 224 | 2228283 | 9947.7 | 9265.2 | 657.61 | 74811.0 | - | "CaloNeutralEcal for Pi0Merged" | 112 | 2122522 | 18951.0 | 15004.0 | 5353.3 | 92187.0 | - | "CaloNeutralHcal2Ecal for Photon" | 1453 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for PhotonFromMergedPi0" | 224 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralHcal2Ecal for Pi0Merged" | 112 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "CaloNeutralID for Photon" | 1453 |5.498457e+07 | 37842.0 | 3523.2 | 33160.0 | 44148.0 | - | "CaloNeutralID for PhotonFromMergedPi0" | 224 | 8332490 | 37199.0 | 2909.7 | 33297.0 | 43622.0 | - | "CaloNeutralID for Pi0Merged" | 112 | 4166497 | 37201.0 | 2907.8 | 33360.0 | 43622.0 | - | "CaloTrMatch for Photon" | 1402 | 149863.6 | 106.89 | 157.95 | 4.0214 | 978.67 | - | "CaloTrMatch for PhotonFromMergedPi0" | 224 | 2291.946 | 10.232 | 39.148 | 0.0043355 | 282.42 | - | "CaloTrMatch for Pi0Merged" | 112 | 1145.973 | 10.232 | 39.148 | 0.0043355 | 282.42 | - | "ClusterAsX for Photon" | 1453 | -5.493545 | -0.0037808 | 0.20009 | -0.69821 | 0.57183 | - | "ClusterAsX for PhotonFromMergedPi0" | 224 | 1.635679 | 0.0073021 | 0.23457 | -0.67383 | 0.82838 | - | "ClusterAsY for Photon" | 1453 | -2.504668 | -0.0017238 | 0.20576 | -0.60684 | 0.61597 | - | "ClusterAsY for PhotonFromMergedPi0" | 224 | 0.2307455 | 0.0010301 | 0.20714 | -0.76534 | 0.68799 | - | "IsNotH for Photon" | 1453 | 498.0393 | 0.34277 | 0.36063 | -1.0000 | 0.98892 | - | "IsNotH for Pi0Merged" | 112 | 25.10729 | 0.22417 | 0.28546 | 0.00027909 | 0.96642 | - | "IsPhoton for Photon" | 1453 | 1449.925 | 0.99788 | 0.042850 | 0.017310 | 1.0000 | - | "IsPhoton for Pi0Merged" | 112 | 73.13441 | 0.65299 | 0.44060 | 4.5783e-06 | 1.0000 | - | "IsPhotonXGB for Photon" | 1453 | 1450.664 | 0.99839 | 0.035344 | 0.069705 | 1.0000 | - | "IsPhotonXGB for Pi0Merged" | 112 | 90.01093 | 0.80367 | 0.30774 | 0.0075500 | 1.0000 | - | "Neutral Protos" | 10 | 1789 | 178.90 | 51.355 | 88.000 | 253.00 | - | "Neutral Protos from MergedPi0s" | 10 | 112 | 11.200 | 6.2738 | 2.0000 | 22.000 | - | "Neutral Protos from Photons" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | - | "Neutral Protos from SplitPhotons" | 10 | 224 | 22.400 | 12.548 | 4.0000 | 44.000 | - | "ShowerShape for Photon" | 1453 | 7943582 | 5467.0 | 5332.7 | 284.80 | 59727.0 | - | "ShowerShape for PhotonFromMergedPi0" | 224 | 955790.5 | 4266.9 | 3464.5 | 272.99 | 16655.0 | - | "ShowerShape for Pi0Merged" | 112 | 1127469 | 10067.0 | 8957.1 | 508.00 | 42342.0 | -HcalDigitMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Raw/Hcal/Digits" | 10 | 4898 | 489.80 | 100.36 | 363.00 | 676.00 | -HcalEFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 1632 | 163.20 | 57.119 | 76.000 | 246.00 | - | "#total energy" | 1632 | 12528.99 | 7.6771 | 12.185 | 0.0000 | 107.62 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -HcalPIDeFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 1632 | 163.20 | 57.119 | 76.000 | 246.00 | -HcalPIDmuFuture INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Table Size" | 10 | 1632 | 163.20 | 57.119 | 76.000 | 246.00 | -InBREMFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2798 | 279.80 | 88.376 | 122.00 | 412.00 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | - | "#tracks in acceptance" | 10 | 1939 | 193.90 | 67.849 | 86.000 | 312.00 | -InECALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2073 | 207.30 | 69.214 | 95.000 | 299.00 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | - | "#tracks in acceptance" | 10 | 1729 | 172.90 | 60.224 | 85.000 | 257.00 | -InHCALFuture INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#links in table" | 10 | 2073 | 207.30 | 69.214 | 95.000 | 299.00 | - | "#total tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | - | "#tracks in acceptance" | 10 | 1632 | 163.20 | 57.119 | 76.000 | 246.00 | -MCRichDigitSumm... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# UnPackedData" | 10 | 89008 | 8900.8 | 2656.4 | 3886.0 | 13255.0 | -MatchAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1327 | 1021 |( 76.94047 +- 1.156291)% | - | "MC particles per track" | 1021 | 1179 | 1.1548 | -MergedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/MergedPi0s" | 10 | 112 | 11.200 | 6.2738 | 2.0000 | 22.000 | -MergedPi0RecFuture INFO Number of counters : 12 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Cluster without 2nd seed found" | 112 | 0 |( 0.000000 +- 0.000000)% | - | "Corrected energy" | 224 | 2222085 | 9920.0 | 9213.0 | 658.41 | 73930.0 | - |*"Fails to set covariance" | 10 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to set spread" | 10 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (1)" | 112 | 0 |( 0.000000 +- 0.000000)% | - |*"Fails to tag(E) cluster (2)" | 112 | 0 |( 0.000000 +- 0.000000)% | - | "Photon Delta(E)" | 224 | -6198.476 | -27.672 | 242.54 | -1329.9 | 960.27 | - | "Photon Delta(X)" | 224 | -176.0478 | -0.78593 | 13.389 | -31.566 | 22.326 | - | "Photon Delta(Y)" | 224 | -130.1719 | -0.58112 | 13.308 | -22.755 | 24.575 | - | "Photon Delta(Z)" | 224 | 17740.51 | 79.199 | 9.8341 | 41.803 | 100.37 | - | "clusters => mergedPi0s" | 10 | 112 | 11.200 | - | "clusters => splitClusters" | 10 | 224 | 22.400 | -MergedPi0RecFut... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "<alpha> Inner" | 32 | 31.87061 | 0.99596 | 0.020986 | 0.96497 | 1.0507 | - | "<alpha> Middle" | 74 | 73.92213 | 0.99895 | 0.017261 | 0.97849 | 1.0613 | - | "<alpha> Outer" | 118 | 118.0917 | 1.0008 | 0.019640 | 0.97544 | 1.0822 | - | "Pileup offset" | 224 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup scale" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Pileup subtracted ratio" | 224 | 224 | 1.0000 | 0.0000 | 1.0000 | 1.0000 | -MergedPi0RecFut... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "parameter updated" | 2 | -MergedPi0RecFut... INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Corrected Clusters: # cells " | 23 | 134 | 5.8261 | 1.4035 | 4.0000 | 9.0000 | - | "Corrected Clusters: ET" | 23 | 18448.4 | 802.10 | 391.92 | 179.20 | 1597.0 | - | "Corrected Clusters: size ratio" | 23 | 11.01248 | 0.47880 | 0.31841 | 0.12468 | 1.4652 | -MuonIDAlgLite INFO Number of counters : 9 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "muonMVA2Stat" | 230 | -116.8411 | -0.50800 | 1.0667 | -2.5306 | 4.1144 | - | "nGoodOffline" | 1458 | - | "nInAcceptance" | 1186 | - | "nIsMuon" | 230 | - | "nIsMuonLoose" | 329 | - | "nIsMuonTight" | 85 | - | "nMomentumCut" | 1245 | - | "nMuonPIDs" | 1186 | - | "nPreSelTrack" | 1139 | -MuonProcStatus INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "readoutStatus : create a procStatus" | 10 | -MuonROFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Accepted events" | 10 | 10 |( 100.0000 +- 0.000000)% | -MuonTrackFitter INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Fit Failure Rate" | 329 | 0 |( 0.000000 +- 0.000000)% | - | "badChisq" | 297 | 163 | 0.54882 | 0.49761 | 0.0000 | 1.0000 | - | "chisqprobSum" | 297 | 55.97998 | 0.18848 | 0.29306 | 0.0000 | 0.99960 | - | "flipCharge" | 329 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nBadInput" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "nFitted" | 10 | 329 | 32.900 | 22.425 | 12.000 | 80.000 | - | "nTracks" | 10 | 329 | 32.900 | 22.425 | 12.000 | 80.000 | - | "numOutliers" | 329 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -PVChecker INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "nEvents" | 10 | -PackMuonPIDs INFO Number of counters : 22 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 10 | 1186 | 118.60 | 38.365 | 63.000 | 170.00 | - | "Diff. - MuonLLBg" | 1186 |-0.0004639612 |-3.9120e-07 | 1.5091e-05 | -4.9880e-05 | 4.9275e-05 | - | "Diff. - MuonLLMu" | 1186 |-0.0002105255 |-1.7751e-07 | 1.2390e-05 | -4.9895e-05 | 4.9883e-05 | - | "Diff. - chi2Corr" | 1186 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Diff. - muonMVA1" | 1186 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Diff. - muonMVA2" | 1186 |4.057481e-05 | 3.4211e-08 | 1.2539e-06 | -4.9472e-06 | 5.0068e-06 | - | "Diff. - muonMVA3" | 1186 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Diff. - muonMVA4" | 1186 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "Original - MuonLLBg" | 1186 | -8570283 | -7226.2 | 4476.8 | -10000.0 | -0.0020861 | - | "Original - MuonLLMu" | 1186 | -8570060 | -7226.0 | 4477.1 | -10000.0 | 0.0000 | - | "Original - chi2Corr" | 1186 | 172197.9 | 145.19 | 597.44 | 0.0000 | 8512.2 | - | "Original - muonMVA1" | 1186 | -1184814 | -999.00 | 0.0000 | -999.00 | -999.00 | - | "Original - muonMVA2" | 1186 | -955160.8 | -805.36 | 394.78 | -999.00 | 4.1144 | - | "Original - muonMVA3" | 1186 | -1184814 | -999.00 | 0.0000 | -999.00 | -999.00 | - | "Original - muonMVA4" | 1186 | -1184814 | -999.00 | 0.0000 | -999.00 | -999.00 | - | "Unpacked - MuonLLBg" | 1186 | -8570283 | -7226.2 | 4476.8 | -10000.0 | -0.0021000 | - | "Unpacked - MuonLLMu" | 1186 | -8570060 | -7226.0 | 4477.1 | -10000.0 | 0.0000 | - | "Unpacked - chi2Corr" | 1186 | 172197.9 | 145.19 | 597.44 | 0.0000 | 8512.2 | - | "Unpacked - muonMVA1" | 1186 | -1184814 | -999.00 | 0.0000 | -999.00 | -999.00 | - | "Unpacked - muonMVA2" | 1186 | -955160.8 | -805.36 | 394.78 | -999.00 | 4.1144 | - | "Unpacked - muonMVA3" | 1186 | -1184814 | -999.00 | 0.0000 | -999.00 | -999.00 | - | "Unpacked - muonMVA4" | 1186 | -1184814 | -999.00 | 0.0000 | -999.00 | -999.00 | -PackMuonTracks INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 10 | 329 | 32.900 | 22.425 | 12.000 | 80.000 | -PackRichPIDs INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedData" | 10 | 1488 | 148.80 | 46.600 | 76.000 | 220.00 | - | "Diff. - Delta(LL)" | 10416 |-0.0001185127 |-1.1378e-08 | 2.5583e-05 | -5.0068e-05 | 4.9889e-05 | - | "Original - Delta(LL)" | 10416 | -36722.24 | -3.5256 | 13.328 | -106.76 | 103.64 | - | "Unpacked - Delta(LL)" | 10416 | -36722.24 | -3.5256 | 13.328 | -106.76 | 103.64 | -PackTrack INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PackedTracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | -PatPV3D INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb PVs" | 10 | 58 | 5.8000 | -PhotonMatchMon INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Clusters" | 10 | 2414 | 241.40 | 62.049 | 138.00 | 334.00 | - | "RelationsTable" | 10 | 111150 | 11115.0 | 6582.5 | 2177.0 | 21437.0 | -PhotonMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 1453 | 145.30 | 33.797 | 82.000 | 196.00 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 10 | 2409 | 240.90 | - | "Created long tracks" | 10 | 1293 | 129.30 | - | "Input tracks" | 10 | 2497 | 249.70 | - | "Number of candidate bins per track" | 2409 | 74631 | 30.980 | 19.742 | 0.0000 | 90.000 | - | "Number of complete candidates/track 1st Loop" | 2387 | 1393 | 0.58358 | 0.70252 | 0.0000 | 4.0000 | - | "Number of complete candidates/track 2nd Loop" | 1425 | 153 | 0.10737 | 0.34598 | 0.0000 | 3.0000 | - | "Number of x candidates per track 1st Loop" | 2387 | 7345 | 3.0771 | 2.6921 | - | "Number of x candidates per track 2nd Loop" | 1425 | 15523 | 10.893 | 8.5336 | - | "Percentage second loop execution" | 2387 | 1425 | 0.59698 | - | "Removed duplicates" | 10 | 80 | 8.0000 | -PrForwardTracki... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 1134 | 4519 | 3.9850 | - | "#tracks with hits added" | 1134 | -PrForwardTracki... INFO Number of counters : 10 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Accepted input tracks" | 10 | 738 | 73.800 | - | "Created long tracks" | 10 | 526 | 52.600 | - | "Input tracks" | 10 | 741 | 74.100 | - | "Number of candidate bins per track" | 738 | 13333 | 18.066 | 12.547 | 0.0000 | 61.000 | - | "Number of complete candidates/track 1st Loop" | 732 | 517 | 0.70628 | 0.50927 | 0.0000 | 3.0000 | - | "Number of complete candidates/track 2nd Loop" | 292 | 27 | 0.092466 | 0.28968 | 0.0000 | 1.0000 | - | "Number of x candidates per track 1st Loop" | 732 | 1480 | 2.0219 | 1.6823 | - | "Number of x candidates per track 2nd Loop" | 292 | 2309 | 7.9075 | 6.3861 | - | "Percentage second loop execution" | 732 | 292 | 0.39891 | - | "Removed duplicates" | 10 | 3 | 0.30000 | -PrGECFilter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb Events Processed" | 10 | -PrLHCbID2MCPart... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#removed null MCParticles" | 116378 | 0 | 0.0000 | -PrLongLivedTrac... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream tracks made" | 10 | 1364 | 136.40 | -PrMatchNNBest INFO Number of counters : 3 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#MatchingChi2" | 4505 | 26501.61 | 5.8827 | - | "#MatchingTracks" | 10 | 1327 | 132.70 | - | "TracksMLP" | 4505 | 1359.336 | 0.30174 | -PrMatchNNBest.P... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#UT hits added" | 1175 | 4686 | 3.9881 | - | "#tracks with hits added" | 1175 | -PrStorePrUTHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 10 | 1800 | 180.00 | -PrStoreUTHit INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#banks" | 10 | 1800 | 180.00 | -PrVeloUTFast INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#seeds" | 10 | 2497 | 249.70 | - | "#tracks" | 10 | 741 | 74.100 | -PrepareMuonHits INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Impossible MuonTileID" | 3795 | 0 |( 0.000000 +- 0.000000)% | -ProtoElectronMon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/ProtoP/Charged" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | -ResolvedPi0Mon INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Monitor /Event/Rec/Calo/Photons" | 10 | 88 | 8.8000 | 6.5391 | 2.0000 | 21.000 | -RichDLLsDown INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 10 | 200 | 20.000 | 6.1968 | 11.000 | 30.000 | - |*"Used RICH1 and RICH2" | 200 | 50 |( 25.00000 +- 3.061862)% | - |*"Used RICH1 only" | 200 | 124 |( 62.00000 +- 3.432200)% | - |*"Used RICH2 only" | 200 | 26 |( 13.00000 +- 2.378024)% | -RichDLLsLong INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 10 | 1159 | 115.90 | 38.552 | 56.000 | 170.00 | - |*"Used RICH1 and RICH2" | 1159 | 420 |( 36.23814 +- 1.411958)% | - |*"Used RICH1 only" | 1159 | 548 |( 47.28214 +- 1.466512)% | - |*"Used RICH2 only" | 1159 | 191 |( 16.47972 +- 1.089756)% | -RichDLLsUp INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# PIDs" | 10 | 129 | 12.900 | 5.2048 | 4.0000 | 24.000 | - |*"Used RICH1 and RICH2" | 129 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 129 | 129 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 129 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonDown1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 9 | 9 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 4 | 4 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 37 | 37 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 37 | 22 |( 59.45946 +- 8.071502)% | - |*"Used RICH1 only" | 37 | 3 |( 8.108108 +- 4.487428)% | - |*"Used RICH2 only" | 37 | 12 |( 32.43243 +- 7.695876)% | -RichPIDMonDown2... INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 20 | 20 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 187 | 151 |( 80.74866 +- 2.883217)% | - |*"Used RICH1 and RICH2" | 151 | 28 |( 18.54305 +- 3.162759)% | - |*"Used RICH1 only" | 151 | 111 |( 73.50993 +- 3.591088)% | - |*"Used RICH2 only" | 151 | 12 |( 7.947020 +- 2.201064)% | -RichPIDMonDown2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 29 | 29 |( 100.0000 +- 0.000000)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 4 | 4 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 225 | 189 |( 84.00000 +- 2.444040)% | - |*"Used RICH1 and RICH2" | 189 | 50 |( 26.45503 +- 3.208483)% | - |*"Used RICH1 only" | 189 | 114 |( 60.31746 +- 3.558692)% | - |*"Used RICH2 only" | 189 | 25 |( 13.22751 +- 2.464332)% | -RichPIDMonDown7... INFO Number of counters : 5 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 1 | 1 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 1 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 1 | 1 |( 100.0000 +- 0.000000)% | -RichPIDMonLong1... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 52 | 51 |( 98.07692 +- 1.904496)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 224 | 217 |( 96.87500 +- 1.162537)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 11 | 9 |( 81.81818 +- 11.62913)% | - |*"Track ID rate" | 386 | 385 |( 99.74093 +- 0.2587316)% | - |*"Used RICH1 and RICH2" | 385 | 235 |( 61.03896 +- 2.485355)% | - |*"Used RICH1 only" | 385 | 11 |( 2.857143 +- 0.8490652)% | - |*"Used RICH2 only" | 385 | 139 |( 36.10390 +- 2.447845)% | -RichPIDMonLong2... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 324 | 323 |( 99.69136 +- 0.3081653)% | - |*"Track ID rate" | 795 | 734 |( 92.32704 +- 0.9439788)% | - |*"Used RICH1 and RICH2" | 734 | 180 |( 24.52316 +- 1.587987)% | - |*"Used RICH1 only" | 734 | 509 |( 69.34605 +- 1.701790)% | - |*"Used RICH2 only" | 734 | 45 |( 6.130790 +- 0.8854658)% | -RichPIDMonLong2... INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 56 | 55 |( 98.21429 +- 1.769699)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 551 | 543 |( 98.54809 +- 0.5095860)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 11 | 9 |( 81.81818 +- 11.62913)% | - |*"Track ID rate" | 1186 | 1124 |( 94.77234 +- 0.6463265)% | - |*"Used RICH1 and RICH2" | 1124 | 417 |( 37.09964 +- 1.440882)% | - |*"Used RICH1 only" | 1124 | 520 |( 46.26335 +- 1.487204)% | - |*"Used RICH2 only" | 1124 | 187 |( 16.63701 +- 1.110813)% | -RichPIDMonLong7... INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 3 | 3 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 5 | 2 |( 40.00000 +- 21.90890)% | - |*"Used RICH1 only" | 5 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH2 only" | 5 | 3 |( 60.00000 +- 21.90890)% | -RichPIDMonUp10to70 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 18 | 15 |( 83.33333 +- 8.784105)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 48 | 36 |( 75.00000 +- 6.250000)% | - |*"Used RICH1 and RICH2" | 36 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 36 | 36 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 36 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to10 INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 20 | 20 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 91 | 91 |( 100.0000 +- 0.000000)% | - |*"Used RICH1 and RICH2" | 91 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 91 | 91 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 91 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp2to100 INFO Number of counters : 8 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"K->K,Pr,D ID Efficiency" | 2 | 2 |( 100.0000 +- 0.000000)% | - |*"Pi->El,Mu,Pi ID Efficiency" | 38 | 35 |( 92.10526 +- 4.374408)% | - |*"Pr DLL(Pr)>0 ID Efficiency" | 5 | 5 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 141 | 127 |( 90.07092 +- 2.518472)% | - |*"Used RICH1 and RICH2" | 127 | 0 |( 0.000000 +- 0.000000)% | - |*"Used RICH1 only" | 127 | 127 |( 100.0000 +- 0.000000)% | - |*"Used RICH2 only" | 127 | 0 |( 0.000000 +- 0.000000)% | -RichPIDMonUp70t... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Event ID rate" | 10 | 10 |( 100.0000 +- 0.000000)% | - |*"Track ID rate" | 2 | 0 |( 0.000000 +- 0.000000)% | -RichRecoStatsDown INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 36978 | 3697.8 | 2115.6 | 975.00 | 6914.0 | - | "# Rich1Gas Segments" | 10 | 174 | 17.400 | 6.0531 | 10.000 | 26.000 | - | "# Rich2Gas Photons" | 10 | 4343 | 434.30 | 284.44 | 127.00 | 999.00 | - | "# Rich2Gas Segments" | 10 | 76 | 7.6000 | 3.5833 | 4.0000 | 15.000 | - | "# Selected Tracks" | 10 | 200 | 20.000 | 6.1968 | 11.000 | 30.000 | - |*"RICH selection efficiency" | 236 | 200 |( 84.74576 +- 2.340444)% | -RichRecoStatsLong INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 202233 | 20223.0 | 12243.0 | 5423.0 | 40594.0 | - | "# Rich1Gas Segments" | 10 | 968 | 96.800 | 35.835 | 49.000 | 150.00 | - | "# Rich2Gas Photons" | 10 | 46030 | 4603.0 | 2123.2 | 1181.0 | 8523.0 | - | "# Rich2Gas Segments" | 10 | 611 | 61.100 | 19.259 | 31.000 | 87.000 | - | "# Selected Tracks" | 10 | 1159 | 115.90 | 38.552 | 56.000 | 170.00 | - |*"RICH selection efficiency" | 1222 | 1159 |( 94.84452 +- 0.6325650)% | -RichRecoStatsUp INFO Number of counters : 6 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# Rich1Gas Photons" | 10 | 29927 | 2992.7 | 1857.3 | 955.00 | 6791.0 | - | "# Rich1Gas Segments" | 10 | 129 | 12.900 | 5.2048 | 4.0000 | 24.000 | - | "# Rich2Gas Photons" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Rich2Gas Segments" | 10 | 0 | 0.0000 | 0.0000 | 0.0000 | 0.0000 | - | "# Selected Tracks" | 10 | 129 | 12.900 | 5.2048 | 4.0000 | 24.000 | - |*"RICH selection efficiency" | 145 | 129 |( 88.96552 +- 2.601973)% | -SeedConverter INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of converted Tracks" | 10 | 1894 | 189.40 | -SeedingAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 1894 | 1731 |( 91.39388 +- 0.6444250)% | - | "MC particles per track" | 1731 | 1731 | 1.0000 | -ToolSvc.MCHybri... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 203 | -ToolSvc.TrackFu... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "# loaded from PYTHON" | 5 | -TrackBestTrackC... INFO Number of counters : 33 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"BadInput" | 5570 | 0 |( 0.000000 +- 0.000000)% | - |*"Downstream.badChisq" | 453 | 244 |( 53.86313 +- 2.342183)% | - | "Downstream.chisqProbSum" | 453 | 64.73902 | 0.14291 | - |*"Downstream.flipCharge" | 453 | 0 |( 0.000000 +- 0.000000)% | - | "Downstream.ghostProbability" | 453 | 452954.7 | 999.90 | - | "Downstream.numOutliers" | 453 | 535 | 1.1810 | - |*"FitFailed" | 5570 | 0 |( 0.000000 +- 0.000000)% | - | "FittedBefore" | 476 | - |*"Long.badChisq" | 1200 | 575 |( 47.91667 +- 1.442122)% | - | "Long.chisqProbSum" | 1200 | 238.9298 | 0.19911 | - |*"Long.flipCharge" | 1200 | 0 |( 0.000000 +- 0.000000)% | - | "Long.ghostProbability" | 1200 | 1199880 | 999.90 | - | "Long.numOutliers" | 1200 | 1624 | 1.3533 | - |*"Ttrack.badChisq" | 615 | 17 |( 2.764228 +- 0.6610927)% | - | "Ttrack.chisqProbSum" | 615 | 217.1017 | 0.35301 | - |*"Ttrack.flipCharge" | 615 | 35 |( 5.691057 +- 0.9341903)% | - | "Ttrack.ghostProbability" | 615 | 614938.5 | 999.90 | - | "Ttrack.numOutliers" | 615 | 293 | 0.47642 | - |*"Upstream.badChisq" | 195 | 59 |( 30.25641 +- 3.289603)% | - | "Upstream.chisqProbSum" | 195 | 69.63449 | 0.35710 | - |*"Upstream.flipCharge" | 195 | 6 |( 3.076923 +- 1.236672)% | - | "Upstream.ghostProbability" | 195 | 194980.5 | 999.90 | - | "Upstream.numOutliers" | 195 | 188 | 0.96410 | - |*"Velo.badChisq" | 1195 | 265 |( 22.17573 +- 1.201746)% | - | "Velo.chisqProbSum" | 1195 | 434.3227 | 0.36345 | - |*"Velo.flipCharge" | 1195 | 0 |( 0.000000 +- 0.000000)% | - | "Velo.ghostProbability" | 1195 | 1194881 | 999.90 | - | "Velo.numOutliers" | 1195 | 1246 | 1.0427 | - |*"VeloBackward.badChisq" | 1436 | 80 |( 5.571031 +- 0.6052617)% | - | "VeloBackward.chisqProbSum" | 1436 | 720.9586 | 0.50206 | - |*"VeloBackward.flipCharge" | 1436 | 0 |( 0.000000 +- 0.000000)% | - | "VeloBackward.ghostProbability" | 1436 | 1435856 | 999.90 | - | "VeloBackward.numOutliers" | 1436 | 518 | 0.36072 | -TrackDiMuonMonitor INFO Number of counters : 4 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "numcombinations" | 10 | 3721 | 372.10 | - | "numnegtracks" | 10 | 150 | 15.000 | - | "numpostracks" | 10 | 179 | 17.900 | - | "numselected" | 10 | 0 | 0.0000 | -TrackMonitor INFO Number of counters : 7 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "#Downstream" | 10 | 236 | 23.600 | 7.0029 | 14.000 | 37.000 | - | "#Long" | 10 | 1222 | 122.20 | 40.877 | 58.000 | 177.00 | - | "#Tracks" | 10 | 4849 | 484.90 | 151.63 | 226.00 | 688.00 | - | "#Ttrack" | 10 | 615 | 61.500 | 24.776 | 23.000 | 105.00 | - | "#Upstream" | 10 | 145 | 14.500 | 6.2330 | 4.0000 | 25.000 | - | "#Velo" | 10 | 1195 | 119.50 | 39.677 | 41.000 | 183.00 | - | "#VeloBackward" | 10 | 1436 | 143.60 | 44.423 | 81.000 | 203.00 | -TracksDownstrea... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 1364 | 136.40 | -TracksMatchConv... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 1327 | 132.70 | -UpstreamAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 741 | 674 |( 90.95816 +- 1.053513)% | - | "MC particles per track" | 674 | 674 | 1.0000 | -VPClustering INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 10 | 30441 | 3044.1 | -VeloAssociator INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - |*"Efficiency" | 3936 | 3890 |( 98.83130 +- 0.1713054)% | - | "MC particles per track" | 3890 | 3900 | 1.0026 | -VeloClusterTrac... INFO Number of counters : 2 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Clusters" | 10 | 30441 | 3044.1 | - | "Nb of Produced Tracks" | 10 | 3936 | 393.60 | -VeloUTMakeLHCbT... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Nb of Produced Tracks" | 10 | 741 | 74.100 | -kill_Unstripped... INFO Number of counters : 1 - | Counter | # | sum | mean/eff^* | rms/err^* | min | max | - | "Requested banks are empty" | 10 | -RichRecPixelQC SUCCESS 1D histograms in directory "RICH/RichRecPixelQC" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/nActiveModules | "Rich1 # Active PD Modules (nHits>0)" | 10 | 132.2 | 8.1216 | -1.3929 | 1.1845 | - | Rich1/nActivePDs | "Rich1 # Active PDs (nHits>0)" | 10 | 1072.2 | 158.58 | -0.88074 | 0.38049 | - | Rich1/nTotalPixs | "Rich1 Overall occupancy (nHits>0)" | 10 | 4783.6 | 1500.2 | 0.20474 | -0.68643 | - | Rich1/nTotalPixsPerPD | "Rich1 Average overall PD occupancy (nHits>0) | 10722 | 4.4615 | 5.2352 | 2.1511 | 5.1427 | - | Rich2/nActiveModules | "Rich2 # Active PD Modules (nHits>0)" | 10 | 0 | 0 | 0 | 0 | - | Rich2/nActivePDs | "Rich2 # Active PDs (nHits>0)" | 10 | 998 | 140.47 | -1.2512 | 0.48955 | - | Rich2/nTotalPixs | "Rich2 Overall occupancy (nHits>0)" | 10 | 2923.2 | 724.95 | -0.79438 | -0.26945 | - | Rich2/nTotalPixsPerPD | "Rich2 Average overall PD occupancy (nHits>0) | 9980 | 2.9291 | 2.645 | 3.5518 | 30.728 | -RichRecPixelClu...SUCCESS 1D histograms in directory "RICH/RichRecPixelClusters" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/clusterSize | "Rich1 Pixel Cluster Sizes" | 33278 | 1.4375 | 1.3525 | 7.1709 | 86.962 | - | Rich2/clusterSize | "Rich2 Pixel Cluster Sizes" | 24323 | 1.2018 | 0.89786 | 17.02 | 655.32 | -RiDownTrkEff SUCCESS 1D histograms in directory "RICH/RiDownTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 36 | 1.672 | 0.67552 | 0.17017 | -1.0079 | - | All/Rejected/CloneDist | "Track Clone Distance" | 36 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 36 | 0.19056 | 0.094879 | -0.54547 | -1.0854 | - | All/Rejected/P | "Track Momentum" | 36 | 4356.2 | 1350.9 | 1.0779 | 0.2958 | - | All/Rejected/Pt | "Track Transverse Momentum" | 36 | 115.1 | 49.31 | 2.4076 | 4.0736 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 200 | 1.4509 | 0.62165 | 0.36649 | -0.72847 | - | All/Selected/CloneDist | "Track Clone Distance" | 200 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 200 | 0.071831 | 0.10025 | 1.6133 | 1.5311 | - | All/Selected/P | "Track Momentum" | 200 | 7731.2 | 8710.6 | 4.116 | 23.336 | - | All/Selected/Pt | "Track Transverse Momentum" | 200 | 454.31 | 449.53 | 2.1735 | 5.2487 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 20 | 6.1968 | 0.093295 | -1.2821 | - | nTracks | "# Tracks / Event" | 10 | 23.6 | 7.0029 | 0.43944 | -0.87787 | -RiCKResDown SUCCESS 1D histograms in directory "RICH/RiCKResDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 18793 | 0.00058554 | 0.0024407 | -0.11753 | -0.88085 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 2651 | 1.8235e-05 | 0.0020333 | -0.38331 | -0.37742 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 36969 | 0.00057923 | 0.0024454 | -0.11056 | -0.87851 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 5081 |-0.00015575 | 0.0021136 | -0.33155 | -0.47815 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 36969 | 3.1252 | 1.8015 | 0.016658 | -1.1647 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 36969 | 0.044629 | 0.0092009 | -1.2492 | 0.89376 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 18176 | 0.00057257 | 0.0024504 | -0.10323 | -0.87603 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 2430 |-0.00033752 | 0.0021797 | -0.26053 | -0.575 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 2070 | 0.00013898 | 0.001286 | -0.065371 | -0.99733 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 1507 | 0.00017907 | 0.0012554 | -0.065464 | -0.96939 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 2273 | 0.00022001 | 0.0012948 | -0.081502 | -1.047 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 1599 | 0.0002798 | 0.0012749 | -0.10797 | -1.065 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 4343 | 0.00018158 | 0.0012912 | -0.073196 | -1.0228 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 3106 | 0.00023163 | 0.0012666 | -0.086183 | -1.0208 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 4343 | 3.131 | 1.8476 | 0.02147 | -1.2348 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 4343 | 0.026991 | 0.0041658 | -1.3912 | 1.5302 | -RiCKResDownTight SUCCESS 1D histograms in directory "RICH/RiCKResDownTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1619 |-0.00033368 | 0.0020358 | -0.39331 | -0.49505 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 1619 |-0.00033368 | 0.0020358 | -0.39331 | -0.49505 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 2880 |-0.00039988 | 0.0020704 | -0.36065 | -0.58116 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 2880 |-0.00039988 | 0.0020704 | -0.36065 | -0.58116 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 2880 | 3.2358 | 1.8058 | -0.066791 | -1.1641 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 2880 | 0.045162 | 0.0088595 | -1.3973 | 1.0902 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 1261 |-0.00048142 | 0.0021094 | -0.31759 | -0.67706 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 1261 |-0.00048142 | 0.0021094 | -0.31759 | -0.67706 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 578 | 0.00032497 | 0.0012145 | -0.10858 | -0.99124 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 578 | 0.00032497 | 0.0012145 | -0.10858 | -0.99124 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 863 | 0.00021322 | 0.0012317 | -0.051551 | -1.0282 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 863 | 0.00021322 | 0.0012317 | -0.051551 | -1.0282 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 1441 | 0.00025816 | 0.001226 | -0.075345 | -1.0142 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 1441 | 0.00025816 | 0.001226 | -0.075345 | -1.0142 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 1441 | 3.0005 | 1.8146 | 0.1134 | -1.1727 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 1441 | 0.026607 | 0.0045626 | -1.084 | 0.019763 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 92.119 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 174 | 602.17 | 35.405 | -5.4044 | 37.5 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 35 | 280.35 | 191.26 | -0.092342 | -1.5745 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 164 | 432.8 | 156.94 | -0.81778 | -0.52292 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 135 | 410.43 | 164.32 | -0.75526 | -0.53728 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 189.34 | 114.61 | 0.79459 | 0.69621 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 191.04 | 81.759 | 0.037268 | -1.8849 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 225 | 405.41 | 52.949 | -0.19698 | -0.74854 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 24 | 154.89 | 94.935 | 0.1798 | -0.87385 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 161 | 244.63 | 101.98 | -0.837 | -0.38174 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 124 | 223.9 | 105.77 | -0.74568 | -0.62517 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 6 | 180.14 | 106.29 | -0.34324 | -1.2101 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 7.3758 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 174 | 55.315 | 3.2524 | -5.4859 | 37.914 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 33 | 26.699 | 17.225 | -0.15989 | -1.5798 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 164 | 39.399 | 14.741 | -0.82521 | -0.50713 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 134 | 37.586 | 15.125 | -0.73355 | -0.58864 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 16.522 | 10.769 | 0.80901 | 0.7687 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 17.795 | 7.8953 | 0.080177 | -1.9417 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 76 | 34.287 | 2.4636 | -0.42985 | -0.76181 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 23 | 14.922 | 8.8268 | 0.14983 | -0.83075 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 73 | 29.811 | 3.3731 | -1.237 | 2.0222 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 70 | 27.032 | 5.2026 | -1.3924 | 2.3001 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 6 | 16.79 | 10.182 | -0.27565 | -1.3071 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 1 | 5.1631 | 0 | 0 | 0 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 174 | 36.627 | 3.0692 | -1.7694 | 8.3625 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 33 | 18.345 | 11.807 | -0.073693 | -1.4858 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 164 | 26.099 | 9.8791 | -0.72166 | -0.59494 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 134 | 24.779 | 9.9953 | -0.67126 | -0.50784 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 13 | 10.812 | 6.9048 | 0.80198 | 0.9988 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 2 | 12.028 | 5.4876 | -0.013832 | -2.1936 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 76 | 16.861 | 6.5521 | -0.39857 | -0.66567 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 23 | 9.8204 | 5.8231 | 0.18704 | -0.7665 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 73 | 15.728 | 6.4003 | -0.39751 | -0.79679 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 70 | 15.16 | 6.2892 | -0.26978 | -1.0322 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 6 | 11.078 | 6.7493 | -0.16373 | -1.1968 | -RiTkGeomEffsDown SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 1 | 0.7 | 0 | 0 | 0 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 174 | 0.6621 | 0.039017 | 0.098221 | -0.35599 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 33 | 0.7 | 0.062511 | -0.42922 | -0.39142 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 164 | 0.66583 | 0.055906 | -0.49978 | 1.3836 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 134 | 0.66163 | 0.052124 | -0.1867 | -0.33499 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 13 | 0.66516 | 0.040816 | 0.60766 | -0.093849 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 2 | 0.67127 | 0.010552 | 0.99769 | -1.503 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 76 | 0.49895 | 0.20052 | -0.47267 | -0.88214 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 23 | 0.65447 | 0.059039 | -0.32576 | -0.41913 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 73 | 0.51923 | 0.19055 | -0.57443 | -0.67403 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 70 | 0.54719 | 0.17899 | -0.50707 | -0.89258 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 6 | 0.67406 | 0.053192 | -0.097845 | -1.1359 | -RichMassRingsDown SUCCESS 1D histograms in directory "RICH/RichMassRingsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 40 | 9.77e-15 | 0.029232 | -48.039 | 2188.2 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 16272 |-4.9518e-16 | 0.33445 | -0.24859 | 1.2925 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2080 | 4.6326e-15 | 0.18171 | -0.33078 | 0.83833 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 12616 | -7.792e-16 | 0.26734 | -0.32044 | 1.9401 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 10168 | 1.311e-15 | 0.2605 | -0.33729 | 2.2753 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 672 | 4.2136e-15 | 0.10779 | -0.38025 | 8.8534 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 144 | 1.7961e-14 | 4.9644 | 2.4319 | 5.5628 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 16368 | 0.058528 | 19.384 | 0.015186 | 0.89909 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1440 |-4.9343e-16 | 7.4652 | 0.62005 | -0.36337 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 9880 | -0.15028 | 17.635 | 0.025921 | 1.572 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 7624 | 0.090207 | 14.66 | 0.0748 | 3.1404 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 392 | 9.2081e-15 | 6.3537 | 1.517 | 1.795 | -RiTkMaterialDown SUCCESS 1D histograms in directory "RICH/RiTkMaterialDown" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 68 | -1.4231 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 68 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 68 | 1090.8 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 170 | -1.3859 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 170 | -4.729 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 170 | 2215.7 | -RichRecPixBkgsDownSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsDown" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 47836 | 0.13314 | 0.1024 | 0.66643 | -0.46764 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 29232 | 0.055321 | 0.039367 | 1.7985 | 5.0879 | -RichDLLsDown SUCCESS 1D histograms in directory "RICH/RichDLLsDown" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 200 | 2.8082 | 8.7057 | 1.2918 | 3.5388 | - | deuteron/dll | "deuteron DLL" | 200 | 2.8031 | 8.7043 | 1.2847 | 3.5153 | - | electron/dll | "electron DLL" | 200 | -3.8566 | 11.736 | 0.29045 | 1.4114 | - | kaon/dll | "kaon DLL" | 200 | 2.2353 | 8.2682 | 0.40122 | 2.2626 | - | muon/dll | "muon DLL" | 200 | -1.9972 | 6.489 | 1.3636 | 14.058 | - | pion/dll | "pion DLL" | 200 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 200 | 2.7402 | 8.8455 | 1.289 | 3.571 | -RiLongTrkEff SUCCESS 1D histograms in directory "RICH/RiLongTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 63 | 1.4962 | 0.67293 | 0.41009 | -0.95803 | - | All/Rejected/CloneDist | "Track Clone Distance" | 63 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 63 | 0.16981 | 0.11303 | 0.40326 | -1.3551 | - | All/Rejected/P | "Track Momentum" | 63 | 5386.6 | 6641.8 | 7.5535 | 55.826 | - | All/Rejected/Pt | "Track Transverse Momentum" | 63 | 115.57 | 196.44 | 4.9648 | 26.203 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 1159 | 1.2441 | 0.5011 | 1.3051 | 1.6363 | - | All/Selected/CloneDist | "Track Clone Distance" | 1159 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 1159 | 0.04315 | 0.076649 | 2.4853 | 5.9126 | - | All/Selected/P | "Track Momentum" | 1159 | 11136 | 11605 | 2.6309 | 8.9445 | - | All/Selected/Pt | "Track Transverse Momentum" | 1159 | 590.57 | 599.88 | 3.6052 | 20.198 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 115.9 | 38.552 | -0.028754 | -1.5058 | - | nTracks | "# Tracks / Event" | 10 | 122.2 | 40.877 | -0.05741 | -1.5377 | -RiCKResLong SUCCESS 1D histograms in directory "RICH/RiCKResLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 101787 | 0.00049563 | 0.0023233 | -0.020104 | -0.79529 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 27052 |-0.00016641 | 0.0021259 | -0.19219 | -0.59028 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 200980 | 0.00049123 | 0.0023119 | -0.024738 | -0.77503 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 57644 |-0.00015913 | 0.0021253 | -0.19672 | -0.59636 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 200980 | 3.139 | 1.8203 | 0.0013776 | -1.1951 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 200980 | 0.045199 | 0.0087598 | -1.4075 | 1.5589 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 99193 | 0.00048678 | 0.0023002 | -0.029695 | -0.75418 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 30592 |-0.00015271 | 0.0021248 | -0.20073 | -0.60165 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 22993 | 9.0036e-05 | 0.0012918 | -0.024242 | -0.93899 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 18621 | 8.9851e-05 | 0.0012857 | -0.016028 | -0.93039 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 23037 | 7.4397e-05 | 0.0012783 | -0.013143 | -0.92159 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 19518 | 7.0778e-05 | 0.0012684 | -0.0054037 | -0.90824 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 46030 | 8.2145e-05 | 0.001285 | -0.018538 | -0.93023 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 38139 | 8.0091e-05 | 0.0012769 | -0.010396 | -0.91904 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 46030 | 3.1666 | 1.7895 | -0.026651 | -1.1706 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 46030 | 0.026832 | 0.0043315 | -1.481 | 2.0184 | -RiCKResLongTight SUCCESS 1D histograms in directory "RICH/RiCKResLongTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 21037 | -0.0003 | 0.0021369 | -0.20113 | -0.63654 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 21037 | -0.0003 | 0.0021369 | -0.20113 | -0.63654 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 43048 |-0.00033449 | 0.0021338 | -0.20771 | -0.66638 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 43048 |-0.00033449 | 0.0021338 | -0.20771 | -0.66638 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 43048 | 3.1103 | 1.8199 | 0.018951 | -1.1956 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 43048 | 0.044961 | 0.0090907 | -1.3068 | 0.91269 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 22011 |-0.00036735 | 0.0021304 | -0.21448 | -0.69658 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 22011 |-0.00036735 | 0.0021304 | -0.21448 | -0.69658 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 9936 | 5.6509e-05 | 0.0012656 | -0.0030697 | -0.8807 | - | Rich2Gas/ASide-left/ckRes | "Rich2Gas ASide-left Rec-Exp CKTheta - All ph | 9936 | 5.6509e-05 | 0.0012656 | -0.0030697 | -0.8807 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 8927 | 1.348e-06 | 0.0012576 | 0.018878 | -0.89064 | - | Rich2Gas/CSide-right/ckRe | "Rich2Gas CSide-right Rec-Exp CKTheta - All p | 8927 | 1.348e-06 | 0.0012576 | 0.018878 | -0.89064 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - All photons" | 18863 | 3.0345e-05 | 0.0012621 | 0.0076444 | -0.88537 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - All photons - 0.9 | 18863 | 3.0345e-05 | 0.0012621 | 0.0076444 | -0.88537 | - | Rich2Gas/phiRec | "Rich2Gas Reconstructed CKPhi - All photons" | 18863 | 3.1934 | 1.7938 | -0.037434 | -1.1867 | - | Rich2Gas/thetaRec | "Rich2Gas Reconstructed CKTheta - All photons | 18863 | 0.026699 | 0.0046181 | -1.4783 | 1.6453 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 33 | 267.91 | 174.78 | 0.0041183 | -1.1777 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 968 | 606.89 | 17.553 | -5.7065 | 91.637 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 291 | 336.1 | 183.32 | -0.34112 | -1.195 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 945 | 488.89 | 130.82 | -1.6494 | 2.3053 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 881 | 447.07 | 155.67 | -1.1611 | 0.42404 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 121 | 290.98 | 168.37 | 0.14688 | -1.0969 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 19 | 136.08 | 98.741 | -0.019846 | -1.5811 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 1175 | 390.13 | 48.74 | 0.30559 | -0.76467 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 238 | 198.31 | 87.743 | -0.35742 | -0.83499 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 983 | 270.94 | 89.985 | -1.2635 | 0.67831 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 839 | 248.65 | 98.097 | -1.0416 | 0.05298 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 90 | 153.11 | 93.093 | 0.13761 | -1.0494 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 30 | 26.412 | 15.1 | -0.03172 | -1.1275 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 968 | 55.749 | 1.6124 | -5.7564 | 91.343 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 283 | 31.206 | 16.61 | -0.35048 | -1.1713 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 943 | 44.758 | 12.121 | -1.6242 | 2.2006 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 874 | 41.067 | 14.197 | -1.1516 | 0.40484 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 119 | 26.528 | 15.557 | 0.16412 | -1.1131 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 17 | 14.007 | 8.9152 | -0.20213 | -1.5099 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 611 | 33.858 | 2.2715 | 0.11584 | -0.63058 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 234 | 18.727 | 8.2874 | -0.34603 | -0.85137 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 591 | 30.213 | 3.4109 | -1.7856 | 5.2464 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 580 | 27.863 | 5.0747 | -1.3948 | 1.9898 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 90 | 14.132 | 8.9637 | 0.14973 | -1.0499 | -RiTkSignalYield...SUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 30 | 17.27 | 9.9073 | 0.026263 | -0.99852 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 968 | 37.018 | 2.5872 | -0.37727 | 3.0987 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 283 | 20.771 | 11.149 | -0.29911 | -1.1832 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 943 | 29.654 | 8.3038 | -1.3734 | 1.6736 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 874 | 27.203 | 9.6507 | -0.99786 | 0.2339 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 119 | 17.345 | 10.356 | 0.23643 | -1.0327 | - | Rich2Gas/deuteron/yield | "Rich2Gas deuteron Photon Yield (>0)" | 17 | 9.5711 | 5.9123 | -0.25385 | -1.4636 | - | Rich2Gas/electron/yield | "Rich2Gas electron Photon Yield (>0)" | 611 | 18.661 | 5.9038 | -0.92204 | -0.10154 | - | Rich2Gas/kaon/yield | "Rich2Gas kaon Photon Yield (>0)" | 234 | 12.459 | 5.5465 | -0.31297 | -0.81463 | - | Rich2Gas/muon/yield | "Rich2Gas muon Photon Yield (>0)" | 591 | 17.51 | 5.8491 | -0.90286 | -0.25188 | - | Rich2Gas/pion/yield | "Rich2Gas pion Photon Yield (>0)" | 580 | 16.522 | 6.1023 | -0.80848 | -0.46185 | - | Rich2Gas/proton/yield | "Rich2Gas proton Photon Yield (>0)" | 90 | 9.4054 | 5.9564 | 0.20695 | -0.9954 | -RiTkGeomEffsLong SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 30 | 0.65821 | 0.07454 | -0.016383 | -0.56196 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 968 | 0.66405 | 0.042659 | -0.27522 | 1.6311 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 283 | 0.66776 | 0.063911 | -0.31751 | 0.36626 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 943 | 0.66319 | 0.051683 | -0.23761 | 0.26152 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 874 | 0.66235 | 0.057708 | -0.21125 | 0.31004 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 119 | 0.65657 | 0.071042 | -0.81709 | 2.3118 | - | Rich2Gas/deuteron/eff | "Rich2Gas deuteron Geom. Eff. (>0)" | 17 | 0.71281 | 0.065073 | 1.2396 | 0.31397 | - | Rich2Gas/electron/eff | "Rich2Gas electron Geom. Eff. (>0)" | 611 | 0.55665 | 0.18331 | -0.91385 | -0.31542 | - | Rich2Gas/kaon/eff | "Rich2Gas kaon Geom. Eff. (>0)" | 234 | 0.66697 | 0.063678 | -0.93403 | 3.7387 | - | Rich2Gas/muon/eff | "Rich2Gas muon Geom. Eff. (>0)" | 591 | 0.57265 | 0.17149 | -1.0156 | -0.019295 | - | Rich2Gas/pion/eff | "Rich2Gas pion Geom. Eff. (>0)" | 580 | 0.57925 | 0.16929 | -1.1402 | 0.31817 | - | Rich2Gas/proton/eff | "Rich2Gas proton Geom. Eff. (>0)" | 90 | 0.66353 | 0.063302 | -0.10742 | 0.010291 | -RichMassRingsLong SUCCESS 1D histograms in directory "RICH/RichMassRingsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1936 |-1.3414e-15 | 0.14096 | -0.27736 | 1.0525 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 89400 | 2.9582e-16 | 0.32568 | -0.47238 | 1.9741 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 19328 | 1.6243e-15 | 0.18448 | -0.35326 | 2.4496 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 76920 |-2.3057e-16 | 0.27107 | -0.39196 | 1.8977 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 68664 | 1.5884e-16 | 0.25285 | -0.36187 | 2.0179 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 7608 |-1.0649e-15 | 0.1509 | -0.15055 | 2.162 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 1024 | 1.1796e-16 | 6.6304 | 0.90202 | 0.88334 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 91192 | 0.20624 | 15.325 | 0.10133 | 2.6487 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 16496 | 0.0028175 | 6.7643 | 0.74881 | 3.3709 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 67920 | 0.21763 | 14.523 | 0.14559 | 3.1149 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 57776 | 0.07017 | 12.628 | 0.10751 | 4.296 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 5440 |-1.9355e-15 | 6.4003 | 0.86144 | 0.81936 | -RiTkMaterialLong SUCCESS 1D histograms in directory "RICH/RiTkMaterialLong" : 6 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 429 | -1.4235 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 429 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 429 | 1090 | - | Rich2Gas/EffL | "Rich2Gas log10( Effective length )" | 952 | -1.4712 | - | Rich2Gas/EffLOvPathL | "Rich2Gas log10( Effective length / unit path | 952 | -4.7952 | - | Rich2Gas/PathL | "Rich2Gas Track pathlength" | 952 | 2121.3 | -RichRecPixBkgsLongSUCCESS 1D histograms in directory "RICH/RichRecPixBkgsLong" : 2 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 47836 | 0.099966 | 0.075992 | 0.77591 | -0.11079 | - | Rich2/pixBkg | "Rich2 Pixel Background Likelihood" | 29232 | 0.048157 | 0.037945 | 2.0408 | 6.4323 | -RichDLLsLong SUCCESS 1D histograms in directory "RICH/RichDLLsLong" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 1159 | -1.8064 | 13.105 | -0.31317 | 1.3768 | - | deuteron/dll | "deuteron DLL" | 1159 | -1.8891 | 13.161 | -0.32137 | 1.3689 | - | electron/dll | "electron DLL" | 1159 | -11.012 | 13.169 | -0.27695 | 0.82924 | - | kaon/dll | "kaon DLL" | 1159 | -2.5377 | 13.72 | -0.4395 | 1.4149 | - | muon/dll | "muon DLL" | 1159 | -5.8906 | 9.2956 | -1.4232 | 2.7252 | - | pion/dll | "pion DLL" | 1159 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 1159 | -2.1457 | 13.252 | -0.38176 | 1.2666 | -RiUpTrkEff SUCCESS 1D histograms in directory "RICH/RiUpTrkEff" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/Rejected/Chi2PDOF | "Track Chi^2 / D.O.F." | 16 | 1.2048 | 0.53659 | 1.2389 | 1.8376 | - | All/Rejected/CloneDist | "Track Clone Distance" | 16 | 5500 | 0 | 0 | 0 | - | All/Rejected/GhostProb | "Track Ghost Probability" | 16 | 0.013049 | 0.014574 | 2.4682 | 5.3783 | - | All/Rejected/P | "Track Momentum" | 16 | 42815 | 19104 | 1.6164 | 1.5832 | - | All/Rejected/Pt | "Track Transverse Momentum" | 16 | 1051.2 | 614.33 | 1.3623 | 0.72415 | - | All/Selected/Chi2PDOF | "Track Chi^2 / D.O.F." | 129 | 1.0571 | 0.54048 | 1.5788 | 3.027 | - | All/Selected/CloneDist | "Track Clone Distance" | 129 | 5500 | 0 | 0 | 0 | - | All/Selected/GhostProb | "Track Ghost Probability" | 129 | 0.056802 | 0.071139 | 2.5702 | 7.3406 | - | All/Selected/P | "Track Momentum" | 129 | 10285 | 11369 | 2.273 | 4.9609 | - | All/Selected/Pt | "Track Transverse Momentum" | 129 | 963.83 | 661.71 | 2.4065 | 7.6204 | - | nRichTracks | "# Rich Tracks / Event" | 10 | 12.9 | 5.2048 | 0.45269 | 0.043879 | - | nTracks | "# Tracks / Event" | 10 | 14.5 | 6.233 | 0.063184 | -1.0517 | -RiCKResUp SUCCESS 1D histograms in directory "RICH/RiCKResUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 14071 |-0.00037374 | 0.0025412 | 0.034397 | -0.95034 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 8819 | -0.0006804 | 0.0023718 | -0.051096 | -1.0328 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 27878 |-0.00031037 | 0.0025864 | 0.039087 | -0.97779 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 16465 |-0.00058082 | 0.0024079 | -0.049525 | -1.0101 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 27878 | 3.1618 | 1.8099 | -0.0171 | -1.2118 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 27878 | 0.040317 | 0.011298 | -0.78778 | -0.33014 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 13807 |-0.00024173 | 0.0026328 | 0.038361 | -1.0118 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 7646 |-0.00045623 | 0.0024466 | -0.057242 | -0.99612 | -RiCKResUpTight SUCCESS 1D histograms in directory "RICH/RiCKResUpTight" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 6165 |-0.00057932 | 0.0023604 | -0.10371 | -1.0191 | - | Rich1Gas/bottom/ckResAllP | "Rich1Gas bottom Rec-Exp CKTheta - All photon | 6165 |-0.00057932 | 0.0023604 | -0.10371 | -1.0191 | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - All photons" | 11004 |-0.00053623 | 0.0024162 | -0.076902 | -1.023 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - All photons - 0.9 | 11004 |-0.00053623 | 0.0024162 | -0.076902 | -1.023 | - | Rich1Gas/phiRec | "Rich1Gas Reconstructed CKPhi - All photons" | 11004 | 3.1846 | 1.803 | -0.043228 | -1.2311 | - | Rich1Gas/thetaRec | "Rich1Gas Reconstructed CKTheta - All photons | 11004 | 0.03919 | 0.011558 | -0.65014 | -0.56193 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons" | 4839 |-0.00047522 | 0.0024917 | -0.052083 | -1.0453 | - | Rich1Gas/top/ckResAllPerP | "Rich1Gas top Rec-Exp CKTheta - All photons - | 4839 |-0.00047522 | 0.0024917 | -0.052083 | -1.0453 | -RiTkEmittedYiel...SUCCESS 1D histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 7 | 327.43 | 96.386 | 1.0422 | 0.31963 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 617.55 | 23.245 | 0.70125 | -0.7226 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 41 | 396.86 | 174.86 | -0.81243 | -0.66108 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 128 | 490.52 | 127.97 | -1.1027 | 0.05542 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 119 | 437.49 | 177.78 | -1.017 | -0.29425 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 26 | 288.37 | 201.94 | -0.10896 | -1.5909 | -RiTkDetectableY...SUCCESS 1D histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 7 | 29.51 | 9.0576 | 0.98642 | 0.1148 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 56.729 | 2.1353 | 0.75939 | -0.55984 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 41 | 36.018 | 16.446 | -0.82622 | -0.6492 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 128 | 44.791 | 12.039 | -1.1049 | 0.05925 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 119 | 39.818 | 16.702 | -1.0098 | -0.32509 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 24 | 28.102 | 17.98 | -0.23763 | -1.4889 | -RiTkSignalYieldsUpSUCCESS 1D histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yield | "Rich1Gas deuteron Photon Yield (>0)" | 7 | 19.539 | 7.2616 | 1.2909 | 0.67316 | - | Rich1Gas/electron/yield | "Rich1Gas electron Photon Yield (>0)" | 129 | 37.522 | 2.9941 | 0.26876 | -0.17744 | - | Rich1Gas/kaon/yield | "Rich1Gas kaon Photon Yield (>0)" | 41 | 23.908 | 10.794 | -0.85261 | -0.54076 | - | Rich1Gas/muon/yield | "Rich1Gas muon Photon Yield (>0)" | 128 | 29.446 | 8.0631 | -1.0133 | -0.10445 | - | Rich1Gas/pion/yield | "Rich1Gas pion Photon Yield (>0)" | 119 | 26.512 | 11.136 | -1.0217 | -0.2896 | - | Rich1Gas/proton/yield | "Rich1Gas proton Photon Yield (>0)" | 24 | 18.878 | 11.849 | -0.26916 | -1.5014 | -RiTkGeomEffsUp SUCCESS 1D histograms in directory "RICH/RiTkGeomEffsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/eff | "Rich1Gas deuteron Geom. Eff. (>0)" | 7 | 0.65576 | 0.067482 | 0.42657 | -1.2418 | - | Rich1Gas/electron/eff | "Rich1Gas electron Geom. Eff. (>0)" | 129 | 0.6616 | 0.048535 | -0.12639 | -0.46905 | - | Rich1Gas/kaon/eff | "Rich1Gas kaon Geom. Eff. (>0)" | 41 | 0.66735 | 0.065704 | 0.20181 | 0.83955 | - | Rich1Gas/muon/eff | "Rich1Gas muon Geom. Eff. (>0)" | 128 | 0.65855 | 0.053163 | 0.070055 | -0.36811 | - | Rich1Gas/pion/eff | "Rich1Gas pion Geom. Eff. (>0)" | 119 | 0.66754 | 0.054245 | -0.23363 | 0.39765 | - | Rich1Gas/proton/eff | "Rich1Gas proton Geom. Eff. (>0)" | 24 | 0.6677 | 0.078282 | -0.24524 | -0.05069 | -RichMassRingsUp SUCCESS 1D histograms in directory "RICH/RichMassRingsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 480 |-1.0362e-15 | 0.14896 | 0.56471 | 4.0402 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 11920 | 2.6717e-15 | 0.5146 | -0.40293 | 0.70707 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2992 | 1.5389e-15 | 0.20148 | 0.04642 | 1.5274 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10400 | 2.519e-15 | 0.41398 | -0.39035 | 1.2588 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9032 | 5.9317e-16 | 0.37293 | -0.40613 | 1.8313 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 1568 | 2.2975e-15 | 0.17295 | 0.22487 | 2.4381 | -RiTkMaterialUp SUCCESS 1D histograms in directory "RICH/RiTkMaterialUp" : 3 - | ID | Title | # | Mean | - | Rich1Gas/EffL | "Rich1Gas log10( Effective length )" | 91 | -1.4163 | - | Rich1Gas/EffLOvPathL | "Rich1Gas log10( Effective length / unit path | 91 | -4.4608 | - | Rich1Gas/PathL | "Rich1Gas Track pathlength" | 91 | 1108.4 | -RichRecPixBkgsUp SUCCESS 1D histograms in directory "RICH/RichRecPixBkgsUp" : 1 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1/pixBkg | "Rich1 Pixel Background Likelihood" | 47836 | 0.13627 | 0.10519 | 0.67879 | -0.4592 | -RichDLLsUp SUCCESS 1D histograms in directory "RICH/RichDLLsUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | below_threshold/dll | "below_threshold DLL" | 129 | -0.50483 | 10.875 | -0.2228 | 0.47852 | - | deuteron/dll | "deuteron DLL" | 129 | -0.43079 | 10.815 | -0.22473 | 0.52237 | - | electron/dll | "electron DLL" | 129 | -13.493 | 12.013 | -0.27944 | -1.0425 | - | kaon/dll | "kaon DLL" | 129 | 0.35127 | 10.388 | -0.35098 | 0.84796 | - | muon/dll | "muon DLL" | 129 | -4.5206 | 7.0135 | -1.02 | 1.816 | - | pion/dll | "pion DLL" | 129 | 0 | 0 | 0 | 0 | - | proton/dll | "proton DLL" | 129 | -0.07519 | 10.688 | -0.30081 | 0.69147 | -ChargedProtoANN...SUCCESS 1D histograms in directory "PROTO/ChargedProtoANNPIDMoni" : 18 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Downstream/ElectronANN | "Downstream Electron ANN PID" | 236 | 0.41043 | 0.39545 | 0.32137 | -1.6047 | - | Downstream/GhostANN | "Downstream Ghost ANN PID" | 236 | 0.45731 | 0.38056 | 0.16681 | -1.5968 | - | Downstream/KaonANN | "Downstream Kaon ANN PID" | 236 | 0.053845 | 0.12327 | 5.0381 | 30.674 | - | Downstream/MuonANN | "Downstream Muon ANN PID" | 236 | 0.0050134 | 0.059394 | 13.408 | 186 | - | Downstream/PionANN | "Downstream Pion ANN PID" | 236 | 0.34429 | 0.32639 | 0.70885 | -0.88287 | - | Downstream/ProtonANN | "Downstream Proton ANN PID" | 236 | 0.11826 | 0.22293 | 2.5504 | 5.5398 | - | Long/ElectronANN | "Long Electron ANN PID" | 1222 | 0.16579 | 0.32668 | 1.7631 | 1.3721 | - | Long/GhostANN | "Long Ghost ANN PID" | 1222 | 0.29361 | 0.36679 | 0.91208 | -0.85061 | - | Long/KaonANN | "Long Kaon ANN PID" | 1222 | 0.14785 | 0.28776 | 2.136 | 3.03 | - | Long/MuonANN | "Long Muon ANN PID" | 1222 | 0.0005645 | 0.0013135 | 38.503 | 127.01 | - | Long/PionANN | "Long Pion ANN PID" | 1222 | 0.55143 | 0.42 | -0.24043 | -1.7296 | - | Long/ProtonANN | "Long Proton ANN PID" | 1222 | 0.15536 | 0.26964 | 2.0882 | 3.0657 | - | Upstream/ElectronANN | "Upstream Electron ANN PID" | 145 | 0.0058448 | 0.03193 | 10.8 | 120.48 | - | Upstream/GhostANN | "Upstream Ghost ANN PID" | 145 | 0.09566 | 0.19436 | 2.8411 | 7.4259 | - | Upstream/KaonANN | "Upstream Kaon ANN PID" | 145 | 0.19211 | 0.22854 | 1.923 | 3.2078 | - | Upstream/MuonANN | "Upstream Muon ANN PID" | 145 | 0.0058913 | 0.0086229 | 5.0485 | 30.502 | - | Upstream/PionANN | "Upstream Pion ANN PID" | 145 | 0.65836 | 0.28663 | -0.81063 | -0.52725 | - | Upstream/ProtonANN | "Upstream Proton ANN PID" | 145 | 0.13722 | 0.17787 | 2.0609 | 3.6411 | -RiCKMCResDown SUCCESS 1D histograms in directory "RICH/RiCKMCResDown" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 36969 | 0.00010676 | 0.0024108 | -0.029354 | -0.77994 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 12112 |-0.00059692 | 0.0021542 | -0.20628 | -0.91717 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 36969 | 0.00057923 | 0.0024454 | -0.11056 | -0.87851 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 5081 |-0.00015575 | 0.0021136 | -0.33155 | -0.47815 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35152 | 0.00012462 | 0.0025226 | -0.037685 | -0.9378 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 10913 |-0.00071362 | 0.0022654 | -0.096537 | -1.0893 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35152 | 0.00059329 | 0.0025016 | -0.11975 | -0.9572 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 4732 |-0.00019804 | 0.0021748 | -0.26692 | -0.6316 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1817 |-2.6034e-05 | 0.0013014 | -0.37602 | 0.95362 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1199 |-2.2852e-05 | 0.0013517 | -0.47923 | 0.68494 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1817 | 0.00038531 | 0.001449 | -0.15399 | 1.3568 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 349 | 0.00021267 | 0.0014247 | -1.2261 | 3.3773 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 35152 | 3.1237 | 1.8032 | 0.017524 | -1.1653 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1817 | 3.1538 | 1.7687 | 0.00081061 | -1.1547 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 35152 | 0.044422 | 0.0092865 | -1.2088 | 0.7767 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1817 | 0.048612 | 0.00612 | -2.4028 | 6.6263 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 4343 | 9.6241e-05 | 0.0012653 | -0.058929 | -0.92499 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 2780 | 0.00011729 | 0.0012532 | -0.078887 | -0.9088 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 4343 | 0.00018158 | 0.0012912 | -0.073196 | -1.0228 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 3106 | 0.00023163 | 0.0012666 | -0.086183 | -1.0208 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 3973 | 0.00012118 | 0.0013396 | -0.095088 | -1.0978 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 2486 | 0.00014398 | 0.0013316 | -0.11767 | -1.0984 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 3973 | 0.00016585 | 0.0013324 | -0.059632 | -1.1149 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 2833 | 0.00021986 | 0.0013143 | -0.075272 | -1.1304 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 370 |-4.1216e-05 | 0.00071573 | -0.12002 | 0.34697 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 294 |-2.2236e-05 | 0.00069843 | -0.14787 | 0.76799 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 370 | 0.00031032 | 0.00087499 | 0.14321 | -0.19936 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 273 | 0.00031882 | 0.0008265 | 0.11767 | -0.053665 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 3973 | 3.1291 | 1.8516 | 0.025438 | -1.2395 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 370 | 3.1511 | 1.8034 | -0.022871 | -1.1826 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 3973 | 0.026893 | 0.004238 | -1.3172 | 1.2872 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 370 | 0.028042 | 0.0031049 | -2.6367 | 7.7421 | -RiCKMCResDownTightSUCCESS 1D histograms in directory "RICH/RiCKMCResDownTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 36969 | 0.00010676 | 0.0024108 | -0.029354 | -0.77994 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 12112 |-0.00059692 | 0.0021542 | -0.20628 | -0.91717 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 36969 | 0.00057923 | 0.0024454 | -0.11056 | -0.87851 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 5081 |-0.00015575 | 0.0021136 | -0.33155 | -0.47815 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35152 | 0.00012462 | 0.0025226 | -0.037685 | -0.9378 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 10913 |-0.00071362 | 0.0022654 | -0.096537 | -1.0893 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 35152 | 0.00059329 | 0.0025016 | -0.11975 | -0.9572 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 4732 |-0.00019804 | 0.0021748 | -0.26692 | -0.6316 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1817 |-2.6034e-05 | 0.0013014 | -0.37602 | 0.95362 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1199 |-2.2852e-05 | 0.0013517 | -0.47923 | 0.68494 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1817 | 0.00038531 | 0.001449 | -0.15399 | 1.3568 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 349 | 0.00021267 | 0.0014247 | -1.2261 | 3.3773 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 35152 | 3.1237 | 1.8032 | 0.017524 | -1.1653 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1817 | 3.1538 | 1.7687 | 0.00081061 | -1.1547 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 35152 | 0.044422 | 0.0092865 | -1.2088 | 0.7767 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1817 | 0.048612 | 0.00612 | -2.4028 | 6.6263 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 4343 | 9.6241e-05 | 0.0012653 | -0.058929 | -0.92499 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 2780 | 0.00011729 | 0.0012532 | -0.078887 | -0.9088 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 4343 | 0.00018158 | 0.0012912 | -0.073196 | -1.0228 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 3106 | 0.00023163 | 0.0012666 | -0.086183 | -1.0208 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 3973 | 0.00012118 | 0.0013396 | -0.095088 | -1.0978 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 2486 | 0.00014398 | 0.0013316 | -0.11767 | -1.0984 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 3973 | 0.00016585 | 0.0013324 | -0.059632 | -1.1149 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 2833 | 0.00021986 | 0.0013143 | -0.075272 | -1.1304 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 370 |-4.1216e-05 | 0.00071573 | -0.12002 | 0.34697 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 294 |-2.2236e-05 | 0.00069843 | -0.14787 | 0.76799 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 370 | 0.00031032 | 0.00087499 | 0.14321 | -0.19936 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 273 | 0.00031882 | 0.0008265 | 0.11767 | -0.053665 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 3973 | 3.1291 | 1.8516 | 0.025438 | -1.2395 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 370 | 3.1511 | 1.8034 | -0.022871 | -1.1826 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 3973 | 0.026893 | 0.004238 | -1.3172 | 1.2872 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 370 | 0.028042 | 0.0031049 | -2.6367 | 7.7421 | -RiCKMCResLong SUCCESS 1D histograms in directory "RICH/RiCKMCResLong" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 226701 | 0.00032165 | 0.0022936 | -0.012249 | -0.69636 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 77955 |-0.00032574 | 0.0021279 | -0.19101 | -0.70081 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 200980 | 0.00049123 | 0.0023119 | -0.024738 | -0.77503 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 57644 |-0.00015913 | 0.0021253 | -0.19672 | -0.59636 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 210408 | 0.00037473 | 0.0024614 | -0.068004 | -0.95347 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 71447 |-0.00039406 | 0.0022839 | -0.10708 | -0.97747 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 184687 | 0.00057115 | 0.0024368 | -0.094869 | -0.96831 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 51422 |-0.00014542 | 0.0022566 | -0.16508 | -0.85428 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16293 | 3.6979e-05 | 0.00094107 | 0.12384 | 0.9208 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6508 | 3.8609e-05 | 0.00083684 | 0.061064 | 0.66607 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16293 | 7.6544e-06 | 0.0012176 | -0.11194 | 3.1112 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6222 |-0.00023118 | 0.0012191 | -1.4483 | 3.3681 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 210408 | 3.1417 | 1.8212 | -0.0015342 | -1.1962 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 16293 | 3.1053 | 1.8094 | 0.037189 | -1.1805 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 210408 | 0.045097 | 0.0089021 | -1.3723 | 1.4212 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 16293 | 0.046449 | 0.0066503 | -1.8565 | 3.6188 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 53134 | 8.6511e-05 | 0.0012551 | -0.025455 | -0.86227 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 39521 | 8.3473e-05 | 0.0012524 | -0.020352 | -0.85009 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 46030 | 8.2145e-05 | 0.001285 | -0.018538 | -0.93023 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 38139 | 8.0091e-05 | 0.0012769 | -0.010396 | -0.91904 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 47191 | 0.00010842 | 0.0013768 | -0.063899 | -1.1605 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 34569 | 0.00010497 | 0.0013763 | -0.058587 | -1.1582 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 40087 | 0.00010911 | 0.0013829 | -0.059106 | -1.164 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 33014 | 0.00010985 | 0.0013762 | -0.055092 | -1.1616 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5943 | 7.4836e-06 | 0.00064151 | 0.069971 | 0.65108 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4952 | 5.3393e-06 | 0.00061432 | 0.063881 | 0.63518 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5943 |-2.9887e-05 | 0.00074185 | -0.023635 | 0.89528 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5125 |-4.2822e-05 | 0.00072369 | -0.056519 | 1.0727 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 47191 | 3.1753 | 1.788 | -0.034214 | -1.1639 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 5943 | 3.1039 | 1.7995 | 0.02837 | -1.2124 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 47191 | 0.026684 | 0.004516 | -1.3702 | 1.5606 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 5943 | 0.027895 | 0.0023952 | -2.3831 | 8.3051 | -RiCKMCResLongTightSUCCESS 1D histograms in directory "RICH/RiCKMCResLongTight" : 32 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 226701 | 0.00032165 | 0.0022936 | -0.012249 | -0.69636 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 77955 |-0.00032574 | 0.0021279 | -0.19101 | -0.70081 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 200980 | 0.00049123 | 0.0023119 | -0.024738 | -0.77503 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 57644 |-0.00015913 | 0.0021253 | -0.19672 | -0.59636 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 210408 | 0.00037473 | 0.0024614 | -0.068004 | -0.95347 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 71447 |-0.00039406 | 0.0022839 | -0.10708 | -0.97747 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 184687 | 0.00057115 | 0.0024368 | -0.094869 | -0.96831 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 51422 |-0.00014542 | 0.0022566 | -0.16508 | -0.85428 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16293 | 3.6979e-05 | 0.00094107 | 0.12384 | 0.9208 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6508 | 3.8609e-05 | 0.00083684 | 0.061064 | 0.66607 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 16293 | 7.6544e-06 | 0.0012176 | -0.11194 | 3.1112 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 6222 |-0.00023118 | 0.0012191 | -1.4483 | 3.3681 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 210408 | 3.1417 | 1.8212 | -0.0015342 | -1.1962 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 16293 | 3.1053 | 1.8094 | 0.037189 | -1.1805 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 210408 | 0.045097 | 0.0089021 | -1.3723 | 1.4212 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 16293 | 0.046449 | 0.0066503 | -1.8565 | 3.6188 | - | Rich2Gas/ckResAll | "Rich2Gas Rec-Exp CKTheta - True Type" | 53134 | 8.6511e-05 | 0.0012551 | -0.025455 | -0.86227 | - | Rich2Gas/ckResAllBetaCut | "Rich2Gas Rec-Exp CKTheta - True Type - 0.999 | 39521 | 8.3473e-05 | 0.0012524 | -0.020352 | -0.85009 | - | Rich2Gas/ckResAllPion | "Rich2Gas Rec-Exp CKTheta - Pion Type" | 46030 | 8.2145e-05 | 0.001285 | -0.018538 | -0.93023 | - | Rich2Gas/ckResAllPionBeta | "Rich2Gas Rec-Exp CKTheta - Pion Type - 0.999 | 38139 | 8.0091e-05 | 0.0012769 | -0.010396 | -0.91904 | - | Rich2Gas/ckResFake | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 47191 | 0.00010842 | 0.0013768 | -0.063899 | -1.1605 | - | Rich2Gas/ckResFakeBetaCut | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 34569 | 0.00010497 | 0.0013763 | -0.058587 | -1.1582 | - | Rich2Gas/ckResFakePion | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 40087 | 0.00010911 | 0.0013829 | -0.059106 | -1.164 | - | Rich2Gas/ckResFakePionBet | "Rich2Gas Rec-Exp CKTheta - MC fake photons - | 33014 | 0.00010985 | 0.0013762 | -0.055092 | -1.1616 | - | Rich2Gas/ckResTrue | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5943 | 7.4836e-06 | 0.00064151 | 0.069971 | 0.65108 | - | Rich2Gas/ckResTrueBetaCut | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 4952 | 5.3393e-06 | 0.00061432 | 0.063881 | 0.63518 | - | Rich2Gas/ckResTruePion | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5943 |-2.9887e-05 | 0.00074185 | -0.023635 | 0.89528 | - | Rich2Gas/ckResTruePionBet | "Rich2Gas Rec-Exp CKTheta - MC true photons - | 5125 |-4.2822e-05 | 0.00072369 | -0.056519 | 1.0727 | - | Rich2Gas/phiRecFake | "Rich2Gas Reconstructed CKPhi - MC fake photo | 47191 | 3.1753 | 1.788 | -0.034214 | -1.1639 | - | Rich2Gas/phiRecTrue | "Rich2Gas Reconstructed CKPhi - MC true photo | 5943 | 3.1039 | 1.7995 | 0.02837 | -1.2124 | - | Rich2Gas/thetaRecFake | "Rich2Gas Reconstructed CKTheta - MC fake pho | 47191 | 0.026684 | 0.004516 | -1.3702 | 1.5606 | - | Rich2Gas/thetaRecTrue | "Rich2Gas Reconstructed CKTheta - MC true pho | 5943 | 0.027895 | 0.0023952 | -2.3831 | 8.3051 | -RiCKMCResUp SUCCESS 1D histograms in directory "RICH/RiCKMCResUp" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 27878 |-0.00026788 | 0.0025869 | 0.035727 | -0.96509 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 12782 | -0.0005624 | 0.0023946 | -0.054183 | -0.97875 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 27878 |-0.00031037 | 0.0025864 | 0.039087 | -0.97779 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 16465 |-0.00058082 | 0.0024079 | -0.049525 | -1.0101 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26209 |-0.00021792 | 0.002719 | 0.0060229 | -1.1307 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 12221 | -0.0006241 | 0.0025253 | 0.012166 | -1.1594 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26209 |-0.00026352 | 0.0026954 | 0.012462 | -1.1186 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 15813 |-0.00061994 | 0.0025117 | 0.00088532 | -1.1569 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 |-0.00053923 | 0.0016726 | -0.085673 | 0.6755 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 561 |-9.5218e-05 | 0.00078567 | 0.22541 | -0.15242 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 | -0.0006126 | 0.0016949 | -0.10041 | 0.71017 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 652 | -0.0002222 | 0.00098833 | -1.5245 | 5.9914 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 26209 | 3.1643 | 1.811 | -0.016804 | -1.2148 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1669 | 3.1219 | 1.7914 | -0.023393 | -1.1652 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 26209 | 0.039968 | 0.011433 | -0.72992 | -0.43235 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1669 | 0.04571 | 0.0070255 | -1.9501 | 4.3686 | -RiCKMCResUpTight SUCCESS 1D histograms in directory "RICH/RiCKMCResUpTight" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResAll | "Rich1Gas Rec-Exp CKTheta - True Type" | 27878 |-0.00026788 | 0.0025869 | 0.035727 | -0.96509 | - | Rich1Gas/ckResAllBetaCut | "Rich1Gas Rec-Exp CKTheta - True Type - 0.999 | 12782 | -0.0005624 | 0.0023946 | -0.054183 | -0.97875 | - | Rich1Gas/ckResAllPion | "Rich1Gas Rec-Exp CKTheta - Pion Type" | 27878 |-0.00031037 | 0.0025864 | 0.039087 | -0.97779 | - | Rich1Gas/ckResAllPionBeta | "Rich1Gas Rec-Exp CKTheta - Pion Type - 0.999 | 16465 |-0.00058082 | 0.0024079 | -0.049525 | -1.0101 | - | Rich1Gas/ckResFake | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26209 |-0.00021792 | 0.002719 | 0.0060229 | -1.1307 | - | Rich1Gas/ckResFakeBetaCut | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 12221 | -0.0006241 | 0.0025253 | 0.012166 | -1.1594 | - | Rich1Gas/ckResFakePion | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 26209 |-0.00026352 | 0.0026954 | 0.012462 | -1.1186 | - | Rich1Gas/ckResFakePionBet | "Rich1Gas Rec-Exp CKTheta - MC fake photons - | 15813 |-0.00061994 | 0.0025117 | 0.00088532 | -1.1569 | - | Rich1Gas/ckResTrue | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 |-0.00053923 | 0.0016726 | -0.085673 | 0.6755 | - | Rich1Gas/ckResTrueBetaCut | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 561 |-9.5218e-05 | 0.00078567 | 0.22541 | -0.15242 | - | Rich1Gas/ckResTruePion | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 1669 | -0.0006126 | 0.0016949 | -0.10041 | 0.71017 | - | Rich1Gas/ckResTruePionBet | "Rich1Gas Rec-Exp CKTheta - MC true photons - | 652 | -0.0002222 | 0.00098833 | -1.5245 | 5.9914 | - | Rich1Gas/phiRecFake | "Rich1Gas Reconstructed CKPhi - MC fake photo | 26209 | 3.1643 | 1.811 | -0.016804 | -1.2148 | - | Rich1Gas/phiRecTrue | "Rich1Gas Reconstructed CKPhi - MC true photo | 1669 | 3.1219 | 1.7914 | -0.023393 | -1.1652 | - | Rich1Gas/thetaRecFake | "Rich1Gas Reconstructed CKTheta - MC fake pho | 26209 | 0.039968 | 0.011433 | -0.72992 | -0.43235 | - | Rich1Gas/thetaRecTrue | "Rich1Gas Reconstructed CKTheta - MC true pho | 1669 | 0.04571 | 0.0070255 | -1.9501 | 4.3686 | -RiDownTrkEff SUCCESS 1D profile histograms in directory "RICH/RiDownTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 236 | 1.4846 | 0.63516 | 0.46289 | 0.46481 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 236 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 236 | 0.086596 | 0.10702 | 4.3328 | 7.4998 | - | All/effVP | "RICH Track Sel. Eff. V P" | 236 | 7214.2 | 8124.6 | 62.096 | 437.06 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 236 | 465.48 | 444.55 | 21.039 | 76.35 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 174 | 6315.1 | 5592 | 14.86 | 61.478 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 35 | 15322 | 6348.3 | 5.2772 | 14.455 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 164 | 6592.8 | 5642.2 | 15.8 | 64.502 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 135 | 7512.7 | 5821 | 13.186 | 50.797 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 22188 | 4952.9 | 9.0233 | 26.112 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 74221 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 225 | 7421.7 | 8239.3 | 30.56 | 202.19 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 24 | 26110 | 14051 | 6.9134 | 18.447 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 161 | 9364.8 | 9041.1 | 25.876 | 152.77 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 124 | 11013 | 9723.6 | 20.471 | 109.87 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 6 | 48273 | 16005 | 1.5037 | -0.53319 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 174 | 6315.1 | 5592 | 14.86 | 61.478 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 33 | 15703 | 6340.4 | 5.0056 | 13.467 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 164 | 6592.8 | 5642.2 | 15.832 | 64.637 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 134 | 7549.7 | 5826.8 | 13.109 | 50.396 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 22188 | 4952.9 | 9.3441 | 27.129 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 74221 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 76 | 14230 | 11266 | 9.2334 | 39.647 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 23 | 26572 | 14195 | 6.5672 | 17.014 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 73 | 14564 | 11375 | 9.5689 | 40.575 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 70 | 14931 | 11480 | 9.7477 | 40.765 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 6 | 48273 | 16005 | 1.5361 | -0.50462 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsDown" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 1 | 38051 | 0 | 0 | 0 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 174 | 6315.1 | 5592 | 15.332 | 64.247 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 33 | 15703 | 6340.4 | 5.1581 | 13.994 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 164 | 6592.8 | 5642.2 | 16.344 | 67.583 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 134 | 7549.7 | 5826.8 | 13.588 | 52.941 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 13 | 22188 | 4952.9 | 9.2975 | 26.989 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 2 | 74221 | 0 | 0 | 0 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 76 | 14230 | 11266 | 10.222 | 43.511 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 23 | 26572 | 14195 | 6.303 | 16.032 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 73 | 14564 | 11375 | 10.197 | 42.8 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 70 | 14931 | 11480 | 10.062 | 41.605 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 6 | 48273 | 16005 | 1.4313 | -0.6793 | -RichMassRingsDown SUCCESS 1D profile histograms in directory "RICH/RichMassRingsDown" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 40 | 0.074025 | 1.8131 | 3.6065e+12 |-1.3674e+12 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 16272 | 0.0033639 | 1.8142 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2080 | 0.012013 | 1.814 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 12616 | 0.0040679 | 1.8142 | 0 | -3 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 10168 | 0.0042202 | 1.8141 | 0 | -3 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 672 | 0.0055539 | 1.8144 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 519 | 1.1329 | 1.0423 | -0.017444 | -2.1581 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 519 | 0.044971 | 0.0096279 | -3.621 | 6.2855 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 144 | 0.054357 | 1.81 | 0 | -3 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 16368 | 0.18204 | 1.9789 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 1440 | -0.0088216 | 1.8158 | 27.828 | 93.538 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 9880 | 0.1606 | 1.9079 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 7624 | 0.18468 | 1.9148 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 392 | 0.0031199 | 1.8143 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 533 | 0.93809 | 0.98864 | 22.081 | 81.033 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 533 | 0.027218 | 0.0036522 | -3.8215 | 7.7858 | -RiLongTrkEff SUCCESS 1D profile histograms in directory "RICH/RiLongTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 1222 | 1.2571 | 0.51441 | 5.1024 | 14.079 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 1222 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 1222 | 0.047068 | 0.081052 | 16.893 | 55.73 | - | All/effVP | "RICH Track Sel. Eff. V P" | 1222 | 10842 | 11474 | 51.17 | 267.92 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 1222 | 598.55 | 600.71 | 121.13 | 903.5 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 33 | 49533 | 13943 | 3.494 | 5.6577 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 968 | 8952.3 | 9602.6 | 56.281 | 339.04 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 291 | 18986 | 12534 | 19.693 | 78.851 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 945 | 9129.3 | 9651.3 | 58.255 | 348.54 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 881 | 9631.7 | 9809.2 | 55.269 | 323.39 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 121 | 29234 | 14108 | 9.7266 | 28.671 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 19 | 70383 | 9851 | 2.5844 | 1.4862 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 1175 | 11033 | 11469 | 35.141 | 172.31 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 238 | 29730 | 13512 | 10.518 | 32.602 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 983 | 12675 | 11872 | 31.883 | 147.79 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 839 | 14190 | 12238 | 27.587 | 121.42 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 90 | 43872 | 13215 | 5.9811 | 13.863 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 30 | 51218 | 13696 | 3.1537 | 4.7471 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 968 | 8952.3 | 9602.6 | 56.281 | 339.04 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 283 | 19271 | 12596 | 19.128 | 75.843 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 943 | 9144.6 | 9655.8 | 58.185 | 347.9 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 874 | 9688.6 | 9827.9 | 54.838 | 320.03 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 119 | 29440 | 14141 | 9.6006 | 28.106 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 17 | 72382 | 9617.2 | 1.9312 | 0.13732 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 611 | 17251 | 13079 | 17.273 | 67.501 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 234 | 29949 | 13527 | 10.369 | 31.956 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 591 | 17651 | 13118 | 17.489 | 67.794 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 580 | 17879 | 13137 | 17.777 | 68.612 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 90 | 43872 | 13215 | 6.06 | 14.078 | -RiTkSignalYield...SUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsLong" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 30 | 51218 | 13696 | 3.1491 | 4.7894 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 968 | 8952.3 | 9602.6 | 55.839 | 335.59 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 283 | 19271 | 12596 | 18.949 | 74.899 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 943 | 9144.6 | 9655.8 | 57.735 | 344.41 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 874 | 9688.6 | 9827.9 | 54.416 | 316.82 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 119 | 29440 | 14141 | 9.5685 | 27.848 | - | Rich2Gas/deuteron/yieldVp | "Rich2Gas deuteron Photon Yield (>0) V P (MeV | 17 | 72382 | 9617.2 | 1.9641 | 0.20947 | - | Rich2Gas/electron/yieldVp | "Rich2Gas electron Photon Yield (>0) V P (MeV | 611 | 17251 | 13079 | 17.729 | 68.613 | - | Rich2Gas/kaon/yieldVp | "Rich2Gas kaon Photon Yield (>0) V P (MeV)" | 234 | 29949 | 13527 | 10.008 | 30.469 | - | Rich2Gas/muon/yieldVp | "Rich2Gas muon Photon Yield (>0) V P (MeV)" | 591 | 17651 | 13118 | 17.597 | 67.552 | - | Rich2Gas/pion/yieldVp | "Rich2Gas pion Photon Yield (>0) V P (MeV)" | 580 | 17879 | 13137 | 17.699 | 67.652 | - | Rich2Gas/proton/yieldVp | "Rich2Gas proton Photon Yield (>0) V P (MeV)" | 90 | 43872 | 13215 | 5.859 | 13.29 | -RichMassRingsLong SUCCESS 1D profile histograms in directory "RICH/RichMassRingsLong" : 16 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 1936 | 0.0063819 | 1.815 | 1.0554 | -1197.9 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 89400 | 0.00039156 | 1.8137 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 19328 | 0.0021524 | 1.814 | 0 | -3 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 76920 | 0.0005869 | 1.8138 | -361.55 | -210.37 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 68664 | 0.00078995 | 1.8138 | -1126.5 | -2857.2 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 7608 | 0.0047186 | 1.8143 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 3217 | 1.295 | 1.1487 | 2.5252 | 5.6717 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 3217 | 0.046082 | 0.0086189 | -9.3518 | 26.696 | - | Rich2Gas/deuteron/pntSegS | "Rich2Gas deuteron Ring - Segment local point | 1024 | 0.010925 | 1.8117 | 47.193 | -0.91747 | - | Rich2Gas/electron/pntSegS | "Rich2Gas electron Ring - Segment local point | 91192 | 0.049573 | 1.9229 | 0 | -3 | - | Rich2Gas/kaon/pntSegSepDe | "Rich2Gas kaon Ring - Segment local point sep | 16496 | 5.4727e-05 | 1.8116 | 0 | -3 | - | Rich2Gas/muon/pntSegSepDe | "Rich2Gas muon Ring - Segment local point sep | 67920 | 0.024922 | 1.8764 | 0 | -3 | - | Rich2Gas/pion/pntSegSepDe | "Rich2Gas pion Ring - Segment local point sep | 57776 | 0.021069 | 1.8527 | 0 | -3 | - | Rich2Gas/proton/pntSegSep | "Rich2Gas proton Ring - Segment local point s | 5440 | 0.002716 | 1.815 | 0 | -3 | - | Rich2Gas/ringReuse | "Rich2Gas Ring Reuse (%) V Mass Hypothesis" | 3323 | 1.1399 | 1.0925 | 1.6135 | 1.3412 | - | Rich2Gas/sepVckt | "Rich2Gas Local Seperation V CK Theta" | 3323 | 0.02732 | 0.003676 | -9.8961 | 28.984 | -RiUpTrkEff SUCCESS 1D profile histograms in directory "RICH/RiUpTrkEff" : 5 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | All/effVChi2PDOF | "RICH Track Sel. Eff. V Chi^2 / D.O.F." | 145 | 1.0734 | 0.54203 | 4.8701 | 13.202 | - | All/effVCloneDist | "RICH Track Sel. Eff. V Clone Distance" | 145 | 5500 | 0 | 0 | 0 | - | All/effVGhostProb | "RICH Track Sel. Eff. V Ghost Probability" | 145 | 0.052525 | 0.068961 | 13.898 | 53.958 | - | All/effVP | "RICH Track Sel. Eff. V P" | 145 | 13492 | 15702 | 2.9922 | 4.0187 | - | All/effVPt | "RICH Track Sel. Eff. V Pt" | 145 | 973.48 | 657.22 | 17.66 | 76.361 | -RiTkEmittedYiel...SUCCESS 1D profile histograms in directory "RICH/RiTkEmittedYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 7 | 49780 | 4530.8 | 0.85569 | -0.15887 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 10285 | 11369 | 9.2009 | 28.914 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 41 | 22843 | 13280 | 3.1897 | 4.1941 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 128 | 10353 | 11388 | 10.079 | 31.743 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 119 | 10963 | 11590 | 9.4951 | 28.771 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 26 | 29550 | 12638 | 2.8646 | 2.4024 | -RiTkDetectableY...SUCCESS 1D profile histograms in directory "RICH/RiTkDetectableYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 7 | 49780 | 4530.8 | 0.87713 | -0.14652 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 10285 | 11369 | 9.2009 | 28.914 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 41 | 22843 | 13280 | 3.2188 | 4.2478 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 128 | 10353 | 11388 | 10.094 | 31.794 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 119 | 10963 | 11590 | 9.5196 | 28.851 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 24 | 30627 | 12614 | 2.5 | 1.5866 | -RiTkSignalYieldsUpSUCCESS 1D profile histograms in directory "RICH/RiTkSignalYieldsUp" : 6 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/yieldVp | "Rich1Gas deuteron Photon Yield (>0) V P (MeV | 7 | 49780 | 4530.8 | 0.81119 | -0.22816 | - | Rich1Gas/electron/yieldVp | "Rich1Gas electron Photon Yield (>0) V P (MeV | 129 | 10285 | 11369 | 9.2542 | 29.087 | - | Rich1Gas/kaon/yieldVp | "Rich1Gas kaon Photon Yield (>0) V P (MeV)" | 41 | 22843 | 13280 | 3.176 | 4.1611 | - | Rich1Gas/muon/yieldVp | "Rich1Gas muon Photon Yield (>0) V P (MeV)" | 128 | 10353 | 11388 | 10.198 | 32.131 | - | Rich1Gas/pion/yieldVp | "Rich1Gas pion Photon Yield (>0) V P (MeV)" | 119 | 10963 | 11590 | 9.5671 | 28.993 | - | Rich1Gas/proton/yieldVp | "Rich1Gas proton Photon Yield (>0) V P (MeV)" | 24 | 30627 | 12614 | 2.4756 | 1.5514 | -RichMassRingsUp SUCCESS 1D profile histograms in directory "RICH/RichMassRingsUp" : 8 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/pntSegS | "Rich1Gas deuteron Ring - Segment local point | 480 | 0.018803 | 1.8145 | 0 | -3 | - | Rich1Gas/electron/pntSegS | "Rich1Gas electron Ring - Segment local point | 11920 | 0.0025237 | 1.8141 | 0 | -3 | - | Rich1Gas/kaon/pntSegSepDe | "Rich1Gas kaon Ring - Segment local point sep | 2992 | 0.010113 | 1.8143 | 120.82 | -282.05 | - | Rich1Gas/muon/pntSegSepDe | "Rich1Gas muon Ring - Segment local point sep | 10400 | 0.0028453 | 1.8139 | -469.49 | 968.28 | - | Rich1Gas/pion/pntSegSepDe | "Rich1Gas pion Ring - Segment local point sep | 9032 | 0.0047671 | 1.8139 | -260.97 | 914.01 | - | Rich1Gas/proton/pntSegSep | "Rich1Gas proton Ring - Segment local point s | 1568 | 0.016536 | 1.8145 | 0 | -3 | - | Rich1Gas/ringReuse | "Rich1Gas Ring Reuse (%) V Mass Hypothesis" | 448 | 1.3839 | 1.2265 | 0.49197 | -1.0971 | - | Rich1Gas/sepVckt | "Rich1Gas Local Seperation V CK Theta" | 448 | 0.045898 | 0.0088279 | -4.5971 | 9.486 | -RiCKMCResDown SUCCESS 1D profile histograms in directory "RICH/RiCKMCResDown" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1817 | 6842.7 | 5006.8 | 0 | -3 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 174 | 6315.1 | 5592 | 184.37 | 1046.4 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 174 | 6315.1 | 5592 | 15.939 | 69.557 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 174 | 6315.1 | 5592 | 32.036 | 144.53 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 174 | 6315.1 | 5592 | 17.98 | 78.559 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 174 | 6315.1 | 5592 | 18.909 | 82.756 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 174 | 6315.1 | 5592 | 68.009 | 335.53 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 370 | 17898 | 9356.5 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 225 | 7421.7 | 8239.3 | 527.44 | 4258.5 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 225 | 7421.7 | 8239.3 | 48.674 | 323.81 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 225 | 7421.7 | 8239.3 | 105.67 | 719.28 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 225 | 7421.7 | 8239.3 | 50.48 | 336.16 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 225 | 7421.7 | 8239.3 | 51.975 | 346.37 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 225 | 7421.7 | 8239.3 | 254.38 | 1828.3 | -RiCKMCResDownTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResDownTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1817 | 6842.7 | 5006.8 | 0 | -3 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 174 | 6315.1 | 5592 | 184.37 | 1046.4 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 174 | 6315.1 | 5592 | 15.939 | 69.557 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 174 | 6315.1 | 5592 | 32.036 | 144.53 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 174 | 6315.1 | 5592 | 17.98 | 78.559 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 174 | 6315.1 | 5592 | 18.909 | 82.756 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 174 | 6315.1 | 5592 | 68.009 | 335.53 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 370 | 17898 | 9356.5 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 225 | 7421.7 | 8239.3 | 527.44 | 4258.5 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 225 | 7421.7 | 8239.3 | 48.674 | 323.81 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 225 | 7421.7 | 8239.3 | 105.67 | 719.28 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 225 | 7421.7 | 8239.3 | 50.48 | 336.16 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 225 | 7421.7 | 8239.3 | 51.975 | 346.37 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 225 | 7421.7 | 8239.3 | 254.38 | 1828.3 | -RiMCTkResDown SUCCESS 1D profile histograms in directory "RICH/RiMCTkResDown" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 37 | 5752.9 | 4556.6 | 17.566 | 56.282 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 37 | 5752.9 | 4556.6 | 0 | -3 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 5 | 9023.2 | 6894 | 3.1154 | 2.7658 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 5 | 9023.2 | 6894 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 5 | 3647 | 1833.3 | 5.7473 | 8.6177 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 5 | 3647 | 1833.3 | 0 | -3 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 48 | 6795.2 | 5364.4 | 11.379 | 29.879 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 48 | 6795.2 | 5364.4 | 0 | -3 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 23 | 11524 | 8305 | 7.1722 | 18.796 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 23 | 11524 | 8305 | 0 | -3 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 43 | 6282.1 | 5666.9 | 23.549 | 88.451 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 43 | 6282.1 | 5666.9 | 0 | -3 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 5 | 8999.2 | 6888.3 | 3.0721 | 2.7164 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 5 | 8999.2 | 6888.3 | 0 | -3 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 5 | 3626.1 | 1833.2 | 5.8516 | 8.8858 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 5 | 3626.1 | 1833.2 | 0 | -3 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 56 | 7554.2 | 6730 | 21.354 | 87.616 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 56 | 7554.2 | 6730 | 0 | -3 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 22 | 11930 | 8240.3 | 6.9409 | 18.076 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 22 | 11930 | 8240.3 | 0 | -3 | -RiCKMCResLong SUCCESS 1D profile histograms in directory "RICH/RiCKMCResLong" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 16293 | 11679 | 11177 | -5.1281 | -87.771 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 968 | 8952.3 | 9602.6 | 190.78 | 1258.9 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 968 | 8952.3 | 9602.6 | 58.504 | 361.58 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 968 | 8952.3 | 9602.6 | 77.674 | 482.11 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 968 | 8952.3 | 9602.6 | 61.512 | 380.24 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 968 | 8952.3 | 9602.6 | 62.812 | 388.34 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 968 | 8952.3 | 9602.6 | 103.14 | 646.67 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 5943 | 23422 | 16290 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1175 | 11293 | 12554 | 306.2 | 2240.7 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1175 | 11293 | 12554 | 61.776 | 390.33 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1175 | 11293 | 12554 | 82.444 | 525.04 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1175 | 11293 | 12554 | 62.768 | 396.74 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1175 | 11293 | 12554 | 63.497 | 401.45 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1175 | 11293 | 12554 | 123.71 | 806.15 | -RiCKMCResLongTightSUCCESS 1D profile histograms in directory "RICH/RiCKMCResLongTight" : 14 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 16293 | 11679 | 11177 | -5.1281 | -87.771 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 968 | 8952.3 | 9602.6 | 190.78 | 1258.9 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 968 | 8952.3 | 9602.6 | 58.504 | 361.58 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 968 | 8952.3 | 9602.6 | 77.674 | 482.11 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 968 | 8952.3 | 9602.6 | 61.512 | 380.24 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 968 | 8952.3 | 9602.6 | 62.812 | 388.34 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 968 | 8952.3 | 9602.6 | 103.14 | 646.67 | - | Rich2Gas/ckResTrueVP | "Rich2Gas <Rec-Exp CKTheta> V P - MC true pho | 5943 | 23422 | 16290 | 0 | -3 | - | Rich2Gas/deuteron/ckexpVp | "Rich2Gas deuteron Expected CK theta V track | 1175 | 11293 | 12554 | 306.2 | 2240.7 | - | Rich2Gas/electron/ckexpVp | "Rich2Gas electron Expected CK theta V track | 1175 | 11293 | 12554 | 61.776 | 390.33 | - | Rich2Gas/kaon/ckexpVptot | "Rich2Gas kaon Expected CK theta V track mome | 1175 | 11293 | 12554 | 82.444 | 525.04 | - | Rich2Gas/muon/ckexpVptot | "Rich2Gas muon Expected CK theta V track mome | 1175 | 11293 | 12554 | 62.768 | 396.74 | - | Rich2Gas/pion/ckexpVptot | "Rich2Gas pion Expected CK theta V track mome | 1175 | 11293 | 12554 | 63.497 | 401.45 | - | Rich2Gas/proton/ckexpVpto | "Rich2Gas proton Expected CK theta V track mo | 1175 | 11293 | 12554 | 123.71 | 806.15 | -RiMCTkResLong SUCCESS 1D profile histograms in directory "RICH/RiMCTkResLong" : 24 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 1 | 2318.6 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 1 | 2318.6 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 141 | 7335.6 | 6043.7 | 3.4747 | 4.4649 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 141 | 7335.6 | 6043.7 | 43.277 | 214.88 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 118 | 15762 | 17235 | 18.213 | 61.337 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 118 | 15762 | 17235 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 9 | 7944.6 | 7104.5 | 11.059 | 29.198 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 9 | 7944.6 | 7104.5 | 1.4219 | 1.1727 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 605 | 8606.3 | 8172.4 | 64.485 | 344.36 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 605 | 8606.3 | 8172.4 | 469.41 | 3463 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 74 | 10526 | 8079.1 | 9.3568 | 31.467 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 74 | 10526 | 8079.1 | 372.92 | 2681.4 | - | Rich2Gas/deuteron/mcpVrec | "Rich2Gas deuteron MC V Reco Track Momentum" | 1 | 2298 | 0 | 0 | 0 | - | Rich2Gas/deuteron/pdiffVr | "Rich2Gas deuteron (Rec-MC) V Reco Track Mome | 1 | 2298 | 0 | 0 | 0 | - | Rich2Gas/electron/mcpVrec | "Rich2Gas electron MC V Reco Track Momentum" | 177 | 8218.6 | 7687.2 | 1.1946 | -0.92825 | - | Rich2Gas/electron/pdiffVr | "Rich2Gas electron (Rec-MC) V Reco Track Mome | 177 | 8218.6 | 7687.2 | 82.856 | 498.77 | - | Rich2Gas/kaon/mcpVrecop | "Rich2Gas kaon MC V Reco Track Momentum" | 134 | 17522 | 17277 | 13.623 | 42.819 | - | Rich2Gas/kaon/pdiffVrecop | "Rich2Gas kaon (Rec-MC) V Reco Track Momentum | 134 | 17522 | 17277 | 2.3907 | -6.5276 | - | Rich2Gas/muon/mcpVrecop | "Rich2Gas muon MC V Reco Track Momentum" | 10 | 8570.7 | 7106.5 | 8.2692 | 20.065 | - | Rich2Gas/muon/pdiffVrecop | "Rich2Gas muon (Rec-MC) V Reco Track Momentum | 10 | 8570.7 | 7106.5 | 1.0296 | -0.1338 | - | Rich2Gas/pion/mcpVrecop | "Rich2Gas pion MC V Reco Track Momentum" | 712 | 11690 | 12549 | 105.03 | 738.16 | - | Rich2Gas/pion/pdiffVrecop | "Rich2Gas pion (Rec-MC) V Reco Track Momentum | 712 | 11690 | 12549 | 109.05 | 521.46 | - | Rich2Gas/proton/mcpVrecop | "Rich2Gas proton MC V Reco Track Momentum" | 83 | 13245 | 15288 | 34.708 | 210.97 | - | Rich2Gas/proton/pdiffVrec | "Rich2Gas proton (Rec-MC) V Reco Track Moment | 83 | 13245 | 15288 | 150.27 | 896.11 | -RiCKMCResUp SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUp" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1669 | 13947 | 16021 | -1.556 | -10.54 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 129 | 11024 | 14078 | 83.298 | 484.07 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 129 | 11024 | 14078 | 15.638 | 83.714 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 129 | 11024 | 14078 | 25.146 | 136.5 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 129 | 11024 | 14078 | 16.902 | 90.608 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 129 | 11024 | 14078 | 17.62 | 94.555 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 129 | 11024 | 14078 | 40.495 | 223.59 | -RiCKMCResUpTight SUCCESS 1D profile histograms in directory "RICH/RiCKMCResUpTight" : 7 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/ckResTrueVP | "Rich1Gas <Rec-Exp CKTheta> V P - MC true pho | 1669 | 13947 | 16021 | -1.556 | -10.54 | - | Rich1Gas/deuteron/ckexpVp | "Rich1Gas deuteron Expected CK theta V track | 129 | 11024 | 14078 | 83.298 | 484.07 | - | Rich1Gas/electron/ckexpVp | "Rich1Gas electron Expected CK theta V track | 129 | 11024 | 14078 | 15.638 | 83.714 | - | Rich1Gas/kaon/ckexpVptot | "Rich1Gas kaon Expected CK theta V track mome | 129 | 11024 | 14078 | 25.146 | 136.5 | - | Rich1Gas/muon/ckexpVptot | "Rich1Gas muon Expected CK theta V track mome | 129 | 11024 | 14078 | 16.902 | 90.608 | - | Rich1Gas/pion/ckexpVptot | "Rich1Gas pion Expected CK theta V track mome | 129 | 11024 | 14078 | 17.62 | 94.555 | - | Rich1Gas/proton/ckexpVpto | "Rich1Gas proton Expected CK theta V track mo | 129 | 11024 | 14078 | 40.495 | 223.59 | -RiMCTkResUp SUCCESS 1D profile histograms in directory "RICH/RiMCTkResUp" : 12 - | ID | Title | # | Mean | RMS | Skewness | Kurtosis | - | Rich1Gas/deuteron/mcpVrec | "Rich1Gas deuteron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/deuteron/pdiffVr | "Rich1Gas deuteron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/mcpVrec | "Rich1Gas electron MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/electron/pdiffVr | "Rich1Gas electron (Rec-MC) V Reco Track Mome | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/kaon/mcpVrecop | "Rich1Gas kaon MC V Reco Track Momentum" | 15 | 9625.2 | 11518 | 22.314 | 74.659 | - | Rich1Gas/kaon/pdiffVrecop | "Rich1Gas kaon (Rec-MC) V Reco Track Momentum | 15 | 9625.2 | 11518 | 0 | -3 | - | Rich1Gas/muon/mcpVrecop | "Rich1Gas muon MC V Reco Track Momentum" | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/muon/pdiffVrecop | "Rich1Gas muon (Rec-MC) V Reco Track Momentum | 0 | 0 | 0 | 0 | 0 | - | Rich1Gas/pion/mcpVrecop | "Rich1Gas pion MC V Reco Track Momentum" | 86 | 9994.8 | 14461 | 43.529 | 249.7 | - | Rich1Gas/pion/pdiffVrecop | "Rich1Gas pion (Rec-MC) V Reco Track Momentum | 86 | 9994.8 | 14461 | 201.25 | 1330.4 | - | Rich1Gas/proton/mcpVrecop | "Rich1Gas proton MC V Reco Track Momentum" | 13 | 11677 | 8617.3 | 2.9493 | 3.4491 | - | Rich1Gas/proton/pdiffVrec | "Rich1Gas proton (Rec-MC) V Reco Track Moment | 13 | 11677 | 8617.3 | 15.506 | 32.413 | diff --git a/Rec/BrunelCache/CMakeLists.txt b/Rec/BrunelCache/CMakeLists.txt deleted file mode 100644 index 8b0f1b70180376e1abf8657895a25ae93634fdb1..0000000000000000000000000000000000000000 --- a/Rec/BrunelCache/CMakeLists.txt +++ /dev/null @@ -1,45 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -#[=======================================================================[.rst: -Rec/BrunelCache ---------------- -#]=======================================================================] - -if(CMAKE_BUILD_TYPE MATCHES "Debug") - # Do not build functor caches for Debug builds - return() -endif() - -# Import the cache creation module -include(LoKiFunctorsCache) - -set(LOKI_FUNCTORS_CACHE_POST_ACTION_OPTS - ${CMAKE_CURRENT_SOURCE_DIR}/options/LoKiFunctorsCacheBrunelPostActionOpts.py) - -set(cache_deps) - -if(TARGET MergeConfDB2) - list(APPEND cache_deps MergeConfDB2) -endif() - -if(EXISTS ${PROJECT_SOURCE_DIR}/Rec/Brunel) - list(APPEND cache_deps Brunel_confuserdb) -endif() - -# Add functors caches like this: -# -# loki_functors_cache(<CacheName> -# <options ...> -# FACTORIES <factories ...> -# LINK_LIBRARIES <libs ...> -# DEPENDS ${cache_deps} -# SPLIT 75 -# ) diff --git a/Rec/BrunelCache/doc/release.notes b/Rec/BrunelCache/doc/release.notes deleted file mode 100644 index a6ac3e45c546d7db625f7538df8ab00f5e55033c..0000000000000000000000000000000000000000 --- a/Rec/BrunelCache/doc/release.notes +++ /dev/null @@ -1,10 +0,0 @@ -! ----------------------------------------------------------------------------- -! Package : BrunelCache -! Responsible : Roel Aaij -! Purpose : Keep C++ functors for Brunel -! Created : 2016-10-27 -! ----------------------------------------------------------------------------- - -! 2016-10-27 - Roel Aaij - - First version, based on stripping cache. - diff --git a/Rec/BrunelCache/options/Brunel-Upgrade.py b/Rec/BrunelCache/options/Brunel-Upgrade.py deleted file mode 100644 index fe5af56e7ff787f947254bc2d908c505bf57bda5..0000000000000000000000000000000000000000 --- a/Rec/BrunelCache/options/Brunel-Upgrade.py +++ /dev/null @@ -1,25 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -import os -import Gaudi.Configuration -from Configurables import Brunel - -brunel = Brunel() -brunel.DataType = "Upgrade" -brunel.DisableTiming = True - -# Needed to switch off Lumi event handling and pick up SIMCOND while waiting for real MDF files! -brunel.Simulation = True - -from Configurables import FTRawBankDecoder -FTRawBankDecoder("createFTClusters").DecodingVersion = 2 -from PRConfig import TestFileDB -TestFileDB.test_file_db['upgrade-baseline-FT61-digi'].run() diff --git a/Rec/BrunelCache/options/DisableLoKiCacheFunctors.py b/Rec/BrunelCache/options/DisableLoKiCacheFunctors.py deleted file mode 100644 index 27eea6020fcb980db7573a710a8353f71ec7a344..0000000000000000000000000000000000000000 --- a/Rec/BrunelCache/options/DisableLoKiCacheFunctors.py +++ /dev/null @@ -1,14 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### - -from Configurables import ApplicationMgr -ApplicationMgr().Environment['LOKI_DISABLE_CACHE'] = '1' -ApplicationMgr().Environment['LOKI_DISABLE_CLING'] = '1' diff --git a/Rec/BrunelCache/options/LoKiFunctorsCacheBrunelPostActionOpts.py b/Rec/BrunelCache/options/LoKiFunctorsCacheBrunelPostActionOpts.py deleted file mode 100644 index 27f225c7a660374150685d6906e8e1786e7de4d6..0000000000000000000000000000000000000000 --- a/Rec/BrunelCache/options/LoKiFunctorsCacheBrunelPostActionOpts.py +++ /dev/null @@ -1,88 +0,0 @@ -#!/usr/bin/env gaudirun.py -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -# ============================================================================= -## @file -# helper configuration file needed for autogeneration of functors from -# Stripping code -# -# @author Vanya BELYAEV Ivan.Belayev@itep.ru -# @date 2015-02-13 -# ============================================================================= - - -# ============================================================================= -## post-config action : -# - enforce initialization of DoD-algorithms -# - (remove some of them) -# - reduce a bit the printout -# @author Vanya BELYAEV Ivan.Belayev@itep.ru -# @date 2015-02-13 -# -def post_action_for_cpp(): - """ - Post-configh action to enforce initialization of DoD-algorithms - """ - - from Gaudi.Configuration import log, ERROR - from Configurables import ApplicationMgr - app = ApplicationMgr(OutputLevel=ERROR) - app.EvtMax = 0 - app.EvtSel = 'NONE' - - from Configurables import LHCb__ParticlePropertySvc as PPSvc - from Configurables import DetDataSvc - from Configurables import LoKiSvc - - # - ## some reshuffling of order of services is needed - # in particular DOD should come after PPSVC, LoKiSvc and ToolSvc - # - - services = app.ExtSvc - app.ExtSvc = [ - DetDataSvc('DetectorDataSvc'), - PPSvc(), - LoKiSvc(Welcome=False) - ] + services - - # suppress printout of various summaries from algorithms. - from Gaudi.Configuration import allConfigurables - for conf in allConfigurables.itervalues(): - for opt in ('ErrorsPrint', 'HistoPrint'): - if opt in conf.__slots__: - setattr(conf, opt, False) - - # ensure that prints from the main tools/factories are not suppressed - import Configurables - from Configurables import LoKi__Hybrid__CoreFactory as CoreFactory - from Configurables import LoKi__Hybrid__HltFactory as HltFactory - from Configurables import LoKi__Hybrid__Pr__TrackFunctorFactory as TrackFactory - for Factory, names in { - HltFactory: ("HltFactory", "Hlt1HltFactory", "Hlt2HltFactory"), - CoreFactory: ("Hlt1CoreFactory", "Hlt2CoreFactory", "Hlt1Factory"), - TrackFactory: ("PrTrackFunctorFactory") - }.iteritems(): - for name in names: - f = Factory(name) - f.OutputLevel = ERROR - - -# -## use this action! -# - -from Gaudi.Configuration import appendPostConfigAction -appendPostConfigAction(post_action_for_cpp) - -# ============================================================================= -# The END -# ============================================================================= diff --git a/Rec/BrunelCache/options/SilenceErrors.py b/Rec/BrunelCache/options/SilenceErrors.py deleted file mode 100644 index 5a727a277f93759313ef11392565e88a2d9c0df3..0000000000000000000000000000000000000000 --- a/Rec/BrunelCache/options/SilenceErrors.py +++ /dev/null @@ -1,13 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -# -*- coding: utf-8 -*- -from Configurables import Brunel -Brunel().OutputLevel = 6 diff --git a/Rec/BrunelCache/options/SuppressLogMessages.py b/Rec/BrunelCache/options/SuppressLogMessages.py deleted file mode 100644 index 7e39594831144ebcc2c4b81d5bab7e807d610c91..0000000000000000000000000000000000000000 --- a/Rec/BrunelCache/options/SuppressLogMessages.py +++ /dev/null @@ -1,39 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2018 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -# -*- coding: utf-8 -*- -from Gaudi.Configuration import log -from GaudiKernel.Configurable import log as clog -import logging -import re - -IGNORED_MESSAGES = map( - re.compile, - ( # errors - # warnings - r'Using default tag.*for partition', - r'something else configured a decoder already', - r'Property .* is set in both', - r'Pre-appending .* copy in TES from vector<.*> to KeyedContainer, this should be a temporary solution' - )) - - -class MessageFilter(logging.Filter): - def filter(self, record): - if record.levelno >= logging.WARNING: - if any(exp.search(record.msg) for exp in IGNORED_MESSAGES): - return False - if not record.msg.strip(): - return False # why should anyone want to print an empty warning? - return True - - -for l in (log, clog): - l.addFilter(MessageFilter()) diff --git a/cmake/BrunelDependencies.cmake b/cmake/BrunelDependencies.cmake deleted file mode 100644 index ce4052d20df26f8579a00cc4ce4336002042b8e7..0000000000000000000000000000000000000000 --- a/cmake/BrunelDependencies.cmake +++ /dev/null @@ -1,31 +0,0 @@ -############################################################################### -# (c) Copyright 2000-2021 CERN for the benefit of the LHCb Collaboration # -# # -# This software is distributed under the terms of the GNU General Public # -# Licence version 3 (GPL Version 3), copied verbatim in the file "COPYING". # -# # -# In applying this licence, CERN does not waive the privileges and immunities # -# granted to it by virtue of its status as an Intergovernmental Organization # -# or submit itself to any jurisdiction. # -############################################################################### -if(NOT COMMAND lhcb_find_package) - # Look for LHCb find_package wrapper - find_file(LHCbFindPackage_FILE LHCbFindPackage.cmake) - if(LHCbFindPackage_FILE) - include(${LHCbFindPackage_FILE}) - else() - # if not found, use the standard find_package - macro(lhcb_find_package) - find_package(${ARGV}) - endmacro() - endif() -endif() - -# -- public dependencies -lhcb_find_package(Rec 33.0 REQUIRED) - -find_data_package(AppConfig 3.0 REQUIRED) -find_data_package(FieldMap 5.0 REQUIRED) -find_data_package(ParamFiles 8.0 REQUIRED) -find_data_package(PRConfig 1.0 REQUIRED) -find_data_package(QMTestFiles 1.0 REQUIRED)